(window.webpackJsonp = window.webpackJsonp || []).push([
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			"use strict";
			i.r(t), i.d(t, "setupChartScreenshotHint", (function() {
				return o
			}));
			var s = i("YFKU"),
				r = i("FQhm"),
				n = i("Eyy1");

			function o(e, t) {
				const o = Object(s.t)("Link to the chart image copied to clipboard {emoji}").format({
						emoji: "👍"
					}),
					a = Object(s.t)("Chart image copied to clipboard {emoji}").format({
						emoji: "👍"
					});
				r.on("onServerScreenshotCopiedToClipboard", () => h(o), null), r.on(
					"onClientScreenshotCopiedToClipboard", () => h(a), null);
				let l = null;
				const c = e.getContainer();

				function h(e) {
					l ? l.show(e) : Promise.all([i.e("react"), i.e(84), i.e("chart-screenshot-hint")]).then(
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							bottomPadding: t.seriesControlBarEnabled
						}), l.show(e))
					})
				}
			}
		},
		"+6II": function(e, t, i) {
			"use strict";
			var s = i("8+VR");
			let r = 0,
				n = 0,
				o = 0;

			function a() {
				clearTimeout(r), clearTimeout(n), clearTimeout(o)
			}

			function l(e, t) {
				r = setTimeout(e, t)
			}
			const c = "tooltip-root-element";
			let h;

			function u() {
				const e = document.getElementById(c);
				e ? h = e : (h = document.createElement("div"), h.id = c, document.body.appendChild(h))
			}

			function d() {
				h && (h.innerHTML = "")
			}
			"interactive" === document.readyState ? u() : document.addEventListener("DOMContentLoaded", u);
			var p = i("Eyy1");
			const _ = {
					default: "",
					white: "theme-white",
					"round-shadow": "theme-round-shadow"
				},
				m = Object.keys(_);
			var f = i("CPmC"),
				g = i("/DW5"),
				b = i("gWrr"),
				v = i("Ialn"),
				S = (i("HbRj"), i("XAms")),
				y = i("Hr11"),
				w = i("qFKp"),
				P = i("Wo0S");

			function C(e) {
				const t = e.hasAttribute("data-tooltip") ? e.getAttribute("data-tooltip") : e.getAttribute(
					"title");
				return t && (Object(f.b)(e, "text", t), e.removeAttribute("title")), Object(f.a)(e,
					"text") || ""
			}

			function x(e) {
				const t = E.cloneNode(!0),
					i = V(t),
					{
						content: s
					} = e;
				switch (s.type) {
					case "element":
						i.innerHTML = "", i.appendChild(s.data);
						break;
					case "html":
						i.innerHTML = s.data;
						break;
					case "text":
						if (e.hotkey) {
							const e = D.cloneNode(!0);
							e.innerText = s.data, i.appendChild(e)
						} else i.innerText = s.data
				}
				if (e.hotkey) {
					const t = "none" !== s.type,
						r = k.cloneNode(!0),
						n = Object(g.a)(e.hotkey),
						o = n.keys.map(e =>
							`<span class="${P["common-tooltip__hotkey-button"]}">${e}</span>`);
					r.innerHTML = function(e, t) {
						return e.replace(/{\d}|{hotkey_\d}/gi, e => {
							const i = Number(e.match(/\d/));
							return t[i]
						})
					}(n.text, o).replace(/\s\+\s/g,
						`<span class="${P["common-tooltip__plus-sign"]}">+</span>`), i.classList.add(P[
						"common-tooltip__body--with-hotkey"]), t && r.classList.add(P[
						"common-tooltip__hotkey-block--divider"]), i.appendChild(r)
				}
				return t.addEventListener("contextmenu", S.a), t
			}

			function T(e, t) {
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				if (!i) return;
				! function(e, t) {
					const i = m.includes(t) ? _[t] : "";
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				}(e, t.colorTheme || "default"), t.addClass && e.classList.add(t.addClass);
				const s = V(e),
					r = e.querySelector("." + P["common-tooltip__button-container"]);
				s.classList.toggle(P["common-tooltip__body--width_wide"], Boolean(t.wide)), s.classList
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					.toggle(P["common-tooltip__body--width_narrow"], Boolean(t.narrow)),
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					.style.width = M(s.clientWidth + (Boolean(t.noPadding) ? 0 : 2));
				const n = document.body.clientWidth,
					o = w.CheckMobile.iOS() || Object(w.supportTouch)() && Object(w.isMac)() ? window
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					a = t.vertical,
					l = t.extendMargin || a && i.w < 20 || !a && i.h < 20;
				e.classList.toggle(P["common-tooltip--farther"], l), e.classList.toggle(P[
					"common-tooltip--vertical"], a), e.classList.toggle(P["common-tooltip--horizontal"],
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				const c = function(e) {
						return e.querySelector("." + P["common-tooltip__ear-holder"])
					}(e),
					h = e.offsetHeight;
				if (a) {
					const a = 10,
						l = o - 10,
						u = 12,
						d = a + u,
						p = l - u,
						_ = Object(y.clamp)(i.y + i.h / 2, d, p) - h / 2,
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					const {
						right: f
					} = (e.querySelector(":last-child") || s).getBoundingClientRect(), g = f + 10 > n;
					e.classList.toggle(P["common-tooltip--direction_reversed"], g), e.classList.toggle(P[
						"common-tooltip--direction_normal"], !g);
					let b = g ? "after" : "before";
					Object(v.isRtl)() ? (b = t.otr ? "after" : b, b = t.otl ? "before" : b) : (b = t.otr ?
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						"common-tooltip__ear-holder--before"], "before" === b), c.classList.toggle(P[
						"common-tooltip__ear-holder--after"], "after" === b), "after" === b && (e.style
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					e.style.left = M(u);
					const d = l < a;
					e.classList.toggle(P["common-tooltip--direction_reversed"], d), e.classList.toggle(P[
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					const p = function(e, t, i, s) {
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						if (e.below) return function(e, t, i) {
							return i.y + i.h + t + 10 < e
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						return B(i, s) ? "above" : "below"
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					"above" === p ? e.style.bottom = M(o - i.y) : e.style.top = M(i.y + i.h), c.classList
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					const {
						left: _
					} = s.getBoundingClientRect();
					let m = Math.trunc(i.x + i.w / 2 - (_ + s.clientWidth / 2));
					e.style.left = M(u + m), e.style.width = M(s.clientWidth + r.clientWidth), m = d ? Math
						.max(0, m) : Math.min(0, m), r.style.left = M(-m), s.style.left = M(-m)
				}
			}

			function I(e) {
				e.classList.toggle(P["common-tooltip--hidden"], !0)
			}

			function M(e) {
				return Math.floor(e) + "px"
			}
			const O =
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				L = `\n\t<div class="${P["common-tooltip__hotkey-block"]}"></div>\n`,
				A = `\n\t<div class="${P["common-tooltip__hotkey-text"]}"></div>\n`,
				E = Object(b.b)(O),
				k = Object(b.b)(L),
				D = Object(b.b)(A);

			function V(e) {
				return e.querySelector("." + P["common-tooltip__body"])
			}

			function B(e, t) {
				return 10 + e < t.y
			}
			var R = i("lxNp");
			i.d(t, "c", (function() {
				return H
			})), i.d(t, "b", (function() {
				return U
			})), i.d(t, "a", (function() {
				return G
			}));
			let N = !1,
				j = null,
				F = null;
			s.mobiletouch || document.addEventListener("mouseover", (function(e) {
				var t;
				if (null === (t = e.sourceCapabilities) || void 0 === t ? void 0 : t
					.firesTouchEvents) return;
				const i = e.target,
					s = e.currentTarget,
					r = function(e, t, i) {
						const s = [];
						for (; e && e !== t;) e.classList && e.classList.contains(i) && s.push(
							e), e = e.parentElement || (r = e.parentNode) && (r.nodeType ===
							Node.ELEMENT_NODE ? r : null);
						var r;
						return s
					}(i, s, "apply-common-tooltip");
				for (const t of r) {
					if ("buttons" in e) {
						if (1 & e.buttons) continue
					} else if (1 === e.which) continue;
					const i = () => H(t);
					if (i()) {
						const e = e => {
								e.target instanceof Element && e.target.contains(t) && s(null, !
									0)
							},
							s = (r, n = !1) => {
								t.removeEventListener("common-tooltip-update", i), t
									.removeEventListener("mouseleave", s), t
									.removeEventListener("mousedown", s), document
									.removeEventListener("scroll", e, {
										capture: !0
									}), F && (F.destroy(), F = null), G(n)
							};
						t.addEventListener("common-tooltip-update", i), t.addEventListener(
								"mouseleave", s), t.addEventListener("mousedown", s), document
							.addEventListener("scroll", e, {
								capture: !0
							}), null === F && (F = Object(R.createGroup)({
								desc: "Tooltip"
							}), F.add({
								desc: "Hide",
								hotkey: 27,
								handler: s
							}));
						break
					}
				}
			}), !0);
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						let e;
						e = "isConnected" in j.options.target ? j.options.target.isConnected : document
							.body.contains(j.options.target), e || G()
					}
				}),
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					const {
						content: i,
						...s
					} = Y(t), r = function(e) {
						const t = C(e),
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							s = {
								h: i.height,
								w: i.width,
								x: i.left,
								y: i.top
							},
							r = e.getAttribute("data-color-theme") || "",
							n = e.classList.contains("common-tooltip-html"),
							o = parseInt(e.getAttribute("data-tooltip-delay") || ""),
							a = parseInt(e.getAttribute("data-tooltip-debounce") || "");
						let l = {
							type: "none"
						};
						return t && (l = {
							type: n ? "html" : "text",
							data: t
						}), {
							above: e.classList.contains("common-tooltip-above"),
							below: e.classList.contains("common-tooltip-below"),
							otl: e.classList.contains("common-tooltip-otl"),
							otr: e.classList.contains("common-tooltip-otr"),
							vertical: e.classList.contains("common-tooltip-vertical"),
							hotkey: e.getAttribute("data-tooltip-hotkey"),
							narrow: e.classList.contains("common-tooltip-narrow"),
							wide: e.classList.contains("common-tooltip-wide"),
							colorTheme: r,
							tooltipDelay: o,
							tooltipDebounce: a,
							rect: s,
							content: l,
							target: e
						}
					}(e), n = Object.assign(r, s);
					return "none" !== i.type && (n.content = i), !("none" === n.content.type && !n
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				},
				U = e => {
					const t = Y(e),
						i = x(t);
					var s;
					if (j = {
							options: t,
							element: i
						}, s = i, d(), h && h.appendChild(s), a(), !N) return I(i), void l(() => q(i),
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							return "number" != typeof e.tooltipDelay || isNaN(e.tooltipDelay) ?
								500 : e.tooltipDelay
						}(t));
					const {
						tooltipDebounce: r
					} = e;
					"number" != typeof r || isNaN(r) ? q(i) : l(() => q(i), r)
				};

			function z() {
				d(), N = !1, j = null
			}
			const G = e => {
				if (a(), W.disconnect(), !j) return;
				if (!e && !N) return;
				const {
					element: t,
					options: i
				} = j, s = () => {
					t.removeEventListener("mouseleave", s), I(t), e ? z() : o = setTimeout(() => {
						z()
					}, 250)
				};
				var r, l;
				i.tooltipHideDelay ? (r = () => {
					t.querySelector(":hover") ? t.addEventListener("mouseleave", s) : s()
				}, l = i.tooltipHideDelay, n = setTimeout(r, l)) : s()
			};

			function q(e) {
				const {
					options: t
				} = Object(p.ensureNotNull)(j);
				if (T(e, t), function(e) {
						e.classList.toggle(P["common-tooltip--hidden"], !1)
					}(e), W.observe(document, {
						childList: !0,
						subtree: !0
					}), N = !0, t.forceHideOnMove) {
					const e = () => {
						document.removeEventListener("mousemove", e), G()
					};
					document.addEventListener("mousemove", e)
				}
			}

			function Y(e) {
				if (function(e) {
						return "content" in e
					}(e)) return e;
				const {
					inner: t,
					html: i,
					text: s,
					...r
				} = e;
				let n = {
					type: "none"
				};
				return t && (n = {
					type: "element",
					data: t
				}), s && (n = {
					type: i ? "html" : "text",
					data: s
				}), {
					content: n,
					...r
				}
			}
		},
		"+6ja": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "availableTimezones", (function() {
				return o
			})), i.d(t, "timezoneIsAvailable", (function() {
				return a
			})), i.d(t, "timezoneTitle", (function() {
				return l
			}));
			i("YFKU");
			var s = i("/+9u");
			const r = [{
					id: "Etc/UTC",
					title: window.t("UTC")
				}, {
					id: "exchange",
					title: window.t("Exchange")
				}],
				n = [{
					id: "Africa/Cairo",
					title: window.t("Cairo"),
					offset: 0
				}, {
					id: "Africa/Johannesburg",
					title: window.t("Johannesburg"),
					offset: 0
				}, {
					id: "Africa/Lagos",
					title: window.t("Lagos"),
					offset: 0
				}, {
					id: "America/Argentina/Buenos_Aires",
					title: window.t("Buenos Aires"),
					offset: 0
				}, {
					id: "America/Bogota",
					title: window.t("Bogota"),
					offset: 0
				}, {
					id: "America/Caracas",
					title: window.t("Caracas"),
					offset: 0
				}, {
					id: "America/Chicago",
					title: window.t("Chicago"),
					offset: 0
				}, {
					id: "America/El_Salvador",
					title: window.t("San Salvador"),
					offset: 0
				}, {
					id: "America/Juneau",
					title: window.t("Juneau"),
					offset: 0
				}, {
					id: "America/Lima",
					title: window.t("Lima"),
					offset: 0
				}, {
					id: "America/Los_Angeles",
					title: window.t("Los Angeles"),
					offset: 0
				}, {
					id: "America/Mexico_City",
					title: window.t("Mexico City"),
					offset: 0
				}, {
					id: "America/New_York",
					title: window.t("New York"),
					offset: 0
				}, {
					id: "America/Phoenix",
					title: window.t("Phoenix"),
					offset: 0
				}, {
					id: "America/Santiago",
					title: window.t("Santiago"),
					offset: 0
				}, {
					id: "America/Sao_Paulo",
					title: window.t("Sao Paulo"),
					offset: 0
				}, {
					id: "America/Toronto",
					title: window.t("Toronto"),
					offset: 0
				}, {
					id: "America/Vancouver",
					title: window.t("Vancouver"),
					offset: 0
				}, {
					id: "US/Mountain",
					title: window.t("Denver"),
					offset: 0
				}, {
					id: "Asia/Almaty",
					title: window.t("Almaty"),
					offset: 0
				}, {
					id: "Asia/Ashkhabad",
					title: window.t("Ashkhabad"),
					offset: 0
				}, {
					id: "Asia/Bahrain",
					title: window.t("Bahrain"),
					offset: 0
				}, {
					id: "Asia/Bangkok",
					title: window.t("Bangkok"),
					offset: 0
				}, {
					id: "Asia/Chongqing",
					title: window.t("Chongqing"),
					offset: 0
				}, {
					id: "Asia/Dubai",
					title: window.t("Dubai"),
					offset: 0
				}, {
					id: "Asia/Ho_Chi_Minh",
					title: window.t("Ho Chi Minh"),
					offset: 0
				}, {
					id: "Asia/Hong_Kong",
					title: window.t("Hong Kong"),
					offset: 0
				}, {
					id: "Asia/Jakarta",
					title: window.t("Jakarta"),
					offset: 0
				}, {
					id: "Asia/Jerusalem",
					title: window.t("Jerusalem"),
					offset: 0
				}, {
					id: "Asia/Kolkata",
					title: window.t("Kolkata"),
					offset: 0
				}, {
					id: "Asia/Kuwait",
					title: window.t("Kuwait"),
					offset: 0
				}, {
					id: "Asia/Muscat",
					title: window.t("Muscat"),
					offset: 0
				}, {
					id: "Asia/Qatar",
					title: window.t("Qatar"),
					offset: 0
				}, {
					id: "Asia/Riyadh",
					title: window.t("Riyadh"),
					offset: 0
				}, {
					id: "Asia/Seoul",
					title: window.t("Seoul"),
					offset: 0
				}, {
					id: "Asia/Shanghai",
					title: window.t("Shanghai"),
					offset: 0
				}, {
					id: "Asia/Singapore",
					title: window.t("Singapore"),
					offset: 0
				}, {
					id: "Asia/Taipei",
					title: window.t("Taipei"),
					offset: 0
				}, {
					id: "Asia/Tehran",
					title: window.t("Tehran"),
					offset: 0
				}, {
					id: "Asia/Tokyo",
					title: window.t("Tokyo"),
					offset: 0
				}, {
					id: "Atlantic/Reykjavik",
					title: window.t("Reykjavik"),
					offset: 0
				}, {
					id: "Australia/Adelaide",
					title: window.t("Adelaide"),
					offset: 0
				}, {
					id: "Australia/Brisbane",
					title: window.t("Brisbane"),
					offset: 0
				}, {
					id: "Australia/Perth",
					title: window.t("Perth"),
					offset: 0
				}, {
					id: "Australia/Sydney",
					title: window.t("Sydney"),
					offset: 0
				}, {
					id: "Europe/Amsterdam",
					title: window.t("Amsterdam"),
					offset: 0
				}, {
					id: "Europe/Athens",
					title: window.t("Athens"),
					offset: 0
				}, {
					id: "Europe/Belgrade",
					title: window.t("Belgrade"),
					offset: 0
				}, {
					id: "Europe/Berlin",
					title: window.t("Berlin"),
					offset: 0
				}, {
					id: "Europe/Brussels",
					title: window.t("Brussels"),
					offset: 0
				}, {
					id: "Europe/Copenhagen",
					title: window.t("Copenhagen"),
					offset: 0
				}, {
					id: "Europe/Dublin",
					title: window.t("Dublin"),
					offset: 0
				}, {
					id: "Europe/Helsinki",
					title: window.t("Helsinki"),
					offset: 0
				}, {
					id: "Europe/Istanbul",
					title: window.t("Istanbul"),
					offset: 0
				}, {
					id: "Europe/Lisbon",
					title: window.t("Lisbon"),
					offset: 0
				}, {
					id: "Europe/London",
					title: window.t("London"),
					offset: 0
				}, {
					id: "Europe/Luxembourg",
					title: window.t("Luxembourg"),
					offset: 0
				}, {
					id: "Europe/Madrid",
					title: window.t("Madrid"),
					offset: 0
				}, {
					id: "Europe/Malta",
					title: window.t("Malta"),
					offset: 0
				}, {
					id: "Europe/Moscow",
					title: window.t("Moscow"),
					offset: 0
				}, {
					id: "Europe/Oslo",
					title: window.t("Oslo"),
					offset: 0
				}, {
					id: "Europe/Paris",
					title: window.t("Paris"),
					offset: 0
				}, {
					id: "Europe/Riga",
					title: window.t("Riga"),
					offset: 0
				}, {
					id: "Europe/Rome",
					title: window.t("Rome"),
					offset: 0
				}, {
					id: "Europe/Stockholm",
					title: window.t("Stockholm"),
					offset: 0
				}, {
					id: "Europe/Tallinn",
					title: window.t("Tallinn"),
					offset: 0
				}, {
					id: "Europe/Vilnius",
					title: window.t("Vilnius"),
					offset: 0
				}, {
					id: "Europe/Warsaw",
					title: window.t("Warsaw"),
					offset: 0
				}, {
					id: "Europe/Zurich",
					title: window.t("Zurich"),
					offset: 0
				}, {
					id: "Pacific/Auckland",
					title: window.t("New Zealand"),
					offset: 0
				}, {
					id: "Pacific/Chatham",
					title: window.t("Chatham Islands"),
					offset: 0
				}, {
					id: "Pacific/Fakaofo",
					title: window.t("Tokelau"),
					offset: 0
				}, {
					id: "Pacific/Honolulu",
					title: window.t("Honolulu"),
					offset: 0
				}, {
					id: "Pacific/Norfolk",
					title: window.t("Norfolk Island"),
					offset: 0
				}];
			for (const e of n) {
				const t = Object(s.a)(e.id);
				e.title = `(${t.string}) ${e.title}`, e.offset = t.offset
			}
			n.sort((e, t) => {
				const i = e.offset - t.offset;
				return 0 !== i ? i : e.title.localeCompare(t.title)
			});
			const o = r.concat(n);

			function a(e) {
				for (let t = 0; t < o.length; t++)
					if (e === o[t].id) return !0;
				return !1
			}

			function l(e) {
				for (const t of o)
					if (t.id === e) return t.title;
				return e
			}
		},
		"+DwS": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("hY0g"),
				r = i.n(s);

			function n(e, t) {
				const i = new r.a(e()),
					s = {};
				t.subscribe(s, () => {
					i.setValue(e())
				});
				return i.readonly().spawn(() => t.unsubscribeAll(s))
			}
		},
		"+FzY": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("VymR");

			function r(e, t) {
				let i = "";
				return s.a.parse(e, e => (i = s.a.base + ("svg" === t ? `svg/${e}.svg` : `72x72/${e}.png`),
					!1)), i
			}
		},
		"+GxX": function(e, t, i) {
			"use strict";
			var s = i("VVxS").TVLocalStorage,
				r = i("aIyQ");
			i("qFKp");
			var n = new r;
			TradingView.FeatureToggle = {
					force_prefix: "forcefeaturetoggle.",
					onChanged: new r,
					enableFeature: function(e) {
						s.setItem(this.force_prefix + e, "true"), n.fire(e)
					},
					disableFeature: function(e) {
						s.setItem(this.force_prefix + e, "false"), n.fire(e)
					},
					resetFeature: function(e) {
						s.removeItem(this.force_prefix + e), n.fire(e)
					},
					onFeaturesStateChanged: function() {
						return n
					}
				},
				TradingView.isFeatureEnabled = function(e) {
					function t(e) {
						try {
							var t = (void 0)(e + function() {
								if (window.user && window.user.id) return window.user.id;
								var e = s.getItem("featuretoggle_seed");
								return null !== e || (e = Math.floor(1e6 * Math.random()), s
									.setItem("featuretoggle_seed", e)), e
							}());
							return new DataView(t).getUint32(0, !0) / 4294967296
						} catch (e) {
							return .5
						}
					}
					return function(i) {
						return !("local" !== window.environment || ! function(e) {
							return -1 === ["broker_FXCM_token_v2", "broker_TRADESTATION_V3",
									"broker_TRADOVATE_dev", "black_friday_mainpage",
									"black_friday_popup", "datawindow",
									"trading-fast-renew-oauth-token",
									"switching_trial_year_to_month_disabled",
									"switching_year_to_month_disabled",
									"default_year_billing_cycle_switcher",
									"marketing-analytics", "disable_obs_streaming",
									"google-ads", "visible_address_fields_by_default",
									"slow-support-warning", "hide-trading-floating-toolbar",
									"tvcoins_donations", "save-short-streams",
									"details_disable_bid_ask", "vat_disabled",
									"pro_plan_upgrades_disabled",
									"pro_plan_downgrades_disabled", "video-ideas-new-api",
									"unit_conversion", "disable_recaptcha_on_signup",
									"braintree-trial-implementation",
									"braintree-gopro-in-order-dialog", "trial-weekly",
									"braintree-apple-pay", "braintree-google-pay",
									"braintree-apple-pay-trial", "braintree-google-pay-trial",
									"hide_gopro_popup_upgrade_button", "yandex_metric_enabled",
									"broker_id_session", "remove_line_tools_from_content",
									"chart_storage_with_broker_name",
									"autosave_line_tools_immediately",
									"log_removing_line_tools_group",
									"oanda-european-accounts-warning",
									"mobile_show_bottom_panel", "disable_save_settings",
									"enable_non_unique_watch_sections",
									"desktop_version_notification_enabled", "paperrest_2fa",
									"paperrest_preview", "favorites-in-broker-dropdown",
									"streams_stats_profile", "hide_ecomonic_events",
									"aggregating_page_pings", "hide_alert_counter",
									"mobile_menu_alert_button",
									"show_reverse_on_active_source_only", "mobile_trading_web",
									"mobile_trading_ios", "mobile_trading_android",
									"hide_real_brokers_on_mobile",
									"percentage_values_for_percentage_scale",
									"hide_historical_price_label", "hide_ranges_label_colors",
									"new_align_trading_sources"
								].indexOf(e) && -1 === e.indexOf("-maintenance") && !1 ===
								/broker_[A-Z]+[a-zA-Z0-9_]+_dev/g.test(e)
						}(i)) || (!e[i] || -1 !== e[i]) && (!!("true" === s.getItem(TradingView
								.FeatureToggle.force_prefix + i) || window.is_authenticated &&
							"undefined" != typeof user && user.settings && "true" === user
							.settings[TradingView.FeatureToggle.force_prefix + i]) || !(
							"false" === s.getItem(TradingView.FeatureToggle.force_prefix + i) ||
							window.is_authenticated && "undefined" != typeof user && user
							.settings && "false" === user.settings[TradingView.FeatureToggle
								.force_prefix + i]) && (!!e[i] && (1 === e[i] || t(i) <= e[i])))
					}
				}(window.featureToggleState || {}), t.FeatureToggle = TradingView.FeatureToggle, t
				.isFeatureEnabled = TradingView.isFeatureEnabled, t.onFeaturesStateChanged = TradingView
				.FeatureToggle.onFeaturesStateChanged.bind(TradingView.FeatureToggle)
		},
		"+PIq": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("ocLq");

			function r(e, t, i) {
				const r = {
					slope: NaN,
					average: NaN,
					intercept: NaN,
					stdDev: NaN,
					upDev: NaN,
					downDev: NaN,
					pearsons: NaN
				};
				return 0 === e.length || (function(e, t) {
					let i = 0,
						s = 0,
						r = 0,
						n = 0;
					for (let t = 0; t < e.length; ++t) {
						const o = e[t],
							a = t + 1;
						i += a, s += o, r += a * a, n += o * a
					}
					t.slope = (e.length * n - i * s) / (e.length * r - i * i), t.average = s / e
						.length, t.intercept = t.average - t.slope * i / e.length + t.slope
				}(e, r), function(e, t, i, r) {
					let n = 0,
						o = 0,
						a = 0,
						l = 0,
						c = 0,
						h = 0,
						u = r.intercept;
					const d = e.length - 1,
						p = r.intercept + r.slope * d / 2;
					for (let s = 0; s <= d; ++s) {
						let d = t[s] - u;
						d > n && (n = d), d = u - i[s], d > o && (o = d), d = e[s];
						const _ = d - r.average,
							m = u - p;
						d -= u, a += d * d, l += _ * _, c += m * m, h += _ * m, u += r.slope
					}
					r.stdDev = Math.sqrt(a / (0 === d ? 1 : d)), r.pearsons = s.Std.isZero(l) || s
						.Std.isZero(c) ? 0 : h / Math.sqrt(l * c), r.upDev = n, r.downDev = o
				}(e, t, i, r)), r
			}
			i.d(t, "regressionTrendStudyItem", (function() {
				return n
			}));
			const n = {
				name: "Regression Trend",
				metainfo: {
					_metainfoVersion: 51,
					description: "Regression Trend",
					format: {
						type: "inherit"
					},
					id: "RegressionTrend@tv-basicstudies-144",
					is_hidden_study: !0,
					is_price_study: !0,
					shortDescription: "Reg Trend",
					defaults: {
						inputs: {
							"first bar time": 0,
							"last bar time": 0,
							"lower diviation": -2,
							source: "close",
							"upper diviation": 2,
							"use lower diviation": !0,
							"use upper diviation": !0
						}
					},
					inputs: [{
						defval: 2,
						id: "upper diviation",
						max: 500,
						min: -500,
						name: "Upper Deviation",
						type: "float"
					}, {
						defval: -2,
						id: "lower diviation",
						max: 500,
						min: -500,
						name: "Lower Deviation",
						type: "float"
					}, {
						defval: !0,
						id: "use upper diviation",
						name: "Use Upper Deviation",
						type: "bool"
					}, {
						defval: !0,
						id: "use lower diviation",
						name: "Use Lower Deviation",
						type: "bool"
					}, {
						defval: 0,
						id: "first bar time",
						isHidden: !0,
						max: 253370764800,
						min: -253370764800,
						name: "First bar time",
						type: "time"
					}, {
						defval: 0,
						id: "last bar time",
						isHidden: !0,
						max: 253370764800,
						min: -253370764800,
						name: "Last bar time",
						type: "time"
					}, {
						defval: "close",
						id: "source",
						name: "Source",
						options: ["open", "high", "low", "close", "hl2", "hlc3", "ohlc4"],
						type: "source"
					}],
					plots: []
				},
				constructor: class {
					constructor() {
						this._resultSent = !1
					}
					init(e, t) {
						this._resultSent = !1, this._data = {
							baseLine: {
								startPrice: NaN,
								endPrice: NaN
							},
							upLine: {
								startPrice: NaN,
								endPrice: NaN
							},
							downLine: {
								startPrice: NaN,
								endPrice: NaN
							},
							pearsons: NaN,
							startIndex__t: NaN,
							endIndex__t: NaN
						}
					}
					main(e, t) {
						const i = t(6),
							n = e.new_unlimited_var(s.Std.time(e)),
							o = e.new_unlimited_var(s.Std.high(e)),
							a = e.new_unlimited_var(s.Std.low(e)),
							l = e.new_unlimited_var(s.Std[i](e));
						if (!e.symbol.isLastBar) return null;
						if (this._resultSent) return null;
						const c = t(0),
							h = t(1),
							u = t(2),
							d = t(3),
							p = t(4),
							_ = t(5),
							m = n.indexOf(p),
							f = n.indexOf(_),
							g = [],
							b = [],
							v = [],
							S = [];
						for (let e = m; e >= f; --e) g.push(n.get(e)), b.push(o.get(e)), v.push(
							a.get(e)), S.push(l.get(e));
						return this._updateData(g, u, c, d, h, p, _, r(S, b, v)), this
							._resultSent = !0, {
								type: "non_series_data",
								nonseries: !0,
								data: {
									data: this._data
								}
							}
					}
					_updateData(e, t, i, s, r, n, o, a) {
						const l = e.length - 1;
						this._data.baseLine.startPrice = a.intercept, this._data.baseLine
							.endPrice = a.intercept + a.slope * l;
						const c = a.intercept + (t ? a.stdDev * i : a.upDev);
						this._data.upLine.startPrice = c, this._data.upLine.endPrice = c + a
							.slope * l;
						const h = a.intercept + (s ? a.stdDev * r : -a.downDev);
						this._data.downLine.startPrice = h, this._data.downLine.endPrice = h + a
							.slope * l, this._data.pearsons = a.pearsons, this._data
							.startIndex__t = n, this._data.endIndex__t = o
					}
				}
			}
		},
		"+Qfv": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("O+9b"),
				n = i("ocLq"),
				o = i("23IT"),
				a = i("KG+6"),
				l = i("LxhU"),
				c = i("8LSp"),
				h = i("iu9X"),
				u = i("c7G1"),
				d = i("WYmP"),
				p = i("hXqA"),
				_ = i("WTyR"),
				m = i("972a"),
				f = i("aR4w");
			class g extends f.a {
				constructor(e, t, i, s, r, n, o, a, l, c, h, u) {
					super(e, t, i, n, o, a, !1, l, c, () => h, u, s, r, !1), this._firstBarTime = s,
						this._lastBarTime = r
				}
				update(e) {
					this._supplyRowsLayout(this._ctx), this.timeInRequestedRange(e) && super.update(
						e)
				}
				timeInRequestedRange(e) {
					const t = this._timeScale().get(e);
					return this._firstBarTime <= t && t < this._lastBarTime
				}
			}
			var b = i("rWtV");
			i.d(t, "VolumeProfileFixedRange", (function() {
				return v
			})), i.d(t, "volumeProfileFixedRangeVbPStudyItem", (function() {
				return y
			})), i.d(t, "volumeProfileFixedRangeBSStudyItem", (function() {
				return w
			}));
			class v extends r.a {
				constructor() {
					super(...arguments), this._rowsLayout = "Number Of Rows", this._rowSize = 24,
						this._volume = "Up/Down", this._firstBarTime = 0, this._lastBarTime = 0,
						this._vaVolumePercent = 70, this._anInt = 0, this._eraseCmds = []
				}
				nextGraphicsObjId() {
					return ++this._anInt
				}
				pushEraseObjCmd(e, t) {
					this._eraseCmds.push(new u.b(e, t))
				}
				popEraseCmds() {
					const e = this._eraseCmds;
					return this._eraseCmds = [], e
				}
				init(e, t) {
					this._studyDataUpdate = new p.a(!0), this._hists = new c.a, this._boxPolygons =
						new d.a, this._pocLines = new d.a, this._valueAreaHists = new c.a;
					const i = new h.b;
					i.getObjsContainer("hhists").push(new h.a("histBars2", this._hists)), i
						.getObjsContainer("hhists").push(new h.a("histBarsVA", this
							._valueAreaHists)), i.getObjsContainer("horizlines").push(new h.a(
							"pocLines", this._pocLines)), i.getObjsContainer("polygons").push(new h
							.a("histBoxBg", this._boxPolygons)), this._studyDataUpdate.init(i), this
						._rowsLayout = t(0), this._rowSize = t(1), this._volume = t(2), this
						._firstBarTime = t(3), this._lastBarTime = t(4), this._vaVolumePercent = t(
							5), this.verifyRowSizeInput(this._rowSize, this._rowsLayout), this
						._originalResolution = l.Interval.parse(e.symbol.interval + e.symbol
							.resolution);
					const n = this._lastBarTime + this._originalResolution.inMilliseconds(this
						._lastBarTime);
					0 === this._firstBarTime && 0 === this._lastBarTime ? this._basicResolution =
						this._originalResolution : this._basicResolution = this
						.findBasicResolutionForFromTo(this._originalResolution, this._firstBarTime,
							n, Object(s.ensureDefined)(e.symbol.info)), this._hasSecondarySymbol = !
						this._originalResolution.isEqualTo(this._basicResolution), this
						._hasSecondarySymbol && e.new_sym(e.symbol.tickerid, this._basicResolution
							.value());
					const o = this._getRowsLayout(this._rowsLayout, this._rowSize);
					this._vbPCheckHaveVolumeExpr = new _.a(this), this._volumeByPriceExpr = new g(
							Object(r.c)(this._volume), e, this, this._firstBarTime, n, this._hists,
							this._boxPolygons, this._pocLines, this._valueAreaHists, this
							._vaVolumePercent, o, Object(r.b)()), this._volumeByPriceExpr
						.setIdsGeneratorProxy(this), this._developingPocSeries = new b.a, this
						._developingVAHighSeries = new b.a, this._developingVALowSeries = new b.a
				}
				main(e, t, i) {
					this._hasSecondarySymbol && e.select_sym(1), this._timeSeries = e
						.new_unlimited_var(), this._openSeries = e.new_unlimited_var(), this
						._highSeries = e.new_unlimited_var(), this._lowSeries = e
						.new_unlimited_var(), this._closeSeries = e.new_unlimited_var(),
						this._volumeSeries = e.new_unlimited_var();
					const r = {
						type: "composite",
						data: []
					};
					if (i && i.period === this._basicResolution.value() && (this._timeSeries.set(n
								.Std.time(e)), this._openSeries.set(n.Std.open(e)), this._highSeries
							.set(n.Std.high(e)), this._lowSeries.set(n.Std.low(e)), this
							._closeSeries.set(n.Std.close(e)), this._volumeSeries.set(n.Std.volume(
								e)), this._developingPocSeries.addHist(n.Std.time(e)), this
							._developingVAHighSeries.addHist(n.Std.time(e)), this
							._developingVALowSeries.addHist(n.Std.time(e)), this
							._vbPCheckHaveVolumeExpr.update(0, e.symbol.isLastBar), this
							._volumeByPriceExpr.update(0), this._developingPocSeries
							.removeLastIfNaN(), this._developingVAHighSeries.removeLastIfNaN(), this
							._developingVALowSeries.removeLastIfNaN(), e.symbol.isLastBar)) {
						this._studyDataUpdate.setEraseCmds(this.popEraseCmds()), this
							._studyDataUpdate.update();
						const e = this._studyDataUpdate.getUpdate();
						e.json && r.data.push({
							nonseries: !0,
							type: "study_graphics",
							data: e.json
						}), e.jsonUpdate && r.data.push({
							nonseries: !0,
							type: "study_graphics",
							data: e.jsonUpdate
						})
					}
					if (this._hasSecondarySymbol && e.select_sym(0), i && i.period === this
						._originalResolution.value()) {
						Object(s.assert)(e.symbol.time === i.time);
						const t = i.time,
							n = t + this._originalResolution.inMilliseconds(t) - 1;
						if (t && t >= this._firstBarTime) {
							const e = this._developingPocSeries.getLeftOrEqual(n),
								t = this._developingVAHighSeries.getLeftOrEqual(n),
								i = this._developingVALowSeries.getLeftOrEqual(n);
							r.data.push([e, t, i])
						} else r.data.push([NaN, NaN, NaN])
					}
					return r
				}
				time() {
					return this._timeSeries
				}
				open() {
					return this._openSeries
				}
				high() {
					return this._highSeries
				}
				low() {
					return this._lowSeries
				}
				close() {
					return this._closeSeries
				}
				volume() {
					return this._volumeSeries
				}
				developingPoc() {
					return this._developingPocSeries
				}
				developingVAHigh() {
					return this._developingVAHighSeries
				}
				developingVALow() {
					return this._developingVALowSeries
				}
			}

			function S(e) {
				return {
					constructor: v,
					name: e.description,
					metainfo: {
						_metainfoVersion: 51,
						shortDescription: "VPFR",
						format: {
							type: "volume"
						},
						is_price_study: !0,
						defaults: {
							graphics: {
								hhists: {
									histBars2: {
										colors: ["#1592e6", "#fbc123"],
										direction: a.a.LeftToRight,
										percentWidth: 30,
										showValues: !1,
										transparencies: [76, 76],
										valuesColor: "#424242",
										visible: !0
									},
									histBarsVA: {
										colors: ["#1592e6", "#fbc123"],
										direction: a.a.LeftToRight,
										percentWidth: 30,
										showValues: !1,
										transparencies: [30, 30],
										valuesColor: "#424242",
										visible: !0
									}
								},
								horizlines: {
									pocLines: {
										color: "#ff0000",
										style: m.b.Solid,
										visible: !0,
										width: 2
									}
								},
								polygons: {
									histBoxBg: {
										color: "#37a6ef",
										transparency: 94
									}
								}
							},
							inputs: {
								first_bar_time: 0,
								last_bar_time: 0,
								rows: 24,
								rowsLayout: "Number Of Rows",
								subscribeRealtime: !0,
								vaVolume: 70,
								volume: "Up/Down"
							},
							styles: {
								developingPoc: {
									color: "#ff0000",
									linestyle: m.b.Solid,
									linewidth: 1,
									plottype: o.LineStudyPlotStyle.StepLine,
									trackPrice: !1,
									transparency: 0,
									visible: !1
								},
								developingVAHigh: {
									color: "#0000ff",
									linestyle: m.b.Solid,
									linewidth: 1,
									plottype: o.LineStudyPlotStyle.StepLine,
									trackPrice: !1,
									transparency: 0,
									visible: !1
								},
								developingVALow: {
									color: "#0000ff",
									linestyle: m.b.Solid,
									linewidth: 1,
									plottype: o.LineStudyPlotStyle.StepLine,
									trackPrice: !1,
									transparency: 0,
									visible: !1
								}
							}
						},
						graphics: {
							hhists: {
								histBars2: {
									location: a.b.Absolute,
									title: "Volume Profile",
									titles: ["Up Volume", "Down Volume"]
								},
								histBarsVA: {
									location: a.b.Absolute,
									title: "Value Area",
									titles: ["Value Area Up", "Value Area Down"]
								}
							},
							horizlines: {
								pocLines: {
									name: "POC",
									showPrice: !0
								}
							},
							polygons: {
								histBoxBg: {
									mouseTouchable: !1,
									name: "Histogram Box",
									showBorder: !1
								}
							}
						},
						inputs: [{
							defval: "Number Of Rows",
							id: "rowsLayout",
							name: "Rows Layout",
							options: ["Number Of Rows", "Ticks Per Row"],
							type: "text"
						}, {
							defval: 24,
							id: "rows",
							max: 1e6,
							min: 1,
							name: "Row Size",
							type: "integer"
						}, {
							defval: "Up/Down",
							id: "volume",
							name: "Volume",
							options: ["Up/Down", "Total"],
							type: "text"
						}, {
							defval: 0,
							id: "first_bar_time",
							isHidden: !0,
							max: 253370764800,
							min: -253370764800,
							name: "First Bar Time",
							type: "time"
						}, {
							defval: 0,
							id: "last_bar_time",
							isHidden: !0,
							max: 253370764800,
							min: -253370764800,
							name: "Last Bar Time",
							type: "time"
						}, {
							defval: 70,
							id: "vaVolume",
							max: 100,
							min: 0,
							name: "Value Area Volume",
							type: "integer"
						}, {
							defval: !0,
							id: "subscribeRealtime",
							isHidden: !0,
							name: "SubscribeRealtime",
							type: "bool"
						}],
						plots: [{
							id: "developingPoc",
							type: "line"
						}, {
							id: "developingVAHigh",
							type: "line"
						}, {
							id: "developingVALow",
							type: "line"
						}],
						styles: {
							developingPoc: {
								histogramBase: 0,
								title: "Developing Poc"
							},
							developingVAHigh: {
								histogramBase: 0,
								title: "Developing VA High"
							},
							developingVALow: {
								histogramBase: 0,
								title: "Developing VA Low"
							}
						},
						...e
					}
				}
			}
			const y = S({
					id: "VbPFixed@tv-volumebyprice-57",
					description: "Volume Profile Fixed Range"
				}),
				w = S({
					id: "VbPFixed@tv-basicstudies-152",
					description: "Fixed Range",
					is_hidden_study: !0
				})
		},
		"+cnz": function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 7 5" width="7" height="5" fill="none"><path stroke="currentColor" stroke-width="1.2" d="M1 1.5l2.5 2 2.5-2"/></svg>'
		},
		"+hLl": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolBrush", (function() {
				return o
			}));
			var s = i("Ocx9"),
				r = i("DVnF"),
				n = i("j3hX");
			class o extends r.a {
				constructor(e, t) {
					super(e, t || o.createProperties()), this._loadPaneViews(e)
				}
				properties() {
					return super.properties()
				}
				smooth() {
					return this.properties().childs().smooth.value()
				}
				name() {
					return "Brush"
				}
				hasEditableCoordinates() {
					return !1
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolbrush", e);
					return o._configureProperties(t), t
				}
				_loadPaneViews(e) {
					i.e("lt-pane-views").then(i.bind(null, "00XE")).then(t => {
						this._setPaneViews([new t.BrushPaneView(this, e)])
					})
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "ZSes")).then(
						e => e.BrushDefinitionsViewModel)
				}
				static _configureProperties(e) {
					r.a._configureProperties(e), e.addChild("backgroundsColors", new n
						.LineToolColorsProperty([e.childs().backgroundColor], e.childs()
							.fillBackground))
				}
			}
		},
		"+jnJ": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return a
			}));
			i("YFKU");
			var s = i("8+VR"),
				r = i("m/cY"),
				n = i("Vdly");

			function o(e) {
				return "alwaysOn" === e || "alwaysOff" === e ? e : "visibleOnMouseOver"
			}

			function a(e, t) {
				let i, a;

				function l() {
					if (!i) {
						i = Object(r.a)();
						let s = n.getValue(e);
						void 0 === s && void 0 !== t && (s = n.getValue(t)), i.setValue(o(s)), i.subscribe(
							i, t => {
								n.setValue(e, o(t.value()))
							})
					}
					return i
				}
				return {
					property: l,
					availableValues: function() {
						return [{
							id: "visibleOnMouseOver",
							value: "visibleOnMouseOver",
							title: window.t("Visible on Mouse Over")
						}, {
							id: "alwaysOn",
							value: "alwaysOn",
							title: window.t("Always Visible")
						}, {
							id: "alwaysOff",
							value: "alwaysOff",
							title: window.t("Always Invisible")
						}]
					},
					actualBehavior: function() {
						if (!a) {
							a = Object(r.a)();
							const e = l(),
								t = () => {
									let t = e.value();
									"alwaysOn" !== t && "alwaysOff" !== t && (t = s.mobiletouch ?
										"alwaysOn" : "visibleOnMouseOver"), a && a.setValue(t)
								};
							e.subscribe(a, t), t()
						}
						return a
					}
				}
			}
		},
		"/+9u": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("jCNj");

			function r(e, t = Date.now()) {
				const i = Object(s.get_timezone)(e).offset_utc(t);
				let r = "";
				const n = i / 1e3 / 60 / 60;
				n % 1 && (r = ":" + n % 1 * 60);
				let o = "";
				return o = n > 0 ? "+" + (n - n % 1) + r : 0 === n ? "" : String(n - n % 1 + r), {
					offset: i,
					string: "UTC" + o
				}
			}
		},
		"//lZ": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "doAnimate", (function() {
				return n
			}));
			const s = {
				from: 0,
				duration: 250,
				easing: i("9uLv").c.easeOutCubic
			};
			class r {
				constructor(e) {
					this._doing = !0, this._completed = !1, this._options = {
						...s,
						...e
					};
					const t = performance.now();
					window.requestAnimationFrame(e => {
						this._animation(t, this._options.from, e)
					})
				}
				stop() {
					this._doing = !1
				}
				completed() {
					return this._completed
				}
				_animation(e, t, i) {
					if (!this._doing) return void this._finishAnimation();
					const s = (i = !i || i < 1e12 ? performance.now() : i) - e,
						r = s >= this._options.duration || t === this._options.to,
						n = (o = this._options.from, a = this._options.to, l = this._options.easing(s /
							this._options.duration), o * (1 - l) + a * l);
					var o, a, l;
					const c = r ? this._options.to : n,
						h = c - t;
					this._options.onStep(h, c), r ? this._finishAnimation() : window
						.requestAnimationFrame(t => {
							this._animation(e, c, t)
						})
				}
				_finishAnimation() {
					this._options.onComplete && this._options.onComplete(), this._completed = !0
				}
			}

			function n(e) {
				return new r(e)
			}
		},
		"//lt": function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "PaneCursorType", (function() {
					return s
				})),
				function(e) {
					e[e.Default = 0] = "Default", e[e.Pointer = 1] = "Pointer", e[e.Eraser = 2] = "Eraser",
						e[e.Dot = 3] = "Dot", e[e.Grabbing = 4] = "Grabbing", e[e.ZoomIn = 5] = "ZoomIn", e[
							e.VerticalResize = 6] = "VerticalResize", e[e.HorizontalResize = 7] =
						"HorizontalResize", e[e.DiagonalNeSwResize = 8] = "DiagonalNeSwResize", e[e
							.DiagonalNwSeResize = 9] = "DiagonalNwSeResize"
				}(s || (s = {}))
		},
		"/3z9": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "isMacKeyboard", (function() {
				return r
			})), i.d(t, "Modifiers", (function() {
				return n
			})), i.d(t, "modifiersFromEvent", (function() {
				return o
			})), i.d(t, "hashFromEvent", (function() {
				return a
			})), i.d(t, "humanReadableModifiers", (function() {
				return l
			})), i.d(t, "humanReadableHash", (function() {
				return h
			}));
			var s = i("qFKp");
			const r = Object(s.isMac)() || s.CheckMobile.iOS();
			var n;

			function o(e) {
				let t = 0;
				return e.shiftKey && (t += 1024), e.altKey && (t += 512), e.ctrlKey && (t += 256), e
					.metaKey && (t += 2048), t
			}

			function a(e) {
				return o(e) | e.keyCode
			}

			function l(e) {
				let t = "";
				return 256 & e && (t += r ? "^" : "Ctrl + "), 512 & e && (t += r ? "⌥" : "Alt + "), 1024 &
					e && (t += r ? "⇧" : "Shift + "), 2048 & e && (t += r ? "⌘" : "Win + "), t
			}! function(e) {
				e[e.None = 0] = "None", e[e.Alt = 512] = "Alt", e[e.Shift = 1024] = "Shift", e[e.Mod = r ?
					2048 : 256] = "Mod", e[e.Control = 256] = "Control", e[e.Meta = 2048] = "Meta"
			}(n || (n = {}));
			const c = {
				9: "⇥",
				13: "↵",
				27: "Esc",
				8: r ? "⌫" : "Backspace",
				32: "Space",
				35: "End",
				36: "Home",
				37: "←",
				38: "↑",
				39: "→",
				40: "↓",
				45: "Ins",
				46: "Del",
				188: ",",
				191: "/"
			};
			for (let e = 1; e <= 16; e++) c[e + 111] = "F" + e;

			function h(e) {
				let t = l(e);
				const i = 255 & e;
				return t += i in c ? c[i] : String.fromCharCode(i), t
			}
		},
		"/5ju": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Kxc7"),
				r = i("hY0g"),
				n = i.n(r),
				o = i("FQhm"),
				a = i("htUT"),
				l = i("/z0S"),
				c = i("YFKU");
			i("HbRj"), i("+GxX");
			i("zUrt");
			async function h() {
				return !0
			}
			var u = i("fZEr");
			class d {
				constructor(e, t) {
					this._visibility = new n.a(!1), this._chartWidgetCollection = e, this._doSave = t
				}
				hide() {
					var e;
					null === (e = this._hide) || void 0 === e || e.call(this), this._visibility
						.setValue(!1)
				}
				visible() {
					return this._visibility.readonly()
				}
			}
			class p extends d {
				cloneChart() {
					this._cloneChart().then(() => this._visibility.setValue(!0))
				}
				show() {
					Object(l.a)(this.cloneChart.bind(this), {
						source: "Clone chart"
					})
				}
				async _cloneChart() {
					const e = this._chartWidgetCollection,
						t = await h(),
						i = e.metaInfo.name.value();
					t && (this._hide = await Object(u.showRename)({
						title: Object(c.t)("Copy Chart Layout"),
						text: Object(c.t)("Enter a new chart layout name") + ":",
						maxLength: 64,
						initValue: Object(c.t)("{title} copy", {
							context: "ex: AAPL chart copy"
						}).format({
							title: e.metaInfo.name.value()
						}),
						onRename: ({
							newValue: t,
							dialogClose: r
						}) => {
							s.enabled("saveload_storage_customization") && (e.metaInfo
								.uid.deleteValue(), e.metaInfo.id.deleteValue(), e
								.metaInfo.name.setValue(t), this._doSave(void 0,
									void 0, () => {
										e.metaInfo.name.setValue(i)
									})), r()
						},
						onClose: () => this._visibility.setValue(!1)
					}))
				}
			}
			class _ extends d {
				show(e, t, i) {
					this._saveNewChart(e, t, i).then(() => this._visibility.setValue(!0))
				}
				async _saveNewChart(e, t, i) {
					const s = this._chartWidgetCollection,
						r = s.metaInfo.name.value();
					await h() && (this._hide = await Object(u.showRename)({
						title: Object(c.t)("Save New Chart Layout"),
						text: Object(c.t)("Enter a new chart layout name") + ":",
						maxLength: 64,
						initValue: r,
						onRename: ({
							newValue: n,
							dialogClose: o
						}) => {
							s.metaInfo.name.setValue(n), this._doSave(e, t, () => {
								s.metaInfo.name.setValue(r), null == i || i()
							}), o()
						},
						onClose: () => this._visibility.setValue(!1)
					}))
				}
			}
			class m extends d {
				show() {
					this._renameChart(), this._visibility.setValue(!0)
				}
				_renameChart() {
					Object(l.a)(async () => {
						const e = this._chartWidgetCollection,
							t = e.metaInfo.name.value();
						this._hide = await Object(u.showRename)({
							title: Object(c.t)("Rename Chart Layout"),
							text: Object(c.t)("Enter a new chart layout name") +
								":",
							maxLength: 64,
							initValue: t,
							onRename: ({
								newValue: i,
								dialogClose: s
							}) => {
								e.metaInfo.name.setValue(i), this._doSave(
									void 0, void 0, () => {
										e.metaInfo.name.setValue(t)
									}), s()
							},
							onClose: () => this._visibility.setValue(!1)
						})
					}, {
						source: "Rename chart"
					})
				}
			}
			i.d(t, "SaveChartService", (function() {
				return f
			}));
			class f {
				constructor(e, t) {
					this._autosaveTimer = null, this._watchedAutoSaveEnabled = new n.a, this
						._toggleAutoSaveEnabledHandler = this._toggleAutoSaveEnabled.bind(this), this
						._doSave = (e, t, i, s) => {
							const r = this._chartWidgetCollection;
							void 0 !== e && e(), this._chartSaver.saveChartSilently(e => {
								var i;
								i = r.metaInfo.uid.value(), "/chart/" === location.pathname && (
									location.href = "/chart/" + i), void 0 !== t && t(e)
							}, () => {
								void 0 !== i && i()
							}, {
								autoSave: Boolean(s)
							})
						}, this._chartWidgetCollection = e, this._chartSaver = t, this
						._createController = new _(e, this._doSave),
						this._renameController = new m(e, this._doSave), this._saveAsController = new p(
							e, this._doSave), this._chartChangesWatcher = new a.ChartChangesWatcher(e
							.undoHistory, t, o), e.saveKeysPressed().subscribe(this, this
							.saveChartOrShowTitleDialog), this._chartChangesWatcher.getOnChange()
						.subscribe(this, this._onStateChanged)
				}
				autoSaveEnabled() {
					return this._watchedAutoSaveEnabled
				}
				destroy() {
					0
				}
				getCreateController() {
					return this._createController
				}
				getRenameController() {
					return this._renameController
				}
				getSaveAsController() {
					return this._saveAsController
				}
				cloneChart() {
					this._saveAsController.cloneChart()
				}
				saveChartAs() {
					this._saveAsController.show()
				}
				renameChart() {
					this._renameController.show()
				}
				saveNewChart(e, t, i) {
					this._createController.show(e, t, i)
				}
				saveExistentChart(e, t, i) {
					this._doSave(e, t, i)
				}
				hasChanges() {
					return this._chartChangesWatcher.hasChanges()
				}
				saveChartOrShowTitleDialog(e, t, i) {
					const s = window.saver.isSaveInProcess(),
						r = this._chartChangesWatcher.hasChanges(),
						n = !!this._chartWidgetCollection.metaInfo.id.value();
					window.is_authenticated && (s || !r && n) || Object(l.a)(() => {
						null != this._chartWidgetCollection.metaInfo.id.value() ? this
							.saveExistentChart(e, t, i) : this.saveNewChart(e, t, i)
					}, {
						source: "Save chart",
						sourceMeta: "Chart"
					})
				}
				whenReadyToSave(e) {
					this._chartSaver.whenReadyToSave(e)
				}
				saveToJSON() {
					return this._chartSaver.saveToJSON()
				}
				saveChartSilently(e, t, i) {
					this._chartSaver.saveChartSilently(e, t, i)
				}
				setAutoSaveEnabled(e) {
					window.is_authenticated && window.saver.isSaveInProcess() || Object(l.a)(() => {
						this._watchedAutoSaveEnabled.setValue(e)
					}, {
						source: "AutoSave chart"
					})
				}
				saveChartLineTools(e, t) {
					return this._chartSaver.saveChartLineTools(e, t)
				}
				_autoSaveEnabledSettingHandler(e) {
					0
				}
				_toggleAutoSaveEnabled(e) {
					0
				}
				_enableAutoSave() {
					0
				}
				_disableAutoSave() {
					0
				}
				_onStateChanged(e) {
					e ? this._startAutosave() : this._stopAutosave()
				}
				_startAutosave() {
					s.enabled("charts_auto_save") && null === this._autosaveTimer && (this
						._autosaveTimer = setTimeout(() => {
							this._autosaveTimer = null, this._chartWidgetCollection.metaInfo.id
								.value() && this._doSave(void 0, void 0, void 0, !0)
						}, 6e4))
				}
				_stopAutosave() {
					null !== this._autosaveTimer && (clearInterval(this._autosaveTimer), this
						._autosaveTimer = null)
				}
			}
		},
		"/DW5": function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return r
			})), i.d(t, "a", (function() {
				return n
			}));
			var s = i("CLNU");

			function r(e) {
				return Object(s.clean)(JSON.stringify(e))
			}

			function n(e) {
				return JSON.parse(Object(s.clean)(e, !0))
			}
		},
		"/DxK": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolHorzLine", (function() {
				return l
			}));
			var s = i("tc+8"),
				r = i.n(s),
				n = i("Ocx9"),
				o = i("Ss5c"),
				a = i("p1SQ");
			class l extends o.LineDataSource {
				constructor(e, t) {
					super(e, t || l.createProperties()), this._priceAxisView = new a
						.LineToolHorzLinePriceAxisView(this), i.e("lt-pane-views").then(i.bind(null,
							"ckl+")).then(({
							HorzLinePaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				state(e) {
					const t = super.state(e);
					return t.points && 0 !== t.points.length && (t.points[0].offset = 0), t
				}
				pointsCount() {
					return 1
				}
				name() {
					return "Horizontal Line"
				}
				priceAxisViews(e, t) {
					return this.isSourceHidden() ? null : t === this.priceScale() && this
						.properties().showPrice.value() && this._model.paneForSource(this) === e ? [
							this._priceAxisView
						] : null
				}
				timeAxisViews() {
					return null
				}
				timeAxisPoints() {
					return []
				}
				updateAllViews() {
					super.updateAllViews(), this._priceAxisView.update()
				}
				canHasAlert() {
					return !0
				}
				template() {
					const e = super.template();
					return e.text = this.properties().childs().text.value(), e.showLabel = this
						.properties().childs().showLabel.value(), e
				}
				static createProperties(e) {
					const t = new n.DefaultProperty("linetoolhorzline", e);
					return l._configureProperties(t), t
				}
				_getAlertPlots() {
					return [this.points()[0].price]
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "NEbb")).then(
						e => e.HorizontalLineDefinitionsViewModel)
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text ||
						""), this.properties().childs().showLabel.setValue(Boolean(e.showLabel))
				}
				static _configureProperties(e) {
					o.LineDataSource._configureProperties(e), e.hasChild("text") || e.addChild(
						"text", new r.a("")), e.addExclusion("text"), e.addExclusion(
						"showLabel")
				}
			}
		},
		"/G2Z": function(e, t, i) {
			"use strict";
			(function(e) {
				i("xdS3");
				var t, s = i("Eyy1").assert;
				i("fPdn"), i("wZIs"), i("WmDe"), JSON.parse(urlParams.disabledFeatures).forEach((
					function(t) {
						e.setEnabled(t, !1)
					})), JSON.parse(urlParams.enabledFeatures).forEach((function(t) {
					e.setEnabled(t, !0)
				})), null != (t = window.parent[window.urlParams.uid].settingsAdapter) ? (TVSettings
					.setSettingsAdapter(t), TVSettings.sync()) : e.enabled(
					"use_localstorage_for_settings") && TVSettings.sync();
				var r = i("UlDV").RestrictedToolsetBootloader,
					n = i("I4UZ").HeaderToolbarBootloader,
					o = i("9zVu").DrawingToolbarBootloader,
					a = i("OiSa").isDrawingToolbarVisible;
				(0, i("8+VR").setClasses)();
				var l = i("EsvI"),
					c = i("oiZD").setTheme,
					h = i("JcHK"),
					u = i("Ery9"),
					d = i("lxNp"),
					p = i("n0Bl").migrateShortcut,
					_ = i("RXmj").ChartSaver,
					m = i("/5ju").SaveChartService,
					f = i("lA7n").LoadChartService,
					g = i("F58L").StudyTemplates,
					b = i("54XG").FavoriteStudyTemplateService,
					v = i("PT1i").linking,
					S = i("FQhm"),
					y = i("kcTO").formatterOptions,
					w = i("iboI").customFormatters,
					P = i("JT5O").StudyMarket,
					C = i("FBuY").TVXWindowEvents,
					x = i("jofe").createDeferredPromise,
					T = i("FIi8").deepExtend,
					I = i("e3/o").randomHash,
					M = i("/qn+").convertPropertyToWatchedValue,
					O = i("1ANp").property,
					L = i("RspR").property,
					A = i("3t3b").dateFormatProperty,
					E = i("UXvI").default,
					k = i("LxhU").Interval,
					D = i("lW/c").Root,
					V = i("NsVT").ChartPage,
					B = i("IWXC").destroyQuoteSessions,
					R = i("uDHo").TIMEFRAMETYPE,
					N = new V(new D(window).allocate()),
					j = N.allocate({
						areaName: "center"
					}),
					F = (N.allocate({
						areaName: "tradingpanel"
					}), window.parent[urlParams.uid].brokerFactory, Boolean(!1)),
					W = i("vPbs").CHART_WIDGET_COLLECTION_SERVICE,
					H = i("eqEH");
				i("Wh/T");
				var U = i("/Y2c"),
					z = i("g5Qf").createFavoriteDrawingToolbar,
					G = i("x5Tw").setupChartEventHint,
					q = i("+2Ad").setupChartScreenshotHint,
					Y = i("EX27"),
					K = i("0YCj"),
					J = i("9nLJ");
				i("2cgs"), i("vIQA");
				var Z = i("K5cv").setSearchRequestDelay,
					X = i("dfhE"),
					$ = i("ocLq"),
					Q = i("qE4g").addBrandingSource,
					ee = i("6vtU").setAdditionalSymbolInfoFields,
					te = i("kNVT").setSymbolSearchCompleteOverrideFunction,
					ie = i("fRER").DropdownApi,
					se = window.parent[urlParams.uid].getCustomIndicators,
					re = x(),
					ne = x(),
					oe = e.enabled("left_toolbar");
				if (Promise.all([re.promise, ne.promise]).then((function() {
						window.ChartApiInstance.start()
					})), "function" == typeof se) {
					var ae = se($);
					ae && ae.then ? ae.then((function(e) {
						if (!Array.isArray(e)) return console.warn(
							"custom_indicators_getter should be a function that returns a Promise object which result is an array of custom indicators"
						), void re.resolve();
						JSServer.studyLibrary.push.apply(JSServer.studyLibrary, e), re
							.resolve(), console.log("{0} custom indicators loaded.".format(e
								.length))
					})).catch((function(e) {
						console.warn("Error loading custom indicators " + e), re.resolve()
					})) : (console.warn(
						"custom_indicators_getter should be a function that returns a Promise object"
					), re.resolve())
				} else re.resolve();
				window.widgetReady = function(e) {
					S.subscribe("onChartReady", e)
				};
				var le = urlParams.theme && urlParams.theme.toLowerCase();

				function ce(e) {
					window.__defaultsOverrides = window.__defaultsOverrides || {}, T(window
							.__defaultsOverrides, e), void 0 !== TradingView.defaultProperties &&
						void 0 !== TradingView.defaultProperties.chartproperties && (window
							.applyDefaultsOverrides(TradingView.defaultProperties.chartproperties),
							window.applyDefaultOverridesToLinetools())
				}! function(e) {
					l.themes[e] && c(e)
				}(le), window.applyStudiesOverrides = function(e) {
					e && (window.chartWidgetCollection ? window.chartWidgetCollection
						.applyStudiesOverrides(e) : K.mergeDefaultsOverrides(e))
				}, window.applyOverrides = function(e) {
					ce(e), window.chartWidgetCollection && window.chartWidgetCollection
						.applyOverrides(e)
				}, window.doWhenApiIsReady = function(e) {
					window.tradingViewApi ? e() : ne.promise.then(e)
				}, window.applyTradingCustomization = function(e) {
					for (var t in e.order) TradingView.defaultProperties.linetoolorder[t] = e.order[
						t];
					for (var t in e.position) TradingView.defaultProperties.linetoolposition[t] = e
						.position[t]
				}, window.changeTheme = function(e, t) {
					var i = l.themes[e.toLowerCase()];
					return i ? window.tradingViewApi.themes().setStdTheme(i.name, !0, t && t
						.disableUndo) : Promise.resolve()
				}, window.getTheme = function() {
					return window.tradingViewApi.themes().getCurrentThemeName()
				}, window.is_authenticated = !1;
				JSON.parse(window.urlParams.brokerConfig);
				window.t("charts by TradingView"), window.t("powered by TradingView"), window.t(
					"by TradingView");
				var he = null,
					ue = x(),
					de = null,
					pe = function() {
						if (e.setEnabled("charting_library_debug_mode", "true" === urlParams.debug), e
							.setEnabled("chart_property_page_trading", !1), e.enabled(
								"remove_library_container_border")) {
							var t = document.querySelector("#library-container");
							null !== t && (t.style.border = "0px", t.style.padding = "1px")
						}
						e.enabled("no_min_chart_width") && (window.document.body.style.minWidth =
								"0px"), null != urlParams.studiesOverrides && K.mergeDefaultsOverrides(
								JSON
								.parse(urlParams.studiesOverrides)), s(void 0 === TradingView
								.defaultProperties,
								"Default properties are inited before applying overrides"),
							ce(JSON.parse(urlParams.overrides)), urlParams.numeric_formatting =
							urlParams.numeric_formatting && JSON.parse(urlParams.numeric_formatting),
							urlParams.numeric_formatting && "string" == typeof urlParams
							.numeric_formatting.decimal_sign && (y.decimalSign = urlParams
								.numeric_formatting.decimal_sign[0]), window.ChartApiInstance = new Y(
								window.parent[urlParams.uid].datafeed), window.parent[urlParams.uid]
							.customFormatters && (window.parent[urlParams.uid].customFormatters
								.timeFormatter && (w.timeFormatter = window.parent[urlParams.uid]
									.customFormatters.timeFormatter), window.parent[urlParams.uid]
								.customFormatters.dateFormatter && (w.dateFormatter = window.parent[
									urlParams.uid].customFormatters.dateFormatter), window.parent[
									urlParams.uid].customFormatters.tickMarkFormatter && (w
									.tickMarkFormatter = window.parent[urlParams.uid].customFormatters
									.tickMarkFormatter)), window.ChartApiInstance
							.setStudiesAccessController(window.ChartApiInstance
								.createStudiesAccessController(urlParams.studiesAccess));
						var c = urlParams.chartContent ? JSON.parse(urlParams.chartContent).json :
							void 0,
							u = urlParams.chartContentExtendedData ? JSON.parse(urlParams
								.chartContentExtendedData) : c ? c.extendedData : void 0,
							d = urlParams.interval || "D",
							p = function(e) {
								var t = /(\d+)(\w+)/;
								return e.map((function(e) {
									var i = t.exec(e.text),
										s = i[2].toLowerCase(),
										r = parseInt(i[1]),
										n = "y" === s ? 12 * r + "M" : r + s,
										o = k.parse(e.resolution);
									return {
										text: window.t(e.title) || r + window.t(s, {
											context: "dates",
											count: r
										}),
										description: e.description || "",
										value: {
											value: n.toUpperCase(),
											type: R.PeriodBack
										},
										targetResolution: o.value(),
										requiresIntraday: o.isIntraday()
									}
								}))
							}(JSON.parse(urlParams.timeFrames)),
							x = {
								resizerBridge: j,
								padding: e.enabled("border_around_the_chart") ? 2 : 0,
								content: c,
								widgetOptions: {
									addToWatchlistEnabled: !1,
									hideIdeas: !0,
									addVolume: window.ChartApiInstance.studiesAccessController
										.isToolEnabled("Volume"),
									muteSessionErrors: !0,
									timezone: urlParams.timezone,
									defSymbol: urlParams.symbol,
									defInterval: d,
									compareSymbols: urlParams.compareSymbols && JSON.parse(urlParams
										.compareSymbols),
									defTimeframe: urlParams.timeframe,
									paneContextMenuEnabled: e.enabled("pane_context_menu"),
									paneContextMenu: {
										mainSeriesTrade: F
									},
									priceScaleContextMenuEnabled: e.enabled("scales_context_menu"),
									currencyConversionEnabled: e.enabled("pricescale_currency"),
									unitConversionEnabled: e.enabled("pricescale_unit"),
									legendWidgetEnabled: e.enabled("legend_widget"),
									legendWidget: {
										contextMenu: {
											settings: e.enabled("show_chart_property_page"),
											showOpenMarketStatus: e.enabled("display_market_status")
										}
									},
									sourceStatusesWidget: {
										errorSolution: !1
									},
									marketStatusWidgetEnabled: e.enabled("display_market_status"),
									marketStatusWidget: {
										preMarketSolution: !1,
										postMarketSolution: !1
									},
									chartWarningWidget: {
										subscriptionFullInfo: !1
									},
									timeScaleWidget: {
										contextMenuEnabled: e.enabled("scales_context_menu"),
										timezoneMenuEnabled: e.enabled("timezone_menu"),
										priceAxisLabelsOptions: {
											showLabels: e.enabled("main_series_scale_menu")
										}
									},
									timeScale: {
										preserveBarSpacing: !1,
										lockVisibleTimeRangeOnResize: e.enabled(
											"lock_visible_time_range_on_resize"),
										rightBarStaysOnScroll: e.enabled("right_bar_stays_on_scroll"),
										minBarSpacing: urlParams.time_scale && JSON.parse(urlParams
											.time_scale).min_bar_spacing
									},
									goToDateEnabled: e.enabled("go_to_date"),
									crossHair: {
										menuEnabled: e.enabled("chart_crosshair_menu")
									},
									handleScale: {
										mouseWheel: e.enabled("mouse_wheel_scale"),
										pinch: e.enabled("pinch_scale"),
										axisPressedMouseMove: {
											time: e.enabled("axis_pressed_mouse_move_scale"),
											price: e.enabled("axis_pressed_mouse_move_scale")
										}
									},
									handleScroll: {
										mouseWheel: e.enabled("mouse_wheel_scroll"),
										pressedMouseMove: e.enabled("pressed_mouse_move_scroll"),
										horzTouchDrag: e.enabled("horz_touch_drag_scroll"),
										vertTouchDrag: e.enabled("vert_touch_drag_scroll")
									},
									shiftVisibleRangeOnNewBar: e.enabled(
										"shift_visible_range_on_new_bar"),
									croppedTickMarks: e.enabled("cropped_tick_marks"),
									countdownEnabled: e.enabled("countdown"),
									indicatorsDialogShortcutEnabled: e.enabled(
										"insert_indicator_dialog_shortcut")
								},
								seriesControlBarEnabled: e.enabled("timeframes_toolbar"),
								seriesControlBar: {
									timeFramesWidgetEnabled: !0,
									timeFramesWidget: {
										goToDateEnabled: e.enabled("go_to_date"),
										availableTimeFrames: function(e, t) {
											return e ? t !== X.STATUS_DELAYED && t !== X
												.STATUS_DELAYED_STREAMING && t !== X.STATUS_READY ?
												[] : p.filter((function(t) {
													return !(t.requiresIntraday && !e
														.has_intraday) && !(e
														.supported_resolutions && !e
														.supported_resolutions.includes(
															t.targetResolution))
												})) : []
										}
									},
									timeWidgetEnabled: !0,
									timeWidget: {
										timezoneMenuEnabled: e.enabled("timezone_menu")
									},
									adjustForDividendsButtonEnabled: !1,
									sessionIdButtonEnabled: !1,
									percentageScaleButtonEnabled: !0,
									logScaleButtonEnabled: !0,
									autoScaleButtonEnabled: !0,
									fullscreenButtonEnabled: !0,
									mobileChangeLayoutEnabled: !1
								},
								globalEvents: !0,
								snapshotUrl: urlParams.snapshotUrl,
								mobileForceChartMaximizeEnabled: !1,
								saveChartEnabled: e.enabled("save_shortcut")
							};
						oe && (z(), x.widgetOptions.isDrawingToolbarVisible = a), u && (x.metaInfo = {
							id: u.uid,
							name: u.name,
							description: u.description,
							uid: u.uid,
							username: "",
							tags: ""
						}), window.parent[urlParams.uid].additionalSymbolInfoFields && ee(window
							.parent[urlParams.uid].additionalSymbolInfoFields), window.parent[
							urlParams.uid].symbolSearchComplete && te(window.parent[urlParams.uid]
							.symbolSearchComplete);
						var T = window.chartWidgetCollection = new U(x);
						Q(T), window.studyMarket = new P(T), void 0 !== H && H.registerService(W, T), T
							.activeChartWidget.subscribe((function(e) {
								S.emit("activeChartChanged", T.getAll().indexOf(e))
							})), window.saver = new _(T);
						var I = new m(T, window.saver),
							M = new f(T);
						window.chartWidget = T.activeChartWidget.value(), window.pro = new TradingView
							.Pro;
						var O = function(t) {
							if (!e.enabled("header_widget")) return null;
							var s = N.allocate({
									areaName: "top"
								}),
								o = new(0, i("htUT").ChartChangesWatcher)(t.chartWidgetCollection
									.undoHistory, window.saver, S),
								a = JSON.parse(urlParams.favorites);
							a.intervals = a.intervals.map((function(e) {
								var t = "" + e;
								return t.match(/1[DWMYdwmy]/) && (t = t.slice(1)), t
							}));
							var l = null;
							e.enabled("study_templates") && (l = new b(C, TVSettings), de = new g({
								chartWidgetCollection: t.chartWidgetCollection,
								favoriteStudyTemplatesService: l
							}));
							var c = void 0,
								h = urlParams.header_widget_buttons_mode;
							"fullsize" === h && (c = ["full"]);
							"compact" === h && (c = ["small"]);
							return new n(new r, {
								chartSaver: window.saver,
								chartApiInstance: ChartApiInstance,
								chartWidgetCollection: t.chartWidgetCollection,
								defaultFavoriteStyles: a.chartTypes,
								defaultFavoriteIntervals: a.intervals,
								hideStudyTemplates: !0,
								resizerBridge: s,
								studyMarket: window.studyMarket,
								studyTemplates: de,
								favoriteStudyTemplatesService: l,
								allowedModes: c,
								saveChartService: t.saveChartService,
								loadChartService: t.loadChartService,
								chartChangesWatcher: o,
								onClick: we,
								snapshotUrl: t.snapshotUrl
							})
						}({
							chartWidgetCollection: T,
							saveChartService: I,
							loadChartService: M,
							snapshotUrl: urlParams.snapshotUrl
						});
						null !== O ? O.load().then((function(e) {
							he = e.getComponent(), ue.resolve()
						})) : (ue.promise.catch((function() {})), ue.reject(
							"header widget is not loaded"));
						var L = function(e) {
								if (oe) {
									var t = urlParams.toolbarbg && /^[0-9a-f]+$/i.test(urlParams
										.toolbarbg) ? String(urlParams.toolbarbg) : void 0;
									if (t) {
										var i = document.createElement("style");
										i.textContent =
											"body,.chart-controls-bar,#footer-chart-panel{background-color:#" +
											t + " !important}", document.head.appendChild(i)
									}
									return new o({
										bgColor: t,
										chartWidgetCollection: e,
										drawingsAccess: urlParams.drawingsAccess ? JSON.parse(
											urlParams.drawingsAccess) : void 0,
										resizerBridge: N.allocate({
											areaName: "left"
										}),
										onClick: we
									})
								}
								return null
							}(T),
							A = null;
						window.tradingViewApi = new J({
							chartWidgetCollection: T,
							chartApiInstance: window.ChartApiInstance,
							saveChartService: I,
							loadChartService: M
						});
						if (v.bindToChartWidgetCollection(T), TradingView.isNaN(urlParams
								.studyCountLimit) || (TradingView.STUDY_COUNT_LIMIT = Math.max(2, +
								urlParams.studyCountLimit)), !TradingView.isNaN(urlParams.ssreqdelay)) {
							var D = Math.max(0, +urlParams.ssreqdelay);
							Z(D)
						}
						window.ChartApiInstance.connect(), Promise.all([i.e("react"), i.e(1), i.e(4), i
							.e(6), i.e(11), i.e(12), i.e(13), i.e(14), i.e(17), i.e(21), i.e(
								22), i.e(24), i.e(28), i.e(33), i.e(41), i.e(48), i.e(51), i.e(
								52),
							i.e(60), i.e(67), i.e(75), i.e(0), i.e(5), i.e(30), i.e(38), i.e(
								"line-tools-icons"), i.e(53), i.e(54), i.e("floating-toolbars")
						]).then(i.t.bind(null, "tPkB", 7)).then(({
							default: e
						}) => {
							window.lineToolPropertiesToolbar = new e(T)
						});
						var V = document.querySelector(".tv-content");

						function B() {
							L && L.load(), A && A.load().then((function(e) {
								window.footerWidget = e.getComponent()
							}))
						}
						null !== V && V.addEventListener("contextmenu", (function(e) {
								null !== e.target && "input" !== e.target.tagName
									.toLowerCase() && "textarea" !== e.target.tagName
									.toLowerCase() && e.preventDefault()
							})), ne.resolve(), T.undoHistory.undoStack().onChange().subscribe(null, E((
								function() {
									S.emit("onAutoSaveNeeded")
								}), 1e3 * (urlParams.autoSaveDelay || 5), {
								leading: !1,
								trailing: !0
							})), window.chartWidget.withModel(null, (function() {
								if (ChartApiInstance.on("realtime_tick", (function(e) {
										S.emit("onTick", e)
									})), !l.savedThemeName() && le) {
									var t = l.getStdTheme(le);
									t && t.content && void 0 === c && T.applyTheme(t.content, !
										1, !1, le, !0, !0).then(() => window.applyOverrides(
										window.__defaultsOverrides))
								}
								e.enabled("charting_library_debug_mode") && S.subscribeToAll((
									function() {
										var e = Array.prototype.slice.call(arguments);
										console.log('Event "{0}", arguments: {1}'
											.format(e[0], JSON.stringify(e.slice(
												1))))
									})), G && (G(T), G = null), q && (q(T, {
									seriesControlBarEnabled: e.enabled(
										"timeframes_toolbar")
								}), q = null)
							})),
							h.isAnyChartWidgetInitialized(T) ? B() : h.waitAnyChartWidgetInitialized(T,
								B), S.subscribe("chart_load_requested", (function(e) {
								window.tradingViewApi.loadChart({
									json: JSON.parse(e.content),
									extendedData: e
								})
							}))
					};
				window.addEventListener("unload", (function() {
					window.ChartApiInstance && window.ChartApiInstance.disconnect(), window
						.chartWidgetCollection && (window.chartWidgetCollection.destroy(),
							window.chartWidgetCollection = null), B(), window
						.ChartApiInstance && (window.ChartApiInstance.destroy(), window
							.ChartApiInstance = null)
				})), e.enabled("saveload_storage_customization") && (window.parent[urlParams.uid]
					.saveLoadAdapter ? u.setCustomAdapter(window.parent[urlParams.uid]
						.saveLoadAdapter) : void 0 !== urlParams.chartsStorageUrl && urlParams
					.chartsStorageUrl && void 0 !== urlParams.clientId && urlParams.clientId ? u
					.initialize(urlParams.clientId, urlParams.userId, urlParams.chartsStorageUrl,
						urlParams.chartsStorageVer || "1.0") : (e.setEnabled(
						"saveload_storage_customization", !1), e.setEnabled("header_saveload", !
						1)));
				var _e = x();

				function me() {
					_e.resolve()
				}
				window.parent[urlParams.uid].loadLastChart && e.enabled(
					"saveload_storage_customization") ? u.getCharts().then((function(e) {
					if (0 !== e.length) {
						var t = e.sort((function(e, t) {
							return t.modified_iso - e.modified_iso
						}))[0];
						u.getChartContent(t).then((function(e) {
							var t = JSON.parse(e.content);
							t.extendedData = e, urlParams.chartContent = JSON
								.stringify({
									json: t
								}), me()
						})).catch(me)
					} else me()
				})).catch(me) : me();
				var fe, ge, be = x();
				Promise.all([be.promise, _e.promise]).then((function() {
					var t, i, s, r, n, o, a = document.querySelector(".loading-indicator");
					if (a && (a.style.display = "none"), setTimeout(pe, 0), e.enabled(
							"14851") && Math.random() <= .02) {
						t = window, i = document, s = "script", r = "ga", t
							.GoogleAnalyticsObject = r, t.ga = t.ga || function() {
								(t.ga.q = t.ga.q || []).push(arguments)
							}, t.ga.l = 1 * new Date, n = i.createElement(s), o = i
							.getElementsByTagName(s)[0], n.async = 1, n.src =
							"//www.google-analytics.com/analytics.js", o.parentNode
							.insertBefore(n, o);
						var l = document.URL.match(new RegExp("(:?.*://)([^/]+)/.*"))[2];
						ga("create", "UA-112911840-1", "auto"), ga("set", "anonymizeIp", !
							0), ga("set", {
							hostname: l,
							page: l,
							referrer: l
						}), ga("send", "pageview")
					}
				})), fe = !0, window.parent[urlParams.uid].datafeed.onReady((function(e) {
					fe && console.warn(
						"`onReady` should return result asynchronously. Use `setTimeout` with 0 interval to execute the callback function."
					), window.configurationData = e, be.resolve()
				})), fe = !1, window.getFunctionFromArguments = function(e) {
					return window.parent[urlParams.uid][e]
				}, window.createShortcutAction = (ge = d.createGroup({
					desc: "API"
				}), function(e, t) {
					ge.add({
						hotkey: p(e),
						handler: t
					})
				}), window.initializationFinished = function() {
					window.chartWidgetCollection.undoHistory.clearStack()
				}, window.headerReady = function() {
					return ue.promise
				}, window.createButton = function(e) {
					if (null === he) throw new Error(
						"Cannot create button: header widget is not ready or is not loaded - use `headerReady` to wait until header is ready"
					);
					var t = (e = e || {}).align || "left";
					return he.addButton(I(), t)
				}, window.createDropdown = function(e) {
					if (void 0 === e) throw new Error(
						"Cannot create dropdown without any parameters. Please refer to the documentation"
					);
					void 0 === e.align && (e.align = "left");
					const t = I();
					return he ? (he.addDropdown(t, e), Promise.resolve(new ie(he, t))) : ue.promise
						.then(() => (he.addDropdown(t, e), new ie(he, t)))
				}, window.getAllFeatures = function() {
					const t = e.getAllFeatures();
					return Object.keys(t).forEach((function(e) {
						isNaN(parseFloat(e)) || delete t[e]
					})), t
				};
				var ve = null;
				window.getNavigationButtonsVisibility = function() {
					return null === ve && (ve = M(O())), ve
				};
				var Se = null;
				window.getPaneButtonsVisibility = function() {
					return null === Se && (Se = M(L())), Se
				};
				var ye = null;

				function we(e) {
					var t = TradingView.bottomWidgetBar;
					t && t.turnOffMaximize()
				}
				window.getDateFormat = function() {
					return null === ye && (ye = M(A)), ye
				}
			}).call(this, i("Kxc7"))
		},
		"/McG": function(e) {
			e.exports = JSON.parse(
				'{"content":{"chartProperties":{"scalesProperties":{"textColor":"#131722","lineColor":"rgba(42, 46, 57, 0.14)","backgroundColor":"#ffffff"},"paneProperties":{"vertGridProperties":{"color":"rgba(42, 46, 57, 0.06)"},"horzGridProperties":{"color":"rgba(42, 46, 57, 0.06)"},"crossHairProperties":{"color":"#9598A1"},"background":"#ffffff","backgroundGradientStartColor":"#ffffff","backgroundGradientEndColor":"#ffffff"}},"sessions":{"graphics":{"backgrounds":{"outOfSession":{"color":"#2962FF","transparency":92},"preMarket":{"color":"#FF9800","transparency":92},"postMarket":{"color":"#2962FF","transparency":92}},"vertlines":{"sessBreaks":{"color":"#4985e7","style":2,"width":1}}}},"mainSourceProperties":{"baseLineColor":"#B2B5BE","candleStyle":{"borderColor":"#378658","upColor":"#26a69a","wickColor":"#737375","wickUpColor":"#26a69a","wickDownColor":"#ef5350","downColor":"#ef5350","borderUpColor":"#26a69a","borderDownColor":"#ef5350"},"haStyle":{"borderColor":"#378658","upColor":"#26a69a","wickColor":"#737375","wickUpColor":"#26a69a","wickDownColor":"#ef5350","downColor":"#ef5350","borderUpColor":"#26a69a","borderDownColor":"#ef5350"},"barStyle":{"downColor":"#ef5350","upColor":"#26a69a"},"pnfStyle":{"downColor":"#ef5350","upColor":"#26a69a","upColorProjection":"#a9dcc3","downColorProjection":"#f5a6ae"},"baselineStyle":{"baselineColor":"rgba( 117, 134, 150, 1)","topFillColor1":"rgba( 38, 166, 154, 0.28)","topFillColor2":"rgba( 38, 166, 154, 0.05)","bottomFillColor1":"rgba( 239, 83, 80, 0.05)","bottomFillColor2":"rgba( 239, 83, 80, 0.28)","topLineColor":"rgba( 38, 166, 154, 1)","bottomLineColor":"rgba( 239, 83, 80, 1)"},"areaStyle":{"transparency":100,"color1":"rgba(41, 98, 255, 0.28)","color2":"#2962FF","linecolor":"#2962FF","linewidth":2,"linestyle":0},"renkoStyle":{"upColor":"#26a69a","downColor":"#ef5350","borderUpColor":"#26a69a","borderDownColor":"#ef5350","upColorProjection":"#a9dcc3","downColorProjection":"#f5a6ae","borderUpColorProjection":"#a9dcc3","borderDownColorProjection":"#f5a6ae","wickUpColor":"#26a69a","wickDownColor":"#ef5350"},"lineStyle":{"color":"#2962FF","linewidth":2,"linestyle":0},"kagiStyle":{"downColor":"#ef5350","upColor":"#26a69a","upColorProjection":"#a9dcc3","downColorProjection":"#f5a6ae"},"pbStyle":{"upColor":"#26a69a","downColor":"#ef5350","borderUpColor":"#26a69a","borderDownColor":"#ef5350","upColorProjection":"#a9dcc3","downColorProjection":"#f5a6ae","borderUpColorProjection":"#a9dcc3","borderDownColorProjection":"#f5a6ae"},"rangeStyle":{"upColor":"#26a69a","downColor":"#ef5350","upColorProjection":"#a9dcc3","downColorProjection":"#f5a6ae"}}}}'
			)
		},
		"/ToI": function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return o
			})), i.d(t, "a", (function() {
				return a
			}));
			var s = i("Eyy1"),
				r = i("3u3j");
			class n extends r.a {
				constructor(e, t, i, s) {
					super(e, t, s), this._sourcePaneRemoved = !1, this._targetPaneIndex = e.panes()
						.indexOf(i)
				}
				redo() {
					const e = this._chartModel.panes()[this._initialPaneIndex],
						t = this._chartModel.panes()[this._targetPaneIndex],
						i = e !== t,
						r = this._targetPriceScale(t),
						n = Object(s.ensureNotNull)(this._chartModel.dataSourceForId(this
							._sourceId)),
						o = this._chartModel.children(n, !0);
					for (const e of o) i ? (this._chartModel.detachSource(e), t.addDataSource(e, r,
						!1)) : t.move(e, r);
					i ? (this._sourcePaneRemoved = this._chartModel.detachSource(n), t
						.addDataSource(n, r, !1)) : t.move(n, r);
					const a = t.priceScalePosition(r);
					t.movePriceScale(r, a, this._targetPriceScaleIndex(n)), this._chartModel
						.fullUpdate()
				}
				undo() {
					this._sourcePaneRemoved && this._chartModel.createPane(this._initialPaneIndex);
					const e = this._chartModel.panes()[this._initialPaneIndex],
						t = e !== this._chartModel.panes()[this._targetPaneIndex],
						i = Object(s.ensureNotNull)(this._chartModel.dataSourceForId(this
							._sourceId));
					let r = e.getPriceScaleById(this._initialPriceScaleId);
					null === r && (r = e.createPriceScaleAtPosition(this._initialPriceScalePosition,
						this._initialPriceScaleIndex));
					const n = this._chartModel.children(i, !0);
					for (const i of n) t ? (this._chartModel.detachSource(i), e.addDataSource(i, r,
						!1)) : e.move(i, r);
					t ? (this._chartModel.detachSource(i), e.addDataSource(i, r, !1)) : e.move(i,
						r), Object(s.ensureNotNull)(i.priceScale()).restoreState(this
						._originalPriceScaleState()), this._chartModel.fullUpdate()
				}
			}
			class o extends n {
				constructor(e, t, i, s, r) {
					super(e, t, i, r), this._targetPriceScalePosition = s
				}
				_targetPriceScale(e) {
					const t = e.createPriceScaleAtPosition(this._targetPriceScalePosition);
					return t.restoreState(this._newPriceScaleState("overlay" === this
						._targetPriceScalePosition)), t
				}
				_targetPriceScaleIndex(e) {
					return e === this._chartModel.mainSeries() ? 0 : void 0
				}
			}
			class a extends n {
				constructor(e, t, i, s, r) {
					super(e, t, i, r), this._targetPriceScaleId = s.id()
				}
				_targetPriceScale(e) {
					return Object(s.ensureNotNull)(e.getPriceScaleById(this._targetPriceScaleId))
				}
				_targetPriceScaleIndex(e) {}
			}
		},
		"/Y2c": function(e, t, i) {
			"use strict";
			(function(t) {
				var s = i("Eyy1").assert,
					r = i("jofe").createDeferredPromise,
					n = (i("qFKp").CheckMobile, i("VNzU").layouts),
					o = i("Zo2/"),
					a = i("qFKp").supportTouch,
					l = i("qFKp").isIE,
					c = i("qFKp").isEdge,
					h = i("x8jL").createUndoHistory,
					u = i("mMWL"),
					d = i("lxNp"),
					p = i("/3z9"),
					_ = i("FQhm"),
					m = i("PzPU"),
					f = i("Kxc7"),
					g = i("ijBy").SetChartLayoutCommand,
					b = i("hY0g"),
					v = i("HySD").ResizerDetacherState,
					S = i("HV/F").delegateToPromise,
					y = i("sEk5"),
					w = i("lJvs"),
					P = i("txPx").getLogger("Chart.ChartWidgetCollection"),
					C = (i("JWMC").trackEvent, i("wamh").ChangeToolBarsThemeUndoCommand);
				const {
					getCurrentTheme: x
				} = i("EsvI");
				var T = i("dfhE"),
					I = i("ufwo").rangesAreEqual,
					M = i("0psP").GeneralChartPropertiesRenderer,
					O = i("NSoL").clientSnapshot,
					L = i("pPtI").setLastUsedResolution,
					A = i("TCfT").CompareDialogRenderer,
					E = i("mNbo").isOnMobileAppPage,
					k = i("E3Wt"),
					D = k.applyIndicatorsToAllChartsImpl,
					V = k.applyIndicatorToAllChartsImpl,
					B = k.lineToolsAndGroupsDTOsImpl,
					R = k.getStateForChartImpl,
					N = k.getAsyncStateForChartImpl,
					j = k.resetLineToolsInvalidatedImpl,
					F = k.applyLineToolUpdateNotificationImpl,
					W = k.createClipboardHandler,
					H = k.chartsSymbolsImpl,
					U = {
						saveChartEnabled: !0,
						takeScreenshotEnabled: !0,
						publishedChartsEnabled: !0
					};
				e.exports = function(e) {
					var k = this,
						z = Object.assign({}, U, e),
						G = 1,
						q = 2,
						Y = 0,
						K = 0,
						J = new b,
						Z = z.readOnly || !1,
						X = [],
						$ = 0,
						Q = new b,
						ee = new b,
						te = null,
						ie = "s",
						se = new b,
						re = [],
						ne = !1,
						oe = !1,
						ae = !1,
						le = new b(!1),
						ce = new b(!1),
						he = new b(!1),
						ue = new b(TVSettings.getBool("chart.syncCrosshair", !0)),
						de = d.createGroup({
							desc: "Layout"
						}),
						pe = null,
						_e = ue.value();
					ue.subscribe((function(e) {
						_e = e = !!e, TVSettings.setValue("chart.syncCrosshair", e);
						for (var t = 0; t < X.length; ++t) {
							var i = X[t].chartWidget;
							i.hasModel() && i.model().lightUpdate()
						}
					}));
					var me = new b(ie),
						fe = z.resizerBridge.width,
						ge = z.resizerBridge.height,
						be = null;
					void 0 !== z.padding && (q = z.padding), void 0 !== z.topOffset && (G = z
						.topOffset), void 0 !== z.edge && (Y = z.edge), void 0 !== z.border && (
						K = z.border);
					var ve = z.widgetOptions || {},
						Se = z.metaInfo || {},
						ye = {
							id: new b(Se.id || null),
							name: new b(Se.name),
							description: new b(Se.description),
							username: new b(Se.username),
							uid: new b(Se.uid),
							lastModified: new b(Se.lastModified)
						},
						we = h();
					we.onChange().subscribe(null, (function(e) {
						_.emit("undo_redo_state_changed", e)
					}));
					var Pe = z.resizerBridge.container.value(),
						Ce = r(),
						xe = new t,
						Te = new t,
						Ie = new t;

					function Me() {
						X.forEach((function(e) {
							e.chartWidget.onZoom().unsubscribeAll(this)
						}))
					}

					function Oe() {
						X.forEach((function(e) {
							e.chartWidget.onScroll().unsubscribeAll(this)
						}))
					}
					var Le, Ae = null,
						Ee = null,
						ke = null;
					z.seriesControlBarEnabled && (Le = Y + K + "px", (Ae = document.createElement(
							"div")).style.left = Le, Ae.style.right = Le, Ae.style.bottom = Le,
						Ae.classList.add("chart-toolbar", "chart-controls-bar"), Pe.appendChild(
							Ae), Promise.all([i.e("react"), i.e(1), i.e(6), i.e(8), i.e(11), i
							.e(12), i.e(13), i.e(14), i.e(28), i.e(29), i.e(41), i.e(43), i
							.e(48), i.e(73), i.e(0), i.e(5), i.e(7), i.e(10), i.e(38), i.e(
								"chart-bottom-toolbar")
						]).then(i.bind(null, "MfqI")).then(({
							BottomToolbarRenderer: e
						}) => {
							var i = z.resizerBridge,
								s = [i.container.spawn(), i.width.spawn(), i.height
									.spawn()
								],
								r = i.container.value(),
								n = new t,
								o = function() {
									n.fire()
								};
							s.forEach((function(e) {
									e.subscribe(o)
								})), Ee = new e(Ae, n, (function() {
									var e = r.getBoundingClientRect(),
										t = Re();
									return t.top = e.top + t.top, t.left = e.left +
										t.left, t
								}), k, ChartApiInstance, ve, z.seriesControlBar), ke =
								function() {
									null !== Ee && (Ee.destroy(), Ee = null, Ae.remove(),
										Ae = null), s.forEach((function(e) {
										e.destroy()
									})), n.destroy()
								}
						}));
					var De = new M(k),
						Ve = new A(k);

					function Be() {
						return {
							undoHistory: we,
							chartWidgetsDefs: X,
							chartsCountToSave: Ne,
							actualLayoutCount: je,
							savedChartWidgetOptions: re,
							activeChartWidget: J,
							options: z,
							parent: Pe,
							toastsFactory: null
						}
					}

					function Re() {
						var e = Y + K,
							t = Ae ? Ae.offsetHeight : 0;
						return {
							width: fe.value() - 2 * e,
							height: ge.value() - G - t - e,
							top: G,
							left: e
						}
					}

					function Ne() {
						return je()
					}

					function je() {
						return n[ie].count
					}

					function Fe(e, t, i, s, r) {
						return R(Be(), e, t, i, s, r)
					}

					function We() {
						var e;
						e = be ? [be] : X.slice(0, te.count).filter((function(e) {
							return !e.hiddenInLayout.value()
						}));
						for (var t = 0; t < e.length; t++) He(e[t], t, e.length)
					}

					function He(e, t, i) {
						var s = te.sizer(Re(), t, i, q + K);
						s.width = Math.max(Math.round(s.width), 0), s.height = Math.max(Math.round(s
							.height), 0), s.top = Math.round(s.top), s.left = Math.round(s
							.left), e.metrics = s;
						var r = e.container.value();
						r && (r.style.width = s.width + "px", r.style.height = s.height + "px", r
								.style.top = s.top + "px",
								r.style.left = s.left + "px"), e.width.setValue(s.width), e.height
							.setValue(s.height)
					}

					function Ue(e) {
						return e.rdState.owner.value() !== e
					}

					function ze() {
						return Promise.resolve(null)
					}

					function Ge(e) {
						var t;
						e = Object.assign({
							chartWidgetCollection: k,
							isActive: 0 === X.length,
							barsMarksContainersFactory: qe,
							undoHistory: we,
							readOnly: Z,
							initialLoading: ae,
							getToasts: ze
						}, e || {}), void 0 !== gt && (e.customLegendWidgetFactories = new Map(
							gt));
						var i = document.createElement("div");
						i.classList.add("chart-container"), i.style.position = "absolute", i.style
							.overflow = "hidden", Pe.appendChild(i), (l || c) && (i.style
								.touchAction = "none", i.style.msTouchAction = "none"), z
							.className && i.addClass(z.className);
						var s = {
							alive: new b(!0),
							container: new b(i),
							width: new b,
							height: new b,
							hiddenInLayout: new b(!1),
							visible: new b,
							rdState: new v,
							requestFullscreen: function() {
								Q.value() && (Ye(s), J.setValue(s.chartWidget))
							},
							exitFullscreen: function() {
								J.value() === s.chartWidget && Ye(null)
							},
							detachable: Q,
							fullscreenable: Q,
							fullscreen: new b
						};

						function r() {
							s.visible.setValue(!s.hiddenInLayout.value() && z.resizerBridge.visible
								.value())
						}
						s.rdState.pushOwner(s), X.push(s), s.hiddenInLayout.subscribe((function() {
								s.chartWidget.setVisible(!s.hiddenInLayout.value()), r()
							})), z.resizerBridge.visible.subscribe(r), r(),
							function(e) {
								for (var t = 0, i = 0, s = 0; s < te.count; s++) {
									X[s] && Ue(X[s]) || (X[s] === e && (i = t), t++)
								}
								He(e, i, t)
							}(s), Object.assign(e, s.rdState.bridge());
						var n = e.content ? e.content.chartId : Je(Ke);
						return s.chartWidget = t = new o.ChartWidget(e, n, ye.uid.value()), pe && s
							.chartWidget.setSaveChartService(pe), e.containsData ? t
							.finishInitWithoutConnect() : t.connect(), t.withModel(null, (
								function() {
									var e = t.model().model();
									ft.forEach((function(t, i) {
										e.addCustomSource(i, t.factory, t.layer)
									}))
								})), et(), tt(), xe.fire(t), t
					}

					function qe(e) {
						var t = [],
							i = new y(e);
						t.push(i);
						var s = new w(e);
						return t.push(s), t
					}

					function Ye(e) {
						be !== e && (be = e, Qe(ie))
					}

					function Ke(e) {
						return X.some((function(t) {
							return t.chartWidget && t.chartWidget.id() === e
						}))
					}

					function Je(e) {
						for (var t = 1; e("" + t);) t++;
						return "" + t
					}

					function Ze() {
						X.every(e => e.chartWidget.hasModel()) && (et(), _.emit("layout_changed"))
					}

					function Xe(e, t) {
						const i = Ge(Object.assign({}, ve, re.shift() || function() {
							const e = J.value();
							if (e) {
								const t = e.state();
								return t.chartId = Je(Ke), t
									.shouldBeSavedEvenIfHidden = !1, {
										content: t
									}
							}
						}(), 0 === e || le.value() ? void 0 : {
							defSymbol: null
						}));
						return i.modelCreated().subscribe(null, t || Ze, !0), i
					}

					function $e(e) {
						e.hiddenInLayout.setValue(!0);
						const t = e.container.value();
						t.parentNode && t.parentNode.removeChild(t), e.fullscreen.setValue(!1)
					}

					function Qe(e) {
						e in n || (e = "s"), Me(), Oe();
						var t = ie,
							i = n[e].count;
						_.emit("layout_about_to_be_changed", e), me.setValue(e), ie = e, te = n[e];
						for (var s = i; s < X.length; s++) {
							Ue(r = X[s]) && r.rdState.bridge().attach()
						}
						t !== e && be && (be = null), be && J.setValue(be.chartWidget);
						for (s = 0; s < i || s < X.length; s++) {
							var r = X[s];
							if (be ? be === r : s < i && (!r || !Ue(r))) {
								if (r) {
									if (Pe.appendChild(r.container.value()), r.hiddenInLayout
										.setValue(!1), oe) {
										var o = re.shift();
										o && (ne = !0, r.chartWidget.loadContent(o.content, ae),
											ne = !1)
									}
								} else Xe(s), r = X[s];
								r.container.value().classList.toggle("multiple", i > 1), r
									.fullscreen.setValue(be === r)
							} else r && $e(r)
						}
						We(), et(),
							function() {
								for (var e = te.count, t = e, i = 0; i < e; i++) X[i] && Ue(X[i]) &&
									t--;
								ee.setValue(t), Q.setValue(t > 1)
							}(), Ze(), X.forEach((function(e) {
								e.chartWidget.onZoom().subscribe(this, (function(e) {
									Te.fire(e)
								}))
							})), X.forEach((function(e) {
								e.chartWidget.onScroll().subscribe(this, (function() {
									Ie.fire()
								}))
							})), ee.value() < 1 && i > 0 && X[i - 1].rdState.bridge().attach()
					}

					function et() {
						var e = Math.min(te.count, X.length) - 1;
						if (e < 0) J.deleteValue();
						else {
							var t = $;
							t < 0 && (t = 0), t > e && (t = e), J.setValue(X[t].chartWidget)
						}
					}

					function tt() {
						for (var e = X.length; e--;) {
							var t = e === $;
							X[e].container.value().classList.toggle("active", t), X[e].container
								.value().classList.toggle("inactive", !t)
						}
					}

					function it(e) {}
					fe.subscribe(We), ge.subscribe(We), this.updateLayout = We;
					var st = new t,
						rt = new b,
						nt = new b,
						ot = null;

					function at(e) {
						var t = e.mainSeries().properties();
						t.style.subscribe(null, lt), lt(t.style), e.model()
							.onSelectedSourceChanged().subscribe(null, ct), ct(e.selection()
								.allSources())
					}

					function lt(e) {
						rt.setValue(e.value())
					}

					function ct() {
						var e = ot.model();
						nt.setValue(e.selection().allSources())
					}

					function ht(e) {
						for (var t = !1, i = 0; i < X.length; i++) {
							var s = X[i].chartWidget;
							if (s.hasModel()) s.model().mainSeries().properties().symbol.value() !==
								e && (t || (we.beginUndoMacro("Change Symbol"), t = !0), s
									.setSymbol(e))
						}
						t && we.endUndoMacro()
					}
					J.subscribe((function(e) {
						if (e) {
							for (var t, i = X.length; i--;)
								if (X[i].chartWidget === e) {
									t = i;
									break
								} if (!isFinite(t)) throw new Error(
								"Cannot make detached ChartWidget active");
							if ($ !== t) {
								be && (Ue(X[t]) || (be = X[t])), $ = t, tt();
								for (i = X.length; i--;) X[i].chartWidget !== e && X[i]
									.chartWidget.setActive(!1);
								yt(), e.setActive(!0)
							}! function(e) {
								if (ot !== e) {
									if (ot && (ot.modelCreated().unsubscribe(null, at),
											ot.hasModel())) {
										var t = ot.model();
										t.mainSeries().properties().style.unsubscribe(
												null, lt), t.model()
											.onSelectedSourceChanged().unsubscribe(null,
												ct), ot = null
									}
									e && (ot = e, e.hasModel() ? at(e.model()) : e
										.modelCreated().subscribe(null, at))
								}
							}(e)
						}
					}), {
						callWithLast: !0
					});
					var ut = !1,
						dt = !1;

					function pt(e) {
						var t = Math.max(1, window.devicePixelRatio || 1);
						if (e && e.onlyActiveChart || be) return {
							layout: "s",
							hidpiRatio: t,
							theme: x().name,
							charts: [J.value().images(e)]
						};
						for (var i = [], s = te.count, r = {
								showCollapsedStudies: (e = e || {}).showCollapsedStudies,
								status: e.status
							}, n = 0; n < X.length && n < s; n++) i.push(X[n].chartWidget.images(
							r));
						return {
							layout: ie,
							hidpiRatio: t,
							theme: x().name,
							charts: i
						}
					}

					function _t() {
						const e = {
							snapshotUrl: z.snapshotUrl
						};
						const t = E("any");
						return (t ? m.getImageOfChartSilently : m.copyToClipboardImageOfChart)(k, e)
							.then((function(e) {
								return _.emit("onScreenshotReady", e), t || _.emit(
									"onServerScreenshotCopiedToClipboard"), e
							}))
					}

					function mt(e) {
						if (0 !== X.length) {
							for (var t = X.length; t--;) X[t].chartWidget.setActive(!1);
							X[$].chartWidget.setActive(e)
						}
					}
					Z || (de.add({
						desc: "Switch active chart",
						hotkey: 9,
						handler: function() {}
					}), de.add({
						desc: "Switch active chart",
						hotkey: p.Modifiers.Shift + 9,
						handler: function() {}
					})), z.takeScreenshotEnabled && (de.add({
						desc: "Screenshot server",
						hotkey: p.Modifiers.Alt + 83,
						handler: function() {
							_t()
						}
					}), E("any") || (de.add({
						desc: "Download client screenshot",
						hotkey: p.Modifiers.Mod + p.Modifiers.Alt + 83,
						handler: function() {
							m.downloadClientScreenshot(k)
						}
					}), de.add({
						desc: "Copy client screenshot",
						hotkey: p.Modifiers.Mod + p.Modifiers.Shift + 83,
						handler: function() {
							m.copyToClipboardClientScreenshot(k).then(() => {
								_.emit(
									"onClientScreenshotCopiedToClipboard"
									)
							})
						}
					}))), z.saveChartEnabled && de.add({
						desc: "Save Chart Layout",
						hotkey: p.Modifiers.Mod + 83,
						handler: function() {
							st.fire()
						}
					});
					var ft = new Map,
						gt = new Map;
					const bt = W(Be());

					function vt(e) {
						if (f.enabled("charting_library_base")) return e;
						if ("s" === e || ve.containsData || Z || (void 0)((void 0)
								.MULTIPLE_CHARTS) && (void 0)((void 0).MULTIPLE_CHARTS).limit >= n[
								e]
							.count) return e;
						return "s"
					}

					function St(e, t) {
						if (oe = !0, ae = Boolean(t), re = [], e) {
							e.charts || (e = {
								layout: "s",
								charts: [e]
							});
							var i = new Set;
							e.charts.forEach((function(e) {
								e.chartId && i.add(e.chartId)
							})), e.charts.forEach((function(e) {
								if (!e.chartId) {
									var t = Je((function(e) {
										return i.has(e)
									}));
									i.add(t), e.chartId = t
								}
							})), ie = vt(e.layout || "s");
							for (var s = 0; s < e.charts.length; s++) {
								var r = e.charts[s];
								re.push({
									content: r
								})
							}
							e.symbolLock && le.setValue(!0), e.intervalLock && ce.setValue(!0), e
								.trackTimeLock && he.setValue(!0)
						}
						Qe(ie), u.init(), u.tool.subscribe(wt), u.tool.subscribe(yt), oe = !1,
							ae = !1
					}

					function yt() {
						var e = J.value();
						X.forEach((function(t) {
							t.chartWidget !== e && t.chartWidget
								.updateCrossHairPositionIfNeeded()
						})), e && e.updateCrossHairPositionIfNeeded()
					}

					function wt() {
						X.forEach((function(e) {
							e.chartWidget.onToolChanged()
						}))
					}
					z.globalEvents && bt.listen(), Object.assign(this, {
						createChartWidget: Ge,
						getAll: function() {
							return X.map((function(e) {
								return e.chartWidget
							}))
						},
						destroy: function() {
							mt(!1), null !== ke && (ke(), ke = null), Me(), Oe(), X
								.forEach((function(e) {
									void 0 !== e.timingsMeter && e.timingsMeter
										.destroy(), e.chartWidget.destroy()
								})), z.resizerBridge.remove(), window
								.removeEventListener("resize", We), u.tool.unsubscribe(
									yt), u.tool.unsubscribe(wt), Ce.resolve(), Pe
								.remove(), ft.clear(), gt.clear(), de.destroy(), bt &&
								bt.destroy()
						},
						layout: me.readonly(),
						setLayout: Qe,
						activeChartWidget: J,
						viewMode: se,
						activeChartStyle: rt.readonly(),
						setChartStyleToWidget: function(e, t) {
							t || (t = J.value()), t && function(e, t) {
								var i = e.model(),
									s = i.mainSeries().properties().style;
								i.setChartStyleProperty(s, t, "Change Series Style")
							}(t, e)
						},
						selectedSources: nt.readonly(),
						metaInfo: ye,
						state: function(e, t, i, s) {
							for (var r = [], n = Ne(), o = 0; o < n; o++) {
								var a = Fe(o, e, t, i, s);
								a && r.push(a)
							}
							var l = {
								name: k.metaInfo.name.value(),
								layout: ie,
								charts: r
							};
							return le.value() && (l.symbolLock = 1), ce.value() && (l
								.intervalLock = 1), he.value() && (l.trackTimeLock =
								1), l
						},
						lineToolsAndGroupsDTOs: function() {
							return B(Be())
						},
						resetLineToolsInvalidated: function(e, t) {
							return j(Be(), e, t)
						},
						applyLineToolUpdateNotification: F.bind(null, X),
						asyncState: function() {
							for (var e, t = [], i = Ne(), s = 0; s < i; s++) t.push((e =
								s, N(Be(), e)));
							return Promise.all(t).then((function(e) {
								for (var t = {
										charts: []
									}, i = 0; i < e.length; i++) t.charts
									.push(e[i]);
								return t
							}))
						},
						readOnly: function() {
							return Z
						},
						onZoom: function() {
							return Te
						},
						onScroll: function() {
							return Ie
						},
						lock: {
							symbol: le,
							setSymbolLockWithUndo: function(e) {
								if (e !== le.value()) {
									if (we.beginUndoMacro("Symbol Lock"), e)
										for (var t = J.value(), i = t.getSymbol(), s =
												0; s < X.length; s++) {
											var r = X[s].chartWidget;
											r !== t && (r.getSymbol() !== i && r
												.setSymbol(i))
										}
									we.setWatchedValue(le, e, "Symbol Lock"), we
										.endUndoMacro()
								}
							},
							interval: ce,
							setIntervalLockWithUndo: function(e) {
								if (e !== ce.value()) {
									if (we.beginUndoMacro("Interval Lock"), e)
										for (var t = J.value(), i = t.getResolution(),
												s = 0; s < X.length; s++) {
											var r = X[s].chartWidget;
											r !== t && (r.getResolution() !== i && r
												.setResolution(i))
										}
									we.setWatchedValue(ce, e, "Resolution Lock"), we
										.endUndoMacro()
								}
							},
							crosshair: ue,
							trackTime: he,
							setTrackTimeWithUndo: function(e) {
								he.value() !== e && we.setWatchedValue(he, e,
									"Track Time")
							}
						},
						setSymbol: function(e) {
							le.value() ? ht(e) : J.value().setSymbol(e)
						},
						setResolution: function(e) {
							ne || dt || ut || function(e) {
								if (L(e), ut = !0, ce.value()) {
									for (var t = !1, i = 0; i < X.length; i++) {
										var s = X[i].chartWidget;
										s.model().mainSeries().properties().interval
											.value() !== e && (t || (we
												.beginUndoMacro(
													"Change Resolution"), t = !0
											), s.setResolution(e))
									}
									t && we.endUndoMacro()
								} else J.value().setResolution(e);
								ut = !1
							}(e)
						},
						setTimeFrame: function(e) {
							if (!ne && !dt) {
								if (dt = !0, ce.value())
									for (var t = 0; t < X.length; t++) {
										var i, s = X[t].chartWidget;
										null !== (i = s.model().model()
											.appliedTimeFrame().value()) && I(i,
											e) || s.loadRange(e)
									} else null !== (i = J.value().model().model()
											.appliedTimeFrame().value()) && I(i, e) || J
										.value().loadRange(e);
								dt = !1
							}
						},
						updateLayout: We,
						setChartLayoutWithUndo: function(e) {
							return e = vt(e), me.value() !== e && (we.pushUndoCommand(
								new g(k, e)), !0)
						},
						images: pt,
						clientSnapshot: function(e) {
							const t = {
									hideResolution: e && e.hideResolution
								},
								i = e && e.hideResolution;
							let s = e;
							return O(pt({
								showCollapsedStudies: !0,
								status: t,
								hideResolution: i
							}), s)
						},
						tags: function() {
							for (var e = [], t = 0; t < X.length && t < te.count; t++)
								e = e.concat(X[t].chartWidget.tags());
							return e = (e = Array.from(new Set(e))).map((function(e) {
								return e.toLowerCase().replace(/\W+/g, "-")
									.replace(/-+/g, "-").replace(/^-|-$/g,
										"")
							}))
						},
						syncCrosshair: function(e, t, i, s) {
							if (i || _e)
								for (var r = te.count, n = 0; n < X.length && n <
									r; n++) {
									var o = X[n].chartWidget;
									o !== t && (X[n].rdState.bridge().visible.value() &&
										o.hasModel() && o.model().model()
										.setExternalPosition(e, s))
								}
						},
						syncScroll: function(e, t) {
							if (he.value()) {
								var i = te.count;
								we.beginUndoMacro("Sync Time");
								for (var s = 0; s < X.length && s < i; s++) {
									var r = X[s].chartWidget;
									if (r.hasModel()) {
										var n = r.model().model();
										if (n === t) continue;
										n.syncTimeWithModel(t, e)
									}
								}
								we.endUndoMacro()
							}
						},
						setSymbolAll: ht,
						clearChartMetaInfo: function() {
							ye.id.setValue(null), ye.uid.setValue(void 0), ye.name
								.setValue(void 0)
						},
						takeScreenshot: function() {
							var e = {
								snapshotUrl: z.snapshotUrl
							};
							return m.getImageOfChartSilently(k, e).then((function(e) {
								return _.emit("onScreenshotReady", e), e
							}))
						},
						takeServerScreenshot: _t,
						loadContent: St,
						purgeUnusedWidgets: function() {
							for (var e = n[ie].count; e < X.length; e++) X[e]
								.chartWidget.destroy();
							X.splice(n[ie].count)
						},
						applyOverrides: function(e) {
							for (var t = 0; t < X.length; t++) X[t].chartWidget
								.applyOverrides(e)
						},
						applyStudiesOverrides: function(e) {
							for (var t = 0; t < X.length; t++) X[t].chartWidget
								.applyStudiesOverrides(e)
						},
						switchChart: it,
						startFullscreen: function() {
							z.resizerBridge.requestFullscreen()
						},
						exitFullscreen: function() {
							z.resizerBridge.exitFullscreen()
						},
						destroyPromise: function() {
							return Ce.promise()
						},
						chartWidgetCreated: function() {
							return xe
						},
						saveKeysPressed: function() {
							return st
						},
						getContainer: function() {
							return Pe
						},
						onWidget: ve.onWidget,
						applyTheme: function(e, t, i, s, r, n, o) {
							void 0 === n && (n = !0);
							const a = x().name;
							return Promise.all(t ? [J.value()] : X.concat(re).map((e,
									t) => e.chartWidget ? e.chartWidget :
								new Promise(e => {
									const i = Xe(t, () => e(i));
									$e(X[t])
								}))).then(t => {
								o ? (r && new C(a, s, n).redo(), t.forEach((
									function(t) {
										t.model().model()
											.restoreTheme(e, i, o)
									}))) : (we.beginUndoMacro(
										"Apply Chart Theme"), r && we
									.pushUndoCommand(new C(a, s, n)), t
									.forEach((function(t) {
										t.model().model()
											.restoreTheme(e, i)
									})), we.endUndoMacro())
							})
						},
						applyIndicatorsToAllCharts: function(e) {
							D(Be(), e)
						},
						applyIndicatorsToAllChartsAvailable: function() {
							return !Z && je() > 1
						},
						applyIndicatorToAllCharts: function(e, t, i, s) {
							V(Be(), e, t, i, s)
						},
						setActive: mt,
						inlineChartsCount: ee.readonly(),
						revertToInline: function() {
							Ye(null);
							for (var e = 0; e < X.length; e++) X[e].rdState.bridge()
								.attach()
						},
						chartMarketStatuses: function() {
							return X.map((function(e) {
								return "-"
							}))
						},
						chartSeriesStatuses: function() {
							return X.map((function(e) {
								var t = e.chartWidget.hasModel() ? e
									.chartWidget.model().mainSeries()
									.status() : null;
								return (null === t ? "" : T
										.SERIES_STATUS_TEXT[t]) + " (" + t +
									")"
							}))
						},
						undoHistory: we,
						applyPreferencesToAllCharts: function(e) {},
						getToasts: ze,
						addCustomSource: function(e, t, i) {
							s(!ft.has(e),
								"Cannot create the same custom source multiple times"
							), ft.set(e, {
								factory: t,
								layer: i
							});
							for (var r = 0; r < X.length; ++r) {
								var n = X[r].chartWidget;
								n.hasModel() && n.model().model().addCustomSource(e, t,
									i)
							}
						},
						removeCustomSource: function(e) {
							s(ft.has(e), "Cannot remove not created custom source"), ft
								.delete(e);
							for (var t = 0; t < X.length; ++t) {
								var i = X[t].chartWidget;
								i.hasModel() && i.model().model().removeCustomSource(e)
							}
						},
						addCustomWidgetToLegend: function(e, t) {
							s(!gt.has(e),
								"Cannot create the same custom widget in legend multiple times"
							), gt.set(e, t);
							for (var i = 0; i < X.length; ++i) X[i].chartWidget
								.addCustomWidgetToLegend(e, t)
						},
						setViewMode: function(e) {
							se.setValue(e)
						},
						moveActiveChartWithUndo: function(e) {},
						activeChartCanBeMoved: function() {
							return !1
						},
						generalPropertiesDefinitions: function() {
							return J.value().generalPropertiesDefinitions()
						},
						reconnectChartApi: function(e) {
							(void 0)(e)
						},
						setBroker: function(e) {
							0
						},
						setSaveChartService: function(e) {
							pe = e;
							for (var t = 0; t < X.length; ++t) {
								X[t].chartWidget.setSaveChartService(e)
							}
						},
						getCompareDialogRenderer: function() {
							return Ve
						},
						getChartPropertiesDialogRenderer: function() {
							return De
						},
						clipboard: bt,
						chartsSymbols: function() {
							return H(Be())
						}
					}), St(z.content, !0), me.subscribe((function() {
						tt()
					})), me.hook = function(e) {
						return e === this.value() ? e : vt(e)
					}, Z && (me.writeLock = !0), window.addEventListener("resize", We);
					var Pt = 0;

					function Ct() {
						0 === --Pt && _.emitOnce("onChartReady")
					}
					if (X.forEach((function(e) {
							if (e) {
								Pt++;
								var t = e.chartWidget;
								t.withModel(null, (function() {
									z.metaInfo && t.model().model()
										.setChartSaveTime(1e3 * z.metaInfo
											.lastModified);
									var e = t.model().mainSeries();
									if (e.bars().size() > 0 || e.isStatusBad())
										Ct();
									else {
										var i = e.dataEvents(),
											s = function() {
												Ct(), i.barReceived()
													.unsubscribe(null, s), i
													.completed().unsubscribe(
														null, s), i.error()
													.unsubscribe(null, s)
											};
										i.barReceived().subscribe(null, s), i
											.completed().subscribe(null, s), i
											.error().subscribe(null, s)
									}
								}))
							}
						})), a()) {
						var xt = u.tool.setValue;
						u.tool.setValue = function() {
							k.selectedSources.value() && k.activeChartWidget.value().model()
								.lineBeingCreated() && k.activeChartWidget.value().model()
								.cancelCreatingLine(), xt.apply(u.tool, arguments)
						}
					}
					Promise.all(X.map((function(e) {
						return S(e.chartWidget.modelCreated()).promise
					}))).then((function() {
						return Promise.all(X.map((function(e) {
							return S(e.chartWidget.model().mainSeries()
									.dataEvents().symbolResolved())
								.promise
						})))
					})).then((function() {
						window.saver && window.is_authenticated && z.widgetOptions
							.justCloned && window.saver.saveChartSilently()
					})).catch(P.logError.bind(P))
				}
			}).call(this, i("aIyQ"))
		},
		"/YGI": function(e, t, i) {
			"use strict";
			i.r(t);
			var s, r = i("0YCj"),
				n = i.n(r);
			! function(e) {
				e.StudyCannotBeChild = "cannot_be_child", e.StubWasRemoved = "stub_was_removed", e
					.CannotGetMetainfo = "cannot_get_metainfo", e.Cancelled = "cancelled", e.Unknown =
					"unknown"
			}(s || (s = {}));
			var o = i("txPx");
			i.d(t, "StudyInserter", (function() {
				return l
			}));
			const a = Object(o.getLogger)("Chart.Studies.StudyInserter");
			class l {
				constructor(e, t, i) {
					this._parentSource = void 0, this._propsState = void 0, this._preferredPriceScale =
						void 0, this._allowChangeCurrency = !1, this._allowChangeUnit = !1, this
						._paneSize = void 0, this._forceOverlay = !1, this._studyMetaInfoRepository = t,
						this._inserterImpl = i, this._studyDescriptor = e
				}
				setParentSource(e) {
					this._parentSource = e || void 0
				}
				setPaneSize(e) {
					this._paneSize = e
				}
				setPreferredPriceScale(e) {
					this._preferredPriceScale = e
				}
				setAllowChangeCurrency(e) {
					this._allowChangeCurrency = e
				}
				setAllowChangeUnit(e) {
					this._allowChangeUnit = e
				}
				setForceOverlay(e) {
					this._forceOverlay = e
				}
				setPropertiesState(e) {
					this._propsState = e
				}
				setTargetPriceScaleMode(e) {
					this._targetPriceScaleMode = e
				}
				async insert(e, t) {
					const i = void 0 !== (r = this._inserterImpl).createStub && void 0 !== r
						.removeStub ? this._inserterImpl.createStub() : null;
					var r;
					let n, o = !0;
					try {
						n = await this._studyMetaInfoRepository.findById(this._studyDescriptor)
					} catch (e) {
						return a.logWarn("Cannot get study " + JSON.stringify(this._studyDescriptor)),
							Promise.reject(s.CannotGetMetainfo)
					} finally {
						null !== i && (o = this._inserterImpl.removeStub(i))
					}
					if (!o) return Promise.reject(s.StubWasRemoved);
					if (void 0 !== t && t.cancelled) return Promise.reject(s.Cancelled);
					if (!this._canApplyStudyToParent(n)) return Promise.reject(s.StudyCannotBeChild);
					const l = {
							...n.defaults.inputs
						},
						c = void 0 !== e ? await e(l, n.inputs, n) : {};
					if (void 0 !== t && t.cancelled) return Promise.reject(s.Cancelled);
					const h = this._insertStudy(n, c);
					return null === h ? Promise.reject(s.Unknown) : h
				}
				_insertStudy(e, t) {
					return this._inserterImpl.createStudy(e, t, null, this._propsState, this
						._forceOverlay, this._parentSource, this._preferredPriceScale, this
						._allowChangeCurrency, this._allowChangeUnit, this._paneSize, this
						._targetPriceScaleMode)
				}
				_canApplyStudyToParent(e) {
					return void 0 === this._parentSource || n.a.canBeChild(e)
				}
			}
		},
		"/bs+": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			})), i.d(t, "b", (function() {
				return n
			}));
			var s = i("E6p6");

			function r(e, t, i) {
				if (i.isDays()) return t;
				if (e.moveTo(1e3 * t), i.isIntraday()) {
					const i = e.indexOfBar(1e3 * t);
					if (i < 0) throw new Error(t + " is out of the instrument session ");
					return e.endOfBar(i) / 1e3
				}
				return e.startOfBar(s.SessionStage.LASTBAR_SESSION) / 1e3
			}

			function n(e, t, i) {
				if (i.isDays()) return t;
				const s = 1e3 * t - 1;
				if (e.moveTo(s), i.isIntraday()) {
					const i = e.indexOfBar(s);
					if (i < 0) throw new Error(t + " is out of the instrument session ");
					return e.startOfBar(i) / 1e3
				}
				return t = e.startOfBar(0) / 1e3
			}
		},
		"/hKg": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PaneRendererCandles", (function() {
				return l
			}));
			var s = i("Eyy1"),
				r = i("VdBB"),
				n = i("gAom"),
				o = i("Zp/P"),
				a = i("ExCE");
			class l extends a.a {
				constructor(e) {
					super(), this._barSpacing = 1, this._barWidth = 1, this._borderVisible = !1,
						this._barBorderWidth = 1, this._wickVisible = !1, this._bodyVisible = !0,
						this._borderColor = void 0, this._wickColor = void 0, this._hittest =
						void 0, e && this.setData(e)
				}
				setData(e) {
					this._bars = e.bars, this._barSpacing = e.barSpacing, this._borderVisible = e
						.borderVisible, this._bodyVisible = e.bodyVisible, this._wickVisible = e
						.wickVisible, this._borderColor = e.borderColor, this._wickColor = e
						.wickColor, this._hittest = e.hittest
				}
				hitTest(e) {
					return this._wickVisible || this._borderVisible || this._bodyVisible ? super
						.hitTest(e) : null
				}
				draw(e, t) {
					if (0 === this._bars.length) return;
					const i = t.pixelRatio;
					if (this._barWidth = Object(o.optimalCandlestickWidth)(this._barSpacing, i),
						this._barWidth >= 2) {
						Math.floor(i) % 2 != this._barWidth % 2 && this._barWidth--
					}
					this._wickVisible && this._drawWicks(e, i), this._borderVisible && this
						._drawBorder(e, i), this._bodyVisible && this._drawCandles(e, i)
				}
				_getTolerance() {
					return Object(o.interactionTolerance)().series + this._barBorderWidth / 2
				}
				_getBarSpacing() {
					return this._barSpacing
				}
				_getHitTest() {
					return this._hittest || new r.HitTestResult(r.HitTestResult.REGULAR)
				}
				_isPointAtBar(e, t, i) {
					const s = this._bodyVisible || this._borderVisible,
						r = this._wickVisible;
					if (!s && !r) return !1;
					if (s) {
						const s = r ? Math.min(e.high, e.low) : Math.min(e.open, e.close),
							n = r ? Math.max(e.high, e.low) : Math.max(e.open, e.close);
						return s - i <= t && t <= n + i
					} {
						const s = Math.min(e.open, e.close),
							r = Math.max(e.open, e.close);
						return e.high - i <= t && t <= s + i || r - i <= t && t <= e.low + i
					}
				}
				_drawWicks(e, t) {
					const i = this._bars;
					let r = "",
						n = Math.min(Math.floor(t), Math.floor(this._barSpacing * t));
					n = Math.max(Math.floor(t), Math.min(n, this._barWidth));
					const o = Math.floor(.5 * n);
					let a = null;
					for (const l of i) {
						const i = l.wickColor ? l.wickColor : Object(s.ensureDefined)(this
							._wickColor);
						i !== r && (e.fillStyle = i, r = i);
						const c = Math.round(Math.min(l.open, l.close) * t),
							h = Math.round(Math.max(l.open, l.close) * t),
							u = Math.round(l.high * t),
							d = Math.round(l.low * t);
						let p = Math.round(t * l.time) - o;
						const _ = p + n - 1;
						null !== a && (p = Math.max(a + 1, p), p = Math.min(p, _));
						const m = _ - p + 1;
						e.fillRect(p, u, m, c - u), e.fillRect(p, h + 1, m, d - h), a = _
					}
				}
				_calculateBorderWidth(e) {
					let t = Math.floor(1 * e);
					this._barWidth <= 2 * t && (t = Math.floor(.5 * (this._barWidth - 1)));
					const i = Math.max(Math.floor(e), t);
					return this._barWidth <= 2 * i ? Math.max(Math.floor(e), Math.floor(1 * e)) : i
				}
				_drawBorder(e, t) {
					let i = "";
					const r = this._calculateBorderWidth(t);
					let o = null;
					for (const a of this._bars) {
						if (a.borderColor !== i && (e.fillStyle = a.borderColor ? a.borderColor :
								Object(s.ensureDefined)(this._borderColor), i = a.borderColor), this
							._bodyVisible && a.hollow) continue;
						let l = Math.round(a.time * t) - Math.floor(.5 * this._barWidth);
						const c = l + this._barWidth - 1,
							h = Math.round(Math.min(a.open, a.close) * t),
							u = Math.round(Math.max(a.open, a.close) * t);
						if (null !== o && (l = Math.max(o + 1, l), l = Math.min(l, c)), this
							._barSpacing * t > 2 * r) Object(n.fillRectInnerBorder)(e, l, h, c - l +
							1, u - h + 1, r);
						else {
							const t = c - l + 1;
							e.fillRect(l, h, t, u - h + 1)
						}
						o = c
					}
				}
				_drawCandles(e, t) {
					let i = "";
					const s = this._calculateBorderWidth(t);
					for (const r of this._bars) {
						if (this._borderVisible && this._barWidth <= 2 * s && !r.hollow) continue;
						let o = Math.round(Math.min(r.open, r.close) * t),
							a = Math.round(Math.max(r.open, r.close) * t),
							l = Math.round(r.time * t) - Math.floor(.5 * this._barWidth),
							c = l + this._barWidth - 1;
						if (r.color !== i) {
							const t = r.color;
							e.fillStyle = t, i = t
						}
						if (r.hollow) e.fillStyle = r.color, Object(n.fillRectInnerBorder)(e, l, o,
							c - l + 1, a - o + 1, s);
						else {
							if (this._borderVisible && (l += s, o += s, c -= s, a -= s), o > a)
								continue;
							e.fillRect(l, o, c - l + 1, a - o + 1)
						}
					}
				}
			}
		},
		"/kal": function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><g fill="none" fill-rule="evenodd" transform="translate(4 5)"><path fill="currentColor" d="M3 1h1v13.5H3z"/><circle stroke="currentColor" cx="3.5" cy="16.5" r="2"/><path fill="currentColor" d="M5.5 16H18v1H5.5z"/><path stroke="currentColor" d="M0 4L3.5.5 7 4m8 9l3.5 3.5L15 20"/></g></svg>'
		},
		"/qn+": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "convertPropertyToWatchedValue", (function() {
				return n
			}));
			var s = i("hY0g"),
				r = i.n(s);

			function n(e) {
				const t = new r.a(e.value());
				let i = !1;
				e.subscribe(t, () => {
					i || (i = !0, t.setValue(e.value()), i = !1)
				});
				const s = () => {
					i || (i = !0, e.setValue(t.value()), i = !1)
				};
				return t.subscribe(s), t.spawn(() => {
					e.unsubscribeAll(t), t.unsubscribe(s)
				})
			}
		},
		"/tGj": function(e, t, i) {
			"use strict";

			function s(e) {
				return e.symbolSource() === e
			}
			i.r(t), i.d(t, "isSymbolSource", (function() {
				return s
			}))
		},
		"/z0S": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("Kxc7");

			function r(e, t) {
				s.enabled("saveload_requires_authentication") ? window.runOrSignIn(e, t) : e()
			}
		},
		"08i5": function(e, t, i) {
			"use strict";
			var s, r;
			i.r(t), i.d(t, "AlertStatus", (function() {
					return s
				})), i.d(t, "Direction", (function() {
					return r
				})),
				function(e) {
					e[e.Waiting = 0] = "Waiting", e[e.Success = 1] = "Success", e[e.Failure = 2] = "Failure"
				}(s || (s = {})),
				function(e) {
					e[e.Up = 1] = "Up", e[e.Down = 2] = "Down"
				}(r || (r = {}))
		},
		"0C7r": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "intervalsVisibilitiesDefaults", (function() {
				return s
			}));
			const s = {
				ticks: !0,
				seconds: !0,
				secondsFrom: 1,
				secondsTo: 59,
				minutes: !0,
				minutesFrom: 1,
				minutesTo: 59,
				hours: !0,
				hoursFrom: 1,
				hoursTo: 24,
				days: !0,
				daysFrom: 1,
				daysTo: 366,
				weeks: !0,
				weeksFrom: 1,
				weeksTo: 52,
				months: !0,
				monthsFrom: 1,
				monthsTo: 12,
				ranges: !0
			}
		},
		"0F0w": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("aIyQ"),
				r = i.n(s),
				n = i("Eyy1"),
				o = i("hY0g"),
				a = i.n(o),
				l = i("e3/o"),
				c = i("txPx");
			const h = Object(c.getLogger)("ChartApi.AbstractSession");
			var u = i("ogJP");
			i.d(t, "ChartSession", (function() {
				return d
			}));
			Object(c.getLogger)("ChartSession");
			class d extends class {
				constructor(e, t, i) {
					this._isConnected = new a.a(!1), this._state = 0, this._isConnectForbidden = !1,
						this._sessionId = "", this._sessionIdChanged = new r.a, this._chartApi = e, this
						._sessionPrefix = t, this._shouldReconnectAfterCriticalError = i
				}
				destroy() {
					this._logNormal("Destroying session"), this._isConnected.unsubscribe(), this
						.disconnect(), this._sessionIdChanged.destroy(), delete this._chartApi, this
						._logNormal("Session has been destroyed")
				}
				isConnected() {
					return this._isConnected
				}
				sessionId() {
					return this._sessionId
				}
				onSessionIdChanged() {
					return this._sessionIdChanged
				}
				connect() {
					0 === this._state && (Object(n.assert)(!this._isConnectForbidden,
							"Cannot call connect because it is forbidden at this moment"), this
						._setSessionId(`${this._sessionPrefix}_${Object(l.randomHash)()}`), this
						._logNormal("Connecting session - wait until transport stay connected"),
						this._state = 1, this._chartApi.createSession(this._sessionId, this))
				}
				disconnect() {
					0 !== this._state && (Object(n.assert)("" !== this._sessionId,
						"sessionId must not be invalid"), this._logNormal(
						"Disconnecting session..."), this._forbidConnectWhile(() => {
						this._chartApi.connected() && this._sendRemoveSession(), this
							._processDestroyingOnServer()
					}))
				}
				onMessage(e) {
					switch (e.method) {
						case "connected":
							return void this._onChartApiConnected();
						case "disconnected":
							return void this._onChartApiDisconnected();
						case "critical_error":
							const t = String(e.params[0]),
								i = String(e.params[1]);
							return void this._onCriticalError(t, i)
					}
					this._onMessage(e)
				}
				_getChartApi() {
					return this._chartApi
				}
				_generateLogMessage(e) {
					return `[${this._sessionId}] ${e}`
				}
				_onCriticalError(e, t) {
					this._logError(`Critical error. Reason=${e}, info=${t}.`), this._forbidConnectWhile(
						() => {
							this._processDestroyingOnServer()
						}), this._shouldReconnectAfterCriticalError ? (this._logNormal(
						"Reconnecting after critical error..."), this.connect()) : this._logNormal(
						"Reconnecting after critical error skipped")
				}
				_onChartApiConnected() {
					Object(n.assert)(1 === this._state, "Session is not registered"), this._logNormal(
							"Transport is connected. Creating session on the server"), this
						._sendCreateSession(), this._state = 2, this._isConnected.setValue(!0)
				}
				_onChartApiDisconnected() {
					this._logNormal("Transport is disconnected. Reconnecting..."), this
						._forbidConnectWhile(() => {
							this._processDestroyingOnServer()
						}), this.connect()
				}
				_setSessionId(e) {
					const t = this._sessionId;
					this._logNormal(`Changing sessionId: old=${t}, new=${e}`), this._sessionId = e, this
						._sessionIdChanged.fire(e, t)
				}
				_logNormal(e) {
					h.logNormal(this._generateLogMessage(e))
				}
				_logError(e) {
					h.logError(this._generateLogMessage(e))
				}
				_processDestroyingOnServer() {
					this._state = 0, this._isConnected.setValue(!1), this._chartApi.removeSession(this
						._sessionId), this._setSessionId("")
				}
				_forbidConnectWhile(e) {
					this._isConnectForbidden = !0, e(), this._isConnectForbidden = !1
				}
			} {
				constructor(e, t = !1) {
					super(e, "cs", !1), this._sessionDisabled = !1, this._handler = null, this
						._criticalError = new r.a, this._disableStatistics = t
				}
				destroy() {
					this._criticalError.destroy(), this._handler = null, super.destroy()
				}
				serverTimeOffset() {
					return this._getChartApi().serverTimeOffset()
				}
				switchTimezone(e) {
					return this._getChartApi().switchTimezone(this.sessionId(), e)
				}
				defaultResolutions() {
					return this._getChartApi().defaultResolutions()
				}
				availableCurrencies() {
					return this._getChartApi().availableCurrencies()
				}
				availableUnits() {
					return this._getChartApi().availableUnits()
				}
				resolveSymbol(e, t, i) {
					return this._getChartApi().resolveSymbol(this.sessionId(), e, t, i)
				}
				requestFirstBarTime(e, t, i) {
					return this._getChartApi().requestFirstBarTime(this.sessionId(), e, t, i)
				}
				createSeries(e, t, i, s, r, n, o) {
					return this._getChartApi().createSeries(this.sessionId(), e, t, i, s, r, n, o)
				}
				modifySeries(e, t, i, s, r, n) {
					return this._getChartApi().modifySeries(this.sessionId(), e, t, i, s, r, n)
				}
				removeSeries(e) {
					return !!this.isConnected().value() && this._getChartApi().removeSeries(this
						.sessionId(), e)
				}
				requestMoreData(e, t, i) {
					return "number" == typeof e ? this._getChartApi().requestMoreData(this.sessionId(),
						e) : this._getChartApi().requestMoreData(this.sessionId(), e, t, i)
				}
				requestMoreTickmarks(e, t, i) {
					return Object(u.isNumber)(e) ? this._getChartApi().requestMoreTickmarks(this
						.sessionId(), e) : this._getChartApi().requestMoreTickmarks(this
						.sessionId(), e, t, i)
				}
				requestMetadata(e, t) {
					(() => {
						this._getChartApi().requestMetadata(this.sessionId(), e, t)
					})()
				}
				isCanCreateStudy(e) {
					return this._getChartApi().isCanCreateStudy(e)
				}
				createStudy(e, t, i, s, r, n, o) {
					return this._getChartApi().createStudy(this.sessionId(), e, t, i, s, r, n, o)
				}
				rebindStudy(e, t, i, s, r, n, o) {
					return this._getChartApi().rebindStudy(this.sessionId(), e, t, i, s, r, n, o)
				}
				modifyStudy(e, t, i, s) {
					return this._getChartApi().modifyStudy(this.sessionId(), e, t, i, s)
				}
				removeStudy(e, t) {
					return this._getChartApi().removeStudy(this.sessionId(), e, t)
				}
				createPointset(e, t, i, s, r, n) {
					return this._getChartApi().createPointset(this.sessionId(), e, t, i, s, r, n)
				}
				modifyPointset(e, t, i, s) {
					return this._getChartApi().modifyPointset(this.sessionId(), e, t, i, s)
				}
				removePointset(e) {
					return this._getChartApi().removePointset(this.sessionId(), e)
				}
				setVisibleTimeRange(e, t, i, s, r, n) {
					this._getChartApi().setVisibleTimeRange(this.sessionId(), e, t, i, s, !0, r, n)
				}
				criticalError() {
					return this._criticalError
				}
				connect(e = null) {
					null !== e && (this._handler = e), super.connect()
				}
				setHandler(e) {
					this._handler = e
				}
				connected() {
					return this.isConnected().value() && !this._sessionDisabled
				}
				disable() {
					this._sessionDisabled = !0
				}
				chartApi() {
					return this._getChartApi()
				}
				_sendCreateSession() {
					Object.keys(this).forEach(e => {
						/^(s|st|symbol_)\d+$/.test(e) && delete this[e]
					}), this._getChartApi().chartCreateSession(this.sessionId(), this
						._disableStatistics)
				}
				_sendRemoveSession() {
					this._getChartApi().chartDeleteSession(this.sessionId())
				}
				_onMessage(e) {
					this._handler && this._handler(e)
				}
				_onCriticalError(e, t) {
					this._criticalError.fire(e, t), super._onCriticalError(e, t)
				}
			}
		},
		"0Pxc": function(e, t, i) {
			"use strict";
			var s = i("aO4+").Point,
				r = i("GEp6").distanceToLine,
				n = i("hfHJ"),
				o = n.rotationMatrix,
				a = n.scalingMatrix,
				l = n.translationMatrix,
				c = n.transformPoint,
				h = i("Ss5c").LineDataSource,
				u = i("Ocx9").DefaultProperty,
				d = i("j3hX").LineToolColorsProperty;
			class p extends h {
				constructor(e, t) {
					super(e, t || p.createProperties()), this.version = p.version, i.e("lt-pane-views")
						.then(i.t.bind(null, "dKqZ", 7)).then(({
							ArcPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				startChanging(e, t) {
					if (super.startChanging(e, t), 0 === e || 1 === e) {
						var i = this.pointToScreenPoint(this._points[0])[0],
							n = this.pointToScreenPoint(this._points[1])[0],
							o = this.pointToScreenPoint(this._points[2])[0];
						this._dist = r(i, n, o).distance;
						var a = n.subtract(i),
							l = new s(-a.y, a.x),
							c = i.add(n).scaled(.5);
						o.subtract(c).dotProduct(l) < 0 && (this._dist = -this._dist)
					}
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Arc"
				}
				hasEditableCoordinates() {
					return !1
				}
				setPoint(e, t) {
					var i = Object.assign({}, t),
						n = this.pointToScreenPoint(this._points[0])[0],
						h = this.pointToScreenPoint(this._points[1])[0],
						u = this.pointToScreenPoint(this._points[2])[0];
					switch (e) {
						case 0:
							n = this.pointToScreenPoint(i)[0];
							var d = h.subtract(n),
								p = n.add(h).scaled(.5);
							m = (m = new s(-d.y, d.x)).normalized(), u = p.add(m.scaled(this._dist)),
								u = this.screenPointToPoint(u), this._points[0] = i, this._points[2] =
								u;
							break;
						case 1:
							var _ = r(n, h, u).distance;
							d = (h = this.pointToScreenPoint(i)[0]).subtract(n), p = n.add(h).scaled(
								.5);
							m = (m = new s(-d.y, d.x)).normalized(), u = p.add(m.scaled(this._dist)),
								u = this.screenPointToPoint(u), this._points[1] = i, this._points[2] =
								u;
							break;
						case 2:
							i = this.pointToScreenPoint(i)[0];
							var m;
							_ = r(n, h, i).distance, d = h.subtract(n), p = n.add(h).scaled(.5);
							m = (m = new s(-d.y, d.x)).normalized(), u = p.add(m.scaled(_));
							var f = p.add(m.scaled(-_)),
								g = d.length(),
								b = d.x / g,
								v = d.y / g,
								S = Math.acos(b);
							v < 0 && (S = -S);
							var y = l(-p.x, -p.y);
							i = c(y, i);
							var w = c(y, u);
							y = o(-S), i = c(y, i), w = c(y, w), y = a(1, g / (2 * _)), i = c(y, i), w =
								c(y, w);
							var P = i.y * w.y >= 0 ? new s(u.x, u.y) : new s(f.x, f.y);
							P = this.screenPointToPoint(P), this._points[2] = P
					}
					this.normalizePoints()
				}
				migrateVersion(e, t, i) {
					if (1 === e && 2 === this._points.length) {
						var s = (2 * this._points[0].price + 3 * this._points[1].price) / 5;
						this._points.append({
							price: s,
							index: this._points[1].index
						})
					}
					if (1 === e && 2 === this._timePoint.length) {
						var r = {
							price: s = (2 * this._timePoint[0].price + 3 * this._timePoint[1]
								.price) / 5,
							offset: this._timePoint[1].offset,
							time_t: this._timePoint[1].time_t
						};
						this._timePoint.append(r)
					}
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "Zd1D")))
						.GeneralFiguresDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new u("linetoolarc", e);
					return p._configureProperties(t), t
				}
				static _configureProperties(e) {
					h._configureProperties(e), e.addChild("linesColors", new d([e.color]))
				}
			}
			p.version = 2, t.LineToolArc = p
		},
		"0YCj": function(e, t, i) {
			"use strict";
			(function(e, t) {
				i("Eyy1").assert;
				var s = i("txPx").getLogger("Chart.Study.MetaInfo"),
					r = i("9iCb").applyOverridesToStudyDefaults,
					n = {};

				function o(e) {
					TradingView.merge(this, {
						palettes: {},
						inputs: [],
						plots: [],
						graphics: {},
						defaults: {}
					}), TradingView.merge(this, e);
					var t = e.fullId || e.id;
					TradingView.merge(this, o.parseIdString(t)), this.name = this.id
				}
				o.VERSION_STUDY_ARG_SOURCE = 41, o.METAINFO_FORMAT_VERSION_SOS_V2 = 42, o
					.VERSION_PINE_PROTECT_TV_4164 = 43, o.CURRENT_METAINFO_FORMAT_VERSION = 52, o
					.VERSION_NEW_STUDY_PRECISION_FORMAT = 46, o.CHILD_STUDY_ALLOWED_PLOT_TYPES = [
						"line"
					], o.canPlotBeSourceOfChildStudy = function(e) {
						return o.CHILD_STUDY_ALLOWED_PLOT_TYPES.includes(e)
					}, o.CHILD_STUDY_EXCLUDE_IDS = ["CorrelationCoefficient@tv-basicstudies",
						"Correlation - Log@tv-basicstudies-1"
					], o.CHILD_STUDY_PARENT_EXCLUDE_IDS = [], o.FilledArea = {}, o.FilledArea
					.TYPE_PLOTS = "plot_plot", o.FilledArea.TYPE_HLINES = "hline_hline", o.versionOf =
					function(e) {
						var t = "_metainfoVersion" in e && isNumber(e._metainfoVersion) ? e
							._metainfoVersion : 0;
						return t < 0 && s.logError("Metainfo format version cannot be negative: " + t),
							t
					}, o.parseIdString = function(e) {
						var t = {};
						if (-1 === e.indexOf("@")) t.shortId = e, t.packageId = "tv-basicstudies", t
							.id = e + "@" + t.packageId, t.version = 1;
						else {
							var i = e.split("@");
							t.shortId = i[0];
							var s = i[1].split("-");
							if (3 === s.length) t.packageId = s.slice(0, 2).join("-"), t.id = t
								.shortId + "@" + t.packageId, t.version = s[2];
							else if (1 === s.length && "decisionbar" === s[0]) t.packageId = "les-" + s[
								0], t.id = t.shortId + "@" + t.packageId, t.version = 1;
							else {
								if (1 !== s.length) throw new Error("unexpected study id:" + e);
								t.packageId = "tv-" + s[0], t.id = t.shortId + "@" + t.packageId, t
									.version = 1
							}
						}
						if (t.fullId = t.id + "-" + t.version, "tv-scripting" === t.packageId) {
							var r = t.shortId;
							if (0 === r.indexOf("Script$") || 0 === r.indexOf("StrategyScript$")) {
								var n = r.indexOf("_");
								t.productId = n >= 0 ? r.substring(0, n) : t.packageId
							} else t.productId = t.packageId
						} else t.productId = t.packageId;
						return t
					}, o.getPackageName = function(e) {
						return (/^[^@]+@([^-]+-[^-]+)/.exec(e || "") || [0, "tv-basicstudies"])[1]
					}, o.cutDollarHash = function(e) {
						var t = e.indexOf("$"),
							i = e.indexOf("@");
						return -1 === t ? e : e.substr(0, t) + (i >= 0 ? e.substr(i) : "")
					}, o.hasUserIdSuffix = function(e) {
						return /^USER;[\d\w]+;\d+$/.test(e)
					}, o.isStandardPine = function(e) {
						return /^(Strategy)?Script\$STD;.*@tv-scripting$/.test(e)
					}, o.getSourceIdByInputs = function(e, t) {
						if (!Array.isArray(e) || !t) return null;
						for (var i = 0; i < e.length; ++i) {
							var s = e[i];
							if (o.isSourceInput(s) && "string" == typeof t[s.id]) {
								var r = t[s.id];
								return ~r.indexOf("$") && (r = r.split("$")[0]), r
							}
						}
						return null
					}, o.getSourceInputIds = function(e) {
						for (var t = [], i = e.inputs, s = 0; s < i.length; ++s) {
							var r = i[s];
							o.isSourceInput(r) && t.push(r.id)
						}
						return t
					}, o.setChildStudyMetaInfoPropertiesSourceId = function(t, i, s) {
						for (var r = 0; r < t.inputs.length; ++r) {
							var n = t.inputs[r];
							if (o.isSourceInput(n) && (s instanceof e && s.inputs && s.inputs[n.id])) {
								var a = s.inputs[n.id].value();
								if (a.indexOf("$") > 0) {
									var l = a.replace(/^[^\$]+/, i);
									s.inputs[n.id].setValue(l)
								}
							}
						}
					}, o.patchChildStudyMetaInfoState = function(e) {
						e.state && function e(t) {
							if ("object" == typeof t)
								for (var i in t) "string" == typeof t[i] && /^[^\$]+\$\d+$/.test(t[
									i]) ? t[i] = t[i].replace(/^[^\$]+/, "{pid}") : e(t[i])
						}(e.state.inputs), e.state.isChildStudy = !0
					}, o.prototype.parseValue = function(e, t) {
						return "bool" === e ? TradingView.parseBool(t) : t
					}, o.prototype.defaultInputs = function() {
						for (var e = [], t = 0; t < this.inputs.length; t++) e.push(this.inputs[t]
							.defval);
						return e
					}, o.prototype.state = function(e) {
						var t = {};
						for (var i in this) this.hasOwnProperty(i) && (t[i] = this[i], !0 !== e &&
							"id" === i && (t[i] += "-" + this.version));
						return t
					}, o.prototype.symbolInputId = function() {
						var e = this.inputs.filter((function(e) {
							return "symbol" === e.type
						}));
						return e.length > 0 ? e[0].id : null
					}, o.prototype.createDefaults = function() {
						if (this.defaults) {
							var e = TradingView.clone(this.defaults);
							e.precision = "default";
							var t = o.getStudyPropertyRootName(this);
							defaults.create(t, e)
						}
					}, o.prototype.removeDefaults = function() {
						defaults.remove(o.getStudyPropertyRootName(this))
					}, o.findStudyMetaInfoByDescription = function(e, t) {
						if (e) {
							for (var i = 0; i < e.length; ++i)
								if (e[i].description.toLowerCase() === t.toLowerCase()) return e[i];
							throw new Error("unexpected study id:" + t)
						}
						throw new Error("There is no studies metainfo")
					}, o.isParentSourceId = function(e) {
						return "string" == typeof e && /^[^\$]+\$\d+$/.test(e)
					}, o.isSourceInput = function(e) {
						return e.id && (("source" === e.id || "src" === e.id) && ("text" === e.type ||
							"source" === e.type) || "source" === e.type)
					}, o.getChildSourceInputTitles = function(e, t, i) {
						var s = {};
						if (t.plots && t.plots.length && e.options && e.options.length)
							for (var r, n, a, l = 0; l < e.options.length; ++l) n = (r = e.options[
									l]) && +r.split("$")[1], (a = isFinite(n) && t.plots[n]) && ~o
								.CHILD_STUDY_ALLOWED_PLOT_TYPES.indexOf(a.type) && (s[r] = t.styles && t
									.styles[a.id] && t.styles[a.id].title || a.id, i && (s[r] = i +
										": " + s[r]));
						return s
					};
				var a = new Map([
					["AnchoredVWAP@tv-basicstudies", "linetoolanchoredvwap"],
					["RegressionTrend@tv-basicstudies", "linetoolregressiontrend"]
				]);
				o.getStudyPropertyRootName = function(e) {
					var t = a.get(e.id);
					if (void 0 !== t) return t;
					var i = "study_" + e.id;
					return e.pine && e.pine.version && (i += "_" + e.pine.version.replace(".",
						"_")), i
				}, o.getStudyPropertyRootNameById = function(e) {
					var t = a.get(e);
					return void 0 !== t ? t : "study_" + e
				}, o.overrideDefaults = function(e) {
					0 !== e.length && r(n, e, (function(e) {
						return TradingView.defaultProperties[o.getStudyPropertyRootName(
							e)] || null
					}))
				}, o.mergeDefaultsOverrides = function(e) {
					TradingView.merge(n, e)
				}, o.isScriptStrategy = function(e) {
					if (e.extra && e.extra.kind) return e.extra.kind === TVScript.Kinds.STRATEGY;
					if (!0 === e.isTVScriptStrategy) return !0;
					var t = e.TVScriptSourceCode || e.scriptSource;
					return !!t && TVScript.isStrategy(t)
				}, o.getOrderedInputIds = function(e) {
					for (var t = [], i = e.inputs, s = 0; s < i.length; ++s) {
						var r = i[s];
						t.push(r.id)
					}
					return t
				}, o.canBeChild = function(e) {
					if (e && "string" == typeof e) return !0;
					if (!e || e.extra && !o.isAllowedSourceInputsCount(e.extra.sourceInputsCount) ||
						!0 === e.canNotBeChild || !1 === e.canBeChild || ~o.CHILD_STUDY_EXCLUDE_IDS
						.indexOf(e.id)) return !1;
					for (var t = e.inputs, i = 0, s = 0; s < t.length; ++s) o.isSourceInput(t[s]) &&
						++i;
					return o.isAllowedSourceInputsCount(i)
				}, o.isAllowedSourceInputsCount = function(e) {
					return 1 === e
				}, o.canHaveChildren = function(e) {
					if (e) {
						if (e.isTVScriptStrategy || e.TVScriptSourceCode && TVScript.isStrategy(e
								.TVScriptSourceCode)) return !1;
						if (e.id && !~o.CHILD_STUDY_PARENT_EXCLUDE_IDS.indexOf(e.id) && Array
							.isArray(e.plots))
							for (var t = 0; t < e.plots.length; ++t)
								if (~o.CHILD_STUDY_ALLOWED_PLOT_TYPES.indexOf(e.plots[t].type))
									return !0
					}
					return !1
				}, TradingView.StudyMetaInfo = o, t && t.exports && (t.exports = o)
			}).call(this, i("tc+8"), i("YuTi")(e))
		},
		"0psP": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "GeneralChartPropertiesRenderer", (function() {
				return r
			}));
			var s = i("sQaR");
			class r extends s.a {
				constructor(e) {
					super(), this._dialog = null, this._subscribe = e => {
						this._setVisibility(e)
					}, this._chartWidgetCollection = e
				}
				show() {
					const e = this._chartWidgetCollection,
						t = e.activeChartWidget.value();
					return t.generalPropertiesDefinitions().then(s => Promise.all([i.e("redux"), i
						.e("react"), i.e(1), i.e(3), i.e(4), i.e(6), i.e(8), i.e(9), i
						.e(11), i.e(12), i.e(13), i.e(14), i.e(16), i.e(17), i.e(19), i
						.e(21), i.e(22), i.e(23), i.e(26), i.e(29), i.e(33), i.e(34), i
						.e(35), i.e(36), i.e(39), i.e(45), i.e(68), i.e(87), i.e(0), i
						.e(2), i.e(5), i.e(7), i.e(10), i.e(15), i.e(18), i.e(20), i.e(
							25), i.e(27), i.e(30), i.e(31), i.e(32), i.e(37), i.e(44), i
						.e("general-chart-properties-dialog")
					]).then(i.bind(null, "PI1I")).then(i => {
						var r, n;
						const o = new i.GeneralChartPropertiesDialogRenderer({
							chartWidgetCollection: e,
							propertyPages: s,
							activePageId: this._activePageId,
							model: t.model()
						});
						return null === (r = this._dialog) || void 0 === r || r.hide(),
							null === (n = this._dialog) || void 0 === n || n.visible()
							.unsubscribe(this._subscribe), this._dialog = o, o.visible()
							.subscribe(this._subscribe), o.show(), this._activePageId =
							void 0, o
					}))
				}
				hide() {
					var e;
					null === (e = this._dialog) || void 0 === e || e.hide()
				}
				isVisible() {
					return this.visible().value()
				}
				focusOnText() {}
				setActivePage(e) {
					this._activePageId = e
				}
			}
		},
		"0qMc": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "lineToolsLocalizedNames", (function() {
				return r
			}));
			i("YFKU");
			var s = i("+GxX");
			const r = {
				LineTool5PointsPattern: window.t("XABCD Pattern"),
				LineToolABCD: window.t("ABCD Pattern"),
				LineToolArc: window.t("Arc"),
				LineToolArrow: window.t("Arrow"),
				LineToolArrowMarkDown: window.t("Arrow Mark Down"),
				LineToolArrowMarkLeft: window.t("Arrow Mark Left"),
				LineToolArrowMarkRight: window.t("Arrow Mark Right"),
				LineToolArrowMarkUp: window.t("Arrow Mark Up"),
				LineToolBalloon: window.t("Balloon"),
				LineToolBarsPattern: window.t("Bars Pattern"),
				LineToolBezierCubic: window.t("Double Curve"),
				LineToolBezierQuadro: window.t("Curve"),
				LineToolBrush: window.t("Brush"),
				LineToolCallout: window.t("Callout"),
				LineToolCircleLines: window.t("Cyclic Lines"),
				LineToolCypherPattern: window.t("Cypher Pattern"),
				LineToolDateAndPriceRange: window.t("Date and Price Range"),
				LineToolDateRange: window.t("Date Range"),
				LineToolDisjointAngle: window.t("Disjoint Channel"),
				LineToolElliottCorrection: window.t("Elliott Correction Wave (ABC)"),
				LineToolElliottDoubleCombo: window.t("Elliott Double Combo Wave (WXY)"),
				LineToolElliottImpulse: window.t("Elliott Impulse Wave (12345)"),
				LineToolElliottTriangle: window.t("Elliott Triangle Wave (ABCDE)"),
				LineToolElliottTripleCombo: window.t("Elliott Triple Combo Wave (WXYXZ)"),
				LineToolEllipse: window.t("Ellipse"),
				LineToolExtended: window.t("Extended Line"),
				LineToolFibChannel: window.t("Fib Channel"),
				LineToolFibCircles: window.t("Fib Circles"),
				LineToolFibRetracement: window.t("Fib Retracement"),
				LineToolFibSpeedResistanceArcs: window.t("Fib Speed Resistance Arcs"),
				LineToolFibSpeedResistanceFan: window.t("Fib Speed Resistance Fan"),
				LineToolFibSpiral: window.t("Fib Spiral"),
				LineToolFibTimeZone: window.t("Fib Time Zone"),
				LineToolFibWedge: window.t("Fib Wedge"),
				LineToolFlagMark: window.t("Flag Mark"),
				LineToolImage: window.t("Image"),
				LineToolFlatBottom: window.t("Flat Top/Bottom"),
				LineToolAnchoredVWAP: window.t("Anchored VWAP"),
				LineToolGannComplex: window.t("Gann Square"),
				LineToolGannFixed: window.t("Gann Square Fixed"),
				LineToolGannFan: window.t("Gann Fan"),
				LineToolGannSquare: window.t("Gann Box"),
				LineToolHeadAndShoulders: window.t("Head and Shoulders"),
				LineToolHorzLine: window.t("Horizontal Line"),
				LineToolHorzRay: window.t("Horizontal Ray"),
				LineToolIcon: window.t("Icon"),
				LineToolInsidePitchfork: window.t("Inside Pitchfork"),
				LineToolNote: window.t("Note"),
				LineToolNoteAbsolute: window.t("Anchored Note"),
				LineToolSignpost: window.t("Signpost"),
				LineToolParallelChannel: window.t("Parallel Channel"),
				LineToolPitchfan: window.t("Pitchfan"),
				LineToolPitchfork: window.t("Pitchfork"),
				LineToolPolyline: window.t("Polyline"),
				LineToolPath: window.t("Path"),
				LineToolPrediction: window.t("Forecast"),
				LineToolPriceLabel: window.t("Price Label"),
				LineToolArrowMarker: window.t("Arrow Marker"),
				LineToolPriceRange: window.t("Price Range"),
				LineToolProjection: window.t("Projection"),
				LineToolRay: window.t("Ray"),
				LineToolRectangle: window.t("Rectangle"),
				LineToolRegressionTrend: window.t("Regression Trend"),
				LineToolRiskRewardLong: window.t("Long Position"),
				LineToolRiskRewardShort: window.t("Short Position"),
				LineToolFixedRangeVolumeProfile: window.t("Fixed Range Volume Profile"),
				LineToolRotatedRectangle: window.t("Rotated Rectangle"),
				LineToolSchiffPitchfork: window.t("Modified Schiff Pitchfork"),
				LineToolSchiffPitchfork2: window.t("Schiff Pitchfork"),
				LineToolSineLine: window.t("Sine Line"),
				LineToolText: window.t("Text", {
					context: "tool"
				}),
				LineToolTextAbsolute: window.t("Anchored Text"),
				LineToolThreeDrivers: window.t("Three Drives Pattern"),
				LineToolTimeCycles: window.t("Time Cycles"),
				LineToolTrendAngle: window.t("Trend Angle"),
				LineToolTrendBasedFibExtension: window.t("Trend-Based Fib Extension"),
				LineToolTrendBasedFibTime: window.t("Trend-Based Fib Time"),
				LineToolTrendLine: window.t("Trend Line"),
				LineToolInfoLine: window.t("Info Line"),
				LineToolTriangle: window.t("Triangle"),
				LineToolTrianglePattern: window.t("Triangle Pattern"),
				LineToolVertLine: window.t("Vertical Line"),
				LineToolCrossLine: window.t("Cross Line"),
				LineToolHighlighter: window.t("Highlighter"),
				LineToolPriceNote: window.t("Price Note"),
				LineToolVbPFixed: window.t("Volume Profile Fixed Range")
			};
			Object(s.isFeatureEnabled)("remove-line-tool-ghost-feed") || (r.LineToolGhostFeed = window.t(
				"Ghost Feed"))
		},
		"1AAW": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("hY0g"),
				r = i.n(s);

			function n(e, ...t) {
				const i = (...t) => e(...t.map(e => e.value())),
					s = new r.a(i(...t)),
					n = () => s.setValue(i(...t)),
					o = t.map(e => e.spawn());
				for (const e of o) e.subscribe(n);
				return s.readonly().spawn(() => o.forEach(e => e.destroy()))
			}
		},
		"1ANp": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "navigationButtonsVisibilityKey", (function() {
				return r
			})), i.d(t, "property", (function() {
				return n
			})), i.d(t, "availableValues", (function() {
				return o
			})), i.d(t, "actualBehavior", (function() {
				return a
			}));
			var s = i("+jnJ");
			const r = "NavigationButtons.visibility",
				{
					property: n,
					availableValues: o,
					actualBehavior: a
				} = Object(s.a)(r)
		},
		"1IXQ": function(e, t, i) {
			"use strict";
			i("jJ9X");
			var s = i("aO4+").Point,
				r = i("/3z9"),
				n = i("qFKp").CheckMobile,
				o = i("7KDR"),
				a = o.Action,
				l = o.Separator,
				c = i("ikwP").hardResizeCanvas,
				h = i("S8xo").MouseEventHandler,
				u = i("YmeR").ActionBinder,
				d = i("T6Of").LimitedPrecisionNumericFormatter,
				p = i("HZKX").createLinesAction,
				_ = i("xzdg").PriceAxisWidgetBase,
				m = i("Kxc7"),
				f = window.t("Merge All Scales Into One");
			class g extends _ {
				constructor(e, t, i, s, r, n, o, a) {
					super(e, t, i, r, n, s, a), this._axisInfo = o, this._offset = 0, this
						.restoreDefaultCursor(), this.update(), this._mouseEventHandler = new h(this
							._topCanvasBinding.canvas, this, {
								treatVertTouchDragAsPageScroll: !1,
								treatHorzTouchDragAsPageScroll: !0
							}), this.contextMenu = null, this.actions = null
				}
				destroy() {
					null !== this.actions && this.actions.reset && this.actions.reset.destroy(), this
						._mouseEventHandler.destroy(), super.destroy()
				}
				dataSourceAtPoint(e, t) {
					var i = this._grouppedSources(),
						r = i.sources.concat(Array.from(i.topLevelSources)).concat(this._pane.state()
							.customSources()),
						n = null,
						o = null;
					if (!this._priceScale) return null;

					function a(e, t) {
						var i = o ? o.result() : 0;
						e.result() > i && (o = e, n = t)
					}
					for (var l = new s(e, t), c = this._pane.state(), h = r.length - 1; h >= 0; --h) {
						var u = r[h],
							d = u.priceAxisViews(c, this._priceScale);
						if (d && 0 !== d.length)
							for (var p = d.length - 1; p >= 0; --p) {
								var _ = d[p].renderer();
								if (null !== _ && void 0 !== _.hitTest) {
									var m = _.hitTest(l, this._size.w, this._isLeft ? "left" : "right");
									null !== m && a(m, u)
								}
							}
					}
					return n
				}
				_initActions(e) {
					if (this._pane.hasState() && null === this.actions) {
						this.actions = {};
						var t = this,
							s = this._pane.chart().model();
						this.actions.reset = new a({
							label: window.t("Reset Price Scale"),
							icon: i("LdoW"),
							shortcut: "Alt+R",
							shortcutHint: r.humanReadableHash(r.Modifiers.Alt + 82),
							statName: "ResetScale",
							onExecute: g.prototype.reset.bind(this)
						}), this.actions.setAutoScale = new a({
							label: window.t("Auto (Fits Data To Screen)"),
							checkable: !0,
							checked: !0,
							statName: "ToggleAutoScale",
							onExecute: function() {
								s.togglePriceScaleAutoScaleMode(t.priceScale()), t
									._updateScalesActions()
							}
						}), this.actions.setPercentage = new a({
							label: window.t("Percent", {
								context: "scale_menu"
							}),
							checkable: !0,
							checked: this.priceScale().isPercentage(),
							statName: "TogglePercantage",
							onExecute: function() {
								s.togglePriceScalePercentageScaleMode(t.priceScale()), t
									._updateScalesActions()
							}
						}), this.actions.setIndexedTo100 = new a({
							label: window.t("Indexed to 100", {
								context: "scale_menu"
							}),
							checkable: !0,
							checked: this.priceScale().isIndexedTo100(),
							statName: "ToggleIndexedTo100",
							onExecute: function() {
								s.togglePriceScaleIndexedTo100ScaleMode(t.priceScale()), t
									._updateScalesActions()
							}
						}), this.actions.setLog = new a({
							label: window.t("Logarithmic", {
								context: "scale_menu"
							}),
							checkable: !0,
							checked: this.priceScale().isLog(),
							statName: "ToggleLogScale",
							onExecute: function() {
								s.togglePriceScaleLogScaleMode(t.priceScale()), t
									._updateScalesActions()
							}
						}), this.actions.setRegular = new a({
							label: window.t("Regular", {
								context: "scale_menu"
							}),
							checkable: !0,
							checked: this.priceScale().isRegular(),
							statName: "ToggleRegularScale",
							onExecute: function() {
								s.setPriceScaleRegularScaleMode(t.priceScale()), t
									._updateScalesActions()
							}
						}), this.actions.alignLabels = new a({
							label: window.t("No Overlapping Labels", {
								context: "scale_menu"
							}),
							checkable: !0,
							checked: !1,
							statName: "TogglePreciseLabels"
						}), this.actions.alignLabels.binding = new u(this.actions.alignLabels, this
							.priceScale().properties().alignLabels, this._pane.chart().model(),
							"No Overlapping Labels"), this.actions.invertScale = new a({
							label: window.t("Invert Scale", {
								context: "scale_menu"
							}),
							checkable: !0,
							checked: this.priceScale().isInverted(),
							statName: "Invert Scale",
							onExecute: function() {
								s.invertPriceScale(t.priceScale()), t._updateScalesActions()
							}
						}), this._updateScalesActions()
					}
				}
				_logAction() {
					return this._isMainSeriesAxis() ? this._pane.chart().actions().logSeriesScale : this
						.actions.setLog
				}
				_percentageAction() {
					return this._isMainSeriesAxis() ? this._pane.chart().actions().percentSeriesScale :
						this.actions.setPercentage
				}
				_indexedTo100Action() {
					return this._isMainSeriesAxis() ? this._pane.chart().actions()
						.indexedTo100SeriesScale : this.actions.setIndexedTo100
				}
				_autoScaleAction() {
					return this._isMainSeriesAxis() ? this._pane.chart().actions().autoSeriesScale :
						this.actions.setAutoScale
				}
				_regularScaleAction() {
					return this._isMainSeriesAxis() ? this._pane.chart().actions().regularSeriesScale :
						this.actions.setRegular
				}
				_lockScaleAction() {
					var e = this._pane.chart().actions().lockSeriesScale,
						t = v(this.priceScale(), this._pane.chart().model().model()
							.mainSeriesScaleRatio());
					return e.update({
						hint: t
					}), e
				}
				_invertAction() {
					return this._isMainSeriesAxis() ? this._pane.chart().actions().invertSeriesScale :
						this.actions.invertScale
				}
				_isMainSeriesAxis() {
					return this.priceScale().hasMainSeries()
				}
				_updateMainSeriesScalesActions() {
					this._isMainSeriesAxis() && null !== this.actions && this._updateScalesActions()
				}
				_updateScalesActions() {
					var e = this.priceScale(),
						t = this._isMainSeriesAxis(),
						i = e.mainSource().properties(),
						s = t && e.isLockScale(),
						r = t && i.style.value() === TradingView.Series.STYLE_PNF;
					this.actions.setRegular.update({
						checked: e.isRegular(),
						disabled: s || r
					}), this.actions.setPercentage.update({
						checked: e.isPercentage(),
						disabled: s || r
					}), this.actions.setIndexedTo100.update({
						checked: e.isIndexedTo100(),
						disabled: s || r
					}), this.actions.setLog.update({
						checked: e.isLog(),
						disabled: s || r
					}), this.actions.setAutoScale.update({
						checked: e.isAutoScale(),
						disabled: e.properties().autoScaleDisabled.value()
					})
				}
				_createMergeScalesAction() {
					var e = this._pane.chart().actions(),
						t = this._pane.chart().model().model().priceScaleSlotsCount();
					if (t.left + t.right === 1) return 0 === t.left ? e.moveScaleToLeft : e
						.moveScaleToRight;
					var i = [];
					return i.push(e.mergeLeftScalesAction), i.push(e.mergeRightScalesAction), new a({
						label: f,
						subItems: i
					})
				}
				getContextMenuActions() {
					this._initActions();
					var e = this._pane.chart().actions(),
						t = [];
					if (t.push(this.actions.reset, new l, this._autoScaleAction()), this
						._isMainSeriesAxis() && t.push(this._lockScaleAction()), t.push(e
							.scaleSeriesOnly, this._invertAction(), new l, this._regularScaleAction(),
							this._percentageAction(), this._indexedTo100Action(), this._logAction(),
							new l), n.any() || (t.push(this._createMergeScalesAction()), t.push(new l)),
						!m.enabled("fundamental_widget")) {
						t.push(new a({
							label: window.t("Labels"),
							subItems: [e.showSymbolLabelsAction, e.showSeriesLastValue,
								null, null, e.showHighLowPriceLabels, e
								.showAverageClosePriceLabel, null, e
								.showStudyPlotNamesAction, e.showStudyLastValue, null,
								null, this.actions.alignLabels
							].filter(Boolean)
						}))
					}
					return t.push(p(this._pane.chart())), this._options.countdownEnabled && t.push(e
							.showCountdown), this._options.currencyConversionEnabled && t.push(e
							.showCurrency), this._options.unitConversionEnabled && t.push(e.showUnit),
						this._pane.chart().model().crossHairSource().isMenuEnabled() && t.push(e
							.addPlusButton), !TradingView.onWidget() && m.enabled(
							"show_chart_property_page") && m.enabled("chart_property_page_scales") && e
						.scalesProperties && t.push(new l, e.scalesProperties), t
				}
				setSizeAndOffset(e, t) {
					if (e.w < 0 || e.h < 0) throw new Error(
						"Try to set invalid size to PriceAxisWidget " + JSON.stringify(e));
					this._size.equals(e) || (this._size = e, this._canvasBinding.resizeCanvas({
							width: e.w,
							height: e.h
						}), this._topCanvasBinding.resizeCanvas({
							width: e.w,
							height: e.h
						}), this._cell.style.width = e.w + "px", this._cell.style.height = e.h +
						"px", this._cell.style.minWidth = e.w + "px"), this._offset !== t && (this
						._offset = t, this._cell.style.left = t + "px")
				}
				getWidth() {
					return this._size.w
				}
				update() {}
				hardResetCanvas() {
					null !== this._size && (c(this._canvasBinding, this._size), c(this
						._topCanvasBinding, this._size))
				}
				_isMainPane() {
					return this._pane.state().containsMainSeries()
				}
				restoreDefaultCursor() {
					this.setCursor("")
				}
				setCursor(e) {
					var t = "";
					"grabbing" !== e && "ns-resize" !== e || (t = "price-axis--cursor-" + e), this
						._currentCursorClassName !== t && (this._currentCursorClassName && this._cell
							.classList.remove(this._currentCursorClassName), t && this._cell.classList
							.add(t), this._currentCursorClassName = t, this._cell.style.cursor)
				}
				axisInfo() {
					return this._axisInfo
				}
			}

			function b(e) {
				var t = new d(e);
				return function(e, i) {
					return isNumber(i) && !e.isLog() ? t.format(i) : ""
				}
			}
			var v = b(4);
			e.exports = {
				PriceAxisWidget: g,
				scaleRatioForContextMenuTransformer: b
			}
		},
		"1Wlv": function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("Yj6H").PriceScaleBase,
					r = i("7ktv").PriceDataSource,
					n = i("Qb4w").PriceRange,
					o = i("e3/o").randomHash,
					a = i("3ClC").isStudy,
					l = i("TTFo"),
					c = l.fromLog,
					h = l.toLog;
				class u extends s {
					constructor(t, i) {
						super(i), this._scalesProperties = t, this.m_scrollStartPoint = null;
						var s = this;
						this._modeChanged = new e, this._properties.isInverted.listeners()
							.subscribe(this, u.prototype._onIsInvertedChanged), this._properties
							.listeners().subscribe(null, (function() {
								if (s.mainSource() && s.mainSource().model()) {
									var e = s.mainSource().model().paneForSource(s
										.mainSource());
									s.mainSource().model().updatePane(e)
								}
							})), this._scalesProperties.listeners().subscribe(this, (function() {
								this._marksCache = null
							})), this.setId(o())
					}
					_convertPriceRangeFromLog(e) {
						if (null === e) return null;
						var t = c(e.minValue()),
							i = c(e.maxValue());
						return new n(t, i)
					}
					_convertPriceRangeToLog(e) {
						if (null === e) return null;
						var t = h(e.minValue()),
							i = h(e.maxValue());
						return new n(t, i)
					}
					_canConvertPriceRangeFromLog(e) {
						if (null === e) return !1;
						var t = c(e.minValue()),
							i = c(e.maxValue());
						return isFinite(t) && isFinite(i)
					}
					mode() {
						return {
							autoScale: this._properties.autoScale.value(),
							lockScale: this._properties.lockScale.value(),
							percentage: this._properties.percentage.value(),
							indexedTo100: this._properties.indexedTo100.value(),
							log: this._properties.log.value()
						}
					}
					setMode(e) {
						var t = {},
							i = this.mode(),
							s = this._properties.state(),
							r = null;
						void 0 !== e.autoScale && e.autoScale !== s.autoScale && (t.autoScale = e
								.autoScale, this._setAutoScaleValueWithDependentProperties(e
									.autoScale)), void 0 !== e.lockScale && e.lockScale !== s
							.lockScale && (t.lockScale = e.lockScale, this
								._setLockScaleValueWithDependentProperties(e.lockScale)), void 0 !==
							e.percentage && e.percentage !== s.percentage && (t.percentage = e
								.percentage, this._setPercentageValueWithDependentProperties(e
									.percentage), this._invalidatedForRange.isValid = !1),
							void 0 !== e.indexedTo100 && e.indexedTo100 !== s.indexedTo100 && (t
								.indexedTo100 = e.indexedTo100, this
								._setIndexedTo100ValueWithDependentProperties(e.indexedTo100), this
								._invalidatedForRange.isValid = !1), void 0 !== e.log && e.log !== s
							.log && (t.log = e.log, this._setLogValueWithDependentProperties(e
								.log)), s.log && !this._properties.log.value() && (this
								._canConvertPriceRangeFromLog(this.m_priceRange) ? null !== (r =
									this._convertPriceRangeFromLog(this.m_priceRange)) && this
								.setPriceRange(r) : this.properties().autoScale.setValue(!0)), !s
							.log && this._properties.log.value() && null !== (r = this
								._convertPriceRangeToLog(this.m_priceRange)) && this.setPriceRange(
								r), s.autoScale !== this._properties.autoScale.value() && this
							._properties.autoScale.listeners().fire(this._properties.autoScale), s
							.autoScaleDisabled !== this._properties.autoScaleDisabled.value() &&
							this._properties.autoScaleDisabled.listeners().fire(this._properties
								.autoScaleDisabled), s.lockScale !== this._properties.lockScale
							.value() && this._properties.lockScale.listeners().fire(this._properties
								.lockScale), s.percentage !== this._properties.percentage.value() &&
							(this._properties.percentage.listeners().fire(this._properties
								.percentage), this.updateFormatter()), s.indexedTo100 !== this
							._properties.indexedTo100.value() && (this._properties.indexedTo100
								.listeners().fire(this._properties.indexedTo100), this
								.updateFormatter()), s.percentageDisabled !== this._properties
							.percentageDisabled.value() && this._properties.percentageDisabled
							.listeners().fire(this._properties.percentageDisabled), s.log !== this
							._properties.log.value() && this._properties.log.listeners().fire(this
								._properties.log), s.logDisabled !== this._properties.logDisabled
							.value() && this._properties.logDisabled.listeners().fire(this
								._properties.logDisabled), void 0 === t.log && void 0 === t
							.percentage && void 0 === t.lockScale && void 0 === t.autoScale &&
							void 0 === t.indexedTo100 || this._modeChanged.fire(i, this.mode())
					}
					modeChanged() {
						return this._modeChanged
					}
					fontSize() {
						return this._scalesProperties.fontSize.value()
					}
					isEmpty() {
						return this._makeSureItIsValid(), 0 === this.m_height || !this
							.m_priceRange || this.m_priceRange.isEmpty()
					}
					startScroll(e) {
						this.isAutoScale() || null === this.m_scrollStartPoint && null === this
							._priceRangeSnapshot && (this.isEmpty() || (this.m_scrollStartPoint = e,
								this._priceRangeSnapshot = this.priceRange().clone()))
					}
					scrollTo(e) {
						if (!this.isAutoScale() && null !== this.m_scrollStartPoint) {
							var t = this.priceRange().length() / (this.internalHeight() - 1),
								i = e - this.m_scrollStartPoint;
							this.isInverted() && (i *= -1);
							var s = i * t,
								r = this._priceRangeSnapshot.clone();
							r.shift(s), this.setPriceRange(r, !0), this._marksCache = null
						}
					}
					endScroll() {
						this.isAutoScale() || null !== this.m_scrollStartPoint && (this
							.m_scrollStartPoint = null, this._priceRangeSnapshot = null)
					}
					_onIsInvertedChanged() {
						this._marksCache = null, this._markBuilder.rebuildTickMarks()
					}
					canDetachSource(e) {
						return this.m_dataSources.some((function(t) {
							return t !== e && t instanceof r && !(a(t) && t
								.isLinkedToSeries())
						}))
					}
				}
				t.PriceScale = u
			}).call(this, i("aIyQ"))
		},
		"1pHB": function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><g fill="none" fill-rule="evenodd" transform="translate(4 5)"><circle stroke="currentColor" cx="9.5" cy="9.5" r="9"/><path stroke="currentColor" d="M7 14.5h2.5v-5H7"/><path stroke="currentColor" stroke-linecap="square" d="M9.5 14.5h2"/><path fill="currentColor" d="M9.5 7a1.5 1.5 0 1 0 0-3 1.5 1.5 0 0 0 0 3z"/></g></svg>'
		},
		"2+aH": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("fgLi"),
				o = i("hY0g"),
				a = i.n(o),
				l = i("HGP3"),
				c = i("KcY8"),
				h = i("Ulff");
			class u extends c.a {
				constructor(e, t, i) {
					super(), this._source = e, this._priceScale = t, this._priceProvider = i
				}
				setHitTestData(e) {
					this._hitTestData = e
				}
				additionalPadding(e) {
					return 0
				}
				_updateRendererData(e, t, i) {
					e.visible = !1, t.visible = !1;
					const s = this._priceScale.mainSource(),
						r = null !== s ? s.firstValue() : null;
					if (!this._isVisible() || this._priceScale.isEmpty() || null === r) return;
					const n = this._priceProvider(this._priceScale);
					if (null === n) return;
					i.background = this._bgColor(), i.textColor = this.generateTextColor(i
						.background);
					const o = this.additionalPadding(this._priceScale.fontSize());
					i.additionalPaddingTop = o, i.additionalPaddingBottom = o, i.coordinate = this
						._priceScale.priceToCoordinate(n, r), e.text = this._priceScale.formatPrice(
							n, r), e.visible = !0, t.visible = !0, t.hitTestData = this._hitTestData
				}
			}
			const d = {
					normalBgColor: l.colorsPalette["color-cold-gray-750"],
					hoveredBgColor: l.colorsPalette["color-cold-gray-600"]
				},
				p = {
					normalBgColor: l.colorsPalette["color-cold-gray-900"],
					hoveredBgColor: l.colorsPalette["color-cold-gray-650"]
				};
			class _ extends u {
				additionalPadding(e) {
					return 2 / 12 * e
				}
				_isVisible() {
					return this._source.visible && null !== this._source.pane
				}
				_bgColor() {
					return this._getThemedColors().normalBgColor
				}
				_updateRendererData(e, t, i) {
					const s = t.visible;
					super._updateRendererData(e, t, i), this._source.isHovered() ? t.backgroung = this
						._getThemedColors().hoveredBgColor : t.backgroung = void 0, s || (t.visible = s)
				}
				_getThemedColors() {
					return this._source.model().isDark() ? d : p
				}
			}
			class m extends u {
				_isVisible() {
					return null !== this._source.measurePane()
				}
				_bgColor() {
					return h.a.common
				}
			}
			var f = i("mMWL"),
				g = i("YFKU"),
				b = i("FQhm"),
				v = i("KtbP"),
				S = i("JWMC"),
				y = (i("7KDR"), i("5VQP")),
				w = (i("Kxc7"), i("/tGj"));

			function P(e) {
				const t = e.priceScale();
				return null === t ? 0 : t.isPercentage() || t.isIndexedTo100() ? 2 : 1
			}
			class C extends v.PanePriceAxisView {
				constructor(e, t, i, s, r) {
					super(e, t, s), this._crossHairMenuCachedState = null, this._hasActions = !1,
						this._tooltipText = null, this._gaOrigin = "CH menu", this
						._crosshairPriceAxisView = e, e.setPaneRendererLabelIcon(0), this
						._crosshair = t, this._scale = i,
						this._options = r
				}
				_updateImpl(e, t) {
					super._updateImpl(e, t);
					const i = this._crosshair.y,
						s = this._chartModel.properties().scalesProperties.fontSize.value(),
						r = this._chartModel.timeScale().width(),
						n = this._crosshair.model().priceAxisRendererOptions(),
						o = s + 2 * this._crosshairPriceAxisView.additionalPadding(s) + n
						.paddingTop + n.paddingBottom,
						a = o,
						l = i - o / 2,
						c = r - a,
						h = this._crosshair.pane,
						u = this._mainDataSourceOnPane(),
						d = u && u.symbolSource(),
						p = !!d && (d.isConvertedToOtherCurrency() || d.isConvertedToOtherUnit());
					if (null !== u) {
						const e = P(u),
							t = u.idForAlert(),
							i = this._crossHairMenuCachedState;
						null !== i && i.id === t && i.priceScale === e && i
							.isCurrencyOrUnitConverted === p || (this
								._updateTooltipAndActionsAvaliability(u, e, p), this
								._crossHairMenuCachedState = {
									id: t,
									priceScale: e,
									isCurrencyOrUnitConverted: p
								})
					}
					const _ = null !== u && Object(w.isSymbolSource)(u) ? u.symbol() : null,
						m = Boolean(_) || !1;
					this._crosshairPriceAxisView.setPaneLabelVisible(m);
					const f = null !== h && 0 !== h.leftPriceScales().length && m,
						g = null !== h && 0 !== h.rightPriceScales().length && m,
						b = r - a / 2,
						v = this._tooltipText ? {
							text: this._tooltipText,
							rect: {
								x: b,
								y: l,
								w: 0,
								h: 0
							}
						} : void 0;
					this._data = {
						left: f,
						right: g,
						xl: 0,
						xr: c,
						y: l,
						containerWidth: a,
						containerHeight: o,
						clickHandler: this._handleClick.bind(this),
						tooltip: v
					}, this._crosshairPriceAxisView.setHitTestData(this._data)
				}
				_priceScale() {
					return this._scale
				}
				_updateTooltipAndActionsAvaliability(e, t, i) {
					this._tooltipText = null, this._hasActions = !1;
					if (!(1 === t)) return;
					const s = !i && !1;
					let r = 0;
					s && r++;
					let n = 0;
					1 === r && (s ? (n = 1, this._tooltipText = window.t("Add Alert")) : this
							._tooltipText = window.t("Add Horizontal Line")), this
						._crosshairPriceAxisView.setPaneRendererLabelIcon(n), this._hasActions =
						0 !== r
				}
				_handleClick(e, t, i) {
					Object(S.trackEvent)(this._gaOrigin, "click");
					const s = this._mainDataSourceOnPane(),
						r = null !== s && Object(w.isSymbolSource)(s) ? s.symbol() : null,
						n = {
							pageX: i.pageX,
							pageY: i.pageY,
							clientX: i.clientX,
							clientY: i.clientY,
							screenX: i.screenX,
							screenY: i.screenY,
							price: this._crosshair.price,
							symbol: r
						};
					b.emit("onPlusClick", n)
				}
				_getMenuItems(e) {
					return Promise.resolve([])
				}
				_createAlertMenuItems(e) {
					return Promise.resolve([])
				}
				_createTradingMenuItems() {
					return Promise.resolve([])
				}
				_createAddHorizontalLineMenuItem() {
					return []
				}
				_getActionAddAlert(e) {
					return null
				}
				_getActionAddHorizontalLine(e) {
					return null
				}
				_getValue(e, t) {
					const i = e.priceScale(),
						s = e.firstValue();
					if (null === i || null === s) return null;
					return i.isPercentage() || i.isIndexedTo100() ? null : i.coordinateToPrice(t, s)
				}
				_formatValue(e, t) {
					return t.formatter().format(e)
				}
				_addAlert(e, t) {}
				_addHorizontalLineTool(e, t) {}
				_showContextMenu(e, t, i, r) {
					const n = "left" === r;
					setTimeout(() => {
						y.ContextMenuManager.createMenu(e).then(e => {
							e.show((e, t) => {
								const r = Object(s.ensureDefined)(this
										._data),
									o = Object(s.ensureNotNull)(i.view)
									.innerHeight,
									a = n ? r.xl : r.xr,
									l = i.localX - a,
									c = {
										left: i.clientX - l,
										right: i.clientX - l + r
											.containerWidth,
										top: i.clientY - r.containerHeight /
											2,
										bottom: i.clientY + r
											.containerHeight / 2
									};
								return {
									clientX: n ? c.left : c.right - e,
									clientY: o < c.bottom + t ? c.top - t :
										c.bottom
								}
							})
						})
					})
				}
				_mainDataSourceOnPane() {
					const e = this._crosshair.pane;
					return null !== e ? e.mainDataSource() : null
				}
			}
			var x = i("Tmoa"),
				T = i("8Uy/"),
				I = i("VaSN"),
				M = i("jFln"),
				O = i("VdBB"),
				L = i("gAom");
			class A {
				constructor(e) {
					this._data = e
				}
				hitTest(e) {
					return void 0 === this._data.clickHandler ? null : new O.HitTestResult(O
						.HitTestResult.CUSTOM, {
							clickHandler: this._data.clickHandler,
							tapHandler: this._data.clickHandler
						})
				}
				draw(e, t) {
					const i = t.pixelRatio,
						s = this._data.vertLinesVisible,
						r = this._data.horzLinesVisible;
					if (!s && !r) return;
					e.save(), e.lineWidth = Math.max(1, Math.floor(this._data.lineWidth * i)), e
						.strokeStyle = this._data.color, e.fillStyle = this._data.color, e.lineCap =
						"butt", Object(M.setLineStyle)(e, this._data.lineStyle);
					const n = Math.round(this._data.x * i),
						o = Math.round(this._data.y * i),
						a = Math.ceil(this._data.w * i),
						l = Math.ceil(this._data.h * i);
					s && n >= 0 && Object(L.drawVerticalLine)(e, n, 0, l), r && o >= 0 && Object(L
						.drawHorizontalLine)(e, o, 0, a), this._data.drawCenter && (e.beginPath(), e
						.arc(n, o, Math.round(3 * i), 0, 2 * Math.PI, !0), e.fillStyle = this._data
						.color, e.fill()), e.restore()
				}
			}
			var E = i("CW80");
			const k = l.colorsPalette["color-tv-blue-500"],
				D = l.colorsPalette["color-tv-blue-500"];
			class V {
				constructor(e, t) {
					this._rendererData = {}, this._renderer = new A(this._rendererData), this._source =
						e, this._pane = t
				}
				update() {}
				renderer(e, t) {
					const i = this._source.selectPointMode().value(),
						r = this._source.visible && (this._source.areLinesVisible || i) && !this._source
						.linesShouldBeHidden(),
						n = this._rendererData;
					if (!r || null === this._pane) return null;
					const o = this._source.paneForPointSelect(),
						a = null !== o ? this._source.pane === o && this._pane === o : this._pane ===
						this._source.pane;
					if (i && this._source.isOnHoveredChartWidget() && a) {
						const e = Object(s.ensureNotNull)(this._source.pointToSelect());
						n.color = k, n.lineWidth = 1, n.lineStyle = T.LINESTYLE_SOLID, n
							.horzLinesVisible = !0, n.vertLinesVisible = !0, n.drawCenter = !0,
							"time" === e ? (n.horzLinesVisible = !1, n.drawCenter = !1) : "price" ===
							e && (n.vertLinesVisible = !1, n.drawCenter = !1)
					} else {
						const e = this._source.properties(),
							t = this._source.model().currentTool(),
							i = Object(I.lastEventIsTouch)() && (Object(E.isLineToolName)(t) || Object(f
								.toolIsMeasure)(t));
						let s;
						s = i ? D : e.childs().color.value();
						const r = e.childs().transparency.value();
						!i && r > 0 && (s = Object(x.generateColor)(s, r)), n.color = s, n
							.horzLinesVisible = this._pane === this._source.pane, n.vertLinesVisible = !
							0, n.lineWidth = e.childs().width.value(), n.lineStyle = e.childs().style
							.value(), n.drawCenter = i && this._pane === this._source.pane
					}
					return n.w = this._pane.width(), n.h = this._pane.height(), n.x = void 0 !== this
						._source.lockedX && isFinite(this._source.lockedX) && this._source.lockedX ||
						this._source.x, n.y = this._source.y, this._renderer
				}
			}
			var B = i("IjC5");
			const R = {
				backgroundColor: Object(x.generateColor)(l.colorsPalette["color-tv-blue-500"], 70),
				borderColor: Object(x.generateColor)(l.colorsPalette["color-tv-blue-500"], 20)
			};
			class N {
				constructor(e) {
					this._renderer = new B.RectangleRenderer, this._rectangle = null, this._crosshair =
						e
				}
				update() {
					const e = this._crosshair.selection();
					null !== e && null !== this._crosshair.pane ? this._rectangle = this._crosshair.pane
						.logicalRectToPixels(e) : this._rectangle = null
				}
				renderer(e, t) {
					if (!this._rectangle) return null;
					const i = {
						backcolor: R.backgroundColor,
						color: R.borderColor,
						fillBackground: !0,
						linewidth: 1,
						points: [this._rectangle.min, this._rectangle.max],
						extendLeft: !1,
						extendRight: !1
					};
					return this._renderer.setData(i), this._renderer
				}
			}
			var j = i("Ialn"),
				F = i("GH0z"),
				W = i("5C6T"),
				H = i("nda6"),
				U = i("nEwK"),
				z = i("pJOz"),
				G = i("qgcf"),
				q = i("Zy3/"),
				Y = i("a7Ha"),
				K = i("zDbI");
			const J = Object(g.t)("{count} bars"),
				Z = Object(g.t)("Vol"),
				X = new F.PercentageFormatter,
				$ = new H.TimeSpanFormatter,
				Q = new U.VolumeFormatter,
				ee = Object(l.getHexColorByName)("color-tv-blue-500"),
				te = {
					bgColorPositive: Object(x.generateColor)(ee, 80),
					bgColorNegative: "rgba(239,83,80,0.2)",
					colorPositive: "#1E53E5",
					colorNegative: "#EF5350",
					labelBgColorPositive: ee,
					labelBgColorNegative: "#EF5350"
				};
			class ie {
				constructor(e, t) {
					this._pipFormatter = null, this._lastSymbolInfo = null, this._horzTrenRenderer =
						new z.TrendLineRenderer, this._vertTrenRenderer = new z.TrendLineRenderer, this
						._bgRenderer = new B.RectangleRenderer, this._labelRenderer = new G
						.TextRenderer, this._p1 = null, this._p2 = null, this._label = null, this
						._source = e, this._pane = t
				}
				update() {
					const [e, t] = this._source.measurePoints();
					if (void 0 === t) return this._p1 = null, void(this._p2 = null);
					const i = Object(s.ensureNotNull)(this._source.measurePane()),
						n = e.price,
						o = t.price,
						a = t.price - n,
						l = t.index - e.index,
						c = Object(j.forceLTRStr)("" + l),
						h = Object(s.ensureNotNull)(i.mainDataSource());
					let u = Object(s.ensureNotNull)(h.formatter()).format(a);
					if (Math.abs(n) > 1e-8) {
						const e = a / Math.abs(n);
						u += " (" + X.format(100 * e) + ")"
					}
					const d = Object(j.forceLTRStr)(u);
					this._label = d + "\n" + J.format({
						count: c
					});
					const p = Object(s.ensureNotNull)(h.firstValue()),
						_ = this._source.model().timeScale().indexToCoordinate(e.index),
						m = this._source.model().timeScale().indexToCoordinate(t.index),
						f = i.defaultPriceScale().priceToCoordinate(n, p),
						g = i.defaultPriceScale().priceToCoordinate(o, p);
					this._p1 = new r.Point(_, f), this._p2 = new r.Point(m, g);
					const b = this._source.model().timeScale().indexToUserTime(e.index),
						v = this._source.model().timeScale().indexToUserTime(t.index);
					let S = null;
					if (null !== b && null !== v) {
						const e = this._pane.model().mainSeries().symbolInfo();
						null !== e && e !== this._lastSymbolInfo && (this._pipFormatter = new W
							.PipFormatter(e.pricescale, e.minmov, e.type, e.minmove2), this
							._lastSymbolInfo = e), S = (v.valueOf() - b.valueOf()) / 1e3
					}
					const y = this._pipFormatter ? this._pipFormatter.format(a) : null,
						w = null !== y ? " , " + y : "",
						P = null !== S ? $.format(S) : null,
						C = null !== P ? ", " + Object(j.startWithLTR)(P) : "";
					this._label = Object(j.forceLTRStr)(d + w) + "\n" + J.format({
						count: c
					}) + C;
					const x = this._source.measureVolume();
					Number.isNaN(x) || (this._label += `\n${Z} ${Q.format(x)}`);
					const I = o < n ? te.bgColorNegative : te.bgColorPositive,
						M = o < n ? te.colorNegative : te.colorPositive,
						O = o < n ? te.labelBgColorNegative : te.labelBgColorPositive,
						L = {
							points: [this._p1, this._p2],
							linewidth: 0,
							fillBackground: !0,
							color: I,
							backcolor: I,
							extendLeft: !1,
							extendRight: !1
						};
					this._bgRenderer.setData(L);
					const A = this._p1.add(this._p2).scaled(.5); {
						const e = Math.round(A.y),
							t = new r.Point(this._p1.x, e),
							i = new r.Point(this._p2.x, e),
							s = {
								points: [t, i],
								color: M,
								linewidth: 1,
								linestyle: T.LINESTYLE_SOLID,
								extendleft: !1,
								extendright: !1,
								leftend: Y.LineEnd.Normal,
								rightend: Math.abs(t.x - i.x) >= 50 ? Y.LineEnd.Arrow : Y.LineEnd.Normal
							};
						this._horzTrenRenderer.setData(s)
					} {
						const e = Math.round(A.x),
							t = new r.Point(e, this._p1.y),
							i = new r.Point(e, this._p2.y),
							s = {
								points: [t, i],
								color: M,
								linewidth: 1,
								linestyle: T.LINESTYLE_SOLID,
								extendleft: !1,
								extendright: !1,
								leftend: Y.LineEnd.Normal,
								rightend: Math.abs(t.y - i.y) >= 50 ? Y.LineEnd.Arrow : Y.LineEnd.Normal
							};
						this._vertTrenRenderer.setData(s)
					}
					const E = {
							x: 0,
							y: 10
						},
						k = .5 * (this._p1.x + this._p2.x),
						D = this._p2.y,
						V = new r.Point(k, D),
						B = (R = Object(s.ensureNotNull)(this._label), {
							points: [V],
							text: R,
							color: "#FFFFFF",
							horzAlign: "center",
							vertAlign: "middle",
							font: K.CHART_FONT_FAMILY,
							offsetX: E.x,
							offsetY: E.y,
							bold: !1,
							italic: !1,
							fontsize: 12,
							padding: 8,
							highlightBorder: !1,
							backgroundColor: O,
							backgroundTransparency: 10,
							backgroundVertInflate: 5,
							backgroundHorzInflate: 5,
							backgroundRoundRect: 4
						});
					var R;
					this._labelRenderer.setData(B);
					const N = this._labelRenderer.measure(),
						F = Object(G.calculateLabelPosition)(N, this._p1, this._p2, E, this._pane
							.height());
					this._labelRenderer.setPoints([F])
				}
				renderer() {
					if (null === this._p1 || null === this._p2) return null;
					const e = new q.CompositeRenderer;
					return e.append(this._bgRenderer), e.append(this._horzTrenRenderer), e.append(this
						._vertTrenRenderer), e.append(this._labelRenderer), e
				}
			}
			var se = i("cPgM");
			class re extends se.ScaledPaneRenderer {
				constructor(e) {
					super(), this._data = e
				}
				hitTest(e) {
					return null
				}
				_drawImpl(e) {
					e.translate(this._data.x - this._data.width / 2, this._data.y - this._data
							.height / 2), e.strokeStyle = "rgba(153,153,153,.3)", e.lineWidth = 2, e
						.beginPath(), this._drawShackle(e), e.stroke(), e.closePath(), e
						.strokeStyle = "rgba(153,153,153,.7)", e.lineWidth = 1, e.beginPath(), e
						.rect(0, this._data.height - this._data.bodyHeight + .5, this._data.width,
							this._data.bodyHeight), e.closePath(), e.stroke(), e.translate(0, -1), e
						.strokeStyle = "#777", e.beginPath(), this._drawShackle(e), e.stroke(), e
						.closePath(), e.fillStyle = "rgba(255,255,255,.7)", e.beginPath(), e.rect(1,
							this._data.height - this._data.bodyHeight + 1.5, this._data.width - 2,
							this._data.bodyHeight - 2), e.fill(), e.beginPath(), e.rect(.5, this
							._data.height - this._data.bodyHeight + 1, this._data.width - 1, this
							._data.bodyHeight - 1), e.stroke(), e.closePath(), e.fillStyle = "#777",
						e.fillRect(this._data.width / 2 - .5, this._data.height - this._data
							.bodyHeight / 2, 1, 2)
				}
				_drawShackle(e) {
					const t = (this._data.width - 3) / 2,
						i = this._data.height - this._data.bodyHeight;
					e.moveTo(1.5, t), e.arc(this._data.width / 2, t, t, Math.PI, 2 * Math.PI), i >
						t && (e.moveTo(1.5, t), e.lineTo(1.5, i), e.moveTo(this._data.width - 1.5,
							t), e.lineTo(this._data.width - 1.5, i))
				}
			}
			class ne {
				constructor(e, t, i) {
					this._horzVisible = !1, this._source = e, this._pane = t, this._axis = i || "x"
				}
				update() {}
				renderer(e, t) {
					const i = this._source.visible && this._source.areLinesVisible,
						r = Object(f.lockTimeAxis)().value(),
						n = i && this._horzVisible,
						o = i || r;
					if ("y" === this._axis && !n || !o) return null;
					const a = "y" === this._axis ? this._pane.width() - 4.5 : Object(s.ensureDefined)(
							this._source.lockedX) + 1,
						l = "y" === this._axis ? this._source.y : this._pane.height() - 5.5 - 1;
					return new re({
						x: a,
						y: l,
						width: 9,
						height: 11,
						bodyHeight: 7
					})
				}
			}
			var oe = i("qFKp"),
				ae = i("aIyQ"),
				le = i.n(ae),
				ce = i("GDWD"),
				he = i("ivNn"),
				ue = i("4miz");
			const de = window.t("n/a");
			class pe extends ue.b {
				constructor(e) {
					super(),
						this._invalidated = !0, this._dateItem = new ue.a(window.t("Date"), ""),
						this._timeItem = new ue.a(window.t("Time"), ""), this._model = e, this
						._items.push(this._dateItem), this._items.push(this._timeItem)
				}
				update() {
					this._invalidated = !0
				}
				items() {
					return this._invalidated && (this._updateImpl(), this._invalidated = !1), this
						._items
				}
				_updateImpl() {
					const e = this._model.mainSeries().isDWM();
					if (this._timeItem.setVisible(!e), this._timeItem.setValue(de), this._dateItem
						.setValue(de), this._model.timeScale().isEmpty()) return;
					let t = this._model.crossHairSource().appliedIndex();
					if (!Object(he.isNumber)(t)) {
						const e = this._model.mainSeries().data().last();
						if (null === e) return;
						t = e.index
					}
					const i = this._model.timeScale().indexToUserTime(t);
					null !== i && (this._dateItem.setValue(this._model.dateFormatter().format(i)),
						e || this._timeItem.setValue(this._model.timeFormatter().format(i)))
				}
			}
			var _e = i("cgFQ");
			class me extends _e.a {
				constructor(e, t, i = !1) {
					super(e), this._indexProvider = t, this._highlighted = i
				}
				_getBgColor() {
					const e = this._model.isDark();
					return this._highlighted ? h.a.common : e ? l.colorsPalette[
						"color-cold-gray-750"] : l.colorsPalette["color-cold-gray-900"]
				}
				_getIndex() {
					return this._model.crossHairSource().visible ? this._indexProvider() : null
				}
			}
			var fe = i("585y");
			i.d(t, "Crosshair", (function() {
				return be
			}));
			const ge = {
				menuEnabled: !1,
				menuForMainSourceOnly: !1,
				disableTradingMenuActions: !1,
				disableDrawHorizLineMenuAction: !1
			};
			class be extends n.DataSource {
				constructor(e, t, i) {
					super(), this.pane = null, this.price = NaN, this.index = NaN, this.visible = !
						0, this.areLinesVisible = !0, this.x = NaN, this.y = NaN, this
						._measuringEnabled = new le.a, this._measurePane = null, this
						._startMeasurePoint = null, this._endMeasurePoint = null, this
						._lastValidMeasurePoint = null, this._isOnHoveredChartWidget = !1, this
						._selectPointMode = new a.a(!1), this._selectionPane = null, this
						._selectionView = new N(this), this._selectionStartPoint = null, this
						._measurePaneView = null, this._timeLockPaneView = null, this
						._priceAxisViews = new Map, this._panePriceAxisViews = new Map, this
						._startMeasurePriceAxisViews = new Map, this._endMeasurePriceAxisViews =
						new Map, this._originX = NaN, this._originY = NaN, this._subscribed = !1,
						this._movedDelegate = new le.a, this._pointSelectedDelegate = new le.a, this
						._requestedPoint = null, this._paneForRequestedPoint = null, this
						._volumeCalculator = null, this._model = e, this._options = Object
						.assign({}, ge, i || {}), this._linesShouldBeHidden = this._model
						.readOnly(), this._dataWindowView = new pe(e), this.setSelectionEnabled(!1);
					const r = e => t => t === Object(s.ensureNotNull)(this._measurePane)
						.defaultPriceScale() ? e() : null;
					this._currentPosPriceProvider = e => {
							const t = Object(s.ensureNotNull)(this.pane);
							if (e === t.defaultPriceScale()) return this.price;
							const i = Object(s.ensureNotNull)(t.defaultPriceScale().mainSource())
								.firstValue();
							if (null === i) return null;
							const r = t.defaultPriceScale().priceToCoordinate(this.price, i),
								n = Object(s.ensureNotNull)(e.mainSource()).firstValue();
							return null === n ? null : e.coordinateToPrice(r, n)
						}, this._startMeasurePriceProvider = r(() => Object(s.ensureNotNull)(this
							._startMeasurePoint).price),
						this._endMeasurePriceProvider = r(() => Object(s.ensureNotNull)(this
							._lastMeasurePoint()).price), this._properties = t;
					this._timeAxisView = new me(e, () => this.appliedIndex(), !1), this
						._startMeasureTimeAxisView = new me(e, () => Object(s.ensureNotNull)(this
							._startMeasurePoint).index, !0), this._endMeasureTimeAxisView = new me(
							e, () => Object(s.ensureNotNull)(this._lastMeasurePoint()).index, !0), e
						.readOnly() || f.cursorTool.subscribe(e => this.areLinesVisible =
							"arrow" !== e, {
								callWithLast: !0
							})
				}
				destroy() {
					null !== this._volumeCalculator && this._volumeCalculator.destroy()
				}
				moved() {
					return this._movedDelegate
				}
				originX() {
					return this._originX
				}
				originY() {
					return this._originY
				}
				saveOriginCoords(e, t) {
					this._originX = e, this._originY = t
				}
				clearOriginCoords() {
					this._originX = NaN, this._originY = NaN
				}
				currentPoint() {
					return new r.Point(this.x, this.y)
				}
				model() {
					return this._model
				}
				appliedIndex() {
					return Number.isFinite(this.lockedIndex) ? this.lockedIndex : this.index
				}
				startMeasurePoint() {
					return this._startMeasurePoint || null
				}
				endMeasurePoint() {
					return this._endMeasurePoint || null
				}
				measureVolume() {
					if (null === this._volumeCalculator) return NaN;
					const [e, t] = this.measurePoints();
					return void 0 === t ? NaN : this._volumeCalculator.volume(e.index, t.index)
				}
				measurePane() {
					return this._measurePane || null
				}
				startMeasuring(e, t) {
					this._startMeasurePoint = e, this._measurePane = t, this._measuringEnabled.fire(
						!0), t.containsMainSeries() && (Object(s.assert)(null === this
						._volumeCalculator), this._volumeCalculator = new fe.a(this.model()
						.mainSeries()))
				}
				finishMeasure(e) {
					this._endMeasurePoint = e
				}
				clearMeasure() {
					delete this._measurePane, delete this._startMeasurePoint, delete this
						._endMeasurePoint, delete this._lastValidMeasurePoint, this._model
						.lightUpdate(), null !== this._volumeCalculator && (this._volumeCalculator
							.destroy(), this._volumeCalculator = null), this._measuringEnabled.fire(
							!1)
				}
				measuringEnabled() {
					return this._measuringEnabled
				}
				measurePoints() {
					this.updateAllViews();
					const e = [Object(s.ensureNotNull)(this._startMeasurePoint)],
						t = this._lastMeasurePoint();
					return null !== t && e.push(t), e
				}
				startSelection(e) {
					this._selectionStartPoint = this.currentLogicalPoint(), this._selectionPane = e
				}
				clearSelection() {
					this._selectionStartPoint = null, this._selectionPane = null
				}
				selection() {
					return this._selectionStartPoint ? {
						p1: this._selectionStartPoint,
						p2: this.currentLogicalPoint()
					} : null
				}
				currentLogicalPoint() {
					return {
						index: this.appliedIndex(),
						price: this.price
					}
				}
				selectPointMode() {
					return this._selectPointMode
				}
				cancelRequestSelectPoint() {
					this._selectPointMode.value() && this._setSelectPointModeState(!1)
				}
				requestSelectPoint(e, t) {
					Object(s.assert)(!this._selectPointMode.value(), "Point already requested"),
						t && (Object(s.assert)(-1 !== this._model.panes().indexOf(t),
								"Chartmodel doesn't contains specified pane"), this
							._paneForRequestedPoint = t, this._model.panesCollectionChanged()
							.subscribe(this, this._paneCollectionChanged)), this._requestedPoint =
						e, this._setSelectPointModeState(!0)
				}
				onPointSelected() {
					return this._pointSelectedDelegate
				}
				trySelectCurrentPoint() {
					const e = Object(s.ensureNotNull)(this._requestedPoint);
					if (!this._model.mainSeries().bars().contains(this.index) && "price" !== e)
						return;
					const t = Object(s.ensureNotNull)(this.pane);
					if (this._paneForRequestedPoint && this._paneForRequestedPoint !== t) return;
					let i, r;
					if ("price" === e || (i = this._model.timeScale().indexToTimePoint(this.index),
							null !== i)) {
						if ("time" !== e) {
							const e = t.mainDataSource();
							if (null === e) return;
							const i = e.firstValue(),
								s = e.priceScale();
							if (null === i || null === s) return;
							r = s.coordinateToPrice(this.y, i)
						}
						this._setSelectPointModeState(!1), this._pointSelectedDelegate.fire({
							time: i,
							price: r
						}, t)
					}
				}
				isOnHoveredChartWidget() {
					return this._isOnHoveredChartWidget
				}
				setOnHoveredChartWidget(e) {
					this._isOnHoveredChartWidget = e
				}
				clearPosition() {
					this.visible = !1, this.index = NaN, this.price = NaN, this.x = NaN, this.y =
						NaN, this.pane = null, this.clearOriginCoords()
				}
				setPosition(e, t, i) {
					return this._subscribed || (this._model.mainSeries().onRestarted().subscribe(
							this, this.clearMeasure), this._subscribed = !0), this
						.setLockedPosition(i), this.visible = !0, this._tryToUpdateViews(e, t, i)
				}
				setLinesShouldBeHidden(e) {
					this._linesShouldBeHidden = e
				}
				linesShouldBeHidden() {
					return this._linesShouldBeHidden
				}
				handleContextMenuEvent(e) {
					this._selectPointMode.value() && this._setSelectPointModeState(!1)
				}
				properties() {
					return this._properties
				}
				priceAxisViews(e, t) {
					const i = null === this._requestedPoint || "time" !== this._requestedPoint || !
						this._isOnHoveredChartWidget,
						s = [];
					return this.pane === e && i && s.push(this._createPriceAxisViewOnDemand(this
							._priceAxisViews, this._panePriceAxisViews, e, t, this
							._currentPosPriceProvider, _, !0)[0]), this._startMeasurePoint && s
						.push(this._createPriceAxisViewOnDemand(this._startMeasurePriceAxisViews,
							null, e, t, this._startMeasurePriceProvider, m)[0]), this
						._lastMeasurePoint() && s.push(this._createPriceAxisViewOnDemand(this
							._endMeasurePriceAxisViews, null, e, t, this
							._endMeasurePriceProvider, m)[0]), s
				}
				timeAxisViews() {
					const e = [],
						t = null === this._requestedPoint || "price" !== this._requestedPoint || !
						this._isOnHoveredChartWidget;
					return !this._linesShouldBeHidden && (this.visible || Object(f.lockTimeAxis)()
							.value()) && t && e.push(this._timeAxisView), this._startMeasurePoint &&
						e.push(this._startMeasureTimeAxisView), this._lastMeasurePoint() && e.push(
							this._endMeasureTimeAxisView), e
				}
				paneViews(e) {
					if (void 0 === e) return null;
					const t = [new V(this, e)];
					if (e === this._selectionPane && t.push(this._selectionView), e === this
						._measurePane && (null === this._measurePaneView && (this._measurePaneView =
							new ie(this, e)), this._measurePaneView.update(), t.push(this
							._measurePaneView)), ce.addPlusButtonProperty.value()) {
						const i = e === this.pane,
							s = !oe.CheckMobile.any() || window.screen.width >= 320,
							r = f.tool.value(),
							n = Object(E.isLineToolName)(r),
							o = null !== this._model.lineBeingEdited() || null !== this._model
							.lineBeingCreated() || this._model.sourcesBeingMoved().length > 0 ||
							null !== this._model.customSourceBeingMoved() || Object(f.toolIsMeasure)
							(r);
						if (i && this._isOnHoveredChartWidget && !this._selectPointMode.value() &&
							s && !n && !o) {
							const i = e.mainDataSource();
							if (null !== i) {
								const s = i.priceScale();
								if (null !== s) {
									const i = this._createPriceAxisViewOnDemand(this
										._priceAxisViews, this._panePriceAxisViews, e, s, this
										._currentPosPriceProvider, _, !0)[1];
									null !== i && t.push(i)
								}
							}
						}
					}
					return Object(f.lockTimeAxis)().value() && (null === this._timeLockPaneView && (
						this._timeLockPaneView = new ne(this, e)), t.push(this
						._timeLockPaneView)), t
				}
				dataWindowView() {
					return this._dataWindowView
				}
				updateAllViews() {
					this._priceAxisViews.forEach(e => {
							e.forEach(e => e.update())
						}), this._panePriceAxisViews.forEach(e => {
							e.forEach(e => e.update())
						}), this._startMeasurePoint && (this._startMeasurePriceAxisViews.forEach(
							e => {
								e.forEach(e => e.update())
							}), this._startMeasureTimeAxisView.update()), this
						._lastMeasurePoint() && (this._endMeasurePriceAxisViews.forEach(e => {
							e.forEach(e => e.update())
						}), this._endMeasureTimeAxisView.update()), this._timeAxisView.update(),
						this._selectionView.update(), this._dataWindowView.update()
				}
				setLockedPosition(e) {
					delete this.lockedIndex, delete this.lockedX, e !== this._measurePane && Object(
						f.lockTimeAxis)().value() && (this.lockedIndex = this._model.timeScale()
						.points().roughIndex(f.lockTimeAxisTime.value()), null !== this
						.lockedIndex && (this.lockedX = this._model.timeScale()
							.indexToCoordinate(this.lockedIndex)))
				}
				isMenuEnabled() {
					return this._options.menuEnabled
				}
				isHoveredEnabled() {
					return ce.addPlusButtonProperty.value()
				}
				isHovered() {
					return this._model.hoveredSource() === this
				}
				pointToSelect() {
					return this._requestedPoint
				}
				paneForPointSelect() {
					return this._paneForRequestedPoint
				}
				_lastMeasurePoint() {
					return this._endMeasurePoint ? this._endMeasurePoint : (null !== this.pane &&
						this._measurePane === this.pane && (this._lastValidMeasurePoint = {
							price: this._model.magnet().align(this.price, this.index, this
								.pane),
							index: this.index
						}), this._lastValidMeasurePoint || null)
				}
				_createPriceAxisViewOnDemand(e, t, i, r, n, o, a = !1) {
					let l = e.get(i),
						c = null !== t ? t.get(i) : void 0;
					void 0 === l && (l = new Map, e.set(i, l), this._options.menuEnabled && null !==
						t && (c = new Map, t.set(i, c)), a && i.onDestroyed().subscribe(this,
							() => this._onPaneDestroyed(i)));
					let h = l.get(r);
					if (void 0 === h) {
						if (h = new o(this, r, n), l.set(r, h), void 0 !== c) {
							const e = new C(h, this, r, this._model, this._options);
							c.set(r, e)
						}
						a && r.lastSourceRemoved().subscribe(this, () => this._onPriceScaleCleared(
							r))
					}
					let u = null;
					return void 0 !== c && (u = Object(s.ensureDefined)(c.get(r))), [h, u]
				}
				_onPaneDestroyed(e) {
					e.onDestroyed().unsubscribeAll(this), this._priceAxisViews.delete(e), this
						._panePriceAxisViews.delete(e), this._startMeasurePriceAxisViews.delete(e),
						this._endMeasurePriceAxisViews.delete(e)
				}
				_onPriceScaleCleared(e) {
					e.lastSourceRemoved().unsubscribeAll(this), this._priceAxisViews.forEach(t => t
							.delete(e)), this._panePriceAxisViews.forEach(t => t.delete(e)), this
						._startMeasurePriceAxisViews.forEach(t => t.delete(e)), this
						._endMeasurePriceAxisViews.forEach(t => t.delete(e))
				}
				_tryToUpdateViews(e, t, i) {
					return !!this._tryToUpdateData(e, t, i) && (this.updateAllViews(), this
						._movedDelegate.fire({
							index: this.index,
							price: this.price
						}), !0)
				}
				_tryToUpdateData(e, t, i) {
					const r = this.x,
						n = this.y,
						o = this.price,
						a = this.index,
						l = this.pane,
						c = this._priceScaleByPane(i);
					if (this.index = e, this.x = isNaN(e) ? NaN : this._model.timeScale()
						.indexToCoordinate(e), null !== c && null !== i) {
						this.pane = i, this.price = t;
						const e = Object(s.ensureNotNull)(i.mainDataSource()).firstValue();
						this.y = null === e ? NaN : c.priceToCoordinate(t, e)
					} else this.pane = null, this.price = NaN, this.y = NaN;
					return r !== this.x || n !== this.y || a !== this.index || o !== this.price ||
						l !== this.pane
				}
				_priceScaleByPane(e) {
					return e && !e.defaultPriceScale().isEmpty() ? e.defaultPriceScale() : null
				}
				_setSelectPointModeState(e) {
					e || (this._requestedPoint = null, this._paneForRequestedPoint && (this
							._paneForRequestedPoint = null, this._model.panesCollectionChanged()
							.unsubscribe(this, this._paneCollectionChanged))), this._selectPointMode
						.setValue(e), this._model.lightUpdate()
				}
				_paneCollectionChanged(e) {
					const t = this._paneForRequestedPoint;
					null !== t && -1 === e.indexOf(t) && this.cancelRequestSelectPoint()
				}
			}
		},
		"22xp": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("9uLv"),
				n = i("txPx"),
				o = i("//lZ"),
				a = i("aIyQ"),
				l = i.n(a),
				c = i("Kxc7"),
				h = i("Hr11"),
				u = i("ogJP"),
				d = i("FIi8"),
				p = i("ZJKN");
			class _ {
				constructor(e, t) {
					Object(s.assert)(e <= t,
							"The left value should be greater than or equal to the right value"), this
						._left = e, this._right = t
				}
				left() {
					return this._left
				}
				right() {
					return this._right
				}
				length() {
					return this._right - this._left + 1
				}
				contains(e) {
					return this._left <= e && e <= this._right
				}
				equals(e) {
					return this._left === e.left() && this._right === e.right()
				}
				static compare(e, t) {
					return null === e || null === t ? e === t : e.equals(t)
				}
			}
			const m = Object(n.getLogger)("Chart.TimePoints");
			class f {
				constructor() {
					this._zoffset = 0, this._items = []
				}
				clear() {
					this._zoffset = 0, this._items = []
				}
				size() {
					return this._items.length
				}
				firstIndex() {
					return this._offsetToIndex(0)
				}
				lastIndex() {
					return this._offsetToIndex(this._items.length - 1)
				}
				merge(e, t, i) {
					if (0 === i.length) return m.logError(
						"merge: 'values' does not contain any time points"), [];
					if (t > this._zoffset && e + t > 0) return m.logError(
						"merge: when the first time point index is updated, we should fill the time points starting from the first one"
					), [];
					if (0 === this._items.length) return this._items = i, this._zoffset = t, [{
						change: "rebuild",
						index: this._validOffsetToIndex(0)
					}];
					const s = e + this._zoffset;
					if (s < 0) {
						const r = Math.abs(s);
						if (i.length < r) return m.logError(
							"merge: 'values' does not contain enough time points to fill in the new items. 'index': " +
							e.toString() + ", previous 'zoffset': " + this._zoffset.toString() +
							", new 'zoffset': " + t.toString() + ", 'values.length': " + i
							.length), [];
						this._items = new Array(r).concat(this._items), this._zoffset = t;
						for (let s = 0; s < i.length; ++s) this._items[e + s + t] = i[s];
						return [{
							change: "rebuild",
							index: this._validOffsetToIndex(0)
						}]
					}
					const r = [];
					let n = s;
					for (; n < this._items.length && n - s < i.length; ++n) this._items[n] = i[n - s], r
						.push({
							change: "update",
							index: this._validOffsetToIndex(n),
							value: i[n - s]
						});
					const o = s + i.length;
					if (o > this._items.length) {
						const e = o - this._items.length;
						for (let t = n; t < n + e; ++t) {
							const e = this._items.length;
							this._items.push(i[t - s]), r.push({
								change: "append",
								index: this._validOffsetToIndex(e),
								value: i[t - s]
							})
						}
					} else {
						for (let e = o; e < this._items.length; ++e) r.push({
							change: "remove",
							index: this._validOffsetToIndex(e),
							value: this._items[e]
						});
						this._items.length = o
					}
					return this._zoffset = t, r
				}
				addTail(e, t) {
					for (let i = t ? 1 : 0; i < e.length; i++) this._items.push(e[i])
				}
				remove(e) {
					const t = this._indexToOffset(e);
					if (null === t) return [];
					const i = this._items.splice(t),
						s = [];
					for (let t = 0; t < i.length; t++) s.push({
						change: "remove",
						index: e + t,
						value: i[t]
					});
					return s
				}
				valueAt(e) {
					const t = this._indexToOffset(e);
					return null !== t ? this._items[t] : null
				}
				indexOf(e, t) {
					if (this._items.length < 1) return null;
					if (e > this._items[this._items.length - 1]) return t ? this._validOffsetToIndex(
						this._items.length - 1) : null;
					for (let i = 0; i < this._items.length; ++i) {
						if (e === this._items[i]) return this._validOffsetToIndex(i);
						if (e < this._items[i]) return t ? this._validOffsetToIndex(i) : null
					}
					return null
				}
				state() {
					return {
						items: this._items,
						zoffset: this._zoffset
					}
				}
				restoreState(e) {
					null !== e && (this._items = e.items, this._zoffset = e.zoffset)
				}
				roughTime(e, t = null) {
					const i = this.valueAt(e);
					if (null !== i) return i;
					const s = this._items;
					if (!s.length || s.length < 2) return null;
					const r = s.length - 1,
						n = this._validOffsetToIndex(0),
						o = this._validOffsetToIndex(r),
						a = s[0],
						l = s[r],
						c = (l - a) / (o - n);
					if (e < n) {
						return a - (n - e) * c
					}
					if (e > o) {
						const i = e - o;
						if (i < 500 && null != t) return t(l, i);
						return l + i * c
					}
					return null
				}
				roughIndex(e, t = null) {
					const i = this._items;
					if (!i.length || i.length < 2) return null;
					const s = i.length - 1,
						r = this._validOffsetToIndex(0),
						n = this._validOffsetToIndex(s),
						o = i[0],
						a = i[s];
					if (e >= o && e <= a) return this.closestIndexLeft(e);
					const l = (a - o) / (n - r);
					if (e < o) {
						const t = o - e;
						return r - Math.round(t / l)
					}
					if (e > a) {
						const i = e - a;
						let s = Math.trunc(i / l);
						if (s < 500 && null !== t) {
							const i = t(a, e);
							i.success && (s = i.result)
						}
						return n + s
					}
					return null
				}
				closestIndexLeft(e) {
					const t = this._items;
					if (!t.length) return null;
					if (Number.isNaN(e)) return null;
					let i = t.length - 1;
					if (e >= t[i]) return this._validOffsetToIndex(i);
					let s = 0;
					const r = t[s];
					if (e < r) return null;
					if (e === r) return this._validOffsetToIndex(s);
					for (; i > s + 1;) {
						const r = s + i >> 1,
							n = t[r];
						if (n > e) i = r;
						else {
							if (!(n < e)) return n === e ? this._validOffsetToIndex(r) : null;
							s = r
						}
					}
					return this._validOffsetToIndex(s)
				}
				_validOffsetToIndex(e) {
					return e - this._zoffset
				}
				_offsetToIndex(e) {
					return 0 <= e && e < this.size() ? this._validOffsetToIndex(e) : null
				}
				_indexToOffset(e) {
					const t = e + this._zoffset;
					return 0 <= t && t < this.size() ? t : null
				}
			}
			var g = i("tc+8"),
				b = i.n(g);
			const v = new Map([
				[0, .1],
				[11, .1],
				[1, .35],
				[9, .35],
				[12, .35],
				[8, .35]
			]);
			class S {
				constructor(e, t) {
					this._styleSpecificRanges = new Map, this._logicalRange = e, this._defaultStyle = t
				}
				strictRange(e) {
					if (null === this._logicalRange) return null;
					void 0 === e && (e = this._defaultStyle);
					let t = this._styleSpecificRanges.get(e);
					if (void 0 === t) {
						const i = (v.get(e) || 0) / 2;
						t = new p.BarsRange(Math.floor(this._logicalRange.left() + i), Math.ceil(this
							._logicalRange.right() - i)), this._styleSpecificRanges.set(e, t)
					}
					return t
				}
				logicalRange() {
					return this._logicalRange
				}
				isValid() {
					return null !== this._logicalRange
				}
				static invalid() {
					return new S(null, 1)
				}
			}
			var y = i("Ocx9"),
				w = i("GhVi"),
				P = i("8OdW");
			class C {
				constructor(e, t = 50) {
					this._actualSize = 0, this._usageTick = 1, this._oldestTick = 1, this._cache =
						new Map, this._tick2Labels = new Map, this._format = e, this._maxSize = t
				}
				format(e) {
					const t = this._cache.get(e.valueOf());
					if (void 0 !== t) return t.string;
					if (this._actualSize === this._maxSize) {
						const e = this._tick2Labels.get(this._oldestTick);
						this._tick2Labels.delete(this._oldestTick), this._cache.delete(Object(s
							.ensureDefined)(e)), this._oldestTick++, this._actualSize--
					}
					const i = this._format(e);
					return this._cache.set(e.valueOf(), {
							string: i,
							tick: this._usageTick
						}), this._tick2Labels.set(this._usageTick, e.valueOf()), this._actualSize++,
						this._usageTick++, i
				}
			}
			var x = i("iboI"),
				T = i("YFKU");
			let I;
			var M = i("kcTO");
			i.d(t, "TimeScale", (function() {
				return k
			}));
			const O = {
					preserveBarSpacing: !1,
					lockVisibleTimeRangeOnResize: !1,
					rightBarStaysOnScroll: !0,
					minBarSpacing: .5
				},
				L = c.enabled("low_density_bars"),
				A = L ? 1 : 5,
				E = Object(n.getLogger)("Chart.TimeScale");
			class k {
				constructor(e, t) {
					this._width = 0, this._widthChanged = new l.a, this._rightOffset = 10, this
						._rightOffsetChanged = new l.a, this._maxRightOffsetChanged = new l.a, this
						._defaultRightOffsetProperty = new b.a(10), this._baseIndex = null, this
						._leftEdgeIndex = null, this._barSpacingChanged = new l.a, this._barSpacing = 6,
						this._visibleBars = S.invalid(), this._visibleBarsInvalidated = !0, this
						._visibleBarsChanged = new l.a, this._logicalRangeChanged = new l.a, this
						._points = new f, this._tickMarks = new w.Tickmarks, this._onScroll = new l.a,
						this._resetDelegate = new l.a, this._scrollStartPoint = null, this
						._scaleStartPoint = null, this._commonTransitionStartState = null, this
						._formattedBySpan = new Map, this._requestingMoreData = !1, this
						._requestedTickmarksCount = 0, this._endOfData = !1, this._options = Object(d
							.deepExtend)({}, O, t), this._model = e, this._scalesProperties = e
						.properties().scalesProperties, this._defaultRightOffsetProperty.listeners()
						.subscribe(this, e => {
							this.setRightOffset(e.value())
						}), this._options.preserveBarSpacing && (this._barSpacing = this
							._scalesProperties.childs().barSpacing.value() || 6), this
						._barSpacingChanged.subscribe(this, this._maxRightOffsetOnChanged), this
						._widthChanged.subscribe(this, this._maxRightOffsetOnChanged)
				}
				destroy() {
					this._barSpacingChanged.unsubscribeAll(this), this._barSpacingChanged.destroy(),
						this._widthChanged.unsubscribeAll(this), this._widthChanged.destroy()
				}
				isEmpty() {
					return 0 === this._width || 0 === this._points.size()
				}
				update(e, t, i, s) {
					this._visibleBarsInvalidated = !0, i.length > 0 && this._points.merge(e, t, i), this
						._tickMarks.merge(s), this._correctOffset()
				}
				addTail(e, t, i) {
					this._tickMarks.removeTail(t);
					const r = e.params,
						n = Object(s.ensureDefined)(this._tickMarks.maxIndex) + (i ? 0 : 1);
					for (let e = 0; e < r.marks.length; e++) r.marks[e].index = n + e;
					this._tickMarks.addTail(r.marks), this._points.addTail(r.changes, i);
					const o = this._rightOffset - r.changes.length;
					this._updateRightOffset(o)
				}
				state(e) {
					const t = {
						m_barSpacing: this.barSpacing(),
						m_rightOffset: e ? this._rightOffset : this._defaultRightOffsetProperty
							.value()
					};
					return e && (t.points = this._points.state(), t.tickmarks = this._tickMarks.state(),
						t.width = this._width), t
				}
				restoreState(e, t) {
					if (void 0 === e.m_barSpacing) return void E.logDebug(
						"restoreState: invalid state");
					if (void 0 === e.m_rightOffset) return void E.logDebug(
						"restoreState: invalid state");
					let i = e.m_barSpacing;
					const s = e.m_rightOffset < 0 && !t ? this.rightOffsetDefaultValue() : e
						.m_rightOffset,
						r = s < 0 ? this.rightOffsetDefaultValue() : Math.round(s);
					this._defaultRightOffsetProperty.setValue(r), this._rightOffset = s, t && (this
						._requestedTickmarksCount = 1 / 0, this._endOfData = !0, this._points
						.restoreState(e.points || null),
						this._tickMarks.restoreState(e.tickmarks || null), e.width && this._width >
						0 && (i *= this._width / e.width)), this._tryToUpdateBarSpacing(this
						._barSpacing, i), this._correctOffset(), this._rightOffsetChanged.fire(this
						._rightOffset)
				}
				marks() {
					if (this.isEmpty()) return null;
					const e = this._barSpacing,
						t = 5 * ((this._scalesProperties.childs().fontSize.value() || 0) + 4),
						i = Math.round(t / e),
						r = Object(s.ensureNotNull)(this.visibleBarsStrictRange()),
						n = Math.max(r.firstBar(), r.firstBar() - i),
						o = Math.max(r.lastBar(), r.lastBar() - i),
						a = this._tickMarks.build(e, t),
						l = [];
					for (const e of a) {
						if (!(n <= e.index && e.index <= o)) continue;
						const t = this._tickMarks.indexToTime(e.index);
						null !== t && l.push({
							coord: this.indexToCoordinate(e.index),
							label: this.formatLabel(t, e.span),
							span: e.span,
							major: e.label >= P.DAY_SPAN
						})
					}
					return l
				}
				visibleBarsStrictRange() {
					return this._visibleBarsInvalidated && (this._visibleBarsInvalidated = !1, this
						._updateVisibleBars()), this._visibleBars.strictRange()
				}
				visibleBarsStrictRangeChanged() {
					return this._visibleBarsChanged
				}
				logicalRangeChanged() {
					return this._logicalRangeChanged
				}
				tickMarks() {
					return this._tickMarks
				}
				points() {
					return this._points
				}
				width() {
					return this._width
				}
				setWidth(e, t) {
					if (!Number.isFinite(e) || e <= 0) return void E.logWarn(
						"setWidth: invalid argument: " + e);
					if (this._width === e) return;
					if (this._visibleBarsInvalidated = !0, (t || this._options
							.lockVisibleTimeRangeOnResize) && this._width) {
						const t = this._barSpacing * e / this._width;
						this._tryToUpdateBarSpacing(this._barSpacing, t)
					}
					if (null !== this._leftEdgeIndex) {
						if (Object(s.ensureNotNull)(this.visibleBarsStrictRange()).firstBar() <= this
							._leftEdgeIndex) {
							const t = this._width - e;
							this._rightOffset -= Math.round(t / this._barSpacing) + 1
						}
					}
					this._width = e, this._widthChanged.fire(e);
					const i = this._rightOffset;
					this._correctOffset(), this._rightOffset !== i && this._rightOffsetChanged.fire(this
						._rightOffset), this._requestMoreData()
				}
				setLeftEdgeFix(e) {
					this._leftEdgeIndex = e;
					const t = this.visibleBarsStrictRange();
					if (null === t) return;
					const i = t.firstBar() - e;
					if (i < 0) {
						const e = this._rightOffset - i - 1;
						this.scrollToOffsetAnimated(e, 500)
					}
				}
				indexToCoordinate(e) {
					if (this.isEmpty()) return 0;
					if (!Object(u.isInteger)(e)) return 0;
					const t = this.baseIndex() + this._rightOffset - e;
					return this._width - (t + .5) * this._barSpacing - 1
				}
				indexToUserTime(e) {
					return this._tickMarks.indexToTime(e)
				}
				timePointToIndex(e) {
					return this._points.indexOf(e, !0)
				}
				indexToTimePoint(e) {
					return this._points.valueAt(e)
				}
				timeToCoordinate(e) {
					const t = this._points.closestIndexLeft(e);
					if (null === t) return null;
					const i = Object(s.ensureNotNull)(this._points.valueAt(t)),
						r = this.indexToCoordinate(t);
					if (r <= 0 || r >= this._width) return null;
					const n = this.barSpacing(),
						o = this.baseIndex(),
						a = r + (e - i) / (Object(s.ensureNotNull)(this._points.valueAt(o)) - Object(s
							.ensureNotNull)(this._points.valueAt(o - 1))) * n + 1;
					return a <= 0 || a >= this._width ? null : a
				}
				barIndexesToCoordinates(e) {
					const t = this.baseIndex();
					for (const i of e) {
						const e = i.time,
							s = t + this._rightOffset - e,
							r = this._width - (s + .5) * this._barSpacing - 1;
						i.time = r, i.exactTime = r
					}
				}
				timedValuesToCoordinates(e) {
					const t = this.baseIndex() + this._rightOffset,
						i = this._width - t * this._barSpacing - .5 * this._barSpacing - 1;
					for (const t of e) t.x = i + t.x * this._barSpacing
				}
				indexesToCoordinates(e, t) {
					if (this.isEmpty()) return;
					void 0 === t && (t = e.length);
					const i = this.baseIndex() + this._rightOffset,
						s = this._width - i * this._barSpacing - .5 * this._barSpacing - 1,
						r = this._barSpacing,
						n = e;
					for (let i = 0; i < t; ++i) Object(u.isInteger)(e[i]) ? n[i] = s + e[i] * r : n[i] =
						0
				}
				rightOffsetForTimePoint(e) {
					const t = this.timeToCoordinate(e);
					return null === t ? null : this._rightOffsetForCoordinate(t)
				}
				scrollToRealtime(e, t) {
					let i = this._defaultRightOffsetProperty.value();
					i < 0 && (i = this.rightOffsetDefaultValue());
					const s = () => {
						void 0 !== t && t(), this._requestMoreData()
					};
					if (e) {
						const e = this._rightOffset,
							t = this.maxRightOffset();
						t > 0 && i > t && (i = t);
						const n = this._model;
						Object(o.doAnimate)({
							from: e,
							to: i,
							duration: 1e3,
							easing: r.c.easeInOutQuint,
							onComplete: s,
							onStep: (e, t) => {
								this._visibleBarsInvalidated = !0, this._updateRightOffset(
										t), n.recalculateAllPanes(), n.lightUpdate(), n
									.recalcVisibleRangeStudies()
							}
						})
					} else this._visibleBarsInvalidated = !0, this._updateRightOffset(i), s()
				}
				scrollToOffsetAnimated(e, t) {
					if (!isFinite(e)) throw new RangeError(
						"offset is required and must be finite number");
					const i = void 0 === t ? 400 : t;
					if (!isFinite(i) || i <= 0) throw new RangeError(
						"animationDuration (optional) must be finite positive number");
					const s = this._rightOffset,
						r = Date.now(),
						n = () => {
							this._visibleBarsInvalidated = !0;
							const t = (Date.now() - r) / i;
							if (t >= 1) return this._updateRightOffset(e), this
								._visibleBarsInvalidated = !0, this._model.recalculateAllPanes(),
								void this._model.lightUpdate();
							const o = s + (e - s) * t;
							this._updateRightOffset(o), this._model.recalculateAllPanes(), setTimeout(n,
								20)
						};
					n()
				}
				defaultRightOffsetProperty() {
					return this._defaultRightOffsetProperty
				}
				rightOffsetDefaultValue() {
					return 10
				}
				barSpacing() {
					return this._barSpacing
				}
				setBarSpacing(e) {
					Number.isFinite(e) ? (e = this.getValidBarSpacing(e), this._tryToUpdateBarSpacing(
						this._barSpacing, e) && (this._correctOffset(), this._options
						.preserveBarSpacing && (Object(y.saveDefaultProperties)(!0), this
							._scalesProperties.childs().barSpacing.setValue(this._barSpacing),
							Object(y.saveDefaultProperties)(!1)))) : E.logWarn(
						"setBarSpacing: invalid argument: " + e)
				}
				barSpacingChanged() {
					return this._barSpacingChanged
				}
				getValidBarSpacing(e) {
					return null == e && (e = this.barSpacing()), e < this.minBarSpacing() ? this
						.minBarSpacing() : e > this.maxBarSpacing() ? this.maxBarSpacing() : e
				}
				isValidBarSpacing(e) {
					return e >= this.minBarSpacing() && e <= this.maxBarSpacing()
				}
				preserveBarSpacing() {
					return this._options.preserveBarSpacing
				}
				normalizeBarIndex(e) {
					let t = 0,
						i = 0;
					const r = this.baseIndex(),
						n = Object(s.ensureNotNull)(this._points.firstIndex());
					return e < n ? (t = Object(s.ensureNotNull)(this._points.valueAt(n)), i = e - n) :
						e > r ? (t = Object(s.ensureNotNull)(this._points.valueAt(r)), i = e - r) : (t =
							Object(s.ensureNotNull)(this._points.valueAt(e)), i = 0), {
							time_t: t,
							offset: i
						}
				}
				denormalizeTimePoint(e) {
					const t = this._points.indexOf(e.time_t, !1);
					if (null !== t) return t + e.offset
				}
				rightOffset() {
					return this._rightOffset
				}
				rightOffsetChanged() {
					return this._rightOffsetChanged
				}
				minRightOffset() {
					const e = this.points().firstIndex(),
						t = this._baseIndex;
					if (null === e || null === t) return null;
					if (null !== this._leftEdgeIndex) {
						const e = this.width() / this._barSpacing;
						return this._leftEdgeIndex - t + e - 1
					}
					return e - t - 1 + A
				}
				maxRightOffset() {
					return this.width() / this._barSpacing - A
				}
				maxRightOffsetChanged() {
					return this._maxRightOffsetChanged
				}
				onReset() {
					return this._resetDelegate
				}
				scrollStartPoint() {
					return this._scrollStartPoint
				}
				baseIndex() {
					return this._baseIndex || 0
				}
				zoom(e, t, i) {
					if (!Number.isFinite(e) || !Number.isFinite(t)) return void E.logWarn(
						`zoom: invalid arguments: ${e}, ${t}, ${i}`);
					const s = this.coordinateToIndex(e),
						r = this.barSpacing(),
						n = r + t * (r / 10);
					this.setBarSpacing(n);
					(void 0 !== i ? !i : this._options.rightBarStaysOnScroll) || this.setRightOffset(
							this.rightOffset() - .5 + (s - this._coordinateToFloatIndex(e))), this
						._requestMoreData()
				}
				zoomToBarsRange(e, t) {
					if (null !== this._leftEdgeIndex && (e = Math.max(e, this._leftEdgeIndex)), t <= e)
						return;
					const i = this.baseIndex(),
						s = this._rightOffset;
					this._rightOffset = t - i;
					const r = Math.max(t - e + 1, A);
					this.setBarSpacing(this.width() / r), this._visibleBarsInvalidated = !0, this
						._correctOffset(), this._rightOffset !== s && this._rightOffsetChanged.fire(this
							._rightOffset), this._requestMoreData()
				}
				coordinateToIndex(e) {
					return Math.ceil(this._coordinateToFloatIndex(e))
				}
				coordinateToVisibleIndex(e) {
					let t;
					if (0 === e) {
						const e = this._coordinateToFloatIndex(-1);
						t = Math.floor(e) + 1
					} else t = this.coordinateToIndex(e);
					const i = this.visibleBarsStrictRange();
					return null === i || i.contains(t) || (t = Math.min(Math.max(i.firstBar(), t), i
						.lastBar())), t
				}
				canZoomIn() {
					return this.barSpacing() < this.maxBarSpacing()
				}
				canZoomOut() {
					return this.barSpacing() > this._options.minBarSpacing
				}
				minBarSpacing() {
					return this._options.minBarSpacing
				}
				maxBarSpacing() {
					return L ? this.width() : 50
				}
				resetRightOffset() {
					this.setRightOffset(this._defaultRightOffsetProperty.value())
				}
				reset() {
					this._visibleBarsInvalidated = !0, this._points = new f, this._scrollStartPoint =
						null, this._scaleStartPoint = null, this._clearCommonTransitionsStartState(),
						this._tickMarks.reset(), this._leftEdgeIndex = null, this._resetDelegate.fire(),
						this.disconnect()
				}
				disconnect() {
					this._requestingMoreData = !1, this._requestedTickmarksCount = 0, this
						._endOfData = !1
				}
				setBaseIndex(e) {
					Number.isFinite(e) ? (this._visibleBarsInvalidated = !0, this._baseIndex = e, this
						._correctOffset()) : E.logDebug("setBaseIndex: invalid argument: " + e)
				}
				setRightOffset(e) {
					Number.isFinite(e) ? (this._visibleBarsInvalidated = !0, this._updateRightOffset(
						e)) : E.logWarn("setRightOffset: invalid argument: " + e)
				}
				correctBarSpacing() {
					this.isEmpty() || this.points().size() < this.width() / this.barSpacing() && (this
						.setRightOffset(this._defaultRightOffsetProperty.value()), this
						.setBarSpacing(this.width() / (this.points().size() + this.rightOffset())))
				}
				logicalRange() {
					return this._visibleBarsInvalidated && (this._visibleBarsInvalidated = !1, this
						._updateVisibleBars()), this._visibleBars.logicalRange()
				}
				restoreDefault() {
					this._visibleBarsInvalidated = !0, this.setBarSpacing(6), this.resetRightOffset(),
						this._requestMoreData()
				}
				restoreRightOffsetPropertyToDefault() {
					this._defaultRightOffsetProperty.setValue(this.rightOffsetDefaultValue())
				}
				startScale(e) {
					this._scrollStartPoint && this.endScroll(),
						null === this._scaleStartPoint && null === this._commonTransitionStartState && (
							this.isEmpty() || (this._scaleStartPoint = e, this
								._saveCommonTransitionsStartState()))
				}
				scaleTo(e) {
					if (null === this._commonTransitionStartState) return;
					const t = Object(h.clamp)(this._width - e, 0, this._width),
						i = Object(h.clamp)(this._width - Object(s.ensureNotNull)(this
							._scaleStartPoint), 0, this._width);
					0 !== t && 0 !== i && this.setBarSpacing(this._commonTransitionStartState
						.barSpacing * t / i)
				}
				endScale() {
					null !== this._scaleStartPoint && (this._scaleStartPoint = null, this
						._clearCommonTransitionsStartState(), this._requestMoreData())
				}
				startScroll(e) {
					null === this._scrollStartPoint && null === this._commonTransitionStartState && (
						this.isEmpty() || (this._scrollStartPoint = e, this
							._saveCommonTransitionsStartState()))
				}
				scrollTo(e) {
					if (this._visibleBarsInvalidated = !0, null === this._scrollStartPoint) return;
					const t = (this._scrollStartPoint - e) / this.barSpacing(),
						i = Object(s.ensureNotNull)(this._commonTransitionStartState).rightOffset + t;
					this._updateRightOffset(i), this._onScroll.fire()
				}
				endScroll() {
					null !== this._scrollStartPoint && (this._scrollStartPoint = null, this
						._clearCommonTransitionsStartState(), this._requestMoreData())
				}
				formatLabel(e, t) {
					let i = this._formattedBySpan.get(t);
					return void 0 === i && (i = new C(e => this.formatLabelImpl(e, t)), this
						._formattedBySpan.set(t, i)), i.format(new Date(e))
				}
				formatLabelImpl(e, t) {
					if (!(e && e instanceof Date)) return "incorrect time";
					const i = function(e, t) {
						if (e < P.MINUTE_SPAN && t) return "TimeWithSeconds";
						if (e < P.DAY_SPAN && t) return "Time";
						if (e < P.WEEK_SPAN) return "DayOfMonth";
						if (e < P.MONTH_SPAN) return "DayOfMonth";
						if (e < P.YEAR_SPAN) return "Month";
						return "Year"
					}(t, !this._model.mainSeries().isDWM());
					return null !== x.customFormatters.tickMarkFormatter ? x.customFormatters
						.tickMarkFormatter(e, i) : function(e, t) {
							switch (t) {
								case "TimeWithSeconds":
									return Object(M.numberToStringWithLeadingZero)(e.getUTCHours(), 2) +
										":" + Object(M.numberToStringWithLeadingZero)(e.getUTCMinutes(),
											2) + ":" + Object(M.numberToStringWithLeadingZero)(e
											.getUTCSeconds(), 2);
								case "Time":
									return Object(M.numberToStringWithLeadingZero)(e.getUTCHours(), 2) +
										":" + Object(M.numberToStringWithLeadingZero)(e.getUTCMinutes(),
											2);
								case "DayOfMonth":
									return e.getUTCDate().toString();
								case "Month":
									return (void 0 === I && (I = [Object(T.t)("Jan"), Object(T.t)(
											"Feb"), Object(T.t)("Mar"), Object(T.t)("Apr"),
										Object(T.t)("May", {
											context: "short"
										}), Object(T.t)("Jun"), Object(T.t)("Jul"), Object(T
											.t)("Aug"), Object(T.t)("Sep"), Object(T.t)(
											"Oct"), Object(T.t)("Nov"), Object(T.t)("Dec")
									]), I)[e.getUTCMonth()];
								case "Year":
									return e.getUTCFullYear().toString()
							}
						}(e, i)
				}
				onScroll() {
					return this._onScroll
				}
				invalidateVisibleBars() {
					this._visibleBarsInvalidated = !0
				}
				onTimeScaleCompleted(e) {
					if (this._requestingMoreData = !1, this._endOfData = e, c.enabled(
							"fix_left_edge") && this._endOfData) {
						const e = this._points.firstIndex();
						null !== e && this.setLeftEdgeFix(e)
					}
					this._requestMoreData()
				}
				requestMoreHistoryPoints(e) {
					this._requestHistoryPoints(e)
				}
				_requestMoreData() {
					this._requestFutureTickmarksIfNeeded(), this._requestHistoryPointsIfNeeded()
				}
				_requestFutureTickmarksIfNeeded() {
					if (this.isEmpty() || !this._model.chartApi().isConnected().value()) return;
					const e = this.visibleBarsStrictRange();
					if (null === e) return;
					const t = e.lastBar() - Object(s.ensureNotNull)(this._points.lastIndex());
					if (t <= this._requestedTickmarksCount) return;
					const i = t - this._requestedTickmarksCount;
					this._requestedTickmarksCount = t, this._model.chartApi().requestMoreTickmarks(i)
				}
				_requestHistoryPointsIfNeeded() {
					if (this.isEmpty()) return;
					if (this._endOfData) return void E.logNormal(
						"Skipping loading more data due end of data state");
					const e = this.visibleBarsStrictRange();
					if (null === e) return;
					const t = Object(s.ensureNotNull)(this._points.firstIndex()) - e.firstBar();
					t <= 0 || this._requestHistoryPoints(t)
				}
				_requestHistoryPoints(e) {
					this._model.chartApi().isConnected().value() && (this._requestingMoreData ? E
						.logNormal("Skipping loading more data due active loading") : (this
							._requestingMoreData = !0, this._model.chartApi().requestMoreData(e)))
				}
				_updateVisibleBars() {
					const e = this._visibleBars;
					if (this.isEmpty()) return void(this._visibleBars.isValid() && (this._visibleBars =
						S.invalid(), this._visibleBarsChanged.fire(null, e.strictRange()),
						this._logicalRangeChanged.fire(null, e.logicalRange())));
					const t = this.baseIndex(),
						i = this.width() / this._barSpacing,
						s = this._rightOffset + t,
						r = s - i + 1;
					Number.isFinite(r) && Number.isFinite(s) ? (this._visibleBars = new S(new _(r, s),
							this._model.mainSeries().style()), p.BarsRange.compare(e.strictRange(),
							this._visibleBars.strictRange()) || this._visibleBarsChanged.fire(this
							._visibleBars.strictRange(), e.strictRange()), _.compare(e
							.logicalRange(), this._visibleBars.logicalRange()) || this
						._logicalRangeChanged.fire(this._visibleBars.logicalRange(), e
							.logicalRange())) : E.logWarn(
						`updateVisibleBars error: baseIndex: ${t}, barSpacing: ${this._barSpacing}, rightOffset: ${this._rightOffset}`
					)
				}
				_rightOffsetForCoordinate(e) {
					return (this._width - 1 - e) / this._barSpacing
				}
				_correctOffset() {
					const e = this.maxRightOffset();
					this._rightOffset > e && (this._rightOffset = e, this._visibleBarsInvalidated = !0);
					const t = this.minRightOffset();
					null !== t && this._rightOffset < t && (this._rightOffset = t, this
						._visibleBarsInvalidated = !0)
				}
				_tryToUpdateBarSpacing(e, t) {
					return e !== t && (this._visibleBarsInvalidated = !0, this._barSpacing = t, this
						._barSpacingChanged.fire(t), !0)
				}
				_coordinateToFloatIndex(e) {
					const t = this._rightOffsetForCoordinate(e),
						i = this.baseIndex() + this.rightOffset() - t;
					return Math.round(1e6 * i) / 1e6
				}
				_saveCommonTransitionsStartState() {
					this._commonTransitionStartState = {
						barSpacing: this.barSpacing(),
						rightOffset: this.rightOffset()
					}
				}
				_clearCommonTransitionsStartState() {
					this._commonTransitionStartState = null
				}
				_maxRightOffsetOnChanged() {
					this._maxRightOffsetChanged.fire(this.maxRightOffset())
				}
				_updateRightOffset(e) {
					const t = this._rightOffset;
					this._rightOffset = e, this._correctOffset(), this._rightOffset !== t && this
						._rightOffsetChanged.fire(this._rightOffset)
				}
			}
		},
		"23IT": function(e, t, i) {
			"use strict";
			var s, r;

			function n(e) {
				return "line" === e.type
			}

			function o(e) {
				return "shapes" === e.type
			}

			function a(e) {
				return "chars" === e.type
			}

			function l(e) {
				return "arrows" === e.type
			}

			function c(e) {
				return "dataoffset" === e.type
			}

			function h(e) {
				return "ohlc_open" === e.type
			}

			function u(e) {
				return "ohlc_high" === e.type
			}

			function d(e) {
				return "ohlc_low" === e.type
			}

			function p(e) {
				return "ohlc_close" === e.type
			}

			function _(e) {
				return h(e) || u(e) || d(e) || p(e)
			}

			function m(e) {
				return "colorer" === e.type
			}

			function f(e) {
				return "bar_colorer" === e.type
			}

			function g(e) {
				return "bg_colorer" === e.type
			}

			function b(e) {
				return "text_colorer" === e.type
			}

			function v(e) {
				return "ohlc_colorer" === e.type
			}

			function S(e) {
				return "wick_colorer" === e.type
			}

			function y(e) {
				return "border_colorer" === e.type
			}

			function w(e) {
				return "up_colorer" === e.type
			}

			function P(e) {
				return "down_colorer" === e.type
			}

			function C(e) {
				return "alertcondition" === e.type
			}

			function x(e) {
				return "Plot" !== e
			}

			function T(e) {
				return "ohlc_bars" === e.plottype
			}

			function I(e) {
				return "ohlc_candles" === e.plottype
			}

			function M(e) {
				return m(e) || f(e) || g(e) || c(e) || v(e) || C(e) || w(e) || P(e) || y(e) || S(e) || b(e)
			}

			function O(e) {
				return m(e) || b(e) || f(e) || c(e) || v(e) || S(e) || y(e) || w(e) || P(e) || C(e)
			}
			i.r(t), i.d(t, "LineStudyPlotStyle", (function() {
					return s
				})), i.d(t, "isLinePlot", (function() {
					return n
				})), i.d(t, "isShapesPlot", (function() {
					return o
				})), i.d(t, "isCharsPlot", (function() {
					return a
				})), i.d(t, "isArrowsPlot", (function() {
					return l
				})), i.d(t, "isDataOffsetPlot", (function() {
					return c
				})), i.d(t, "isOhlcOpenPlot", (function() {
					return h
				})), i.d(t, "isOhlcHighPlot", (function() {
					return u
				})), i.d(t, "isOhlcLowPlot", (function() {
					return d
				})), i.d(t, "isOhlcClosePlot", (function() {
					return p
				})), i.d(t, "isOhlcPlot", (function() {
					return _
				})), i.d(t, "isColorerPlot", (function() {
					return m
				})), i.d(t, "isBarColorerPlot", (function() {
					return f
				})), i.d(t, "isBgColorerPlot", (function() {
					return g
				})), i.d(t, "isTextColorerPlot", (function() {
					return b
				})), i.d(t, "isOhlcColorerPlot", (function() {
					return v
				})), i.d(t, "isCandleWickColorerPlot", (function() {
					return S
				})), i.d(t, "isCandleBorderColorerPlot", (function() {
					return y
				})), i.d(t, "isUpColorerPlot", (function() {
					return w
				})), i.d(t, "isDownColorerPlot", (function() {
					return P
				})), i.d(t, "isAlertConditionPlot", (function() {
					return C
				})), i.d(t, "isPlotTitleDefined", (function() {
					return x
				})), i.d(t, "isOhlcPlotStyleBars", (function() {
					return T
				})), i.d(t, "isOhlcPlotStyleCandles", (function() {
					return I
				})), i.d(t, "PlotSymbolSize", (function() {
					return r
				})), i.d(t, "isPlotWithTechnicalValues", (function() {
					return M
				})), i.d(t, "isNonVisualPlot", (function() {
					return O
				})),
				function(e) {
					e[e.Line = 0] = "Line", e[e.Histogram = 1] = "Histogram", e[e.Cross = 3] = "Cross", e[e
							.Area = 4] = "Area", e[e.Columns = 5] = "Columns", e[e.Circles = 6] = "Circles",
						e[e.LineWithBreaks = 7] = "LineWithBreaks", e[e.AreaWithBreaks = 8] =
						"AreaWithBreaks", e[e.StepLine = 9] = "StepLine", e[e.StepLineWithDiamonds = 10] =
						"StepLineWithDiamonds"
				}(s || (s = {})),
				function(e) {
					e.Auto = "auto", e.Tiny = "tiny", e.Small = "small", e.Normal = "normal", e.Large =
						"large", e.Huge = "huge"
				}(r || (r = {}))
		},
		"25b6": function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return n
			})), i.d(t, "d", (function() {
				return o
			})), i.d(t, "c", (function() {
				return a
			})), i.d(t, "a", (function() {
				return l
			}));
			const s = /[<"'&>]/g,
				r = e => `&#${e.charCodeAt(0)};`;

			function n(e) {
				return e.replace(s, r)
			}

			function o(e = "") {
				return e.replace(/(<([^>]+)>)/gi, "")
			}

			function a(e = "") {
				return e.replace(/\s+/g, "")
			}

			function l(e = "") {
				return e.replace(/\b\w/g, e => e.toUpperCase())
			}
		},
		"29fS": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PaneRendererBars", (function() {
				return n
			}));
			var s = i("Zp/P"),
				r = i("ExCE");
			class n extends r.a {
				constructor(e) {
					super(), this._bars = e.bars, this._barSpacing = e.barSpacing, this
						._dontDrawOpen = e.dontDrawOpen, this._thinBars = e.thinBars
				}
				draw(e, t) {
					e.save();
					const i = t.pixelRatio;
					if (this._barWidth = this._calcBarWidth(i), this._barWidth >= 2) {
						Math.max(1, Math.floor(i)) % 2 != this._barWidth % 2 && this._barWidth--
					}
					this._barLineWidth = this._thinBars ? Math.min(this._barWidth, Math.floor(i)) :
						this._barWidth;
					let s = null;
					const r = this._barLineWidth <= this._barWidth && this._barSpacing >= Math
						.floor(1.5 * t.pixelRatio);
					for (const t of this._bars) {
						s !== t.color && (e.fillStyle = t.color, s = t.color);
						const n = Math.floor(.5 * this._barLineWidth),
							o = Math.round(t.time * i),
							a = o - n,
							l = this._barLineWidth,
							c = a + l - 1,
							h = Math.min(t.high, t.low),
							u = Math.max(t.high, t.low),
							d = Math.round(h * i) - n,
							p = Math.round(u * i) + n,
							_ = Math.max(p - d, this._barLineWidth);
						e.fillRect(a, d, l, _);
						const m = Math.ceil(1.5 * this._barWidth);
						if (r) {
							const s = o - m,
								r = o + m,
								h = Math.min(a - s, r - c);
							if (!this._dontDrawOpen) {
								let r = Math.max(d, Math.round(t.open * i) - n),
									o = r + l - 1;
								o > d + _ - 1 && (o = d + _ - 1, r = o - l + 1), e.fillRect(s, r, h,
									o - r + 1)
							}
							let u = Math.max(d, Math.round(t.close * i) - n),
								p = u + l - 1;
							p > d + _ - 1 && (p = d + _ - 1, u = p - l + 1), e.fillRect(c + 1, u, h,
								p - u + 1)
						}
					}
					e.restore()
				}
				_getTolerance() {
					const e = this._calcBarWidth(1),
						t = this._thinBars ? Math.min(e, 1) : e;
					return Object(s.interactionTolerance)().series + t / 2
				}
				_getBarSpacing() {
					return this._barSpacing
				}
				_calcBarWidth(e) {
					const t = Math.floor(e);
					return Math.max(t, Math.floor(Object(s.optimalBarWidth)(this._barSpacing, e)))
				}
			}
		},
		"2EnG": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StandardPivotPointsImageCache", (function() {
				return n
			}));
			var s = i("ikwP"),
				r = i("Eyy1");
			class n {
				constructor(e, t, i, r) {
					this._priceAxisFontSize = 11, this._prices = [], this._labelWidth = 0, this
						._paneRenderParams = e, this._recreateCanvasAndContext(new s.Size(0, 0)), this
						.reset({
							font: t,
							fontSize: i,
							backColors: r
						})
				}
				destroy() {
					delete this._canvas, delete this._cache
				}
				canvas() {
					return this._canvas
				}
				reset(e) {
					this._renderParams = e, this._prices = [], this._cache.font = e.fontSize + "px " + e
						.font, this._labelWidth = ["P", "S1", "R1", "S2", "R2", "S3", "R3", "S4", "R4",
							"S5", "R5", "/"
						].reduce((e, t) => {
							const i = this._cache.measureText(t).width;
							return Math.max(i, e)
						}, 0)
				}
				rowHeight() {
					return this._priceAxisFontSize + 4
				}
				labelRectByIndex(e) {
					return {
						left: 0,
						top: Math.round(this._topByIndex(e)),
						width: Math.round(this._labelWidth + 4),
						height: Math.round(this._renderParams.fontSize + 8)
					}
				}
				setPrices(e) {
					let t = !1;
					const i = (e, t) => {
						const i = void 0 === e,
							s = void 0 === t;
						return (!i && !s || i === s) && Object(r.ensureDefined)(e).formatted ===
							Object(r.ensureDefined)(t).formatted
					};
					if (e.length !== this._prices.length) t = !0;
					else
						for (let s = 0; s < this._prices.length; s++)
							if (!i(this._prices[s], e[s])) {
								t = !0;
								break
							} if (t) {
						const t = this._labelWidth + 6,
							i = this._renderParams.fontSize,
							r = Math.max(e.length, 22) * (i + 8);
						this._recreateCanvasAndContext(new s.Size(t, r)), this._prices = e, this._cache
							.save(), Object(s.drawScaled)(this._cache, this._paneRenderParams
								.pixelRatio, () => {
									this._cache.translate(.5, .5),
										this._cache.font = this._renderParams.fontSize + "px " + this
										._renderParams.font, this._cache.textBaseline = "middle";
									for (let e = 0; e < this._prices.length; e++) {
										if (!this._prices[e]) continue;
										const t = ["P", "S1", "R1", "S2", "R2", "S3", "R3", "S4", "R4",
											"S5", "R5"
										][e];
										this._cache.fillStyle = this._renderParams.backColors[e], this
											._cache.fillText(t, 0, this._centerByIndex(e)), this._cache
											.fillText("/", 0, this._centerByIndex(e + 11))
									}
								}), this._cache.restore(), this._prices = e
					}
				}
				_recreateCanvasAndContext(e) {
					this._canvas = document.createElement("canvas"), this._canvas.width = e.w * this
						._paneRenderParams.pixelRatio, this._canvas.height = e.h * this
						._paneRenderParams.pixelRatio, this._cache = Object(r.ensureNotNull)(this
							._canvas.getContext("2d"))
				}
				_centerByIndex(e) {
					return Math.round((e + .5) * (this._renderParams.fontSize + 8))
				}
				_topByIndex(e) {
					return Math.round(e * (this._renderParams.fontSize + 8))
				}
			}
		},
		"2bPF": function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("7KDR").Action,
				n = i("Ocx9").DefaultProperty,
				o = i("k9/m").PlotRowSearchMode,
				a = i("Ye2/").LineToolBarsPatternMode;
			class l extends s {
				constructor(e, t) {
					var s = t || l.createProperties();
					super(e, s), s.mirrored.listeners().subscribe(this, l.prototype.mirror), s.flipped
						.listeners().subscribe(this, l.prototype.flip), this._scaleCoeff = 1, this
						.version = l.version, this._pattern = [], this._properties.mode.listeners()
						.subscribe(this, l.prototype.onModeChanged), i.e("lt-pane-views").then(i.t.bind(
							null, "c6sA", 7)).then(({
							BarsPatternPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				isSynchronizable() {
					return !1
				}
				onModeChanged() {
					var e = this.patternPriceDiff();
					e *= this._pressCoeff, this._points[1].price = this._timePoint[1].price = this
						._points[0].price + e
				}
				additionalActions(e) {
					var t = this;
					return [new r({
						checked: this.properties().mirrored.value(),
						checkable: !0,
						label: window.t("Mirrored"),
						payload: {
							target: this
						},
						onExecute: function(t) {
							var i = t.getPayload().target;
							e.setProperty(i.properties().mirrored, !i.properties()
									.mirrored.value(), "Bats Pattern Mirroring"), i
								.updateAllViews(), i._model.updateSource(i)
						}
					}), new r({
						checked: this.properties().flipped.value(),
						checkable: !0,
						label: window.t("Flipped"),
						payload: {
							target: this
						},
						onExecute: function(t) {
							var i = t.getPayload().target;
							e.setProperty(i.properties().flipped, !i.properties()
									.flipped.value(), "Bats Pattern Flipping"), i
								.updateAllViews(), i._model.updateSource(i)
						}
					}), new r({
						checkable: !0,
						label: window.t("Restore Size"),
						onExecute: function(i) {
							var s = t.points()[0],
								r = t.patternPriceDiff(),
								n = s.price + r,
								o = s.index + t._pattern.length - 1;
							e.startChangingLinetool(t, {
								price: n,
								index: o
							}, 1, {}), e.changeLinePoint({
								price: n,
								index: o
							}, {}), e.endChangingLinetool()
						}
					})]
				}
				pointsCount() {
					return 2
				}
				_preparePoint(e, t) {
					e = this._alignPointToRangeOfActualData(e);
					var i = this._model.mainSeries();
					this.properties().mode.value() === a.Bars ? e.price = i.bars().valueAt(e.index)[
						TradingView.HIGH_PLOT] : e.price = i.bars().valueAt(e.index)[TradingView
						.CLOSE_PLOT];
					var r = this.priceScale(),
						n = this.ownerSource().firstValue(),
						o = .05 * r.height(),
						l = r.priceToCoordinate(e.price, n) - o;
					return e.price = r.coordinateToPrice(l, n), s.prototype._preparePoint.call(this, e,
						t)
				}
				state(e) {
					var t = s.prototype.state.call(this, e);
					return t.pattern = this._pattern, t
				}
				restoreData(e) {
					e.pattern && (this._pattern = e.pattern)
				}
				name() {
					return "Bars Pattern"
				}
				hasEditableCoordinates() {
					return !1
				}
				cloneData(e) {
					this._pattern = TradingView.clone(e._pattern)
				}
				mirror() {
					for (var e = this._pattern, t = e[0][TradingView.HIGH_PLOT], i = Math.min(e[0][
							TradingView.LOW_PLOT
						], e[0][TradingView.HIGH_PLOT]), s = Math.max(e[0][TradingView.LOW_PLOT], e[
							0][TradingView.HIGH_PLOT]), r = 1; r < e.length; r++) i = Math.min(i, e[r][
						TradingView.LOW_PLOT
					]), s = Math.max(s, e[r][TradingView.HIGH_PLOT]);
					if (i < s) {
						var n = (i + s) / 2,
							o = function(e) {
								return n - (e - n)
							};
						for (r = 0; r < e.length; r++) e[r][TradingView.HIGH_PLOT] = o(e[r][TradingView
							.HIGH_PLOT
						]), e[r][TradingView.LOW_PLOT] = o(e[r][TradingView.LOW_PLOT]), e[r][
							TradingView.OPEN_PLOT
						] = o(e[r][TradingView.OPEN_PLOT]), e[r][TradingView.CLOSE_PLOT] = o(e[r][
							TradingView.CLOSE_PLOT
						])
					}
					var a = e[0][TradingView.HIGH_PLOT] - t,
						l = e[e.length - 1][TradingView.LOW_PLOT] - e[0][TradingView.HIGH_PLOT];
					this._points[0].price += a, this._points[1].price = this._points[0].price + l, this
						.updateAllViews()
				}
				flip() {
					this._points[0].price = this._points[1].price;
					for (var e = 0; e < this._pattern.length / 2; e++) {
						var t = this._pattern[e];
						this._pattern[e] = this._pattern[this._pattern.length - e - 1], this._pattern[
							this._pattern.length - e - 1] = t
					}
					var i = this._pattern[this._pattern.length - 1][TradingView.LOW_PLOT] - this
						._pattern[0][TradingView.HIGH_PLOT];
					this._points[1].price = this._points[0].price + i, this.updateAllViews()
				}
				firstPatternPrice() {
					var e = parseInt(this.properties().mode.value(), 10);
					if (e === a.LineHL2) return (this._pattern[0][TradingView.HIGH_PLOT] + this
						._pattern[0][TradingView.LOW_PLOT]) / 2;
					var t = {
						0: TradingView.HIGH_PLOT,
						1: TradingView.CLOSE_PLOT,
						2: TradingView.OPEN_PLOT,
						3: TradingView.OPEN_PLOT,
						4: TradingView.HIGH_PLOT,
						5: TradingView.LOW_PLOT
					} [e];
					return this._pattern[0][t]
				}
				lastPatternPrice() {
					var e = parseInt(this.properties().mode.value(), 10);
					if (e === a.LineHL2) return (this._pattern[this._pattern.length - 1][TradingView
						.HIGH_PLOT
					] + this._pattern[this._pattern.length - 1][TradingView.LOW_PLOT]) / 2;
					var t = {
						0: TradingView.LOW_PLOT,
						1: TradingView.CLOSE_PLOT,
						2: TradingView.CLOSE_PLOT,
						3: TradingView.OPEN_PLOT,
						4: TradingView.HIGH_PLOT,
						5: TradingView.LOW_PLOT
					} [e];
					return this._pattern[this._pattern.length - 1][t]
				}
				patternPriceDiff() {
					return this.lastPatternPrice() - this.firstPatternPrice()
				}
				pressCoeff() {
					var e = this.patternPriceDiff(),
						t = this.points()[0].price,
						i = (this.points()[1].price - t) / e;
					return this._pressCoeff = i, i
				}
				addPoint(e, t) {
					var i = s.prototype.addPoint.call(this, e, t, !0);
					if (i) {
						var r = Math.min(this.points()[0].index, this.points()[1].index),
							n = Math.max(this.points()[0].index, this.points()[1].index),
							a = this._model.mainSeries().nearestIndex(r, o.NearestRight),
							l = this._model.mainSeries().nearestIndex(n, o.NearestLeft);
						this.points()[0].index > this.points()[1].index && (this._points[0].price = this
							._points[1].price), this._pattern = [];
						for (var c = a; c <= l; c++) {
							var h = this._model.mainSeries().data().valueAt(c);
							this._pattern.push(TradingView.clone(h))
						}
						if (this._pattern.length > 0) {
							var u = this.patternPriceDiff();
							this._points[1].price = this._points[0].price + u,
								this._points[1].index = this._points[0].index + (l - a), this
								.normalizePoints(), this.createServerPoints()
						}
					}
					return i
				}
				setPoint(e, t, i) {
					1 === e && t.index <= this._points[0].index && (t.index = this._points[0].index +
						1), 0 === e && t.index >= this._points[1].index && (t.index = this._points[
							1]
						.index - 1), super.setPoint(e, t, i)
				}
				migrateVersion(e, t, i) {
					if (1 === e && this._pattern.length > 0) {
						var s = this.patternPriceDiff();
						2 === this._timePoint.length && (this._timePoint[1].price = this._timePoint[0]
							.price + s), 2 === this._points.length && (this._points[1].price = this
							._points[0].price + s)
					}
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "8ioM")))
						.BarsPatternDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new n("linetoolbarspattern", e);
					return l._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e), e.addExclusion("mirrored"), e.addExclusion("flipped")
				}
			}
			l.version = 2, t.LineToolBarsPattern = l
		},
		"2cgs": function(e, t, i) {
			"use strict";
			var s = i("ocLq");
			JSServer.studyLibrary = [{
				name: "Accumulation/Distribution",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#2196F3"
							}
						},
						inputs: {}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "Plot",
							histogramBase: 0,
							joinPoints: !1
						}
					},
					description: "Accumulation/Distribution",
					shortDescription: "Accum/Dist",
					is_price_study: !1,
					inputs: [],
					id: "Accumulation/Distribution@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Accumulation/Distribution",
					format: {
						type: "volume"
					}
				},
				constructor: function() {
					this.f_0 = function(e, t, i, r) {
						return s.Std.or(s.Std.and(s.Std.eq(e, t), s.Std.eq(e, i)), s.Std.eq(
							t, i)) ? 0 : (2 * e - i - t) / (t - i) * r
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this.f_0(s.Std.close(this._context), s.Std.high(this
							._context), s.Std.low(this._context), s.Std.volume(this
							._context));
						return [s.Std.cum(i, this._context)]
					}
				}
			}, {
				name: "Accumulative Swing Index",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#2196F3"
							}
						},
						inputs: {
							in_0: 10
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "ASI",
							histogramBase: 0,
							joinPoints: !1
						}
					},
					description: "Accumulative Swing Index",
					shortDescription: "ASI",
					is_price_study: !1,
					inputs: [{
						id: "in_0",
						name: "Limit Move Value",
						defval: 10,
						type: "float",
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				},
				constructor: function() {
					this.main = function(e, t) {
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						this._context = e, this._input = t;
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					description: "Awesome Oscillator",
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						max: 1e4
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							c = s.Std.stdev(l, r, this._context),
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						inputs: {
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							a = s.Std.sma(o, r, this._context),
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							c = s.Std.stdev(l, r, this._context),
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					isTVScript: !1,
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					inputs: [{
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					inputs: [{
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						max: 2e3
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				constructor: function() {
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					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._input(0),
							r = this._input(1),
							n = s.Std.accdist(this._context),
							o = this._context.new_var(n),
							a = s.Std.ema(o, i, this._context),
							l = this._context.new_var(n),
							c = s.Std.ema(l, r, this._context);
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					}
				}
			}, {
				name: "Chaikin Volatility",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
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					scriptIdPart: "",
					name: "Chaikin Volatility",
					description: "Chaikin Volatility",
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					defaults: {
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								linewidth: 1,
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						},
						bands: [{
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							rocLookback: 10
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					styles: {
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						type: "integer",
						name: "Periods"
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						type: "integer",
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				},
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					this.init = function(e, t) {
						this._context = e, this._input = t, this.period = this._input(0),
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						this._context = e, this._input = t, this._context
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						inputs: {
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							title: "Short",
							histogramBase: 0,
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					},
					description: "Chande Kroll Stop",
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					is_price_study: !0,
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						name: "x",
						defval: 1,
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						min: 1,
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				constructor: function() {
					this.f_0 = function(e, t, i) {
						return e - t * i
					}, this.f_1 = function(e, t, i) {
						return e + t * i
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._input(0),
							r = this._input(1),
							n = this._input(2),
							o = s.Std.high(this._context),
							a = this._context.new_var(o),
							l = s.Std.highest(a, i, this._context),
							c = s.Std.atr(i, this._context),
							h = this.f_0(l, r, c),
							u = this._context.new_var(o),
							d = s.Std.lowest(u, i, this._context),
							p = this.f_1(d, r, c),
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							m = s.Std.highest(_, n, this._context),
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				name: "Chande Momentum Oscillator",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
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								linewidth: 1,
								plottype: 0,
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								color: "#2196F3"
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						},
						inputs: {
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					},
					plots: [{
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						type: "line"
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					},
					description: "Chande Momentum Oscillator",
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					is_price_study: !1,
					inputs: [{
						id: "in_0",
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						defval: 9,
						type: "integer",
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						max: 2e3
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					id: "Chande Momentum Oscillator@tv-basicstudies-1",
					scriptIdPart: "",
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						type: "price",
						precision: 2
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				},
				constructor: function() {
					this.f_0 = function(e) {
							return s.Std.ge(e, 0) ? e : 0
						},
						this.f_1 = function(e) {
							return s.Std.ge(e, 0) ? 0 : -e
						}, this.f_2 = function(e, t) {
							return 100 * e / t
						}, this.f_3 = function(e, t) {
							return this.f_2(e - t, e + t)
						}, this.main = function(e, t) {
							this._context = e, this._input = t;
							var i = this._input(0),
								r = s.Std.close(this._context),
								n = this._context.new_var(r),
								o = s.Std.change(n),
								a = this.f_0(o),
								l = this.f_1(o),
								c = this._context.new_var(a),
								h = s.Std.sum(c, i, this._context),
								u = this._context.new_var(l),
								d = s.Std.sum(u, i, this._context);
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				}
			}, {
				name: "Chop Zone",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
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								linewidth: 1,
								plottype: 5,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#000080"
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						palettes: {
							palette_0: {
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										color: "#26C6DA",
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									1: {
										color: "#43A047",
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										style: 0
									},
									2: {
										color: "#A5D6A7",
										width: 1,
										style: 0
									},
									3: {
										color: "#009688",
										width: 1,
										style: 0
									},
									4: {
										color: "#D50000",
										width: 1,
										style: 0
									},
									5: {
										color: "#E91E63",
										width: 1,
										style: 0
									},
									6: {
										color: "#FF6D00",
										width: 1,
										style: 0
									},
									7: {
										color: "#FFB74D",
										width: 1,
										style: 0
									},
									8: {
										color: "#FDD835",
										width: 1,
										style: 0
									}
								}
							}
						},
						inputs: {}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}, {
						id: "plot_1",
						palette: "palette_0",
						target: "plot_0",
						type: "colorer"
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					styles: {
						plot_0: {
							title: "Plot",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						}
					},
					description: "Chop Zone",
					shortDescription: "Chop Zone",
					is_price_study: !1,
					palettes: {
						palette_0: {
							colors: {
								0: {
									name: "Color 0"
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								1: {
									name: "Color 1"
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								2: {
									name: "Color 2"
								},
								3: {
									name: "Color 3"
								},
								4: {
									name: "Color 4"
								},
								5: {
									name: "Color 5"
								},
								6: {
									name: "Color 6"
								},
								7: {
									name: "Color 7"
								},
								8: {
									name: "Color 8"
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							},
							valToIndex: {
								0: 0,
								1: 1,
								2: 2,
								3: 3,
								4: 4,
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								6: 6,
								7: 7,
								8: 8
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						}
					},
					inputs: [],
					id: "chop_zone@tv-basicstudies-1",
					scriptIdPart: "",
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					format: {
						precision: 0,
						type: "price"
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				},
				constructor: function() {
					this.f_0 = function() {
						var e = s.Std.close(this._context),
							t = s.Std.hlc3(this._context),
							i = this._context.new_var(s.Std.high(this._context)),
							r = s.Std.highest(i, 30, this._context),
							n = s.Std.lowest(i, 30, this._context),
							o = 25 / (r - n) * n,
							a = this._context.new_var(e),
							l = this._context.new_var(s.Std.ema(a, 34, this._context)),
							c = (l.get(1) - l.get(0)) / t * o,
							h = s.Std.sqrt(1 + c * c),
							u = s.Std.round(180 * s.Std.acos(1 / h) / 3.141592653589793),
							d = s.Std.iff(s.Std.gt(c, 0), -u, u),
							p = s.Std.and(s.Std.gt(d, -2.14), s.Std.le(d, -.71)) ? 7 : 8,
							_ = s.Std.and(s.Std.gt(d, -3.57), s.Std.le(d, -2.14)) ? 6 : p,
							m = s.Std.and(s.Std.gt(d, -5), s.Std.le(d, -3.57)) ? 5 : _,
							f = s.Std.le(d, -5) ? 4 : m,
							g = s.Std.and(s.Std.lt(d, 2.14), s.Std.ge(d, .71)) ? 3 : f,
							b = s.Std.and(s.Std.lt(d, 3.57), s.Std.ge(d, 2.14)) ? 2 : g,
							v = s.Std.and(s.Std.lt(d, 5), s.Std.ge(d, 3.57)) ? 1 : b;
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				},
				constructor: function() {
					this.f_0 = function(e, t, i, r) {
						return 100 * s.Std.log10(e / (t - i)) / r
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._input(0),
							r = s.Std.atr(1, this._context),
							n = this._context.new_var(r),
							o = s.Std.sum(n, i, this._context),
							a = s.Std.high(this._context),
							l = this._context.new_var(a),
							c = s.Std.highest(l, i, this._context),
							h = s.Std.low(this._context),
							u = this._context.new_var(h),
							d = s.Std.lowest(u, i, this._context),
							p = s.Std.log10(i);
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				}
			}, {
				name: "Commodity Channel Index",
				metainfo: {
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							smoothedMA: {
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						smoothedMA: {
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					description: "Commodity Channel Index",
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					inputs: [{
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						type: "integer",
						min: 1,
						max: 2e3
					}, {
						id: "smoothingLine",
						name: "Smoothing Line",
						defval: "SMA",
						type: "text",
						options: ["SMA", "EMA", "WMA"]
					}, {
						id: "smoothingLength",
						name: "Smoothing Length",
						defval: 20,
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						min: 1,
						max: 1e4
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				},
				constructor: function() {
					this.f_0 = function(e, t, i) {
						return (e - t) / (.015 * i)
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = s.Std.hlc3(this._context),
							r = this._input(0),
							n = this._input(1),
							o = this._input(2);
						this._context.setMinimumAdditionalDepth(r + o);
						var a, l = this._context.new_var(i),
							c = s.Std.sma(l, r, this._context),
							h = this._context.new_var(i),
							u = s.Std.dev(h, r, this._context),
							d = this.f_0(i, c, u),
							p = this._context.new_var(d);
						return "EMA" === n ? a = s.Std.ema(p, o, this._context) : "WMA" ===
							n ? a = s.Std.wma(p, o, this._context) : "SMA" === n && (a = s
								.Std.sma(p, o, this._context)), [d, a]
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				}
			}, {
				name: "Connors RSI",
				metainfo: {
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					isTVScriptStub: !1,
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						bands: [{
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					description: "Connors RSI",
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						type: "integer",
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						id: "in_2",
						name: "ROC Length",
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						type: "integer",
						min: 1
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				},
				constructor: function() {
					var e;
					this.f_1 = function(e, t, i) {
						var r = i.new_var(s.Std.max(s.Std.change(e), 0));
						return s.Std.rma(r, t, i)
					}, this.f_2 = function(e, t, i) {
						var r = i.new_var(-s.Std.min(s.Std.change(e), 0));
						return s.Std.rma(r, t, i)
					}, this.f_3 = (e = 0, function(t) {
						var i = t.get(0),
							r = t.get(1);
						return e = i === r ? 0 : i > r ? s.Std.nz(e) <= 0 ? 1 : s.Std
							.nz(e) + 1 : s.Std.nz(e) >= 0 ? -1 : s.Std.nz(e) - 1, this
							._context.new_var(e)
					}), this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = s.Std.close(this._context),
							r = this._context.new_var(i),
							n = this._input(0),
							o = this._input(1),
							a = this._input(2);
						this._context.setMinimumAdditionalDepth(a);
						var l = s.Std.rsi(this.f_1(r, n, this._context), this.f_2(r, n, this
								._context)),
							c = this.f_3(r),
							h = s.Std.rsi(this.f_1(c, o, this._context), this.f_2(c, o, this
								._context)),
							u = this._context.new_var(s.Std.roc(r, 1)),
							d = s.Std.percentrank(u, a);
						return [s.Std.avg(l, h, d)]
					}
				}
			}, {
				name: "Coppock Curve",
				metainfo: {
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						inputs: {
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					},
					description: "Coppock Curve",
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					inputs: [{
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						id: "in_1",
						name: "Long RoC Length",
						defval: 14,
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						min: 1,
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						id: "in_2",
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				},
				constructor: function() {
					this.f_0 = function(e, t) {
						return e + t
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._input(0),
							r = this._input(1),
							n = this._input(2);
						this._context.setMinimumAdditionalDepth(i + Math.max(r, n));
						var o = s.Std.close(this._context),
							a = this._context.new_var(o),
							l = s.Std.roc(a, r),
							c = this._context.new_var(o),
							h = s.Std.roc(c, n),
							u = this.f_0(l, h),
							d = this._context.new_var(u);
						return [s.Std.wma(d, i, this._context)]
					}
				}
			}, {
				name: "Correlation Coeff",
				metainfo: {
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						},
						inputs: {
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					},
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "Plot",
							histogramBase: 0,
							joinPoints: !1
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					},
					description: "Correlation Coefficient",
					shortDescription: "CC",
					is_price_study: !1,
					inputs: [{
						id: "in_0",
						name: "sym",
						defval: "AAPL",
						type: "symbol"
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						id: "in_1",
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						defval: 20,
						type: "integer",
						min: 1,
						max: 2e3
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				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._input = t, this._context.new_sym(this
							._input(0), s.Std.period(this._context))
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._context.new_unlimited_var(this._context.symbol.time),
							r = (this._input(0), s.Std.period(this._context), s.Std.close(
								this._context)),
							n = this._input(1);
						this._context.select_sym(1);
						var o = this._context.new_unlimited_var(this._context.symbol.time),
							a = s.Std.close(this._context),
							l = this._context.new_unlimited_var(a);
						this._context.select_sym(0);
						var c = l.adopt(o, i, 0),
							h = this._context.new_var(r),
							u = this._context.new_var(c);
						return [s.Std.correlation(h, u, n, this._context)]
					}
				}
			}, {
				name: "Correlation - Log",
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					name: "Correlation - Log",
					description: "Correlation - Log",
					shortDescription: "Correlation - Log",
					plots: [{
						id: "plot_0",
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					defaults: {
						styles: {
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								color: "#2196F3"
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						},
						inputs: {
							instrument: "INTC",
							instrument2: "AMZN",
							periods: 25
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					},
					styles: {
						plot_0: {
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					},
					inputs: [{
						id: "instrument",
						name: "Instrument 1",
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						confirm: !0
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						id: "instrument2",
						name: "Instrument 2",
						type: "symbol",
						defval: "AMZN",
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						id: "periods",
						name: "Periods",
						type: "integer",
						defval: 25
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					format: {
						precision: 2,
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				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._input = t, this._context.new_sym(this
								._input(0), s.Std.period(this._context)), this._context
							.new_sym(this._input(1), s.Std.period(this._context)), this
							.period = this._input(2)
					}, this.correlationLog = function(e, t, i, r) {
						var n = s.Std.sma(e, i, r),
							o = s.Std.sma(t, i, r),
							a = r.new_var(e.get() * t.get());
						return (s.Std.sma(a, i, r) - n * o) / Math.sqrt(s.Std.variance2(e,
							n, i) * s.Std.variance2(t, o, i))
					}, this.main = function(e, t) {
						this._context = e, this._input = t, this._context.select_sym(1);
						var i = this._context.new_var(this._context.symbol.time);
						this._context.select_sym(2);
						var r = this._context.new_var(s.Std.close(this._context)),
							n = this._context.new_var(s.Std.log(r.get() / r.get(1))),
							o = this._context.new_var(this._context.symbol.time);
						this._context.select_sym(1);
						var a = this._context.new_var(s.Std.close(this._context)),
							l = this._context.new_var(s.Std.log(a.get() / a.get(1))),
							c = this._context.new_var(n.adopt(o, i, 0)),
							h = this.correlationLog(l, c, this.period, this._context);
						return [s.Std.round(1e3 * h) / 1e3]
					}
				}
			}, {
				name: "Detrended Price Oscillator",
				metainfo: {
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						},
						bands: [{
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						inputs: {
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					},
					plots: [{
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					styles: {
						plot_0: {
							title: "DPO",
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					},
					description: "Detrended Price Oscillator",
					shortDescription: "DPO",
					is_price_study: !1,
					is_hidden_study: !1,
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					bands: [{
						id: "hline_0",
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					inputs: [{
						id: "in_0",
						name: "Period",
						defval: 21,
						type: "integer",
						min: 1,
						max: 1e12
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						id: "in_1",
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				},
				constructor: function() {
					this.f_0 = function() {
						var e = this._input(0),
							t = this._input(1),
							i = Math.floor(e / 2 + 1);
						this._context.setMinimumAdditionalDepth(e + i);
						var r = this._context.new_var(s.Std.close(this._context)),
							n = this._context.new_var(s.Std.sma(r, e, this._context)),
							o = this._context.new_var(s.Std.close(this._context)).get(i) -
							n,
							a = s.Std.close(this._context) - n.get(i);
						return [t ? o : a, t ? -i : 0]
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this.f_0();
						return [{
							value: i[0],
							offset: i[1]
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					}
				}
			}, {
				name: "Directional Movement Index",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
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								linewidth: 1,
								plottype: 0,
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								visible: !0,
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					name: "Standard Error Bands",
					description: "Standard Error Bands",
					shortDescription: "Standard Error Bands",
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						id: "plot_0",
						type: "line"
					}, {
						id: "plot_1",
						type: "line"
					}, {
						id: "plot_2",
						type: "line"
					}],
					defaults: {
						styles: {
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								visible: !0,
								linewidth: 1,
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								visible: !0
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						},
						inputs: {
							periods: 21,
							errors: 2,
							method: "Simple",
							averagePeriods: 3
						}
					},
					styles: {
						plot_0: {
							title: "Plot 1"
						},
						plot_1: {
							title: "Plot 2"
						},
						plot_2: {
							title: "Plot 3"
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					},
					filledAreas: [{
						id: "fill_0",
						objAId: "plot_0",
						objBId: "plot_2",
						type: "plot_plot",
						title: "Background"
					}],
					inputs: [{
						id: "periods",
						type: "integer",
						name: "Periods"
					}, {
						id: "errors",
						type: "float",
						name: "Standard Errors"
					}, {
						id: "method",
						name: "Method",
						type: "text",
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						id: "averagePeriods",
						type: "integer",
						name: "Averaging Periods"
					}],
					format: {
						type: "inherit"
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				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._input = t, this.period = this._input(0),
							this.errorDeviation = this._input(1), this.maMethod = this
							._input(2), this.averagePeriod = this._input(3)
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						for (var i, r, n = this._context.new_var(s.Std.close(this
								._context)), o = 0, a = 0, l = 0; l < this.period; l++) o +=
							l + 1, a += n.get(l);
						i = o / this.period, r = a / this.period;
						var c = 0,
							h = 0,
							u = 0;
						for (l = 0; l < this.period; l++) u += Math.pow(r - n.get(l), 2),
							h += (i - l - 1) * (r - n.get(l)), c += Math.pow(i - l - 1, 2);
						h = Math.pow(h, 2);
						var d, p, _, m = Math.sqrt((u - h / c) / (this.period - 2)),
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							g = this._context.new_var(f + this.errorDeviation * m),
							b = this._context.new_var(f),
							v = this._context.new_var(f - this.errorDeviation * m);
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								.averagePeriod, this._context), p = s.Std.sma(b, this
								.averagePeriod, this._context), _ = s.Std.sma(v, this
								.averagePeriod, this._context)) : "Exponential" === this
							.maMethod ? (d = s.Std.ema(g, this.averagePeriod, this
								._context), p = s.Std.ema(b, this.averagePeriod, this
								._context), _ = s.Std.ema(v, this.averagePeriod, this
								._context)) : (d = s.Std.wma(g, this.averagePeriod, this
								._context), p = s.Std.wma(b, this.averagePeriod, this
								._context), _ = s.Std.wma(v, this.averagePeriod, this
								._context)), [d, p, _]
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				}
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							linewidth: 1,
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							value: -.75
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							linewidth: 1,
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						plot_1: {
							title: "Trigger",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
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					},
					description: "Fisher Transform",
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					is_price_study: !1,
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						id: "hline_1",
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					}, {
						id: "hline_2",
						name: "Level",
						isHidden: !1
					}, {
						id: "hline_3",
						name: "Level",
						isHidden: !1
					}, {
						id: "hline_4",
						name: "Level",
						isHidden: !1
					}],
					inputs: [{
						id: "in_0",
						name: "Length",
						defval: 9,
						type: "integer",
						min: 1,
						max: 1e12
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					id: "fisher_transform@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Fisher Transform",
					format: {
						precision: 2,
						type: "price"
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				},
				constructor: function() {
					this.f_0 = function(e) {
						var t = s.Std.lt(e, -.99) ? -.999 : e;
						return [s.Std.gt(e, .99) ? .999 : t]
					}, this.f_1 = function() {
						var e = this._input(0),
							t = this._context.new_var(s.Std.hl2(this._context)),
							i = s.Std.highest(t, e, this._context),
							r = this._context.new_var(s.Std.hl2(this._context)),
							n = s.Std.lowest(r, e, this._context),
							o = this._context.new_var(),
							a = this.f_0(.66 * ((s.Std.hl2(this._context) - n) / s.Std.max(
								i - n, .001) - .5) + .67 * s.Std.nz(o.get(1)));
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						l.set(.5 * s.Std.log((1 + o.get(0)) / s.Std.max(1 - o.get(0),
							.001)) + .5 * s.Std.nz(l.get(1)));
						var c = l.get(1);
						return [l.get(0), c]
					}, this.main = function(e, t) {
						return this._context = e, this._input = t, this.f_1()
					}
				}
			}, {
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						inputs: {
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					},
					plots: [{
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					styles: {
						plot_0: {
							title: "Plot",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
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					},
					description: "Historical Volatility",
					shortDescription: "HV",
					is_price_study: !1,
					inputs: [{
						id: "in_0",
						name: "length",
						defval: 10,
						type: "integer",
						min: 1,
						max: 1e12
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					id: "historical_volatility@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Historical Volatility",
					format: {
						precision: 2,
						type: "price"
					}
				},
				constructor: function() {
					this.f_0 = function() {
						var e = this._input(0),
							t = s.Std.or(s.Std.isintraday(this._context), s.Std.and(s.Std
								.isdaily(this._context), s.Std.eq(s.Std.interval(this
									._context), 1))) ? 1 : 7,
							i = this._context.new_var(s.Std.close(this._context)),
							r = this._context.new_var(s.Std.log(s.Std.close(this._context) /
								i.get(1)));
						return [100 * s.Std.stdev(r, e, this._context) * s.Std.sqrt(365 /
							t)]
					}, this.main = function(e, t) {
						return this._context = e, this._input = t, this.f_0()
					}
				}
			}, {
				name: "Hull MA",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
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								linewidth: 1,
								plottype: 0,
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								transparency: 0,
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								color: "#2196F3"
							}
						},
						inputs: {
							in_0: 9
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "Plot",
							histogramBase: 0,
							joinPoints: !1
						}
					},
					description: "Hull Moving Average",
					shortDescription: "HMA",
					is_price_study: !0,
					inputs: [{
						id: "in_0",
						name: "length",
						defval: 9,
						type: "integer",
						min: 1,
						max: 1e4
					}],
					id: "Hull MA@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Hull MA",
					format: {
						type: "inherit"
					}
				},
				constructor: function() {
					this.f_0 = function(e, t) {
						return 2 * e - t
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = s.Std.close(this._context),
							r = this._input(0),
							n = r / 2;
						this._context.setMinimumAdditionalDepth(Math.ceil(r + n));
						var o = this._context.new_var(i),
							a = s.Std.wma(o, n, this._context),
							l = this._context.new_var(i),
							c = s.Std.wma(l, r, this._context),
							h = this.f_0(a, c),
							u = s.Std.sqrt(r),
							d = s.Std.round(u),
							p = this._context.new_var(h);
						return [s.Std.wma(p, d, this._context)]
					}
				}
			}, {
				name: "Ichimoku Cloud",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
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								linewidth: 1,
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								linewidth: 1,
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								color: "#000080",
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							in_1: 26,
							in_2: 52,
							in_3: 26
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					plots: [{
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						type: "line"
					}, {
						id: "plot_1",
						type: "line"
					}, {
						id: "plot_2",
						type: "line"
					}, {
						id: "plot_3",
						type: "line"
					}, {
						id: "plot_4",
						type: "line"
					}, {
						id: "plot_5",
						palette: "palette_0",
						target: "fill_0",
						type: "colorer"
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					styles: {
						plot_0: {
							title: "Conversion Line",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
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						plot_1: {
							title: "Base Line",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						},
						plot_2: {
							title: "Lagging Span",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						},
						plot_3: {
							title: "Lead 1",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						},
						plot_4: {
							title: "Lead 2",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						}
					},
					description: "Ichimoku Cloud",
					shortDescription: "Ichimoku",
					is_price_study: !0,
					is_hidden_study: !1,
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					inputs: [{
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						defval: 26,
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						min: 1,
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						id: "in_2",
						name: "Lagging Span 2 Periods",
						defval: 52,
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						min: 1,
						max: 1e12
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				constructor: function() {
					this.donchian = function(e) {
						var t = this._context.new_var(s.Std.low(this._context)),
							i = this._context.new_var(s.Std.high(this._context));
						return s.Std.avg(s.Std.lowest(t, e, this._context), s.Std.highest(i,
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					}, this.f_1 = function() {
						var e = this._input(0),
							t = this._input(1),
							i = this._input(2),
							r = this._input(3),
							n = this.donchian(e),
							o = this.donchian(t),
							a = s.Std.avg(n, o),
							l = this.donchian(i);
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							s.Std.gt(a, l) ? 0 : 1
						]
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this.f_1();
						return [i[0], i[1], {
							value: i[2],
							offset: i[5]
						}, {
							value: i[3],
							offset: i[6]
						}, {
							value: i[4],
							offset: i[7]
						}, i[8]]
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				}
			}, {
				name: "Keltner Channels",
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					isTVScriptStub: !1,
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								linewidth: 1,
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						filledAreasStyle: {
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						inputs: {
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							in_1: 20,
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					},
					plots: [{
						id: "plot_0",
						type: "line"
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						id: "plot_1",
						type: "line"
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						type: "line"
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					styles: {
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						plot_1: {
							title: "Middle",
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							joinPoints: !1
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						plot_2: {
							title: "Lower",
							histogramBase: 0,
							joinPoints: !1
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					},
					description: "Keltner Channels",
					shortDescription: "KC",
					is_price_study: !0,
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				constructor: function() {
					this.f_0 = function(e, t, i, s) {
						return e ? t : i - s
					}, this.f_1 = function(e, t, i) {
						return e + t * i
					}, this.f_2 = function(e, t, i) {
						return e - t * i
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = s.Std.close(this._context),
							r = this._input(0),
							n = this._input(1),
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				},
				constructor: function() {
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						this._context = e, this._input = t, this.periods = this._input(0)
					}, this.ama = function(e, t) {
						var i = this.periods,
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							n = e.get(),
							o = s.Std.stdev(t, i, this._context),
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					}, this.hma = function(e) {
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						plot_5: {
							title: "Plot 6"
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						id: "thirdPeriods",
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							._input(0), this._context), r = s.Std.sma(c, this
							._input(1), this._context), n = s.Std.sma(c, this
							._input(2), this._context), o = s.Std.sma(c, this
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				name: "Majority Rule",
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					name: "Majority Rule",
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					shortDescription: "Majority Rule",
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					styles: {
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					inputs: [{
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						type: "integer",
						name: "Rolling Period"
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						precision: 2,
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				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._input = t, this.rollingPeriod = this
							._input(0)
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i, r = s.Std.close(this._context);
						return i = r > this._context.new_var(r).get(1) ? 1 : 0, [100 * s.Std
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								._context)
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					}
				}
			}, {
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				metainfo: {
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					isTVScriptStub: !1,
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						inputs: {}
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					plots: [{
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					styles: {
						plot_0: {
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							histogramBase: 0,
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					description: "Net Volume",
					shortDescription: "Net Volume",
					is_price_study: !1,
					inputs: [],
					id: "Net Volume@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Net Volume",
					format: {
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				},
				constructor: function() {
					this.f_0 = function(e, t, i) {
						return s.Std.gt(e, 0) ? t : s.Std.lt(i, 0) ? -t : 0 * t
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = s.Std.close(this._context),
							r = this._context.new_var(i),
							n = s.Std.change(r);
						return [this.f_0(n, s.Std.volume(this._context), n)]
					}
				}
			}, {
				name: "On Balance Volume",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
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					defaults: {
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								linewidth: 1,
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								visible: !0,
								color: "#2196F3"
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							smoothedMA: {
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								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !1
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						},
						inputs: {
							smoothingLine: "SMA",
							smoothingLength: 9
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}, {
						id: "smoothedMA",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "Plot",
							histogramBase: 0,
							joinPoints: !1
						},
						smoothedMA: {
							title: "Smoothed MA",
							histogramBase: 0,
							joinPoints: !1
						}
					},
					description: "On Balance Volume",
					shortDescription: "OBV",
					is_price_study: !1,
					inputs: [{
						id: "smoothingLine",
						name: "Smoothing Line",
						defval: "SMA",
						type: "text",
						options: ["SMA", "EMA", "WMA"]
					}, {
						id: "smoothingLength",
						name: "Smoothing Length",
						defval: 9,
						type: "integer",
						min: 1,
						max: 1e4
					}],
					id: "On Balance Volume@tv-basicstudies-1",
					scriptIdPart: "",
					name: "On Balance Volume",
					format: {
						type: "volume"
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				},
				constructor: function() {
					this.f_0 = function(e, t, i) {
						return s.Std.gt(e, 0) ? t : s.Std.lt(i, 0) ? -t : 0 * t
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._input(0),
							r = this._input(1),
							n = s.Std.close(this._context),
							o = this._context.new_var(n),
							a = s.Std.change(o),
							l = this.f_0(a, s.Std.volume(this._context), a),
							c = s.Std.cum(l, this._context);
						this._context.setMinimumAdditionalDepth(r);
						var h, u = this._context.new_var(c);
						return "EMA" === i ? h = s.Std.ema(u, r, this._context) : "WMA" ===
							i ? h = s.Std.wma(u, r, this._context) : "SMA" === i && (h = s
								.Std.sma(u, r, this._context)), [c, h]
					}
				}
			}, {
				name: "Parabolic SAR",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
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								linewidth: 1,
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						},
						inputs: {
							in_0: .02,
							in_1: .02,
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					},
					plots: [{
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						type: "line"
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					styles: {
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							joinPoints: !1
						}
					},
					description: "Parabolic SAR",
					shortDescription: "SAR",
					is_price_study: !0,
					inputs: [{
						id: "in_0",
						name: "start",
						defval: .02,
						type: "float",
						min: -1e12,
						max: 1e12
					}, {
						id: "in_1",
						name: "increment",
						defval: .02,
						type: "float",
						min: -1e12,
						max: 1e12
					}, {
						id: "in_2",
						name: "maximum",
						defval: .2,
						type: "float",
						min: -1e12,
						max: 1e12
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					name: "Parabolic SAR",
					format: {
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				},
				constructor: function() {
					this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._input(0),
							r = this._input(1),
							n = this._input(2);
						return [s.Std.sar(i, r, n, this._context)]
					}
				}
			}, {
				name: "Price Channel",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
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								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#F50057"
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							plot_1: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#F50057"
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							plot_2: {
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								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
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						},
						inputs: {
							in_0: 20,
							in_1: 0
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					},
					plots: [{
						id: "plot_0",
						type: "line"
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						id: "plot_1",
						type: "line"
					}, {
						id: "plot_2",
						type: "line"
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					styles: {
						plot_0: {
							title: "Highprice Line",
							histogramBase: 0,
							joinPoints: !1
						},
						plot_1: {
							title: "Lowprice Line",
							histogramBase: 0,
							joinPoints: !1
						},
						plot_2: {
							title: "Centerprice Line",
							histogramBase: 0,
							joinPoints: !1
						}
					},
					description: "Price Channel",
					shortDescription: "PC",
					is_price_study: !0,
					inputs: [{
						id: "in_0",
						name: "Length",
						defval: 20,
						type: "integer",
						min: 1,
						max: 2e3
					}, {
						id: "in_1",
						name: "Offset Length",
						defval: 0,
						type: "integer",
						min: 1,
						max: 2e3
					}],
					id: "Price Channel@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Price Channel",
					format: {
						type: "inherit"
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				},
				constructor: function() {
					this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = s.Std.high(this._context),
							r = this._context.new_var(i),
							n = s.Std.low(this._context),
							o = this._context.new_var(n),
							a = this._input(0),
							l = this._input(1),
							c = s.Std.highest(r, a, this._context),
							h = s.Std.lowest(o, a, this._context);
						return [{
							value: c,
							offset: l
						}, {
							value: h,
							offset: l
						}, {
							value: s.Std.avg(c, h),
							offset: l
						}]
					}
				}
			}, {
				name: "Price Oscillator",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
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								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#009688"
							}
						},
						inputs: {
							in_0: 10,
							in_1: 21
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "Plot",
							histogramBase: 0,
							joinPoints: !1
						}
					},
					description: "Price Oscillator",
					shortDescription: "PPO",
					is_price_study: !1,
					inputs: [{
						id: "in_0",
						name: "shortlen",
						defval: 10,
						type: "integer",
						min: 1,
						max: 2e3
					}, {
						id: "in_1",
						name: "longlen",
						defval: 21,
						type: "integer",
						min: 1,
						max: 2e3
					}],
					id: "Price Oscillator@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Price Oscillator",
					format: {
						type: "price",
						precision: 2
					}
				},
				constructor: function() {
					this.f_0 = function(e, t) {
						return (e - t) / t * 100
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = s.Std.close(this._context),
							r = this._input(0),
							n = this._input(1),
							o = this._context.new_var(i),
							a = s.Std.sma(o, r, this._context),
							l = this._context.new_var(i),
							c = s.Std.sma(l, n, this._context);
						return [this.f_0(a, c)]
					}
				}
			}, {
				name: "Price Volume Trend",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					defaults: {
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								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#2196F3"
							}
						},
						inputs: {}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "PVT",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						}
					},
					description: "Price Volume Trend",
					shortDescription: "PVT",
					is_price_study: !1,
					is_hidden_study: !1,
					id: "price_volume_trend@tv-basicstudies-1",
					inputs: [],
					scriptIdPart: "",
					name: "Price Volume Trend",
					format: {
						type: "volume"
					}
				},
				constructor: function() {
					this.f_0 = function() {
						var e = this._context.new_var(s.Std.close(this._context));
						return [s.Std.cum(s.Std.change(e) / e.get(1) * s.Std.volume(this
							._context), this._context)]
					}, this.main = function(e, t) {
						return this._context = e, this._input = t, [this.f_0()[0]]
					}
				}
			}, {
				name: "Rate Of Change",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#2196F3"
							}
						},
						bands: [{
							color: "#787B86",
							linestyle: 2,
							linewidth: 1,
							visible: !0,
							value: 0
						}],
						inputs: {
							in_0: 9
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "ROC",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						}
					},
					description: "Rate Of Change",
					shortDescription: "ROC",
					is_price_study: !1,
					bands: [{
						id: "hline_0",
						name: "Zero Line",
						isHidden: !1
					}],
					inputs: [{
						id: "in_0",
						name: "length",
						defval: 9,
						type: "integer",
						min: 1,
						max: 1e12
					}],
					id: "rate_of_change@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Rate Of Change",
					format: {
						precision: 2,
						type: "price"
					}
				},
				constructor: function() {
					this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._context.new_var(s.Std.close(this._context)),
							r = this._input(0);
						return [100 * (i.get(0) - i.get(r)) / i.get(r)]
					}
				}
			}, {
				name: "Relative Strength Index",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
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								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#7E57C2"
							},
							smoothedMA: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !1
							}
						},
						bands: [{
							color: "#787B86",
							linestyle: 2,
							linewidth: 1,
							visible: !0,
							value: 70
						}, {
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							linestyle: 2,
							linewidth: 1,
							visible: !0,
							value: 30
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						filledAreasStyle: {
							fill_0: {
								color: "#7E57C2",
								transparency: 90,
								visible: !0
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						},
						inputs: {
							length: 14,
							smoothingLine: "SMA",
							smoothingLength: 14
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}, {
						id: "smoothedMA",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "Plot",
							histogramBase: 0,
							joinPoints: !1
						},
						smoothedMA: {
							title: "Smoothed MA",
							histogramBase: 0,
							joinPoints: !1
						}
					},
					description: "Relative Strength Index",
					shortDescription: "RSI",
					is_price_study: !1,
					bands: [{
						id: "hline_0",
						name: "UpperLimit"
					}, {
						id: "hline_1",
						name: "LowerLimit"
					}],
					filledAreas: [{
						id: "fill_0",
						objAId: "hline_0",
						objBId: "hline_1",
						type: "hline_hline",
						title: "Hlines Background"
					}],
					inputs: [{
						id: "length",
						name: "Length",
						defval: 14,
						type: "integer",
						min: 1,
						max: 2e3
					}, {
						id: "smoothingLine",
						name: "Smoothing Line",
						defval: "SMA",
						type: "text",
						options: ["SMA", "EMA", "WMA"]
					}, {
						id: "smoothingLength",
						name: "Smoothing Length",
						defval: 14,
						type: "integer",
						min: 1,
						max: 1e4
					}],
					id: "Relative Strength Index@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Relative Strength Index",
					format: {
						precision: 2,
						type: "price"
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				},
				constructor: function() {
					this.f_0 = function(e) {
						return s.Std.max(e, 0)
					}, this.f_1 = function(e) {
						return -s.Std.min(e, 0)
					}, this.f_2 = function(e, t) {
						return s.Std.eq(e, 0) ? 100 : s.Std.eq(t, 0) ? 0 : 100 - 100 / (1 +
							t / e)
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = s.Std.close(this._context),
							r = this._input(0),
							n = this._input(1),
							o = this._input(2);
						this._context.setMinimumAdditionalDepth(r + o);
						var a, l = this._context.new_var(i),
							c = s.Std.change(l),
							h = this.f_0(c),
							u = this._context.new_var(h),
							d = s.Std.rma(u, r, this._context),
							p = this.f_1(c),
							_ = this._context.new_var(p),
							m = s.Std.rma(_, r, this._context),
							f = this.f_2(m, d),
							g = this._context.new_var(f);
						return "EMA" === n ? a = s.Std.ema(g, o, this._context) : "WMA" ===
							n ? a = s.Std.wma(g, o, this._context) : "SMA" === n && (a = s
								.Std.sma(g, o, this._context)), [{
								value: f
							}, {
								value: a
							}]
					}
				}
			}, {
				name: "Relative Vigor Index",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#009688"
							},
							plot_1: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#F44336"
							}
						},
						inputs: {
							in_0: 10
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}, {
						id: "plot_1",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "RVGI",
							histogramBase: 0,
							joinPoints: !1
						},
						plot_1: {
							title: "Signal",
							histogramBase: 0,
							joinPoints: !1
						}
					},
					description: "Relative Vigor Index",
					shortDescription: "RVGI",
					is_price_study: !1,
					inputs: [{
						id: "in_0",
						name: "Length",
						defval: 10,
						type: "integer",
						min: 1,
						max: 2e3
					}],
					id: "Relative Vigor Index@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Relative Vigor Index",
					format: {
						precision: 4,
						type: "price"
					}
				},
				constructor: function() {
					this.f_0 = function(e, t) {
						return e - t
					}, this.f_1 = function(e, t) {
						return e / t
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._input(0),
							r = this.f_0(s.Std.close(this._context), s.Std.open(this
								._context)),
							n = this._context.new_var(r),
							o = s.Std.swma(n, this._context),
							a = this._context.new_var(o),
							l = s.Std.sum(a, i, this._context),
							c = this.f_0(s.Std.high(this._context), s.Std.low(this
								._context)),
							h = this._context.new_var(c),
							u = s.Std.swma(h, this._context),
							d = this._context.new_var(u),
							p = s.Std.sum(d, i, this._context),
							_ = this.f_1(l, p),
							m = this._context.new_var(_);
						return [_, s.Std.swma(m, this._context)]
					}
				}
			}, {
				name: "Relative Volatility Index",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#7E57C2"
							}
						},
						bands: [{
							color: "#787B86",
							linestyle: 2,
							linewidth: 1,
							visible: !0,
							value: 80
						}, {
							color: "#787B86",
							linestyle: 2,
							linewidth: 1,
							visible: !0,
							value: 20
						}],
						filledAreasStyle: {
							fill_0: {
								color: "#7E57C2",
								transparency: 90,
								visible: !0
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						},
						inputs: {
							in_0: 10
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "Plot",
							histogramBase: 0,
							joinPoints: !1
						}
					},
					description: "Relative Volatility Index",
					shortDescription: "RVI",
					is_price_study: !1,
					bands: [{
						id: "hline_0",
						name: "UpperLimit"
					}, {
						id: "hline_1",
						name: "LowerLimit"
					}],
					filledAreas: [{
						id: "fill_0",
						objAId: "hline_0",
						objBId: "hline_1",
						type: "hline_hline",
						title: "Hlines Background"
					}],
					inputs: [{
						id: "in_0",
						name: "length",
						defval: 10,
						type: "integer",
						min: 1,
						max: 2e3
					}],
					id: "Relative Volatility Index@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Relative Volatility Index",
					format: {
						precision: 2,
						type: "price"
					}
				},
				constructor: function() {
					this.f_0 = function(e, t) {
						return s.Std.le(e, 0) ? 0 : t
					}, this.f_1 = function(e, t) {
						return s.Std.gt(e, 0) ? 0 : t
					}, this.f_2 = function(e, t) {
						return e / (e + t) * 100
					}, this.main = function(e, t) {
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						type: "price"
					}
				},
				constructor: function() {
					this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._input(0),
							r = this._input(1),
							n = this._input(2);
						this._context.setMinimumAdditionalDepth(this._input(0) + this
							._input(1) + this._input(2));
						var o = s.Std.close(this._context),
							a = this._context.new_var(o),
							l = s.Std.tsi(a, r, i, this._context),
							c = this._context.new_var(l);
						return [l, s.Std.ema(c, n, this._context)]
					}
				}
			}, {
				name: "Trend Strength Index",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					is_price_study: !1,
					id: "Trend Strength Index@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Trend Strength Index",
					description: "Trend Strength Index",
					shortDescription: "Trend Strength Index",
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								visible: !0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								color: "#FF5252"
							}
						},
						inputs: {
							periods: 14
						}
					},
					styles: {
						plot_0: {
							title: "Plot"
						}
					},
					inputs: [{
						id: "periods",
						type: "integer",
						name: "Periods"
					}],
					format: {
						type: "inherit"
					}
				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._input = t, this.period = this._input(0),
							this.invertedPeriod = 1 / this.period, this.sumX = (this
								.period - 1) * this.period / 2, this.sumXX = (this.period -
								1) * this.period * (2 * this.period - 1) / 6, this
							.invertedPeriodSumXSumX = this.invertedPeriod * this.sumX * this
							.sumX
					}, this.trendStrengthIndex = function() {
						for (var e = this._context.new_var(s.Std.close(this._context)), t =
								s.Std.sum(e, this.period, this._context), i = 0, r = 0, n =
								0; n < this.period; n++) {
							var o = e.get(n);
							r += (this.period - 1 - n) * o, i += o * o
						}
						var a = r - this.invertedPeriod * this.sumX * t,
							l = (this.sumXX - this.invertedPeriodSumXSumX) * (i - this
								.invertedPeriod * t * t);
						return l < 0 ? 0 == a ? 0 : a > 0 ? 1 : -1 : a / (l = Math.sqrt(l))
					}, this.main = function(e, t) {
						return this._context = e, this._input = t, [this
							.trendStrengthIndex()
						]
					}
				}
			}, {
				name: "Typical Price",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					id: "TypicalPrice@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Typical Price",
					description: "Typical Price",
					shortDescription: "Typical Price",
					is_price_study: !0,
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								visible: !0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								color: "#FF6D00"
							}
						},
						inputs: {}
					},
					styles: {
						plot_0: {
							title: "Plot"
						}
					},
					inputs: [],
					format: {
						type: "inherit"
					}
				},
				constructor: function() {
					this.main = function(e, t) {
						return this._context = e, this._input = t, [s.Std.hlc3(this
							._context)]
					}
				}
			}, {
				name: "Ultimate Oscillator",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#F44336"
							}
						},
						inputs: {
							in_0: 7,
							in_1: 14,
							in_2: 28
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "UO",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						}
					},
					description: "Ultimate Oscillator",
					shortDescription: "UO",
					is_price_study: !1,
					inputs: [{
						id: "in_0",
						name: "length7",
						defval: 7,
						type: "integer",
						min: 1,
						max: 1e12
					}, {
						id: "in_1",
						name: "length14",
						defval: 14,
						type: "integer",
						min: 1,
						max: 1e12
					}, {
						id: "in_2",
						name: "length28",
						defval: 28,
						type: "integer",
						min: 1,
						max: 1e12
					}],
					id: "ultimate_oscillator@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Ultimate Oscillator",
					format: {
						precision: 2,
						type: "price"
					}
				},
				constructor: function() {
					this.f_0 = function(e, t, i) {
						var r = this._context.new_var(e),
							n = this._context.new_var(t);
						return [s.Std.sum(r, i, this._context) / s.Std.sum(n, i, this
							._context)]
					}, this.f_1 = function() {
						var e = this._input(0),
							t = this._input(1),
							i = this._input(2),
							r = this._context.new_var(s.Std.close(this._context)),
							n = s.Std.max(s.Std.high(this._context), r.get(1)),
							o = this._context.new_var(s.Std.close(this._context)),
							a = s.Std.min(s.Std.low(this._context), o.get(1)),
							l = s.Std.close(this._context) - a,
							c = n - a,
							h = this.f_0(l, c, e),
							u = this.f_0(l, c, t),
							d = this.f_0(l, c, i);
						return [100 * (4 * h[0] + 2 * u[0] + d[0]) / 7]
					}, this.main = function(e, t) {
						return this._context = e, this._input = t, this.f_1()
					}
				}
			}, {
				name: "Volatility Close-to-Close",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					is_price_study: !1,
					id: "Volatility Close-to-Close@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Volatility Close-to-Close",
					description: "Volatility Close-to-Close",
					shortDescription: "Volatility Close-to-Close",
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								visible: !0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								color: "#2196F3"
							}
						},
						inputs: {
							periods: 10,
							daysPerYear: 252
						}
					},
					styles: {
						plot_0: {
							title: "Plot"
						}
					},
					inputs: [{
						id: "periods",
						name: "Periods",
						type: "integer",
						defval: 10
					}, {
						id: "daysPerYear",
						name: "Days Per Year",
						type: "integer",
						defval: 252
					}],
					format: {
						precision: 2,
						type: "percent"
					}
				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._input = t, this.period = this._input(0),
							this.daysPerYear = this._input(1)
					}, this.stdev = function(e, t, i) {
						var r = this.variance(e, t, i);
						return s.Std.sqrt(r)
					}, this.variance = function(e, t, i) {
						var r = s.Std.sma(e, t, i);
						return this.variance2(e, r, t)
					}, this.variance2 = function(e, t, i) {
						var s, r, n = 0;
						for (s = 0; s < i; s++) n += (r = e.get(s) - t) * r;
						return n / (i - 1)
					}, this.standardHistVol = function() {
						var e = this._context.new_var(s.Std.close(this._context)),
							t = this._context.new_var(s.Std.log(e.get() / e.get(1)));
						return 100 * this.stdev(t, this.period, this._context) * s.Std.sqrt(
							this.daysPerYear)
					}, this.main = function(e, t) {
						return this._context = e, this._input = t, [this.standardHistVol()]
					}
				}
			}, {
				name: "Volatility Zero Trend Close-to-Close",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					is_price_study: !1,
					id: "Volatility Zero Trend Close-to-Close@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Volatility Zero Trend Close-to-Close",
					description: "Volatility Zero Trend Close-to-Close",
					shortDescription: "Volatility Zero Trend Close-to-Close",
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								visible: !0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								color: "#2196F3"
							}
						},
						inputs: {
							periods: 10,
							daysPerYear: 252
						}
					},
					styles: {
						plot_0: {
							title: "Plot"
						}
					},
					inputs: [{
						id: "periods",
						name: "Periods",
						type: "integer",
						min: 0,
						max: 1e4
					}, {
						id: "daysPerYear",
						name: "Days Per Year",
						type: "integer"
					}],
					format: {
						precision: 2,
						type: "percent"
					}
				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._input = t, this.period = this._input(0),
							this.daysPerYear = this._input(1)
					}, this.volatliityZTCTC = function() {
						this._context.setMinimumAdditionalDepth(this._input(0) + 1);
						for (var e = this._context.new_var(s.Std.close(this._context)), t =
								this._context.new_var(e.symbol.time), i = Math.sqrt((t.get(
									0) - t.get(1)) / 864e5 / this.daysPerYear), r = Math
								.log(s.Std.close(this._context) / e.get(1)), n = this
								._context.new_var(r / i), o = this._context.new_var(Math
									.pow(n, 2)), a = 0, l = 0; l < this.period; l++) a += o
							.get(l);
						return 100 * Math.sqrt(a / this.period)
					}, this.main = function(e, t) {
						return this._context = e, this._input = t, [this.volatliityZTCTC()]
					}
				}
			}, {
				name: "Volatility O-H-L-C",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					is_price_study: !1,
					id: "Volatility O-H-L-C@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Volatility O-H-L-C",
					description: "Volatility O-H-L-C",
					shortDescription: "Volatility O-H-L-C",
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								visible: !0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								color: "#FF5252"
							}
						},
						inputs: {
							periods: 10,
							marketClosedPercentage: 0,
							daysPerYear: 252
						}
					},
					styles: {
						plot_0: {
							title: "Plot"
						}
					},
					inputs: [{
						id: "periods",
						type: "integer",
						name: "Periods"
					}, {
						id: "marketClosedPercentage",
						type: "float",
						name: "Market Closed Percentage",
						min: 0,
						max: .999
					}, {
						id: "daysPerYear",
						type: "integer",
						name: "Days Per Year"
					}],
					format: {
						precision: 2,
						type: "percent"
					}
				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._input = t, this.period = this._input(0),
							this.marketClosedPercentage = this._input(1), this.daysPerYear =
							this._input(2), this.secondsPerYear = 86400 * this.daysPerYear
					}, this.square = function(e) {
						return e * e
					}, this.volatilityOHLC = function() {
						var e = this._context.new_var(Math.log(s.Std.open(this._context))),
							t = this._context.new_var(Math.log(s.Std.high(this._context))),
							i = this._context.new_var(Math.log(s.Std.low(this._context))),
							r = this._context.new_var(Math.log(s.Std.close(this._context))),
							n = this._context.new_var(s.Std.close(this._context)),
							o = this._context.new_var(n.symbol.time),
							a = (o.get(0) - o.get(1)) / 1e3,
							l = .5 * this.square(t.get() - i.get());
						l -= (Math.log(4) - 1) * this.square(r.get() - e.get()), this
							.marketClosedPercentage > 0 && (l = .12 * this.square(e.get() -
								r.get(1)) / this.marketClosedPercentage + .88 * l / (1 -
								this.marketClosedPercentage)), l /= a, l *= this
							.secondsPerYear;
						var c = this._context.new_var(l);
						return 100 * Math.sqrt(s.Std.sum(c, this.period, this._context) /
							this.period)
					}, this.main = function(e, t) {
						return this._context = e, this._input = t, [this.volatilityOHLC()]
					}
				}
			}, {
				name: "Volatility Index",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					is_price_study: !0,
					id: "Volatility Index@tv-basicstudies-1",
					scriptIdPart: "",
					name: "Volatility Index",
					description: "Volatility Index",
					shortDescription: "Volatility Index",
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								visible: !0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								color: "#FF5252"
							}
						},
						inputs: {
							periods: 10,
							atrMult: 3,
							method: "Wilder Smoothing"
						}
					},
					styles: {
						plot_0: {
							title: "Plot"
						}
					},
					inputs: [{
						id: "periods",
						name: "Periods",
						type: "integer"
					}, {
						id: "atrMult",
						name: "ATR Mult",
						type: "float"
					}, {
						id: "method",
						name: "Method",
						type: "text",
						defval: "Exponential",
						options: ["Exponential", "Wilder Smoothing"]
					}],
					format: {
						type: "inherit"
					}
				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._input = t, this.period = this._input(0),
							this.atrMult = this._input(1), this.maMethod = this._input(2),
							this.nextsar = null, this.position = null, this.sic = null, this
							.bars = [], this.count = 0, this.lastSar = null, this._context
							.setMinimumAdditionalDepth("Exponential" === this.maMethod ? 2 *
								this.period + 2 : this.period)
					}, this.computeATR = function() {
						var e = s.Std.high(this._context) - s.Std.low(this._context),
							t = s.Std.high(this._context) - this.bars[this.bars.length - 2],
							i = this.bars[this.bars.length - 2] - s.Std.low(this._context);
						return this.tr = Math.max(e, t, i), "Exponential" === this
							.maMethod ? this.atr = s.Std.ema(this._context.new_var(this.tr),
								this.period, this._context) : this.atr = this.tr / this
							.period + (1 - 1 / this.period) * this.atr,
							this.atr * this.atrMult
					}, this.calculateVolatility = function() {
						if (s.Std.close(this._context) === this.bars[this.bars.length - 1])
							return this.lastSar;
						if (this.bars.push(s.Std.close(this._context)), 1 === this.count)
							this.atr = s.Std.high(this._context) - s.Std.low(this._context),
							this.sic = s.Std.close(this._context);
						else if (this.count < this.period) {
							var e = s.Std.high(this._context) - s.Std.low(this._context),
								t = s.Std.high(this._context) - this.bars[this.bars.length -
									2],
								i = this.bars[this.bars.length - 2] - s.Std.low(this
									._context);
							this.atr += Math.max(e, t, i), s.Std.close(this._context) > this
								.sic && (this.sic = s.Std.close(this._context))
						} else if (this.count === this.period) {
							e = s.Std.high(this._context) - s.Std.low(this._context), t = s
								.Std.high(this._context) - this.bars[this.bars.length - 2],
								i = this.bars[this.bars.length - 2] - s.Std.low(this
									._context);
							this.atr += Math.max(e, t, i), this.atr *= 1 / this.period, s
								.Std.close(this._context) > this.sic && (this.sic = s.Std
									.close(this._context)), this.position = "LONG", this
								.nextsar = this.sic - this.atr * this.atrMult
						} else {
							var r = this.nextsar;
							"LONG" === this.position ? s.Std.close(this._context) < r ? (
									this.position = "SHORT", this.sic = s.Std.close(this
										._context), this.nextsar = this.sic + this
									.computeATR()) : (this.position = "LONG", this.sic =
									Math.max(s.Std.close(this._context), this.sic), this
									.nextsar = this.sic - this.computeATR()) : "SHORT" ===
								this.position && (s.Std.close(this._context) > r ? (this
									.position = "LONG", this.sic = s.Std.close(this
										._context), this.nextsar = this.sic - this
									.computeATR()) : (this.position = "SHORT", this
									.sic = Math.min(s.Std.close(this._context), this
										.sic), this.nextsar = this.sic + this
									.computeATR())), this.lastSar = r
						}
						return this.count++, r
					}, this.main = function(e, t) {
						return this._context = e, this._input = t, this._context.select_sym(
							0), [this.calculateVolatility()]
					}
				}
			}, {
				name: "VWAP",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: 0,
								transparency: 0,
								visible: !0,
								color: "#2196F3"
							}
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}],
					styles: {
						plot_0: {
							title: "VWAP",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						}
					},
					description: "VWAP",
					shortDescription: "VWAP",
					is_price_study: !0,
					inputs: [],
					id: "VWAP@tv-basicstudies-1",
					scriptIdPart: "",
					name: "VWAP",
					format: {
						type: "inherit"
					}
				},
				constructor: function() {
					this.f_1 = function(e) {
						e.hist = null, e.add_hist()
					}, this.init = function(e, t) {
						this._isNewSession = null
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = e.new_var(),
							r = e.new_var(),
							n = this._context.symbol.time;
						return n && (null === this._isNewSession && (this._isNewSession = s
									.Std.createNewSessionCheck(e)), this._isNewSession(n) &&
								(this.f_1(i), this.f_1(r))), i.set(s.Std.nz(i.get(1)) + s
								.Std.hlc3(this._context) * s.Std.volume(this._context)), r
							.set(s.Std.nz(r.get(1)) + s.Std.volume(this._context)), [i.get(
								0) / r.get(0)]
					}
				}
			}, {
				name: "VWMA",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
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					shortDescription: "VWMA",
					is_price_study: !0,
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						this._context = e, this._input = t;
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						this._context = e, this._input = t;
						var i = this._input(0),
							r = this._input(1),
							n = s.Std.volume(this._context),
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							a = s.Std.ema(o, i, this._context),
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							c = s.Std.ema(l, r, this._context);
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				name: "Vortex Indicator",
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							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
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					is_hidden_study: !1,
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						var e = this._input(0),
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						return 100 * (e - t) / (t - i)
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						this._context = e, this._input = t;
						var i = this._input(0),
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							l = this._context.new_var(a),
							c = s.Std.lowest(l, i, this._context);
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				name: "Williams Alligator",
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					_metainfoVersion: 52,
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						inputs: {
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							in_1: 13,
							in_2: 8,
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						type: "line"
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						id: "plot_1",
						type: "line"
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						id: "plot_2",
						type: "line"
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					styles: {
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							joinPoints: !1
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						plot_1: {
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							histogramBase: 0,
							joinPoints: !1
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					description: "Williams Alligator",
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					inputs: [{
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						max: 2e3
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						min: 1,
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						min: 1,
						max: 2e3
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				constructor: function() {
					this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._input(0),
							r = this._input(1),
							n = this._input(2),
							o = this._input(3),
							a = this._input(4),
							l = this._input(5),
							c = s.Std.hl2(this._context);
						return [{
							value: s.Std.smma(c, i, this._context),
							offset: o
						}, {
							value: s.Std.smma(c, r, this._context),
							offset: a
						}, {
							value: s.Std.smma(c, n, this._context),
							offset: l
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				name: "Williams Fractals",
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							plot_1: {
								plottype: "shape_triangle_up",
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								location: "AboveBar",
								transparency: 0,
								color: "#009688"
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						inputs: {
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					plots: [{
						id: "plot_0",
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						type: "shapes"
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						plot_1: {
							title: "Up fractals",
							isHidden: !1
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					description: "Williams Fractal",
					shortDescription: "Fractals",
					is_price_study: !0,
					is_hidden_study: !1,
					id: "Williams Fractals@tv-basicstudies-1",
					inputs: [{
						id: "in_0",
						name: "Periods",
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						max: 1e12
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				constructor: function() {
					this.f_0 = function() {
						for (var e = this._input(0), t = this._context.new_var(s.Std.high(
									this._context)), i = !0, r = !0, n = !0, o = !0, a = !0,
								l = !0, c = 1; c <= e; c++) i = s.Std.and(i, s.Std.lt(t.get(
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								t.get(e))), n = s.Std.and(n, s.Std.and(s.Std.le(t.get(e +
								1), t.get(e)), s.Std.lt(t.get(e + c + 1), t.get(e)))), o = s
							.Std.and(o, s.Std.and(s.Std.le(t.get(e + 1), t.get(e)), s.Std
								.and(s.Std.le(t.get(e + 2), t.get(e)), s.Std.lt(t.get(
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								.Std.le(t.get(e + 1), t.get(e)), s.Std.and(s.Std.le(t
									.get(e + 2), t.get(e)), s.Std.and(s.Std.le(t
									.get(e + 3), t.get(e)), s.Std.lt(t.get(e +
									c + 3), t.get(e)))))), l = s.Std.and(l, s.Std.and(s.Std
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									4), t.get(e)), s.Std.lt(t.get(e + c +
									4), t.get(e)))))));
						var h = s.Std.or(r, s.Std.or(n, s.Std.or(o, s.Std.or(a, l)))),
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							_ = 1,
							m = 1,
							f = 1,
							g = 1,
							b = 1;
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								e))), m = s.Std.and(m, s.Std.and(s.Std.ge(d.get(e + 1), d
								.get(e)), s.Std.gt(d.get(e + c + 1), d.get(e)))), f = s.Std
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								.Std.ge(d.get(e + 2), d.get(e)), s.Std.gt(d.get(e +
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								.get(e)), s.Std.and(s.Std.ge(d.get(e + 4), d
								.get(e)), s.Std.gt(d.get(e + c + 4), d
								.get(e)))))));
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						this._context = e, this._input = t;
						var i = this.f_0();
						return [{
							value: i[0],
							offset: -this._input(0)
						}, {
							value: i[1],
							offset: -this._input(0)
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				}
			}, {
				name: "Guppy Multiple Moving Average",
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					isTVScriptStub: !1,
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					description: "Guppy Multiple Moving Average",
					shortDescription: "GMMA",
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							investorEMA1Length: 30,
							investorEMA2Length: 35,
							investorEMA3Length: 40,
							investorEMA4Length: 45,
							investorEMA5Length: 50,
							investorEMA6Length: 60
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								linewidth: 1,
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								transparency: 15,
								visible: !0
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							traderEMA2: {
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								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 12,
								visible: !0
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							traderEMA3: {
								color: "#00FFFF",
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								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 9,
								visible: !0
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							traderEMA4: {
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								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 6,
								visible: !0
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							traderEMA5: {
								color: "#00FFFF",
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								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 3,
								visible: !0
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							traderEMA6: {
								color: "#00FFFF",
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0
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							investorEMA1: {
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								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 15,
								visible: !0
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							investorEMA2: {
								color: "#FF0000",
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 12,
								visible: !0
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							investorEMA3: {
								color: "#FF0000",
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 9,
								visible: !0
							},
							investorEMA4: {
								color: "#FF0000",
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 6,
								visible: !0
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							investorEMA5: {
								color: "#FF0000",
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 3,
								visible: !0
							},
							investorEMA6: {
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								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0
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					}, {
						defval: 5,
						id: "traderEMA2Length",
						max: 1e3,
						min: 1,
						name: "Trader EMA 2 length",
						type: "integer"
					}, {
						defval: 8,
						id: "traderEMA3Length",
						max: 1e3,
						min: 1,
						name: "Trader EMA 3 length",
						type: "integer"
					}, {
						defval: 10,
						id: "traderEMA4Length",
						max: 1e3,
						min: 1,
						name: "Trader EMA 4 length",
						type: "integer"
					}, {
						defval: 12,
						id: "traderEMA5Length",
						max: 1e3,
						min: 1,
						name: "Trader EMA 5 length",
						type: "integer"
					}, {
						defval: 15,
						id: "traderEMA6Length",
						max: 1e3,
						min: 1,
						name: "Trader EMA 6 length",
						type: "integer"
					}, {
						defval: 30,
						id: "investorEMA1Length",
						max: 1e3,
						min: 1,
						name: "Investor EMA 1 length",
						type: "integer"
					}, {
						defval: 35,
						id: "investorEMA2Length",
						max: 1e3,
						min: 1,
						name: "Investor EMA 2 length",
						type: "integer"
					}, {
						defval: 40,
						id: "investorEMA3Length",
						max: 1e3,
						min: 1,
						name: "Investor EMA 3 length",
						type: "integer"
					}, {
						defval: 45,
						id: "investorEMA4Length",
						max: 1e3,
						min: 1,
						name: "Investor EMA 4 length",
						type: "integer"
					}, {
						defval: 50,
						id: "investorEMA5Length",
						max: 1e3,
						min: 1,
						name: "Investor EMA 5 length",
						type: "integer"
					}, {
						defval: 60,
						id: "investorEMA6Length",
						max: 1e3,
						min: 1,
						name: "Investor EMA 6 length",
						type: "integer"
					}],
					plots: [{
						id: "traderEMA1",
						type: "line"
					}, {
						id: "traderEMA2",
						type: "line"
					}, {
						id: "traderEMA3",
						type: "line"
					}, {
						id: "traderEMA4",
						type: "line"
					}, {
						id: "traderEMA5",
						type: "line"
					}, {
						id: "traderEMA6",
						type: "line"
					}, {
						id: "investorEMA1",
						type: "line"
					}, {
						id: "investorEMA2",
						type: "line"
					}, {
						id: "investorEMA3",
						type: "line"
					}, {
						id: "investorEMA4",
						type: "line"
					}, {
						id: "investorEMA5",
						type: "line"
					}, {
						id: "investorEMA6",
						type: "line"
					}],
					styles: {
						traderEMA1: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Trader EMA 1"
						},
						traderEMA2: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Trader EMA 2"
						},
						traderEMA3: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Trader EMA 3"
						},
						traderEMA4: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Trader EMA 4"
						},
						traderEMA5: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Trader EMA 5"
						},
						traderEMA6: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Trader EMA 6"
						},
						investorEMA1: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Investor EMA 1"
						},
						investorEMA2: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Investor EMA 2"
						},
						investorEMA3: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Investor EMA 3"
						},
						investorEMA4: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Investor EMA 4"
						},
						investorEMA5: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Investor EMA 5"
						},
						investorEMA6: {
							histogramBase: 0,
							isHidden: !1,
							joinPoints: !1,
							title: "Investor EMA 6"
						}
					}
				},
				constructor: function() {
					this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._context.new_var(s.Std.close(this._context)),
							r = this._input(0),
							n = this._input(1),
							o = this._input(2),
							a = this._input(3),
							l = this._input(4),
							c = this._input(5),
							h = s.Std.ema(i, r, this._context),
							u = s.Std.ema(i, n, this._context),
							d = s.Std.ema(i, o, this._context),
							p = s.Std.ema(i, a, this._context),
							_ = s.Std.ema(i, l, this._context),
							m = s.Std.ema(i, c, this._context),
							f = this._input(6),
							g = this._input(7),
							b = this._input(8),
							v = this._input(9),
							S = this._input(10),
							y = this._input(11);
						return [h, u, d, p, _, m, s.Std.ema(i, f, this._context), s.Std.ema(
								i, g, this._context), s.Std.ema(i, b, this._context), s
							.Std.ema(i, v, this._context), s.Std.ema(i, S, this
								._context), s.Std.ema(i, y, this._context)
						]
					}
				}
			}]
		},
		"2ijp": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("l4sv"),
				r = i("8Uy/");
			class n {
				constructor() {
					this._lineRendererData = {
							y: 0,
							color: "rgba(0, 0, 0, 0)",
							linewidth: 1,
							linestyle: r.LINESTYLE_SOLID,
							visible: !1
						}, this._lineRenderer = new s.HorizontalLineRenderer, this._invalidated = !0,
						this._lineRenderer.setData(this._lineRendererData)
				}
				update() {
					this._invalidated = !0
				}
				renderer() {
					return this._invalidated && (this._updateImpl(), this._invalidated = !1), this
						._lineRenderer
				}
			}
		},
		"2jXJ": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "supportedLineTools", (function() {
				return s
			}));
			const s = {
				cursor: {
					name: "cursor",
					onlySelectable: !0
				},
				dot: {
					name: "dot",
					onlySelectable: !0
				},
				arrow_cursor: {
					name: "arrow",
					onlySelectable: !0
				},
				eraser: {
					name: "eraser",
					onlySelectable: !0
				},
				measure: {
					name: "measure",
					onlySelectable: !0
				},
				zoom: {
					name: "zoom",
					onlySelectable: !0
				},
				brush: {
					name: "LineToolBrush"
				},
				highlighter: {
					name: "LineToolHighlighter"
				},
				text: {
					name: "LineToolText"
				},
				anchored_text: {
					name: "LineToolTextAbsolute"
				},
				note: {
					name: "LineToolNote"
				},
				anchored_note: {
					name: "LineToolNoteAbsolute"
				},
				signpost: {
					name: "LineToolSignpost"
				},
				callout: {
					name: "LineToolCallout"
				},
				balloon: {
					name: "LineToolBalloon"
				},
				arrow_up: {
					name: "LineToolArrowMarkUp"
				},
				arrow_down: {
					name: "LineToolArrowMarkDown"
				},
				arrow_left: {
					name: "LineToolArrowMarkLeft"
				},
				arrow_right: {
					name: "LineToolArrowMarkRight"
				},
				price_label: {
					name: "LineToolPriceLabel"
				},
				price_note: {
					name: "LineToolPriceNote"
				},
				arrow_marker: {
					name: "LineToolArrowMarker"
				},
				flag: {
					name: "LineToolFlagMark"
				},
				vertical_line: {
					name: "LineToolVertLine"
				},
				horizontal_line: {
					name: "LineToolHorzLine"
				},
				cross_line: {
					name: "LineToolCrossLine"
				},
				horizontal_ray: {
					name: "LineToolHorzRay"
				},
				trend_line: {
					name: "LineToolTrendLine"
				},
				info_line: {
					name: "LineToolInfoLine"
				},
				trend_angle: {
					name: "LineToolTrendAngle"
				},
				arrow: {
					name: "LineToolArrow"
				},
				ray: {
					name: "LineToolRay"
				},
				extended: {
					name: "LineToolExtended"
				},
				parallel_channel: {
					name: "LineToolParallelChannel"
				},
				disjoint_angle: {
					name: "LineToolDisjointAngle"
				},
				flat_bottom: {
					name: "LineToolFlatBottom"
				},
				pitchfork: {
					name: "LineToolPitchfork"
				},
				schiff_pitchfork_modified: {
					name: "LineToolSchiffPitchfork"
				},
				schiff_pitchfork: {
					name: "LineToolSchiffPitchfork2"
				},
				inside_pitchfork: {
					name: "LineToolInsidePitchfork"
				},
				pitchfan: {
					name: "LineToolPitchfan"
				},
				gannbox: {
					name: "LineToolGannSquare"
				},
				gannbox_square: {
					name: "LineToolGannComplex"
				},
				gannbox_fixed: {
					name: "LineToolGannFixed"
				},
				gannbox_fan: {
					name: "LineToolGannFan"
				},
				fib_retracement: {
					name: "LineToolFibRetracement"
				},
				fib_trend_ext: {
					name: "LineToolTrendBasedFibExtension"
				},
				fib_speed_resist_fan: {
					name: "LineToolFibSpeedResistanceFan"
				},
				fib_timezone: {
					name: "LineToolFibTimeZone"
				},
				fib_trend_time: {
					name: "LineToolTrendBasedFibTime"
				},
				fib_circles: {
					name: "LineToolFibCircles"
				},
				fib_spiral: {
					name: "LineToolFibSpiral"
				},
				fib_speed_resist_arcs: {
					name: "LineToolFibSpeedResistanceArcs"
				},
				fib_wedge: {
					name: "LineToolFibWedge"
				},
				fib_channel: {
					name: "LineToolFibChannel"
				},
				xabcd_pattern: {
					name: "LineTool5PointsPattern"
				},
				cypher_pattern: {
					name: "LineToolCypherPattern"
				},
				abcd_pattern: {
					name: "LineToolABCD"
				},
				triangle_pattern: {
					name: "LineToolTrianglePattern"
				},
				"3divers_pattern": {
					name: "LineToolThreeDrivers"
				},
				head_and_shoulders: {
					name: "LineToolHeadAndShoulders"
				},
				elliott_impulse_wave: {
					name: "LineToolElliottImpulse"
				},
				elliott_triangle_wave: {
					name: "LineToolElliottTriangle"
				},
				elliott_triple_combo: {
					name: "LineToolElliottTripleCombo"
				},
				elliott_correction: {
					name: "LineToolElliottCorrection"
				},
				elliott_double_combo: {
					name: "LineToolElliottDoubleCombo"
				},
				cyclic_lines: {
					name: "LineToolCircleLines"
				},
				time_cycles: {
					name: "LineToolTimeCycles"
				},
				sine_line: {
					name: "LineToolSineLine"
				},
				long_position: {
					name: "LineToolRiskRewardLong"
				},
				short_position: {
					name: "LineToolRiskRewardShort"
				},
				forecast: {
					name: "LineToolPrediction"
				},
				date_range: {
					name: "LineToolDateRange"
				},
				price_range: {
					name: "LineToolPriceRange"
				},
				date_and_price_range: {
					name: "LineToolDateAndPriceRange"
				},
				bars_pattern: {
					name: "LineToolBarsPattern"
				},
				ghost_feed: {
					name: "LineToolGhostFeed"
				},
				projection: {
					name: "LineToolProjection"
				},
				rectangle: {
					name: "LineToolRectangle"
				},
				rotated_rectangle: {
					name: "LineToolRotatedRectangle"
				},
				ellipse: {
					name: "LineToolEllipse"
				},
				triangle: {
					name: "LineToolTriangle"
				},
				polyline: {
					name: "LineToolPolyline"
				},
				path: {
					name: "LineToolPath"
				},
				curve: {
					name: "LineToolBezierQuadro"
				},
				double_curve: {
					name: "LineToolBezierCubic"
				},
				arc: {
					name: "LineToolArc"
				},
				icon: {
					name: "LineToolIcon"
				},
				regression_trend: {
					name: "LineToolRegressionTrend"
				},
				fixed_range_volume_profile: {
					name: "LineToolFixedRangeVolumeProfile"
				}
			}
		},
		"2jby": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "reorderCollection", (function() {
					return S
				})), i.d(t, "reorderDataSourcesStateZOrder", (function() {
					return y
				})), i.d(t, "reorderDataSourcesZOrder", (function() {
					return w
				})), i.d(t, "newLineToolZOrder", (function() {
					return x
				})), i.d(t, "newLineToolStateZOrder", (function() {
					return T
				})), i.d(t, "newStudyZOrder", (function() {
					return I
				})), i.d(t, "isReorderRequired", (function() {
					return L
				})),
				i.d(t, "moveAtIndex", (function() {
					return E
				})), i.d(t, "moveAfterItem", (function() {
					return k
				})), i.d(t, "moveBeforeItem", (function() {
					return D
				})), i.d(t, "moveAfterSource", (function() {
					return V
				})), i.d(t, "moveBeforeSource", (function() {
					return B
				})), i.d(t, "moveAfterSourceState", (function() {
					return R
				})), i.d(t, "moveBeforeSourceState", (function() {
					return N
				}));
			var s = i("CW80"),
				r = i("3ClC"),
				n = i("qJq3"),
				o = i("s1Gx"),
				a = i("Vs8b"),
				l = i("Y7w9");

			function c(e) {
				return e instanceof n.Series
			}

			function h(e) {
				return Object(s.isLineTool)(e) && !e.isSpeciallyZOrderedSource()
			}

			function u(e) {
				return Object(r.isStudy)(e) && !e.isSpeciallyZOrderedSource()
			}

			function d(e, t) {
				return e.zorder - t.zorder
			}

			function p(e, t) {
				return e.zorder() - t.zorder()
			}

			function _(e, t) {
				Object(a.isMainSeriesState)(e) ? e.zorder = 0 : e.zorder = t
			}

			function m(e, t) {
				e.setZorder(t)
			}

			function f(e) {
				return e.zorder
			}

			function g(e) {
				return e.zorder()
			}

			function b(e, t, i, s, r, n, o) {
				let a = 0;
				for (let l = t; l >= 0; --l) {
					const t = e[l];
					void 0 !== o && o(t) || (n(t) ? (r(t, i), a = Math.max(a, M(i)), s = i - 1, i -= 1e4,
						0 === s && (i -= 1e4)) : (r(t, s), a = Math.max(a, O(s)), s -= 1))
				}
				return a
			}

			function v(e, t, i, s, r, n, o) {
				let a = 0;
				for (let l = t; l < e.length; ++l) {
					const t = e[l];
					void 0 !== o && o(t) || (n(t) ? (r(t, i), a = Math.max(a, M(i)), s = i + 1, 0 === (i +=
						1e4) && (s += 1e4)) : (r(t, s), a = Math.max(a, O(s)), s += 1))
				}
				return a
			}

			function S(e, t, i, s, r, n) {
				let o = null;
				const a = [];
				for (const r of e) t(r) ? (a.push(r), o = r) : (i(r) || s(r)) && a.push(r);
				a.sort(n), null !== o && r(o, 0);
				const l = null === o ? -1 : a.indexOf(o),
					c = b(a, l - 1, -1e4, -1, r, i),
					h = v(a, l + 1, 1e4, 1, r, i);
				return Math.max(c, h) < .7
			}

			function y(e) {
				return S(e, a.isMainSeriesState, a.isStudyState, a.isLineToolState, _, d)
			}

			function w(e) {
				return S(e, c, u, h, m, p)
			}

			function P(e, t) {
				const i = Math.floor(e / 1e4);
				let s = t.get(i);
				return void 0 === s && (s = [], t.set(i, s)), s
			}

			function C(e, t, i, s, r, n) {
				let o = -1 / 0,
					a = 1 / 0,
					l = 0;
				const c = new Map;
				for (let s = 0; s < e.length; ++s) {
					const n = e[s],
						h = r(n);
					t(n) ? (o = Math.max(o, h), P(h, c).push(n)) : i(n) && (h < 0 && (a = Math.min(a, h)),
						l = Math.max(l, h))
				}
				if (n) {
					return Math.max(l, o) + 1
				}
				if (o === -1 / 0) return a === 1 / 0 ? -1 : a - 1;
				if (o > 0 || o % 1e4 < -1) return o + 1;
				for (const e of P(o, c)) s(e, r(e) - 1);
				return o
			}

			function x(e, t) {
				return C(e, h, u, m, g, t)
			}

			function T(e, t) {
				return C(e, a.isLineToolState, a.isStudyState, _, f, t)
			}

			function I(e) {
				let t = -1e4;
				for (const i of e) u(i) && (t = Math.min(t, i.zorder() - 1e4));
				return 0 === t ? -1e4 : t
			}

			function M(e) {
				return Math.abs(e / o.specialZOrderBase)
			}

			function O(e) {
				return Math.abs(e % 1e4 / 1e4)
			}

			function L(e, t) {
				return null !== e && M(e) >= .7 || null !== t && O(t) > .7
			}

			function A(e, t) {
				const i = 1e4 * ((s = e / 1e4) >= 0 ? Math.ceil(s) : Math.floor(s));
				var s;
				return i === e ? i + 1e4 * t : i
			}

			function E(e, t, i, s, r, n, a, c, h) {
				if (s(t[0])) return void(i < e.length && c(e[i]) < 0 ? v(e, i, 1e4, 1, a, r, s) : b(e, Math
					.max(0, Math.min(i - 1, e.length - 1)), -1e4, -1, a, r, s));
				const {
					newItems: u,
					movedItemsStartIndex: d
				} = i > 0 ? Object(l.moveAfter)(e, t, i - 1) : Object(l.moveBefore)(e, t, 0), p = d, _ = d +
					t.length - 1, m = p > 0 ? c(u[p - 1]) : c(u[p]) - 1, f = _ < e.length - 1 ? c(u[_ +
						1]) : c(u[_]) + 1;
				if (m >= 0 && f > 0) v(u, p, A(m, 1), m + 1, a, r, s);
				else if (f <= 0 && m < 0) b(u, _, A(f, -1), f - 1, a, r, s);
				else {
					let e = -o.specialZOrderBase;
					for (const t of u) s(t) ? e = 1 : (a(t, e), e += 1);
					S(u, s, r, n, a, h)
				}
			}

			function k(e, t, i, s, r, n, o, a, l) {
				const c = e.indexOf(i) + 1;
				E(e, t, c, s, r, n, o, a, l)
			}

			function D(e, t, i, s, r, n, o, a, l) {
				const c = e.indexOf(i);
				E(e, t, c, s, r, n, o, a, l)
			}

			function V(e, t, i) {
				k(e, t, i, c, u, h, m, g, p)
			}

			function B(e, t, i) {
				D(e, t, i, c, u, h, m, g, p)
			}

			function R(e, t, i) {
				k(e, t, i, a.isMainSeriesState, a.isStudyState, a.isLineToolState, _, f, d)
			}

			function N(e, t, i) {
				D(e, t, i, a.isMainSeriesState, a.isStudyState, a.isLineToolState, _, f, d)
			}
		},
		"2kV1": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyStatusView", (function() {
				return r
			}));
			var s = i("nBJD");
			class r extends s.a {
				constructor(e) {
					super(e.statusProvider())
				}
				color() {
					return this._statusProvider.color()
				}
				getSplitTitle() {
					return this._statusProvider.getSplitTitle()
				}
				update() {
					this._text = this._statusProvider.text()
				}
			}
		},
		"2uTr": function(e, t, i) {
			"use strict";

			function s(e) {
				return e + "…"
			}
			i.r(t), i.d(t, "appendEllipsis", (function() {
				return s
			}))
		},
		"3/8U": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("HGP3"),
				r = i("Tmoa");
			const n = Object(r.generateColor)(s.colorsPalette["color-tv-blue-500"], 75)
		},
		"38az": function(e, t, i) {
			"use strict";
			var s = i("k9/m").PlotRowSearchMode,
				r = i("Tmoa").rgbaFromInteger;

			function n() {
				this.backColorers = []
			}

			function o(e) {
				n.call(this), this._series = e
			}

			function a(e, t) {
				n.call(this), this._study = e, this._plotIndex = t
			}
			n.prototype.barStyle = function(e, t, i) {
				for (var s = {}, r = this.backColorers.length - 1; r >= 0; r--) this.backColorers[r]
					.applyBarStyle(e, t, s, i);
				return this.applyBarStyle(e, t, s, i), s
			}, n.prototype.pushBackBarColorer = function(e) {
				this.backColorers.push(e)
			}, n.prototype.applyBarStyle = function(e, t, i) {
				throw new Error("This function is supposed to be reimplemented in a subclass")
			}, inherit(o, n), o.upColor = function(e, t) {
				switch (e.style.value()) {
					case TradingView.Series.STYLE_LINE:
						return e.lineStyle.color.value();
					case TradingView.Series.STYLE_AREA:
						return e.areaStyle.linecolor.value();
					case TradingView.Series.STYLE_BARS:
						return e.barStyle.upColor.value();
					case TradingView.Series.STYLE_CANDLES:
						return e.candleStyle.upColor.value();
					case TradingView.Series.STYLE_HOLLOW_CANDLES:
						return e.hollowCandleStyle.upColor.value();
					case TradingView.Series.STYLE_HEIKEN_ASHI:
						return e.haStyle.upColor.value();
					case TradingView.Series.STYLE_BASELINE:
						return e.baselineStyle.topLineColor.value();
					case TradingView.Series.STYLE_HILO:
						return e.hiloStyle.color.value()
				}
				throw new Error("Unknown series style")
			}, o.downColor = function(e, t) {
				switch (e.style.value()) {
					case TradingView.Series.STYLE_LINE:
						return e.lineStyle.color.value();
					case TradingView.Series.STYLE_AREA:
						return e.areaStyle.linecolor.value();
					case TradingView.Series.STYLE_BARS:
						return e.barStyle.downColor.value();
					case TradingView.Series.STYLE_CANDLES:
						return e.candleStyle.downColor.value();
					case TradingView.Series.STYLE_HOLLOW_CANDLES:
						return e.hollowCandleStyle.downColor.value();
					case TradingView.Series.STYLE_HEIKEN_ASHI:
						return e.haStyle.downColor.value();
					case TradingView.Series.STYLE_BASELINE:
						return e.baselineStyle.bottomLineColor.value();
					case TradingView.Series.STYLE_HILO:
						return e.hiloStyle.color.value()
				}
				throw new Error("Unknown series style")
			}, o.prototype._applyLineStyle = function(e, t, i, s, r) {
				i.barColor = o.upColor(r)
			}, o.prototype._applyAreaStyle = function(e, t, i, s, r) {
				i.barColor = o.upColor(r)
			}, o.prototype._applyBarStyle = function(e, t, i, s, r) {
				var n = o.upColor(r),
					a = o.downColor(r),
					l = this.findBar(e, !1, s);
				if (r.barStyle.barColorsOnPrevClose.value()) {
					var c = this.findPrevBar(e, !1, s);
					i.barColor = c[TradingView.CLOSE_PLOT] <= l[TradingView.CLOSE_PLOT] ? n : a, i
						.barBorderColor = c[TradingView.CLOSE_PLOT] <= l[TradingView.CLOSE_PLOT] ? n : a
				} else i.barColor = l[TradingView.OPEN_PLOT] <= l[TradingView.CLOSE_PLOT] ? n : a, i
					.barBorderColor = l[TradingView.OPEN_PLOT] <= l[TradingView.CLOSE_PLOT] ? n : a
			}, o.prototype._applyCandleStyle = function(e, t, i, s, r) {
				var n, a = o.upColor(r, t),
					l = o.downColor(r, t),
					c = r.candleStyle.borderUpColor ? r.candleStyle.borderUpColor.value() : r
					.candleStyle.borderColor.value(),
					h = r.candleStyle.borderDownColor ? r.candleStyle.borderDownColor.value() : r
					.candleStyle.borderColor.value(),
					u = r.candleStyle.wickUpColor ? r.candleStyle.wickUpColor.value() : r.candleStyle
					.wickColor.value(),
					d = r.candleStyle.wickDownColor ? r.candleStyle.wickDownColor.value() : r
					.candleStyle.wickColor.value(),
					p = this.findBar(e, !1, s);
				r.candleStyle.barColorsOnPrevClose.value() ? n = this.findPrevBar(e, !1, s)[TradingView
					.CLOSE_PLOT] <= p[TradingView.CLOSE_PLOT] : n = p[TradingView.OPEN_PLOT] <= p[
					TradingView.CLOSE_PLOT];
				i.barColor = n ? a : l, i.barBorderColor = n ? c : h, i.barWickColor = n ? u : d
			}, o.prototype._applyHollowCandleStyle = function(e, t, i, s, r) {
				var n = o.upColor(r, t),
					a = o.downColor(r, t),
					l = r.hollowCandleStyle.borderUpColor ? r.hollowCandleStyle.borderUpColor.value() :
					r.hollowCandleStyle.borderColor.value(),
					c = r.hollowCandleStyle.borderDownColor ? r.hollowCandleStyle.borderDownColor
					.value() : r.hollowCandleStyle.borderColor.value(),
					h = r.hollowCandleStyle.wickUpColor ? r.hollowCandleStyle.wickUpColor.value() : r
					.hollowCandleStyle.wickColor.value(),
					u = r.hollowCandleStyle.wickDownColor ? r.hollowCandleStyle.wickDownColor.value() :
					r.hollowCandleStyle.wickColor.value(),
					d = this.findBar(e, !1, s);
				this.findPrevBar(e, !1, s)[TradingView.CLOSE_PLOT] <= d[TradingView.CLOSE_PLOT] ? (i
					.barColor = n, i.barBorderColor = l, i.barWickColor = h) : (i.barColor = a, i
					.barBorderColor = c, i.barWickColor = u), i.isBarHollow = d[TradingView
					.OPEN_PLOT] <= d[TradingView.CLOSE_PLOT]
			}, o.prototype._applyHAStyle = function(e, t, i, s, r) {
				var n, a = o.upColor(r, t),
					l = o.downColor(r, t),
					c = r.haStyle.borderUpColor.value(),
					h = r.haStyle.borderDownColor.value(),
					u = r.haStyle.wickUpColor.value(),
					d = r.haStyle.wickDownColor.value(),
					p = this.findBar(e, t, s);
				r.haStyle.barColorsOnPrevClose.value() ? n = this.findPrevBar(e, t, s)[TradingView
					.CLOSE_PLOT] <= p[TradingView.CLOSE_PLOT] : n = p[TradingView.OPEN_PLOT] <= p[
					TradingView.CLOSE_PLOT];
				i.barColor = n ? a : l, i.barBorderColor = n ? c : h, i.barWickColor = n ? u : d
			}, o.prototype._applyBaseLineStyle = function(e, t, i, s, r) {
				var n = this.findBar(e, t, s),
					a = r.baselineStyle,
					l = this._series.priceScale(),
					c = Math.round(l.height() * (Math.abs(100 - a.baseLevelPercentage.value()) / 100)),
					h = this._series.firstValue(),
					u = l.coordinateToPrice(c, h);
				n[TradingView.CLOSE_PLOT] > u ? i.barColor = o.upColor(r, t) : i.barColor = o.downColor(
					r, t)
			}, o.prototype._applyHiLoStyle = function(e, t, i, s, r) {
				i.barColor = o.upColor(r, t), i.barBorderColor = r.hiloStyle.borderColor.value()
			}, o.prototype.applyBarStyle = function(e, t, i, s) {
				i || (i = {}),
					i.barColor = null, i.barBorderColor = null, i.barWickColor = null, i.isBarHollow =
					null, i.isBarUp = null, i.upColor = null, i.downColor = null, i.isTwoColorBar =
					null, i.isMergedBar = null;
				var r = this._series.properties();
				switch (r.style.value()) {
					case TradingView.Series.STYLE_LINE:
						this._applyLineStyle(e, t, i, s, r);
						break;
					case TradingView.Series.STYLE_AREA:
						this._applyAreaStyle(e, t, i, s, r);
						break;
					case TradingView.Series.STYLE_BARS:
						this._applyBarStyle(e, t, i, s, r);
						break;
					case TradingView.Series.STYLE_CANDLES:
						this._applyCandleStyle(e, t, i, s, r);
						break;
					case TradingView.Series.STYLE_HOLLOW_CANDLES:
						this._applyHollowCandleStyle(e, t, i, s, r);
						break;
					case TradingView.Series.STYLE_HEIKEN_ASHI:
						this._applyHAStyle(e, t, i, s, r);
						break;
					case TradingView.Series.STYLE_BASELINE:
						this._applyBaseLineStyle(e, t, i, s, r);
						break;
					case TradingView.Series.STYLE_HILO:
						this._applyHiLoStyle(e, t, i, s, r)
				}
				return i
			}, o.prototype.getSeriesBars = function(e) {
				return e ? this._series.nsBars() : this._series.bars()
			}, o.prototype._findBarFieldValue = function(e, t, i) {
				var s = this.getSeriesBars(i).valueAt(e);
				if (null !== s) return s[t]
			}, o.prototype.findBar = function(e, t, i) {
				return i ? i.value : this.getSeriesBars(t).valueAt(e) || []
			}, o.prototype.findPrevBar = function(e, t, i) {
				if (i && i.previousValue) return i.previousValue;
				var r = this._series.bars().search(e - 1, s.NearestLeft, TradingView.CLOSE_PLOT);
				return null !== r ? r.value : []
			}, inherit(a, n), a.prototype.getBars = function() {
				return this._study.series().bars()
			}, a.prototype.firstColoredBar = function(e) {
				for (var t = e, i = 0; i < this.backColorers.length; i++) t = Math.min(t, this
					.backColorers[i].firstColoredBar(e));
				var s = this.getOffset(this._plotIndex);
				t = Math.min(t, e + s);
				var r = this.getBars().firstIndex();
				return Math.max(t, r)
			}, a.prototype.getOffset = function() {
				var e = this._study.metaInfo().plots[this._plotIndex];
				return this._study.offset(e.id)
			}, a.prototype.applyBarStyle = function(e, t, i) {
				if (i || (i = {}), t) return i;
				var s = this._study.properties();
				if (!s.visible.value()) return i;
				var n = this._study.metaInfo(),
					o = this._study.data();
				if (!o || 0 === o.size()) return i;
				var a = n.plots[this._plotIndex],
					l = this.getOffset();
				if (this._study.getMinFirstBarIndexForPlot(a.id) > e + l) return i;
				var c = s.styles[a.id];
				if (c.visible && !c.visible.value()) return i;
				var h = o.valueAt(e - l);
				if (null === h) return i;
				var u = h[this._plotIndex + 1];
				if (null == u) return i;
				if (u = Math.round(u), n.isRGB) i.barColor = r(u), i.upColor = i.barColor, i.downColor =
					i.barColor;
				else {
					var d = n.plots[this._plotIndex].palette,
						p = s.palettes[d],
						_ = n.palettes[d].valToIndex ? n.palettes[d].valToIndex[u] : u,
						m = p.colors[_].color.value();
					i.barColor = m, i.upColor = m.color, i.downColor = m.color
				}
				return i
			}, t.SeriesBarColorer = o, t.StudyBarColorer = a
		},
		"3ClC": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("0YCj"),
				r = i.n(s),
				n = i("GVHu"),
				o = i("PL0c"),
				a = i("cKqi"),
				l = i("YzC7"),
				c = i("TMWk"),
				h = i("8sOK");
			class u extends n.Study {
				constructor(e, t, i, s) {
					super(e, t, i, s), this.properties().styles.vol_ma.visible.listeners()
						.subscribe(this, () => this.invalidateTitleCache())
				}
				base() {
					return 1
				}
				destroy() {
					this.properties().styles.vol_ma.visible.listeners().unsubscribeAll(this), super
						.destroy()
				}
				_titleInputs() {
					const e = {
						symbolsForDisplay: !0,
						skipHiddenInputs: !0,
						fakeInputsForDisplay: !0,
						asObject: !1
					};
					return this.properties().styles.vol_ma.visible.value() ? this.inputs(e) : this
						.inputs({
							...e,
							skippedInputs: ["length"]
						})
				}
			}
			var d = i("Eyy1"),
				p = i("Qb4w");
			class _ extends n.Study {
				priceRange(e, t) {
					let i = !1;
					this.graphics().hhists().forEach((e, t) => {
						i = i || this.properties().child("graphics").child("hhists").child(
							t).child("showValues").value()
					});
					const s = function(e, t, i, s) {
						let r = null;
						return e.forEach((e, s) => {
							e.forEach(e => {
								e.firstBarTime <= i && e.lastBarTime >= t && (
									null === r ? r = {
										low: {
											l: e.priceLow,
											h: e.priceHigh
										},
										high: {
											h: e.priceHigh
										}
									} : (e.priceLow < r.low.l && (r.low.l =
											e.priceLow, r.low.h = e
											.priceHigh), r.high.h = Math
										.max(r.high.h, e.priceHigh)))
							})
						}), null === r ? null : s ? new p.PriceRange(r.low.l - .8 * (r.low
							.h - r.low.l), r.high.h) : new p.PriceRange(r.low.l, r.high.h)
					}(this.graphics().hhists(), e, t, i);
					if (null === s) return null;
					const r = Object(d.ensureNotNull)(this.priceScale());
					return r.isLog() ? new p.PriceRange(r.priceToLogical(s.minValue()), r
						.priceToLogical(s.maxValue())) : s
				}
			}

			function m(e, t = "shift", i) {
				return {
					studyConstructor: e,
					colorRotationMode: t,
					colorRotationComparator: i
				}
			}
			i.d(t, "isStudy", (function() {
				return g
			})), i.d(t, "isStudyStrategy", (function() {
				return b
			})), i.d(t, "isStudyStub", (function() {
				return v
			})), i.d(t, "isFundamentalStudy", (function() {
				return S
			})), i.d(t, "isESDStudy", (function() {
				return y
			})), i.d(t, "isFundamentalStudyMetaInfo", (function() {
				return w
			})), i.d(t, "createStudy", (function() {
				return C
			})), i.d(t, "studyColorRotationMode", (function() {
				return x
			})), i.d(t, "useSameColorRotationComparator", (function() {
				return I
			}));
			const f = {
				study_PivotPointsStandard: m(o.study_PivotPointsStandard),
				study_Overlay: m(a.study_Overlay, "loop"),
				study_Compare: m(l.a, "loop"),
				study_Volume: m(u),
				study_VbPVisible: m(class extends _ {}),
				study_ScriptWithDataOffset: m(c.study_ScriptWithDataOffset)
			};
			for (const e in f) f.hasOwnProperty(e) && (TradingView[e] = f[e].studyConstructor);

			function g(e) {
				return e instanceof n.Study
			}

			function b(e) {
				return !1
			}

			function v(e) {
				return e instanceof h.StudyStub
			}

			function S(e) {
				return e instanceof Fundamental
			}

			function y(e) {
				return !1
			}

			function w(e) {
				return "study_Internal$STD;Fund_" === P(e)
			}

			function P(e) {
				const t = "study_" + (e.classId || e.shortId);
				return t.startsWith("study_Internal$STD;Fund_") ? "study_Internal$STD;Fund_" : t
			}

			function C(e, t, i, s, r) {
				const o = P(s),
					a = new(o in f ? f[o].studyConstructor : n.Study)(e, t, i, s);
				return void 0 !== r && a.setId(r), a
			}

			function x(e) {
				const t = P(e);
				return t in f ? f[t].colorRotationMode : void 0 === e.pine || r.a.isStandardPine(e.id) ?
					1 !== e.plots.length ? "shift" : "loop" : null
			}

			function T(e, t) {
				return e.id === t.id && (s = t, ((i = e).pine ? i.pine.version : void 0) === (s.pine ? s
					.pine.version : void 0));
				var i, s
			}

			function I(e) {
				const t = P(e);
				if (t in f) {
					const e = f[t].colorRotationComparator;
					if (void 0 !== e) return e
				}
				return T
			}
		},
		"3UA0": function(e, t) {
			e.exports.tzData = {
				"America/New_York": {
					time: [-2717668562, -1633298400, -1615154400, -1601848800, -1583704800, -1570399200,
						-1551650400, -1536530400, -1523224800, -1504476e3, -1491775200, -1473026400,
						-1459720800, -1441576800, -1428271200, -1410127200, -1396821600, -
						1378677600, -1365372e3, -1347228e3, -1333922400, -1315173600, -1301868e3, -
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						388548e3, 404877600, 419997600, 436327200, 452052e3, 467776800, 483501600,
						499226400, 514951200, 530676e3, 544586400, 562125600, 576036e3, 59418e4,
						607485600, 625629600, 638935200, 657079200, 670989600, 688528800, 702439200,
						719978400, 733888800, 752032800, 765338400, 783482400, 796788e3, 814932e3,
						828842400, 846381600, 860292e3, 877831200, 891741600, 909280800, 923191200,
						941335200, 954640800, 972784800, 986090400, 1004234400, 1018144800,
						1035684e3, 1049594400, 1067133600, 1081044e3, 1099188e3, 1112493600,
						1130637600, 1143943200, 1162087200, 1173578400, 1194141600, 1205028e3,
						1225591200, 1236477600, 1257040800, 1268532e3, 1289095200, 1299981600,
						1320544800, 1331431200, 1351994400, 1362880800, 1383444e3, 1394330400,
						1414893600, 142578e4, 1446343200, 1457834400, 1478397600, 1489284e3,
						1509847200, 1520733600, 1541296800, 1552183200, 1572746400, 1583632800,
						1604196e3, 1615687200, 1636250400, 1647136800, 16677e5, 1678586400,
						1699149600, 1710036e3, 1730599200, 1741485600, 1762048800, 1772935200,
						1793498400, 1804989600, 1825552800, 1836439200, 1857002400, 1867888800,
						1888452e3, 1899338400, 1919901600, 1930788e3
					],
					offset: [-17762, -18e3, -14400, -18e3, -14400, -18e3, -14400, -18e3, -14400, -18e3,
						-14400, -18e3, -14400, -18e3, -14400, -18e3, -14400, -18e3, -14400, -18e3, -
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				},
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				"Europe/London": {
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				"Europe/Zurich": {
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				},
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				"Australia/Brisbane": {
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					]
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				"Asia/Ashkhabad": {
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				"Europe/Stockholm": {
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				},
				"Europe/Riga": {
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				},
				"Europe/Vilnius": {
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				},
				"America/Lima": {
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				},
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					]
				},
				"Asia/Bahrain": {
					time: [-1577923200, 76204800, 1925002800],
					offset: [12368, 14400, 10800]
				},
				"Asia/Jakarta": {
					time: [-3231273600, -1451693568, -117288e4, -876614400, -766022400, -683856e3, -
						620784e3, -189388800, 1925017200
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					offset: [25632, 25632, 26400, 27e3, 32400, 27e3, 28800, 27e3, 25200]
				},
				"Africa/Lagos": {
					time: [-1588464e3, 1924995600],
					offset: [816, 3600]
				},
				"Pacific/Norfolk": {
					time: [-2177452800, -599616e3, 152071200, 162961200, 1443924e3, 1570327200,
						1586055600, 1601776800, 1617505200, 1633226400, 1648954800, 1664676e3,
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					]
				},
				"America/Juneau": {
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				},
				"Asia/Ho_Chi_Minh": {
					time: [-2004048e3, -1851552e3, -852080400, -782614800, -767836800, -718070400, -
						457747200, -315622800, 171849600, 1925017200
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					offset: [25600, 25590, 25200, 28800, 32400, 25200, 28800, 25200, 28800, 25200]
				},
				"Australia/Perth": {
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						32400, 28800, 32400, 28800, 32400, 28800, 32400, 28800, 32400, 28800
					]
				},
				"Europe/Malta": {
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						7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600
					]
				},
				"Europe/Amsterdam": {
					time: [-4260211200, -1693699200, -168048e4, -1663452e3, -1650142800, -1633212e3, -
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						7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600,
						7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600,
						7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600,
						7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600,
						7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600,
						7200, 3600, 7200, 3600, 7200, 3600, 7200, 3600
					]
				}
			}
		},
		"3t3b": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "dateFormatProperty", (function() {
				return a
			})), i.d(t, "restoreDateFormatSettingsValue", (function() {
				return l
			}));
			var s = i("Vdly"),
				r = i("m/cY"),
				n = i("e1ZQ");

			function o() {
				return s.getValue("date_format", Object(n.c)())
			}
			const a = Object(r.a)(o());

			function l() {
				a.setValue(Object(n.c)()), s.remove("date_format")
			}
			s.onSync.subscribe(null, () => a.setValue(o())), a.listeners().subscribe(null, () => s.setValue(
				"date_format", a.value()))
		},
		"3u3j": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("Eyy1"),
				r = i("RDU5");
			class n extends r.UndoCommand {
				constructor(e, t, i) {
					super(i), this._chartModel = e, this._sourceId = t.id();
					const r = Object(s.ensureNotNull)(t.priceScale());
					this._initialPriceScaleId = r.id(), this._initialPriceScaleState = Object(s
						.ensureNotNull)(t.priceScale()).state();
					const n = Object(s.ensureNotNull)(e.paneForSource(t));
					this._initialPriceScalePosition = n.priceScalePosition(r), this
						._initialPriceScaleIndex = n.priceScaleIndex(r, this
							._initialPriceScalePosition), this._initialPaneIndex = e.panes()
						.indexOf(n)
				}
				_newPriceScaleState(e) {
					const t = {
						...this._initialPriceScaleState
					};
					return delete t.m_isLockScale, delete t.id, delete t.m_topMargin, delete t
						.m_bottomMargin, t
				}
				_originalPriceScaleState() {
					return this._initialPriceScaleState
				}
			}
		},
		"4GHa": function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 36 28" width="36" height="28"><path fill="currentColor" d="M14 22H7V11H0V4h14v18zM28 22h-8l7.5-18h8L28 22z"/><circle fill="currentColor" cx="20" cy="8" r="4"/></svg>'
		},
		"4TVt": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolPriceAxisView", (function() {
				return o
			}));
			var s = i("Eyy1"),
				r = i("KcY8"),
				n = i("Ulff");
			class o extends r.a {
				constructor(e, t) {
					super(), this._active = !1, this._source = e, this._data = t
				}
				setActive(e) {
					this._active = e
				}
				_updateRendererData(e, t, i) {
					e.visible = !1;
					const s = this._source.model();
					if (!s.timeScale() || s.timeScale().isEmpty()) return;
					const r = this._source.priceScale();
					if (null === r || r.isEmpty()) return;
					if (!s.selection().isSelected(this._source) && !this._source
						.isForcedDrawPriceAxisLabel()) return;
					if (null === s.timeScale().visibleBarsStrictRange()) return;
					const o = this._source.priceAxisPoints(),
						a = this._data.pointIndex;
					if (o.length <= a) return;
					const l = o[a];
					if (!isFinite(l.price)) return;
					const c = this._source.ownerSource(),
						h = null !== c ? c.firstValue() : null;
					if (null === h) return;
					let u = this._active ? n.a.active : n.a.common;
					this._data.backgroundProperty ? u = this._data.backgroundProperty.value() : this
						._data.backgroundPropertyGetter && (u = this._data
							.backgroundPropertyGetter()), i.background = u, i.borderColor =
						"#2E84A6", i
						.textColor = this.generateTextColor(u), i.coordinate = r.priceToCoordinate(l
							.price, h), e.text = this._formatPrice(l.price, h), e.visible = !0
				}
				_formatPrice(e, t) {
					return Object(s.ensureNotNull)(this._source.priceScale()).formatPrice(e, t)
				}
			}
		},
		"4bfY": function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("j3hX"),
				o = n.LineToolWidthsProperty,
				a = n.LineToolColorsProperty;
			class l extends s {
				constructor(e, t) {
					super(e, t || l.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"FzRY", 7)).then(({
						FibCirclesPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				levelsCount() {
					return l.LevelsCount
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Fib Circles"
				}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				static createProperties(e) {
					var t = new r("linetoolfibcircles", e, !1, {
						range: [1, 11]
					});
					return l._configureProperties(t), t
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "6U6r")))
						.FibCirclesDefinitionsViewModel
				}
				_snapTo45DegreesAvailable() {
					return !0
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					for (var t = [e.child("trendline").child("linewidth")], i = [e.child("trendline")
							.child("color")
						], r = 1; r <= l.LevelsCount; r++) t.push(e.child("level" + r).child(
						"linewidth")), i.push(e.child("level" + r).child("color"));
					e.addChild("linesColors", new a(i)), e.addChild("linesWidths", new o(t))
				}
			}
			l.LevelsCount = 11, t.LineToolFibCircles = l
		},
		"4kQX": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "TimeFormatter", (function() {
				return n
			}));
			var s = i("iboI"),
				r = i("kcTO");
			class n {
				constructor(e) {
					this._formatStr = e || "%h:%m:%s"
				}
				format(e) {
					return s.customFormatters.timeFormatter ? s.customFormatters.timeFormatter.format(
						e) : this._formatStr.replace("%h", Object(r.numberToStringWithLeadingZero)(e
						.getUTCHours(), 2)).replace("%m", Object(r.numberToStringWithLeadingZero)(e
						.getUTCMinutes(), 2)).replace("%s", Object(r.numberToStringWithLeadingZero)(
						e.getUTCSeconds(), 2))
				}
				formatLocal(e) {
					return s.customFormatters.timeFormatter ? s.customFormatters.timeFormatter
						.formatLocal ? s.customFormatters.timeFormatter.formatLocal(e) : s
						.customFormatters.timeFormatter.format(e) : this._formatStr.replace("%h",
							Object(r.numberToStringWithLeadingZero)(e.getHours(), 2)).replace("%m",
							Object(r.numberToStringWithLeadingZero)(e.getMinutes(), 2)).replace("%s",
							Object(r.numberToStringWithLeadingZero)(e.getSeconds(), 2))
				}
			}
		},
		"4miz": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			})), i.d(t, "b", (function() {
				return r
			}));
			class s {
				constructor(e, t) {
					this._visible = !0, this._title = e, this._value = t
				}
				title() {
					return this._title
				}
				setTitle(e) {
					this._title = e
				}
				text() {
					return this._value
				}
				value() {
					return this._value
				}
				setValue(e) {
					this._value = e
				}
				visible() {
					return this._visible
				}
				setVisible(e) {
					this._visible = e
				}
				color() {
					return this._color
				}
				setColor(e) {
					this._color = e
				}
			}
			class r {
				constructor() {
					this._items = [], this._header = "", this._title = ""
				}
				header() {
					return this._header
				}
				title() {
					return this._title
				}
				items() {
					return this._items
				}
				update() {}
			}
		},
		"4o++": function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "MagnetMode", (function() {
					return s
				})),
				function(e) {
					e[e.WeakMagnet = 0] = "WeakMagnet", e[e.StrongMagnet = 1] = "StrongMagnet"
				}(s || (s = {}))
		},
		"4u8j": function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("j3hX"),
				o = n.LineToolWidthsProperty,
				a = n.LineToolColorsProperty;
			class l extends s {
				constructor(e, t) {
					super(e, t || l.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"ZJWf", 7)).then(({
						GannFanPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				levelsCount() {
					return l.LevelsCount
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Gann Fan"
				}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "ASG6")))
						.GannFanDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetoolgannfan", e, !1, {
						range: [1, 9]
					});
					return l._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					for (var t = [], i = [], r = 1; r <= l.LevelsCount; r++) t.push(e.child("level" + r)
						.child("linewidth")), i.push(e.child("level" + r).child("color"));
					e.addChild("linesColors", new a(i)), e.addChild("linesWidths", new o(t))
				}
			}
			l.LevelsCount = 9, t.LineToolGannFan = l
		},
		"4vW/": function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "ColorType", (function() {
					return s
				})),
				function(e) {
					e.Solid = "solid", e.Gradient = "gradient"
				}(s || (s = {}))
		},
		"53h+": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "findSuitableResolutionToBuildFrom", (function() {
				return a
			}));
			var s = i("LxhU");

			function r(e) {
				throw console.error(e), e
			}

			function n(e, t) {
				const i = t.multiplier();
				for (let s = e.length - 1; s >= 0; s--) {
					const r = Number(e[s]);
					if (i % r == 0) return `${r}${t.letter()}`
				}
				return null
			}

			function o(e, t) {
				const i = n(e, t);
				if (null !== i) return i;
				r(`Misconfiguration error: it is trying to request ${t.value()} but we cannot build it from lower resolution`)
			}

			function a(e, t) {
				const i = s.Interval.parse(e);
				if ((i.isWeeks() || i.isMonths()) && t.has_weekly_and_monthly) {
					let e = ["1"];
					i.isWeeks() && void 0 !== t.weekly_multipliers && (e = t.weekly_multipliers), i
						.isMonths() && void 0 !== t.monthly_multipliers && (e = t.monthly_multipliers);
					const s = n(e, i);
					if (null !== s) return s
				}
				if (i.isDWM() && (void 0 === t.has_daily || t.has_daily)) return i.isDays() && void 0 !== t
					.daily_multipliers ? o(t.daily_multipliers, i) : (void 0 === t.daily_multipliers ||
						t.daily_multipliers.includes("1") || r(
							"Misconfiguration error: it is trying to request a resolution but symbol does not support it"
						), "1D");
				if (i.isDWM() && r(
						`Misconfiguration error: it is trying to request ${i.value()} but we cannot build it from lower resolution`
					), i.isMinutes() && !t.has_intraday && r(
						"Misconfiguration error: it is trying to request intraday resolution but symbol does not support it"
					), i.isSeconds() && !t.has_seconds && r(
						"Misconfiguration error: it is trying to request seconds resolution but symbol does not support it"
					), i.isTicks()) return (!t.has_ticks || i.multiplier() > 1) && r(
					`Misconfiguration error: it is trying to request ${i.multiplier()} ticks resolution but symbol does not support it`
				), "1T";
				const a = i.isSeconds() ? t.seconds_multipliers : t.intraday_multipliers;
				return void 0 !== a ? o(a, i) : i.value()
			}
		},
		"54XG": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "FavoriteStudyTemplateService", (function() {
				return r
			}));
			var s = i("ulZB");
			class r extends s.b {
				constructor(e, t) {
					super(e, t, "FAVORITE_STUDY_TEMPLATES_CHANGED", "StudyTemplates.quicks", [])
				}
				remove(e) {
					this.set(this.get().filter(t => t !== e))
				}
			}
		},
		"585y": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			}));
			class s {
				constructor(e) {
					this._value = null, this._series = e, this._series.dataEvents().dataUpdated()
						.subscribe(this, this._onSeriesUpdated)
				}
				destroy() {
					this._series.dataEvents().dataUpdated().unsubscribeAll(this)
				}
				volume(e, t) {
					if (null !== this._value && this._value.from === e && this._value.to === t)
						return this._value.value;
					let i = 0;
					const s = this._series.data().bars(),
						r = s.firstIndex(),
						n = s.lastIndex();
					if (null !== r && e < r && t < r || null !== n && e > n && t > n) i = NaN;
					else {
						const s = this._series.data().bars().rangeIterator(Math.min(e, t), Math.max(e,
							t));
						for (; s.hasNext();) {
							const e = s.next().value[5];
							if (void 0 === e) {
								i = NaN;
								break
							}
							i += e
						}
					}
					return this._value = {
						from: e,
						to: t,
						value: i
					}, i
				}
				_onSeriesUpdated(e, t) {
					if (null === this._value) return;
					if (t) return void(this._value = null);
					const i = this._series.data().bars().lastIndex();
					(null === i || i <= this._value.to) && (this._value = null)
				}
			}
		},
		"5B3K": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyError", (function() {
				return s
			}));
			class s extends Error {
				constructor(e) {
					super(e), this.studyError = !0
				}
			}
		},
		"5C6T": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PipFormatter", (function() {
				return r
			}));
			var s = i("kcTO");
			class r extends s.PriceFormatter {
				constructor(e, t, i, s) {
					t || (t = 1), "forex" !== i && "cfd" !== i || !s ? (super(1),
							this._isForex = !1) : (super(s), this._isForex = !0), this
						._pipPriceScale = e, this._pipMinMove = t, this._pipMinMove2 = s
				}
				format(e, t, i) {
					let s = this._isForex ? this._pipMinMove2 : this._pipMinMove;
					return void 0 === s && (s = NaN), super.format(e * this._pipPriceScale / s, t,
						i)
				}
			}
		},
		"5JMW": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "isLineToolRiskReward", (function() {
				return a
			})), i.d(t, "LineDataSourceApi", (function() {
				return c
			}));
			var s = i("Eyy1"),
				r = i("ogJP");
			const n = new Map([
				["LineToolRiskRewardLong", 2],
				["LineToolRiskRewardShort", 2],
				["LineToolBezierQuadro", 3],
				["LineToolBezierCubic", 4]
			]);

			function o(e) {
				const t = n.get(e.toolname);
				if (void 0 !== t) return t;
				const i = e.pointsCount();
				return -1 === i ? e.points().length : i
			}

			function a(e) {
				return "LineToolRiskRewardLong" === e || "LineToolRiskRewardShort" === e
			}
			const l = ["alwaysShowStats", "entryPrice", "inputs.first bar time", "inputs.last bar time",
				"interval", "linesWidths", "points", "snapTo45Degrees", "stopPrice", "symbol",
				"symbolStateVersion", "currencyId", "unitId", "targetPrice", "zOrderVersion"
			];
			class c {
				constructor(e, t, i) {
					this._source = e, this._model = t, this._pointsConverter = i
				}
				isSelectionEnabled() {
					return this._source.isSelectionEnabled()
				}
				setSelectionEnabled(e) {
					this._source.setSelectionEnabled(e)
				}
				isSavingEnabled() {
					return this._source.isSavedInChart()
				}
				setSavingEnabled(e) {
					this._source.setSavingInChartEnabled(e)
				}
				isShowInObjectsTreeEnabled() {
					return this._source.showInObjectTree()
				}
				setShowInObjectsTreeEnabled(e) {
					this._source.setShowInObjectsTreeEnabled(e)
				}
				isUserEditEnabled() {
					return this._source.userEditEnabled()
				}
				setUserEditEnabled(e) {
					this._source.setUserEditEnabled(e)
				}
				bringToFront() {
					this._model.bringToFront([this._source])
				}
				sendToBack() {
					this._model.sendToBack([this._source])
				}
				getProperties() {
					return this._source.properties().state(l, !0)
				}
				setProperties(e) {
					this._setProps(this._source.properties(), e, "")
				}
				getPoints() {
					let e = this._source.points();
					const t = o(this._source);
					return e.length > t && (Object(s.assert)(a(this._source.toolname)), e = e.slice(0,
						t)), this._pointsConverter.dataSourcePointsToPriced(e)
				}
				setPoints(e) {
					if (this._source.isFixed()) return;
					const t = o(this._source);
					if (t !== e.length) throw new Error(
						`Wrong points count. Required: ${t}, provided: ${e.length}`);
					const i = this._pointsConverter.apiPointsToDataSource(e);
					this._model.startChangingLinetool(this._source), this._model.changeLinePoints(this
							._source, i), this._model.endChangingLinetool(!0), this._source
						.createServerPoints()
				}
				ownerSourceId() {
					return Object(s.ensureNotNull)(this._source.ownerSource()).id()
				}
				changePoint(e, t) {
					if (this._source.isFixed()) return;
					const i = this._pointsConverter.apiPointsToDataSource([e])[0];
					this._model.startChangingLinetool(this._source, {
						...i
					}, t), this._model.changeLinePoint({
						...i
					}), this._model.endChangingLinetool(!1), this._source.createServerPoints()
				}
				isHidden() {
					return this._source.isSourceHidden()
				}
				getRawPoints() {
					return this._source.points()
				}
				setRawPoint(e, t) {
					this._model.startChangingLinetool(this._source, {
						...t
					}, e), this._model.changeLinePoint({
						...t
					}), this._model.endChangingLinetool(!1)
				}
				move(e, t) {
					this._model.startMovingSources([this._source], {
						logical: e
					}, null, new Map), this._model.moveSources({
						logical: t
					}, new Map), this._model.endMovingSources(!1)
				}
				dataAndViewsReady() {
					return this._source.dataAndViewsReady()
				}
				zorder() {
					return this._source.zorder()
				}
				symbol() {
					return this._source.properties().symbol.value()
				}
				currency() {
					return this._source.properties().currencyId.value()
				}
				unit() {
					return this._source.properties().unitId.value()
				}
				_setProps(e, t, i) {
					for (const s in t) {
						if (!t.hasOwnProperty(s)) continue;
						const n = 0 === i.length ? s : `${i}.${s}`;
						if (e.hasOwnProperty(s)) {
							const i = t[s];
							Object(r.isHashObject)(i) ? this._setProps(e[s], i, n) : e[s].setValue(i)
						} else console.warn(`Unknown property "${n}"`)
					}
				}
			}
		},
		"5VQP": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ContextMenuManager", (function() {
				return s
			}));
			var s, r = i("tWVy");
			! function(e) {
				const t = [];

				function s() {
					Object(r.b)()
				}
				e.createMenu = async function(e, r = {}, n) {
					const o = new((await Promise.all([i.e("react"), i.e(6), i.e(11), i.e(21), i.e(
						22), i.e(24), i.e(28), i.e(48), i.e(52), i.e(60), i.e(
						0), i.e(5), i.e(54), i.e("context-menu-renderer")]).then(i.bind(
						null, "cbq4"))).ContextMenuRenderer)(e, r, () => {
						const e = t.indexOf(o); - 1 !== e && t.splice(e, 1), void 0 !== n &&
							n()
					}, s);
					return t.push(o), o
				}, e.hideAll = s, e.getShown = function() {
					for (let e = 0; e < t.length; e++)
						if (t[e].isShown()) return t[e];
					return null
				}
			}(s || (s = {}))
		},
		"5ZUI": function(e, t, i) {
			"use strict";
			var s = i("WPQD").LineToolTrendLine,
				r = i("Ocx9").DefaultProperty;
			class n extends s {
				constructor(e, t) {
					super(e, t || n.createProperties())
				}
				name() {
					return "Ray"
				}
				static createProperties(e) {
					var t = new r("linetoolray", e);
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e)
				}
			}
			t.LineToolRay = n
		},
		"5fI3": function(e, t, i) {
			"use strict";

			function s(e) {
				return function(e) {
					return "=" + JSON.stringify(e)
				}(e)
			}

			function r(e) {
				return "=" === e[0]
			}

			function n(e) {
				if (!r(e)) return {
					symbol: e
				};
				try {
					return JSON.parse(e.slice(1))
				} catch (t) {
					return {
						symbol: e
					}
				}
			}
			i.r(t), i.d(t, "encodeExtendedSymbolOrGetSimpleSymbolString", (function() {
				return s
			})), i.d(t, "isEncodedExtendedSymbol", (function() {
				return r
			})), i.d(t, "decodeExtendedSymbol", (function() {
				return n
			}))
		},
		"5mo2": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("jCNj"),
				r = i("Y7w9"),
				n = i("txPx"),
				o = i("OBgQ");
			const a = Object(n.getLogger)("Chart.Model.SessionSpec");

			function l(e) {
				return e >= 48 && e <= 57
			}
			class c {
				constructor() {
					this.entries = [], this.firstDayOfWeek = s.MONDAY, this.weekEndsCount = -1, this
						.maxTradingDayLength = 0
				}
				parseSessions(e, t) {
					var i;
					if (this._clear(), this.timezone = e, "24x7" === (t = this._parseFirstDayOfWeek(t))
						.toLowerCase())
						for (const e of u) this.entries.push(c._createSessionEntry(e, 0, 0, 0, 0));
					else {
						let e = !1;
						const i = new Map;
						for (const s of t.split("|")) {
							const t = s.split(":");
							if (1 !== t.length && 2 !== t.length) {
								a.logError("Bad session section: " + s);
								continue
							}
							const r = 1 === t.length;
							if (r) {
								if (e) {
									a.logError("Duplicated default section: " + s);
									continue
								}
								e = !0
							}
							const n = r ? h : c._parseWorkingDays(t[1]);
							for (const e of n) r && i.has(e) || i.set(e, t[0])
						}
						for (const e of u) {
							const t = i.get(e);
							if (void 0 !== t)
								for (const i of t.split(",")) this.entries.push(c._parseSessionEntry(e,
									i))
						}
					}
					this.entries.sort(p);
					const s = new Map;
					for (const e of this.entries) {
						const t = e.dayOfWeek();
						s.set(t, e.length() + (null !== (i = s.get(t)) && void 0 !== i ? i : 0))
					}
					this.maxTradingDayLength = 0, s.forEach(e => {
						this.maxTradingDayLength = Math.max(this.maxTradingDayLength, e)
					}), this.weekEndsCount = 7 - s.size
				}
				static parseHolidaysAndCorrections(e, t, i) {
					const r = new Map,
						n = new Map,
						o = e => {
							const t = this._parseDay(e),
								i = t.toString(),
								s = n.get(i);
							return void 0 !== s ? s : (n.set(i, t), t)
						};
					if ("" !== t) {
						const e = [];
						for (const i of t.split(",")) {
							if (8 !== i.length) throw new Error("bad holiday date: " + i);
							const t = o(i);
							r.set(t, e)
						}
					}
					if ("" === i) return r;
					const a = s.get_timezone("Etc/UTC");
					for (const e of i.split(";")) {
						const t = e.split(":");
						if (2 !== t.length) throw new Error("bad correction section: " + e);
						const i = [];
						if ("dayoff" !== t[0])
							for (const e of t[0].split(",")) i.push(this._parseSessionEntry(1, e));
						for (const e of t[1].split(",")) {
							if (8 !== e.length) throw new Error("bad correction date: " + e);
							const t = o(e),
								n = s.get_day_of_week(s.get_cal(a, t.year, t.month - 1, t.day)),
								l = [];
							for (const e of i) l.push(new _(n, e.startOffset(), e.length()));
							r.set(t, l)
						}
					}
					return r
				}
				_clear() {
					this.entries = [], this.timezone = "", this.firstDayOfWeek = s.MONDAY, this
						.weekEndsCount = -1
				}
				_parseFirstDayOfWeek(e) {
					const t = e.split(";");
					if (t.length > 2) return a.logError(
						"Only one `first day` specification expected @ session " + e), e;
					if (1 === t.length) return e;
					let i = 1;
					let r = t[0].indexOf("-") >= 0 ? NaN : parseInt(t[0]);
					return isNaN(r) && (i = 0, r = parseInt(t[1])), r < s.SUNDAY || r > s.SATURDAY ? (a
						.logError(`Unexpected day index @ session: ${e}; day index ${r}`), e) : (
						this.firstDayOfWeek = r, t[i])
				}
				static _parseDay(e) {
					const t = parseInt(e.substring(0, 4)),
						i = parseInt(e.substring(4, 6)),
						s = parseInt(e.substring(6, 8));
					return new o.a(t, i, s)
				}
				static _parseSessionEntry(e, t) {
					let i = t.split("-");
					2 !== i.length && (a.logError("Bad sessions entry: " + t), i = ["0000", "0000"]);
					let s = 0,
						r = i[0];
					if (r.includes("F")) {
						const e = r.split("F");
						r = e[0], s = "" !== e[1] ? parseInt(e[1]) : 1
					}
					let n = 0,
						o = i[1];
					if (o.includes("F")) {
						const e = o.split("F");
						o = e[0], n = "" !== e[1] ? parseInt(e[1]) : 1
					}
					if (!this._isCorrectSession(r) || !this._isCorrectSession(o)) throw new Error(
						"Incorrect entry syntax: " + t);
					const l = r,
						h = o;
					return this._createSessionEntry(e, c._minutesFromHHMM(l), c._minutesFromHHMM(h), s,
						n)
				}
				static _isCorrectSession(e) {
					return 4 === e.length && l(e.charCodeAt(0)) && l(e.charCodeAt(1)) && l(e.charCodeAt(
						2)) && l(e.charCodeAt(3))
				}
				static _parseWorkingDays(e) {
					const t = [];
					for (let i = 0; i < e.length; i++) {
						const s = +e[i]; - 1 === t.indexOf(s) && t.push(s)
					}
					return t
				}
				static _minutesFromHHMM(e) {
					return s.get_minutes_from_hhmm(e)
				}
				static _createSessionEntry(e, t, i, r, n) {
					0 === i && (i = s.minutesPerDay), r === n && i <= t && (r += 1), r > 0 && (t -= r *
						s.minutesPerDay), n > 0 && (i -= n * s.minutesPerDay);
					return new _(e, t, i - t)
				}
			}
			i.d(t, "workingDays", (function() {
				return h
			})), i.d(t, "workingDaysAndWeekEnds", (function() {
				return u
			})), i.d(t, "compareSessionEntries", (function() {
				return p
			})), i.d(t, "SessionEntry", (function() {
				return _
			})), i.d(t, "EntryIndex", (function() {
				return m
			})), i.d(t, "SessionSpec", (function() {
				return g
			}));
			const h = [s.MONDAY, s.TUESDAY, s.WEDNESDAY, s.THURSDAY, s.FRIDAY],
				u = [s.SUNDAY, s.MONDAY, s.TUESDAY, s.WEDNESDAY, s.THURSDAY, s.FRIDAY, s.SATURDAY];

			function d(e, t) {
				return e.compareTo(t) < 0
			}

			function p(e, t) {
				return e.compareTo(t)
			}
			class _ {
				constructor(e, t, i) {
					this._dayOfWeek = e,
						this._start = t, this._length = i
				}
				start() {
					return this._start + s.minutesPerDay * this.sessionStartDaysOffset()
				}
				startOffset() {
					return this._start
				}
				sessionStartDaysOffset() {
					return this._start >= 0 ? 0 : this._start % s.minutesPerDay == 0 ? -Math.ceil(this
						._start / s.minutesPerDay) : -Math.floor(this._start / s.minutesPerDay)
				}
				sessionEndDaysOffset() {
					const e = this._start + this._length;
					return e >= 0 ? 0 : e % s.minutesPerDay == 0 ? -Math.ceil(e / s.minutesPerDay) : -
						Math.floor(e / s.minutesPerDay)
				}
				isOvernight() {
					return this._start < 0
				}
				dayOfWeek() {
					return this._dayOfWeek
				}
				sessionStartDayOfWeek() {
					let e = this._dayOfWeek - this.sessionStartDaysOffset();
					return e < s.SUNDAY && (e += 7), e
				}
				sessionEndDayOfWeek() {
					let e = this.sessionStartDayOfWeek() + this.sessionEndDaysOffset();
					return e > s.SATURDAY && (e = 1), e
				}
				length() {
					return this._length
				}
				weight() {
					return this._dayOfWeek * s.minutesPerDay + this._start
				}
				compareTo(e) {
					const t = this.weight(),
						i = t + this._length,
						s = e.weight(),
						r = s + e._length;
					return t <= s && s < i || s <= t && t < r ? 0 : t > s ? 1 : -1
				}
				contains(e) {
					const t = 60 * s.get_hours(e) + s.get_minutes(e);
					let i = s.get_day_of_week(e) - this._dayOfWeek;
					i > 0 && (i -= 7);
					const r = i * s.minutesPerDay + t;
					return r >= this._start && r < this._start + this._length
				}
			}
			class m {
				constructor(e, t, i) {
					this.weekIndex = e, this.entryIndex = t, this.entries = i
				}
				getEntry() {
					return this.entries[this.entryIndex]
				}
			}

			function f(e, t) {
				const i = Object(r.lowerbound)(e, t, (e, t) => -1 === e.day.compareTo(t));
				return i === e.length ? null : e[i]
			}
			class g {
				constructor(e = "Etc/UTC", t = "0000-0000", i = "", r = "") {
					this._entries = [], this._firstDayOfWeek = s.MONDAY, this._entriesHash = new Map,
						this._holidayAndCorrectionMap = new Map, this._holidaySessions = [];
					const n = new c;
					n.parseSessions(e, t), this._entries = n.entries, this._timezone = n.timezone, this
						._firstDayOfWeek = n.firstDayOfWeek, this._weekEndsCount = n.weekEndsCount, this
						._maxTradingDayLength = n.maxTradingDayLength;
					const o = c.parseHolidaysAndCorrections(e, i, r),
						a = s.get_timezone(e);
					this._isThereCorrections = "" !== i || "" !== r, o.forEach((e, t) => {
						this._holidayAndCorrectionMap.set(t.toString(), e), this
							._holidaySessions.push({
								day: t,
								sessions: e
							});
						const i = this.getWeekIndex(t.toCalendar(a));
						this._entriesHash.set(i, null)
					}), this._holidaySessions.sort((e, t) => e.day.compareTo(t.day))
				}
				entries() {
					return this._entries
				}
				timezone() {
					return this._timezone
				}
				firstDayOfWeek() {
					return this._firstDayOfWeek
				}
				addSessionEntry(e, t, i, r, n) {
					0 === i && (i = s.minutesPerDay), r === n && i <= t && (r += 1), r > 0 && (t -= r *
						s.minutesPerDay), n > 0 && (i -= n * s.minutesPerDay);
					const o = i - t;
					this._entries.push(new _(e, t, o))
				}
				longestSessionLength() {
					let e = 0,
						t = 0;
					for (const t of this._holidaySessions) t.sessions.forEach(t => {
						e = Math.max(e, t.length())
					});
					return this._entries.forEach(e => {
						t = Math.max(t, e.length())
					}), Math.max(e, t)
				}
				isWeekEnd(e) {
					const t = Object(r.lowerbound)(this._entries, new _(e, 0, 0), (e, t) => e
						.dayOfWeek() < t.dayOfWeek());
					return t > this._entries.length - 1 || this._entries[t].dayOfWeek() !== e
				}
				isCalWeekEnd(e) {
					const t = s.get_day_of_week(e);
					if (!this._isThereCorrections) return this.isWeekEnd(t);
					const i = o.a.fromCalendar(e),
						r = this._holidayAndCorrectionMap.get(i.toString());
					return void 0 === r ? this.isWeekEnd(t) : 0 === r.length
				}
				hasWeekEnds() {
					return this.weekEndsCount() > 0
				}
				weekEndsCount() {
					return this._weekEndsCount
				}
				maxTradingDayLength() {
					return this._maxTradingDayLength
				}
				holidaysFromYearStart(e) {
					if (!this._isThereCorrections) return 0;
					const t = s.get_timezone(this._timezone),
						i = new o.a(s.get_year(e), s.JANUARY, 1),
						r = o.a.fromCalendar(e);
					let n = 0;
					const a = this._selectHolidays(i, r);
					for (let e = 0; e < a.length; e++) {
						const i = a[e].day.toCalendar(t);
						this.isWeekEnd(s.get_day_of_week(i)) ? n += 0 === a[e].sessions.length ? 0 : -
							1 : n += 0 === a[e].sessions.length ? 1 : 0
					}
					return n
				}
				intradayCanBeBuiltFrom24x7(e) {
					return this._entries.every(t => t.start() % e == 0 && t.length() % e == 0)
				}
				indexOfSession(e, t, i) {
					const n = this._getEntriesForWeek(e);
					let o = Object(r.lowerbound)(n, new _(t, i, 0), d);
					if (o !== n.length) return new m(e, o, n);
					let a = e;
					const l = 7 - t + this._firstDayOfWeek - 1;
					for (i = -(s.minutesPerDay - i + l * s.minutesPerDay);;) {
						a++;
						const e = this._getEntriesForWeek(a);
						if (0 !== e.length) return o = Object(r.lowerbound)(e, new _(this
							._firstDayOfWeek, i, 0), d), new m(a, o, e)
					}
				}
				findSession(e, t, i, s = 0) {
					const r = this.indexOfSession(e, t, i),
						n = r.entries;
					let o = r.entryIndex;
					if (0 !== s) {
						const e = n[o].dayOfWeek(),
							t = s > 0 ? 1 : -1;
						for (;;) {
							const i = o + t;
							if (i < 0 || i >= n.length || n[i].dayOfWeek() !== e) break;
							o = i
						}
					}
					return new m(r.weekIndex, o, n)
				}
				getWeekIndex(e) {
					if (!this._isThereCorrections) return 0;
					const t = s.get_day_of_week(e) - s.SUNDAY,
						i = s.get_timezone("Etc/UTC"),
						r = s.get_cal(i, s.get_year(e), s.get_month(e), s.get_day_of_month(e) - t);
					return Math.floor((r.getTime() + 621672192e5) / 1e3 / 86400 / 7)
				}
				correctTradingDay(e) {
					const t = s.get_day_of_week(e),
						i = 60 * s.get_hours(e) + s.get_minutes(e),
						r = this.getWeekIndex(e),
						n = this.findSession(r, t, i, 0),
						o = n.getEntry().dayOfWeek() - t + 7 * (n.weekIndex - r);
					return 0 !== o && s.add_date(e, o), e
				}
				alignToSessionStart(e, t = 0) {
					const i = s.get_day_of_week(e),
						r = 60 * s.get_hours(e) + s.get_minutes(e),
						n = this.getWeekIndex(e),
						o = this.findSession(n, i, r, t),
						a = o.getEntry(),
						l = a.dayOfWeek() - i + 7 * (o.weekIndex - n);
					0 !== l && s.add_date(e, l);
					const c = a.startOffset();
					return s.set_hms(e, c / 60, c % 60, 0, 0, s.get_timezone(this._timezone)), a
						.length()
				}
				businessDaysToCalendarDays(e, t) {
					let i = this.getWeekIndex(e),
						r = s.get_day_of_week(e),
						n = 0,
						o = 0;
					for (; o < t;) {
						const e = this._getEntriesForWeek(i);
						let a = 0;
						for (let i = r; i <= s.SATURDAY; i++) {
							n++;
							let s = !0;
							for (; a < e.length && !(e[a].dayOfWeek() > i);) e[a].dayOfWeek() < i ||
								s && (s = !1, o++), a++;
							if (o >= t) return n
						}
						i++, r = s.SUNDAY
					}
					return n
				}
				calendarDaysToBusinessDays(e, t) {
					let i = this.getWeekIndex(e),
						r = s.get_day_of_week(e),
						n = 0,
						o = 0;
					for (; n < t;) {
						const e = this._getEntriesForWeek(i);
						let a = 0;
						for (let i = r; i <= s.SATURDAY; i++) {
							n++;
							let s = !0;
							for (; a < e.length && !(e[a].dayOfWeek() > i);) e[a].dayOfWeek() < i ||
								s && (s = !1, o++), a++;
							if (n >= t) return o
						}
						i++, r = s.SUNDAY
					}
					return o
				}
				alignToNearestSessionStart(e, t) {
					return this._alignToNearestSessionValue(e, t, this._entrySessionStart.bind(this))
				}
				alignToNearestSessionEnd(e, t) {
					return this._alignToNearestSessionValue(e, t, this._entrySessionEnd.bind(this))
				}
				leftBorderOfDailyBar(e) {
					const t = this._getEntriesForDay(e);
					return 0 === t.length ? null : (t.sort(p), this._getLeftEntryBorder(e, t[0]))
				}
				bordersOfDailyBar(e) {
					const t = this._getEntriesForDay(e);
					if (0 === t.length) return null;
					t.sort(p);
					const i = this._getLeftEntryBorder(e, t[0]),
						r = t[t.length - 1],
						n = s.clone(e);
					let o = 60 * (r.startOffset() + r.length()) - 1;
					const a = Math.floor(o / 3600);
					return o -= 3600 * a, s.set_hms(n, a, o / 60, o % 60, 0, s.get_timezone(this
						._timezone)), {
						from: i,
						to: n
					}
				}
				getEntriesForWeekByCalendar(e) {
					const t = this.getWeekIndex(e);
					return this._getEntriesForWeek(t)
				}
				_getEntriesForWeek(e) {
					let t = this._entriesHash.get(e);
					if (void 0 === t) return this._entries;
					if (null !== t) return t;
					const i = s.get_timezone(this._timezone);
					t = this._entries.slice();
					const r = this._weekIndexToCalendar(e),
						n = this._weekIndexToCalendar(e + 1),
						a = o.a.fromCalendar(r),
						l = o.a.fromCalendar(n),
						c = this._selectHolidays(a, l);
					for (const e of c) {
						const r = e.day.toCalendar(i),
							n = s.get_day_of_week(r);
						t = t.filter(e => e.dayOfWeek() !== n), t = t.concat(e.sessions)
					}
					return t.sort(p), this._entriesHash.set(e, t), t
				}
				_selectHolidays(e, t) {
					const i = [];
					let s = e;
					for (;;) {
						const e = f(this._holidaySessions, s);
						if (null === e) return i;
						if (!e.day.before(t)) return i;
						i.push(e), s = e.day.addDays(1)
					}
				}
				_weekIndexToCalendar(e) {
					const t = 1e3 * (86400 * e * 7 + 86400) - 621672192e5,
						i = s.get_cal_from_unix_timestamp_ms(s.get_timezone("Etc/UTC"), t),
						r = s.get_timezone("Etc/UTC");
					return s.get_cal(r, s.get_year(i), s.get_month(i), s.get_day_of_month(i))
				}
				_alignToNearestSessionValue(e, t, i) {
					const r = s.get_day_of_week(e),
						n = 60 * s.get_hours(e) + s.get_minutes(e),
						o = this.getWeekIndex(e);
					let a = this.findSession(o, r, n);
					if (a.getEntry().contains(e) && o === a.weekIndex || 1 === t) return i(a, s.clone(
						e), t);
					let l = a.entryIndex - 1;
					if (l < 0) {
						let e = a.weekIndex,
							t = a.entries;
						for (; l < 0;) e--, t = this._getEntriesForWeek(e), l += t.length;
						a = new m(e, l, t)
					} else a = new m(a.weekIndex, l, a.entries);
					return i(a, s.clone(e), t)
				}
				_entrySessionStart(e, t, i) {
					return this._entrySessionValue(e, t, i, e => 60 * e.start())
				}
				_entrySessionEnd(e, t, i) {
					return this._entrySessionValue(e, t, i, e => 60 * (e.start() + e.length()) - 1)
				}
				_entrySessionValue(e, t, i, r) {
					let n = s.get_day_of_week(t);
					const o = e.getEntry();
					let a = o.dayOfWeek() - o.sessionStartDaysOffset();
					const l = this.getWeekIndex(t);
					let c = e.weekIndex - l,
						h = !1;
					if (a < s.SUNDAY && (c <= 0 ? h = !0 : c--, a += 7), (c > 0 && i >= 0 || c < 0 &&
							i < 0) && s.add_date(t, 7 * c), !o.contains(t)) {
						let e = a - n;
						h && i < 0 && (e = -(7 - a + n)), s.add_date(t, e), n = s.get_day_of_week(t)
					}
					o.isOvernight() && n === o.dayOfWeek() && s.add_date(t, -o
						.sessionStartDaysOffset());
					let u = r(o);
					const d = Math.floor(u / 3600);
					return u -= 3600 * d, s.set_hms(t, d, u / 60, u % 60, 0, s.get_timezone(this
						._timezone)), t
				}
				_getEntriesForDay(e) {
					const t = s.get_day_of_week(e);
					return this._getEntriesForWeek(this.getWeekIndex(e)).filter(e => e.dayOfWeek() ===
						t)
				}
				_getLeftEntryBorder(e, t) {
					const i = s.clone(e),
						r = t.startOffset();
					return s.set_hms(i, r / 60, r % 60, 0, 0, s.get_timezone(this._timezone)), i
				}
			}
		},
		"5rJj": function(e, t, i) {
			"use strict";
			(function(t) {
				var s = i("ogJP").isSameType,
					r = i("Ocx9").DefaultProperty;

				function n(e, t, i, s) {
					this._map = Object.assign({}, this._map, s), t && (t = this.unpackLevels(t)), r
						.call(this, e, t, i)
				}
				inherit(n, r), n.prototype.state = function(e, i) {
					e = e || [];
					var s = t.prototype.state.call(this, e);
					return i ? s : this.packLevels(s)
				}, n.prototype.clone = function() {
					for (var e = this.state(), t = new n(this._defaultName, e), i = 0; i < this
						._exclusions.length; ++i) t.addExclusion(this._exclusions[i]);
					return t
				}, n.prototype.merge = function(e, i) {
					return t.prototype.merge.call(this, this.unpackLevels(e), i)
				}, n.prototype._map = {
					prefixes: [""],
					range: [0, 0],
					names: ["coeff", "color", "visible", "linestyle", "linewidth"],
					typecheck: {
						pack: Object,
						unpack: Array
					}
				}, n.prototype._packLvlTpl = function() {
					return []
				}, n.prototype._unpackLvlTpl = function() {
					return {}
				}, n.prototype._packLvlFill = function(e, t, i, s) {
					return s.push(i[t]), s
				}, n.prototype._unpackLvlFill = function(e, t, i, s) {
					return s[t] = i[e], s
				}, n.prototype._iterateLevels = function(e, t) {
					for (var i in this._map.prefixes)
						for (var r = (this._map.prefixes[i] || "") + "level", n = this._map.range[
								0]; n <= this._map.range[1]; n++)
							if (e[r + n] && s(e[r + n], t.typecheck())) {
								var o = t.tpl();
								for (var a in this._map.names) o = t.fill(a, this._map.names[a], e[
									r + n], o);
								e[r + n] = o
							} return e
				}, n.prototype.packLevels = function(e) {
					return this._iterateLevels(e, {
						tpl: this._packLvlTpl,
						fill: this._packLvlFill,
						typecheck: this._map.typecheck.pack
					})
				}, n.prototype.unpackLevels = function(e) {
					return this._iterateLevels(e, {
						tpl: this._unpackLvlTpl,
						fill: this._unpackLvlFill,
						typecheck: this._map.typecheck.unpack
					})
				}, n.prototype.saveDefaults = function() {
					TradingView.saveDefaults(this._defaultName, this.state(this._exclusions, !0))
				}, e.exports = n
			}).call(this, i("tc+8"))
		},
		"5vwb": function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return n
			})), i.d(t, "a", (function() {
				return o
			}));
			var s = i("tqok"),
				r = i("hsV8");

			function n(e, t) {
				for (const i of e.points) {
					if (i.index >= t.length) return null;
					if (t[i.index] === s.INVALID_TIME_POINT_INDEX) return null
				}
				return {
					points: e.points.map(e => ({
						index: t[e.index],
						offset: e.offset,
						level: e.level
					}))
				}
			}

			function o(e, t, i) {
				return {
					id: t,
					points: e.points.map(e => ({
						...e,
						index: Object(r.ensureTimePointIndexIndex)(i.indexOf(e.index))
					}))
				}
			}
		},
		"68at": function(e, t, i) {
			"use strict";
			var s = i("5rJj"),
				r = i("7ADh").LineToolFibWedgeBase,
				n = i("j3hX").LineToolColorsProperty;
			class o extends r {
				constructor(e, t) {
					super(e, t || o.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"jlk4", 7)).then(({
						ProjectionLinePaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				levelsCount() {
					return 1
				}
				name() {
					return "Projection"
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "LzAw")))
						.ProjectionDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new s("linetoolprojection", e, !1, {
						range: [1, 1]
					});
					return o._configureProperties(t), t
				}
				static _configureProperties(e) {
					r._configureProperties(e), e.addChild("linesColors", new n([e.trendline.color]))
				}
			}
			t.LineToolProjection = o
		},
		"6I19": function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return w
			})), i.d(t, "c", (function() {
				return P
			})), i.d(t, "a", (function() {
				return C
			}));
			var s = i("Eyy1"),
				r = i("ivNn"),
				n = i("eJTA"),
				o = i("YFKU"),
				a = i("qFKp"),
				l = i("Tmoa"),
				c = i("Ialn"),
				h = i("k9/m"),
				u = i("CW80"),
				d = i("mMWL"),
				p = i("GH0z"),
				_ = i("38az"),
				m = i("7qT/"),
				f = i("xCUR");
			const g = a.CheckMobile.any(),
				b = g && !0,
				v = new p.PercentageFormatter,
				S = window.t("n/a"),
				y = `${S} (${S}%)`;

			function w(e, t) {
				const i = Object(n.parseRgb)(t),
					s = Object(n.parseRgb)(e);
				return Object(n.distanceRgb)(i, s) < 70 ? Object(n.rgbToHexString)(Object(n.invertRgb)(i)) :
					t
			}

			function P(e) {
				if (null === e) return null;
				const t = e.properties().child("background");
				return void 0 === t ? null : t.value()
			}
			class C {
				constructor(e, t) {
					this._series = e, this._model = t, this._emptyValues = [{
						title: Object(o.t)("Open"),
						visible: !1,
						value: "",
						index: 0,
						id: ""
					}, {
						title: Object(o.t)("High"),
						visible: !1,
						value: "",
						index: 1,
						id: ""
					}, {
						title: Object(o.t)("Low"),
						visible: !1,
						value: "",
						index: 2,
						id: ""
					}, {
						title: Object(o.t)("Close"),
						visible: !1,
						value: "",
						index: 3,
						id: ""
					}, {
						title: "",
						visible: !1,
						value: "",
						index: 4,
						id: ""
					}, {
						title: "",
						visible: !1,
						value: "",
						index: 5,
						id: ""
					}, {
						title: Object(o.t)("Change"),
						visible: !1,
						value: "",
						index: 6,
						id: ""
					}]
				}
				getItems() {
					return this._emptyValues
				}
				getValues(e) {
					const t = this._showLastPriceAndChangeOnly(),
						i = this._emptyValues.map(e => ({
							...e,
							visible: !t
						}));
					i[0].value = S, i[1].value = S, i[2].value = S, i[3].value = S, i[6].value = y, i[5]
						.visible = !1;
					const n = i[4];
					if (n.value = S, n.visible = !1, this._model.timeScale().isEmpty() || 0 === this
						._series.bars().size() || this._series.priceScale().isEmpty()) return i;
					Object(r.isNumber)(e) || (e = Object(s.ensureNotNull)(this._series.data().last())
						.index);
					const o = this._series.nearestIndex(e, h.PlotRowSearchMode.NearestLeft);
					if (void 0 === o) return i;
					const a = this._series.data().valueAt(o),
						u = P(this._series.model().paneForSource(this._series));
					if (null === a || null === u) return i;
					const d = a[1],
						p = a[2],
						m = a[3],
						g = a[4];
					if (null == d || null == p || null == m || null == g) return i;
					const {
						values: C
					} = this._changesData(g, o, t), x = Object(f.a)(this._series);
					if (Object(f.b)(this._series)) i[6].value = "";
					else if (void 0 !== C) {
						const e = this._series.formatter();
						i[6].value = Object(c.forceLTRStr)(
							`${e.format(C.change, !0)} (${v.format(C.percentChange, !0)})`)
					}
					t ? (i[5].value = x(g), i[5].visible = !0, i[6].visible = !0) : (i[0].value = x(d),
						i[1].value = x(p), i[2].value = x(m), i[3].value = x(g), i[4].value = x(this
							._series.barFunction()(a)));
					let T = null;
					if (t && !b) T = void 0 === C || C.change >= 0 ? _.SeriesBarColorer.upColor(this
						._series.properties()) : _.SeriesBarColorer.downColor(this._series
						.properties());
					else {
						const e = this._series.barColorer().barStyle(o, !1);
						T = w(u, null != e.barBorderColor ? e.barBorderColor : e.barColor)
					}
					T = Object(l.resetTransparency)(w(u, T));
					for (const e of i) e.color = T;
					return i
				}
				_showLastPriceAndChangeOnly() {
					return g && (null === this._model.crossHairSource().pane || Object(u.isLineToolName)
						(d.tool.value()) || null !== this._model.lineBeingEdited())
				}
				_changesData(e, t, i) {
					var s;
					if (i && !b) {
						const e = this._series.quotes();
						if (null !== e) return {
							values: {
								change: e.change,
								percentChange: e.change_percent
							}
						}
					} else {
						const i = this._series.data().search(t - 1, h.PlotRowSearchMode.NearestLeft),
							r = null !== (s = null == i ? void 0 : i.value[4]) && void 0 !== s ? s :
							null;
						if (null !== r) return {
							values: {
								change: e - r,
								percentChange: Object(m.a)(r, e)
							}
						}
					}
					return {}
				}
			}
		},
		"6KAu": function(e, t, i) {
			"use strict";

			function s() {
				return Promise.all([i.e("react"), i.e(1), i.e(3), i.e(16), i.e(93), i.e(0), i.e(2), i.e(15),
					i.e("change-interval-dialog")
				]).then(i.bind(null, "iT0o"))
			}
			i.d(t, "a", (function() {
				return s
			}))
		},
		"6ctS": function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><g fill="none" fill-rule="evenodd" stroke="currentColor" transform="translate(3 6)"><path d="M.964 8C3 4 6.679.5 11 .5 15.32.5 19 4 21.036 8 19 12 15.32 15.5 11 15.5 6.679 15.5 3 12 .964 8z"/><circle cx="11" cy="8" r="3.5"/></g></svg>'
		},
		"6sst": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "OverlayStudyPriceLineAxisView", (function() {
				return r
			}));
			var s = i("TmNs");
			class r extends s.PriceLineAxisView {
				constructor(e) {
					super(), this._study = e
				}
				_value() {
					return this._study.lastValueData("", !0)
				}
				_priceLineColor(e) {
					return e
				}
				_lineWidth() {
					return 1
				}
				_isVisible() {
					const e = this._study.model().properties().scalesProperties.showSeriesLastValue
						.value();
					return this._study.properties().childs().showPriceLine.value() && e
				}
			}
		},
		"6vtU": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "setAdditionalSymbolInfoFields", (function() {
				return r
			})), i.d(t, "getAdditionalSymbolInfoFields", (function() {
				return n
			}));
			let s = [];

			function r(e) {
				s = e
			}

			function n() {
				return s
			}
		},
		"704P": function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("Ss5c").LineDataSource,
					r = i("jkoZ"),
					n = i("Ocx9").DefaultProperty,
					o = i("k9/m").PlotRowSearchMode,
					a = i("s1Gx").sortSourcesPreOrdered.LineToolExecution;
				class l {
					constructor(e, t) {
						this._pane = e, this._timeScale = t
					}
					static recreateOrderedByBarsSourcesCache(e) {
						l.clearOrderedByBarsSourcesCache();
						for (var t = l.prototype, i = e.sourcesByGroup().all(), s = 0; s < i
							.length; ++s) {
							var r = i[s];
							if (r._adapter && void 0 !== r._adapter._index) {
								var n = t._cachedByBarIndexOrderedExecutions[r._adapter._index];
								t._cachedByBarIndexOrderedExecutions[r._adapter._index] = n || [], t
									._cachedByBarIndexOrderedExecutions[r._adapter._index].push(r)
							}
						}
					}
					static clearOrderedByBarsSourcesCache() {
						l.prototype._cachedByBarIndexOrderedExecutions = {}
					}
					getXYCoordinate(e, t, i) {
						var s = 0,
							r = e.getDirection(),
							n = "buy" === r,
							a = this._pane.model().mainSeries();
						if (a.bars) {
							var l = n ? 10 : -10,
								c = a.bars().search(i, o.NearestLeft);
							if (null !== c) {
								i = c.index;
								var u = n ? c.value[TradingView.LOW_PLOT] : c.value[TradingView
										.HIGH_PLOT],
									d = a.priceScale(),
									p = a.firstValue();
								s = d.priceToCoordinate(u, p) + l
							}
						}
						e._index = i;
						var _ = t.visibleBarsStrictRange();
						if (!isFinite(i) || null === _ || i > _.lastBar() || i < _.firstBar())
							return {
								x: -1,
								y: -1
							};
						for (var m = this._cachedByBarIndexOrderedExecutions[i] || this._pane
								.sourcesByGroup().all(), f = m.length - 1; f >= 0; --f) {
							var g = m[f];
							if (g instanceof h && g._adapter._index === i && g._adapter
								.getDirection() === r) {
								if (g === e._line) break;
								var b = g._adapter._height();
								s = n ? s + b : s - b
							}
						}
						return {
							x: t.indexToCoordinate(i),
							y: s
						}
					}
				}
				l.prototype._cachedByBarIndexOrderedExecutions = {};
				class c {
					constructor(e) {
						this._line = e
					}
					_height() {
						var e = this.getArrowHeight(),
							t = this.getArrowSpacing();
						this.getText() && r.fontHeight(this.getFont());
						return e + t + 0 + 10
					}
					getIndex() {
						return this._line._model.timeScale().baseIndex() - this._line.points()[0]
							.index
					}
					setIndex(e) {
						var t = this._line._model.timeScale().baseIndex() - Math.abs(e);
						this._line.startMoving({
							logical: this._line.points()[0]
						});
						var i = TradingView.merge({}, this._line.points()[0]);
						return i.index = t, this._line.move({
							logical: i
						}), this._line.endMoving(), this
					}
					getTime() {
						return this._unixtime
					}
					setTime(e) {
						return this._unixtime = e, this._line.restorePoints([{
							offset: 0,
							price: this.getPrice(),
							time_t: this._unixtime
						}], []), this._line.createServerPoints(), this
					}
					getPrice() {
						return this._line.points().length > 0 ? this._line.points()[0].price : this
							._line._timePoint.length > 0 ? this._line._timePoint[0].price : void 0
					}
					setPrice(e) {
						return this._line.points().length > 0 && (this._line.points()[0].price = e),
							this._line._timePoint.length > 0 && (this._line._timePoint[0].price =
								e), this
					}
					getText() {
						return this._line.properties().text.value()
					}
					setText(e) {
						return this._line.properties().text.setValue(e || ""), this._line
							.updateAllViewsAndRedraw(), this
					}
					getArrowHeight() {
						return this._line.properties().arrowHeight.value()
					}
					setArrowHeight(e) {
						return this._line.properties().arrowHeight.setValue(e || 5), this
					}
					getArrowSpacing() {
						return this._line.properties().arrowSpacing.value()
					}
					setArrowSpacing(e) {
						return this._line.properties().arrowSpacing.setValue(e || 1), this
					}
					getDirection() {
						return this._line.properties().direction.value()
					}
					setDirection(e) {
						return this._line.properties().direction.setValue(e || "buy"), this
					}
					getArrowColor() {
						var e = this._line.properties();
						return "buy" === this.getDirection() ? e.arrowBuyColor.value() : e
							.arrowSellColor.value()
					}
					setArrowColor(e) {
						return "buy" === this.getDirection() ? this.setArrowBuyColor(e) : this
							.setArrowSellColor(e), this
					}
					setArrowBuyColor(e) {
						return this._line.properties().arrowBuyColor.setValue(e), this
					}
					setArrowSellColor(e) {
						return this._line.properties().arrowSellColor.setValue(e), this
					}
					getTextColor() {
						return r.getColorFromProperties(this._line.properties().textColor, this
							._line.properties().textTransparency)
					}
					setTextColor(e) {
						return r.setColorToProperties(e, this._line.properties().textColor, this
							._line.properties().textTransparency), this
					}
					getFont() {
						return r.getFontFromProperties(this._line.properties().fontFamily, this
							._line.properties().fontSize, this._line.properties().fontBold, this
							._line.properties().fontItalic)
					}
					setFont(e) {
						return r.setFontToProperties(e, this._line.properties().fontFamily, this
							._line.properties().fontSize, this._line.properties().fontBold, this
							._line.properties().fontItalic), this
					}
					setTooltip(e) {
						return null == e ? e = "" : e += "", this._line.properties().tooltip
							.setValue(e), this
					}
					getTooltip() {
						return this._line.properties().tooltip.value()
					}
					remove() {
						this._line._model.removeSource(this._line), delete this._line
					}
					getPoints() {
						return this._line.points()
					}
				}
				class h extends s {
					constructor(e, t) {
						super(e, t || h.createProperties()), this._adapter = new c(this), this
							.customization.forcePriceAxisLabel = !1, this.customization
							.disableErasing = !0, this.customization.showInObjectTree = !1, this
							.setSelectionEnabled(!1), i.e("lt-pane-views").then(i.t.bind(null,
								"tjxb", 7)).then(({
								ExecutionPaneView: e
							}) => {
								this._setPaneViews([new e(this, this._model)])
							})
					}
					zorder() {
						return a
					}
					isSpeciallyZOrderedSource() {
						return !0
					}
					pointsCount() {
						return h.POINTS_COUNT
					}
					name() {
						return "Execution"
					}
					hasContextMenu() {
						return !1
					}
					state() {
						return null
					}
					updateAllViews() {
						return this._isVisible() ? s.prototype.updateAllViews.call(this) : null
					}
					priceAxisViews(e, t) {
						return this._isVisible() ? s.prototype.priceAxisViews.call(this, e, t) :
							null
					}
					_isVisible() {
						return this._model.properties().tradingProperties.showExecutions.value()
					}
					paneViews() {
						return TradingView.printing && !e.enabled("snapshot_trading_drawings") ?
							null : this._model.properties().tradingProperties.showExecutions
							.value() ? s.prototype.paneViews.call(this) : null
					}
					userEditEnabled() {
						return !1
					}
					showInObjectTree() {
						return !1
					}
					cloneable() {
						return !1
					}
					copiable() {
						return !1
					}
					isSynchronizable() {
						return !1
					}
					static createProperties(e) {
						var t = new n("linetoolexecution", e, !1, !1);
						return h._configureProperties(t), t
					}
					static _configureProperties(e) {
						s._configureProperties(e)
					}
				}
				h.POINTS_COUNT = 1, t.ExecutionsPositionController = l, t.LineToolExecution = h
			}).call(this, i("Kxc7"))
		},
		"7ADh": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolFibWedgeBase", (function() {
				return o
			}));
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("Ss5c");
			class o extends n.LineDataSource {
				pointsCount() {
					return 3
				}
				hasEditableCoordinates() {
					return !1
				}
				setPoint(e, t) {
					if (super.setPoint(e, t), !this._recursiveGuard) try {
						if (this._recursiveGuard = !0, 2 === e) {
							const e = this.pointToScreenPoint(this._points[0])[0];
							let t = this.pointToScreenPoint(this._points[1])[0];
							const i = this.pointToScreenPoint(this._points[2])[0].subtract(e)
								.length();
							let s = t.subtract(e);
							s.length() <= 0 && (s = new r.Point(1, 0)), t = e.add(s.normalized()
								.scaled(i));
							const n = this.screenPointToPoint(t),
								o = this._pointsProperty.childs().points[1];
							o.childs().price.setValue(n.price), o.childs().bar.setValue(n.index)
						} else {
							const e = this.pointToScreenPoint(this._points[0])[0],
								t = this.pointToScreenPoint(this._points[1])[0];
							let i = this.pointToScreenPoint(this._points[2])[0];
							const s = t.subtract(e).length();
							let n = i.subtract(e);
							n.length() <= 0 && (n = new r.Point(1, 0)), i = e.add(n.normalized()
								.scaled(s));
							const o = this.screenPointToPoint(i),
								a = this._pointsProperty.childs().points[2];
							a.childs().price.setValue(o.price), a.childs().bar.setValue(o.index)
						}
					} finally {
						this._recursiveGuard = !1
					}
				}
				addPoint(e) {
					if (2 === this._points.length) {
						const t = this.pointToScreenPoint(this._points[0])[0],
							i = this.pointToScreenPoint(this._points[1])[0];
						let r = this.pointToScreenPoint(e)[0];
						const n = i.subtract(t).length(),
							o = r.subtract(t).normalized();
						r = t.add(o.scaled(n));
						const a = Object(s.ensureNotNull)(this.ownerSource()),
							l = Object(s.ensureNotNull)(a.firstValue()),
							c = Object(s.ensureNotNull)(this.priceScale()).coordinateToPrice(r.y,
								l);
						e = {
							index: Math.round(this._model.timeScale().coordinateToIndex(r.x)),
							price: c
						}
					}
					return n.LineDataSource.prototype.addPoint.call(this, e)
				}
			}
		},
		"7ETO": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("ocLq");
			class r {
				main(e) {
					const t = e.new_var(s.Std.open(e)),
						i = e.new_var(s.Std.close(e)),
						r = t.get(1),
						n = i.get(1),
						o = s.Std.ohlc4(e),
						a = s.Std.na(t.get(1)) ? (s.Std.open(e) + s.Std.close(e)) / 2 : (r + n) / 2;
					t.set(a), i.set(o);
					const l = s.Std.max(s.Std.high(e), s.Std.max(a, o)),
						c = s.Std.min(s.Std.low(e), s.Std.min(a, o)),
						h = s.Std.volume(e),
						u = e.symbol;
					return [u.time, a, l, c, o, h, u.updatetime, u.isBarClosed]
				}
			}

			function n(e) {
				if (0 === e.type.indexOf("BarSetHeikenAshi@tv-basicstudies-")) return new r;
				const t = "unknown builder type: " + e.type;
				throw console.error(t), new Error(t)
			}
			i.d(t, "getChartStyleStudy", (function() {
				return n
			}))
		},
		"7Fue": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			})), i.d(t, "b", (function() {
				return n
			}));
			const s = ["horizlines", "vertlines", "lines", "hlines", "textmarks", "shapemarks",
				"backgrounds", "polygons", "trendchannels", "hhists", "dwglabels", "dwglines",
				"dwgboxes", "dwgtables", "dwgtablecells"
			];

			function r(e) {
				return !s.some(t => e[t]().size > 0)
			}

			function n(e) {
				const t = new Map;
				return e.forEach((e, i) => {
					e.forEach(e => {
						const s = {
								...e,
								styleId: i
							},
							r = e.firstBarTime;
						let n = t.get(r);
						void 0 === n && (n = new Set, t.set(r, n)), n.add(s)
					})
				}), t
			}
		},
		"7KDR": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "Action", (function() {
				return l
			})), i.d(t, "ActionAsync", (function() {
				return c
			})), i.d(t, "Separator", (function() {
				return h
			})), i.d(t, "Loader", (function() {
				return u
			}));
			var s = i("zRdu"),
				r = i("aIyQ"),
				n = i.n(r),
				o = i("/3z9"),
				a = i("e3/o");
			class l {
				constructor(e, t = a.guid()) {
					this.type = s.a.Action, this._destroyed = !1, this._binding = null, this.id = t,
						this._onUpdate = new n.a, this._options = e, this.update(e)
				}
				execute() {
					this._options.checkable && this.update({
						checked: !this._options.checked
					}), this._options.onExecute && this._options.onExecute(this)
				}
				getLabel() {
					return this._options.label || ""
				}
				getSubItems() {
					return this._options.subItems || []
				}
				isDisabled() {
					return !0 === this._options.disabled
				}
				isActive() {
					return !0 === this._options.active
				}
				isCheckable() {
					return !0 === this._options.checkable
				}
				isChecked() {
					return !0 === this._options.checked
				}
				getPayload() {
					return this._options.payload
				}
				update(e) {
					this._destroyed || (this._unbindShortcut(), e.hotkeyHash && (this._options
							.shortcutHint = Object(o.humanReadableHash)(e.hotkeyHash)), this
						._options = Object.assign(this._options, e), this._bindShortcut(), this
						._onUpdate.fire(this))
				}
				onUpdate() {
					return this._onUpdate
				}
				getState() {
					return {
						label: this.getLabel(),
						disabled: this.isDisabled(),
						active: this.isActive(),
						subItems: this.getSubItems(),
						checkable: this.isCheckable(),
						checked: this.isChecked(),
						doNotCloseOnClick: this._options.doNotCloseOnClick || !1,
						shortcutHint: this._options.shortcutHint,
						hint: this._options.hint,
						icon: this._options.icon,
						iconChecked: this._options.iconChecked,
						toolbox: this._options.toolbox,
						showToolboxOnHover: this._options.showToolboxOnHover || !1,
						statName: this._options.statName,
						name: this._options.name,
						fullWidthLabel: this._options.fullWidthLabel,
						invisibleHotkey: this._options.invisibleHotkey
					}
				}
				getBinding() {
					return this._binding
				}
				setBinding(e) {
					this._binding = e
				}
				destroy() {
					this._destroyed = !0, this._onUpdate.destroy(), null !== this._binding && this
						._binding.destroy(), this._unbindShortcut()
				}
				options() {
					return this._options
				}
				_bindShortcut() {
					if (!this._options.hotkeyGroup || !this._options.hotkeyHash) return;
					const e = "string" == typeof this._options.label ? this._options.label : this
						._options.name;
					this._hotkeyAction = this._options.hotkeyGroup.add({
						hotkey: this._options.hotkeyHash,
						desc: e,
						handler: () => this.execute(),
						isDisabled: () => this.isDisabled()
					})
				}
				_unbindShortcut() {
					this._hotkeyAction && (this._hotkeyAction.destroy(), delete this._hotkeyAction)
				}
			}
			class c extends l {
				constructor(e, t) {
					super({}, t), this.type = s.a.ActionAsync, this._loader = e, this._loaded = !1
				}
				loadOptions() {
					return this._loadingPromise || (this._loadingPromise = this._loader().then(e => {
							this.update(e), this._loaded = !0
						})),
						this._loadingPromise
				}
				isLoaded() {
					return this._loaded
				}
			}
			class h {
				constructor(e, t = a.guid()) {
					this.type = s.a.Separator, this.id = t, this._hint = e
				}
				getHint() {
					return this._hint
				}
			}
			class u {
				constructor(e = a.guid()) {
					this.type = s.a.Loader, this.id = e
				}
			}
		},
		"7MWe": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PriceScaleChangeUndoCommand", (function() {
				return a
			}));
			var s = i("Eyy1"),
				r = i("txPx"),
				n = i("RDU5");
			const o = Object(r.getLogger)("Chart.ChartUndoModel");
			class a extends n.UndoCommand {
				constructor(e, t, i, s, r) {
					super("Scale price", !1), this._newPriceScaleState = null, this._model = e, this
						._paneIndex = e.panes().indexOf(t), this._priceScaleId = i.id(), this
						._state = s, this._timestamp = r ? performance.now() : null
				}
				undo() {
					if (null !== this._newPriceScaleState) return void o.logDebug(
						"PriceScaleChangeUndoCommand.undo: Command is already undone");
					const [e, t] = this._paneAndScale();
					this._newPriceScaleState = t.state(), this._model.restorePriceScaleState(e, t,
						this._state)
				}
				redo() {
					if (null === this._newPriceScaleState) return void o.logDebug(
						"PriceScaleChangeUndoCommand.redo: Command is not undone");
					const [e, t] = this._paneAndScale();
					this._model.restorePriceScaleState(e, t, this._newPriceScaleState), this
						._newPriceScaleState = null
				}
				canMerge(e) {
					return e instanceof a && null !== this._timestamp && null !== e._timestamp &&
						null === this._newPriceScaleState && e._model === this._model && e
						._paneIndex === this._paneIndex && e._priceScaleId === this._priceScaleId &&
						Math.abs(e._timestamp - this._timestamp) < 1e3
				}
				merge(e) {
					this._timestamp = e._timestamp
				}
				_paneAndScale() {
					const e = this._model.panes()[this._paneIndex],
						t = Object(s.ensureNotNull)(e.getPriceScaleById(this._priceScaleId));
					return [e, t]
				}
			}
		},
		"7RN7": function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return s
			})), i.d(t, "a", (function() {
				return r
			}));
			const s = 52,
				r = 5
		},
		"7dm8": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			})), i.d(t, "b", (function() {
				return n
			})), i.d(t, "c", (function() {
				return o
			})), i.d(t, "d", (function() {
				return a
			})), i.d(t, "e", (function() {
				return l
			}));
			var s = i("ocLq");
			class r {
				init(e, t) {
					e.new_sym(t(1), s.Std.period(e)), this._source = t(0), this._scaleFactor1 = 1, this
						._scaleFactor2 = 1
				}
				main(e, t) {
					const i = e.symbol.time,
						r = s.Std[this._source](e);
					e.select_sym(1);
					const n = s.Std[this._source](e),
						o = e.new_unlimited_var(n),
						a = e.new_unlimited_var(e.symbol.time);
					if (e.select_sym(0), isNaN(i)) return null;
					let l = a.indexOf(i); - 1 !== l && a.get(l) !== i && (l = -1);
					const c = l < 0 ? NaN : o.get(l);
					return [this._doCalculation(this._scaleFactor1, r, this._scaleFactor2, c)]
				}
			}
			const n = {
					styles: {
						plot1: {
							linestyle: 0,
							linewidth: 2,
							plottype: 0,
							trackPrice: !1,
							transparency: 35,
							visible: !0,
							color: "#800080"
						}
					},
					precision: 2,
					inputs: {
						source: "close",
						symbol2: ""
					}
				},
				o = [{
					defval: "close",
					id: "source",
					name: "Source",
					options: ["open", "high", "low", "close", "hl2", "hlc3", "ohlc4"],
					type: "text"
				}, {
					id: "symbol2",
					name: "Symbol",
					type: "symbol",
					confirm: !0
				}],
				a = [{
					id: "plot1",
					type: "line"
				}],
				l = {
					plot1: {
						title: "Plot",
						histogramBase: 0
					}
				}
		},
		"7ktv": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PriceDataSource", (function() {
				return a
			}));
			var s = i("fgLi"),
				r = i("aIyQ"),
				n = i.n(r),
				o = i("/tGj");
			class a extends s.DataSource {
				constructor(e) {
					super(), this._formatterChanged = new n.a, this._priceStepChanged = new n.a,
						this._currencyChanged = new n.a, this._unitChanged = new n.a, this
						._priceRangeReadyChanged = new n.a, this._metaInfo = null, this._priceStep =
						null, this._priceRangeReady = !0, this._model = e
				}
				barColorer() {
					return null
				}
				base() {
					return 0
				}
				model() {
					return this._model
				}
				currencyChanged() {
					return this._currencyChanged
				}
				isCurrencySource() {
					return !0
				}
				unitChanged() {
					return this._unitChanged
				}
				isUnitSource() {
					return !0
				}
				priceRange(e, t) {
					return null
				}
				isDraggable() {
					return !this._metaInfo || !this._metaInfo.linkedToSeries
				}
				priceLineColor(e) {
					return e
				}
				formatterChanged() {
					return this._formatterChanged
				}
				priceStep(e) {
					return this._priceStep
				}
				priceStepChanged() {
					return this._priceStepChanged
				}
				hasStateForAlert() {
					return !1
				}
				isIncludedInAutoScale() {
					return !0
				}
				correctScaleMargins(e) {
					return e
				}
				priceRangeReady() {
					return this._priceRangeReady
				}
				priceRangeReadyChanged() {
					return this._priceRangeReadyChanged
				}
				disablePriceRangeReady() {
					const e = this.priceScale();
					null === e || e.isAutoScale() || e.mainSource() !== this || (this
							._priceRangeReady = !1, e.recalculatePriceRangeOnce()), this
						._priceRangeReadyChanged.fire(!1)
				}
				_enablePriceRangeReady() {
					this._priceRangeReady = !0, this._priceRangeReadyChanged.fire(!0)
				}
				_onSourceCurrencyChanged() {
					Object(o.isSymbolSource)(this) || this._currencyChanged.fire()
				}
				_onSourceUnitChanged() {
					Object(o.isSymbolSource)(this) || this._unitChanged.fire()
				}
				_onSourcePriceRangeReadyChanged(e) {
					Object(o.isSymbolSource)(this) || e || this.disablePriceRangeReady()
				}
			}
		},
		"7nsU": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "showConfirmInputsDialog", (function() {
				return r
			}));
			var s = i("YFKU");
			async function r(e, t, r, n, o = "default") {
				let a = !1,
					l = !1;
				try {
					const s = await Promise.all([i.e("redux"), i.e("react"), i.e(1), i.e(3), i.e(4), i
						.e(6), i.e(8), i.e(9), i.e(12), i.e(13), i.e(14), i.e(16), i.e(17), i.e(
							19), i.e(21), i.e(23), i.e(26), i.e(33), i.e(34), i.e(35), i.e(36),
						i.e(39), i.e(50), i.e(59), i.e(95), i.e(0), i.e(2), i.e(5), i.e(7), i.e(
							10), i.e(15), i.e(18), i.e(20), i.e(25), i.e(30), i.e(31), i.e(32),
						i.e(37), i.e(46), i.e(55), i.e("new-confirm-inputs-dialog")
					]).then(i.bind(null, "T4SC"));
					a = await s.selectInputValuesOnChart(e, t, o)
				} catch (e) {
					l = !0
				}
				l ? n() : a ? r(t.defaults.inputs || {}) : Promise.all([i.e("redux"), i.e("react"), i.e(
						1), i.e(3), i.e(4), i.e(6), i.e(8), i.e(9), i.e(12), i.e(13), i.e(14), i
					.e(16), i.e(17), i.e(19), i.e(21), i.e(23), i.e(26), i.e(33), i.e(34), i.e(
						35), i.e(36), i.e(39), i.e(50), i.e(59), i.e(95), i.e(0), i.e(2), i.e(
						5), i.e(7), i.e(10), i.e(15), i.e(18), i.e(20), i.e(25), i.e(30), i.e(
						31), i
					.e(32), i.e(37), i.e(46), i.e(55), i.e("new-confirm-inputs-dialog")
				]).then(i.bind(null, "iqv3")).then(i => {
					const a = new i.ConfirmInputsDialogRenderer(function(e) {
						if ("symbol" === e) return Object(s.t)("Add Symbol");
						return Object(s.t)("Confirm Inputs")
					}(o), t, e.model(), o, r, n);
					return a.show(), a
				})
			}
		},
		"7qI1": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolRectangle", (function() {
				return c
			}));
			var s = i("aO4+"),
				r = i("Ocx9"),
				n = i("tc+8"),
				o = i.n(n),
				a = i("Ss5c"),
				l = i("j3hX");
			class c extends a.LineDataSource {
				constructor(e, t) {
					const s = t || c.createProperties();
					super(e, s), i.e("lt-pane-views").then(i.bind(null, "GW0y")).then(({
						RectanglePaneView: t
					}) => {
						const i = [new t(this, e)];
						this._setPaneViews(i)
					})
				}
				pointsCount() {
					return 2
				}
				textColorsProperty() {
					return this.properties().childs().showLabel.value() ? super
						.textColorsProperty() : null
				}
				properties() {
					return super.properties()
				}
				name() {
					return "Rectangle"
				}
				setPoint(e, t, i) {
					if (e < 2 && super.setPoint(e, t, i), i && i.shift()) {
						const i = this._getAnchorPointForIndex(e);
						if (e >= 4) return this._correctMiddlePoints(e, t, i), void this
							.normalizePoints();
						this._snapPoint45Degree(t, i)
					}
					switch (e) {
						case 2:
							this._points[1].price = t.price, this._points[0].index = t.index;
							break;
						case 3:
							this._points[0].price = t.price, this._points[1].index = t.index;
							break;
						case 4:
							this._points[0].index = t.index;
							break;
						case 5:
							this._points[1].index = t.index;
							break;
						case 6:
							this._points[0].price = t.price;
							break;
						case 7:
							this._points[1].price = t.price
					}
					this.normalizePoints()
				}
				getPoint(e) {
					return e < 2 ? super.getPoint(e) : this._getAnchorPointForIndex(e)
				}
				template() {
					const e = super.template();
					return e.text = this.properties().childs().text.value(), e
				}
				static createProperties(e) {
					const t = new r.DefaultProperty("linetoolrectangle", e);
					return c._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "K4wI")).then(
						e => e.RectangleDefinitionsViewModel)
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text)
				}
				_snapPoint45Degree(e, t, i) {
					const s = this.m_priceScale,
						r = this.ownerSource();
					if (null === s || null === r) return;
					const n = r.firstValue();
					if (null === n) return;
					const o = this._model.timeScale(),
						a = this.pointToScreenPoint(e)[0],
						l = this.pointToScreenPoint(t)[0],
						c = a.x - l.x,
						h = a.y - l.y,
						u = c < 0 ? -1 : 1,
						d = h < 0 ? -1 : 1,
						p = Math.max(Math.abs(c), Math.abs(h)),
						_ = Math.round(o.coordinateToIndex(l.x + p * u)),
						m = Math.abs(o.indexToCoordinate(_) - l.x),
						f = s.coordinateToPrice(l.y + m * d, n);
					e.index = _, e.price = f
				}
				_correctMiddlePoints(e, t, i) {
					e < 6 ? this._correctRightLeftMiddlePoint(e, t, i) : this
						._correctTopBottomMiddlePoint(e, t, i)
				}
				_correctRightLeftMiddlePoint(e, t, i) {
					const r = this.pointToScreenPoint(t)[0],
						n = this.pointToScreenPoint(i)[0],
						o = this.pointToScreenPoint(this._points[0])[0],
						a = this.pointToScreenPoint(this._points[1])[0];
					let l = r.x - n.x;
					if (0 === l) return;
					const c = o.x < a.x ? 1 : -1,
						h = o.y < a.y ? 1 : -1;
					switch (l *= c, e) {
						case 4: {
							const e = a.y - h * l / 2,
								t = this.screenPointToPoint(new s.Point(a.x, e));
							this._points[1].price = t.price;
							const i = this.screenPointToPoint(new s.Point(o.x + c * l, o.y + h * l /
								2));
							this._points[0].price = i.price, this._points[0].index = i.index;
							break
						}
						case 5: {
							const e = o.y - h * l / 2,
								t = this.screenPointToPoint(new s.Point(o.x, e));
							this._points[0].price = t.price;
							const i = this.screenPointToPoint(new s.Point(a.x + c * l, a.y + h * l /
								2));
							this._points[1].price = i.price, this._points[1].index = i.index;
							break
						}
					}
				}
				_correctTopBottomMiddlePoint(e, t, i) {
					const r = this.m_priceScale,
						n = this.ownerSource();
					if (null === r || null === n) return;
					const o = this._model.timeScale(),
						a = n.firstValue();
					if (null === a) return;
					const l = this.pointToScreenPoint(t)[0],
						c = this.pointToScreenPoint(i)[0],
						h = this.pointToScreenPoint(this._points[0])[0],
						u = this.pointToScreenPoint(this._points[1])[0],
						d = l.y - c.y,
						p = d < 0 ? -1 : 1,
						_ = h.x < u.x ? 1 : -1,
						m = h.y < u.y ? 1 : -1;
					switch (e) {
						case 6: {
							const e = Math.floor(u.x - _ * d / 2),
								t = this.screenPointToPoint(new s.Point(e, u.y)),
								i = Math.abs(this._points[1].index - t.index),
								n = _ * m * p * Math.ceil(i / 2);
							if (0 === n) return;
							this._points[1].index = this._points[1].index - n;
							const l = p * Math.abs(o.indexToCoordinate(this._points[1].index) - u
								.x);
							this._points[0].price = r.coordinateToPrice(h.y + l, a), this._points[0]
								.index = this._points[0].index + n;
							break
						}
						case 7: {
							const e = Math.floor(h.x - _ * d / 2),
								t = this.screenPointToPoint(new s.Point(e, h.y)),
								i = Math.abs(this._points[0].index - t.index),
								n = _ * m * p * Math.ceil(i / 2);
							if (0 === n) return;
							this._points[0].index = this._points[0].index - n;
							const l = p * Math.abs(o.indexToCoordinate(this._points[0].index) - h
								.x);
							this._points[1].price = r.coordinateToPrice(u.y + l, a), this._points[1]
								.index = this._points[1].index + n;
							break
						}
					}
				}
				_snapTo45DegreesAvailable() {
					return !0
				}
				static _configureProperties(e) {
					a.LineDataSource._configureProperties(e), e.hasChild("text") || e.addChild(
						"text", new o.a("")), e.addExclusion("text"), e.addChild("linesColors",
						new l.LineToolColorsProperty([e.childs().color])), e.addChild(
						"textsColors", new l.LineToolColorsProperty([e.childs().textColor], e
							.childs().showLabel))
				}
				_getAnchorPointForIndex(e) {
					const t = this.points(),
						i = t[0],
						s = t[1];
					let r = 0,
						n = 0;
					switch (e) {
						case 0:
							r = i.price, n = i.index;
							break;
						case 1:
							r = s.price, n = s.index;
							break;
						case 2:
							r = s.price, n = i.index;
							break;
						case 3:
							r = i.price, n = s.index;
							break;
						case 4:
							r = (s.price + i.price) / 2, n = i.index;
							break;
						case 5:
							r = (s.price + i.price) / 2, n = s.index;
							break;
						case 6:
							r = i.price, n = (s.index + i.index) / 2;
							break;
						case 7:
							r = s.price, n = (s.index + i.index) / 2
					}
					return {
						index: n,
						price: r
					}
				}
			}
		},
		"7qT/": function(e, t, i) {
			"use strict";

			function s(e, t) {
				return 100 * (t - e) / Math.abs(e)
			}
			i.d(t, "a", (function() {
				return s
			}))
		},
		"8LSp": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			}));
			class s {
				constructor() {
					this._stable = [], this._variable = null, this._owner = null
				}
				addStable(e) {
					e.setOwner(this), this._stable.push(e)
				}
				setVariable(e) {
					this._variable = e, null !== this._variable && this._variable.setOwner(this)
				}
				primitivesData(e) {
					const t = [];
					return this._forEach(i => t.push(...i.primitivesData(e))), t
				}
				deleteErasedItems() {
					this._forEach(e => e.deleteErasedItems())
				}
				markPostedItems() {
					this._forEach(e => e.markPostedItems())
				}
				isNaN() {
					return this._all(e => e.isNaN())
				}
				dirty() {
					null !== this._owner && this._owner.dirty()
				}
				setOwner(e) {
					this._owner = e
				}
				_forEach(e) {
					for (const t of this._stable) e(t);
					null !== this._variable && e(this._variable)
				}
				_all(e) {
					for (const t of this._stable)
						if (!e(t)) return !1;
					return null === this._variable || e(this._variable)
				}
			}
		},
		"8OdW": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "MINUTE_SPAN", (function() {
				return s
			})), i.d(t, "HOUR_SPAN", (function() {
				return r
			})), i.d(t, "DAY_SPAN", (function() {
				return n
			})), i.d(t, "WEEK_SPAN", (function() {
				return o
			})), i.d(t, "MONTH_SPAN", (function() {
				return a
			})), i.d(t, "YEAR_SPAN", (function() {
				return l
			})), i.d(t, "DEFAULT_BAR_SPACING", (function() {
				return c
			}));
			const s = 20,
				r = 30,
				n = 40,
				o = 50,
				a = 60,
				l = 70,
				c = 6
		},
		"8Uy/": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LINESTYLE_SOLID", (function() {
					return s
				})), i.d(t, "LINESTYLE_DOTTED", (function() {
					return r
				})), i.d(t, "LINESTYLE_DASHED", (function() {
					return n
				})), i.d(t, "LINESTYLE_LARGE_DASHED", (function() {
					return o
				})),
				i.d(t, "LINESTYLE_SPARSE_DOTTED", (function() {
					return a
				})), i.d(t, "LINESTYLE_SMALL_DASHED", (function() {
					return l
				}));
			const s = 0,
				r = 1,
				n = 2,
				o = 3,
				a = 4,
				l = 5
		},
		"8gnj": function(e, t, i) {
			"use strict";
			var s = i("LxhU").Interval,
				r = i("OLhd").isAlignmentEnabled,
				n = i("7ETO").getChartStyleStudy,
				o = i("5fI3").decodeExtendedSymbol,
				a = i("53h+").findSuitableResolutionToBuildFrom,
				l = function() {
					var e = i("ocLq"),
						t = e.StudyEngine,
						l = e.BarBuilder,
						c = e.BarSet;

					function h(e) {
						this.host = e, this.cache = {}
					}

					function u(e) {
						throw console.error(e), e
					}
					h.prototype.getCache = function(e) {
						return this.cache[e]
					}, h.prototype.putCache = function(e, t) {
						this.cache[e] = t
					}, h.prototype.subscribe = function(e, t, i, s, r, n, o, a, l, c) {
						var h = l(o),
							u = function(e, t, i, s, r, n, o, a) {
								var l = r.has_empty_bars ? "_" : "";
								return n + e + s + (t || "") + (i || "") + l + "_" + o.countBack + "_" +
									o.to + "_" + Boolean(a)
							}(e, t, i, s, o, a, h, c),
							d = this.getCache(u);
						return d || (d = this.createItem(e, t, i, s, o, h, a, c), this.putCache(u, d)),
							d.listeners.addListener(r, n), {
								key: u,
								listener: r
							}
					}, h.prototype.unsubscribe = function(e) {
						var t = this.getCache(e.key);
						t && t.listeners.removeListener(e.listener)
					}, h.prototype.removeUnused = function() {
						var e = [];
						for (var t in this.cache) {
							if (this.cache[t]) 0 === this.cache[t].listeners.listenersCount() && e.push(
								t)
						}
						if (0 !== e.length) {
							for (var i = 0; i < e.length; i++) {
								var s = e[i],
									r = this.cache[s];
								this.cache[s] = null, r.stop()
							}
							this.removeUnused()
						}
					}, h.prototype.rebuildFrom = function(e, t) {
						return a(e, t)
					};
					var d = s.parse("1M").inMilliseconds(0);
					h.prototype.createItem = function(e, t, i, a, c, h, f, g) {
						var b = new m,
							v = o(e),
							S = "string" != typeof v.symbol ? v.symbol : v;
						t = S["currency-id"] || t, i = S["unit-id"] || i;
						var y = S.symbol,
							w = S.session && "extended" !== S.session;
						if ("type" in v) {
							var P = Object.assign({}, c);
							return c.has_empty_bars && (P.has_empty_bars = !1), new _(b, y, t, i, a, n(
								v), P, h, f)
						}
						g && !r() && u("Internal error: rebuilding is requested but it is disabled."), !
							g && c.has_empty_bars && u(
								'Misconfiguration error: attempt to request data for symbol with "has_empty_bars" flag, but "disable_resolution_rebuild" featureset is enabled'
							);
						var C, x, T = this.rebuildFrom(a, c);
						if (!s.isTicks(a) && (!s.isEqual(a, T) || g)) {
							r() || u(
								'Misconfiguration error: remove "disable_resolution_rebuild" featureset or provide ' +
								a + " data by yourself");
							var I = c.has_empty_bars;
							P = Object.assign({}, c);
							c.has_empty_bars && (P.has_empty_bars = !1);
							var M = Math.ceil((C = s.parse(a), x = s.parse(T), C.kind() === x.kind() ? C
								.multiplier() / x.multiplier() : (C.isMonths() ? C
									.multiplier() * d : C.inMilliseconds()) / (x.isMonths() ? x
									.multiplier() * d : x.inMilliseconds())));
							return h = Object.assign({}, h, {
								countBack: h.countBack * M
							}), new _(b, y, t, i, T, new l(a, I), P, h, f)
						}
						return new p(b, y, {
							currency: t,
							unit: i
						}, a, w, this.host, c, h)
					};
					var p = function(e, t, i, s, r, n, o, a) {
						this.listeners = e, this.host = n;
						var l = this;
						this.host.resolve(t, i, (function(e) {
							r && e.regular_session && (e.session = e.regular_session), l
								.subs = l.host.subscribe(e, s, a, (function(e) {
									l.listeners.fire(e)
								}), (function(e) {
									l.listeners.onError(e)
								}))
						}), (function(e) {
							l.listeners.onError(e)
						}))
					};
					p.prototype.stop = function() {
						this.subs && this.host.unsubscribe(this.subs)
					};
					var _ = function(e, i, s, r, n, o, a, l, c) {
						this.listeners = e, this.isRecalculated = !1, this.symbolInfo = a;
						var h = this;
						this.engine = new t({
							tickerid: i,
							currencyCode: s,
							unitId: r,
							period: n,
							body: o,
							sessionId: c,
							symbolInfo: a,
							dataRange: l,
							forceAlignBars: !1,
							recalc: function(e, t) {
								h._recalc(t)
							},
							out: function(e, t) {
								h._out(e, t)
							},
							nonseriesOut: function(e, t) {
								h._nonseriesOut(e, t)
							},
							setNoMoreData: function() {
								h.barset && (h.barset.endOfData = !0)
							},
							onErrorCallback: function(e) {
								h.listeners.onError(e)
							}
						})
					};
					_.prototype.stop = function() {
						this.engine ? this.engine.stop() : console.error("Internal library error 0x1")
					}, _.prototype._recalc = function(e) {
						this.isRecalculated && console.error("recalc called twice!"), this.barset || (
							this.barset = new c(this.symbolInfo)), e && (this.barset
							.firstLoadedTimeMs = e.firstLoadedTimeMs, this.barset.endOfData = e
							.endOfData), this.listeners.fire(this.barset), this.isRecalculated = !0
					}, _.prototype._nonseriesOut = function(e, t) {
						var i = Object.assign({}, t);
						i.nonseries = !0, i.data = t.bars, delete i.bars, i.barsetSize = this.barset ?
							this.barset.count() : 0, i.lastBar = this.barset ? this.barset.bar(this
								.barset.count() - 1) : null, this.listeners.fire(i, !0)
					}, _.prototype._out = function(e, t) {
						var i = t[0];
						if (!isNaN(i)) {
							var s = {
									time: i,
									open: t[1],
									high: t[2],
									low: t[3],
									close: t[4],
									volume: t[5],
									updatetime: t[6]
								},
								r = t[7];
							this.barset || (this.barset = new c(e.info));
							var n = t[8];
							if (n instanceof Array)
								for (var o = 0; o < n.length; o++) {
									var a = t[9],
										l = n[o],
										h = {
											time: l,
											open: a,
											high: a,
											low: a,
											close: a,
											volume: 0,
											updatetime: l
										};
									this.barset.add(h, !0), this.isRecalculated && this.listeners.fire(
										this.barset)
								}
							this.barset.add(s, r), this.barset.isBarClosed = r, this.isRecalculated &&
								this.listeners.fire(this.barset)
						}
					};
					var m = function() {
						this.listeners = []
					};
					return m.prototype.listenersCount = function() {
						return this.listeners.reduce((function(e, t) {
							return e + (t ? 1 : 0)
						}), 0)
					}, m.prototype.addListener = function(e, t) {
						this.listeners.push({
							dataListener: e,
							onErrorCallback: t
						}), this.barset && e(this.barset), this.errorMsg && t(this.errorMsg)
					}, m.prototype.removeListener = function(e) {
						var t = this.listeners.filter((function(t) {
							return t.dataListener === e
						}));
						if (0 !== t.length) {
							var i = this.listeners.indexOf(t[0]);
							delete this.listeners[i]
						}
					}, m.prototype.onError = function(e) {
						this.errorMsg = e || "unspecified error";
						for (var t = this.listeners, i = t.length, s = 0; s < i; s++) {
							var r = t[s];
							r && r.onErrorCallback && r.onErrorCallback(e)
						}
					}, m.prototype.fire = function(e, t) {
						t || (this.barset = e);
						for (var i = this.listeners, s = i.length, r = 0; r < s; r++) {
							var n = i[r];
							n && n.dataListener(e)
						}
					}, {
						setupFeed: function(t) {
							h.instance = new h(t), e.setupFeed(h.instance)
						},
						unsubscribeUnused: function() {
							h.instance.removeUnused()
						}
					}
				}();
			e.exports = l
		},
		"8pII": function(e) {
			e.exports = JSON.parse(
				'{"content":{"chartProperties":{"scalesProperties":{"textColor":"#B2B5BE","lineColor":"rgba(240, 243, 250, 0.12)","backgroundColor":"#ffffff"},"paneProperties":{"vertGridProperties":{"color":"rgba(240, 243, 250, 0.06)"},"horzGridProperties":{"color":"rgba(240, 243, 250, 0.06)"},"crossHairProperties":{"color":"#9598A1"},"background":"#131722","backgroundGradientStartColor":"#181C27","backgroundGradientEndColor":"#131722","backgroundType":"gradient"}},"sessions":{"graphics":{"backgrounds":{"outOfSession":{"color":"#2962FF","transparency":92},"preMarket":{"color":"#FF9800","transparency":92},"postMarket":{"color":"#2962FF","transparency":92}},"vertlines":{"sessBreaks":{"color":"#4985e7","style":2,"width":1}}}},"mainSourceProperties":{"baseLineColor":"#5d606b","candleStyle":{"borderColor":"#378658","upColor":"#26a69a","wickColor":"#B5B5B8","wickUpColor":"#26a69a","wickDownColor":"#ef5350","downColor":"#ef5350","borderUpColor":"#26a69a","borderDownColor":"#ef5350"},"haStyle":{"borderColor":"#378658","upColor":"#26a69a","wickColor":"#B5B5B8","wickUpColor":"#26a69a","wickDownColor":"#ef5350","downColor":"#ef5350","borderUpColor":"#26a69a","borderDownColor":"#ef5350"},"barStyle":{"downColor":"#ef5350","upColor":"#26a69a"},"pnfStyle":{"downColor":"#ef5350","upColor":"#26a69a","upColorProjection":"#336854","downColorProjection":"#7f323f"},"baselineStyle":{"baselineColor":"rgba( 117, 134, 150, 1)","topFillColor1":"rgba( 38, 166, 154, 0.28)","topFillColor2":"rgba( 38, 166, 154, 0.05)","bottomFillColor1":"rgba( 239, 83, 80, 0.05)","bottomFillColor2":"rgba( 239, 83, 80, 0.28)","topLineColor":"rgba( 38, 166, 154, 1)","bottomLineColor":"rgba( 239, 83, 80, 1)"},"areaStyle":{"transparency":100,"color1":"rgba(41, 98, 255, 0.28)","color2":"#2962FF","linecolor":"#2962FF","linewidth":2,"linestyle":0},"renkoStyle":{"upColor":"#26a69a","downColor":"#ef5350","borderUpColor":"#26a69a","borderDownColor":"#ef5350","upColorProjection":"#336854","downColorProjection":"#7f323f","borderUpColorProjection":"#336854","borderDownColorProjection":"#7f323f","wickUpColor":"#26a69a","wickDownColor":"#ef5350"},"lineStyle":{"color":"#2962FF","linewidth":2,"linestyle":0},"kagiStyle":{"downColor":"#ef5350","upColor":"#26a69a","upColorProjection":"#336854","downColorProjection":"#7f323f"},"pbStyle":{"upColor":"#26a69a","downColor":"#ef5350","borderUpColor":"#26a69a","borderDownColor":"#ef5350","upColorProjection":"#336854","downColorProjection":"#7f323f","borderUpColorProjection":"#336854","borderDownColorProjection":"#7f323f"},"rangeStyle":{"upColor":"#26a69a","downColor":"#ef5350","upColorProjection":"#336854","downColorProjection":"#7f323f"}}}}'
			)
		},
		"8sOK": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("2kV1"),
				r = i("7ktv"),
				n = i("kcTO"),
				o = i("aIyQ"),
				a = i.n(o),
				l = i("tc+8"),
				c = i.n(l),
				h = i("ww0J");
			class u extends h.a {
				text() {
					return this._source.isActualInterval() ?
						`${this._source.title()} ${this.sourceStatusText()}` : this._source.title()
				}
			}
			var d = i("bmVy");
			i.d(t, "StudyStub", (function() {
				return m
			}));
			class p {
				getItems() {
					return []
				}
				getValues(e) {
					return []
				}
			}
			const _ = new a.a;
			class m extends r.PriceDataSource {
				constructor(e, t, i) {
					super(e), this._priceStep = .01, this._status = {
						type: d.StudyStatusType.Undefined
					}, this._statusChanged = new a.a, this._formatter = new n.PriceFormatter(
						100), this._origState = t, this._title = i;
					this._properties = new c.a({
						visible: !0
					}), this._statusView = new s.StudyStatusView(this)
				}
				properties() {
					return this._properties
				}
				statusView() {
					return this._statusView
				}
				legendView() {
					return null
				}
				state(e) {
					return this._origState
				}
				setStatus(e) {
					this._status = e, this._statusChanged.fire()
				}
				formatter() {
					return this._formatter
				}
				title() {
					return this._title
				}
				titleInParts() {
					return [this._title]
				}
				isFailed() {
					return this._status.type === d.StudyStatusType.Error
				}
				isLoading() {
					return this._status.type === d.StudyStatusType.Loading
				}
				setFailed(e) {
					this.setStatus({
						type: d.StudyStatusType.Error,
						errorDescription: {
							error: e
						}
					}), this._model.updateSource(this)
				}
				isSymbolInvalid() {
					return !1
				}
				isActualInterval() {
					return !0
				}
				onIsActualIntervalChange() {
					return _
				}
				start() {}
				status() {
					return this._status
				}
				onStatusChanged() {
					return this._statusChanged
				}
				firstValue() {
					return null
				}
				currency() {
					return null
				}
				sessionId() {
					return this._model.mainSeries().sessionId()
				}
				sessionIdChanged() {
					return this._model.mainSeries().sessionIdChanged()
				}
				unit() {
					return null
				}
				symbolSource() {
					return this._model.mainSeries()
				}
				valuesProvider() {
					return new p
				}
				statusProvider(e) {
					return new u(this, this._model.properties().scalesProperties.textColor)
				}
			}
		},
		"8woN": function(e, t, i) {
			"use strict";
			var s = i("Kxc7"),
				r = [{
					d: "E-Mini S&P 500",
					t: "ES"
				}, {
					d: "E-Mini Nasdaq 100",
					t: "NQ"
				}, {
					d: "Gold",
					t: "GC"
				}, {
					d: "Silver",
					t: "SI"
				}, {
					d: "Crude Oil WTI",
					t: "CL"
				}, {
					d: "Natural Gas",
					t: "NG"
				}, {
					d: "Australian Dollar",
					t: "6A"
				}, {
					d: "Australian Dollar (Floor)",
					t: "AD"
				}, {
					d: "Euro FX",
					t: "6E"
				}, {
					d: "Euro FX (Floor)",
					t: "EC"
				}, {
					d: "Corn",
					t: "ZC"
				}, {
					d: "Corn (Floor)",
					t: "C"
				}, {
					d: "Eurodollar",
					t: "GE"
				}, {
					d: "Eurodollar (Floor)",
					t: "ED"
				}],
				n = function() {
					var e = [{
						pattern: "(",
						ctor: o
					}, {
						pattern: ")",
						ctor: a
					}, {
						pattern: "+",
						ctor: c
					}, {
						pattern: "-",
						ctor: h
					}, {
						pattern: "*",
						ctor: u
					}, {
						pattern: "/",
						ctor: d
					}, {
						pattern: "^",
						ctor: p
					}, {
						pattern: /\d+(?:\.\d*|(?![a-zA-Z0-9_!:.&]))|\.\d+/,
						ctor: g
					}, {
						pattern: /\./,
						ctor: S
					}, {
						pattern: s.enabled("charting_library_base") ?
							/[a-zA-Z0-9_\u0370-\u1FFF_\u2E80-\uFFFF^][a-zA-Z0-9_\u0020\u0370-\u1FFF_\u2E80-\uFFFF_!:.&]*|'.+?'/ :
							/[a-zA-Z0-9_\u0370-\u1FFF_\u2E80-\uFFFF][a-zA-Z0-9_\u0020\u0370-\u1FFF_\u2E80-\uFFFF_!|:.&]*|'.+?'/,
						ctor: f
					}, {
						pattern: /'[^']*/,
						ctor: v
					}, {
						pattern: /[\0-\x20\s]+/,
						ctor: n
					}];

					function t(e, t) {
						var i = function() {};
						return i.prototype = t.prototype, e.prototype = new i, e
					}

					function i() {}

					function n(e) {
						this.value = e
					}

					function o() {}

					function a() {}

					function l() {}

					function c() {}

					function h() {}

					function u() {}

					function d() {}

					function p() {}
					i.prototype.toString = function() {
							return this.value
						}, t(n, i), t(o, i), o.prototype.value = "(", t(a, i), a.prototype.value = ")", t(l,
							i), t(c, l), c.prototype.value = "+", c.prototype.precedence = 0, c.prototype
						.commutative = !0, t(h, l), h.prototype.value = "-", h.prototype.precedence = 0, h
						.prototype.commutative = !1, t(u, l), u.prototype.value = "*", u.prototype
						.precedence = 1, u.prototype.commutative = !0, t(d, l), d.prototype.value = "/", d
						.prototype.precedence = 1, d.prototype.commutative = !1, t(p, l),
						p.prototype.value = "^", p.prototype.precedence = 2, p.prototype.commutative = !1;
					var _ = /^'?(?:([A-Z0-9_]+):)?(.*?)'?$/i,
						m = /[+\-/*]/;

					function f(e) {
						this.value = e
					}

					function g(e) {
						this.value = e
					}

					function b(e) {
						this.value = e
					}

					function v() {
						f.apply(this, arguments)
					}

					function S() {
						g.apply(this, arguments)
					}
					t(f, i), f.prototype.toString = function() {
							if (this.hasOwnProperty("_ticker")) {
								var e = m.test(this._ticker) ? "'" : "";
								return e + (this._exchange ? this._exchange + ":" : "") + this._ticker + e
							}
							return this.value
						}, f.prototype.parse = function() {
							var e = _.exec(this.value);
							e[1] && (this._exchange = e[1]), this._ticker = e[2]
						}, f.prototype.parseAsFutures = function() {
							this.hasOwnProperty("_ticker") || this.parse();
							for (var e = function(e) {
									return r.some((function(t) {
										return t.t === e
									}))
								}, t = 2; t >= 1; --t) {
								var i = this._ticker.slice(0, t);
								if (e(i)) {
									this._root = i, this._contract = this._ticker.slice(t);
									break
								}
							}
						}, f.prototype.exchange = function(e) {
							if (this.hasOwnProperty("_ticker") || this.parse(), !(arguments.length > 0))
								return this._exchange;
							null == e ? delete this._exchange : this._exchange = e + ""
						}, f.prototype.ticker = function(e) {
							if (this.hasOwnProperty("_ticker") || this.parse(), !(arguments.length > 0))
								return this._ticker;
							null == e ? delete this._ticker : this._ticker = e + "", delete this._root,
								delete this._contract
						}, f.prototype.root = function(e) {
							if (this.hasOwnProperty("_root") || this.parseAsFutures(), !(arguments.length >
									0)) return this._root;
							null == e ? delete this._root : (this._root = e + "", this._root && (this
								._ticker = this._root + (this._contract || "")))
						}, f.prototype.contract = function(e) {
							if (this.hasOwnProperty("_contract") || this.parseAsFutures(), !(arguments
									.length > 0)) return this._root;
							null == e ? delete this._contract : (this._contract = e + "", this._root && (
								this._ticker = this._root + this._contract))
						}, t(g, i), g.prototype.toString = function() {
							return this.hasOwnProperty("_normalizedValue") ? this._normalizedValue : this
								.value
						}, g.prototype.parse = function() {
							this._normalizedValue = this.value.replace(/^0+|\.0*$/g, "").replace(
								/(\.\d*?)0+$/, "$1").replace(/^(\.|$)/, "0$1")
						}, b.prototype.toString = function() {
							return this.value
						}, t(v, f), v.prototype.isIncomplete = !0, v.prototype.incompleteSuggest =
						function() {
							if ("'" !== this.value) return String("'")
						}, t(S, g), S.prototype.isIncomplete = !0;
					var y = new RegExp(e.map((function(e) {
						return "(" + ("string" == typeof e.pattern ? e.pattern.replace(
							/[\^$()[\]{}*+?|\\]/g, "\\$&") : e.pattern.source) + ")"
					})).concat(".").join("|"), "g");

					function w(t, i) {
						var s, r = [];
						e: for (; s = y.exec(t);) {
							for (var o = e.length; o--;)
								if (s[o + 1]) {
									if (e[o].ctor) {
										var a = new e[o].ctor(s[o + 1]);
										a._offset = s.index, r.push(a)
									}
									continue e
								} var l = new b(s[0]);
							l._offset = s.index, r.push(l)
						}
						if (i && i.recover) {
							var c;
							for (o = r.length; o--;) {
								var h = r[o];
								if (h instanceof g || h instanceof f) {
									if (void 0 !== c) {
										var u = new f(""),
											d = r.splice(o, c - o + 1, u);
										u.value = d.map((function(e) {
											return e.value
										})).join("")
									}
									c = o
								} else h instanceof n || (c = void 0)
							}
						}
						return r
					}

					function P(e) {
						for (var t = [], i = 0; i < e.length; i++) e[i] instanceof n || t.push(e[i]);
						return t
					}

					function C(e) {
						e = P(e);
						for (var t, i = [], s = [], r = 0; r < e.length; r++) {
							var n = e[r];
							if (n instanceof l) s.length && s[s.length - 1].minPrecedence > n.precedence &&
								(s[s.length - 1].minPrecedence = n.precedence);
							else if (n instanceof o) s.push(t = {
								minPrecedence: 1 / 0,
								openBraceIndex: r
							});
							else if (n instanceof a) {
								var c = e[(t = s.pop()).openBraceIndex - 1],
									h = e[r + 1];
								h instanceof l && !(h.precedence <= t.minPrecedence) || !(!(
										c instanceof l) || c.precedence < t.minPrecedence || c
									.precedence === t.minPrecedence && c.commutative) || (i.unshift(t
										.openBraceIndex), i.push(r), s.length && s[s.length - 1]
									.minPrecedence > t.minPrecedence && (s[s.length - 1].minPrecedence =
										t.minPrecedence))
							}
						}
						for (r = i.length; r--;) e.splice(i[r], 1);
						return e
					}

					function x(e) {
						if ("string" != typeof e) throw new TypeError("expression must be a string");
						return (e = w(e)).filter((function(e) {
							return e instanceof f
						})).map((function(e) {
							return e.exchange()
						})).filter((function(e) {
							return e
						}))
					}

					function T(e) {
						return 1 !== (e = x(e)).length ? null : e[0]
					}

					function I(e, t) {
						return (e = x(e)).some((function(e) {
							return t.includes((e || "").toUpperCase())
						}))
					}

					function M(e) {
						return e.join("")
					}
					return {
						tokenize: w,
						validate: function(e) {
							if (s.enabled("charting_library_base")) return {
								currentState: "var"
							};
							for (var t = "init", i = {
									warnings: [],
									errors: [],
									isEmpty: !0
								}, r = [], c = 0; c < e.length; c++) {
								if (!((u = e[c]) instanceof n)) {
									if (delete i.isEmpty, u.isIncomplete) {
										var h = {
											status: "incomplete",
											reason: "incomplete_token",
											offset: u._offset,
											token: u
										};
										if (u.incompleteSuggest && (h.recover = {
												append: u.incompleteSuggest()
											}), i.warnings.push(h), c !== e.length - 1) {
											h.status = "error";
											continue
										}
									}
									if (u instanceof f || u instanceof g) {
										if ("var" === t) {
											i.errors.push({
												status: "error",
												reason: "unexpected_token",
												offset: u._offset,
												token: u
											});
											continue
										}
										t = "var"
									} else if (u instanceof l) {
										if ("var" !== t) {
											i.errors.push({
												status: "error",
												reason: "unexpected_token",
												offset: u._offset,
												token: u
											});
											continue
										}
										t = "operator"
									} else if (u instanceof o) {
										if ("var" === t) {
											i.errors.push({
												status: "error",
												reason: "unexpected_token",
												offset: u._offset,
												token: u
											});
											continue
										}
										r.push(u), t = "init"
									} else if (u instanceof a) {
										if ("var" !== t) {
											i.errors.push({
												status: "error",
												reason: "unexpected_token",
												offset: u._offset,
												token: u
											});
											continue
										}
										r.pop() || i.errors.push({
											status: "error",
											reason: "unbalanced_brace",
											offset: u._offset,
											token: u,
											recover: {
												prepend: new o
											}
										}), t = "var"
									} else u instanceof b && i.errors.push({
										status: "error",
										reason: "unparsed_entity",
										offset: u._offset,
										token: u
									})
								}
							}
							for (i.braceBalance = r.length, "var" !== t && i.warnings.push({
									status: "incomplete"
								}); r.length;) {
								var u;
								h = {
									status: "incomplete",
									reason: "unbalanced_brace",
									offset: (u = r.pop())._offset,
									token: u
								};
								"var" === t && (h.recover = {
									append: new a
								}), i.warnings.push(h)
							}
							return i.currentState = t, 0 === i.warnings.length && delete i.warnings,
								0 === i.errors.length && delete i.errors, i
						},
						factorOutBraces: C,
						normalizeTokens: function(e) {
							for (var t = 0; t < e.length; t++) e[t].parse && e[t].parse();
							return e
						},
						flip: function(e) {
							var t = function(e) {
								for (var t, i = 0, s = 0, r = 0; r < e.length; r++) {
									var c = e[r];
									if (!(c instanceof n)) switch (i) {
										case 0:
											if (!(c instanceof g && 1 == +c.value)) return !1;
											i = 1;
											break;
										case 1:
											if (!(1 === i && c instanceof d)) return !1;
											i = 2, t = r + 1;
											break;
										case 2:
											if (c instanceof o) i = 3, s = 1;
											else if (c instanceof l) return !1;
											break;
										case 3:
											c instanceof o ? s++ : c instanceof a && --s <= 0 &&
												(i = 2)
									}
								}
								return e.slice(t)
							}(e);
							return C(t || [new g("1"), new d, new o].concat(e).concat(new a))
						},
						hasBatsSymbols: function(e) {
							return I(e, ["BATS"])
						},
						hasEodSymbols: function(e) {
							return (e = T(e)) && -1 !== e.toUpperCase().indexOf("_EOD")
						},
						hasChxjpySymbols: function(e) {
							return I(e, ["CHXJPY"])
						},
						hasFreeDelaySymbols: function(e) {
							return I(e, pro.getProductsByType(pro.PRODUCT_TYPES.exchange).map((function(
								e) {
								return e.exchange.toUpperCase() + "_DLY"
							})))
						},
						getExchange: T,
						getExchanges: x,
						isExchange: function(e, t) {
							return !!(e = T(e)) && e.substr(0, t.length) === t
						},
						SymbolToken: f,
						IncompleteSymbolToken: v,
						NumberToken: g,
						BinaryOperatorToken: l,
						OpenBraceToken: o,
						CloseBraceToken: a,
						ticker: function(e) {
							return new f(e).ticker()
						},
						shortName: function(e) {
							if ("string" != typeof e) throw new TypeError(
								"expression must be a string");
							var t = C(P(w(e)));
							return t.forEach((function(e) {
								e instanceof f && e.exchange(null)
							})), M(t)
						},
						normalize: function(e) {
							if ("string" != typeof e) throw new TypeError(
								"expression must be a string");
							return M(C(P(w(e))))
						}
					}
				}();
			e.exports = n
		},
		"96Yh": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "lineToolEntityInfo", (function() {
				return o
			})), i.d(t, "studyEntityInfo", (function() {
				return a
			})), i.d(t, "seriesEntityInfo", (function() {
				return l
			})), i.d(t, "entityForDataSource", (function() {
				return c
			}));
			var s = i("3ClC"),
				r = i("2jXJ"),
				n = i("CW80");

			function o(e) {
				return {
					id: e.id(),
					name: (t = e.toolname, Object.keys(r.supportedLineTools).find(e => r.supportedLineTools[
						e].name === t) || null)
				};
				var t
			}

			function a(e) {
				return {
					id: e.id(),
					name: e.metaInfo().description
				}
			}

			function l(e) {
				return {
					id: e.id(),
					name: "Main Series"
				}
			}

			function c(e, t) {
				return t === e.mainSeries() ? l(e.mainSeries()) : Object(s.isStudy)(t) ? a(t) : Object(n
					.isLineTool)(t) ? o(t) : null
			}
		},
		"972a": function(e, t, i) {
			"use strict";
			var s, r, n, o;
			i.d(t, "c", (function() {
					return s
				})), i.d(t, "a", (function() {
					return r
				})), i.d(t, "b", (function() {
					return o
				})),
				function(e) {
					e.AboveBar = "AboveBar", e.BelowBar = "BelowBar", e.Top = "Top", e.Bottom = "Bottom", e
						.Right = "Right", e.Left = "Left", e.Absolute = "Absolute", e.AbsoluteUp =
						"AbsoluteUp", e.AbsoluteDown = "AbsoluteDown"
				}(s || (s = {})),
				function(e) {
					e.Left = "left", e.Center = "center", e.Right = "right"
				}(r || (r = {})),
				function(e) {
					e.Top = "top", e.Middle = "middle", e.Bottom = "bottom"
				}(n || (n = {})),
				function(e) {
					e[e.Solid = 0] = "Solid", e[e.Dotted = 1] = "Dotted", e[e.Dashed = 2] = "Dashed"
				}(o || (o = {}))
		},
		"99ZO": function(e, t, i) {
			"use strict";
			var s, r;
			i.r(t), i.d(t, "WeekDays", (function() {
					return s
				})), i.d(t, "Months", (function() {
					return r
				})),
				function(e) {
					e[e.SUNDAY = 1] = "SUNDAY", e[e.MONDAY = 2] = "MONDAY", e[e.TUESDAY = 3] = "TUESDAY", e[
						e.WEDNESDAY = 4] = "WEDNESDAY", e[e.THURSDAY = 5] = "THURSDAY", e[e.FRIDAY =
						6] = "FRIDAY", e[e.SATURDAY = 7] = "SATURDAY"
				}(s || (s = {})),
				function(e) {
					e[e.JANUARY = 0] = "JANUARY", e[e.FEBRUARY = 1] = "FEBRUARY", e[e.MARCH = 2] = "MARCH",
						e[e.APRIL = 3] = "APRIL", e[e.MAY = 4] = "MAY", e[e.JUNE = 5] = "JUNE", e[e.JULY =
							6] = "JULY", e[e.AUGUST = 7] = "AUGUST", e[e.SEPTEMBER = 8] = "SEPTEMBER", e[e
							.OCTOBER = 9] = "OCTOBER", e[e.NOVEMBER = 10] = "NOVEMBER", e[e.DECEMBER = 11] =
						"DECEMBER"
				}(r || (r = {}))
		},
		"9Jkk": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("XlJ7"),
				n = i("x0JF"),
				o = i("Y7w9"),
				a = i("Zp/P"),
				l = i("VdBB"),
				c = i("cPgM");
			class h extends c.ScaledPaneRenderer {
				constructor() {
					super(...arguments),
						this._data = null, this._barWidth = null
				}
				setData(e) {
					this._data = e, this._barWidth = Math.max(1, Math.round(Object(a
						.optimalHiLoWidth)(e.barSpacing)))
				}
				hitTest(e) {
					if (null === this._data || null === this._barWidth) return null;
					const t = this._data.bars,
						i = .5 * this._data.barSpacing;
					if (0 === t.length) return null;
					if (e.x < t[0].time - i) return null;
					if (e.x > t[t.length - 1].time + i) return null;
					const s = t[Object(o.lowerbound)(t, e.x - i, (e, t) => e.time < t)];
					if (e.x < s.time - i || e.x > s.time + i) return null;
					const r = Object(a.interactionTolerance)().series + this._barWidth / 2,
						n = Math.min(s.high, s.low),
						c = Math.max(s.high, s.low),
						h = this._data.fontSize;
					return n - r - h <= e.y && e.y <= n + r || c - r <= e.y && e.y <= c + r + h ?
						new l.HitTestResult(l.HitTestResult.REGULAR) : null
				}
				_drawImpl(e) {
					if (null === this._data || null === this._barWidth) return;
					e.save(), e.translate(.5, .5), e.textAlign = "center", e.fillStyle = this._data
						.labelColor, e.font = Object(r.makeFont)(this._data.fontSize, this._data
							.font);
					const t = this._data.bars,
						i = this._data.inverted;
					for (let s = 0; s < t.length; ++s) {
						const r = t[s],
							n = Math.min(r.high, r.low),
							o = Math.max(r.high, r.low);
						e.fillText(i ? r.lowLabel : r.highLabel, r.time, n - this._data
							.labelsPadding), e.fillText(i ? r.highLabel : r.lowLabel, r.time,
							o + this._data.labelsPadding + this._data.fontSize)
					}
					e.restore()
				}
			}
			var u = i("/hKg"),
				d = i("Zy3/"),
				p = i("vq8G"),
				_ = i("u+0B"),
				m = i("zDbI");

			function f(e) {
				return null != e
			}
			i.d(t, "SeriesHiLoPaneView", (function() {
				return g
			}));
			class g extends n.SeriesBarCandlesPaneView {
				constructor(e, t) {
					super(e, t), this._widthsCache = new _.TextWidthCache, this._labelsRenderer =
						new h, this._candlesRenderer = new u.PaneRendererCandles, this._canvas =
						document.createElement("canvas"), this._context = Object(s.ensureNotNull)(
							this._canvas.getContext("2d"));
					const i = e.properties();
					this._context.font = Object(r.makeFont)(i.hiloStyle.fontSize.value(), m
						.CHART_FONT_FAMILY)
				}
				renderer(e, t, i) {
					if (this._invalidated) {
						const e = this._series().formatter(),
							t = this._needLabels();
						this._updateImpl(this._barUpdater.bind(this, e, t)), this._invalidated = !1
					}
					const s = this._series().properties().hiloStyle,
						r = this._model().timeScale().barSpacing(),
						n = this._needLabels() && this._bars().every(e => e.highLabelWidth <= r && e
							.lowLabelWidth <= r),
						o = {
							bars: this._bars(),
							wickVisible: !1,
							bodyVisible: s.drawBody.value(),
							barSpacing: r,
							borderVisible: s.showBorders.value(),
							barWidth: Object(a.optimalHiLoWidth)(r),
							font: m.CHART_FONT_FAMILY,
							fontSize: s.fontSize.value(),
							labelColor: s.labelColor.value(),
							inverted: this._series().priceScale().isInverted(),
							labelsPadding: 3
						},
						l = new d.CompositeRenderer;
					return this._candlesRenderer.setData(o), l.append(this._candlesRenderer), n && (
							this._labelsRenderer.setData(o), l.append(this._labelsRenderer)), this
						._model().selection().isSelected(this._series()) && this
						._isMarkersEnabled && l.append(new p.SelectionRenderer(this
							._selectionData)), l
				}
				topPixelMargin() {
					return this._margin()
				}
				bottomPixelMargin() {
					return this._margin()
				}
				_margin() {
					const e = this._series().properties().hiloStyle;
					return e.showLabels.value() ? e.fontSize.value() + 6 : 0
				}
				_barUpdater(e, t, i, s) {
					const r = i[2],
						n = i[3];
					return !(!f(r) || !f(n)) && (s.high = s.open = r, s.low = s.close = n, t && (s
						.highLabel = e.format(r),
						s.highLabelWidth = this._getLabelWidth(s.highLabel), s.lowLabel = e
						.format(n), s.lowLabelWidth = this._getLabelWidth(s.lowLabel)), !0)
				}
				_needLabels() {
					const e = this._model().timeScale().barSpacing();
					return this._series().properties().hiloStyle.showLabels.value() && e > 5
				}
				_getLabelWidth(e) {
					return this._widthsCache.measureText(this._context, e)
				}
			}
		},
		"9QkW": function(e, t, i) {
			"use strict";
			var s = i("7ADh").LineToolFibWedgeBase,
				r = i("5rJj"),
				n = i("j3hX"),
				o = n.LineToolWidthsProperty,
				a = n.LineToolColorsProperty;
			class l extends s {
				constructor(e, t) {
					super(e, t || l.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"1SUO", 7)).then(({
						FibWedgePaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				isSynchronizable() {
					return !1
				}
				levelsCount() {
					return l.LevelsCount
				}
				name() {
					return "Fib Wedge"
				}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				static createProperties(e) {
					var t = new r("linetoolfibwedge", e, !1, {
						range: [1, 11]
					});
					return l._configureProperties(t), t
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "6mGk")))
						.FibWedgeDefinitionsViewModel
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					for (var t = [e.child("trendline").child("linewidth")], i = [e.child("trendline")
							.child("color")
						], r = 1; r <= l.LevelsCount; r++) t.push(e.child("level" + r).child(
						"linewidth")), i.push(e.child("level" + r).child("color"));
					e.addChild("linesColors", new a(i)), e.addChild("linesWidths", new o(t))
				}
			}
			l.LevelsCount = 11, t.LineToolFibWedge = l
		},
		"9dnG": function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 28 28" width="28" height="28"><path fill="currentColor" d="M13.39 3.84a1 1 0 0 1 1.22 0l8.19 6.37a1 1 0 0 1 0 1.58l-8.19 6.37a1 1 0 0 1-1.22 0L5.2 11.79a1 1 0 0 1 0-1.58l8.19-6.37zm.61.8L5.81 11 14 17.37 22.19 11 14 4.63zM5.3 13.6l8.7 6.76 8.7-6.76.6.78-8.69 6.77a1 1 0 0 1-1.22 0l-8.7-6.77.62-.78zm8.09 10.55l-8.7-6.77.62-.78L14 23.37l8.7-6.76.6.78-8.69 6.77a1 1 0 0 1-1.22 0z"/></svg>'
		},
		"9iCb": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "applyOverridesToStudy", (function() {
				return h
			})), i.d(t, "applyOverridesToStudyDefaults", (function() {
				return u
			}));
			var s = i("Eyy1"),
				r = i("23IT"),
				n = i("txPx");
			const o = Object(n.getLogger)("Chart.Model.StudyPropertiesOverrider");
			var a, l;

			function c(e, t, i, s) {
				const r = i.split(".");
				if (0 === r.length || 0 === r[0].length) return;
				const n = function(e) {
						const t = e.split(":");
						return {
							name: t[0],
							type: 2 === t.length ? t[1] : null
						}
					}(r[0]),
					c = n.name,
					h = n.type,
					u = null !== h,
					d = !u || "band" === h,
					p = !u || "area" === h,
					_ = !u || "input" === h,
					m = !u || "plot" === h ? l.getPlotIdByTitle(e, c) : null,
					f = d ? l.getBandIndexByName(e, c) : null,
					g = p ? l.getFilledAreaIdByTitle(e, c) : null,
					b = _ ? l.getInputByName(e, c) : null,
					v = t.hasOwnProperty(c);
				if ((null !== m ? 1 : 0) + (null !== f ? 1 : 0) + (null !== g ? 1 : 0) + (null !== b ? 1 :
						0) + (v ? 1 : 0) > 1) return void o.logWarn(
					`Study '${e.description}' has ambiguous identifier '${c}'`);
				const S = r[1];
				if (null !== m) {
					if (1 === r.length) return void o.logWarn(
						`Path of sub-property of '${c}' plot for study '${e.description}' must be not empty`
					);
					const i = r.slice(1);
					a.applyPlotProperty(e, t, m, i, s)
				} else if (null !== b) a.applyInputValue(t, b, s);
				else if (null !== f) {
					if (void 0 === S) return void o.logWarn(
						`Property name of '${c}' band for study '${e.description}' must be set`);
					a.applyBandProperty(t, f, S, s)
				} else if (null !== g) {
					if (void 0 === S) return void o.logWarn(
						`Property name of '${c}' area for study '${e.description}' must be set`);
					a.applyFilledAreaProperty(t, g, S, s)
				} else v ? a.setRootProperty(t, r, s) : o.logWarn(
					`Study '${e.description}' has no plot or input '${c}'`)
			}

			function h(e, t) {
				const i = e.properties(),
					s = i.state();
				for (const i in t) t.hasOwnProperty(i) && c(e.metaInfo(), s, i, t[i]);
				i.mergeAndFire(s)
			}

			function u(e, t, i) {
				for (const s in e) {
					if (!e.hasOwnProperty(s)) continue;
					const r = s.indexOf(".");
					if (-1 === r) continue;
					const n = s.substr(0, r),
						a = l.getMetaInfoByDescription(t, n);
					if (null === a) {
						o.logWarn("There is no such study " + n);
						continue
					}
					const h = i(a);
					null !== h ? c(a, h, s.substr(r + 1), e[s]) : o.logWarn(
						"Cannot apply overrides for study " + n)
				}
			}! function(e) {
				const t = {
					line: r.LineStudyPlotStyle.Line,
					histogram: r.LineStudyPlotStyle.Histogram,
					cross: r.LineStudyPlotStyle.Cross,
					area: r.LineStudyPlotStyle.Area,
					columns: r.LineStudyPlotStyle.Columns,
					circles: r.LineStudyPlotStyle.Circles,
					line_with_breaks: r.LineStudyPlotStyle.LineWithBreaks,
					area_with_breaks: r.LineStudyPlotStyle.AreaWithBreaks
				};
				e.applyPlotProperty = function(e, i, n, a, l) {
					if (void 0 === i.styles) return void o.logWarn("Study does not have styles");
					const c = a[0];
					if ("color" === c) {
						return void

						function(e, t, i, r, n) {
							if (void 0 !== e.styles)
								if (null === t && !isNaN(r) && r > 0) o.logWarn(
									"Study plot does not have color #" + r);
								else {
									if (0 === r || isNaN(r)) {
										Object(s.ensureDefined)(e.styles[i]).color = String(n), r = 0
									}
									null !== t && (Object(s.ensureDefined)(t.colors[r]).color = String(
										n))
								}
							else o.logWarn("Study does not have styles")
						}(i, function(e, t, i) {
							if (void 0 === e.plots) return null;
							for (const s of e.plots) {
								if (!Object(r.isColorerPlot)(s) || void 0 === t.palettes) continue;
								const e = t.palettes[s.palette];
								if (s.target === i && void 0 !== e) return e
							}
							return null
						}(e, i, n), n, a.length > 1 ? parseInt(a[1]) : NaN, l)
					}
					const h = i.styles[n];
					if (void 0 !== h && h.hasOwnProperty(c)) {
						if ("plottype" === c) {
							const e = t[String(l)];
							if (void 0 === e) return void o.logWarn("Unsupported plot type for plot: " +
								l);
							l = e
						}
						h[c] = l
					} else o.logWarn(`Study plot does not have property '${c}'`)
				}, e.applyBandProperty = function(e, i, s, r) {
					if (void 0 === e.bands) return void o.logWarn("Study does not have bands");
					const n = e.bands[i];
					if (void 0 !== n && n.hasOwnProperty(s)) {
						if ("plottype" === s) {
							const e = t[String(r)];
							if (void 0 === e) return void o.logWarn("Unsupported plot type for band: " +
								r);
							r = e
						}
						n[s] = r
					} else o.logWarn(`Study band does not have property '${s}'`)
				}, e.applyFilledAreaProperty = function(e, t, i, s) {
					if (void 0 === e.filledAreasStyle) return void o.logWarn(
						"Study does not have areas");
					const r = e.filledAreasStyle[t];
					void 0 !== r && r.hasOwnProperty(i) ? r[i] = s : o.logWarn(
						`Study area does not have property '${i}'`)
				}, e.applyInputValue = function(e, t, i) {
					void 0 !== e.inputs && e.inputs.hasOwnProperty(t) ? e.inputs[t] = i : o.logWarn(
						`Study does not have input '${t}'`)
				}, e.setRootProperty = function(e, t, i) {
					if (0 === t.length) return;
					let s = e;
					for (const e of t.slice(0, -1)) {
						if (null == s || !s.hasOwnProperty(e)) break;
						s = s[e]
					}
					const r = t[t.length - 1];
					null != s && s.hasOwnProperty(r) ? s[r] = i : o.logWarn(
						"Study does not have property " + t.join("."))
				}
			}(a || (a = {})),
			function(e) {
				e.getInputByName = function(e, t) {
					if (void 0 === e.inputs) return null;
					t = t.toLowerCase();
					for (const i of e.inputs)
						if (i.name.toLowerCase() === t) return i.id;
					return null
				}, e.getPlotIdByTitle = function(e, t) {
					if (void 0 === e.styles) return null;
					t = t.toLowerCase();
					for (const i in e.styles) {
						const s = e.styles[i];
						if ((void 0 !== s && void 0 !== s.title ? s.title : i).toLowerCase() === t)
							return i
					}
					return null
				}, e.getFilledAreaIdByTitle = function(e, t) {
					if (void 0 === e.filledAreas) return null;
					t = t.toLowerCase();
					for (const i of e.filledAreas)
						if (i.title.toLowerCase() === t) return i.id;
					return null
				}, e.getBandIndexByName = function(e, t) {
					if (void 0 === e.bands) return null;
					t = t.toLowerCase();
					for (let i = 0; i < e.bands.length; ++i)
						if (e.bands[i].name.toLowerCase() === t) return i;
					return null
				}, e.getMetaInfoByDescription = function(e, t) {
					t = t.toLowerCase();
					for (const i of e)
						if (i.description.toLowerCase() === t || i.shortDescription.toLowerCase() === t)
							return i;
					return null
				}
			}(l || (l = {}))
		},
		"9nLJ": function(e, t, i) {
			"use strict";
			(function(t, s) {
				var r = i("PT1i").linking,
					n = (i("jofe").createDeferredPromise, i("Q19o")),
					o = i("VNzU").layouts,
					a = i("FQhm"),
					l = i("5VQP").ContextMenuManager,
					c = i("mMWL"),
					h = i("pPtI"),
					u = i("zUrt").backend,
					d = i("txPx"),
					p = i("fZEr").showWarning,
					_ = i("fZEr").showConfirm,
					m = i("2jXJ"),
					f = i("sJA2").ThemesApi,
					g = i("ZjKI").CLOSE_POPUPS_AND_DIALOGS_COMMAND,
					b = i("LxhU").Interval,
					v = i("Ocx9").saveDefaultProperties,
					S = i("htUT").ChartChangesWatcher,
					y = i("xt3Q").TradingViewApiBase,
					w = i("0YCj"),
					P = i("pZDF").getStudyInputsInfo;
				e.exports = class extends y {
					constructor(e) {
						const {
							chartWidgetCollection: i,
							chartApiInstance: s = null,
							saveChartService: r,
							loadChartService: n,
							alertsDispatcher: o,
							supportTicketData: a,
							favoriteServices: l,
							studyMarket: c = null,
							financialsDialog: h = null
						} = e;
						super({
								chartApiInstance: s,
								chartWidgetCollection: i,
								studyMarket: c,
								financialsDialog: h,
								saveChartService: r,
								loadChartService: n
							}), this._chartApiInstance = s, this._loadChartService = n, this
							._alertsDispatcher = o, this._supportTicketData = a, this
							._favoriteServices = l, this._proxyWatchListChangedDelegate = null,
							this._lockDrawingsWatchedValue = null, this
							._hideDrawingsWatchedValue = null, this
							._hideIndicatorsWatchedValue = null, this
							._magnetEnabledWatchedValue = null, this._magnetModeWatchedValue =
							null, this._replayApi = null, this._chartChangesWatcher = null, this
							._hasChartChangesWatchedValue = null, this._getDataSourceHub =
							function() {
								return i.activeChartWidget.value().model().model()
							}, this._chartWidgetCollection.getResizerDetacher = function() {
								return i.activeChartWidget.value().getResizerDetacher()
							}, this._alertService = this._alertsDispatcher ? new(void 0)(this
								._alertsDispatcher, this._getDataSourceHub) : null, this
							._activeChangedChangedDelegate = new t, this._chartWidgetCollection
							.activeChartWidget.subscribe(function() {
								this._activeChangedChangedDelegate.fire()
							}.bind(this)), this._chartWidgets = new WeakMap, this
							._activateChart = function(e) {
								i.activeChartWidget.setValue(e)
							}
					}
					subscribe(e, t) {
						a.subscribe(e, t)
					}
					unsubscribe(e, t) {
						a.unsubscribe(e, t)
					}
					onContextMenu(e) {
						a.subscribe("onContextMenu", (function(t) {
							t.callback(e(t.unixtime, t.price))
						}))
					}
					onGrayedObjectClicked(e) {
						a.subscribe("onGrayedObjectClicked", e)
					}
					activeChart() {
						return this._getChartWidgetApi(this._chartWidgetCollection
							.activeChartWidget.value())
					}
					_getChartWidgetApi(e) {
						var t = this._chartWidgets.get(e);
						return void 0 === t && (t = new n(e, this._activateChart.bind(null, e)),
							this._chartWidgets.set(e, t)), t
					}
					onActiveChartChanged() {
						return this._activeChangedChangedDelegate
					}
					changeSymbol(e, t, i) {
						r.interval.setValue(b.normalize(t)), r.symbol.setValue(e), i && this
							.activeChart().onDataLoaded().subscribe(null, i, !0)
					}
					setLayout(e) {
						this._chartWidgetCollection.setLayout(e)
					}
					layout() {
						return this._chartWidgetCollection.layout.value()
					}
					layoutName() {
						return this._chartWidgetCollection.metaInfo.name.value()
					}
					layoutNameWatchedValue() {
						return this._chartWidgetCollection.metaInfo.name.readonly()
					}
					layoutSettingsDrawer() {
						throw new Error("not implemented")
					}
					chartsCount() {
						return o[this.layout()].count
					}
					viewMode() {
						throw new Error("not implemented")
					}
					viewModeWatchedValue() {
						throw new Error("not implemented")
					}
					setForceFullscreenMode() {
						throw new Error("not implemented")
					}
					setMultichartMode() {
						throw new Error("not implemented")
					}
					setActiveChart(e) {
						throw new Error("not implemented")
					}
					chart(e) {
						if (void 0 === e && (e = 0), e < 0 || e >= this.chartsCount())
							throw Error("Incorrect index: " + e);
						return this._getChartWidgetApi(this._chartWidgetCollection.getAll()[e])
					}
					getSymbolInterval(e) {
						var t = {
							symbol: r.symbol.value(),
							interval: r.interval.value()
						};
						return e && e(t), t
					}
					saveChart(e) {
						if (this._saveChartService) {
							var t = this;
							this._saveChartService.whenReadyToSave((function() {
								var i = t._saveChartService.saveToJSON();
								return e && e(JSON.parse(i.content))
							}))
						}
					}
					loadChart(e) {
						this._chartApiInstance.disconnect(), this._chartWidgetCollection
							.loadContent(e.json), this._chartWidgetCollection
							.purgeUnusedWidgets(), e.extendedData && (this
								._chartWidgetCollection.metaInfo.id.setValue(e.extendedData
									.uid), this._chartWidgetCollection.metaInfo.uid.setValue(e
									.extendedData.uid), this._chartWidgetCollection.metaInfo
								.name.setValue(e.extendedData.name)), this._chartApiInstance
							.connect(), r.symbol.setValue(this.activeChart().symbol()), a.emit(
								"chart_loaded")
					}
					getStudiesList() {
						return this._chartApiInstance.allStudiesMetadata().filter((function(e) {
							return !e.is_hidden_study
						})).map((function(e) {
							return e.description
						}))
					}
					getStudyInputs(e) {
						{
							const t = w.findStudyMetaInfoByDescription(this._chartApiInstance
								.allStudiesMetadata(), e);
							return P(t)
						}
					}
					getSavedCharts(e) {
						u.getCharts().then(e)
					}
					loadChartFromServer(e) {
						u.loadChart(e)
					}
					saveChartToServer(e, t, i) {
						this._saveChartService && this._saveChartService.saveChartSilently(e, t,
							i)
					}
					setAutosave(e) {
						this._saveChartService && this._saveChartService.autoSaveEnabled()
							.setValue(e)
					}
					removeChartFromServer(e, t) {
						u.removeChart(e).then(t)
					}
					getIntervals() {
						var e = [],
							t = h.getCustomResolutions();
						return null !== this._chartApiInstance && (e = this._chartApiInstance
							.defaultResolutions()), h.mergeResolutions(e, t)
					}
					closePopupsAndDialogs() {
						for (var e = document.querySelectorAll("._tv-dialog-title-close"), t =
								0; t < e.length; t++) e[t].click();
						l.hideAll(), a.emit(g)
					}
					selectLineTool(e) {
						m.supportedLineTools[e] && (e = m.supportedLineTools[e].name, c.tool
							.value() !== e && c.tool.setValue(e))
					}
					selectedLineTool() {
						for (var e = Object.keys(m.supportedLineTools), t = c.tool.value(), i =
								0; i < e.length; ++i)
							if (m.supportedLineTools[e[i]].name === t) return e[i];
						return ""
					}
					lockAllDrawingTools() {
						return null === this._lockDrawingsWatchedValue && (this
							._lockDrawingsWatchedValue = new s(c.lockDrawings().value()),
							this._lockDrawingsWatchedValue.subscribe((function(e) {
								c.lockDrawings().setValue(e)
							})), c.lockDrawings().subscribe(this, (function() {
								this._lockDrawingsWatchedValue.setValue(c
									.lockDrawings().value())
							}))), this._lockDrawingsWatchedValue
					}
					hideAllDrawingTools() {
						return null === this._hideDrawingsWatchedValue && (this
							._hideDrawingsWatchedValue = new s(c.hideAllDrawings().value()),
							this._hideDrawingsWatchedValue.subscribe((function(e) {
								c.hideAllDrawings().setValue(e)
							})), c.hideAllDrawings().subscribe(this, (function() {
								this._hideDrawingsWatchedValue.setValue(c
									.hideAllDrawings().value())
							}))), this._hideDrawingsWatchedValue
					}
					hideAllIndicators() {
						return null === this._hideIndicatorsWatchedValue && (this
							._hideIndicatorsWatchedValue = new s(c.hideAllIndicators()
								.value()), this._hideIndicatorsWatchedValue.subscribe((
								function(e) {
									c.hideAllIndicators().setValue(e)
								})), c.hideAllIndicators().subscribe(this, (function() {
								this._hideIndicatorsWatchedValue.setValue(c
									.hideAllIndicators().value())
							}))), this._hideIndicatorsWatchedValue
					}
					magnetEnabled() {
						return null === this._magnetEnabledWatchedValue && (this
							._magnetEnabledWatchedValue = new s(c.properties().magnet
								.value()), this._magnetEnabledWatchedValue.subscribe((
								function(
									e) {
									v(!0), c.properties().magnet.setValue(e), v(!1)
								})), c.properties().magnet.subscribe(this, (function() {
								this._magnetEnabledWatchedValue.setValue(c
									.properties().magnet.value())
							}))), this._magnetEnabledWatchedValue
					}
					magnetMode() {
						return null === this._magnetModeWatchedValue && (this
							._magnetModeWatchedValue = new s(c.properties().magnetMode
								.value()), this._magnetModeWatchedValue.subscribe((function(
								e) {
								v(!0), c.properties().magnetMode.setValue(e), v(!1)
							})), c.properties().magnetMode.subscribe(this, (function() {
								this._magnetModeWatchedValue.setValue(c.properties()
									.magnetMode.value())
							}))), this._magnetModeWatchedValue
					}
					mainSeriesPriceFormatter() {
						return this._chartWidgetCollection.activeChartWidget.value().model()
							.mainSeries().priceScale().formatter()
					}
					showNoticeDialog(e) {
						p({
							title: (e = e || {}).title,
							text: e.body || "",
							onClose: e.callback
						})
					}
					showConfirmDialog(e) {
						if (!(e = e || {}).callback) throw Error("callback must be exist");
						var t = e.callback;

						function i(e) {
							t && (t(e), t = null)
						}
						_({
							title: e.title,
							text: e.body || "",
							onClose: function() {
								i(!1)
							},
							onConfirm: function(e) {
								i(!0), e.dialogClose()
							}
						})
					}
					logs() {
						return {
							getLogHistory: d.getLogHistory,
							enable: d.loggingOn,
							disable: d.loggingOff
						}
					}
					watchlist() {
						throw new Error("not implemented")
					}
					setWatchlistApiPromise(e) {
						throw new Error("not implemented")
					}
					news() {
						throw new Error("not implemented")
					}
					setNewsApiPromise(e) {
						throw new Error("not implemented")
					}
					showLoadChartDialog() {
						var e = this._loadChartService;
						e && e.showLoadDialog()
					}
					showSaveAsChartDialog() {
						var e = this._saveChartService;
						e && window.runOrSignIn((function() {
							e.saveChartAs()
						}), {
							source: "Save as chart dialogue"
						})
					}
					drawOnAllCharts(e) {
						return c.drawOnAllCharts().setValue(e)
					}
					themes() {
						return new f({
							chartWidgetCollection: this._chartWidgetCollection
						})
					}
					undoRedoState() {
						return this._chartWidgetCollection.undoHistory.state()
					}
					clearUndoHistory() {
						return this._chartWidgetCollection.undoHistory.clearStack()
					}
					undo() {
						return this._chartWidgetCollection.undoHistory.undo()
					}
					redo() {
						return this._chartWidgetCollection.undoHistory.redo()
					}
					trading() {
						throw new Error("Not implemented")
					}
					waitTrading() {
						throw new Error("Not implemented")
					}
					symbolSearch() {
						throw new Error("Not implemented")
					}
					saveChartOrShowTitleDialog(e, t, i) {
						throw new Error("Not implemented")
					}
					showRenameChartDialog() {
						throw new Error("Not implemented")
					}
					setUserInfo(e) {
						throw new Error("Not implemented")
					}
					connect() {
						throw new Error("Not implemented")
					}
					disconnect() {
						throw new Error("Not implemented")
					}
					loginRequired() {
						throw new Error("Not implemented")
					}
					onConnectionStatusChanged(e) {
						throw new Error("Not implemented")
					}
					isConnected() {
						throw new Error("Not implemented")
					}
					showCreateAlertDialog() {
						throw new Error("Not implemented")
					}
					alertService() {
						throw new Error("Not implemented")
					}
					publishChart(e) {
						throw new Error("Not implemented")
					}
					setPublishChartOptions(e) {
						throw new Error("Not implemented")
					}
					showSupportDialog() {
						throw new Error("Not implemented")
					}
					openMobileChartPicker() {
						throw new Error("Not implemented")
					}
					closeMobileChartPicker() {
						throw new Error("Not implemented")
					}
					replayApi() {
						throw new Error("Not implemented")
					}
					takeScreenshot() {
						return this._chartWidgetCollection.takeScreenshot()
					}
					setSymbolSearchUI(e) {
						throw new Error("Not implemented")
					}
					setIntervalLinkingEnabled(e) {
						this._chartWidgetCollection.lock.interval.setValue(e)
					}
					setTimeFrame(e) {
						this._chartWidgetCollection.setTimeFrame(e)
					}
					symbolSync() {
						return this._chartWidgetCollection.lock.symbol
					}
					intervalSync() {
						return this._chartWidgetCollection.lock.interval
					}
					crosshairSync() {
						return this._chartWidgetCollection.lock.crosshair
					}
					timeSync() {
						return this._chartWidgetCollection.lock.trackTime
					}
					startFullscreen() {
						return this._chartWidgetCollection.startFullscreen()
					}
					exitFullscreen() {
						return this._chartWidgetCollection.exitFullscreen()
					}
					takeClientScreenshot(e) {
						return this._chartWidgetCollection.clientSnapshot(e)
					}
					getFavoriteIntervalsService() {
						throw new Error("not implemented")
					}
					getFavoriteChartStylesService() {
						throw new Error("not implemented")
					}
					getLinetoolsFavoritesStore() {
						throw new Error("not implemented")
					}
					supportTicketData() {
						return this._supportTicketData
					}
					hasChartChanges() {
						return null === this._chartChangesWatcher && null === this
							._hasChartChangesWatchedValue && (this._chartChangesWatcher = new S(
									this._chartWidgetCollection.undoHistory, window.saver, a),
								this._hasChartChangesWatchedValue = new s(this
									._chartChangesWatcher.hasChanges()), this
								._chartChangesWatcher.getOnChange().subscribe(this, (
									function() {
										this._hasChartChangesWatchedValue.setValue(this
											._chartChangesWatcher.hasChanges())
									}))), this._hasChartChangesWatchedValue
					}
				}
			}).call(this, i("aIyQ"), i("hY0g"))
		},
		"9uLv": function(e, t, i) {
			"use strict";
			var s = i("K9GE");
			i.d(t, "a", (function() {
				return s.a
			})), i.d(t, "b", (function() {
				return s.b
			})), i.d(t, "c", (function() {
				return s.c
			}))
		},
		"9zVu": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "DrawingToolbarBootloader", (function() {
				return a
			}));
			var s = i("OiSa"),
				r = i("7RN7"),
				n = i("cZRT"),
				o = i("YuHv");
			class a extends n.a {
				constructor(e) {
					super(), this._opts = e, s.isDrawingToolbarVisible.value() && (this._opts
						.resizerBridge.negotiateWidth(r.b), this._opts.resizerBridge.container
						.value().appendChild(Object(o.a)()))
				}
				_startLoading() {
					return Promise.all([i.e("react"), i.e(1), i.e(4), i.e(6), i.e(11), i.e(12), i.e(
							24), i.e(29), i.e(67), i.e(70), i.e(77), i.e(0), i.e(5), i.e(7),
						i.e(10), i.e("line-tools-icons"), i.e(53), i.e(57), i.e(
							"drawing-toolbar")
					]).then(i.bind(null, "5f7t")).then(e => new e.DrawingToolbarRenderer(this
						._opts.resizerBridge.container.value(), {
							...this._opts
						}))
				}
			}
		},
		AE9l: function(e, t, i) {},
		"AWC/": function(e, t, i) {
			e.exports = {
				container: "container-e6Js9pSl",
				inner: "inner-e6Js9pSl",
				"border-left": "border-left-e6Js9pSl",
				"border-right": "border-right-e6Js9pSl",
				"border-top": "border-top-e6Js9pSl",
				"border-bottom": "border-bottom-e6Js9pSl",
				"top-right-radius": "top-right-radius-e6Js9pSl",
				"top-left-radius": "top-left-radius-e6Js9pSl",
				"bottom-right-radius": "bottom-right-radius-e6Js9pSl",
				"bottom-left-radius": "bottom-left-radius-e6Js9pSl"
			}
		},
		"Aba+": function(e, t, i) {},
		ApcL: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("ogJP"),
				r = i("vTIA");
			var n = i("txPx"),
				o = i("oXaB"),
				a = i("wZIs"),
				l = i("sDZI"),
				c = i("FIi8"),
				h = i("4vW/");
			i.d(t, "gridPreferencesDefault", (function() {
				return d
			})), i.d(t, "crossHairPreferencesDefault", (function() {
				return p
			})), i.d(t, "legendPreferencesDefault", (function() {
				return _
			})), i.d(t, "priceScalePreferencesDefault", (function() {
				return m
			})), i.d(t, "panePreferencesDefault", (function() {
				return f
			})), i.d(t, "scalesPreferencesBaseDefault", (function() {
				return g
			})), i.d(t, "scalesPreferencesToApplyDefault", (function() {
				return b
			})), i.d(t, "chartEventsSourceBreaksPreferencesDefault", (function() {
				return v
			})), i.d(t, "chartEventsSourcePreferencesDefault", (function() {
				return S
			})), i.d(t, "timeScalePreferencesDefault", (function() {
				return y
			})), i.d(t, "statusViewPreferencesDefault", (function() {
				return w
			})), i.d(t, "highLowAvgPreferencesDefault", (function() {
				return P
			})), i.d(t, "mainSeriesPreferencesDefault", (function() {
				return C
			})), i.d(t, "chartPreferencesBaseDefault", (function() {
				return x
			})), i.d(t, "chartPreferencesToApplyDefault", (function() {
				return T
			})), i.d(t, "chartPreferencesToRestoreDefault", (function() {
				return I
			})), i.d(t, "createPreferencesObject", (function() {
				return M
			})), i.d(t, "preferencesByWhiteList", (function() {
				return O
			})), i.d(t, "defaultsPreferencesByWhiteList", (function() {
				return L
			}));
			const u = Object(n.getLogger)("Chart.ApplyPreferencesToAllCharts"),
				d = {
					color: "",
					style: 0
				},
				p = {
					color: "",
					style: 0,
					transparency: 0,
					width: 0
				},
				_ = {
					showStudyArguments: !1,
					showStudyTitles: !1,
					showStudyValues: !1,
					showSeriesTitle: !1,
					showSeriesOHLC: !1,
					showLegend: !1,
					showBarChange: !0,
					showBackground: !0,
					backgroundTransparency: 0,
					wrapText: !1
				},
				m = {
					autoScale: !1,
					autoScaleDisabled: !1,
					lockScale: !1,
					percentage: !1,
					percentageDisabled: !1,
					log: !1,
					logDisabled: !1,
					alignLabels: !1,
					isInverted: !1,
					indexedTo100: !1
				},
				f = {
					backgroundType: h.ColorType.Solid,
					background: "",
					backgroundGradientStartColor: "",
					backgroundGradientEndColor: "",
					topMargin: 0,
					bottomMargin: 0,
					rightOffset: 0,
					horzGridProperties: Object(c.deepExtend)({}, d),
					vertGridProperties: Object(c.deepExtend)({}, d),
					crossHairProperties: Object(c.deepExtend)({}, p),
					legendProperties: Object(c.deepExtend)({}, _),
					axisProperties: Object(c.deepExtend)({}, m)
				},
				g = {
					lineColor: "",
					textColor: "",
					fontSize: 0,
					scaleSeriesOnly: !1,
					showSeriesLastValue: !1,
					seriesLastValueMode: o.PriceAxisLastValueMode.LastValueAccordingToScale,
					showSeriesPrevCloseValue: !1,
					showStudyLastValue: !1,
					showSymbolLabels: !1,
					showStudyPlotLabels: !1,
					showBidAskLabels: !1,
					showPrePostMarketPriceLabel: !0,
					showFundamentalLastValue: !1,
					showFundamentalNameLabel: !1,
					showCurrency: !0,
					showUnit: !0
				},
				b = {
					...g
				},
				v = {
					color: "",
					visible: !1,
					style: 0,
					width: 0
				},
				S = {
					visible: !1,
					futureOnly: !1,
					breaks: Object(c.deepExtend)({}, v)
				},
				y = {
					defaultRightOffset: 0
				},
				w = {
					fontSize: 16,
					showExchange: !0,
					showInterval: !0,
					symbolTextSource: "description"
				},
				P = {
					highLowPriceLinesVisible: !1,
					highLowPriceLabelsVisible: !1,
					averageClosePriceLineVisible: !1,
					averageClosePriceLabelVisible: !1
				},
				C = {
					style: 0,
					minTick: 0,
					showPriceLine: !1,
					priceLineWidth: 0,
					priceLineColor: "",
					showPrevClosePriceLine: !1,
					showCountdown: !0,
					prevClosePriceLineWidth: 0,
					sessionId: "regular",
					prevClosePriceLineColor: "",
					esdShowDividends: !1,
					esdShowSplits: !1,
					esdShowEarnings: !1,
					esdShowBreaks: !1,
					dividendsAdjustment: !1,
					statusViewStyle: Object(c.deepExtend)({}, w),
					priceAxisProperties: Object(c.deepExtend)({}, m),
					highLowAvgPrice: Object(c.deepExtend)({}, P),
					candleStyle: Object(c.deepExtend)({}, {
						upColor: "",
						downColor: "",
						drawWick: !1,
						drawBorder: !1,
						drawBody: !0,
						borderColor: "",
						borderUpColor: "",
						borderDownColor: "",
						wickColor: "",
						wickUpColor: "",
						wickDownColor: "",
						barColorsOnPrevClose: !1
					}),
					hollowCandleStyle: Object(c.deepExtend)({}, {
						upColor: "",
						downColor: "",
						drawWick: !1,
						drawBorder: !1,
						drawBody: !0,
						borderColor: "",
						borderUpColor: "",
						borderDownColor: "",
						wickColor: "",
						wickUpColor: "",
						wickDownColor: ""
					}),
					barStyle: Object(c.deepExtend)({}, {
						upColor: "",
						downColor: "",
						barColorsOnPrevClose: !1,
						dontDrawOpen: !1,
						thinBars: !0
					}),
					lineStyle: Object(c.deepExtend)({}, {
						color: "",
						linestyle: 0,
						linewidth: 0,
						styleType: 0
					}),
					areaStyle: Object(c.deepExtend)({}, {
						color1: "",
						color2: "",
						linecolor: "",
						linestyle: 0,
						linewidth: 0,
						transparency: 0
					}),
					baselineStyle: Object(c.deepExtend)({}, {
						topFillColor1: "",
						topFillColor2: "",
						bottomFillColor1: "",
						bottomFillColor2: "",
						topLineColor: "",
						bottomLineColor: "",
						topLineWidth: 0,
						bottomLineWidth: 0,
						transparency: 0,
						baseLevelPercentage: 0
					}),
					hiloStyle: Object(c.deepExtend)({}, {
						color: "",
						showBorders: !1,
						borderColor: "",
						showLabels: !1,
						labelColor: "",
						fontSize: 0,
						drawBody: !0
					}),
					haStyle: Object(c.deepExtend)({}, {
						upColor: "",
						downColor: "",
						drawWick: !1,
						drawBorder: !1,
						drawBody: !0,
						borderColor: "",
						borderUpColor: "",
						borderDownColor: "",
						wickColor: "",
						wickUpColor: "",
						wickDownColor: "",
						showRealLastPrice: !1,
						barColorsOnPrevClose: !1,
						inputs: {}
					}),
					renkoStyle: Object(c.deepExtend)({}, {
						upColor: "",
						downColor: "",
						borderUpColor: "",
						borderDownColor: "",
						upColorProjection: "",
						downColorProjection: "",
						borderUpColorProjection: "",
						borderDownColorProjection: "",
						wickUpColor: "",
						wickDownColor: "",
						inputs: {
							boxSize: 0,
							style: "",
							atrLength: 0,
							wicks: !1,
							sources: "",
							source: ""
						}
					}),
					pbStyle: Object(c.deepExtend)({}, {
						upColor: "",
						downColor: "",
						borderUpColor: "",
						borderDownColor: "",
						upColorProjection: "",
						downColorProjection: "",
						borderUpColorProjection: "",
						borderDownColorProjection: "",
						inputs: {
							source: "",
							lb: 0
						}
					}),
					kagiStyle: Object(c.deepExtend)({}, {
						upColor: "",
						downColor: "",
						upColorProjection: "",
						downColorProjection: "",
						inputs: {
							style: "",
							atrLength: 0,
							reversalAmount: 0
						}
					}),
					pnfStyle: Object(c.deepExtend)({}, {
						upColor: "",
						downColor: "",
						upColorProjection: "",
						downColorProjection: "",
						inputs: {
							reversalAmount: 0,
							boxSize: 0,
							style: "",
							atrLength: 0
						}
					}),
					rangeStyle: Object(c.deepExtend)({}, {
						upColor: "",
						downColor: "",
						upColorProjection: "",
						downColorProjection: "",
						thinBars: !1,
						inputs: {
							range: 0,
							phantomBars: !1
						}
					})
				},
				x = {
					priceScaleSelectionStrategyName: "auto",
					timeScale: Object(c.deepExtend)({}, y),
					mainSeries: Object(c.deepExtend)({}, C),
					sessions: Object(c.deepExtend)({}, l.sessionsPreferencesDefault),
					paneProperties: Object(c.deepExtend)({}, f),
					chartEventsSourceProperties: Object(c.deepExtend)({}, S),
					tradingProperties: Object(c.deepExtend)({}, r.tradingPreferencesDefault)
				},
				T = {
					timezone: "",
					scalesProperties: Object(c.deepExtend)({}, b),
					...x
				},
				I = {
					scalesProperties: Object(c.deepExtend)({}, g),
					...x
				};

			function M(e, t, i, r, n = !0) {
				if (void 0 === t[e]) return u.logDebug(
						`We haven't had this property ${r}.${e} yet, please, remove it from whiteList`),
					null;
				if (Object(s.isObject)(i[e])) {
					const s = Object.keys(i[e]);
					let o = "";
					return s.map(s => ({
						[s]: M(s, t[e], i[e], `${r}.${e}`, n)
					})).reduce((e, t) => (o = Object.keys(t)[0], e[o] = t[o], e), {})
				}
				return n ? t[e].value() : t[e]
			}

			function O(e, t, i = T) {
				const s = {
						timezone: "",
						priceScaleSelectionStrategyName: "auto",
						timeScale: {
							defaultRightOffset: e.timeScale().defaultRightOffsetProperty().value()
						},
						mainSeries: {},
						sessions: {},
						paneProperties: {},
						scalesProperties: {},
						chartEventsSourceProperties: {},
						tradingProperties: {}
					},
					r = ["timeScale", "mainSeries", "sessions"],
					n = i.mainSeries,
					o = Object.keys(i),
					a = Object.keys(n),
					l = t.properties(),
					c = e.properties(),
					h = i.sessions,
					u = Object.keys(h),
					d = e.sessions().properties();
				return a.forEach(e => {
					s.mainSeries[e] = M(e, l, n, "mainSeries")
				}), u.forEach(e => {
					s.sessions[e] = M(e, d, h, "sessions")
				}), o.forEach(e => {
					r.includes(e) || (s[e] = M(e, c, i, "preferences"))
				}), s
			}

			function L(e, t, i = I) {
				const s = {
						timeScale: {
							defaultRightOffset: e.timeScale().rightOffsetDefaultValue()
						},
						mainSeries: {},
						sessions: Object(c.deepExtend)({}, l.sessionsPreferencesDefault),
						paneProperties: {},
						scalesProperties: {},
						chartEventsSourceProperties: {},
						tradingProperties: {},
						priceScaleSelectionStrategyName: "auto"
					},
					r = ["timeScale", "mainSeries", "sessions"],
					n = i.mainSeries,
					o = Object.keys(i),
					h = Object.keys(n),
					u = Object(a.factoryDefaults)("chartproperties.mainSeriesProperties"),
					d = Object(a.factoryDefaults)("chartproperties");
				return h.forEach(e => {
					s.mainSeries[e] = M(e, u, n, "mainSeries", !1)
				}), o.forEach(e => {
					r.includes(e) || (s[e] = M(e, d, i, "preferences", !1))
				}), s
			}
		},
		Az04: function(e, t, i) {
			"use strict";
			var s = i("aO4+").Point,
				r = i("GEp6").distanceToLine,
				n = i("Ss5c").LineDataSource,
				o = i("Ocx9").DefaultProperty,
				a = i("j3hX").LineToolColorsProperty;
			class l extends n {
				constructor(e, t) {
					super(e, t || l.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"lZ9F", 7)).then(({
						RotatedRectanglePaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				startChanging(e, t) {
					if (super.startChanging(e, t), 0 === e || 1 === e) {
						var i = this._getPaneViews()[0],
							s = i._points[0],
							n = i._points[1],
							o = i._points[2];
						this._distance = r(s, n, o).distance
					}
				}
				setPoint(e, t, i) {
					if (super.setPoint(e, t, i), 0 === e || 1 === e) {
						var r = this._getPaneViews()[0];
						r.update();
						var n = r._points[0],
							o = r._points[1].subtract(n),
							a = new s(o.y, -o.x).normalized().scaled(this._distance),
							l = n.add(a),
							c = this.screenPointToPoint(l);
						this._points[2] = c
					}
				}
				endChanging(e, t) {
					delete this._distance, super.endChanging(e, t)
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Rotated Rectangle"
				}
				hasEditableCoordinates() {
					return !1
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "Zd1D")))
						.GeneralFiguresDefinitionsViewModel
				}
				_snapTo45DegreesAvailable() {
					return !0
				}
				static createProperties(e) {
					var t = new o("linetoolrotatedrectangle", e);
					return l._configureProperties(t), t
				}
				static _configureProperties(e) {
					n._configureProperties(e), e.addChild("linesColors", new a([e.color]))
				}
			}
			t.LineToolRotatedRectangle = l
		},
		"B4/o": function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("QIuV").LineToolTrading,
					r = i("4TVt").LineToolPriceAxisView,
					n = i("jkoZ"),
					o = i("Ss5c").LineDataSource,
					a = i("Ocx9").DefaultProperty,
					l = i("s1Gx").sortSourcesPreOrdered.LineToolOrder;

				function c(e) {
					return null == e ? e = "" : e += "", e
				}
				class h {
					constructor(e) {
						this._line = e, this._data = {
								bodyText: "order",
								quantityText: "0"
							}, this._editable = !0, this._cancellable = !0, this._mode = "", this
							._direction = "buy", this._active = !0
					}
					setMode(e) {
						return this._mode = e, this._line.updateAllViewsAndRedraw(), this
					}
					setDirection(e) {
						return this._direction = e, this._line.updateAllViewsAndRedraw(), this
					}
					setActive(e) {
						return this._active = e, this._line.updateAllViewsAndRedraw(), this
					}
					setEditable(e) {
						return this._editable = e, this._line.updateAllViewsAndRedraw(), this
					}
					getEditable() {
						return this._editable
					}
					setCancellable(e) {
						return this._cancellable = e, this._line.updateAllViewsAndRedraw(), this
					}
					getCancellable() {
						return this._cancellable
					}
					hasMoveCallback() {
						return this.isFunction(this._onMoveCallback)
					}
					hasModifyCallback() {
						return this.isFunction(this._onModifyCallback)
					}
					getPrice() {
						return this._line.points().length > 0 ? this._line.points()[0].price : this
							._line._timePoint.length > 0 ? this._line._timePoint[0].price : void 0
					}
					setPrice(e) {
						if (this._line.points().length > 0) {
							var t = this._line.points()[0];
							t.price = e, this._line._points[0] = t, this._line.normalizePoints(),
								this._line.updateAllViewsAndRedraw()
						}
						return this._line._timePoint.length > 0 && (this._line._timePoint[0].price =
							e), this
					}
					getText() {
						return this._data.bodyText
					}
					setText(e) {
						return this._data.bodyText = e || "", this._line.updateAllViewsAndRedraw(),
							this
					}
					setTooltip(e) {
						return this._line.properties().tooltip.setValue(c(e)), this
					}
					getTooltip() {
						return this._line.properties().tooltip.value()
					}
					setModifyTooltip(e) {
						return this._line.properties().modifyTooltip.setValue(c(e)), this
					}
					getModifyTooltip() {
						return this._line.properties().modifyTooltip.value()
					}
					setCancelTooltip(e) {
						return this._line.properties().cancelTooltip.setValue(c(e)), this
					}
					getCancelTooltip() {
						return this._line.properties().cancelTooltip.value()
					}
					getQuantity() {
						return this._data.quantityText
					}
					setQuantity(e) {
						return this._data.quantityText = e || "", this._line
							.updateAllViewsAndRedraw(), this
					}
					getExtendLeft() {
						var e = this._line.properties().extendLeft.value();
						return "inherit" === e ? this._line._model.properties().tradingProperties
							.extendLeft.value() : e
					}
					setExtendLeft(e) {
						return this._line.properties().extendLeft.setValue(e), this
					}
					getLineLength() {
						var e = this._line.properties().lineLength.value();
						return "inherit" === e ? this._line._model.properties().tradingProperties
							.lineLength.value() : e
					}
					setLineLength(e) {
						return this._line.properties().lineLength.setValue(Math.max(0, Math.min(e,
							100))), this
					}
					getLineColor() {
						var e = this._line.properties();
						return "buy" === this._direction ? this._active ? e.lineActiveBuyColor
							.value() : e.lineInactiveBuyColor.value() : this._active ? e
							.lineActiveSellColor.value() : e.lineInactiveSellColor.value()
					}
					setLineColor(e) {
						return "buy" === this._direction ? this._active ? this
							.setLineActiveBuyColor(e) : this.setLineInactiveBuyColor(e) : this
							._active ? this.setLineActiveSellColor(e) : this
							.setLineInactiveSellColor(e), this
					}
					setLineActiveBuyColor(e) {
						return this._line.properties().lineActiveBuyColor.setValue(e), this
					}
					setLineInactiveBuyColor(e) {
						return this._line.properties().lineInactiveBuyColor.setValue(e), this
					}
					setLineActiveSellColor(e) {
						return this._line.properties().lineActiveSellColor.setValue(e), this
					}
					setLineInactiveSellColor(e) {
						return this._line.properties().lineInactiveSellColor.setValue(e), this
					}
					getLineStyle() {
						var e = this._line.properties().lineStyle.value();
						return "inherit" === e ? this._line._model.properties().tradingProperties
							.lineStyle.value() : e
					}
					setLineStyle(e) {
						return this._line.properties().lineStyle.setValue(e), this
					}
					getLineWidth() {
						var e = this._line.properties().lineWidth.value();
						return "inherit" === e ? this._line._model.properties().tradingProperties
							.lineWidth.value() : e
					}
					setLineWidth(e) {
						return this._line.properties().lineWidth.setValue(e), this
					}
					getBodyBorderColor() {
						var e = this._line.properties();
						return "buy" === this._direction ? this._active ? e.bodyBorderActiveBuyColor
							.value() : e.bodyBorderInactiveBuyColor.value() : this._active ? e
							.bodyBorderActiveSellColor.value() : e.bodyBorderInactiveSellColor
							.value()
					}
					setBodyBorderColor(e) {
						return "buy" === this._direction ? this._active ? this
							.setBodyBorderActiveBuyColor(e) : this.setBodyBorderInactiveBuyColor(
								e) : this._active ? this.setBodyBorderActiveSellColor(e) : this
							.setBodyBorderInactiveSellColor(e), this
					}
					setBodyBorderActiveBuyColor(e) {
						return this._line.properties().bodyBorderActiveBuyColor.setValue(e), this
					}
					setBodyBorderInactiveBuyColor(e) {
						return this._line.properties().bodyBorderInactiveBuyColor.setValue(e), this
					}
					setBodyBorderActiveSellColor(e) {
						return this._line.properties().bodyBorderActiveSellColor.setValue(e), this
					}
					setBodyBorderInactiveSellColor(e) {
						return this._line.properties().bodyBorderInactiveSellColor.setValue(e), this
					}
					getBodyBackgroundColor() {
						return n.getColorFromProperties(this._line.properties().bodyBackgroundColor,
							this._line.properties().bodyBackgroundTransparency)
					}
					setBodyBackgroundColor(e) {
						return n.setColorToProperties(e, this._line.properties()
							.bodyBackgroundColor, this._line.properties()
							.bodyBackgroundTransparency), this
					}
					getBodyTextColor() {
						var e = this._line.properties();
						return "limit" === this._mode ? this._active ? e.bodyTextActiveLimitColor
							.value() : e.bodyTextInactiveLimitColor.value() : "stop" === this
							._mode ? this._active ? e.bodyTextActiveStopColor.value() : e
							.bodyTextInactiveStopColor.value() : "buy" === this._direction ? this
							._active ? e.bodyTextActiveBuyColor.value() : e.bodyTextInactiveBuyColor
							.value() : this._active ? e.bodyTextActiveSellColor.value() : e
							.bodyTextInactiveSellColor.value()
					}
					setBodyTextColor(e) {
						return "limit" === this._mode ? this._active ? this
							.setBodyTextActiveLimitColor(e) : this.setBodyTextInactiveLimitColor(
								e) : "stop" === this._mode ? this._active ? this
							.setBodyTextActiveStopColor(e) : this.setBodyTextInactiveStopColor(e) :
							"buy" === this._direction ? this._active ? this
							.setBodyTextActiveBuyColor(e) : this.setBodyTextInactiveBuyColor(e) :
							this._active ? this.setBodyTextActiveSellColor(e) : this
							.setBodyTextInactiveSellColor(e), this
					}
					setBodyTextInactiveLimitColor(e) {
						return this._line.properties().bodyTextInactiveLimitColor.setValue(e), this
					}
					setBodyTextActiveLimitColor(e) {
						return this._line.properties().bodyTextActiveLimitColor.setValue(e), this
					}
					setBodyTextInactiveStopColor(e) {
						return this._line.properties().bodyTextInactiveStopColor.setValue(e), this
					}
					setBodyTextActiveStopColor(e) {
						return this._line.properties().bodyTextActiveStopColor.setValue(e), this
					}
					setBodyTextInactiveBuyColor(e) {
						return this._line.properties().bodyTextInactiveBuyColor.setValue(e), this
					}
					setBodyTextActiveBuyColor(e) {
						return this._line.properties().bodyTextActiveBuyColor.setValue(e), this
					}
					setBodyTextInactiveSellColor(e) {
						return this._line.properties().bodyTextInactiveSellColor.setValue(e), this
					}
					setBodyTextActiveSellColor(e) {
						return this._line.properties().bodyTextActiveSellColor.setValue(e), this
					}
					getBodyFont() {
						return n.getFontFromProperties(this._line.properties().bodyFontFamily, this
							._line.properties().bodyFontSize, this._line.properties()
							.bodyFontBold, this._line.properties().bodyFontItalic)
					}
					setBodyFont(e) {
						return n.setFontToProperties(e, this._line.properties().bodyFontFamily, this
							._line.properties().bodyFontSize, this._line.properties()
							.bodyFontBold, this._line.properties().bodyFontItalic), this
					}
					getQuantityBorderColor() {
						var e = this._line.properties();
						return "buy" === this._direction ? this._active ? e
							.quantityBorderActiveBuyColor.value() : e.quantityBorderInactiveBuyColor
							.value() : this._active ? e.quantityBorderActiveSellColor.value() : e
							.quantityBorderInactiveSellColor.value()
					}
					setQuantityBorderColor(e) {
						return "buy" === this._direction ? this._active ? this
							.setQuantityBorderActiveBuyColor(e) : this
							.setQuantityBorderInactiveBuyColor(e) : this._active ? this
							.setQuantityBorderActiveSellColor(e) : this
							.setQuantityBorderInactiveSellColor(e), this
					}
					setQuantityBorderActiveBuyColor(e) {
						return this._line.properties().quantityBorderActiveBuyColor.setValue(e),
							this
					}
					setQuantityBorderInactiveBuyColor(e) {
						return this._line.properties().quantityBorderInactiveBuyColor.setValue(e),
							this
					}
					setQuantityBorderActiveSellColor(e) {
						return this._line.properties().quantityBorderActiveSellColor.setValue(e),
							this
					}
					setQuantityBorderInactiveSellColor(e) {
						return this._line.properties().quantityBorderInactiveSellColor.setValue(e),
							this
					}
					getQuantityBackgroundColor() {
						var e = this._line.properties();
						return "buy" === this._direction ? this._active ? e
							.quantityBackgroundActiveBuyColor.value() : e
							.quantityBackgroundInactiveBuyColor.value() : this._active ? e
							.quantityBackgroundActiveSellColor.value() : e
							.quantityBackgroundInactiveSellColor.value()
					}
					setQuantityBackgroundColor(e) {
						return "buy" === this._direction ? this._active ? this
							.setQuantityBackgroundActiveBuyColor(e) : this
							.setQuantityBackgroundInactiveBuyColor(e) : this._active ? this
							.setQuantityBackgroundActiveSellColor(e) : this
							.setQuantityBackgroundInactiveSellColor(e), this
					}
					setQuantityBackgroundActiveBuyColor(e) {
						return this._line.properties().quantityBackgroundActiveBuyColor.setValue(e),
							this
					}
					setQuantityBackgroundInactiveBuyColor(e) {
						return this._line.properties().quantityBackgroundInactiveBuyColor.setValue(
							e), this
					}
					setQuantityBackgroundActiveSellColor(e) {
						return this._line.properties().quantityBackgroundActiveSellColor.setValue(
							e), this
					}
					setQuantityBackgroundInactiveSellColor(e) {
						return this._line.properties().quantityBackgroundInactiveSellColor.setValue(
							e), this
					}
					getQuantityTextColor() {
						return n.getColorFromProperties(this._line.properties().quantityTextColor,
							this._line.properties().quantityTextTransparency)
					}
					setQuantityTextColor(e) {
						return n.setColorToProperties(e, this._line.properties().quantityTextColor,
							this._line.properties().quantityTextTransparency), this
					}
					getQuantityFont() {
						return n.getFontFromProperties(this._line.properties().quantityFontFamily,
							this._line.properties().quantityFontSize, this._line.properties()
							.quantityFontBold, this._line.properties().quantityFontItalic)
					}
					setQuantityFont(e) {
						return n.setFontToProperties(e, this._line.properties().quantityFontFamily,
							this._line.properties().quantityFontSize, this._line.properties()
							.quantityFontBold, this._line.properties().quantityFontItalic), this
					}
					getCancelButtonBorderColor() {
						var e = this._line.properties();
						return "buy" === this._direction ? this._active ? e
							.cancelButtonBorderActiveBuyColor.value() : e
							.cancelButtonBorderInactiveBuyColor.value() : this._active ? e
							.cancelButtonBorderActiveSellColor.value() : e
							.cancelButtonBorderInactiveSellColor.value()
					}
					setCancelButtonBorderColor(e) {
						return "buy" === this._direction ? this._active ? this
							.setCancelButtonBorderActiveBuyColor(e) : this
							.setCancelButtonBorderInactiveBuyColor(e) : this._active ? this
							.setCancelButtonBorderActiveSellColor(e) : this
							.setCancelButtonBorderInactiveSellColor(e), this
					}
					setCancelButtonBorderActiveBuyColor(e) {
						return this._line.properties().cancelButtonBorderActiveBuyColor.setValue(e),
							this
					}
					setCancelButtonBorderInactiveBuyColor(e) {
						return this._line.properties().cancelButtonBorderInactiveBuyColor.setValue(
							e), this
					}
					setCancelButtonBorderActiveSellColor(e) {
						return this._line.properties().cancelButtonBorderActiveSellColor.setValue(
							e), this
					}
					setCancelButtonBorderInactiveSellColor(e) {
						return this._line.properties().cancelButtonBorderInactiveSellColor.setValue(
							e), this
					}
					getCancelButtonBackgroundColor() {
						return n.getColorFromProperties(this._line.properties()
							.cancelButtonBackgroundColor, this._line.properties()
							.cancelButtonBackgroundTransparency)
					}
					setCancelButtonBackgroundColor(e) {
						return n.setColorToProperties(e, this._line.properties()
							.cancelButtonBackgroundColor, this._line.properties()
							.cancelButtonBackgroundTransparency), this
					}
					getCancelButtonIconColor() {
						var e = this._line.properties();
						return "buy" === this._direction ? this._active ? e
							.cancelButtonIconActiveBuyColor.value() : e
							.cancelButtonIconInactiveBuyColor.value() : this._active ? e
							.cancelButtonIconActiveSellColor.value() : e
							.cancelButtonIconInactiveSellColor.value()
					}
					setCancelButtonIconColor(e) {
						return "buy" === this._direction ? this._active ? this
							.setCancelButtonIconActiveBuyColor(e) : this
							.setCancelButtonIconInactiveBuyColor(e) : this._active ? this
							.setCancelButtonIconActiveSellColor(e) : this
							.setCancelButtonIconInactiveSellColor(e), this
					}
					setCancelButtonIconActiveBuyColor(e) {
						return this._line.properties().cancelButtonIconActiveBuyColor.setValue(e),
							this
					}
					setCancelButtonIconInactiveBuyColor(e) {
						return this._line.properties().cancelButtonIconInactiveBuyColor.setValue(e),
							this
					}
					setCancelButtonIconActiveSellColor(e) {
						return this._line.properties().cancelButtonIconActiveSellColor.setValue(e),
							this
					}
					setCancelButtonIconInactiveSellColor(e) {
						return this._line.properties().cancelButtonIconInactiveSellColor.setValue(
							e), this
					}
					block() {
						this._blocked = !0, this._line.updateAllViewsAndRedraw()
					}
					unblock() {
						this._blocked = !1, this._line.updateAllViewsAndRedraw()
					}
					getBlocked() {
						return this._blocked
					}
					isFunction(e) {
						return "function" == typeof e
					}
					onCancel(e, t) {
						return t ? this.isFunction(t) && (this._onCancelData = e, this
							._onCancelCallback = t) : this.isFunction(e) && (this
							._onCancelCallback = e), this
					}
					callOnCancel() {
						this.isFunction(this._onCancelCallback) && this._onCancelCallback.call(this,
							this._onCancelData)
					}
					isOnCancelCallbackPresent() {
						return this.isFunction(this._onCancelCallback)
					}
					onModify(e, t) {
						return t ? this.isFunction(t) && (this._onModifyData = e, this
							._onModifyCallback = t) : this.isFunction(e) && (this
							._onModifyCallback = e), this
					}
					callOnModify() {
						this.isFunction(this._onModifyCallback) && this._onModifyCallback.call(this,
							this._onModifyData)
					}
					onMove(e, t) {
						return t ? this.isFunction(t) && (this._onMoveData = e, this
							._onMoveCallback = t) : this.isFunction(e) && (this
							._onMoveCallback = e), this
					}
					callOnMove() {
						this.isFunction(this._onMoveCallback) && this._onMoveCallback.call(this,
							this._onMoveData)
					}
					onContextMenu(e, t) {
						return t ? this.isFunction(t) && (this._onContextMenuData = e, this
							._onContextMenuCallback = t) : this.isFunction(e) && (this
							._onContextMenuCallback = e), this
					}
					shouldShowContextMenu() {
						return this.isFunction(this._onContextMenuCallback)
					}
					callOnContextMenu() {
						if (this.isFunction(this._onContextMenuCallback)) return this
							._onContextMenuCallback.call(this, this._onContextMenuData)
					}
					remove() {
						this._line._model.removeSource(this._line), delete this._line
					}
				}
				class u extends s {
					constructor(e, t) {
						super(e, t || u.createProperties()), this._adapter = new h(this), this
							.setSelectionEnabled(!0), i.e("lt-pane-views").then(i.bind(null,
								"LMGK")).then(({
								OrderPaneView: e
							}) => {
								this._setPaneViews([new e(this, this._model)])
							})
					}
					zorder() {
						return l
					}
					isSpeciallyZOrderedSource() {
						return !0
					}
					setPoint(e, t, i) {
						this._points[e] = t, this.normalizePoints()
					}
					addPoint(e, t) {
						return this._points.push(e), this._lastPoint = null, this.normalizePoints(),
							this.createServerPoints(), !0
					}
					name() {
						return "Order"
					}
					endMoving(e) {
						var t = this._startMovingPoint && this._currentMovingPoint && this
							._startMovingPoint.logical.price !== this._currentMovingPoint.logical
							.price;
						super.endMoving(), !e && t && this._adapter.callOnMove()
					}
					createPriceAxisView(e) {
						var t = {
							pointIndex: e,
							backgroundPropertyGetter: () => this._adapter.getLineColor()
						};
						return this._priceAxisView = new r(this, t), this._priceAxisView
					}
					paneViews() {
						return TradingView.printing && !e.enabled("snapshot_trading_drawings") ?
							null : this._model.properties().tradingProperties.showOrders.value() ? o
							.prototype.paneViews.call(this) : null
					}
					priceAxisViews(t, i) {
						return TradingView.printing && !e.enabled("snapshot_trading_drawings") ?
							null : this._model.properties().tradingProperties.showOrders.value() ? o
							.prototype.priceAxisViews.call(this, t, i) : null
					}
					adapter() {
						return this._adapter
					}
					hasContextMenu() {
						return this._adapter.shouldShowContextMenu()
					}
					contextMenuItems() {
						return this._adapter.callOnContextMenu()
					}
					movable() {
						return Boolean(this._adapter._onMoveCallback)
					}
					static createProperties(e) {
						var t = new a("linetoolorder", e, !1, !1);
						return u._configureProperties(t), t
					}
					static _configureProperties(e) {
						s._configureProperties(e)
					}
				}
				t.LineToolOrder = u
			}).call(this, i("Kxc7"))
		},
		BBCR: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><path fill="none" fill-rule="evenodd" stroke="currentColor" stroke-linecap="square" d="M6.145 11.968L14 5.5l7.855 6.468a.3.3 0 0 1-.191.532H6.336a.3.3 0 0 1-.19-.532zm0 4.064L14 22.5l7.855-6.468a.3.3 0 0 0-.191-.532H6.336a.3.3 0 0 0-.19.532z"/></svg>'
		},
		BOPY: function(e, t, i) {
			"use strict";
			var s = i("aO4+").Point,
				r = i("f6yo").pointInCircle,
				n = i("VdBB").HitTestResult,
				o = i("zDbI").CHART_FONT_FAMILY,
				a = i("cPgM").ScaledPaneRenderer;
			class l extends a {
				constructor(e, t) {
					super(), this._barWidth = e.barWidth, this._plates = e.plates, this._tooltip = e
						.tooltip, this._model = t
				}
				_drawImpl(e) {
					e.save();
					for (var t = 0; t < this._plates.length; t++)
						if (this._plates[t].highlightByAuthor) {
							this._highlightByAuthor = !0;
							break
						} this._plates.forEach(this._drawItem.bind(this, e)), this._tooltip.draw(this
						._plates.map(function(e) {
							return this._plateTransform(e)
						}.bind(this)), e), this._tooltip.endDraw(), e.restore()
				}
				_drawItem(e, t) {
					e.save(), this._highlightByAuthor && !t.highlightByAuthor && (e.globalAlpha = .4);
					var i = this._dotTransform(t);
					i.mine ? this._drawTriangle(e, i) : this._drawDot(e, i), e.restore()
				}
				_commonTransform(e) {
					var t = Math.max(1.4 * e.minSize, this._barWidth + 4),
						i = {
							up: -1,
							down: 1
						} [e.direction] * (e.yInverted ? -1 : 1) * (t * (e.order + .6) + .25 * t),
						s = e.y + i,
						r = TradingView.clone(e.overridedTheme || this.themes[e.theme]);
					return r.dotBorderWidth = e.hovered || e.highlightByAuthor ? 4 : 2, {
						id: e.id,
						theme: r,
						themeName: e.theme,
						x: Math.round(e.x + 1),
						y: Math.round(s),
						yInverted: e.yInverted,
						pinned: e.pinned,
						hovered: e.hovered
					}
				}
				_dotTransform(e) {
					var t = this._commonTransform(e);
					return t.radius = Math.max(e.minSize / 2, .4 * this._barWidth), t.label = e.label, t
						.labelFontColor = e.labelFontColor, t.labelFontSize = Math.ceil(Math.max(10,
							Math.min(t.radius, 20))), this._model.updateDotData(e, t)
				}
				_plateTransform(e) {
					var t = this._commonTransform(e);
					return this._model.updatePlateData(e, t)
				}
				_drawTriangle(e, t) {
					e.strokeStyle = t.theme.border, e.fillStyle = t.theme.background, e.lineWidth = t
						.theme.dotBorderWidth;
					var i = t,
						s = t.radius,
						r = Math.cos(Math.PI / 6) * s,
						n = Math.sin(Math.PI / 6) * s;
					e.translate(i.x, i.y), "up" === t.direction !== t.yInverted && e.rotate(Math.PI), t
						.public || (e.lineWidth /= 2), e.beginPath(), e.moveTo(0, -s), e.lineTo(r, n), e
						.lineTo(-r, n), e.lineTo(0, -s), e.closePath(), e.stroke(), t.public && e.fill()
				}
				_drawDot(e, t) {
					e.strokeStyle = t.theme.border, e.fillStyle = t.theme.background, e.lineWidth = t
						.theme.dotBorderWidth, e.beginPath(), e.arc(t.x, t.y, t.radius, 0, 2 * Math.PI,
							!0), e.closePath(), e.stroke(), e.fill(), t.label && t.radius >= 7 && (e
							.textAlign = "center", e.textBaseline = "middle", e.font = "bold " + t
							.labelFontSize + "px " + o, e.fillStyle = t.labelFontColor, e.fillText(t
								.label, t.x, t.y))
				}
				hitTest(e) {
					for (var t, i = this._plates.length - 1; i >= 0; --i)
						if (t = this._hitTestDot(this._plates[i], e)) return t;
					return null
				}
				_hitTestDot(e, t) {
					var i = this._dotTransform(e),
						o = new s(i.x, i.y);
					return r(t, o, Math.max(i.radius, 8)) ? new n(n.REGULAR, e) : null
				}
			}
			l.prototype.themes = {
				green: {
					border: "#78C143",
					background: "#8DDD54"
				},
				red: {
					border: "#CC4545",
					background: "#ED5A5A"
				},
				neutral: {
					border: "#EAC300",
					background: "#FFD400"
				},
				yellow: {
					border: "#EAC300",
					background: "#FFD400"
				},
				blue: {
					border: "#047ACE",
					background: "#0496FF"
				}
			}, t.BarsMarksContainerPaneView = class {
				constructor(e, t) {
					this.source = e, this._rendererFactory = t
				}
				update() {}
				renderer(e, t) {
					return this._rendererFactory(this.source)
				}
			}, t.BarsMarksContainerRenderer = l
		},
		BZtw: function(e, t, i) {
			"use strict";
			var s = i("Eyy1"),
				r = i("ogJP"),
				n = i("5fI3"),
				o = i("LxhU"),
				a = i("XPit"),
				l = i("hsV8"),
				c = i("YWnQ"),
				h = i("aIyQ"),
				u = i.n(h);
			class d {
				constructor() {
					this._loading = new u.a, this._completed = new u.a, this._error = new u.a, this
						._symbolError = new u.a, this._symbolResolved = new u.a, this._seriesError =
						new u.a, this._symbolNotPermitted = new u.a, this._symbolGroupNotPermitted =
						new u.a, this._chartTypeNotPermitted = new u.a, this
						._intradaySpreadNotPermitted = new u.a, this._intradayExchangeNotPermitted =
						new u.a, this._customIntervalNotPermitted = new u.a, this
						._secondsIntervalNotPermitted = new u.a, this._tickMarksRangeChanged = new u.a,
						this._barReceived = new u.a, this._seriesTimeFrame = new u.a, this
						._dataUpdated = new u.a
				}
				destroy() {
					this._loading.destroy(), this._completed.destroy(), this._error.destroy(), this
						._symbolError.destroy(), this._symbolResolved.destroy(), this._seriesError
						.destroy(), this._symbolNotPermitted.destroy(), this._symbolGroupNotPermitted
						.destroy(), this._chartTypeNotPermitted.destroy(), this
						._intradaySpreadNotPermitted.destroy(), this._intradayExchangeNotPermitted
						.destroy(), this._customIntervalNotPermitted.destroy(), this
						._secondsIntervalNotPermitted.destroy(), this._tickMarksRangeChanged.destroy(),
						this._barReceived.destroy(), this._seriesTimeFrame.destroy(), this._dataUpdated
						.destroy()
				}
				loading() {
					return this._loading
				}
				completed() {
					return this._completed
				}
				error() {
					return this._error
				}
				symbolError() {
					return this._symbolError
				}
				symbolResolved() {
					return this._symbolResolved
				}
				seriesError() {
					return this._seriesError
				}
				symbolNotPermitted() {
					return this._symbolNotPermitted
				}
				symbolGroupNotPermitted() {
					return this._symbolGroupNotPermitted
				}
				chartTypeNotPermitted() {
					return this._chartTypeNotPermitted
				}
				intradaySpreadNotPermitted() {
					return this._intradaySpreadNotPermitted
				}
				intradayExchangeNotPermitted() {
					return this._intradayExchangeNotPermitted
				}
				customIntervalNotPermitted() {
					return this._customIntervalNotPermitted
				}
				secondsIntervalNotPermitted() {
					return this._secondsIntervalNotPermitted
				}
				tickMarksRangeChanged() {
					return this._tickMarksRangeChanged
				}
				barReceived() {
					return this._barReceived
				}
				seriesTimeFrame() {
					return this._seriesTimeFrame
				}
				dataUpdated() {
					return this._dataUpdated
				}
				fireCompleted(e, t) {
					this._completed.fire(e, t)
				}
				fireLoading(e) {
					this._loading.fire(e)
				}
				fireError() {
					this._error.fire()
				}
				fireSymbolError(e) {
					this._symbolError.fire(e), this.fireError()
				}
				fireSymbolResolved(e) {
					this._symbolResolved.fire(e)
				}
				fireSeriesError(e) {
					this._seriesError.fire(e), this.fireError()
				}
				fireSymbolNotPermitted(e) {
					this._symbolNotPermitted.fire(e), this.fireError()
				}
				fireSymbolGroupNotPermitted(e) {
					this._symbolGroupNotPermitted.fire(e), this.fireError()
				}
				fireChartTypeNotPermitted(e) {
					this._chartTypeNotPermitted.fire(e), this.fireError()
				}
				fireIntradaySpreadNotPermitted() {
					this._intradaySpreadNotPermitted.fire(), this.fireError()
				}
				fireIntradayExchangeNotPermitted() {
					this._intradayExchangeNotPermitted.fire(), this.fireError()
				}
				fireCustomIntervalNotPermitted() {
					this._customIntervalNotPermitted.fire(), this.fireError()
				}
				fireSecondsIntervalNotPermitted() {
					this._secondsIntervalNotPermitted.fire(), this.fireError()
				}
				fireTickMarksRangeChanged(e) {
					this._tickMarksRangeChanged.fire(e)
				}
				fireBarReceived(e) {
					this._barReceived.fire(e)
				}
				fireSeriesTimeFrame(e, t, i, s, r) {
					this._seriesTimeFrame.fire(e, t, i, s, r)
				}
				fireDataUpdated(e, t) {
					this._dataUpdated.fire(e, t)
				}
			}
			var p = i("txPx");
			i.d(t, "a", (function() {
				return b
			}));
			const _ = Object(p.getLogger)("Chart.SeriesDataSource");
			var m;
			! function(e) {
				e[e.Idle = 0] = "Idle", e[e.AwaitingConnection = 1] = "AwaitingConnection", e[e
						.AwaitingFirstDataUpdate = 2] = "AwaitingFirstDataUpdate", e[e.Active = 3] =
					"Active"
			}(m || (m = {}));
			let f = 1;
			let g = 1;
			class b {
				constructor(e, t, i) {
					var r;
					this._instanceId = null, this._symbolInstanceId = null, this._symbol = null, this
						._resolution = null, this._timeFrame = null, this._data = new a.SeriesData, this
						._dataEvents = new d, this._status = m.Idle, this._turnaroundCounter = 1, this
						._boundOnGatewayIsConnectedChanged = this._onGatewayIsConnectedChanged.bind(
							this), this._ongoingDataUpdate = Promise.resolve(), this._gateway = e, this
						._turnaroundPrefix = t, this._createSeriesParams = (r = null != i ? i : {
							count: 300
						}).startDate ? r.endDate || r.count ? r.endDate ? ["from_to", r.startDate, r
							.endDate
						] : ["bar_count", r.startDate, Object(s.ensure)(r.count)] : ["from_to", r
							.startDate
						] : r.count || 300, this._gateway.isConnected().subscribe(this
							._boundOnGatewayIsConnectedChanged)
				}
				destroy() {
					this.stop(), this._gateway.isConnected().unsubscribe(this
						._boundOnGatewayIsConnectedChanged)
				}
				modifySeries(e, t, i = null, n = !1) {
					n && (_.logNormal(
						"Due to force flag clearing symbol & resolution to force re-requesting data."
					), this._symbol = null, this._resolution = null);
					const a = this._symbol,
						l = this._resolution;
					if (this._symbol = e, this._resolution = t, null === this._instanceId) return void(
						this._timeFrame = i);
					const c = !Object(r.deepEquals)(a, e)[0],
						h = null === l || !o.Interval.isEqual(l, t);
					(c || h || null !== i) && (this._timeFrame = null, (c || h) && this
						._turnaroundCounter++, c && this._resolveSymbol(), this._gateway.modifySeries(
							this._instanceId, this.turnaround(), Object(s.ensureNotNull)(this
								._symbolInstanceId), this._resolution, i, this._onMessage.bind(this)))
				}
				requestMoreData(e) {
					null !== this._instanceId && this._gateway.requestMoreData(this._instanceId, e, this
						._onMessage.bind(this))
				}
				requestMoreTickmarks(e) {
					null !== this._instanceId && this._gateway.requestMoreTickmarks(this._instanceId, e,
						this._onMessage.bind(this))
				}
				isStarted() {
					return this._status !== m.Idle
				}
				isActive() {
					return this._status === m.Active
				}
				start() {
					this.isStarted() ? _.logNormal(
						"start: data source is already started, nothing to do") : (Object(s.assert)(
							null !== this._symbol, "symbol must be set before start"), Object(s
							.assert)(null !== this._resolution,
							"resolution must be set before start"), this._gateway.isConnected()
						.value() ? this._createSeries() : this._changeStatusTo(m.AwaitingConnection)
					)
				}
				stop() {
					this.isStarted() ? (null !== this._instanceId && (this._gateway.removeSeries(this
							._instanceId), this._instanceId = null), this._changeStatusTo(m.Idle)) : _
						.logNormal("stop: data source is already stopped, nothing to do")
				}
				instanceId() {
					return this._instanceId
				}
				data() {
					return this._data
				}
				clearData() {
					this.isStarted() ? this._enqueueUpdate(() => this._clearDataImpl()) : this
						._clearDataImpl()
				}
				dataEvents() {
					return this._dataEvents
				}
				turnaround() {
					return `${this._turnaroundPrefix}${this._turnaroundCounter}`
				}
				symbolInstanceId() {
					return this._symbolInstanceId
				}
				moveData(e) {
					this._enqueueUpdate(() => this._data.moveData(e))
				}
				_clearDataImpl() {
					this._data.clear()
				}
				_resolveSymbol() {
					null !== this._symbol && (this._symbolInstanceId = "sds_sym_" + f++, this._gateway
						.resolveSymbol(this._symbolInstanceId, Object(n
								.encodeExtendedSymbolOrGetSimpleSymbolString)(this._symbol), this
							._onMessage.bind(this)))
				}
				_changeStatusTo(e) {
					Object(s.assert)(this._status !== e,
						"Source and destination status should be distinct"), _.logNormal(
						`Status changed from ${m[this._status]} to ${m[e]}`), this._status = e
				}
				_createSeries() {
					Object(s.assert)(this._status !== m.Active,
							'Status should not be "Active" when creating a study'), this._instanceId =
						"sds_" + g++, this._resolveSymbol(), this._gateway.createSeries(this
							._instanceId, this.turnaround(), Object(s.ensureNotNull)(this
								._symbolInstanceId), Object(s.ensureNotNull)(this._resolution), this
							._createSeriesParams, this._timeFrame, this._onMessage.bind(this)), this
						._timeFrame = null, this._changeStatusTo(m.AwaitingFirstDataUpdate)
				}
				_onGatewayIsConnectedChanged(e) {
					e ? this._onGatewayConnected() : this._onGatewayDisconnected()
				}
				_onGatewayConnected() {
					this._status === m.AwaitingConnection && this._createSeries()
				}
				_onGatewayDisconnected() {
					this._status !== m.Idle && this._status !== m.AwaitingConnection && (this
							._instanceId = null, this._changeStatusTo(m.AwaitingConnection)), this
						._turnaroundCounter = 1
				}
				_onMessage(e) {
					this._enqueueUpdate(() => this._onMessageImpl(e))
				}
				async _onMessageImpl(e) {
					switch (e.method) {
						case "symbol_resolved": {
							const [t, i] = e.params;
							if (t !== this._symbolInstanceId) {
								_.logNormal(
									`Resolve for old symbol, expected: ${this._symbolInstanceId}, actual ${e.params[0]}`
								);
								break
							}
							this._onSymbolResolved(i);
							break
						}
						case "symbol_error":
							if (e.params[0] !== this._symbolInstanceId) {
								_.logNormal(
									`Symbol error for old symbol, expected: ${this._symbolInstanceId}, actual ${e.params[0]}`
								);
								break
							}
							this._onSymbolError(e);
							break;
						case "series_timeframe": {
							const [t, i, s, r, n, o, a] = e.params;
							if (!this._checkTurnaround(t, i)) {
								_.logNormal(
									`Time frame for old data, expected: ${this._symbolInstanceId} (${this.turnaround()}), actual ${t} (${i})`
								);
								break
							}
							this._onSeriesTimeFrame(s, r, n, o, a);
							break
						}
						case "series_error": {
							const [t, i] = e.params;
							if (!this._checkTurnaround(t, i)) {
								_.logNormal(
									`Series error for old data, expected: ${this._symbolInstanceId} (${this.turnaround()}), actual ${t} (${i})`
								);
								break
							}
							this._onSeriesError(e.params[2]);
							break
						}
						case "series_loading": {
							const [t, i] = e.params;
							if (!this._checkTurnaround(t, i)) break;
							this._onSeriesLoading(e.time);
							break
						}
						case "series_completed": {
							const [t, i, s] = e.params;
							if (!this._checkTurnaround(t, s)) {
								_.logNormal(
									`Series completed for old data, expected: ${this._symbolInstanceId} (${this.turnaround()}), actual ${t} (${s})`
								);
								break
							}
							this._onSeriesCompleted(i, e.time);
							break
						}
						case "data_update":
							if (!this._checkTurnaround(e.params.customId, e.params.turnaround)) {
								_.logNormal(
									`Data update for old data, expected: ${this._symbolInstanceId} (${this.turnaround()}), actual ${e.params.customId} (${e.params.turnaround})`
								);
								break
							}
							await this._onDataUpdate(e.params.plots, e.params.nonseries, e.params
								.lastBar);
							break;
						case "clear_data":
							if (e.params.turnaround !== this.turnaround()) {
								_.logNormal(
									`Clear data for old data, expected: ${this.turnaround()}, actual ${e.params.turnaround}`
								);
								break
							}
							this._clearDataImpl(), this._dataEvents.fireDataUpdated(void 0, !1)
					}
				}
				_onSeriesError(e) {
					let t, i;
					if ("string" == typeof e) i = {
						error: e
					}, t = e;
					else if (i = e, e.ctx) {
						const i = {};
						Object.entries(e.ctx).forEach(([e, t]) => {
							i[e] = t.toString()
						}), t = e.error.format(i)
					} else t = e.error;
					if (t.startsWith("study_not_auth:")) {
						const e = t.split(":", 2)[1].split("@", 2)[0];
						["BarSetRenko", "BarSetPriceBreak", "BarSetKagi", "BarSetPnF"].includes(e) ?
							this._dataEvents.fireChartTypeNotPermitted(e) : "BarSetSpread" === e ? this
							._dataEvents.fireIntradaySpreadNotPermitted() : "BarSetRange" === e && this
							._dataEvents.fireCustomIntervalNotPermitted()
					} else "resolution_not_entitled" === t ? this._dataEvents
						.fireIntradayExchangeNotPermitted() : "custom_resolution" === t ? this
						._dataEvents.fireCustomIntervalNotPermitted() : "seconds_not_entitled" === t &&
						this._dataEvents.fireSecondsIntervalNotPermitted();
					this._dataEvents.fireSeriesError(i)
				}
				_onSeriesTimeFrame(e, t, i, s, r) {
					this._dataEvents.fireSeriesTimeFrame(e, t, i, null == s || s, r)
				}
				_onSymbolError(e) {
					if (e.params[1] === c.permissionDenied) switch (e.params[2]) {
						case c.SymbolErrorPermissionDeniedReason.Symbol:
							this._dataEvents.fireSymbolNotPermitted(e.params[3]);
							break;
						case c.SymbolErrorPermissionDeniedReason.GroupPermission:
							this._dataEvents.fireSymbolGroupNotPermitted(e.params[3]);
							break;
						default:
							this._dataEvents.fireSymbolNotPermitted(e.params[2])
					}
					this._dataEvents.fireSymbolError(e.params[1])
				}
				_onSymbolResolved(e) {
					this._dataEvents.fireSymbolResolved(e)
				}
				async _onDataUpdate(e, t, i) {
					this._onDataUnpacked(e, i, await async function(e) {
						if (void 0 === e) return {
							projectionPlots: [],
							boxSize: null
						};
						if ("" === e.d || "nochange" === e.indexes) return null;
						const t = await Object(l.unpackNonSeriesData)(e.d);
						if (null === t || t.indexes_replace) return null;
						const i = e.indexes,
							{
								bars: s,
								price: r,
								boxSize: n,
								reversalAmount: o
							} = t.data,
							a = (s || []).map(e => {
								let t;
								return "factor" in e ? t = e.factor :
									"additionalPrice" in e && (t = e.additionalPrice), {
										index: i[e.time],
										value: [0, e.open, e.high, e.low, e.close, e
											.volume, t
										]
									}
							});
						return {
							lastPrice: r,
							projectionPlots: a,
							reversalAmount: o,
							boxSize: n
						}
					}(t))
				}
				_enqueueUpdate(e) {
					return this._ongoingDataUpdate = this._ongoingDataUpdate.then(e, e), this
						._ongoingDataUpdate
				}
				_onDataUnpacked(e, t, i) {
					if (this._status === m.Idle) return;
					this._status === m.AwaitingFirstDataUpdate && (this._changeStatusTo(m.Active), this
						._clearDataImpl());
					const s = this._data.bars().size(),
						r = this._data.bars().firstIndex(),
						n = this._data.bars().merge(e);
					null !== i && (this._data.nsBars().clear(), this._data.nsBars().merge(i
							.projectionPlots), this._data.lastProjectionPrice = i.lastPrice,
						null !== i.boxSize && (this._data.boxSize = i.boxSize), this._data
						.reversalAmount = i.reversalAmount);
					const o = null === r || null !== n && n.index < r;
					this._dataEvents.fireDataUpdated(t, o), s !== this._data.bars().size() && null !==
						n && this._dataEvents.fireBarReceived(n)
				}
				_onSeriesLoading(e) {
					this._dataEvents.fireLoading(e)
				}
				_onSeriesCompleted(e, t) {
					this._dataEvents.fireCompleted(e, t)
				}
				_checkTurnaround(e, t) {
					return this._instanceId === e && (void 0 === t || t === this.turnaround())
				}
			}
		},
		Bt3k: function(e, t, i) {
			"use strict";

			function s(e, t) {
				this.tooltips = {}, this.tooltipFactory = e, this.source = t
			}

			function r(e, t) {
				this.renderer = e, this._tooltip = t, this.visible = !1
			}
			s.prototype.findOrCreateTooltip = function(e) {
				var t = this.tooltips[e.id];
				return null == t && (e.hovered || e.pinned) && (t = this._createTooltip(), this
					.tooltips[e.id] = t), t
			}, s.prototype.showPlate = function(e, t) {
				var i = this.findOrCreateTooltip(e);
				null != i && (i._drawPlate(e, t), i.plateData = e)
			}, s.prototype.draw = function(e, t) {
				this.hoveredId = null;
				for (var i = 0; i < e.length; i++) e[i].hovered && (this.hoveredId = e[i].id);
				e.forEach(function(e) {
					this.showPlate(e, t)
				}.bind(this))
			}, s.prototype.endDraw = function() {
				for (var e in this.tooltips)
					if (this.tooltips.hasOwnProperty(e)) {
						var t = this.tooltips[e];
						t.toggleVisibility(), this.hoveredId && t.plateData.id !== this.hoveredId && !t
							.plateData.pinned && (t.remove(), delete this.tooltips[e])
					}
			}, s.prototype.removeAll = function() {
				for (var e in this.tooltips) {
					if (this.tooltips.hasOwnProperty(e)) this.tooltips[e].remove()
				}
				this.tooltips = {}
			}, s.prototype.removeTooltip = function(e) {
				delete this.tooltips[e]
			}, s.prototype._createTooltip = function() {
				return new r(this, this.tooltipFactory())
			}, r.prototype._drawPlate = function(e, t) {
				var i = this;
				this.visible = !0, this._tooltip.setSource(this.renderer.source), this._tooltip
					.showPlate(e, t), e.hovered || e.pinned || this._tooltip.hide((function() {
						i.renderer.removeTooltip(e.id)
					}))
			}, r.prototype.remove = function() {
				this._tooltip._removeLayout()
			}, r.prototype.toggleVisibility = function() {
				this._tooltip._toggleLayout(this.visible), this.visible = !1
			}, t.TooltipRenderer = s
		},
		CCPt: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1");

			function r(e, t, i) {
				return new Promise(s => {
					i && e.classList.remove(i), e.classList.add(t);
					const r = i => {
						i.target === e && i.animationName === t && (e.removeEventListener(i
							.type, r), s(i))
					};
					e.addEventListener("animationend", r, !1), e.addEventListener(
						"webkitAnimationEnd", r, !1), e.addEventListener("MSAnimationEnd", r, !
						1)
				})
			}

			function n(e) {
				return r(e, "tv-transition--fade-in", "tv-transition--fade-out")
			}
			i.d(t, "UserDefinedBarsMarksTooltip", (function() {
				return o
			}));
			class o extends class {
				constructor() {
					this._source = null, this._tooltipHovered = !1, this._layout = null, this
						._container = null, this._context = null, this._plateArrowSize = 14
				}
				showPlate(e, t) {
					if (this._currentId !== e.id || !this._layout || null === this._layout.parentNode) {
						this._currentId = e.id, this._createLayout();
						const i = Object(s.ensureNotNull)(this._layout);
						this._getContainer(t).appendChild(i), i.addEventListener("mouseenter", () => {
							this._tooltipHovered = !0, n(Object(s.ensureNotNull)(this._layout))
						}), i.addEventListener("mouseleave", () => {
							this._tooltipHovered = !1
						})
					}
					const i = Object(s.ensureNotNull)(this._layout);
					let r = Math.round(e.barWidth / 2);
					r > 15 && (r = 15), r < 10 && (r = 10), this._updatePlate(e);
					const o = t.canvas.getBoundingClientRect(),
						a = e.x - i.offsetWidth < this._plateArrowSize;
					let l = o.width - e.x + Math.round(e.barWidth / 2 + r);
					a && (l -= i.offsetWidth + 2 * this._plateArrowSize);
					const c = o.height,
						h = Math.min(Math.max(e.y, 20), c - i.offsetHeight - 10) + "px";
					i.classList.toggle("right", a), i.style.display = "block", i.style.top = h, i.style
						.right = l + "px", i.style.fontSize = r + "px"
				}
				hide(e) {
					const t = Object(s.ensureNotNull)(this._layout);
					var i;
					this._tooltipHovered ? n(t) : (i = t, r(i, "tv-transition--fade-out",
						"tv-transition--fade-in")).then(() => {
						t.remove(), e()
					})
				}
				setSource(e) {
					this._source = e
				}
				_getContainer(e) {
					return this._container && this._context === e || (this._context = e, this
						._container = e.canvas.parentElement), Object(s.ensureNotNull)(this
						._container)
				}
				_removeLayout() {
					var e;
					this._tooltipHovered || null === (e = this._layout) || void 0 === e || e.remove()
				}
				_toggleLayout(e) {
					Object(s.ensureNotNull)(this._layout).style.visibility = e ? "visible" : "hidden"
				}
			} {
				constructor() {
					super(...arguments), this._layoutText = null
				}
				_createLayout() {
					this._layout = document.createElement("div"), this._layout.classList.add(
							"bar-mark-tooltip"), this._layoutText = document.createElement("div"), this
						._layoutText.classList.add("text"), this._layout.appendChild(this._layoutText)
				}
				_updatePlate(e) {
					this._currentId = e.id;
					const t = Object(s.ensureNotNull)(this._layout);
					t.style.borderColor = e.theme.border, t.style.marginTop = e.tooltipMargin + "px";
					const i = Object(s.ensureNotNull)(this._layoutText);
					i.innerHTML = e.text, t.appendChild(i)
				}
			}
		},
		CHw2: function(e, t, i) {
			"use strict";
			var s = i("WPQD").LineToolTrendLine,
				r = i("Ocx9").DefaultProperty;
			class n extends s {
				constructor(e, t) {
					super(e, t || n.createProperties())
				}
				name() {
					return "Extended Line"
				}
				static createProperties(e) {
					var t = new r("linetoolextended", e);
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e)
				}
			}
			t.LineToolExtended = n
		},
		CJIV: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("p1SQ").LineToolHorzLinePriceAxisView,
				n = i("tc+8"),
				o = i("Ocx9").DefaultProperty;
			class a extends s {
				constructor(e, t) {
					super(e, t || a.createProperties()), this._priceAxisView = new r(this), i.e(
						"lt-pane-views").then(i.t.bind(null, "1oDZ", 7)).then(({
						HorzRayPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				pointsCount() {
					return 1
				}
				name() {
					return "Horizontal Ray"
				}
				priceAxisViews(e, t) {
					return this.isSourceHidden() ? null : t === this.priceScale() && this.properties()
						.showPrice.value() && this._model.paneForSource(this) === e ? [this
							._priceAxisView
						] : null
				}
				updateAllViews() {
					super.updateAllViews(), this._priceAxisView.update()
				}
				canHasAlert() {
					return !0
				}
				_getAlertPlots() {
					var e = this._points[0],
						t = {
							index: e.index + 1,
							price: e.price
						};
					return [this._linePointsToAlertPlot([e, t], null, !1, !0)]
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "e0H+")))
						.HorizontalRayDefinitionsViewModel
				}
				template() {
					var e = s.prototype.template.call(this);
					return e.text = this.properties().childs().text.value(), e
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text)
				}
				static createProperties(e) {
					var t = new o("linetoolhorzray", e);
					return a._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e), e.hasChild("text") || e.addChild("text", new n("")), e
						.addExclusion("text")
				}
			}
			t.LineToolHorzRay = a
		},
		CLNU: function(e, t, i) {
			(function(e) {
				TradingView.cleanButAmpersand = function(e, t) {
					var i = t ? ["&amp;"] : ["&"];
					return TradingView.clean(e, t, i)
				}, TradingView.strip_tags = function(e) {
					return e && e.replace ? e.replace(/(<([^>]+)>)/gi, "") : e
				}, TradingView.encodeSpread = function(e) {
					return encodeURIComponent(e)
				}, TradingView.clean = function(e, t, i) {
					var s = [
							["&", "&amp;"],
							["<", "&lt;"],
							[">", "&gt;"],
							['"', "&quot;"],
							["'", "&#039;"],
							["'", "&#39;"]
						],
						r = e;
					if (!e || !e.replace) return r;
					for (var n = 0; n < s.length; n++) {
						var o = s[n][0],
							a = s[n][1];
						i && i.indexOf && -1 !== i.indexOf(t ? a : o) || (r = t ? r.replace(
							new RegExp(a, "g"), o) : r.replace(new RegExp(o, "g"), a))
					}
					return r
				}, e && e.exports && (e.exports = {
					clean: TradingView.clean,
					cleanButAmpersand: TradingView.cleanButAmpersand,
					stripTags: TradingView.strip_tags
				})
			}).call(this, i("YuTi")(e))
		},
		CPmC: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			})), i.d(t, "b", (function() {
				return n
			}));
			const s = new WeakMap;

			function r(e, t) {
				const i = s.get(e);
				return i instanceof Function ? i(t) : i && i[t]
			}

			function n(e, t, i) {
				if (i instanceof Function) return void s.set(e, i);
				const r = s.get(e),
					n = void 0 === r || r instanceof Function ? {} : r;
				n[t] = i, s.set(e, n)
			}
		},
		CW80: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("MSvv"),
				o = i("Ss5c"),
				a = i("OH2X"),
				l = i("gf4d"),
				c = i("USzt"),
				h = i("cBZt");
			const u = Object(h.studyIdString)("VbPFixed", "tv-basicstudies");
			class d extends c.a {
				constructor(e, t, i, s) {
					const r = i || e.studyMetaInfoRepository().findByIdSync({
						type: "java",
						studyId: u
					});
					super(e, t, r, s)
				}
				calcIsActualSymbol() {
					n.StudyLineDataSource.prototype.calcIsActualSymbol.apply(this)
				}
				boundToSymbol() {
					return !0
				}
				isSynchronizable() {
					return this.priceScale() === this._model.mainSeries().priceScale()
				}
				static studyId() {
					return u
				}
				static createProperties(e) {
					const t = super._createPropertiesFromStudyIdAndState(u, e);
					return c.a._configureProperties(t), t
				}
			}
			var p = i("e92V"),
				_ = i("QIuV");
			i.d(t, "setNewToolProperties", (function() {
				return g
			})), i.d(t, "unsetNewToolProperties", (function() {
				return b
			})), i.d(t, "getNewToolProperties", (function() {
				return v
			})), i.d(t, "createLineTool", (function() {
				return S
			})), i.d(t, "prepareLineToolPropertiesByOwnerSource", (function() {
				return y
			})), i.d(t, "createLineToolProperties", (function() {
				return w
			})), i.d(t, "createStudyLineToolProperties", (function() {
				return P
			})), i.d(t, "supportsPhantomMode", (function() {
				return C
			})), i.d(t, "isLineTool", (function() {
				return x
			})), i.d(t, "isStudyLineTool", (function() {
				return T
			})), i.d(t, "isTrading", (function() {
				return I
			})), i.d(t, "tryFindStudyLineToolNameByStudyId", (function() {
				return M
			})), i.d(t, "cloneLineTool", (function() {
				return O
			})), i.d(t, "lineToolByLinkKey", (function() {
				return L
			})), i.d(t, "isLineToolName", (function() {
				return p.isLineToolName
			})), i.d(t, "isStudyLineToolName", (function() {
				return p.isStudyLineToolName
			})), i.d(t, "isLineDrawnWithPressedButton", (function() {
				return p.isLineDrawnWithPressedButton
			}));

			function m(e) {
				for (const t of Object.keys(e)) TradingView[t] = e[t]
			}
			m(a), m({
				LineToolRegressionTrend: l.LineToolRegressionTrend,
				LineToolVbPFixed: c.a,
				LineToolFixedRangeVolumeProfile: d
			});
			let f = null;

			function g(e, t) {
				return null !== f && f.tool === e && f.toolData === t || (f = {
					properties: w(e),
					tool: e,
					toolData: t
				}), f.properties
			}

			function b() {
				f = null
			}

			function v(e) {
				return null !== f && f.tool === e ? f.properties : null
			}

			function S(e, t, i, r, n) {
				let o;
				if (Object(s.assert)(Object(p.isLineToolName)(e), "Unknown line tool: " + e), n || i || (i =
						v(e) || void 0), "LineToolVbPFixed" === e) o = new c.a(t, i, Object(s.ensureDefined)
					(r), t.mainSeries());
				else if ("LineToolFixedRangeVolumeProfile" === e) o = new d(t, i, Object(s.ensureDefined)(
					r), t.mainSeries());
				else if ("LineToolRegressionTrend" === e) o = new l.LineToolRegressionTrend(t, i, Object(s
					.ensureDefined)(r));
				else {
					o = new(Object(s.ensureDefined)(a[e]))(t, i, n)
				}
				return o.toolname = e, b(), o
			}

			function y(e, t) {
				const i = Object(s.ensureNotNull)(t.symbolSource());
				e.childs().symbol.setValue(i.symbol()), e.childs().currencyId.setValue(i.currency()), e
					.childs().unitId.setValue(i.unit()), e.childs().symbolStateVersion.setValue(2), e
					.childs().zOrderVersion.setValue(2)
			}

			function w(e, t) {
				if (Object(s.assert)(Object(p.isLineToolName)(e), e + " should be name of the line tool"),
					"LineToolVbPFixed" === e) return c.a.createProperties(t);
				if ("LineToolFixedRangeVolumeProfile" === e) return d.createProperties(t);
				if ("LineToolRegressionTrend" === e) return l.LineToolRegressionTrend.createProperties(t);
				return Object(s.ensureDefined)(a[e]).createProperties(t)
			}

			function P(e, t, i, r, n) {
				if (Object(s.assert)(Object(p.isStudyLineToolName)(e), e +
						" should be name of the study line tool"), "LineToolVbPFixed" === e) return c.a
					.createPropertiesFromStudyMetaInfoAndState(t, i, r, n);
				if ("LineToolFixedRangeVolumeProfile" === e) return d
					.createPropertiesFromStudyMetaInfoAndState(t, i, r, n);
				if ("LineToolRegressionTrend" === e) return l.LineToolRegressionTrend
					.createPropertiesFromStudyMetaInfoAndState(t, i, r, n);
				throw new Error("Property creation is not implemented for study line tool " + e)
			}

			function C(e) {
				Object(s.assert)(Object(p.isLineToolName)(e), e + " should be name of the line tool");
				const t = a[e];
				return void 0 !== t && Boolean(t.supportPhantomMode)
			}

			function x(e) {
				return e instanceof o.LineDataSource
			}

			function T(e) {
				return e instanceof n.StudyLineDataSource
			}

			function I(e) {
				return e instanceof _.LineToolTrading
			}

			function M(e) {
				let t = null;
				return e === l.LineToolRegressionTrend.studyId() ? t = "LineToolRegressionTrend" : e === c.a
					.studyId() ? t = "LineToolVbPFixed" : e === d.studyId() && (t =
						"LineToolFixedRangeVolumeProfile"), t
			}

			function O(e, t, i, n) {
				const o = t.toolname,
					a = w(t.toolname, t.properties().state());
				a.childs().visible.setValue(!0);
				const l = Object(s.ensureNotNull)(t.ownerSource()),
					c = S(o, e, a);
				void 0 !== n && c.setId(n), c.setOwnerSource(l), c.toolname = o;
				const h = c.clonePositionOffset(),
					u = t.fixedPoints();
				(i ? u.map(e => e.add(new r.Point(h.xCoordOffset, h.yCoordOffset))) : u).forEach(e => c
					.addFixedPoint(e));
				const d = t.normalizedPoints(),
					p = i ? function(e, t, i) {
						const r = Object(s.ensureNotNull)(t.priceScale()),
							n = Object(s.ensureNotNull)(t.firstValue());
						return e.map(e => {
							const t = e.price,
								s = r.priceToCoordinate(t, n) + i.yCoordOffset,
								o = r.coordinateToPrice(s, n);
							return {
								time_t: e.time_t,
								price: o,
								offset: e.offset + i.barOffset
							}
						})
					}(d, l, h) : d,
					_ = t.points();
				return c.restorePoints(p, _), c.cloneData && c.cloneData(t), c.checkAlert && c.checkAlert(),
					c
			}

			function L(e, t) {
				return e.dataSources().find(e => x(e) && e.linkKey().value() === t) || null
			}
		},
		Cf1E: function(e, t, i) {
			"use strict";

			function s(e) {
				if (void 0 === e) return "";
				if (e instanceof Error) {
					let t = e.message;
					return e.stack && (t += " " + e.stack), t
				}
				return "string" == typeof e ? e.toString() : JSON.stringify(e)
			}
			i.d(t, "a", (function() {
				return s
			}))
		},
		CsKN: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SetScaleRatioPropertiesCommand", (function() {
				return n
			}));
			var s = i("RDU5"),
				r = i("Ocx9");
			class n extends s.UndoCommand {
				constructor(e, t, i, s) {
					super(i), this._property = e, this._newValue = t, this._model = s, this
						._priceScale = this._model.mainSeries().priceScale(), this._oldValue = this
						._property.value(), this._oldMode = this._priceScale.mode()
				}
				redo() {
					this._oldValue = this._property.value(), this._oldMode = this._priceScale
						.mode(), Object(r.saveDefaultProperties)(!0), this._priceScale.setMode({
							autoScale: !1,
							percentage: !1,
							log: !1
						}), this._property.setValue(this._newValue), Object(r.saveDefaultProperties)
						(!1), this._model.recalculateAllPanes(), this._model.lightUpdate()
				}
				undo() {
					Object(r.saveDefaultProperties)(!0), this._property.setValue(this._oldValue),
						this._priceScale.setMode(this._oldMode), Object(r.saveDefaultProperties)(!
							1), this._model.recalculateAllPanes(), this._model.lightUpdate()
				}
			}
		},
		CwKc: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><g fill="none" fill-rule="evenodd" stroke="currentColor"><path stroke-linecap="square" d="M11.5 21.5v-7m3 7v-5m3 5v-3m-9 3v-5"/><path d="M5.5 22v-3"/><path stroke-linecap="square" d="M5.5 13.5l4.297-4.297a2.406 2.406 0 0 1 3.406 0l2.594 2.594c.94.94 2.463.943 3.406 0L23.5 7.5M22.5 12.5v6m-3-3h6"/></g></svg>'
		},
		CxTi: function(e, t, i) {
			e.exports = {
				css_value_currency_label_top: "6",
				css_value_currency_label_radius: "4",
				css_value_currency_label_text_horizontal_padding: "4",
				css_value_border_color_light: "#D1D4DC",
				css_value_border_color_dark: "#363A45",
				"price-axis-currency-label-wrapper": "price-axis-currency-label-wrapper-25tFaE37",
				"price-axis-currency-label": "price-axis-currency-label-25tFaE37",
				readonly: "readonly-25tFaE37",
				multiline: "multiline-25tFaE37",
				"price-axis-currency-label-dropdown": "price-axis-currency-label-dropdown-25tFaE37",
				"price-axis-currency-label-text": "price-axis-currency-label-text-25tFaE37",
				"price-axis-currency-label-arrow-down": "price-axis-currency-label-arrow-down-25tFaE37"
			}
		},
		DVnF: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("Ss5c");
			class r extends s.LineDataSource {
				constructor() {
					super(...arguments), this._finished = !1
				}
				pointsCount() {
					return -1
				}
				finished() {
					return this._finished
				}
				finish() {
					this._finished = !0, this._lastPoint = null, this.normalizePoints(), this
						.createServerPoints()
				}
				hasEditableCoordinates() {
					return !1
				}
				addPoint(e, t, i) {
					if (this._finished) return !0;
					if (this._lastPoint = null, this._points.length > 0) {
						const t = this._points[this._points.length - 1],
							i = this.pointToScreenPoint(t)[1];
						if (this.pointToScreenPoint(e)[1].subtract(i).length() < 2) return this
							._finished
					}
					return super.addPoint(e), this._finished
				}
				restorePoints(e, t, i) {
					super.restorePoints(e, t, i), this._finished = !0
				}
			}
		},
		Daqx: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return o
			}));
			const s = ["Z", "Y", "X", "W", "V", "U", "T", "S"],
				r = ["A", "B", "C", "D", "E", "F", "G", "H"];
			class n {
				constructor(e) {
					this.label = e
				}
				equals(e) {
					return null !== e && this.label === e.label
				}
			}

			function o(e, t) {
				const i = "left" === e ? s : r;
				return new n(t < i.length ? i[t] : "")
			}
		},
		Dq3s: function(e) {
			e.exports = JSON.parse(
				'{"4":["v",["h",0,2],["h",1,3]],"6":["v",["h",0,2,4],["h",1,3,5]],"8":["v",["h",0,2,4,6],["h",1,3,5,7]],"2h":["h",0,1],"2v":["v",0,1],"2-1":["v",["h",0,2],1],"3s":["h",0,["v",1,2]],"3h":["h",0,1,2],"3v":["v",0,1,2],"1-2":["v",0,["h",1,2]],"3r":["h",["v",0,1],2],"4h":["h",0,1,2,3],"4v":["v",0,1,2,3],"4s":["h",0,["v",1,2,3]],"1-3":["v",0,["h",1,2,3]],"2-2":["v",["h",0,1],["v",2,3]],"1-4":["v",0,["h",1,2,3,4]],"5s":["h",0,["v",1,2,3,4]],"6c":["v",["h",0,1],["h",2,3],["h",4,5]],"8c":["v",["h",0,1],["h",2,3],["h",4,5],["h",6,7]],"s":0}'
			)
		},
		E3Wt: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("YFKU"),
				n = i("RDU5");
			class o extends n.UndoCommand {
				constructor(e, t) {
					super(""), this._chartModel = e, this._targetIndex = t
				}
				redo() {
					const e = this._chartModel.createPane(this._targetIndex, void 0, this._paneId);
					this._paneId = e.id()
				}
				undo() {
					const e = Object(s.ensureDefined)(this._paneId),
						t = this._chartModel.panes().find(t => t.id() === e);
					void 0 !== t && this._chartModel.removePane(t)
				}
				createdPaneId() {
					return this._paneId
				}
			}
			var a = i("txPx"),
				l = i("25b6"),
				c = i("qHEz");
			const h = Object(a.getLogger)("Clipboard");
			class u {
				constructor(e) {
					this._e = e
				}
				write(e) {
					return Object(c.a)(this._toRaw(e), this._e)
				}
				_toRaw(e) {
					const t = {
						files: []
					};
					t.text = e.text, void 0 !== e.app ? t.html = this._serializeAppData(e.app, e.text) :
						e.html && (t.html = e.html);
					for (const i of e.files || []) t.files.push(i);
					return t
				}
				_serializeAppData(e, t) {
					return `<meta charset="utf-8"><span data-tradingview-clip="${Object(l.b)(e)}">${t ? Object(l.b)(t.slice(0, 256)) : "&#128200;"}</span>`
				}
			}
			class d {
				constructor(e) {
					this._e = e
				}
				async read() {
					this._e && 0 === this._e.eventPhase && (h.logWarn(
							"Cannot use an already dispatched ClipboardEvent for reading"), this
						._e = null);
					const e = this._e ? this._readUsingEvent(this._e) : await this._readUsingApi();
					return this._fromRaw(e)
				}
				_readUsingEvent(e) {
					const t = Object(s.ensure)(e.clipboardData);
					e.preventDefault();
					const i = {
						files: []
					};
					for (let e = 0; e < t.files.length; e++) i.files.push(t.files[e]);
					for (let e = 0; e < t.items.length; e++) {
						const s = t.items[e];
						"string" === s.kind && ("text/plain" === s.type ? i.text = t.getData(s.type) :
							"text/html" === s.type ? i.html = t.getData(s.type) : i.files.push(
								new Blob([t.getData(s.type)], {
									type: s.type
								})))
					}
					return i
				}
				async _readUsingApi() {
					if (!navigator.clipboard || !navigator.clipboard.read) throw new DOMException(
						"ClipboardApi is not supported", "NotSupportedError");
					let e, t;
					const i = [],
						s = await navigator.clipboard.read();
					for (const r of s)
						for (const s of r.types) "text/html" === s ? e = r.getType(s).then(this
							._readBlobAsText) : "text/plain" === s ? t = r.getType(s).then(this
							._readBlobAsText) : i.push(r.getType(s));
					return {
						text: await t,
						html: await e,
						files: await Promise.all(i)
					}
				}
				_fromRaw(e) {
					const t = {};
					if (void 0 !== e.text && (t.text = e.text), void 0 !== e.html) {
						const i = this._parseAppData(e.html);
						i ? t.app = i : t.html = e.html
					}
					return e.files.length > 0 && (t.files = e.files), t
				}
				_parseAppData(e) {
					if (-1 === e.slice(0, 1024).indexOf("data-tradingview-clip")) return;
					const t = (new DOMParser).parseFromString(e, "text/html").querySelector(
						"[data-tradingview-clip]");
					return t ? t.getAttribute("data-tradingview-clip") || "" : void 0
				}
				_readBlobAsText(e) {
					return new Promise((t, i) => {
						const s = new FileReader;
						s.onloadend = () => {
							t(s.result)
						}, s.onerror = () => {
							i(s.error)
						}, s.readAsText(e)
					})
				}
			}
			var p = i("d700");

			function _(e) {
				const t = e.target;
				return null !== t && 1 === t.nodeType && Object(p.b)(t)
			}

			function m(e) {
				const t = e.target;
				if (null === t) return !1;
				const i = (t.ownerDocument || t).getSelection();
				return null !== i && !i.isCollapsed
			}
			class f extends class {
				constructor(e) {
					this._callbacks = Object.assign({}, e), this._boundOnCopy = this._onCopyEv.bind(
							this), this._boundOnCut = this._onCutEv.bind(this), this._boundOnPaste =
						this._onPasteEv.bind(this)
				}
				listen() {
					document.addEventListener("copy", this._boundOnCopy), document.addEventListener(
						"cut", this._boundOnCut), document.addEventListener("paste", this
						._boundOnPaste)
				}
				async peek() {
					if ("granted" !== (await navigator.permissions.query({
							name: "clipboard-read"
						})).state) throw new Error("clipboard-read is not granted");
					return new d(null).read()
				}
				uiRequestCopy(e) {
					this._callbacks.copyRequested && this._callbacks.copyRequested(new u(null), e)
				}
				uiRequestCut(e) {
					this._callbacks.cutRequested && this._callbacks.cutRequested(new u(null), e)
				}
				uiRequestPaste(e) {
					this._callbacks.pasteRequested && this._callbacks.pasteRequested(new d(null), e)
				}
				destroy() {
					document.removeEventListener("copy", this._boundOnCopy), document
						.removeEventListener("cut", this._boundOnCut), document.removeEventListener(
							"paste", this._boundOnPaste)
				}
				_onCopyEv(e) {
					e.defaultPrevented || this._callbacks.copyRequested && this._callbacks
						.copyRequested(new u(e))
				}
				_onCutEv(e) {
					e.defaultPrevented || this._callbacks.cutRequested && this._callbacks.cutRequested(
						new u(e))
				}
				_onPasteEv(e) {
					e.defaultPrevented || this._callbacks.pasteRequested && this._callbacks
						.pasteRequested(new d(e))
				}
			} {
				_onCopyEv(e) {
					if (!_(e) && !m(e)) return super._onCopyEv(e)
				}
				_onCutEv(e) {
					if (!_(e) && !m(e)) return super._onCutEv(e)
				}
				_onPasteEv(e) {
					if (!_(e)) return super._onPasteEv(e)
				}
			}
			i.d(t, "applyIndicatorsToAllChartsImpl", (function() {
				return g
			})), i.d(t, "applyIndicatorToAllChartsImpl", (function() {
				return b
			})), i.d(t, "lineToolsAndGroupsDTOsImpl", (function() {
				return S
			})), i.d(t, "getStateForChartImpl", (function() {
				return y
			})), i.d(t, "getAsyncStateForChartImpl", (function() {
				return w
			})), i.d(t, "resetLineToolsInvalidatedImpl", (function() {
				return P
			})), i.d(t, "applyLineToolUpdateNotificationImpl", (function() {
				return C
			})), i.d(t, "createClipboardHandler", (function() {
				return x
			})), i.d(t, "setBrokerImpl", (function() {
				return T
			})), i.d(t, "chartsSymbolsImpl", (function() {
				return I
			}));
			Object(r.t)(
				"Please give us a clipboard writing permission in your browser or press {keystroke}");

			function g(e, t) {
				const i = t.model().model().studyTemplate();
				e.undoHistory.beginUndoMacro("Apply Indicators to Entire Layout");
				for (let s = 0; s < e.chartWidgetsDefs.length; s++) {
					const r = e.chartWidgetsDefs[s].chartWidget;
					r !== t && (r.hasModel() && r.model().applyStudyTemplate(i, ""))
				}
				e.undoHistory.endUndoMacro()
			}

			function b(e, t, i, r, n) {
				e.undoHistory.beginUndoMacro(n);
				for (let a = 0; a < e.chartWidgetsDefs.length; a++) {
					const l = e.chartWidgetsDefs[a].chartWidget;
					if (l !== t && l.hasModel()) {
						const t = l.model();
						let a;
						if (r.isOnMainPane) a = Object(s.ensureNotNull)(t.model().paneForSource(l.model()
							.model().mainSeries()));
						else {
							const i = new o(t.model(), r.paneIndex);
							e.undoHistory.pushUndoCommand(i);
							const n = Object(s.ensureDefined)(i.createdPaneId());
							a = Object(s.ensureDefined)(t.model().panes().find(e => e.id() === n))
						}
						const c = t.pasteSourceFromClip(a, i, !0);
						if (c && 1 === c.length) {
							const e = c[0];
							if (r.asCompare) {
								const i = Object(s.ensureNotNull)(t.mainSeries().priceScale());
								t.moveToScale(e, Object(s.ensureDefined)(a), i, n), t.setPriceScaleMode({
									percentage: !0
								}, i, "")
							}
						}
						t.model().lightUpdate()
					}
				}
				e.undoHistory.endUndoMacro()
			}

			function v(e) {
				let t = 1;
				for (; e.has("" + t);) t++;
				return "" + t
			}

			function S(e) {
				const t = new Map,
					i = e.chartsCountToSave(),
					s = new Set;
				for (let r = 0; r < i; r++)
					if (r < e.chartWidgetsDefs.length) {
						const i = e.chartWidgetsDefs[r].chartWidget,
							n = i.id(),
							o = i.lineToolsAndGroupsDTO();
						t.set(n, o), s.add(n)
					} else {
						const i = e.savedChartWidgetOptions[r - e.chartWidgetsDefs.length].content;
						i.chartId || (i.chartId = v(s)),
							t.set(i.chartId, extractLineToolsDTOFromChartState(i)), s.add(i.chartId)
					} return t
			}

			function y(e, t, i, s, r, n) {
				if (t < e.chartWidgetsDefs.length) {
					const o = e.chartWidgetsDefs[t].chartWidget;
					return t < e.actualLayoutCount() || o.shouldBeSavedEvenIfHidden() ? o.state(i, s, r,
						n) : null
				}
				const o = e.savedChartWidgetOptions[t - e.chartWidgetsDefs.length].content;
				return o
			}

			function w(e, t) {
				return t < e.chartWidgetsDefs.length ? e.chartWidgetsDefs[t].chartWidget.asyncState() :
					Promise.resolve({})
			}

			function P(e, t, i) {
				const s = e.chartsCountToSave();
				for (let r = 0; r < s; r++)
					if (r < e.chartWidgetsDefs.length) {
						const s = e.chartWidgetsDefs[r].chartWidget,
							n = s.id(),
							o = i.get(n);
						s.resetLineToolsInvalidated(t, o)
					} else 0
			}

			function C(e, t, i) {
				var s;
				null === (s = e.map(e => e.chartWidget).find(e => e.id() === t)) || void 0 === s || s
					.applyLineToolUpdateNotification(i)
			}

			function x(e) {
				return new f({
					copyRequested: (t, i) => {
						e.activeChartWidget.value().model().clipboardCopy(t, i)
					},
					cutRequested: (t, i) => {
						e.activeChartWidget.value().model().clipboardCut(t, i)
					},
					pasteRequested: (t, i) => {
						(i ? i.model().undoModel() : e.activeChartWidget.value().model())
						.clipboardPaste(t, i)
					}
				})
			}

			function T(e, t) {
				0
			}

			function I(e) {
				const t = {};
				return e.chartWidgetsDefs.map(e => e.chartWidget).forEach(e => t[e.id()] = function(e) {
					var t, i;
					const s = {},
						r = e.model().mainSeries(),
						n = r.properties(),
						o = r.symbolInfo();
					s.resolution = r.properties().interval.value(), s.symbol_type = null !== o && o
						.type || "", s.exchange = null !== o && o.exchange || "", s
						.listed_exchange = null !== o && o.listed_exchange || "";
					const a = null !== (t = null == o ? void 0 : o.legs) && void 0 !== t ? t : [];
					if (null !== o && r.isSpread()) {
						const e = a[0];
						let t = o.base_name[0];
						t = t.split(":")[1], s.symbol = e, s.short_name = t, s.expression = o
							.full_name
					} else s.symbol = null !== o && o.ticker || n.symbol.value(), s.short_name = n
						.shortName.value();
					const l = null !== (i = null == o ? void 0 : o.base_name) && void 0 !== i ? i :
						[];
					return s.legs = a.map((e, t) => ({
						symbol: e,
						pro_symbol: l[t]
					})), s
				}(e)), t
			}
		},
		E6p6: function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "SessionStage", (function() {
					return s
				})),
				function(e) {
					e[e.PRE_SESSION = -1] = "PRE_SESSION", e[e.POST_SESSION = -2] = "POST_SESSION", e[e
						.LASTBAR_SESSION = -3] = "LASTBAR_SESSION"
				}(s || (s = {}))
		},
		EJcV: function(e, t, i) {
			"use strict";
			var s = i("rQHv"),
				r = i("ocLq"),
				n = i("8gnj"),
				o = i("XRI5").SymbolExtrapolator,
				a = i("ViuT").SessionTimeScale,
				l = i("gzUS").PointsetsManager,
				c = i("IiTo"),
				h = i("OLhd").createDwmAligner,
				u = i("LxhU").Interval,
				d = i("FQhm"),
				p = i("TlGQ").visitObject,
				_ = i("ogJP").isObject;
			i("2cgs"), i("MrEN");
			var m = i("WIS0").DatafeedRequestsCachedProcessor,
				f = i("+6ja").timezoneIsAvailable,
				g = i("OLhd").isAlignmentEnabled,
				b = i("5fI3"),
				v = b.isEncodedExtendedSymbol,
				S = b.decodeExtendedSymbol,
				y = i("n5al").extractSymbolNameFromSymbolInfo,
				w = i("dUJ+").replaceGraphicsTimesWithTimePointIndexIndex,
				P = i("Kxc7");

			function C(e) {
				var t = e.findIndex((function(e) {
					return -5e6 !== e.index
				}));
				return -1 === t ? [] : 0 === t ? e : e.slice(t)
			}

			function x(e, t) {
				return e + "_" + t
			}
			var T = function(e) {
				var t = this;
				this._studiesCache = {}, this._objectsDataCache = {}, this._studiesNonSeriesTimes = {},
					this._metainfoCache = [], this._barsCoefficientsCache = {}, this._externalDatafeed =
					e,
					e.getVolumeProfileResolutionForPeriod && r
					.overwriteVolumeProfileResolutionForPeriodGetter((function(t, i, s, r) {
						return e.getVolumeProfileResolutionForPeriod(t, i, s, r)
					})), this._datafeedConfiguration = null, this._marketStatusWatchers = {}, this
					._resolveRequests = {}, this._resolvePromisesBySymbolId = new Map, this
					._symbolIdToSymbolRequestString = new Map, this._callbacks = {}, this
					._serverTimeOffset = 0, t._logMessage("Datafeed settings received: {0}".format(JSON
						.stringify(window.configurationData))), t._datafeedConfiguration = t
					._adoptConfigurationData(window.configurationData), t._fireEvent(
						"configuration_received"), t._externalDatafeed.getServerTime && t
					._externalDatafeed.getServerTime((function(e) {
						t._serverTimeOffset = e - (new Date).valueOf() / 1e3
					})), this._invalidatedPointsetSessions = new Set, this._refreshPointsetsTimerId =
					null, this._pointsetsManagers = {}, this._quotesInfo = [], this._depthInfo = [],
					this._endOfData = {}, this._computeStudyCounter = 0, this._symbolExtrapolators = {},
					this._timeScales = {}, this._cachedDatafeed = new m(e, this.serverTimeOffset.bind(
						this), this._datafeedConfiguration.reset_cache_timeout), n.setupFeed({
						resolve: function(e, i, s, r) {
							t._resolveSymbolByName(e, i, s, r)
						},
						subscribe: function(e, i, s, r, n) {
							return t._cachedDatafeed.subscribe(e, i, s, function(e, i, s) {
								var r = new c.SessionInfo(e.timezone, e.session, e
										.session_holidays, e.corrections),
									n = c.newBarBuilder(i, r, r);
								return function(e) {
									if (e && e.count()) {
										var i = 1e3 * t.getCurrentUTCTime();
										n.moveTo(i), n.indexOfBar(i) >= 0 && e
											.setLastBarClosed(!1)
									}
									s(e)
								}
							}(e, i, r), n)
						},
						unsubscribe: function(e) {
							return t._cachedDatafeed.unsubscribe(e)
						}
					})
			};

			function I(e, t) {
				return e + "_" + t
			}

			function M(e, t, i) {
				return e + (t ? "_#_" + t : "") + (i ? "_#_" + i : "")
			}
			T.prototype._getSymbolExtrapolator = function(e, t, i) {
					var s = u.normalize(i),
						r = function(e, t, i) {
							return e + "," + t.full_name + "," + i
						}(e, t, s),
						n = this._symbolExtrapolators[r];
					return void 0 === n && (n = new o(t, s), this._symbolExtrapolators[r] = n), n
				}, T.prototype._barsCoefficients = function(e, t) {
					if (void 0 === S(e).type) return {};
					var i = e + t;
					return this._barsCoefficientsCache[i] || (this._barsCoefficientsCache[i] = {}), this
						._barsCoefficientsCache[i]
				}, T.prototype.destroy = function() {
					this._cachedDatafeed.destroy(), this._externalDatafeed = null, Object.keys(this
						._pointsetsManagers).forEach((function(e) {
						this._pointsetsManagers[e].destroy()
					}), this), this._pointsetsManagers = {}
				}, T.prototype.purgeCache = function() {
					this._endOfData = {}, this._resolveRequests = {}, this._objectsDataCache = {}, this
						._studiesNonSeriesTimes = {}, this._studiesCache = {}, this
						._resolvePromisesBySymbolId.clear(), this._symbolIdToSymbolRequestString.clear(),
						Object.keys(this._pointsetsManagers).forEach((function(e) {
							this._pointsetsManagers[e].destroy()
						}), this), this._pointsetsManagers = {}, Object.keys(this._timeScales).forEach((
							function(e) {
								this._timeScales[e].destroy()
							}), this), this._timeScales = {}, Object.keys(this._symbolExtrapolators)
						.forEach((function(e) {
							this._symbolExtrapolators[e].destroy()
						}), this), this._symbolExtrapolators = {}
				}, T.prototype.purgeDataCache = function() {
					this._cachedDatafeed.purgeCache()
				}, T.prototype._logMessage = function(e) {
					P.enabled("charting_library_debug_mode") && console.log(e)
				},
				T.prototype.on = function(e, t) {
					return this._callbacks.hasOwnProperty(e) || (this._callbacks[e] = []), this._callbacks[
						e].push(t), this
				}, T.prototype._fireEvent = function(e, t, i) {
					if (this._callbacks.hasOwnProperty(e)) {
						for (var s = this._callbacks[e], r = 0; r < s.length; ++r) s[r](t);
						i || (this._callbacks[e] = [])
					}
				}, T.prototype._adoptConfigurationData = function(e) {
					var t = TradingView.merge({}, e),
						i = t.supported_resolutions;
					if (!i || 0 === i.length) return t.supported_resolutions = void 0, t;
					for (var s = [], r = 0; r < i.length; r++) {
						var n = i[r];
						if (-1 !== s.indexOf(n)) throw new Error("Duplicating resolution `" + n + "`");
						s.push(n)
					}
					return t.supported_resolutions = s, t
				}, T.prototype.supportedResolutions = function() {
					return this._datafeedConfiguration.supported_resolutions
				}, T.prototype.supportedCurrencies = function() {
					return this._datafeedConfiguration.currency_codes || []
				}, T.prototype.supportedUnits = function() {
					return this._datafeedConfiguration.units || []
				}, T.prototype.supportedSymbolsTypes = function() {
					return this._datafeedConfiguration.symbols_types || []
				}, T.prototype.supportedExchangesList = function() {
					return this._datafeedConfiguration.exchanges || []
				}, T.prototype.symbolsGrouping = function() {
					return this._datafeedConfiguration.symbols_grouping || {
						futures: /$a/
					}
				}, T.prototype._findStudyObject = function(e) {
					e.endsWith("!") && (e = e.slice(0, -1));
					var t = e.split("@")[0],
						i = JSServer.studyLibrary.filter((function(i) {
							return i.metainfo.id === e || i.metainfo.shortDescription === t
						}));
					return 0 === i.length ? null : i[0]
				}, T.prototype.getMarks = function(e, t, i, s, r) {
					var n = {
						red: 6,
						green: 5,
						blue: 4,
						yellow: 3
					};
					if (this._externalDatafeed.getMarks && this._datafeedConfiguration.supports_marks) {
						this._logMessage(
							"Requesting bars marks: symbol {0}, resolution {1}, range [{2} ... {3}]"
							.format(e.full_name, r, new Date(1e3 * t).toUTCString(), new Date(1e3 * i)
								.toUTCString()));
						var o = this;
						this._externalDatafeed.getMarks(e, t, i, (function(t) {
							var i = t.map((function(e) {
								return e.time = parseInt(e.time), e
							}));
							o._logMessage(
								"Received bars marks: symbol {0}, resolution {1}, marks {2}"
								.format(e.full_name, r, JSON.stringify(i)));
							var a = h(r, e),
								l = P.enabled("two_character_bar_marks_labels"),
								c = i.map((function(e) {
									return e.tickmark = null !== a ? a
										.timeToSessionStart(1e3 * e.time) / 1e3 : e
										.time, e.direction = n[e.color], e.onClicked =
										function() {
											d.emit("onMarkClick", e.id)
										}, e.label = !!e.label && (l ? e.label.slice(0,
											2) : e.label[0]), e
								}));
							s(c)
						}), r)
					}
				}, T.prototype.getTimescaleMarks = function(e, t, i, s, r) {
					if (this._externalDatafeed.getTimescaleMarks && this._datafeedConfiguration
						.supports_timescale_marks) {
						this._logMessage(
							"Requesting timescale marks: symbol {0}, resolution {1}, range [{2} ... {3}]"
							.format(e.full_name, r, new Date(1e3 * t).toUTCString(), new Date(1e3 * i)
								.toUTCString()));
						var n = this;
						this._externalDatafeed.getTimescaleMarks(e, t, i, (function(t) {
							n._logMessage(
								"Received timescale marks: symbol {0}, resolution {1}, marks {2}"
								.format(e.full_name, r, JSON.stringify(t)));
							var i = h(r, e),
								o = t.map((function(e) {
									return e.tickmark = null !== i ? i
										.timeToSessionStart(1e3 * e.time) / 1e3 : e
										.time, e
								}));
							s(o)
						}), r)
					}
				}, T.prototype.getSeriesLastBarTime = function(e, t) {
					var i = this._getSeriesData(e, t);
					return null === i || 0 === i.length ? null : i[i.length - 1].timeMs
				}, T.prototype.getSeriesInterval = function(e, t) {
					var i = this._studiesCache[e][t];
					return i ? i.resolution : null
				}, T.prototype.getSeriesSymbolInfo = function(e, t) {
					var i = this._studiesCache[e][t];
					return i ? i.symbolInfo : null
				}, T.prototype.getSeriesInterval = function(e, t) {
					var i = this._studiesCache[e][t];
					return i ? i.resolution : null
				}, T.prototype.getSeriesSymbolInfo = function(e, t) {
					var i = this._studiesCache[e][t];
					return i ? i.symbolInfo : null
				}, T.prototype._getSeriesData = function(e, t) {
					return this._objectsDataCache[I(e, t)] || null
				}, T.prototype._computeStudy = async function(e, t, i, s, n, o, a, l, c, d) {
					var p = !0,
						_ = [];
					null !== l && (this._objectsDataCache[l] = null);
					var m = this._computeStudyCounter++;

					function f(e, t) {
						if (e < c()) return -5e6;
						if (0 === t) return 0;
						var i = _[t - 1].index;
						return -5e6 === i ? 0 : i + 1
					}
					var b = new Map;
					var v = !1,
						S = this,
						y = function() {
							return S._studiesCache[e] && S._studiesCache[e][n] && S._studiesCache[e][n]
								.activeResolve === m
						};
					S._studiesCache[e][n].activeResolve = m;
					var w, C, T = this._resolvePromisesBySymbolId.get(x(e, i));
					if (void 0 === T) throw new Error("This should never happen");
					try {
						var I = await T;
						w = I.symbolInfo, C = I.requestedSymbol
					} catch (e) {
						return void(y() && d.onSymbolErrorCallback(e))
					}
					y() && function(i, c) {
						if (!u.parse(s).isIntraday() || i.has_intraday) {
							if (u.isDWM(s) && void 0 !== a.to) {
								var m = h(s, i);
								null !== m && (a.to = m.timeToExchangeTradingDay(a.to))
							}
							try {
								var y = new r.StudyEngine({
									tickerid: c,
									symbolInfo: i,
									period: s,
									body: t,
									sessionId: e,
									onErrorCallback: d.onErrorCallback,
									dataRange: a,
									forceAlignBars: !P.enabled(
										"disable_sameinterval_aligning") && g(),
									input: function(e) {
										return o[e]
									},
									out: function(e, t) {
										! function(e, t, i) {
											for (var s = e.time, r = "number" ==
													typeof t ? [t] : t, n = 0; n < r
												.length; ++n) {
												var o = r[n];
												o && "object" == typeof o && (b.set(n, o
														.offset), o = o.value),
													"number" == typeof o && isNaN(o) &&
													(o = void 0), r[n] = o
											}
											var a = _.length - 1,
												l = a < 0 || s > _[a].timeMs;
											l ? _.push({
													index: f(s, _.length),
													value: [s / 1e3].concat(r),
													timeMs: s
												}) : (_[a].index = f(s, a), _[a]
													.value = [s / 1e3].concat(r), _[a]
													.timeMs = s), p || d
												.onRealtimeCallback([_[_.length - 1]],
													l, _.length, b, i)
										}(e, t, i)
									},
									nonseriesOut: function(e, t) {
										d.onNonSeriesDataUpdate(t, i)
									},
									setNoMoreData: function() {
										v = !0
									},
									recalc: function(e, s) {
										p = !1, _.endOfData = v, t.error && null !== t
											.error() || (null !== l && (S
													._objectsDataCache[l] = _), d
												.onDataReadyCallback(_, b, i, s))
									}
								});
								if (!S._studiesCache[e] || !S._studiesCache[e][n]) throw Error(
									"This should never happen");
								S._studiesCache[e][n].engine = y
							} catch (e) {
								if (!e.studyError) throw e;
								d.onErrorCallback(e.message)
							}
						} else d.onErrorCallback(
							"Unsupported resolution. Did you forget to set has_intraday to true?"
						)
					}(w, C)
				}, T.prototype._createStudy = function(e, t, i, s, r, n, o, a) {
					var l = this;

					function c(e, t, i) {
						e = C(e), l._timeScales[s].fillIndexesInRows(e), TradingView
							.ChartapiMessagerInstances[s].onDataUpdate(r, n, e, t), TradingView
							.ChartapiMessagerInstances[s].onStudyCompleted(r, n)
					}

					function h(e) {
						var t = {};
						if (0 !== e.size) {
							var i = {},
								n = l._studiesCache[s][r].metainfo;
							e.forEach((function(e, t) {
								i[n.plots[t].id] = e
							})), t.data = {
								offsets: i
							}
						}
						return t
					}
					a = function(e) {
						if (Array.isArray(e)) return e;
						for (var t = [], i = l._studiesCache[s][r].metainfo.inputs, n = 0; n < i
							.length; n++) t[n] = e[i[n].id];
						return t
					}(a), TradingView.ChartapiMessagerInstances[s].onStudyLoading(r, n);
					var u = null,
						d = !1;
					l._computeStudy(s, i, e, t, r, a, this._seriesDataRange(s, o), null, (function() {
						if (null === u) {
							var e = l._getSeriesData(s, o)[0];
							if (void 0 === e) return 1 / 0;
							u = e.timeMs
						}
						return u
					}), {
						onDataReadyCallback: function(e, t, i) {
							d && 0 === e.length || c(e, h(t))
						},
						onRealtimeCallback: function(e, t, i, o, a) {
							e = C(e), l._timeScales[s].fillIndexesInRows(e), TradingView
								.ChartapiMessagerInstances[s].onDataUpdate(r, n, e, h(o))
						},
						onSymbolErrorCallback: function() {
							TradingView.ChartapiMessagerInstances[s].onStudyError(r, n,
								"error in series")
						},
						onErrorCallback: function(e) {
							TradingView.ChartapiMessagerInstances[s].onStudyError(r, n, e)
						},
						onNonSeriesDataUpdate: function(e, t) {
							switch (d = !0, e.type) {
								case "projection":
									break;
								case "study_graphics":
									var i = {
											data: e.data,
											indexes: []
										},
										n = w(i);
									l._studiesNonSeriesTimes[s][r] = n, i.indexes = l
										._timeScales[s].convertTimesToIndexes(n), c([], i);
									break;
								case "non_series_data":
									n = function(e) {
										var t = {};
										p(e, (function(e) {
											_(e) && Object.keys(e).forEach((
												function(i) {
													i.endsWith(
															"__t"
															) &&
														(t[e[i]] = !
															0)
												}))
										}), {
											visitInstances: !0
										});
										var i = Object.keys(t).map(Number).sort((
											function(e, t) {
												return e - t
											}));
										return i.forEach((function(e, i) {
											t[e] = i
										})), Object.assign(e, p(e, (function(e) {
											return _(e) && Object.keys(
												e).forEach((
												function(i) {
													i.endsWith(
															"__t"
														) &&
														(e[i.slice(0,
																-
																3
															)] =
															t[e[
																i
																]]
														)
												})), e
										}), {
											visitInstances: !0
										})), i
									}(i = {
										data: e.data,
										indexes: []
									});
									l._studiesNonSeriesTimes[s][r] = n, i.indexes = l
										._timeScales[s].convertTimesToIndexes(n), c([], i);
									break;
								default:
									console.warn(
										"unsupported non-series data type for study " +
										e.type)
							}
						}
					})
				}, T.prototype.onSessionSeriesError = function(e) {
					this.stopSources(e);
					var t = this._mainSeriesRecord(e);
					null !== t && (t.error = !0), this._applyTimeScaleUpdate(e, this._timeScales[e]
						.clearTimeScale())
				}, T.prototype.modifySeries = function(e, t, i, s, r) {
					var n = this._mainSeriesRecord(e);
					if (null === n || n.guid !== t) {
						if (null !== n && n.error) return this._studiesCache[e][t].symbolId = i, this
							._studiesCache[e][t].resolution = s, void(this._studiesCache[e][t]
								.turnaround = r);
						for (var o in this._stopSourcesTree(e, t), this.createSeries(e, t, r, i, s, {
								countBack: 0
							}, !0), this._studiesCache[e]) {
							var a = this._studiesCache[e][o];
							if (a && "study" === a.type && a.parentId === t) {
								this._studiesNonSeriesTimes[e][o] = null;
								var l = this._studiesCache[e][a.parentId];
								this._createStudy(l.symbolId, l.resolution, a.studyObject, e, o, a
									.turnaround, a.parentId, a.inputs)
							}
						}
					} else this._modifyMainSeries(e, i, s, r)
				}, T.prototype._modifyMainSeries = function(e, t, i, s) {
					this.stopSources(e);
					var r = this._mainSeriesRecord(e);
					for (var n in this._studiesCache[e]) {
						(o = this._studiesCache[e][n]) && "series" === o.type && (o.guid === r.guid ?
							this.createSeries(e, r.guid, s, t, i, {
								countBack: 0
							}, !0) : this.createSeries(e, o.guid, o.turnaround, o.symbolId, i, {
								countBack: 0
							}, !0))
					}
					for (var n in this._studiesCache[e]) {
						var o;
						if ((o = this._studiesCache[e][n]) && "study" === o.type) {
							this._studiesNonSeriesTimes[e][n] = null;
							var a = this._studiesCache[e][o.parentId];
							this._createStudy(a.symbolId, a.resolution, o.studyObject, e, n, o
								.turnaround, o.parentId, o.inputs)
						}
					}
					this._applyTimeScaleUpdate(e, this._timeScales[e].clearTimeScale())
				}, T.prototype.stopSources = function(e) {
					for (var t in this._studiesCache[e]) {
						var i = this._studiesCache[e][t];
						i && "series" === i.type && this._stopSourcesTree(e, t)
					}
				}, T.prototype._stopSourcesTree = function(e, t) {
					for (var i in this._studiesCache[e]) {
						var s = this._studiesCache[e][i];
						s && (("series" === s.type && i === t || "study" === s.type && s.parentId ===
							t) && (s.engine && s.engine.isStarted() && s.engine.stop(), s
							.activeResolve = -1))
					}
					n.unsubscribeUnused()
				}, T.prototype._recreateSourcesForDataRange = function(e, t) {
					var i = [];
					for (var s in this._studiesCache[e]) {
						(r = this._studiesCache[e][s]) && "series" === r.type && !this._isEndOfData(e,
							s, r.turnaround) && (this._stopSourcesTree(e, s), i.push(s))
					}
					for (var s in i.forEach((function(i) {
							this._startSourcesTree(e, i, Object.assign({}, t))
						}), this), this._studiesCache[e]) {
						var r;
						"series" === (r = this._studiesCache[e][s]).type && this._isEndOfData(e, s, r
								.turnaround) && TradingView.ChartapiMessagerInstances[e]
							.onSeriesCompleted(s, r.turnaround, r.engine.runner.host.symbolInfo
								.data_status)
					}
					this._updateTimeScaleState(e)
				}, T.prototype._startSourcesTree = function(e, t, i) {
					var s = this._studiesCache[e][t];
					for (var r in this.createSeries(e, t, s.turnaround, s.symbolId, s.resolution, i, !
							0), this._studiesCache[e]) {
						var n = this._studiesCache[e][r];
						n && "study" === n.type && n.parentId === t && this._createStudy(s.symbolId, s
							.resolution, n.studyObject, e, r, n.turnaround, n.parentId, n.inputs)
					}
				}, T.prototype.removeStudy = function(e, t) {
					this._studiesCache[e] && this._studiesCache[e][t] && this._studiesCache[e][t]
						.engine && (this._studiesCache[e][t].engine.stop(), n.unsubscribeUnused()),
						delete this._studiesCache[e][t], delete this._studiesNonSeriesTimes[e][t]
				}, T.prototype.removeSeries = function(e, t) {
					this._stopSourcesTree(e, t), delete this._studiesCache[e][t], this
						._updateMainTsBuilder(e), this._timeScales[e].isCompleted() && this._timeScales[
							e].setCompleted(!1);
					var i = this._timeScales[e].setSeriesBarsTimes(t, []);
					this._applyTimeScaleUpdate(e, i), this._updateTimeScaleState(e)
				}, T.prototype.modifyStudy = function(e, t, i, s) {
					var r = this._studiesCache[e][t];
					if (!r) throw Error("This should never happen");
					var o = this._studiesCache[e][r.parentId];
					r.inputs = s, r.turnaround = i, r.engine && (r.engine.stop(), n
							.unsubscribeUnused()), this._studiesNonSeriesTimes[e][t] = null, this
						._createStudy(o
							.symbolId, o.resolution, r.studyObject, e, t, i, r.parentId, s)
				}, T.prototype.createStudy = function(e, t, i, s, r, n) {
					var o = this._studiesCache[e][i],
						a = this._findStudyObject(r);
					if (null === a) return console.warn("Study does not exist: " + r), void TradingView
						.ChartapiMessagerInstances[e].onStudyError(t, s, "unknown study name");
					var l = new a.constructor;
					this._studiesCache[e] = this._studiesCache[e] || {}, this._studiesCache[e][t] = {
						studyObject: l,
						guid: t,
						type: "study",
						inputs: n,
						metainfo: a.metainfo,
						turnaround: s,
						parentId: i
					}, this._studiesNonSeriesTimes[e][t] = null, this._createStudy(o.symbolId, o
						.resolution, l, e, t, s, i, n)
				}, T.prototype.sessionTimeScale = function(e) {
					return this._timeScales[e] || null
				}, T.prototype.isTimeScaleExtendedTo = function(e, t) {
					var i = this._mainSeriesRecord(e);
					if (u.isDWM(i.resolution) && null != i.symbolInfo) {
						var s = h(i.resolution, i.symbolInfo);
						null !== s && (t = s.timeToSessionStart(t))
					}
					var r = this._timeScales[e].indexOfTime(t);
					return null !== r && r.index >= 0
				}, T.prototype.ensureExtendedTo = function(e, t, i) {
					if (!this._studiesCache[t][e]) throw Error("This should never happen");
					var s = this;
					setTimeout((function() {
						s._recreateSourcesForDataRange(t, {
							to: i
						})
					}), 0)
				}, T.prototype.extendSeriesRange = function(e, t) {
					var i = this._timeScales[e].firstSeriesBarTime();
					if (null !== i) {
						var s = this._mainSeriesRecord(e);
						if (u.isDWM(s.resolution) && null != s.symbolInfo) {
							var r = h(s.resolution, s.symbolInfo);
							null !== r && (i = r.timeToExchangeTradingDay(i))
						}
						var n = this._symbolIdToSymbolRequestString.get(x(e, s.symbolId)),
							o = this._barsCoefficients(n, s.resolution),
							a = o.barsCoefficient || 1;
						if (!o.barsCoefficient) {
							var l = this._getSeriesData(e, s.guid);
							null !== l && (o.expectedBarsCount = l.length + t)
						}
						var c = this;
						setTimeout((function() {
							c._recreateSourcesForDataRange(e, {
								to: i,
								countBack: (t + 2) * a
							})
						}), 0)
					} else this._logMessage("Nothing to extend - there is no points on time scale")
				}, T.prototype.seriesTurnaround = function(e, t) {
					return this._studiesCache[e] && this._studiesCache[e][t] && this._studiesCache[e][t]
						.turnaround
				}, T.prototype._seriesDataRange = function(e, t) {
					var i = this._studiesCache[e][t];
					return null !== i.firstLoadedTimeMs ? {
						to: i.firstLoadedTimeMs,
						countBack: 0
					} : i.dataRange
				}, T.prototype._applyTimeScaleUpdate = function(e, t) {
					if (null !== t) {
						var i = [];
						for (var s in this._studiesCache[e]) {
							var r = this._studiesCache[e][s];
							if (r && "study" === r.type) {
								var n = this._studiesNonSeriesTimes[e][s];
								if (n) {
									var o = {
										indexes: this._timeScales[e].convertTimesToIndexes(n),
										data: {
											indexes_replace: !0
										}
									};
									i.push({
										objId: s,
										turnaround: r.turnaround,
										data: [],
										nonSeriesData: o
									})
								}
							}
						}
						TradingView.ChartapiMessagerInstances[e].onTimescaleUpdate(t, i), Promise
							.resolve().then(function() {
								var t = this._mainSeriesRecord(e);
								if (null !== t && null != t.symbolInfo) {
									var i = this._getSymbolExtrapolator(e, t.symbolInfo, t
										.resolution);
									this._pointsetsManagers[e].getUpdatesForSymbol(t.symbolInfo
											.full_name, t.resolution, i, this._timeScales[e])
										.forEach((function(t, i) {
											TradingView.ChartapiMessagerInstances[e]
												.onPointsetDataUpdate(i, null, t)
										}))
								}
							}.bind(this))
					}
				}, T.prototype._updateMainTsBuilder = function(e) {
					var t = this._mainSeriesRecord(e);
					if (null !== t && null != t.symbolInfo) {
						var i = this._getSymbolExtrapolator(e, t.symbolInfo, t.resolution);
						this._timeScales[e].setMainSymbolExtrapolator(i)
					}
				}, T.prototype._updateTimeScaleState = function(e) {
					var t = !0,
						i = !0;
					for (var s in this._studiesCache[e]) {
						var r = this._studiesCache[e][s];
						"series" === r.type && (i = i && this._isEndOfData(e, s, r.turnaround), t = t &&
							r.completed)
					}
					this._timeScales[e].isCompleted() !== t && (this._timeScales[e].setCompleted(t),
						t && TradingView.ChartapiMessagerInstances[e].onTimescaleCompleted(i))
				}, T.prototype._mainSeriesRecord = function(e) {
					var t = null,
						i = null;
					for (var s in this._studiesCache[e]) {
						var r = this._studiesCache[e][s];
						if ("series" === r.type && (null === t && (t = r), r.isMain)) {
							i = r;
							break
						}
					}
					return null === i && (i = t), null !== i && (i.isMain = !0), i
				}, T.prototype._seriesCount = function(e) {
					var t = 0;
					for (var i in this._studiesCache[e]) {
						"series" === this._studiesCache[e][i].type && (t += 1)
					}
					return t
				}, T.prototype._prepareSeriesNonSeriesData = function(e, t, i) {
					var s = i.data[i.data.length - 1],
						r = this._getSeriesData(e, t),
						n = null === r ? [] : i.data;
					return {
						data: {
							data: {
								reversalAmount: i.reversalAmount,
								boxSize: i.boxSize,
								price: s ? s[4] : i.price,
								bars: n.map((function(e, t) {
									return {
										time: t,
										open: e[1],
										high: e[2],
										low: e[3],
										close: e[4],
										volume: e[5],
										factor: e[6],
										additionalPrice: e[6]
									}
								}))
							}
						},
						indexes: this._timeScales[e].convertTimesToIndexes(n.map((function(e) {
							var t = e[0] || 0;
							return t < 0 ? r[r.length + t].timeMs : i.projectionTime + t
						})))
					}
				}, T.prototype.createSeries = function(e, t, i, s, n, o, a) {
					this._setEndOfData(e, t, i, !1);
					var l = new r.OHLCV;
					this._studiesCache[e] = this._studiesCache[e] || {};
					var c = this._getSeriesData(e, t),
						h = this._studiesCache[e][t],
						d = this._seriesCount(e),
						p = this._mainSeriesRecord(e);
					if (!h || u.isEqual(h.resolution, n) && h.symbolId === s) void 0 !== o.countBack &&
						null !== c && 0 !== c.length && (o.to = c[0].timeMs), h && null != h
						.firstLoadedTimeMs ? o.to = void 0 !== o.to ? Math.min(h.firstLoadedTimeMs, o
							.to) : h.firstLoadedTimeMs : h || 0 === d || null !== p && (null != p
							.firstLoadedTimeMs ? (o.to = p.firstLoadedTimeMs, o.countBack = 0) : o =
							Object.assign({}, p.dataRange));
					else if (1 === d) void 0 !== o.countBack && null !== c && (o.countBack += c.length);
					else {
						var _ = this._timeScales[e].firstSeriesBarTime();
						(void 0 === o.to || null !== _ && _ < o.to) && (o.to = _, o.countBack = 0)
					}
					if (void 0 === o.countBack && (o.countBack = 0), void 0 === o.to && 0 === o
						.countBack && (o.countBack = 100), this._studiesCache[e][t] = {
							symbolId: s,
							resolution: n,
							studyObject: l,
							guid: t,
							type: "series",
							turnaround: i,
							dataRange: o,
							firstLoadedTimeMs: null,
							symbolInfo: null,
							isMain: h && h.isMain || 0 === d,
							completed: !1
						}, null === p || p.guid === t || !p.error) {
						this._updateMainTsBuilder(e), this._updateTimeScaleState(e), TradingView
							.ChartapiMessagerInstances[e].onSeriesLoading(t, i);
						var m = this;
						this._computeStudy(e, l, s, n, t, [], o, I(e, t), (function() {
							return -1 / 0
						}), {
							onDataReadyCallback: function(r, o, l, c) {
								var h = m._studiesCache[e][t];
								if (!h) throw Error("This should never happen");
								if (h.symbolInfo = l, h.firstLoadedTimeMs = c
									.firstLoadedTimeMs, h.completed = !0, m
									._updateMainTsBuilder(e), a && m._pointsetsManagers[e]
									.invalidatePointsetsForSymbol(l.full_name, n), 0 !== r
									.length) {
									var u = m._symbolIdToSymbolRequestString.get(x(e, s)),
										d = m._barsCoefficients(u, n);
									d.expectedBarsCount && d.barsCount && (d
											.barsCoefficient = Math.min(Math.max(d
												.barsCoefficient || 1, parseInt(d
													.expectedBarsCount / (r.length - d
														.barsCount) + .5)), 100)), d
										.barsCount = r.length, m._clearSeriesData(e, t)
								} else !c.endOfData && h.isMain && setTimeout((function() {
									m._studiesCache[e] && m
										._recreateSourcesForDataRange(e, {
											countBack: 10
										})
								}), 0);
								f(l), c.endOfData && (m._logMessage(
										"Series has no more data on server: {0}".format(
											l.full_name)), m._setEndOfData(e, t, i)), 0 ===
									r.length && m._clearSeriesData(e, t), TradingView
									.ChartapiMessagerInstances[e].onSeriesCompleted(t, i, l
										.data_status), m._updateTimeScaleState(e)
							},
							onRealtimeCallback: function(s, r, n, o, a) {
								f(a, s), m._timeScales[e].fillIndexesInRows(s);
								var l = s[s.length - 1];
								if (r) {
									if (!m._studiesCache[e][t]) throw Error(
										"This should never happen");
									m._logMessage("New bar arrived: symbol {0}, bar {1}"
										.format(a.full_name, JSON.stringify(l)))
								} else m._logMessage("Last bar update: symbol {0}, bar {1}"
										.format(a.full_name, JSON.stringify(l))),
									TradingView.ChartapiMessagerInstances[e].onDataUpdate(t,
										i, s, null);
								m._fireEvent("realtime_tick", s[s.length - 1], !0)
							},
							onSymbolErrorCallback: function(t) {
								m._logMessage("Series symbol resolve error"), TradingView
									.ChartapiMessagerInstances[e].onSymbolError(s, t ||
										"resolve error"), g(t || "resolve error")
							},
							onErrorCallback: function(e) {
								m._logMessage("Series error: " + e), g(e)
							},
							onNonSeriesDataUpdate: function(s, r) {
								if ("projection" !== s.type) throw new Error(
									"unexpected non-series data type for series " +
									s.type);
								var n = m._getSeriesData(e, t);
								if (null !== n) f(r, 0 === n.length ? void 0 : [n[n.length -
									1]], s);
								else {
									s = m._prepareSeriesNonSeriesData(e, t, s);
									TradingView.ChartapiMessagerInstances[e].onDataUpdate(t,
										i, [], s)
								}
							}
						})
					}

					function f(s, r, o) {
						var a = [];
						if (void 0 !== o) {
							var l = (o.data || []).reduce((function(e, t) {
								return Math.max(e, t[0] || 0)
							}), -1);
							if (null != o.projectionTime)
								for (var c = 0; c <= l; ++c) a.push(o.projectionTime + c)
						}
						var h = null,
							u = null,
							d = s ? m._getSymbolExtrapolator(e, s, n) : null;
						if (void 0 !== r) {
							var p = r.map((function(e) {
								return e.timeMs
							})).concat(a);
							null !== d && d.replaceBarsTimesTail(p, r.length), u = m._timeScales[e]
								.replaceSeriesBarsTimesTail(t, p), h = r
						} else {
							var _ = m._getSeriesData(e, t) || [],
								f = _.map((function(e) {
									return e.timeMs
								})).concat(a);
							null !== d && d.setBarsTimes(f, _.length), u = m._timeScales[e]
								.setSeriesBarsTimes(t, f), h = _
						}
						if (m._applyTimeScaleUpdate(e, u), 0 !== h.length || void 0 !== o) {
							m._timeScales[e].fillIndexesInRows(h);
							var g = void 0 !== o ? m._prepareSeriesNonSeriesData(e, t, o) : null;
							TradingView.ChartapiMessagerInstances[e].onDataUpdate(t, i, h, g)
						}
					}

					function g(s) {
						var r = m._studiesCache[e][t];
						r.completed = !0, TradingView.ChartapiMessagerInstances[e].onSeriesError(t, i,
							s), P.enabled("clear_bars_on_series_error") && (r.isMain ? m
							.onSessionSeriesError(e) : m._clearSeriesData(e, t))
					}
				}, T.prototype._clearSeriesData = function(e, t) {
					var i = {};
					for (var s in i[t] = {
							turnaround: this._studiesCache[e][t].turnaround
						}, this._studiesCache[e]) {
						var r = this._studiesCache[e][s];
						"study" === r.type && r.parentId === t && (i[s] = {
							turnaround: r.turnaround
						})
					}
					TradingView.ChartapiMessagerInstances[e].onClearData(i)
				}, T.prototype.requestMoreTickmarks = function(e, t) {
					var i = this._timeScales[e];
					i.setMinFutureBarsCount(i.minFutureBarsCount() + t);
					var s = i.firstFutureBarIndex(),
						r = i.tickMarks(s);
					TradingView.ChartapiMessagerInstances[e].onTickmarksUpdated(s, r)
				}, T.prototype.chartCreateSession = function(e) {
					this._pointsetsManagers[e] = new l, this._timeScales[e] = new a, this
						._studiesNonSeriesTimes[e] = {}
				}, T.prototype.chartDeleteSession = function(e) {
					this._pointsetsManagers[e].destroy(), delete this._pointsetsManagers[e], this
						._timeScales[e].destroy(), delete this._timeScales[e], delete this
						._studiesNonSeriesTimes[e]
				}, T.prototype.removePointset = function(e, t) {
					this._pointsetsManagers[e].removePointset(t)
				}, T.prototype.createPointset = async function(e, t, i, s, r) {
						var n, o = this._resolvePromisesBySymbolId.get(x(e, i));
						try {
							n = (await o).symbolInfo
						} catch (e) {
							return
						}
						var a = this._getSymbolExtrapolator(e, n, s);
						if (this._pointsetsManagers[e].createPointset(t, n.full_name, s, r, a), null ===
							this._refreshPointsetsTimerId) {
							var l = this;
							this._refreshPointsetsTimerId = setTimeout((function() {
								l._refreshPointsetsTimerId = null, l._refreshPointsets(l
										._invalidatedPointsetSessions), l
									._invalidatedPointsetSessions.clear()
							}), 0)
						}
						this._invalidatedPointsetSessions.add(e)
					}, T.prototype._refreshPointsets = function(e) {
						var t = this;
						e.forEach((function(e) {
							var i = t._studiesCache[e];
							if (null != i) {
								var s = null;
								for (var r in i) {
									var n = i[r];
									if ("series" === n.type) {
										s = n;
										break
									}
								}
								if (null !== s && null != s.symbolInfo) {
									var o = t._getSymbolExtrapolator(e, s.symbolInfo, s
										.resolution);
									t._pointsetsManagers[e].getUpdatesForSymbol(s.symbolInfo
											.full_name, s.resolution, o, t._timeScales[e])
										.forEach((function(t, i) {
											TradingView.ChartapiMessagerInstances[e]
												.onPointsetDataUpdate(i, null, t)
										}))
								}
							}
						}))
					}, T.prototype.studiesMetadata = function() {
						return 0 === this._metainfoCache.length && (this._metainfoCache = JSServer
							.studyLibrary.map((function(e) {
								return e.metainfo
							})), this._metainfoCache.push({
								palettes: {},
								inputs: [],
								plots: [{
									id: "open",
									type: "line"
								}, {
									id: "high",
									type: "line"
								}, {
									id: "low",
									type: "line"
								}, {
									id: "close",
									type: "line"
								}, {
									id: "volume",
									type: "line"
								}],
								graphics: {},
								_metainfoVersion: 48,
								description: "Unnamed Study",
								format: {
									type: "inherit"
								},
								is_hidden_study: !0,
								is_price_study: !1,
								shortDescription: "Unnamed Study",
								description_localized: "Unnamed Study",
								id: "BarSetHeikenAshi@tv-prostudies",
								shortId: "BarSetHeikenAshi",
								packageId: "tv-basicstudies",
								version: "13",
								fullId: "BarSetHeikenAshi@tv-basicstudies-13",
								productId: "tv-basicstudies",
								name: "BarSetHeikenAshi@tv-basicstudies"
							})), this._metainfoCache
					}, T.prototype.searchSymbols = function(e, t, i, s) {
						this._logMessage(
							"Symbol search requested: search string `{0}`, exchange: `{1}`, type `{2}`"
							.format(e, t, i));
						var r = this;
						this._externalDatafeed.searchSymbols(e, t, i, (function(e) {
							r._logMessage("Symbol search response: {0}".format(JSON
								.stringify(e))), s(e)
						}))
					}, T.prototype.resolveSymbol = function(e, t, i) {
						var s = this;
						this._symbolIdToSymbolRequestString.set(x(e, t), i), this
							._resolvePromisesBySymbolId.set(x(e, t), new Promise((function(r, n) {
								s._resolveSymbolImpl(i, (function(s) {
									TradingView.ChartapiMessagerInstances[e]
										.onSymbolResolved(t, s), r({
											symbolInfo: s,
											requestedSymbol: i
										})
								}), (function(i) {
									TradingView.ChartapiMessagerInstances[e]
										.onSymbolError(t, i), n(i)
								}))
							})))
					}, T.prototype._resolveSymbolImpl = function(e, t, i) {
						v(e) || console.error(
							"Expect to get symbol encoded string, but got the following instead: " +
							e);
						var s = S(e),
							r = "string" == typeof s.symbol ? s : s.symbol,
							n = r.symbol,
							o = r["currency-id"],
							a = r["unit-id"];
						this._resolveSymbolByName(n, {
							currency: o,
							unit: a
						}, t, i)
					}, T.prototype._resolveSymbolByName = function(e, t, i, s) {
						var r, n = t && t.currency,
							o = t && t.unit,
							a = M(e, n, o);
						if (this._resolveRequests[a]) r = this._resolveRequests[a];
						else {
							r = this._resolveSymbolInternal(e, n || void 0, o || void 0), this
								._resolveRequests[a] = r;
							var l = this;
							r.then((function(t) {
								l._resolveRequests[M(e, t.currency_id, t.unit_id)] = r, l
									._resolveRequests[M(y(t, null), t.currency_id, t
										.unit_id)] = r, l._resolveRequests[M(y(t, null), n,
										o)] = r
							})).catch((function() {}))
						}
						r.then(i).catch(s)
					}, T.prototype._resolveSymbolInternal = function(e, t, i) {
						var s = this;
						return new Promise(function(r, n) {
							this._logMessage("Symbol resolve requested: `{0}` ".format(e));
							var o = !0;
							this._externalDatafeed.resolveSymbol(e, (function(t) {
								o && console.warn(
										"`resolveSymbol` should return result asynchronously. Use `setTimeout` with 0 interval to execute the callback function."
									), s._logMessage(
										"Symbol resolved: `{0}`, SymbolInfo in server response {1}"
										.format(e, JSON.stringify(t))),
									function(e) {
										if (e.base_name || (e.base_name = [e.name]),
											e.legs || (e.legs = [e.name]), e
											.exchange || (e.exchange = e[
												"exchange-listed"]), e.full_name ||
											(e.full_name = e.symbol || (e.exchange ?
												e.exchange + ":" + e.name : e
												.name)), e.pro_name || (e.pro_name =
												e.full_name), e.data_status || (e
												.data_status = "streaming"), e
											.ticker || (e.ticker = e.symbol || e
												.name), !e.session && e[
												"session-regular"] && (e.session =
												e["session-regular"]), !e.minmov &&
											e.minmovement && (e.minmov = e
												.minmovement), e.currency_code && (e
												.currency_id = e.currency_code), e
											.original_currency_code && (e
												.original_currency_id = e
												.original_currency_code), e
											.holidays && (e.session_holidays = e
												.holidays), e.supported_resolutions)
											for (var t = 0; t < e
												.supported_resolutions.length; t++
											) {
												var i = u.parse(e
													.supported_resolutions[t]);
												i.isValid() && (e
													.supported_resolutions[t] =
													i.value())
											}
									}(t),
									function(e) {
										function t(e) {
											console.warn("SymbolInfo validation: " +
												e)
										}
										if (e.has_empty_bars && !g() && t(
												'both has_empty_bars field and featureset "disable_resolution_rebuild" are enabled and may cause data issues (see #3329)'
											), (void 0 === e.minmov || e
												.minmov <= 0) && t(
												"minmov must be positive"), (
												void 0 === e.pricescale || e
												.pricescale <= 0) && t(
												"pricescale must be positive"),
											void 0 !== e.name && 0 !== e.name
											.length || t(
												"name must be non-empty string"),
											void 0 !== e.session && 0 !== e.session
											.length || t(
												"session must be non-empty string"),
											void 0 !== e.holidays && t(
												"field holidays is deprecated, use session_holidays instead"
											), void 0 === e.timezone || 0 === e
											.timezone.length ? t(
												"timezone must be non-empty string"
											) : "exchange" !== e.timezone && f(e
												.timezone) || "UTC" !== e
											.timezone && t(
												'unsupported timezone "{0}"'.format(
													e.timezone)), void 0 !== e
											.intraday_multipliers) {
											var i = e.intraday_multipliers;
											if (Array.isArray(i))
												for (var s = 0; s < i.length; ++s)
													"string" != typeof i[s] && t(
														'intraday_multipliers[{0}] = "{1}" must be string (now: {2})'
														.format(s + 1, i[s],
															typeof i[s]));
											else t(
												"intraday_multipliers must be array"
												)
										}(e.supported_resolutions || []).filter((
											function(e) {
												return !u.isValid(e)
											})).forEach((function(e) {
											t("supported_resolutions field contains invalid value: " +
												e)
										}))
									}(t), s._logMessage(
										"Symbol info after post-processing: `{0}`, SymbolInfo {1}"
										.format(e, JSON.stringify(t))), r(t)
							}), (function(t) {
								s._logMessage(
									"Symbol resolve failed: `{0}`, reason: `{1}`"
									.format(e, t)), n(t)
							}), {
								currencyCode: t,
								unitId: i
							}), o = !1
						}.bind(this))
					}, T.prototype._createMarketStatusWatchers = function(e, t) {
						void 0 === this._marketStatusWatchers[e] && (this._marketStatusWatchers[
							e] = {});
						var i = this;
						t.forEach((function(t) {
							void 0 === i._marketStatusWatchers[e][t] && (i
								._marketStatusWatchers[e][t] = new s(i
									._resolveSymbolByName.bind(i), e, t))
						}))
					}, T.prototype._removeMarketStatusWatchers = function(e) {
						var t = this;
						Object.keys(this._marketStatusWatchers[e] || {}).forEach((function(i) {
							t._marketStatusWatchers[e][i].stop()
						})), this._marketStatusWatchers[e] = {}
					},
					T.prototype._stopQuotesSubscription = function(e) {
						this._quotesInfo[e].listenerGUID && (this._externalDatafeed.unsubscribeQuotes(
								this._quotesInfo[e].listenerGUID), this._quotesInfo[e]
							.listenerGUID = void 0), this._removeMarketStatusWatchers(e)
					}, T.prototype._startQuotesSubscription = function(e) {
						var t = {},
							i = this;

						function s(t, s) {
							var r = i._marketStatusWatchers[e][t.n];
							t.symbolname = t.n, t.status = t.s, t.values = t.v, t.values.change = t.v
								.ch, t.values.last_price = t.v.lp, t.values.change_percent = t.v.chp, t
								.values.current_session = t.v.cs || r && r.marketStatus(), t.values
								.pricescale = s.pricescale, t.values.minmov = s.minmov, t.values
								.minmove2 = s.minmove2 || 0, t.values.fractional = s.fractional || !1,
								r && t.v.cs && r.stop(), TradingView.ChartapiMessagerInstances[e]
								.onQuotesData([e].concat([t]))
						}

						function r(e) {
							e.forEach((function(e) {
								void 0 !== t[e.n] ? null !== t[e.n] && s(e, t[e.n]) : i
									._resolveSymbolByName(e.n, null, (function(i) {
										t[e.n] = i, s(e, i)
									}), (function() {
										t[e.n] = null
									}))
							}))
						}
						var n = this._quotesInfo[e].symbols;
						0 !== n.length && (this._externalDatafeed.getQuotes && !P.enabled(
							"charting_library") ? this._externalDatafeed.getQuotes(n, (function(
							t) {
							i._quotesInfo[e] && (r(t), i._quotesInfo[e].listenerGUID =
								e, i._externalDatafeed.subscribeQuotes(n, i
									._quotesInfo[e].fastSymbols, r, i._quotesInfo[e]
									.listenerGUID))
						}), (function(e) {})) : !this._externalDatafeed.getQuotes && P.enabled(
							"trading_terminal") && setTimeout((function() {
							r(n.map((function(e) {
								return {
									n: e,
									s: "ok",
									v: {}
								}
							})))
						})), this._createMarketStatusWatchers(e, n))
					}, T.prototype._restartQuotesSubscription = function(e) {
						this._stopQuotesSubscription(e), this._startQuotesSubscription(e)
					}, T.prototype.quoteCreateSession = function(e) {
						this._quotesInfo[e] = {
							symbols: [],
							fastSymbols: [],
							listenerGUID: void 0
						}
					}, T.prototype.quoteDeleteSession = function(e) {
						this._stopQuotesSubscription(e), this._quotesInfo[e] = null
					}, T.prototype.quoteSetFields = function(e, t) {}, T.prototype.quoteAddSymbols =
					function(e, t) {
						this._quotesInfo[e].symbols = this._filteredSymbols(this._quotesInfo[e].symbols
							.concat(t)), this._restartQuotesSubscription(e)
					}, T.prototype.quoteRemoveSymbols = function(e, t) {
						this._quotesInfo[e].symbols = this._quotesInfo[e].symbols.filter((function(e) {
							return t.indexOf(e) < 0
						})), this._restartQuotesSubscription(e)
					}, T.prototype.quoteFastSymbols = function(e, t) {
						this._quotesInfo[e].fastSymbols = this._filteredSymbols(t), this
							._restartQuotesSubscription(e)
					}, T.prototype.quoteHibernateAll = function(e) {}, T.prototype
					._stopDepthSubscription = function(e) {
						this._depthInfo[e].listenerGUID && (this._externalDatafeed.unsubscribeDepth(this
								._depthInfo[e].listenerGUID), this._depthInfo[e].listenerGUID =
							void 0)
					}, T.prototype._startDepthSubscription = function(e) {
						var t = this,
							i = this._depthInfo[e].symbol;

						function s(e) {
							return e.map((function(e) {
								return {
									p: e.price,
									v: e.volume
								}
							}))
						}

						function r(e) {
							var t = {};
							return t.s = i, t.bids = s(e.bids), t.asks = s(e.asks), t
						}
						i && this._externalDatafeed.subscribeDepth && (t._depthInfo[e].listenerGUID =
							this._externalDatafeed.subscribeDepth(i, (function(i) {
								var s;
								t._depthInfo[e] && ((s = i).snapshot ? TradingView
									.ChartapiMessagerInstances[e].onDepthData([e]
										.concat([r(s)])) : TradingView
									.ChartapiMessagerInstances[e].onDepthUpdate([e]
										.concat([r(s)])))
							})))
					}, T.prototype._restartDepthSubscription = function(e) {
						this._stopDepthSubscription(e), this._startDepthSubscription(e)
					}, T.prototype.depthCreateSession = function(e) {
						this._depthInfo[e] = {
							symbol: null,
							listenerGUID: void 0
						}
					}, T.prototype.depthDeleteSession = function(e) {
						this._depthInfo[e].symbol = null, this._stopDepthSubscription(e), delete this
							._depthInfo[e]
					}, T.prototype.depthSetSymbol = function(e, t) {
						this._depthInfo[e].symbol = t, this._restartDepthSubscription(e)
					}, T.prototype._filteredSymbols = function(e) {
						var t = [];
						return e.forEach((function(e) {
							e instanceof Object || t.indexOf(e) < 0 && t.push(e)
						})), t
					}, T.prototype._isEndOfData = function(e, t, i) {
						var s = e + "!" + t + "@" + i;
						return !!this._endOfData[s]
					}, T.prototype._setEndOfData = function(e, t, i, s) {
						var r = e + "!" + t + "@" + i;
						this._endOfData[r] = !1 !== s
					}, T.prototype.serverTimeOffset = function() {
						return this._serverTimeOffset
					}, T.prototype.serverTime = function() {
						return 1e3 * this.getCurrentUTCTime()
					}, T.prototype.getCurrentUTCTime = function() {
						return (new Date).valueOf() / 1e3 + this._serverTimeOffset
					}, T.prototype.switchTimezone = function(e, t) {
						this._timeScales[e].setTimezone(t);
						var i = this._timeScales[e].tickMarks();
						null !== i && TradingView.ChartapiMessagerInstances[e].onTickmarksUpdated(0, i)
					}, e.exports = T
		},
		EX27: function(e, t, i) {
			"use strict";
			var s = i("Eyy1").ensureNotNull,
				r = i("IiTo"),
				n = i("LxhU").Interval,
				o = i("EJcV"),
				a = i("MrEN"),
				l = i("XzZr"),
				c = l.ChartApiInterface,
				h = l.HandlerInfo,
				u = i("ogJP").requireFullInterfaceImplementation,
				d = i("txPx").getLogger("Chart.ChartApiLocal"),
				p = i("uDHo").TIMEFRAMETYPE,
				_ = i("OLhd").createDwmAligner;
			TradingView.STUDY_COUNT_LIMIT = 210, JSServer.ChartApi = function(e) {
					this._notificationHandlers = {}, this._sessions = {}, this.studyCounter = 0, this
						._connected = !1, this._enabled = !1, this._studyEngine = new o(e), this
						._callbacks = {}, this._serverTimeOffset = 0;
					var t = this;
					this._studyEngine.on("configuration_received", (function() {
						t._fireEvent("configuration_received")
					})), this._studyEngine.on("realtime_tick", (function(e) {
						var i = {
							time: e.value[0] / 1e3,
							open: e.value[1],
							high: e.value[2],
							low: e.value[3],
							close: e.value[4],
							volume: e.value[5]
						};
						t._fireEvent("realtime_tick", i, !0)
					})), this._setVisibleRangeTimeout = {}
				}, JSServer.ChartApi.prototype.destroy = function() {
					this._studyEngine.destroy(), this._studyEngine = null
				}, JSServer.ChartApi.prototype.purgeCache = function(e) {
					this._studyEngine.purgeCache(), this._studyEngine.purgeDataCache()
				}, JSServer.ChartApi.prototype.defaultWatchlistSymbols = function() {
					return this._watchlistSettings.default_symbols
				}, JSServer.ChartApi.prototype.defaultResolutions = function() {
					return this._studyEngine.supportedResolutions() || ["1", "3", "5", "15", "30", "45",
						"60", "120", "180", "240", "1D", "1W", "1M"
					]
				}, JSServer.ChartApi.prototype.availableCurrencies = function() {
					var e = this._studyEngine.supportedCurrencies().map((function(e) {
						return {
							id: e,
							code: e,
							convertible: !0
						}
					}));
					return Promise.resolve(e)
				}, JSServer.ChartApi.prototype.availableUnits = function() {
					return Promise.resolve(this._studyEngine.supportedUnits())
				}, JSServer.ChartApi.prototype.supportedSymbolsTypes = function() {
					return this._studyEngine.supportedSymbolsTypes()
				}, JSServer.ChartApi.prototype.supportedExchangesList = function() {
					return this._studyEngine.supportedExchangesList()
				}, JSServer.ChartApi.prototype.symbolsGrouping = function() {
					return this._studyEngine.symbolsGrouping()
				}, JSServer.ChartApi.prototype.start = function() {
					this._enabled = !0, this._fireEvent("start_enabled")
				}, JSServer.ChartApi.prototype.unsubscribe = function(e, t) {
					var i = this._callbacks[e];
					i && i.splice(i.indexOf(t), 1)
				}, JSServer.ChartApi.prototype.on = function(e, t) {
					return this._callbacks.hasOwnProperty(e) || (this._callbacks[e] = []), this._callbacks[
						e].push(t), this
				}, JSServer.ChartApi.prototype._fireEvent = function(e, t, i) {
					if (this._callbacks.hasOwnProperty(e)) {
						var s = this._callbacks[e].slice(0);
						i || (this._callbacks[e] = []);
						for (var r = 0; r < s.length; ++r) s[r](t)
					}
				}, JSServer.ChartApi.prototype.chartCreateSession = function(e, t) {
					this._studyEngine.chartCreateSession(e)
				}, JSServer.ChartApi.prototype.chartDeleteSession = function(e) {
					this._studyEngine.chartDeleteSession(e)
				}, JSServer.ChartApi.prototype.createSession = function(e, t) {
					TradingView.ChartapiMessagerInstances[e] = new a(this, e), this._sessions[e] = t, this
						._notificationHandlers[e] = {}, this.connected() && t.onMessage({
							method: "connected",
							params: []
						})
				}, JSServer.ChartApi.prototype.removeSession = function(e) {
					delete this._sessions[e], delete this._notificationHandlers[e], this._studyEngine
						.stopSources(e)
				}, JSServer.ChartApi.prototype.connected = function() {
					return this._connected
				}, JSServer.ChartApi.prototype.connect = function() {
					if (this._enabled) this.connected() || (this._connected = !0, this.sessionid =
						"dummy session id", this._notifySessions({
							method: "connected",
							params: []
						}));
					else {
						var e = this;
						this.on("start_enabled", (function() {
							e.connect()
						}))
					}
				}, JSServer.ChartApi.prototype.disconnect = function() {
					this._connected = !1, this._notifySessions({
						method: "disconnected",
						params: []
					}), this.purgeCache(), this.studyCounter = 0
				}, JSServer.ChartApi.prototype.switchTimezone = function(e, t) {
					this._studyEngine.switchTimezone(e, t)
				}, JSServer.ChartApi.prototype.receiveLocalResponse = function(e) {
					this._dispathNotification(e), this._fireEvent("message_" + e.method, void 0, !0)
				}, JSServer.ChartApi.prototype.getMarks = function(e, t, i, s, r) {
					this._studyEngine.getMarks(e, t, i, s, r)
				}, JSServer.ChartApi.prototype.getTimescaleMarks = function(e, t, i, s, r) {
					this._studyEngine.getTimescaleMarks(e, t, i, s, r)
				}, JSServer.ChartApi.prototype.resolveSymbol = function(e, t, i, s, r) {
					this._notificationHandlers[e][t] = new h(s, t), this._studyEngine.resolveSymbol(e, t, i)
				}, JSServer.ChartApi.prototype._doWhenSeriesDataReceived = function(e, t) {
					TradingView.ChartapiMessagerInstances[e].seriesCompleted.subscribe(null, t, !0)
				}, JSServer.ChartApi.prototype.createSeries = function(e, t, i, s, r, n, o, a) {
					var l = this;
					this._notificationHandlers[e][t] = new h((function(r) {
						"series_completed" === r.method && null !== o && (l._applyTimeFrame(e,
							s, t, i, o), o = null), a(r)
					}), t), this._studyEngine.createSeries(e, t, i, s, r, {
						countBack: n || 300
					})
				}, JSServer.ChartApi.prototype.removeSeries = function(e, t) {
					delete this._notificationHandlers[e][t], this._studyEngine.removeSeries(e, t)
				}, JSServer.ChartApi.prototype.setVisibleTimeRange = function(e, t, i, r, n, o, a, l) {
					var c = r,
						h = !0 !== (a = a || {}).applyDefaultRightMargin && void 0 === a
						.percentRightMargin && void 0 !== n ? n : null,
						u = _(this._studyEngine.getSeriesInterval(e, t), this._studyEngine
							.getSeriesSymbolInfo(e, t));
					null !== u && (c = u.timeToSessionStart(1e3 * c) / 1e3, null !== h && (h = u
						.timeToSessionStart(1e3 * h) / 1e3));
					var d = this;

					function p() {
						var r = d._studyEngine.sessionTimeScale(e);
						if (null !== r) {
							var n, u = r.indexOfTime(1e3 * c);
							if (null === h) n = r.lastSessionBarIndex();
							else {
								var p = r.indexOfTime(1e3 * h);
								n = p && p.index
							}
							if (null !== u && null !== n) {
								var _ = u.index;
								if (u.timeMs < 1e3 * c && (_ += 1), !1 === o) {
									const e = s(r.firstSessionBarIndex());
									_ < e && (_ = e)
								}
								_ > n || (TradingView.ChartapiMessagerInstances[e].onSeriesTimeframeUpdate(
									t, i, _, n, a), l && setTimeout(l, 0))
							}
						}
					}
					if (this._studyEngine.isTimeScaleExtendedTo(e, 1e3 * r)) p();
					else {
						var m = TradingView.ChartapiMessagerInstances[e].seriesCompleted,
							f = TradingView.ChartapiMessagerInstances[e].seriesError;
						void 0 !== this._setVisibleRangeTimeout[e] && clearTimeout(this
							._setVisibleRangeTimeout[e]), this._setVisibleRangeTimeout[e] = setTimeout(
							function() {
								delete this._setVisibleRangeTimeout[e], m.subscribe(null, g, !0), f
									.subscribe(null, b, !0), this._studyEngine.ensureExtendedTo(t, e,
										1e3 * r)
							}.bind(this), 0)
					}

					function g(e, s) {
						e === t && s === i && (m.unsubscribe(null, g), f.unsubscribe(null, b), p())
					}

					function b(e, s) {
						e === t && s === i && m.unsubscribe(null, g)
					}
				}, JSServer.ChartApi.prototype._applyTimeFrame = function(e, t, i, s, o) {
					var a, l, c = {},
						h = !0;
					if (o.type === p.PeriodBack) {
						var u = this._studyEngine.getSeriesLastBarTime(e, i);
						if (null === u) return;
						l = u / 1e3;
						var d = n.parse(o.value),
							m = this._studyEngine.getSeriesSymbolInfo(e, i);
						a = r.alignPeriodsBackForVisibleRange(m.session, m.session_holidays, m.corrections,
							d.letter(), d.multiplier(), 1, u) / 1e3;
						var f = _(this._studyEngine.getSeriesInterval(e, i), m);
						null !== f && (l = f.timeToExchangeTradingDay(1e3 * l) / 1e3, a = f
							.timeToExchangeTradingDay(1e3 * a) / 1e3), c = {
							applyDefaultRightMargin: !0
						}, h = !1
					} else a = o.from, l = o.to;
					this.setVisibleTimeRange(e, i, s, a, l, h, c)
				}, JSServer.ChartApi.prototype.modifySeries = function(e, t, i, s, r, n, o) {
					var a = this;
					this._notificationHandlers[e][t] = new h((function(r) {
						"series_completed" === r.method && null !== n && (a._applyTimeFrame(e,
							s, t, i, n), n = null), o(r)
					}), t), this._studyEngine.modifySeries(e, t, s, r, i)
				}, JSServer.ChartApi.prototype.requestMoreData = function(e, t) {
					this._studyEngine.extendSeriesRange(e, t)
				}, JSServer.ChartApi.prototype.setStudiesAccessController = function(e) {
					this.studiesAccessController = e
				}, JSServer.ChartApi.prototype.setWatchlistSettings = function(e) {
					this._watchlistSettings = e
				}, JSServer.ChartApi.prototype.allStudiesMetadata = function() {
					return this._studyEngine.studiesMetadata()
				}, JSServer.ChartApi.prototype.requestMetadata = function(e, t, i) {
					this._notificationHandlers[e][t] = new h(i, t);
					var s = this.studiesAccessController.getEnabledTools();
					TradingView.ChartapiMessagerInstances[e].onRequestMetadata(t, s)
				}, JSServer.ChartApi.prototype.isCanCreateStudy = function() {
					return this.studyCounter < TradingView.STUDY_COUNT_LIMIT
				},
				JSServer.ChartApi.prototype.createStudy = function(e, t, i, s, r, n, o) {
					if (!this.isCanCreateStudy()) throw new Error("Exceeded the limit of studies");
					this._notificationHandlers[e][t] = new h(o, t), this._studyEngine.createStudy(e, t, s,
						i, r, n), this.studyCounter++
				}, JSServer.ChartApi.prototype.rebindStudy = function(e, t, i, s, r, n, o, a) {
					throw new Error("Not implemented")
				}, JSServer.ChartApi.prototype.removeStudy = function(e, t, i) {
					delete this._notificationHandlers[e][t], this._studyEngine.removeStudy(e, t), this
						.studyCounter--
				}, JSServer.ChartApi.prototype.modifyStudy = function(e, t, i, s, r) {
					this._notificationHandlers[e][t] = new h(r, t), this._studyEngine.modifyStudy(e, t, i,
						s)
				}, JSServer.ChartApi.prototype.createPointset = function(e, t, i, s, r, n, o) {
					this._notificationHandlers[e][t] = new h(o, t), this._studyEngine.createPointset(e, t,
						s, r, n)
				}, JSServer.ChartApi.prototype.modifyPointset = function(e, t, i, s, r) {
					throw Error("This call is not implemented")
				}, JSServer.ChartApi.prototype.removePointset = function(e, t, i) {
					this._notificationHandlers[e][t] = null, this._studyEngine.removePointset(e, t)
				}, JSServer.ChartApi.prototype.requestMoreTickmarks = function(e, t) {
					this._studyEngine.requestMoreTickmarks(e, t)
				}, JSServer.ChartApi.prototype.requestFirstBarTime = function(e, t, i, s) {
					this._notificationHandlers[e][t] = new h(s, t)
				}, JSServer.ChartApi.prototype._invokeHandler = function(e, t) {
					e && e(t)
				}, JSServer.ChartApi.prototype._sendRequest = function(e, t) {
					throw Error("This method is not implemented")
				}, JSServer.ChartApi.prototype._onMessage = function(e) {
					throw Error("This method is not implemented")
				}, JSServer.ChartApi.prototype._dispathNotification = function(e) {
					var t = e.params.shift();
					if (this._notificationHandlers[t]) switch (e.method) {
						case "timescale_update":
							var i = e.params[0],
								s = e.params[1];
							for (var r in s.clear = 0 === s.changes.length && 0 === s.marks.length, this
									._sessions[t].onMessage({
										method: "timescale_update",
										params: s
									}), i) {
								var n = {
									method: "data_update",
									params: {
										customId: r,
										plots: i[r].series,
										nonseries: i[r].nonseries,
										turnaround: i[r].turnaround
									}
								};
								this._invokeNotificationHandler(t, r, n)
							}
							break;
						case "tickmark_update":
							this._sessions[t].onMessage({
								method: "timescale_update",
								params: e.params[0]
							});
							break;
						case "data_update":
							for (var r in e.params[0]) {
								var o = e.params[0][r];
								n = {
									method: "data_update",
									params: {
										customId: r,
										plots: o.series ? o.series : o.plots,
										nonseries: o.nonseries,
										turnaround: o.turnaround
									}
								};
								this._invokeNotificationHandler(t, r, n)
							}
							break;
						case "index_update":
							for (var r in e.params[0]) {
								n = {
									method: "index_update",
									params: e.params[0][r]
								};
								this._invokeNotificationHandler(t, r, n)
							}
							break;
						case "critical_error":
							d.logNormal(new Date + " critical_error session:" + this.sessionid +
								" reason:" + e.params[0]), this._sessions[t].onMessage({
								method: "critical_error",
								params: e.params
							});
							break;
						case "timescale_completed":
						case "quote_symbol_data":
						case "quote_list_fields":
						case "depth_symbol_error":
						case "depth_symbol_success":
						case "dd":
						case "dpu":
						case "depth_bar_last_value":
							this._sessions[t].onMessage({
								method: e.method,
								params: e.params
							});
							break;
						case "clear_data":
							for (var a in e.params[0]) this._invokeNotificationHandler(t, a, {
								method: "clear_data",
								params: e.params[0][a]
							});
							break;
						default:
							var l = e.params[0];
							this._invokeNotificationHandler(t, l, e)
					}
				}, JSServer.ChartApi.prototype._invokeNotificationHandler = function(e, t, i) {
					if (void 0 !== t) {
						var s = this._notificationHandlers[e][t];
						void 0 !== s && s && this._invokeHandler(s.handler, i)
					}
				}, JSServer.ChartApi.prototype.searchSymbols = function(e, t, i, s, r, n, o, a, l, c) {
					this._studyEngine.searchSymbols(e, t, i, c)
				}, JSServer.ChartApi.prototype._notifySessions = function(e) {
					for (var t in this._sessions) {
						if (!this._sessions.hasOwnProperty(t)) return;
						var i = this._sessions[t];
						"function" == typeof i.onMessage && i.onMessage(e)
					}
				}, JSServer.ChartApi.prototype.unpack = function(e) {
					throw Error("This method is not implemented")
				}, JSServer.ChartApi.prototype.quoteCreateSession = function(e) {
					return this._studyEngine.quoteCreateSession(e)
				}, JSServer.ChartApi.prototype.quoteDeleteSession = function(e) {
					return this._studyEngine.quoteDeleteSession(e)
				}, JSServer.ChartApi.prototype.quoteSetFields = function(e, t) {
					return this._studyEngine.quoteSetFields(e, t)
				}, JSServer.ChartApi.prototype.quoteAddSymbols = function(e, t) {
					return -1 !== t.indexOf(void 0) && (console.warn("Got undefined in quoteAddSymbols"),
						t = t.filter((function(e) {
							return !!e
						}))), this._studyEngine.quoteAddSymbols(e, t)
				}, JSServer.ChartApi.prototype.quoteRemoveSymbols = function(e, t) {
					return this._studyEngine.quoteRemoveSymbols(e, t)
				}, JSServer.ChartApi.prototype.quoteFastSymbols = function(e, t) {
					return this._studyEngine.quoteFastSymbols(e, t)
				}, JSServer.ChartApi.prototype.quoteHibernateAll = function(e) {
					return this._studyEngine.quoteHibernateAll(e)
				}, JSServer.ChartApi.prototype.depthCreateSession = function(e) {
					return this._studyEngine.depthCreateSession(e)
				}, JSServer.ChartApi.prototype.depthDeleteSession = function(e) {
					return this._studyEngine.depthDeleteSession(e)
				}, JSServer.ChartApi.prototype.depthSetSymbol = function(e, t) {
					return this._studyEngine.depthSetSymbol(e, t)
				}, JSServer.ChartApi.prototype.depthClearSymbol = function(e) {}, JSServer.ChartApi
				.prototype.depthSetScale = function(e, t) {}, JSServer.ChartApi.prototype
				.createStudiesAccessController = function(e, t, i) {
					return new this.StudiesAccessController(this._studyEngine, e && JSON.parse(e) || {
						type: "black",
						tools: []
					})
				}, JSServer.ChartApi.prototype.StudiesAccessController = function(e, t) {
					this._studyEngine = e, this._studiesAccess = t
				}, JSServer.ChartApi.prototype.StudiesAccessController.prototype._findTool = function(e) {
					for (var t = null, i = 0; i < this._studiesAccess.tools.length; ++i) {
						var s = this._studiesAccess.tools[i];
						if (s.name === e || s === e) {
							t = s;
							break
						}
					}
					return t
				}, JSServer.ChartApi.prototype.StudiesAccessController.prototype.getEnabledTools =
				function() {
					return this._studyEngine.studiesMetadata().filter((function(e) {
						return this.isToolEnabled(e.description) || e.is_hidden_study
					}), this)
				}, JSServer.ChartApi.prototype.StudiesAccessController.prototype.isToolEnabled = function(
					e) {
					var t = this._findTool(e);
					return "black" === this._studiesAccess.type ? !t || t.grayed : !!t
				}, JSServer.ChartApi.prototype.StudiesAccessController.prototype.isToolGrayed = function(
					e) {
					var t = this._findTool(e);
					return t && t.grayed
				}, JSServer.ChartApi.prototype.serverTimeOffset = function() {
					return this._studyEngine.serverTimeOffset()
				},
				JSServer.ChartApi.prototype.serverTime = function() {
					return this._studyEngine.serverTime()
				}, JSServer.ChartApi.prototype.disconnectCount = function() {
					return 0
				}, u(JSServer.ChartApi, "JSServer.ChartApi", c, "ChartApiInterface"), e.exports = JSServer
				.ChartApi
		},
		EYFt: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return S
			}));
			var s = i("ivNn"),
				r = i("YFKU"),
				n = i("qFKp"),
				o = i("Tmoa"),
				a = i("Kxc7"),
				l = i("k9/m"),
				c = i("CW80"),
				h = i("mMWL"),
				u = i("23IT"),
				d = i("i6cO"),
				p = i("UAFa"),
				_ = i("xCUR"),
				m = i("Eyy1"),
				f = i("nEwK");
			const g = n.CheckMobile.any(),
				b = Object(r.t)("n/a"),
				v = a.enabled("hide_last_na_study_output");
			class S {
				constructor(e, t) {
					this._emptyValues = [], this._colorProviders = new Map, this._study = e, this
						._model = t;
					const i = e.metaInfo().plots;
					i && i.forEach((t, i) => {
						if (Object(u.isPlotWithTechnicalValues)(t)) return;
						const s = t.id;
						this._emptyValues.push({
							id: s,
							index: i,
							title: this._study.guiPlotName(s),
							value: "",
							visible: !1
						});
						const r = Object(u.isOhlcPlot)(t) ? t.target : t.id;
						this._colorProviders.set(r, Object(p.createStudyPlotColorProvider)(e
							.metaInfo(), e.properties(), r))
					})
				}
				getItems() {
					return this._emptyValues
				}
				getValues(e) {
					const t = this._emptyValues.map(e => ({
						...e
					}));
					let i = null;
					const r = this._study.data().lastIndex();
					if (null !== r)
						for (const e of t) {
							if (!this._study.properties().styles[e.id].visible.value()) continue;
							const t = this._study.nearestIndex(r, l.PlotRowSearchMode.NearestLeft, e
								.index + 1);
							if (void 0 === t) continue;
							const s = t + this._study.offset(e.id);
							i = null !== i ? Math.max(s, i) : s
						}(null === e || null !== i && e > i) && (e = i);
					const n = this._hideValues(),
						a = this._study.isVisible() && !n ? b : "";
					for (const e of t) e.value = a;
					if (n) return t;
					if (v && t.length && (t[t.length - 1].value = ""), this._study.metaInfo().graphics
						.hhists) return this._getValuesForHHist(t, e);
					const c = this._study.priceScale();
					if (!this._study.isVisible() || null === e || null === c || c.isEmpty() || this
						._model.timeScale().isEmpty()) return t;
					const h = this._study.metaInfo().plots,
						p = Object(_.a)(this._study),
						m = {};
					for (const i of t) {
						let t = i.id;
						const n = this._study.properties().styles[t].visible.value();
						if (i.visible = n, !n) continue;
						const a = i.index,
							c = e - this._study.offset(t),
							_ = null !== r && c > r ? l.PlotRowSearchMode.NearestLeft : l
							.PlotRowSearchMode.Exact,
							f = this._study.nearestIndex(c, _);
						if (void 0 === f) continue;
						let g = m[t];
						if (void 0 === g && (g = this._study.getMinFirstBarIndexForPlot(t), Number
								.isFinite(g) && (m[t] = g)), g > f) continue;
						const b = this._study.data().last(),
							v = this._study.data().valueAt(f) || (null !== b ? b.value : null);
						if (null === v) continue;
						const S = v[a + 1];
						if (!Object(s.isNumber)(S)) continue;
						const y = S > 0;
						i.value = p(S);
						const w = this._study.properties().styles[t];
						let P = w.color.value();
						const C = h[a];
						Object(u.isOhlcPlot)(C) ? (t = C.target || t, P = this._study.properties()
							.ohlcPlots[t].color.value()) : Object(u.isArrowsPlot)(C) && (P = y ? w
							.colorup.value() : w.colordown.value());
						let x = P;
						const T = this._colorProviders.get(t),
							I = T && T.getPlotPointStyle(v);
						I && (Object(u.isArrowsPlot)(C) ? (y && void 0 !== I.colors[d.ColorerType.Up] &&
									(x = I.colors[d.ColorerType.Up]), y || void 0 === I.colors[d
										.ColorerType.Down] || (x = I.colors[d.ColorerType.Down])) :
								void 0 !== I.colors[d.ColorerType.Main] && (x = I.colors[d.ColorerType
									.Main])), "transparent" === x && (x = P),
							x = Object(o.resetTransparency)(x), i.color = x
					}
					return t
				}
				_hideValues() {
					return g && (null === this._model.crossHairSource().pane || Object(c.isLineToolName)
						(h.tool.value()) || null !== this._model.lineBeingEdited())
				}
				_getValuesForHHist(e, t) {
					e.forEach(e => {
						e.visible = this._study.isVisible(), e.value = b
					});
					const i = this._study.priceScale(),
						r = this._model.timeScale();
					if (null === i || i.isEmpty() || r.isEmpty() || this._hideValues()) return e;
					if (null === t || !isFinite(t)) {
						const i = this._study.data().last();
						if (null === i) return e;
						t = i.index
					}
					const n = this._model.crossHairSource(),
						o = n.price;
					if (!isFinite(n.y) && null === (t = function(e, t) {
							var i;
							const s = null === (i = e.visibleBarsStrictRange()) || void 0 === i ?
								void 0 : i.lastBar();
							if (!s) return null;
							const r = t.data().search(s, l.PlotRowSearchMode.NearestLeft);
							return r ? r.index : null
						}(this._model.timeScale(), this._model.mainSeries()))) return e;
					const a = function(e, t, i, s) {
						if (0 === e.size) return null;
						if (!i) {
							const e = Object(m.ensureNotNull)(s.data().valueAt(t));
							i = s.barFunction()(e)
						}
						const r = function(e, t) {
							let i = null;
							return e.forEach((e, s) => {
								s <= t && (null === i || s > i) && (i = s)
							}), i
						}(e, t);
						if (null === r) return null;
						const n = e.get(r);
						if (!n || 0 === n.size) return null;
						return function(e, t) {
							let i = null;
							return e.forEach(e => {
								e.priceLow <= t && t < e.priceHigh && (i = e)
							}), i
						}(n, i)
					}(this._study.graphics().hhistsByTimePointIndex(), t, o, this._model
						.mainSeries());
					if (null === a) return e;
					const c = this._study.metaInfo().graphics.hhists;
					if (void 0 === c) return e;
					const h = c[a.styleId];
					if (void 0 === h) return e;
					const u = this._study.properties().child("graphics").child("hhists").child(a
							.styleId),
						d = new f.VolumeFormatter;
					return e.forEach((e, t) => {
						if (t < u.colors.childCount())
							if (t < a.rate.length) {
								const i = a.rate[t];
								e.title = h.titles[t], e.value = Object(s.isNumber)(i) ? d
									.format(i) : "", e.color = u.colors[t].value()
							} else e.title = "", e.value = "", e.color = void 0;
						else {
							if (a.rate.length > 1 && t === u.colors.childCount()) {
								const t = a.rate.reduce((e, t) => e + t, 0);
								return e.value = d.format(t), void(e.color = u.valuesColor
									.value())
							}
							e.value = ""
						}
					}), e
				}
			}
		},
		Ecpn: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			const s = {
				VbPFixed: !0,
				PivotPointsStandard: !0,
				VbPVisible: !0
			};

			function r(e) {
				return e in s
			}
		},
		EqoR: function(e, t, i) {
			"use strict";
			var s = i("5rJj"),
				r = i("aDyP").LineToolPitchfork;
			class n extends r {
				constructor(e, t) {
					super(e, t || n.createProperties())
				}
				name() {
					return "Inside Pitchfork"
				}
				static createProperties(e) {
					var t = new s("linetoolinsidepitchfork", e, !1, {
						range: [0, 8]
					});
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					r._configureProperties(e)
				}
			}
			t.LineToolInsidePitchfork = n
		},
		Ery9: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "setCustomAdapter", (function() {
					return _
				})), i.d(t, "initialize", (function() {
					return m
				})), i.d(t, "updateUser", (function() {
					return f
				})), i.d(t, "getChartsCount", (function() {
					return g
				})), i.d(t, "getCharts", (function() {
					return b
				})), i.d(t, "removeChart", (function() {
					return v
				})), i.d(t, "saveChart", (function() {
					return S
				})), i.d(t, "getChartContent", (function() {
					return y
				})), i.d(t, "loadChart", (function() {
					return w
				})), i.d(t, "removeStudyTemplate", (function() {
					return P
				})), i.d(t, "getStudyTemplateContent", (function() {
					return C
				})),
				i.d(t, "saveStudyTemplate", (function() {
					return x
				})), i.d(t, "getStudyTemplatesList", (function() {
					return T
				})), i.d(t, "invalidateStudyTemplatesList", (function() {
					return I
				})), i.d(t, "getStudyTemplateContentById", (function() {
					return M
				})), i.d(t, "getStandardStudyTemplateContentById", (function() {
					return O
				})), i.d(t, "removeStudyTemplateById", (function() {
					return L
				})), i.d(t, "renameStudyTemplate", (function() {
					return A
				})), i.d(t, "replaceStudyTemplate", (function() {
					return E
				})), i.d(t, "getDrawingTemplates", (function() {
					return k
				})), i.d(t, "loadDrawingTemplate", (function() {
					return D
				})), i.d(t, "removeDrawingTemplate", (function() {
					return V
				})), i.d(t, "saveDrawingTemplate", (function() {
					return B
				}));
			var s = i("FQhm"),
				r = i("txPx"),
				n = i("Cf1E");
			const o = Object(r.getLogger)("Chart.SaveloadAdapter.Library");
			let a, l, c, h, u = null,
				d = null;

			function p(e) {
				return `${c}/${encodeURIComponent(h)}/${e}?client=${encodeURIComponent(a)}&user=${encodeURIComponent(l)}`
			}

			function _(e) {
				u = e
			}

			function m(e, t, i, s) {
				a = e, l = t, c = i, h = s
			}

			function f(e) {
				l = e
			}

			function g(e, t) {
				throw new Error("Not implemented")
			}
			async function b() {
				const e = e => e.map(e => ({
					id: e.id,
					name: e.name,
					image_url: String(e.id),
					modified_iso: e.timestamp,
					short_symbol: e.symbol,
					interval: e.resolution
				}));
				if (u) return u.getAllCharts().then(e);
				try {
					const t = await fetch("" + p("charts"), {
						credentials: "same-origin"
					});
					if (!t.ok) throw new Error(
						`Getting chart content response was not OK. Status: ${t.status}.`);
					const i = await t.json();
					if ("ok" !== i.status) throw new Error("Get chart content request failed: " + i
						.message);
					return e(i.data)
				} catch (e) {
					throw o.logWarn(Object(n.a)(e)), e
				}
			}
			async function v(e) {
				if (u) u.removeChart(e);
				else try {
					const t = await fetch(`${p("charts")}&chart=${encodeURIComponent(e)}`, {
						method: "DELETE",
						credentials: "same-origin"
					});
					if (!t.ok) throw new Error(
						`Remove chart response was not OK. Status: ${t.status}.`);
					const i = await t.json();
					if ("ok" !== i.status) throw new Error(
						"Remove drawing template request failed: " + i.message)
				} catch (e) {
					throw o.logWarn(Object(n.a)(e)), e
				}
			}
			async function S(e, t, i, s, r) {
				const a = r.id.value(),
					l = {
						name: e,
						content: JSON.stringify(s),
						symbol: t,
						resolution: i
					};
				if (u) return u.saveChart({
					...l,
					id: a
				});
				try {
					const e = new FormData;
					for (const t in l) e.append(t, l[t]);
					let t = p("charts");
					null != a && (t += "&chart=" + encodeURIComponent(a));
					const i = await fetch(t, {
						credentials: "same-origin",
						method: "POST",
						body: e
					});
					if (!i.ok) throw new Error(
						`Saving chart content response was not OK. Status: ${i.status}.`);
					const s = await i.json();
					if ("ok" !== s.status) throw new Error("Saving chart content request failed: " + s
						.message);
					return s.id
				} catch (e) {
					throw o.logWarn(Object(n.a)(e)), e
				}
			}
			async function y(e) {
				const t = t => {
					const i = JSON.parse(t);
					return i.uid = e.id, i
				};
				if (u) return u.getChartContent(e.id).then(e => t(e));
				try {
					const i = await fetch(`${p("charts")}&chart=${encodeURIComponent(e.id)}`, {
						credentials: "same-origin"
					});
					if (!i.ok) throw new Error(
						`Getting chart content response was not OK. Status: ${i.status}.`);
					const s = await i.json();
					if ("ok" !== s.status) throw new Error("Get chart content request failed: " + s
						.message);
					return t(s.data.content)
				} catch (e) {
					throw o.logWarn(Object(n.a)(e)), e
				}
			}

			function w(e) {
				y(e).then(e => {
					s.emit("chart_load_requested", e)
				}, () => {
					o.logWarn("Error loading chart")
				})
			}
			async function P(e) {
				try {
					if (u) return u.removeStudyTemplate({
						name: e
					});
					const t = await fetch(`${p("study_templates")}&template=${encodeURIComponent(e)}`, {
						method: "DELETE",
						credentials: "same-origin"
					});
					if (!t.ok) throw new Error(
						`Remove study template response was not OK. Status: ${t.status}.`);
					const i = await t.json();
					if ("ok" !== i.status) throw new Error("Remove study template request failed: " + i
						.message)
				} catch (e) {
					throw o.logWarn(Object(n.a)(e)), e
				}
			}
			async function C(e) {
				try {
					if (u) {
						return {
							content: await u.getStudyTemplateContent({
								name: e
							})
						}
					}
					const t = await fetch(`${p("study_templates")}&template=${encodeURIComponent(e)}`, {
						credentials: "same-origin"
					});
					if (!t.ok) throw new Error(
						`Get study template response was not OK. Status: ${t.status}.`);
					const i = await t.json();
					if ("ok" !== i.status) throw new Error("Get study template request failed: " + i
						.message);
					return i.data
				} catch (e) {
					throw o.logWarn(Object(n.a)(e)), e
				}
			}
			async function x(e) {
				try {
					if (u) return u.saveStudyTemplate(e).then(() => ({
						error: ""
					})).catch(e => ({
						error: null != e ? Object(n.a)(e) : "error"
					}));
					const t = new FormData;
					t.append("name", e.name), t.append("content", e.content);
					const i = await fetch(p("study_templates"), {
						method: "POST",
						body: t,
						credentials: "same-origin"
					});
					if (!i.ok) throw new Error(
						`Save study template response was not OK. Status: ${i.status}.`);
					const s = await i.json();
					return {
						error: "ok" === s.status ? "" : s.status
					}
				} catch (e) {
					throw o.logWarn(Object(n.a)(e)), e
				}
			}
			async function T() {
				try {
					if (d) return d;
					d = [];
					const e = e => (d = e.map(e => ({
						is_default: !1,
						name: e.name
					})), d);
					if (u) return u.getAllStudyTemplates().then(e);
					const t = await fetch(p("study_templates"), {
						method: "GET",
						credentials: "same-origin"
					});
					if (!t.ok) throw new Error(
						`Study templates list response was not OK. Status: ${t.status}.`);
					const i = await t.json();
					if ("ok" !== i.status) throw new Error("Study templates list request failed: " + i
						.message);
					return e(i.data)
				} catch (e) {
					throw o.logWarn(Object(n.a)(e)), e
				}
			}

			function I() {
				d = null
			}

			function M(e, t) {
				throw new Error("Not implemented")
			}

			function O(e, t) {
				throw new Error("Not implemented")
			}

			function L(e, t) {
				throw new Error("Not implemented")
			}

			function A(e, t, i) {
				throw new Error("Not implemented")
			}

			function E(e, t, i) {
				throw new Error("Not implemented")
			}
			async function k(e) {
				throw new Error("Not implemented")
			}
			async function D(e, t) {
				throw new Error("Not implemented")
			}
			async function V(e, t) {
				throw new Error("Not implemented")
			}
			async function B(e, t, i) {
				throw new Error("Not implemented")
			}
		},
		EsvI: function(e, t, i) {
			"use strict";
			i.r(t);
			i("bSeV");
			var s = i("eJTA"),
				r = i("wZIs"),
				n = i("Vdly");

			function o() {
				return Object(n.getValue)("current_theme.name") || null
			}
			var a = i("wVAQ"),
				l = i("txPx");
			const c = Object(l.getLogger)("Themes.Provider");
			let h = null;

			function u(e) {
				return Object(a.fetch)("/theme/?themeName=" + encodeURIComponent(e), {
					credentials: "include",
					method: "GET"
				}).then(e => e.json()).then(e => {
					const t = {};
					return e.content && (t.content = JSON.parse(e.content)), t
				})
			}
			var d = i("zM7N"),
				p = i("oiZD");
			var _ = i("YFKU"),
				m = i("IMMp"),
				f = i("HGP3");
			const g = {
				[d.a.Light]: {
					name: d.a.Light,
					label: () => Object(_.t)("Light", {
						context: "colorThemeName"
					}),
					order: 2,
					getThemedColor: e => Object(f.getHexColorByName)(e)
				},
				[d.a.Dark]: {
					name: d.a.Dark,
					label: () => Object(_.t)("Dark", {
						context: "colorThemeName"
					}),
					order: 1,
					getThemedColor: e => {
						const t = m[e] || e;
						return Object(f.getHexColorByName)(t)
					}
				}
			};

			function b(e) {
				return !e.isPrivate
			}

			function v() {
				return g[p.watchedTheme.value()] || g.light
			}

			function S(e) {
				return v().getThemedColor(e)
			}
			async function y(e, t, i, s, n = !0, o = !1, a = !1) {
				const l = await (t ? Promise.resolve(O(e)) : x(e));
				if (void 0 !== l.content) {
					const h = !t;
					a && (void 0 !== (c = l.content).chartProperties && Object(r.applyDefaultsOverrides)
						(c.chartProperties), void 0 !== c.mainSourceProperties && Object(r
							.applyDefaultsOverrides)(c.mainSourceProperties, void 0, !0,
							"mainSeriesProperties")), await s.applyTheme(l.content, h, i, e, t, n,
						o)
				}
				var c;
				return l
			}

			function w() {
				Object(p.setTheme)(o() || "light")
			}

			function P() {
				return o()
			}

			function C() {
				var e;
				e = v().name, Object(n.setValue)("current_theme.name", e, {
					forceFlush: !0
				})
			}

			function x(e) {
				return u(e)
			}

			function T() {
				return h || Object(a.fetch)("/themes/", {
					credentials: "include",
					method: "GET"
				}).then(e => (h = e.json(), h))
			}

			function I() {
				return d.c()
			}

			function M(e) {
				return I().includes(e)
			}

			function O(e) {
				return d.b(e) || {
					content: void 0
				}
			}

			function L(e, t) {
				const i = t || v().name,
					s = d.b(i),
					r = 0 !== e.length && e.split(".");
				return s && s.content && r ? r.reduce((e, t) => e[t], s.content) : null
			}

			function A(e, t, i) {
				const r = L(e, i);
				return null !== r && Object(s.areEqualRgba)(Object(s.parseRgba)(r), Object(s.parseRgba)(
					String(t)))
			}

			function E(e, t) {
				return function(e, t) {
					const i = new FormData;
					return i.append("content", JSON.stringify(t)), i.append("name", e), h = null,
						Object(a.fetch)("/save-theme/", {
							credentials: "include",
							method: "POST",
							body: i
						}).then(e => e.json(), e => c.logError(e))
				}(e, t)
			}

			function k(e) {
				return function(e) {
					const t = new FormData;
					return t.append("name", e), h = null, Object(a.fetch)("/remove-theme/", {
						credentials: "include",
						method: "POST",
						body: t
					}).then(e => e.json(), e => c.logError(e))
				}(e)
			}

			function D(e) {
				return function(e) {
					return u(e).then(e => Boolean(e.content))
				}(e)
			}

			function V(e) {
				return d.e(e)
			}

			function B(e) {
				return d.d(e)
			}

			function R(e) {
				return {
					content: {
						chartProperties: {
							paneProperties: e.model().properties().paneProperties.state(),
							scalesProperties: e.model().properties().scalesProperties.state()
						},
						sessions: e.model().sessions().properties().state(),
						mainSourceProperties: e.model().mainSeries().properties().state()
					}
				}
			}
			i.d(t, "isPublicTheme", (function() {
					return b
				})), i.d(t, "getCurrentTheme", (function() {
					return v
				})), i.d(t, "getThemedColor", (function() {
					return S
				})), i.d(t, "loadTheme", (function() {
					return y
				})), i.d(t, "restoreTheme", (function() {
					return w
				})), i.d(t, "savedThemeName", (function() {
					return P
				})), i.d(t, "syncTheme", (function() {
					return C
				})), i.d(t, "getTheme", (function() {
					return x
				})), i.d(t, "getThemeNames", (function() {
					return T
				})), i.d(t, "getStdThemeNames", (function() {
					return I
				})), i.d(t, "isStdThemeName", (function() {
					return M
				})), i.d(t, "getStdTheme", (function() {
					return O
				})), i.d(t, "getStdThemedValue", (function() {
					return L
				})), i.d(t, "isStdThemedDefaultValue", (function() {
					return A
				})), i.d(t, "saveTheme", (function() {
					return E
				})), i.d(t, "removeTheme", (function() {
					return k
				})),
				i.d(t, "isThemeExist", (function() {
					return D
				})), i.d(t, "translateStdThemeName", (function() {
					return V
				})), i.d(t, "isStdTheme", (function() {
					return B
				})), i.d(t, "extractThemeFromModel", (function() {
					return R
				})), i.d(t, "DEFAULT_THEME", (function() {
					return "light"
				})), i.d(t, "themes", (function() {
					return g
				}))
		},
		ExCE: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("VdBB");
			class r {
				constructor() {
					this._bars = []
				}
				hitTest(e) {
					const t = this._bars,
						i = this._getBarSpacing(),
						s = i / 2;
					if (0 === t.length) return null;
					const r = this._getTolerance(),
						n = t[0],
						o = t[t.length - 1];
					if (e.x < n.time - s - r) return null;
					if (e.x > o.time + s + r) return null;
					let a = 0,
						l = t.length - 1,
						c = -1;
					for (; a <= l;) {
						const i = Math.floor((a + l) / 2),
							h = t[i];
						let u = s;
						if (h !== n && h !== o || (u += r), Math.abs(h.time - e.x) <= u) {
							c = i;
							break
						}
						e.x - h.time > s ? a = i + 1 : l = i - 1
					}
					if (-1 !== c) {
						const n = Math.ceil(r / i);
						if (0 !== n) {
							const i = Math.max(0, c - n),
								o = Math.min(t.length - 1, c + n);
							for (let n = i; n <= o; n++)
								if (Math.abs(e.x - t[n].time) <= s + r && this._isPointAtBar(t[n], e.y,
										r)) return this._getHitTest()
						} else if (this._isPointAtBar(t[c], e.y, r)) return this._getHitTest()
					}
					return null
				}
				_getHitTest() {
					return new s.HitTestResult(s.HitTestResult.REGULAR)
				}
				_isPointAtBar(e, t, i) {
					const s = Math.min(e.high, e.low),
						r = Math.max(e.high, e.low);
					return s - i <= t && t <= r + i
				}
			}
		},
		EyEd: function(e, t, i) {
			"use strict";
			var s = i("lCO3").Version,
				r = i("txPx").getLogger("Chart.StudyMigration");

			function n(e) {
				this._studyId = e, this._maxToVers = s.ZERO, this._maxFromVers = s.ZERO, this._migrs = []
			}
			n.prototype.addMigration = function(e, t, i) {
				var r = s.parse(e),
					n = s.parse(t);
				r.isGreater(this._maxFromVers) && (this._maxFromVers = r), n.isGreater(this
					._maxToVers) && (this._maxToVers = n), this._migrs.push({
					fromVers: r,
					toVers: n,
					rules: i
				})
			}, n.prototype.updateInputs = function(e, t, i) {
				if (!i) return i;
				for (var s = TradingView.clone(i), n = e; n.isLess(t);) {
					var o = this._findMigration(n);
					if (null == o) break;
					if (r.logNormal("Migrating study inputs from " + o.fromVers + " to " + o.toVers +
							" version, studyId: " + this._studyId + ", migration: " + JSON.stringify(
								o) + ", inputs: " + JSON.stringify(i)), s = this._applyMigration(s, o),
						!n
						.isLess(o.toVers)) throw new Error(
						"Problems in study migration process... Possible infinite cycle has been detected and stopped."
					);
					n = o.toVers
				}
				return n > e && r.logNormal("Study inputs migration is done, studyId: " + this
					._studyId + ", inputs: " + JSON.stringify(s)), s
			}, n.prototype._findMigration = function(e) {
				for (var t = -1, i = this._maxFromVers, s = 0; s < this._migrs.length; s++) {
					var r = this._migrs[s];
					r.fromVers.isLess(e) || r.fromVers.isLessOrEqual(i) && (i = r.fromVers, t = s)
				}
				return t < 0 ? null : this._migrs[t]
			}, n.prototype._applyMigration = function(e, t) {
				for (var i = e, s = 0; s < t.rules.length; s++) {
					var r = t.rules[s];
					i = this._getApplyRuleFun(r.type)(i, r)
				}
				return i
			}, n.prototype._getApplyRuleFun = function(e) {
				if ("inputRemoved" === e) return n._applyInputRemovedRule;
				if ("inputChangedType" === e) return n._applyInputChangedTypeRule;
				if ("inputChangedMinMax" === e) return n._applyInputChangedMinMaxRule;
				if ("inputChangedOptions" === e) return n._applyInputChangedOptionsRule;
				throw new Error("Unknown migration rule type: " + e)
			}, n._applyInputRemovedRule = function(e, t) {
				if (!(t.inputId in e)) return e;
				if ("removeVal" !== t.action) throw new Error("Unexpected rule.action=" + t.action +
					" in rule.type=" + t.type);
				var i = e[t.inputId];
				return delete e[t.inputId], r.logNormal("Input " + t.inputId + "=" + i + " removed"), e
			}, n._applyInputChangedTypeRule = function(e, t) {
				var i = e[t.inputId];
				if ("resetToDefVal" === t.action) return e[t.inputId] = t.defVal, r.logNormal("Input " +
					t.inputId + "=" + i + " reset to default value " + t.defVal), e;
				if ("convertVal" === t.action) {
					if (null == i) return e;
					if ("float" === t.inputTypeFrom && "integer" === t.inputType) return e[t.inputId] =
						Math.round(e[t.inputId]), r.logNormal("Input " + t.inputId + "=" + i +
							" converted to value " + e[t.inputId]), e;
					if ("integer" === t.inputTypeFrom && "float" === t.inputType) return e;
					if ("text" === t.inputTypeFrom && "source" === t.inputType) return n._isValidSource(
						i, t.options) || (e[t.inputId] = t.defVal), e;
					throw new Error("Cannot convertVal from " + t.inputTypeFrom + " to " + t.inputType)
				}
				throw new Error("Unknown action " + t.action + " for rule with type " + t.type)
			}, n._isValidSource = function(e, t) {
				return e.indexOf("$") >= 0 || t.indexOf(e) >= 0
			}, n._applyInputChangedMinMaxRule = function(e, t) {
				if ("adjustValIfNeeded" !== t.action) throw new Error("Unknown action " + t.action +
					" for rule with type " + t.type);
				var i = e[t.inputId];
				return i < t.minVal ? e[t.inputId] = t.minVal : i > t.maxVal && (e[t.inputId] = t
					.maxVal), r.logNormal("Input " + t.inputId + "=" + i + " adjusted to value " +
					e[t.inputId]), e
			}, n._applyInputChangedOptionsRule = function(e, t) {
				if (!(["text"].indexOf(t.inputType) >= 0 && "resetToDefValIfNeeded" === t.action))
					throw new Error("Unexpected rule.inputType=" + t.inputType + " in rule.action=" + t
						.action);
				var i = e[t.inputId];
				return t.options.indexOf(i) < 0 && (e[t.inputId] = t.defVal, r.logNormal("Input " + t
					.inputId + "=" + i + " reset to default value " + t.defVal)), e
			}, e.exports = n
		},
		Eyy1: function(e, t, i) {
			"use strict";

			function s(e) {
				if (void 0 === e) throw new Error("Value is undefined");
				return e
			}

			function r(e) {
				if (null === e) throw new Error("Value is null");
				return e
			}
			Object.defineProperty(t, "__esModule", {
					value: !0
				}), t.ensureNever = t.ensure = t.ensureNotNull = t.ensureDefined = t.assert = void 0, t
				.assert = function(e, t) {
					if (!e) throw new Error("Assertion failed" + (t ? ": " + t : ""))
				}, t.ensureDefined = s, t.ensureNotNull = r, t.ensure = function(e) {
					return r(s(e))
				}, t.ensureNever = function(e) {}
		},
		F58L: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyTemplates", (function() {
				return _
			}));
			var s = i("YFKU"),
				r = i("zUrt"),
				n = i("JWMC"),
				o = i("aIyQ"),
				a = i.n(o),
				l = i("hY0g"),
				c = i.n(l),
				h = i("fZEr"),
				u = i("txPx");
			const d = Object(u.getLogger)("Platform.StudyTemplates"),
				p = Object(s.t)("Do you really want to delete Study Template '{name}' ?");
			class _ {
				constructor(e) {
					this._chartWidgetCollection = e.chartWidgetCollection, this
						._favoriteStudyTemplatesService = e.favoriteStudyTemplatesService, window
						.loginStateChange.subscribe(null, r.backend.invalidateStudyTemplatesList), this
						._list = new c.a([]), this._onChange = new a.a, this._list.subscribe(() => this
							._onChange.fire())
				}
				findRecordByName(e) {
					return this._list.value().find(t => t.name === e) || null
				}
				showSaveAsDialog() {
					const e = this._chartWidgetCollection.activeChartWidget.value().model();
					Promise.all([i.e("react"), i.e(1), i.e(3), i.e(4), i.e(8), i.e(9), i.e(13), i.e(16),
						i.e(17), i.e(21), i.e(23), i.e(28), i.e(36), i.e(85), i.e(0), i.e(2), i
						.e(15), i.e("study-template-dialog")
					]).then(i.bind(null, "IDfV")).then(t => {
						new t.StudyTemplateSaver({
							controller: e,
							onSave: e => {
								this._list.setValue(e)
							}
						}).show()
					})
				}
				applyTemplate(e) {
					const t = this.findRecordByName(e);
					null !== t ? window.runOrSignIn(() => {
						const e = this._chartWidgetCollection.activeChartWidget.value(),
							i = i => {
								Object(n.trackEvent)("GUI", "Load Study Template"), e.model()
									.applyStudyTemplate(JSON.parse(i.content), t.name)
							};
						void 0 !== t.id ? t.is_default ? r.backend
							.getStandardStudyTemplateContentById(t.id, i) : r.backend
							.getStudyTemplateContentById(t.id, i) : r.backend
							.getStudyTemplateContent(t.name).then(i)
					}, {
						source: "Study templates apply"
					}) : d.logNormal(`Template ${e} not found in cache`)
				}
				deleteStudyTemplate(e) {
					const t = this.findRecordByName(e);
					null !== t ? this._removeTemplate(t) : d.logNormal(
						`Template ${e} not found in cache`)
				}
				list() {
					return this._list.value()
				}
				getOnChange() {
					return this._onChange
				}
				refreshStudyTemplateList(e) {
					r.backend.getStudyTemplatesList().then(t => {
						this._list.setValue(t), void 0 !== e && e()
					})
				}
				invalidate() {
					r.backend.invalidateStudyTemplatesList()
				}
				_removeTemplate(e) {
					window.runOrSignIn(() => {
						Object(h.showConfirm)({
							text: p.format({
								name: e.name
							}),
							onConfirm: ({
								dialogClose: t
							}) => new Promise(i => {
								const s = () => {
									this.refreshStudyTemplateList(() => {
										const s = this.list();
										this._list.setValue(s
												.filter(t => t !==
													e)), this
											._favoriteStudyTemplatesService &&
											this
											._favoriteStudyTemplatesService
											.remove(e.name), i(),
											t()
									})
								};
								r.backend.invalidateStudyTemplatesList(),
									void 0 !== e.id ? r.backend
									.removeStudyTemplateById(e.id, s) : r
									.backend.removeStudyTemplate(e.name).then(s)
							})
						})
					}, {
						source: "Study templates delete"
					})
				}
			}
		},
		FA0h: function(e, t, i) {
			"use strict";

			function s() {
				return Promise.all([i.e("redux"), i.e("react"), i.e(1), i.e(3), i.e(4), i.e(8), i.e(9), i.e(
						13), i.e(14), i.e(19), i.e(26), i.e(0), i.e(2), i.e(7), i.e(10), i.e(18), i
					.e(20), i.e(25), i.e("symbol-search-dialog")
				]).then(i.bind(null, "GcSm"))
			}
			i.d(t, "a", (function() {
				return s
			}))
		},
		FBsw: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "OverlayPriceAxisView", (function() {
				return l
			}));
			var s = i("Kxc7"),
				r = i("KcY8"),
				n = i("n5al"),
				o = i("oXaB");
			const a = s.enabled("force_exchange_as_title");
			class l extends r.a {
				constructor(e) {
					super(), this._source = e
				}
				_updateRendererData(e, t, i) {
					e.visible = !1, t.visible = !1;
					const s = this._source.lastValueData("close", !1);
					if (s.noData) return;
					const r = this._source.model(),
						n = this._source.priceScale();
					if (null === n) return;
					if (!r.isPriceScaleVisible(n)) return;
					i.background = s.color, i.textColor = this.generateTextColor(s.color), i
						.coordinate = s.coordinate, i.floatCoordinate = s.floatCoordinate;
					const a = this._source.model().properties().scalesProperties,
						l = n.isPercentage();
					a.showSeriesLastValue.value() && (e.text = l ? s.formattedPricePercentage : s
							.formattedPriceAbsolute, a.seriesLastValueMode.value() !== o
							.PriceAxisLastValueMode.LastPriceAndPercentageValue ? e.secondLine =
							"" : e.secondLine = l ? s.formattedPriceAbsolute : s
							.formattedPricePercentage, e.visible = !0), t.text = "", a
						.showSymbolLabels.value() && (t.text = this._paneText(),
							t.visible = t.text.length > 0)
				}
				_paneText() {
					let e = "";
					const t = this._source.symbolInfo();
					return a ? e = Object(n.displayedSymbolExchange)(t) : this._source.model()
						.properties().scalesProperties.showSymbolLabels.value() && (e = Object(n
							.displayedSymbolName)(t)), e
				}
			}
		},
		FBuY: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "TVXWindowEvents", (function() {
				return o
			}));
			i("HbRj");
			var s = i("txPx"),
				r = i("VVxS");
			const n = Object(s.getLogger)("XWindowEvents");
			var o;
			! function(e) {
				const t = "tvxwevents.",
					i = {};
				let s;
				window.BroadcastChannel ? (s = new BroadcastChannel("tvxwevents"), s.addEventListener(
					"message", (function(e) {
						const {
							data: {
								event: t,
								value: s
							}
						} = e;
						i[t] && i[t].forEach(e => {
							e(s)
						})
					})), function() {
					const e = [],
						i = performance.now();
					for (let i = 0; i < r.TVLocalStorage.length; i++) {
						const s = r.TVLocalStorage.key(i);
						s.startsWith(t) && e.push(s)
					}
					const s = r.TVLocalStorage.length;
					for (const t of e) r.TVLocalStorage.removeItem(t);
					const o = performance.now() - i;
					n.logNormal("Total keys amount in local storage on operation start: " + s), n
						.logNormal("Keys amount in local storage to be deleted: " + e.length), n
						.logNormal("Keys to be deleted from local storage: " + JSON.stringify(e)), n
						.logNormal(`Removing keys from local storage took ${o} ms`)
				}()) : window.addEventListener("storage", (function(e) {
					const {
						newValue: s,
						key: n
					} = e;
					if (null === s || !n || !n.startsWith(t)) return;
					const o = n.substr(t.length);
					i[o] && i[o].forEach(t => {
						t(e.newValue)
					});
					r.TVLocalStorage.removeItem(n)
				})), e.on = function(e, t) {
					i[e] || (i[e] = []), i[e].push(t)
				}, e.off = function(e, t) {
					if (!i[e]) return;
					const s = i[e].indexOf(t); - 1 !== s && (1 === i[e].length ? delete i[e] : i[e]
						.splice(s, 1))
				}, e.emit = function(e, i = Date.now()) {
					try {
						s ? s.postMessage({
							event: e,
							value: i
						}) : r.TVLocalStorage.setItem(t + e, i.toString())
					} catch (e) {
						n.logError(e.message)
					}
				}
			}(o || (o = {}))
		},
		FDyI: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("LxhU"),
				n = i("IiTo"),
				o = i("/bs+");
			class a {
				constructor(e) {
					this._timeScale = e
				}
				coordinateToTime(e) {
					const t = this._timeScale.coordinateToIndex(e);
					return this._timeScale.indexToTimePoint(t)
				}
				barSpacingChanged() {
					return this._timeScale.barSpacingChanged()
				}
				rightOffsetChanged() {
					return this._timeScale.rightOffsetChanged()
				}
				barSpacing() {
					return this._timeScale.barSpacing()
				}
				rightOffset() {
					return this._timeScale.rightOffset()
				}
				width() {
					return this._timeScale.width()
				}
			}
			var l = i("aIyQ"),
				c = i.n(l),
				h = i("96Yh"),
				u = i("pOzK"),
				d = i("CsKN");

			function p(e, t) {
				const i = () => {
						e.completed().unsubscribe(null, s), t(!1)
					},
					s = () => {
						e.error().unsubscribe(null, i), t(!0)
					};
				e.completed().subscribe(null, i, !0), e.error().subscribe(null, s, !0)
			}
			var _ = i("OLhd");
			i.d(t, "ChartWidgetApiBase", (function() {
				return m
			}));
			class m {
				constructor(e, t) {
					this._visibleBarsChanged = new c.a, this._crosshairMoved = new c.a, this._ranges =
						null, this._alignerResolution = r.Interval.parse(""), this._alignerSymbolInfo =
						null, this._dwmAligner = null, this._chartWidget = e, this._activateChart = t,
						this._chartWidget.model().crossHairSource().moved().subscribe(this, this
							._onCrosshairMoved)
				}
				getPriceToBarRatio() {
					return this._chartWidget.model().model().mainSeriesScaleRatioProperty().value()
				}
				setPriceToBarRatio(e, t) {
					const i = this._chartWidget.model(),
						s = i.model(),
						r = s.mainSeriesScaleRatioProperty();
					(null == t ? void 0 : t.disableUndo) ? new d.SetScaleRatioPropertiesCommand(r, e,
						"", s).redo(): i.setScaleRatioProperty(r, e, "Change Price to Bar Ratio")
				}
				isPriceToBarRatioLocked() {
					return this._chartWidget.model().model().mainSeries().priceScale().isLockScale()
				}
				setPriceToBarRatioLocked(e, t) {
					const i = this._chartWidget.model(),
						s = i.model(),
						r = s.mainSeries().priceScale();
					(null == t ? void 0 : t.disableUndo) ? new u.SetPriceScaleModeCommand({
						lockScale: e
					}, r, "", s).redo(): i.setPriceScaleMode({
						lockScale: e
					}, r, "Toggle Lock Scale")
				}
				onDataLoaded() {
					return this._makeSubscriptionFromDelegate(this._chartWidget.model().mainSeries()
						.dataEvents().completed())
				}
				onSymbolChanged() {
					return this._makeSubscriptionFromDelegate(this._chartWidget.model().mainSeries()
						.dataEvents().symbolResolved())
				}
				onIntervalChanged() {
					return this._makeSubscriptionFromDelegate(this._chartWidget.model().mainSeries()
						.onIntervalChanged())
				}
				onVisibleRangeChanged() {
					return this._makeSubscriptionFromDelegate(this._visibleBarsChanged)
				}
				onChartTypeChanged() {
					return this._makeSubscriptionFromDelegate(this._chartWidget.model().mainSeries()
						.onStyleChanged())
				}
				onSeriesTimeframe() {
					return this._makeSubscriptionFromDelegate(this._chartWidget.model().mainSeries()
						.dataEvents().seriesTimeFrame())
				}
				whenChartReady(e) {
					this._chartWidget.withModel(this, e)
				}
				crossHairMoved() {
					return this._makeSubscriptionFromDelegate(this._crosshairMoved)
				}
				setSymbol(e, t) {
					if (e === this.symbol()) return void(null == t || t());
					const i = e => {
							!e && t && t()
						},
						s = this._chartWidget.model().mainSeries().dataEvents();
					t && p(s, i), this._activateChart(), this._chartWidget.setSymbol(e)
				}
				setResolution(e, t) {
					const i = r.Interval.normalize(e);
					if (null === i || i === this.resolution()) return void(null == t || t());
					const s = e => {
							!e && t && t()
						},
						n = this._chartWidget.model().mainSeries().dataEvents();
					t && p(n, s), this._activateChart(), this._chartWidget.setResolution(i)
				}
				setChartType(e, t) {
					const i = this._chartWidget.model().mainSeries().properties().style;
					if (i.value() === e) return void(null == t || t());
					const s = e => {
							!e && t && t()
						},
						r = this._chartWidget.model().mainSeries().dataEvents();
					t && p(r, s), this._chartWidget.model().setChartStyleProperty(i, e,
						"Change Series Style")
				}
				getAllStudies() {
					return this._chartWidget.model().model().allStudies(!0).map(h.studyEntityInfo)
				}
				getAllPanesHeight() {
					const e = this._chartWidget.model().model().panes();
					if (this._chartWidget.isMaximizedPane()) {
						let t = 0,
							i = 0;
						e.forEach(e => {
							t += e.height(), i += e.stretchFactor()
						});
						const s = i / t;
						return e.map(e => Math.round(e.stretchFactor() / s * 100) / 100)
					}
					return e.map(e => e.height())
				}
				setAllPanesHeight(e) {
					const t = this._chartWidget.model().model(),
						i = t.panes();
					Object(s.assert)(i.length === e.length,
						"There`s a mismatch between the number of heights you provided and the number of panes."
					);
					const r = i.reduce((e, t) => e + t.stretchFactor(), 0) / e.reduce((e, t) => e + t);
					e.forEach((e, t) => {
						const s = e * r;
						i[t].setStretchFactor(s)
					}), t.fullUpdate()
				}
				sessions() {
					return this._chartWidget.model().model().sessions()
				}
				getTimeScaleLogicalRange() {
					return this._chartWidget.model().timeScale().logicalRange()
				}
				exportData(e) {
					const t = {
						...e
					};
					return void 0 !== t.from && (t.from = this._convertTimeFromPublic(t.from)),
						void 0 !== t.to && (t.to = this._convertTimeFromPublic(t.to)), i.e(
							"export-data").then(i.bind(null, "SIoL")).then(e => e.exportData(this
							._chartWidget.model().model(), t))
				}
				barTimeToEndOfPeriod(e) {
					const t = this._prepareEndOfPeriodArgs();
					return Object(o.a)(t.barBuilder, e, t.intervalObj)
				}
				endOfPeriodToBarTime(e) {
					const t = this._prepareEndOfPeriodArgs();
					return Object(o.b)(t.barBuilder, e, t.intervalObj)
				}
				properties() {
					return this._chartWidget.properties()
				}
				setBarSpacing(e) {
					this._chartWidget.model().timeScale().setBarSpacing(e)
				}
				scrollChartByBar(e) {
					this._chartWidget.model().scrollChartByBar(e)
				}
				mergeAllScales(e) {
					this._chartWidget.model().mergeAllScales(e)
				}
				chartPainted() {
					return this._chartWidget.chartPainted()
				}
				axesSizeReady() {
					for (const e of this._chartWidget.paneWidgets()) {
						for (const t of e.leftPriceAxisesContainer().axes())
							if (!t.sizeReady()) return !1;
						for (const t of e.rightPriceAxisesContainer().axes())
							if (!t.sizeReady()) return !1
					}
					return !0
				}
				applyOverrides(e) {
					this._chartWidget.applyOverrides(e)
				}
				addOverlayStudy(e, t, i) {
					return this._chartWidget.addOverlayStudy(e, t, i)
				}
				ranges() {
					throw new Error("not implemented")
				}
				getTimeScale() {
					return new a(this._chartWidget.model().timeScale())
				}
				_destroy() {
					this._chartWidget.hasModel() && this._chartWidget.model().crossHairSource().moved()
						.unsubscribeAll(this)
				}
				_createStudy(e) {
					return Promise.reject("Pine and java studies are not supported")
				}
				_convertTimeToPublic(e) {
					const t = this._getSeriesAligner();
					return null !== t ? t.timeToExchangeTradingDay(1e3 * e) / 1e3 : e
				}
				_convertIndexToPublicTime(e) {
					const t = this._chartWidget.model(),
						i = t.timeScale();
					if (i.isEmpty()) return null;
					const r = i.points(),
						n = Object(s.ensureNotNull)(r.firstIndex()),
						o = Object(s.ensureNotNull)(r.lastIndex());
					let a = null;
					if (n <= e && e <= o) a = r.valueAt(e);
					else if (e > o) {
						const r = t.mainSeries().syncModel();
						if (null !== r) {
							const t = Object(s.ensureNotNull)(i.indexToTimePoint(o));
							a = r.projectTime(t, e - o)
						}
					}
					return null !== a && (a = this._convertTimeToPublic(a)), a
				}
				_convertTimeFromPublic(e) {
					const t = this._getSeriesAligner();
					return null !== t ? t.timeToSessionStart(1e3 * e) / 1e3 : e
				}
				_getSeriesAligner() {
					const e = this._chartWidget.model().mainSeries(),
						t = e.interval(),
						i = r.Interval.parse(t),
						s = e.symbolInfo();
					return this._alignerResolution.isEqualTo(i) && this._alignerSymbolInfo === s || (
						this._dwmAligner = null === s ? null : Object(_.createDwmAligner)(t, s),
						this._alignerResolution = i, this._alignerSymbolInfo = s), this._dwmAligner
				}
				_onCrosshairMoved(e) {
					const t = this._convertIndexToPublicTime(e.index);
					null !== t && this._crosshairMoved.fire({
						price: e.price,
						time: t
					})
				}
				_makeSubscriptionFromDelegate(e) {
					return {
						subscribe: e.subscribe.bind(e),
						unsubscribe: e.unsubscribe.bind(e),
						unsubscribeAll: e.unsubscribeAll.bind(e)
					}
				}
				_prepareEndOfPeriodArgs() {
					const e = this._chartWidget.model().model(),
						t = e.timezone(),
						i = Object(s.ensureNotNull)(e.mainSeries().symbolInfo()),
						o = e.mainSeries().interval(),
						a = new n.SessionInfo(t, i.session, i.session_holidays, i.corrections);
					return {
						barBuilder: Object(n.newBarBuilder)(o, a, a),
						intervalObj: r.Interval.parse(o)
					}
				}
			}
		},
		FIi8: function(e, t, i) {
			"use strict";

			function s(e, ...t) {
				return e && "object" == typeof e ? (0 === t.length || t.forEach(t => {
					null != t && "object" == typeof t && Object.keys(t).forEach(i => {
						const n = e[i],
							o = t[i];
						if (o === e) return;
						const a = Array.isArray(o);
						if (o && (r(o) || a)) {
							let t;
							t = a ? n && Array.isArray(n) ? n : [] : n && r(n) ? n : {},
								e[i] = s(t, o)
						} else void 0 !== o && (e[i] = o)
					})
				}), e) : e
			}

			function r(e) {
				if (!e || "[object Object]" !== Object.prototype.toString.call(e)) return !1;
				const t = Object.getPrototypeOf(e);
				if (!t) return !0;
				const i = Object.hasOwnProperty.toString,
					s = t.hasOwnProperty("constructor") && t.constructor;
				return "function" == typeof s && i.call(s) === i.call(Object)
			}
			i.r(t), i.d(t, "deepExtend", (function() {
				return s
			}))
		},
		FKaq: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SetPriceScaleSelectionStrategyCommand", (function() {
				return a
			}));
			var s = i("Eyy1"),
				r = i("RDU5"),
				n = i("MWAT");
			class o {
				constructor(e) {
					this._leftScales = e.leftPriceScales().map(e => e.id()), this._rightScales = e
						.rightPriceScales().map(e => e.id())
				}
				restorePane(e) {
					this._leftScales.reverse().map(t => Object(s.ensureNotNull)(e.getPriceScaleById(t)))
						.forEach(t => e.movePriceScale(t, "left")), this._rightScales.reverse().map(t =>
							Object(s.ensureNotNull)(e.getPriceScaleById(t))).forEach(t => e
							.movePriceScale(t, "right"))
				}
			}
			class a extends r.UndoCommand {
				constructor(e, t, i) {
					super(i), this._chartModel = e, this._targetStrategy = Object(n
							.createPriceScaleSelectionStrategy)(t), this._initialState = e.panes()
						.map(e => new o(e))
				}
				redo() {
					this._chartModel.panes().forEach(e => e.setPriceScaleSelectionStrategy(this
						._targetStrategy)), this._chartModel.fullUpdate()
				}
				undo() {
					const e = this._chartModel.panes();
					for (let t = 0; t < e.length; t++) this._initialState[t].restorePane(e[t]);
					this._chartModel.fullUpdate()
				}
			}
		},
		FQhm: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "unsubscribe", (function() {
				return l
			})), i.d(t, "on", (function() {
				return c
			})), i.d(t, "subscribe", (function() {
				return h
			})), i.d(t, "subscribeToAll", (function() {
				return u
			})), i.d(t, "emit", (function() {
				return d
			})), i.d(t, "emitOnce", (function() {
				return p
			}));
			var s = i("aIyQ"),
				r = i.n(s);
			const n = {},
				o = [],
				a = {};

			function l(e, t, i) {
				n[e].unsubscribe(i, t)
			}

			function c(e, t, i) {
				h(e, t, i)
			}

			function h(e, t, i, s) {
				n.hasOwnProperty(e) || (n[e] = new r.a), a[e] ? t.call(i) : n[e].subscribe(i, t, s)
			}

			function u(e) {
				o.push(e)
			}

			function d(e, ...t) {
				const i = [e].concat(t);
				o.forEach(e => {
					e.apply(null, i)
				}), n.hasOwnProperty(e) && n[e].fire.apply(n[e], t)
			}

			function p(e) {
				a[e] && console.warn(
					`Something went wrong: emitOnce called multiple times with same event (${e})`), a[
					e] = !0, d.apply(null, arguments)
			}
		},
		FZIs: function(e, t, i) {
			"use strict";
			var s;
			i.d(t, "a", (function() {
					return s
				})),
				function(e) {
					e.Light = "light", e.Dark = "dark"
				}(s || (s = {}))
		},
		FaJS: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "scaleRatio", (function() {
				return r
			})), i.d(t, "priceRangeByScaleRatio", (function() {
				return n
			})), i.d(t, "barSpacingByScaleRatio", (function() {
				return o
			}));
			var s = i("Qb4w");

			function r(e, t) {
				if (t.isLog() || e.isEmpty() || t.isEmpty()) return null;
				const i = function(e) {
					if (e.isEmpty()) return null;
					const t = e.priceRange();
					if (null === t) return null;
					const i = t.length();
					return e.internalHeight() / i
				}(t);
				if (null === i) return null;
				return e.getValidBarSpacing() / Math.max(1e-10, i)
			}

			function n(e, t, i) {
				if (e.isLog() || null === i || e.isEmpty()) return null;
				const r = e.priceRange();
				if (null === r || r.isEmpty()) return null;
				const n = e.internalHeight() / (t / i),
					o = r.length();
				if (n === o) return r;
				const a = (n - o) / 2;
				return new s.PriceRange(r.minValue() - a, r.maxValue() + a)
			}

			function o(e, t) {
				if (e.isLog() || null === t || e.isEmpty()) return null;
				const i = e.priceRange();
				if (null === i) return null;
				const s = i.length();
				return e.internalHeight() / s * t
			}
		},
		Fdrt: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PaneRendererStandardPivotLabel", (function() {
				return r
			}));
			var s = i("VdBB");
			class r {
				constructor(e, t, i) {
					this._drawRects = [], this._cacheProvider = e, this._point = t, this._label = i
				}
				draw(e, t) {
					const i = this._cacheProvider(t);
					e.save(), e.setTransform(1, 0, 0, 1, 0, 0);
					const s = t.pixelRatio;
					this._drawRects = [];
					const r = t => {
							const r = i.labelRectByIndex(t),
								n = {
									left: Math.round(this._point.x - r.width + o),
									top: Math.round(this._point.y - r.height / 2),
									width: r.width,
									height: r.height
								};
							return e.drawImage(i.canvas(), Math.round(r.left * s), Math.round(r.top *
										s), r.width * s, r.height * s, Math.round(n.left * s), Math
									.round(n
										.top * s), n.width * s, n.height * s), this._drawRects.push(n),
								r.width
						},
						n = this._label.split("/");
					let o = 0;
					for (let e = 0; e < n.length; e++) {
						const t = ["P", "S1", "R1", "S2", "R2", "S3", "R3", "S4", "R4", "S5", "R5"]
							.indexOf(n[e]);
						e > 0 && (o += r(t + 11) / 2), o += r(t) / 2
					}
					e.restore()
				}
				hitTest(e) {
					for (const t of this._drawRects)
						if (e.x >= t.left && e.x <= t.left + t.width && e.y >= t.top && e.y <= t.top + t
							.height) return new s.HitTestResult(s.HitTestResult.REGULAR);
					return null
				}
			}
		},
		Fixu: function(e, t, i) {
			"use strict";
			i.d(t, "c", (function() {
				return r
			})), i.d(t, "d", (function() {
				return n
			})), i.d(t, "b", (function() {
				return o
			})), i.d(t, "a", (function() {
				return a
			}));
			i("Eyy1"), i("dfhE");

			function s(e, t) {
				0
			}

			function r(e) {
				s()
			}

			function n(e) {
				s()
			}

			function o(e) {
				s()
			}

			function a(e) {
				0
			}
		},
		FsE7: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("j3hX"),
				o = n.LineToolWidthsProperty,
				a = n.LineToolColorsProperty;
			class l extends s {
				constructor(e, t) {
					super(e, t || l.createProperties()), this.version = l.version, i.e("lt-pane-views")
						.then(i.t.bind(null, "wgWl", 7)).then(({
							FibTimeZonePaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				levelsCount() {
					return l.LevelsCount
				}
				migrateVersion(e, t, i) {
					if (1 === e) {
						i.properties.level1.color.setValue(i.properties.baselinecolor.value());
						for (var s = 2; s <= 11; s++) i.properties["level" + s].color.setValue(i
							.properties.linecolor.value());
						for (s = 1; s <= 11; s++) i.properties["level" + s].linewidth.setValue(i
								.properties.linewidth.value()), i.properties["level" + s].linestyle
							.setValue(i.properties.linestyle.value())
					}
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Fib Time Zone"
				}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "SMr9")))
						.FibTimezoneDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetoolfibtimezone", e, !1, {
						range: [1, 11]
					});
					return l._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					for (var t = [], i = [], r = 1; r <= l.LevelsCount; r++) t.push(e.child("level" + r)
						.child("linewidth")), i.push(e.child("level" + r).child("color"));
					for (t = [], i = [], r = 1; r <= l.LevelsCount; r++) t.push(e.child("level" + r)
						.child("linewidth")), i.push(e.child("level" + r).child("color"));
					e.addChild("linesColors", new a(i)), e.addChild("linesWidths", new o(t))
				}
			}
			l.version = 2, l.LevelsCount = 11, t.LineToolFibTimeZone = l
		},
		"GD+X": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			}));
			class s {
				constructor(e, t) {
					this._chartUndoModel = e, this._chartModel = e.model(), this._priceScale = t
				}
				getMode() {
					const e = this._priceScale.properties().childs();
					return e.percentage.value() ? 2 : e.indexedTo100.value() ? 3 : e.log.value() ? 1 : 0
				}
				setMode(e) {
					this._priceScale.setMode({
						percentage: 2 === e,
						log: 1 === e,
						indexedTo100: 3 === e
					})
				}
				isInverted() {
					return this._priceScale.isInverted()
				}
				setInverted(e) {
					this._priceScale.properties().childs().isInverted.setValue(e)
				}
				getVisiblePriceRange() {
					return this._priceScale.priceRangeInPrice()
				}
				setVisiblePriceRange(e) {
					this._priceScale.setPriceRangeInPrice(e), this._chartModel.lightUpdate()
				}
				hasMainSeries() {
					return this._priceScale.hasMainSeries()
				}
				getStudies() {
					return this._priceScale.getStudies().map(e => e.id())
				}
				currency() {
					const e = this._priceScale.currency(this._chartModel.availableCurrencies());
					return null === e ? null : {
						selectedCurrency: e.selectedCurrency,
						readOnly: e.readOnly
					}
				}
				setCurrency(e) {
					this._chartUndoModel.setPriceScaleCurrency(this._priceScale, e)
				}
				unit() {
					const e = this._priceScale.unit(this._chartModel.availableUnits());
					return null === e ? null : {
						selectedUnit: e.selectedUnit,
						readOnly: 0 === e.availableGroups.size,
						availableGroups: Array.from(e.availableGroups)
					}
				}
				setUnit(e) {
					this._chartUndoModel.setPriceScaleUnit(this._priceScale, e)
				}
			}
		},
		GDWD: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "addPlusButtonProperty", (function() {
				return o
			})), i.d(t, "restoreAddPlusButtonSettingsValue", (function() {
				return a
			}));
			var s = i("Vdly"),
				r = i("m/cY");

			function n() {
				return s.getBool("add_plus_button", !0)
			}
			const o = Object(r.a)(n());

			function a() {
				o.setValue(!0), s.remove("add_plus_button")
			}
			s.onSync.subscribe(null, () => o.setValue(n())), o.listeners().subscribe(null, () => s.setValue(
				"add_plus_button", o.value()))
		},
		GEp6: function(e, t, i) {
			"use strict";

			function s(e, t, i) {
				var s = t.subtract(e),
					r = i.subtract(e).dotProduct(s) / s.dotProduct(s);
				return {
					coeff: r,
					distance: e.addScaled(s, r).subtract(i).length()
				}
			}
			Object.defineProperty(t, "__esModule", {
					value: !0
				}), t.distanceToSegment = t.distanceToLine = void 0, t.distanceToLine = s, t
				.distanceToSegment = function(e, t, i) {
					var r = s(e, t, i);
					if (0 <= r.coeff && r.coeff <= 1) return r;
					var n = e.subtract(i).length(),
						o = t.subtract(i).length();
					return n < o ? {
						coeff: 0,
						distance: n
					} : {
						coeff: 1,
						distance: o
					}
				}
		},
		GH0z: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PercentageFormatter", (function() {
				return n
			}));
			var s = i("kcTO"),
				r = i("Ialn");
			class n extends s.PriceFormatter {
				constructor(e = 100) {
					super(e), this.type = "percentage"
				}
				state() {
					const e = s.PriceFormatter.prototype.state.call(this);
					return e.percent = !0, e
				}
				parse(e) {
					return e = e.replace("%", ""), super.parse(e)
				}
				format(e, t, i, s, n = !0) {
					const o = super.format(e, t, i, s, !1) + "%";
					return n ? Object(r.forceLTRStr)(o) : o
				}
				static serialize(e) {
					return e.state()
				}
				static deserialize(e) {
					return new n(e.priceScale)
				}
			}
		},
		GUQs: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			})), i.d(t, "c", (function() {
				return n
			})), i.d(t, "b", (function() {
				return o
			}));
			var s = i("qFKp");

			function r(e) {
				e.cancelable && e.preventDefault()
			}

			function n(e) {
				return t => {
					r(t), e()
				}
			}

			function o(e) {
				s.isChrome && e.addEventListener("mousedown", e => {
					if (1 === e.button) return e.preventDefault(), !1
				})
			}
		},
		GVHu: function(e, t, i) {
			"use strict";
			(function(e, s) {
				var r = i("Eyy1"),
					n = r.assert,
					o = r.ensureNotNull,
					a = i("hsV8").unpackNonSeriesData,
					l = i("n5al").symbolTitle,
					c = i("38az").StudyBarColorer,
					h = i("hezA").StudyPriceAxisView,
					u = i("jenN"),
					d = u.emptyStudyGraphics,
					p = u.loadStudyGraphics,
					_ = u.saveStudyGraphics,
					m = u.LiveStudyGraphics,
					f = u.createGraphicsPriceAxisViews,
					g = i("XzZr").ChartApiInterface,
					b = i("Ocx9").DefaultProperty,
					v = i("kcTO").PriceFormatter,
					S = i("nEwK").VolumeFormatter,
					y = i("GH0z").PercentageFormatter,
					w = i("k9/m"),
					P = w.PlotList,
					C = w.PlotRowSearchMode,
					x = i("0YCj"),
					T = (i("cBZt").extractStudyId, i("FQhm")),
					I = i("23IT"),
					M = I.LineStudyPlotStyle,
					O = i("TmNs").StudyPriceLineAxisView,
					L = i("w4Ji").studyPlotFunctionMap,
					A = i("w4Ji").studyEmptyPlotValuePredicate,
					E = i("jy4L").makeNextStudyId,
					k = i("Kxc7"),
					D = i("IcDj").StudyBase,
					V = i("i6cO").ColorerType,
					B = i("H0vP").InvalidationMask,
					R = i("bmVy"),
					N = R.StudyStatusType,
					j = (R.convertStudyStatusToString, i("Tmoa").colorToInteger),
					F = i("UAFa").createStudyPlotColorProvider,
					W = i("0C7r").intervalsVisibilitiesDefaults,
					H = i("txPx").getLogger("Chart.Study"),
					U = k.enabled("datasource_copypaste"),
					z = k.enabled("study_symbol_ticker_description"),
					G = k.enabled("hide_unresolved_symbols_in_legend");

				function q(e, t, i) {
					var s = new b(t, i, !0);
					s.addExclusion("visible"), s.addExclusion("precision"), s.addExclusion("minTick"), s
						.addExclusion("intervalsVisibilities");
					for (var r = 0; r < e.inputs.length; ++r) {
						var n = e.inputs[r];
						n.isHidden && (s.addExclusion("inputs." + r.toString()), s.addExclusion(
							"inputs." + n.id))
					}
					return s
				}

				function Y(e, t) {
					if (t.plots)
						for (var i = 0; i < t.plots.length; i++) {
							var s = t.plots[i],
								r = s.id;
							if (!I.isColorerPlot(s)) {
								var n = {
									visible: !0,
									color: "#0496FF",
									linestyle: CanvasEx.LINESTYLE_SOLID,
									linewidth: 2,
									plottype: M.Line,
									histogramBase: 0,
									transparency: 50,
									trackPrice: !1,
									joinPoints: !1
								};
								I.isBarColorerPlot(s) && (n.transparency = 0), n.plottype = s.type, n
									.title = r, e.styles && r in e.styles && TradingView.merge(n, e
										.styles[r]), e.styles[r] = n
							}
						}
				}

				function K(e, t) {
					return e && e[t] && e[t].hasOwnProperty("showLast") ? e[t].showLast.value() : null
				}
				class J extends D {
					constructor(e, t, i, r) {
						super(e, t, i, r), this._resolvedSymbols = {}, this
							._priceAxisViewsBase = [], this._graphicsPriceAxisViews = [], this
							._priceLinesAxisViews = [], this._hlinesPriceAsisViews = [], this
							._horizlinesPriceAsisViews = [], this._chartApi = e._chartApi, this
							._turnaroundCounter = 0, this._turnaround = "st" + this
							._turnaroundCounter, this._plotFields = [];
						var n = this.metaInfo().plots;
						if (n)
							for (var o = 0, a = n.length; o < a; o++) {
								var l = n[o].id;
								this._plotFields.push(l)
							}
						this._invalidateLastNonEmptyPlotRowCache(), this.m_data = new P(L(this
								._metaInfo), A), this._graphics = new m, this._plotOffsets = {},
							this._plotOffsetsMetaInfoOverride = {}, this._studyModified = !1, this
							._tagsChanged = new s, this._labelPaneViews = [], this._createViews();
						var c = this;
						this._handler = function(e) {
								c.onData(e)
							},
							this._handler.isTVScriptStrategy = this._metaInfo.isTVScriptStrategy,
							this._recreatePriceFormattingDependencies(), this._properties.precision
							.listeners().subscribe(this, this._precisionChanged), this
							._showStudyArgumentsProperty.listeners().subscribe(this, this
								.invalidateTitleCache), this._properties.description.listeners()
							.subscribe(this, this.invalidateTitleCache), this._properties.inputs
							.listeners().subscribe(this, this.invalidateTitleCache), this
							._properties.shortDescription && this._properties.shortDescription
							.listeners().subscribe(this, this.invalidateTitleCache), k.enabled(
								"update_study_formatter_on_symbol_resolve") && e.mainSeries()
							.dataEvents().symbolResolved().subscribe(this, this
								._recreatePriceFormattingDependencies), e.mainSeries().dataEvents()
							.symbolResolved().subscribe(this, this.invalidateTitleCache);
						c = this;
						var h = {};
						this._simplePlotsCount = r.plots.filter((function(e, t) {
								if (I.isLinePlot(e)) return !0;
								if (I.isOhlcPlot(e)) {
									var i = c.metaInfo().plots[t].target;
									return !h[i] && (h[i] = i, !0)
								}
								return !1
							})).length, this._properties.showInDataWindow.listeners().subscribe(e, e
								.fullUpdate), this.hasBarColorer() && this._properties.visible
							.listeners().subscribe(e.mainSeries(), e.mainSeries()
								.invalidateBarStylesCache), this._childStudyByRebind = new s, this
							._formatterChanged = new s, this._priceStepChanged = new s, this
							._aboutToBeDestroyed = new s, this._ongoingDataUpdate = Promise
							.resolve(), this._isDestroyed = !1, this._definitionsViewModel = null
					}
					lastValueData(e, t, i) {
						var s = {
							noData: !0
						};
						if (this._model.timeScale().isEmpty() || null == this.priceScale() || this
							.priceScale().isEmpty() || this.data().isEmpty()) return s;
						var r = this._model.timeScale().visibleBarsStrictRange();
						if (null === r) return s;
						if (!this.properties().visible.value()) return s;
						var n, o, a = this.properties().styles,
							l = this.properties().ohlcPlots;
						if (a && a[e] && (n = a[e]), l && l[e] && (n = l[e]), !n || !n.visible
							.value()) return s;
						var c = this.metaInfo().plots;
						for (o = 0; o < c.length && !(c[o].id === e || I.isOhlcClosePlot(o) && c[o]
								.target === e); o++);
						var h = o + 1,
							u = this.offset(e),
							d = this.nearestIndex(r.lastBar() - u, C.NearestLeft, h);
						if (null == d) return s;
						var p = this._lastNonEmptyPlotRow(h),
							_ = null !== p && r.contains(p.index),
							m = null !== p ? p.value : null,
							f = t || _ ? m : this.data().valueAt(d);
						if (!f || !isNumber(f[h])) return s;
						var g = {
								noData: !1
							},
							b = f[h];
						i && (g.price = b);
						var v = this.firstValue(!0);
						if (!isNumber(v)) return s;
						g.text = this.priceScale().formatPrice(b, v), g.formattedPriceAbsolute =
							this.priceScale().formatPriceAbsolute(b), g.formattedPricePercentage =
							this.priceScale().formatPricePercentage(b, v);
						const S = F(this.metaInfo(), this.properties(), e).getPlotPointStyle(f)
							.colors[V.Main];
						return g.color = S || n.color.value(), g.floatCoordinate = this.priceScale()
							.priceToCoordinate(b, v), g.coordinate = g.floatCoordinate, g.item = f,
							g
					}
					isFailed() {
						return this._status.type === N.Error
					}
					isLoading() {
						return this._status.type === N.Loading
					}
					series() {
						return this._series
					}
					model() {
						return this._model
					}
					clearData() {
						this._invalidateLastNonEmptyPlotRowCache(), this.data().clear(), this
							._graphics.clear && this._graphics.clear(), this._plotOffsets = {}
					}
					onTagsChanged() {
						return this._tagsChanged
					}
					properties() {
						return this._properties
					}
					state(e, t) {
						var i = {
							type: TradingView.className(this.constructor),
							id: this.id(),
							state: this.properties().state(),
							zorder: this.zorder(),
							ownFirstValue: this.isVisible() ? null : this._ownFirstValue
						};
						this.metaInfo() instanceof x ? i.metaInfo = TradingView.clone(this
							.metaInfo().state()) : (i.metaInfo = TradingView.clone(this
								.metaInfo()),
							i.metaInfo.id = x.parseIdString(i.metaInfo.id + (i.metaInfo
								.version ? "-" + i.metaInfo.version : "")).fullId), e && (i
							.data = this.data().state(), i.data.symbols = this._resolvedSymbols,
							i.data.graphics = _(this.graphics()), i.data.plotOffsets = this
							._plotOffsets), this.ownerSource() && (i.ownerSource = this
							.ownerSource().id());
						for (var s = 0; s < this._metaInfo.inputs.length; s++)
							if ("bar_time" === this._metaInfo.inputs[s].type) {
								var r = this._metaInfo.inputs[s].id,
									n = i.state.inputs[r];
								if (n < 0) {
									var o = this._rightOffsetToUnixTime(-n);
									i.state.inputs[r] = o && o >= 0 ? o : 0
								}
							} return this._isChildStudy && x.patchChildStudyMetaInfoState(i), i
					}
					_plotsForAlert() {
						var e = this,
							t = this._metaInfo,
							i = [I.isLinePlot, I.isShapesPlot, I.isCharsPlot, I.isArrowsPlot, I
								.isOhlcPlot, I.isAlertConditionPlot
							];
						return t.plots.map((function(e, t) {
							return e.pinePlotIndex = t, e
						})).filter((function(e) {
							return i.some((function(t) {
								return t(e)
							}))
						})).map((function(i) {
							var s = {
								id: i.id,
								type: i.type,
								pinePlotIndex: i.pinePlotIndex,
								offset: e.offset(i.id)
							};
							return t.styles && void 0 !== t.styles[i.id] && (s.title = t
									.styles[i.id].title || "", s.text = t.styles[i.id]
									.text || ""), i.target && t.ohlcPlots && t
								.ohlcPlots[i.target] && (s.ohlcTitle = t.ohlcPlots[i
									.target].title), s
						}))
					}
					_collectDepsForAlert() {
						throw new Error("Not implemented")
					}
					idForAlert() {
						return D.prototype.idForAlert.call(this)
					}
					dependenciesForAlerts() {
						throw new Error("Not implemented")
					}
					_hasAvailableAlertPlots() {
						return !1
					}
					_hasAlertablePlots() {
						return (this.metaInfo().plots || []).some((function(e) {
							return "line" === e.type
						}))
					}
					_hasAlertConditions() {
						if (this.metaInfo().plots.some(I.isAlertConditionPlot)) return !0;
						var e = this.stateForAlert();
						return Boolean(e.alerts && e.alerts.conditions)
					}
					_hasAlertFunction() {
						const e = this.metaInfo();
						return Boolean(e.hasAlertFunction)
					}
					_isAlertFeatureEnabled() {
						return !1
					}
					hasStateForAlert() {
						return this._isAlertFeatureEnabled() && !this.isFailed() && (this.metaInfo()
							.isTVScript ? this._hasAlertConditions() || this
							._hasAvailableAlertPlots() || this._hasAlertFunction() : this
							._hasAlertablePlots())
					}
					stateForAlert() {
						throw new Error("Not implemented")
					}
					isSavedInStudyTemplates() {
						for (var e = 0; e < this._metaInfo.inputs.length; e++)
							if ("bar_time" === this._metaInfo.inputs[e].type) return !1;
						return !0
					}
					restoreData(e) {
						this._invalidateLastNonEmptyPlotRowCache(), this.data().restoreState(e),
							this._resolvedSymbols = e.symbols, this._graphics = e.graphics ? p(e
								.graphics) : d(), this._postProcessGraphics(), this._plotOffsets = e
							.plotOffsets, this._status = {
								type: N.Completed
							}
					}
					restart(e) {
						this._restarting = !0, this.clearData(), (e || k.enabled(
							"stop_study_on_restart")) && this.stop(), setTimeout(this.start
							.bind(this), 0)
					}
					stop(e) {
						if (!0 === e && this._children)
							for (var t = 0; t < this._children.length; ++t) this._children[t].stop(!
								0);
						this._stopStudyOnServer(), this.clearData(), this._unsubscribeToSessionId(),
							this.recalculate()
					}
					_allInputsAreValid() {
						for (var e = 0; e < this._metaInfo.inputs.length; e++)
							if ("bar_time" === this._metaInfo.inputs[e].type) {
								var t = this._metaInfo.inputs[e].id,
									i = this._properties.inputs[t].value();
								if (void 0 === i || null == i) return !1
							} return !0
					}
					sourceId() {
						return this._studyId
					}
					parentSource() {
						return this._source || this._series
					}
					symbolSource() {
						return this.parentSource().symbolSource()
					}
					source() {
						return this.parentSource()
					}
					ownerSource() {
						return this._isChildStudy ? this._source : D.prototype.ownerSource.call(
							this)
					}
					getAllOwnerSources() {
						for (var e = [], t = this.ownerSource(); null != t;) e.push(t), t = t
							.ownerSource();
						return e
					}
					isChildStudy() {
						return !!this._isChildStudy
					}
					setChild(e) {
						e instanceof J && e.source() === this && (this._children || (this
								._children = []), -1 === this._children.indexOf(e) && this
							._children.push(e))
					}
					unsetChild(e) {
						if (e instanceof J && e.source() === this && this._children) {
							var t = this._children.indexOf(e);
							~t && this._children.splice(t, 1)
						}
					}
					hasChildren() {
						return !(!this._children || !this._children.length)
					}
					getAllChildren() {
						if (!Array.isArray(this._children)) return [];
						for (var e = this._children.slice(), t = 0; t < e.length; ++t)
							for (var i = e[t].getAllChildren(), s = 0; s < i.length; ++s) ~e
								.indexOf(i[s]) || e.push(i[s]);
						return e
					}
					_debugId() {
						var e = [];
						return this._studyId && e.push(this._studyId), e.push(this._metaInfo
							.fullId), e.push(this._metaInfo.description), JSON.stringify({
							study: e
						})
					}
					isStarted() {
						return !!this._studyId
					}
					_isStopped() {
						return !this.isStarted()
					}
					isRestarting() {
						return !!this._restarting
					}
					start(e, t) {
						var i = this._model.mainSeries();
						if (!i.isStarted()) return void i.dataEvents().completed().subscribe(this, (
							function() {
								this.start(e, t)
							}), !0);
						this._isChildStudy && this._source.isHibernated() && this._source.start();
						const s = !(!this._isChildStudy && !this.hasChildren() && !this
							.isVisible()) || !0 === t;
						this._chartApi && this._chartApi.connected() && s && this
							._allSymbolsAreResolved().then(function() {
								this._startAfterSymbolsResolved(e, t)
							}.bind(this)).catch(function(e) {
								H.logError("ERROR: " + this._debugId() + " start failed, " + e),
									delete this._restarting
							}.bind(this))
					}
					_getStudyIdWithLatestVersion() {
						var e = x.cutDollarHash(this._metaInfo.id),
							t = e;
						return e.indexOf("@tv-scripting") >= 0 ? t += "-101!" : t += "-" + this
							._metaInfo.version, t
					}
					_startAfterSymbolsResolved(e, t) {
						if (!this.isStarted() || this._restarting) {
							if (this._isChildStudy) {
								if (!this._source.isStarted() || this._source.isRestarting())
									return void this._source.onStart.subscribe(this, this
										._startAfterSymbolsResolved, !0);
								x.setChildStudyMetaInfoPropertiesSourceId(this._metaInfo, this
									._source.sourceId(), this._properties)
							}
							if (delete this._restarting, this._allInputsAreValid() && (this
									._inputs = this.inputs({
										keepOptionalSymbolsEmpty: !0
									}), this._createStudyOnServer(), this._subscribeToSessionId(),
									this.onStart.fire(), !0 === e && this._children))
								for (var i = 0; i < this._children.length; ++i) this._children[i]
									.start(!0, t)
						}
					}
					_createStudyOnServer() {
						var e = this._getStudyIdWithLatestVersion();
						this._studyId = E(), this._incrementTurnaround(), this._studyName = e,
							this._chartApi.createStudy(this._studyId, this._turnaround, this
								._isChildStudy ? this._source.sourceId() : this._series
								.seriesSource().instanceId(), this._studyName, this._inputs, this
								._handler, this._isChildStudy)
					}
					_modifyStudyOnServer(e) {
						this._chartApi.modifyStudy(this._studyId, this._turnaround, e, this
							._handler)
					}
					_stopStudyOnServer() {
						this._chartApi && this._chartApi.connected() && this.isStarted() && this
							._chartApi.removeStudy(this._studyId, this._isChildStudy), this
							._studyId = null
					}
					_rightOffsetToUnixTime(e) {
						var t = null;
						if (this._series.bars().size() >= e) {
							var i = o(this._series.bars().lastIndex()) - e;
							t = o(this._series.bars().valueAt(i))[TradingView.TIME_PLOT]
						}
						return t
					}
					inputsForAlert() {
						var e = this.offset(),
							t = this.inputs();
						return e && t.push(e), t
					}
					inputsForAlertState() {
						return this.inputs()
					}
					_prepareInputValue(e, t) {
						var i = e.id;
						if (t.valuesAsIsFromProperties) return this._properties.inputs[i].value();
						if ("symbol" === e.type) {
							var s = t && t.symbolsForDisplay,
								r = this._properties.inputs[i].value(),
								n = s ? r : this._getSymbolForApi(r),
								o = this._resolvedSymbols && this._resolvedSymbols[this
									._getSymbolForResolve(n)];
							if ("" === n && e.optional) {
								if (t && t.keepOptionalSymbolsEmpty) return n;
								n = this._model.mainSeries().symbol(), o = this._model.mainSeries()
									.symbolInfo()
							}
							if (s)
								if (o)
									if (z) {
										switch (this._model.mainSeries().properties()
											.statusViewStyle.symbolTextSource.value()) {
											case "description":
												n = o.description;
												break;
											case "ticker-and-description":
												n = `${o.name}, ${o.description}`;
												break;
											case "ticker":
												n = o.name
										}
									} else n = l(o, t.noExchanges);
							else G && (n = "");
							else o && (n = o.ticker || o.full_name), !this.isPine() && t && t
								.symbolsForChartApi && (n = this.getSymbolString(n));
							return n
						}
						if ("bar_time" === e.type) {
							var a = this._properties.inputs[i].value();
							if (a < 0) {
								var c = this._rightOffsetToUnixTime(-a);
								a = c && c >= 0 ? c : a
							}
							return a
						}
						if (this._metaInfo.isTVScript || this._metaInfo.pine) {
							if ("text" === i) return this._metaInfo.defaults.inputs.text;
							if ("pineId" === i) return this._metaInfo.scriptIdPart;
							if ("pineVersion" === i) return this._metaInfo.pine ? this._metaInfo
								.pine.version : "-1";
							if ("color" === e.type && this._metaInfo.isRGB) {
								var h = this._properties.inputs[i].value();
								return j(h)
							}
							return this._properties.inputs[i].value()
						}
						return this._properties.inputs[i].value()
					}
					_rebindToSource(e, t) {
						var i = this.parentSource();
						if (this._isChildStudy) {
							var s;
							this._source.unsetChild(this);
							var r = null;
							if (e === this._model.mainSeries()) delete this._source, delete this
								._isChildStudy, delete this._ownerSource, s = this._series
								.seriesSource().instanceId(), r = g
								.REBIND_STUDY_CHILD_TO_STANDALONE;
							else {
								if (!(e instanceof J)) return H.logError(
									"Unable to rebind study to source of this type"), !1;
								this._ownerSource = e, this._source = e, s = this._source
									.sourceId(), this._source.setChild(this), this._source
									.isHibernated() && this._source.start()
							}
							this._incrementTurnaround(), this.disablePriceRangeReady(), this
								._chartApi.rebindStudy(this._studyId, this._turnaround, s, this
									._studyName, t, this._handler, r)
						} else {
							if (!(e instanceof J)) return H.logError(
								"Unable to rebind study to source of this type"), !1;
							var n = e.isHibernated();
							n && e.start();
							var o = !1;
							if (this._canCreateStudyWithRebindType(g
									.REBIND_STUDY_STANDALONE_TO_CHILD) && (this
									._incrementTurnaround(), this.disablePriceRangeReady(), o = this
									._chartApi.rebindStudy(this._studyId, this._turnaround, e
										.sourceId(), this._studyName, t, this._handler, g
										.REBIND_STUDY_STANDALONE_TO_CHILD)), !o) return n && e
								.stop(), !1;
							this._isChildStudy = !0, this._ownerSource = e, this._source = e, this
								._source.setChild(this), this._childStudyByRebind.fire()
						}
						var a = this.m_priceScale,
							l = e.priceScale();
						if (a !== l) {
							var c = this._model.paneForSource(this),
								h = this._model.paneForSource(e);
							c === h && h.move(this, l, !0)
						}
						const u = this.parentSource();
						return i.formatterChanged().unsubscribe(this, this
								._onSourceFormatterChanged), u.formatterChanged().subscribe(this,
								this._onSourceFormatterChanged), i.priceStepChanged().unsubscribe(
								this, this._onSourcePriceStepChanged), u.priceStepChanged()
							.subscribe(this, this._onSourcePriceStepChanged), i.currencyChanged()
							.unsubscribeAll(this), u.currencyChanged().subscribe(this, this
								._onSourceCurrencyChanged), i.unitChanged().unsubscribeAll(this), u
							.unitChanged().subscribe(this, this._onSourceUnitChanged), i
							.priceRangeReadyChanged().unsubscribeAll(this), u
							.priceRangeReadyChanged().subscribe(this, this
								._onSourcePriceRangeReadyChanged), this
							._recreatePriceFormattingDependencies(), !0
					}
					childStudyByRebind() {
						return this._childStudyByRebind
					}
					_changeInputsImpl(e, t) {
						var i = this.source(),
							s = this._properties.inputs && this._properties.inputs.state(),
							r = x.getSourceIdByInputs(this._metaInfo.inputs, s),
							n = !0;
						if (r)
							if ("high" === r || "open" === r || "low" === r || "close" === r ||
								"hl2" === r || "ohl3" === r || "ohlc4" === r) i = this._model
								.mainSeries();
							else
								for (var o = this._model.dataSources().filter((function(e) {
										return e instanceof J && e.canHaveChildren()
									})), a = 0; a < o.length; ++a)
									if (o[a].sourceId() === r) {
										i = o[a];
										break
									} if (i !== this.source()) {
							if (!this._rebindToSource(i, e) && s)
								for (var l in t)
									if (t.hasOwnProperty(l) && t[l] !== e[l] && 0 === e[l].indexOf(
											r)) {
										var c = this._properties.inputs[l],
											h = t[l];
										c.setValue(h), n = !1;
										break
									}
						} else this._incrementTurnaround(), this.disablePriceRangeReady(), this
							._modifyStudyOnServer(e);
						this.invalidateTitleCache(), n && (this._studyModified = n)
					}
					_incrementTurnaround() {
						this._turnaround = "st" + ++this._turnaroundCounter
					}
					_tryChangeInputs() {
						var e = TradingView.clone(this._inputs);
						this.isStarted() && this._chartApi.connected() ? this._allInputsAreValid() ?
							this._allSymbolsAreResolved().then(function() {
								var t = this.inputs({
									keepOptionalSymbolsEmpty: !0
								});
								const i = JSON.stringify(t) !== JSON.stringify(this._inputs);
								this._isStopped() ? i && this.disablePriceRangeReady() : i && (
									this._changeInputsImpl(t, e), this._inputs = t)
							}.bind(this)).catch(function(e) {
								H.logError("ERROR: " + this._debugId() +
									" _tryChangeInputs: cannot modify study, " + e)
							}.bind(this)) : this.stop() : (this.stop(!0), this.start(!0)), this
							._tagsChanged.fire()
					}
					testInputValue(e, t) {
						if (!x.canBeChild(this._metaInfo) || !x.isSourceInput(e)) return !0;
						var i = this._properties.inputs && this._properties.inputs[e.id];
						if (!i) return !0;
						var s = J.getInputRebindType(e, i.value(), t);
						return !!this._canCreateStudyWithRebindType(s)
					}
					_canCreateStudyWithRebindType(e) {
						return e !== g.REBIND_STUDY_STANDALONE_TO_CHILD || this._chartApi
							.isCanCreateStudy(!0)
					}
					changeStyles() {
						var e = void 0 !== this._metaInfo.inputs.find((function(e) {
							return "symbol" === e.type
						}));
						!this.isStarted() && !e || this._restarting || (this._inputs ? this
							._tryChangeInputs() : this._chartApi && this._chartApi
							.connected() && this.restart())
					}
					_recreatePaneViews() {
						this.hasBarColorer() && this._model.mainSeries().invalidateBarStylesCache(),
							this._createViews(), this.recalculate(!0), this.updateAllViews()
					}
					_onPropertiesChanged() {
						this.changeStyles(), this._recreatePaneViews(), T.emit(
							"study_properties_changed", this._id)
					}
					_isModifiedStudyInputs(e) {
						if (void 0 === this._oldStudyInputs) return this._oldStudyInputs = e, !0;
						var t = Object.keys(this._oldStudyInputs);
						return n(t.length === Object.keys(e).length,
							"keys quantity should be equal"), t.forEach((function(t) {
							n(e.hasOwnProperty(t), "key '" + t +
									"' should existing in studyInputs"), this
								._oldStudyInputs[t] !== e[t] && (this._oldStudyInputs =
									e)
						}), this), this._oldStudyInputs === e
					}
					_pinePatchProps() {
						throw new Error("Not implemented")
					}
					priceLabelText(e) {
						var t, i = this._metaInfo.styles,
							s = this._metaInfo.ohlcPlots;
						i && i[e] && (t = i[e]), s && s[e] && (t = s[e]);
						var r = t.title;
						return 1 !== this._simplePlotsCount || I.isPlotTitleDefined(r) ? this
							._metaInfo.is_price_study && r !== this._metaInfo.shortDescription ?
							"" === r ? this._metaInfo.shortDescription : this._metaInfo
							.shortDescription + ":" + r : r : this._metaInfo.shortDescription
					}
					createPriceAxisView(e) {
						return new h(this, {
							plotIndex: e
						})
					}
					createPriceLineAxisView(e) {
						return new O(this, e)
					}
					_concatPriceAxisViews() {
						this._priceAxisViews = [].concat(this._priceAxisViewsBase, this
							._graphicsPriceAxisViews, this._hlinesPriceAsisViews, this
							._horizlinesPriceAsisViews)
					}
					recalculate(e) {
						var t = this._model.paneForSource(this);
						this._model.recalculatePane(t, e), this._model.updateSource(this)
					}
					data() {
						return this.m_data
					}
					metaInfo() {
						return this._metaInfo
					}
					graphicsInfo() {
						return this._metaInfo.graphics
					}
					graphics() {
						return this._graphics
					}
					turnaround(e) {
						var t = this.source();
						return !0 === e ? (t === this._series ? t.seriesSource().turnaround() : t
							.turnaround(!0)) + "_" + this._turnaround : this._turnaround
					}
					_checkTurnaround(e) {
						return e === this._turnaround || e === this._model.mainSeries()
							.seriesSource().turnaround() || e === this.turnaround(!0)
					}
					_handleStudyError(e) {
						this.clearData(), this._setStatus(e), this._statusView.update(), this._model
							.updateSource(this)
					}
					_onStudyLoading() {
						this._setStatus({
							type: N.Loading,
							startTime: Date.now()
						}), this._statusView.update(), this._model.updateSource(this)
					}
					_onStudyError(e) {
						var t = "string" == typeof e ? {
							error: e.split(":", 2)[0]
						} : e;
						this._handleStudyError({
							type: N.Error,
							errorDescription: t
						}), this._enablePriceRangeReady()
					}
					_onStudyCompleted(e) {
						this._studyModified && (this.clearData(), this._studyModified = !1), this
							._setStatus({
								type: N.Completed
							}), this._statusView.update();
						var t = this._model.paneForSource(this);
						this._model.recalculatePane(t), this._updateSources();
						var i = B.full();
						null !== this._model.appliedTimeFrame().value() && i
							.lockVisibleTimeRangeOnResize(), this._model.invalidate(i)
					}
					onData(e) {
						switch (e.method) {
							case "study_loading":
								this._onStudyLoading();
								break;
							case "study_error":
								this._onStudyError(e.params[2]);
								break;
							case "study_completed":
								if (!this._checkTurnaround(e.params[1])) return;
								this._onStudyCompleted(e.params[e.params.length - 1]);
								break;
							case "data_update":
								if (e.params.customId !== this.sourceId() || !this._checkTurnaround(
										e.params.turnaround)) return;
								n(!!e.params.nonseries, "data.params.nonseries is missing"), this
									._onDataUpdate(e.params.plots, e.params.nonseries);
								break;
							case "clear_data":
								this._checkTurnaround(e.params.turnaround) && this.clearData()
						}
					}
					_onDataUpdate(e, t) {
						this._studyModified && (this.clearData(), this._studyModified = !1);
						var i = a(t.d);
						return this._ongoingDataUpdate = this._ongoingDataUpdate.then((function() {
								return i
							}), (function() {
								return i
							})).then(this._onDataUnpacked.bind(this, e, t.indexes)), this
							._ongoingDataUpdate
					}
					_onDataUnpacked(e, t, i) {
						this._isDestroyed || ("nochange" !== t && this._processPlotOffsets(i), this
							.transformData(e), this._mergeData(e), null !== i && (i
								.indexes_replace ? (n("nochange" !== t), this._graphics
									.replaceIndexesTo(t)) : ("nochange" !== t && this._graphics
									.replaceIndexesTo(t), void 0 !== i.graphicsCmds && this
									._graphics.processCommands(i.graphicsCmds, this._metaInfo
										.graphics))), this._onDataUpdated(e, i, t), this
							.priceRangeReady() || this._enablePriceRangeReady())
					}
					_onDataUpdated(e, t, i) {
						if (this.hasBarColorer() && e.length > 0) {
							var s = this.barColorer().firstColoredBar(e[0].index);
							this._model.mainSeries().invalidateBarStylesCache(s)
						}
						null !== t && this._postProcessGraphics();
						var r = this._model.paneForSource(this);
						this._model.recalculatePane(r), this._updateSources()
					}
					transformData(e) {}
					moveData(e) {
						this._ongoingDataUpdate = this._ongoingDataUpdate.then(function() {
							this._invalidateLastNonEmptyPlotRowCache(), this.data().move(e)
						}.bind(this))
					}
					replaceData(e, t, i) {
						this._invalidateLastNonEmptyPlotRowCache(), this.data().remove(e + 1), this
							.data().addTail(i, t)
					}
					_updateSources() {
						this._model.updateSource(this), this.hasBarColorer() && this._model
							.updateSource(this._model.mainSeries())
					}
					static processPlotOffsets(e, t) {
						t && t.indexes_replace || (e._plotOffsets = t && t.offsets || {})
					}
					_processPlotOffsets(e) {
						J.processPlotOffsets(this, e)
					}
					_mergeData(e) {
						this._invalidateLastNonEmptyPlotRowCache(), this.data().merge(e)
					}
					_postProcessGraphics() {
						this._graphicsPriceAxisViews = f(this), this._concatPriceAxisViews()
					}
					static offset(e, t) {
						var i = 0;
						return e._plotOffsets && void 0 !== e._plotOffsets[t] && (i += e
								._plotOffsets[t]), void 0 !== e._plotOffsetsMetaInfoOverride[t] ?
							i += e._plotOffsetsMetaInfoOverride[t] : e.properties().offsets &&
							void 0 !== e.properties().offsets[t] && (i += e.properties().offsets[t]
								.val.value()), e.properties().offset && (i += e.properties().offset
								.val.value()), i
					}
					offset(e) {
						return J.offset(this, e)
					}
					paneViews() {
						return this.isSourceHidden() ? null : this._paneViews
					}
					labelPaneViews() {
						return this.isSourceHidden() ? null : this._labelPaneViews
					}
					dataWindowView() {
						return this._dataWindowView
					}
					legendView() {
						return this._legendView
					}
					statusView() {
						return this._statusView
					}
					priceAxisViews(e, t) {
						return this.properties().oldShowLastValue && !this.properties()
							.oldShowLastValue.value() ? null : e.findTargetPriceAxisViews(this, t,
								this._priceAxisViews, this._priceLinesAxisViews)
					}
					_showLastValueOnPriceScale() {
						return this._model.properties().scalesProperties.showStudyLastValue.value()
					}
					hasBarColorer() {
						for (var e = 0; e < this._metaInfo.plots.length; ++e)
							if (I.isBarColorerPlot(this._metaInfo.plots[e])) return !0;
						return !1
					}
					barColorer() {
						for (var e = null, t = 0; t < this._metaInfo.plots.length; ++t)
							if (I.isBarColorerPlot(this._metaInfo.plots[t])) {
								var i = new c(this, t);
								null == e ? e = i : e.pushBackBarColorer(i)
							} if (null == e) throw new Error(
							"Cannot create BarColorer: study doesn't have a bar_colorer plot!"
						);
						return e
					}
					base() {
						return 0
					}
					_priceScaleByProperties() {
						if ("default" === this.properties().precision.value()) return null;
						var e = parseInt(this.properties().precision.value());
						return isFinite(e) ? Math.pow(10, e) : null
					}
					_formatterByProperties() {
						var e = this._priceScaleByProperties();
						return null !== e ? new v(e) : null
					}
					_priceScaleByMetaInfo() {
						var e = this.metaInfo().format,
							t = isNumber(e.precision) ? Math.pow(10, e.precision) : void 0;
						if ("price" === e.type || "percent" === e.type) return t || 100;
						if ("volume" === e.type) {
							if (void 0 === e.precision) {
								var i = this.series().symbolInfo();
								if (null !== i && isNumber(i.volume_precision)) return Math.pow(10,
									i.volume_precision)
							}
							return 1
						}
						return "inherit" === e.type || H.logWarn("Unsupported format type: " + e
							.type), null
					}
					_formatterByMetaInfo() {
						var e = this.metaInfo().format,
							t = isNumber(e.precision) ? Math.pow(10, e.precision) : void 0;
						switch (e.type) {
							case "price":
								return new v(t);
							case "volume":
								var i = e.precision;
								if (void 0 === i) {
									var s = this.series().symbolInfo();
									i = s && isNumber(s.volume_precision) ? s.volume_precision : 0
								}
								return new S(i);
							case "percent":
								return new y(t);
							case "inherit":
								return null;
							default:
								return H.logWarn("Unsupported format type: " + e.type), null
						}
					}
					_onSourceFormatterChanged() {
						null === this._formatter && (null !== this.priceScale() && this.priceScale()
							.updateFormatter(), this._formatterChanged.fire())
					}
					_onSourcePriceStepChanged() {
						null === this._priceStep && this._priceStepChanged.fire()
					}
					_precisionChanged() {
						this._recreatePriceFormattingDependencies()
					}
					_recreatePriceFormattingDependencies() {
						this._recreateFormatter(), this._recreatePriceStep()
					}
					_recreateFormatter() {
						this._formatter = this._tryCreateFormatter(), this._formatterChanged.fire(),
							null !== this.priceScale() && this.priceScale().updateFormatter(), this
							._model.fullUpdate()
					}
					_recreatePriceStep() {
						var e = null,
							t = this._tryToGetPriceScale();
						null !== t && (e = 1 / t), this._priceStep !== e && (this._priceStep = e,
							this._priceStepChanged.fire())
					}
					_tryToGetPriceScale() {
						var e = this._priceScaleByProperties();
						return null === e && (e = this._priceScaleByMetaInfo()), e
					}
					_tryCreateFormatter() {
						var e = this._formatterByProperties();
						return null === e && (e = this._formatterByMetaInfo()), e
					}
					formatter() {
						return this._formatter || this.parentSource().formatter(!1)
					}
					priceStep() {
						return this._priceStep || this.parentSource().priceStep(!1)
					}
					setOwnerSource(e) {
						super.setOwnerSource(e), this._recreatePriceFormattingDependencies()
					}
					nearestIndex(e, t, i) {
						if (TradingView.isInteger(e)) {
							var s = this.data().search(e, t, i);
							return null !== s ? s.index : void 0
						}
						H.logDebug("nearestIndex: incorrect logicalPoint")
					}
					updateAllViews() {
						for (var e = 0; e < this._paneViews.length; e++) this._paneViews[e]
							.update();
						for (e = 0; e < this._labelPaneViews.length; e++) this._labelPaneViews[e]
							.update();
						this._dataWindowView.update(), null !== this._legendView && this._legendView
							.update(), this._statusView.update();
						for (e = 0; e < this._priceAxisViews.length; e++) this._priceAxisViews[e]
							.update();
						this._priceLinesAxisViews.forEach((function(e) {
							e.update()
						}))
					}
					tags() {
						return !this._metaInfo || !this._metaInfo.description || this._metaInfo
							.isTVScriptStub || this._metaInfo.is_hidden_study || this._metaInfo
							.isTVScript && "tv-scripting" === this._metaInfo.productId ? [] : [this
								._metaInfo.description
							]
					}
					onExtendedHoursChanged() {
						this.restart(!0)
					}
					hasSymbolInputs() {
						for (var e = this._metaInfo.inputs.length; e--;)
							if ("symbol" === this._metaInfo.inputs[e].type) return !0;
						return !1
					}
					canOverrideMinTick() {
						return !1
					}
					_subscribeExtendedHours() {
						!this._isSubscribedToExtendedHours && this.hasSymbolInputs() && (this
							._series.onExtendedHoursChanged().subscribe(this, this
								.onExtendedHoursChanged), this._isSubscribedToExtendedHours = !0
						)
					}
					removeByRemoveAllStudies() {
						return !0
					}
					canHaveChildren() {
						return void 0 === this._canHaveChildren && (this._canHaveChildren = !!x
							.canHaveChildren(this._metaInfo)), this._canHaveChildren
					}
					static getInputRebindType(e, t, i) {
						var s = x.isSourceInput(e);
						return s && !~t.indexOf("$") && ~i.indexOf("$") ? g
							.REBIND_STUDY_STANDALONE_TO_CHILD : s && ~t.indexOf("$") && !~i.indexOf(
								"$") ? g.REBIND_STUDY_CHILD_TO_STANDALONE : 0
					}
					getPlotFields() {
						return this._plotFields
					}
					getMinFirstBarIndexForPlot(e) {
						var t = K(this._properties.styles, e) || K(this._properties.ohlcPlots, e) ||
							K(this._properties.filledAreasStyle, e);
						if (null === t) return -1 / 0;
						var i = this.data().lastIndex();
						return null === i ? -1 / 0 : i - t + 1
					}
					_getPropertyDefinitionsViewModelClass() {
						return Promise.resolve(null)
					}
					getPropertyDefinitionsViewModel() {
						if (null === this._definitionsViewModel) {
							var e = this;
							return e._getPropertyDefinitionsViewModelClass().then((function(t) {
								return null === t || e._isDestroyed ? null : (null === e
									._definitionsViewModel && (e
										._definitionsViewModel = new t(e._model
											.undoModel(), e)), e
									._definitionsViewModel)
							}))
						}
						return Promise.resolve(this._definitionsViewModel)
					}
					isPine() {
						return void 0 !== this._metaInfo.pine
					}
					isStandardPine() {
						return this.isPine() && x.isStandardPine(this._metaInfo.id)
					}
					isLinkedToSeries() {
						return !0 === this._metaInfo.linkedToSeries
					}
					_getTelemetryObjectName() {
						return "study"
					}
					_getTelemetryAdditionalData() {
						var e = "";
						return this._metaInfo.pine && this._metaInfo.pine.version && this._metaInfo
							.shortId.indexOf("USER") >= 0 && (e = "_v" + this._metaInfo.pine
								.version), {
								symbol: this.series().actualSymbol(),
								resolution: this.series().interval(),
								study: this._metaInfo.shortId + e
							}
					}
					_sendTelemetryReport(e, t, i) {
						void 0 === i && (i = this._getTelemetryAdditionalData());
						var s = Object.assign(t, {
							additional: i
						});
						(void 0).sendChartReport(e, s)
					}
					_sendTelemetryCounter(e, t) {
						this._sendTelemetryReport(e, {
							count: 1
						}, t)
					}
					onAboutToBeDestroyed() {
						return this._aboutToBeDestroyed
					}
					destroy() {
						this._aboutToBeDestroyed.fire(), this._isDestroyed = !0, this._legendView &&
							this._legendView.destroy(), null !== this._definitionsViewModel && (this
								._definitionsViewModel.destroy(), this._definitionsViewModel = null
							),
							this._properties.precision.listeners().unsubscribe(this, this
								._precisionChanged), this._showStudyArgumentsProperty.listeners()
							.unsubscribe(this, this.invalidateTitleCache), this._properties
							.description.listeners().unsubscribe(this, this.invalidateTitleCache),
							this._properties.shortDescription && this._properties.shortDescription
							.listeners().unsubscribe(this, this.invalidateTitleCache), this._model
							.mainSeries().dataEvents().symbolResolved().unsubscribeAll(this), this
							._properties.showInDataWindow.listeners().unsubscribe(this._model, this
								._model.fullUpdate), this.hasBarColorer() && this._properties
							.visible.listeners().unsubscribe(this._model.mainSeries(), this._model
								.mainSeries().invalidateBarStylesCache), this._model.mainSeries()
							.dataEvents().symbolResolved().unsubscribe(this, this
								._recreatePriceFormattingDependencies), super.destroy()
					}
					desiredPriceScalePosition() {
						return this.metaInfo().isTVScriptStub ? "overlay" : this.metaInfo()
							.linkedToSeries ? "as-series" : void 0 === this.metaInfo().priceScale ?
							null : ["right", "left", "overlay"][this.metaInfo().priceScale]
					}
					guiPlotName(e) {
						var t = this.properties().styles;
						return t && t[e] && t[e].title ? t[e].title.value() : this.title()
					}
					defaultPlotIdForAlert() {
						return this._metaInfo.plots.length ? this._metaInfo.plots[0].id : null
					}
					formatterChanged() {
						return this._formatterChanged
					}
					copiable() {
						return U && !this.isChildStudy()
					}
					setPriceScale(e) {
						super.setPriceScale(e), T.emit("study_event", this.id(),
							"price_scale_changed")
					}
					disconnect() {
						this._studyId = null
					}
				}
				TradingView.Study = J, t.Study = J, t.prepareStudyProperties = function(t, s, r, o, a) {
					return function(t, s, r, o, a, l) {
						var c = function(t, s, r, o) {
								var a = i("K4L1");
								if (x.versionOf(t) < 1) throw new Error(
									"This function cannot work with metainfo of the old format version. Required format version >= 1"
								);
								var l = TradingView.clone(defaults("study"));
								Y(l, t);
								var c = x.getStudyPropertyRootName(t),
									h = TradingView.clone(defaults(c, o));
								h.intervalsVisibilities = TradingView.clone(W), ("Overlay" === t
									.shortId || "Compare" === t.shortId) && (h.currencyId =
									null, h.unitId = null);
								t.isTVScript && t.TVScriptSourceCode !== h.TVScriptSourceCode &&
									(h = TradingView.clone(TradingView.factoryDefaults(c, o)));
								TradingView.merge(l, h), s && (n(!(s instanceof e),
										"propsState should not be an instance of Property"),
									TradingView.merge(l, s));
								var u = TradingView.clone(t),
									d = {};
								a.mergeInputsObjPart(d, u.defaults.inputs), a
									.mergeInputsObjPart(d, l.inputs), l.inputs = d, delete u
									.inputs, delete u.defaults.inputs;
								var p = {};
								if (TradingView.merge(p, u.defaults), TradingView.merge(p,
										TradingView.factoryDefaults(c)), TradingView.merge(p,
										l), TradingView.merge(p, u), delete p.defaults, l = p,
									null !== r) {
									var _ = r.model().studiesColorRotatorFactory()
										.getColorRotator(t);
									null !== _ && ("Overlay@tv-basicstudies" === t.id ? l
										.lineStyle.color = _.getColor(l.lineStyle.color,
											t) : TradingView.merge(l, function(e, t) {
											for (var i in e.styles) {
												var s = e.styles[i].color;
												s && (e.styles[i].color = t.getColor(s))
											}
											return e
										}(l, _)))
								}
								s && TradingView.merge(l.styles, s.styles);
								return l
							}(t, s, r, o),
							h = x.getSourceInputIds(t);
						if (h.length > 0) {
							var u = h[0];
							l instanceof J ? c.inputs[u] = "{pid}$0" : void 0 !== c.inputs[u] &&
								-1 !== c.inputs[u].indexOf("$") && (c.inputs[u] = "close")
						}
						return q(t, a, c)
					}(t, s, r, o, x.getStudyPropertyRootName(t), a)
				}, t.prepareStudyPropertiesForLoadChart = function(e, t, s, r, n, o) {
					return function(e, t, s, r, n, o, a) {
						var l = function(e, t, s, r, n) {
							var o = i("K4L1");
							e.version && s.version && e.version !== s.version && H.logWarn(
								"Serialized metaInfo version " + e.version +
								" is not equal to the saved state version " + s.version);
							var a = TradingView.clone(defaults("study"));
							a.intervalsVisibilities = TradingView.clone(W), TradingView
								.merge(a, TradingView.factoryDefaults(x
									.getStudyPropertyRootName(e))), Y(a, e), TradingView
								.merge(a, s), a = n.updateStudyState(a, e, t);
							var l = TradingView.clone(t || e);
							if (l && x.versionOf(l) >= 1) {
								var c = {};
								o.mergeInputsObjPart(c, (l.defaults || {}).inputs), o
									.mergeInputsObjPart(c, a.inputs), a.inputs = c, delete l
									.inputs, l.defaults && delete l.defaults.inputs;
								var h = {};
								TradingView.merge(h, l.defaults), TradingView.merge(h,
										TradingView.factoryDefaults(x
											.getStudyPropertyRootName(l))), TradingView
									.merge(h, a), delete l.defaults, TradingView.merge(h,
										l), a = h
							}
							return a
						}(e, t, s, 0, n);
						return q(t || e, o, l)
					}(e, t, s, 0, n, x.getStudyPropertyRootName(e))
				}
			}).call(this, i("tc+8"), i("aIyQ"))
		},
		GVQo: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return o
			}));
			var s = i("Eyy1"),
				r = i("3ClC"),
				n = i("CW80");

			function o(e, t) {
				if (1 === t.length && Object(r.isStudy)(t[0])) {
					const e = t[0];
					return {
						title: e.title(),
						sources: [{
							source: Object(s.ensureNotNull)(e.state()),
							type: "study"
						}]
					}
				}
				const i = {
					sources: [],
					title: ""
				};
				return i.sources = t.filter(e => e.copiable() && Object(n.isLineTool)(e)).map(t => {
					const i = {
						type: "drawing",
						geometry: t.geometry(),
						source: {
							...t.state(!1),
							points: t.normalizedPoints()
						},
						modelId: e
					};
					return delete i.source.alertId, i
				}), i.sources.length > 0 ? (1 === i.sources.length ? i.title = t[0].title && t[0]
					.title() : i.title = "Drawings", i) : null
			}
		},
		GhVi: function(e, t, i) {
			"use strict";
			(function(t) {
				function i() {
					this._marksByIndex = new Map, this._marksBySpan = [], this.changed = new t, this
						.minIndex = void 0, this.maxIndex = void 0
				}
				i.prototype.reset = function() {
					this._resetImpl(), this.changed.fire()
				}, i.prototype._resetImpl = function() {
					this._marksByIndex = new Map, this._marksBySpan = [], this.minIndex = void 0,
						this.maxIndex = void 0, this._cache = void 0
				}, i.prototype.merge = function(e) {
					if (0 !== e.length) {
						var t = e[0].index,
							i = e[e.length - 1].index;
						t <= this.minIndex && i >= this.maxIndex && this._resetImpl();
						for (var s = this._marksBySpan, r = new Set, n = 0; n < e.length; n++) {
							var o = (c = e[n]).index,
								a = c.span,
								l = this._marksByIndex.get(c.index);
							if (l) {
								if (l.index === c.index && l.span === c.span) {
									l.time = c.time;
									continue
								}
								this._removeTickmark(l)
							}
						}
						for (n = 0; n < e.length; n++) {
							var c;
							o = (c = e[n]).index, a = c.span;
							if (!this._marksByIndex.has(c.index)) {
								this._marksByIndex.set(o, c);
								var h = s[a];
								void 0 === h && (h = [], s[a] = h);
								var u = 0 === h.length || h[h.length - 1].index < c.index;
								s[a].push(c), u || r.add(a)
							}
						}
						this.minIndex = void 0 === this.minIndex ? t : Math.min(this.minIndex, t),
							this.maxIndex = void 0 === this.maxIndex ? i : Math.max(this.maxIndex,
								i);
						for (a = s.length; a--;) s[a] && (s[a].length || delete s[a], r.has(a) && s[
							a].sort(this._sortByIndexAsc));
						this._cache = void 0, this.changed.fire()
					}
				}, i.prototype._removeTickmark = function(e) {
					var t = e.index;
					if (this._marksByIndex.get(t) === e) {
						this._marksByIndex.delete(t),
							t <= this.minIndex && this.minIndex++, t >= this.maxIndex && this
							.maxIndex--, this.maxIndex < this.minIndex && (this.minIndex = void 0,
								this.maxIndex = void 0);
						var i = this._marksBySpan[e.span],
							s = i.indexOf(e); - 1 !== s && i.splice(s, 1)
					}
				}, i.prototype._sortByIndexAsc = function(e, t) {
					return e.index - t.index
				}, i.prototype.removeTail = function(e) {
					var t = new Map;
					this.maxIndex = 0, this._marksByIndex.forEach(function(i, s) {
						i.time < e && (t.set(s, i), this.maxIndex = Math.max(this.maxIndex,
							s))
					}.bind(this)), this._marksByIndex = t
				}, i.prototype.addTail = function(e) {
					for (var t = 0; t < e.length; t++) e[t].index = this.maxIndex + t + 1;
					this.merge(e)
				}, i.prototype.indexToTime = function(e) {
					var t = this._marksByIndex.get(e);
					return t ? new Date(1e3 * t.time) : null
				}, i.prototype.density = function() {
					var e = this.maxIndex - this.minIndex;
					if (0 !== e) return 1e3 * (this._marksByIndex.get(this.maxIndex).time - this
						._marksByIndex.get(this.minIndex).time) / e
				}, i.prototype.estimateLeft = function(e) {
					var t = this.density();
					if (t) return (1e3 * this._marksByIndex.get(this.minIndex).time - e) / t
				}, i.prototype.nearestIndex = function(e) {
					for (var t = this.minIndex, i = this.maxIndex; i - t > 2;) {
						if (1e3 * this._marksByIndex.get(t).time === e) return t;
						if (1e3 * this._marksByIndex.get(i).time === e) return i;
						var s = Math.round((t + i) / 2);
						1e3 * this._marksByIndex.get(s).time > e ? i = s : t = s
					}
					return t
				}, i.prototype.build = function(e, t) {
					var i = Math.ceil(t / e);
					if (this._maxbar === i && this._cache) return this._cache;
					this._maxbar = i;
					for (var s = [], r = this._marksBySpan.length; r--;)
						if (this._marksBySpan[r]) {
							var n = s;
							s = [];
							for (var o = n.length, a = 0, l = this._marksBySpan[r], c = l.length,
									h = 1 / 0, u = -1 / 0, d = 0; d < c; d++) {
								for (var p = l[d], _ = p.index; a < o;) {
									var m = n[a],
										f = m.index;
									if (!(f < _)) {
										h = f;
										break
									}
									a++, s.push(m), u = f, h = 1 / 0
								}
								h - _ >= i && _ - u >= i && (s.push(p), u = _)
							}
							for (; a < o; a++) s.push(n[a])
						} return this._cache = s, this._cache
				}, i.prototype.state = function() {
					for (var e = [], t = this._marksBySpan.length; t--;) this._marksBySpan[t] && (
						e = e.concat(this._marksBySpan[t]));
					return {
						marks: e = e.map((function(e) {
							return [e.span, e.time, e.index]
						})),
						version: 2
					}
				}, i.prototype.restoreState = function(e) {
					if (this._marksByIndex = new Map, this._marksBySpan = [], this.maxIndex =
						void 0, this.minIndex = void 0, e && e.marks && e.marks.length)
						if (2 === e.version) {
							var t = e.marks.map((function(e) {
								return {
									span: e[0],
									time: e[1],
									index: e[2]
								}
							}));
							this.merge(t)
						} else this.merge(e.marks)
				}, e.exports.Tickmarks = i
			}).call(this, i("aIyQ"))
		},
		GmZZ: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("fJhV");
			class r extends s.LineDataSourceTimeAxisView {
				constructor(e) {
					super(e, 0)
				}
				_getBgColor() {
					return this._source.properties().linecolor.value()
				}
				_getAlwaysInViewPort() {
					return !1
				}
				_getIndex() {
					const e = this._source.points();
					return 0 === e.length ? null : e[0].index
				}
			}
		},
		GxN8: function(e, t, i) {
			"use strict";

			function s(e) {
				return Boolean(e.showInObjectTree)
			}
			i.d(t, "a", (function() {
				return s
			}))
		},
		H007: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "RiskRewordEntryPriceProperty", (function() {
				return a
			})), i.d(t, "RiskRewordStopPriceProperty", (function() {
				return l
			})), i.d(t, "RiskRewardTargetPriceProperty", (function() {
				return c
			}));
			var s = i("Eyy1"),
				r = i("tc+8"),
				n = i.n(r);
			class o extends n.a {
				constructor(e, t) {
					super(), this._lineSource = e, this._pointIndex = t
				}
				value() {
					const e = this._lineSource.points()[this._pointIndex].price;
					return this._formatAndParsePrice(e)
				}
				state() {
					return this.value()
				}
				merge(e, t) {
					return this.setValue(e), t ? [] : null
				}
				_formatAndParsePrice(e) {
					const t = Object(s.ensureNotNull)(this._lineSource.ownerSource()).formatter();
					if (t.parse) {
						const i = t.format(e),
							s = t.parse(i);
						return s.res ? s.value : e
					}
					return e
				}
			}
			class a extends o {
				constructor(e) {
					super(e, 0)
				}
				setValue(e) {
					const t = this._lineSource.points()[this._pointIndex];
					this._lineSource.startChanging(this._pointIndex, t), t.price = parseFloat("" + e),
						this._lineSource.setPoint(this._pointIndex, t), this._lineSource.recalculate(),
						this._lineSource.model().updateSource(this._lineSource), this._listeners.fire(
							this), this._lineSource.endChanging(!1, !1), this._lineSource
						.syncPriceLevels()
				}
			}
			class l extends o {
				constructor(e) {
					super(e, 1)
				}
				value() {
					const e = this._lineSource.stopPrice();
					return this._formatAndParsePrice(e)
				}
				setValue(e) {
					const t = Math.round(Math.abs(e - this._lineSource.entryPrice()) * this._lineSource
						.model().mainSeries().base());
					this._lineSource.properties().childs().stopLevel.setValue(t), this._lineSource
						.syncPriceLevels()
				}
			}
			class c extends o {
				constructor(e) {
					super(e, 2)
				}
				value() {
					const e = this._lineSource.profitPrice();
					return this._formatAndParsePrice(e)
				}
				setValue(e) {
					const t = Math.round(Math.abs(e - this._lineSource.entryPrice()) * this._lineSource
						.model().mainSeries().base());
					this._lineSource.properties().childs().profitLevel.setValue(t), this._lineSource
						.syncPriceLevels()
				}
			}
		},
		H0vP: function(e, t, i) {
			"use strict";
			i.r(t);
			var s, r = i("Eyy1");
			class n {
				constructor(e = o) {
					this._paneInvalidationLevel = o, this._leftPriceScalesInvalidationMap = new Map,
						this._rightPriceScalesInvalidationMap = new Map, this._invalidationLevel = e
				}
				fullInvalidation() {
					return this._invalidationLevel
				}
				invalidateAll(e) {
					this._invalidationLevel = Math.max(this._invalidationLevel, e)
				}
				invalidatePane(e) {
					this._paneInvalidationLevel = Math.max(this._invalidationLevel, e)
				}
				invalidatePriceScale(e, t, i) {
					const s = "left" === e ? this._leftPriceScalesInvalidationMap : this
						._rightPriceScalesInvalidationMap,
						r = s.get(t) || o;
					s.set(t, Math.max(r, i))
				}
				invalidationLevelForPane() {
					return Math.max(this._paneInvalidationLevel, this._invalidationLevel)
				}
				getterForPriceScaleInvalidationLevelBySide(e) {
					const t = "left" === e ? this._leftPriceScalesInvalidationMap : this
						._rightPriceScalesInvalidationMap;
					return e => Math.max(t.get(e) || o, this._invalidationLevel)
				}
				priceScaleSideMaxLevel(e) {
					const t = "left" === e ? this._leftPriceScalesInvalidationMap : this
						._rightPriceScalesInvalidationMap;
					let i = this._invalidationLevel;
					return t.size > 0 && t.forEach(e => {
						e > i && (i = e)
					}), i
				}
				merge(e) {
					this._invalidationLevel = Math.max(this._invalidationLevel, e._invalidationLevel),
						this._paneInvalidationLevel = Math.max(this._paneInvalidationLevel, e
							._paneInvalidationLevel), e._leftPriceScalesInvalidationMap.forEach((e,
							t) => {
							const i = this._leftPriceScalesInvalidationMap.get(t) || o;
							this._leftPriceScalesInvalidationMap.set(t, Math.max(i, e))
						}), e._rightPriceScalesInvalidationMap.forEach((e, t) => {
							const i = this._rightPriceScalesInvalidationMap.get(t) || o;
							this._rightPriceScalesInvalidationMap.set(t, Math.max(i, e))
						})
				}
			}
			i.d(t, "InvalidationLevel", (function() {
					return s
				})), i.d(t, "defaultInvalidationLevel", (function() {
					return o
				})), i.d(t, "InvalidationMask", (function() {
					return a
				})),
				function(e) {
					e[e.None = 0] = "None", e[e.Cursor = 1] = "Cursor", e[e.Light = 2] = "Light", e[e.Full =
						3] = "Full"
				}(s || (s = {}));
			const o = s.None;
			class a {
				constructor(e = o) {
					this._panesOrderChanged = !1, this._keepVisibleTimeRangeOnResize = !1, this
						._timeAxisInvalidationLevel = o, this._invalidatedPanes = new Map, this
						._additionalActions = [], this._invalidationLevel = e
				}
				invalidateAll(e) {
					this._invalidationLevel !== e && (this._invalidationLevel = Math.max(this
						._invalidationLevel, e), this._invalidatedPanes.forEach(e => {
						e.invalidateAll(this._invalidationLevel)
					}))
				}
				invalidateAllPane(e, t) {
					this._invalidatedPanes.has(e) || this._invalidatedPanes.set(e, new n(this
						._invalidationLevel)), Object(r.ensureDefined)(this._invalidatedPanes.get(
						e)).invalidateAll(t)
				}
				invalidatePriceScale(e, t, i, s) {
					this._invalidatedPanes.has(e) || this._invalidatedPanes.set(e, new n(this
						._invalidationLevel)), Object(r.ensureDefined)(this._invalidatedPanes.get(
						e)).invalidatePriceScale(t, i, s)
				}
				invalidateTimeScale(e) {
					this._timeAxisInvalidationLevel = Math.max(this._timeAxisInvalidationLevel, e)
				}
				invalidatePanesOrder() {
					this._panesOrderChanged = !0
				}
				lockVisibleTimeRangeOnResize() {
					this._keepVisibleTimeRangeOnResize = !0
				}
				fullInvalidation() {
					return this._invalidationLevel
				}
				maxPaneInvalidation() {
					const e = [];
					return this._invalidatedPanes.forEach(t => {
						e.push(t.fullInvalidation())
					}), Math.max(...e, this._invalidationLevel)
				}
				invalidateForPane(e) {
					return this._invalidatedPanes.get(e) || new n(this._invalidationLevel)
				}
				invalidateForTimeScale() {
					return Math.max(this._timeAxisInvalidationLevel, this._invalidationLevel)
				}
				validationActions() {
					return this._additionalActions
				}
				addValidationAction(e) {
					this._additionalActions.push(e)
				}
				merge(e) {
					this._invalidationLevel = Math.max(this._invalidationLevel, e._invalidationLevel),
						this._panesOrderChanged = this._panesOrderChanged || e._panesOrderChanged, this
						._keepVisibleTimeRangeOnResize = this._keepVisibleTimeRangeOnResize || e
						._keepVisibleTimeRangeOnResize, this._invalidatedPanes.forEach(e => {
							e.invalidateAll(this._invalidationLevel)
						}), e._invalidatedPanes.forEach((e, t) => {
							this._invalidatedPanes.has(t) || this._invalidatedPanes.set(t, new n(
								this._invalidationLevel)), Object(r.ensureDefined)(this
								._invalidatedPanes.get(t)).merge(e)
						}), this._timeAxisInvalidationLevel = Math.max(this._timeAxisInvalidationLevel,
							e._timeAxisInvalidationLevel);
					for (let t = 0; t < e._additionalActions.length; t++) this._additionalActions.push(e
						._additionalActions[t])
				}
				panesOrderInvalidated() {
					return this._panesOrderChanged
				}
				isVisibleTimeRangeLockedOnResize() {
					return this._keepVisibleTimeRangeOnResize
				}
				static cursor() {
					return new a(s.Cursor)
				}
				static light() {
					return new a(s.Light)
				}
				static full() {
					return new a(s.Full)
				}
				static panesOrder() {
					const e = a.full();
					return e.invalidatePanesOrder(), e
				}
				static validateAction(e) {
					const t = new a;
					return t._additionalActions.push(e), t
				}
			}
		},
		HGP3: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("iR50"),
				r = i("RBvv"),
				n = i("Eyy1");
			const o = {
					...s,
					...r
				},
				a = {},
				l = Object.keys(o).length,
				c = /^#[0-9A-F]{6}$/i;
			Object.keys(o).forEach(e => {
				const t = function e(t, i = []) {
					const s = o[t];
					if (!s) return null;
					if (c.test(s)) return s;
					const r = s;
					return i.push(t), -1 !== i.indexOf(r) ? (console.warn(
						"Colors definitions cycled"), s) : i.length > l ? (console.warn(
						"Too many variables-link in HEX-color search: " + i[0]), null) : e(
						r, i)
				}(e);
				a[e] = Object(n.ensureNotNull)(t)
			});
			const h = a;

			function u(e) {
				const t = h[e];
				if (!t) throw new Error("No such color " + e);
				return t
			}
			i.d(t, "colorsPalette", (function() {
				return h
			})), i.d(t, "getHexColorByName", (function() {
				return u
			}))
		},
		HGup: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return o
			})), i.d(t, "c", (function() {
				return a
			})), i.d(t, "b", (function() {
				return l
			}));
			var s = i("Eyy1"),
				r = i("3u3j");
			class n extends r.a {
				constructor(e, t, i) {
					super(e, t, i)
				}
				redo() {
					const e = Object(s.ensureNotNull)(this._chartModel.dataSourceForId(this
							._sourceId)),
						t = Object(s.ensureNotNull)(this._chartModel.paneForSource(e)),
						i = this._chartModel.children(e, !0);
					t.bulkActionMacro(() => {
						i.forEach(e => this._chartModel.detachSource(e)), this._chartModel
							.detachSource(e)
					});
					const r = this._chartModel.createPane(this.targetPaneIndex()),
						n = r.findSuitableScale(e);
					r.bulkActionMacro(() => {
							r.addDataSource(e, n, !1), i.forEach(e => r.addDataSource(e, n, !1))
						}), Object(s.ensureNotNull)(e.priceScale()).restoreState(this
							._newPriceScaleState(r.isOverlay(e))), this._chartModel.fullUpdate(),
						this._chartModel.setShouldBeSavedEvenIfHidden(!0)
				}
				undo() {
					const e = Object(s.ensureNotNull)(this._chartModel.dataSourceForId(this
							._sourceId)),
						t = Object(s.ensureNotNull)(this._chartModel.paneForSource(e)),
						i = this._chartModel.children(e, !0);
					t.bulkActionMacro(() => {
						i.forEach(e => this._chartModel.detachSource(e));
						const t = this._chartModel.detachSource(e);
						Object(s.assert)(t, "Undo of detaching must remove pane")
					});
					const r = this._chartModel.panes()[this._initialPaneIndex];
					let n = r.getPriceScaleById(this._initialPriceScaleId);
					null === n && (n = r.createPriceScaleAtPosition(this._initialPriceScalePosition,
						this._initialPriceScaleIndex)), r.bulkActionMacro(() => {
						r.addDataSource(e, n, !0), i.forEach(e => r.addDataSource(e, n, !1))
					}), Object(s.ensureNotNull)(e.priceScale()).restoreState(this
						._originalPriceScaleState()), this._chartModel.fullUpdate()
				}
			}
			class o extends n {
				constructor(e, t, i) {
					super(e, t, i)
				}
				targetPaneIndex() {
					return this._initialPaneIndex + 1
				}
			}
			class a extends n {
				constructor(e, t, i) {
					super(e, t, i)
				}
				targetPaneIndex() {
					return this._initialPaneIndex
				}
			}
			class l extends n {
				constructor(e, t, i) {
					super(e, t, i)
				}
				targetPaneIndex() {
					return this._chartModel.panes().length
				}
			}
		},
		HLXm: function(e, t, i) {
			"use strict";

			function s(e) {
				"LineToolGannComplex" !== e.type || void 0 !== e.version && 1 !== e.version || (e.type =
					"LineToolGannFixed")
			}
			i.r(t), i.d(t, "migrateState", (function() {
				return s
			}))
		},
		"HV/F": function(e, t, i) {
			"use strict";

			function s(e) {
				const t = {};
				return {
					promise: new Promise((i, s) => {
						e.subscribe(t, i, !0)
					}),
					destroy: () => {
						e.unsubscribeAll(t)
					}
				}
			}
			i.r(t), i.d(t, "delegateToPromise", (function() {
				return s
			}))
		},
		HY7u: function(e, t, i) {},
		HZKX: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "defaultContextMenuOptions", (function() {
				return Te
			})), i.d(t, "createActionAddAlert", (function() {
				return Me
			})), i.d(t, "createActionTrade", (function() {
				return Oe
			})), i.d(t, "createActionOrder", (function() {
				return Le
			})), i.d(t, "createMTPredictorActions", (function() {
				return Ae
			})), i.d(t, "createLinesAction", (function() {
				return Ee
			})), i.d(t, "ActionsProvider", (function() {
				return ke
			}));
			var s = i("Eyy1"),
				r = i("txPx"),
				n = (i("nc0P"), i("ogJP")),
				o = i("Kxc7"),
				a = i("7KDR"),
				l = i("YmeR"),
				c = i("Daqx"),
				h = i("3ClC"),
				u = i("QloM"),
				d = i("Qq0B"),
				p = i("z61+"),
				_ = i("/3z9"),
				m = i("L/Ed"),
				f = i("cKqi"),
				g = i("YzC7"),
				b = i("pvsv"),
				v = i("GVQo"),
				S = i("CW80"),
				y = i("/tGj"),
				w = i("2uTr"),
				P = i("YFKU"),
				C = i("//lZ"),
				x = i("9uLv");
			const T = Object(r.getLogger)("Chart.ActionsProvider"),
				I = (Object(P.t)("Add Alert"), Object(P.t)("Add Alert on {series}"), Object(P.t)(
					"Add Alert on {drawing}"), Object(w.appendEllipsis)(Object(P.t)(
					"Edit {title} Alert"))),
				M = Object(P.t)("Extend Alert Lines"),
				O = Object(P.t)("Show alert label lines"),
				L = Object(P.t)("Hide alert label lines"),
				A = (Object(P.t)("Trade"), Object(w.appendEllipsis)(Object(P.t)("Create Limit Order")),
					Object(P.t)("Show")),
				E = Object(P.t)("Hide"),
				k = (Object(P.t)("MTPredictor"), Object(P.t)("Apply Manual Risk/Reward"), Object(P.t)(
						"Apply Manual Decision Point"), Object(P.t)("Analyze Trade Setup"), Object(P.t)(
						"Apply Elliott Wave"), Object(P.t)("Apply Elliott Wave Intermediate"), Object(P.t)(
						"Apply Elliott Wave Major"), Object(P.t)("Apply Elliott Wave Minor"), Object(P.t)(
						"Apply WPT Up Wave"), Object(P.t)("Up Wave 1 or A"), Object(P.t)("Up Wave 2 or B"),
					Object(P.t)("Up Wave C"), Object(P.t)("Up Wave 3"), Object(P.t)("Up Wave 4"), Object(P
						.t)("Up Wave 5"), Object(P.t)("Apply WPT Down Wave"), Object(P.t)(
						"Down Wave 1 or A"), Object(P.t)("Down Wave 2 or B"), Object(P.t)("Down Wave C"),
					Object(P.t)("Down Wave 3"), Object(P.t)("Down Wave 4"), Object(P.t)("Down Wave 5"),
					Object(P.t)("Pinned To Scale {label} (Hidden)")),
				D = Object(P.t)("Pinned To Right Scale (Hidden)"),
				V = Object(P.t)("Pin To Scale {label} (Hidden)"),
				B = Object(P.t)("Pin To Right Scale (Hidden)"),
				R = Object(P.t)("Pinned To Scale {label}"),
				N = Object(P.t)("Pinned To Right Scale"),
				j = Object(P.t)("Pin To Scale {label}"),
				F = Object(P.t)("Pin To Right Scale"),
				W = Object(P.t)("Pinned To Left Scale (Hidden)"),
				H = Object(P.t)("Pin To Left Scale (Hidden)"),
				U = Object(P.t)("Pinned To Left Scale"),
				z = Object(P.t)("Pin To Left Scale"),
				G = Object(P.t)("Pin To New Left Scale"),
				q = Object(P.t)("Pin To New Right Scale"),
				Y = Object(P.t)("Pin To Scale (Now {label})"),
				K = Object(P.t)("Pin To Scale (Now No Scale)"),
				J = Object(P.t)("Pin To Scale (Now Left)"),
				Z = Object(P.t)("Pin To Scale (Now Right)"),
				X = Object(P.t)("No Scale (Fullscreen)"),
				$ = Object(P.t)("Move To"),
				Q = Object(P.t)("Existing Pane Above"),
				ee = Object(P.t)("New Pane Above"),
				te = Object(P.t)("Existing Pane Below"),
				ie = Object(P.t)("New Pane Below"),
				se = Object(P.t)("Bring to Front"),
				re = Object(P.t)("Send to Back"),
				ne = Object(P.t)("Bring Forward"),
				oe = Object(P.t)("Send Backward"),
				ae = Object(P.t)("Visual Order"),
				le = Object(P.t)("Lines"),
				ce = Object(w.appendEllipsis)(Object(P.t)("Add Indicator/Strategy on {studyTitle}")),
				he = (Object(w.appendEllipsis)(Object(P.t)("Add Financial metric for {instrumentName}")),
					Object(w.appendEllipsis)(Object(P.t)("Settings"))),
				ue = Object(P.t)("Apply Default"),
				de = Object(w.appendEllipsis)(Object(P.t)("Save As")),
				pe = Object(P.t)("Copy"),
				_e = Object(P.t)("Clone"),
				me = Object(P.t)("Template"),
				fe = (Object(P.t)("Sync To All Charts"), Object(P.t)("Go to {lineToolName}")),
				ge = Object(P.t)("Unlock"),
				be = Object(P.t)("Lock"),
				ve = (Object(P.t)("Show Earnings"), Object(P.t)("Show Dividends"), Object(P.t)(
					"Show Splits"), Object(P.t)("Show All Ideas")),
				Se = Object(P.t)("Show Ideas of Followed Users"),
				ye = Object(P.t)("Show My Ideas Only"),
				we = Object(w.appendEllipsis)(Object(P.t)("Settings")),
				Pe = Object(P.t)("Hide Events on Chart"),
				Ce = Object(P.t)("Add this Symbol to Entire Layout"),
				xe = Object(P.t)("Add this Indicator to Entire Layout"),
				Te = (Object(P.t)("Add this Strategy to Entire Layout"), Object(P.t)(
					"Add this Financial Metric to Entire Layout"), {
					general: !0,
					mainSeries: !0,
					mainSeriesTrade: !0,
					esdStudies: !0,
					studies: !0,
					fundamentals: !0,
					lineTools: !0,
					publishedCharts: !0,
					ordersAndPositions: !0,
					alerts: !0,
					chartEvents: !0,
					objectTree: !0,
					gotoLineTool: !1
				});

			function Ie(e) {
				return Object(y.isSymbolSource)(e) ? e.symbolTitle(!0, !0) : e.title(!0)
			}

			function Me(e, t) {
				return null
			}

			function Oe(e, t, i) {
				return null
			}

			function Le(e) {
				throw new Error("not supported")
			}

			function Ae(e, t, i, s) {
				return null
			}

			function Ee(e) {
				const t = e.actions(),
					i = [t.showPriceLine];
				return i.push(t.showHighLowPriceLines), i.push(t.showAverageClosePriceLine), new a.Action({
					label: le,
					statName: "Lines",
					subItems: i
				})
			}
			class ke {
				constructor(e, t) {
					this._chartWidget = e, this._options = Object(n.merge)(Object(n.clone)(Te), t || {})
				}
				async contextMenuActionsForSources(e) {
					const t = e[0],
						i = this._options;
					if (t === this._chartWidget.model().mainSeries() && i.mainSeries) return this
						._contextMenuActionsForSeries(t);
					if (Object(h.isStudy)(t) && i.studies) return this._contextMenuActionsForStudy(t);
					if (Object(S.isLineTool)(t) && i.lineTools) {
						const t = e.filter(S.isLineTool);
						return this._contextMenuActionsForLineTool(t)
					}
					return []
				}
				_isReadOnly() {
					return this._chartWidget.readOnly()
				}
				_createActionHide(e) {
					return new a.Action({
						label: E,
						icon: i("dmHa"),
						statName: "HideSelectedObject",
						onExecute: this._chartWidget.hideDataSources.bind(this._chartWidget, [
							e
						])
					})
				}
				_createActionShow(e) {
					const t = new a.Action({
							checkable: !0,
							label: A,
							icon: i("6ctS"),
							statName: "ToggleShow"
						}),
						s = new l.ActionBinder(t, e.properties().visible, this._chartWidget.model(), A);
					return t.setBinding(s), s.setValue(e.properties().visible.value()), t
				}
				_createActionScale(e) {
					const t = Object(s.ensureNotNull)(e.priceScale()),
						r = this._chartWidget.model().model(),
						n = Object(s.ensureNotNull)(r.paneForSource(e)),
						o = n.priceScalePosition(t),
						l = ("left" === o ? n.leftPriceScales() : n.rightPriceScales()).indexOf(t),
						h = r.priceScaleSlotsCount().totallySlots < 2 ? "dontneedname" : "needname",
						u = "overlay" === o ? "" : Object(c.a)(o, l).label,
						d = Y.format({
							label: u
						}),
						p = {
							"left-needname": d,
							"left-dontneedname": J,
							"right-needname": d,
							"right-dontneedname": Z,
							"overlay-needname": K,
							"overlay-dontneedname": K
						} [o + "-" + h];
					return new a.Action({
						label: p,
						icon: i("/kal"),
						subItems: this._createActionScaleItems(e)
					})
				}
				_createActionScaleDetach(e, t, i, r) {
					const n = this._chartWidget.model().model(),
						o = Object(s.ensureNotNull)(n.paneForSource(e));
					if (!o.canCreateNewPriceScale()) return null;
					const l = Object(s.ensureNotNull)(e.priceScale()),
						h = l.canDetachSource(e),
						u = o.priceScalePosition(l),
						d = h || u !== t;
					if (!d) return null;
					const p = n.priceScaleSlotsCount(),
						_ = {
							left: {
								labelled: j,
								sided: G
							},
							right: {
								labelled: j,
								sided: q
							}
						},
						m = "left" === t ? o.leftPriceScales().length : o.rightPriceScales().length,
						f = p[t] > m ? "labelled" : "sided",
						g = Object(c.a)(t, m).label,
						b = _[t][f].format({
							label: g
						});
					return new a.Action({
						checkable: !1,
						disabled: !d,
						label: b,
						statName: r,
						payload: e,
						onExecute: i
					})
				}
				_onDetachLeft(e) {
					const t = e.getPayload(),
						i = this._chartWidget.model().model(),
						r = Object(s.ensureNotNull)(i.paneForSource(t));
					this._chartWidget.model().detachToLeft(t, r)
				}
				_onDetachRight(e) {
					const t = e.getPayload(),
						i = this._chartWidget.model().model(),
						r = Object(s.ensureNotNull)(i.paneForSource(t));
					this._chartWidget.model().detachToRight(t, r)
				}
				_createActionScaleDetachLeft(e) {
					return this._createActionScaleDetach(e, "left", this._onDetachLeft.bind(this),
						"ToggleScaleLeft")
				}
				_createActionScaleDetachRight(e) {
					return this._createActionScaleDetach(e, "right", this._onDetachRight.bind(this),
						"ToggleScaleRight")
				}
				_onMoveToScale(e) {
					const t = e.getPayload();
					if (t.datasource.priceScale() === t.priceScale) return;
					const i = this._chartWidget.model().model(),
						r = Object(s.ensureNotNull)(i.paneForSource(t.datasource));
					this._chartWidget.model().moveToScale(t.datasource, r, t.priceScale, t.undoText)
				}
				_createMoveToScaleAction(e, t, i, s) {
					const r = e.priceScale() === t;
					return new a.Action({
						checkable: !0,
						checked: r,
						label: i,
						statName: "ToggleScale",
						payload: {
							datasource: e,
							priceScale: t,
							undoText: s
						},
						onExecute: this._onMoveToScale.bind(this)
					})
				}
				_onNoScale(e) {
					const t = e.getPayload().datasource,
						i = this._chartWidget.model().model(),
						r = Object(s.ensureNotNull)(i.paneForSource(t));
					r.isOverlay(t) || this._chartWidget.model().detachNoScale(t, r)
				}
				_createActionNoScale(e) {
					const t = this._chartWidget.model().model(),
						i = Object(s.ensureNotNull)(t.paneForSource(e)),
						r = i.actionNoScaleIsEnabled(e);
					return new a.Action({
						checkable: !0,
						checked: i.isOverlay(e),
						label: X,
						disabled: !r,
						statName: "ToggleNoScale",
						payload: {
							datasource: e
						},
						onExecute: this._onNoScale.bind(this)
					})
				}
				_createActionScaleItems(e) {
					const t = [],
						i = this._chartWidget.model().model(),
						r = Object(s.ensureNotNull)(i.paneForSource(e)),
						n = i.priceScaleSlotsCount().totallySlots > 1,
						o = r.rightPriceScales(),
						l = r.leftPriceScales(),
						h = this._createActionScaleDetachRight(e),
						u = this._createActionScaleDetachLeft(e),
						d = o.length + l.length + (null === h ? 0 : 1) + (null === u ? 0 : 1) > 2,
						p = {
							right: {
								hidden: {
									checked: {
										labelled: k,
										sided: D
									},
									unchecked: {
										labelled: V,
										sided: B
									}
								},
								visible: {
									checked: {
										labelled: R,
										sided: N
									},
									unchecked: {
										labelled: j,
										sided: F
									}
								}
							},
							left: {
								hidden: {
									checked: {
										labelled: k,
										sided: W
									},
									unchecked: {
										labelled: V,
										sided: H
									}
								},
								visible: {
									checked: {
										labelled: R,
										sided: U
									},
									unchecked: {
										labelled: j,
										sided: z
									}
								}
							}
						},
						_ = {
							left: r.visibleLeftPriceScales(),
							right: r.visibleRightPriceScales()
						},
						m = (t, i) => {
							const s = ("right" === i ? o : l)[t],
								r = _[i].includes(s) ? "visible" : "hidden",
								a = e.priceScale() === s ? "checked" : "unchecked",
								h = n ? "labelled" : "sided",
								u = p[i],
								d = {
									labelled: u.visible.unchecked.labelled,
									sided: u.visible.unchecked.sided
								},
								m = Object(c.a)(i, t).label;
							return {
								actionText: u[r][a][h].format({
									label: m
								}),
								undoText: d[h].format({
									label: m
								})
							}
						};
					t.push(...o.map((t, i) => {
						const s = m(i, "right");
						return this._createMoveToScaleAction(e, t, s.actionText, s.undoText)
					})), null !== h && t.push(h);
					d && (o.length > 0 || null !== h) && t.push(new a.Separator);
					t.push(...l.map((t, i) => {
						const s = m(i, "left");
						return this._createMoveToScaleAction(e, t, s.actionText, s.undoText)
					})), null !== u && t.push(u);
					d && (l.length > 0 || null !== u) && t.push(new a.Separator);
					return t.push(this._createActionNoScale(e)), t
				}
				_createVisualOrderAction(e) {
					const t = this._chartWidget.model(),
						s = t.availableZOrderOperations(e),
						r = [new a.Action({
							label: se,
							statName: "BringToFront",
							disabled: !s.bringToFrontEnabled,
							onExecute: () => t.bringToFront(e)
						}), new a.Action({
							label: re,
							statName: "SendToBack",
							disabled: !s.sendToBackEnabled,
							onExecute: () => t.sendToBack(e)
						}), new a.Action({
							label: ne,
							statName: "BringForward",
							disabled: !s.bringForwardEnabled,
							onExecute: () => t.bringForward(e)
						}), new a.Action({
							label: oe,
							statName: "SendBackward",
							disabled: !s.sendBackwardEnabled,
							onExecute: () => t.sendBackward(e)
						})];
					return new a.Action({
						label: ae,
						icon: i("9dnG"),
						statName: "VisualOrder",
						subItems: r
					})
				}
				_createActionMergeUp(e) {
					const t = this._chartWidget.model();
					return t.model().isMergeUpAvailableForSource(e) ? new a.Action({
						label: Q,
						statName: "MergeUp",
						onExecute: () => t.mergeSourceUp(e)
					}) : null
				}
				_createActionUnmergeUp(e) {
					const t = this._chartWidget.model();
					return t.model().isUnmergeAvailableForSource(e) ? new a.Action({
						label: ee,
						statName: "UnmergeUp",
						onExecute: () => t.unmergeSourceUp(e)
					}) : null
				}
				_createActionMergeDown(e) {
					const t = this._chartWidget.model();
					return t.model().isMergeDownAvailableForSource(e) ? new a.Action({
						label: te,
						statName: "MergeDown",
						onExecute: () => t.mergeSourceDown(e)
					}) : null
				}
				_createActionUnmergeDown(e) {
					const t = this._chartWidget.model();
					return t.model().isUnmergeAvailableForSource(e) ? new a.Action({
						label: ie,
						statName: "UnmergeDown",
						onExecute: () => t.unmergeSourceDown(e)
					}) : null
				}
				_mergeContentMenuItems(e) {
					return [this._createActionMergeUp(e), this._createActionUnmergeUp(e), this
						._createActionMergeDown(e), this._createActionUnmergeDown(e)
					].filter(n.notNull)
				}
				_createActionMove(e) {
					const t = this._mergeContentMenuItems(e);
					return t.length > 0 ? new a.Action({
						label: $,
						icon: i("BBCR"),
						subItems: t
					}) : null
				}
				_contextMenuActionsForSeries(e) {
					const t = [],
						i = e.properties().visible.value(),
						r = this._chartWidget.model().model(),
						n = (Object(s.ensureNotNull)(r.paneForSource(e)), this._chartWidget.actions());
					if (this._isReadOnly()) t.push(i ? this._createActionHide(e) : this
						._createActionShow(e)), t.push(new a.Separator), t.push(this
						._createActionScale(e));
					else {
						0,
						t.length > 0 && !(t[t.length - 1] instanceof a.Separator) && t.push(new a
							.Separator),
						o.enabled("symbol_info") && t.push(n.showSymbolInfoDialog);r.mainSeries()
						.symbolInfo();0,
						t.length > 0 && !(t[t.length - 1] instanceof a.Separator) && t.push(new a
							.Separator),
						t.push(this._createVisualOrderAction([e]));
						const s = this._createActionMove(e);null !== s && t.push(s),
						t.push(this._createActionScale(e)),
						t.push(i ? this._createActionHide(e) : this._createActionShow(e)),
						t.push(new a.Separator),
						t.push(Ee(this._chartWidget)),
						t.push(new a.Separator);window.widgetbar && (!window.widgetbar._customization ||
							window.widgetbar._customization.watchlist) && n.addToWatchlist && t.push(n
							.addToWatchlist),
						o.enabled("text_notes") && t.push(n.addToTextNotes),
						t[t.length - 1] instanceof a.Separator || t.push(new a.Separator),
						t[t.length - 1] instanceof a.Separator && t.pop()
					}
					return t
				}
				_createActionAddChildStudy(e) {
					const t = this._chartWidget.model().model();
					return new a.Action({
						label: ce.format({
							studyTitle: Ie(e)
						}),
						icon: i("CwKc"),
						statName: "ApplyIndicator",
						onExecute: () => {
							const i = this._chartWidget.showIndicators(Object(h.isStudy)(
								e) ? e : void 0);
							if (i && Object(h.isStudy)(e)) {
								const e = () => {
										trackEvent("SOS", "Apply SOS", "Apply by RC menu")
									},
									s = t.studyInserted();
								s.subscribe(this, e), i.visible().subscribe(t => {
									t || s.unsubscribe(this, e)
								}, {
									once: !0
								})
							}
						}
					})
				}
				_createActionAddFundamentals(e) {
					return null
				}
				_createActionShowSymbolInfoDialog(e, t) {
					return new a.Action({
						label: Object(w.appendEllipsis)(Object(P.t)("Symbol Info")),
						icon: i("1pHB"),
						checkable: !1,
						statName: "SymbolInfo",
						onExecute: () => {
							const i = e.symbol(),
								s = {
									symbolInfo: e.symbolInfo(),
									unitName: e => t.name(e)
								};
							Object(b.showSymbolInfoDialog)(i, s)
						}
					})
				}
				_createActionShowProperties(e) {
					return new a.Action({
						label: he,
						icon: i("MXV9"),
						statName: "EditSelectedObject",
						onExecute: () => this._chartWidget.showSourceProperties(e)
					})
				}
				_contextMenuActionsForStudy(e) {
					const t = this._chartWidget.actions(),
						i = e.properties().visible.value(),
						s = [];
					if (!e.userEditEnabled()) return s;
					if (this._chartWidget.readOnly()) s.push(i ? this._createActionHide(e) : this
							._createActionShow(e)), s.push(new a.Separator), e.constructor instanceof d
						.NonSeriesStudy || s.push(this._createActionScale(e));
					else {
						0,
						o.enabled("study_on_study") && e.canHaveChildren() && s.push(this
							._createActionAddChildStudy(e));
						const r = this._createApplyToEntireLayoutCommand(e);
						if (null !== r && s.push(r), s.length > 0 && !(s[s.length - 1] instanceof a
								.Separator) && s.push(new a.Separator), o.enabled("symbol_info") && (
								e instanceof g.a || e instanceof f.study_Overlay) && null !== e
							.symbolInfo() && (s.push(this._createActionShowSymbolInfoDialog(e, this
								._chartWidget.model().model().availableUnits())), s.push(new a
								.Separator)), s.push(this._createVisualOrderAction([e])), !(e
								.constructor instanceof d.NonSeriesStudy)) {
							const t = this._createActionMove(e);
							null !== t && s.push(t), s.push(this._createActionScale(e))
						}
						s.push(new a.Separator);
						const n = e.metaInfo();
						if (e.copiable()) {
							const t = new a.Action({
								label: pe,
								shortcutHint: Object(_.humanReadableHash)(_.Modifiers.Mod + 67),
								statName: "Copy",
								onExecute: () => {
									this._chartWidget.chartWidgetCollection().clipboard
										.uiRequestCopy([e])
								}
							});
							s.push(t)
						}
						s.push(i ? this._createActionHide(e) : this._createActionShow(e)),
						s.push(t.studyRemove),
						s.push(new a.Separator),
						o.enabled("property_pages") && new p.a(n).hasUserEditableOptions() && s.push(
							this._createActionShowProperties(e)),
						s[s.length - 1] instanceof a.Separator && s.pop()
					}
					return s
				}
				_createEditAlertDrawingAction(e) {
					return new a.Action({
						label: I.format({
							title: e.title()
						}),
						icon: TbbiEditAlertSvg,
						statName: "EditAlert",
						onExecute: () => {
							window.runOrSignIn(() => {
								e.editAlert("pane_context_menu_edit_alert")
							}, {
								source: "Alert edit from pane context menu"
							})
						}
					})
				}
				_createLineToolTemplateAction(e) {
					if (!window.lineToolPropertiesToolbar) return null;
					const t = window.lineToolPropertiesToolbar.templatesList();
					return void 0 === t ? null : new a.ActionAsync(() => {
						const i = [],
							s = new a.Action({
								label: de,
								statName: "SaveAs",
								onExecute: () => {
									t.showSaveDialog(i => {
										const s = JSON.stringify(e.template());
										t.saveTemplate(i, s)
									})
								}
							});
						i.push(s);
						const r = new a.Action({
							label: ue,
							statName: "ApplyDefault",
							onExecute: () => {
								this._chartWidget.model()
									.restorePropertiesForSource(e), window
									.lineToolPropertiesToolbar.onSourceChanged(e)
							}
						});
						return i.push(r), new Promise(e => {
							t.templatesLoaded().then(() => {
								const e = t.getData();
								e.length > 0 && i.push(new a.Separator), e
									.forEach((e, s) => {
										const r = new a.Action({
											label: e,
											statName: "ApplyTemplate",
											onExecute: () => t
												.loadTemplate(e),
											toolbox: {
												type: m.ToolboxType
													.Delete,
												action: () => {
													t.deleteAction(
														e)
												}
											},
											showToolboxOnHover: !0
										});
										i.push(r)
									})
							}, e => {
								T.logWarn(e)
							}).then(() => {
								e({
									label: me,
									statName: "Template",
									subItems: i
								})
							})
						})
					})
				}
				_createActionToggleLockObject(e) {
					const t = e.properties().frozen.value();
					return new a.Action({
						label: t ? ge : be,
						statName: "ToggleLockSelectedObject",
						checkable: !0,
						icon: i(t ? "fs3R" : "qckB"),
						onExecute: () => this._chartWidget.toggleLockSelectedObject()
					})
				}
				async _contextMenuActionsForLineTool(e) {
					const t = [],
						r = this._chartWidget.actions(),
						l = this._chartWidget.model().model(),
						c = () => {
							t.push(this._createVisualOrderAction(e))
						},
						h = () => {
							const s = e.filter(e => e.cloneable());
							if (s.length > 0) {
								const e = new a.Action({
									label: _e,
									icon: i("K8V9"),
									shortcutHint: Object(_.humanReadableModifiers)(_.Modifiers
										.Mod) + "Drag",
									doNotBindShortcut: !0,
									statName: "Clone",
									onExecute: () => this._chartWidget.model().cloneLineTools(s,
										!1)
								}, "Clone");
								t.push(e)
							}
							return !!s.length
						},
						u = () => {
							const i = e.filter(e => e.copiable());
							if (i.length > 0) {
								const e = new a.Action({
									label: pe,
									shortcutHint: Object(_.humanReadableHash)(_.Modifiers.Mod +
										67),
									statName: "Copy",
									onExecute: () => this._chartWidget.chartWidgetCollection()
										.clipboard.uiRequestCopy(i)
								}, "Copy");
								t.push(e)
							}
							return !!i.length
						},
						d = e => {
							const i = new a.Action({
								label: fe.format({
									lineToolName: e.title()
								}),
								statName: "GoToLineTool",
								checkable: !1,
								onExecute: async t => {
									const i = l.timeScale().logicalRange();
									if (null === i) return;
									const r = this._chartWidget.model(),
										o = l.timeScale().barSpacing();
									let a = i.left();
									const c = e.points().map(e => e.index);
									let h = l.timeScale().points().firstIndex();
									const u = l.timeScale().points().lastIndex();
									if (null === h || null === u) return;
									const d = i.length() / 2;
									if (0 === c.length || c.some(e => i.contains(e)))
										return;
									const p = () => {
										const t = e.points().map(e => e.index),
											i = t.filter(e => e <= u).reduce((e, t) =>
												null === e ? t : Math.max(e, t), null);
										return null !== i ? i : t.reduce((e, t) => Math
											.min(e, t))
									};
									let _, m = p();
									if (h - d > m) {
										const t = e.points().map(e => e.time).filter(n
											.notUndefined).map(e => e.valueOf() / 1e3);
										if (0 === t.length) return;
										const i = t.reduce((e, t) => Math.min(e, t), t[0]);
										await l.gotoTime(i), m = p();
										a = Object(s.ensureNotNull)(l.timeScale()
											.logicalRange()).left(), h = Object(s
											.ensureNotNull)(l.timeScale().points()
											.firstIndex())
									}
									h - d > m ? (_ = (a - h + d) * o, l.mainSeries()
											.setGotoDateResult({
												timestamp: Object(s.ensureNotNull)(l
													.timeScale().points().valueAt(h)
												),
												eod: !0
											})) : _ = (a - m + 1 + d) * o, r
										.startScrollTime(0), Object(C.doAnimate)({
											onStep: (e, t) => r.scrollTimeTo(t),
											from: 0,
											to: Math.round(_),
											easing: x.c.easeInOutCubic,
											duration: x.b,
											onComplete: () => r.endScrollTime()
										})
								}
							});
							t.push(i)
						};
					if (1 === e.length) {
						const i = e[0];
						if (this._chartWidget.readOnly()) t.push(r.lineHide);
						else if (i.userEditEnabled()) {
							if (o.enabled("alerts") && !this._chartWidget.onWidget() && i.hasAlert && i
								.hasAlert.value() && (t.push(this._createEditAlertDrawingAction(i)), t
									.push(new a.Separator)), !o.enabled("charting_library_base")) {
								const e = this._createLineToolTemplateAction(i);
								null !== e && t.push(e)
							}
							c(), this._options.objectTree && r.paneObjectTree && t.push(r
								.paneObjectTree), t.push(new a.Separator);
							let e = h();
							e = u() || e, e = e, e && t.push(new a.Separator), t.push(this
									._createActionToggleLockObject(i)), t.push(r.lineHide), t.push(r
									.lineRemove), i.points().length > 0 && this._options.gotoLineTool &&
								(t.push(new a.Separator), d(i));
							const s = await this._chartWidget.propertiesDefinitionsForSource(i);
							if (o.enabled("property_pages") && null !== s && (t.push(new a.Separator), t
									.push(r.format)), i.additionalActions) {
								t.push(new a.Separator);
								const e = i.additionalActions(this._chartWidget.model());
								t.push(...e)
							}
						}
					} else this._options.objectTree && r.paneObjectTree && t.push(r.paneObjectTree),
						c(), t.push(new a.Separator), h(), u(), t.push(new a.Separator), t.push(r
							.lineHide),
						t.push(r.lineRemove);
					return t
				}
				_createEarningsShow() {
					return null
				}
				_createDividendsShow() {
					return null
				}
				_createSplitsShow() {
					return null
				}
				_contextMenuActionsForESD() {
					return []
				}
				_contextMenuActionsForPublishedTimeline(e) {
					const t = this._chartWidget.actions(),
						i = [];
					if (i.push(t.lineHide), window.is_authenticated) {
						const t = e.properties().filter,
							s = new a.Action({
								checked: t.value() === PublishedChartsFilter.None,
								checkable: !0,
								label: ve,
								name: "ToggleAllIdeas",
								statName: "ToggleAllIdeas",
								onExecute: () => this._chartWidget.model().setProperty(t,
									PublishedChartsFilter.None, ve)
							}),
							r = new a.Action({
								checked: t.value() === PublishedChartsFilter.Following,
								checkable: !0,
								label: Se,
								name: "ToggleIdeasOfPeopleAndUser",
								statName: "ToggleIdeasOfPeopleAndUser",
								onExecute: () => this._chartWidget.model().setProperty(t,
									PublishedChartsFilter.Following, Se)
							}),
							n = new a.Action({
								checked: t.value() === PublishedChartsFilter.Private,
								checkable: !0,
								label: ye,
								name: "ToggleUserIdeas",
								statName: "ToggleUserIdeas",
								onExecute: () => this._chartWidget.model().setProperty(t,
									PublishedChartsFilter.Private, ye)
							});
						i.push(new a.Separator, s, r, n)
					}
					return i
				}
				_contextMenuActionsForTradingDrawings(e) {
					return e.contextMenuItems()
				}
				_createAlertToggleHorzLineLabelAction(e) {
					const t = getGlobalAlertSettingsProperty().childs().line.childs().visible,
						i = t.value() ? L : O;
					return new a.Action({
						checkable: !0,
						label: M,
						checked: t.value(),
						statName: "ToggleExtendAlertLine",
						onExecute: () => this._chartWidget.model().setProperty(t, !t.value(), i)
					})
				}
				_contextMenuActionsForAlertLabel(e) {
					const t = e.alert(),
						i = [];
					return t.get("active") ? i.push(AlertActionCreator.stopAlert(t)) : i.push(
							AlertActionCreator.restartAlert(t, "alert_label_context_menu_restart")), i
						.push(AlertActionCreator.editAlert(t, "alert_label_context_menu_edit")), i.push(
							AlertActionCreator.deleteAlert(t)),
						i.push(new a.Separator), i.push(this._createAlertToggleHorzLineLabelAction(e)),
						i
				}
				_contextMenuActionsForChartEvents(e) {
					const t = [];
					if (o.enabled("property_pages")) {
						const e = new a.Action({
							label: we,
							statName: "Format",
							onExecute: () => this._chartWidget.showGeneralChartProperties(u
								.TabNames.eventsAndAlerts)
						});
						t.push(e)
					}
					const i = new a.Action({
						label: Pe,
						name: "HideEvents",
						statName: "HideEvents",
						onExecute: () => this._chartWidget.model().setProperty(e.properties()
							.visible, !1, Pe)
					});
					return t.push(i), t
				}
				_createApplyToEntireLayoutCommand(e) {
					if (!this._chartWidget.chartWidgetCollection()
						.applyIndicatorsToAllChartsAvailable()) return null;
					const t = this._chartWidget.model().model();
					if (e.parentSource() !== t.mainSeries()) return null;
					const i = Object(s.ensureNotNull)(t.paneForSource(e)),
						r = t.paneForSource(t.mainSeries()) === i,
						n = e instanceof g.a && e.priceScale() === t.mainSeries().priceScale() &&
						Object(s.ensureNotNull)(e.priceScale()).isPercentage(),
						o = r ? void 0 : t.panes().indexOf(i);
					let l = xe,
						c = "AddStudyToEntireLayout";
					return Object(y.isSymbolSource)(e) && (l = Ce, c = "AddSymbolToEntireLayout"), new a
						.Action({
							label: l,
							statName: c,
							onExecute: () => {
								const i = Object(s.ensureNotNull)(Object(v.a)(t.id(), [e])),
									a = this._chartWidget.chartWidgetCollection(),
									c = {
										isOnMainPane: r,
										asCompare: n,
										paneIndex: o
									};
								a.applyIndicatorToAllCharts(this._chartWidget, i, c, l)
							}
						}, "applyStudyToEntireLayout")
				}
			}
		},
		Hr11: function(e, t, i) {
			"use strict";

			function s(e, t) {
				return e <= t
			}

			function r(e, t) {
				return e >= t
			}

			function n(e, t, i) {
				return Math.min(Math.max(e, t), i)
			}

			function o(e) {
				return e < 0 ? -1 : e > 0 ? 1 : 0
			}

			function a(e) {
				if (e < 0) return !1;
				for (let t = e; t > 1; t /= 10)
					if (t % 10 != 0) return !1;
				return !0
			}

			function l(e, t, i) {
				return t - e <= i
			}

			function c(e, t, i) {
				return Math.abs(e - t) < i
			}

			function h(e) {
				return e <= 0 ? NaN : Math.log(e) / Math.log(10)
			}

			function u(e, t) {
				return e < t ? -1 : e > t ? 1 : 0
			}

			function d(e, t = u) {
				if (e.length < 1) throw Error("array is empty");
				let i = e[0];
				for (let s = 0; s < e.length; ++s) t(e[s], i) < 0 && (i = e[s]);
				return i
			}

			function p(e, t = u) {
				if (e.length < 1) throw Error("array is empty");
				let i = e[0];
				for (let s = 0; s < e.length; ++s) t(e[s], i) > 0 && (i = e[s]);
				return i
			}

			function _(e) {
				const t = Math.ceil(e);
				return t % 2 != 0 ? t - 1 : t
			}

			function m(e) {
				return e > 0 ? Math.floor(e) : Math.ceil(e)
			}
			i.r(t), i.d(t, "lessThan", (function() {
				return s
			})), i.d(t, "greaterThan", (function() {
				return r
			})), i.d(t, "clamp", (function() {
				return n
			})), i.d(t, "sign", (function() {
				return o
			})), i.d(t, "isBaseDecimal", (function() {
				return a
			})), i.d(t, "greaterOrEqual", (function() {
				return l
			})), i.d(t, "equal", (function() {
				return c
			})), i.d(t, "log10", (function() {
				return h
			})), i.d(t, "defComparator", (function() {
				return u
			})), i.d(t, "min", (function() {
				return d
			})), i.d(t, "max", (function() {
				return p
			})), i.d(t, "ceiledEven", (function() {
				return _
			})), i.d(t, "toInt", (function() {
				return m
			}))
		},
		HySD: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ResizerDetacherState", (function() {
				return o
			}));
			var s = i("Eyy1"),
				r = i("hY0g"),
				n = i.n(r);
			class o {
				constructor(e) {
					this._alive = new n.a, this._container = new n.a, this._width = new n.a, this
						._height = new n.a, this._fullscreen = new n.a, this._detachable = new n.a, this
						._fullscreenable = new n.a, this._visible = new n.a, this._availWidth = new n.a,
						this._availHeight = new n.a,
						this._owner = new n.a, this._ownersStack = [], this.owner = this._owner
						.readonly(), this._bridge = {
							alive: this._alive.readonly(),
							container: this._container.readonly(),
							width: this._width.readonly(),
							height: this._height.readonly(),
							fullscreen: this._fullscreen.readonly(),
							detachable: this._detachable.readonly(),
							fullscreenable: this._fullscreenable.readonly(),
							visible: this._visible.readonly(),
							availWidth: this._availWidth.readonly(),
							availHeight: this._availHeight.readonly(),
							remove: () => {
								const e = this._owner.value();
								e && e.remove && e.remove()
							},
							negotiateWidth: e => {
								const t = this._owner.value();
								t && t.negotiateWidth && t.negotiateWidth(e)
							},
							negotiateHeight: e => {
								const t = this._owner.value();
								t && t.negotiateHeight && t.negotiateHeight(e)
							},
							requestFullscreen: () => {
								const e = this._owner.value();
								e && e.requestFullscreen && e.requestFullscreen()
							},
							exitFullscreen: () => {
								const e = this._owner.value();
								e && e.exitFullscreen && e.exitFullscreen()
							},
							detach: e => {
								const t = this._owner.value();
								t && t.detach && t.detach(e)
							},
							attach: () => {
								const e = this._owner.value();
								e && e.attach && e.attach()
							}
						}, e && this.pushOwner(e)
				}
				bridge() {
					return this._bridge
				}
				pushOwner(e) {
					if (!e.alive.value()) return;
					for (const e of this._ownersStack) this._unsubscribeOwner(e);
					const t = {
						owner: e
					};
					this._ownersStack.push(t), this._subscribeOwner(t)
				}
				_subscribeOwner(e) {
					const t = e.owner;
					if (e.deathWatcher || (this._alive.setValue(!0), e.deathWatcher = t.alive.spawn(), e
							.deathWatcher.subscribe(t => {
								t || this._deadHandler(e)
							})), this._owner.setValue(t), !e.subscriptions) {
						const i = e.subscriptions = [];
						this._visible.setValue(!1);
						const s = (e, t) => {
							if (e) {
								const s = e.spawn();
								i.push(s), s.subscribe(e => {
									t.setValue(e)
								}, {
									callWithLast: !0
								})
							} else t.deleteValue()
						};
						s(t.container, this._container), s(t.width, this._width), s(t.height, this
							._height), s(t.fullscreen, this._fullscreen), s(t.detachable, this
							._detachable), s(t.fullscreenable, this._fullscreenable), s(t
							.availWidth, this._availWidth), s(t.availHeight, this._availHeight), s(t
							.visible, this._visible)
					}
				}
				_unsubscribeOwner(e, t) {
					if (e.subscriptions) {
						for (const t of e.subscriptions) t.unsubscribe();
						e.subscriptions = null
					}
					t && e.deathWatcher && (e.deathWatcher.unsubscribe(), e.deathWatcher = null)
				}
				_deadHandler(e) {
					const t = this._ownersStack.indexOf(e);
					Object(s.assert)(-1 !== t, "sanitized owner should be in stack");
					for (let e = this._ownersStack.length - 1; e >= t; e--) this._unsubscribeOwner(this
						._ownersStack[e], !0);
					this._ownersStack.length = t, t > 0 ? this._subscribeOwner(this._ownersStack[t -
						1]) : (this._alive.setValue(!1), this._owner.deleteValue())
				}
			}
		},
		I4UZ: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "HeaderToolbarBootloader", (function() {
				return o
			}));
			var s = i("yMne"),
				r = i("YuHv"),
				n = i("cZRT");
			class o extends n.a {
				constructor(e, t) {
					super(), this._toolsBootloader = e, this._headerProps = t, this._headerProps
						.resizerBridge.negotiateHeight(s.b), this._headerProps.resizerBridge
						.container.value().appendChild(Object(r.a)())
				}
				_startLoading() {
					return Promise.all([this._toolsBootloader.load(), this._loadHeaderToolbar()])
						.then(([e, t]) => new t(this._headerProps.resizerBridge.container.value(), {
							...this._headerProps,
							tools: e
						}))
				}
				_loadHeaderToolbar() {
					return Promise.all([i.e("react"), i.e(14), i.e(42), i.e(79), i.e(7), i.e(10), i
						.e(40), i.e("header-toolbar")
					]).then(i.bind(null, "KMbc")).then(e => e.HeaderToolbarRenderer)
				}
			}
		},
		IDnv: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "extrapolateBarsFrontToTime", (function() {
				return r
			})), i.d(t, "extrapolateBarsFrontByCount", (function() {
				return n
			})), i.d(t, "extrapolateBarsFrontByCountAllPoints", (function() {
				return o
			})), i.d(t, "extrapolateBars", (function() {
				return a
			}));
			var s = i("E6p6");

			function r(e, t, i, s, n = !1) {
				if (t > i) {
					const o = r(e, i, t, s, n);
					return o.count = -o.count, o
				}
				return a(e, t, 1, (e, t) => t > i || 0 !== s && e > s, n)
			}

			function n(e, t, i, s = !1) {
				const r = i < 0 ? -1 : 1;
				return a(e, t, r, (e, t) => e >= i * r, s)
			}

			function o(e, t, i) {
				const s = i < 0 ? -1 : 1;
				return a(e, t, s, (e, t) => e >= i * s, !0).times
			}

			function a(e, t, i, r, n) {
				let o = 0,
					a = t;
				e.moveTo(a);
				let l = 0,
					c = Number.MAX_VALUE,
					h = !1,
					u = t;
				const d = [];
				for (; !r(o, a);) {
					if (l > 15) throw new Error("Internal error 0x10 while extrapolating.");
					const r = e.indexOfBar(a);
					if (r === s.SessionStage.PRE_SESSION && 1 === i) a = e.startOfBar(0), e.moveTo(a);
					else if (r === s.SessionStage.PRE_SESSION && -1 === i) a = e.startOfBar(s.SessionStage
						.PRE_SESSION), e.moveTo(a);
					else if (r === s.SessionStage.POST_SESSION && 1 === i) a = e.startOfBar(s.SessionStage
						.POST_SESSION), e.moveTo(a);
					else {
						if (r === s.SessionStage.POST_SESSION && -1 === i) throw new Error(
							"Internal error 0x12 while extrapolating."); {
							const p = e.startOfBar(r);
							if (p > t && i > 0 || t > p && i < 0) {
								if (h && c === p) throw new Error(
									"Internal error 0x11 while extrapolating.");
								h = !0, c = p, l = 0, o++, u = p, n && d.push(u)
							}
							if (0 === r && -1 === i) a = p - 1;
							else {
								a = e.startOfBar(r + i);
								const t = e.startOfBar(s.SessionStage.POST_SESSION);
								a > t && (e.moveTo(t), a = e.startOfBar(0))
							}
						}
					}
					l++
				}
				return {
					time: u,
					times: d,
					count: o
				}
			}
		},
		IMMp: function(e) {
			e.exports = JSON.parse(
				'{"color-bg-primary":"color-cold-gray-850","color-bg-primary-hover":"color-cold-gray-800","color-bg-secondary":"color-cold-gray-900","color-bg-highlight":"color-cold-gray-900","color-bg-scroll-buttons":"color-cold-gray-800","color-legacy-bg-scroll-buttons":"color-cold-gray-550","color-legacy-bg-widget":"color-cold-gray-900","color-text-primary":"color-cold-gray-200","color-text-secondary":"color-cold-gray-500","color-text-tertiary":"color-cold-gray-400","color-text-disabled":"color-cold-gray-650","color-accent-content":"color-white","color-divider":"color-cold-gray-700","color-divider-hover":"color-cold-gray-800","color-box-shadow":"color-cold-gray-900","color-active-hover-text":"color-cold-gray-300","color-alert-text":"color-cold-gray-200","color-border":"color-cold-gray-750","color-border-chat-fields":"color-cold-gray-750","color-border-hover":"color-cold-gray-650","color-border-table":"color-cold-gray-800","color-brand":"color-tv-blue-500","color-brand-hover":"color-tv-blue-600","color-brand-active":"color-tv-blue-700","color-button-hover-bg":"color-cold-gray-850","color-chart-page-bg":"color-cold-gray-800","color-common-tooltip-bg":"color-cold-gray-650","color-danger":"color-ripe-red-600","color-danger-hover":"color-ripe-red-500","color-danger-active":"color-ripe-red-400","color-depthrenderer-fill-style":"color-cold-gray-150","color-depthrenderer-stroke-style":"color-cold-gray-650","color-disabled-border-and-color":"color-cold-gray-800","color-disabled-input":"color-cold-gray-750","color-empty-container-message":"color-cold-gray-500","color-highlight-new":"color-tv-blue-a800","color-icons":"color-cold-gray-500","color-input-bg":"color-cold-gray-800","color-input-textarea-readonly":"color-cold-gray-650","color-input-placeholder-text":"color-cold-gray-700","color-input-publish-bg":"color-cold-gray-900","color-item-active-blue":"color-tv-blue-a800","color-item-hover-active-bg":"color-cold-gray-800","color-item-hover-bg":"color-cold-gray-800","color-item-hover-blue":"color-tv-blue-a800","color-item-selected-blue":"color-tv-blue-a800","color-item-active-text":"color-cold-gray-200","color-item-active-bg":"color-tv-blue-500","color-link":"color-tv-blue-500","color-link-hover":"color-tv-blue-600","color-link-active":"color-tv-blue-700","color-list-item":"color-cold-gray-500","color-list-nth-child-bg":"color-cold-gray-850","color-news-highlight":"color-cold-gray-800","color-pane-bg":"color-cold-gray-900","color-pane-secondary-bg":"color-cold-gray-850","color-placeholder":"color-cold-gray-650","color-popup-menu-item-hover-bg":"color-cold-gray-800","color-popup-menu-separator":"color-cold-gray-700","color-row-hover-active-bg":"color-cold-gray-800","color-sb-scrollbar-body-bg":"color-cold-gray-650","color-screener-description":"color-cold-gray-200","color-section-separator-border":"color-cold-gray-750","color-search-button-hover":"color-cold-gray-700","color-separator-table-chat":"color-cold-gray-750","color-success":"color-minty-green-700","color-success-hover":"color-minty-green-600","color-success-active":"color-minty-green-500","color-tag-active-bg":"color-cold-gray-750","color-tag-hover-bg":"color-cold-gray-800","color-text-regular":"color-cold-gray-200","color-toolbar-button-text":"color-cold-gray-500","color-toolbar-button-text-hover":"color-cold-gray-450","color-toolbar-button-text-active":"color-tv-blue-500","color-toolbar-button-text-active-hover":"color-tv-blue-600","color-toolbar-button-background-hover":"color-cold-gray-800","color-toolbar-button-background-secondary-hover":"color-cold-gray-750","color-toolbar-toggle-button-background-active":"color-tv-blue-500","color-toolbar-toggle-button-background-active-hover":"color-tv-blue-600","color-toolbar-interactive-element-text-normal":"color-cold-gray-300","color-toolbar-interactive-element-text-hover":"color-cold-gray-250","color-toolbar-opened-element-bg":"color-cold-gray-800","color-tooltip-bg":"color-cold-gray-750","color-tv-button-checked":"color-cold-gray-500","color-tv-dialog-caption":"color-cold-gray-50","color-tv-dropdown-item-hover-bg":"color-cold-gray-800","color-underlined-text":"color-cold-gray-300","color-widget-pages-bg":"color-cold-gray-900","color-warning":"color-tan-orange-700","color-forex-icon":"color-white","color-list-item-active-bg":"color-tv-blue-500","color-list-item-hover-bg":"color-cold-gray-800","color-list-item-text":"color-cold-gray-200","color-price-axis-label-back":"color-cold-gray-800","color-price-axis-label-text":"color-cold-gray-500","color-price-axis-gear":"color-cold-gray-500","color-price-axis-gear-hover":"color-cold-gray-400","color-price-axis-highlight":"color-cold-gray-800","color-bid":"color-tv-blue-500","color-scroll-bg":"color-cold-gray-750","color-scroll-border":"color-cold-gray-850","color-widget-border":"color-cold-gray-800","color-scroll-buttons-arrow":"color-white","color-control-intent-default":"color-cold-gray-650","color-control-intent-success":"color-minty-green-600","color-control-intent-primary":"color-tv-blue-500","color-control-intent-warning":"color-tan-orange-500","color-control-intent-danger":"color-ripe-red-700","color-growing":"color-minty-green-600","color-falling":"color-ripe-red-600","color-pre-market":"color-tan-orange-600","color-pre-market-bg":"color-tan-orange-400","color-post-market":"color-tv-blue-500","color-post-market-bg":"color-tv-blue-400","color-market-open":"color-minty-green-500","color-market-open-bg":"color-minty-green-400","color-market-closed":"color-cold-gray-400","color-market-holiday":"color-cold-gray-400","color-invalid-symbol":"color-ripe-red-400","color-invalid-symbol-hover":"color-ripe-red-500","color-replay-mode":"color-tv-blue-500","color-replay-mode-icon":"color-tv-blue-50","color-replay-mode-hover":"color-tv-blue-600","color-notaccurate-mode":"color-berry-pink-700","color-notaccurate-mode-bg":"color-berry-pink-400","color-delay-mode":"color-tan-orange-700","color-delay-mode-bg":"color-tan-orange-400","color-eod-mode":"color-grapes-purple-700","color-eod-mode-bg":"color-grapes-purple-400","color-data-problem":"color-ripe-red-600","color-data-problem-bg":"color-ripe-red-400","color-data-problem-hover":"color-ripe-red-500","color-list-item-bg-highlighted":"color-tv-blue-a900","color-list-item-bg-selected":"color-tv-blue-a800","color-list-item-bg-highlighted-hover":"color-tv-blue-a800","color-list-item-bg-selected-hover":"color-tv-blue-a700","color-screener-header-bg":"color-cold-gray-850","color-screener-header-bg-hover":"color-cold-gray-800","color-overlay":"color-cold-gray-950","color-card-border":"color-cold-gray-700","color-card-border-hover":"color-cold-gray-600"}'
			)
		},
		IWXC: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "getQuoteSessionInstance", (function() {
				return o
			})), i.d(t, "setQuoteSessionInstance", (function() {
				return a
			})), i.d(t, "getQuoteSessionNoEnsure", (function() {
				return l
			})), i.d(t, "destroyQuoteSessions", (function() {
				return c
			}));
			var s = i("hGf4"),
				r = i.n(s);
			const n = {};

			function o(e = "full") {
				return n[e] || a(e, new r.a(e)), n[e]
			}

			function a(e = "full", t) {
				n[e] = t
			}

			function l(e = "full") {
				return n[e]
			}

			function c() {
				for (const e in n)
					if (n.hasOwnProperty(e)) {
						const t = n[e];
						void 0 !== t && t.destroy(), delete n[e]
					}
			}
		},
		Ialn: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "isRtl", (function() {
				return r
			})), i.d(t, "stripLTRMarks", (function() {
				return o
			})), i.d(t, "startWithLTR", (function() {
				return a
			})), i.d(t, "forceLTRStr", (function() {
				return l
			})), i.d(t, "forceLTRStrSsr", (function() {
				return c
			})), i.d(t, "forceRTLStr", (function() {
				return h
			})), i.d(t, "getLTRScrollLeft", (function() {
				return u
			})), i.d(t, "getLTRScrollLeftOffset", (function() {
				return d
			})), i.d(t, "detectAutoDirection", (function() {
				return m
			}));
			var s = i("oYVD");
			const r = () => "rtl" === window.document.dir,
				n = new RegExp("‎|‪|‫|‬", "g");

			function o(e) {
				return "" !== e && r() && null != e ? e.replace(n, "") : e
			}

			function a(e) {
				return "" !== e && r() && null != e ? "‎" + e : e
			}

			function l(e) {
				return "" !== e && r() && null != e ? "‪" + e + "‬" : e
			}

			function c(e) {
				return "‪" + e + "‬"
			}

			function h(e) {
				return "" !== e && r() && null != e ? "‫" + e + "‬" : e
			}

			function u(e) {
				return Object(s.getNormalizedScrollLeft)(e, "rtl")
			}

			function d(e, t) {
				const i = Object(s.detectScrollType)();
				if ("indeterminate" === i) return 0;
				switch (i) {
					case "negative":
						t = e.clientWidth - e.scrollWidth + t;
						break;
					case "reverse":
						t = e.scrollWidth - e.clientWidth - t
				}
				return t
			}
			const p =
				/[^\u0000-\u0040\u005B-\u0060\u007B-\u00BF\u00D7\u00F7\u02B9-\u02FF\u2000-\u200E\u2010-\u2029\u202C\u202F-\u2BFF]/,
				_ = /[\u0590-\u07FF\u200F\u202B\u202E\uFB1D-\uFDFD\uFE70-\uFEFC]/;

			function m(e) {
				const t = p.exec(e);
				return t ? _.test(t[0]) ? "rtl" : "ltr" : ""
			}
		},
		IcDj: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("txPx"),
				n = i("aIyQ"),
				o = i.n(n),
				a = i("7ktv"),
				l = i("Qb4w"),
				c = i("k9/m"),
				h = i("0YCj"),
				u = i.n(h),
				d = i("jenN"),
				p = i("972a"),
				_ = i("it7y"),
				m = i("e1Hy");
			class f extends _.StudyDataWindowView {
				constructor(e, t) {
					super(e, t), this._showStudyValues = t.properties().paneProperties
						.legendProperties.showStudyValues, this._showStudyValues.subscribe(this,
							this.update)
				}
				isValuesVisible() {
					return this._showStudyValues.value()
				}
				additional() {
					return null
				}
				destroy() {
					this._showStudyValues.unsubscribeAll(this)
				}
				_createValuesProvider(e, t) {
					return new m.a(e, t)
				}
			}
			var g = i("mMWL"),
				b = i("2kV1"),
				v = i("5fI3"),
				S = i("jy4L"),
				y = i("YWnQ"),
				w = i("W+6j"),
				P = i("ogJP"),
				C = i("zXvd"),
				x = i("23IT"),
				T = i("Kxc7"),
				I = i("aO4+"),
				M = i("Tmoa"),
				O = i("Zy3/");
			class L {
				constructor(e) {
					this._data = e
				}
				draw(e, t) {}
				drawBackground(e, t) {
					e.save();
					const i = this._data,
						s = t.pixelRatio;
					let r = null;
					const n = Math.round(this._data.w * s);
					for (let t = 0; t < i.items.length; ++t) {
						const o = i.items[t];
						if (null == o.color) {
							r = null;
							continue
						}
						e.fillStyle = o.color;
						const a = Math.round(o.x * s);
						let l = a;
						if (t > 0) {
							i.items[t - 1].index === o.index - 1 && null !== r && (l = r + 1)
						}
						const c = a + n,
							h = c - l + 1;
						e.fillRect(l, Math.round(i.y * s), h, Math.round(i.h * s)), r = c
					}
					e.restore()
				}
				hitTest(e) {
					return null
				}
			}
			var A = i("i6cO"),
				E = i("UAFa");
			class k {
				constructor(e, t, i, r) {
					this._items = [], this._invalidated = !0, this._isMarkersEnabled = T.enabled(
							"source_selection_markers"), this._study = e, this._series = t, this
						._model = i, this._plotName = r;
					const n = this._study.metaInfo().plots;
					for (let e = 0; e < n.length; e++) {
						const t = n[e];
						t.id === this._plotName && (this._plotIndex = e, Object(s.assert)(Object(x
								.isBgColorerPlot)(t), "Plot '" + this._plotName +
							"' is not a background colorer!"))
					}
					this._colorProvider = Object(E.createStudyPlotColorProvider)(e.metaInfo(), e
						.properties(), r)
				}
				items() {
					return this._items
				}
				update() {
					this._invalidated = !0
				}
				renderer() {
					if (!this._study.properties().styles[this._plotName].visible) return null;
					if (!this._study.properties().styles[this._plotName].visible.value()) return null;
					if (!this._scalesReady()) return null;
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					const e = {
							items: this._items,
							y: 0,
							h: Object(s.ensureNotNull)(this._study.priceScale()).height(),
							w: this._model.timeScale().barSpacing()
						},
						t = new O.CompositeRenderer;
					return t.append(new L(e)), t
				}
				_scalesReady() {
					const e = this._model.timeScale(),
						t = this._study.priceScale();
					return e && !e.isEmpty() && null !== t && !t.isEmpty()
				}
				_getTranspValue() {
					const e = this._study.properties().styles[this._plotName];
					let t = 0;
					return e.transparency && (t = e.transparency.value(), t = Object(P.isNumber)(t) ?
						t : 40), t
				}
				_updateImpl() {
					this._items = [], Object(s.assert)(this._scalesReady(), "Scales must be ready!");
					const e = this._model.timeScale().visibleBarsStrictRange();
					if (null === e) return;
					const t = this._getTranspValue();
					let i = Object(s.ensureDefined)(this._series.nearestIndex(e.firstBar(), c
							.PlotRowSearchMode.NearestRight)),
						r = Object(s.ensureDefined)(this._series.nearestIndex(e.lastBar(), c
							.PlotRowSearchMode.NearestLeft));
					const n = this._study.offset(this._plotName);
					n > 0 ? (i -= n, r += n) : (i += n, r -= n);
					const o = this._study.getMinFirstBarIndexForPlot(this._plotName);
					if (o > r) return;
					i = Math.max(o, i);
					const a = this._study.data().rangeIterator(i, r);
					for (; a.hasNext();) {
						const e = a.next();
						let i = e.index;
						const r = e.value;
						i += n;
						const o = new I.Point(Math.floor(i) - .5, NaN);
						let l = Object(P.isNumber)(t) ? t : 50;
						l = Math.min(l, 100), l = Math.max(l, 0);
						const c = this._colorProvider.getPlotPointStyle(r);
						void 0 !== c.colors[A.ColorerType.Background] && (o.color = Object(M
							.generateColor)(Object(s.ensureDefined)(c.colors[A.ColorerType
							.Background]), l)), o.index = i, this._items.push(o)
					}
					this._model.timeScale().timedValuesToCoordinates(this._items)
				}
			}
			var D = i("CLNU"),
				V = i("vq8G"),
				B = i("Nu4p"),
				R = i("Hr11"),
				N = i("VdBB"),
				j = i("o2pV"),
				F = i("XPit"),
				W = i("f6yo");

			function H(e, t, i) {
				const s = e.get(t);
				return void 0 !== s ? s : (e.set(t, i), i)
			}

			function U(e, t, i, s) {
				const r = H(e, t, new Map);
				return H(r, i, s)
			}
			class z {
				constructor() {
					this._map = new Map, this._size = 0
				}
				size() {
					return this._size
				}
				clear() {
					this._map.clear(), this._size = 0
				}
			}
			var G, q, Y = i("XlJ7"),
				K = i("c44N"),
				J = i("ikwP");
			! function(e) {
				e.Left = "left", e.Right = "right", e.Center = "center"
			}(G || (G = {})),
			function(e) {
				e.Top = "top", e.Bottom = "bottom", e.Middle = "middle"
			}(q || (q = {}));
			class Z {
				constructor(e, t, i, r, n, o = "center") {
					this._cacheRenderParams = null, this._canvasesMap = {}, this._lines = e.split(
							/[^\S\r\n]*(?:\r\n|\r|\n)/), this._font = function(e, t, i, s) {
							return Object(Y.makeFont)(s, i, `${e ? "bold " : ""}${t ? "italic " : ""}`)
						}(t, i, r, n), this._fontSize = n, this._verticalPadding = ~~(n / 6), this
						._textAlign = o;
					const a = Object(J.createDisconnectedCanvas)(document, new J.Size(0, 0), 1),
						l = Object(s.ensureNotNull)(a.getContext("2d"));
					l.font = this._font;
					let c = 0;
					for (const e of this._lines) {
						const t = l.measureText(e).width;
						c = Math.max(c, t)
					}
					this.textImageWidth = c + 1, this.textImageHeight = this._lines.length * n + this
						._verticalPadding
				}
				paintTo(e, t, i, s, r, n, o) {
					const a = this._getTextImage(i, t);
					if (0 === a.width || 0 === a.height) return;
					const l = function(e, t, i) {
							let s = e;
							switch (t) {
								case "left":
									break;
								case "right":
									s -= i;
									break;
								case "center":
									s -= i / 2
							}
							return Math.round(s)
						}(s, n, this.textImageWidth),
						c = function(e, t, i) {
							let s = e;
							switch (t) {
								case "top":
									break;
								case "bottom":
									s -= i;
									break;
								case "middle":
									s -= i / 2
							}
							return Math.round(s)
						}(r, o, this.textImageHeight);
					Object(J.drawScaled)(e, t.pixelRatio, () => {
						e.drawImage(a, l, c, this.textImageWidth, this.textImageHeight)
					})
				}
				_getTextImage(e, t) {
					if (null !== this._cacheRenderParams && Object(K.areEqualPaneRenderParams)(this
							._cacheRenderParams, t) || (this._canvasesMap = {}, this
							._cacheRenderParams = t), this._canvasesMap[e]) return this._canvasesMap[
						e]; {
						const t = Object(J.createDisconnectedCanvas)(document, new J.Size(this
									.textImageWidth, this.textImageHeight), this._cacheRenderParams
								.pixelRatio),
							i = Object(s.ensureNotNull)(t.getContext("2d"));
						let r;
						switch (i.textBaseline = "top", i.font = this._font, i.fillStyle = e, this
							._textAlign) {
							case "left":
								r = 0, i.textAlign = "left";
								break;
							case "right":
								r = this.textImageWidth - 1, i.textAlign = "right";
								break;
							default:
								r = this.textImageWidth / 2, i.textAlign = "center"
						}
						let n = this._verticalPadding;
						return Object(J.drawScaled)(i, this._cacheRenderParams.pixelRatio, () => {
							for (const e of this._lines) i.fillText(e, r, n), n += this
								._fontSize
						}), this._canvasesMap[e] = t, t
					}
				}
			}
			class X extends z {
				constructor(e) {
					super(), this._maxSize = e, this._keysQueue = []
				}
				get(e) {
					if (!e.text || !e.fontSize || !e.align) return null;
					const t = e.fontSize,
						i = e.text,
						s = e.align,
						r = U(this._map, t, s, new Map);
					let n = r.get(i);
					return void 0 !== n || (this._size >= this._maxSize ? this._deleteFirstKey() : ++
						this._size, this._keysQueue.push([t, i, s]), n = new Z(e.text, e.bold, e
							.italic, e.font, e.fontSize, e.align), r.set(i, n)), n
				}
				_deleteFirstKey() {
					const e = this._keysQueue.shift(),
						t = e[0],
						i = e[1],
						s = this._map.get(t);
					s.delete(i), 0 === s.size && this._map.delete(t)
				}
			}
			var $ = i("zDbI");
			class Q {
				constructor(e, t = {
					skipRenderingOptimizations: !1
				}) {
					this._height = void 0 !== e.height ? e.height : e.width, this._width = void 0 !== e
						.width ? e.width : e.height, this._items = [], this._barSpacing = 0, this
						._textCache = t.textCache || new X(5e3), this._drawOperation = t
						.skipRenderingOptimizations ? this._drawWithoutOptimizations.bind(this) : this
						._drawWithOptimizations.bind(this), this._color = e.color, this._borderColor = e
						.borderColor, this._vertOffset = e.vertOffset || 0, e.text && (this._text = e
							.text, this._fontSize = e.fontSize, this._textColor = e.textColor, this
							._textAlign = e.textAlign || "center"), void 0 !== e.items && void 0 !== e
						.barSpacing && this.setData(e.items, e.barSpacing)
				}
				draw(e, t) {
					this._preDrawInit(), this._drawOperation(e, t)
				}
				hitTest(e) {
					const t = N.HitTestResult.REGULAR;
					let i = null;
					for (const s of this._items) {
						if (!s) continue;
						const r = this._calcBoundingBox(s);
						if (r && Object(W.pointInBox)(e, r)) {
							const e = {
								tooltip: this._getTooltip(s, r)
							};
							i = new N.HitTestResult(t, e)
						}
					}
					return i
				}
				setData(e, t) {
					this._setBaseData(e, t)
				}
				_calcBoundingBox(e) {
					const t = e.vertOffset,
						i = this._getTextCache(e);
					if (!i) return;
					const s = i.textImageWidth,
						r = i.textImageHeight,
						n = s / 2,
						o = e.y + t + e.textVertOffset,
						a = t > 0 ? 0 : -r,
						l = t > 0 ? r : 0,
						c = new I.Point(e.x - n, o + a),
						h = new I.Point(e.x + n, o + l);
					return Object(I.box)(c, h)
				}
				_unionBox(e, t) {
					const i = Math.min(e.min.x, t.min.x),
						s = Math.max(e.max.x, t.max.x),
						r = Math.min(e.min.y, t.min.y),
						n = Math.max(e.max.y, t.max.y),
						o = new I.Point(i, r),
						a = new I.Point(s, n);
					return Object(I.box)(o, a)
				}
				_getTooltip(e, t) {
					if (e.tooltip) return {
						content: {
							type: "text",
							data: e.tooltip
						},
						tooltipDelay: 200,
						extendMargin: !0,
						rect: {
							x: t.min.x,
							y: t.min.y,
							w: Math.abs(t.max.x - t.min.x),
							h: Math.abs(t.max.y - t.min.y)
						}
					}
				}
				_setBaseData(e, t) {
					this._items.length = 0, this._barSpacing = t;
					for (const t of e) {
						const e = void 0 === t.width ? Object(s.ensureDefined)(this._width) : t.width,
							i = void 0 === t.height ? Object(s.ensureDefined)(this._height) : t.height,
							r = void 0 === t.vertOffset ? this._vertOffset : t.vertOffset,
							n = r > 0 ? i : -i;
						this._items.push({
							width: e,
							height: i,
							vertOffset: r,
							textVertOffset: n,
							shapeWidth: 0,
							shapeHeight: 0,
							stepX: 0,
							stepY: 0,
							...t
						})
					}
				}
				_drawItemText(e, t, i) {
					const s = this._getTextCache(i);
					if (null === s) return;
					const r = i.x,
						n = i.vertOffset,
						o = i.y + n + i.textVertOffset;
					let a;
					a = i.style && void 0 !== i.style.textColor ? i.style.textColor : this._textColor, s
						.paintTo(e, t, a, r, o, G.Center, n > 0 ? q.Top : q.Bottom)
				}
				_drawWithOptimizations(e, t) {
					let i, s, r = null,
						n = !1;
					for (const o of this._items) o.style && void 0 !== o.style.color ? (i = o.style
							.color || "rgba(0, 0, 0, 0)", s = o.style.borderColor || "rgba(0, 0, 0, 0)"
						) : (i = this._color, s = this._borderColor), r !== i && (r = i, n && this
							._endPath(e), this._startPath(e, t, i, s)), this._drawItemShape(e, t, o),
						n = !0;
					n && this._endPath(e);
					for (const i of this._items) this._drawItemText(e, t, i)
				}
				_drawWithoutOptimizations(e, t) {
					let i, r;
					for (const n of this._items) {
						const o = Object(s.ensureDefined)(n.style);
						i = o.color || "rgba(0, 0, 0, 0)", r = o.borderColor || "rgba(0, 0, 0, 0)", this
							._startPath(e, t, i, r), this._drawItemShape(e, t, n), this._endPath(e),
							this._drawItemText(e, t, n)
					}
				}
				_drawItemShape(e, t, i) {
					Object(J.drawScaled)(e, t.pixelRatio, () => this._drawItemShapeUsingCSSPixels(e, i))
				}
				_drawItemShapeUsingCSSPixels(e, t) {}
				_preDrawInit() {}
				_startPath(e, t, i, s) {}
				_endPath(e) {}
				_getTextCache(e) {
					const t = e.text || this._text,
						i = e.fontSize || this._fontSize,
						s = e.textAlign || this._textAlign;
					return this._textCache.get({
						text: t,
						bold: !1,
						italic: !1,
						font: $.CHART_FONT_FAMILY,
						fontSize: i,
						align: s
					})
				}
			}
			class ee extends Q {
				_startPath(e, t, i, s) {
					e.beginPath(), e.lineWidth = this._lineWidth(t), e.lineCap = "butt", e.strokeStyle =
						i
				}
				_endPath(e) {
					e.stroke()
				}
				_lineWidth(e) {
					return Math.max(1, Math.floor(2 * e.pixelRatio))
				}
			}
			class te extends Q {
				_startPath(e, t, i, s) {
					e.beginPath(), e.lineWidth = this._lineWidth(t), e.lineCap = "butt", e.fillStyle =
						i, e.strokeStyle = s
				}
				_endPath(e) {
					e.fill(), e.stroke()
				}
				_lineWidth(e) {
					return Math.max(1, Math.floor(e.pixelRatio))
				}
			}
			class ie extends te {
				constructor() {
					super(...arguments), this._sign = 0, this._thinArrow = !1,
						this._thinArrowLineWidth = 0, this._headHeight = 0, this._arrowWidth = 0
				}
				setData(e, t) {
					this._setBaseData(e, t)
				}
				_drawItemShape(e, t, i) {
					const s = t.pixelRatio,
						r = this._lineWidth(t) % 2 ? .5 : 0,
						n = this._sign,
						o = this._arrowWidth,
						a = this._headHeight,
						l = Math.abs(i.height),
						c = Math.round(i.x * s) + r,
						h = i.vertOffset,
						u = Math.round((i.y + h + n * l / 2) * s) + r,
						d = Object(R.ceiledEven)(o * s),
						p = d / 2,
						_ = Math.round(l * s),
						m = Math.round(a * s);
					e.translate(c, u), this._thinArrow ? (e.moveTo(0, 0), e.lineTo(-p, -p * n), e
						.moveTo(0, 0), e.lineTo(p, -p * n), e.moveTo(0, 0), e.lineTo(0, -_ * n), e
						.moveTo(-p, -_ * n), e.lineTo(p, -_ * n)) : (e.moveTo(0, 0), _ < m ? (e
						.lineTo(d, -_ * n), e.lineTo(-d, -_ * n)) : (e.lineTo(d, -m * n), e
						.lineTo(p, -m * n), e.lineTo(p, -_ * n), e.lineTo(-p, -_ * n), e.lineTo(
							-p, -m * n), e.lineTo(-d, -m * n)), e.lineTo(0, 0)), e.translate(-c, -u)
				}
				_preDrawInit() {
					const e = this._calculateWidth();
					this._arrowWidth = e, this._sign = this._isUp() ? -1 : 1, this._thinArrow = e < 4,
						this._thinArrowLineWidth = Math.max(e / 2, 1), this._headHeight = Math.round(e)
				}
				_startPath(e, t, i, s) {
					e.beginPath(), e.fillStyle = i, e.strokeStyle = s, e.lineWidth = this._lineWidth(t)
				}
				_lineWidth(e) {
					return this._thinArrow ? this._thinArrowLineWidth : super._lineWidth(e)
				}
				_calcBoundingBox(e) {
					const t = e.vertOffset,
						i = this._sign,
						s = this._arrowWidth,
						r = this._headHeight,
						n = Math.abs(e.height),
						o = e.x - s,
						a = o + 2 * s,
						l = e.y + t + i * Math.round(n / 2),
						c = l + (-n - r) * i,
						h = new I.Point(o, l),
						u = new I.Point(a, c);
					let d = Object(I.box)(h, u);
					const p = super._calcBoundingBox(e);
					return p && (d = this._unionBox(d, p)), d
				}
				_calculateWidth() {
					return Math.round(this._barSpacing / 4)
				}
			}
			const se = 2 * Math.PI;
			class re extends te {
				setData(e, t) {
					this._setBaseData(e, t);
					for (const e of this._items) {
						const t = e.height;
						e.stepX = Math.round(t / 2 * .65) + .5, e.stepY = e.stepX;
						const i = e.stepX / 2,
							s = this._getTextCache(e);
						if (null === s) {
							e.shapeWidth = 2 * e.stepX, e.shapeHeight = 2.5 * e.stepY, e.vertOffset =
								this._calcVertOffset(e);
							continue
						}
						const r = s.textImageWidth,
							n = s.textImageHeight;
						e.shapeWidth = r + 2 * e.stepX, e.shapeHeight = n + 2 * i + e.stepY, e
							.vertOffset = this._calcVertOffset(e), e.textHorizOffset = this
							._getHorizontalTextOffset(e), e.textVertOffset = this
							._getVerticalTextOffset(e)
					}
				}
				_calcVertOffset(e) {
					return e.vertOffset
				}
				_drawCorner(e, t, i, s, r) {
					const n = Math.max(1, Math.floor(2 * r));
					e.lineTo(t - n * s.prevPointSignX, i - n * s.prevPointSignY), e.arcTo(t, i, t + n *
						s.nextPointSignX, i + n * s.nextPointSignY, n)
				}
				_getArrowSize(e) {
					return e.stepX
				}
				_getHorizontalTextOffset(e) {
					return 0
				}
				_getVerticalTextOffset(e) {
					return 0
				}
				_hasText(e) {
					return Boolean(e.text) || Boolean(this._text)
				}
				_drawItemText(e, t, i) {
					var r;
					const n = this._getTextCache(i);
					if (null === n) return;
					const o = i.textHorizOffset || 0,
						a = i.x + o,
						l = i.vertOffset,
						c = i.y + l + i.textVertOffset,
						h = (null === (r = i.style) || void 0 === r ? void 0 : r.textColor) || this
						._textColor;
					n.paintTo(e, t, Object(s.ensureDefined)(h), a, c, G.Center, q.Middle)
				}
			}
			class ne {
				constructor(e, t, i, s) {
					this.prevPointSignX = e, this.prevPointSignY = t, this.nextPointSignX = i, this
						.nextPointSignY = s
				}
			}
			var oe;
			! function(e) {
				e.rightUp = new ne(1, 0, 0, 1), e.rightDown = new ne(0, 1, -1, 0), e.leftDown = new ne(-1,
					0, 0, -1), e.leftUp = new ne(0, -1, 1, 0)
			}(oe || (oe = {}));
			class ae extends te {
				_calcBoundingBox(e) {
					const t = e.width,
						i = e.height,
						s = t / 2,
						r = Math.round(i / 3),
						n = e.x,
						o = e.vertOffset - 2 * r,
						a = e.y + o,
						l = n - s,
						c = n + s,
						h = a,
						u = a + i,
						d = new I.Point(l, h),
						p = new I.Point(c, u);
					let _ = Object(I.box)(d, p);
					const m = super._calcBoundingBox(e);
					return m && (_ = this._unionBox(_, m)), _
				}
			}
			const le = new Map;
			le.set("PaneRendererArrowUp", class extends ie {
				_isUp() {
					return !0
				}
			}), le.set("PaneRendererArrowDown", class extends ie {
				_isUp() {
					return !1
				}
			}), le.set("PaneRendererCircleShape", class extends te {
				_drawItemShapeUsingCSSPixels(e, t) {
					const i = Math.max(t.width, t.height) / 2,
						s = t.x,
						r = t.vertOffset,
						n = t.y + r;
					e.moveTo(s + i, n), e.arc(s, n, i, 0, se, !1)
				}
				_calcBoundingBox(e) {
					const t = Math.max(e.width, e.height) / 2,
						i = e.x,
						s = e.vertOffset,
						r = e.y + s,
						n = i - t,
						o = i + t,
						a = r - t,
						l = r + t,
						c = new I.Point(n, a),
						h = new I.Point(o, l);
					let u = Object(I.box)(c, h);
					const d = super._calcBoundingBox(e);
					return d && (u = this._unionBox(u, d)), u
				}
			}), le.set("PaneRendererCrossShape", class extends ee {
				_drawItemShape(e, t, i) {
					const s = i.width,
						r = i.height,
						n = i.x - s / 2,
						o = i.vertOffset,
						a = i.y - r / 2 + o,
						l = t.pixelRatio,
						c = this._lineWidth(t),
						h = c % 2 ? .5 : 0,
						u = Math.round(n * l);
					let d = Math.round((n + s) * l);
					(d - u) % 2 != c % 2 && (d += 1);
					const p = Math.floor((u + d) / 2) + h,
						_ = Math.round(a * l);
					let m = Math.round((a + r) * l);
					(m - _) % 2 != c % 2 && (m += 1);
					const f = Math.floor((_ + m) / 2) + h;
					e.moveTo(p, _), e.lineTo(p, m), e.moveTo(u, f), e.lineTo(d, f)
				}
				_calcBoundingBox(e) {
					const t = e.width,
						i = e.height,
						s = e.x - t / 2,
						r = e.vertOffset,
						n = e.y - i / 2 + r,
						o = s,
						a = s + t,
						l = n,
						c = n + i,
						h = new I.Point(o, l),
						u = new I.Point(a, c);
					let d = Object(I.box)(h, u);
					const p = super._calcBoundingBox(e);
					return p && (d = this._unionBox(d, p)), d
				}
			}), le.set("PaneRendererDiamond", class extends te {
				_drawItemShapeUsingCSSPixels(e, t) {
					const i = Math.round(t.height / 2),
						s = t.x,
						r = t.vertOffset,
						n = t.y + r;
					e.moveTo(s, n - i), e.lineTo(s + i, n), e.lineTo(s, n + i), e.lineTo(s - i,
						n), e.lineTo(s, n - i)
				}
				_calcBoundingBox(e) {
					const t = Math.round(e.height / 2),
						i = e.x,
						s = e.vertOffset,
						r = e.y + s,
						n = i - t,
						o = i + t,
						a = r - t,
						l = r + t,
						c = new I.Point(n, a),
						h = new I.Point(o, l);
					let u = Object(I.box)(c, h);
					const d = super._calcBoundingBox(e);
					return d && (u = this._unionBox(u, d)), u
				}
			}), le.set("PaneRendererFlagShape", class extends te {
				_drawItemShapeUsingCSSPixels(e, t) {
					const i = t.width,
						s = t.height,
						r = s / 2,
						n = (i - 3) / 3,
						o = t.x - i / 2,
						a = t.vertOffset,
						l = t.y - r + a;
					e.moveTo(o, l), e.lineTo(o + 3, l), e.bezierCurveTo(o + n, l - n, o + 2 * n,
						l + n, o + i, l), e.lineTo(o + i, l + r), e.bezierCurveTo(o + i - n,
						l + r + n, o + i - 2 * n, l + r - n, o + 3, l + r), e.lineTo(o + 3,
						l + s), e.lineTo(o, l + s), e.lineTo(o, l)
				}
				_calcBoundingBox(e) {
					const t = e.width,
						i = e.height,
						s = i / 2,
						r = e.x - t / 2,
						n = e.vertOffset,
						o = e.y - s + n,
						a = r,
						l = r + t,
						c = o,
						h = o + i,
						u = new I.Point(a, c),
						d = new I.Point(l, h);
					let p = Object(I.box)(u, d);
					const _ = super._calcBoundingBox(e);
					return _ && (p = this._unionBox(p, _)), p
				}
			}), le.set("PaneRendererLabelUp", class extends re {
				_calcBoundingBox(e) {
					const t = e.x - e.shapeWidth / 2,
						i = e.x + e.shapeWidth / 2,
						s = e.y + e.vertOffset,
						r = e.y + e.shapeHeight + e.vertOffset,
						n = new I.Point(t, s),
						o = new I.Point(i, r);
					return Object(I.box)(n, o)
				}
				_drawItemShape(e, t, i) {
					const s = t.pixelRatio,
						r = this._lineWidth(t) % 2 ? .5 : 0,
						n = Math.max(1, Math.floor(s)) % 2 ? .5 : 0,
						o = this._getArrowSize(i);
					let a = Math.round(o * s);
					(n + a) % 1 != r % 1 && (a += .5);
					let l = Math.round(i.shapeWidth / 2 * s);
					(n + l) % 1 != r % 1 && (l += .5);
					const c = Math.round(i.x * s) + n,
						h = Math.round((i.y + i.vertOffset) * s) + r,
						u = c - a,
						d = Math.round((i.y + i.vertOffset + o) * s) + r,
						p = c + a,
						_ = c + l,
						m = Math.round((i.y + i.vertOffset + i.shapeHeight) * s) + r,
						f = c - l;
					e.moveTo(u, d), e.lineTo(c, h), e.lineTo(p, d), i.shapeWidth <= 2 * o ? (e
						.lineTo(_, d), this._drawCorner(e, _, m, oe.rightDown, s), this
						._drawCorner(e, f, m, oe.leftDown, s), e.lineTo(f, d)) : (this
						._drawCorner(e, _, d, oe.rightUp, s), this._drawCorner(e, _, m, oe
							.rightDown, s), this._drawCorner(e, f, m, oe.leftDown, s), this
						._drawCorner(e, f, d, oe.leftUp, s)), e.lineTo(u, d)
				}
				_getVerticalTextOffset(e) {
					return e.shapeHeight / 2 + this._getArrowSize(e) / 2
				}
				_calcVertOffset(e) {
					return Math.sign(e.vertOffset) >= 0 ? e.vertOffset : e.vertOffset - e
						.shapeHeight
				}
			}), le.set("PaneRendererLabelDown", class extends re {
				_calcBoundingBox(e) {
					const t = e.x - e.shapeWidth / 2,
						i = e.x + e.shapeWidth / 2,
						s = e.y - e.shapeHeight + e.vertOffset,
						r = e.y + e.vertOffset,
						n = new I.Point(t, s),
						o = new I.Point(i, r);
					return Object(I.box)(n, o)
				}
				_drawItemShape(e, t, i) {
					const s = t.pixelRatio,
						r = this._lineWidth(t) % 2 ? .5 : 0,
						n = Math.max(1, Math.floor(s)) % 2 ? .5 : 0,
						o = this._getArrowSize(i);
					let a = Math.round(o * s);
					(n + a) % 1 != r % 1 && (a += .5);
					let l = Math.round(i.shapeWidth / 2 * s);
					(n + l) % 1 != r % 1 && (l += .5);
					const c = Math.round(i.x * s) + n,
						h = Math.round((i.y + i.vertOffset) * s) + r,
						u = c + a,
						d = Math.round((i.y + i.vertOffset - o) * s) + r,
						p = c - a,
						_ = c + l,
						m = Math.round((i.y + i.vertOffset - i.shapeHeight) * s) + r,
						f = c - l;
					e.moveTo(u, d), e.lineTo(c, h), e.lineTo(p, d), i.shapeWidth <= 2 * o ? (e
						.lineTo(f, d), this._drawCorner(e, f, m, oe.leftUp, s), this
						._drawCorner(e, _, m, oe.rightUp, s), e.lineTo(_, d)) : (this
						._drawCorner(e, f, d, oe.leftDown, s), this._drawCorner(e, f, m, oe
							.leftUp, s), this._drawCorner(e, _, m, oe.rightUp, s), this
						._drawCorner(e, _, d, oe.rightDown, s)), e.lineTo(u, d)
				}
				_getVerticalTextOffset(e) {
					return -e.shapeHeight / 2 - this._getArrowSize(e) / 2
				}
				_calcVertOffset(e) {
					return Math.sign(e.vertOffset) <= 0 ? e.vertOffset : e.vertOffset + e
						.shapeHeight
				}
			}), le.set("PaneRendererSquare", class extends te {
				_drawItemShape(e, t, i) {
					const s = t.pixelRatio,
						r = Math.max(1, Math.floor(s)) % 2 ? .5 : 0,
						n = this._lineWidth(t) % 2 ? .5 : 0;
					let o = Math.round(i.height / 2 * s);
					(r + o) % 1 != n % 1 && (o += .5);
					const a = Math.round(i.x * s) + r,
						l = Math.round((i.y + i.vertOffset) * s) + r,
						c = a - o,
						h = l - o,
						u = a + o,
						d = l + o;
					e.rect(c, h, u - c, d - h)
				}
				_calcBoundingBox(e) {
					const t = e.height,
						i = Math.round(t / 2),
						s = e.x - i,
						r = e.vertOffset,
						n = e.y + r - i,
						o = s,
						a = s + t,
						l = n,
						c = n + t,
						h = new I.Point(o, l),
						u = new I.Point(a, c);
					let d = Object(I.box)(h, u);
					const p = super._calcBoundingBox(e);
					return p && (d = this._unionBox(d, p)), d
				}
			}), le.set("PaneRendererTriangleApexUp", class extends ae {
				_drawItemShape(e, t, i) {
					const s = i.width,
						r = i.height,
						n = Math.round(r / 3),
						o = i.vertOffset - 2 * n,
						a = t.pixelRatio,
						l = this._lineWidth(t) % 2 ? .5 : 0,
						c = Math.max(1, Math.floor(a)),
						h = c % 2 ? .5 : 0;
					let u = Math.round(s * a);
					u % 2 != c % 2 && (u += 1);
					const d = Math.round(i.x * a) + h,
						p = Math.round((i.y + o) * a),
						_ = d + u / 2,
						m = Math.round((i.y + o + r) * a) + l,
						f = d - u / 2;
					e.moveTo(d, p), e.lineTo(_, m), e.lineTo(f, m), e.lineTo(d, p)
				}
			}), le.set("PaneRendererTriangleApexDown", class extends ae {
				_drawItemShape(e, t, i) {
					const s = i.width,
						r = i.height,
						n = Math.round(r / 3),
						o = i.vertOffset - n,
						a = t.pixelRatio,
						l = this._lineWidth(t) % 2 ? .5 : 0,
						c = Math.max(1, Math.floor(a)),
						h = c % 2 ? .5 : 0;
					let u = Math.round(s * a);
					u % 2 != c % 2 && (u += 1);
					const d = Math.round(i.x * a) + h,
						p = Math.round((i.y + o) * a) + l,
						_ = d + u / 2,
						m = Math.round((i.y + o + r) * a),
						f = d - u / 2;
					e.moveTo(f, p), e.lineTo(_, p), e.lineTo(d, m), e.lineTo(f, p)
				}
			}), le.set("PaneRendererXCross", class extends ee {
				_drawItemShapeUsingCSSPixels(e, t) {
					const i = t.width,
						s = t.height,
						r = t.x - i / 2,
						n = t.vertOffset,
						o = t.y - s / 2 + n;
					e.moveTo(r, o), e.lineTo(r + i, o + s), e.moveTo(r, o + s), e.lineTo(r + i,
						o)
				}
				_calcBoundingBox(e) {
					const t = e.width,
						i = e.height,
						s = e.x - t / 2,
						r = e.vertOffset,
						n = e.y - i / 2 + r,
						o = s,
						a = s + t,
						l = n,
						c = n + i,
						h = new I.Point(o, l),
						u = new I.Point(a, c);
					let d = Object(I.box)(h, u);
					const p = super._calcBoundingBox(e);
					return p && (d = this._unionBox(d, p)), d
				}
			});
			class ce {
				constructor(e, t, i, s) {
					this._items = [], this._invalidated = !1, this._renderer = null, this
						._isMarkersEnabled = T.enabled("source_selection_markers"), this
						._selectionData = null, this._plotIndex = null, this._topCoord = 0, this
						._bottomCoord = 0, this._study = e, this._series = t, this._model = i, this
						._plotName = s;
					const r = e.metaInfo().plots;
					for (let e = 0; e < r.length; e++)
						if (r[e].id === this._plotName) {
							this._plotIndex = e;
							break
						} this._colorProvider = Object(E.createStudyPlotColorProvider)(e.metaInfo(), e
						.properties(), s), this._selectionIndexer = new j.SelectionIndexes(i
						.timeScale())
				}
				items() {
					return this._items
				}
				update() {
					this._invalidated = !0
				}
				renderer() {
					if (!this._study.properties().styles[this._plotName].visible) return null;
					if (!this._study.properties().styles[this._plotName].visible.value()) return null;
					if (!this._scalesReady()) return null;
					if (this._invalidated) {
						const e = this._study.properties().styles[this._plotName];
						this._updateRenderer(e), this._invalidated = !1
					}
					return this._renderer
				}
				_scalesReady() {
					const e = this._model.timeScale(),
						t = this._study.priceScale();
					return e && null !== t && !e.isEmpty() && !t.isEmpty()
				}
				_updateImpl() {
					if (this._items = [], !this._scalesReady()) return;
					const e = this._model.timeScale(),
						t = this._study.priceScale(),
						i = e.visibleBarsStrictRange();
					if (null === i || null === t) return;
					let r = this._series.nearestIndex(i.firstBar(), c.PlotRowSearchMode.NearestRight),
						n = this._series.nearestIndex(i.lastBar(), c.PlotRowSearchMode.NearestLeft);
					if (void 0 === r || void 0 === n) return;
					const o = this._study.offset(this._plotName);
					o > 0 ? (r -= o, n += o) : (r += o, n -= o);
					const a = this._study.getMinFirstBarIndexForPlot(this._plotName);
					if (a > n) return;
					r = Math.max(a, r);
					const l = this._study.data(),
						h = this._study.firstValue();
					if (null === h) return;
					const u = l.rangeIterator(r, n),
						d = this._getTranspValue();
					let p = [];
					const _ = this._model.selection().isSelected(this._study);
					_ ? (p = this._selectionIndexer.indexes(), this._selectionData = {
						points: [],
						hittestResult: N.HitTestResult.REGULAR,
						vertOffset: 0,
						bgColors: [],
						barSpacing: e.barSpacing(),
						visible: !0
					}) : (this._selectionIndexer.clear(), this._selectionData = null);
					const m = this._series.properties().style.value(),
						f = 2 === m ? "lineStyle" : 3 === m ? "areaStyle" : null;
					let g, b;
					f ? (g = this._series.properties()[f].priceSource.value(), b = g) : (g = "high", b =
						"low");
					const v = t.isInverted(),
						S = t.coordinateToPrice(t.height() * t.topMargin(), h),
						y = t.coordinateToPrice(t.height() * (1 - t.bottomMargin()), h);
					this._topCoord = v ? y : S, this._bottomCoord = v ? S : y;
					const w = Object(s.ensureNotNull)(this._model.paneForSource(this._study)).height(),
						P = this._study.properties().styles[this._plotName],
						C = P.color.value(),
						x = P.textColor ? P.textColor.value() : void 0,
						T = C,
						I = C,
						M = void 0 === x ? void 0 : x,
						O = Object(s.ensureNotNull)(this._plotIndex),
						L = Object(A.createEmptyStyle)();
					for (; u.hasNext();) {
						const e = u.next(),
							t = e.index,
							i = e.value,
							s = Math.floor(t + o),
							r = i[O + 1];
						if (null == r) continue;
						const n = this._createItem(s, r, g, b);
						if (null !== n) {
							if (this._colorProvider.isColorDefined()) {
								n.style = {
									color: T,
									borderColor: I,
									textColor: M
								};
								const e = this._colorProvider.getPlotPointStyle(i, L);
								this._fillItemWithPointStyle(n, e, d)
							}
							_ && -1 !== p.indexOf(t) && null !== this._selectionData && (this
									._selectionData.points.push(n), this._selectionData.bgColors.push(
										this._model.backgroundColorAtYPercentFromTop(n.y / w))), this
								._items.push(n)
						}
					}
					this._convertItemsToCoordinates()
				}
				_fillItemWithPointStyle(e, t, i) {
					const r = Object(s.ensureDefined)(e.style);
					if (void 0 !== t.colors[A.ColorerType.Main]) {
						r.color = Object(M.generateColor)(Object(s.ensureDefined)(t.colors[A.ColorerType
							.Main]), i);
						const e = i > 9 ? i - 10 : 0;
						r.borderColor = Object(M.generateColor)(r.color, e)
					}
					void 0 !== t.colors[A.ColorerType.Text] && (r.textColor = Object(M.generateColor)(
						Object(s.ensureDefined)(t.colors[A.ColorerType.Text]), i))
				}
				_updateRenderer(e) {
					this._updateImpl();
					const t = this._model.timeScale(),
						i = {},
						s = this._getTranspValue(),
						r = t.barSpacing(),
						n = this._calculateShapeHeight(r),
						o = this._study.properties().styles[this._plotName].location.value(),
						a = this._calculateVerticalOffset(o, n + n / 2);
					i.barSpacing = r, i.items = this._items, i.color = Object(M.generateColor)(this
							._study.properties().styles[this._plotName].color.value(), s), i.height = n,
						i.vertOffset = a;
					const l = this._study.properties().styles[this._plotName].plottype.value(),
						c = B.a[l],
						h = new O.CompositeRenderer;
					c && h.append(this._createRenderer(c.paneRendererClass, i)), this._model.selection()
						.isSelected(this._study) && this._isMarkersEnabled && null !== this
						._selectionData && (this._selectionData.vertOffset = a, h.append(new V
							.SelectionRenderer(this._selectionData))), this._renderer = h
				}
				_createRenderer(e, t) {
					const i = le.get(e);
					return new(Object(s.ensureDefined)(i))(t)
				}
				_getSeriesVal(e, t) {
					const i = Object(F.barFunction)(e),
						s = this._series.data().valueAt(t);
					return null === s ? null : i(s)
				}
				_getTranspValue() {
					let e = 0;
					this._study.properties().transparency && (e = this._study.properties().transparency
						.value(), e = Object(P.isNumber)(e) ? e : 50);
					const t = this._study.properties().styles[this._plotName];
					return t.transparency && (e = t.transparency.value(), e = Object(P.isNumber)(e) ?
						e : 50), Object(R.clamp)(e, 0, 100)
				}
				_createItem(e, t, i, r) {
					const n = this._study.properties().styles[this._plotName].location.value();
					if ((null === t || 0 === t) && n !== p.c.Absolute) return null;
					let o;
					switch (n) {
						case p.c.AboveBar:
							const a = this._getSeriesVal(i, e);
							if (null === a) return null;
							o = a;
							break;
						case p.c.BelowBar:
							const l = this._getSeriesVal(r, e);
							if (null === l) return null;
							o = l;
							break;
						case p.c.Top:
							o = this._topCoord;
							break;
						case p.c.Bottom:
							o = this._bottomCoord;
							break;
						case p.c.Absolute:
							o = Object(s.ensureNotNull)(t);
							break;
						default:
							throw new Error("Bad value: " + n)
					}
					return new I.Point(e, o)
				}
				_convertItemsToCoordinates() {
					const e = this._model.timeScale(),
						t = this._study.priceScale();
					e.timedValuesToCoordinates(this._items);
					const i = Object(s.ensureNotNull)(this._study.firstValue());
					Object(s.ensureNotNull)(t).pointsArrayToCoordinates(this._items, i)
				}
				_calculateVerticalOffset(e, t) {
					let i = 0;
					switch (e) {
						case p.c.AboveBar:
						case p.c.Bottom:
							i = -t;
							break;
						case p.c.BelowBar:
						case p.c.Top:
							i = t
					}
					return Object(s.ensureNotNull)(this._study.priceScale()).isInverted() && (i *= -1),
						i
				}
				_calculateShapeHeight(e, t) {
					let i = e;
					switch (t) {
						case x.PlotSymbolSize.Tiny:
							i = .3 * e;
							break;
						case x.PlotSymbolSize.Small:
							i = .6 * e;
							break;
						case x.PlotSymbolSize.Normal:
							i = e;
							break;
						case x.PlotSymbolSize.Large:
							i = 1.5 * e;
							break;
						case x.PlotSymbolSize.Huge:
							i = 2 * e
					}
					return i
				}
			}
			class he extends ce {
				renderer() {
					const e = this._study.properties().styles[this._plotName];
					return e.visible && e.visible.value() && this._scalesReady() ? (this._invalidated &&
						(this._updateRenderer(e), this._invalidated = !1), this._renderer) : null
				}
				_updateRenderer(e) {
					this._updateImpl();
					const t = this._model.timeScale(),
						i = {},
						s = this._getTranspValue(),
						r = t.barSpacing();
					let n;
					if (e.size) {
						const t = e.size.value();
						n = this._calculateShapeHeight(25, t)
					} else n = Math.round(r / 2);
					n = Math.max(n, 1);
					const o = e.location.value(),
						a = Object(M.generateColor)(e.color.value(), s),
						l = s > 19 ? s - 10 : 0,
						c = this._calculateVerticalOffset(o, Math.round(1.5 * n));
					i.barSpacing = r, i.items = this.items(), i.color = a, i.borderColor = Object(M
						.generateColor)(e.color.value(), l), i.height = n, i.vertOffset = c;
					const h = e.plottype.value(),
						u = B.a[h],
						d = new O.CompositeRenderer,
						p = e.text ? e.text.value() : void 0;
					if (void 0 !== p && "" !== p.trim()) {
						let t = p.trim().replace(/\\n/gm, "\n");
						t = Object(D.cleanButAmpersand)(t, !0), i.text = t, i.fontSize = 12;
						const r = e.textColor ? e.textColor.value() : void 0;
						i.textColor = r ? Object(M.generateColor)(r, s) : a
					}
					d.append(super._createRenderer(u.paneRendererClass, i)), this._model.selection()
						.isSelected(this._study) && this._isMarkersEnabled && null !== this
						._selectionData && (this._selectionData.vertOffset = c, d.append(new V
							.SelectionRenderer(this._selectionData))), this._renderer = d
				}
			}
			var ue = i("/SnT"),
				de = i.n(ue),
				pe = i("Zp/P");
			class _e extends Q {
				constructor(e, t) {
					super(e, t), this._heightEnsured = Object(s.ensureDefined)(this._height);
					const i = e.char.slice(0, 40);
					this._ch = de()(i)[0] || " ", this._fontFamily = e.fontFamily || $
						.CHART_FONT_FAMILY, this._charCache = new Z(this._ch, !1, !1, this._fontFamily,
							this._heightEnsured)
				}
				hitTest(e) {
					const t = Object(pe.interactionTolerance)().series + this._heightEnsured / 2;
					for (const i of this._items) {
						if (new I.Point(i.x, i.y + i.vertOffset).subtract(e).length() <= t) return new N
							.HitTestResult(N.HitTestResult.REGULAR)
					}
					return null
				}
				_drawItemShape(e, t, i) {
					const s = i.x,
						r = i.vertOffset > 0 ? 1 : -1,
						n = i.y + i.vertOffset - r * Math.round(this._heightEnsured / 2);
					let o;
					o = i.style && void 0 !== i.style.color ? i.style.color : this._color, this
						._charCache.paintTo(e, t, o, s, n, G.Center, i.vertOffset > 0 ? q.Top : q
							.Bottom)
				}
				_startPath(e, t, i, s) {}
				_endPath(e) {}
			}
			class me extends ce {
				renderer() {
					const e = this._study.properties().styles[this._plotName];
					if (!e.visible || !e.visible.value()) return null;
					if (!this._scalesReady()) return null;
					const t = this._model.timeScale();
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					const i = {},
						s = this._getTranspValue(),
						r = t.barSpacing();
					let n;
					if (e.size) {
						const t = e.size.value();
						n = this._calculateShapeHeight(50, t)
					} else n = Math.round(r);
					const o = e.location.value(),
						a = Object(M.generateColor)(e.color.value(), s),
						l = this._calculateVerticalOffset(o, n);
					i.items = this.items(), i.barSpacing = r, i.char = e.char.value(), i.height = n, i
						.vertOffset = l, i.color = a;
					const c = new O.CompositeRenderer,
						h = e.text ? e.text.value() : void 0;
					if (void 0 !== h && "" !== h.trim()) {
						let t = h.trim().replace(/\\n/gm, "\n");
						t = Object(D.cleanButAmpersand)(t, !0), i.text = t, i.fontSize = 12;
						const r = e.textColor ? e.textColor.value() : void 0;
						i.textColor = r ? Object(M.generateColor)(r, s) : a
					}
					return c.append(new _e(i)), this._model.selection().isSelected(this._study) && this
						._isMarkersEnabled && null !== this._selectionData && (this._selectionData
							.vertOffset = l, c.append(new V.SelectionRenderer(this._selectionData))), c
				}
			}
			var fe = i("eJTA");
			class ge extends I.Point {
				constructor(e, t, i, s) {
					super(e, t), this.height = i, this.isUp = s, this.style = {}
				}
			}

			function be(e) {
				return Math.round(e / 4)
			}

			function ve(e) {
				return Math.round(e / 2)
			}
			class Se {
				constructor(e) {
					this._data = e
				}
				draw(e, t) {
					var i;
					const s = t.pixelRatio,
						r = this._data,
						n = ve(r.barSpacing),
						o = be(r.barSpacing),
						a = n < 4,
						l = Math.max(n / 2, 1),
						c = Object(R.ceiledEven)(n * s),
						h = c / 2,
						u = Math.round(n * s);
					e.lineCap = "butt", e.lineWidth = Math.max(1, Math.floor(s));
					const d = e.lineWidth % 2 ? .5 : 0;
					for (const t of r.items) {
						const n = t.isUp ? -1 : 1,
							p = Math.round(Math.abs(t.height) * s),
							_ = Math.round(t.x * s) + d,
							m = Math.round((t.y - n * o) * s) + d;
						e.beginPath(), e.translate(_, m);
						const f = null !== (i = t.style && t.style.color) && void 0 !== i ? i : t.isUp ?
							r.colorup : r.colordown;
						a ? (e.moveTo(0, 0), e.lineTo(-h, -h * n), e.moveTo(0, 0), e.lineTo(h, -h * n),
							e.moveTo(0, 0), e.lineTo(0, -p * n), e.moveTo(-h, -p * n), e.lineTo(h, -
								p * n), e.lineWidth = l, e.strokeStyle = f, e.stroke()) : (e.moveTo(
								0, 0), p < u ? (e.lineTo(c, -p * n), e.lineTo(-c, -p * n)) : (e
								.lineTo(c, -u * n), e.lineTo(h, -u * n), e.lineTo(h, -p * n), e
								.lineTo(-h, -p * n), e.lineTo(-h, -u * n), e.lineTo(-c, -u * n)), e
							.lineTo(0, 0), e.strokeStyle = t.isUp ? r.colorBorderUp : r
							.colorBorderDown, e.stroke(), e.fillStyle = f, e.fill()), e.translate(-
							_, -m)
					}
				}
				hitTest(e) {
					const t = this._data,
						i = ve(t.barSpacing),
						s = Math.round(i / 2),
						r = Math.round(i),
						n = be(t.barSpacing);
					for (const i of t.items) {
						if (!i) continue;
						if (!Number.isFinite(i.x) || !Number.isFinite(i.y)) continue;
						const t = Math.abs(i.height),
							o = i.isUp ? -1 : 1,
							a = t + r,
							l = i.y - o * n,
							c = l - o * a,
							h = i.x - s,
							u = i.x + s;
						if (h < e.x && e.x < u && (i.isUp ? l < e.y && e.y < c : c < e.y && e.y < l))
							return new N.HitTestResult(N.HitTestResult.REGULAR)
					}
					return null
				}
			}
			class ye extends V.SelectionRenderer {
				_drawMarker(e, t, i, r, n) {
					const o = Object(s.ensureNotNull)(this._data),
						a = t.isUp ? 1 : -1;
					const l = i + a * be(o.barSpacing) + a * ve(o.barSpacing);
					let c = Math.round(3.5 * n * 2);
					c % 2 != r % 2 && (c += 1);
					const h = r % 2 / 2,
						u = Math.round(t.x * n) + h,
						d = Math.round((t.y + l) * n) + h;
					e.beginPath(), e.arc(u, d, c / 2, 0, 2 * Math.PI, !0), e.closePath(), e.fill(),
						e.stroke()
				}
			}
			class we extends ce {
				constructor() {
					super(...arguments), this._maxAbsValue = 0
				}
				renderer() {
					if (!this._study.properties().styles[this._plotName].visible) return null;
					if (!this._study.properties().styles[this._plotName].visible.value()) return null;
					if (!this._scalesReady()) return null;
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					const e = {},
						t = Object(R.clamp)(this._getTranspValue(), 0, 100),
						i = this._model.timeScale().barSpacing();
					e.items = this._items, e.barSpacing = i, e.colorup = Object(M.generateColor)(this
							._study.properties().styles[this._plotName].colorup.value(), t), e
						.colordown = Object(M.generateColor)(this._study.properties().styles[this
							._plotName].colordown.value(), t);
					const s = Object(fe.parseRgba)(e.colorup),
						r = s ? 100 * (1 - s[3]) : 0,
						n = Object(fe.parseRgba)(e.colordown),
						o = n ? 100 * (1 - n[3]) : 0;
					e.colorBorderUp = Object(M.generateColor)("#000000", r), e.colorBorderDown = Object(
							M.generateColor)("#000000", o), e.minHeight = this._study.properties()
						.styles[this._plotName].minHeight.value(), e.maxHeight = this._study
						.properties().styles[this._plotName].maxHeight.value();
					const a = new O.CompositeRenderer;
					if (a.append(new Se(e)), this._model.selection().isSelected(this._study) && null !==
						this._selectionData) {
						const e = this._selectionData;
						e.barSpacing = i, a.append(new ye(e))
					}
					return a
				}
				_fillItemWithPointStyle(e, t, i) {
					const r = Object(s.ensureDefined)(e.style);
					e.isUp ? void 0 !== t.colors[A.ColorerType.Up] ? r.color = Object(M.generateColor)(
							Object(s.ensureDefined)(t.colors[A.ColorerType.Up]), i) : r.color = Object(M
							.generateColor)(this._study.properties().styles[this._plotName].colorup
							.value(), i) : void 0 !== t.colors[A.ColorerType.Down] ? r.color = Object(M
							.generateColor)(Object(s.ensureDefined)(t.colors[A.ColorerType.Down]), i) :
						r.color = Object(M.generateColor)(this._study.properties().styles[this
							._plotName].colordown.value(), i)
				}
				_createItem(e, t, i, s) {
					if (0 === t) return null;
					Math.abs(t) > this._maxAbsValue && (this._maxAbsValue = Math.abs(t));
					const r = t > 0;
					let n;
					if (r) {
						const t = this._getSeriesVal(s, e);
						if (null === t) return null;
						n = t
					} else {
						const t = this._getSeriesVal(i, e);
						if (null === t) return null;
						n = t
					}
					return new ge(e, n, t, r)
				}
				_convertItemsToCoordinates() {
					const e = this._model.timeScale(),
						t = Object(s.ensureNotNull)(this._study.priceScale());
					e.timedValuesToCoordinates(this._items), t.pointsArrayToCoordinates(this._items,
						Object(s.ensureNotNull)(this._study.firstValue()));
					let i = Math.abs(this._study.properties().styles[this._plotName].minHeight.value()),
						r = Math.abs(this._study.properties().styles[this._plotName].maxHeight.value());
					if (i > r) {
						const e = i;
						i = r, r = e
					}
					const n = (r - i) / this._maxAbsValue,
						o = this._items;
					for (let e = 0; e < o.length; e++) {
						const t = o[e],
							s = Math.abs(t.height);
						t.height = s * n + i
					}
				}
			}
			var Pe = i("29fS");
			class Ce {
				constructor(e, t, i, s) {
					this._bars = [], this._invalidated = !1, this._isMarkersEnabled = T.enabled(
							"source_selection_markers"), this._selectionData = null, this
						._ohlcPlotIndexes = new Map, this._study = e, this._series = t, this._model = i,
						this._plotName = s, this._isMarkersEnabled = T.enabled(
							"source_selection_markers"), this._colorProvider = Object(E
							.createStudyPlotColorProvider)(e.metaInfo(), e.properties(), s), this
						._selectionIndexer = new j.SelectionIndexes(i.timeScale());
					const r = this._study.metaInfo().plots;
					for (let e = 0; e < r.length; e++) {
						const t = r[e];
						"target" in t && (t.target === this._plotName && (Object(x.isOhlcOpenPlot)(t) &&
							this._ohlcPlotIndexes.set(1, e), Object(x.isOhlcHighPlot)(t) && this
							._ohlcPlotIndexes.set(2, e), Object(x.isOhlcLowPlot)(t) && this
							._ohlcPlotIndexes.set(3, e), Object(x.isOhlcClosePlot)(t) && this
							._ohlcPlotIndexes.set(4, e)))
					}
				}
				update() {
					this._invalidated = !0
				}
				items() {
					return this._bars
				}
				_updateImpl() {
					this._bars.length = 0;
					const e = this._study.priceScale();
					if (this._model.timeScale().isEmpty() || null === e || e.isEmpty()) return;
					const t = this._model.timeScale().visibleBarsStrictRange();
					if (null === t) return;
					let i = this._series.nearestIndex(t.firstBar(), c.PlotRowSearchMode.NearestRight);
					const r = this._series.nearestIndex(t.lastBar(), c.PlotRowSearchMode.NearestLeft);
					if (void 0 === i || void 0 === r) return;
					const n = this._study.getMinFirstBarIndexForPlot(this._plotName);
					if (n > r) return;
					i = Math.max(n, i);
					const o = this._study.data(),
						a = this._study.firstValue();
					if (null === a) return;
					const l = o.rangeIterator(i, r),
						h = this._study.properties().ohlcPlots[this._plotName],
						u = new Map,
						d = (e, t) => {
							const i = e + "@" + t;
							if (!u.has(i)) {
								const s = Object(M.generateColor)(e, t);
								return u.set(i, s), s
							}
							return u.get(i)
						},
						p = Object(A.createEmptyStyle)();
					for (; l.hasNext();) {
						const e = l.next();
						let t = e.index;
						const i = e.value;
						t = Math.floor(t);
						let r = !0;
						const n = new Map;
						for (let e = 1; e <= 4; ++e) {
							const t = this._ohlcPlotIndexes.get(e);
							if (void 0 === t) {
								r = !1;
								break
							}
							const s = i[t + 1];
							if (null == s) {
								r = !1;
								break
							}
							n.set(e, s)
						}
						if (!r) continue;
						const o = Object(s.ensureDefined)(n.get(1)),
							a = Object(s.ensureDefined)(n.get(4)),
							c = Object(s.ensureDefined)(n.get(2)),
							u = Object(s.ensureDefined)(n.get(3)),
							_ = Math.max(o, c, u, a),
							m = Math.min(o, c, u, a);
						let f = Object(s.ensureDefined)(d(h.color.value(), 0));
						const g = this._colorProvider.getPlotPointStyle(i, p);
						void 0 !== g.colors[A.ColorerType.Main] && (f = Object(s.ensureDefined)(g
							.colors[A.ColorerType.Main]));
						const b = {
							time: Math.round(t),
							open: o,
							high: _,
							low: m,
							close: a,
							color: f,
							wickColor: g.colors[A.ColorerType.Wick],
							borderColor: g.colors[A.ColorerType.Border],
							hollow: null
						};
						this._bars.push(b)
					}
					if (e.barPricesToCoordinates(this._bars, a), this._model.timeScale()
						.barIndexesToCoordinates(this._bars), this._model.selection().isSelected(this
							._study)) {
						const t = this._selectionIndexer.indexes();
						this._selectionData = {
							points: [],
							hittestResult: N.HitTestResult.REGULAR,
							bgColors: [],
							visible: !0,
							barSpacing: this._model.timeScale().barSpacing()
						};
						const i = Object(s.ensureNotNull)(this._model.paneForSource(this._study))
							.height(),
							r = Object(s.ensureDefined)(this._ohlcPlotIndexes.get(4));
						for (let s = 0; s < t.length; s++) {
							const n = t[s],
								o = this._study.data().valueAt(n);
							if (null === o) continue;
							const l = o[r + 1];
							if (null == l) continue;
							const c = this._model.timeScale().indexToCoordinate(Math.floor(n)),
								h = e.priceToCoordinate(l, a);
							this._selectionData.points.push(new I.Point(c, h)), this._selectionData
								.bgColors.push(this._model.backgroundColorAtYPercentFromTop(h / i))
						}
					} else this._selectionIndexer.clear()
				}
			}
			class xe extends Ce {
				renderer() {
					if (!this._study.properties().ohlcPlots[this._plotName].visible.value())
						return null;
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					const e = {
							bars: this._bars,
							barSpacing: this._model.timeScale().barSpacing(),
							dontDrawOpen: this._series.properties().barStyle.dontDrawOpen.value(),
							thinBars: this._series.properties().barStyle.thinBars.value()
						},
						t = new O.CompositeRenderer;
					return t.append(new Pe.PaneRendererBars(e)), this._model.selection().isSelected(this
						._study) && this._isMarkersEnabled && this._selectionData && t.append(new V
						.SelectionRenderer(this._selectionData)), t
				}
			}
			var Te = i("/hKg");
			class Ie extends Ce {
				renderer() {
					const e = this._study.properties().ohlcPlots[this._plotName];
					if (!e.visible.value()) return null;
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					const t = this._model.timeScale().barSpacing(),
						i = {
							bars: this._bars,
							barSpacing: t,
							wickVisible: e.drawWick.value(),
							bodyVisible: !0,
							borderVisible: e.drawBorder.value(),
							barWidth: Object(pe.optimalBarWidth)(t),
							borderColor: e.borderColor.value(),
							wickColor: e.wickColor.value()
						},
						s = new O.CompositeRenderer;
					return s.append(new Te.PaneRendererCandles(i)), this._model.selection().isSelected(
						this._series) && this._isMarkersEnabled && this._selectionData && s.append(
						new V.SelectionRenderer(this._selectionData)), s
				}
			}
			var Me = i("KtbP"),
				Oe = i("wYrq"),
				Le = i("2ijp"),
				Ae = i("8Uy/");
			class Ee extends Le.a {
				constructor(e, t) {
					super(), this._lineRendererData.linestyle = Ae.LINESTYLE_DOTTED, this._study =
						e, this._plotName = t
				}
				_updateImpl() {
					this._lineRendererData.visible = !1;
					const e = this._study.properties().styles[this._plotName];
					if (!e.trackPrice.value()) return;
					const t = this._study.lastValueData(this._plotName, !0);
					t.noData || (this._lineRendererData.visible = !0, this._lineRendererData.y = t
						.coordinate, this._lineRendererData.color = t.color, this
						._lineRendererData.linewidth = e.linewidth.value())
				}
			}
			var ke = i("cPgM");
			class De {
				constructor() {
					this._items = [], this._actualLength = 0, this._invalidations = 0
				}
				push(e) {
					this._items.length === this._actualLength ? this._items.push(e) : this._items[this
							._actualLength] !== e && (this._items[this._actualLength] = e), this
						._actualLength += 1
				}
				newItem() {
					const e = this._items.length > this._actualLength ? this._items[this
						._actualLength] : null;
					return null !== e && Boolean(e.invalidateCache) && e.invalidateCache(), e
				}
				invalidateCache() {
					this._invalidations += 1, 3e3 === this._invalidations && (this._items.splice(this
						._actualLength), this._invalidations = 0), this._actualLength = 0
				}
				at(e) {
					return this._items[e]
				}
				data() {
					return this._items
				}
				length() {
					return this._actualLength
				}
			}
			class Ve {
				constructor() {
					this._map = new Map, this._usedKeys = new Set, this._invalidations = 0
				}
				invalidateCache() {
					this._invalidations += 1, 50 === this._invalidations && (this._deleteUnused(), this
						._invalidations = 0), this._usedKeys.clear(), this._map.forEach((e, t) => e
						.invalidateCache())
				}
				get(e) {
					const t = this._map.get(e);
					return void 0 !== t && this._usedKeys.add(e), t
				}
				set(e, t) {
					this._usedKeys.add(e), this._map.set(e, t)
				}
				forEach(e) {
					this._map.forEach((t, i) => {
						this._usedKeys.has(i) && e(t, i)
					})
				}
				delete(e) {
					const t = this._map.get(e);
					void 0 !== t && t.invalidateCache(), this._usedKeys.delete(e)
				}
				_deleteUnused() {
					const e = [];
					this._map.forEach((t, i) => {
						this._usedKeys.has(i) || e.push(i)
					});
					for (const t of e) this._map.delete(t)
				}
			}
			class Be extends De {
				constructor() {
					super(), this.points1 = new De, this.points2 = new De,
						this.push(this.points1), this.push(this.points2)
				}
				addPoints1Point(e, t) {
					let i = this.points1.newItem();
					null !== i ? (i.x = e, i.y = t) : i = {
						x: e,
						y: t
					}, this.points1.push(i)
				}
				addPoints2Point(e, t) {
					let i = this.points2.newItem();
					null !== i ? (i.x = e, i.y = t) : i = {
						x: e,
						y: t
					}, this.points2.push(i)
				}
				invalidateCache() {
					this.points1.invalidateCache(), this.points2.invalidateCache()
				}
			}
			class Re extends ke.ScaledPaneRenderer {
				constructor() {
					super(...arguments), this._data = null
				}
				setData(e) {
					this._data = e
				}
				hitTest(e, t) {
					return null
				}
				_drawImpl(e, t) {
					if (null === this._data) return;
					const i = .25 * this._data.barSpacing,
						s = this._data.transparency;
					this._data.colorAreas.forEach((t, r) => {
						e.beginPath();
						for (let s = 0; s < t.length(); s++) {
							const r = t.at(s);
							if (0 === r.points1.length() || 0 === r.points2.length())
								continue;
							const n = r.points1.at(0).x,
								o = r.points1.at(0).y;
							if (e.moveTo(n, o), 1 !== r.points1.length() && 1 !== r.points2
								.length()) {
								for (let t = 1; t < r.points1.length(); t++) e.lineTo(r
									.points1.at(t).x, r.points1.at(t).y);
								for (let t = r.points2.length() - 1; t >= 0; t--) e.lineTo(r
									.points2.at(t).x, r.points2.at(t).y)
							} else {
								const t = r.points2.at(0).x,
									s = r.points2.at(0).y;
								e.lineTo(n + i, o), e.lineTo(t + i, s), e.lineTo(t - i, s),
									e.lineTo(n - i, o)
							}
						}
						e.closePath(), e.fillStyle = Object(M.generateColor)(r, s), e.fill()
					})
				}
			}
			var Ne = i("ZJKN");
			class je extends De {
				constructor() {
					super(...arguments), this._startIndex = 0
				}
				setStartIndex(e) {
					this._startIndex = e
				}
				at(e) {
					const t = e - this._startIndex;
					for (; t >= this._actualLength;) {
						if (this._items.length <= t) this._items.push({
							plot1Value: void 0,
							plot2Value: void 0,
							colorIndex: void 0
						});
						else {
							const e = this._items[this._actualLength];
							e.plot1Value = void 0, e.plot2Value = void 0, e.colorIndex = void 0
						}
						this._actualLength += 1
					}
					return this._items[t]
				}
			}
			class Fe {
				constructor(e, t = !1) {
					this._isHlineFill = !1, this._bandAKey = null, this._bandBKey = null, this
						._colorPlotIndex = null, this._colorValues = [], this._colors = new De, this
						._areaRenderer = new Re, this._invalidated = !0, this._plIndex1 = null, this
						._plIndex2 = null, this._level1 = 0, this._level2 = 0, this._studyValuesCache =
						new je, this._points1 = new De, this._points2 = new De, this._timePoints =
						new De, this._colorAreas = new Ve, this._source = e, this._fillGaps = t
				}
				update() {
					this._invalidated = !0
				}
				renderer(e, t) {
					return this._invalidated && (this._updateImpl(), this._invalidated = !1), this
						._areaRenderer
				}
				_correctVisibleRange(e) {
					const t = this._source.data(),
						i = t.search(e.firstBar(), c.PlotRowSearchMode.NearestLeft, this._plotIndex1()),
						s = t.search(e.firstBar(), c.PlotRowSearchMode.NearestLeft, this._plotIndex2()),
						r = t.search(e.lastBar(), c.PlotRowSearchMode.NearestRight, this._plotIndex1()),
						n = t.search(e.lastBar(), c.PlotRowSearchMode.NearestRight, this._plotIndex2()),
						o = null !== i ? i.index : e.firstBar(),
						a = null !== s ? s.index : e.firstBar(),
						l = null !== r ? r.index : e.lastBar(),
						h = null !== n ? n.index : e.lastBar();
					return [Math.min(o, a), Math.max(l, h)]
				}
				_plotNames() {
					return this._source.metaInfo().plots.map(e => e.id)
				}
				_plotIndex1() {
					return null === this._plIndex1 && (this._plIndex1 = this._plotNames().indexOf(this
						._plotAId()) + 1), this._plIndex1
				}
				_plotIndex2() {
					return null === this._plIndex2 && (this._plIndex2 = this._plotNames().indexOf(this
						._plotBId()) + 1), this._plIndex2
				}
				_updateImpl() {
					var e, t, i;
					if (this._areaRenderer.setData(null), !this._visible()) return;
					const r = this._source.priceScale(),
						n = this._source.model(),
						o = n.timeScale();
					if (!r || r.isEmpty() || o.isEmpty()) return;
					if (n.mainSeries().bars().isEmpty()) return;
					const a = this._source.firstValue();
					if (null === a) return;
					if (this._isHlineFill) {
						const e = this._source.properties().bands[Object(s.ensureNotNull)(this
								._bandAKey)],
							t = this._source.properties().bands[Object(s.ensureNotNull)(this
								._bandBKey)];
						this._level1 = r.priceToCoordinate(e.value.value(), a), this._level2 = r
							.priceToCoordinate(t.value.value(), a)
					}
					const l = o.visibleBarsStrictRange();
					if (null === l) return;
					this._timePoints.invalidateCache(), this._points1.invalidateCache(), this._points2
						.invalidateCache(), null === (e = this._colors) || void 0 === e || e
						.invalidateCache(), this._colorAreas.invalidateCache();
					const [c, h] = this._correctVisibleRange(l), u = this._isPerBarColoringSupported() ?
						this._colors : null, d = this._source.offset(this._plotAId()), p = this._source
						.offset(this._plotBId()), _ = Math.min(d, p), m = Math.max(d, p), f = this
						._plotIndex1(), g = this._plotIndex2(), b = this._source.data();
					if (b.isEmpty()) return;
					let v, S;
					const y = Object(s.ensureNotNull)(b.firstIndex()),
						w = Object(s.ensureNotNull)(b.lastIndex()),
						C = y - Math.max(0, -_),
						x = w + Math.max(0, m),
						T = Math.max(c - 1, C),
						I = Math.min(h + 1, x),
						M = this._studyValuesCache;
					M.invalidateCache();
					const O = T - m,
						L = b.rangeIterator(O, I - _),
						A = Math.max(l.firstBar() - 1, Math.min(O - m - 1, O - 1 + _));
					M.setStartIndex(A);
					const E = new Ne.BarsRange(l.firstBar() - 1, l.lastBar() + 1);
					for (; L.hasNext();) {
						const e = L.next(),
							t = e.index,
							i = e.value,
							r = i[f],
							n = i[g],
							o = t + d,
							a = t + p;
						if (o === a && E.contains(o)) {
							const e = M.at(o);
							e.plot1Value = r, e.plot2Value = n
						} else {
							if (E.contains(o)) {
								M.at(o).plot1Value = r
							}
							if (E.contains(a)) {
								M.at(a).plot2Value = n
							}
						}
						if (null !== u) {
							const e = t - 1 + _;
							if (l.contains(e)) {
								const t = i[Object(s.ensureNotNull)(this._colorPlotIndex) + 1];
								M.at(e).colorIndex = t
							}
						}
					}
					const k = this._timePoints,
						D = this._points1,
						V = this._points2;
					let B = null;
					const R = A + M.length();
					for (let e = A; e <= R; e++) {
						if (!this._fillGaps && (null === v || null === S)) {
							const t = e - 1;
							k.push(t), D.push(NaN), V.push(NaN), null == u || u.push(null)
						}
						const s = M.at(e);
						if (null !== u) {
							const e = s.colorIndex;
							B = null == e ? null : this._getColorByPlotValue(e)
						}
						if (this._isHlineFill) {
							k.push(e), null !== u && u.push(B);
							continue
						}
						const r = null !== (t = s.plot1Value) && void 0 !== t ? t : null,
							n = null !== (i = s.plot2Value) && void 0 !== i ? i : null;
						(null !== r || null !== n || Number.isFinite(v) || Number.isFinite(S)) && (v =
							r, S = n, D.push(r), V.push(n), k.push(e), null !== u && u.push(B))
					}
					r.pricesArrayToCoordinates(D.data(), a, D.length()), r.pricesArrayToCoordinates(V
						.data(), a, V.length()), o.indexesToCoordinates(k.data(), k.length());
					const N = this._transparency();
					let j = Object(P.isNumber)(N) ? N : 50;
					j = Math.min(j, 100), j = Math.max(j, 0);
					const F = {
						barSpacing: this._source.model().timeScale().barSpacing(),
						transparency: j,
						colorAreas: this._getFilledAreas(k, D, V, u)
					};
					this._areaRenderer.setData(F)
				}
				_getFilledAreas(e, t, i, s) {
					const r = this._isHlineFill;
					if (!r && (0 === t.length() || 0 === i.length())) return new Ve;
					const n = this._colorAreas;
					let o = null,
						a = null;
					const l = this._color();
					for (let c = 0; c < e.length(); c++) {
						const h = r ? this._level1 : t.at(c),
							u = r ? this._level2 : i.at(c),
							d = e.at(c),
							p = Object(pe.coordinateIsValid)(h),
							_ = Object(pe.coordinateIsValid)(u);
						if (this._fillGaps ? p || _ : p && _) {
							const e = s ? s.at(c) || "" : l;
							if (a !== e || null === o) {
								a = e, null !== o && (p && o.addPoints1Point(d, h), _ && o
									.addPoints2Point(d, u));
								const t = n.get(e) || new De;
								o = t.newItem() || new Be, t.push(o), n.set(e, t)
							}
							p && o.addPoints1Point(d, h), _ && o.addPoints2Point(d, u)
						} else this._fillGaps || (a = null, o = null)
					}
					return n.delete(""), n
				}
			}
			class We extends Fe {
				constructor(e) {
					super(e)
				}
				_plotAId() {
					return this._source.properties().area[0].name.value()
				}
				_plotBId() {
					return this._source.properties().area[1].name.value()
				}
				_color() {
					return this._source.properties().areaBackground.backgroundColor.value()
				}
				_transparency() {
					const e = this._source.properties().areaBackground.transparency.value();
					return Object(R.clamp)(e, 0, 100)
				}
				_visible() {
					return this._source.properties().areaBackground.fillBackground.value()
				}
				_getColorByPlotValue(e) {
					return this._color()
				}
				_isPerBarColoringSupported() {
					return !1
				}
			}
			class He extends Fe {
				constructor(e, t, i) {
					super(e, !!t.fillgaps), this._isHlineFill = "hline_hline" === t.type, Object(s
							.assert)(this._isHlineFill || "plot_plot" === t.type,
							"Wrong filledArea type: " + t.type), this._isHlineFill && this
						._initBandIndexes(t.objAId, t.objBId), this._fillMetaInfo = t, this
						._fillStyleProps = i;
					const r = e.metaInfo();
					for (let i = 0; i < r.plots.length; ++i) {
						const n = r.plots[i];
						if ("palette" in n && n.palette === t.palette) {
							this._colorPlotIndex = i, this._colorsMap = Object(s.ensureDefined)(Object(s
									.ensureDefined)(r.palettes)[t.palette]).valToIndex, this
								._colorValues = e.properties().palettes[t.palette].colors;
							break
						}
						if (r.isRGB && "target" in n && n.target === t.id) {
							this._colorPlotIndex = i;
							break
						}
					}
				}
				_getColorByPlotValue(e) {
					if (this._colorsMap) {
						const t = Object(s.ensureDefined)(this._colorsMap)[e];
						return this._colorValues[Object(s.ensureDefined)(t)].childs().color.value()
					}
					return Object(M.rgbaFromInteger)(e)
				}
				_isPerBarColoringSupported() {
					return null !== this._colorPlotIndex
				}
				_plotAId() {
					return this._fillMetaInfo.objAId
				}
				_plotBId() {
					return this._fillMetaInfo.objBId
				}
				_color() {
					return this._fillStyleProps.childs().color.value()
				}
				_transparency() {
					return this._fillStyleProps.childs().transparency.value()
				}
				_correctVisibleRange(e) {
					const [t, i] = super._correctVisibleRange(e), s = this._source
						.getMinFirstBarIndexForPlot(this._fillMetaInfo.id);
					return [Math.max(s, t), i]
				}
				_visible() {
					return this._fillStyleProps.childs().visible.value()
				}
				_initBandIndexes(e, t) {
					this._bandAKey = null, this._bandBKey = null;
					const i = this._source.metaInfo().bands;
					if (void 0 !== i)
						for (let s = 0; s < i.length; ++s) {
							const r = i[s];
							null !== this._bandAKey || r.id !== e ? null === this._bandBKey && r.id ===
								t && (this._bandBKey = s) : this._bandAKey = s
						}
				}
			}
			var Ue = i("l4sv");
			class ze {
				constructor(e, t) {
					this._invalidated = !0, this._lineRenderer = new Ue.HorizontalLineRenderer, this
						._source = t, this._points = [new I.Point(-1, -1)], this._invalidated = !0, this
						._properties = e
				}
				update() {
					this._invalidated = !0
				}
				renderer() {
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					const e = {
						y: this._points[0].y,
						color: this._properties.childs().color.value(),
						linewidth: this._properties.childs().linewidth.value(),
						linestyle: this._properties.childs().linestyle.value()
					};
					return this._lineRenderer.setData(e), this._lineRenderer
				}
				_updateImpl() {
					const e = this._source.priceScale();
					if (!e || e.isEmpty()) return void(this._points[0] = new I.Point(-1, -1));
					const t = this._properties.childs().value.value(),
						i = this._source.firstValue(),
						s = Object(P.isNumber)(t) && null !== i ? e.priceToCoordinate(t, i) : NaN;
					this._points[0] = new I.Point(-1, s)
				}
			}
			class Ge extends ke.ScaledPaneRenderer {
				constructor() {
					super(), this._data = null, this._data = null
				}
				setData(e = null) {
					this._data = e
				}
				hitTest() {
					return null
				}
				_drawImpl(e, t) {
					if (null === this._data || 0 === this._data.points.length) return;
					const i = t.cssWidth;
					e.fillStyle = Object(M.generateColor)(this._data.backcolor, this._data
						.transparency);
					const s = Math.min(this._data.points[0], this._data.points[1]),
						r = Math.max(this._data.points[0], this._data.points[1]);
					e.fillRect(0, s, i, r - s)
				}
			}
			class qe {
				constructor(e) {
					this._points = [], this._bandBgRenderer = new Ge, this._source = e
				}
				update() {
					if (this._points = [], this._source.properties().bands.length < 2) return;
					if (!this._source.properties().bandsBackground.fillBackground.value()) return;
					const e = this._source.properties().bands[0],
						t = this._source.properties().bands[1],
						i = this._source.priceScale(),
						s = this._source.firstValue();
					i && !i.isEmpty() && null !== s && (this._points.push(i.priceToCoordinate(e.value
						.value(), s)), this._points.push(i.priceToCoordinate(t.value.value(),
						s)))
				}
				renderer() {
					const e = {
						points: this._points,
						backcolor: this._source.properties().bandsBackground.backgroundColor
							.value(),
						transparency: this._source.properties().bandsBackground.transparency.value()
					};
					return this._bandBgRenderer.setData(e), this._bandBgRenderer
				}
			}
			class Ye {
				constructor(e, t, i) {
					this._points = [], this._bandBgRenderer = new Ge, this._bandAKey = null, this
						._bandBKey = null, this._source = e, Object(s.assert)("hline_hline" === t.type,
							"Wrong filledArea type: " + t.type), this._initBandIndexes(t.objAId, t
							.objBId), this._fillStyleProps = i, this._bandBgRenderer = new Ge
				}
				update() {
					if (this._points = [], !this._fillStyleProps.childs().visible.value()) return;
					if (null === this._bandAKey || null === this._bandBKey) return;
					const e = this._source.properties().bands[this._bandAKey],
						t = this._source.properties().bands[this._bandBKey],
						i = this._source.priceScale(),
						s = this._source.firstValue();
					i && !i.isEmpty() && null !== s && (this._points.push(i.priceToCoordinate(e.value
						.value(), s)), this._points.push(i.priceToCoordinate(t.value.value(),
						s)))
				}
				renderer() {
					let e = this._fillStyleProps.childs().transparency.value();
					e = Object(R.clamp)(e, 0, 100);
					const t = {
						points: this._points,
						backcolor: Object(M.generateColor)(this._fillStyleProps.childs().color
							.value(), e),
						transparency: this._fillStyleProps.childs().transparency.value()
					};
					return this._bandBgRenderer.setData(t), this._bandBgRenderer
				}
				_initBandIndexes(e, t) {
					this._bandAKey = null, this._bandBKey = null;
					Object(s.ensureDefined)(this._source.metaInfo().bands).forEach((i, s) => {
						null === this._bandAKey && i.id === e && (this._bandAKey = s), null ===
							this._bandBKey && i.id === t && (this._bandBKey = s)
					})
				}
			}
			var Ke = i("bmVy"),
				Je = i("eCE5");
			i.d(t, "StudyBase", (function() {
				return st
			}));
			const Ze = Object(r.getLogger)("Chart.Study"),
				Xe = window.t("Invalid Symbol");
			const $e = {
					symbolsForDisplay: !1,
					symbolsForChartApi: !0,
					skipHiddenInputs: !1,
					skipFakeInputs: !1,
					skipBooleanInputs: T.enabled("dont_show_boolean_study_arguments"),
					asObject: !0,
					skippedGroups: [],
					skippedInputs: [],
					noExchanges: !1,
					noResolution: !1,
					keepOptionalSymbolsEmpty: !1,
					skipColorInputs: !1,
					skipTimeInputs: !1,
					skipOptionalEmptySymbolInputs: !1
				},
				Qe = T.enabled("study_symbol_ticker_description");

			function et(e, t) {
				const i = e.plots[t];
				if (!i || !Object(x.isOhlcPlot)(i)) return !1;
				const s = i.target,
					r = e.defaults.styles && e.defaults.styles[s],
					n = e.defaults.ohlcPlots && e.defaults.ohlcPlots[s],
					o = e.ohlcPlots && e.ohlcPlots[s];
				return r && Object(x.isOhlcPlotStyleBars)(r) || n && Object(x.isOhlcPlotStyleBars)(n) || !!
					o && Object(x.isOhlcPlotStyleBars)(o)
			}

			function tt(e, t) {
				const i = e.plots[t];
				if (!i || !Object(x.isOhlcPlot)(i)) return !1;
				const s = i.target,
					r = e.defaults.styles && e.defaults.styles[s],
					n = e.defaults.ohlcPlots && e.defaults.ohlcPlots[s],
					o = e.ohlcPlots && e.ohlcPlots[s];
				return r && Object(x.isOhlcPlotStyleCandles)(r) || n && Object(x.isOhlcPlotStyleCandles)(
					n) || !!o && Object(x.isOhlcPlotStyleCandles)(o)
			}

			function it(e, t) {
				Object(s.assert)(void 0 !== e, "zOrder must be defined"), Object(s.assert)(!t.has(e),
					"zOrder must be unique")
			}
			class st extends a.PriceDataSource {
				constructor(e, t, i, s) {
					super(e), this.onStart = new o.a, this._symbolsResolved = new o.a, this
						._statusChanged = new o.a, this._paneViews = [], this._priceAxisViews = [],
						this._resolvedSymbols = {}, this._resolvedSymbolsByInput = {}, this
						._isChildStudy = !1, this._status = {
							type: Ke.StudyStatusType.Undefined
						}, this._studyId = null, this._isSubscribedToSessionId = !1, this
						._titleStrCache = {}, this._titleInPartsCache = {}, this._children = [],
						this._numericFormatter = new C.NumericFormatter, this
						._priceAxisViewsBase = [], this._priceLinesAxisViews = [], this
						._labelPaneViews = [], this._ownFirstValue = null, this
						._pendingResolveSymbols = new Map, this._onIsActualIntervalChange = new o.a,
						this._lastNonEmptyPlotRowCache = {}, this._chartApi = e.chartApi(), this
						._properties = t, this._metaInfo = s, this._series = this._model
						.mainSeries(), this._series.onIntervalChanged().subscribe(this, this
							._calcIsActualInterval), this._showStudyArgumentsProperty = e
						.properties().paneProperties.legendProperties.showStudyArguments,
						i instanceof st && (this._source = i, this._isChildStudy = !0, this._source
							.setChild(this));
					const r = this.parentSource();
					r.currencyChanged().subscribe(this, this._onSourceCurrencyChanged), r
						.unitChanged().subscribe(this, this._onSourceUnitChanged), r
						.priceRangeReadyChanged().subscribe(this, this
							._onSourcePriceRangeReadyChanged), r.formatterChanged().subscribe(this,
							this._onSourceFormatterChanged), r.priceStepChanged().subscribe(this,
							this._onSourcePriceStepChanged), Qe && this._model.mainSeries()
						.properties().statusViewStyle.symbolTextSource.listeners().subscribe(this,
							() => {
								this.invalidateTitleCache(!0)
							}), this._properties.subscribe(this, this._onPropertiesChanged), this
						._properties.visible.subscribe(this, this._visibleChanged), this._properties
						.visible.subscribe(this, this.processHibernate),
						this._properties.intervalsVisibilities.subscribe(this, this
							._calcIsActualInterval);
					for (let e = 0; e < this._metaInfo.plots.length; e++) {
						const t = this._metaInfo.plots[e].id,
							i = this.properties().styles[t];
						null != i && null != i.visible && i.visible.subscribe(this, this
							.processHibernate)
					}
					for (const e of Object.keys(this._metaInfo.graphics))
						for (const t of Object.keys(this._metaInfo.graphics[e])) {
							const i = this._properties.graphics[e][t];
							i.visible && i.visible.subscribe(this, this.processHibernate)
						}
					this._isActualInterval = Object(Je.a)(this._series.intervalObj(), this
						.properties().intervalsVisibilities)
				}
				destroy() {
					const e = this.parentSource();
					e.currencyChanged().unsubscribeAll(this), e.unitChanged().unsubscribeAll(this),
						e.priceRangeReadyChanged().unsubscribeAll(this), e.formatterChanged()
						.unsubscribeAll(this), e.priceStepChanged().unsubscribeAll(this), this
						._series.properties().statusViewStyle.symbolTextSource.unsubscribeAll(this),
						this._series.onIntervalChanged().unsubscribeAll(this)
				}
				isSymbolInvalid() {
					return this._status.type === Ke.StudyStatusType.Error && this._status
						.errorDescription.error === Xe
				}
				isActualInterval() {
					return this._isActualInterval
				}
				onIsActualIntervalChange() {
					return this._onIsActualIntervalChange
				}
				isVisible() {
					if (!this.properties().visible.value() || !this.isActualInterval()) return !1;
					const e = this.metaInfo();
					if (e.plots.length > 0) return !0;
					for (const t of Object.keys(e.graphics))
						for (const i of Object.keys(e.graphics[t])) {
							const e = this.properties().graphics[t][i];
							if (!e.visible || e.visible.value()) return !0
						}
					return !(!e.isTVScriptStrategy && !e.hasAlertFunction)
				}
				inputs(e) {
					const t = Object(P.merge)(Object(P.clone)($e), e || {});
					return t.skipOptionalEmptySymbolInputs && (t.keepOptionalSymbolsEmpty = !0),
						this._buildInputs(t)
				}
				status() {
					return this._status
				}
				title(e, t, i, s) {
					i = void 0 === i ? !this._showStudyArgumentsProperty.value() : i;
					const r = JSON.stringify([e, t, i, s]);
					if (this._titleStrCache[r]) return this._titleStrCache[r];
					if (this._titleInPartsCache[r]) return this._joinTitlesParts(this
						._titleInPartsCache[r]);
					const n = this._title(e, t, i, s);
					return this._titleStrCache[r] = n, n
				}
				titleInParts(e, t, i, s) {
					i = void 0 === i ? !this._showStudyArgumentsProperty.value() : i;
					const r = JSON.stringify([e, t, i, s]);
					if (this._titleInPartsCache[r]) return this._titleInPartsCache[r];
					const n = this._titleInParts(e, t, i, s);
					return this._titleInPartsCache[r] = n, n
				}
				invalidateTitleCache(e) {
					if (this._titleStrCache = {}, this._titleInPartsCache = {}, !0 === e && this
						._children)
						for (let t = 0; t < this._children.length; ++t) this._children[t]
							.invalidateTitleCache(e)
				}
				setOwnFirstValue(e) {
					this._ownFirstValue = e
				}
				firstValue(e) {
					var t, i, s;
					if (!this._isChildStudy && "Compare@tv-basicstudies" === (null === (t = this
							._metaInfo) || void 0 === t ? void 0 : t.id) || !(null === (i = this
							._metaInfo) || void 0 === i ? void 0 : i.is_price_study)) {
						const t = this._model.timeScale().visibleBarsStrictRange();
						if (null === t) return null;
						if (!this.properties().visible.value() || !this.isActualInterval())
							return this._ownFirstValue;
						const i = t.firstBar(),
							r = t.lastBar();
						let n = null;
						const o = (null === (s = this._metaInfo) || void 0 === s ? void 0 : s
							.plots) || [];
						if (null === n) {
							const t = this.data().rangeIterator(i, r);
							for (; t.hasNext();) {
								const i = t.next().value;
								for (let t = 0; t < o.length; ++t) {
									if (Object(x.isColorerPlot)(o[t])) continue;
									const s = i[t + 1];
									if (null == s) continue;
									const r = o[t].id,
										a = this.properties().styles[r];
									if (a.visible && a.visible.value() && !(e && Math.abs(s) <
											1e-10)) {
										n = s;
										break
									}
								}
								if (null !== n) break
							}
						}
						return this._ownFirstValue = n, null !== n ? n : this._bandsFirstValue(e)
					}
					if (this._isChildStudy) {
						const e = this._getNonPriceParent();
						if (e && this.priceScale() === e.priceScale()) return null !== e
							._ownFirstValue ? e._ownFirstValue : e.firstValue()
					}
					return this._series.firstValue()
				}
				priceRange(e, t) {
					let i = null;
					const r = Object(s.ensureNotNull)(this._metaInfo),
						n = this._fillPrecalculatedAutoscaleInfo(e, t);
					let o = this.data().minMaxOnRangeCached(e, t, n.fields);
					if (o = Object(c.mergeMinMax)(n.baseValueMinMax, o), n.useMainSeriesRange) {
						const i = [{
								name: "low",
								offset: 0
							}, {
								name: "high",
								offset: 0
							}],
							s = this.series().data().bars().minMaxOnRangeCached(e, t, i);
						o = Object(c.mergeMinMax)(o, s)
					}
					if (null !== o && (i = new l.PriceRange(o.min, o.max)), r.bands)
						for (let e = 0; e < r.bands.length; e++)
							if (this.properties().bands[e].visible.value()) {
								const t = this.properties().bands[e].value.value();
								if (!Object(P.isNumber)(t)) continue;
								i ? i.apply(t, t) : i = new l.PriceRange(t, t)
							} return this._postProcessPriceRange(i)
				}
				autoScaleInfo(e, t) {
					const i = {
						topPixelMargin: 0,
						bottomPixelMargin: 0
					};
					return {
						range: this.priceRange(e, t),
						topPixelMargin: i.topPixelMargin,
						bottomPixelMargin: i.bottomPixelMargin
					}
				}
				resolvedSymbolInfoBySymbol(e) {
					return this._resolvedSymbols && e && this._resolvedSymbols[this
						._getSymbolForResolve(e)] || null
				}
				currency() {
					const e = this.metaInfo();
					return Boolean(e) && e.is_price_study ? this.parentSource().currency() : null
				}
				unit() {
					const e = this.metaInfo();
					return Boolean(e) && e.is_price_study ? this.parentSource().unit() : null
				}
				sessionId() {
					return this.parentSource().sessionId()
				}
				sessionIdChanged() {
					return this.parentSource().sessionIdChanged()
				}
				getSymbolString(e) {
					return "" === e ? "" : Object(v.encodeExtendedSymbolOrGetSimpleSymbolString)(
						this._getSymbolObject(e))
				}
				onStatusChanged() {
					return this._statusChanged
				}
				symbolsResolved() {
					return this._symbolsResolved
				}
				valuesProvider() {
					return new m.a(this, this.model())
				}
				statusProvider(e) {
					return new w.a(this, this._model.properties().scalesProperties.textColor)
				}
				correctScaleMargins(e) {
					if ("Volume" === this.metaInfo().shortId) {
						const t = this.model().paneForSource(this);
						return null !== t && t.isOverlay(this) && t.containsMainSeries() ? {
							top: .75,
							bottom: 0
						} : {
							top: e.top,
							bottom: 0
						}
					}
					return e
				}
				canBeHiddenByGlobalFlag() {
					return !0
				}
				isSourceHidden() {
					return !this.isVisible() || this.canBeHiddenByGlobalFlag() && g
						.hideAllIndicators().value()
				}
				_invalidateLastNonEmptyPlotRowCache() {
					this._lastNonEmptyPlotRowCache = {}
				}
				processHibernate() {
					this.isHibernateAllowed() && (!this.isStarted() && this.isVisible() && this
						.start(), this.isStarted() && !this.isVisible() && this.stop())
				}
				isHibernated() {
					return !this.isVisible() && !this.isStarted()
				}
				_createViews() {
					var e, t, i;
					this._priceAxisViewsBase = [], this._priceLinesAxisViews = [], this
						._paneViews = [], this._labelPaneViews = [];
					const r = new Set,
						n = this.metaInfo(),
						o = Boolean(n.usePlotsZOrder),
						a = new Map;
					if (n.plots)
						for (let t = 0; t < n.plots.length; t++) {
							const i = n.plots[t];
							let l, c, h, u, d;
							if (Object(x.isNonVisualPlot)(i)) continue;
							let p = n.plots[t].id,
								_ = n.styles;
							if (Object(x.isBgColorerPlot)(i)) l = new k(this, this._series, this
								._model, p);
							else if (Object(x.isShapesPlot)(i)) l = new he(this, this._series, this
								._model, p);
							else if (Object(x.isCharsPlot)(i)) l = new me(this, this._series, this
								._model, p);
							else if (Object(x.isArrowsPlot)(i)) l = new we(this, this._series, this
								._model, p);
							else if (Object(x.isOhlcPlot)(i)) {
								const e = i.target;
								if (r.has(e)) continue;
								if (r.add(e), et(n, t)) l = new xe(this, this._series, this._model,
									e);
								else {
									if (!tt(n, t)) {
										Ze.logError(`plot ${i.id} looks to be invalid`);
										continue
									}
									l = new Ie(this, this._series, this._model, e)
								}
								u = this.createPriceAxisView(e), h = new Me.PanePriceAxisView(u,
									this, this._model), p = e, _ = n.ohlcPlots
							} else u = this.createPriceAxisView(p), d = this
								.createPriceLineAxisView(p), l = new Oe.a(this, this._series, this
									._model, p), this.properties().styles[p].trackPrice.value() && (
									c = new Ee(this, p)), h = new Me.PanePriceAxisView(u, this, this
									._model);
							const m = o ? Object(s.ensureDefined)(null === (e = null == _ ? void 0 :
								_[p]) || void 0 === e ? void 0 : e.zorder) : a.size;
							it(m, a);
							const f = {
								paneViews: [l],
								labelView: h,
								priceAxisView: u,
								priceLineAxisView: d
							};
							void 0 !== c && f.paneViews.push(c), a.set(m, f)
						}(null !== (i = null === (t = this._metaInfo) || void 0 === t ? void 0 : t
							.bands) && void 0 !== i ? i : []).forEach((e, t) => {
							const i = this._properties.bands[t];
							if (i && i.visible.value()) {
								const t = new ze(i, this),
									r = o ? Object(s.ensureDefined)(e.zorder) : a.size;
								it(r, a), a.set(r, {
									paneViews: [t]
								})
							}
						}), this._properties.bandsBackground && (Object(s.assert)(!o,
							"'usePlotsZOrder' flag does not supported"), a.set(a.size, {
							paneViews: [new qe(this)]
						}));
					const l = this._paneViews;
					Object(d.createGraphicsPaneViews)(this, this.model()).then(e => {
						for (let t = 0; t < e.length; t++) l.push(e[t]);
						this._model.lightUpdate()
					}), this._properties.areaBackground && (Object(s.assert)(!o,
						"'usePlotsZOrder' flag does not supported"), a.set(a.size, {
						paneViews: [new We(this)]
					}));
					const c = e => n.plots.some(t => Object(x.isColorerPlot)(t) && t.target === e);
					if (this._properties.filledAreas && n.filledAreas)
						for (let e = 0; e < n.filledAreas.length; ++e) {
							const t = n.filledAreas[e],
								i = this._properties.filledAreasStyle[t.id],
								r = c(t.id);
							let l;
							if ("plot_plot" === t.type || r ? l = new He(this, t, i) :
								"hline_hline" === t.type ? l = new Ye(this, t, i) : Ze.logWarn(
									"Unsupported filledArea type: " + t.type), void 0 !== l) {
								const e = o ? Object(s.ensureDefined)(t.zorder) : a.size;
								it(e, a), a.set(e, {
									paneViews: [l]
								})
							}
						}
					const h = Array.from(a.keys()).sort((e, t) => e - t);
					for (let e = 0; e < h.length; e++) {
						const t = Object(s.ensureDefined)(a.get(h[e]));
						this._paneViews.push(...t.paneViews), t.labelView && this._labelPaneViews
							.push(t.labelView), t.priceAxisView && this._priceAxisViewsBase.push(t
								.priceAxisView), t.priceLineAxisView && this._priceLinesAxisViews
							.push(t.priceLineAxisView)
					}
					this._dataWindowView || (this._dataWindowView = new _.StudyDataWindowView(this,
						this._model)), this._legendView || (this._legendView = new f(this, this
						._model)), this._statusView || (this._statusView = new b
						.StudyStatusView(this)), this._concatPriceAxisViews()
				}
				_titleInputs(e, t) {
					return this.inputs(this._titleInputsOptions(e, t))
				}
				_titleInputsOptions(e, t) {
					return {
						symbolsForDisplay: !0,
						skipHiddenInputs: !0,
						skipFakeInputs: !1,
						fakeInputsForDisplay: !0,
						asObject: !1,
						skippedGroups: [],
						noExchanges: e,
						noResolution: t,
						skipColorInputs: !0,
						skipTimeInputs: !0
					}
				}
				_subscribeToSessionId() {
					!this._isSubscribedToSessionId && this.hasSymbolInputs() && (this
						.sessionIdChanged().subscribe(this, this._onSessionIdChanged), this
						._isSubscribedToSessionId = !0)
				}
				_unsubscribeToSessionId() {
					this._isSubscribedToSessionId && (this.sessionIdChanged().unsubscribe(this, this
						._onSessionIdChanged), this._isSubscribedToSessionId = !1)
				}
				_onSessionIdChanged() {
					this.restart(!0)
				}
				_title(e, t, i, s) {
					const r = this._titleInParts(e, t, i, s);
					return this._joinTitlesParts(r)
				}
				_postProcessPriceRange(e) {
					if (e && e.minValue() === e.maxValue() && !this.metaInfo().is_price_study) {
						const t = .005 * e.minValue();
						e = new l.PriceRange(e.minValue() - t, e.maxValue() + t)
					}
					const t = this.priceScale();
					return t && t.isLog() && e ? new l.PriceRange(t.priceToLogical(e.minValue()), t
						.priceToLogical(e.maxValue())) : e
				}
				_joinTitlesParts(e) {
					const t = e[1] ? e[1].join(", ") : "";
					return e[0] + (t.length > 0 ? " (" + t + ")" : "")
				}
				_titleInParts(e, t, i, s) {
					let r = "";
					r = e ? this.metaInfo().shortDescription || this._properties.shortDescription &&
						this._properties.shortDescription.value() || "Study" : this.metaInfo()
						.description || this._properties.description && this._properties.description
						.value() || "Study", t = t || {};
					const n = [window.t(r, {
						context: "study"
					})];
					let o = [];
					if (!i) {
						const i = this._getMTFResolutionInputTitle();
						null !== i && i.length > 0 && n.push(i);
						const r = this.metaInfo(),
							a = this._titleInputs(s, !0) || [];
						if (a.length > 0) {
							const i = {};
							if (this._isChildStudy)
								for (let t = 0; t < r.inputs.length; ++t) {
									const n = r.inputs[t];
									if (!u.a.isSourceInput(n)) continue;
									const o = n.id,
										a = this._properties.inputs[o].value();
									if (a.indexOf("$") >= 0 && this._source) {
										const t = this._source.metaInfo(),
											r = this._source.title(e, {}, !0, s);
										if (1 === t.plots.length) i[a] = r;
										else {
											const e = a.split("$")[1],
												s = t.plots[parseInt(e)].id,
												n = t.styles && t.styles[s],
												o = n && n.title || s;
											i[a] = r + ": " + o
										}
									}
									break
								}
							o = a.map(e => {
								let s = Object(P.isNumber)(e) ? this._numericFormatter
									.format(e) : i && i[e.toString()] || e.toString();
								return t && t[s.toString()] && (s = t[s.toString()]), s
							})
						}
					}
					return [n.join(" · "), o]
				}
				_getMTFResolutionInputTitle() {
					const e = this.metaInfo();
					for (let t = 0; t < e.inputs.length; t++) {
						const i = e.inputs[t];
						if ("resolution" === i.type && i.isMTFResolution) return this._properties
							.inputs[i.id].value()
					}
					return null
				}
				isHibernateAllowed() {
					return !this.hasChildren()
				}
				_getSymbolForResolve(e) {
					return this.getSymbolString(this._getSymbolForApi(e))
				}
				_allSymbolsAreResolved() {
					const e = this.metaInfo(),
						t = [];
					let i = !1;
					for (let s = 0; s < e.inputs.length; s++)
						if ("symbol" === e.inputs[s].type) {
							const r = e.inputs[s].id,
								n = this._properties.inputs[r].value(),
								o = this._getSymbolForResolve(n);
							if ("" !== o)
								if (this._resolvedSymbols[o]) i = !0;
								else {
									const e = this._resolveSymbol(o, n);
									t.push(e)
								}
						} if (0 === t.length) {
						const e = Promise.resolve();
						return i ? e.then(() => this._symbolsResolved.fire()) : e
					}
					return Promise.all(t).catch(e => (this._setStatus({
						type: Ke.StudyStatusType.Error,
						errorDescription: {
							error: Xe
						}
					}), this.stop(!0), this._model.updateSource(this), Promise.reject(
						"Invalid symbol, " + e))).then(() => {
						null !== this._studyId && this.stop(!0), this.start(!0),
							this._symbolsResolved.fire(), this._recheckLineToolsActuality()
					})
				}
				_getSymbolForApi(e) {
					return e
				}
				_resolveSymbol(e, t) {
					if ("" === e) return Promise.resolve();
					let i = this._pendingResolveSymbols.get(e);
					return void 0 !== i || (i = new Promise((i, s) => {
						this._chartApi.resolveSymbol(Object(S.makeNextSymbolId)(), e,
							r => {
								switch (this._pendingResolveSymbols.delete(e), r
									.method) {
									case "symbol_resolved":
										this._setStatus({
												type: Ke.StudyStatusType
													.Undefined
											}), this._resolvedSymbols[e] = r.params[
												1], this._resolvedSymbolsByInput[
												t] = r.params[1], this
											._onSymbolResolved(e, t, r.params[1]),
											this.invalidateTitleCache(!0), i();
										break;
									case "symbol_error":
										if (this._setStatus({
												type: Ke.StudyStatusType.Error,
												errorDescription: {
													error: r.params[1]
												}
											}), r.params[1] === y
											.permissionDenied && r.params[2])
											switch (r.params[2]) {
												case y
												.SymbolErrorPermissionDeniedReason
												.Symbol:
													if (r.params[3])
														return void this
															._resolveSymbol(r
																.params[3], t).then(
																i);
													break;
												default:
													return void this._resolveSymbol(
														r.params[2], t).then(i)
											}
										0, s()
								}
							})
					}), this._pendingResolveSymbols.set(e, i)), i
				}
				_recheckLineToolsActuality() {
					const e = this._model.paneForSource(this);
					null !== e && e.sourcesByGroup().lineSourcesForAllSymbols().forEach(e => {
						e.ownerSource() === this && e.calcIsActualSymbol()
					})
				}
				_getSymbolObject(e) {
					const t = {
						symbol: e
					};
					return t.session = this.sessionId(), t
				}
				_onSymbolResolved(e, t, i) {
					0
				}
				_setStatus(e) {
					this._status = e, this._statusView && this._statusView.update(), this._model
						.updateSource(this), this._statusChanged.fire(e)
				}
				_bandsFirstValue(e) {
					const t = Object(s.ensureNotNull)(this._metaInfo);
					if (!t.bands) return null;
					for (let i = 0; i < t.bands.length; i++) {
						const t = this.properties().childs().bands.childs()[i];
						if (t.childs().visible.value()) {
							const i = t.childs().value.value();
							if (e && 0 === i) continue;
							return i
						}
					}
					return null
				}
				_prepareInputs(e) {
					Object(s.assert)(!!e, "options not set");
					const t = this.metaInfo(),
						i = {},
						r = e.allowedInputTypes ? new Set(e.allowedInputTypes) : null;
					for (let s = 0; s < t.inputs.length; s++) {
						const n = t.inputs[s];
						if (null !== r && !r.has(n.type)) continue;
						if (n.isFake && e.skipFakeInputs) continue;
						if (n.isMTFResolution && e.noResolution) continue;
						if (n.isHidden && e.skipHiddenInputs) continue;
						if ("bool" === n.type && e.skipHiddenInputs && e.skipBooleanInputs)
							continue;
						if ("color" === n.type && e.skipHiddenInputs && e.skipColorInputs) continue;
						if ("time" === n.type && e.skipHiddenInputs && e.skipTimeInputs) continue;
						if (void 0 !== n.groupId && -1 !== e.skippedGroups.indexOf(n.groupId))
							continue;
						if (-1 !== e.skippedInputs.indexOf(n.id)) continue;
						const o = this._prepareInput(n, e);
						"symbol" === n.type && e.skipOptionalEmptySymbolInputs && "" === o || (i[n
							.id] = Object(P.clone)(o))
					}
					return i
				}
				_lastNonEmptyPlotRow(e) {
					var t;
					if (!Object(P.isInteger)(e)) return Ze.logDebug(
						"_lastNonEmptyPlotRow: incorrect plotIndex"), null;
					let i = null !== (t = this._lastNonEmptyPlotRowCache[e]) && void 0 !== t ? t :
						null;
					if (null !== i) return i;
					return i = this.data().findLast((t, i) => void 0 !== i[e], 1e3), null === i ?
						null : (this._lastNonEmptyPlotRowCache[e] = i, i)
				}
				_applyPlotToPrecalculatedAutoscaleInfo(e, t, i, s) {
					const r = s.id,
						n = this.properties().styles[r],
						o = Object(x.isShapesPlot)(s) || Object(x.isCharsPlot)(s);
					i.useMainSeriesRange = i.useMainSeriesRange || Object(x.isArrowsPlot)(s);
					let a = Object(x.isLinePlot)(s) || Object(x.isOhlcPlot)(s);
					if (o) {
						const e = n.location.value(),
							t = [p.c.Absolute, p.c.Top, p.c.Bottom].indexOf(e) < 0;
						i.useMainSeriesRange = i.useMainSeriesRange || o && t, a = a || e === p.c
							.Absolute
					}
					if (!a) return i;
					const l = {
							name: r,
							offset: this.offset(r)
						},
						h = n.plottype.value();
					if (!this.properties().skipHistogramBaseOnAutoScale && [x.LineStudyPlotStyle
							.Histogram, x.LineStudyPlotStyle.Columns, x.LineStudyPlotStyle.Area
						].indexOf(h) >= 0) {
						const s = n.histogramBase.value(),
							r = this.data().minMaxOnRangeCached(e, t, [l]);
						return Object(P.isNumber)(s) && null !== r && (i.baseValueMinMax = Object(c
							.mergeMinMax)(i.baseValueMinMax, {
							min: s,
							max: s
						}), i.baseValueMinMax = Object(c.mergeMinMax)(i.baseValueMinMax, r)), i
					}
					return i.fields.push(l), i
				}
				_fillPrecalculatedAutoscaleInfo(e, t) {
					return Object(s.ensureNotNull)(this._metaInfo).plots.filter(e => !Object(x
						.isPlotWithTechnicalValues)(e)).filter(e => {
						const t = e.id;
						let i;
						if (Object(x.isOhlcPlot)(e)) {
							const t = e.target;
							i = this.properties().ohlcPlots[t]
						} else i = this.properties().styles[t];
						return i.visible.value()
					}).reduce((i, s) => this._applyPlotToPrecalculatedAutoscaleInfo(e, t, i,
						s), {
						fields: [],
						useMainSeriesRange: !1,
						baseValueMinMax: null
					})
				}
				_buildInputs(e) {
					Object(s.assert)(!!e, "options not set");
					let t = {};
					try {
						t = this._prepareInputs(e)
					} catch (e) {
						Ze.logWarn("Failed to prepare study inputs: " + e)
					}
					if (e.asObject) {
						const e = {};
						return Object.keys(t).forEach(i => {
							null != t[i] && (e[i] = t[i])
						}), e
					} {
						const e = [];
						return Object.keys(t).forEach(i => {
							null != t[i] && e.push(t[i])
						}), e
					}
				}
				_prepareInput(e, t) {
					const i = this._prepareInputValue(e, t);
					return !e.isFake || t.fakeInputsForDisplay || t.onlyAtomValues ? i : {
						v: i,
						f: !0,
						t: e.type
					}
				}
				_calcIsActualInterval() {
					const e = this._isActualInterval;
					this._isActualInterval = Object(Je.a)(this._series.intervalObj(), this
						.properties().intervalsVisibilities), e !== this._isActualInterval && (
						this._onIsActualIntervalChange.fire(), this._visibleChanged(), this
						.processHibernate())
				}
				_visibleChanged() {
					this._series.invalidateBarColorerCache()
				}
				_getNonPriceParent() {
					const e = this.source();
					if (e instanceof st) {
						const t = e.metaInfo();
						return t.is_price_study && "Compare@tv-basicstudies" !== t.id ? e
							._getNonPriceParent() : e
					}
					return null
				}
			}
		},
		IiTo: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("jCNj"),
				r = i("LxhU"),
				n = i("Hr11"),
				o = i("ZmuQ"),
				a = i("E6p6");
			class l extends o.a {
				constructor(e, t) {
					super(), this._sessionStartMs = -Number.MAX_VALUE, this._sessionEndMs = -Number
						.MAX_VALUE, this._periodSec = e, this._session = t
				}
				alignTimeIfPossible(e) {
					const t = this.alignTime(e);
					return isNaN(t) ? e : t
				}
				indexOfBar(e) {
					return e < this._sessionStartMs ? a.SessionStage.PRE_SESSION : e >= this
						._sessionEndMs ? a.SessionStage.POST_SESSION : Object(n.toInt)(s
							.time_seconds_diff(e, this._sessionStartMs) / this._periodSec)
				}
				startOfBar(e) {
					if (e === a.SessionStage.PRE_SESSION) {
						const e = s.get_cal_from_unix_timestamp_ms(this._session.timezone, this
								._sessionStartMs - 1),
							t = this._session.spec.alignToNearestSessionEnd(e, -1);
						return s.cal_to_utc(this._session.timezone, t)
					}
					if (e === a.SessionStage.POST_SESSION) return this._sessionEndMs;
					if (e < 0) throw new Error("Negative offset is not supported");
					return this._sessionStartMs + s.time_seconds(this._periodSec * e)
				}
				endOfBar(e) {
					if (e < 0) throw new Error("Index cannot be negative");
					const t = this.startOfBar(e) + 1e3 * this._periodSec;
					return t > this._sessionEndMs ? this._sessionEndMs : t
				}
				isLastBar(e, t) {
					return t >= this._sessionStartMs + s.time_seconds(this._periodSec * (e + 1) - 1)
				}
				moveTo(e) {
					const t = this._session.timezone,
						i = s.utc_to_cal(t, e),
						r = this._session.spec.alignToSessionStart(i);
					this._sessionStartMs = s.cal_to_utc(t, i), s.add_minutes(i, r), this
						._sessionEndMs = s.cal_to_utc(t, i)
				}
				indexOfLastBarInSession() {
					return Object(n.toInt)((this._sessionEndMs - 1 - this._sessionStartMs) / 1e3 /
						this._periodSec)
				}
				moveNext() {
					this.moveTo(this._sessionEndMs)
				}
			}
			var c = i("OBgQ");

			function h(e, t) {
				const i = s.clone(t),
					r = e.businessDaysToCalendarDays(i, 1);
				r > 1 && s.add_date(i, r - 1);
				const n = e.leftBorderOfDailyBar(i);
				if (null === n) throw new Error("Cannot calculate left border of daily bar");
				return s.cal_to_utc(s.get_timezone(e.timezone()), n)
			}
			class u extends o.a {
				constructor(e, t, i, s, r = !1) {
					super(), this._periodStart = -Number.MAX_VALUE, this._periodEnd = -Number
						.MAX_VALUE, this._periodLastBarStart = -Number.MAX_VALUE, this
						._periodStartDay = new c.a(0, 0, 0), this._periodEndDay = new c.a(0, 0, 0),
						this._period = i, this._sessionTgt = e, this._builder = s, this
						._useBusinessDays = r, this._sessionSrc = r ? new o.b("Etc/UTC", "24x7") :
						t || e
				}
				builder() {
					return this._builder
				}
				alignTimeIfPossible(e) {
					return this.tradingDayToSessionStart(e)
				}
				tradingDayToSessionStart(e) {
					return this.moveTo(e), this.startOfBar(0)
				}
				indexOfBar(e) {
					if (this._useBusinessDays) {
						const t = c.a.fromCalendar(s.get_cal_from_unix_timestamp_ms(this._sessionSrc
							.timezone, e));
						return t.before(this._periodStartDay) ? a.SessionStage.PRE_SESSION : this
							._periodEndDay.before(t) ? a.SessionStage.POST_SESSION : 0
					}
					return e < this._periodStart ? a.SessionStage.PRE_SESSION : e >= this
						._periodEnd ? a.SessionStage.POST_SESSION : 0
				}
				startOfBar(e) {
					if (e === a.SessionStage.PRE_SESSION) {
						const e = s.get_cal_from_unix_timestamp_ms(this._sessionTgt.timezone, this
								._periodStart - 1),
							t = this._sessionTgt.spec.alignToNearestSessionEnd(e, -1);
						return s.cal_to_utc(this._sessionTgt.timezone, t) - 1
					}
					return e === a.SessionStage.POST_SESSION || e > 0 ? this._periodEnd : e === a
						.SessionStage.LASTBAR_SESSION ? this._periodLastBarStart : this._periodStart
				}
				moveTo(e) {
					const t = s.get_cal_from_unix_timestamp_ms(this._sessionSrc.timezone, e);
					this._sessionSrc.spec.correctTradingDay(t);
					const i = s.get_year(t),
						r = this._indexOfPeriodInYear(t),
						n = r + this._period,
						o = this._sessionTgt.spec,
						a = this._sessionTgt.timezone,
						l = this._builder.startOfPeriod(a, r, i);
					this._periodStart = h(o, l);
					const u = s.clone(l),
						d = o.businessDaysToCalendarDays(u, 1);
					d > 1 && s.add_date(u, d - 1), this._periodStartDay = c.a.fromCalendar(u);
					const p = this._builder.startOfPeriod(a, n, i);
					this._periodEnd = h(o, p);
					const _ = s.clone(p);
					for (s.add_date(_, -1); o.isCalWeekEnd(_);) s.add_date(_, -1);
					this._periodEndDay = c.a.fromCalendar(_), s.add_date(p, -1),
						function(e, t) {
							for (; e.isCalWeekEnd(t);) s.add_date(t, -1)
						}(this._sessionTgt.spec, p), this._periodLastBarStart = h(o, p), (this
							._periodLastBarStart < this._periodStart || this._periodLastBarStart ===
							this._periodEnd) && (this._periodLastBarStart = this._periodStart)
				}
				endOfBar(e) {
					if (0 !== e) throw new Error("index should be 0");
					return this._periodEnd
				}
				isLastBar(e, t) {
					if (0 !== e) throw new Error("index should be 0");
					return t >= this._periodLastBarStart
				}
				currentRange() {
					return {
						from: this._periodStartDay,
						to: this._periodEndDay
					}
				}
				indexOfBarInYear(e) {
					const t = s.get_cal_from_unix_timestamp_ms(this._sessionSrc.timezone, e),
						i = s.get_year(t),
						r = this._builder.indexOfPeriod(t),
						o = this._sessionTgt.timezone;
					let a = this._builder.startOfPeriod(o, r, i),
						l = h(this._sessionTgt.spec, a);
					return a = s.get_cal_from_unix_timestamp_ms(s.get_timezone("Etc/UTC"), l), i < s
						.get_year(a) ? (a = this._builder.startOfPeriod(o, r - 1, i), l = h(this
							._sessionTgt.spec, a), {
							index: (r - 1) / this._period,
							time: l
						}) : {
							index: Object(n.toInt)(r / this._period),
							time: l
						}
				}
				sessionSrc() {
					return this._sessionSrc
				}
				_indexOfPeriodInYear(e) {
					const t = this._builder.indexOfPeriod(e);
					let i = Object(n.toInt)(t / this._period) * this._period;
					return -1 === t && (i = -this._period), i
				}
			}

			function d(e, t) {
				const i = s.get_day_of_week(t) - e.firstDayOfWeek();
				return i < 0 ? i + 7 : i
			}

			function p(e, t) {
				const i = s.get_day_of_year(t) - 1;
				let r = d(e, t) - i % 7;
				return 0 === r ? Object(n.toInt)(i / 7) : (r >= 0 && (r -= 7), Object(n.toInt)((r + i) / 7))
			}
			class _ {
				indexOfPeriod(e) {
					return s.get_day_of_year(e) - 1
				}
				startOfPeriod(e, t, i) {
					const r = s.days_per_year(i);
					return s.get_cal(s.get_timezone("Etc/UTC"), i, s.JANUARY, 1 + Math.min(t, r))
				}
			}
			class m extends _ {
				constructor(e) {
					super(), this._sessionsSpec = e
				}
				indexOfPeriod(e) {
					return super.indexOfPeriod(e) - function(e, t) {
						const i = p(e, t),
							r = s.get_cal(s.get_timezone("Etc/UTC"), s.get_year(t), s.JANUARY, 1);
						s.add_date(r, 7 * i);
						const n = i * e.weekEndsCount() + e.holidaysFromYearStart(r),
							o = s.get_day_of_year(t) - s.get_day_of_year(r);
						return n + o - e.calendarDaysToBusinessDays(r, o)
					}(this._sessionsSpec, e)
				}
				startOfPeriod(e, t, i) {
					const r = 7 - this._sessionsSpec.weekEndsCount(),
						o = Math.max(0, Object(n.toInt)(t / r) - 1),
						a = s.get_cal(s.get_timezone("Etc/UTC"), i, s.JANUARY, 1),
						l = s.get_days_per_year(a);
					if (s.add_date(a, 7 * o), (t -= r * o - this._sessionsSpec.holidaysFromYearStart(
							a)) > 0) {
						const e = this._sessionsSpec.businessDaysToCalendarDays(a, t);
						s.add_date(a, e)
					}
					let c = s.get_day_of_year(a) - 1;
					return i < s.get_year(a) && (c += l), super.startOfPeriod(e, c, i)
				}
			}
			class f {
				constructor(e) {
					this._builder = null, this._initialized = !1, this._session = e
				}
				indexOfPeriod(e) {
					return this._getBuilder().indexOfPeriod(e)
				}
				startOfPeriod(e, t, i) {
					return this._getBuilder().startOfPeriod(e, t, i)
				}
				_getBuilder() {
					return null !== this._builder && this._initialized || (this._builder = this._session
						.spec.hasWeekEnds() ? new m(this._session.spec) : new _, this
						._initialized = !0), this._builder
				}
			}
			class g {
				constructor(e) {
					this._session = e
				}
				indexOfPeriod(e) {
					let t = p(this._session.spec, e);
					if (0 === t) {
						const i = s.get_timezone(this._session.spec.timezone());
						e < this.startOfPeriod(i, 0, s.get_year(e)) && (t = -1)
					}
					return t
				}
				startOfPeriod(e, t, i) {
					if (t < 0) {
						i--;
						const r = s.get_cal(s.get_timezone("Etc/UTC"), i, s.DECEMBER, 31, 23, 59, 59),
							o = this.indexOfPeriod(r),
							a = -1 * t,
							l = Object(n.toInt)(o / a) * a;
						return this.startOfPeriod(e, l, i)
					}
					const r = s.get_cal(s.get_timezone("Etc/UTC"), i, s.JANUARY, 1),
						o = d(this._session.spec, r),
						a = 0 === o ? 7 * t : 7 * (t + 1) - o;
					return a > s.get_days_per_year(r) ? this.startOfPeriod(e, 0, i + 1) : (s.add_date(r,
						a), r)
				}
			}
			class b {
				indexOfPeriod(e) {
					return s.get_month(e)
				}
				startOfPeriod(e, t, i) {
					if (t < 0) {
						const e = Object(n.toInt)((11 - t) / 12);
						i -= e, t += 12 * e
					} else t > s.DECEMBER && (i++, t = s.JANUARY);
					return s.get_cal(s.get_timezone("Etc/UTC"), i, t, 1)
				}
			}

			function v(e, t, i, s = !1) {
				const n = r.Interval.parse(e),
					o = n.multiplier();
				return n.isMinutes() ? new l(60 * o, t) : n.isSeconds() ? new l(o, t) : n.isTicks() ? new l(
					1, t) : n.isRange() ? new l(60 * o, t) : new u(t, i, o, function(e, t) {
					switch (e) {
						case r.ResolutionKind.Days:
							return new f(t);
						case r.ResolutionKind.Weeks:
							return new g(t);
						case r.ResolutionKind.Months:
							return new b
					}
					throw new Error("Unknown dwm resolution: " + e)
				}(n.kind(), t), s)
			}

			function S(e, t, i, s, r, n, o) {
				return w(e, t, i, s, r, n, o, 0)
			}

			function y(e, t, i, s, r, n, o) {
				return w(e, t, i, s, r, n, o, 1)
			}

			function w(e, t, i, s, n, a, l, c) {
				const h = r.Interval.parse(n + s);
				if (h.isMonths()) {
					const e = new Date(l);
					return 0 === c && e.setUTCDate(1),
						function(e, t) {
							T(e, Math.floor(t / 12));
							let i = e.getUTCMonth() - t % 12;
							i < 0 && (T(e, 1), i += 12);
							e.setUTCMonth(i);
							for (; e.getUTCMonth() !== i;) I(e, 1)
						}(e, a * h.multiplier()), e.getTime()
				}
				const u = new o.b("Etc/UTC", e, t, i),
					d = h.inMilliseconds(),
					p = h.isDWM();
				let _;
				_ = p ? 864e5 : 60 * u.spec.maxTradingDayLength() * 1e3;
				let m = 0;
				m = h.isWeeks() ? 7 : 7 - u.spec.weekEndsCount();
				const f = _ / d,
					g = m * f;
				let b;
				if (a < g) b = a / f;
				else {
					b = 7 * (a / g)
				}
				return p && (b = Math.floor(b)), l - 864e5 * b
			}

			function P(e, t, i, s, n, a, l) {
				const c = r.Interval.parse(n + s);
				if (c.isMonths()) {
					const e = new Date(a),
						t = new Date(l);
					let i = 12 * (t.getUTCFullYear() - e.getUTCFullYear());
					return i += t.getUTCMonth() - e.getUTCMonth(), Math.ceil(i / c.multiplier())
				}
				const h = new o.b("Etc/UTC", e, t, i),
					u = c.inMilliseconds();
				let d;
				d = c.isDWM() ? 864e5 : 60 * h.spec.maxTradingDayLength() * 1e3;
				let p = 0;
				p = c.isWeeks() ? 7 : 7 - h.spec.weekEndsCount();
				const _ = l - a,
					m = d / u,
					f = p * m;
				let g = _ / 864e5 * m;
				return g >= f && (g = _ / 6048e5 * f), Math.ceil(g)
			}

			function C(e, t) {
				const i = s.clone(t);
				return e.alignToSessionStart(i), s.cal_to_utc(s.get_timezone(e.timezone()), i)
			}

			function x(e, t) {
				const i = s.utc_to_cal(t.timezone, +e);
				let r = s.get_day_of_week(i),
					n = s.get_minutes_from_midnight(i);
				const o = t.spec.findSession(t.spec.getWeekIndex(i), r, n).getEntry();
				return o.isOvernight() && n > o.startOffset() + o.length() && r === o.dayOfWeek() - 1 && (
						r++, n -= 1440), r === o.dayOfWeek() && n >= o.startOffset() && n < o
					.startOffset() + o.length()
			}

			function T(e, t) {
				const i = e.getUTCMonth();
				e.setUTCFullYear(e.getUTCFullYear() - t), e.getUTCMonth() !== i && I(e, 1)
			}

			function I(e, t) {
				e.setTime(e.getTime() - 864e5 * t)
			}
			i.d(t, "newBarBuilder", (function() {
				return v
			})), i.d(t, "alignPeriodsBackForDataRequest", (function() {
				return S
			})), i.d(t, "alignPeriodsBackForVisibleRange", (function() {
				return y
			})), i.d(t, "getPeriodsBetweenDates", (function() {
				return P
			})), i.d(t, "alignExchangeTimeToSessionStartAndReturnUTC", (function() {
				return C
			})), i.d(t, "isTradingNow", (function() {
				return x
			})), i.d(t, "SessionInfo", (function() {
				return o.b
			}))
		},
		IjC5: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "RectangleRenderer", (function() {
				return u
			}));
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("f6yo"),
				o = i("GEp6"),
				a = i("VdBB"),
				l = i("Tmoa"),
				c = i("8Uy/"),
				h = i("gAom");
			class u {
				constructor(e, t, i) {
					this._data = null, this._hitTestResult = e || new a.HitTestResult(a.HitTestResult
							.MOVEPOINT),
						this._backHitTestResult = t || new a.HitTestResult(a.HitTestResult
							.MOVEPOINT_BACKGROUND), this._forceOverrideTransparency = Boolean(i)
				}
				setData(e) {
					this._data = e
				}
				hitTest(e, t) {
					if (null === this._data || this._data.points.length < 2 || this._data.nohittest)
						return null;
					const [i, s] = this._getPointsInPhysicalSpace(t), n = new r.Point(s.x, i.y), a =
						new r.Point(i.x, s.y), l = new r.Point(e.x * t.pixelRatio, e.y * t.pixelRatio),
						c = this._extendAndHitTestLineSegment(l, i, n, t);
					if (null !== c) return c;
					const h = this._extendAndHitTestLineSegment(l, a, s, t);
					if (null !== h) return h;
					let u = Object(o.distanceToSegment)(n, s, l);
					return u.distance <= 3 ? this._hitTestResult : (u = Object(o.distanceToSegment)(i,
							a, l), u.distance <= 3 ? this._hitTestResult : this._data
						.fillBackground ? this._hitTestBackground(l, i, s, t) : null)
				}
				getColor() {
					const e = Object(s.ensure)(this._data);
					return void 0 === e.transparency ? e.backcolor : Object(l.generateColor)(e
						.backcolor, e.transparency, this._forceOverrideTransparency)
				}
				draw(e, t) {
					if (null === this._data || this._data.points.length < 2 || this._data.linewidth <=
						0 && !this._data.fillBackground) return;
					e.save();
					const [i, s] = this._getPointsInPhysicalSpace(t), r = this._data.linewidth ? Math
						.max(1, Math.floor(this._data.linewidth * t.pixelRatio)) : 0, n = this._data
						.fillBackground ? this.getColor() : void 0, o = Math.max(1, Math.floor(t
							.pixelRatio));
					Object(h.fillRectWithBorder)(e, i.x, i.y, s.x, s.y, n, this._data.color, r, c
						.LINESTYLE_SOLID, this._data.extendLeft, this._data.extendRight, "center", t
						.physicalWidth, this._data.includeRightEdge && 1 === o ? 1 : 0), e.restore()
				}
				_getPointsInPhysicalSpace(e, t = 0) {
					const i = Object(s.ensureNotNull)(this._data),
						[n, o] = i.points,
						a = e.pixelRatio,
						l = Math.min(n.x, o.x),
						c = Math.max(n.x, o.x),
						h = Math.min(n.y, o.y),
						u = Math.max(n.y, o.y),
						d = Math.round(l * a) + t,
						p = Math.round(c * a) + t,
						_ = Math.round(h * a) + t,
						m = Math.round(u * a) + t;
					return [new r.Point(d, _), new r.Point(p, m)]
				}
				_extendAndHitTestLineSegment(e, t, i, s) {
					const r = this._extendAndClipLineSegment(t, i, s);
					if (null !== r) {
						if (Object(o.distanceToSegment)(r[0], r[1], e).distance <= 3) return this
							._hitTestResult
					}
					return null
				}
				_extendAndClipLineSegment(e, t, i) {
					const n = Object(s.ensureNotNull)(this._data);
					if (Object(r.equalPoints)(e, t)) return null;
					const o = i.physicalWidth,
						a = Math.min(e.x, t.x),
						l = Math.max(e.x, t.x),
						c = n.extendLeft ? 0 : Math.max(a, 0),
						h = n.extendRight ? o : Math.min(l, o);
					return c > h || h <= 0 || c >= o ? null : [new r.Point(c, e.y), new r.Point(h, t.y)]
				}
				_hitTestBackground(e, t, i, s) {
					const o = this._extendAndClipLineSegment(t, i, s);
					return null !== o && Object(n.pointInBox)(e, Object(r.box)(o[0], o[1])) ? this
						._backHitTestResult : null
				}
			}
		},
		InMJ: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("Ocx9").DefaultProperty;
			class n extends s {
				constructor(e, t) {
					super(e, t || n.createProperties()), this.version = n.version, i.e("lt-pane-views")
						.then(i.t.bind(null, "gr7S", 7)).then(({
							FlatBottomPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Flat Bottom"
				}
				hasEditableCoordinates() {
					return !1
				}
				addPoint(e, t) {
					return t && t.shift() && 2 === this.points().length && this._snapPoint45Degree(e,
						this.points()[this.points().length - 2]), s.prototype.addPoint.call(this, e)
				}
				setLastPoint(e, t) {
					return t && t.shift() && 2 === this.points().length && this._snapPoint45Degree(e,
						this.points()[this.points().length - 2]), s.prototype.setLastPoint.call(
						this, e)
				}
				setPoint(e, t, i) {
					if (i && i.shift() && 1 === e) {
						this._snapPoint45Degree(t, this.points()[0])
					}
					if (2 === e) this._points[1].index = t.index;
					else if (3 === e) return this._points[0].index = t.index, this._points[2].price = t
						.price, void this.normalizePoints();
					super.setPoint(e, t)
				}
				getPoint(e) {
					return e < 3 ? s.prototype.getPoint.call(this, e) : 3 === e ? {
						index: this._points[0].index,
						price: this._points[2].price
					} : void 0
				}
				canHasAlert() {
					return !0
				}
				_getAlertPlots() {
					var e = this._points[0],
						t = this._points[1],
						i = [];
					e.index <= t.index ? (i.push(e), i.push(t)) : (i.push(t), i.push(e));
					var s = this._points[2];
					s.time = t.time, s.index = t.index;
					var r, n, o, a, l = {
							price: s.price,
							time: e.time,
							index: e.index
						},
						c = [];
					s.index <= l.index ? (c.push(s), c.push(l)) : (c.push(l), c.push(s)), i[0].price >
						c[0].price ? (r = i, n = c) : c[0].price > i[0].price || c[1].price > i[1]
						.price ? (r = c, n = i) : (r = i, n = c);
					var h = this.properties().extendLeft.value(),
						u = this.properties().extendRight.value();
					return e.index <= t.index ? (o = h, a = u) : (o = u, a = h), [this
						._linePointsToAlertPlot(r, "Upper", o, a), this._linePointsToAlertPlot(n,
							"Lower", h, a)
					]
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "vm8R")))
						.GeneralTrendFiguresDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetoolflatbottom", e);
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e)
				}
			}
			n.version = 1, t.LineToolFlatBottom = n
		},
		J2xC: function(e, t, i) {
			e.exports = {
				"css-value-header-toolbar-height": "38px"
			}
		},
		JT5O: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyMarket", (function() {
				return n
			}));
			var s = i("hY0g"),
				r = i.n(s);
			class n {
				constructor(e, t) {
					this._visibility = new r.a(!1), this._dialogPromise = null, this._dialog = null,
						this._chartWidgetCollection = e, this._options = t
				}
				visible() {
					return this._visibility.readonly()
				}
				show(e) {
					var t;
					null === this._dialog && this._requestDialog(e), null === (t = this._dialog) ||
						void 0 === t || t.open(e, void 0)
				}
				hide() {
					var e;
					null === (e = this._dialog) || void 0 === e || e.hide()
				}
				resetAllPages() {
					var e;
					null === (e = this._dialog) || void 0 === e || e.resetAllStudies()
				}
				_requestDialog(e) {
					if (null === this._dialogPromise) {
						let t;
						t = Promise.all([i.e("react"), i.e(1), i.e(3), i.e(4), i.e(8), i.e(9), i.e(17),
								i.e(19), i.e(24), i.e(68), i.e(78), i.e(0), i.e(2), i.e(18), i.e(
									"study-market")
							]).then(i.bind(null, "zbLM")).then(e => new e.IndicatorsLibraryContainer(
								this._chartWidgetCollection, this._options)), this._dialogPromise = t
							.then(t => {
								this._dialog = t, this._dialog.visible().subscribe(e => {
									this._visibility.setValue(e)
								}), this._dialog.open(e)
							})
					}
					return this._dialogPromise
				}
			}
		},
		JWMC: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "trackEvent", (function() {
				return l
			}));
			i("bSeV");
			var s = i("FQhm"),
				r = i("Kxc7"),
				n = i("txPx");
			const o = Object(n.getLogger)("Common.TrackEvent"),
				a = [/Study_(Drawing)_(.*)/, /(Study)_(.*)@tv-basicstudies/, /(Study)_(.*)/,
					/(Chart Style) (.*)/
				],
				l = (e, t, i) => {
					if (r.enabled("charting_library_base")) return void((e, t, i) => {
						t = t || e || i || "";
						let r = "";
						for (let e = 0; e < a.length; e++) {
							const i = t.match(a[e]);
							if (i && 3 === i.length) {
								t = i[1], r = i[2];
								break
							}
						}
						Object(s.emit)(t.toLowerCase().replace(" ", "_"), {
							category: e,
							label: i,
							value: r
						})
					})(e, t, i);
					let n = (e ? e + ":" : "") + t;
					i && (n += " " + i), o.logNormal(n), r.enabled("widget") || !window._UNIT_TESTS &&
						window.gtag && window.gtag("event", t, {
							event_category: e,
							event_label: i
						})
				};
			"undefined" != typeof window && (window.TradingView = window.TradingView || {}, window
				.TradingView.trackEvent = l)
		},
		JcHK: function(e, t, i) {
			"use strict";

			function s(e) {
				return e.getAll().some(e => e.isInitialized())
			}

			function r(e, t) {
				const i = e.getAll(),
					s = () => {
						t(), i.forEach(e => {
							e.chartWidgetInitialized.unsubscribe(null, s)
						})
					};
				i.forEach(e => {
					e.chartWidgetInitialized.subscribe(null, s, !0)
				})
			}
			i.r(t), i.d(t, "isAnyChartWidgetInitialized", (function() {
				return s
			})), i.d(t, "waitAnyChartWidgetInitialized", (function() {
				return r
			}))
		},
		JjUe: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "OverlayDataWindowView", (function() {
				return h
			}));
			var s = i("ivNn"),
				r = i("4miz"),
				n = i("qFKp"),
				o = i("e92V"),
				a = i("mMWL"),
				l = i("e1Hy");
			const c = n.CheckMobile.any();
			class h extends r.b {
				constructor(e, t) {
					super(), this._invalidated = !0, this._study = e, this._model = t, this
						._valueProvider = this._createValuesProvider(e, t), this._items = this
						._valueProvider.getItems().map(e => new r.a(e.title, "")), this.update()
				}
				items() {
					return this._invalidated && (this._updateImpl(), this._invalidated = !1), this
						._items
				}
				update() {
					this._invalidated = !0
				}
				study() {
					return this._study
				}
				_updateImpl() {
					this._header = this._study.title();
					let e;
					this._showLastPriceAndChangeOnly() ? e = this._study.data().lastIndex() : (e =
						this._model.crossHairSource().appliedIndex(), Object(s.isNumber)(e) || (
							e = this._study.data().lastIndex()));
					const t = this._valueProvider.getValues(e);
					for (let e = 0; e < t.length; ++e) {
						const i = t[e],
							s = this._items[e];
						s.setValue(i.value), s.setVisible(i.visible), s.setColor(i.color)
					}
				}
				_showLastPriceAndChangeOnly() {
					return c && (null === this._model.crossHairSource().pane || Object(o
							.isLineToolName)(a.tool.value()) || null !== this._model
						.lineBeingEdited())
				}
				_createValuesProvider(e, t) {
					return new l.a(e, t)
				}
			}
		},
		JmuD: function(e, t, i) {
			"use strict";
			Object.defineProperty(t, "__esModule", {
				value: !0
			}), t.hasProperty = t.isObject = void 0, t.isObject = function(e) {
				var t = typeof e;
				return null !== e && ("object" === t || "function" === t)
			}, t.hasProperty = function(e, t) {
				return t in e
			}
		},
		JpbW: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "showChangeIntervalDialogAsync", (function() {
				return n
			}));
			var s = i("6KAu");
			let r = null;

			function n(e) {
				const t = r = Object(s.a)().then(i => {
					t === r && i.showChangeIntervalDialog(e)
				});
				return t
			}
		},
		K4L1: function(e, t, i) {
			"use strict";
			var s = i("Eyy1").assert,
				r = i("lCO3").Version,
				n = i("txPx").getLogger("Chart.Study.Versioning"),
				o = i("Wt0y"),
				a = i("0YCj"),
				l = i("TcSq").extractPineId,
				c = i("Si3H").migrateMetaInfoAndPropState;

			function h(e, t) {
				if (!e) throw new Error("No studies metainfo");
				var s = i("EyEd");
				if (this._studiesMetainfo = e, !t) throw new Error("No studies migrations");
				this._studiesMigrations = t, this._migrations = {};
				for (var r = 0; r < this._studiesMigrations.length; r++)
					for (var o = this._studiesMigrations[r], a = o.versFrom, l = o.versTo, c = 0; c < o
						.studyMigrations.length; c++) {
						var h = o.studyMigrations[c],
							u = h.studyId;
						if (0 !== h.rules.length) {
							var d = u in this._migrations ? this._migrations[u] : new s(u);
							d.addMigration(a, l, h.rules), this._migrations[u] = d
						} else n.logError("Study Migration should have at least one convertion rule")
					}
				this._clientMigrations = [function(e, t) {
					if (0 === this._studiesMetainfo.length || !e.isTVScript || e.version >= 22)
						return t;
					for (var i = {}, s = 0, r = 0;;) {
						var n = t[r];
						if (void 0 === n) break;
						var o = t[n.id];
						n.isFake && (n.id = "in_" + s++), i[r] = n, i[n.id] = o, r++
					}
					return i
				}]
			}
			h.prototype.updateMetaInfo = function(e) {
				if (!e) return e;
				s(!e.isTVScript,
					"This method should update only built-in java indicators metaInfo. For Pine indicators use updateMetaInfoAsync"
				);
				for (var t = null, i = this._studiesMetainfo, r = 0; r < i.length; r++)
					if (i[r].id === e.id) {
						t = i[r];
						break
					} return TradingView.clone(t)
			}, h.prototype.updateMetaInfoAsync = function(e) {
				if (!e) return {
					sync: !1,
					result: Promise.reject("No old metaInfo was given")
				};
				new a(e), a.versionOf(e);
				for (var t = null, i = this._studiesMetainfo, s = 0; s < i.length; s++)
					if (i[s].id === e.id) {
						t = i[s];
						break
					} return {
					sync: !0,
					result: t ? TradingView.clone(t) : null
				}
			}, h.prototype.lastVersionOfStudy = function(e) {
				return this._studiesMetainfo.find((function(t) {
					return t.id === e
				})).version
			}, h.prototype.updateStudyInputs = function(e, t, i, s, o) {
				var a = TradingView.clone(s);
				if (e in this._migrations) {
					var l, c = r.parse(t);
					if ("last" === i) {
						var h = this.lastVersionOfStudy(e);
						l = r.parse(h)
					} else l = r.parse(i);
					a = this._migrations[e].updateInputs(c, l, a)
				}
				if (null == o) return a;
				for (var u in o) u in a || (a[u] = o[u]);
				for (var u in a)
					if (!(u in o)) {
						var d = a[u];
						n.logWarn("Extra input detected, studyId=" + e + ", versionFrom=" + t +
							", inputId=" + u + ", inputValue=" + d + ", removing it and continue..."
						), delete a[u]
					} return a
			}, h.prototype.updateStudyState = function(e, t, i) {
				if (null == e || null == t || null == i) return e;
				if (e = TradingView.clone(e), !(t.isTVScript || !!t.pine) && t.version !== i.version) {
					var s = i && i.defaults.inputs,
						r = this.updateStudyInputs(t.id, t.version, i.version, e.inputs, s);
					e.inputs = r
				}
				for (var o = 0; o < this._clientMigrations.length; ++o) {
					r = this._clientMigrations[o].call(this, t, e.inputs);
					Object.keys(r).length === Object.keys(e.inputs).length ? e.inputs = r : n.logWarn(
						"StudyVersioning._clientMigrations application returned bad result. Skipping it..."
					)
				}
				var l = a.versionOf(t);
				if (t.isTVScript && t.TVScriptSourceCode && l >= 12 && l <= 26) {
					var c = {};
					for (o = 0; o < t.plots.length; ++o) {
						var h = t.plots[o],
							u = i.plots[o];
						c[h.id] = u.id
					}
					var d = Object.keys(e.styles);
					for (o = 0; o < d.length; ++o) {
						var p = d[o],
							_ = e.styles[p];
						delete e.styles[p];
						var m = c[p];
						e.styles[m] = _
					}
					var f = Object.keys(e.plots);
					for (o = 0; o < f.length; ++o) {
						var g = f[o];
						p = e.plots[g].id;
						e.plots[g].id = c[p]
					}
				}
				return e
			}, h.prototype.patchPointsBasedStudyState = function(e) {
				return h._fixInputsMaxValue(e.state, e.metaInfo), e
			}, h.prototype.patchPointsBasedStudyData = function(e, t) {
				if (!o.isProd()) return t;
				if (!e || !t) return t;
				var i = TradingView.clone(t);
				return "VbPFixed@tv-volumebyprice" === e.id && e.version && e.version <= 4 && h
					._patchOldVolumeProfiles(0, i), i
			}, h.prototype.patchStudyData = function(e, t, i, s) {
				if (!o.isProd()) return {
					data: t,
					nsData: i,
					indexes: s
				};
				var r = TradingView.clone(t),
					n = TradingView.clone(i),
					l = TradingView.clone(s);
				"VbPVisible@tv-volumebyprice" === e.id && e.version && e.version <= 4 && h
					._patchOldVolumeProfiles(0, r.graphics), "VbPSessions@tv-volumebyprice" === e.id &&
					e.version && e.version <= 4 && h._patchOldVolumeProfiles(0, r.graphics);
				var c = a.versionOf(e);
				if (e.isTVScript && e.TVScriptSourceCode && c >= 12 && c <= 26) {
					var u = r.columns;
					r.columns = [];
					for (var d = 0; d < u.length; ++d) {
						var p = "plot_" + d;
						r.columns.push(p)
					}
				}
				return {
					data: r,
					nsData: n,
					indexes: l
				}
			}, h._patchOldVolumeProfiles = function(e, t) {
				var i = t.hhists[e].data,
					s = [];
				for (var r in i) s = s.concat(i[r]);
				t.hhists[0].data = s
			}, h._fixInputsOrder = function(e, t) {
				for (var i = a.getOrderedInputIds(t), s = h.splitInputs(e.inputs), r = s.arr, n = s.obj,
						o = TradingView.merge({}, n), l = 0; l < i.length; ++l) {
					var c = i[l],
						u = h.findInputKeyById(r, c);
					if (null !== u) {
						var d = r[u];
						o[l] = d
					}
				}
				e.inputs = o
			}, h.INPUT_MAX_VALUE = 1e12, h._verifyInputsMaxValue = function(e) {
				var t = h.INPUT_MAX_VALUE;
				if (e.inputs)
					for (var i = 0; i < e.inputs.length; i++) {
						var s = e.inputs[i];
						"integer" === s.type && (s.max && s.max > t && n.logWarn(
							"Bad integer input max value in metaInfo id=" + e.id + " title=" + e
							.description))
					}
			}, h._fixInputsMaxValue = function(e, t) {
				if (!TradingView.isAbsent(t)) {
					var i = h.INPUT_MAX_VALUE;
					if (t.inputs)
						for (var s = 0; s < t.inputs.length; s++) {
							"integer" === (a = t.inputs[s]).type && (a.max && a.max > i && (a.max = i))
						}
					if (e && e.inputs) {
						var r = h.splitInputs(e.inputs),
							n = r.arr;
						for (var o in n) {
							var a;
							"integer" === (a = n[o]).type && (a.max && a.max > i && (a.max = i))
						}
						e.inputs = TradingView.merge(r.obj, r.arr)
					}
				}
			}, h.prototype.patchPropsStateAndMetaInfo = function(e, t, i) {
				"Script$BOOKER" !== t.productId || t.alerts || delete e.alerts, h._fixInputsOrder(e, t),
					h._fixInputsMaxValue(e, t);
				var s = h.splitInputs(e.inputs);
				e.inputs = s.obj;
				var r = a.versionOf(t);
				r < a.METAINFO_FORMAT_VERSION_SOS_V2 && t.isChildStudy && (e.isChildStudy = t
					.isChildStudy);
				if (t.isTVScript && t.version < 60 && ("Script$TV_EARNINGS@tv-scripting" !== t.id &&
						"Script$TV_DIVIDENDS@tv-scripting" !== t.id &&
						"Script$TV_SPLITS@tv-scripting" !== t.id || delete t.TVScriptSourceCode),
					"Volume" !== t.id && "Volume@tv-basicstudies" !== t.id || 0 !== t.inputs.length || (
						t.inputs = [{
							id: "length",
							type: "integer",
							defval: 20,
							min: 1,
							max: 1e3
						}], t.plots.push({
							id: "vol_ma",
							type: "line"
						})), "Volume@tv-basicstudies" === t.id && t.version && t.version <= 46 &&
					void 0 === e.styles.vol.transparency && (e.styles.vol.transparency = e
						.transparency || 87), "PivotPointsStandard@tv-basicstudies" === t.id && (0 === t
						.inputs.length ? (e.inputs = {
							kind: "Traditional",
							showHistoricalPivots: !0
						}, t.inputs = [{
							defval: "Traditional",
							id: "kind",
							type: "text",
							options: ["Traditional", "Fibonacci", "Woodie", "Classic", "DeMark",
								"Camarilla"
							]
						}, {
							id: "showHistoricalPivots",
							type: "bool",
							defval: !0
						}]) : 1 === t.inputs.length && (e.inputs = {
							kind: "Traditional"
						}, t.inputs = [{
							defval: "Traditional",
							id: "kind",
							type: "text",
							options: ["Traditional", "Fibonacci", "Woodie", "Classic", "DeMark",
								"Camarilla"
							]
						}, {
							id: "showHistoricalPivots",
							type: "bool",
							defval: !0
						}]), void 0 === e._hardCodedDefaultsVersion)) {
					e._hardCodedDefaultsVersion = 1;
					var n = e.color;
					delete e.color, e.levelsStyle = {
						colors: {
							P: n,
							"S1/R1": n,
							"S2/R2": n,
							"S3/R3": n,
							"S4/R4": n,
							"S5/R5": n
						}
					}
				}
				"CMF" === t.shortId && 2 === t.inputs.length && (e.inputs = {
							length: e.inputs["length fast"]
						}, t.inputs = t.inputs.splice(0, 1),
						t.inputs[0].id = "length"), t.defaults && void 0 === t.defaults.precision && r <
					a.VERSION_NEW_STUDY_PRECISION_FORMAT && (-1 !== ["Volume@tv-basicstudies",
						"VbPVisible@tv-volumebyprice", "VbPSessions@tv-volumebyprice"
					].indexOf(t.id) ? t.defaults.precision = 0 : t.defaults.precision = 4);
				if (t.version < 60)
					for (var o = ["TV_DIVIDENDS", "TV_SPLITS", "TV_EARNINGS"], u = "Script".length, d =
							0; d < o.length; d++) t.id.startsWith("Script$" + o[d] + "@tv-scripting") &&
						(t.fullId = "ESD" + t.fullId.substring(u), t.id = "ESD" + t.id.substring(u), t
							.name = "ESD" + t.name.substring(u), t.shortId = "ESD" + t.shortId
							.substring(u), t.productId = "ESD" + t.productId.substring(u));
				var p = {
					"ESD$TV_EARNINGS@tv-scripting": {
						fullId: "Earnings@tv-basicstudies-129!",
						id: "Earnings@tv-basicstudies",
						name: "Earnings@tv-basicstudies",
						shortId: "Earnings",
						productId: "tv-basicstudies"
					},
					"ESD$TV_SPLITS@tv-scripting": {
						fullId: "Splits@tv-basicstudies-129!",
						id: "Splits@tv-basicstudies",
						name: "Splits@tv-basicstudies",
						shortId: "Splits",
						productId: "tv-basicstudies"
					},
					"ESD$TV_DIVIDENDS@tv-scripting": {
						fullId: "Dividends@tv-basicstudies-129!",
						id: "Dividends@tv-basicstudies",
						name: "Dividends@tv-basicstudies",
						shortId: "Dividends",
						productId: "tv-basicstudies"
					}
				};
				if (t.id in p && Object.assign(t, p[t.id]), r < a.VERSION_PINE_PROTECT_TV_4164) {
					var _ = {
						"StrategyScript$STD;Consecutive%1Ups/Downs%1Strategy": {
							pineId: "STD;Consecutive%1Ups%1Downs%1Strategy",
							className: "StrategyScript"
						},
						Script$EDGR_NET_INCOME_FROM_CONTINUING_OPERATIONS_APPLICABLE_TO_COMMON_V2: {
							pineId: "Script$EDGR_NET_INCOME_FROM_CONTINUING_OPS_APPLICABLE_TO_COMMON_V2",
							className: "Script"
						}
					};
					if (t.shortId in _) {
						var m = _[t.shortId].className + "$" + _[t.shortId].pineId,
							f = {
								scriptIdPart: _[t.shortId].pineId,
								fullId: t.fullId.replace(t.shortId, m),
								id: t.id.replace(t.shortId, m),
								name: t.name.replace(t.shortId, m),
								shortId: m
							};
						TradingView.merge(t, f), TradingView.merge(e, f)
					}
					var g = l(t.fullId),
						b = g && g.match(/^(USER)(_\d+)(;)(.*)$/);
					if (b) {
						var v = b[0],
							S = b[1] + b[3] + b[2] + b[4];
						f = {
							scriptIdPart: S,
							fullId: t.fullId.replace(v, S),
							id: t.id.replace(v, S),
							name: t.name.replace(v, S),
							shortId: t.shortId.replace(v, S)
						};
						TradingView.merge(t, f), TradingView.merge(e, f)
					}
				}
				if ("MA" === t.id) {
					var y = new a({
							id: "MAExp",
							properties: [{
								id: "is_price_study",
								type: "bool",
								value: "true"
							}],
							inputs: [{
								id: "length",
								type: "integer",
								defval: 20,
								min: 1,
								max: 500
							}, {
								id: "source",
								type: "text",
								defval: "close",
								options: ["open", "high", "low", "close"]
							}],
							plots: [{
								id: "MovAvgExp",
								type: "line"
							}],
							palettes: {}
						}),
						w = new a({
							id: "MASimple",
							properties: [{
								id: "is_price_study",
								type: "bool",
								value: "true"
							}],
							inputs: [{
								id: "length",
								type: "integer",
								defval: 20,
								min: 1,
								max: 500
							}, {
								id: "source",
								type: "text",
								defval: "close",
								options: ["open", "high", "low", "close"]
							}],
							plots: [{
								id: "MovAvgSimple",
								type: "line"
							}],
							palettes: {}
						}),
						P = new a({
							id: "MAVolumeWeighted",
							properties: [{
								id: "is_price_study",
								type: "bool",
								value: "true"
							}],
							inputs: [{
								id: "length",
								type: "integer",
								defval: 20,
								min: 1,
								max: 500
							}, {
								id: "source",
								type: "text",
								defval: "close",
								options: ["open", "high", "low", "close"]
							}],
							plots: [{
								id: "MovAvgVolumeWeighted",
								type: "line"
							}],
							palettes: {}
						}),
						C = new a({
							id: "MAWeighted",
							properties: [{
								id: "is_price_study",
								type: "bool",
								value: "true"
							}],
							inputs: [{
								id: "length",
								type: "integer",
								defval: 20,
								min: 1,
								max: 500
							}, {
								id: "source",
								type: "text",
								defval: "close",
								options: ["open", "high", "low", "close"]
							}],
							plots: [{
								id: "MovAvgWeighted",
								type: "line"
							}],
							palettes: {}
						});
					switch (e.inputs.type) {
						case "exp":
							t = y;
							break;
						case "simple":
							t = w;
							break;
						case "weighted":
							t = C;
							break;
						case "volume weighted":
							t = P
					}
					e.styles[t.plots[0].id] = e.styles.MovAvg, delete e.styles.MovAvg, delete e.inputs
						.type
				}
				return i.oldShowStudyLastValueProperty && (e.oldShowLastValue = e.showLastValue),
					delete e.showLastValue, delete e.showStudyArguments, c(t, e), {
						propsState: e,
						metaInfo: t
					}
			}, h.mergeInputs = function(e, t) {
				h.mergeInputsArrPart(e, t), h.mergeInputsObjPart(e, t)
			}, h.mergeInputsArrPart = function(e, t) {
				var i = h.splitInputs(t);
				for (var s in i.arr) {
					var r = h.findInputKeyById(e, i.arr[s].id);
					r ? TradingView.merge(e[r], i.arr[s]) : h.appendInputInfoToArr(e, i.arr[s])
				}
			}, h.mergeInputsObjPart = function(e, t) {
				var i = h.splitInputs(t);
				TradingView.merge(e, i.obj)
			}, h.appendInputInfoToArr = function(e, t) {
				var i = -1;
				for (var s in e) {
					var r = parseInt(s, 10);
					isNumber(r) && (r > i && (i = r))
				}
				e[i + 1] = t
			}, h.splitInputs = function(e) {
				var t = {},
					i = {};
				for (var s in e) isNumber(parseInt(s, 10)) ? t[s] = e[s] : i[s] = e[s];
				return {
					arr: t,
					obj: i
				}
			}, h.findInputKeyById = function(e, t) {
				var i = null;
				for (var s in e)
					if (isNumber(parseInt(s, 10)) && e[s].id === t) {
						i = s;
						break
					} return i
			}, h.getInputKeyById = function(e, t) {
				var i = h.findInputKeyById(e, t);
				if (!i) throw new Error("Cannot find input with id: " + t);
				return i
			}, e.exports = h
		},
		K5cv: function(e, t, i) {
			"use strict";
			let s;

			function r() {
				return s
			}

			function n(e) {
				s = e
			}
			i.r(t), i.d(t, "getSearchRequestDelay", (function() {
				return r
			})), i.d(t, "setSearchRequestDelay", (function() {
				return n
			}))
		},
		K8V9: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><g fill="none" fill-rule="evenodd" stroke="currentColor"><path d="M13.111 18.5H10.5a1 1 0 0 1-1-1v-11a1 1 0 0 1 1-1h11a1 1 0 0 1 1 1v11a1 1 0 0 1-1 1h-8.389z"/><path d="M18.5 20v1.5a1 1 0 0 1-1 1h-11a1 1 0 0 1-1-1v-11a1 1 0 0 1 1-1H8"/></g></svg>'
		},
		K9GE: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return s
			})), i.d(t, "c", (function() {
				return r
			})), i.d(t, "a", (function() {
				return n
			}));
			const s = 350,
				r = {
					linear: e => e,
					easeInQuad: e => e * e,
					easeOutQuad: e => e * (2 - e),
					easeInOutQuad: e => e < .5 ? 2 * e * e : (4 - 2 * e) * e - 1,
					easeInCubic: e => e * e * e,
					easeOutCubic: e => --e * e * e + 1,
					easeInOutCubic: e => e < .5 ? 4 * e * e * e : (e - 1) * (2 * e - 2) * (2 * e - 2) + 1,
					easeInQuart: e => e * e * e * e,
					easeOutQuart: e => 1 - --e * e * e * e,
					easeInOutQuart: e => e < .5 ? 8 * e * e * e * e : 1 - 8 * --e * e * e * e,
					easeInQuint: e => e * e * e * e * e,
					easeOutQuint: e => 1 + --e * e * e * e * e,
					easeInOutQuint: e => e < .5 ? 16 * e * e * e * e * e : 1 + 16 * --e * e * e * e * e
				};
			class n {
				constructor(e, t, i, s) {
					this._mX1 = e, this._mY1 = t, this._mX2 = i, this._mY2 = s
				}
				easingFunc(e) {
					return this._mX1 === this._mY1 && this._mX2 === this._mY2 ? e : this._calcBezier(
						this._getTForX(e))
				}
				_a(e, t) {
					return 1 - 3 * t + 3 * e
				}
				_b(e, t) {
					return 3 * t - 6 * e
				}
				_c(e) {
					return 3 * e
				}
				_calcBezier(e) {
					return ((this._a(this._mY1, this._mY2) * e + this._b(this._mY1, this._mY2)) * e +
						this._c(this._mY1)) * e
				}
				_getSlope(e) {
					return 3 * this._a(this._mX1, this._mX2) * e * e + 2 * this._b(this._mX1, this
						._mX2) * e + this._c(this._mX1)
				}
				_getTForX(e) {
					let t = e;
					for (let i = 0; i < 4; ++i) {
						const i = this._getSlope(t);
						if (0 === i) return t;
						t -= (this._calcBezier(t) - e) / i
					}
					return t
				}
			}
		},
		"KG+6": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			})), i.d(t, "b", (function() {
				return r
			})), i.d(t, "d", (function() {
				return l
			})), i.d(t, "c", (function() {
				return c
			}));
			var s, r, n = i("Eyy1"),
				o = i("tqok"),
				a = i("hsV8");

			function l(e, t) {
				if (e.firstBarTime >= t.length || e.lastBarTime >= t.length) return null;
				const i = t[e.firstBarTime],
					s = t[e.lastBarTime];
				return i === o.INVALID_TIME_POINT_INDEX || s === o.INVALID_TIME_POINT_INDEX ? null : (
					Object(n.assert)(i <= s, "firstBarTime should not exceed lastBarTime"), Object(n
						.assert)(e.priceLow <= e.priceHigh, "priceLow should not exceed priceHigh"), {
						firstBarTime: i,
						lastBarTime: s,
						rate: e.rate,
						priceHigh: e.priceHigh,
						priceLow: e.priceLow
					})
			}

			function c(e, t, i) {
				const s = Object(a.ensureTimePointIndexIndex)(i.indexOf(e.firstBarTime)),
					r = Object(a.ensureTimePointIndexIndex)(i.indexOf(e.lastBarTime));
				return {
					id: t,
					...e,
					firstBarTime: s,
					lastBarTime: r
				}
			}! function(e) {
				e.LeftToRight = "left_to_right", e.RightToLeft = "right_to_left"
			}(s || (s = {})),
			function(e) {
				e.Relative = "relative", e.Absolute = "absolute"
			}(r || (r = {}))
		},
		KcY8: function(e, t, i) {
			"use strict";
			var s = i("aO4+"),
				r = i("f6yo"),
				n = i("VaSN"),
				o = i("Tmoa"),
				a = i("Ialn"),
				l = i("ikwP"),
				c = i("VdBB"),
				h = i("gAom"),
				u = i("//lt");
			class d {
				constructor(e, t) {
					this.setData(e, t)
				}
				setData(e, t) {
					this._data = {
						...e
					}, this._commonData = {
						...t
					}
				}
				draw(e, t, i, s, r, n) {
					if (!this._data.visible) return;
					e.save(), e.font = t.font;
					const c = void 0 !== this._data.labelIcon,
						u = this._data.ignoreOffset ? 0 : t.offsetSize,
						d = t.borderSize,
						p = t.paddingTop + this._commonData.additionalPaddingTop,
						_ = t.paddingBottom + this._commonData.additionalPaddingBottom,
						m = t.paddingInner,
						f = t.paddingOuter,
						g = t.fontSize;
					let b = this._data.text,
						v = this._data.textColor || this._commonData.textColor,
						S = this._data.secondLine || "",
						y = this._commonData.secondLineTextColor || v,
						w = this._data.thirdLine || "";
					const P = this._commonData.thirdLineTextColor || v;
					0 === S.length && (S = w, y = P, w = ""), 0 === b.length && (b = S, v = y, S = w,
						y = P, w = "");
					const C = i.yMidCorrection(e, b) * n,
						x = Math.ceil(i.measureText(e, b)),
						T = g + p + _,
						I = Boolean(S),
						M = Boolean(w),
						O = I ? Math.ceil(i.measureText(e, S)) : 0,
						L = M ? Math.ceil(i.measureText(e, w)) : 0,
						A = d + m + f + x + u,
						E = O > 0 ? d + m + f + O + u : 0,
						k = L > 0 ? d + m + f + L + u : 0,
						D = Math.max(A, E, k),
						V = Math.max(1, Math.floor(n));
					let B = Math.round(T * n);
					B % 2 != V % 2 && (B += 1);
					const R = Math.round((g + t.lineSpacing) * n),
						N = Math.round(2 * (g + t.lineSpacing) * n),
						j = Math.max(1, Math.floor(d * n)),
						F = this._data.separatorVisible ? j : 0,
						W = this._data.borderVisible ? j : 0,
						H = c ? B : Math.round(D * n),
						U = Math.round(u * n),
						z = Math.ceil(s * n),
						G = Math.ceil(m * n);
					let q = this._commonData.coordinate;
					this._commonData.fixedCoordinate && (q = this._commonData.fixedCoordinate), q = Math
						.round(q * n) - Math.floor(.5 * n);
					const Y = Math.floor(q + V / 2 - B / 2),
						K = Y + B,
						J = "right" === r,
						Z = J ? z - F : F,
						X = z;
					let $, Q = Z;
					const ee = Object(o.resetTransparency)(this._data.backgroung || this._commonData
						.background);
					e.fillStyle = ee;
					const te = 2 * n;
					if (e.textAlign = J ? "right" : "left", e.textBaseline = "middle", J ? (Q = Z - H,
							$ = Z - U - G - 1) : (Q = Z + H, $ = Z + U + G), b || c) {
						const i = M ? B + N : I ? B + R : B;
						if (((t, s, r) => {
								J ? Object(h.drawRoundRectWithInnerBorder)(e, Q, Y, H, i, t, [te, 0,
									0, te
								], W, s, r) : Object(h.drawRoundRectWithInnerBorder)(e, Z, Y, H,
									i, t, [0, te, te, 0], W, s, r)
							})(ee, this._commonData.borderColor || ee, this._commonData.borderStyle),
							this._data.separatorVisible && (e.fillStyle = t.paneBackgroundColor, e
								.fillRect(J ? X - F : 0, Y, F, K - Y)), c) {
							switch (this._data.labelIcon) {
								case 0:
									this._drawPlusIcon(e, Z, Q, Y, q, K, V);
									break;
								case 1:
									this._drawClockIcon(e, Z, Q, q, V, n)
							}
							return
						}
						e.save(), e.translate($, (Y + K) / 2 + C), Object(l.drawScaled)(e, n, () => {
							e.fillStyle = v, e.fillText(b, 0, 0)
						}), e.restore()
					}
					I && (e.fillStyle = y, e.save(), e.translate($, (Y + K) / 2 + C + R), Object(l
						.drawScaled)(e, n, () => {
						e.fillText(Object(a.startWithLTR)(S), 0, 0)
					}), e.restore()), M && (e.fillStyle = P, e.save(), e.translate($, (Y + K) / 2 +
						C + N), Object(l.drawScaled)(e, n, () => {
						e.fillText(Object(a.startWithLTR)(w), 0, 0)
					}), e.restore()), e.restore()
				}
				height(e) {
					const t = this._data,
						i = (t.text ? 1 : 0) + (t.secondLine ? 1 : 0) + (t.thirdLine ? 1 : 0);
					return t.visible && 0 !== i ? i * e.fontSize + (i - 1) * e.lineSpacing + e
						.paddingTop + this._commonData.additionalPaddingTop + e.paddingBottom + this
						._commonData.additionalPaddingBottom : 0
				}
				hitTest(e) {
					const t = this._data.hitTestData;
					if (void 0 === t || !this._data.visible) return null;
					const i = Object(n.lastEventIsTouch)() ? 10 : 0,
						o = Object(s.box)(new s.Point(t.xl - i, t.y - i), new s.Point(t.xl + t
							.containerWidth + i, t.y + t.containerHeight + i)),
						a = t.left && Object(r.pointInBox)(e, o),
						l = Object(s.box)(new s.Point(t.xr - i, t.y - i), new s.Point(t.xr + t
							.containerWidth + i, t.y + t.containerHeight + i)),
						h = t.right && Object(r.pointInBox)(e, l);
					if (a || h) {
						const i = a ? "left" : "right";
						return new c.HitTestResult(c.HitTestResult.CUSTOM, {
							cursorType: u.PaneCursorType.Default,
							clickHandler: void 0 === t.clickHandler ? void 0 : t.clickHandler
								.bind(this, e, i),
							tapHandler: void 0 === t.clickHandler ? void 0 : t.clickHandler
								.bind(this, e, i),
							tooltip: t.tooltip
						})
					}
					return null
				}
				_drawPlusIcon(e, t, i, s, r, n, o) {
					e.fillStyle = this._commonData.textColor, e.strokeStyle = this._commonData
						.textColor, e.lineWidth = o;
					const a = Math.abs(t - i);
					let l = Math.round(.35 * a);
					l % 2 != o % 2 && (l += 1);
					let c = Math.round(.65 * a);
					c % 2 != o % 2 && (c += 1);
					const h = Math.floor((a - l) / 2),
						u = Math.min(t, i),
						d = u + Math.floor(a / 2 - o / 2);
					e.fillRect(u + h, r, l, o), e.fillRect(d, s + h, o, l), e.beginPath(), e.arc(d + o /
						2, r + o / 2, c / 2, 0, 2 * Math.PI, !1), e.stroke()
				}
				_drawClockIcon(e, t, i, s, r, n) {
					e.fillStyle = this._commonData.textColor, e.lineWidth = r;
					const o = Math.abs(t - i);
					let a = Math.round(.35 * o);
					a % 2 != r % 2 && (a += 1);
					let l = Math.round(.65 * o);
					l % 2 != r % 2 && (l += 1);
					const c = Math.min(t, i) + Math.floor(o / 2 - r / 2);
					e.save(), e.translate(c + r / 2 - l / 2, s + r / 2 - l / 2), e.scale(n, n);
					const h = new Path2D(
						"M7.5 0.8a1 1 0 0 0 0 13.4 1 1 0 0 0 0-13.4zm0 1a1 1 0 0 1 0 11 1 1 0 0 1 0-11zm-.97-.25A3.5 3.5 0 0 0 3.5 0 3.5 3.5 0 0 0 0 3.5a3.5 3.5 0 0 0 1.75 3.03l.5-.86A2.5 2.5 0 0 1 1 3.5 2.5 2.5 0 0 1 3.5 1a2.5 2.5 0 0 1 2.17 1.25zm6.72 4.78A3.5 3.5 0 0 0 15 3.5 3.5 3.5 0 0 0 11.5 0a3.5 3.5 0 0 0-3.03 1.75l.86.5A2.5 2.5 0 0 1 11.5 1 2.5 2.5 0 0 1 14 3.5a2.5 2.5 0 0 1-1.25 2.17zM7 5h1v5H7zm3 2v1H5V7z"
					);
					e.fill(h), e.restore()
				}
			}
			i.d(t, "a", (function() {
				return p
			}));
			class p {
				constructor(e) {
					this._commonRendererData = {
						coordinate: 0,
						textColor: "#FFF",
						background: "#000",
						additionalPaddingBottom: 0,
						additionalPaddingTop: 0
					}, this._axisRendererData = {
						text: "",
						visible: !1,
						separatorVisible: !1,
						borderVisible: !1,
						ignoreOffset: !1
					}, this._paneRendererData = {
						text: "",
						visible: !1,
						separatorVisible: !0,
						borderVisible: !1,
						ignoreOffset: !0
					}, this._invalidated = !0, this._axisRenderer = new(e || d)(this
						._axisRendererData, this._commonRendererData), this._paneRenderer = new(e ||
						d)(this._paneRendererData, this._commonRendererData)
				}
				text() {
					return this._updateRendererDataIfNeeded(), this._axisRendererData.text
				}
				secondLineText() {
					return this._updateRendererDataIfNeeded(), this._axisRendererData.secondLine
				}
				thirdLineText() {
					return this._updateRendererDataIfNeeded(), this._axisRendererData.thirdLine
				}
				background() {
					return this._updateRendererDataIfNeeded(), this._commonRendererData.background
				}
				color() {
					return this._updateRendererDataIfNeeded(), this.generateTextColor(this.background())
				}
				generateTextColor(e) {
					return Object(o.colorFromBackground)(e)
				}
				coordinate() {
					return this._updateRendererDataIfNeeded(), this._commonRendererData.coordinate
				}
				floatCoordinate() {
					return this._updateRendererDataIfNeeded(), this._commonRendererData
						.floatCoordinate || this._commonRendererData.coordinate
				}
				update() {
					this._invalidated = !0
				}
				height(e) {
					return this._updateRendererDataIfNeeded(), Math.max(this._axisRenderer.height(e),
						this._paneRenderer.height(e))
				}
				getFixedCoordinate() {
					return this._commonRendererData.fixedCoordinate || 0
				}
				setFixedCoordinate(e) {
					this._commonRendererData.fixedCoordinate = e
				}
				isVisible() {
					return this._updateRendererDataIfNeeded(), this._axisRendererData.visible || this
						._paneRendererData.visible
				}
				isAxisLabelVisible() {
					return this._updateRendererDataIfNeeded(), this._axisRendererData.visible
				}
				isPaneLabelVisible() {
					return this._updateRendererDataIfNeeded(), this._paneRendererData.visible
				}
				renderer() {
					return this._updateRendererDataIfNeeded(), this._axisRenderer
				}
				paneRenderer() {
					return this._updateRendererDataIfNeeded(), this._paneRenderer
				}
				setPaneRendererLabelIcon(e) {
					this._paneRendererData.labelIcon = e
				}
				setPaneLabelVisible(e) {
					this._paneRendererData.visible = e, this._invalidated = !0
				}
				ignoreAlignment() {
					return !1
				}
				_updateRendererDataIfNeeded() {
					this._invalidated && (this._updateRendererData(this._axisRendererData, this
							._paneRendererData, this._commonRendererData), this._invalidated = !1), this
						._axisRenderer.setData(this._axisRendererData, this._commonRendererData), this
						._paneRenderer.setData(this._paneRendererData, this._commonRendererData)
				}
			}
		},
		Khfk: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LollipopRenderer", (function() {
				return h
			}));
			var s = i("f6yo"),
				r = i("aO4+"),
				n = i("jFln"),
				o = i("8Uy/"),
				a = i("gAom"),
				l = i("ikwP"),
				c = i("Zp/P");
			class h {
				constructor(e, t, i) {
					this._data = e, this._hittest = t, this._textWidthCache = i
				}
				draw(e, t) {
					const i = t.pixelRatio,
						s = this._data.centerPoint,
						n = Math.round(s.x * i),
						o = Math.round(s.y * i),
						a = Math.max(1, Math.floor(i)) % 2 / 2,
						l = new r.Point(n + a, o - a);
					this._drawLollipop(e, l, t), this._drawLabel(e, l, t.pixelRatio)
				}
				hitTest(e, t) {
					const i = Object(c.interactionTolerance)().esd,
						n = this._data.centerPoint.y - this._data.style.height / 2 - i,
						o = this._data.centerPoint.x - this._data.style.width / 2 - i,
						a = Object(r.box)(new r.Point(o, n), new r.Point(o + this._data.style.width +
							2 * i, n + this._data.style.height + 2 * i));
					return Object(s.pointInBox)(e, a) ? this._hittest : null
				}
				_drawLollipop(e, t, i) {
					const s = this._data.style,
						r = i.pixelRatio,
						l = Math.max(1, Math.floor(r));
					let c = Math.round(s.width * r);
					c % 2 != l % 2 && (c += 1);
					const h = c / 2;
					s.fillCircle && s.backgroundColor && (e.fillStyle = s.backgroundColor, Object(a
						.createCircle)(e, t.x, t.y, h), e.fill());
					const u = Math.round(s.lineWidth * r);
					e.strokeStyle = s.strokeStyle, e.lineWidth = u, Object(n.setLineStyle)(e, o
						.LINESTYLE_SOLID);
					const d = h - Math.round(1 * r + u / 2);
					Object(a.createCircle)(e, t.x, t.y, d), s.fillCircle && s.fillStyle && (e
						.fillStyle = s.fillStyle, e.fill()), e.stroke()
				}
				_drawLabel(e, t, i) {
					const s = this._data.style.text,
						r = s.label;
					e.textAlign = "center", e.textBaseline = "middle", e.fillStyle = s.strokeStyle, e
						.font = s.font;
					const n = this._textWidthCache.yMidCorrection(e, r);
					e.translate(t.x, t.y + ((s.deltaY || 0) + n) * i), Object(l.drawScaled)(e, i,
						() => {
							e.fillText(r, 0, 0)
						})
				}
			}
		},
		KnF9: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("qFKp");
			class r {
				constructor(e) {
					this._shift = !1, this._control = !1, this._alt = !1, void 0 !== e && (this._shift =
						Boolean(e.shiftKey), this._control = Boolean(Object(s.isMac)() ? e.metaKey :
							e.ctrlKey), this._alt = Boolean(e.altKey))
				}
				shift() {
					return this._shift
				}
				control() {
					return this._control
				}
				alt() {
					return this._alt
				}
				shiftOnly() {
					return this._shift && !this._control && !this._alt
				}
				controlOnly() {
					return this._control && !this._shift && !this._alt
				}
				altOnly() {
					return this._alt && !this._shift && !this._control
				}
				controlShift() {
					return this._shift && this._control && !this._alt
				}
				static create(e = !1, t = !1, i = !1) {
					return new r({
						shiftKey: e,
						ctrlKey: t,
						metaKey: t,
						altKey: i
					})
				}
			}
		},
		KtbP: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PanePriceAxisView", (function() {
				return n
			}));
			var s = i("u+0B");
			class r {
				constructor(e) {
					this._priceAxisViewRenderer = null, this._rendererOptions = null, this._align =
						"right", this._width = 0, this._textWidthCache = e
				}
				setParams(e, t, i, s) {
					this._priceAxisViewRenderer = e, this._rendererOptions = t, this._width = i, this
						._align = s
				}
				draw(e, t) {
					null !== this._rendererOptions && null !== this._priceAxisViewRenderer && this
						._priceAxisViewRenderer.draw(e, this._rendererOptions, this._textWidthCache,
							this._width, this._align, t.pixelRatio)
				}
				hitTest(e) {
					var t, i;
					return void 0 === (null === (t = this._priceAxisViewRenderer) || void 0 === t ?
							void 0 : t.hitTest) ? null : null === (i = this._priceAxisViewRenderer) ||
						void 0 === i ? void 0 : i.hitTest(e, this._width, this._align)
				}
			}
			class n {
				constructor(e, t, i) {
					this._renderer = null, this._invalidated = !0, this._priceAxisView = e, this
						._textWidthCache = new s.TextWidthCache(50), this._dataSource = t, this
						._chartModel = i, this._fontSize = -1, this._panePriceAxisViewRenderer = new r(
							this._textWidthCache)
				}
				update() {
					this._invalidated = !0
				}
				renderer(e, t) {
					return this._invalidated && this._updateImpl(e, t), this._renderer
				}
				_updateImpl(e, t) {
					this._priceAxisView.update(), this._renderer = null;
					const i = this._chartModel.crossHairSource(),
						s = this._dataSource === i ? i.pane : this._chartModel.paneForSource(this
							._dataSource);
					if (null === s) return;
					const r = this._priceScale();
					if (null === r) return;
					let n = s.priceScalePosition(r);
					if ("overlay" === n && (n = s.priceScalePosition(s.defaultPriceScale())),
						"overlay" === n) return;
					const o = this._chartModel.priceAxisRendererOptions();
					o.fontSize !== this._fontSize && (this._fontSize = o.fontSize, this._textWidthCache
							.reset()),
						this._panePriceAxisViewRenderer.setParams(this._priceAxisView.paneRenderer(), o,
							t, n), this._renderer = this._panePriceAxisViewRenderer, this
						._invalidated = !1
				}
				_priceScale() {
					return this._dataSource.priceScale()
				}
			}
		},
		"L/Ed": function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "ToolboxType", (function() {
					return s
				})),
				function(e) {
					e[e.Delete = 0] = "Delete"
				}(s || (s = {}))
		},
		L6rT: function(e, t, i) {
			"use strict";

			function s(e) {
				return e.reduce((function(e, t, i) {
					return ~e.indexOf(t) || e.push(t), e
				}), [])
			}
			i.r(t), i.d(t, "uniq", (function() {
				return s
			}))
		},
		LAp3: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return a
			}));
			var s = i("ogJP"),
				r = i("5rJj"),
				n = i.n(r);
			class o extends n.a {
				constructor(e, t) {
					super(e, t, !1, {
						names: ["width", "color", "visible"]
					})
				}
				_iterateLevels(e, t) {
					for (const i in e.levels)
						if (e.levels[i] && Object(s.isSameType)(e.levels[i], t.typecheck())) {
							let s = t.tpl();
							for (const r in this._map.names) this._map.names.hasOwnProperty(r) && (
								s = t.fill(r, this._map.names[r], e.levels[i], s));
							e.levels[i] = s
						} return e
				}
			}

			function a(e, t) {
				return new o(e, t)
			}
		},
		LdoW: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><g fill="none" fill-rule="evenodd" stroke="currentColor"><path d="M6.5 15A8.5 8.5 0 1 0 15 6.5H8.5"/><path d="M12 10L8.5 6.5 12 3"/></g></svg>'
		},
		LxhU: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ResolutionKind", (function() {
				return n
			})), i.d(t, "SpecialResolutionKind", (function() {
				return o
			})), i.d(t, "Interval", (function() {
				return h
			})), i.d(t, "isHour", (function() {
				return d
			}));
			const s = /^(\d*)([TSHDWMR])$/,
				r = /^(\d+)$/;
			var n, o;
			! function(e) {
				e.Ticks = "ticks", e.Seconds = "seconds", e.Minutes = "minutes", e.Days = "days", e.Weeks =
					"weeks", e.Months = "months", e.Range = "range", e.Invalid = "invalid"
			}(n || (n = {})),
			function(e) {
				e.Hours = "hours"
			}(o || (o = {}));
			const a = {};
			a[n.Ticks] = 1e3, a[n.Seconds] = 1e3, a[n.Minutes] = 60 * a[n.Seconds], a[n.Days] = 1440 * a[n
				.Minutes], a[n.Weeks] = 7 * a[n.Days];
			const l = {
					T: n.Ticks,
					S: n.Seconds,
					D: n.Days,
					W: n.Weeks,
					M: n.Months,
					R: n.Range
				},
				c = new Set([n.Ticks, n.Seconds, n.Minutes]);
			class h {
				constructor(e, t) {
					this._kind = n.Invalid, this._multiplier = 0, e !== n.Invalid && t > 0 && (this
						._kind = e, this._multiplier = t)
				}
				kind() {
					return this._kind
				}
				multiplier() {
					return this._multiplier
				}
				isValid() {
					return this.kind() !== n.Invalid && this.multiplier() > 0
				}
				isDWM() {
					return this.isValid() && !this.isRange() && !this.isIntraday() && !this.isTicks()
				}
				isIntraday() {
					const e = c.has(this.kind());
					return this.isValid() && e
				}
				isSeconds() {
					return this.kind() === n.Seconds
				}
				isMinutes() {
					return this.kind() === n.Minutes
				}
				isMinuteHours() {
					return this.kind() === n.Minutes && d(this.multiplier())
				}
				isDays() {
					return this.kind() === n.Days
				}
				isWeeks() {
					return this.kind() === n.Weeks
				}
				isMonths() {
					return this.kind() === n.Months
				}
				isRange() {
					return this.kind() === n.Range
				}
				isTicks() {
					return this.kind() === n.Ticks
				}
				isTimeBased() {
					return !this.isRange()
				}
				letter() {
					return this.isValid() && this.kind() !== n.Minutes ? this.kind()[0].toUpperCase() :
						""
				}
				value() {
					return this.isValid() ? this.kind() === n.Minutes ? this.multiplier() + "" : this
						.multiplier() + this.letter() : ""
				}
				isEqualTo(e) {
					if (!(e instanceof h)) throw new Error("Argument is not an Interval");
					return !(!this.isValid() || !e.isValid()) && (this.kind() === e.kind() && this
						.multiplier() === e.multiplier())
				}
				inMilliseconds(e = Date.now()) {
					if (!this.isValid() || this.isRange()) return NaN;
					if (this.isMonths()) {
						const t = new Date(e);
						t.setUTCMonth(t.getUTCMonth() + (this.multiplier() || 1));
						return +t - e
					}
					const t = this.multiplier();
					return a[this.kind()] * t
				}
				static isEqual(e, t) {
					return e === t || h.parse(e).isEqualTo(h.parse(t))
				}
				static parse(e) {
					e = (e + "").toUpperCase().split(",")[0];
					let t = s.exec(e);
					return null !== t ? "H" === t[2] ? new h(n.Minutes, 60 * u(t[1])) : new h(l[t[2]],
						u(t[1])) : (t = r.exec(e), null !== t ? new h(n.Minutes, u(t[1])) : new h(n
						.Invalid, 0))
				}
				static kind(e) {
					return h.parse(e).kind()
				}
				static isValid(e) {
					return h.parse(e).isValid()
				}
				static isDWM(e) {
					return h.parse(e).isDWM()
				}
				static isIntraday(e) {
					return h.parse(e).isIntraday()
				}
				static isSeconds(e) {
					return h.parse(e).isSeconds()
				}
				static isMinutes(e) {
					return h.parse(e).isMinutes()
				}
				static isMinuteHours(e) {
					return h.parse(e).isMinuteHours()
				}
				static isDays(e) {
					return h.parse(e).isDays()
				}
				static isWeeks(e) {
					return h.parse(e).isWeeks()
				}
				static isMonths(e) {
					return h.parse(e).isMonths()
				}
				static isRange(e) {
					return h.parse(e).isRange()
				}
				static isTicks(e) {
					return h.parse(e).isTicks()
				}
				static isTimeBased(e) {
					return h.parse(e).isTimeBased()
				}
				static normalize(e) {
					const t = h.parse(e);
					return t.isValid() ? t.value() : null
				}
			}

			function u(e) {
				return 0 === e.length ? 1 : parseInt(e, 10)
			}

			function d(e) {
				return e >= 60 && !(e % 60)
			}
		},
		"M7/j": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "itemsRangeIsValid", (function() {
				return h
			})), i.d(t, "splitItems", (function() {
				return u
			})), i.d(t, "PaneRendererBaseline", (function() {
				return d
			}));
			var s = i("aO4+"),
				r = i("hBTJ"),
				n = i("GEp6"),
				o = i("Zp/P"),
				a = i("Y7w9"),
				l = i("cPgM"),
				c = i("VdBB");

			function h(e) {
				if (0 === e.length) return !1;
				const t = e.findIndex(e => Object(o.coordinateIsValid)(e.y));
				if (-1 === t) return !1;
				let i = e.length - 1;
				for (; i > t && !Object(o.coordinateIsValid)(e[i].y);) i--;
				return !(t > i)
			}

			function u(e, t) {
				const i = [],
					n = [];
				let a = null;
				for (let l = 0; l < e.length; l++) {
					let c = e[l];
					const h = e[l + 1] || {};
					if (Object(o.coordinateIsValid)(c.y)) c.y <= t && i.push(c), c.y >= t && n.push(c), a =
						c;
					else {
						if (null === a) continue;
						c = a
					}
					if (Object(o.coordinateIsValid)(h.y) && (c.y > t && h.y < t || c.y < t && h.y > t))
						if (Math.abs(c.x - h.x) < 1) {
							const e = new s.Point(c.x, t);
							i.push(e), n.push(e)
						} else {
							const e = Object(r.intersectLineSegments)(c, h, new s.Point(c.x, t), new s
								.Point(h.x, t));
							if (null !== e) {
								const t = c.add(h.subtract(c).scaled(e));
								i.push(t), n.push(t)
							}
						}
				}
				return {
					topItems: i,
					bottomItems: n
				}
			}
			class d extends l.ScaledPaneRenderer {
				constructor() {
					super(...arguments), this._data = null
				}
				setData(e) {
					this._data = e
				}
				hitTest(e) {
					if (null === this._data) return null;
					const {
						items: t,
						topLineWidth: i,
						bottomLineWidth: r
					} = this._data, l = Object(o.interactionTolerance)().series + (i + r) / 4, h =
						Object(a.lowerbound)(t, e, (e, t) => e.x <= t.x), u = Math.max(1, h - 1),
						d = Math.min(t.length - 1, h + 1);
					for (let i = u; i <= d; ++i) {
						const r = t[i - 1],
							o = t[i],
							{
								distance: a
							} = Object(n.distanceToSegment)(new s.Point(r.x, r.y), new s.Point(o.x,
								o.y), new s.Point(e.x, e.y));
						if (a <= l) return new c.HitTestResult(c.HitTestResult.REGULAR)
					}
					return null
				}
				_drawImpl(e) {
					if (null === this._data) return;
					const {
						items: t,
						baseLevelCoordinate: i,
						bottom: s,
						bottomFillColor1: r,
						bottomFillColor2: n,
						topFillColor1: o,
						topFillColor2: a,
						topLineColor: l,
						bottomLineColor: c,
						topLineWidth: d,
						bottomLineWidth: p
					} = this._data;
					if (!h(t)) return;
					const {
						topItems: _,
						bottomItems: m
					} = u(t, i);
					e.lineCap = "round", e.lineJoin = "round", 0 !== _.length && (e.beginPath(), e
						.moveTo(_[0].x, i), this._makeLine(e, _, !0, 0), e.closePath(), e
						.fillStyle = this._makeLinearGradient(e, o, a, i - s, i), e.fill(), e
						.beginPath(), this._makeLine(e, _, !1, 0), e.lineWidth = d, e
						.strokeStyle = l, e.stroke()), 0 !== m.length && (e.beginPath(), e
						.moveTo(m[0].x, i), this._makeLine(e, m, !0, 1), e.closePath(), e
						.fillStyle = this._makeLinearGradient(e, r, n, i, i + s), e.fill(), e
						.beginPath(), this._makeLine(e, m, !1, 1), e.lineWidth = p, e
						.strokeStyle = c, e.stroke())
				}
				_makeLine(e, t, i, s) {
					if (null === this._data) return;
					const r = t.findIndex(e => Object(o.coordinateIsValid)(e.y));
					if (-1 === r) return;
					const {
						barSpacing: n,
						baseLevelCoordinate: a
					} = this._data, l = .25 * n;
					let c;
					const h = t.length;
					for (let n = r; n < h; n++) {
						const h = t[n],
							u = t[n + 1] || {};
						if (Object(o.coordinateIsValid)(h.y)) {
							if (0 === s) {
								if (c && c.y >= a && h.y >= a) {
									e.moveTo(h.x, h.y);
									continue
								}
							} else if (c && c.y <= a && h.y <= a) {
								e.moveTo(h.x, h.y);
								continue
							}
							if (c && Object(o.coordinateIsValid)(c.y)) e.lineTo(h.x, h.y), i && !
								Object(o.coordinateIsValid)(u.y) && e.lineTo(h.x, a);
							else if (u && Object(o.coordinateIsValid)(u.y)) i ? (n !== r && e
								.lineTo(h.x, a), e.lineTo(h.x, h.y)) : e.moveTo(h.x, h.y);
							else if (i) {
								if (0 === n) continue;
								n !== r && e.lineTo(h.x - l, a), e.lineTo(h.x - l, h.y), e.lineTo(h
									.x + l, h.y), e.lineTo(h.x + l, a)
							} else e.moveTo(h.x - l, h.y), e.lineTo(h.x + l, h.y);
							c = h
						}
					}
				}
				_makeLinearGradient(e, t, i, s, r) {
					const n = e.createLinearGradient(0, s, 0, r);
					return n.addColorStop(0, t), n.addColorStop(1, i), n
				}
			}
		},
		MA5A: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolCrossLine", (function() {
				return a
			}));
			var s = i("Ocx9"),
				r = i("p1SQ"),
				n = i("GmZZ"),
				o = i("Ss5c");
			class a extends o.LineDataSource {
				constructor(e, t) {
					super(e, t || a.createProperties()), this._priceAxisView = new r
						.LineToolHorzLinePriceAxisView(this), this._timeAxisView = new n.a(this), i
						.e("lt-pane-views").then(i.bind(null, "amUF")).then(({
							CrossLinePaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				pointsCount() {
					return 1
				}
				name() {
					return "Cross Line"
				}
				priceAxisViews(e, t) {
					return this.isSourceHidden() ? null : t === this.priceScale() && this
						.properties().showPrice.value() && this._model.paneForSource(this) === e ? [
							this._priceAxisView
						] : null
				}
				timeAxisViews() {
					return this.isSourceHidden() ? null : this.properties().showTime.value() ? [this
						._timeAxisView
					] : null
				}
				updateAllViews() {
					super.updateAllViews(), this._priceAxisView.update(), this._timeAxisView
						.update()
				}
				canHasAlert() {
					return !1
				}
				lineColor() {
					return this.properties().linecolor.value()
				}
				lineWidth() {
					return this.properties().linewidth.value()
				}
				lineStyle() {
					return this.properties().linestyle.value()
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolcrossline", e);
					return a._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "xrdl")).then(
						e => e.CrossLineDefinitionsViewModel)
				}
				static _configureProperties(e) {
					o.LineDataSource._configureProperties(e)
				}
			}
		},
		MROS: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ModelSelection", (function() {
				return o
			}));
			var s = i("Y7w9"),
				r = i("GxN8"),
				n = i("CW80");
			class o {
				constructor() {
					this._items = [], this._set = new Set
				}
				isEmpty() {
					return 0 === this._items.length
				}
				add(e) {
					if (this._items.length > 0 && !Object(n.isLineTool)(this._items[0]) && this.clear(),
						Object(n.isLineTool)(e)) {
						const t = Object(s.lowerbound)(this._items, e, (e, t) => e.zorder() < t
							.zorder());
						this._items.splice(t, 0, e)
					} else this.clear(), this._items = [e];
					this._set.add(e)
				}
				canBeAddedToSelection(e) {
					return 0 === this._items.length || Object(n.isLineTool)(this._items[0]) && Object(n
						.isLineTool)(e)
				}
				isSelected(e) {
					return this._set.has(e)
				}
				allSources() {
					return this._items.slice(0)
				}
				dataSources() {
					return this._items.filter(r.a)
				}
				lineDataSources() {
					return this._items.filter(n.isLineTool)
				}
				customSources() {
					return this._items.filter(e => !Object(r.a)(e))
				}
				checkLineToolSelection() {
					this._items.forEach(e => Object(n.isLineTool)(e) && e.calcIsActualSymbol()), this
						._items = this._items.filter(e => !Object(n.isLineTool)(e) || e
							.isActualSymbol())
				}
				remove(e) {
					this._items = this._items.filter(t => t !== e), this._set.delete(e)
				}
				clear() {
					this._items = [], this._set.clear()
				}
				notFixedSources() {
					return this._items.filter(e => !Object(n.isLineTool)(e) || !e.isFixed())
				}
			}
		},
		MSvv: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyLineDataSource", (function() {
				return g
			}));
			var s = i("Eyy1"),
				r = i("ogJP"),
				n = i("k9/m"),
				o = i("Ss5c"),
				a = i("Ocx9"),
				l = i("0YCj"),
				c = i.n(l),
				h = i("jenN"),
				u = i("ZAxB"),
				d = i("gvrv"),
				p = i("w4Ji"),
				_ = i("GVHu"),
				m = i("jCNj"),
				f = i("OLhd");
			class g extends o.LineDataSource {
				constructor(e, t, s, r) {
					super(e, r), this._indexes = null, this._inputs = null, this._pointsetPoints =
						null, this._loadedPlots = null, this._loadedGraphics = null, this
						._beingCreatedPaneView = null, this._anchorsPaneView = null, this
						._definitionsViewModel = null, this._alignerCache = null, Promise.all([i.e(
							"lt-pane-views").then(i.bind(null, "pGCE")), i.e(
							"lt-pane-views").then(i.bind(null, "AOzI"))]).then(t => {
							const {
								LineToolBeingCreatedPaneView: i
							} = t[0], {
								StudyLineDataSourceAnchorsPaneView: s
							} = t[1];
							this._beingCreatedPaneView = new i(this, e), this._anchorsPaneView =
								new s(this, this.model()), this._model.lightUpdate()
						}), this._metaInfo = t, this._dataSource = new d.a(e.chartApi(), e
							.mainSeries().seriesSource(), s, t), this._dataSource.dataCleared()
						.subscribe(this, this._onDataCleared), this._dataSource.dataUpdated()
						.subscribe(this, this._onDataUpdated)
				}
				destroy() {
					this._dataSource.dataUpdated().unsubscribe(this, this._onDataUpdated), this
						._dataSource.dataCleared().unsubscribe(this, this._onDataCleared), this
						._dataSource.destroy(), null !== this._definitionsViewModel && (this
							._definitionsViewModel.destroy(), this._definitionsViewModel = null),
						this._unsubscribeApplyInputsOnSeriesCompleted(), this._isDestroyed = !0,
						super.destroy()
				}
				stop() {
					super.stop(), this._isDestroyed || (this._dataSource.stop(), this.clearData())
				}
				start() {
					super.start(), this._isDestroyed || null === this._inputs || this._dataSource
						.start()
				}
				metaInfo() {
					return this._metaInfo
				}
				graphicsInfo() {
					return this._metaInfo.graphics
				}
				series() {
					return this._model.mainSeries()
				}
				translatedType() {
					return this._metaInfo.description
				}
				name() {
					return this._metaInfo.description
				}
				studyId() {
					return this._metaInfo.id
				}
				setPoint(e, t, i) {
					super.setPoint(e, this._preparePoint(t, i))
				}
				move(e) {}
				clearData() {
					this._clearAllDataExceptPointsetPoints(), this._pointsetPoints = null, this
						.updateAllViews()
				}
				data() {
					return this.plots()
				}
				plots() {
					return this._loadedPlots || this._dataSource.plots()
				}
				graphics() {
					return this._loadedGraphics || this._dataSource.graphics()
				}
				firstValue() {
					return this._model.mainSeries().firstValue()
				}
				state(e) {
					const t = super.state(e);
					let i;
					this.metaInfo() instanceof c.a ? i = this.metaInfo().state() : (i = Object(r
						.clone)(this.metaInfo()), i.id = c.a.parseIdString(i.id + (i
						.version ? "-" + i.version : "")).fullId);
					const s = {
						...t,
						metaInfo: i
					};
					return e && (s.data = this.plots().state(), s.nonseriesindexes = this._indexes,
						s.graphics = Object(h.saveStudyGraphics)(this.graphics())), s
				}
				restoreData(e) {
					void 0 !== e.data && (this._loadedPlots = new n.PlotList(Object(p
								.studyPlotFunctionMap)(this._metaInfo), p
							.studyEmptyPlotValuePredicate), this._loadedPlots.restoreState(e
							.data)), this._indexes = e.nonseriesindexes ? e.nonseriesindexes : null,
						this._loadedGraphics = e.graphics ? Object(h.loadStudyGraphics)(e
							.graphics) : null
				}
				getPropertyDefinitionsViewModel() {
					return null === this._definitionsViewModel ? this
						._getPropertyDefinitionsViewModelClass().then(e => null === e || this
							._isDestroyed ? null : (null === this._definitionsViewModel && (this
									._definitionsViewModel = new e(this._model.undoModel(), this)),
								this._definitionsViewModel)) : Promise.resolve(this
							._definitionsViewModel)
				}
				paneViews(e) {
					let t = [];
					if (this.isSourceHidden()) return t;
					if (this._isReady() && this._changeStatesStack.isEmpty()) {
						const i = super.paneViews(e);
						null !== i && (t = t.concat(i))
					} else null !== this._beingCreatedPaneView && t.push(this
						._beingCreatedPaneView);
					return null !== this._anchorsPaneView && t.push(this._anchorsPaneView), t
				}
				propertiesChanged(e) {
					super.propertiesChanged(e), this._onStudyInputsMayChange()
				}
				dataAndViewsReady() {
					return super.dataAndViewsReady() && this._isReady()
				}
				endChanging(e, t) {
					const i = super.endChanging(e, t);
					return i.indexesChanged ? this.clearData() : this._updateAnchorsPrice(), i
				}
				moveData(e) {
					this._dataSource.moveData(e)
				}
				static createPropertiesFromStudyMetaInfoAndState(e, t, i, s) {
					const r = Object(_.prepareStudyPropertiesForLoadChart)(e, t, i, null, s);
					return g._configureProperties(r), r
				}
				_isReady() {
					return !0
				}
				_updateAllPaneViews() {
					var e, t;
					super._updateAllPaneViews(), null === (e = this._beingCreatedPaneView) ||
						void 0 === e || e.update(), null === (t = this._anchorsPaneView) ||
						void 0 === t || t.update()
				}
				_getPointTime(e, t) {
					const i = e.index,
						s = this._model.timeScale().indexToTimePoint(i);
					if (null !== s) return s;
					if (t || void 0 === e.time) return null;
					const r = this._model.mainSeries().symbolInfo();
					if (null === r) return null;
					let n = this._model.properties().timezone.value();
					"exchange" === n && (n = r.timezone);
					const o = Object(m.cal_to_utc)(Object(m.get_timezone)(n), e.time);
					return this._getStartBarAligner()(o) / 1e3
				}
				_updateAnchorsPrice() {}
				_onPointsetUpdated(e) {
					super._onPointsetUpdated(e), this._pointsetPoints = this._points.map(e => ({
						price: e.price,
						index: e.index,
						time: e.time
					})), this._onStudyInputsMayChange()
				}
				_onDataCleared() {
					this.updateAllViews(),
						this._model.updateSource(this)
				}
				_onDataUpdated(e, t, i) {
					this._updateAnchorsPrice(), this.updateAllViews(), this._model.updateSource(
						this)
				}
				_onStudyInputsMayChange() {
					let e = null;
					null !== this._pointsetPoints && this._pointsetPoints.length === this
						.pointsCount() && (e = this._studyInputs(this._pointsetPoints), null ===
							e && (this._clearAllDataExceptPointsetPoints(), this.updateAllViews())),
						this._areInputsEqual(this._inputs, e) || this._applyStudyInputs(e)
				}
				_onMainSeriesSymbolResolved() {
					super._onMainSeriesSymbolResolved(), this._alignerCache = null
				}
				_preparePoint(e, t) {
					return super._preparePoint(this._alignPointToRangeOfActualData(e), t)
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.resolve(null)
				}
				_subscribeApplyInputsOnSeriesCompleted() {
					this._unsubscribeApplyInputsOnSeriesCompleted(), this._model.mainSeries()
						.dataEvents().completed().subscribe(this, () => this
							._onStudyInputsMayChange(), !0)
				}
				_unsubscribeApplyInputsOnSeriesCompleted() {
					this._model.mainSeries().dataEvents().completed().unsubscribeAll(this)
				}
				static _createPropertiesFromStudyIdAndState(e, t) {
					const i = c.a.getStudyPropertyRootNameById(e),
						s = new a.DefaultProperty(i, t);
					return g._configureProperties(s), s
				}
				static _createPropertiesFromStudyMetaInfo(e, t) {
					const i = Object(_.prepareStudyProperties)(e, null, null, t);
					return g._configureProperties(i), i
				}
				static _configureProperties(e) {
					o.LineDataSource._configureProperties(e)
				}
				_areInputsEqual(e, t) {
					return null === t ? null === e : null !== e && Object(u.a)(this._metaInfo
						.inputs, e, t)
				}
				_applyStudyInputs(e) {
					const t = this._inputs;
					this._inputs = e, null !== e && (this
						._unsubscribeApplyInputsOnSeriesCompleted(), this._dataSource.setInputs(
							e),
						null === t && this.isStarted() && !this._dataSource.isStarted() && this
						._dataSource.start())
				}
				_clearAllDataExceptPointsetPoints() {
					this._inputs = null, this._dataSource.clearData(), this._loadedPlots = null,
						this._indexes = null, this._loadedGraphics = null
				}
				_getStartBarAligner() {
					const e = this._model.mainSeries().interval();
					return null !== this._alignerCache && this._alignerCache.resolution === this
						._model.mainSeries().interval() || (this._alignerCache = {
							resolution: e,
							aligner: Object(f.createTimeToBarTimeAligner)(e, Object(s
								.ensureNotNull)(this._model.mainSeries().symbolInfo()))
						}), this._alignerCache.aligner
				}
			}
		},
		MWAT: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PriceScaleSelectionStrategyEvenly", (function() {
				return o
			})), i.d(t, "PriceScaleSelectionStrategyAllRight", (function() {
				return a
			})), i.d(t, "PriceScaleSelectionStrategyAllLeft", (function() {
				return l
			})), i.d(t, "createPriceScaleSelectionStrategy", (function() {
				return h
			})), i.d(t, "allPriceScaleSelectionStrategyInfo", (function() {
				return u
			}));
			var s = i("Eyy1"),
				r = i("3ClC");
			class n {
				constructor(e) {
					this._priceScalesLimit = 8, this._metaInfo = e
				}
				metaInfo() {
					return this._metaInfo
				}
				findSuitableScale(e, t, i, s) {
					if (void 0 !== s) return this._tryToGetDesiredPriceScale(e, t, s, i);
					if (Object(r.isStudy)(t)) {
						const s = t.metaInfo();
						if ("Volume" === s.shortId && e.containsMainSeries()) return e
							.createPriceScaleAtPosition("overlay");
						const n = t.desiredPriceScalePosition();
						if (null !== n) return this._tryToGetDesiredPriceScale(e, t, n, i);
						if (void 0 !== i && (Object(r.isStudy)(i) || e.isMainPane()) && s
							.is_price_study) return this._getPriceScaleTheSameAsForSource(i, e)
					}
					let n = !1;
					if (Object(r.isStudy)(t)) {
						const i = t.metaInfo().groupingKey;
						if (void 0 !== i) {
							const t = e.model().findNonOverlayStudyWithGroupingKey(i, e);
							if (null !== t) return this._getPriceScaleTheSameAsForSource(t.study, t
								.pane)
						}
						n = Boolean(t.metaInfo().is_price_study)
					} else t === e.model().mainSeries() && (n = !0);
					if (n) {
						const t = this._findFirstScaleForPriceStudy(e);
						if (null !== t) return t
					}
					return this.createNewPriceScaleIfPossible(e)
				}
				canCreateNewPriceScale(e) {
					return e.leftPriceScales().length + e.rightPriceScales().length < this
						._priceScalesLimit
				}
				_getPriceScaleTheSameAsForSource(e, t) {
					return t.isOverlay(e) ? t.createPriceScaleAtPosition("overlay") : Object(s
						.ensureNotNull)(e.priceScale())
				}
				_priceScaleIsPrice(e, t) {
					const i = e.mainSource();
					return !!i && (i === t.mainSeries() || !!Object(r.isStudy)(i) && Boolean(i
						.metaInfo().is_price_study))
				}
				_findFirstScaleForPriceStudy(e) {
					const t = e.model();
					for (let i = 0; i < this._priceScalesLimit; i++) {
						if (e.rightPriceScales().length > i && this._priceScaleIsPrice(e
								.rightPriceScales()[i], t)) return e.rightPriceScales()[i];
						if (e.leftPriceScales().length > i && this._priceScaleIsPrice(e
								.leftPriceScales()[i], t)) return e.leftPriceScales()[i]
					}
					return null
				}
				_targetPriceScaleIndex(e, t) {
					if (e.mainSource() === t.mainSeries()) return 0
				}
				_tryToGetDesiredPriceScale(e, t, i, r) {
					switch (i) {
						case "left":
							return this.canCreateNewPriceScale(e) ? e.createPriceScaleAtPosition(
								"left") : e.createPriceScaleAtPosition("overlay");
						case "right":
							return this.canCreateNewPriceScale(e) ? e.createPriceScaleAtPosition(
								"right") : e.createPriceScaleAtPosition("overlay");
						case "as-series":
							return void 0 !== r ? Object(s.ensureNotNull)(r.priceScale()) : e
								.isMainPane() ? Object(s.ensureNotNull)(Object(s.ensureNotNull)(e
									.mainDataSource()).priceScale()) : this
								.createNewPriceScaleIfPossible(e);
						case "overlay":
							return e.createPriceScaleAtPosition("overlay")
					}
				}
			}
			class o extends n {
				constructor(e) {
					super(e)
				}
				apply(e) {
					if (e.containsMainSeries()) {
						const t = Object(s.ensureNotNull)(Object(s.ensureNotNull)(e.mainDataSource())
							.priceScale());
						e.movePriceScale(t, "right", 0)
					}
					const t = e.model();
					for (; e.leftPriceScales().length > e.rightPriceScales().length;) {
						const i = e.leftPriceScales()[e.leftPriceScales().length - 1];
						e.movePriceScale(i, "right", this._targetPriceScaleIndex(i, t))
					}
					for (; e.rightPriceScales().length - e.leftPriceScales().length > 1;) {
						const i = e.rightPriceScales()[e.rightPriceScales().length - 1];
						e.movePriceScale(i, "left", this._targetPriceScaleIndex(i, t))
					}
				}
				createNewPriceScaleIfPossible(e) {
					if (!this.canCreateNewPriceScale(e)) return e.createPriceScaleAtPosition("overlay");
					const t = e.leftPriceScales().length < e.rightPriceScales().length ? "left" :
						"right";
					return e.createPriceScaleAtPosition(t)
				}
			}
			class a extends n {
				constructor(e) {
					super(e)
				}
				apply(e) {
					const t = e.model();
					e.leftPriceScales().slice(0).forEach(i => e.movePriceScale(i, "right", this
						._targetPriceScaleIndex(i, t)))
				}
				createNewPriceScaleIfPossible(e) {
					return this.canCreateNewPriceScale(e) ? e.createPriceScaleAtPosition("right") : e
						.createPriceScaleAtPosition("overlay")
				}
			}
			class l extends n {
				constructor(e) {
					super(e)
				}
				apply(e) {
					const t = e.model();
					e.rightPriceScales().slice(0).forEach(i => e.movePriceScale(i, "left", this
						._targetPriceScaleIndex(i, t)))
				}
				createNewPriceScaleIfPossible(e) {
					return this.canCreateNewPriceScale(e) ? e.createPriceScaleAtPosition("left") : e
						.createPriceScaleAtPosition("overlay")
				}
			}
			const c = [{
				name: "left",
				title: window.t("Stack On The Left"),
				ctor: l
			}, {
				name: "right",
				title: window.t("Stack On The Right"),
				ctor: a
			}, {
				name: "auto",
				title: window.t("Auto"),
				ctor: o
			}];

			function h(e) {
				const t = Object(s.ensureDefined)(c.find(t => t.name === e));
				return new t.ctor(t)
			}

			function u() {
				return c
			}
		},
		MXV9: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><g fill="none" fill-rule="evenodd" stroke="currentColor" transform="translate(4 4)"><path d="M.5 10.992c0 .287.226.508.505.508H2.65c.19.93.55 1.82 1.09 2.63L2.577 15.3a.5.5 0 0 0-.007.71l1.42 1.42a.5.5 0 0 0 .71-.007l1.17-1.163c.81.54 1.71.9 2.63 1.09v1.645c0 .284.227.505.508.505h1.984c.28 0 .508-.221.508-.505V17.35a7.46 7.46 0 0 0 2.63-1.09l1.17 1.163a.5.5 0 0 0 .71.007l1.42-1.42a.5.5 0 0 0-.007-.71l-1.163-1.17c.54-.81.9-1.7 1.09-2.63h1.645a.502.502 0 0 0 .505-.508V9.008a.503.503 0 0 0-.505-.508H17.35c-.19-.93-.55-1.82-1.09-2.63l1.163-1.17a.5.5 0 0 0 .007-.71l-1.42-1.42a.5.5 0 0 0-.71.007L14.13 3.74a7.46 7.46 0 0 0-2.63-1.09V1.005A.504.504 0 0 0 10.992.5H9.008a.504.504 0 0 0-.508.505V2.65c-.92.19-1.82.55-2.63 1.09L4.7 2.577a.5.5 0 0 0-.71-.007L2.57 3.99a.5.5 0 0 0 .007.71L3.74 5.87c-.54.81-.9 1.7-1.09 2.63H1.005a.503.503 0 0 0-.505.508v1.984z"/><circle cx="10" cy="10" r="2.5"/></g></svg>'
		},
		MY2c: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return l
			}));
			var s = i("RDU5"),
				r = i("aIyQ"),
				n = i.n(r),
				o = i("txPx");
			const a = Object(o.getLogger)("Common.UndoStack");
			class l {
				constructor() {
					this._commands = [], this._onChange = new n.a
				}
				onChange() {
					return this._onChange
				}
				isEmpty() {
					return 0 === this._commands.length
				}
				clear() {
					this.isEmpty() || (this._commands.length = 0, this._onChange.fire())
				}
				push(e) {
					if (!(e instanceof s.UndoCommand)) throw new TypeError(
						"argument must be an instance of UndoCommand");
					this._commands.push(e), this._onChange.fire(e)
				}
				pop() {
					if (this.isEmpty()) return void a.logDebug("pop: undo stack is empty");
					const e = this._commands.pop();
					return this._onChange.fire(e), e
				}
				head() {
					if (!this.isEmpty()) return this._commands[this._commands.length - 1]
				}
			}
		},
		MbIA: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return o
			}));
			var s = i("4kQX"),
				r = i("gQ5K");
			const n = {
				dateFormat: "yyyy-MM-dd",
				timeFormat: "%h:%m:%s",
				dateTimeSeparator: " "
			};
			class o {
				constructor(e = {}) {
					const t = Object.assign({}, n, e);
					this._dateFormatter = new r.DateFormatter(t.dateFormat), this._timeFormatter = new s
						.TimeFormatter(t.timeFormat), this._separator = t.dateTimeSeparator
				}
				format(e) {
					return `${this._dateFormatter.format(e)}${this._separator}${this._timeFormatter.format(e)}`
				}
				formatLocal(e) {
					return `${this._dateFormatter.formatLocal(e)}${this._separator}${this._timeFormatter.formatLocal(e)}`
				}
			}
		},
		MrEN: function(e, t, i) {
			"use strict";
			var s = i("aIyQ"),
				r = function(e, t) {
					this._server = e, this._session = t, this.seriesCompleted = new s, this.seriesError =
						new s
				};
			r.prototype.onRequestMetadata = function(e, t) {
				this._server.receiveLocalResponse({
					method: "studies_metadata",
					params: [this._session, e, {
						errors: [],
						hash: "",
						metainfo: t,
						migrations: []
					}]
				})
			}, r.prototype.onSymbolResolved = function(e, t) {
				this._server.receiveLocalResponse({
					method: "symbol_resolved",
					params: [this._session, e, t]
				})
			}, r.prototype.onSymbolError = function(e, t) {
				this._server.receiveLocalResponse({
					method: "symbol_error",
					params: [this._session, e, t]
				})
			}, r.prototype.onStudyError = function(e, t, i) {
				this._server.receiveLocalResponse({
					method: "study_error",
					params: [this._session, e, t, i]
				})
			}, r.prototype.onSeriesLoading = function(e, t) {
				this._server.receiveLocalResponse({
					method: "series_loading",
					params: [this._session, e, t]
				})
			}, r.prototype.onSeriesCompleted = function(e, t, i) {
				this._server.receiveLocalResponse({
					method: "series_completed",
					params: [this._session, e, i, t]
				}), this.seriesCompleted.fire(e, t)
			}, r.prototype.onSeriesError = function(e, t, i) {
				this._server.receiveLocalResponse({
					method: "series_error",
					params: [this._session, e, t, i]
				}), this.seriesError.fire(e, t)
			}, r.prototype.onStudyCompleted = function(e, t) {
				this._server.receiveLocalResponse({
					method: "study_completed",
					params: [this._session, e, t]
				})
			}, r.prototype.onStudyLoading = function(e, t) {
				this._server.receiveLocalResponse({
					method: "study_loading",
					params: [this._session, e, t]
				})
			}, r.prototype.onTickmarksUpdated = function(e, t) {
				var i = {
					method: "tickmark_update",
					params: [this._session, {
						index: e,
						zoffset: 0,
						changes: [],
						marks: t,
						index_diff: []
					}]
				};
				this._server.receiveLocalResponse(i)
			}, r.prototype.onTimescaleUpdate = function(e, t) {
				var i = {
					method: "timescale_update",
					params: [this._session, this._prepareDataUpdateObjects(t), {
						index: e.pointsIndex,
						zoffset: 0,
						changes: e.points,
						marks: e.marks,
						index_diff: e.indexChange,
						baseIndex: e.baseIndex
					}]
				};
				this._server.receiveLocalResponse(i)
			}, r.prototype.onTimescaleCompleted = function(e) {
				this._server.receiveLocalResponse({
					method: "timescale_completed",
					params: [this._session, e]
				})
			}, r.prototype.onSeriesTimeframeUpdate = function(e, t, i, s, r) {
				var n = {
					method: "series_timeframe",
					params: [this._session, e, t, i, s, null, !0, r]
				};
				this._server.receiveLocalResponse(n)
			}, r.prototype.onPointsetDataUpdate = function(e, t, i) {
				this.onDataUpdate(e, t, i, null)
			}, r.prototype._prepareDataUpdateObjects = function(e) {
				var t = {};
				return e.forEach((function(e) {
					t[e.objId] = {
						series: e.data,
						turnaround: e.turnaround
					}, e.nonSeriesData && (e.nonSeriesData.data ? t[e.objId]
						.nonseries = {
							d: JSON.stringify(e.nonSeriesData.data),
							indexes: e.nonSeriesData.indexes
						} : t[e.objId].nonseries = {
							d: "",
							indexes: []
						})
				})), t
			}, r.prototype.onDataUpdate = function(e, t, i, s) {
				var r = {
					method: "data_update",
					params: [this._session, this._prepareDataUpdateObjects([{
						objId: e,
						turnaround: t,
						data: i,
						nonSeriesData: s
					}])]
				};
				this._server.receiveLocalResponse(r)
			}, r.prototype.onQuotesData = function(e) {
				this._server.receiveLocalResponse({
					method: "quote_symbol_data",
					params: e
				})
			}, r.prototype.onDepthData = function(e) {
				this._server.receiveLocalResponse({
					method: "dd",
					params: e
				})
			}, r.prototype.onDepthUpdate = function(e) {
				this._server.receiveLocalResponse({
					method: "dpu",
					params: e
				})
			}, r.prototype.onClearData = function(e) {
				this._server.receiveLocalResponse({
					method: "clear_data",
					params: [this._session, e]
				})
			}, TradingView.ChartapiMessagerInstances = [], e.exports = r
		},
		"N+BX": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolBezierCubic", (function() {
				return n
			}));
			var s = i("Ocx9"),
				r = i("Ss5c");
			class n extends r.LineDataSource {
				constructor(e, t) {
					const s = t || n.createProperties();
					super(e, s), this._controlPoints = null, i.e("lt-pane-views").then(i.bind(null,
						"a6on")).then(t => {
						this._setPaneViews([new t.BezierCubicPaneView(this, e)])
					})
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Double Curve"
				}
				properties() {
					return super.properties()
				}
				setLastPoint(e, t) {
					super.setLastPoint(e, t), this._controlPoints = this._calculateControlPoints()
				}
				addPoint(e, t, i) {
					const s = super.addPoint(e, t, i);
					if (s) {
						const e = this._calculateControlPoints();
						this._controlPoints = null, this._points.push(e[0]), this._points.push(e[
								1]), i || (this.normalizePoints(), this.createServerPoints()), this
							._createPointProperty(2), this._createPointProperty(3)
					}
					return s
				}
				restorePoints(e, t, i) {
					super.restorePoints(e, t, i), this._createPointProperty(2), this
						._createPointProperty(3)
				}
				controlPoints() {
					return this._controlPoints
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolbeziercubic", e);
					return n._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "b4fl")).then(
						e => e.GeneralBezierDefinitionsViewModel)
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e)
				}
				_calculateControlPoints() {
					const e = this.pointToScreenPoint(this.points()[0])[0],
						t = this.pointToScreenPoint(this.points()[1])[0],
						i = t.subtract(e).scaled(.5).transposed().scaled(.3),
						s = e.add(t).scaled(.33),
						r = e.add(t).scaled(.67),
						n = s.add(i),
						o = r.subtract(i);
					return [this.screenPointToPoint(n), this.screenPointToPoint(o)]
				}
			}
		},
		N1UO: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyApi", (function() {
				return v
			}));
			var s = i("Eyy1"),
				r = i("aIyQ"),
				n = i.n(r),
				o = i("ogJP"),
				a = i("9iCb"),
				l = i("xo8u"),
				c = i("gaBL"),
				h = i("HGup"),
				u = i("jRfx"),
				d = i("/ToI"),
				p = i("HZKX"),
				_ = i("SwuQ"),
				m = i("Yt+L"),
				f = i("GD+X"),
				g = i("bmVy"),
				b = i("pZDF");
			class v {
				constructor(e, t) {
					this._onStudyCompleted = new n.a, this._onStudyError = new n.a, this._study = e,
						this._chartWidget = t, this._undoModel = this._chartWidget.model(), this
						._model = this._undoModel.model(), this._study.onAboutToBeDestroyed().subscribe(
							this, () => {
								this._study.onStatusChanged().unsubscribeAll(this), this._study
									.onAboutToBeDestroyed().unsubscribeAll(this)
							}), this._study.onStatusChanged().subscribe(this, e => {
							switch (e.type) {
								case g.StudyStatusType.Completed:
									this._onStudyCompleted.fire();
									break;
								case g.StudyStatusType.Error:
									this._onStudyError.fire()
							}
						})
				}
				isUserEditEnabled() {
					return this._study.userEditEnabled()
				}
				setUserEditEnabled(e) {
					this._study.setUserEditEnabled(e)
				}
				getInputsInfo() {
					return Object(b.getStudyInputsInfo)(this._study.metaInfo())
				}
				getInputValues() {
					const e = this._study.inputs({
						symbolsForChartApi: !1,
						asObject: !0
					});
					return Object.keys(e).map(t => {
						const i = e[t];
						return {
							id: t,
							value: Object(o.isObject)(i) ? i.v : i
						}
					})
				}
				setInputValues(e) {
					const t = this.getInputValues();
					for (const i of e) {
						void 0 !== t.find(e => e.id === i.id) ? this._study.properties().inputs[i.id]
							.setValue(i.value) : console.warn(`There is no such input: "${i.id}"`)
					}
				}
				mergeUp() {
					this._model.isMergeUpAvailableForSource(this._study) && new u.c(this._model, this
						._study, "").redo()
				}
				mergeDown() {
					this._model.isMergeDownAvailableForSource(this._study) && new u.a(this._model, this
						._study, "").redo()
				}
				unmergeUp() {
					this._model.isUnmergeAvailableForSource(this._study) && new h.c(this._model, this
						._study, "").redo()
				}
				unmergeDown() {
					this._model.isUnmergeAvailableForSource(this._study) && new h.a(this._model, this
						._study, "").redo()
				}
				onDataLoaded() {
					return this._onStudyCompleted
				}
				onStudyError() {
					return this._onStudyError
				}
				mergeUpWithUndo() {
					this._model.isMergeUpAvailableForSource(this._study) && this._undoModel
						.mergeSourceUp(this._study)
				}
				mergeDownWithUndo() {
					this._model.isMergeDownAvailableForSource(this._study) && this._undoModel
						.mergeSourceDown(this._study)
				}
				unmergeUpWithUndo() {
					this._model.isUnmergeAvailableForSource(this._study) && this._undoModel
						.unmergeSourceUp(this._study)
				}
				unmergeDownWithUndo() {
					this._model.isUnmergeAvailableForSource(this._study) && this._undoModel
						.unmergeSourceDown(this._study)
				}
				priceScale() {
					return new f.a(this._undoModel, Object(s.ensureNotNull)(this._study.priceScale()))
				}
				symbolSource() {
					const e = Object(s.ensureNotNull)(this._study.symbolSource());
					return {
						symbol: e.symbol(),
						currencyId: e.currency(),
						unitId: e.unit()
					}
				}
				changePriceScale(e) {
					const t = Object(s.ensureNotNull)(this._model.paneForSource(this._model
							.mainSeries())),
						i = Object(s.ensureNotNull)(this._model.paneForSource(this._study));
					switch (e) {
						case "no-scale":
							Object(s.assert)(i.actionNoScaleIsEnabled(this._study),
									"Unable to leave a pane without any non-overlay price scale"), new d
								.b(this._model, this._study, i, "overlay", "").redo();
							break;
						case "as-series":
							Object(s.assert)(i === t, "Study should be on the main pane"), new d.a(this
									._model, this._study, i, this._model.mainSeries().priceScale(), "")
								.redo();
							break;
						case "new-left":
							new d.b(this._model, this._study, i, "left", "").redo();
							break;
						case "new-right":
							new d.b(this._model, this._study, i, "right", "").redo();
							break;
						default:
							const r = this._model.dataSourceForId(e);
							if (null === r) throw new Error(`There is no study with entityId='${e}'`);
							const n = i === this._model.paneForSource(r);
							Object(s.assert)(n, "Both studies should be on the same pane");
							const o = Object(s.ensureNotNull)(r.priceScale()),
								a = Object(c.sourceNewCurrencyOnPinningToPriceScale)(this._study, o,
									this._model),
								h = Object(_.sourceNewUnitOnPinningToPriceScale)(this._study, o, this
									._model);
							new d.a(this._model, this._study, i, o, "").redo(), null !== a && new l.a(o,
								a, this._undoModel.chartWidget(), "").redo(), null !== h && new m.a(
								o, h, this._undoModel.chartWidget(), "").redo()
					}
				}
				isVisible() {
					return this._study.properties().visible.value()
				}
				setVisible(e) {
					this._study.properties().visible.setValue(e)
				}
				bringToFront() {
					this._model.bringToFront([this._study])
				}
				sendToBack() {
					this._model.sendToBack([this._study])
				}
				applyOverrides(e) {
					Object(a.applyOverridesToStudy)(this._study, e)
				}
				dataLength() {
					return this._study.status().type !== g.StudyStatusType.Completed ? 0 : this._study
						.metaInfo().plots.length > 0 ? this._study.data().size() : this._model
						.mainSeries().bars().size()
				}
				isLoading() {
					return this._study.isLoading()
				}
				async applyToEntireLayout() {
					const e = new p.ActionsProvider(this._chartWidget),
						t = (await e.contextMenuActionsForSources([this._study])).find(e =>
							"applyStudyToEntireLayout" === e.id);
					t && t.execute()
				}
			}
		},
		N22A: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("eqEH");
			const r = {
				id: "TradingService"
			};

			function n() {
				return Object(s.hasService)(r) ? Object(s.service)(r) : null
			}
		},
		NJRZ: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineTool5PointsPattern", (function() {
				return a
			}));
			var s = i("Eyy1"),
				r = i("Ocx9"),
				n = i("Ss5c"),
				o = i("j3hX");
			class a extends n.LineDataSource {
				constructor(e, t) {
					super(e, t || a.createProperties()), this._loadPaneViews(e)
				}
				pointsCount() {
					return 5
				}
				name() {
					return "XABCD Pattern"
				}
				properties() {
					return super.properties()
				}
				static createProperties(e) {
					const t = new r.DefaultProperty("linetool5pointspattern", e);
					return a._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "/HOw")).then(
						e => e.PatternWithBackgroundDefinitionViewModel)
				}
				_loadPaneViews(e) {
					i.e("lt-pane-views").then(i.bind(null, "6MfG")).then(t => {
						this._setPaneViews([new t.Pattern5pointsPaneView(this, e)])
					})
				}
				static _configureProperties(e) {
					n.LineDataSource._configureProperties(e), e.addChild("linesColors", new o
							.LineToolColorsProperty([Object(s.ensureDefined)(e.child("color"))])), e
						.addChild("textsColors", new o.LineToolColorsProperty([Object(s
							.ensureDefined)(e.child("textcolor"))]))
				}
			}
		},
		NSoL: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "clientSnapshot", (function() {
				return y
			}));
			var s = i("aO4+"),
				r = i("eJTA"),
				n = i("zM7N"),
				o = i("Y7w9"),
				a = i("ikwP"),
				l = i("zDbI"),
				c = i("XlJ7"),
				h = i("EsvI"),
				u = i("Dq3s"),
				d = i("Kxc7"),
				p = i("4GHa");
			const _ = !d.enabled("widget_logo");

			function m(e, t = null, i = null) {
				let s = {};
				if ("number" == typeof e) return {
					relativePositions: {
						[e]: {
							l: t,
							t: i
						}
					},
					nextElementLeft: e,
					nextElementTop: e
				};
				const [r, ...n] = e;
				if ("v" === r) {
					let e = null;
					for (const r of n) {
						const n = m(r, t, i);
						s = {
							...s,
							...n.relativePositions
						}, i = n.nextElementTop, e = n.nextElementLeft
					}
					t = e
				}
				if ("h" === r) {
					let e = null;
					for (const r of n) {
						const n = m(r, t, i);
						s = {
							...s,
							...n.relativePositions
						}, t = n.nextElementLeft, e = n.nextElementTop
					}
					i = e
				}
				return {
					relativePositions: s,
					nextElementTop: i,
					nextElementLeft: t
				}
			}
			const f = function(e) {
				const t = {};
				for (const i of Object.keys(e)) {
					const s = m(e[i]).relativePositions;
					t[i] = s
				}
				return t
			}(u);

			function g(e, t, i, s) {
				return Object(a.drawScaled)(e, s, () => {
					e.fillText(i, t.x / s, t.y / s)
				}), e.measureText(i).width * s
			}

			function b(e) {
				return e.map(e => ({
					...e,
					title: ""
				}))
			}

			function v(e, t) {
				const i = [{
					text: e.trim()
				}];
				for (const e of t) e.visible && ("" !== i[i.length - 1].text && i.push({
					text: "  "
				}), e.title && i.push({
					text: e.title
				}), i.push({
					text: e.value,
					color: e.color
				}));
				return i
			}
			class S {
				constructor(e, t) {
					this._logoTextColor = null, this._snapshotData = e, t = t || {}, this._options = {
						backgroundColor: h.themes[e.theme].getThemedColor("color-bg-primary"),
						borderColor: h.themes[e.theme].getThemedColor("color-border"),
						font: l.CHART_FONT_FAMILY,
						fontSize: 12,
						legendMode: "vertical",
						hideResolution: !1,
						header: void 0,
						...t
					};
					const i = f[e.layout],
						s = e.charts.map(e => function(e) {
							const t = e.panes[0],
								i = t.canvas.width + t.leftAxis.canvas.width + t.rightAxis.canvas
								.width;
							let s = 0;
							for (const t of e.panes) s += t.canvas.height;
							return void 0 !== e.timeAxis && (s += e.timeAxis.canvas.height), new a
								.Size(i, s)
						}(e));
					if (this._pixelRatio = e.hidpiRatio, this._chartsGeometry = e.charts.map((e, t) =>
							function e(t, i, s, r) {
								let n = Math.round(10 * r),
									o = Math.round(10 * r);
								const a = s[t];
								if (null !== a.l) {
									const t = e(a.l, i, s, r);
									n = t.x + t.width + Math.round(5 * r)
								}
								if (null !== a.t) {
									const t = e(a.t, i, s, r);
									o = t.y + t.height + Math.round(5 * r)
								}
								const l = i[t];
								return {
									x: n,
									y: o,
									width: l.w,
									height: l.h
								}
							}(t, s, i, this._pixelRatio)), !_) {
						let i = e.theme;
						void 0 !== t.backgroundColor && (i = "black" === Object(r.rgbToBlackWhiteString)
								(Object(r.parseRgb)(t.backgroundColor), 150) ? n.a.Dark : n.a.Light),
							this._logoTextColor = h.themes[i].getThemedColor("color-text-primary")
					}
					this._headerDefaultTextColor = h.themes[e.theme].getThemedColor(
						"color-text-primary")
				}
				async getImage() {
					const e = this._pixelRatio;
					let t = 0,
						i = 0,
						r = 0;
					if (this._options.header) {
						r = Math.ceil(1.4 * this._options.fontSize * e) * this._options.header.length
					}
					i += r;
					let n = 0,
						o = 0;
					for (const e of this._chartsGeometry) n = Math.max(n, e.x + e.width), o = Math.max(
						o, e.y + e.height);
					const h = i;
					t += n, i += o, t += Math.round(10 * e);
					const u = _ ? Math.round(10 * e) : Math.round(35 * e),
						d = i;
					i += u;
					const m = Object(a.createDisconnectedCanvas)(document, new a.Size(t, i), 1),
						f = Object(a.getContext2D)(m);
					f.font = Object(c.makeFont)(this._options.fontSize, this._options.font), f
						.textBaseline = "top", f.fillStyle = this._options.backgroundColor, f.fillRect(
							0, 0, t, i), this._options.header && this._drawHeader(f, t, new s.Point(Math
							.round(10 * e), Math.round(10 * e)));
					for (let e = 0; e < this._snapshotData.charts.length; ++e) {
						const t = this._snapshotData.charts[e],
							i = this._chartsGeometry[e];
						this._drawChart(t, i, f, new s.Point(0, h))
					}
					if (null !== this._logoTextColor) {
						const t = await

						function(e, t, i) {
							var s;
							const r = (new DOMParser).parseFromString(p, "image/svg+xml");
							null === (s = null == r ? void 0 : r.firstElementChild) || void 0 === s || s
								.setAttribute("color", i);
							const n = URL.createObjectURL(new Blob([(new XMLSerializer)
								.serializeToString(r)
							], {
								type: "image/svg+xml"
							}));
							return new Promise(i => {
								const s = new Image;
								s.width = e, s.height = t, s.onload = () => {
									i({
										image: s,
										width: e,
										height: t
									})
								}, s.src = n
							})
						}(Math.round(20 * e), Math.round(15 * e), this._logoTextColor);
						f.fillStyle = this._logoTextColor, f.font = Object(c.makeFont)(13, l
							.CHART_FONT_FAMILY);
						const i = d + Math.round(u / 2 - t.height / 2);
						! function(e, t, i, s, r) {
							e.save(), e.drawImage(s.image, t, i, s.width, s.height), e.textBaseline =
								"bottom";
							const n = (t + s.width) / r + 3,
								o = (i + s.height) / r;
							Object(a.drawScaled)(e, r, () => {
								e.fillText("TradingView", n, o)
							}), e.restore()
						}(f, Math.round(10 * e), i, t, e)
					}
					return m
				}
				_drawChart(e, t, i, r) {
					i.save(), i.translate(t.x + r.x, t.y + r.y);
					let n = 0;
					for (const t of e.panes) {
						let r = 0;
						const o = t.leftAxis.canvas.width + Math.round(8 * this._pixelRatio),
							a = n,
							l = n + Math.round(10 * this._pixelRatio);
						t.leftAxis.contentWidth > 0 && (i.drawImage(t.leftAxis.canvas, r, n),
								r += t.leftAxis.canvas.width), i.drawImage(t.canvas, r, n), r += t
							.canvas.width, t.rightAxis.contentWidth > 0 && i.drawImage(t.rightAxis
								.canvas, r, n), "pane" === t.type && (i.fillStyle = e.colors.text, this
								._drawLegend(t, i, new s.Point(o, l), a)), n += t.canvas.height
					}
					if (void 0 !== e.timeAxis) {
						let t = 0;
						e.timeAxis.lhsStub.contentWidth > 0 && (i.drawImage(e.timeAxis.lhsStub.canvas,
								t, n), t += e.timeAxis.lhsStub.canvas.width), i.drawImage(e.timeAxis
								.canvas, t, n), t += e.timeAxis.canvas.width, e.timeAxis.rhsStub
							.contentWidth > 0 && i.drawImage(e.timeAxis.rhsStub.canvas, t, n)
					}
					i.strokeStyle = this._options.borderColor, i.strokeRect(0, 0, t.width, t.height), i
						.restore()
				}
				_drawHeader(e, t, i) {
					const {
						header: r
					} = this._options;
					if (!r) return;
					e.save(), e.fillStyle = this._headerDefaultTextColor;
					const n = Math.ceil(1.4 * this._options.fontSize * this._pixelRatio);
					r.forEach((r, o) => {
						this._drawLegendLine(e, new s.Point(i.x, i.y + n * o), t, [{
							...r,
							text: r.text.trim()
						}], !0)
					}), e.restore()
				}
				_drawLegend(e, t, i, r) {
					let n = !0;
					const o = Math.ceil(1.4 * this._options.fontSize * this._pixelRatio);
					let a = i.x,
						l = i.y;
					if (e.mainSeriesText && l + o < r + e.canvas.height) {
						const i = this._drawLegendLine(t, new s.Point(a, l), e.contentWidth * this
							._pixelRatio, v(e.mainSeriesText, e.mainSeriesValues), !0);
						"horizontal" !== this._options.legendMode ? l += o : (a = i + 1.4 * this
							._options.fontSize * this._pixelRatio, n = !1)
					}
					for (let c = 0; c < e.studies.length; ++c)
						if (l + o < r + e.canvas.height) {
							const r = e.studies[c],
								h = e.studiesValues[c];
							let u = null;
							for (; null === u;) u = this._drawLegendLine(t, new s.Point(a, l), e
									.contentWidth * this._pixelRatio, v(r, b(h)), n), "horizontal" !==
								this._options.legendMode ? l += o : null === u ? (n = !0, a = i.x, l +=
									o) : (a = u + 1.4 * this._options.fontSize * this._pixelRatio, n = !
									1)
						}
				}
				_drawLegendLine(e, t, i, r, n) {
					const a = r.map(e => e.text).join("");
					let l = t.x;
					const c = function(e, t, i, s) {
						if (e.measureText(t).width * s <= i) return {
							text: t,
							elided: !1
						};
						const r = e.measureText("...").width * s,
							n = [];
						for (let e = 0; e < t.length; ++e) n.push(e);
						const a = Object(o.upperbound)(n, i, (n, o) => e.measureText(t.slice(0, o +
							1)).width * s + r > i);
						return {
							text: (t = t.slice(0, a)).trim(),
							elided: !0
						}
					}(e, a, i - l, this._pixelRatio);
					if (c.elided && !n) return null;
					const h = [];
					let u = 0;
					for (const e of r) {
						if (u + e.text.length > c.text.length) break;
						h.push(e.text), u += e.text.length
					}
					const d = h.join("").trim().length;
					u = 0;
					for (const i of r) {
						if (u + i.text.length > d) break;
						i.color && (e.save(), e.fillStyle = i.color), l += g(e, new s.Point(l, t.y), i
							.text, this._pixelRatio), i.color && e.restore(), u += i.text.length
					}
					return c.elided && (l += g(e, new s.Point(l, t.y), "...", this._pixelRatio)), l
				}
			}
			async function y(e, t) {
				return new S(e, t).getImage()
			}
		},
		NhkU: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("j3hX"),
				o = n.LineToolWidthsProperty,
				a = n.LineToolColorsProperty;
			class l extends s {
				constructor(e, t) {
					super(e, t || l.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"l5Au", 7)).then(({
						PitchfanLinePaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				levelsCount() {
					return l.LevelsCount
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Pitchfan"
				}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "D+Nk")))
						.PitchBaseDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetoolpitchfan", e, !1, {
						range: [0, 8]
					});
					return l._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					for (var t = [e.child("median").child("linewidth")], i = [e.child("median").child(
							"color")], r = 0; r <= l.LevelsCount; r++) t.push(e.child("level" + r)
						.child("linewidth")), i.push(e.child("level" + r).child("color"));
					e.addChild("linesColors", new a(i)), e.addChild("linesWidths", new o(t))
				}
			}
			l.LevelsCount = 8, t.LineToolPitchfan = l
		},
		NsVT: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("hY0g"),
				r = i.n(s),
				n = i("HySD");

			function o(e, t) {
				let i = 0;
				for (const {
						min: s,
						max: r
					} of t) {
					if (e < s || r < s) continue;
					const t = Math.min(e, r);
					if (i = Math.max(i, t), e === i) break
				}
				return i
			}

			function a(e) {
				const t = [];
				if (void 0 === e) return [];
				Array.isArray(e) || (e = [e]);
				for (const i of e) {
					let e, s;
					isFinite(i) ? e = s = Number(i) : (e = +i.min, s = +i.max), (e < 0 || isNaN(e)) && (e =
						0), isNaN(s) && (s = 1 / 0), e <= s && s > 0 && t.push({
						min: e,
						max: s
					})
				}
				return t.sort((e, t) => e.min - t.min || e.max - t.max), t
			}

			function l(e, t) {
				if (e.length !== t.length) return !1;
				for (let i = e.length; i--;) {
					if (e[i].min !== t[i].min) return !1;
					if (e[i].max !== t[i].max) return !1
				}
				return !0
			}
			var c = i("+GxX"),
				h = i("Kxc7");
			i.d(t, "ChartPage", (function() {
				return d
			}));
			const u = h.enabled("no_min_chart_width");
			class d {
				constructor(e) {
					this._processVisibility = e => {
						const t = e.container.value();
						return this._affectsLayout(e.name) ? (t && t.classList.toggle("js-hidden", !
							1), !0) : (t && t.classList.toggle("js-hidden", !0), !1)
					}, this._setWidth = (e, t) => {
						let i = t;
						this._fullscreenArea !== e.name && (e.availWidth.setValue(t), e.canNegotiate
							.width && (i = o(t, e.negotiations.width)));
						const s = e.container.value();
						return s && (s.style.width = i + "px"), e.width.setValue(i), i
					}, this._setHeight = (e, t) => {
						let i = t;
						this._fullscreenArea !== e.name && (e.availHeight.setValue(t), e
							.canNegotiate.height && (i = o(t, e.negotiations.height)));
						const s = e.container.value();
						return s && (s.style.height = i + "px"), e.height.setValue(i), i
					};
					const t = e.container.value();
					if (!t) throw new Error("bridge.container.value() must be an element");
					this._container = t, this._availableAreas = ["left", "tradingpanel", "right", "top",
							"bottom", "center", "topleft", "extratop"
						], this._areas = {}, this._bridge = e, this._width = e.width, this._height = e
						.height, this._width.subscribe(() => this.recalculate()), this._height
						.subscribe(() => this.recalculate()), this._bridge.visible.subscribe(() => this
							._updateVisibility()), this._bridge.fullscreen.subscribe(() => this
							._onParentFullscreenChange()), this.recalculate()
				}
				allocate(e) {
					const t = e && e.areaName;
					if (-1 === this._availableAreas.indexOf(t)) throw new Error(
						"unknown options.areaName");
					this.free(t);
					const i = this._createDOM(t),
						s = {
							name: t,
							canNegotiate: {
								width: "left" === t || "right" === t || "tradingpanel" === t ||
									"topleft" === t,
								height: "top" === t || "bottom" === t || "topleft" === t ||
									"extratop" === t
							},
							negotiations: {
								width: [],
								height: []
							},
							remove: () => {
								for (const e in this._areas) this._areas[e] === s && this.free(e)
							},
							negotiateWidth: e => {
								if (!s.canNegotiate.width) return;
								const t = a(e);
								l(s.negotiations.width, t) || (s.negotiations.width = t, this
									.recalculate())
							},
							negotiateHeight: e => {
								if (!s.canNegotiate.height) return;
								const t = a(e);
								l(s.negotiations.height, t) || (s.negotiations.height = t, this
									.recalculate())
							},
							requestFullscreen: () => {
								this._fullscreenArea || ("right" !== t && "center" !== t || (this
										._fullscreenArea = t), "center" === t && this._bridge
									.requestFullscreen(), this._updateFullscreen())
							},
							exitFullscreen: () => {
								t === this._fullscreenArea && (this._fullscreenArea = void 0,
									"center" === t && this._bridge.exitFullscreen(), this
									._updateFullscreen())
							},
							width: new r.a,
							height: new r.a,
							availWidth: new r.a,
							availHeight: new r.a,
							alive: new r.a(!0),
							container: new r.a(i),
							visible: new r.a(!0),
							fullscreen: new r.a(!0),
							rdState: new n.ResizerDetacherState
						};
					return s.rdState.pushOwner(s), this._areas[t] = s, s.rdState.owner.subscribe(e => {
						const i = s.container.value();
						if (e !== s) i && (i.innerHTML = "", i.parentElement && i.parentElement
							.removeChild(i));
						else {
							let e = null;
							for (let i = this._availableAreas.indexOf(t); i--;) {
								const t = this._availableAreas[i];
								if (this._affectsLayout(t)) {
									e = this._areas[t].container.value();
									break
								}
							}
							i && (e && i.parentElement ? i.insertAdjacentElement("afterend",
								e) : this._container.appendChild(i))
						}
						this.recalculate()
					}, {
						callWithLast: !0
					}), s.rdState.bridge()
				}
				free(e) {
					const t = this._areas[e];
					if (!t) return;
					this._areas[e] = void 0;
					const i = t.container.value();
					i && i.parentElement && i.parentElement.removeChild(i), t.alive.setValue(!1)
				}
				recalculate() {
					const e = {};
					this._recalcSingleRunToken = e;
					const t = this._areas.topleft,
						i = this._areas.left,
						s = this._areas.tradingpanel,
						r = this._areas.right,
						n = this._areas.top,
						o = this._areas.bottom,
						a = this._areas.center,
						l = this._areas.extratop,
						c = this._width.value(),
						h = this._height.value();
					let d = 0,
						p = 0,
						_ = 0,
						m = 0,
						f = 0,
						g = 0,
						b = 0,
						v = 0;
					if (e === this._recalcSingleRunToken && l && this._processVisibility(l) && (v = this
							._setHeight(l, h), this._setWidth(l, c)), e === this
						._recalcSingleRunToken && t && this._processVisibility(t)) {
						b = this._setHeight(t, h), g = this._setWidth(t, c), g && (g += 4);
						const e = t.container.value();
						e && (e.style.top = v + "px")
					}
					if (e === this._recalcSingleRunToken && i && this._processVisibility(i)) {
						const e = i.container.value();
						e && (e.style.top = b + v + "px"), this._setHeight(i, h - b - v), _ = this
							._setWidth(i, c), _ && (_ += 4)
					}
					if (e === this._recalcSingleRunToken && s && this._processVisibility(s)) {
						this._setHeight(s, h);
						let e = c - _;
						u || (e -= 300), f = this._setWidth(s, e)
					}
					if (e === this._recalcSingleRunToken && r && this._processVisibility(r)) {
						this._setHeight(r, h - v);
						let e = c - _ - f;
						u || (e -= 300), m = this._setWidth(r, e);
						const t = r.container.value();
						t && (t.style.top = v + "px")
					}
					const S = f + m,
						y = S ? 4 : 0;
					if (e === this._recalcSingleRunToken && n && this._processVisibility(n)) {
						const e = Math.max(g, _),
							t = n.container.value();
						t && (t.style.left = e + "px", t.style.top = v + "px");
						const i = c - e - f - m - y;
						this._setWidth(n, i), d = this._setHeight(n, h)
					}
					let w = 0;
					const P = c - _ - f - m - y;
					if (e === this._recalcSingleRunToken && o && this._processVisibility(o)) {
						const e = o.container.value();
						e && (e.style.left = _ + "px", e.classList.toggle("no-border-top-left-radius", !
								_), e.classList.toggle("no-border-top-right-radius", !S)), this
							._setWidth(o, P);
						const t = h - d - v;
						w = Math.min(300, t - 0), p = this._setHeight(o, t) + 4
					}
					if (e === this._recalcSingleRunToken && a && this._processVisibility(a)) {
						const e = a.container.value();
						e && (e.style.left = _ + "px", e.style.top = d + v + "px", e.classList.toggle(
							"no-border-bottom-left-radius", !p || !_), e.classList.toggle(
							"no-border-bottom-right-radius", !S || !p)), this._setWidth(a, P);
						const t = h - d - p - v;
						this._setHeight(a, Math.max(t, w))
					}
					if (e === this._recalcSingleRunToken && s && this._affectsLayout("tradingpanel")) {
						const e = s.container.value();
						e && (e.style.right = m + "px", e.style.top = v + "px")
					}
					e === this._recalcSingleRunToken && this._updateVisibility()
				}
				_affectsLayout(e) {
					const t = this._areas[e];
					if (!t) return !1;
					if (t.rdState.owner.value() !== t) return !1;
					if (this._fullscreenArea && this._fullscreenArea !== e) return p(e);
					if (this._width.value() <= 567 || this._height.value() <= 445) {
						const t = ["center", "top", "left", "topleft", "extratop"];
						if (Object(c.isFeatureEnabled)("mobile_show_bottom_panel") && t.push("bottom"),
							!t.includes(e)) return !1
					}
					return !0
				}
				_updateVisibility() {
					const e = this._bridge.visible.value();
					for (let t = 0; t < this._availableAreas.length; t++) {
						const i = this._availableAreas[t],
							s = this._areas[i];
						s && (e && this._affectsLayout(i) ? s.visible.setValue(!0) : s.visible.setValue(
							!1))
					}
				}
				_onParentFullscreenChange() {
					this._bridge.fullscreen.value() || (this._fullscreenArea = void 0, this
						._updateFullscreen())
				}
				_updateFullscreen() {
					const e = void 0 !== this._fullscreenArea;
					for (let t = 0; t < this._availableAreas.length; t++) {
						const i = this._availableAreas[t],
							s = this._areas[i];
						if (!s) continue;
						if (i === this._fullscreenArea) {
							s.fullscreen.setValue(!0);
							continue
						}
						const r = s.container.value();
						r && r.classList.toggle("js-hidden", e && !p(i))
					}
					this._updateVisibility(), this.recalculate()
				}
				_createDOM(e) {
					const t = document.createElement("div");
					return t.classList.add("layout__area--" + e), t.style.position = "absolute",
						"bottom" === e ? t.style.bottom = "0" : t.style.top = "0", "right" === e ||
						"tradingpanel" === e ? t.style.right = "0" : t.style.left = "0", t
				}
			}

			function p(e) {
				const t = h.enabled("side_toolbar_in_fullscreen_mode"),
					i = h.enabled("header_in_fullscreen_mode");
				return "center" === e || "left" === e && t || "top" === e && i
			}
		},
		Nu4p: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			}));
			i("YFKU");
			const s = {
				shape_arrow_down: {
					guiName: window.t("Arrow Down"),
					id: "shape_arrow_down",
					paneRendererClass: "PaneRendererArrowDown",
					pineName: "shape.arrowdown",
					icon: "arrow_down"
				},
				shape_arrow_up: {
					guiName: window.t("Arrow Up"),
					id: "shape_arrow_up",
					paneRendererClass: "PaneRendererArrowUp",
					pineName: "shape.arrowup",
					icon: "arrow_up"
				},
				shape_circle: {
					guiName: window.t("Circle"),
					id: "shape_circle",
					paneRendererClass: "PaneRendererCircleShape",
					pineName: "shape.circle",
					icon: "circle"
				},
				shape_cross: {
					guiName: window.t("Cross"),
					id: "shape_cross",
					paneRendererClass: "PaneRendererCrossShape",
					pineName: "shape.cross",
					icon: "cross"
				},
				shape_diamond: {
					guiName: window.t("Diamond"),
					id: "shape_diamond",
					paneRendererClass: "PaneRendererDiamond",
					pineName: "shape.diamond",
					icon: "diamond"
				},
				shape_flag: {
					guiName: window.t("Flag"),
					id: "shape_flag",
					paneRendererClass: "PaneRendererFlagShape",
					pineName: "shape.flag",
					icon: "flag"
				},
				shape_label_down: {
					guiName: window.t("Label Down"),
					id: "shape_label_down",
					paneRendererClass: "PaneRendererLabelDown",
					pineName: "shape.labeldown",
					icon: "label_down"
				},
				shape_label_up: {
					guiName: window.t("Label Up"),
					id: "shape_label_up",
					paneRendererClass: "PaneRendererLabelUp",
					pineName: "shape.labelup",
					icon: "label_up"
				},
				shape_square: {
					guiName: window.t("Square"),
					id: "shape_square",
					paneRendererClass: "PaneRendererSquare",
					pineName: "shape.square",
					icon: "square"
				},
				shape_triangle_down: {
					guiName: window.t("Triangle Down"),
					id: "shape_triangle_down",
					paneRendererClass: "PaneRendererTriangleApexDown",
					pineName: "shape.triangledown",
					icon: "triangle_down"
				},
				shape_triangle_up: {
					guiName: window.t("Triangle Up"),
					id: "shape_triangle_up",
					paneRendererClass: "PaneRendererTriangleApexUp",
					pineName: "shape.triangleup",
					icon: "triangle_up"
				},
				shape_xcross: {
					guiName: window.t("X Cross"),
					id: "shape_xcross",
					paneRendererClass: "PaneRendererXCross",
					pineName: "shape.xcross",
					icon: "x_cross"
				}
			}
		},
		"O+9b": function(e, t, i) {
			"use strict";
			var s = i("ocLq"),
				r = i("LxhU");
			class n {
				constructor(e, t) {
					this._minTick = NaN, this._minPrice = NaN, this._maxPrice = NaN, this._low = NaN,
						this._high = NaN, this._startPrice = NaN, this._indexLowVbP = NaN, this
						._indexHighVbP = NaN, this._rowSize = e, this._type = t
				}
				init(e, t, i, s, r) {
					this._minTick = e, this._minPrice = t, this._maxPrice = i, this._low = s, this
						._high = r
				}
				getStartPrice() {
					return this._startPrice
				}
				setStartPrice(e) {
					this._startPrice = e
				}
				getIndexLowVbP() {
					return this._indexLowVbP
				}
				setIndexLowVbP(e) {
					this._indexLowVbP = e
				}
				getIndexHighVbP() {
					return this._indexHighVbP
				}
				setIndexHighVbP(e) {
					this._indexHighVbP = e
				}
				type() {
					return this._type
				}
			}
			class o extends n {
				constructor(e) {
					super(e, 0)
				}
				calculate() {
					this.setStartPrice(this._minPrice);
					const e = this.rowWidth();
					let t = Math.floor((this._low - this._minPrice) / e),
						i = Math.ceil((this._high - this._minPrice) / e) - 1;
					t = Math.max(t, 0), i = Math.max(i, 0), i = Math.min(i, this._rowSize - 1), t = Math
						.min(t, i), this.setIndexLowVbP(t), this.setIndexHighVbP(i)
				}
				rowWidth() {
					return Math.max((this._maxPrice - this._minPrice) / this._rowSize, this._minTick)
				}
			}
			class a extends n {
				constructor(e) {
					super(e, 1)
				}
				calculate() {
					this.setStartPrice(0);
					const e = this.rowWidth();
					let t = Math.floor(this._low / e);
					const i = Math.ceil(this._high / e) - 1;
					t = Math.min(t, i), this.setIndexLowVbP(t), this.setIndexHighVbP(i)
				}
				rowWidth() {
					return this._minTick * this._rowSize
				}
			}
			var l = i("Kxc7");

			function c() {
				return 6e3
			}

			function h(e) {
				switch (e) {
					case "Up/Down":
						return 2;
					case "Total":
						return 1;
					default:
						s.Std.error("Invalid study argument value: " + e)
				}
			}
			i.d(t, "b", (function() {
				return c
			})), i.d(t, "c", (function() {
				return h
			})), i.d(t, "a", (function() {
				return u
			}));
			class u {
				findBasicResolutionForFromTo(e, t, i, n) {
					const o = Object(s.getVolumeProfileResolutionForPeriod)(e.value(), t, i, n),
						a = r.Interval.parse(o);
					return l.enabled("charting_library_debug_mode") && console.log(
						`Selected resolution ${a.value()} for (${e.value()}, ${t}, ${i})`), a
				}
				verifyRowSizeInput(e, t) {
					"Number Of Rows" === t && e > 6e3 && s.Std.error(
						'Histogram is too large, please reduce "Row Size" input.')
				}
				_getRowsLayout(e, t) {
					return "Number Of Rows" === e ? new o(t) : new a(t)
				}
			}
		},
		OBgQ: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("jCNj");
			class r {
				constructor(e, t, i) {
					this.year = e, this.month = t, this.day = i
				}
				toString() {
					return `${this.year}-${this.month}-${this.day}`
				}
				compareTo(e) {
					return this.year > e.year || this.year === e.year && this.month > e.month || this
						.year === e.year && this.month === e.month && this.day > e.day ? 1 : this
						.year === e.year && this.month === e.month && this.day === e.day ? 0 : -1
				}
				before(e) {
					return -1 === this.compareTo(e)
				}
				toCalendar(e) {
					return s.get_cal(s.get_timezone("Etc/UTC"), this.year, this.month - 1, this.day)
				}
				addDays(e) {
					const t = this.toCalendar(s.get_timezone("Etc/UTC"));
					return s.add_date(t, e), r.fromCalendar(t)
				}
				static fromCalendar(e) {
					return new r(s.get_year(e), s.get_month(e) + 1, s.get_day_of_month(e))
				}
			}
		},
		OH2X: function(e, t, i) {
			"use strict";
			t.LineToolFibRetracement = i("t2ex").LineToolFibRetracement, t.LineToolFibChannel = i("xnA2")
				.LineToolFibChannel, t.LineToolFibSpeedResistanceArcs = i("Yjuu")
				.LineToolFibSpeedResistanceArcs, t.LineToolProjection = i("68at").LineToolProjection, t
				.LineToolTrendBasedFibExtension = i("ZtA1").LineToolTrendBasedFibExtension, t
				.LineToolElliott = i("xz+e").LineToolElliott, t.LineToolFibCircles = i("4bfY")
				.LineToolFibCircles, t.LineToolVertLine = i("n40Z").LineToolVertLine, t.LineToolCrossLine =
				i("MA5A").LineToolCrossLine, t.LineToolBarsPattern = i("2bPF").LineToolBarsPattern, t
				.LineToolTrendBasedFibTime = i("yUly").LineToolTrendBasedFibTime, t.LineToolFibTimeZone = i(
					"FsE7").LineToolFibTimeZone, t.LineToolCircleLines = i("tG6Q").LineToolCircleLines, t
				.LineToolDateRange = i("WkYF").LineToolDateRange, t.LineToolPriceRange = i("RDDl")
				.LineToolPriceRange, t.LineToolDateAndPriceRange = i("UCMi").LineToolDateAndPriceRange, t
				.LineToolParallelChannel = i("qcGP").LineToolParallelChannel, t.LineToolTrendAngle = i(
					"nW7S").LineToolTrendAngle, t.LineToolTrendLine = i("WPQD").LineToolTrendLine, t
				.LineToolInfoLine = i("yi8X").LineToolInfoLine, t.LineToolArrowMark = i("TohL")
				.LineToolArrowMark, t.LineToolExecution = i("704P").LineToolExecution, t.LineToolPitchfan =
				i("NhkU").LineToolPitchfan, t.LineToolGannSquare = i("Z0Sh").LineToolGannSquare, t
				.LineToolFibSpeedResistanceFan = i("zZ5f").LineToolFibSpeedResistanceFan, t
				.LineToolGannComplex = i("nd9+").LineToolGannComplex, t.LineToolGannFixed = i("TBaH")
				.LineToolGannFixed, t.LineToolGannFan = i("4u8j").LineToolGannFan, t.LineToolFibWedge = i(
					"9QkW").LineToolFibWedge, t.LineToolPitchfork = i("aDyP").LineToolPitchfork, t
				.LineToolDisjointAngle = i("oIoN").LineToolDisjointChannel, t.LineToolFlatBottom = i("InMJ")
				.LineToolFlatBottom, t.LineToolIcon = i("icPo").LineToolIcon, t.LineToolRotatedRectangle =
				i("Az04").LineToolRotatedRectangle, t.LineToolFibSpiral = i("i80N").LineToolFibSpiral, t
				.LineToolHeadAndShoulders = i("aILO").LineToolHeadAndShoulders, t.LineToolTriangle = i(
					"isVH").LineToolTriangle, t.LineToolTrianglePattern = i("lNN+").LineToolTrianglePattern,
				t.LineTool5PointsPattern = i("NJRZ").LineTool5PointsPattern, t.LineToolThreeDrivers = i(
					"PYn8").LineToolThreeDrivers, t.LineToolABCD = i("pKDv").LineToolABCD, t
				.LineToolPolyline = i("hP9j").LineToolPolyline, t.LineToolPath = i("YdVo").LineToolPath, t
				.LineToolPrediction = i("Wh6B").LineToolPrediction, t.LineToolPriceLabel = i("zqZp")
				.LineToolPriceLabel, t.LineToolArrowMarker = i("wiuq").LineToolArrowMarker, t.LineToolNote =
				i("gLxC").LineToolNote,
				t.LineToolNoteAbsolute = i("gLxC").LineToolNoteAbsolute, t.LineToolSignpost = i("gASG")
				.LineToolSignpost, t.LineToolBrush = i("+hLl").LineToolBrush, t.LineToolArc = i("0Pxc")
				.LineToolArc, t.LineToolCallout = i("odCa").LineToolCallout, t.LineToolBalloon = i("me8f")
				.LineToolBalloon, t.LineToolText = i("V3Oj").LineToolText, t.LineToolHorzLine = i("/DxK")
				.LineToolHorzLine, t.LineToolHorzRay = i("CJIV").LineToolHorzRay, t.LineToolRectangle = i(
					"7qI1").LineToolRectangle, t.LineToolEllipse = i("V086").LineToolEllipse, t
				.LineToolTimeCycles = i("kIXa").LineToolTimeCycles, t.LineToolSineLine = i("bv/X")
				.LineToolSineLine, t.LineToolGhostFeed = i("XUCF").LineToolGhostFeed, t
				.LineToolBezierQuadro = i("Xyly").LineToolBezierQuadro, t.LineToolBezierCubic = i("N+BX")
				.LineToolBezierCubic, t.LineToolArrow = i("QQu0").LineToolArrow, t.LineToolRay = i("5ZUI")
				.LineToolRay, t.LineToolExtended = i("CHw2").LineToolExtended, t.LineToolSchiffPitchfork =
				i("v5F8").LineToolSchiffPitchfork, t.LineToolSchiffPitchfork2 = i("XFad")
				.LineToolSchiffPitchfork2, t.LineToolInsidePitchfork = i("EqoR").LineToolInsidePitchfork, t
				.LineToolTextAbsolute = i("V3Oj").LineToolTextAbsolute, t.LineToolArrowMarkLeft = i("TohL")
				.LineToolArrowMarkLeft, t.LineToolArrowMarkRight = i("TohL").LineToolArrowMarkRight, t
				.LineToolArrowMarkUp = i("TohL").LineToolArrowMarkUp, t.LineToolArrowMarkDown = i("TohL")
				.LineToolArrowMarkDown, t.LineToolFlagMark = i("aIha").LineToolFlagMark, t
				.LineToolCypherPattern = i("bTqm").LineToolCypherPattern, t.LineToolElliottImpulse = i(
					"xz+e").LineToolElliottImpulse, t.LineToolElliottTriangle = i("xz+e")
				.LineToolElliottTriangle, t.LineToolElliottTripleCombo = i("xz+e")
				.LineToolElliottTripleCombo, t.LineToolElliottCorrection = i("xz+e")
				.LineToolElliottCorrection, t.LineToolElliottDoubleCombo = i("xz+e")
				.LineToolElliottDoubleCombo, t.LineToolRiskRewardLong = i("tDUI").LineToolRiskRewardLong, t
				.LineToolRiskRewardShort = i("tDUI").LineToolRiskRewardShort, t.LineToolPosition = i("ziJ5")
				.LineToolPosition, t.LineToolOrder = i("B4/o").LineToolOrder, t.LineToolHighlighter = i(
					"SMvR").LineToolHighlighter, t.LineToolPriceNote = i("Zl0W").LineToolPriceNote
		},
		"OK+B": function(e, t, i) {
			"use strict";
			var s = i("Eyy1").assert,
				r = i("eJTA"),
				n = r.rgba,
				o = r.rgbaToString,
				a = r.parseRgb,
				l = (i("vTIA").TradingSourcesHorizontalAlignment, i("cWHH")),
				c = i("1Wlv").PriceScale,
				h = i("8sOK").StudyStub,
				u = i("CW80"),
				d = u.createLineTool,
				p = u.createLineToolProperties,
				_ = u.createStudyLineToolProperties,
				m = u.isLineToolName,
				f = u.isStudyLineToolName,
				g = i("Ss5c").LineDataSource,
				b = i("OH2X").LineToolBarsPattern,
				v = i("OH2X").LineToolCallout,
				S = i("CW80").isLineTool,
				y = i("HLXm"),
				w = i("GVHu"),
				P = w.Study,
				C = w.prepareStudyPropertiesForLoadChart,
				x = i("3ClC").createStudy,
				T = i("qJq3").Series,
				I = i("dfhE"),
				M = i("n5al"),
				O = i("0YCj"),
				L = i("Kxc7"),
				A = i("txPx").getLogger("Chart.Serialization"),
				E = i("OH2X").LineToolParallelChannel,
				k = i("OH2X").LineToolTrendAngle,
				D = i("OH2X").LineToolGhostFeed,
				V = i("OH2X").LineToolElliott,
				B = i("7ktv").PriceDataSource,
				R = i("iDOr").Pane,
				N = i("Tmoa"),
				j = i("jofe").createDeferredPromise,
				F = i("ApcL").preferencesByWhiteList,
				W = (A = i("txPx").getLogger("Chart.Serialization"), i("mPvX").LineToolsGroupModel),
				H = i("bmVy").StudyStatusType;
			const {
				isLineToolState: U,
				isMainSeriesState: z,
				isStudyState: G
			} = i("Vs8b"), {
				reorderDataSourcesStateZOrder: q
			} = i("2jby");
			l.prototype.state = function(e, t, i, s) {
				for (var r = {
						panes: []
					}, n = 0; n < this.panes().length; n++) r.panes.push(this.panes()[n].state(!0, e, !
					1, t, i, s));
				r.timeScale = this._timeScale.state(e);
				var o = null,
					a = this.properties(),
					l = a.tradingProperties.state();
				return r.chartProperties = {
						paneProperties: a.paneProperties.state(),
						scalesProperties: a.scalesProperties.state(),
						publishedChartsTimelineProperties: o ? o.state(e) : void 0,
						chartEventsSourceProperties: a.chartEventsSourceProperties.state(),
						tradingProperties: l,
						priceScaleSelectionStrategyName: a.priceScaleSelectionStrategyName.value()
					}, a.chartEventsSourceProperties && (r.chartProperties.chartEventsSourceProperties =
						a.chartEventsSourceProperties.state()), s || (r.lineToolsGroups = this
						.lineToolsGroupModel().state(t)), r.version = this.version(), r.timezone = this
					.timezone(), r.sessions = this.sessions().state(e), r.shouldBeSavedEvenIfHidden =
					this._shouldBeSavedEvenIfHidden, r
			}, l.prototype.chartPropertiesTransparencyMigrate = function(e) {
				var t, i, s;
				e.chartProperties.paneProperties.crossHairProperties && (s = e.chartProperties
						.paneProperties.crossHairProperties, N.isHexColor(s.color) && (i = s
							.transparency / 100, t = a(s.color), s.color = o(n(t, i)))), e
					.chartProperties.paneProperties.dataWindowProperties && (s = e.chartProperties
						.paneProperties.dataWindowProperties, N.isHexColor(s.color) && (i = s
							.transparency / 100, t = a(s.color), s.color = o(n(t, i))))
			}, l.prototype.resetDeferredStudies = function() {
				new Y(this).reset()
			}, l.prototype._getExceedingChildStudies = function(e) {
				for (var t = [], i = 0; i < e.length; ++i) t = t.concat(e[i].sources || []);
				var s = 0;
				for (var r = [], n = {}, o = 0, a = 1e6; t.length && --a;) {
					var l = t[o];
					(l.ownerSource && n[l.ownerSource] || !l.ownerSource) && (n[l.id] = l, t.splice(t
							.indexOf(l), 1), l.ownerSource && "Study" === l.type && l.state && l.state
						.isChildStudy && ++s > 1 && r.push(l)), o = (o + 1) % t.length
				}
				return r
			}, l.prototype.restoreState = function(e, t, i) {
				new Y(this).reset();
				var s = {};
				if (!e.panes) return void A.logDebug("ChartModel.restoreState: invalid state");
				if (!Array.isArray(e.panes)) return void A.logDebug(
					"ChartModel.restoreState: invalid state");
				if (e.panes.length < 1) return void A.logDebug(
					"ChartModel.restoreState: invalid state");
				if (this._shouldBeSavedEvenIfHidden = void 0 === e.shouldBeSavedEvenIfHidden || e
					.shouldBeSavedEvenIfHidden, e.chartProperties && !e.chartProperties.timezone && (e
						.chartProperties.timezone = e.timezone), e.chartProperties) {
					var r = TradingView.factoryDefaults("chartproperties").scalesProperties;
					if (TradingView.merge(r, e.chartProperties.scalesProperties), !("showLastValue" in
							r) || "showSeriesLastValue" in r || "showStudyLastValue" in r || (r
							.showSeriesLastValueProperty = r.showLastValue, r
							.showStudyLastValueProperty = r.showLastValue), "showSeriesLastValue" in
						r && (s.showSeriesLastValueProperty = !0), "showStudyLastValue" in r && (s
							.showStudyLastValueProperty = !0), e.chartProperties.paneProperties
						.vertGridProperties = e.chartProperties.paneProperties.vertGridProperties ||
						TradingView.clone(e.chartProperties.paneProperties.gridProperties),
						e.chartProperties.paneProperties.horzGridProperties = e.chartProperties
						.paneProperties.horzGridProperties || TradingView.clone(e.chartProperties
							.paneProperties.gridProperties), "backgroundType" in e.chartProperties
						.paneProperties || (e.chartProperties.paneProperties.backgroundType = "solid"),
						this._properties.paneProperties.mergeAndFire(e.chartProperties.paneProperties),
						this._properties.scalesProperties.mergeAndFire(r), e.chartProperties.timezone &&
						this._properties.timezone.setValue(e.chartProperties.timezone), e
						.chartProperties.chartEventsSourceProperties && this._properties
						.chartEventsSourceProperties && this._properties.chartEventsSourceProperties
						.mergeAndFire(e.chartProperties.chartEventsSourceProperties), e.chartProperties
						.tradingProperties && this._properties.tradingProperties) {
						e.chartProperties.tradingProperties.lineLength;
						0, this._properties.tradingProperties.mergeAndFire(e.chartProperties
							.tradingProperties)
					}
					this._timeScale.restoreState(e.timeScale, t), this._updateDateTimeFormatter()
				}
				if (e.timeScale && this._timeScale.restoreState(e.timeScale, t), !this.readOnly()) {
					var n = this._getExceedingChildStudies(e.panes);
					if (n.length) {
						for (var o = e.panes.length - 1; o >= 0; --o) {
							for (var a = (d = e.panes[o]).sources.length - 1; a >= 0; --a) {
								var l = d.sources[a];
								~n.indexOf(l) && d.sources.splice(a, 1)
							}
							d.sources.length || e.panes.splice(o, 1)
						}
						0
					}
				}
				const c = e.version || 0;
				var h = e.panes;
				this.panes()[0].restoreState(h[0], t, c, s, i, !0);
				var u = 1;
				for (o = 1; o < e.panes.length; o++) {
					var d, p = e.panes[o];
					if (0 !== p.sources.length)(d = this.panes()[u] || this.createPane()).restoreState(
						p, t, c, s, i, !0), d.mainDataSource() ? u += 1 : this.removePane(d);
					else A.logWarn("Empty pane detected - restoring is skipped. idx=" + o + ", state=" +
						JSON.stringify(p))
				}
				this._invalidateBarColorerCaches();
				var _ = this.dataSources(),
					m = 0;
				for (o = 0; o < _.length; o++) {
					var f = _[o];
					TradingView.isInherited(f.constructor, g) && (m++, f.calcIsActualSymbol())
				}
				this.updateTimeScaleBaseIndex(), this.recalculateAllPanes(), this.fullUpdate(), this
					.syncESD();
				var b = TVLocalStorage.getItem("linetools_limit") || 1e3;
				return window.is_authenticated && window.user && window.user.settings && (b = window
						.user.settings.linetools_limit || b), e.sessions && this.sessions()
					.restoreState(e.sessions, t), e.lineToolsGroups && (this._lineToolsGroupModel = W
						.fromState(this, e.lineToolsGroups)), m > b && m % 100 == 0 ? {
						lines_limit_exceeded: !0,
						line_tools_count: m
					} : (this.panes().forEach(function(e) {
						this._dataSourceCollectionChanged.fire(e)
					}.bind(this)), this._lineToolsGroupModel.fireChangedAll(), {})
			}, R.prototype.state = function(e, t, i, s, r, n) {
				var o = {},
					a = new Map;

				function l(e) {
					if (a.has(e)) return a.get(e);
					var o = null,
						l = i && !e.isSavedInStudyTemplates() || !e.state || S(e) && n || !(o = e.state(
							t, r)) || !e.isSavedInChart(t) || s && e.isActualSymbol && !e
						.isActualSymbol() || e.isPhantom() ? null : o;
					return a.set(e, l), l
				}
				if (e) {
					o.sources = [];
					for (var c = 0; c < this.m_dataSources.length; c++) {
						var h = l(this.m_dataSources[c]);
						null !== h && o.sources.push(h)
					}
				}

				function u(e) {
					return null !== a.get(e)
				}

				function d(e) {
					return !n || !S(e)
				}
				o.leftAxisesState = this._leftPriceScales.map((function(e) {
					var t = {};
					return t.state = e.state(), t.sources = e.dataSources().filter(u)
						.filter(d).map((function(e) {
							return e.id()
						})), t
				})), o.rightAxisesState = this._rightPriceScales.map((function(e) {
					var t = {};
					return t.state = e.state(), t.sources = e.dataSources().filter(u)
						.filter(d).map((function(e) {
							return e.id()
						})), t
				})), o.overlayPriceScales = {};
				for (c = 0; c < this.m_dataSources.length; c++) {
					var p = this.m_dataSources[c];
					if (this.isOverlay(p) && p.isSavedInChart(t)) {
						var _ = p.priceScale();
						o.overlayPriceScales[p.id()] = _ ? _.state() : null
					}
				}
				return o.stretchFactor = this._stretchFactor, this.m_mainDataSource && (o.mainSourceId =
					this.m_mainDataSource.id()), o.priceScaleRatio = this._currentPriceScaleRatio, o
			}, R.prototype.sourceById = function(e) {
				for (var t = 0; t < this.m_dataSources.length; t++)
					if (this.m_dataSources[t].id() === e) return this.m_dataSources[t];
				return null
			}, R.prototype.isESDStudy = function(e) {
				return "Script$TV_EARNINGS@tv-scripting" === e.id ||
					"Script$TV_DIVIDENDS@tv-scripting" === e.id || "Script$TV_SPLITS@tv-scripting" === e
					.id || "ESD$TV_EARNINGS@tv-scripting" === e.id ||
					"ESD$TV_DIVIDENDS@tv-scripting" === e.id || "ESD$TV_SPLITS@tv-scripting" === e.id ||
					"Earnings@tv-basicstudies" === e.id || "Dividends@tv-basicstudies" === e.id ||
					"Splits@tv-basicstudies" === e.id
			}, R.prototype.isStudyToSkip = function(e) {
				return !!this.isESDStudy(e)
			}, R.prototype.restoreState = function(e, t, i, s, r, n) {
				s = s || {}, e.stretchFactor && (this._stretchFactor = e.stretchFactor);
				var o = {};
				if (e.sources) {
					var a = e.sources.filter((function(e) {
						return !!e && ("MainSeries" === e.type || (!e.points || !e.points
							.some((function(e) {
								return null === e.time_t || !isFinite(e
									.time_t)
							})) || (A.logNormal("Dropped invalid " + e.type +
								". Reason: non-numeric point time"), !1)))
					}), this);
					const c = a.findIndex(z); - 1 !== c && this.model().mainSeries().setObsoleteZOrder(
						a[c].zorder), i < 3 && q(a);
					var l = -1 !== this.m_dataSources.indexOf(this._model.mainSeries());
					this.clearSeries(n), this.m_mainDataSource = null, l && this
						._addSourceToCollections(this._model.mainSeries(), n),
						function() {
							var t = a.find((function(t) {
								return t.id === e.mainSourceId
							}));
							if (void 0 !== t)
								if (TradingView[t.type] && m(t.type)) {
									for (var i = null, s = 0; s < a.length; s++) {
										var r = a[s];
										if (!TradingView[t.type] || !m(r.type)) {
											if (null !== i) return void A.logWarn(
												"Pane contains more than 1 possibly main sources - auto fix cannot be applied"
											);
											i = r
										}
									}
									if (null !== i) {
										var n = e.mainSourceId,
											o = 0;
										e.mainSourceId = i.id, a.forEach((function(e) {
											e.ownerSource === n && (e.ownerSource = i.id,
												o += 1)
										})), A.logNormal(
											"Auto fix broken pane is applied, changed line tools=" +
											o + ", changed from=" + n + " to=" + i.id)
									} else A.logWarn(
										"Pane contains only line tools - possible we need to remove this pane?"
									)
								} else A.logNormal(
									"The type of main source is not line tool - fix is unnecessary");
							else A.logWarn("There is no main source with id " + e.mainSourceId +
								", total sources=" + a.length)
						}();
					for (var h = 0; h < a.length; h++) {
						if ("study_Sessions" === (u = a[h]).type) {
							this.model().sessions().restoreOldState(u, t);
							break
						}
					}
					for (h = 0; h < a.length; h++) {
						var u;
						if ("study_Sessions" !== (u = a[h]).type) {
							var d = u.id;
							null === this._model.dataSourceForId(u.id) || "MainSeries" === u.type ? (o[
									d] = u.ownerSource, z(u) ? this._restoreMainSeries(u, t, l, s,
									r, n) : G(u) ? this.restoreStudy(u, t, s, n) : U(u) ? (u
									.state && (u.state.zOrderVersion = 2),
									this.restoreLineTool(u, t, void 0, n)) : TradingView[u.type] &&
								TradingView[u.type].createFromState && this._restoreSpecialSource(u,
									t, n)) : A.logError("Duplicate id while restoring pane: " + u
								.type + "," + u.id)
						}
					}
				}
				var p, _, f = new Set,
					b = this;

				function v(e) {
					var t = defaults("chartproperties").paneProperties.axisProperties,
						i = new c(b.model().properties().scalesProperties, t);
					return i.restoreState(e.state), e.sources.forEach((function(e) {
						var s = b.dataSourceForId(e);
						s && function e(t, i, s) {
							f.has(t) || (f.add(t), void 0 !== s.m_showSymbolLabels &&
								t instanceof T && b.model().properties()
								.scalesProperties.showSymbolLabels.setValue(s
									.m_showSymbolLabels), L(t, i), b._model
								.children(t, !0).forEach((function(t) {
									e(t, i, s)
								})))
						}(s, i, t)
					})), 0 === i.dataSources().length ? null : i
				}
				if (e.leftAxisesState) p = e.leftAxisesState.map(v).filter((function(e) {
					return null !== e
				}));
				else {
					var S = v({
						state: e.leftAxisState,
						sources: e.leftAxisSources
					});
					p = null !== S ? [S] : []
				}
				if (this._leftPriceScales.slice().forEach(function(e) {
						this.removePriceScale(e)
					}.bind(this)), this._leftPriceScales = [], p.forEach((function(e) {
						b._placePriceScale(e, "left")
					})), e.rightAxisesState) _ = e.rightAxisesState.map(v).filter((function(e) {
					return null !== e
				}));
				else {
					var y = v({
						state: e.rightAxisState,
						sources: e.rightAxisSources
					});
					_ = null !== y ? [y] : []
				}
				this._rightPriceScales.forEach(function(e) {
						this.removePriceScale(e)
					}.bind(this)), this._rightPriceScales = [], _.forEach((function(e) {
						b._placePriceScale(e, "right")
					})), this._currentPriceScaleRatio = e.priceScaleRatio || e.leftPriceScaleRatio || e
					.rightPriceScaleRatio || null;
				var w = new Map;
				for (h = 0; h < this.m_dataSources.length; h++) {
					var C = this.m_dataSources[h];
					if (!f.has(C)) {
						var x;
						if (e.overlayPriceScales && e.overlayPriceScales[C.id()]) {
							var I = e.overlayPriceScales[C.id()];
							w.has(I.id) ? x = w.get(I.id) : ((x = new c(this._model.properties()
									.scalesProperties)).setHeight(this.m_height), I
								.m_isAutoScale = !0, I.m_isLog = !1, I.m_isPercentage = !1, I
								.m_isLockScale = !1, x.restoreState(I), w.set(I.id, x))
						} else(x = new c(this._model.properties().scalesProperties)).setHeight(this
							.m_height);
						L(C, x)
					}
				}
				for (var d in o) {
					var M = o[d];
					if (M)(C = this.dataSourceForId(d)) && this.dataSourceForId(d).setOwnerSource(this
						.dataSourceForId(M))
				}
				if (e.mainSourceId && !this.containsMainSeries() && (this.m_mainDataSource = this
						.dataSourceForId(e.mainSourceId)), !this.m_mainDataSource)
					for (h = 0; h < this.m_dataSources.length; h++) {
						C = this.m_dataSources[h];
						if (TradingView.isInherited(C.constructor, B)) {
							this.m_mainDataSource = C;
							break
						}
					}
				for (h = 0; h < this.m_dataSources.length; h++) {
					C = this.m_dataSources[h];
					if (TradingView.isInherited(C.constructor, g)) C.ownerSource() || C.setOwnerSource(
						this.mainDataSource()), C.isFixed() && C.restoreFixedPoints();
					else if (TradingView.isInherited(C.constructor, P)) {
						var O = C.properties();
						O.linkedToSeries && O.linkedToSeries.value() && (C.ownerSource() || C
							.setOwnerSource(this.model().mainSeries()))
					}
				}

				function L(e, t) {
					b.removeSourceFromPriceScale(e), e.setPriceScale(t), t.addDataSource(e)
				}
				this._updateMargins(), this._cachedOrderedSources.clear()
			}, R.prototype._restoreMainSeries = function(e, t, i, s, r, n) {
				var o = e.id,
					a = e.state;
				if (a && r && (a.style = r.style || a.style, a.interval = r.interval || a.interval,
						a.symbol = r.symbol || a.symbol, r.symbol && delete a.currencyId), a && (a
						.style, I.STYLE_HILO), a && ["candleStyle", "hollowCandleStyle", "haStyle"]
					.forEach((function(e) {
						a[e] && (a[e].wickUpColor = a[e].wickUpColor || a[e].wickColor, a[e]
							.wickDownColor = a[e].wickDownColor || a[e].wickColor)
					})), a && (a.statusViewStyle = a.statusViewStyle || {}, !a.statusViewStyle
						.symbolTextSource)) {
					var l = !!a.statusViewStyle.showSymbolAsDescription;
					a.statusViewStyle.symbolTextSource = l ? "ticker" : "description"
				}
				if (a && (a.extendedHours ? a.sessionId = "extended" : a.sessionId || (a.sessionId =
						"regular"), delete a.extendedHours), !i) {
					var c = this._model.mainSeries();
					this._model.paneForSource(c).removeDataSource(c, !1, n), this
						._addSourceToCollections(c, n)
				}
				const h = this.model().mainSeries(),
					u = h.properties();
				if (this.m_mainDataSource = h, (g = a && a.style ? a.style : void 0) === T.STYLE_PNF &&
					"ATR" === u.pnfStyle.inputs.style.value() ? u.pnfStyle.inputs.style._value =
					"Traditional" : g === T.STYLE_RENKO && "ATR" === u.renkoStyle.inputs.style
					.value() && (u.renkoStyle.inputs.style._value = "Traditional"), a && !a
					.hasOwnProperty(
						"showSessions") && (a.showSessions = !1), a && t && (a.showCountdown = !1), a &&
					(t && !("showSeriesLastValueProperty" in s) && "showLastValue" in a && this._model
						.properties().scalesProperties.showSeriesLastValue.setValue(a.showLastValue),
						delete a.showLastValue), a)
					for (var d = {
								haStyle: M.chartStyleStudyId(T.STYLE_HEIKEN_ASHI, !0),
								renkoStyle: M.chartStyleStudyId(T.STYLE_RENKO, !0),
								pbStyle: M.chartStyleStudyId(T.STYLE_PB, !0),
								kagiStyle: M.chartStyleStudyId(T.STYLE_KAGI, !0),
								pnfStyle: M.chartStyleStudyId(T.STYLE_PNF, !0),
								rangeStyle: M.chartStyleStudyId(T.STYLE_RANGE, !0)
							}, p = this._model.studyVersioning(), _ = h.styleStudyInfos(), m = Object
							.keys(I.SYMBOL_STRING_DATA), f = 0; f < m.length; f++) {
						var g = m[f],
							b = I.STYLE_SHORT_NAMES[g] + "Style",
							v = b in e ? e[b].studyId : d[b];
						if (null != (g = a[b])) {
							var S = g.inputs,
								y = O.parseIdString(v),
								w = _[b].studyId,
								P = O.parseIdString(w),
								C = p.updateStudyInputs(y.id, y.version, P.version, S, null);
							g.inputs = C
						}
					}
				const x = h.sessionId();
				h.restoreState(e, t), this.changeSourceId(h, o), h.sessionId() !== x && u.sessionId
					.listeners().fire(u.sessionId)
			}, R.prototype.restoreStudy = function(e, t, i, s) {
				if (t && void 0 === e.data && void 0 === e.nonSeriesData && void 0 === e.indexes) A
					.logError("Cannot restore (skipping) study without data " + e.id + ", " + e.metaInfo
						.id);
				else {
					var r = e.id,
						n = e.state,
						o = e.zorder,
						a = e.ownerSource,
						l = TradingView.clone(e.metaInfo);
					if (Object.assign(l, O.parseIdString(l.id)), !this.isStudyToSkip(l) || t) {
						var c = n,
							u = this._model.studyVersioning(),
							d = u.patchPropsStateAndMetaInfo(c, l, {
								oldShowStudyLastValueProperty: t && !i.showStudyLastValueProperty
							});
						c = d.propsState, l = d.metaInfo;
						var p = new h(this._model, e, l.shortDescription);
						p.setId(r), p.setZorder(o);
						var _ = this;
						if (t) f(null);
						else {
							var m = u.updateMetaInfoAsync(l);
							m.sync ? f(m.result) : m.result.then((function(e) {
								f(e)
							})).catch((function(e) {
								p.setFailed("error: " + e)
							}))
						}
						return p && (p.setZorder(o), this._addSourceToCollections(p, s), this
							._processMainSourceChange()), this._cachedOrderedSources.clear(), p
					}
					A.logNormal("Skipping study " + l.id)
				}

				function f(i) {
					p.setStatus({
						type: H.Undefined
					});
					var s = i || new O(l),
						n = new Y(_._model);

					function o(o) {
						var a = C(l, i, c, null, u, o),
							h = x(_._model, a, o || _._model.mainSeries(), s);
						if (h.setId(r), h.setOwnFirstValue(void 0 === e.ownFirstValue ? null : e
								.ownFirstValue), t) {
							var d = u.patchStudyData(l, e.data, e.nonSeriesData, e.indexes);
							h.restoreData(d.data, d.nsData, d.indexes)
						}
						_._model.replaceStudyStub(p, h) || (p = h), n.add(r, h)
					}
					a && e.state.isChildStudy ? n.get(a).then(o) : o()
				}
			}, R.prototype.restoreLineTool = function(e, t, i, r) {
				delete e.state.lastUpdateTime, i = void 0 === i || i, V.migrateState(e), y.migrateState(
					e);
				var n = e.type,
					o = e.id,
					a = e.state,
					l = i ? e.zorder : this.newLineToolZOrder();
				s(m(n), "invalid data source type:" + n + " (expected to be a Line Tool)");
				var c, h, u = null;
				if (f(n)) {
					var g = (e = (u = this._model.studyVersioning()).patchPointsBasedStudyState(e))
						.metaInfo;
					Object.assign(g, O.parseIdString(g.fullId));
					var S = u.updateMetaInfo(g) || g;
					h = _(n, g, S, a, u), t ? h.merge({
						fixedSize: !1
					}) : h.merge({
						fixedSize: !0
					}), c = d(n, this._model, h, S, !0)
				} else h = p(n, a), t ? h.merge({
					fixedSize: !1
				}) : h.merge({
					fixedSize: !0
				}), c = d(n, this._model, h, null, !0);
				c.setId(o), c.linkKey().setValue(e.linkKey || null);
				var w = e.alertId;
				w && c.canHasAlert() && "function" == typeof c.setAlert && L.enabled("alerts") && !this
					._model.readOnly() && !this._model.isJustClonedChart() && c.setAlert(w, {
						noChartSave: !0
					});
				var P = e.indexes ? e.indexes : [];
				if (P = P.slice(0, e.points.length), c.isFixed() ? c.restorePositionPercents(e
						.positionPercents) : c.restorePoints(e.points, P, t), c instanceof b ||
					c instanceof v || c instanceof k || c instanceof D || c instanceof E ||
					c instanceof E) c.restoreData(e);
				else if (t && c.restoreData) {
					var C = e;
					u && (C.graphics = u.patchPointsBasedStudyData(C.metaInfo, C.graphics)), c
						.restoreData(C)
				}
				var x = null == e.version ? 1 : e.version,
					T = null == c.version ? 1 : c.version;
				return x !== T && "function" == typeof c.migrateVersion && c.migrateVersion(x, T, {
						pane: this,
						model: this._model,
						properties: h
					}), void 0 !== l && c.setZorder(l), this._addSourceToCollections(c, r), this
					._cachedOrderedSources.clear(), c
			}, R.prototype._restoreSpecialSource = function(e, t, i) {
				var s = TradingView[e.type];
				if (s && s.createFromState) {
					var r = s.createFromState(e, t, this._model);
					r && (r.setId(e.id), this._addSourceToCollections(r, i), r.zorder && r.setZorder(r
						.zorder))
				}
			}, l.prototype.restoreTheme = function(e, t, i) {
				var s = {
					hollowCandle: {
						related: "candle"
					}
				};
				for (var r in s)
					if (!e.mainSourceProperties[r + "Style"]) {
						var n = e.mainSourceProperties[s[r].related + "Style"];
						e.mainSourceProperties[r + "Style"] = TradingView.clone(n)
					} this._undoModel.chartLoadTheme(this, e, t, i)
			}, l.prototype.preferences = function() {
				return F(this, this.mainSeries())
			};
			var Y = function() {
				var e = [],
					t = [];

				function i(s) {
					var r = e.indexOf(s);
					return ~r ? t[r] : this instanceof i ? (this._source = s, this._studies = {}, this
						._deferreds = {}, e.push(s), void t.push(this)) : new i(s)
				}
				return i.prototype.add = function(e, t) {
					this._deferreds[e] && (this._deferreds[e].resolve(t), delete this._deferreds[
						e]), this._studies[e] = t
				}, i.prototype.get = function(e) {
					return this._studies[e] ? Promise.resolve(this._studies[e]) : (this._deferreds[
						e] || (this._deferreds[e] = j()), this._deferreds[e].promise)
				}, i.prototype.reset = function() {
					var i = e.indexOf(this._source);
					~i && (e.splice(i, 1), t.splice(i, 1))
				}, i
			}();
			e.exports = l
		},
		OLhd: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "createDwmAligner", (function() {
				return c
			})), i.d(t, "isAlignmentEnabled", (function() {
				return h
			})), i.d(t, "createTimeToBarTimeAligner", (function() {
				return u
			}));
			var s = i("jCNj"),
				r = i("Kxc7"),
				n = i("LxhU"),
				o = i("ZmuQ"),
				a = i("IiTo");
			const l = new o.b("Etc/UTC", "0000-0000:1234567");

			function c(e, t) {
				if (!h() || !n.Interval.isDWM(e)) return null;
				const i = new o.b(t.timezone, t.session, t.session_holidays, t.corrections),
					r = Object(a.newBarBuilder)(e, i, l);
				return {
					timeToSessionStart: e => r.tradingDayToSessionStart(e),
					timeToExchangeTradingDay: e => {
						const t = s.utc_to_cal(i.timezone, e),
							r = i.spec.correctTradingDay(t);
						return s.set_hms(r, 0, 0, 0, 0, s.get_timezone("Etc/UTC")), r.getTime()
					}
				}
			}

			function h() {
				return !r.enabled("disable_resolution_rebuild")
			}

			function u(e, t) {
				if (!h()) return e => e;
				const i = new o.b(t.timezone, t.session, t.session_holidays, t.corrections),
					s = Object(a.newBarBuilder)(e, i, i, !1);
				return e => s.alignTimeIfPossible(e)
			}
		},
		Ocx9: function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("wZIs"),
					r = i("tc+8");

				function n(e, t, i, r) {
					var n = e ? s.defaults : s.factoryDefaults,
						a = t.startsWith("study_") ? TradingView.clone(n("study")) : {},
						l = TradingView.clone(n(t, r));
					return t.startsWith("study_") && l.inputs && delete l.inputs.symbol,
						"linetoolicon" === t && e && (l.icon = s.defaults(t).icon), l = o(l, i),
						TradingView.merge(a, l), a
				}

				function o(e, t) {
					var i = {};
					for (var s in e) t.indexOf(s) < 0 && (i[s] = e[s]);
					return i
				}

				function a(t, i, s, o) {
					var l;
					void 0 === o && (o = !0), this._defaultName = t, s ? l = i : (l = n(o, t, [], null),
							i && TradingView.merge(l, i)), r.call(this, l), this._defaultName = t, this
						._useUserPreferences = o, this.listeners().subscribe(this, a.prototype
							.onPropertyChanged), this._exclusions = [], this
						._restoreFactoryDefaultsEvent = new e
				}
				inherit(a, r), a._saveDefaults = !1, a.prototype.preferences = function() {
					return this.state(this._exclusions)
				}, a.prototype.mergePreferences = function(e) {
					this.mergeAndFire(o(e, this._exclusions))
				}, a.prototype.addExclusion = function(e) {
					this._exclusions.indexOf(e) < 0 && this._exclusions.push(e)
				}, a.prototype.restoreFactoryDefaults = function() {
					var e = n(!1, this._defaultName, this._exclusions, null);
					this.mergeAndFire(e), this._defaultName.startsWith("study_") && !this
						._defaultName.startsWith("study_VbPFixed") || this.saveDefaults(), this
						._restoreFactoryDefaultsEvent.fire()
				}, a.prototype.onRestoreFactoryDefaults = function() {
					return this._restoreFactoryDefaultsEvent
				}, a.prototype.onPropertyChanged = function() {
					!a._saveDefaults || this._defaultName.startsWith("study_") && !this._defaultName
						.startsWith("study_VbPFixed") || this.saveDefaults()
				}, a.prototype.saveDefaults = function() {
					this._useUserPreferences && s.saveDefaults(this._defaultName, this
						.preferences())
				}, a.prototype.clone = function(e) {
					for (var t = new a(this._defaultName, this.state(), e && e.replaceByState, this
							._useUserPreferences), i = 0; i < this._exclusions.length; ++i) t
						.addExclusion(this._exclusions[i]);
					return t
				}, t.DefaultProperty = a, t.saveDefaultProperties = function(e) {
					a._saveDefaults = e
				}
			}).call(this, i("aIyQ"))
		},
		OiSa: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "isDrawingToolbarVisible", (function() {
				return c
			}));
			var s = i("Vdly"),
				r = i("Kxc7"),
				n = i("hY0g"),
				o = i.n(n);
			const a = !r.enabled("hide_left_toolbar_by_default"),
				l = s.getBool("ChartDrawingToolbarWidget.visible", a),
				c = new o.a(l)
		},
		OsWk: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 15 15" width="15" height="15" fill="none"><path d="M3.00004 7.50008C3.00004 6.25729 3.50318 5.13298 4.31807 4.31809L3.61097 3.61098C2.6162 4.60574 2.00004 5.98143 2.00004 7.50008H3.00004ZM4.31807 4.31809C5.13296 3.50321 6.25727 3.00008 7.50004 3.00008V2.00008C5.98141 2.00008 4.60572 2.61623 3.61097 3.61098L4.31807 4.31809ZM4.31808 3.61098L2.55033 1.84323L1.84322 2.55033L3.61097 4.31809L4.31808 3.61098ZM7.50004 3.00008C8.74283 3.00008 9.86715 3.50321 10.682 4.31811L11.3891 3.611C10.3944 2.61624 9.01869 2.00008 7.50004 2.00008V3.00008ZM10.682 4.31811C11.4969 5.13299 12 6.2573 12 7.50008H13C13 5.98144 12.3839 4.60576 11.3891 3.611L10.682 4.31811ZM11.3891 4.31811L13.1569 2.55033L12.4498 1.84322L10.682 3.611L11.3891 4.31811ZM12 7.50008C12 8.74285 11.4969 9.86716 10.682 10.682L11.3891 11.3892C12.3839 10.3944 13 9.01872 13 7.50008H12ZM10.682 10.682C9.86715 11.4969 8.74283 12.0001 7.50004 12.0001V13.0001C9.01869 13.0001 10.3944 12.3839 11.3891 11.3892L10.682 10.682ZM10.682 11.3892L12.4498 13.1569L13.1569 12.4498L11.3891 10.682L10.682 11.3892ZM7.50004 12.0001C6.25727 12.0001 5.13296 11.497 4.31807 10.6821L3.61097 11.3892C4.60572 12.3839 5.98141 13.0001 7.50004 13.0001V12.0001ZM4.31807 10.6821C3.50318 9.86718 3.00004 8.74286 3.00004 7.50008H2.00004C2.00004 9.01873 2.6162 10.3944 3.61097 11.3892L4.31807 10.6821ZM2.55033 13.1569L4.31808 11.3892L3.61097 10.6821L1.84322 12.4498L2.55033 13.1569ZM8.00004 2.50007L8 -8.77353e-06L7 8.77353e-06L7.00004 2.50009L8.00004 2.50007ZM12.5001 8.00008L15 8L15 7L12.5 7.00008L12.5001 8.00008ZM2.50006 7.00008L1.564e-05 7L-1.564e-05 8L2.50003 8.00008L2.50006 7.00008ZM7.00004 12.5001L7 15L8 15L8.00004 12.5001L7.00004 12.5001Z"/></svg>'
		},
		OwDf: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PivotPointsStandardLastPricesView", (function() {
				return o
			}));
			var s = i("k9/m");
			const r = ["p", "s1", "r1", "s2", "r2", "s3", "r3", "s4", "r4", "s5", "r5"],
				n = {
					P: "P",
					S1: "S1/R1",
					S2: "S2/R2",
					S3: "S3/R3",
					S4: "S4/R4",
					S5: "S5/R5",
					R1: "S1/R1",
					R2: "S2/R2",
					R3: "S3/R3",
					R4: "S4/R4",
					R5: "S5/R5"
				};
			class o {
				constructor(e) {
					this._visiblePivots = new Set, this._invidated = !0, this._prices = [], this
						._source = e
				}
				visiblePivots() {
					return this._visiblePivots
				}
				update() {
					this._invidated = !0
				}
				prices() {
					return this._invidated && (this._updateImpl(), this._invidated = !1), this._prices
				}
				_updateImpl() {
					this._visiblePivots.clear();
					const e = this._source.model(),
						t = this._source.priceScale();
					if (null === t) return;
					if (e.timeScale().isEmpty() || t.isEmpty()) return;
					const i = e.timeScale().visibleBarsStrictRange();
					if (null === i) return;
					if (!this._source.customData() || !this._source.customData().pivots) return;
					const o = e.mainSeries().bars().search(i.lastBar(), s.PlotRowSearchMode
						.NearestLeft);
					if (null === o) return;
					const a = o.index,
						l = this._source.customData().pivots,
						c = this._source.indexes(),
						h = this._source.properties(),
						u = this._source.firstValue();
					for (let e = 0; e < l.length; e++) {
						if (!l[e]) continue;
						const i = c[l[e].startIndex],
							s = c[l[e].endIndex],
							o = h.inputs.showHistoricalPivots.value();
						if (i <= a && (s >= a || o)) {
							this._visiblePivots.add(l[e]), this._prices = [];
							for (let i = 0; i < r.length; i++) {
								const s = r[i],
									o = l[e][s];
								if (void 0 === o || null === u) continue;
								const a = t.priceToCoordinate(o, u),
									c = s.toUpperCase(),
									d = n[c],
									p = h.levelsStyle.colors[d].value();
								this._prices.push({
									formatted: t.formatPrice(o, u),
									price: o,
									coordinate: a,
									color: p
								})
							}
						}
					}
				}
			}
		},
		Owlf: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			}));
			const s = "large"
		},
		Oy0l: function(e, t, i) {},
		PAcw: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "GridRenderer", (function() {
				return n
			}));
			var s = i("jFln"),
				r = i("gAom");
			class n {
				constructor() {
					this._data = null
				}
				setData(e) {
					this._data = e
				}
				draw(e, t) {
					if (null === this._data) return;
					const i = t.pixelRatio,
						n = Math.max(1, Math.floor(i));
					e.lineWidth = n;
					const o = Math.ceil(this._data.h * i),
						a = Math.ceil(this._data.w * i);
					if (e.save(), e.lineCap = "butt", this._data.vertLinesVisible) {
						e.strokeStyle = this._data.vertLinesColor, Object(s.setLineStyle)(e, this._data
							.vertLineStyle);
						for (const t of this._data.timeMarks) {
							const s = Math.round(t.coord * i);
							Object(r.drawVerticalLine)(e, s, 0, o)
						}
					}
					if (this._data.horzLinesVisible) {
						e.strokeStyle = this._data.horzLinesColor, Object(s.setLineStyle)(e, this._data
							.horzLineStyle);
						for (const t of this._data.priceMarks) {
							const s = Math.round(t.coord * i);
							Object(r.drawHorizontalLine)(e, s, 0, a)
						}
					}
					e.restore()
				}
				hitTest(e) {
					return null
				}
			}
		},
		PL0c: function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("aO4+").Point,
					r = i("2kV1").StudyStatusView,
					n = i("it7y").StudyDataWindowView,
					o = i("Qq0B").NonSeriesStudy,
					a = i("UHyS").StandardPivotPointsPriceAxisView,
					l = i("KtbP").PanePriceAxisView,
					c = i("VdBB").HitTestResult,
					h = i("Zy3/").CompositeRenderer,
					u = i("c44N").areEqualPaneRenderParams,
					d = i("2EnG").StandardPivotPointsImageCache,
					p = i("OwDf").PivotPointsStandardLastPricesView,
					_ = i("Fdrt").PaneRendererStandardPivotLabel,
					m = i("l4sv").HorizontalLineRenderer;
				class f {
					constructor(e, t) {
						this._model = e, this._source = t, this._pivots = [], this._textCache = {}
					}
					setCache(e) {
						this._cache = e
					}
					priceAxisViews(e, t) {
						return this._priceAxisViews
					}
					mergeLabel(e, t, i) {
						var s = "" + t;
						void 0 === e[s] ? (e[s] = {}, e[s].text = i, e[s].ids = [this.complete(
							i)]) : (e[s].text += "/" + i, e[s].ids.push(this.complete(i)))
					}
					complete(e) {
						return "P" === e ? e : "S" + e[1] + "/R" + e[1]
					}
					update() {
						this._invalidated = !0
					}
					_updateImpl() {
						if (this._source.pricesView().prices(), this._pivots = [], this._source
							.customData() && this._source.customData().pivots && this._source
							.properties().visible.value()) {
							var e = this._source.customData().pivots,
								t = this._source._indexes,
								i = this._model.timeScale(),
								s = this._source.priceScale();
							if (s && !s.isEmpty() && !i.isEmpty() && e) {
								var r = i.visibleBarsStrictRange(),
									n = r.firstBar(),
									o = r.lastBar();
								if (this._source.ownerSource())
									for (var a = this._source.ownerSource().firstValue(), l = 0; l <
										e.length; l++)
										if (e[l]) {
											var c = t[e[l].startIndex],
												h = t[e[l].endIndex];
											if (!(h < n || c > o)) {
												var u = {},
													d = this._source.properties().levelsStyle
													.visibility;
												d.P.value() && this.mergeLabel(u, e[l].p, "P"), d[
														"S1/R1"].value() && (this.mergeLabel(u, e[l]
														.s1, "S1"), this.mergeLabel(u, e[l].r1,
														"R1")), d["S2/R2"].value() && (this
														.mergeLabel(u, e[l].s2, "S2"),
														this.mergeLabel(u, e[l].r2, "R2")), d[
														"S3/R3"].value() && (this.mergeLabel(u, e[l]
														.s3, "S3"), this.mergeLabel(u, e[l].r3,
														"R3")), d["S4/R4"].value() && (this
														.mergeLabel(u, e[l].s4, "S4"), this
														.mergeLabel(u, e[l].r4, "R4")), d["S5/R5"]
													.value() && (this.mergeLabel(u, e[l].s5, "S5"),
														this.mergeLabel(u, e[l].r5, "R5"));
												var p = i.indexToCoordinate(c),
													_ = i.indexToCoordinate(h);
												for (var m in u) {
													var f = parseFloat(m),
														g = s.priceToCoordinate(f, a);
													this._pivots.push({
														x1: p,
														x2: _,
														y: g,
														label: u[m].text,
														labelIds: u[m].ids,
														src: e[l]
													})
												}
											}
										}
							}
						}
					}
					renderer() {
						this._invalidated && (this._updateImpl(), this._invalidated = !1);
						for (var e = new h, t = this._source.properties().levelsStyle.colors, i =
								this._source.properties().levelsStyle.widths, r = this._source
								.visiblePivots(), n = 0; n < this._pivots.length; n++) {
							var o = this._pivots[n];
							if (r.has(o.src)) {
								var a = {
										width: this._model.timeScale().width(),
										height: this._source.priceScale().height(),
										color: t[o.labelIds[0]].value(),
										linewidth: i[o.labelIds[0]].value(),
										linestyle: CanvasEx.LINESTYLE_SOLID,
										y: o.y,
										left: o.x1,
										right: o.x2
									},
									l = new m;
								if (l.setData(a), l.setHitTest(new c(c.REGULAR)), e.append(l), this
									._source.properties().levelsStyle.showLabels.value()) {
									var u = function(e) {
										return this._source.getCache(e)
									}.bind(this);
									e.append(new _(u, new s(o.x1, o.y), o.label))
								}
							}
						}
						return e
					}
				}
				t.study_PivotPointsStandard = class extends o {
					constructor(e, t, i, s) {
						super(e, t, i, s);
						for (var r = ["P", "S1/R1", "S2/R2", "S3/R3", "S4/R4", "S5/R5"], n =
								this.properties().levelsStyle.visibility, o = 0; o < r
							.length; o++) n[r[o]].listeners().subscribe(this, this
							.processHibernate);
						this._cacheDrawParams = null, this._cache = null
					}
					indexes() {
						return this._indexes
					}
					getCache(e) {
						return this.createCacheIfRequred(e), this._cache
					}
					createCacheIfRequred(e) {
						if (null === this._cache || null == this._cacheDrawParams || !u(e, this
								._cacheDrawParams)) {
							this._cache && this._cache.destroy();
							var t = this._getActualCacheParams();
							this._cache = new d(e, t.font, t.fontSize, t.backColors), this
								._cache.setPrices(this._pricesView.prices()), this
								._cacheDrawParams = e, this._cacheInvalidated = !1, this._cache
								.reset(t), this._cache.setPrices(this._pricesView.prices())
						}
					}
					lastValueData(e, t, i) {
						var s = ["P", "S1", "R1", "S2", "R2", "S3", "R3", "S4", "R4", "S5",
								"R5"
							].indexOf(e.toUpperCase()),
							r = this._pricesView.prices()[s];
						return null != r ? r : {
							noData: !0
						}
					}
					priceLabelText(e) {
						return this._metaInfo.shortDescription + ":" + e.toUpperCase()
					}
					pricesView() {
						return this._pricesView
					}
					_getActualCacheParams() {
						var e = {};
						return e.font = this.properties().font.value(), e.fontSize = this
							.properties().fontsize.value(), e.backColors = [this.properties()
								.levelsStyle.colors.P.value(), this.properties().levelsStyle
								.colors["S1/R1"].value(), this.properties().levelsStyle.colors[
									"S1/R1"].value(), this.properties().levelsStyle.colors[
									"S2/R2"].value(), this.properties().levelsStyle.colors[
									"S2/R2"].value(), this.properties().levelsStyle.colors[
									"S3/R3"].value(), this.properties().levelsStyle.colors[
									"S3/R3"].value(), this.properties().levelsStyle.colors[
									"S4/R4"].value(), this.properties().levelsStyle.colors[
									"S4/R4"].value(), this.properties().levelsStyle.colors[
									"S5/R5"].value(), this.properties().levelsStyle.colors[
									"S5/R5"].value()
							], e
					}
					updateAllViews() {
						super.updateAllViews(),
							this._pricesView.update()
					}
					_createViews() {
						this._cache && (this._cache.destroy(), this._cache = null), this
							._priceAxisViews = [];
						var e = ["P", "S1", "R1", "S2", "R2", "S3", "R3", "S4", "R4", "S5",
							"R5"
						];
						this._paneViews.length = 0, this._labelPaneViews = [];
						var t = new f(this._model, this);
						t.setCache(this._cache), this._paneViews.push(t), this._mainPaneView =
							t;
						for (var i = 0; i < e.length; i++) {
							var s = new a(this, {
								name: e[i],
								cache: this._cache
							});
							this._priceAxisViews.push(s), this._labelPaneViews.push(new l(s,
								this, this._model))
						}
						this._dataWindowView || (this._dataWindowView = new n(this, this
								._model)), this._statusView || (this._statusView = new r(this,
								this._model.properties().scalesProperties.textColor)), this
							._legendView = null, this._pricesView = new p(this)
					}
					visiblePivots() {
						return this._pricesView.visiblePivots()
					}
					_postProcessGraphics() {}
					isVisible() {
						if (!this.properties().visible.value() || !this.isActualInterval())
							return !1;
						for (var e = ["P", "S1/R1", "S2/R2", "S3/R3", "S4/R4", "S5/R5"], t =
								this.properties().levelsStyle.visibility, i = 0; i < e
							.length; i++)
							if (t[e[i]].value()) return !0;
						return !1
					}
					stop() {
						super.stop(), this._cache && (this._cache.destroy(), this._cache = null)
					}
					priceRange(t, i) {
						if (!this.customData() || !this.customData().pivots || !this._indexes)
							return null;
						if (!this.priceScale()) return null;
						for (var s = this.customData().pivots, r = this._indexes, n = null, o =
								0; o < s.length; o++)
							if (s[o]) {
								var a = r[s[o].startIndex];
								if (!(r[s[o].endIndex] < t || a > i)) {
									var l = [],
										c = this._properties.levelsStyle.visibility;
									c.P.value() && l.push(s[o].p), c["S1/R1"].value() && l.push(
										s[o].s1, s[o].r1), c["S2/R2"].value() && l.push(s[o]
										.s2, s[o].r2), c["S3/R3"].value() && l.push(s[o].s3,
										s[o].r3), c["S4/R4"].value() && l.push(s[o].s4, s[o]
										.r4), c["S5/R5"].value() && l.push(s[o].s5, s[o].r5);
									for (var h = 0; h < l.length; h++) l[h] && (null === n ? n =
										new e(l[h], l[h]) : n.apply(l[h], l[h]))
								}
							} return this.priceScale().isLog() && n ? new e(this.priceScale()
							.priceToLogical(n.minValue()), this.priceScale().priceToLogical(
								n.maxValue())) : n
					}
				}
			}).call(this, i("Qb4w").PriceRange)
		},
		PT1i: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "Linking", (function() {
				return h
			})), i.d(t, "linking", (function() {
				return u
			}));
			var s = i("hbEN"),
				r = i("hY0g"),
				n = i.n(r),
				o = i("Kxc7"),
				a = i("txPx");
			const l = Object(a.getLogger)("Linking");
			var c;
			! function(e) {
				e[e.NotBound = 0] = "NotBound", e[e.BoundToWidget = 1] = "BoundToWidget", e[e.BoundToModel =
					2] = "BoundToModel"
			}(c || (c = {}));
			class h {
				constructor() {
					this._watchedSymbol = new n.a, this._seriesShortSymbol = new n.a, this._proSymbol =
						new n.a, this._watchedInterval = new n.a, this._watchedIntraday = new n.a, this
						._watchedSeconds = new n.a, this._watchedTicks = new n.a, this
						._watchedSupportedResolutions = new n.a, this._symbolNamesList = new n.a, this
						._chartWidgetBindingState = c.NotBound, this._activeChartWidget = null, this
						._watchedSymbolListenerBound = this._watchedSymbolListener.bind(this), this
						._watchedIntervalListenerBound = this._watchedIntervalListener.bind(this), this
						._onSymbolLinkBound = this._onSymbolLink.bind(this), this._searchCharts = null,
						this._searchChartsLoadDebounced = null, this._selfEmit = !1, this
						._preventFeedBySymbol = !1, this._feedBySymbolDebounceCounter = 0
				}
				get symbol() {
					return this._watchedSymbol
				}
				get proSymbol() {
					return this._proSymbol
				}
				get symbolNamesList() {
					return this._symbolNamesList
				}
				get seriesShortSymbol() {
					return this._seriesShortSymbol.readonly()
				}
				get interval() {
					return this._watchedInterval
				}
				get intraday() {
					return this._watchedIntraday.readonly()
				}
				get seconds() {
					return this._watchedSeconds.readonly()
				}
				get ticks() {
					return this._watchedTicks.readonly()
				}
				get supportedResolutions() {
					return this._watchedSupportedResolutions.readonly()
				}
				get preventFeedBySymbol() {
					return this._preventFeedBySymbol
				}
				bindToChartWidget(e) {
					if (this.unbindFromChartWidget(), this._activeChartWidget = e, e.hasModel())
						return void this._onChartModelCreated(e.model());
					e.modelCreated().subscribe(this, this._onChartModelCreated), this
						._chartWidgetBindingState = c.BoundToWidget;
					const t = e.properties().childs().mainSeriesProperties.childs();
					this._watchedSymbol.setValue(t.symbol.value()), this._watchedInterval.setValue(t
						.interval.value())
				}
				unbindFromChartWidget() {
					switch (this._chartWidgetBindingState) {
						case c.BoundToWidget:
							if (!this._activeChartWidget) throw new Error("ChartWidget is undefined");
							this._activeChartWidget.modelCreated().unsubscribe(this, this
								._onChartModelCreated);
							break;
						case c.BoundToModel:
							this._symbolProperty().unsubscribe(this, this._onSymbolPropertyChange), this
								._watchedSymbol.unsubscribe(this._watchedSymbolListenerBound), this
								._mainSeries().dataEvents().symbolResolved().unsubscribe(this, this
									._updateSeriesSymbolInfo), this._mainSeries().dataEvents()
								.symbolError().unsubscribe(this, this._updateSeriesSymbolInfo), this
								._intervalProperty().unsubscribe(this, this._onIntervalPropertyChange),
								this._watchedInterval.unsubscribe(this._watchedIntervalListenerBound),
								delete this._watchedSymbol.hook, delete this._watchedSymbol.writeLock
					}
					this._activeChartWidget = null, this._chartWidgetBindingState = c.NotBound
				}
				getChartWidget() {
					return this._activeChartWidget
				}
				bindToChartWidgetCollection(e) {
					this._chartWidgetCollection = e, this.unbindFromChartWidget(), e.activeChartWidget
						.subscribe(e => {
							this.unbindFromChartWidget(), this.bindToChartWidget(e)
						}, {
							callWithLast: !0
						})
				}
				bindToSearchCharts(e) {
					this.unbindFromSearchCharts(), this._searchCharts = e, e.onSearchBySymbol.subscribe(
						this, this._onSearchBySymbol), e.loadingSymbol.subscribe(e => {
						!1 === e && (this._feedBySymbolDebounceCounter = 0)
					}), this._watchedSymbol.subscribe(this._onSymbolLinkBound)
				}
				unbindFromSearchCharts() {
					this._searchCharts && (this._searchCharts.onSearchBySymbol.unsubscribe(this, this
						._onSearchBySymbol), this._watchedSymbol.unsubscribe(this
						._onSymbolLinkBound), this._searchCharts = null)
				}
				setPreventFeedBySymbol(e) {
					this._preventFeedBySymbol = e
				}
				_onSearchBySymbol(e) {
					if (!e.resolved_symbol) throw new Error("no resolved_symbol");
					this._selfEmit = !0, this._watchedSymbol.setValue(e.resolved_symbol), this
						._selfEmit = !1
				}
				_onSymbolLink(e) {
					if (!this._selfEmit) {
						if (!this._searchCharts) {
							const e = "No search charts defined";
							throw l.logError(e), new Error(e)
						}
						this._preventFeedBySymbol || this._loadSearchCharts(e)
					}
				}
				_loadSearchCharts(e) {
					if (!this._searchCharts) {
						const e = "No search charts defined";
						throw l.logError(e), new Error(e)
					}
					if (this._searchChartsLoadDebounced) return void(this._feedBySymbolDebounceCounter <
						100 && (this._feedBySymbolDebounceCounter++, this
							._searchChartsLoadDebounced(e)));
					const t = e => this._searchCharts ? (!0 === this._searchCharts.loadingSymbol
						.value() ? this._feedBySymbolDebounceCounter < 100 && (this
							._feedBySymbolDebounceCounter++, this._searchChartsLoadDebounced =
							Object(s.default)(t, 2e3), this._searchChartsLoadDebounced(e)) : this
						._searchChartsLoadDebounced = null, this._searchCharts.feedBySymbol.call(
							this._searchCharts, e)) : () => {};
					!0 === this._searchCharts.loadingSymbol.value() ? this
						._feedBySymbolDebounceCounter < 100 && (this._feedBySymbolDebounceCounter++,
							this._searchChartsLoadDebounced = Object(s.default)(t, 2e3), this
							._searchChartsLoadDebounced(e)) : this._searchCharts.feedBySymbol(e)
				}
				_mainSeries() {
					if (!this._activeChartWidget) throw new Error("ChartWidget is undefined");
					return this._activeChartWidget.model().mainSeries()
				}
				_properties() {
					return this._mainSeries().properties()
				}
				_symbolProperty() {
					return this._properties().symbol
				}
				_intervalProperty() {
					return this._properties().interval
				}
				_watchedSymbolListener(e) {
					this._symbolProperty().value() !== e && this._chartWidgetCollection.setSymbol(e)
				}
				_sendSnowplowAnalytics() {
					if (!window.user.do_not_track) throw new Error("unsupported")
				}
				_onSymbolPropertyChange() {
					const e = this._symbolProperty().value() !== this._watchedSymbol.value();
					this._watchedSymbol.setValue(this._symbolProperty().value()), e && this
						._chartWidgetCollection.setSymbol(this._symbolProperty().value())
				}
				_onSymbolResolved(e) {
					const t = this._mainSeries().symbolInfo();
					t && this._applyValuesFromSymbolInfo(t)
				}
				_applyValuesFromSymbolInfo(e) {
					const t = e.pro_name || o.enabled("trading_terminal") && (e.full_name || e.name) ||
						"";
					this._proSymbol.setValue(t), e.aliases && this._symbolNamesList.setValue(e.aliases)
				}
				_updateSeriesSymbolInfo() {
					this._seriesShortSymbol.setValue(this._properties().shortName.value());
					const e = this._mainSeries().symbolInfo();
					e ? (this._applyValuesFromSymbolInfo(e), e.hasOwnProperty("supported_resolutions") ?
						this._watchedSupportedResolutions.setValue(e.supported_resolutions) : this
						._watchedSupportedResolutions.setValue(void 0), this._watchedIntraday
						.setValue(!!e.has_intraday), this._watchedSeconds.setValue(!!e.has_seconds),
						this._watchedTicks.setValue(!!e.has_ticks)) : (this._watchedIntraday
						.deleteValue(), this._watchedSeconds.deleteValue(), this._watchedTicks
						.deleteValue(), this._proSymbol.deleteValue())
				}
				_watchedIntervalListener(e) {
					this._intervalProperty().value() !== e && this._chartWidgetCollection.setResolution(
						e)
				}
				_onIntervalPropertyChange() {
					const e = this._intervalProperty().value() !== this._watchedInterval.value();
					this._watchedInterval.setValue(this._intervalProperty().value()), e && this
						._chartWidgetCollection.setResolution(this._intervalProperty().value())
				}
				_onChartModelCreated(e) {
					if (!this._activeChartWidget) throw new Error("ChartWidget is undefined");
					this._chartWidgetBindingState = c.BoundToModel, this._activeChartWidget
						.modelCreated().unsubscribe(this, this._onChartModelCreated);
					const t = this._symbolProperty();
					t.subscribe(this, this._onSymbolPropertyChange), this._watchedSymbol.setValue(t
							.value()),
						this._watchedSymbol.subscribe(this._watchedSymbolListenerBound);
					const i = this._mainSeries();
					i.dataEvents().symbolResolved().subscribe(this, this._onSymbolResolved), this
						._watchedSymbol.hook = e => (i.symbolSameAsCurrent(e) && (e = i.symbol()), e), i
						.dataEvents().symbolResolved().subscribe(this, this._updateSeriesSymbolInfo), i
						.dataEvents().symbolError().subscribe(this, this._updateSeriesSymbolInfo), i
						.dataEvents().symbolNotPermitted().subscribe(this, this
							._updateSeriesSymbolInfo), i.dataEvents().symbolGroupNotPermitted()
						.subscribe(
							this, this._updateSeriesSymbolInfo), this._updateSeriesSymbolInfo();
					const s = this._intervalProperty();
					s.subscribe(this, this._onIntervalPropertyChange), this._watchedInterval.setValue(s
						.value()), this._watchedInterval.subscribe(this
						._watchedIntervalListenerBound), this._activeChartWidget.readOnly() && (this
						._watchedSymbol.writeLock = !0)
				}
			}
			window.TradingView = window.TradingView || {};
			const u = new h;
			window.TradingView.Linking = u
		},
		PYn8: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolThreeDrivers", (function() {
				return o
			}));
			var s = i("Ocx9"),
				r = i("Ss5c"),
				n = i("j3hX");
			class o extends r.LineDataSource {
				constructor(e, t) {
					const s = t || o.createProperties();
					super(e, s), i.e("lt-pane-views").then(i.bind(null, "S6aM")).then(t => {
						this._setPaneViews([new t.LineToolThreeDrivesPaneView(this, e)])
					})
				}
				pointsCount() {
					return 7
				}
				name() {
					return "Three Drives Pattern"
				}
				properties() {
					return super.properties()
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolthreedrivers", e);
					return o._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "aMeN")).then(
						e => e.PatternWithoutBackgroundDefinitionsViewModel)
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e), e.addChild("linesColors", new n
							.LineToolColorsProperty([e.childs().color])), e.addChild("textsColors",
							new n.LineToolColorsProperty([e.childs().textcolor])), e.addChild(
							"linesWidths", new n.LineToolWidthsProperty([e.childs().linewidth])), e
						.hasChild("backgroundsColors") && e.removeProperty("backgroundsColors")
				}
			}
		},
		PzPU: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "copyToClipboardImageOfChart", (function() {
				return r
			})), i.d(t, "getImageOfChartSilently", (function() {
				return n
			})), i.d(t, "copyToClipboardClientScreenshot", (function() {
				return o
			})), i.d(t, "downloadClientScreenshot", (function() {
				return a
			}));
			const s = () => i.e("take-chart-image-impl").then(i.bind(null, "13es"));

			function r(e, t = {}) {
				return s().then(i => i.copyToClipboardImageOfChart(e, t))
			}

			function n(e, t = {}) {
				return s().then(i => i.getImageOfChartSilently(e, t))
			}

			function o(e) {
				return s().then(t => t.copyToClipboardClientScreenshot(e))
			}

			function a(e) {
				return s().then(t => t.downloadClientScreenshot(e))
			}
		},
		Q19o: function(e, t, i) {
			"use strict";
			var s = i("Eyy1").ensureNotNull,
				r = i("jA0t"),
				n = i("9iCb").applyOverridesToStudy,
				o = i("0YCj"),
				a = i("5JMW"),
				l = a.LineDataSourceApi,
				c = a.isLineToolRiskReward,
				h = i("N1UO").StudyApi,
				u = i("ltKl").SeriesApi,
				d = i("QrSB").SelectionApi,
				p = i("mf9N").PaneApi,
				_ = i("OLhd").createDwmAligner,
				m = i("LxhU").Interval,
				f = i("2jXJ").supportedLineTools,
				g = i("vwKG").showTooManyStudiesNotice,
				b = i("ogJP"),
				v = b.isNumber,
				S = b.deepEquals,
				y = i("CW80").createLineToolProperties,
				w = i("CW80").prepareLineToolPropertiesByOwnerSource,
				P = i("96Yh").lineToolEntityInfo,
				C = i("lReN").LineToolsGroupControllerApi,
				x = i("ocrj").RemoveSourcesCommand,
				T = i("e92V").isLineDrawnWithPressedButton,
				I = i("FDyI").ChartWidgetApiBase,
				M = i("mMWL");

			function O(e, t) {
				return t.map((function(t) {
					return e.dataSourceForId(t)
				}))
			}
			e.exports = class extends I {
				constructor(e, t) {
					super(e, t), this._panes = new WeakMap, this._studies = new WeakMap, this
						._lineDataSources = new WeakMap, this._selectionApi = null, this
						._prevVisibleRange = null, this._chartWidget.onAboutToBeDestroyed()
						.subscribe(this, this._destroy, !0), this._chartWidget.withModel(this, (
							function() {
								this._chartWidget.model().timeScale().logicalRangeChanged()
									.subscribe(this, this._onLogicalRangeChanged)
							}))
				}
				id() {
					return this._chartWidget.id()
				}
				_getPaneApi(e) {
					var t = this._panes.get(e);
					return void 0 === t && (t = new p(e, this._chartWidget), this._panes.set(e, t)),
						t
				}
				_getStudyApi(e) {
					var t = this._studies.get(e);
					return void 0 === t && (t = new h(e, this._chartWidget), this._studies.set(e,
						t)), t
				}
				_getLineDataSourceApi(e) {
					var t = this._lineDataSources.get(e);
					return void 0 === t && (t = new l(e, this._chartWidget.model().model(), {
						apiPointsToDataSource: this._convertUserPointsToDataSource.bind(
							this),
						dataSourcePointsToPriced: e => {
							var t = this._chartWidget.model().mainSeries()
								.syncModel(),
								i = this._chartWidget.model().timeScale();
							return e.map(e => {
								var s = i.normalizeBarIndex(e.index);
								return {
									price: e.price,
									time: this._convertTimeToPublic(t
										.projectTime(s.time_t, s.offset)
									)
								}
							})
						}
					}), this._lineDataSources.set(e, t)), t
				}
				executeActionById(e) {
					this._chartWidget.executeActionById(e)
				}
				getCheckableActionState(e) {
					return this._chartWidget.getCheckableActionState(e)
				}
				setZoomEnabled(e) {
					this._chartWidget.model().model().setZoomEnabled(e)
				}
				setScrollEnabled(e) {
					this._chartWidget.model().model().setScrollEnabled(e)
				}
				refreshMarks() {
					this._chartWidget.refreshMarks()
				}
				clearMarks() {
					this._chartWidget.clearMarks()
				}
				symbol() {
					return this._chartWidget.getSymbol()
				}
				symbolExt() {
					var e = this._chartWidget.model().mainSeries().symbolInfo();
					return e ? {
						symbol: e.name,
						full_name: e.full_name,
						exchange: e.exchange,
						description: e.description,
						type: e.type,
						pro_name: e.pro_name
					} : null
				}
				resolution() {
					return this._chartWidget.model().mainSeries().properties().interval.value()
				}
				resetData() {
					this._chartWidget.model().mainSeries().rerequestData()
				}
				setEntityVisibility(e, t) {
					console.warn(
						"`setEntityVisibility` is deprecated. Use shape/study API instead");
					var i = this._chartWidget.model().model().dataSourceForId(e);
					if (i) {
						var s = i.properties();
						s && s.visible && s.visible.setValue(t)
					}
				}
				availableZOrderOperations(e) {
					var t = O(this._chartWidget.model().model(), e);
					return this._chartWidget.model().availableZOrderOperations(t)
				}
				sendToBack(e) {
					var t = O(this._chartWidget.model().model(), e);
					this._chartWidget.model().sendToBack(t)
				}
				bringToFront(e) {
					var t = O(this._chartWidget.model().model(), e);
					this._chartWidget.model().bringToFront(t)
				}
				insertAfter(e, t) {
					var i = this._chartWidget.model().model(),
						s = O(i, e),
						r = i.dataSourceForId(t);
					this._chartWidget.model().insertAfter(s, r)
				}
				insertBefore(e, t) {
					var i = this._chartWidget.model().model(),
						s = O(i, e),
						r = i.dataSourceForId(t);
					this._chartWidget.model().insertBefore(s, r)
				}
				bringForward(e) {
					var t = O(this._chartWidget.model().model(), e);
					this._chartWidget.model().bringForward(t)
				}
				sendBackward(e) {
					var t = O(this._chartWidget.model().model(), e);
					this._chartWidget.model().sendBackward(t)
				}
				showPropertiesDialog(e) {
					var t = this._chartWidget.model().model().dataSourceForId(e);
					if (null === t) throw new Error("Study or shape " + e + " does not exist");
					this._chartWidget.showChartPropertiesForSource(t)
				}
				getAllShapes() {
					return this._chartWidget.model().model().allLineTools().map(P).filter((function(
						e) {
						return null !== e.name
					}))
				}
				removeAllShapes() {
					this._chartWidget.removeAllDrawingTools()
				}
				removeAllStudies() {
					this._chartWidget.removeAllStudies()
				}
				removeEntity(e, t) {
					var i = this._chartWidget.model().chartModel().dataSourceForId(e);
					i ? t && t.disableUndo ? new x(this._chartWidget.model().chartModel(), [i], "")
						.redo() : this._chartWidget.model().removeSource(i, !0, !0) : console.warn(
							"Can't find a source with id: " + e)
				}
				removeEntityWithUndo(e) {
					var t = this._chartWidget.model().chartModel().dataSourceForId(e);
					this._chartWidget.model().removeSource(t, !1)
				}
				selection() {
					return null === this._selectionApi && (this._selectionApi = new d(this
						._chartWidget.model().model())), this._selectionApi
				}
				createStudyTemplate(e) {
					return this._chartWidget.model().model().studyTemplate(e.saveSymbol, e
						.saveInterval)
				}
				drawOnAllCharts(e) {
					M.drawOnAllCharts.setValue(e)
				}
				applyStudyTemplate(e) {
					this._chartWidget.model().applyStudyTemplate(e, "" + 1e3 * Math.random())
				}
				setVisibleRange(e, t) {
					return new Promise(function(i) {
						this._chartWidget.setVisibleTimeRange(e.from, e.to, t, i)
					}.bind(this))
				}
				getVisibleRange() {
					var e = {
							from: 0,
							to: 0
						},
						t = this._chartWidget.model().timeScale();
					if (t.isEmpty()) return e;
					var i = t.coordinateToVisibleIndex(0),
						s = t.coordinateToVisibleIndex(t.width() - 1),
						r = this._convertIndexToPublicTime(s);
					return null === r || (e.from = this._convertIndexToPublicTime(Math.max(t
						.points().firstIndex(), i)), e.to = r), e
				}
				getVisiblePriceRange() {
					return console.warn(
							"`getVisiblePriceRange` is deprecated. Use Price Scale API instead"),
						this._chartWidget.model().mainSeries() ? this._chartWidget.model()
						.mainSeries().priceScale().priceRangeInPrice() : null
				}
				scrollPosition() {
					return this._chartWidget.model().timeScale().rightOffset()
				}
				defaultScrollPosition() {
					return this._chartWidget.model().timeScale().defaultRightOffsetProperty()
						.value()
				}
				_createTradingPrimitive(e, t) {
					var i = this;
					var r, n, o = this._chartWidget.model().model(),
						a = o.paneForSource(o.mainSeries());
					return (t ? o : this._chartWidget.model()).createLineTool(a, (r = TradingView
						.CLOSE_PLOT, {
							index: (n = s(i._chartWidget.model().mainSeries().bars()
								.last())).index,
							price: n.value[r]
						}), e)._adapter
				}
				createOrderLine(e) {
					e = e || {};
					return this._createTradingPrimitive("LineToolOrder", e.disableUndo)
				}
				createPositionLine(e) {
					e = e || {};
					return this._createTradingPrimitive("LineToolPosition", e.disableUndo)
				}
				createExecutionShape(e) {
					e = e || {};
					return this._createTradingPrimitive("LineToolExecution", e.disableUndo)
				}
				createShape(e, t) {
					return this.createMultipointShape([e], t)
				}
				_alignPoints(e) {
					var t = this._chartWidget.model().model(),
						i = t.mainSeries(),
						s = i.interval();
					if (t.timeScale().isEmpty() || !m.isDWM(s)) return e;
					var r = _(s, i.symbolInfo());
					return null === r ? e : e.map((function(e) {
						return r.timeToSessionStart(1e3 * e) / 1e3
					}))
				}
				_convertUserPointsToDataSource(e) {
					var t = this._chartWidget.model().model(),
						i = t.mainSeries(),
						s = t.timeScale().points(),
						r = i.data();
					if (t.timeScale().isEmpty()) return null;
					var n = e.map((function(e) {
							return e.time || 0
						})),
						o = this._alignPoints(n);

					function a(e, t, n) {
						var o = s.closestIndexLeft(e) || 0,
							a = {
								index: o
							},
							l = s.valueAt(o);
						if (e > l && o === s.lastIndex())(c = i.syncModel().distance(l, e))
							.success && (a.index = a.index + c.result);
						else if (e < l && o === s.firstIndex()) {
							var c;
							(c = i.syncModel().distance(e, l)).success && (a.index = a.index - c
								.result)
						}
						if (v(t)) a.price = t;
						else {
							var h = n ? ["open", "high", "low", "close"].indexOf(n) + 1 : 1;
							h <= 0 && (h = 1), a.price = r.valueAt(o)[h]
						}
						return a
					}
					for (var l = [], c = 0; c < e.length; c++) {
						var h = e[c];
						l.push(a(o[c], h.price, h.channel))
					}
					return l
				}
				createMultipointShape(e, t, i) {
					var s = t.disableUndo ? this._chartWidget.model().model() : this._chartWidget
						.model(),
						r = this._chartWidget.model().model(),
						n = r.mainSeries();
					if (!r.timeScale().isEmpty()) {
						var o = r.dataSourceForId(t.ownerStudyId) || n,
							a = r.paneForSource(o),
							l = this._convertUserPointsToDataSource(e),
							h = f[t.shape] || f.flag;
						if (h.onlySelectable) throw new Error('Cannot create "' + t.shape +
							'" shape');
						if ("LineToolPolyline" === h.name || "LineToolPath" === h.name ||
							"LineToolGhostFeed" === h.name) l[0].price === l[l.length - 1].price &&
							l[0].index === l[l.length - 1].index || l.push(l[0]);
						else if ("LineToolIcon" === h.name) {
							if (t.icon = t.icon || t.overrides && t.overrides.icon, !t
								.hasOwnProperty("icon")) throw new Error(
								"icon must be specified in options");
							t.overrides = t.overrides || {}, t.overrides.icon = t.icon
						}
						var u = y(h.name);
						if (w(u, o), t.overrides)
							for (var d in t.overrides) u[d] ? u[d].mergeAndFire(t.overrides[d]) : c(
									h.name) && -1 !== ["profitLevel", "stopLevel"].indexOf(d) && u
								.addProperty(d, t.overrides[d]);
						void 0 !== u.text && t.text && u.text.setValue(t.text);
						var p = s.createLineTool(a, l[0], h.name, u, void 0, o);
						if (c(h.name)) {
							if (l.length > 2) throw new Error("Wrong points count for " + t.shape +
								". Required 1 or 2");
							2 === l.length && (p.startChanging(1, l[1]), p.setPoint(1, l[1]), p
								.endChanging())
						} else {
							var _ = p.pointsCount();
							if (_ !== l.length && -1 !== _) throw new Error(
								"Wrong points count for " + t.shape + ". Required " + _);
							for (var m = T(h.name), g = 1; g < l.length && this._chartWidget.model()
								.lineBeingCreated(); g++) s.continueCreatingLine(l[g], null, g < l
								.length - 1 || m);
							m && (s.finishLineTool(p), s.continueCreatingLine(l[l.length - 1], null,
								!1))
						}
						if (t.lock && p.setUserEditEnabled(!1), t.disableSelection && p
							.setSelectionEnabled(!1), t.disableSave && (p.customization
								.disableSave = !0), t.hasOwnProperty("showInObjectsTree") && (p
								.customization.showInObjectsTree = t.showInObjectsTree),
							t.zOrder) {
							var b = this._chartWidget.model().availableZOrderOperations([p]);
							"top" === t.zOrder && b.bringToFrontEnabled ? s.bringToFront([p]) :
								"bottom" === t.zOrder && b.sendToBackEnabled && s.sendToBack([p])
						}
						return p.id()
					}
				}
				getShapeById(e) {
					var t = this._chartWidget.model().model().getLineToolById(e);
					if (null === t) throw new Error("There is no such shape");
					return this._getLineDataSourceApi(t)
				}
				createStudy(e, t, i, s, a, l) {
					if ("function" == typeof a) return console.warn(
							'"createStudy" does not take "callback" parameter anymore'), Promise
						.resolve(null);
					if (l = l || {}, "string" != typeof e) return this._createStudy(e);
					if (l.checkLimit && !this._chartWidget.model().canCreateStudy()) return g(),
						Promise.resolve(null);
					e = e.toLowerCase();
					var c = l.disableUndo ? this._chartWidget.model().model() : this._chartWidget
						.model(),
						h = o.findStudyMetaInfoByDescription(c.studiesMetaData(), e).id,
						u = c.createStudyInserter({
							type: "java",
							studyId: h
						});
					return u.setForceOverlay(t), l.priceScale && u.setPreferredPriceScale(function(
							e) {
							switch (e) {
								case "no-scale":
									return "overlay";
								case "as-series":
									return "as-series";
								case "new-left":
									return "left";
								case "new-right":
									return "right";
								default:
									throw new Error('The pricescale "' + e +
										'" is invalid, the only valid options are "no-scale", "as-series", "new-left" and "new-right".'
									)
							}
						}(l.priceScale)), l.allowChangeCurrency && u.setAllowChangeCurrency(!0), l
						.allowChangeUnit && u.setAllowChangeUnit(!0), s && (s = r
							.getStudyRecordFromArray([e].concat(s), this._chartWidget).inputs), u
						.insert((function() {
							return Promise.resolve(s || {})
						})).then((function(e) {
							return a && n(e, a), i && e.setUserEditEnabled(!1), e.id()
						}))
				}
				getStudyById(e) {
					var t = this._chartWidget.model().model().getStudyById(e);
					if (null === t) throw new Error("There is no such study");
					return this._getStudyApi(t)
				}
				getSeries() {
					var e = this._chartWidget.model(),
						t = e.mainSeries();
					return new u(t, e)
				}
				chartType() {
					return this._chartWidget.model().mainSeries().properties().style.value()
				}
				priceFormatter() {
					return this._chartWidget.model().mainSeries().priceScale().formatter()
				}
				dataReady(e) {
					var t = !this._chartWidget.hasModel() || !this._chartWidget.model()
						.mainSeries() || this._chartWidget.model().mainSeries().data().isEmpty();
					return e && (t ? this.onDataLoaded().subscribe(null, e, !0) : e()), !t
				}
				_onLogicalRangeChanged() {
					var e = this._chartWidget.model().mainSeries(),
						t = e.data().isEmpty();
					if (null !== this._chartWidget.model().timeScale().visibleBarsStrictRange() &&
						t) e.dataEvents().completed().subscribe(this, this._onLogicalRangeChanged, !
						0);
					else {
						var i = this.getVisibleRange();
						null !== this._prevVisibleRange && S(this._prevVisibleRange, i)[0] || (this
							._prevVisibleRange = i, this._visibleBarsChanged.fire(i))
					}
				}
				_destroy() {
					super._destroy(), this._chartWidget.hasModel() && this._chartWidget.model()
						.timeScale().logicalRangeChanged().unsubscribe(this, this
							._onLogicalRangeChanged)
				}
				setTimezone(e) {
					this._chartWidget.setTimezone(e)
				}
				getTimezone() {
					return this._chartWidget.getTimezone()
				}
				getPanes() {
					return this._chartWidget.model().chartModel().panes().map((function(e) {
						return this._getPaneApi(e)
					}), this)
				}
				canZoomOut() {
					return !this._chartWidget.model().zoomStack().isEmpty()
				}
				zoomOut() {
					this.canZoomOut() && this._chartWidget.model().zoomFromViewport()
				}
				shapesGroupController() {
					return new C(this._chartWidget.model().lineToolsGroupController(), this
						._chartWidget.model())
				}
				isSelectBarRequested() {
					return this._chartWidget.selectPointMode().value()
				}
				requestSelectBar() {
					if (this.isSelectBarRequested()) return Promise.reject("already requested");
					var e = this;
					return new Promise((function(t, i) {
						e._chartWidget.requestSelectPoint("time").then((function(i) {
							t(e._convertTimeToPublic(i.point.time))
						})).catch((function() {
							i("cancelled")
						}))
					}))
				}
				cancelSelectBar() {
					this.isSelectBarRequested() && this._chartWidget.cancelRequestSelectPoint()
				}
			}
		},
		QCyK: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "spreadStudyItem", (function() {
				return n
			}));
			var s = i("7dm8");
			class r extends s.a {
				_doCalculation(e, t, i, s) {
					return e * t - i * s
				}
			}
			const n = {
				name: "Spread",
				metainfo: {
					_metainfoVersion: 15,
					defaults: s.b,
					plots: s.d,
					styles: s.e,
					description: "Spread",
					shortDescription: "Spread",
					is_price_study: !1,
					inputs: s.c,
					id: "Spread@tv-basicstudies-1"
				},
				constructor: r
			}
		},
		QIuV: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("ivNn").fixComputationError;
			class n extends s {
				constructor(e, t) {
					super(e, t), this.customization.forcePriceAxisLabel = !0, this.customization
						.disableErasing = !0, this.customization.showInObjectsTree = !1, this
						.setSelectionEnabled(!1)
				}
				isSynchronizable() {
					return !1
				}
				pointsCount() {
					return n.POINTS_COUNT
				}
				hasContextMenu() {
					return !1
				}
				state() {
					return null
				}
				startMoving() {
					s.prototype.startMoving.apply(this, arguments), this._cursorMoved = !1
				}
				endMoving() {
					s.prototype.endMoving.apply(this, arguments), this._cursorMoved = !1
				}
				_correctPoints(e) {
					this._currentMovingPoint && this._startMovingPoint ? this._currentMovingPoint
						.logical.price - this._startMovingPoint.logical.price && (this._cursorMoved = !
							0) : this._cursorMoved = !1;
					for (var t = 1 / this.priceScale().mainSource().base(), i = 0; i < e.length; i++) {
						var s = e[i];
						this._cursorMoved && (s.price = this._currentMovingPoint.logical.price), s
							.price = r(t * Math.round(s.price / t)), e[i] = s
					}
				}
				userEditEnabled() {
					return !0
				}
				movable() {
					return !1
				}
				canBeHidden() {
					return !1
				}
				isUserDeletable() {
					return !1
				}
				showInObjectTree() {
					return !1
				}
				doesMovingAffectsUndo() {
					return !1
				}
				isAvailableInFloatingWidget() {
					return !1
				}
				timeAxisViews() {
					return null
				}
				cloneable() {
					return !1
				}
				copiable() {
					return !1
				}
				static _configureProperties(e) {
					s._configureProperties(e)
				}
			}
			n.POINTS_COUNT = 1, e.exports.LineToolTrading = n
		},
		QQu0: function(e, t, i) {
			"use strict";
			var s = i("WPQD").LineToolTrendLine,
				r = i("Ocx9").DefaultProperty;
			class n extends s {
				constructor(e, t) {
					super(e, t || n.createProperties())
				}
				name() {
					return "Arrow"
				}
				static createProperties(e) {
					var t = new r("linetoolarrow", e);
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e)
				}
			}
			t.LineToolArrow = n
		},
		QTwd: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "RestoreDefaultsPreferencesUndoCommand", (function() {
				return h
			}));
			var s = i("Eyy1"),
				r = i("RDU5"),
				n = i("ApcL"),
				o = i("3t3b"),
				a = i("x2L+"),
				l = i("N22A"),
				c = i("GDWD");
			class h extends r.UndoCommand {
				constructor(e) {
					super("Apply All Chart Properties"), this._trading = null, this
						._oldShowSellBuyButtons = null, this._oldNoConfirmEnabled = null,
						this._oldShowOnlyRejectionNotifications = null, this
						._oldShowPricesWithZeroVolume = null, this._oldShowPricesWithSpread = null,
						this._oldOrderExecutedSoundEnabled = null, this._prevWatermarkPreferences =
						null, this._model = e, this._trading = Object(l.a)(), null !== this
						._trading && (this._oldShowSellBuyButtons = this._trading.showSellBuyButtons
							.value(), this._oldNoConfirmEnabled = this._trading.noConfirmEnabled
							.value(), this._oldShowOnlyRejectionNotifications = this._trading
							.showOnlyRejectionNotifications.value(), this
							._oldShowPricesWithZeroVolume = this._trading.showPricesWith()
							.zeroVolume.value(), this._oldShowPricesWithSpread = this._trading
							.showPricesWith().spread.value(), this._oldOrderExecutedSoundEnabled =
							this._trading.orderExecutedSoundParams.enabled.value()), this
						._defaultsPreferences = Object(n.defaultsPreferencesByWhiteList)(this
							._model, this._model.mainSeries()), this._oldPreferences = e
						.preferences(), this._prevDateFormat = o.dateFormatProperty.value(), this
						._prevAddPlusButton = c.addPlusButtonProperty.value(), this
						._prevShowOpenMarkerStatus = a.b.value();
					const t = this._model.watermarkSource();
					null !== t && (this._prevWatermarkPreferences = t.properties().state())
				}
				redo() {
					null !== this._trading && (this._trading.showSellBuyButtons.setValue(!0), this
							._trading.noConfirmEnabled.setValue(!1), this._trading
							.showOnlyRejectionNotifications.setValue(!1), this._trading
							.showPricesWith().zeroVolume.setValue(!0), this._trading
							.showPricesWith().spread.setValue(!0), this._trading
							.orderExecutedSoundParams.enabled.setValue(!1)), this._model
						.applyPreferences(this._defaultsPreferences), this._model.mainSeries()
						.onChartStyleChanged(), this._model.updateScales(), Object(o
							.restoreDateFormatSettingsValue)(), Object(c
							.restoreAddPlusButtonSettingsValue)(), Object(a.a)();
					const e = this._model.watermarkSource();
					null !== e && e.restorePropertiesDefaults()
				}
				undo() {
					null !== this._trading && (this._trading.showSellBuyButtons.setValue(Object(s
								.ensureNotNull)(this._oldShowSellBuyButtons)), this._trading
							.noConfirmEnabled.setValue(Object(s.ensureNotNull)(this
								._oldNoConfirmEnabled)), this._trading
							.showOnlyRejectionNotifications.setValue(Object(s.ensureNotNull)(this
								._oldShowOnlyRejectionNotifications)), this._trading
							.showPricesWith().zeroVolume.setValue(Object(s.ensureNotNull)(this
								._oldShowPricesWithZeroVolume)), this._trading.showPricesWith()
							.spread.setValue(Object(s.ensureNotNull)(this
								._oldShowPricesWithSpread)), this._trading.orderExecutedSoundParams
							.enabled.setValue(Object(s.ensureNotNull)(this
								._oldOrderExecutedSoundEnabled))), this._model.applyPreferences(this
							._oldPreferences), this._model.mainSeries().onChartStyleChanged(), this
						._model.updateScales(), o.dateFormatProperty.setValue(this._prevDateFormat),
						a.b.setValue(this._prevShowOpenMarkerStatus), c.addPlusButtonProperty
						.setValue(this._prevAddPlusButton);
					const e = this._model.watermarkSource();
					null !== e && null !== this._prevWatermarkPreferences && e.properties()
						.mergeAndFire(this._prevWatermarkPreferences)
				}
			}
		},
		Qb4w: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PriceRange", (function() {
				return o
			}));
			var s = i("ogJP"),
				r = i("txPx");
			const n = Object(r.getLogger)("Chart.PriceRange");
			class o {
				constructor(e, t) {
					if (null !== e && "object" == typeof e) {
						const t = e;
						this._minValue = t.m_minValue, this._maxValue = t.m_maxValue
					} else {
						const i = e;
						this._minValue = i, void 0 !== t && (this._maxValue = t)
					}
				}
				equals(e) {
					return this._minValue === e._minValue && this._maxValue === e._maxValue
				}
				clone() {
					return new o(this._minValue, this._maxValue)
				}
				minValue() {
					return this._minValue
				}
				setMinValue(e) {
					this._minValue = e
				}
				maxValue() {
					return this._maxValue
				}
				setMaxValue(e) {
					this._maxValue = e
				}
				length() {
					return this._maxValue - this._minValue
				}
				isEmpty() {
					return this._maxValue === this._minValue || this._maxValue != this._maxValue || this
						._minValue != this._minValue
				}
				serialize() {
					return {
						m_maxValue: this._maxValue,
						m_minValue: this._minValue
					}
				}
				state() {
					return {
						max: this._maxValue,
						min: this._minValue
					}
				}
				merge(e) {
					return new o(Math.min(this.minValue(), e.minValue()), Math.max(this.maxValue(), e
						.maxValue()))
				}
				apply(e, t) {
					this._minValue = Math.min(this._minValue, e), this._maxValue = Math.max(this
						._maxValue, t)
				}
				set(e, t) {
					this._minValue = e, this._maxValue = t
				}
				scaleAroundCenter(e) {
					if (!Object(s.isNumber)(e)) return void n.logDebug(
						"PriceRange.scaleAroundCenter: invalid coeff");
					if (0 === this._maxValue - this._minValue) return;
					const t = .5 * (this._maxValue + this._minValue);
					let i = this._maxValue - t,
						r = this._minValue - t;
					i *= e, r *= e, this._maxValue = t + i, this._minValue = t + r
				}
				shift(e) {
					Object(s.isNumber)(e) ? (this._maxValue += e, this._minValue += e) : n.logDebug(
						"PriceRange.shift: invalid coeff")
				}
				containsStrictly(e) {
					return e.minValue() > this._minValue && e.maxValue() < this._maxValue
				}
				static compare(e, t) {
					return null === e || null === t ? e === t : e.equals(t)
				}
			}
		},
		QfUd: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return a
			}));
			var s = i("hY0g"),
				r = i.n(s),
				n = i("ogJP");

			function o(e, t) {
				return Object(n.deepEquals)(e, t)[0]
			}
			class a extends r.a {
				constructor(e, t = o) {
					super(e), this._comparator = t
				}
				setValue(e, t) {
					!1 === this._comparator(this.value(), e) && super.setValue(e, t)
				}
			}
		},
		QloM: function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "TabNames", (function() {
					return s
				})),
				function(e) {
					e.background = "Background", e.coordinates = "Coordinates", e.drawings = "Drawings", e
						.events = "Events", e.eventsAndAlerts = "Events & Alerts", e.inputs = "Inputs", e
						.properties = "Properties", e.scales = "Scales", e.legend = "Legend", e.sourceCode =
						"Source Code", e.style = "Style", e.symbol = "Symbol", e.timezoneSessions =
						"Timezone/Sessions", e.trading = "Trading", e.visibility = "Visibility", e.text =
						"Text"
				}(s || (s = {}))
		},
		Qq0B: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "NonSeriesStudy", (function() {
				return n
			}));
			var s = i("Eyy1"),
				r = i("GVHu");
			class n extends r.Study {
				clearData() {
					this._customData = null, this._indexes = null
				}
				restoreData(e, t, i) {
					r.Study.prototype.restoreData.call(this, e), this._customData = t, this
						._indexes = i
				}
				state(e) {
					const t = super.state(e);
					return e && (t.nonSeriesData = this._customData, t.indexes = this._indexes), t
				}
				customData() {
					return this._customData
				}
				_setPaneViews(e) {
					this._paneViews = e, this.model().lightUpdate()
				}
				_onDataUpdated(e, t, i) {
					null !== t && (t.indexes_replace ? (Object(s.assert)("nochange" !== i), this
						._indexes = i) : (this._customData = t.data, "nochange" !== i && (
						this._indexes = i))), super._onDataUpdated(e, t, i)
				}
			}
		},
		QrSB: function(e, t, i) {
			"use strict";

			function s(e, t) {
				const i = e.dataSourceForId(t);
				if (null === i) throw new Error(`Chart has no study or shape with id "${t}"`);
				return i
			}
			i.r(t), i.d(t, "SelectionApi", (function() {
				return r
			}));
			class r {
				constructor(e) {
					this._model = e
				}
				add(e) {
					Array.isArray(e) ? this._model.selectionMacro(t => {
						e.map(s.bind(null, this._model)).forEach(e => t.addSourceToSelection(e))
					}) : this.add([e])
				}
				canBeAddedToSelection(e) {
					const t = s(this._model, e);
					return this._model.selection().canBeAddedToSelection(t)
				}
				set(e) {
					Array.isArray(e) ? this._model.selectionMacro(t => {
						t.clearSelection(), e.map(s.bind(null, this._model)).forEach(e => t
							.addSourceToSelection(e))
					}) : this.set([e])
				}
				remove(e) {
					Array.isArray(e) ? this._model.selectionMacro(t => {
						e.map(s.bind(null, this._model)).forEach(e => t
							.removeSourceFromSelection(e))
					}) : this.remove([e])
				}
				contains(e) {
					const t = s(this._model, e);
					return this._model.selection().isSelected(t)
				}
				allSources() {
					return this._model.selection().dataSources().map(e => e.id())
				}
				isEmpty() {
					return this._model.selection().isEmpty()
				}
				clear() {
					this._model.selectionMacro(e => {
						e.clearSelection()
					})
				}
				onChanged() {
					return this._model.onSelectedSourceChanged()
				}
			}
		},
		Qtjj: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "TimeSynchronizer", (function() {
				return l
			}));
			var s = i("LxhU"),
				r = i("jCNj"),
				n = i.n(r),
				o = i("IiTo");
			let a = null;
			class l {
				constructor(e, t) {
					var i, r;
					this._sourceTargetBarBuilder = null, this._cache = new Map, this._source = e, this
						._target = t, this._isResolutionTheSame = s.Interval.isEqual(e.getResolution(),
							t.getResolution()), this._isSessionTheSame = (i = e.getSymbolInfo(), r = t
							.getSymbolInfo(), i.timezone === r.timezone && i.session === r.session),
						this._shouldCorrectTradingDay = s.Interval.isDWM(e.getResolution()) && !this
						._isSessionTheSame
				}
				sourceTimeToTargetTime(e) {
					if (this._isSessionTheSame && this._isResolutionTheSame) return e;
					if (!this._source.isValid() || !this._target.isValid()) return e;
					let t = this._cache.get(e);
					if (void 0 === t) {
						let i = 1e3 * e;
						if (this._shouldCorrectTradingDay) {
							let e = n.a.utc_to_cal(this._source.getSession().timezone, i);
							e = this._source.getSession().spec.correctTradingDay(e);
							const t = new Date(e);
							n.a.set_hms(t, 0, 0, 0, 0, this._source.getSession().timezone), i = t
								.valueOf()
						}
						const s = this._sourceTargetBuilder();
						s.moveTo(i);
						const r = s.indexOfBar(i);
						t = s.startOfBar(Math.max(0, r)) / 1e3, this._cache.set(e, t)
					}
					return t
				}
				_sourceTargetBuilder() {
					if (null === this._sourceTargetBarBuilder) {
						const e = this._isSessionTheSame ? this._target.getSession() : (null === a && (
							a = new o.SessionInfo("Etc/UTC", "24x7")), a);
						this._sourceTargetBarBuilder = Object(o.newBarBuilder)(this._target
							.getResolution(), this._target.getSession(), e)
					}
					return this._sourceTargetBarBuilder
				}
			}
		},
		RBvv: function(e) {
			e.exports = JSON.parse(
				'{"color-bg-primary":"color-white","color-bg-primary-hover":"color-cold-gray-100","color-bg-secondary":"color-white","color-bg-highlight":"color-cold-gray-50","color-bg-scroll-buttons":"color-cold-gray-100","color-legacy-bg-scroll-buttons":"color-cold-gray-850","color-legacy-bg-widget":"color-white","color-text-primary":"color-cold-gray-900","color-text-secondary":"color-cold-gray-500","color-text-tertiary":"color-cold-gray-400","color-text-disabled":"color-cold-gray-300","color-accent-content":"color-cold-gray-900","color-box-shadow":"color-cold-gray-300","color-divider":"color-cold-gray-150","color-divider-hover":"color-cold-gray-100","color-active-hover-text":"color-cold-gray-900","color-alert-text":"color-cold-gray-900","color-border-table":"color-cold-gray-100","color-brand":"color-tv-blue-500","color-brand-active":"color-tv-blue-700","color-brand-hover":"color-tv-blue-600","color-chart-page-bg":"color-cold-gray-150","color-common-tooltip-bg":"color-cold-gray-800","color-danger":"color-ripe-red-400","color-danger-hover":"color-ripe-red-500","color-danger-active":"color-ripe-red-600","color-depthrenderer-stroke-style":"color-cold-gray-100","color-highlight-new":"color-tan-orange-50","color-input-bg":"color-white","color-input-publish-bg":"color-white","color-link":"color-tv-blue-500","color-link-hover":"color-tv-blue-600","color-link-active":"color-tv-blue-700","color-list-nth-child-bg":"color-cold-gray-50","color-pane-bg":"color-white","color-pane-secondary-bg":"color-cold-gray-100","color-popup-menu-item-hover-bg":"color-cold-gray-100","color-popup-menu-separator":"color-cold-gray-150","color-screener-description":"color-cold-gray-650","color-success":"color-minty-green-500","color-success-hover":"color-minty-green-600","color-success-active":"color-minty-green-700","color-toolbar-button-text":"color-cold-gray-900","color-toolbar-button-text-hover":"color-cold-gray-900","color-toolbar-button-text-active":"color-tv-blue-500","color-toolbar-button-text-active-hover":"color-tv-blue-600","color-toolbar-button-background-hover":"color-cold-gray-100","color-toolbar-button-background-secondary-hover":"color-cold-gray-150","color-toolbar-toggle-button-background-active":"color-tv-blue-500","color-toolbar-toggle-button-background-active-hover":"color-tv-blue-600","color-toolbar-interactive-element-text-normal":"color-cold-gray-900","color-toolbar-interactive-element-text-hover":"color-cold-gray-900","color-toolbar-opened-element-bg":"color-cold-gray-100","color-tooltip-bg":"color-cold-gray-800","color-tv-dialog-caption":"color-cold-gray-650","color-tv-dropdown-item-hover-bg":"color-cold-gray-100","color-underlined-text":"color-cold-gray-500","color-widget-pages-bg":"color-white","color-warning":"color-tan-orange-500","color-growing":"color-minty-green-400","color-falling":"color-ripe-red-400","color-forex-icon":"color-cold-gray-750","color-list-item-active-bg":"color-tv-blue-400","color-list-item-hover-bg":"color-tv-blue-50","color-list-item-text":"color-cold-gray-800","color-price-axis-label-back":"color-cold-gray-150","color-price-axis-label-text":"color-cold-gray-650","color-price-axis-gear":"color-cold-gray-900","color-price-axis-gear-hover":"color-black","color-price-axis-highlight":"color-cold-gray-150","color-bid":"color-tv-blue-500","color-border":"color-cold-gray-150","color-border-chat-fields":"color-cold-gray-250","color-border-hover":"color-cold-gray-250","color-button-hover-bg":"color-cold-gray-150","color-depthrenderer-fill-style":"color-cold-gray-650","color-disabled-border-and-color":"color-cold-gray-150","color-disabled-input":"color-cold-gray-150","color-empty-container-message":"color-cold-gray-500","color-icons":"color-cold-gray-500","color-input-textarea-readonly":"color-cold-gray-650","color-input-placeholder-text":"color-cold-gray-350","color-item-active-blue":"color-tv-blue-50","color-item-hover-active-bg":"color-tv-blue-100","color-item-hover-bg":"color-tv-blue-100","color-item-hover-blue":"color-tv-blue-100","color-item-selected-blue":"color-tv-blue-50","color-item-active-text":"color-white","color-item-active-bg":"color-tv-blue-500","color-list-item":"color-cold-gray-450","color-news-highlight":"color-tv-blue-100","color-placeholder":"color-cold-gray-350","color-row-hover-active-bg":"color-cold-gray-100","color-sb-scrollbar-body-bg":"color-cold-gray-200","color-section-separator-border":"color-cold-gray-300","color-separator-table-chat":"color-cold-gray-150","color-tag-active-bg":"color-cold-gray-200","color-tag-hover-bg":"color-cold-gray-150","color-text-regular":"color-cold-gray-700","color-tv-button-checked":"color-cold-gray-550","color-scroll-bg":"color-cold-gray-400","color-scroll-border":"color-cold-gray-100","color-widget-border":"color-cold-gray-100","color-scroll-buttons-arrow":"color-white","color-control-intent-default":"color-cold-gray-200","color-control-intent-success":"color-minty-green-600","color-control-intent-primary":"color-tv-blue-500","color-control-intent-warning":"color-tan-orange-500","color-control-intent-danger":"color-ripe-red-500","color-pre-market":"color-tan-orange-600","color-pre-market-bg":"color-tan-orange-400","color-post-market":"color-tv-blue-500","color-post-market-bg":"color-tv-blue-400","color-market-open":"color-minty-green-500","color-market-open-bg":"color-minty-green-400","color-market-closed":"color-cold-gray-400","color-market-holiday":"color-cold-gray-400","color-invalid-symbol":"color-ripe-red-400","color-invalid-symbol-hover":"color-ripe-red-700","color-replay-mode":"color-tv-blue-500","color-replay-mode-icon":"color-white","color-replay-mode-hover":"color-tv-blue-600","color-notaccurate-mode":"color-berry-pink-700","color-notaccurate-mode-bg":"color-berry-pink-400","color-delay-mode":"color-tan-orange-700","color-delay-mode-bg":"color-tan-orange-400","color-eod-mode":"color-grapes-purple-700","color-eod-mode-bg":"color-grapes-purple-400","color-data-problem":"color-ripe-red-600","color-data-problem-bg":"color-ripe-red-400","color-data-problem-hover":"color-ripe-red-700","color-list-item-bg-highlighted":"color-tv-blue-50","color-list-item-bg-selected":"color-tv-blue-100","color-list-item-bg-highlighted-hover":"color-tv-blue-100","color-list-item-bg-selected-hover":"color-tv-blue-200","color-screener-header-bg":"color-white","color-screener-header-bg-hover":"color-cold-gray-100","color-marker-flagged":"color-ripe-red-400","color-marker-flagged-hovered":"color-ripe-red-600","color-ask":"color-ripe-red-400","color-sell":"color-ripe-red-400","color-buy":"color-tv-blue-500","color-neutral":"color-cold-gray-500","color-pro":"color-minty-green-400","color-pro-hover":"color-minty-green-600","color-pro-plus":"color-tv-blue-500","color-pro-plus-hover":"color-tv-blue-600","color-pro-premium":"color-tan-orange-500","color-pro-premium-hover":"color-tan-orange-700","color-trial":"color-cold-gray-500","color-trial-hover":"color-cold-gray-600","color-mod":"color-ripe-red-400","color-mod-hover":"color-ripe-red-600","color-top":"color-banana-yellow-700","color-top-hover":"color-banana-yellow-800","color-ad":"color-banana-yellow-a700","color-broker-featured":"color-minty-green-400","color-broker-featured-hover":"color-minty-green-600","color-alert-status-active":"color-minty-green-400","color-alert-status-stopped":"color-ripe-red-500","color-alert-status-triggered":"color-tan-orange-500","color-covid19-confirmed":"color-ripe-red-500","color-covid19-recovered":"color-minty-green-500","color-covid19-deaths":"color-cold-gray-450","color-overlay":"color-cold-gray-400","color-search-button-hover":"color-cold-gray-150","color-brand-light":"color-tv-blue-500","color-common-tooltip-text":"color-cold-gray-100","color-replay-data-mode":"color-radical-red","color-legacy-success":"color-keppel-1","color-collapse-tabs-border":"color-athens-gray-3","color-site-widget-hover":"color-athens-gray-1","color-attention":"color-sunglow","color-card-border":"color-cold-gray-150","color-card-border-hover":"color-cold-gray-300"}'
			)
		},
		RDDl: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolPriceRange", (function() {
				return n
			}));
			var s = i("Ocx9"),
				r = i("Ss5c");
			class n extends r.LineDataSource {
				constructor(e, t) {
					super(e, t || n.createProperties()), i.e("lt-pane-views").then(i.bind(null,
						"VghZ")).then(e => {
						this._setPaneViews([new e.PriceRangePaneView(this, this._model)])
					})
				}
				pointsCount() {
					return 2
				}
				properties() {
					return super.properties()
				}
				name() {
					return "Price Range"
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolpricerange", e);
					return n._configureProperties(t), t
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "Ax76")))
						.GeneralDatePriceRangeDefinitionsViewModel
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e)
				}
			}
		},
		RDU5: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "UndoCommand", (function() {
				return s
			}));
			class s {
				constructor(e, t = !0) {
					this._customFlags = {}, this._text = e, this._executeOnPush = t
				}
				text() {
					return this._text
				}
				executeOnPush() {
					return this._executeOnPush
				}
				customFlag(e) {
					return this._customFlags[e]
				}
				setCustomFlag(e, t) {
					this._customFlags[e] = t
				}
				canMerge(e) {
					return !1
				}
				merge(e) {
					throw new Error("Should be re-implemented in child classes")
				}
			}
		},
		RTYN: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PositionAveragePriceAxisView", (function() {
				return r
			}));
			var s = i("4TVt");
			class r extends s.LineToolPriceAxisView {
				_formatPrice(e, t) {
					return this._source.formatter().format(e)
				}
			}
		},
		RXmj: function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("FIi8").deepExtend,
					r = i("ogJP").deepEquals,
					n = i("zUrt").backend,
					o = i("l+oz").ChartSaverBase;
				window.t(
					"The publication preview could not be loaded. Please disable your browser extensions and try again."
				);

				function a(e, t) {
					e.content = JSON.stringify(t)
				}
				t.ChartSaver = class extends o {
					constructor(t) {
						super(t), this._chartAboutToBeSavedDelegate = new e, this
							._chartSavedDelegate = new e, this._prevChartState = null, this
							._chartSizeLimitExceededDelegate = new e
					}
					chartSizeLimitExceeded() {
						return this._chartSizeLimitExceededDelegate
					}
					chartAboutToBeSaved() {
						return this._chartAboutToBeSavedDelegate
					}
					chartSaved() {
						return this._chartSavedDelegate
					}
					whenReadyToSave(e) {
						var t = this._chartWidgetCollection.activeChartWidget.value().model()
							.mainSeries();
						if (t.hasDelayedSymbolIntervalChange()) {
							var i, s = null;
							i = function() {
									t.dataEvents().symbolError().unsubscribe(null, s, !0), e()
								}, s = function() {
									t.dataEvents().symbolResolved().unsubscribe(null, i, !0)
								}, t.dataEvents().symbolResolved().subscribe(null, i, !0), t
								.dataEvents().symbolError().subscribe(null, s, !0)
						} else e()
					}
					saveToJSON() {
						var e = this._getCommonSavingInfo(!1);
						return a(e, this._getChartWidgetCollectionState(!1, !0)), e
					}
					_fillAsyncInfo(e, t) {
						var i = JSON.parse(e.content),
							r = this._chartWidgetCollection;
						return (t ? r.asyncState() : r.activeChartWidget.value().asyncState())
							.then((function(t) {
								return e.content = JSON.stringify(s(i, t)), e
							}))
					}
					_getChartWidgetCollectionState(e, t, i, s, r) {
						return e || (t = !0, s = !1), t ? this._chartWidgetCollection.state(!!e,
								i, s, r) : this._chartWidgetCollection.activeChartWidget.value()
							.state(!!e, i, s, r)
					}
					publishChart(e) {}
					publishScript(e, t, i) {}
					onPublish(e, t) {}
					saveChartLineTools(e, t) {
						var i = (void 0)(),
							s = this._chartWidgetCollection.metaInfo.uid.value();
						return i.saveLineToolsAndGroups(s, e, t)
					}
					_saveLineToolsToStorage() {
						return Promise.resolve()
					}
					_saveChartImpl(e, t, i, s, r, o) {
						var a = i,
							l = s;
						if (a = function(s) {
								t.id.value() || (t.id.setValue(s), t.uid.setValue(s)),
									"function" == typeof i && i(t, e)
							}, !e.name) return console.warn(
							"Saving chart with empty name is not allowed"), void s();
						n.saveChart(e.name, e.short_name, e.resolution, e, t).then(a.bind(this))
							.catch(l.bind(this))
					}
					_saveChart(e, t, i, s) {
						var n = this._chartWidgetCollection.metaInfo,
							o = function(o) {
								return r(this._prevChartState, o)[0] && null != n.id.value() ? (
										this._chartSavedDelegate.fire(!0), void(t && t(n, o))) :
									this._saveChartImpl(o, n, t, i, s, e)
							}.bind(this);
						this._saveLineToolsToStorage().then((function() {
							var t = e(!0);
							return o(t)
						})).catch((function(t) {
							var i = e(!1);
							return o(i)
						}))
					}
					saveChartSilently(e, t, i) {
						i = i || {};
						var s = function(e) {
							var t = e && (void 0)("remove_line_tools_from_content"),
								s = this._getChartWidgetCollectionState(!1, void 0, void 0,
									void 0, t),
								r = this._getCommonSavingInfo(!1, t);
							return a(r, s), i.chartName && (r.name = i.chartName), r.name &&
								0 !== r.name.length || !i.defaultChartName || (r.name = i
									.defaultChartName), i.autoSave && (r.autoSave = !0), r
						}.bind(this);
						this._isSaveInProcess = !0, this._chartAboutToBeSavedDelegate.fire(),
							this._saveChart(s, function(t, i) {
								this._chartWidgetCollection.metaInfo.name.setValue(i.name),
									this._prevChartState = i, this._chartSavedDelegate.fire(
										!0), this._isSaveInProcess = !1, e && e({
										uid: t.uid.value(),
										data: i
									}), delete this._prevChartState.savingToken
							}.bind(this), function() {
								this._chartSavedDelegate.fire(!1), this._isSaveInProcess = !
									1, t && t.apply(null, arguments)
							}.bind(this), i)
					}
					isSaveInProcess() {
						return this._isSaveInProcess
					}
				}
			}).call(this, i("aIyQ"))
		},
		RspR: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "property", (function() {
				return n
			})), i.d(t, "availableValues", (function() {
				return o
			})), i.d(t, "actualBehavior", (function() {
				return a
			}));
			var s = i("+jnJ"),
				r = i("1ANp");
			const {
				property: n,
				availableValues: o,
				actualBehavior: a
			} = Object(s.a)("PaneButtons.visibility", r.navigationButtonsVisibilityKey)
		},
		S8xo: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "MouseEventHandler", (function() {
				return h
			}));
			var s = i("qFKp"),
				r = i("Eyy1"),
				n = i("ogJP"),
				o = i("GUQs"),
				a = i("VaSN");
			const l = s.isSafari ? "click" : "auxclick",
				c = {
					treatVertTouchDragAsPageScroll: !1,
					treatHorzTouchDragAsPageScroll: !1
				};
			class h {
				constructor(e, t, i) {
					this._clickCount = 0, this._clickTimeoutId = null, this._clickPosition = {
							x: Number.NEGATIVE_INFINITY,
							y: Number.POSITIVE_INFINITY
						}, this._tapCount = 0, this._tapTimeoutId = null, this._tapPosition = {
							x: Number.NEGATIVE_INFINITY,
							y: Number.POSITIVE_INFINITY
						}, this._longTapTimeoutId = null, this._longTapActive = !1, this
						._mouseMoveStartPosition = null, this._touchMoveStartPosition = null, this
						._touchMoveExceededManhattanDistance = !1, this._cancelClick = !1, this
						._cancelTap = !1, this._unsubscribeOutsideMouseEvents = null, this
						._unsubscribeOutsideTouchEvents = null, this._unsubscribeMobileSafariEvents =
						null, this._unsubscribeMousemove = null, this._unsubscribeRootMouseEvents =
						null, this._unsubscribeRootTouchEvents = null, this._startPinchMiddlePoint =
						null,
						this._startPinchDistance = 0, this._pinchPrevented = !1, this
						._preventTouchDragProcess = !1, this._mousePressed = !1, this
						._lastTouchEventTimeStamp = 0, this._activeTouchId = null, this
						._acceptMouseLeave = !s.CheckMobile.iOS(), this._onFirefoxOutsideMouseUp =
						e => {
							this._mouseUpHandler(e)
						}, this._onMobileSafariDoubleClick = e => {
							if (this._firesTouchEvents(e)) {
								const t = this._makeCompatEvent(e);
								if (++this._tapCount, this._tapTimeoutId && this._tapCount > 1) {
									const {
										manhattanDistance: i
									} = this._touchMouseMoveWithDownInfo(u(e), this._tapPosition);
									i < 30 && !this._cancelTap && this._processTouchEvent(t, this
										._handler.doubleTapEvent), this._resetTapTimeout()
								}
							} else {
								const t = this._makeCompatEvent(e);
								if (++this._clickCount, this._clickTimeoutId && this._clickCount > 1) {
									const {
										manhattanDistance: i
									} = this._touchMouseMoveWithDownInfo(u(e), this._clickPosition);
									i < 5 && !this._cancelClick && this._processMouseEvent(t, this
										._handler.mouseDoubleClickEvent), this._resetClickTimeout()
								}
							}
						}, this._target = e, this._handler = t, this._options = Object(n.merge)(Object(n
							.clone)(c), i || {}), this._init()
				}
				destroy() {
					null !== this._unsubscribeOutsideMouseEvents && (this
							._unsubscribeOutsideMouseEvents(), this._unsubscribeOutsideMouseEvents =
							null), null !== this._unsubscribeOutsideTouchEvents && (this
							._unsubscribeOutsideTouchEvents(), this._unsubscribeOutsideTouchEvents =
							null), null !== this._unsubscribeMousemove && (this._unsubscribeMousemove(),
							this._unsubscribeMousemove = null), null !== this
						._unsubscribeRootMouseEvents && (this._unsubscribeRootMouseEvents(), this
							._unsubscribeRootMouseEvents = null), null !== this
						._unsubscribeRootTouchEvents && (this._unsubscribeRootTouchEvents(), this
							._unsubscribeRootTouchEvents = null), null !== this
						._unsubscribeMobileSafariEvents && (this._unsubscribeMobileSafariEvents(), this
							._unsubscribeMobileSafariEvents = null), this._clearLongTapTimeout(), this
						._resetClickTimeout()
				}
				_mouseEnterHandler(e) {
					this._unsubscribeMousemove && this._unsubscribeMousemove();
					const t = this._mouseMoveHandler.bind(this);
					if (this._unsubscribeMousemove = () => {
							this._target.removeEventListener("mousemove", t)
						}, this._target.addEventListener("mousemove", t), this._firesTouchEvents(e))
						return;
					const i = this._makeCompatEvent(e);
					this._processMouseEvent(i, this._handler.mouseEnterEvent), this
						._acceptMouseLeave = !0
				}
				_resetClickTimeout() {
					null !== this._clickTimeoutId && clearTimeout(this._clickTimeoutId), this
						._clickCount = 0, this._clickTimeoutId = null, this._clickPosition = {
							x: Number.NEGATIVE_INFINITY,
							y: Number.POSITIVE_INFINITY
						}
				}
				_resetTapTimeout() {
					null !== this._tapTimeoutId && clearTimeout(this._tapTimeoutId), this._tapCount = 0,
						this._tapTimeoutId = null, this._tapPosition = {
							x: Number.NEGATIVE_INFINITY,
							y: Number.POSITIVE_INFINITY
						}
				}
				_mouseMoveHandler(e) {
					if (this._mousePressed || null !== this._touchMoveStartPosition) return;
					if (this._firesTouchEvents(e)) return;
					const t = this._makeCompatEvent(e);
					this._processMouseEvent(t, this._handler.mouseMoveEvent), this._acceptMouseLeave = !
						0
				}
				_touchMoveHandler(e) {
					const t = _(e.changedTouches, Object(r.ensureNotNull)(this._activeTouchId));
					if (null === t) return;
					if (this._lastTouchEventTimeStamp = p(e), null !== this._startPinchMiddlePoint)
						return;
					if (this._preventTouchDragProcess) return;
					this._pinchPrevented = !0;
					const i = this._touchMouseMoveWithDownInfo(u(t), Object(r.ensureNotNull)(this
							._touchMoveStartPosition)),
						{
							xOffset: s,
							yOffset: n,
							manhattanDistance: a
						} = i;
					if (this._touchMoveExceededManhattanDistance || !(a < 5)) {
						if (!this._touchMoveExceededManhattanDistance) {
							const e = .5 * s,
								t = n >= e && !this._options.treatVertTouchDragAsPageScroll,
								i = e > n && !this._options.treatHorzTouchDragAsPageScroll;
							t || i || (this._preventTouchDragProcess = !0), this
								._touchMoveExceededManhattanDistance = !0, this._cancelTap = !0, this
								._clearLongTapTimeout(), this._resetTapTimeout()
						}
						if (!this._preventTouchDragProcess) {
							const i = this._makeCompatEvent(e, t);
							this._processTouchEvent(i, this._handler.touchMoveEvent), Object(o.a)(e)
						}
					}
				}
				_mouseMoveWithDownHandler(e) {
					if (0 !== e.button) return;
					const t = this._touchMouseMoveWithDownInfo(u(e), Object(r.ensureNotNull)(this
							._mouseMoveStartPosition)),
						{
							manhattanDistance: i
						} = t;
					if (i >= 5 && (this._cancelClick = !0, this._resetClickTimeout()), this
						._cancelClick) {
						const t = this._makeCompatEvent(e);
						this._processMouseEvent(t, this._handler.pressedMouseMoveEvent)
					}
				}
				_touchMouseMoveWithDownInfo(e, t) {
					const i = Math.abs(t.x - e.x),
						s = Math.abs(t.y - e.y);
					return {
						xOffset: i,
						yOffset: s,
						manhattanDistance: i + s
					}
				}
				_touchEndHandler(e) {
					let t = _(e.changedTouches, Object(r.ensureNotNull)(this._activeTouchId));
					if (null === t && 0 === e.touches.length && (t = e.changedTouches[0]), null === t)
						return;
					this._activeTouchId = null, this._lastTouchEventTimeStamp = p(e), this
						._clearLongTapTimeout(), this._touchMoveStartPosition = null, this
						._unsubscribeRootTouchEvents && (this._unsubscribeRootTouchEvents(), this
							._unsubscribeRootTouchEvents = null);
					const i = this._makeCompatEvent(e, t);
					if (this._processTouchEvent(i, this._handler.touchEndEvent), ++this._tapCount, this
						._tapTimeoutId && this._tapCount > 1) {
						const {
							manhattanDistance: e
						} = this._touchMouseMoveWithDownInfo(u(t), this._tapPosition);
						e < 30 && !this._cancelTap && this._processTouchEvent(i, this._handler
							.doubleTapEvent), this._resetTapTimeout()
					} else this._cancelTap || (this._processTouchEvent(i, this._handler.tapEvent), this
						._handler.tapEvent && Object(o.a)(e));
					0 === this._tapCount && Object(o.a)(e), 0 === e.touches.length && this
						._longTapActive && (this._longTapActive = !1, Object(o.a)(e))
				}
				_mouseUpHandler(e) {
					if (0 !== e.button) return;
					const t = this._makeCompatEvent(e);
					if (this._mouseMoveStartPosition = null, this._mousePressed = !1, this
						._unsubscribeRootMouseEvents && (this._unsubscribeRootMouseEvents(), this
							._unsubscribeRootMouseEvents = null), s.isFF) {
						this._target.ownerDocument.documentElement.removeEventListener("mouseleave",
							this._onFirefoxOutsideMouseUp)
					}
					if (!this._firesTouchEvents(e))
						if (this._processMouseEvent(t, this._handler.mouseUpEvent), ++this._clickCount,
							this._clickTimeoutId && this._clickCount > 1) {
							const {
								manhattanDistance: i
							} = this._touchMouseMoveWithDownInfo(u(e), this._clickPosition);
							i < 5 && !this._cancelClick && this._processMouseEvent(t, this._handler
								.mouseDoubleClickEvent), this._resetClickTimeout()
						} else this._cancelClick || this._processMouseEvent(t, this._handler
							.mouseClickEvent)
				}
				_clearLongTapTimeout() {
					null !== this._longTapTimeoutId && (clearTimeout(this._longTapTimeoutId), this
						._longTapTimeoutId = null)
				}
				_touchStartHandler(e) {
					if (null !== this._activeTouchId) return;
					const t = e.changedTouches[0];
					this._activeTouchId = t.identifier, this._lastTouchEventTimeStamp = p(e);
					const i = this._target.ownerDocument.documentElement;
					this._cancelTap = !1, this._touchMoveExceededManhattanDistance = !1, this
						._preventTouchDragProcess = !1, this._touchMoveStartPosition = u(t), this
						._unsubscribeRootTouchEvents && (this._unsubscribeRootTouchEvents(), this
							._unsubscribeRootTouchEvents = null); {
						const t = this._touchMoveHandler.bind(this),
							s = this._touchEndHandler.bind(this);
						this._unsubscribeRootTouchEvents = () => {
							i.removeEventListener("touchmove", t), i.removeEventListener("touchend",
								s)
						}, i.addEventListener("touchmove", t, {
							passive: !1
						}), i.addEventListener("touchend", s, {
							passive: !1
						}), this._clearLongTapTimeout(), this._longTapTimeoutId = setTimeout(this
							._longTapHandler.bind(this, e), 240)
					}
					const s = this._makeCompatEvent(e, t);
					this._processTouchEvent(s, this._handler.touchStartEvent), this._tapTimeoutId || (
						this._tapCount = 0, this._tapTimeoutId = setTimeout(this._resetTapTimeout
							.bind(this), 500), this._tapPosition = u(t))
				}
				_wheelClickHandler(e) {
					if (1 !== e.button) return;
					if (this._firesTouchEvents(e)) return;
					const t = this._makeCompatEvent(e);
					this._processMouseEvent(t, this._handler.wheelClickEvent)
				}
				_mouseDownHandler(e) {
					if (0 !== e.button) return;
					const t = this._target.ownerDocument.documentElement;
					s.isFF && t.addEventListener("mouseleave", this._onFirefoxOutsideMouseUp), this
						._cancelClick = !1, this._mouseMoveStartPosition = u(e), this
						._unsubscribeRootMouseEvents && (this._unsubscribeRootMouseEvents(), this
							._unsubscribeRootMouseEvents = null); {
						const e = this._mouseMoveWithDownHandler.bind(this),
							i = this._mouseUpHandler.bind(this);
						this._unsubscribeRootMouseEvents = () => {
							t.removeEventListener("mousemove", e), t.removeEventListener("mouseup",
								i)
						}, t.addEventListener("mousemove", e), t.addEventListener("mouseup", i)
					}
					if (this._mousePressed = !0, this._firesTouchEvents(e)) return;
					const i = this._makeCompatEvent(e);
					this._processMouseEvent(i, this._handler.mouseDownEvent), this._clickTimeoutId || (
						this._clickCount = 0, this._clickTimeoutId = setTimeout(this
							._resetClickTimeout.bind(this), 500), this._clickPosition = u(e))
				}
				_init() {
					this._target.addEventListener("mouseenter", this._mouseEnterHandler.bind(this)),
						this._target.addEventListener("touchcancel", this._clearLongTapTimeout.bind(
							this)); {
						const e = this._target.ownerDocument,
							t = e => {
								this._handler.mouseDownOutsideEvent && (e.target && this._target
									.contains(e.target) || this._handler.mouseDownOutsideEvent())
							};
						this._unsubscribeOutsideTouchEvents = () => {
							e.removeEventListener("touchstart", t)
						}, this._unsubscribeOutsideMouseEvents = () => {
							e.removeEventListener("mousedown", t)
						}, e.addEventListener("mousedown", t), e.addEventListener("touchstart", t, {
							passive: !0
						})
					}
					s.CheckMobile.iOS() && (this._unsubscribeMobileSafariEvents = () => {
							this._target.removeEventListener("dblclick", this
								._onMobileSafariDoubleClick)
						}, this._target.addEventListener("dblclick", this
							._onMobileSafariDoubleClick)), this._target.addEventListener("mouseleave",
							this._mouseLeaveHandler.bind(this)), this._target.addEventListener(
							"contextmenu", this._contextMenuHandler.bind(this)),
						this._target.addEventListener("touchstart", this._touchStartHandler.bind(
							this), {
							passive: !0
						}), Object(o.b)(this._target), this._target.addEventListener("mousedown", this
							._mouseDownHandler.bind(this)), this._target.addEventListener(l, this
							._wheelClickHandler.bind(this)), this._initPinch(), this._target
						.addEventListener("touchmove", () => {}, {
							passive: !1
						})
				}
				_initPinch() {
					void 0 === this._handler.pinchStartEvent && void 0 === this._handler.pinchEvent &&
						void 0 === this._handler.pinchEndEvent || (this._target.addEventListener(
							"touchstart", e => this._checkPinchState(e.touches), {
								passive: !0
							}), this._target.addEventListener("touchmove", e => {
							if (2 === e.touches.length && null !== this
								._startPinchMiddlePoint && void 0 !== this._handler.pinchEvent
							) {
								const t = d(e.touches[0], e.touches[1]) / this
									._startPinchDistance;
								this._handler.pinchEvent(this._startPinchMiddlePoint, t),
									Object(o.a)(e)
							}
						}, {
							passive: !1
						}), this._target.addEventListener("touchend", e => {
							this._checkPinchState(e.touches)
						}))
				}
				_checkPinchState(e) {
					1 === e.length && (this._pinchPrevented = !1), 2 !== e.length || this
						._pinchPrevented || this._longTapActive ? this._stopPinch() : this._startPinch(
							e)
				}
				_startPinch(e) {
					const t = this._target.getBoundingClientRect() || {
						left: 0,
						top: 0
					};
					this._startPinchMiddlePoint = {
							x: (e[0].clientX - t.left + (e[1].clientX - t.left)) / 2,
							y: (e[0].clientY - t.top + (e[1].clientY - t.top)) / 2
						}, this._startPinchDistance = d(e[0], e[1]), void 0 !== this._handler
						.pinchStartEvent && this._handler.pinchStartEvent(), this._clearLongTapTimeout()
				}
				_stopPinch() {
					null !== this._startPinchMiddlePoint && (this._startPinchMiddlePoint = null,
						void 0 !== this._handler.pinchEndEvent && this._handler.pinchEndEvent())
				}
				_mouseLeaveHandler(e) {
					if (this._unsubscribeMousemove && this._unsubscribeMousemove(), this
						._firesTouchEvents(e)) return;
					if (!this._acceptMouseLeave) return;
					const t = this._makeCompatEvent(e);
					this._processMouseEvent(t, this._handler.mouseLeaveEvent), this
						._acceptMouseLeave = !s.CheckMobile.iOS()
				}
				_longTapHandler(e) {
					const t = _(e.touches, Object(r.ensureNotNull)(this._activeTouchId));
					if (null === t) return;
					const i = this._makeCompatEvent(e, t);
					this._processTouchEvent(i, this._handler.longTapEvent), this._processTouchEvent(i,
							this._handler.touchContextMenuEvent), this._cancelTap = !0, this
						._longTapActive = !0
				}
				_contextMenuHandler(e) {
					if (Object(o.a)(e), null !== this._touchMoveStartPosition) return;
					if (this._firesTouchEvents(e)) return;
					const t = this._makeCompatEvent(e);
					this._processMouseEvent(t, this._handler.contextMenuEvent), this._cancelClick = !0
				}
				_firesTouchEvents(e) {
					return e.sourceCapabilities && void 0 !== e.sourceCapabilities.firesTouchEvents ? e
						.sourceCapabilities.firesTouchEvents : p(e) < this._lastTouchEventTimeStamp +
						500
				}
				_processTouchEvent(e, t) {
					Object(a.setLastEventIsTouch)(!0), t && t.call(this._handler, e)
				}
				_processMouseEvent(e, t) {
					"mouseleave" !== e.srcType && Object(a.setLastEventIsTouch)(!1), t && t.call(this
						._handler, e)
				}
				_makeCompatEvent(e, t) {
					const i = t || e,
						s = this._target.getBoundingClientRect() || {
							left: 0,
							top: 0
						};
					return {
						clientX: i.clientX,
						clientY: i.clientY,
						pageX: i.pageX,
						pageY: i.pageY,
						screenX: i.screenX,
						screenY: i.screenY,
						localX: i.clientX - s.left,
						localY: i.clientY - s.top,
						ctrlKey: e.ctrlKey,
						altKey: e.altKey,
						shiftKey: e.shiftKey,
						metaKey: e.metaKey,
						isTouch: !e.type.startsWith("mouse") && "contextmenu" !== e.type && "click" !==
							e.type,
						srcType: e.type,
						target: i.target,
						view: e.view,
						preventDefault: () => {
							"touchstart" !== e.type && Object(o.a)(e)
						}
					}
				}
			}

			function u(e) {
				return {
					x: e.pageX,
					y: e.pageY
				}
			}

			function d(e, t) {
				const i = e.clientX - t.clientX,
					s = e.clientY - t.clientY;
				return Math.sqrt(i * i + s * s)
			}

			function p(e) {
				return e.timeStamp || performance.now()
			}

			function _(e, t) {
				for (let i = 0; i < e.length; ++i)
					if (e[i].identifier === t) return e[i];
				return null
			}
		},
		SMvR: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolHighlighter", (function() {
				return n
			}));
			var s = i("Ocx9"),
				r = i("DVnF");
			class n extends r.a {
				constructor(e, t) {
					super(e, t || n.createProperties()), this._loadPaneViews(e)
				}
				properties() {
					return super.properties()
				}
				smooth() {
					return this.properties().childs().smooth.value()
				}
				name() {
					return "Highlighter"
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolhighlighter", e);
					return n._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "/a/6")).then(
						e => e.HighlighterDefinitionsViewModel)
				}
				_loadPaneViews(e) {
					i.e("lt-pane-views").then(i.bind(null, "uRW3")).then(t => {
						this._setPaneViews([new t.HighlighterPaneView(this, e)])
					})
				}
				static _configureProperties(e) {
					r.a._configureProperties(e)
				}
			}
		},
		Si3H: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("0YCj"),
				n = i.n(r),
				o = i("ogJP");
			i.d(t, "migrateMetaInfoAndPropState", (function() {
				return l
			}));
			const a = [new class {
				targetMetaInfoVersion() {
					return 47
				}
				migrateMetaInfo(e) {
					const t = e,
						i = e;
					if (i._metainfoVersion = 47, !t.defaults || void 0 === t.defaults.precision)
						return void(i.format = {
							type: "inherit"
						});
					const s = t.defaults && t.defaults.precision,
						r = Object(o.isNumber)(s) ? s : parseInt(s);
					0 === r ? i.format = {
						type: "volume"
					} : isFinite(r) ? i.format = {
						type: "price",
						precision: r
					} : i.format = {
						type: "inherit"
					}, delete t.defaults.precision
				}
				migratePropState(e) {}
			}, new class {
				targetMetaInfoVersion() {
					return 50
				}
				migrateMetaInfo(e) {
					const t = e,
						i = e;
					if (i._metainfoVersion = 50, void 0 === t.defaults || void 0 === t.defaults
						.ohlcPlots || void 0 === t.ohlcPlots) return;
					const r = t.ohlcPlots,
						n = t.defaults.ohlcPlots,
						o = Object(s.ensureDefined)(Object(s.ensureDefined)(i.defaults)
							.ohlcPlots);
					for (const e of Object.keys(n)) {
						const t = n[e];
						if ("ohlc_candles" === t.plottype) {
							let i = !1;
							const s = r[e];
							void 0 !== s && (i = !!s.drawBorder, delete s.drawBorder), o[e] = {
								borderColor: "#000000",
								drawBorder: i,
								...t
							}
						}
					}
				}
				migratePropState(e) {}
			}];

			function l(e, t) {
				const i = n.a.versionOf(e),
					r = e;
				void 0 === r._serverMetaInfoVersion && (r._serverMetaInfoVersion = i), a.forEach(r => {
					i < 0 || i >= r.targetMetaInfoVersion() || (r.migrateMetaInfo(e), void 0 !==
						t && r.migratePropState(t), Object(s.assert)(e._metainfoVersion === r
							.targetMetaInfoVersion()))
				})
			}
			a.sort((function(e, t) {
				return e.targetMetaInfoVersion() - t.targetMetaInfoVersion()
			}))
		},
		SqfW: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return n
			})), i.d(t, "a", (function() {
				return o
			}));
			var s = i("tqok"),
				r = i("hsV8");

			function n(e, t) {
				if (e.index >= t.length) return null;
				const i = t[e.index];
				return i === s.INVALID_TIME_POINT_INDEX ? null : {
					startPrice: e.startPrice,
					endPrice: e.endPrice,
					index: i,
					extendTop: e.extendTop,
					extendBottom: e.extendBottom
				}
			}

			function o(e, t, i) {
				const s = Object(r.ensureTimePointIndexIndex)(i.indexOf(e.index));
				return {
					id: t,
					...e,
					index: s
				}
			}
		},
		Ss5c: function(e, t, i) {
			"use strict";
			var s = i("aO4+").Point,
				r = i("dOnf").deepCopy,
				n = i("4TVt").LineToolPriceAxisView,
				o = i("fJhV").LineDataSourceTimeAxisView,
				a = i("mMWL"),
				l = i("LxhU").Interval,
				c = i("txPx").getLogger("Chart.LineDataSource"),
				h = i("FQhm"),
				u = i("aIyQ"),
				d = i("tc+8"),
				p = i("Ocx9").DefaultProperty,
				_ = i("Kxc7"),
				m = i("0qMc").lineToolsLocalizedNames,
				f = _.enabled("datasource_copypaste"),
				g = i("ng+v").LineDataSourceBase,
				b = i("0C7r").intervalsVisibilitiesDefaults;
			class v extends g {
				constructor(e, t) {
					super(e, t), this._onTemplateApplying = new u, this._onTemplateApplied = new u, this
						._properties.hasChild("interval") || this._properties.addChild("interval",
							new d(e.mainSeries().interval())), this.calcIsActualSymbol(), this
						._properties.intervalsVisibilities.listeners().subscribe(this, v.prototype
							.calcIsActualSymbol);
					var i = this;
					if (this._properties.listeners().subscribe(this, (function(e) {
							i.propertiesChanged()
						})), this._createPointsProperties(), this.pointsCount() > 0)
						for (var s = 0; s < this.pointsCount(); s++) this._priceAxisViews.push(this
							.createPriceAxisView(s)), this._timeAxisViews.push(new o(this, s));
					this._properties.visible.listeners().subscribe(this, (function(e) {
							var t = !1 === a.hideAllDrawings().value();
							e.value() ? e.value() && t && h.emit("drawing_event", this._id,
									"show") : (i._model.selection().isSelected(this) && i._model
									.selectionMacro((function(e) {
										e.removeSourceFromSelection(i)
									})), t && h.emit("drawing_event", this._id, "hide")), i
								._onSourceHiddenMayChange()
						})), a.hideAllDrawings().subscribe(this, this._onSourceHiddenMayChange), this
						.customization = {
							forcePriceAxisLabel: !1,
							disableErasing: !1,
							disableSave: !1,
							showInObjectsTree: !0
						}, this._syncStateExclusions = [], this._definitionsViewModel = null, this
						._isDestroyed = !1, this._syncLineStyleMuted = !1
				}
				getType() {
					return TradingView.className(this.constructor)
				}
				isSavedInChart(e) {
					return !this.customization.disableSave
				}
				setSavingInChartEnabled(e) {
					this.customization.disableSave = !e
				}
				showInObjectTree() {
					return this.customization.showInObjectsTree
				}
				isAvailableInFloatingWidget() {
					return !0
				}
				setShowInObjectsTreeEnabled(e) {
					this.customization.showInObjectsTree = e
				}
				visibilityKeyByInterval(e) {
					var t, i = l.parse(e);
					return v.IntervalsVisibilities.forEach((function(e) {
						e.kind === i.kind() && e.from <= i.multiplier() && e.to >= i
							.multiplier() && (t = e.key)
					})), t
				}
				priceScale() {
					return this._ownerSource ? this._ownerSource.m_priceScale : null
				}
				symbol() {
					return this._properties.symbol.value()
				}
				properties() {
					return this._properties
				}
				isSavedInStudyTemplates() {
					return !1
				}
				state(e) {
					var t = {
						type: TradingView.className(this.constructor),
						id: this.id(),
						state: this.properties().state(this._propertiesStateExclusions()),
						points: r(this._timePoint),
						zorder: this.zorder()
					};
					return this.linkKey().value() && (t.linkKey = this.linkKey().value()), delete t
						.state.points, e && (t.indexes = this._points), this.ownerSource() && (t
							.ownerSource = this.ownerSource().id()), this.isFixed() && (t
							.positionPercents = this._positionPercents || this.calcPositionPercents()),
						"version" in this && 1 !== this.version && (t.version = this.version), this
						.hasAlert.value() && (t.alertId = this._alertId), t
				}
				_propertiesStateExclusions() {
					return null
				}
				template() {
					return this.properties().preferences()
				}
				applyTemplate(e) {
					this._onTemplateApplying.fire(e), this._applyTemplateImpl(e), this
						.calcIsActualSymbol(), this.updateAllViews(), this.model().lightUpdate(), this
						._onTemplateApplied.fire()
				}
				_applyTemplateImpl(e) {
					var t = this.properties();
					t.mergePreferences(e), t.saveDefaults(), this.propertiesChanged()
				}
				restoreExternalState(e) {
					this.properties().mergeAndFire(e)
				}
				restorePositionPercents(e) {
					this._positionPercents = e
				}
				propertiesChanged(e) {
					this.calcIsActualInterval(), this.updateAllViewsAndRedraw(), e || this
						._syncLineStyleIfNeeded()
				}
				syncLineStyleState() {
					const e = this.properties().state(this._syncStateExclusions);
					return delete e.interval, e
				}
				_syncLineStyleIfNeeded() {
					!this._syncLineStyleMuted && this.linkKey().value() && a.changeLineStyle({
						linkKey: this.linkKey().value(),
						state: this.syncLineStyleState(),
						model: this._model
					})
				}
				_muteSyncLineStyle() {
					this._syncLineStyleMuted = !0
				}
				_unmuteSyncLineStyleWithoutApplyingChanges() {
					this.propertiesChanged(), this._syncLineStyleMuted = !1
				}
				fixedPoints() {
					var e = [];
					if (this._positionPercents && !this.priceScale().isEmpty())
						for (var t = 0; t < this._positionPercents.length; t++) {
							var i = this._positionPercents[t],
								r = this._model.timeScale().width() * i.x,
								n = this.priceScale().height() * i.y;
							e.push(new s(r, n))
						} else
							for (t = 0; t < this._fixedPoints.length; t++) e.push(this._fixedPoints[t]
								.clone());
					return this._lastPoint && e.push(this._lastPoint.clone()), this
						._currentMovingPoint && this._startMovingPoint && this._correctFixedPoints(e), e
				}
				addFixedPoint(e) {
					this._fixedPoints.push(e);
					var t = this._fixedPoints.length === this.pointsCount();
					return t && this.calcPositionPercents(), t
				}
				calcPositionPercents() {
					if (!this.priceScale() || this.priceScale().isEmpty()) return [];
					this._positionPercents = [];
					for (var e = 0; e < this._fixedPoints.length; e++) {
						var t = this._fixedPoints[e],
							i = t.x / this._model.timeScale().width(),
							s = t.y / this.priceScale().height();
						this._positionPercents.push({
							x: i,
							y: s
						})
					}
					return this._positionPercents
				}
				calcMiddlePoint(e, t) {
					return new s((e.x + t.x) / 2, (e.y + t.y) / 2)
				}
				getPointByPosition(e, t, i, s) {
					return [t, i, s][e]
				}
				restoreFixedPoints() {
					this._fixedPoints = this.fixedPoints()
				}
				dataWindowView() {
					return null
				}
				statusView() {
					return null
				}
				isSynchronizable() {
					return this.priceScale() === this._model.mainSeries().priceScale()
				}
				priceAxisViews(e, t) {
					if (t !== this.priceScale() || this.isSourceHidden()) return null;
					if (this._model.lineBeingEdited() === this) {
						var i = this._model.linePointBeingEdited();
						if (null !== i && i < this._priceAxisViews.length) {
							var s = this._priceAxisViews.slice(),
								r = s[i];
							return s.splice(i, 1), s.push(r), s
						}
						return this._priceAxisViews
					}
					return this._priceAxisViews
				}
				timeAxisViews() {
					if (this.isSourceHidden()) return null;
					if (this._model.lineBeingEdited() === this) {
						var e = this._model.linePointBeingEdited();
						if (null !== e && e < this._timeAxisViews.length) {
							var t = this._timeAxisViews.slice(),
								i = t[e];
							return t.splice(e, 1), t.push(i), t
						}
						return this._timeAxisViews
					}
					return this._timeAxisViews
				}
				updateAllViews() {
					if (!this._isActualSymbol || !this._isActualCurrency || !this._isActualUnit)
						return null;
					if (!this._properties.visible.value()) return null;
					this._updateAllPaneViews();
					for (var e = this._priceAxisViews, t = 0; t < e.length; t++) e[t].update();
					for (e = this._timeAxisViews, t = 0; t < e.length; t++) e[t].update()
				}
				setLastFixedPoint(e) {
					this._lastFixedPoint = e, this.updateAllViews()
				}
				title() {
					return this.translatedType()
				}
				translatedType() {
					return void 0 !== m[this.toolname] ? m[this.toolname] : "Line Tool"
				}
				name() {
					return "Line Tool"
				}
				isBeingEdited() {
					return this === this._model.lineBeingEdited() || this === this._model
						.sourceBeingMoved
				}
				isFixed() {
					return !1
				}
				isLocked() {
					return this.properties().frozen && this.properties().frozen.value()
				}
				pointToScreenPoint(e) {
					var t = this._model.timeScale(),
						i = this.priceScale(),
						r = this.ownerSource().firstValue();
					if (!i || i.isEmpty() || t.isEmpty() || null == r) return [new s(0, 0), new s(0,
						0)];
					var n = t.indexToCoordinate(e.index, !0),
						o = e.price,
						a = i.priceToCoordinate(o, r),
						l = new s(n, a);
					n = t.indexToCoordinate(e.index, !1), a = i.priceToCoordinate(o, r);
					return [l, new s(n, a)]
				}
				screenPointToPoint(e) {
					var t = this._model.timeScale(),
						i = this.priceScale(),
						s = t.coordinateToIndex(e.x),
						r = this.ownerSource().firstValue();
					if (null !== r && isFinite(r)) return {
						price: i.coordinateToPrice(e.y, r),
						index: s
					}
				}
				tags() {
					return [this.toolname]
				}
				createPriceAxisView(e) {
					return new n(this, {
						pointIndex: e
					})
				}
				alertId() {
					return this._alertId
				}
				setAlert(e, t) {
					throw new Error("not implemented")
				}
				removeAlert() {
					delete this._alertId, delete this._alert, this.hasAlert.setValue(!1)
				}
				_processAlertHandlers(e) {
					var t, i, s = this;
					if ("unsubscribe" !== (e = "subscribe" === e ? "subscribe" : "unsubscribe") || s
						._alertCallbacks) {
						i = "subscribe" === e ? "on" : "off", t = s.properties();
						var r = s._alertCallbacks || {
							remove: s.removeAlert.bind(s),
							hovered: function(e, t) {
								var i = s._model.hoveredSource() === s;
								t && !i ? s._model.setHoveredSource(s, null) : !t && i && s
									._model.setHoveredSource(null, null)
							},
							selected: function(e, t) {
								t && s._model.selectionMacro((function(e) {
									e.addSourceToSelection(s)
								}))
							},
							synchronizeSilently: function(e) {
								s.synchronizeAlert(!1)
							}
						};
						s._alertCallbacks || (s._alertCallbacks = r), s.getAlert().then((function(n) {
							n && (n[i]("destroy", r.remove), n[i]("change:hovered", r
									.hovered), n[i]("change:selected", r.selected), t
								.extendLeft && t.extendLeft[e](s, r
									.synchronizeSilently), t.extendRight && t
								.extendRight[e]
								(s, r.synchronizeSilently))
						}))
					}
				}
				editAlert(e) {}
				getAlert() {
					throw new Error("not implemented")
				}
				getAlertSync() {
					return null
				}
				synchronizeAlert(e) {}
				_getUndoHistory() {
					return this._model._undoModel.undoHistory()
				}
				stateForAlert() {
					if (!this.canHasAlert()) return null;
					var e = this.state();
					e.id = this.idForAlert(), e.uniqueId = this.idForAlert(), e.title = this.title(), e
						.interval = this._model.mainSeries().interval();
					var t = this._getAlertPlots();
					return t && (e.plots = t), e
				}
				_getAlertPlots() {
					return null
				}
				_linePointsToAlertPlot(e, t, i, s) {
					if (2 !== e.length) return c.logError("[Drawing Alert] Wrong points"), null;
					var r = this._model.timeScale();
					return !r || r.isEmpty() ? null : {
						type: "LinePlot",
						title: t || this.title(),
						timestamp: r.indexToTimePoint(0),
						offset1: e[0].index,
						offset2: e[1].index,
						price1: e[0].price,
						price2: e[1].price,
						extendBackward: i || !1,
						extendForward: s || !1
					}
				}
				getAlertIsActive() {
					return !1
				}
				geometry() {
					var e = this;
					return this.points().map((function(t) {
						return function(t) {
							var i = t.x / e._model.timeScale().width(),
								r = t.y / e.priceScale().height();
							return new s(i, r)
						}(e.pointToScreenPoint(t)[0])
					}))
				}
				model() {
					return this._model
				}
				isForcedDrawPriceAxisLabel() {
					return this.customization.forcePriceAxisLabel
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.resolve(null)
				}
				getPropertyDefinitionsViewModel() {
					if (null === this._definitionsViewModel) {
						var e = this;
						return e._getPropertyDefinitionsViewModelClass().then((function(t) {
							return null === t || e._isDestroyed ? null : (null === e
								._definitionsViewModel && (e._definitionsViewModel =
									new t(e._model.undoModel(), e)), e
								._definitionsViewModel)
						}))
					}
					return Promise.resolve(this._definitionsViewModel)
				}
				hasEditableCoordinates() {
					return !0
				}
				getSourceIcon() {
					return {
						type: "loadSvg",
						svgId: "linetool." + this.getType()
					}
				}
				destroy() {
					super.destroy(), this.stop(), null !== this._definitionsViewModel && (this
							._definitionsViewModel.destroy(), this._definitionsViewModel = null),
						null !== this._ownerSource && (this._ownerSource.currencyChanged()
							.unsubscribeAll(this), this._ownerSource.unitChanged().unsubscribeAll(this)
						), a.hideAllDrawings().unsubscribeAll(this), this._isDestroyed = !0
				}
				getOrderTemplate() {
					return null
				}
				copiable() {
					return f
				}
				cloneable() {
					return null !== this._ownerSource && null !== this._ownerSource.firstValue()
				}
				movable() {
					return !0
				}
				static _configureProperties(e) {
					if (g._addCollectedProperties(e), e.hasChild("symbolStateVersion") || e.addChild(
							"symbolStateVersion", new d(g._initialSymbolStateVersion())), e.hasChild(
							"zOrderVersion") || e.addChild("zOrderVersion", new d(g
							._initialZOrderVersion())), e.hasChild("visible") || e.addChild("visible",
							new d(!0)), e.hasChild("frozen") || e.addChild("frozen", new d(!1)), e
						.hasChild("symbol") || e.addChild("symbol", new d("")), e.hasChild(
							"currencyId") || e.addChild("currencyId", new d(null)), e.hasChild(
						"unitId") ||
						e.addChild("unitId", new d(null)), e instanceof p && (e.addExclusion(
								"symbolStateVersion"), e.addExclusion("zOrderVersion"), e.addExclusion(
								"visible"), e.addExclusion("frozen"), e.addExclusion("symbol"), e
							.addExclusion("currencyId"), e.addExclusion("unitId")), e.hasChild(
							"intervalsVisibilities")) {
						const t = e.childs().intervalsVisibilities,
							i = t.state();
						t.merge(b), t.merge(i)
					} else e.addChild("intervalsVisibilities", new d(b));
					e.hasChild("title") || e.addChild("title", new d("")), e instanceof p && (e
							.addExclusion("symbolInfo"), e.addExclusion("points"), e.addExclusion(
								"interval"), e.addExclusion("title")), e.hasChild("singleChartOnly") &&
						e.removeProperty("singleChartOnly")
				}
			}
			v.prototype.version = 1, t.LineToolPriceAxisView = n, t.LineDataSource = v
		},
		SwuQ: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "unitConvertibleGroups", (function() {
				return n
			})), i.d(t, "sourceNewUnitOnPinningToPriceScale", (function() {
				return o
			}));
			var s = i("/tGj"),
				r = i("n5al");

			function n(e, t, i) {
				const s = Object(r.symbolUnitConvertibleGroupsIfExist)(e);
				if (null !== s) return s;
				const n = i.unitGroupById(t);
				return null === n ? [] : [n]
			}

			function o(e, t, i, r) {
				let o = null;
				if (i.unitConversionEnabled() && Object(s.isSymbolSource)(e)) {
					const s = i.availableUnits(),
						a = t.unit(s),
						l = e.unit(),
						c = null === l ? [] : n(e.symbolInfo(), l, s);
					null !== a && null !== a.selectedUnit && !a.allUnitsAreOriginal && a.selectedUnit !==
						l && (r && null === l || null !== l && s.convertible(l, c)) && (o = a.selectedUnit)
				}
				return o
			}
		},
		SzKR: function(e, t, i) {},
		T6Of: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LimitedPrecisionNumericFormatter", (function() {
				return r
			}));
			var s = i("ogJP");
			class r {
				constructor(e = 1) {
					this._precision = e
				}
				format(e) {
					Object(s.isNumber)(e) || (e = parseFloat(e));
					const t = e.toFixed(this._precision),
						i = Math.pow(10, -this._precision);
					return Math.max(parseFloat(t), i) + ""
				}
				parse(e) {
					const t = parseFloat(e);
					return isNaN(t) ? {
						res: !1
					} : {
						res: !0,
						value: t,
						suggest: this.format(t)
					}
				}
			}
		},
		TBaH: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolGannFixed", (function() {
				return a
			}));
			var s = i("aO4+"),
				r = i("Ss5c"),
				n = i("j3hX"),
				o = i("LAp3");
			class a extends r.LineDataSource {
				constructor(e, t) {
					super(e, t || a.createProperties()), this._constructor = "LineToolGannFixed", i
						.e("lt-pane-views").then(i.bind(null, "wdUH")).then(({
							GannFixedPaneView: e
						}) => {
							this._setPaneViews([new e(this, this.model())])
						}), this.properties().childs().reverse.subscribe(this, this._reversePoints)
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Gann Square Fixed"
				}
				properties() {
					return super.properties()
				}
				axisPoints() {
					const e = this.points(),
						t = this.getScreenPoints();
					return e.length < 2 || t.length < 2 ? [] : [e[0], this.screenPointToPoint(t[1])]
				}
				getScreenPoints() {
					const e = this.points();
					if (e.length < 2) return [];
					const t = this._calcAngle();
					if (null === t) return [];
					const [i, r] = e, n = this.pointToScreenPoint(i)[0], o = this
						.pointToScreenPoint(r)[0], a = Math.sqrt(Math.pow(n.x - o.x, 2) + Math.pow(n
							.y - o.y, 2)), l = new s.Point(Math.cos(t), -Math.sin(t)), c = l
						.normalized(), h = c.x < 0 ? -1 : 1, u = c.y < 0 ? -1 : 1;
					return [n.addScaled(l, a), n.add(new s.Point(5 * a * h, 5 * a * u))]
				}
				levelsCount() {
					return this.properties().childs().levels.childCount()
				}
				levels() {
					const e = [],
						t = this.properties().childs(),
						i = t.levels.childCount();
					for (let s = 0; s < i; s++) {
						const i = t.levels.childs()[s].childs();
						e.push({
							index: s,
							visible: i.visible.value(),
							color: i.color.value(),
							width: i.width.value()
						})
					}
					return e
				}
				fanLinesCount() {
					return this.properties().childs().fanlines.childCount()
				}
				fanLines() {
					const e = [],
						t = this.properties().childs(),
						i = t.fanlines.childCount();
					for (let s = 0; s < i; s++) {
						const i = t.fanlines.childs()[s].childs();
						e.push({
							index: s,
							visible: i.visible.value(),
							x: i.x.value(),
							y: i.y.value(),
							color: i.color.value(),
							width: i.width.value()
						})
					}
					return e
				}
				arcsCount() {
					return this.properties().childs().arcs.childCount()
				}
				arcs() {
					const e = [],
						t = this.properties().childs(),
						i = t.arcs.childCount();
					for (let s = 0; s < i; s++) {
						const i = t.arcs.childs()[s].childs();
						e.push({
							index: s,
							visible: i.visible.value(),
							x: i.x.value(),
							y: i.y.value(),
							color: i.color.value(),
							width: i.width.value()
						})
					}
					return e
				}
				arcsBackgroundTransparency() {
					return this.properties().childs().arcsBackground.childs().transparency.value()
				}
				isArcsBackgroundFilled() {
					return this.properties().childs().arcsBackground.childs().fillBackground.value()
				}
				static createProperties(e) {
					const t = Object(o.a)("linetoolgannfixed", e);
					return a._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "WfUZ")).then(
						e => e.GannComplexAndFixedDefinitionsViewModel)
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e);
					const t = [],
						i = [],
						s = e.childs(); {
						const e = s.levels.childCount();
						for (let r = 0; r < e; r++) {
							const e = s.levels.childs()[r].childs();
							t.push(e.width), i.push(e.color)
						}
					} {
						const e = s.fanlines.childCount();
						for (let r = 0; r < e; r++) {
							const e = s.fanlines.childs()[r].childs();
							t.push(e.width), i.push(e.color)
						}
					} {
						const e = s.arcs.childCount();
						for (let r = 0; r < e; r++) {
							const e = s.arcs.childs()[r].childs();
							t.push(e.width), i.push(e.color)
						}
					}
					e.addChild("linesColors", new n.LineToolColorsProperty(i)), e.addChild(
						"linesWidths", new n.LineToolWidthsProperty(t))
				}
				_calcAngle() {
					const e = this.points();
					if (e.length < 2) return null;
					const [t, i] = e, s = this.pointToScreenPoint(t)[0];
					let r = this.pointToScreenPoint(i)[0].subtract(s);
					if (r.length() <= 0) return null;
					r = r.normalized();
					let n = Math.acos(r.x);
					return r.y > 0 && (n = -n), n
				}
				_reversePoints() {
					const [e, t] = this._points;
					this._points[0] = t, this._points[1] = e, this.normalizePoints(), this.restart()
				}
			}
		},
		TCfT: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("sQaR");
			i.d(t, "CompareDialogRenderer", (function() {
				return r
			}));
			class r extends s.a {
				constructor(e) {
					super(), this._dialog = null, this._subscribe = e => {
						this._setVisibility(e)
					}, this._chartWidgetCollection = e
				}
				show() {
					this._load().then(e => {
						var t, i;
						null === (t = this._dialog) || void 0 === t || t.hide(), null === (
								i = this._dialog) || void 0 === i || i.visible()
							.unsubscribe(this._subscribe), this._dialog = e, e.visible()
							.subscribe(this._subscribe), e.show()
					})
				}
				hide() {
					var e;
					null === (e = this._dialog) || void 0 === e || e.hide()
				}
				_load() {
					return Promise.all([i.e("compare-model").then(i.bind(null, "cK0E")), Promise
						.all([i.e("redux"), i.e("react"), i.e(1), i.e(3), i.e(4), i.e(8), i
							.e(9), i.e(11), i.e(12), i.e(13), i.e(14), i.e(19), i.e(21),
							i.e(26), i.e(69), i.e(82), i.e(0), i.e(2), i.e(7), i.e(10),
							i.e(18), i.e(20), i.e(25), i.e("add-compare-dialog")
						]).then(i.bind(null, "a+BI"))
					]).then(([e, t]) => {
						const i = new e.CompareModel(this._chartWidgetCollection);
						return t.getCompareDialogRenderer(i)
					})
				}
			}
		},
		TMWk: function(e, t, i) {
			"use strict";
			var s = i("Eyy1").assert,
				r = i("ogJP").clone,
				n = i("GVHu").Study,
				o = i("k9/m").PlotList,
				a = i("w4Ji").studyPlotFunctionMap,
				l = i("w4Ji").studyEmptyPlotValuePredicate;
			class c {
				constructor(e, t, i) {
					this._strategyPlotIndex = e, this._targetPlotIndex = t, this._startIndex = i
				}
				rebuildData(e) {
					var t = this._targetPlotIndex + 1,
						i = this._strategyPlotIndex + 1,
						s = null,
						r = null;
					e.range(this._startIndex || e.firstIndex(), e.lastIndex()).each((function(n, o) {
						var a = o[t],
							l = o[i] ? Math.round(o[i]) : null;
						if (o[t] = null, o[i] = null, !l || l > 0) return !1;
						var c = n + l,
							h = {
								pointIndex: c,
								value: a
							};
						if (r) {
							if (r.pointIndex !== h.pointIndex) {
								c >= 0 && (e.valueAt(c)[t] = a);
								var u = !1;
								s && (u = s.value <= r.value && r.value <= a || s.value >= r
									.value && r.value >= a), u ? r.pointIndex >= 0 && (e
									.valueAt(r.pointIndex)[t] = null) : s = r, r = h
							}
						} else r = h;
						return !1
					}))
				}
			}
			t.study_ScriptWithDataOffset = class extends n {
				constructor(e, t, i, s) {
					super(e, t, i, s), this._underlyingData = new o(a(s), l)
				}
				clearData() {
					super.clearData(), this._underlyingData.clear()
				}
				_mergeData(e) {
					this._invalidateLastNonEmptyPlotRowCache();
					var t = this._underlyingData.firstIndex();
					this._underlyingData.merge(e), t !== this._underlyingData.firstIndex() && (this
						.m_data = new o(a(this._metaInfo), l));
					var i = this.m_data.lastIndex();
					this._underlyingData.range(i, this._underlyingData.lastIndex()).each(function(e,
						t) {
						return this.m_data.add(e, r(t)), !1
					}.bind(this)), this._plotsForStrategyProcessing().forEach((function(e) {
						new c(e.strategyIndex, e.targetIndex, i).rebuildData(this
							.m_data)
					}), this)
				}
				_plotsForStrategyProcessing() {
					var e = [];
					return this._metaInfo.plots.forEach((function(t, i) {
						if ("dataoffset" === t.type) {
							var r = this._metaInfo.plots.findIndex((function(e) {
								return e.id === t.target
							}));
							s(r >= 0, "target plot not found for strategy plot " + t
								.id);
							var n = {
								strategyIndex: i,
								targetIndex: r
							};
							e.push(n)
						}
					}), this), e
				}
			}
		},
		TTFo: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "fromPercent", (function() {
				return n
			})), i.d(t, "toPercent", (function() {
				return o
			})), i.d(t, "toPercentRange", (function() {
				return a
			})), i.d(t, "fromIndexedTo100", (function() {
				return l
			})), i.d(t, "toIndexedTo100", (function() {
				return c
			})), i.d(t, "toIndexedTo100Range", (function() {
				return h
			})), i.d(t, "toLog", (function() {
				return u
			})), i.d(t, "fromLog", (function() {
				return d
			}));
			var s = i("Qb4w"),
				r = i("Hr11");

			function n(e, t) {
				return t < 0 && (e = -e), e / 100 * t + t
			}

			function o(e, t) {
				const i = 100 * (e - t) / t;
				return t < 0 ? -i : i
			}

			function a(e, t) {
				const i = o(e.minValue(), t),
					r = o(e.maxValue(), t);
				return new s.PriceRange(i, r)
			}

			function l(e, t) {
				return t < 0 && (e = -e), (e -= 100) / 100 * t + t
			}

			function c(e, t) {
				const i = 100 * (e - t) / t + 100;
				return t < 0 ? -i : i
			}

			function h(e, t) {
				const i = c(e.minValue(), t),
					r = c(e.maxValue(), t);
				return new s.PriceRange(i, r)
			}

			function u(e) {
				const t = Math.abs(e);
				if (t < 1e-8) return 0;
				const i = Object(r.log10)(t + 1e-4) + 4;
				return e < 0 ? -i : i
			}

			function d(e) {
				const t = Math.abs(e);
				if (t < 1e-8) return 0;
				const i = Math.pow(10, t - 4) - 1e-4;
				return e < 0 ? -i : i
			}
		},
		TcSq: function(e, t, i) {
			"use strict";

			function s(e) {
				return e === r(e)
			}

			function r(e) {
				const t = e.indexOf("$"),
					i = e.indexOf("@");
				return t < 0 && i >= 0 ? null : e.substring(Math.max(t + 1, 0), i >= 0 ? i : e.length)
			}

			function n(e) {
				return e.startsWith("PUB;")
			}

			function o(e) {
				return e.startsWith("USER;")
			}

			function a(e) {
				return e.startsWith("STD;")
			}

			function l(e) {
				return e.includes("Candlestick%1Pattern%1")
			}

			function c(e) {
				return e.startsWith("EDGR_")
			}
			i.r(t), i.d(t, "isPineIdString", (function() {
				return s
			})), i.d(t, "extractPineId", (function() {
				return r
			})), i.d(t, "isPublishedPineId", (function() {
				return n
			})), i.d(t, "isCustomPineId", (function() {
				return o
			})), i.d(t, "isStandardPineId", (function() {
				return a
			})), i.d(t, "isCandleStickId", (function() {
				return l
			})), i.d(t, "isEdgrPineId", (function() {
				return c
			}))
		},
		TlGQ: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "visitObject", (function() {
				return n
			}));
			var s = i("ogJP");

			function r(e, t, i) {
				return Object(s.isArray)(e) ? function(e, t, i) {
					return e.map(e => {
						const s = r(e, t, i),
							n = t(s);
						return void 0 !== n ? n : s
					})
				}(e, t, i) : Object(s.isObject)(e) && (Object(s.isHashObject)(e) || i && i
					.visitInstances) ? function(e, t, i) {
					const s = {};
					return Object.keys(e).forEach(n => {
						const o = r(e[n], t, i),
							a = t(o);
						s[n] = void 0 !== a ? a : o
					}), s
				}(e, t, i) : e
			}

			function n(e, t, i) {
				const s = r(e, t, i),
					n = t(s);
				return void 0 !== n ? n : s
			}
		},
		TmNs: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("KcY8"),
				r = i("Eyy1"),
				n = i("jFln"),
				o = i("8Uy/"),
				a = i("gAom");
			class l {
				constructor(e, t) {
					this.setData(e, t)
				}
				setData(e, t) {
					this._data = e, this._commonData = t
				}
				draw(e, t, i, s, l, c) {
					if (!this._data.visible) return;
					let h = this._commonData.coordinate;
					void 0 !== this._commonData.fixedCoordinate && (h = this._commonData
						.fixedCoordinate), e.lineWidth = Math.max(1, Math.floor(Object(r
						.ensureDefined)(this._data.linewidth) * c)), e.lineCap = "butt", Object(n
						.setLineStyle)(e, void 0 === this._data.linestyle ? o.LINESTYLE_DOTTED :
						this._data.linestyle), e.strokeStyle = this._commonData.textColor, Object(a
						.drawHorizontalLine)(e, Math.round(h * c), 0, Math.ceil(s * c))
				}
				height(e) {
					return 0
				}
			}
			i.d(t, "PriceLineAxisView", (function() {
				return c
			})), i.d(t, "SeriesPriceLineAxisView", (function() {
				return h
			})), i.d(t, "StudyPriceLineAxisView", (function() {
				return u
			}));
			class c extends s.a {
				constructor(e) {
					super(e || l)
				}
				ignoreAlignment() {
					return !0
				}
				_updateRendererData(e, t, i) {
					if (t.visible = !1, e.visible = !1, !this._isVisible()) return;
					const s = this._value();
					s.noData || (i.background = "", i.textColor = this._priceLineColor(s.color), i
						.coordinate = s.coordinate, i.floatCoordinate = s.floatCoordinate, e
						.linewidth = this._lineWidth(), e.linestyle = this._lineStyle(), e
						.backgroundAreaVisible = this._backgroundAreaVisible(), e
						.backgroundAreaColor = this._backgroundAreaColor(), e
						.backgroundAreaHeight = this._backgroundAreaHeight(), e.visible = !0)
				}
				_lineStyle() {
					return o.LINESTYLE_DOTTED
				}
				_backgroundAreaVisible() {
					return !1
				}
				_backgroundAreaColor() {
					return ""
				}
				_backgroundAreaHeight() {
					return 0
				}
			}
			class h extends c {
				constructor(e) {
					super(), this._series = e
				}
				_value() {
					return this._series.lastValueData(void 0, !0)
				}
				_priceLineColor(e) {
					return this._series.priceLineColor(e)
				}
				_lineWidth() {
					return this._series.properties().priceLineWidth.value()
				}
				_isVisible() {
					const e = this._series.model().properties().scalesProperties.showSeriesLastValue
						.value();
					return this._series.properties().showPriceLine.value() && e
				}
			}
			class u extends c {
				constructor(e, t) {
					super(), this._study = e, this._plotname = t
				}
				_value() {
					return this._study.lastValueData(this._plotname, !0)
				}
				_lineWidth() {
					return this._study.properties().styles[this._plotname].linewidth.value()
				}
				_lineStyle() {
					return o.LINESTYLE_DOTTED
				}
				_priceLineColor(e) {
					return e
				}
				_isVisible() {
					const e = this._study.model().properties().scalesProperties.showStudyLastValue
						.value();
					return this._study.properties().styles[this._plotname].trackPrice.value() && e
				}
			}
		},
		Tmoa: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "generateColor", (function() {
				return r
			})), i.d(t, "alphaToTransparency", (function() {
				return n
			})), i.d(t, "transparencyToAlpha", (function() {
				return o
			})), i.d(t, "applyTransparency", (function() {
				return a
			})), i.d(t, "resetTransparency", (function() {
				return l
			})), i.d(t, "getLuminance", (function() {
				return c
			})), i.d(t, "isHexColor", (function() {
				return h
			})), i.d(t, "colorFromBackground", (function() {
				return u
			})), i.d(t, "gradientColorAtPercent", (function() {
				return d
			})), i.d(t, "isColorDark", (function() {
				return p
			})), i.d(t, "rgbaFromInteger", (function() {
				return _
			})), i.d(t, "rgbaToInteger", (function() {
				return m
			})), i.d(t, "colorToInteger", (function() {
				return f
			}));
			var s = i("eJTA");

			function r(e, t, i) {
				if (t = t || 0, !h(e)) return i ? Object(s.rgbaToString)(Object(s.rgba)(Object(s.parseRgb)(
					e), Object(s.normalizeAlphaComponent)(o(t)))) : e;
				const [r, n, a] = Object(s.parseRgb)(e), l = Object(s.normalizeAlphaComponent)(o(t));
				return Object(s.rgbaToString)([r, n, a, l])
			}

			function n(e) {
				return 100 * (1 - e)
			}

			function o(e) {
				if (e < 0 || e > 100) throw new Error("invalid transparency");
				return 1 - e / 100
			}

			function a(e, t) {
				if ("transparent" === e) return e;
				const i = Object(s.parseRgba)(e),
					r = i[3];
				return Object(s.rgbaToString)(Object(s.rgba)(i[0], i[1], i[2], o(t) * r))
			}

			function l(e) {
				return "transparent" === e || h(e) ? e : Object(s.rgbaToString)(Object(s.rgba)(Object(s
					.parseRgb)(e), Object(s.normalizeAlphaComponent)(1)))
			}

			function c(e) {
				const t = Object(s.parseRgb)(e).map(e => (e /= 255) <= .03928 ? e / 12.92 : Math.pow((e +
					.055) / 1.055, 2.4));
				return Number((.2126 * t[0] + .7152 * t[1] + .0722 * t[2]).toFixed(3))
			}

			function h(e) {
				return 0 === e.indexOf("#")
			}

			function u(e) {
				return "black" === Object(s.rgbToBlackWhiteString)(Object(s.parseRgb)(e), 150) ? "#ffffff" :
					"#000000"
			}

			function d(e, t, i) {
				const [r, n, o, a] = Object(s.parseRgba)(e), [l, c, h, u] = Object(s.parseRgba)(t), d =
					Object(s.rgba)(Math.round(r + i * (l - r)), Math.round(n + i * (c - n)), Math.round(o +
						i * (h - o)), a + i * (u - a));
				return Object(s.rgbaToString)(d)
			}

			function p(e) {
				return c(l(e)) < .5
			}

			function _(e) {
				const t = (e = Math.round(e)) % 256;
				e -= t;
				const i = (e /= 256) % 256;
				e -= i;
				const s = (e /= 256) % 256;
				e -= s;
				return `rgba(${t},${i},${s},${(e /= 256) / 255})`
			}

			function m(e) {
				const t = Math.round(255 * e[3]);
				return e[0] + 256 * e[1] + 65536 * e[2] + 16777216 * t
			}

			function f(e) {
				const t = Object(s.tryParseRgba)(e);
				return null === t ? 0 : m(t)
			}
		},
		TohL: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolArrowMark", (function() {
				return l
			})), i.d(t, "LineToolArrowMarkLeft", (function() {
				return c
			})), i.d(t, "LineToolArrowMarkUp", (function() {
				return h
			})), i.d(t, "LineToolArrowMarkRight", (function() {
				return u
			})), i.d(t, "LineToolArrowMarkDown", (function() {
				return d
			}));
			var s = i("Ocx9"),
				r = i("Ss5c"),
				n = i("tc+8"),
				o = i.n(n),
				a = i("j3hX");
			class l extends r.LineDataSource {
				constructor(e, t, s) {
					const r = t || l.createProperties(null, s);
					super(e, r), this._textPaneView = null, i.e("lt-pane-views").then(i.bind(null,
						"ct+2")).then(({
						ArrowMarkPaneView: t
					}) => {
						const i = [new t(this, e)];
						this._setPaneViews(i)
					})
				}
				paneViews(e) {
					const t = super.paneViews();
					return null !== t && this._textPaneView && t.push(this._textPaneView), t
				}
				pointsCount() {
					return 1
				}
				template() {
					const e = super.template();
					return e.text = this.properties().childs().text.value(), e
				}
				static createProperties(e, t) {
					const i = new s.DefaultProperty(t, e);
					return l._configureProperties(i), i
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "5sLb")).then(
						e => e.ArrowMarkDefinitionsViewModel)
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text)
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e), e.addChild("linesColors", new a
							.LineToolColorsProperty([e.childs().arrowColor])), e.addChild(
							"textsColors", new a.LineToolColorsProperty([e.childs().color])), e
						.hasChild("text") || e.addChild("text", new o.a("")), e.addExclusion("text")
				}
			}
			l.version = 2;
			class c extends l {
				constructor(e, t) {
					super(e, t, "linetoolarrowmarkleft")
				}
				direction() {
					return "left"
				}
				name() {
					return "Arrow Mark Left"
				}
				textAlignParams() {
					return {
						horzAlign: "left",
						vertAlign: "middle",
						offsetX: 22,
						offsetY: 3
					}
				}
				static createProperties(e) {
					return l.createProperties(e, "linetoolarrowmarkleft")
				}
			}
			class h extends l {
				constructor(e, t) {
					super(e, t, "linetoolarrowmarkup")
				}
				direction() {
					return "up"
				}
				name() {
					return "Arrow Mark Up"
				}
				textAlignParams() {
					return {
						horzAlign: "center",
						vertAlign: "top",
						offsetX: 0,
						offsetY: 20
					}
				}
				static createProperties(e) {
					return l.createProperties(e, "linetoolarrowmarkup")
				}
			}
			class u extends l {
				constructor(e, t) {
					super(e, t, "linetoolarrowmarkright")
				}
				direction() {
					return "right"
				}
				name() {
					return "Arrow Mark Right"
				}
				textAlignParams() {
					return {
						horzAlign: "right",
						vertAlign: "middle",
						offsetX: 22,
						offsetY: 3,
						forceTextAlign: !0
					}
				}
				static createProperties(e) {
					return l.createProperties(e, "linetoolarrowmarkright")
				}
			}
			class d extends l {
				constructor(e, t) {
					super(e, t, "linetoolarrowmarkdown")
				}
				direction() {
					return "down"
				}
				name() {
					return "Arrow Mark Down"
				}
				textAlignParams() {
					return {
						horzAlign: "center",
						vertAlign: "bottom",
						offsetX: 0,
						offsetY: 20
					}
				}
				static createProperties(e) {
					return l.createProperties(e, "linetoolarrowmarkdown")
				}
			}
		},
		"U0+/": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyMetaInfoRepository", (function() {
				return h
			}));
			i("YFKU");
			var s = i("Eyy1"),
				r = i("0YCj"),
				n = i.n(r),
				o = i("Si3H"),
				a = i("lCO3"),
				l = i("txPx");
			const c = Object(l.getLogger)("Chart.Studies.StudyMetaInfoRepository", {
				color: "#606"
			});
			class h {
				constructor(e) {
					this._nextRequestNumber = 1, this._rawStudiesMetaInfo = [], this._isReady = !1, this
						._metaInfoQueryQueue = [], this._javaMetaInfoQueryQueue = [], this
						._javaStudiesMetaInfo = [], this._pineMetaInfoCache = [], this
						._studiesMigrations = [], this._gateway = e
				}
				requestMetaInfo() {
					this._requestStarted();
					const e = this._makeNextRequestId();
					return c.logNormal("Requesting metainfo #" + e), new Promise(t => {
						c.logNormal("Requesting studies metadata #" + e), this._gateway
							.requestMetadata(e, i => {
								c.logNormal(`Requesting studies metadata #${e} finished`);
								const s = i.params[1].metainfo.slice();
								this._processLibraryMetaInfo(s), this._requestFinished(),
									t()
							})
					})
				}
				findById(e) {
					if (!this._isReady) return this._enqueueMetaInfoQuery(e);
					const t = this._findStudyMetaInfo(e);
					return null !== t ? Promise.resolve(t) : "pine" === e.type ? this._compilePine(e) :
						Promise.reject(`unexpected study id=${e.studyId} with type=${e.type}`)
				}
				findByIdSync(e) {
					return this._findStudyMetaInfo(e)
				}
				isReady() {
					return this._isReady
				}
				findAllJavaStudies() {
					return this._isReady ? Promise.resolve(this._javaStudiesMetaInfo) : this
						._enqueueJavaMetaInfoQuery()
				}
				getInternalMetaInfoArray() {
					return this._javaStudiesMetaInfo
				}
				getMigrations() {
					return this._studiesMigrations
				}
				addPineMetaInfo(e) {
					return d(this._pineMetaInfoCache, e)
				}
				_processMigrations(e) {
					throw new Error("not implemented")
				}
				_processSiteMetaInfo(e, t) {
					throw new Error("not implemented")
				}
				_processLibraryMetaInfo(e) {
					for (const t of e) u(t), d(this._javaStudiesMetaInfo, t);
					this._javaStudiesMetaInfo = this._javaStudiesMetaInfo.sort((e, t) => {
							const i = e.description_localized || e.description,
								s = t.description_localized || t.description;
							return i > s ? 1 : i < s ? -1 : 0
						}),
						n.a.overrideDefaults(this._javaStudiesMetaInfo)
				}
				_requestStarted() {
					this._isReady = !1, this._javaStudiesMetaInfo = [], this._pineMetaInfoCache = [],
						this._studiesMigrations = [], this._rawStudiesMetaInfo = []
				}
				_requestFinished() {
					this._isReady = !0, this._processPendingMetaInfoQueries(), this
						._processPendingFullMetaInfoQueries()
				}
				_enqueueMetaInfoQuery(e) {
					return new Promise(t => {
						this._metaInfoQueryQueue.push({
							studyDescriptor: e,
							resolver: t
						})
					})
				}
				_enqueueJavaMetaInfoQuery() {
					return new Promise(e => {
						this._javaMetaInfoQueryQueue.push({
							resolver: e
						})
					})
				}
				_processPendingMetaInfoQueries() {
					for (; this._metaInfoQueryQueue.length;) {
						const e = this._metaInfoQueryQueue.shift();
						this.findById(e.studyDescriptor).then(e.resolver)
					}
				}
				_processPendingFullMetaInfoQueries() {
					for (; this._javaMetaInfoQueryQueue.length;) {
						this._javaMetaInfoQueryQueue.shift().resolver(this._javaStudiesMetaInfo)
					}
				}
				_findStudyMetaInfo(e) {
					return "java" === e.type ? this._javaStudiesMetaInfo.find(t => t.id === e
						.studyId) || null : this._pineMetaInfoCache.find(t => t.scriptIdPart === e
						.pineId && (void 0 === e.pineVersion || Object(s.ensureDefined)(t.pine)
							.version === e.pineVersion)) || null
				}
				_makeNextRequestId() {
					return "metadata_" + this._nextRequestNumber++
				}
				_compilePine(e) {
					throw new Error("unsupported")
				}
			}

			function u(e) {
				e.description_localized = window.t(e.description, {
					context: "study"
				})
			}

			function d(e, t) {
				const i = new n.a(t);
				Object(o.migrateMetaInfoAndPropState)(i);
				let s = !0;
				const r = e.findIndex(e => e.id === i.id);
				if (-1 === r) e.push(i);
				else {
					const t = e[r],
						n = void 0 !== t.pine ? a.Version.parse(t.pine.version) : null,
						o = void 0 !== i.pine ? a.Version.parse(i.pine.version) : null;
					null === o || null === n || o.isGreaterOrEqual(n) ? (t.removeDefaults(), e[r] = i) :
						s = !1
				}
				return s && i.createDefaults(), i
			}
		},
		UAFa: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("i6cO"),
				r = i("23IT"),
				n = i("Eyy1");
			const o = new Map([
				[s.ColorerType.Main, "color"],
				[s.ColorerType.Text, "textColor"],
				[s.ColorerType.Border, "borderColor"],
				[s.ColorerType.Wick, "wickColor"],
				[s.ColorerType.Up, "colorup"],
				[s.ColorerType.Down, "colordown"]
			]);
			class a {
				constructor(e) {
					this._plotStyle = e
				}
				getPlotPointStyle(e, t) {
					const i = t ? Object(s.clearStyle)(t) : Object(s.createEmptyStyle)();
					return o.forEach((e, t) => {
							this._plotStyle[e] && (i.colors[t] = this._plotStyle[e].value())
						}), i.lineWidth = this._plotStyle.linewidth ? this._plotStyle.linewidth
						.value() : void 0, i.lineStyle = this._plotStyle.linestyle ? this._plotStyle
						.linestyle.value() : void 0, i
				}
				isColorDefined() {
					return !0
				}
				singleColor() {
					return !0
				}
				getDefaultPlotPointStyle() {
					return null
				}
			}
			class l {
				constructor(e, t, i, s) {
					this._palettes = new Map, this._metaInfo = e, this._properties = t, this._indexes =
						s, this._plotStyle = t.styles[i];
					const r = Object(n.ensureDefined)(this._metaInfo.palettes);
					s.forEach((t, i) => {
						const s = e.plots[t];
						if (s && "palette" in s) {
							const e = r[s.palette],
								t = this._properties.palettes[s.palette];
							e && t && this._palettes.set(i, {
								palette: e,
								props: t
							})
						}
					})
				}
				getPlotPointStyle(e, t) {
					const i = t ? Object(s.clearStyle)(t) : Object(s.createEmptyStyle)();
					if (this._palettes.has(s.ColorerType.Main)) {
						const t = Object(n.ensureDefined)(this._indexes.get(s.ColorerType.Main)),
							r = e[t + 1];
						if (null != r) {
							const e = Object(n.ensureDefined)(this._palettes.get(s.ColorerType.Main)),
								t = e.palette,
								o = e.props,
								a = Object(n.ensureDefined)(t.valToIndex ? t.valToIndex[r] : r),
								l = o.colors[a];
							i.lineWidth = l.width.value(), i.lineStyle = l.style.value()
						}
					}
					return Object.keys(s.ColorerType).forEach(t => {
						const s = parseInt(t);
						if (this._palettes.has(s)) {
							const t = Object(n.ensureDefined)(this._indexes.get(s)),
								r = e[t + 1];
							if (null != r) {
								const e = Object(n.ensureDefined)(this._palettes.get(s)),
									t = Object(n.ensureDefined)(e.palette.valToIndex ? e.palette
										.valToIndex[r] : r),
									o = e.props.colors[t];
								i.colors[s] = o.color.value()
							} else i.colors[s] = "transparent"
						} else if (this._plotStyle) {
							const e = o.get(s);
							void 0 !== e && this._plotStyle[e] && (i.colors[s] = this
								._plotStyle[e].value())
						}
					}), i
				}
				getDefaultPlotPointStyle() {
					const e = Object(n.ensureDefined)(this._palettes.get(s.ColorerType.Main)).props
						.colors[0];
					if (null != e) {
						return {
							colors: [e.color.value(), void 0, void 0, void 0, void 0, void 0, void 0],
							lineWidth: e.width.value()
						}
					}
					return null
				}
				isColorDefined() {
					return !!this._palettes.size
				}
				singleColor() {
					return !1
				}
			}
			var c = i("Tmoa");
			class h {
				constructor(e) {
					this._indexes = e
				}
				getPlotPointStyle(e, t) {
					const i = t ? Object(s.clearStyle)(t) : Object(s.createEmptyStyle)();
					return this._indexes.forEach((t, s) => {
						const r = e[t + 1];
						if (null != r) {
							const e = Object(c.rgbaFromInteger)(r);
							i.colors[s] = e
						} else i.colors[s] = "transparent"
					}), i
				}
				isColorDefined() {
					return !0
				}
				singleColor() {
					return !1
				}
				getDefaultPlotPointStyle() {
					return null
				}
			}
			i.d(t, "createStudyPlotColorProvider", (function() {
				return d
			}));
			const u = new Map([
				[s.ColorerType.Main, function(e, t) {
					const i = Object(r.isColorerPlot)(t) || Object(r.isOhlcColorerPlot)(t);
					return "target" in t && t.target === e && i
				}],
				[s.ColorerType.Text, function(e, t) {
					const i = Object(r.isTextColorerPlot)(t);
					return "target" in t && t.target === e && i
				}],
				[s.ColorerType.Background, function(e, t) {
					return Object(r.isBgColorerPlot)(t) && t.id === e
				}],
				[s.ColorerType.Border, function(e, t) {
					const i = Object(r.isCandleBorderColorerPlot)(t);
					return "target" in t && t.target === e && i
				}],
				[s.ColorerType.Wick, function(e, t) {
					const i = Object(r.isCandleWickColorerPlot)(t);
					return "target" in t && t.target === e && i
				}],
				[s.ColorerType.Up, function(e, t) {
					const i = Object(r.isUpColorerPlot)(t);
					return "target" in t && t.target === e && i
				}],
				[s.ColorerType.Down, function(e, t) {
					const i = Object(r.isDownColorerPlot)(t);
					return "target" in t && t.target === e && i
				}]
			]);

			function d(e, t, i) {
				const {
					colorers: s
				} = function(e, t) {
					const i = e.plots,
						s = i.findIndex(e => e.id === t),
						r = new Map;
					return i.forEach((e, i) => {
						u.forEach((s, n) => {
							s(t, e) && r.set(n, i)
						})
					}), {
						plotIndex: -1 === s ? null : s,
						colorers: r
					}
				}(e, i);
				if (s.size) return e.isRGB ? new h(s) : new l(e, t, i, s); {
					const e = t.ohlcPlots;
					if (e && e[i]) return new a(e[i]);
					const s = t.styles[i];
					return new a(s)
				}
			}
		},
		UCMi: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolDateAndPriceRange", (function() {
				return a
			}));
			var s = i("Eyy1"),
				r = i("Ocx9"),
				n = i("Ss5c"),
				o = i("585y");
			class a extends n.LineDataSource {
				constructor(e, t) {
					super(e, t || a.createProperties()), this._volumeCalculator = null, i.e(
						"lt-pane-views").then(i.bind(null, "UcQu")).then(e => {
						this._setPaneViews([new e.DateAndPriceRangePaneView(this, this
							._model)])
					})
				}
				destroy() {
					super.destroy(),
						null !== this._volumeCalculator && this._volumeCalculator.destroy()
				}
				pointsCount() {
					return 2
				}
				properties() {
					return super.properties()
				}
				name() {
					return "Date and Price Range"
				}
				volume() {
					if (null === this._volumeCalculator) return NaN;
					const e = this.points();
					return this._volumeCalculator.volume(e[0].index, e[1].index)
				}
				setOwnerSource(e) {
					e === this._model.mainSeries() && (Object(s.assert)(null === this
						._volumeCalculator), this._volumeCalculator = new o.a(this._model
						.mainSeries())), super.setOwnerSource(e)
				}
				static createProperties(e) {
					const t = new r.DefaultProperty("linetooldateandpricerange", e);
					return a._configureProperties(t), t
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "Ax76")))
						.GeneralDatePriceRangeDefinitionsViewModel
				}
				static _configureProperties(e) {
					n.LineDataSource._configureProperties(e)
				}
			}
		},
		UCjq: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("YFKU"),
				r = i("Eyy1"),
				n = i("aO4+"),
				o = i("qFKp"),
				a = i("VaSN"),
				l = i("FQhm"),
				c = i("ogJP"),
				h = i("FIi8"),
				u = i("VdBB"),
				d = i("vTIA"),
				p = i("KnF9"),
				_ = i("3ClC"),
				m = i("GxN8"),
				f = i("CW80"),
				g = i("mMWL"),
				b = i("bOGh"),
				v = i("fTGZ"),
				S = i("ikwP"),
				y = i("gAom"),
				w = i("mE5r"),
				P = i("1IXQ");

			function C(e, t) {
				return e.position - t.position
			}

			function x(e, t, i) {
				const s = (e.position - t.position) / (e.time - t.time);
				return Math.sign(s) * Math.min(Math.abs(s), i)
			}
			class T {
				constructor(e, t, i, s) {
					this._position1 = null, this._position2 = null, this._position3 = null, this
						._position4 = null, this._animationStartPosition = null, this._durationMsecs =
						0, this._speedPxPerMsec = 0, this._terminated = !1, this._minSpeed = e, this
						._maxSpeed = t, this._dumpingCoeff = i, this._minMove = s
				}
				addPosition(e, t) {
					if (null !== this._position1) {
						if (this._position1.time === t) return void(this._position1.position = e);
						if (Math.abs(this._position1.position - e) < this._minMove) return
					}
					this._position4 = this._position3, this._position3 = this._position2, this
						._position2 = this._position1, this._position1 = {
							time: t,
							position: e
						}
				}
				start(e, t) {
					if (null === this._position1 || null === this._position2) return;
					if (t - this._position1.time > 50) return;
					let i = 0;
					const s = x(this._position1, this._position2, this._maxSpeed),
						r = C(this._position1, this._position2),
						n = [s],
						o = [r];
					if (i += r, null !== this._position3) {
						const e = x(this._position2, this._position3, this._maxSpeed);
						if (Math.sign(e) === Math.sign(s)) {
							const t = C(this._position2, this._position3);
							if (n.push(e), o.push(t), i += t, null !== this._position4) {
								const e = x(this._position3, this._position4, this._maxSpeed);
								if (Math.sign(e) === Math.sign(s)) {
									const t = C(this._position3, this._position4);
									n.push(e), o.push(t), i += t
								}
							}
						}
					}
					let a = 0;
					for (let e = 0; e < n.length; ++e) a += o[e] / i * n[e];
					Math.abs(a) < this._minSpeed || (this._animationStartPosition = {
						position: e,
						time: t
					}, this._speedPxPerMsec = a, this._durationMsecs = function(e, t) {
						const i = Math.log(t);
						return Math.log(1 * i / -e) / i
					}(Math.abs(a), this._dumpingCoeff))
				}
				getPosition(e) {
					const t = Object(r.ensureNotNull)(this._animationStartPosition),
						i = e - t.time;
					return t.position + this._speedPxPerMsec * (Math.pow(this._dumpingCoeff, i) - 1) /
						Math.log(this._dumpingCoeff)
				}
				finished(e) {
					return null === this._animationStartPosition || this._progressDuration(e) === this
						._durationMsecs
				}
				terminated() {
					return this._terminated
				}
				terminate() {
					this._terminated = !0
				}
				_progressDuration(e) {
					const t = e - Object(r.ensureNotNull)(this._animationStartPosition).time;
					return Math.min(t, this._durationMsecs)
				}
			}
			var I = i("hY0g"),
				M = i.n(I),
				O = i("1AAW"),
				L = i("XcdR"),
				A = i("7MWe"),
				E = i("HZKX"),
				k = i("5VQP"),
				D = i("7ktv"),
				V = i("Fixu"),
				B = i("e92V"),
				R = i("QloM"),
				N = i("Kxc7"),
				j = i("//lt"),
				F = i("+6II"),
				W = i("JWMC"),
				H = i("7KDR"),
				U = i("ZBiT"),
				z = i("zL3Q"),
				G = i("/3z9"),
				q = i("H0vP"),
				Y = i("m/3z");

			function K(e) {
				return "startMoving" in e && "move" in e && "endMoving" in e
			}
			i.d(t, "PaneWidgetBase", (function() {
				return ce
			}));
			const J = parseInt(U["css-value-pane-controls-padding-left"]),
				Z = parseInt(U["css-value-pane-controls-padding-right"]),
				X = ["AlertLabel"];

			function $(e) {
				return !(null === e || !Object(_.isStudy)(e)) && "Volume@tv-basicstudies" === e.metaInfo()
					.id
			}

			function Q(e, t, i) {
				e.drawBackground && e.drawBackground(t, i)
			}

			function ee(e, t, i) {
				e.draw(t, i)
			}

			function te(e, t) {
				return e.paneViews(t)
			}

			function ie(e, t) {
				return e.topPaneViews()
			}

			function se(e, t) {
				return e.labelPaneViews(t)
			}

			function re(e, t) {
				const i = e.strategyOrdersPaneView();
				return null === i ? null : [i]
			}

			function ne(e, t) {
				return null === e || null === e.hittest || e.source !== t ? null : e.hittest.data()
			}
			const oe = {
					contextMenuEnabled: !0,
					contextMenu: E.defaultContextMenuOptions,
					priceScaleContextMenuEnabled: !0,
					legendWidgetEnabled: !0,
					controlsEnabled: !0,
					propertyPagesEnabled: !0,
					sourceSelectionEnabled: !0,
					countdownEnabled: !0
				},
				ae = new Map([
					[u.AreaName.Text, "Text"],
					[u.AreaName.Style, "Style"]
				]),
				le = !N.enabled("display_legend_on_all_charts");
			class ce {
				constructor(e, t, i, s) {
					this._legendWidget = null, this._paneControls = null, this._isDestroyed = !1, this
						._trackCrosshairOnlyAfterLongTap = Object(a.lastEventIsTouch)(), this
						._startTrackPoint = null, this._exitTrackingModeOnNextTry = !1, this
						._startMoveSourceParams = null, this._startChangeLineToolParams = null, this
						._preventSourceChange = !1, this._clonningAtMoveLineTools = null, this
						._startCloningPoint = null, this._size = new S.Size(0, 0), this
						._themedTopColor = null, this._themedBottomColor = null, this
						._initCrossHairPosition = null, this._firstZoomPoint = null, this._editDialog =
						null, this._processing = !1, this._touchMove = !1, this._startTouchPoint = null,
						this._isSelecting = !1, this._prevHoveredHittest = null, this._contextMenuX = 0,
						this._contextMenuY = 0, this._startScrollingPos = null, this._isScrolling = !1,
						this._scrollPriceScale = null, this._scrollXAnimation = null, this
						._scrollYAnimation = null, this._prevPinchScale = 1, this._pinching = !1, this
						._wasPinched = !1, this._longTap = !1, this._contextMenuOpenedOnLastTap = !1,
						this._paneControlsResizeObserver = null, this._hideNotMainSourcesInLegendSpawn =
						null, this._hideWholeLegend = null, this._lastClickedSource = null, this
						._customLegendWidgetsFactoryMap = new Map, this._prevMoveEventPosition = null,
						this._onMagnetStateChangedListener = this._onMagnetStateChanged.bind(this), this
						._onShiftKeyStateChangedListener = this._onShiftKeyStateChanged.bind(this), this
						._currentCursorClassName = "", this._lastFinishedToolId = null, this
						._needResetMeasureLater = !1, this._currentChangingLineToolHitTest = null, this
						._lastCommonTooltipData = null,
						this._canvasConfiguredHandler = () => this._state && this._chartModel()
						.lightUpdate(), this._topCanvasConfiguredHandler = () => this._state && this
						._chartModel().lightUpdate(), this._recalculateLegendVisibility = () => {
							const e = Object(r.ensureNotNull)(this._hideWholeLegend),
								t = this._chartModel().crossHairSource().measurePane();
							null !== t ? e.setValue(t === this._state) : e.setValue(Object(g
								.toolIsMeasure)(g.tool.value()))
						}, this._chart = e, this._state = t, this._options = Object(c.merge)(Object(c
							.clone)(oe), i), this._paneWidgetsSharedState = s, this._state && (this
							._state.onDestroyed().subscribe(this, this._onStateDestroyed, !0), this
							._state.dataSourcesCollectionChanged().subscribe(this, this
								._onDataSourcesCollectionChanged));
					const n = {
						contextMenuEnabled: this._options.priceScaleContextMenuEnabled,
						pressedMouseMoveScale: this._options.handleScale.axisPressedMouseMove.price,
						mouseWheelScale: this._options.handleScale.mouseWheel,
						currencyConversionEnabled: this._options.currencyConversionEnabled,
						unitConversionEnabled: this._options.unitConversionEnabled,
						countdownEnabled: this._options.countdownEnabled,
						croppedTickMarks: this._options.croppedTickMarks
					};
					void 0 !== this._options.priceScaleContextMenu && (n.contextMenu = this._options
						.priceScaleContextMenu);
					const o = (e, t, i, s, r) => new P.PriceAxisWidget(this, this._chartUndoModel(), i,
							t, e, n, s, r),
						l = e.properties().childs().scalesProperties,
						h = this._chartModel().rendererOptionsProvider(),
						u = {
							backgroundBasedTheme: e.backgroundBasedTheme(),
							rendererOptionsProvider: h,
							getBackgroundTopColor: () => this._chartModel().backgroundTopColor()
								.value(),
							getBackgroundBottomColor: () => this._chartModel().backgroundColor().value()
						},
						d = {
							showLabels: !1
						};
					this._lhsPriceAxisesContainer = new w.a(l, "left", o, u, d), this
						._rhsPriceAxisesContainer = new w.a(l, "right", o, u, d), this._paneCell =
						document.createElement("td"), this._paneCell.classList.add("chart-markup-table",
							"pane"), this._div = document.createElement("div"), this._div.classList.add(
							"chart-gui-wrapper"), this._paneCell.appendChild(this._div), this
						._canvasBinding = Object(S.createBoundCanvas)(this._div, new S.Size(16, 16)),
						this._canvasBinding.subscribeCanvasConfigured(this._canvasConfiguredHandler);
					const p = this._canvasBinding.canvas;
					p.style.position = "absolute", p.style.left = "0", p.style.top = "0", this
						._topCanvasBinding = Object(S.createBoundCanvas)(this._div, new S.Size(16, 16)),
						this._topCanvasBinding.subscribeCanvasConfigured(this
							._topCanvasConfiguredHandler);
					const _ = this._topCanvasBinding.canvas;
					_.style.position = "absolute", _.style.left = "0", _.style.top = "0", this
						._rowElement = document.createElement("tr"), this._rowElement.appendChild(this
							._lhsPriceAxisesContainer.getElement()), this._rowElement.appendChild(this
							._paneCell), this._rowElement.appendChild(this._rhsPriceAxisesContainer
							.getElement()), this._options.legendWidgetEnabled && (this._options
							.customLegendWidgetFactories && (this._customLegendWidgetsFactoryMap = this
								._options.customLegendWidgetFactories), this
							._loadAndCreateLegendWidget()), this._state && !this._chart.readOnly() &&
						this._options.controlsEnabled && this._loadAndCreatePaneControlsWidget(),
						Object(z.a)().subscribe(this._onMagnetStateChangedListener),
						Object(Y.d)().subscribe(this._onShiftKeyStateChangedListener), this._paneCell
						.addEventListener("dragover", e => {
							e.dataTransfer && Array.from(e.dataTransfer.files).some(
								blobImageFilter) && e.preventDefault()
						})
				}
				destroy() {
					this._chart.onPaneWidgetDestroyed(this), this._customLegendWidgetsFactoryMap
						.clear(), this._topCanvasBinding.unsubscribeCanvasConfigured(this
							._topCanvasConfiguredHandler), this._topCanvasBinding.destroy(), this
						._canvasBinding.unsubscribeCanvasConfigured(this._canvasConfiguredHandler), this
						._canvasBinding.destroy(), null !== this._hideNotMainSourcesInLegendSpawn &&
						this._hideNotMainSourcesInLegendSpawn.destroy(), this._legendWidget && (this
							._legendWidget.destroy(), this._legendWidget = null), null !== this
						._paneControlsResizeObserver && this._paneControlsResizeObserver.disconnect(),
						null !== this._paneControls && (this._paneControls.destroy(), this
							._paneControls = null), this._lhsPriceAxisesContainer.destroy(), this
						._rhsPriceAxisesContainer.destroy(), this.hasState() && (this.state()
							.onDestroyed().unsubscribeAll(this), this.state()
							.dataSourcesCollectionChanged().unsubscribeAll(this)), Object(z.a)()
						.unsubscribe(this._onMagnetStateChangedListener), Object(Y.d)().unsubscribe(this
							._onShiftKeyStateChangedListener), this._paneWidgetsSharedState
						.onPaneDestroyed(this), null !== this._hideWholeLegend && (g.tool.unsubscribe(
								this._recalculateLegendVisibility), this._chartModel().crossHairSource()
							.measuringEnabled().unsubscribeAll(this))
				}
				size() {
					return this._size
				}
				setSize(e) {
					Object(r.assert)(e.w >= 0 && e.h >= 0, "Try to set invalid size to PaneWidget " +
						JSON.stringify(e)), this._size.equals(e) || (this._size = e, this
						._canvasBinding.resizeCanvas({
							width: e.w,
							height: e.h
						}), this._topCanvasBinding.resizeCanvas({
							width: e.w,
							height: e.h
						}), this._paneCell.style.width = e.w + "px", this._paneCell.style.height = e
						.h + "px", this._div.style.width = e.w + "px", this._div.style.height = e
						.h + "px", this._rowElement.classList.toggle("js-hidden", 0 === e.h),
						null !== this._legendWidget && this._legendWidget.updateWidgetModeBySize(e),
						null !== this._paneControls && this._paneControls.updateWidgetModeByWidth(e
							.w))
				}
				width() {
					return this._size.w
				}
				height() {
					return this._size.h
				}
				backgroundColor() {
					return this._chartModel().backgroundColor().value()
				}
				processDoubleClickOnSource(e, t) {
					e.id() !== this._lastFinishedToolId && this._showEditDialogForSource(e, t)
				}
				setCursorForTool(e, t, i) {
					if (t && t.control() && e) return void this._setCursorClassName("pointer");
					if (void 0 !== i) {
						switch (i) {
							case j.PaneCursorType.VerticalResize:
								this._setCursorClassName("ns-resize");
								break;
							case j.PaneCursorType.HorizontalResize:
								this._setCursorClassName("ew-resize");
								break;
							case j.PaneCursorType.DiagonalNeSwResize:
								this._setCursorClassName("nesw-resize");
								break;
							case j.PaneCursorType.DiagonalNwSeResize:
								this._setCursorClassName("nwse-resize");
								break;
							case j.PaneCursorType.Default:
								this._setCursorClassName("default");
								break;
							case j.PaneCursorType.Pointer:
								this._setCursorClassName("pointer");
								break;
							case j.PaneCursorType.Grabbing:
								this._setCursorClassName("grabbing")
						}
						return
					}
					const s = g.tool.value();
					if (Object(g.toolIsCursor)(s)) {
						if (null !== this._paneWidgetsSharedState.draggingSource() || this
							._isScrolling || this._chartUndoModel() && this._chartUndoModel().model()
							.sourcesBeingMoved().length) return void this._setCursorClassName(
							"grabbing");
						if (e && this._options.sourceSelectionEnabled) return void this
							._setCursorClassName("pointer")
					}
					if ("eraser" === s) return void this._setCursorClassName("eraser");
					if ("zoom" === s) return void this._setCursorClassName("zoom-in");
					const r = g.cursorTool.value();
					"dot" !== r ? "arrow" !== r ? this._setCursorClassName("") : this
						._setCursorClassName("default") : this._setCursorClassName("dot")
				}
				showContextMenuForSelection(e) {
					const t = this._chartUndoModel().selection();
					if (t.isEmpty()) return;
					const i = t.dataSources().filter(e => e.hasContextMenu());
					this.showContextMenuForSources(i, e)
				}
				async showContextMenuForSources(e, t, i) {
					if (!e.length) return Promise.resolve(null);
					const s = e[0],
						r = Object(c.merge)(Object(c.clone)(this._options.contextMenu), i || {}),
						n = new E.ActionsProvider(this._chart, r);
					if (s === this._chartUndoModel().crossHairSource()) return s.handleContextMenuEvent(
						t), Promise.resolve(null); {
						const i = await n.contextMenuActionsForSources(e);
						return 0 === i.length ? Promise.resolve(null) : k.ContextMenuManager.createMenu(
							i).then(e => (e.show(t), e))
					}
				}
				leftPriceAxisesContainer() {
					return this._lhsPriceAxisesContainer
				}
				rightPriceAxisesContainer() {
					return this._rhsPriceAxisesContainer
				}
				setPriceAxisSizes(e, t, i) {
					this._priceAxisesContainer(e).setSizes(t, i)
				}
				state() {
					return Object(r.ensureNotNull)(this._state)
				}
				hasState() {
					return null !== this._state
				}
				setState(e) {
					this._state !== e && (this.hasState() && (this.state().onDestroyed().unsubscribeAll(
						this), this.state().dataSourcesCollectionChanged().unsubscribeAll(
						this)), this._state = e, this.hasState() && (this.state().onDestroyed()
						.subscribe(this, this._onStateDestroyed, !0), this.state()
						.dataSourcesCollectionChanged().subscribe(this, this
							._onDataSourcesCollectionChanged), this.updatePriceAxisWidgets()))
				}
				getScreenshotData(e) {
					const t = [],
						i = [];
					let s, r = [];
					const n = this.state().sourcesByGroup().allExceptSpecialSources().slice().reverse(),
						o = this._chart.properties().childs().paneProperties.childs().legendProperties
						.childs();
					for (const a of n) {
						const n = a.statusView();
						Object(_.isStudy)(a) && (o.showLegend.value() || (null == e ? void 0 : e
								.showCollapsedStudies)) ? a.properties().visible.value() && n && o
							.showStudyTitles.value() && (t.push(a.statusProvider(null == e ? void 0 : e
								.status).text()), i.push(a.valuesProvider().getValues(null))) : a ===
							this._chartModel().mainSeries() && n && o.showSeriesTitle.value() && (s = a
								.statusProvider((null == e ? void 0 : e.status) || {}).text(), r = a
								.valuesProvider().getValues(null))
					}
					return {
						type: "pane",
						leftAxis: this._lhsPriceAxisesContainer.getScreenshotData(),
						rightAxis: this._rhsPriceAxisesContainer.getScreenshotData(),
						content: this._canvasBinding.canvas.toDataURL(),
						canvas: this._canvasBinding.canvas,
						contentWidth: this._size.w,
						contentHeight: this._size.h,
						studies: t,
						studiesValues: i,
						containsMainSeries: this.containsMainSeries(),
						mainSeriesText: s,
						mainSeriesValues: r
					}
				}
				hardResetCanvas() {
					this._size.equals(new S.Size(0, 0)) || (Object(S.hardResizeCanvas)(this
							._canvasBinding, this._size),
						Object(S.hardResizeCanvas)(this._topCanvasBinding, this._size), this
						._lhsPriceAxisesContainer.hardResetCanvas(), this._rhsPriceAxisesContainer
						.hardResetCanvas())
				}
				updatePriceAxisWidgets() {
					if (!this.hasState()) return;
					const e = this._chartModel(),
						t = e.paneForSource(e.mainSeries());
					if (!t) return;
					const i = e.priceScaleSlotsCount(),
						s = this.state(),
						r = s.visibleLeftPriceScales(),
						n = s.visibleRightPriceScales();
					this._lhsPriceAxisesContainer.setScales(r, i.left, t.leftPriceScales().length, i
						.left + i.right), this._rhsPriceAxisesContainer.setScales(n, i.right, t
						.rightPriceScales().length, i.left + i.right)
				}
				update() {
					this.hasState() && (this._lhsPriceAxisesContainer.update(), this
						._rhsPriceAxisesContainer.update(), null !== this._legendWidget && this
						._legendWidget.update(), this.updateControls())
				}
				updateStatusWidget(e = q.InvalidationLevel.None) {
					this.hasState() && null !== this._legendWidget && (e === q.InvalidationLevel.Full ?
						this._legendWidget.updateLayout() : this._legendWidget.update())
				}
				updateControls() {
					this.hasState() && null !== this._paneControls && this._paneControls.update()
				}
				updateThemedColors(e, t) {
					this._themedTopColor = e, this._themedBottomColor = t, this._updateByThemedColors()
				}
				statusWidget() {
					return this._legendWidget
				}
				getElement() {
					return this._rowElement
				}
				canvasElement() {
					return this._canvasBinding.canvas
				}
				hasCanvas(e) {
					return this._canvasBinding.canvas === e || this._topCanvasBinding.canvas === e
				}
				pinchStartEvent() {
					null === this._paneWidgetsSharedState.scrollingPane() && null === this
						._paneWidgetsSharedState.pinchingPane() && (this._onTouchEvent(), this._options
							.handleScale.pinch && (this._terminateActiveAnimations(), this
								._prevPinchScale = 1, this._pinching = !0, this._wasPinched = !0, this
								._paneWidgetsSharedState.setPinchingPane(this)))
				}
				pinchEvent(e, t) {
					if (null !== this._paneWidgetsSharedState.scrollingPane() || this
						._paneWidgetsSharedState.pinchingPane() !== this) return;
					if (this._onTouchEvent(), !this._options.handleScale.pinch) return;
					const i = 10 * (t - this._prevPinchScale);
					this._prevPinchScale = t, this._chartModel().zoomTime(e.x, i, !0), this
						._prevPinchScale = t
				}
				pinchEndEvent() {
					null === this._paneWidgetsSharedState.scrollingPane() && this
						._paneWidgetsSharedState.pinchingPane() === this && (this._onTouchEvent(), this
							._pinching = !1, this._paneWidgetsSharedState.setPinchingPane(null))
				}
				mouseClickEvent(e) {
					this._onMouseEvent(), this._mouseClickOrTapEvent(e)
				}
				tapEvent(e) {
					this._preventTouchEventsExceptPinch() || (this._onTouchEvent(), this
						._mouseClickOrTapEvent(e))
				}
				mouseDownEvent(e) {
					this._onMouseEvent(), this.hasState() && this._mouseDownOrTouchStartEvent(e, Object(
						r.ensureNotNull)(this._dataSourceAtPoint(e.localX, e.localY)))
				}
				touchStartEvent(e) {
					if (this._paneWidgetsSharedState.startTouch(this), this
						._preventTouchEventsExceptPinch()) return;
					const t = this._chartModel().crossHairSource(),
						i = !this._trackCrosshairOnlyAfterLongTap && t.pane === this._state && Number
						.isFinite(t.originX()) && Number.isFinite(t.originY()) && Math.abs(t.originX() -
							e.localX) + Math.abs(t.originY() - e.localY) < 5;
					this._onTouchEvent(), this._chart.setActivePaneWidget(this);
					const s = Object(r.ensureNotNull)(this._dataSourceAtPoint(e.localX, e.localY));
					i && (s.source === t || t.selectPointMode().value() ? this.startTrackingMode(new n
							.Point(e.localX, e.localY), new n.Point(e.localX, e.localY)) : !this
						._chart.readOnly() && Object(f.isLineTool)(s.source) && s.source
						.userEditEnabled() && this._chartUndoModel().selectionMacro(e => {
							var t;
							e.clearSelection(), e.addSourceToSelection(s.source, null === (t = s
								.hittest) || void 0 === t ? void 0 : t.data())
						})), this._mouseDownOrTouchStartEvent(e, s), this._mouseOrTouchMoveEvent(e)
				}
				mouseUpEvent(e) {
					this._onMouseEvent(), this._mouseUpOrTouchEndEvent(e)
				}
				touchEndEvent(e) {
					this._paneWidgetsSharedState.endTouch(this), this
						._preventTouchEventsExceptPinch() || (this._onTouchEvent(), this
							._mouseOrTouchLeaveEvent(e), this._mouseUpOrTouchEndEvent(e))
				}
				mouseMoveEvent(e) {
					this._onMouseEvent(), this._mouseOrTouchMoveEvent(e)
				}
				pressedMouseMoveEvent(e) {
					this._onMouseEvent(), this._pressedMouseOrTouchMoveEvent(e)
				}
				touchMoveEvent(e) {
					this._preventTouchEventsExceptPinch() || (this._onTouchEvent(), this
						._pressedMouseOrTouchMoveEvent(e))
				}
				mouseLeaveEvent(e) {
					this._onMouseEvent(), this._mouseOrTouchLeaveEvent(e)
				}
				mouseDoubleClickEvent(e) {
					this._onMouseEvent(), this._mouseDoubleClickOrDoubleTapEvent(e)
				}
				wheelClickEvent(e) {
					var t, i;
					if (this._chart.readOnly()) return;
					const s = this._dataSourceAtPoint(e.localX, e.localY);
					if (null === s || s.isCustom || null === s.source) return;
					if (((null === (t = s.hittest) || void 0 === t ? void 0 : t.result()) || 0) <= u
						.HitTestResult.MOVEPOINT_BACKGROUND) return;
					const n = new p.a(e),
						o = null === (i = s.hittest) || void 0 === i ? void 0 : i.eraseMarker();
					if (n.control() && void 0 !== o && s.source.processErase) return void s.source
						.processErase(this._chartUndoModel(), o);
					const a = this._chartUndoModel();
					a.selection().isSelected(s.source) || a.selectionMacro(e => {
						e.clearSelection();
						const t = Object(r.ensureNotNull)(s.source);
						e.addSourceToSelection(t, ne(s, t))
					}), this._chart.removeSelectedSources()
				}
				doubleTapEvent(e) {
					this._preventTouchEventsExceptPinch() || (this._onTouchEvent(), this
						._mouseDoubleClickOrDoubleTapEvent(e))
				}
				longTapEvent(e) {
					this._preventTouchEventsExceptPinch() || (this._onTouchEvent(), this._longTap = !0,
						null === this._startTrackPoint && this._trackingModeShouldBeActive() && this
						.startTrackingMode(new n.Point(e.localX, e.localY), new n.Point(e.localX, e
							.localY), new p.a(e)))
				}
				mouseEnterEvent(e) {
					this._onMouseEvent(), this.hasState() && (this._chart.setActivePaneWidget(this),
						this._setCursorPosition(e.localX, e.localY, new p.a(e)))
				}
				contextMenuEvent(e) {
					this._onMouseEvent(), this._contextMenuEvent(e)
				}
				touchContextMenuEvent(e) {
					this._preventTouchEventsExceptPinch() || (this._onTouchEvent(), this
						._contextMenuEvent(e))
				}
				mouseDownOutsideEvent() {
					this._processOutsideClick({
						hittest: null,
						isCustom: !1,
						renderer: null,
						source: null
					})
				}
				cancelZoom() {
					this._chartModel().crossHairSource().clearSelection(), this._firstZoomPoint = null,
						this._preventCrossHairMove() && this._clearCursorPosition()
				}
				startTrackingMode(e, t, i) {
					this._startChangeLineToolParams = null, this._startMoveSourceParams = null, this
						._currentChangingLineToolHitTest = null, this._chartUndoModel().selectionMacro(
							e => e.clearSelection()), this._startTrackPoint = e, this
						._exitTrackingModeOnNextTry = !1, this._setCursorPosition(t.x, t.y, i),
						this._initCrossHairPosition = this._chartModel().crossHairSource()
						.currentPoint()
				}
				setDragToAnotherPaneCursor() {
					this._setCursorClassName("grabbing")
				}
				cloneLineTools(e, t) {
					return this._chartUndoModel().cloneLineTools(e, t)
				}
				exitTrackingMode() {
					null !== this._state && null !== this._startTrackPoint && (this
						._exitTrackingModeOnNextTry = !0, this._tryExitTrackingMode())
				}
				trackingModeEnabled() {
					return null !== this._state && null !== this._startTrackPoint
				}
				addCustomWidgetToLegend(e, t) {
					this._options.legendWidgetEnabled && (this._customLegendWidgetsFactoryMap.set(e, t),
						null !== this._legendWidget && this._legendWidget.addCustomWidgetToLegend(e,
							t))
				}
				containsMainSeries() {
					return !!this.hasState() && this.state().containsMainSeries()
				}
				paint(e, t) {
					if (!this._chartUndoModel() || !this.hasState()) return;
					this._state && (e.priceScaleSideMaxLevel("left") > q.InvalidationLevel.Cursor || e
						.priceScaleSideMaxLevel("right") > q.InvalidationLevel.Cursor) && (this
						._recalculatePriceScales(), this._chartModel()
						.updateCrosshairPositionByOriginCoords());
					const i = e.fullInvalidation();
					if (i > q.InvalidationLevel.Cursor) {
						const e = this._chartModel().crossHairSource(),
							t = e.originX(),
							i = e.originY();
						if (e.pane === this._state && Number.isFinite(t) && Number.isFinite(i)) {
							const e = this._dataSourceAtPoint(t, i);
							null !== e && this._updateHoveredSource(e, Object(Y.b)())
						}
					}
					if (this._lhsPriceAxisesContainer.paint(e
							.getterForPriceScaleInvalidationLevelBySide("left")), this
						._rhsPriceAxisesContainer.paint(e.getterForPriceScaleInvalidationLevelBySide(
							"right")), i !== q.InvalidationLevel.None) {
						if (i > q.InvalidationLevel.Cursor) {
							const e = Object(r.ensureNotNull)(this._canvasBinding.canvas.getContext(
								"2d"));
							e.setTransform(1, 0, 0, 1, 0, 0);
							const i = this._canvasRenderParams();
							this._drawBackground(e, i), this._state && this._drawSources(e, i, t)
						}
						if (this._state) {
							const e = Object(r.ensureNotNull)(this._topCanvasBinding.canvas.getContext(
								"2d"));
							e.setTransform(1, 0, 0, 1, 0, 0);
							const t = this._topCanvasRenderParams();
							e.clearRect(0, 0, Math.ceil(this._size.w * t.pixelRatio), Math.ceil(this
									._size.h * t.pixelRatio)), this._drawSeriesTopViews(e, t), this
								._drawCrossHair(e, t), this._drawActiveLineTools(e, t)
						}
					}
				}
				cancelCreatingLineTool() {
					const e = this._chartUndoModel(),
						t = this._chartUndoModel().lineBeingCreated();
					if (t)
						if (t.pointsCount() <= 0) {
							const i = t.points();
							if (i.length > 2) {
								const s = i[i.length - 2];
								e.continueCreatingLine(s), this._finishTool(t)
							} else e.cancelCreatingLine()
						} else e.cancelCreatingLine();
					null !== this._firstZoomPoint && this.cancelZoom(), this.setCursorForTool()
				}
				cancelMeasuring() {
					this._chartUndoModel().crossHairSource().clearMeasure(), Object(g.resetToCursor)(),
						this.setCursorForTool()
				}
				_topCanvasRenderParams() {
					return {
						pixelRatio: this._topCanvasBinding.pixelRatio,
						physicalWidth: this._topCanvasBinding.canvas.width,
						physicalHeight: this._topCanvasBinding.canvas.height,
						cssWidth: this._chartModel().timeScale().width(),
						cssHeight: this.height()
					}
				}
				_canvasRenderParams() {
					return {
						pixelRatio: this._canvasBinding.pixelRatio,
						physicalWidth: this._canvasBinding.canvas.width,
						physicalHeight: this._canvasBinding.canvas.height,
						cssWidth: this._chartModel().timeScale().width(),
						cssHeight: this.height()
					}
				}
				_tryExitTrackingMode(e) {
					this._exitTrackingModeOnNextTry && (this._startTrackPoint = null, e || this
						._clearCursorPosition())
				}
				_tryStartMeasure(e, t, i, s, r) {
					return !(!Object(g.toolIsMeasure)(g.tool.value()) || t.startMeasurePoint()) && (e
						.isTouch || this._preventCrossHairMove() || this._setCursorPosition(e
							.localX, e.localY, i), s = this._chartModel().magnet().align(s, r, this
							.state()), t.startMeasuring({
							price: s,
							index: r
						}, this.state()), !0)
				}
				_tryFinishMeasure(e, t) {
					if (t.startMeasurePoint() && !t.endMeasurePoint()) {
						let i = t.price;
						const s = t.index;
						return i = this._chartModel().magnet().align(i, s, this.state()), t
							.finishMeasure({
								price: i,
								index: s
							}), e.isTouch ? Object(g.resetToCursor)() : this._needResetMeasureLater = !
							0, this._preventCrossHairMove() && this._clearCursorPosition(), !0
					}
					return !1
				}
				_tryStartZoom(e, t, i, s) {
					const r = this._chart.model().model().zoomEnabled();
					if ("zoom" === g.tool.value() && r) {
						const r = this._chartUndoModel(),
							n = r.timeScale().indexToCoordinate(i) - .5 * r.timeScale().barSpacing();
						return this._firstZoomPoint = {
							price: t,
							index: i,
							x: n,
							y: e.localY
						}, this._preventCrossHairMove() || this._setCursorPosition(e.localX, e
							.localY, s), this._chartModel().crossHairSource().startSelection(this
							.state()), !0
					}
					return !1
				}
				_finishZoom(e) {
					const t = this.state(),
						i = t.defaultPriceScale(),
						s = Object(r.ensureNotNull)(t.mainDataSource()).firstValue(),
						n = i.coordinateToPrice(e.localY, Object(r.ensureNotNull)(s)),
						o = this._chartUndoModel(),
						a = Math.round(o.timeScale().coordinateToIndex(e.localX)),
						l = Object(r.ensureNotNull)(this._firstZoomPoint);
					a !== l.index && o.zoomToViewport(l.index, a, l.price, n, t), this._chartModel()
						.crossHairSource().clearSelection(), this._firstZoomPoint = null, Object(g
							.resetToCursor)(), this._preventCrossHairMove() && this
						._clearCursorPosition()
				}
				_tryFinishZoom(e) {
					return null !== this._firstZoomPoint && (this._finishZoom(e), !0)
				}
				_tryHandleEraserMouseDown(e, t) {
					if (e.source && "eraser" === g.tool.value() && !e.isCustom && (!(i = e.source) || !i
							.customization || !i.customization.disableErasing)) {
						const i = this._chartUndoModel();
						if (null !== e.hittest && (Object(f.isLineTool)(e.source) || Object(_.isStudy)(e
								.source))) {
							const s = e.hittest.eraseMarker();
							return t.control() && void 0 !== s && e.source.processErase ? e.source
								.processErase(i, s) : i.removeSource(e.source, !1), !0
						}
					}
					var i;
					return !1
				}
				_tryStartChangingLineTool(e, t, i, s) {
					var n, o;
					if (e.isTouch && null !== this._startTrackPoint) return !1;
					const a = t.hittest;
					if ((!e.isTouch || !this._preventSourceChange) && a && Object(f.isLineTool)(t
							.source) && a.result() === u.HitTestResult.CHANGEPOINT) {
						const l = this._chartUndoModel(),
							c = Object(r.ensure)(null === (n = this.state().mainDataSource()) ||
								void 0 === n ? void 0 : n.firstValue()),
							h = Object(r.ensureNotNull)(t.source.priceScale()).coordinateToPrice(e
								.localY, c);
						l.selectionMacro(e => {
							e.clearSelection(), e.addSourceToSelection(t.source, a.data())
						});
						const u = l.model().magnet().align(h, s, this.state()),
							d = null === (o = a.data()) || void 0 === o ? void 0 : o.pointIndex;
						return this._startChangeLineToolParams = {
							source: t.source,
							startPoint: {
								index: s,
								price: u
							},
							screenPoint: {
								x: e.localX,
								y: e.localY
							},
							pointIndex: d,
							envState: i
						}, !0
					}
					return this._startChangeLineToolParams = null, !1
				}
				_tryStartCloning(e, t, i, s) {
					if (i.control()) {
						const t = this._chartUndoModel().selection().dataSources().filter(e => e
							.cloneable());
						if (s && s.cloneable() && t.push(s), t.length > 0) return this
							._clonningAtMoveLineTools = t.map(e => e.id()), this
							._startCloningPoint = new n.Point(e.localX, e.localY), !0
					}
					return !1
				}
				_tryFinishClonning(e, t, i) {
					const s = this._chartUndoModel(),
						o = this._chartModel();
					if (t.control() && this._clonningAtMoveLineTools) {
						const a = new n.Point(e.localX, e.localY),
							l = Object(r.ensureNotNull)(this._startCloningPoint).subtract(a).length(),
							c = [];
						for (const e of this._clonningAtMoveLineTools) {
							const t = o.dataSourceForId(e);
							null !== t && c.push(t)
						}
						if (0 === c.length) return !1;
						if (l > 8) {
							const o = this.cloneLineTools(c, !0).map(e => Object(r.ensureNotNull)(s
								.model().dataSourceForId(e)));
							s.selectionMacro(e => {
								e.clearSelection();
								let t = null;
								o.forEach(s => {
									null === t && (t = ne(i, s)), e
										.addSourceToSelection(s, t)
								})
							});
							const a = new n.Point(e.localX, e.localY),
								l = Object(r.ensureNotNull)(o[0].priceScale()),
								h = Object(r.ensureNotNull)(this.state().mainDataSource()).firstValue(),
								u = {
									index: s.timeScale().coordinateToIndex(e.localX),
									price: l.coordinateToPrice(e.localY, Object(r.ensureNotNull)(h))
								};
							s.startMovingSources(o, {
									logical: u,
									screen: a
								}, null, t), this._clonningAtMoveLineTools = null, this
								._startCloningPoint = null
						}
						return !0
					}
					return !1
				}
				_mouseDownEventForLineTool(e, t, i, s) {
					var o, a;
					const l = g.tool.value();
					if (!this.hasState() || Object(B.isLineToolDrawWithoutPoints)(l)) return;
					const c = this._chartUndoModel();
					let h = !1,
						u = null;
					Object(g.hideAllDrawings)().value() && Object(g.hideAllIndicators)().setValue(!1),
						Object(g.hideAllDrawings)().setValue(!1), Object(g.lockDrawings)().setValue(!1),
						e.isTouch && (Object(f.isLineToolName)(l) && !Object(B
							.isLineDrawnWithPressedButton)(l) || c.lineBeingCreated()) && this
						._initToolCreationModeParams(e);
					const d = c.lineBeingCreated();
					if (d && !Object(B.isLineDrawnWithPressedButton)(d.toolname)) {
						const l = Object(r.ensure)(null === (o = d.ownerSource()) || void 0 === o ?
							void 0 : o.firstValue());
						if (e.isTouch) {
							if (!this._startTouchPoint) {
								this._startTouchPoint = new n.Point(e.pageX, e.pageY);
								const t = d.points(),
									i = t[t.length - 1],
									s = c.timeScale().indexToCoordinate(i.index),
									o = Object(r.ensureNotNull)(d.priceScale()).priceToCoordinate(i
										.price, l);
								return void(this._initCrossHairPosition = new n.Point(s, o))
							}
						} else {
							u = d;
							const n = c.model().paneForSource(d);
							if (n !== this._state && null !== n) {
								const i = this._externalPaneXCoord(n, e.localX),
									s = this._externalPaneYCoord(n, e.localY);
								h = c.continueCreatingLine({
									index: Math.round(c.timeScale().coordinateToIndex(i)),
									price: Object(r.ensure)(null === (a = d.priceScale()) ||
										void 0 === a ? void 0 : a.coordinateToPrice(s, l))
								}, t)
							} else {
								const e = c.model().magnet().align(s, i, this.state());
								h = c.continueCreatingLine({
									index: i,
									price: e
								}, t)
							}
						}
					} else if (!e.isTouch || Object(B.isLineDrawnWithPressedButton)(l)) {
						const e = {
							index: i,
							price: c.model().magnet().align(s, i, this.state())
						};
						u = c.createLineTool(this.state(), e, l), c.lineBeingCreated() || (h = !0)
					}
					const p = Object(r.ensureNotNull)(this._dataSourceAtPoint(e.localX, e.localY));
					u && c.selectionMacro(e => {
						var t;
						return e.addSourceToSelection(Object(r.ensureNotNull)(u), null === (t =
							p.hittest) || void 0 === t ? void 0 : t.data())
					}), h && u && (this._finishTool(u, p),
						e.preventDefault())
				}
				_handleSelectionMouseDownAndGetJustDeselectedSource(e, t, i) {
					const s = this._chartUndoModel();
					let r = null;
					if (null === t.source || t.source.isSelectionEnabled()) {
						let n = e.isTouch ? Boolean(t.hittest && t.hittest.result() >= u.HitTestResult
							.MOVEPOINT_BACKGROUND) : Boolean(t.hittest && t.hittest.result() > u
							.HitTestResult.MOVEPOINT_BACKGROUND);
						this._preventSourceChange && (n = !1), s.selectionMacro(e => {
							var s;
							n && t.source ? (i.control() || e.selection().isSelected(t
										.source) || e.clearSelection(), i.control() && e
									.selection()
									.isSelected(t.source) ? (r = t.source, e
										.removeSourceFromSelection(t.source)) : e
									.addSourceToSelection(t.source, null === (s = t.hittest) ||
										void 0 === s ? void 0 : s.data()), e.selection()
									.allSources().length > 1 && Object(W.trackEvent)("GUI",
										"Multiselect", "Click Select")) : i.control() || e
								.clearSelection()
						})
					}
					return r
				}
				_processMouseMoveWhileZoom(e, t) {
					this._preventCrossHairMove() || this._setCursorPosition(e.localX, e.localY, t)
				}
				_updateCommonTooltip(e, t) {
					let i = null;
					if (null !== e && null !== e.hittest) {
						const t = e.hittest.data();
						t && (i = t.tooltip || null)
					}
					const s = this._lastCommonTooltipData;
					if (null === s && null === i) return;
					if (null === i || "" === i.text) return this._lastCommonTooltipData = null,
						void Object(F.a)(t);
					if (s && i.text === s.text && i.rect && s.rect && i.rect.x === s.rect.x && i.rect
						.y === s.rect.y && i.rect.w === s.rect.w && i.rect.h === s.rect.h) return;
					this._lastCommonTooltipData = i;
					const r = Object(c.clone)(i);
					if (void 0 !== r.rect) {
						const e = this._paneCell.getBoundingClientRect();
						r.rect.x += e.left, r.rect.y += e.top
					}
					Object(F.b)(r)
				}
				_setCursorPositionOnExternalPane(e, t, i, s) {
					t = this._externalPaneXCoord(e, t), i = this._externalPaneYCoord(e, i);
					this._chart.paneByState(e)._setCursorPosition(t, i, s)
				}
				_setCursorPosition(e, t, i) {
					this._chartModel().setAndSaveCurrentPosition(this._correctXCoord(e), this
						._correctYCoord(t), this.state(), i)
				}
				_setCursorClassName(e) {
					let t = "";
					e && (t = "pane--cursor-" + e), this._currentCursorClassName !== t && (this
						._currentCursorClassName && this._paneCell.classList.remove(this
							._currentCursorClassName), t && this._paneCell.classList.add(t), this
						._currentCursorClassName = t, this._paneCell.style.cursor)
				}
				_processMouseUpOrTouchEndHandler(e) {
					var t;
					null === (t = Object(r.ensureNotNull)(this._dataSourceAtPoint(e.localX, e.localY))
						.hittest) || void 0 === t || t.tryCallMouseUpOrTouchEndHandler(e)
				}
				_crossHairShouldBeVisible() {
					const e = this._chartModel().crossHairSource();
					return Object(f.isLineToolName)(g.tool.value()) || Object(g.toolIsMeasure)(g.tool
							.value()) || e.startMeasurePoint() && !e.endMeasurePoint() || null !== this
						._firstZoomPoint || null !== this._chartModel().lineBeingEdited() || null !==
						this._chartModel().lineBeingCreated()
				}
				_clearCursorPosition() {
					this._chartModel().clearCurrentPosition()
				}
				_dataSourceAtPoint(e, t) {
					let i = null,
						s = null,
						r = null;
					if (!this.hasState()) return null;
					const o = this.state(),
						a = o.height(),
						l = o.width();
					let c = !1;
					if (this._currentChangingLineToolHitTest) return this
						._currentChangingLineToolHitTest;
					const h = (e, t, n, o) => {
							const a = r ? r.result() : 0;
							e.result() > a && (r = e, i = t, s = n, c = o)
						},
						u = this._canvasRenderParams(),
						p = new n.Point(e, t),
						_ = this._chartUndoModel();
					this._hitTestChartSources(u, [_.crossHairSource()], p, h),
						this._hitTestCustomSources(u, o.customSources(d.CustomSourceLayer.Topmost), p,
							h);
					const m = o.sourcesByGroup();
					this._hitTestChartSources(u, m.tradingSources(), p, h), this._hitTestCustomSources(
						u, o.customSources(d.CustomSourceLayer.Foreground), p, h);
					const f = [...this._chartModel().multiPaneSources(o), ...m.hitTestSources()];
					if (this._hitTestChartSources(u, f, p, h), this.containsMainSeries()) {
						const e = _.barsMarksSources();
						for (let t = 0; t < e.length; ++t) {
							const i = e[t],
								s = i.paneViews(o) || [];
							let r, n;
							for (let e = 0; e < s.length; e++) r = s[e].renderer(a, l), null !== r && (
								n = r.hitTest(p, u), n && h(n, i, r, !1))
						}
						const t = _.activeStrategySource().value();
						if (null !== t) {
							const e = t.strategyOrdersPaneView();
							if (null !== e) {
								const i = e.renderer(a, l);
								if (null !== i) {
									const e = i.hitTest(p, u);
									e && h(e, t, i, !1)
								}
							}
						}
					}
					return null === i && this._hitTestCustomSources(u, o.customSources(d
						.CustomSourceLayer.Background), p, h), {
						source: i,
						hittest: r,
						renderer: s,
						isCustom: c
					}
				}
				_hitTestCustomSources(e, t, i, s) {
					const n = Object(r.ensureNotNull)(this._state),
						o = n.height(),
						a = n.width();
					for (let r = t.length - 1; r >= 0; --r) {
						const l = t[r],
							c = l.paneViews(n);
						if (0 !== c.length)
							for (let t = c.length - 1; t >= 0; --t) {
								const r = c[t].renderer(o, a);
								if (null !== r) {
									const t = r.hitTest(i, e);
									null !== t && s(t, l, r, !0)
								}
							}
					}
				}
				_hitTestChartSources(e, t, i, s) {
					const n = Object(r.ensureNotNull)(this._state),
						o = n.height(),
						a = n.width();
					for (let r = t.length; 0 < r--;) {
						const l = t[r],
							c = l.paneViews(n);
						if (null !== c)
							for (let t = c.length; 0 < t--;) {
								const r = c[t].renderer(o, a);
								if (r && r.hitTest) {
									const t = r.hitTest(i, e);
									null !== t && s(t, l, r, !1)
								}
							}
					}
				}
				_tryStartMovingLineTool(e, t, i, s) {
					var o, a;
					if (null === t.source || !t.source.movable() || null !== this._startTrackPoint)
						return !1;
					if (!this._preventSourceChange) {
						const l = this._chartUndoModel(),
							c = Object(r.ensureNotNull)(Object(r.ensureNotNull)(this._state)
								.mainDataSource()).firstValue(),
							h = Object(r.ensureNotNull)(t.source.priceScale()).coordinateToPrice(e
								.localY, Object(r.ensureNotNull)(c)),
							u = (t.source.isSelectionEnabled() ? l.selection().allSources() : [t
								.source
							]).filter(K),
							d = new n.Point(e.localX, e.localY),
							p = {
								index: s,
								price: h
							},
							_ = null === (a = null === (o = t.hittest) || void 0 === o ? void 0 : o
								.data()) || void 0 === a ? void 0 : a.activeItem;
						return this._startMoveSourceParams = {
							source: u,
							startPoint: {
								logical: p,
								screen: d
							},
							itemIndex: void 0 === _ ? null : _,
							envState: i
						}, !0
					}
					return this._startMoveSourceParams = null, !1
				}
				_chartModel() {
					return this._chart.model().model()
				}
				_chartUndoModel() {
					return this._chart.model()
				}
				_externalPaneXCoord(e, t) {
					t += this._div.getBoundingClientRect().left + document.body.scrollLeft;
					const i = Object(r.ensureNotNull)(this._chart.paneByState(e)),
						s = i._div.getBoundingClientRect().left + document.body.scrollLeft;
					return i._correctXCoord(t - s)
				}
				_externalPaneYCoord(e, t) {
					t += this._div.getBoundingClientRect().top + document.body.scrollTop;
					const i = Object(r.ensureNotNull)(this._chart.paneByState(e)),
						s = i._div.getBoundingClientRect().top + document.body.scrollTop;
					return i._correctYCoord(t - s)
				}
				_correctXCoord(e) {
					return Math.max(0, Math.min(e, this._size.w - 1))
				}
				_correctYCoord(e) {
					return Math.max(0, Math.min(e, this._size.h - 1))
				}
				_processScroll(e) {
					if (!this._chart.model().model().scrollEnabled()) return;
					const t = Date.now();
					this._startScrollingPos || this._preventScroll() || (this._startScrollingPos = {
							x: e.clientX,
							y: e.clientY,
							timestamp: t,
							localX: e.localX,
							localY: e.localY
						}), null !== this._scrollXAnimation && this._scrollXAnimation.addPosition(e
							.localX, t), null !== this._scrollYAnimation && this._scrollYAnimation
						.addPosition(e.localY, t);
					const i = this._chartUndoModel();
					let s = this.state().defaultPriceScale();
					if (this._startScrollingPos && !this._isScrolling && (this._startScrollingPos.x !==
							e.clientX || this._startScrollingPos.y !== e.clientY)) return i
						.beginUndoMacro("scroll").setCustomFlag("doesnt_affect_save", !0), null ===
						this._scrollXAnimation && this._options.useKineticScroll && (this
							._scrollXAnimation = new T(.2, 7, .997, 15), this._scrollXAnimation
							.addPosition(this._startScrollingPos.localX, this._startScrollingPos
								.timestamp), this._scrollXAnimation.addPosition(e.localX, t)), this
						._scrollYAnimation, i.selection().isEmpty() || (s = i.selection()
							.allSources()[0].priceScale()), null === s || s.isEmpty() || (this
							._scrollPriceScale = s, i.startScrollPrice(this.state(), s, e.localY)),
						i.startScrollTime(e.localX), this._isScrolling = !0, this
						.setCursorForTool(), void this._paneWidgetsSharedState.setScrollingPane(
							this);
					this._isScrolling && (null !== this._scrollPriceScale && i.scrollPriceTo(this
						.state(), this._scrollPriceScale, e.localY), i.scrollTimeTo(e.localX))
				}
				_finishScroll() {
					const e = this._chartUndoModel();
					e.endScrollTime(), null !== this._scrollPriceScale && e.endScrollPrice(this.state(),
							this._scrollPriceScale), e.endUndoMacro(), this._isScrolling = !1, this
						._startScrollingPos = null, this._scrollPriceScale = null, this
						.setCursorForTool(), this._paneWidgetsSharedState.setScrollingPane(null)
				}
				_endScroll(e) {
					if (!this._isScrolling) return !1;
					const t = this._isScrolling && this._scrollUndoCommandInStack();
					if (this._isScrolling) {
						const i = Date.now();
						null !== this._scrollXAnimation && this._scrollXAnimation.start(e.localX, i),
							null !== this._scrollYAnimation && this._scrollYAnimation.start(e.localY,
								i);
						const s = this._chartUndoModel();
						if ((null === this._scrollXAnimation || this._scrollXAnimation.finished(i)) && (
								null === this._scrollYAnimation || this._scrollYAnimation.finished(i)))
							return this._finishScroll(), t;
						const r = s.timeScale(),
							n = this._scrollXAnimation,
							o = this._scrollYAnimation,
							a = () => {
								if ((null === n || n.terminated()) && (null === o || o.terminated()))
									return;
								const e = Date.now();
								let t = null === n || n.finished(e);
								const i = null === o || o.finished(e);
								if (null !== n && !n.terminated()) {
									const i = r.rightOffset();
									s.scrollTimeTo(n.getPosition(e)), i === r.rightOffset() && (t = !0,
										this._scrollXAnimation = null)
								}
								null === o || o.terminated() || null === this._scrollPriceScale || s
									.scrollPriceTo(this.state(), this._scrollPriceScale, o.getPosition(
										e)), t && i ? this._finishScroll() : requestAnimationFrame(a)
							};
						requestAnimationFrame(a)
					}
					return t
				}
				_terminateActiveAnimations() {
					const e = Date.now(),
						t = null === this._scrollXAnimation || this._scrollXAnimation.finished(e),
						i = null === this._scrollYAnimation || this._scrollYAnimation.finished(e);
					null === this._scrollXAnimation && null === this._scrollYAnimation || t && i || this
						._finishScroll(), null !== this._scrollXAnimation && (this._scrollXAnimation
							.terminate(), this._scrollXAnimation = null),
						null !== this._scrollYAnimation && (this._scrollYAnimation.terminate(), this
							._scrollYAnimation = null)
				}
				_preventScroll() {
					return this._trackCrosshairOnlyAfterLongTap && this._longTap || this
						._contextMenuOpenedOnLastTap || Object(f.isLineToolName)(g.tool.value()) ||
						Boolean(this._chartUndoModel().lineBeingCreated()) || null !== this
						._startTrackPoint
				}
				_isSelectPointModeEnabled() {
					return this._chartUndoModel().crossHairSource().selectPointMode().value()
				}
				_preventCrossHairMove() {
					return !!this._trackCrosshairOnlyAfterLongTap && (null === this._chart
						.trackingModePaneWidget() && (!!this._contextMenuOpenedOnLastTap || !this
							._crossHairShouldBeVisible() && null === this._startTrackPoint))
				}
				_finishTool(e, t = null) {
					const i = this._chartUndoModel(),
						s = g.tool.value();
					if (Object(g.resetToCursor)(), this._preventCrossHairMove() && this
						._clearCursorPosition(), i.selectionMacro(i => {
							i.addSourceToSelection(e, ne(t, e))
						}), Object(B.isTextToolName)(s)) {
						const t = i.createUndoCheckpoint();
						this._chart.showChartPropertiesForSource(e, R.TabNames.text, void 0, t)
					}
					this._lastFinishedToolId = e.id(), Object(V.c)(e)
				}
				_alignSourcesThatBeingMoved(e, t, i, s) {
					const r = this._chartUndoModel(),
						o = r.timeScale().coordinateToIndex(t);
					r.model().sourcesBeingMoved().forEach(e => {
						const a = e.convertYCoordinateToPriceForMoving(i, this.state()
							.mainDataSource());
						null !== a && (this.setCursorForTool(), r.moveSources({
							screen: new n.Point(t, i),
							logical: {
								index: o,
								price: a
							}
						}, s))
					})
				}
				_resetMeasureIfRequired() {
					this._needResetMeasureLater && (Object(g.resetToCursor)(), this
						._needResetMeasureLater = !1)
				}
				_drawBackground(e, t) {
					const i = Math.ceil(t.pixelRatio * this._size.w),
						s = Math.ceil(t.pixelRatio * this._size.h),
						r = this._chartModel(),
						n = r.backgroundTopColor().value(),
						o = r.backgroundColor().value();
					n === o ? Object(S.clearRect)(e, 0, 0, i + 1, s + 1, o) : Object(y
						.clearRectWithGradient)(e, 0, 0, i + 1, s + 1, n, o)
				}
				_drawWatermark(e, t) {
					const i = this._chartModel().watermarkSource();
					if (null === i) return;
					const s = this.state();
					if (!s.containsMainSeries()) return;
					const r = i.paneViews(),
						n = s.height(),
						o = s.width();
					for (const i of r) {
						e.save();
						const s = i.renderer(n, o);
						s && s.draw(e, t), e.restore()
					}
				}
				_drawCrossHair(e, t) {
					const i = this._chartUndoModel().crossHairSource();
					!i.visible && Object(g.lockTimeAxis)().value() && (i.setLockedPosition(Object(r
						.ensureNotNull)(this._state)), i.updateAllViews()), this._drawSourceImpl(e,
						t, te, ee, i)
				}
				_drawActiveLineTools(e, t) {
					const i = this._chartModel(),
						s = [i.lineBeingCreated(), i.lineBeingEdited(), ...i.sourcesBeingMoved(), i
							.customSourceBeingMoved()
						].filter(e => !!e);
					for (const r of s) {
						(i.paneForSource(r) === this.state() || Object(m.a)(r) && r
							.isMultiPaneEnabled()) && this._drawSourceImpl(e, t, te, ee, r)
					}
				}
				_drawSeriesTopViews(e, t) {
					this.state().containsMainSeries() && this._drawSourceImpl(e, t, ie, ee, this
						._chartUndoModel().mainSeries())
				}
				_drawSources(e, t, i) {
					const s = this.state(),
						r = s.model(),
						n = s.sourcesByGroup(),
						o = n.tradingSources(),
						a = [...r.multiPaneSources(s), ...n.generalSources()],
						l = n.phantomSources(),
						h = s.customSources(d.CustomSourceLayer.Background).slice(),
						u = s.customSources(d.CustomSourceLayer.Foreground).slice(),
						p = s.customSources(d.CustomSourceLayer.Topmost).slice(); {
						const e = r.panes();
						for (let t = e.length - 1; t >= 0; t--) e[t].createDrawingsCaches()
					}
					this._drawSourceImpl(e, t, te, ee, r.gridSource()), this._drawWatermark(e, t);
					for (const i of h) this._drawSourceImpl(e, t, te, Q, i);
					for (const i of a) this._drawSourceImpl(e, t, te, Q, i);
					for (const i of u) this._drawSourceImpl(e, t, te, Q, i);
					for (const i of l) this._drawSourceImpl(e, t, te, Q, i);
					const _ = new Set;
					[r.lineBeingCreated(), r.lineBeingEdited(), ...r.sourcesBeingMoved(), r
						.customSourceBeingMoved()
					].filter(c.notNull).forEach(e => _.add(e.id()));
					let f = r.hoveredSource();
					null !== f && ($(f) || _.has(f.id()) || Object(m.a)(f) && !a.includes(f) ? f =
						null : _.add(f.id()));
					const g = r.selection().allSources().filter(e => !(Object(m.a)(e) && !a.includes(
						e)) && (!_.has(e.id()) && !$(e)));
					g.forEach(e => _.add(e.id())); {
						for (const i of h) this._drawSourceImpl(e, t, te, ee, i, _);
						for (const i of a) this._drawSourceImpl(e, t, te, ee, i, _);
						for (const i of u) this._drawSourceImpl(e, t, te, ee, i, _);
						const i = r.activeStrategySource().value();
						i && this.containsMainSeries() && this._drawSourceImpl(e, t, re, ee, i)
					}
					for (const i of o) this._drawSourceImpl(e, t, te, Q, i);
					for (const i of p) this._drawSourceImpl(e, t, te, Q, i);
					for (const i of o) this._drawSourceImpl(e, t, te, Q, i);
					for (const i of p) this._drawSourceImpl(e, t, te, Q, i);
					for (const i of a) this._drawSourceImpl(e, t, se, ee, i, _);
					for (const i of u) this._drawSourceImpl(e, t, se, ee, i, _);
					this._drawBarsMarks(e, t, i);
					for (const i of o) this._drawSourceImpl(e, t, te, ee, i, _);
					for (const i of p) this._drawSourceImpl(e, t, te, ee, i, _);
					for (const i of g) this._drawSourceImpl(e, t, te, ee, i);
					for (const i of g) this._drawSourceImpl(e, t, se, ee, i);
					f && (this._drawSourceImpl(e, t, te, ee, f), this._drawSourceImpl(e, t, se, ee, f));
					for (const i of l) this._drawSourceImpl(e, t, te, ee, i, _); {
						const e = r.panes();
						for (let t = e.length - 1; t >= 0; t--) e[t].clearDrawingCaches()
					}
				}
				_drawSourceImpl(e, t, i, s, r, n) {
					if (n && n.has(r.id())) return;
					const o = this.state(),
						a = o.height(),
						l = o.width(),
						c = i(r, this.state());
					if (c)
						for (const i of c) {
							const r = i.renderer(a, l);
							r && (e.save(), s(r, e, t), e.restore())
						}
				}
				_drawBarsMarks(e, t, i) {
					if (this.containsMainSeries() && !i) {
						const i = this._chartUndoModel().barsMarksSources();
						for (const s of i) this._drawSourceImpl(e, t, te, ee, s)
					}
				}
				_updateByThemedColors() {
					null !== this._legendWidget && this._legendWidget.updateThemedColors(this
							._themedTopColor), null !== this._paneControls && this._paneControls
						.updateThemedColors(this._themedTopColor)
				}
				_scrollUndoCommandInStack() {
					const e = this._chartUndoModel().undoHistory().undoStack();
					if (e.isEmpty()) return !1;
					const t = e.head();
					if (!(t instanceof b.a)) return !1;
					if (t.isEmpty()) return !1;
					const i = t.commands()[0];
					return i instanceof A.PriceScaleChangeUndoCommand || i instanceof L.a
				}
				_onStateDestroyed() {
					this.setState(null)
				}
				_getHideNotMainSourcesValue() {
					return le && !this._chart.isActive() && !this._chart.crossHairSyncEnabled()
				}
				_onDataSourcesCollectionChanged() {
					this._startMoveSourceParams = null
				}
				_processMouseEnterLeaveMoveHandlers(e, t) {
					var i, s, r, n;
					null !== this._prevHoveredHittest && this._prevHoveredHittest.renderer !== e
						.renderer && (Object(u.tryCallHandler)(t, null === (s = null === (i = this
									._prevHoveredHittest.hittest) || void 0 === i ? void 0 : i
								.data()) || void 0 === s ? void 0 : s.mouseLeaveHandler),
							this._prevHoveredHittest = null), t.isTouch || (e.hittest && (null === (r =
								this._prevHoveredHittest) || void 0 === r ? void 0 : r.renderer) !== e
							.renderer && (e.hittest.tryCallMouseEnterHandler(t), this
								._prevHoveredHittest = e), null === (n = e.hittest) || void 0 === n || n
							.tryCallMouseMoveHandler(t))
				}
				_startChangeOrMoveLineToolIfNeeded() {
					if (null !== this._startChangeLineToolParams) {
						const e = this._startChangeLineToolParams;
						this._chartUndoModel().startChangingLinetool(e.source, e.startPoint, e
							.pointIndex, e.envState)
					}
					if (null !== this._startMoveSourceParams) {
						const e = this._startMoveSourceParams;
						this._chartUndoModel().startMovingSources(e.source, e.startPoint, e.itemIndex, e
							.envState)
					}
					this._startMoveSourceParams = null, this._startChangeLineToolParams = null
				}
				_trackingModeShouldBeActive() {
					return !(!this._trackCrosshairOnlyAfterLongTap || this
							._contextMenuOpenedOnLastTap || this._crossHairShouldBeVisible()) && this
						._longTap
				}
				_processOutsideClick(e) {
					let t = null;
					const i = this._chartModel();
					if (e.source && (t = e.isCustom ? i.customSourceName(e.source) : e.source.id()),
						null !== this._lastClickedSource && this._lastClickedSource.id !== t) {
						const e = this._lastClickedSource.id;
						let t = this._lastClickedSource.isCustom ? i.customSourceForName(e) : i
							.dataSourceForId(e);
						null !== t || this._lastClickedSource.isCustom || (t = this._chartUndoModel()
							.barMarksSourceForId(e)), null !== t && t.onClickOutside && (t
							.onClickOutside(), this._chartModel().updateSource(t))
					}
					this._lastClickedSource = null !== t ? {
						id: t,
						isCustom: e.isCustom
					} : null
				}
				_mouseClickOrTapEvent(e) {
					var t, i, s;
					if (!this.hasState()) return;
					const n = this._dataSourceAtPoint(e.localX, e.localY),
						o = n && n.source,
						a = this._chartUndoModel(),
						c = Boolean(null === (i = null === (t = null == n ? void 0 : n.hittest) ||
								void 0 === t ? void 0 : t.data()) || void 0 === i ? void 0 : i
							.hideCrosshairLinesOnHover);
					this._processOutsideClick(Object(r.ensureNotNull)(n)), !this
						._isSelectPointModeEnabled() || c || e.isTouch && this.trackingModeEnabled() &&
						!this._exitTrackingModeOnNextTry || a.crossHairSource().trySelectCurrentPoint(),
						(null === (s = null == n ? void 0 : n.hittest) || void 0 === s ? void 0 : s
							.tryCallClickOrTapHandler(e)) && a.model().updateSource(Object(r
							.ensureNotNull)(o)), !e.isTouch || this._isSelectPointModeEnabled() || n &&
						n.source === a.crossHairSource() || this._tryExitTrackingMode(), o instanceof v
						.BarsMarksContainer && n && n.hittest && n.hittest.data() && o.onClicked(Object(
							r.ensureNotNull)(n.hittest).data()), o && Object(f.isLineTool)(o) && Object(
							l.emit)("drawing_event", o.id(), "click"), this._resetMeasureIfRequired()
				}
				_mouseDownOrTouchStartEvent(e, t) {
					var i;
					if (e.isTouch && (this._longTap = !1, this._exitTrackingModeOnNextTry = null !==
							this._startTrackPoint, this._paneWidgetsSharedState.clearDraggingSource()),
						this._contextMenuOpenedOnLastTap = !1, this._lastFinishedToolId = null, this
						._terminateActiveAnimations(), e.isTouch && this
						._switchTrackingModeFromAnotherPaneIfNeeded(e), document.activeElement !==
						document.body && document.activeElement !== document.documentElement) document
						.activeElement && document.activeElement.blur ? document.activeElement.blur() :
						document.body.focus();
					else {
						const e = document.getSelection();
						null !== e && e.removeAllRanges()
					}
					Object(l.emit)("mouse_down", {
						clientX: e.clientX,
						clientY: e.clientY,
						pageX: e.pageX,
						pageY: e.pageY,
						screenX: e.screenX,
						screenY: e.screenY
					}), this._updateCommonTooltip(null);
					const s = this._chartUndoModel(),
						o = new p.a(e);
					s.mainSeries().clearGotoDateResult(), this.hideInplaceEditor();
					const c = this.state().defaultPriceScale();
					if (c.isEmpty() || s.timeScale().isEmpty()) return;
					const h = s.crossHairSource();
					if (!e.isTouch && !Object(B.isLineDrawnWithPressedButton)(g.tool.value())) {
						const t = s.lineBeingCreated(),
							i = null !== t ? s.model().paneForSource(t) : null;
						null !== i && i !== this._state ? this._setCursorPositionOnExternalPane(i, e
							.localX, e.localY, o) : this._setCursorPosition(e.localX, e.localY, o)
					}
					e.isTouch && Object(f.isLineToolName)(g.tool.value()) && (Object(B
							.isLineDrawnWithPressedButton)(g.tool.value()) || null !== h.pane ?
						Object(B.isLineDrawnWithPressedButton)(g.tool.value()) && this
						._clearCursorPosition() : this._chart.updateCrossHairPositionIfNeeded());
					const d = Object(r.ensureNotNull)(this.state().mainDataSource()).firstValue();
					if (null === d) return void(this._chart.readOnly() || (this
						._handleSelectionMouseDownAndGetJustDeselectedSource(e, t, o), t
						.source && t.source instanceof D.PriceDataSource && t.source
						.isDraggable() && this._paneWidgetsSharedState.trySetDraggingSource(
							t.source, this)));
					const _ = c.coordinateToPrice(e.localY, d),
						m = this._chartModel().timeScale().coordinateToIndex(e.localX);
					if (h.startMeasurePoint() && h.endMeasurePoint() && h.clearMeasure(), o.shift() &&
						Object(g.toolIsCursor)(g.tool.value()) && s.selection().isEmpty() && g.tool
						.setValue("measure"), (e.isTouch || !this._tryStartMeasure(e, h, o, _, m)) && (e
							.isTouch || !this._tryFinishMeasure(e, h)) && !this._tryFinishZoom(e) && !
						this._tryStartZoom(e, _, m, o)) {
						if (e.isTouch && (null !== this._startTrackPoint ? (this
									._initCrossHairPosition = h.currentPoint(), this._startTrackPoint =
									new n.Point(e.localX, e.localY)) : this
								._isSelectPointModeEnabled() && null === this._chart
								.trackingModePaneWidget() && this.startTrackingMode(new n.Point(e
									.localX, e.localY), new n.Point(e.localX, e.localY), new p.a(e))), e
							.isTouch && (this._preventSourceChange = null === t.source || !s.selection()
								.isSelected(t.source)), !this._isSelectPointModeEnabled() && !this
							._isScrolling) {
							if (e.isTouch && (Object(g.toolIsMeasure)(g.tool.value()) || null !== h
									.measurePane())) return void this._initToolCreationModeParams(e);
							if (Object(f.isLineToolName)(g.tool.value()) || s.lineBeingCreated())
								return o.shift() || s.selectionMacro(e => e.clearSelection()), void this
									._mouseDownEventForLineTool(e, o, m, _)
						}
						if (null === (i = t.hittest) || void 0 === i || i
							.tryCallMouseDownOrTouchStartHandler(e), !this._chart.readOnly()) {
							const i = this._handleSelectionMouseDownAndGetJustDeselectedSource(e, t, o);
							if (t.hittest && t.source) {
								const i = t.hittest.data();
								if (t.isCustom) {
									if (t.hittest.hasPressedMoveHandler(e)) return void s.model()
										.setMovingCustomSource(t.source, i)
								} else if ((null == i ? void 0 : i.areaName) === u.AreaName
									.SourceItemMove) {
									const r = null == i ? void 0 : i.activeItem;
									if (void 0 !== r) return void s.startCustomMoving(t.source, r, e)
								}
							}
							if (this._tryHandleEraserMouseDown(t, o)) return;
							const r = t.source && Object(f.isLineTool)(t.source) && t.source.isLocked &&
								t.source.isLocked();
							if (!(Object(g.lockDrawings)().value() || r) && !t.isCustom) {
								if (t.source && !t.source.userEditEnabled()) return;
								if (this._tryStartChangingLineTool(e, t, o, m)) return void(this
									._currentChangingLineToolHitTest = t);
								if (this._currentChangingLineToolHitTest = null, t.hittest && ((b = t
											.hittest.result()) === u.HitTestResult.MOVEPOINT || b === u
										.HitTestResult.MOVEPOINT_BACKGROUND && Object(a
											.lastEventIsTouch)())) {
									if (this._tryStartCloning(e, t, o, i)) return;
									if (this._tryStartMovingLineTool(e, t, o, m)) return
								}
							}
							if (t.source && t.source instanceof D.PriceDataSource && t.source
								.isDraggable() && this._paneWidgetsSharedState.trySetDraggingSource(t
									.source, this)) return
						}
						var b;
						t && t.hittest && t.hittest.result() === u.HitTestResult.REGULAR || (this
							._processing = !0)
					}
				}
				_mouseUpOrTouchEndEvent(e) {
					var t, i;
					if (!this.hasState()) return;
					const s = e.isTouch && null !== this._startTrackPoint,
						n = e.isTouch && this._wasPinched;
					e.isTouch && (this._wasPinched = !1, this._longTap = !1), this
						._startMoveSourceParams = null, this._startChangeLineToolParams = null, this
						._currentChangingLineToolHitTest = null;
					const o = this._chartUndoModel(),
						c = o.model().customSourceMovingHitTestData();
					null !== c || o.customMoveBeingProcessed() || this._processMouseUpOrTouchEndHandler(
						e), this._isSelecting = !1;
					const h = o.model(),
						d = h.crossHairSource(),
						_ = this._dataSourceAtPoint(e.localX, e.localY),
						m = null == _ ? void 0 : _.hittest;
					if (d.selection() && null === this._firstZoomPoint) {
						const e = this.state().lineToolsForArea(d.selection());
						o.selectionMacro(t => {
							let i = null;
							e.forEach(e => {
								null === i && (i = ne(_, e)), t.addSourceToSelection(e,
									i)
							})
						}), d.clearSelection(), Object(W.trackEvent)("GUI", "Multiselect",
							"Area Select")
					}
					Object(l.emit)("mouse_up", {
						clientX: e.clientX,
						clientY: e.clientY,
						pageX: e.pageX,
						pageY: e.pageY,
						screenX: e.screenX,
						screenY: e.screenY
					});
					const b = e.isTouch && this._touchMove;
					e.isTouch && (this._touchMove = !1);
					const v = new p.a(e),
						S = g.tool.value();
					if (e.isTouch && !b && (Object(g.toolIsMeasure)(S) || null !== d.measurePane())) {
						if (null === d.measurePane() && d.pane !== this._state) return void this
							._setCursorPosition(e.localX, e.localY);
						if (this._tryStartMeasure(e, d, v, d.price, d.index)) return;
						if (this._tryFinishMeasure(e, d)) return
					}
					if (e.isTouch && !b && !Object(B.isLineDrawnWithPressedButton)(S) && Object(f
							.isLineToolName)(S) && !o.lineBeingCreated()) {
						if (this._chart.justActivated()) return;
						if (d.pane !== this._state) return void this._setCursorPosition(e.localX, e
							.localY, v);
						const i = d.currentPoint(),
							s = this.state().defaultPriceScale(),
							n = Object(r.ensure)(null === (t = this.state().mainDataSource()) ||
								void 0 === t ? void 0 : t.firstValue()),
							a = {
								index: Math.round(o.timeScale().coordinateToIndex(i.x)),
								price: s.coordinateToPrice(i.y, n)
							},
							l = Object(r.ensureNotNull)(o.createLineTool(this.state(), a, S));
						return o.selectionMacro(e => {
								e.addSourceToSelection(l)
							}), o.lineBeingCreated() || (this._finishTool(l, _), e.preventDefault()),
							void(this._startTouchPoint = null)
					}
					const y = o.lineBeingCreated();
					if (y && !Object(B.isLineDrawnWithPressedButton)(y.toolname) && e.isTouch && this
						._startTouchPoint) {
						if (this._startTouchPoint = null, !b) {
							const t = y.points()[y.points().length - 1],
								i = o.continueCreatingLine({
									index: t.index,
									price: t.price
								}, new p.a(e));
							this._initCrossHairPosition = null, i && (this._finishTool(y, _), e
								.preventDefault())
						}
						return
					}
					if (null !== this._firstZoomPoint && this._firstZoomPoint.draggingMode)
						return void this._finishZoom(e);
					if (this._processing = !1, o.customMoveBeingProcessed() && o.endCustomMoving(),
						null !== c && (c.beingMoved && (Object(u.tryCallHandler)(e, c.mouseUpHandler, c
							.touchEndHandler), this.setCursorForTool()), h.setMovingCustomSource(
							null, null)), h.lineBeingEdited()) return o.endChangingLinetool(!1), void(
						this._preventCrossHairMove() && this._clearCursorPosition());
					if (Object(B.isLineDrawnWithPressedButton)(S) && !this
						._isSelectPointModeEnabled()) {
						const t = o.lineBeingCreated();
						null !== t && (Object(V.c)(t), t.finish());
						const s = this.state().defaultPriceScale();
						if (s.isEmpty()) return;
						if (!t) return;
						const n = Object(r.ensure)(null === (i = t.ownerSource()) || void 0 === i ?
								void 0 : i.firstValue()),
							a = s.coordinateToPrice(e.localY, n),
							l = {
								index: Math.round(o.timeScale().coordinateToIndex(e.localX)),
								price: a
							};
						return void o.continueCreatingLine(l)
					}
					if (h.sourcesBeingMoved().length) return o.endMovingSource(!1), h
						.sourcesBeingMoved().filter(f.isLineTool).forEach(e => {
							this.setCursorForTool(e)
						}), void h.invalidate(q.InvalidationMask.cursor());
					if (!this._chart.readOnly()) {
						const t = e.localX >= 0 && e.localX < this._size.w;
						if ((!_ || _.source !== d) && t) {
							const t = o.timeScale().coordinateToIndex(e.localX);
							h.onSyncScrollNeeded(t)
						}
					}
					const w = this._isScrolling,
						P = this._endScroll(e),
						C = this._paneWidgetsSharedState.draggingSource();
					if (null !== C) {
						const t = e.target,
							i = this._chart.paneByCanvas(t);
						i && i !== this && (P && o.undoHistory().undo(), o.mergeToPane(C, i.state()));
						if (this._chart.timeAxisByCanvas(t))
							if (h.isUnmergeAvailableForSource(C)) P && o.undoHistory().undo(), o
								.unmergeToNewBottomPane(C);
							else {
								const e = h.panes(),
									t = Object(r.ensureNotNull)(h.paneForSource(C)),
									i = e.indexOf(t);
								i !== e.length - 1 && (P && o.undoHistory().undo(), t.isMaximized() &&
									this._chart.toggleMaximizePane(), o.movePane(i, e.length - 1))
							} this._paneWidgetsSharedState.clearDraggingSource();
						const s = this._chart.getTimeScale();
						s && s.restoreDefaultCursor();
						const n = this._chart.paneWidgets();
						for (let e = 0; e < n.length; e++) {
							const t = n[e];
							t === this && _ && !_.isCustom ? t.setCursorForTool(_.source || void 0) : t
								.setCursorForTool(), t.leftPriceAxisesContainer()
								.restoreDefaultCursor(), t.rightPriceAxisesContainer()
								.restoreDefaultCursor()
						}
					}
					this._chart.readOnly() || s || v.control() || w || n || _ && _.source && (m && m
						.result() > u.HitTestResult.MOVEPOINT_BACKGROUND || Object(a
							.lastEventIsTouch)()) && o.selectionMacro(e => {
						e.clearSelection();
						const t = Object(r.ensureNotNull)(_.source);
						e.addSourceToSelection(t, ne(_, t))
					}), e.isTouch && (this._touchMove = !1)
				}
				_mouseOrTouchMoveEvent(e) {
					if (!this.hasState()) return;
					this._resetMeasureIfRequired();
					const t = Object(r.ensureNotNull)(this._dataSourceAtPoint(e.localX, e.localY));
					this._processMouseEnterLeaveMoveHandlers(t, e);
					const i = this._chartUndoModel();
					if (!i) return;
					const s = e.localX,
						o = e.localY;
					this._prevMoveEventPosition = new n.Point(s, o);
					const a = new p.a(e);
					if (null === this._firstZoomPoint) {
						if (this._updateHoveredSource(t, a, e), !e.isTouch && i.lineBeingCreated()) {
							const e = i.lineBeingCreated(),
								t = null === e ? null : i.model().paneForSource(e);
							if (null !== t && t !== this._state) return void this
								._setCursorPositionOnExternalPane(t, s, o, a)
						}
						e.isTouch || this._setCursorPosition(s, o, a)
					} else this._processMouseMoveWhileZoom(e, a)
				}
				_pressedMouseOrTouchMoveEvent(e) {
					var t;
					if (!this.hasState() || this._pinching) return;
					this._resetMeasureIfRequired(), this._startChangeOrMoveLineToolIfNeeded(), e
						.isTouch && (this._touchMove = !0, this._preventSourceChange = !1);
					const i = new p.a(e),
						s = this._chartUndoModel(),
						o = s.crossHairSource(),
						a = e.localX,
						l = e.localY;
					if (this._prevMoveEventPosition = new n.Point(a, l), null !== this._firstZoomPoint)
						return this._processMouseMoveWhileZoom(e), void(this._firstZoomPoint
							.draggingMode = !0);
					const c = g.tool.value();
					if (e.isTouch && this._startTouchPoint && Object(f.isLineToolName)(c) && !Object(B
							.isLineDrawnWithPressedButton)(c) && !s.lineBeingCreated() && !this
						._isSelectPointModeEnabled()) return void this
						._updateCrosshairPositionInToolCreationMode(e, this.state());
					const h = o.measurePane();
					if (e.isTouch && this._startTouchPoint && (Object(g.toolIsMeasure)(c) || null !==
							h)) return void this._updateCrosshairPositionInToolCreationMode(e, h || this
						.state());
					const d = s.lineBeingCreated();
					if (e.isTouch && d && !Object(B.isLineDrawnWithPressedButton)(d.toolname)) {
						if (this._startTouchPoint) {
							const t = Object(r.ensureNotNull)(s.lineBeingCreated()),
								i = Object(r.ensureNotNull)(s.model().paneForSource(t));
							this._updateCrosshairPositionInToolCreationMode(e, i)
						}
						return
					}
					if (e.isTouch && null !== this._startTrackPoint) {
						this._exitTrackingModeOnNextTry = !1;
						const e = Object(r.ensureNotNull)(this._initCrossHairPosition),
							t = new n.Point(a, l).subtract(this._startTrackPoint),
							s = e.add(t);
						this._setCursorPosition(s.x, s.y, i)
					} else e.isTouch && this._preventCrossHairMove() || this._setCursorPosition(a, l,
						i);
					const _ = this._isSelectPointModeEnabled();
					if (Object(f.isLineToolName)(c) && !Object(B.isLineDrawnWithPressedButton)(c) && !
						_ && !i.control()) return;
					if (Object(B.isLineDrawnWithPressedButton)(c) && !_) {
						const i = this.state().defaultPriceScale();
						if (i.isEmpty()) return;
						const o = s.lineBeingCreated();
						if (!o) return;
						const a = new n.Point(e.localX, e.localY),
							l = Object(r.ensure)(null === (t = o.ownerSource()) || void 0 === t ?
								void 0 : t.firstValue());
						return a.price = i.coordinateToPrice(e.localY, l), a.index = Math.round(s
							.timeScale().coordinateToIndex(e.localX)), void s.continueCreatingLine(
							a)
					}
					if (null !== this._paneWidgetsSharedState.draggingSource()) {
						const t = e.target,
							i = this._chart.paneByCanvas(t);
						i && (i !== this ? i.setDragToAnotherPaneCursor() : i.setCursorForTool());
						const s = this._chart.timeAxisByCanvas(t);
						s && s.setCursor("grabbing")
					}
					if (s.timeScale().isEmpty()) return;
					const m = this._options.handleScroll;
					if ((!m.pressedMouseMove || e.isTouch) && (!m.horzTouchDrag && !m.vertTouchDrag || !
							e.isTouch)) return;
					if (s.customMoveBeingProcessed()) return void s.processCustomMove(e);
					const b = s.model().customSourceMovingHitTestData();
					if (null !== b && (this._updateCommonTooltip(null, !0), s.model()
							.processingCustomSourceMove(), Object(u.tryCallHandler)(e, b
								.pressedMouseMoveHandler, b.touchMoveHandler), !Object(u
								.shouldDefaultActionBeExecuted)(e, b, "pressedMouseMoveHandler",
								"touchMoveHandler"))) return;
					if (s.model().lineBeingEdited()) return void this._setCursorPosition(a, l, i);
					if (s.model().sourcesBeingMoved().length) return void this
						._alignSourcesThatBeingMoved(s.model().sourcesBeingMoved(), e.localX, e
							.localY, i);
					const v = this._dataSourceAtPoint(e.localX, e.localY);
					if (this._tryFinishClonning(e, new p.a(e), v)) return;
					const S = Object(g.toolIsMeasure)(c) || o.startMeasurePoint() && o
						.endMeasurePoint();
					this._chart.readOnly() || !i.control() || Object(f.isLineToolName)(c) || S ? (this
							._processScroll(e), this._preventScroll() && !this
							._preventCrossHairMove() && null === this._startTrackPoint && this
							._setCursorPosition(e.localX, e.localY, new p.a(e))) : this._isSelecting ||
						(o.startSelection(this.state()), this._isSelecting = !0)
				}
				_mouseOrTouchLeaveEvent(e) {
					var t, i;
					if (!this.hasState()) return;
					const s = this._chartUndoModel();
					if (!s) return;
					const r = s.crossHairSource();
					e.isTouch || null !== r.measurePane() && null === r.endMeasurePoint() || this
						._clearCursorPosition(), s.model().setHoveredSource(null, null), null !== this
						._prevHoveredHittest && (Object(u.tryCallHandler)(e, null === (i = null === (t =
									this._prevHoveredHittest.hittest) || void 0 === t ? void 0 : t
								.data()) || void 0 === i ? void 0 : i.mouseLeaveHandler), this
							._prevHoveredHittest = null), this._updateCommonTooltip(null), this._chart
						.unsetActivePaneWidget()
				}
				_mouseDoubleClickOrDoubleTapEvent(e) {
					var t;
					if (!this.hasState()) return;
					const i = !this._chart.readOnly() && !Object(f.isLineToolName)(g.tool.value()) &&
						Object(r.ensureNotNull)(this._dataSourceAtPoint(e.localX, e.localY)) || null;
					if (null === i) return;
					if (i.isCustom) return void(null === (t = i.hittest) || void 0 === t || t
						.tryCallDblClickOrDblTapHandler(e));
					let s = i.hittest && i.source || null;
					s && i.hittest && i.hittest.result() <= u.HitTestResult.MOVEPOINT_BACKGROUND && !e
						.isTouch && (s = null), s && !s.isSelectionEnabled() && (s = null), s ? this
						.processDoubleClickOnSource(s, i.hittest ? i.hittest : void 0) : this._chart
						.readOnly() || Object(f.isLineToolName)(g.tool.value()) || this
						._chartUndoModel().lineBeingCreated() || !this._chartUndoModel().selection()
						.isEmpty() || this._chart.toggleMaximizePane(this)
				}
				_contextMenuEvent(e) {
					var t;
					const i = this._chartUndoModel();
					if (i.crossHairSource().startMeasurePoint() && !this
						._trackCrosshairOnlyAfterLongTap) return i.crossHairSource().clearMeasure(),
						void Object(g.resetToCursor)(!0);
					if (this._pinching) return;
					if (null === this._firstZoomPoint || this._trackCrosshairOnlyAfterLongTap || this
						.cancelZoom(), this.hideInplaceEditor()) return;
					if (!Object(g.toolIsCursor)(g.tool.value()) || this._isSelectPointModeEnabled()) {
						if (e.isTouch) return;
						return Object(g.resetToCursor)(!0), this.setCursorForTool(), void(i
							.lineBeingCreated() && i.cancelCreatingLine())
					}
					if (!this._options.contextMenuEnabled) return;
					const s = this._dataSourceAtPoint(e.localX, e.localY),
						r = s ? s.source : null;
					if (e.isTouch && null !== this._startTrackPoint) {
						if (this._preventSourceChange) return;
						this._clearCursorPosition()
					}
					e.isTouch && (this._contextMenuOpenedOnLastTap = !0, this._startTrackPoint = null),
						this._contextMenuX = e.localX, this._contextMenuY = e.localY;
					const n = s && s.hittest ? s.hittest.result() : 0,
						o = n >= u.HitTestResult.REGULAR || n >= u.HitTestResult.MOVEPOINT_BACKGROUND &&
						e.isTouch;
					this._chart.updateActions(),
						i.selectionMacro(t => {
							null !== r && o ? t.selection().isSelected(r) || (t.clearSelection(), t
								.addSourceToSelection(r, ne(s, r))) : (this._options.contextMenu
								.general && this._contextMenu(e).then(t => {
									null !== t && t.show(e)
								}), t.clearSelection())
						}), s && o && null !== r && (Object(m.a)(r) && r.hasContextMenu() ? r
							.isSelectionEnabled() ? this.showContextMenuForSelection(e) : this
							.showContextMenuForSources([r], e) : null === (t = s.hittest) || void 0 ===
							t || t.tryCallContextMenuHandler(e))
				}
				_onMouseEvent() {
					this._preventSourceChange = !1, this._startTrackPoint = null, this
						._trackCrosshairOnlyAfterLongTap = !1
				}
				_onTouchEvent() {
					this._trackCrosshairOnlyAfterLongTap = !0
				}
				_switchTrackingModeFromAnotherPaneIfNeeded(e) {
					const t = this._chart.trackingModePaneWidget();
					if (null !== t && t !== this) {
						const i = this._chartModel().crossHairSource().currentPoint();
						t._exitTrackingModeOnNextTry = !0, t._tryExitTrackingMode(!0), this
							.startTrackingMode(new n.Point(e.localX, e.localY), new n.Point(i.x, e
								.localY), new p.a(e))
					}
				}
				_contextMenu(e) {
					const t = e => e instanceof H.Separator,
						i = this._customActions();
					if (N.enabled("disable_no_source_context_menu")) return Promise.resolve(null);
					const s = this._initActions(e).filter(e => null !== e);
					i.remove.forEach(e => {
						for (let t = 0; t < s.length; t++) {
							const i = s[t];
							if (i instanceof H.Action && i.getLabel() === e) {
								s.splice(t, 1);
								break
							}
						}
					});
					const r = i.top.concat(s).concat(i.bottom);
					for (let e = r.length - 1; e > 0; e--) t(r[e]) && t(r[e - 1]) && r.splice(e, 1);
					return r.length && t(r[0]) && r.splice(0, 1), r.length && t(r[r.length - 1]) && r
						.splice(r.length - 1, 1), k.ContextMenuManager.createMenu(r, {
							statName: "ChartContextMenu"
						})
				}
				_initActions(e) {
					var t;
					const i = this._chart.actions(),
						r = [];
					r.push(i.chartReset), r.push(new H.Separator), N.enabled("datasource_copypaste") &&
						!this.state().isEmpty() && (r.push(new H.Action({
							label: Object(s.t)("Paste %s").replace("%s", "").trim(),
							shortcutHint: Object(G.humanReadableHash)(G.Modifiers.Mod + 86),
							statName: "Paste",
							onExecute: () => this._chart.chartWidgetCollection().clipboard
								.uiRequestPaste(this.state())
						})), r.push(new H.Separator)), r[r.length - 1] instanceof H.Separator || r.push(
							new H.Separator);
					return window.widgetbar && (!window.widgetbar._customization || window.widgetbar
							._customization.watchlist) && i.addToWatchlist && r.push(i.addToWatchlist),
						N.enabled("text_notes") && r.push(i.addToTextNotes), r[r.length -
							1] instanceof H.Separator || r.push(new H.Separator), r.push(this
							._createLockTimeAxisAction(e)), r.push(new H.Separator), r.push(Object(E
							.createLinesAction)(this._chart)), N.enabled("charting_library_base") || r
						.push(i.applyColorTheme), r[r.length - 1] instanceof H.Separator || r.push(new H
							.Separator), this._chart.applyIndicatorsToAllChartsAvailable() && (r.push(i
							.applyStudiesToAllCharts), r.push(new H.Separator)), r.push(i
							.paneRemoveAllDrawingTools), r.push(i.paneRemoveAllStudies), r.push(new H
							.Separator), (null === (t = window.pro) || void 0 === t ? void 0 : t
							.hasPackage("mtp-mtpredictor")) && this.state().containsMainSeries() && r
						.push(Object(E.createMTPredictorActions)(this._chart, this.state(), this
							._contextMenuX, this._contextMenuY), new H.Separator), r.push(i
							.hideAllMarks), r.push(new H.Separator), N.enabled(
							"show_chart_property_page") && r.push(i.chartProperties),
						r[r.length - 1] instanceof H.Separator && r.pop(), r
				}
				_loadAndCreateLegendWidget() {
					Promise.all([i.e("react"), i.e(72), i.e(7), i.e("chart-widget-gui")]).then(i.bind(
						null, "sAH5")).then(e => {
						if (this._isDestroyed) return;
						const t = e.LegendWidget,
							i = Object(h.deepExtend)({}, this._options.legendWidget);
						i.canShowSourceCode = !this._chart.onWidget() && !o.CheckMobile.any(), i
							.readOnlyMode = i.readOnlyMode || this._chart.readOnly(), i
							.statusesWidgets = {
								sourceStatusesEnabled: this._options
									.sourceStatusesWidgetEnabled,
								sourceStatuses: this._options.sourceStatusesWidget || {},
								marketStatusEnabled: this._options.marketStatusWidgetEnabled,
								marketStatus: this._options.marketStatusWidget || {},
								dataUpdateModeEnabled: this._options.chartWarningWidgetEnabled,
								dataUpdateMode: this._options.chartWarningWidget || {},
								dataProblemEnabled: this._options.dataProblemWidgetEnabled
							};
						const s = new M.a(this._getHideNotMainSourcesValue());
						this._hideNotMainSourcesInLegendSpawn = Object(O.a)(() => ({}), this
								._chart.chartWidgetCollection().activeChartWidget, this._chart
								.chartWidgetCollection().lock.crosshair), this
							._hideNotMainSourcesInLegendSpawn.subscribe(() => {
								s.setValue(this._getHideNotMainSourcesValue())
							}), this._hideWholeLegend = new M.a(!1), g.tool.subscribe(this
								._recalculateLegendVisibility), this._chartModel()
							.crossHairSource().measuringEnabled().subscribe(this, this
								._recalculateLegendVisibility), this._legendWidget = new t(this
								._chartUndoModel(), this, this._chart.backgroundTopTheme(), s,
								this._hideWholeLegend, i, {
									showContextMenuForSelection: this
										.showContextMenuForSelection.bind(this),
									showContextMenuForSources: this.showContextMenuForSources
										.bind(this),
									updateActions: this._chart.updateActions.bind(this._chart),
									showChartPropertiesForSource: this._chart
										.showChartPropertiesForSource.bind(this._chart),
									showGeneralChartProperties: this._chart
										.showGeneralChartProperties.bind(this._chart),
									showObjectsTreeDialog: this._chart.showObjectsTreeDialog
										.bind(this._chart)
								}), this._div.appendChild(this._legendWidget.getElement()), this
							._legendWidget.updateLayout(), this._legendWidget
							.updateWidgetModeBySize(this._size), this._legendWidget
							.updateThemedColors(this._themedTopColor);
						for (const e of Array.from(this._customLegendWidgetsFactoryMap.keys()))
							this._legendWidget.addCustomWidgetToLegend(e, Object(r
								.ensureDefined)(this._customLegendWidgetsFactoryMap.get(e)))
					})
				}
				_loadAndCreatePaneControlsWidget() {
					Promise.all([Promise.all([i.e("react"), i.e(72), i.e(7), i.e("chart-widget-gui")])
						.then(i.bind(null, "lvAK")), Promise.all([i.e("react"), i.e(72), i.e(7),
							i.e("chart-widget-gui")
						]).then(i.bind(null, "MjAr"))
					]).then(([e, t]) => {
						if (this._isDestroyed) return;
						const i = e.PaneControlsWidget;
						this._paneControls = new i(this._chartUndoModel(), this, {
								backgroundThemeName: this._chart.backgroundTopTheme()
							}, {
								toggleMaximizePane: this._chart.toggleMaximizePane.bind(this
									._chart)
							}, this._div), this._paneControls.updateWidgetModeByWidth(this._size
								.w), this._paneControls.updateThemedColors(this
								._themedTopColor), this._paneControlsResizeObserver = new t
							.default(
								this._handleRestrictLegendWidth.bind(this)), this
							._paneControlsResizeObserver.observe(this._paneControls
								.getElement())
					})
				}
				_handleRestrictLegendWidth(e) {
					if (null === this._legendWidget || null === this._paneControls) return;
					const t = e[e.length - 1].contentRect.width,
						i = 0 === t ? 0 : t + J + Z;
					this._legendWidget.addMargin(i)
				}
				_onMagnetStateChanged() {
					this._chart.isActive() && this._isToolActionActiveOnPane(!0) && this._chartModel()
						.crossHairSource().visible && this._updateLineToolUsingMagnetOrShift()
				}
				_onShiftKeyStateChanged() {
					this._chart.isActive() && this._isToolActionActiveOnPane(!1) && this._chartModel()
						.crossHairSource().visible && this._updateLineToolUsingMagnetOrShift(p.a.create(
							Object(Y.d)().value()))
				}
				_isToolActionActiveOnPane(e) {
					const t = this._chartModel(),
						i = t.lineBeingCreated() || t.lineBeingEdited() || t.sourcesBeingMoved()
						.length > 0 && t.sourcesBeingMoved()[0];
					return i ? t.paneForSource(i) === this._state : e && Object(f.isLineToolName)(g.tool
						.value()) && t.crossHairSource().pane === this._state
				}
				_updateLineToolUsingMagnetOrShift(e) {
					if (null === this._prevMoveEventPosition) return;
					const {
						x: t,
						y: i
					} = this._prevMoveEventPosition, s = this._chartModel().sourcesBeingMoved();
					s.length > 0 ? this._alignSourcesThatBeingMoved(s, t, i, e) : this
						._setCursorPosition(t, i, e)
				}
				_showEditDialogForSource(e, t) {
					if (this._options.propertyPagesEnabled && e.userEditEnabled())
						if (e === this._chartUndoModel().mainSeries()) this._chart
							.showGeneralChartProperties(R.TabNames.symbol);
						else if (Object(f.isLineTool)(e) || Object(_.isStudy)(e)) {
						let i;
						const s = null == t ? void 0 : t.data();
						if (null != s) {
							const e = s.areaName;
							void 0 !== e && (i = ae.get(e))
						}
						this._chart.showChartPropertiesForSource(e, i).then(e => {
							this._editDialog = e
						})
					}
				}
				_initToolCreationModeParams(e) {
					this._startTouchPoint = new n.Point(e.pageX, e.pageY), this._initCrossHairPosition =
						this._chartModel().crossHairSource().currentPoint()
				}
				_updateCrosshairPositionInToolCreationMode(e, t) {
					if (t !== this._state) {
						const i = this._chart.paneByState(t);
						return i._startTouchPoint = this._startTouchPoint, i._initCrossHairPosition =
							this._initCrossHairPosition, void i
							._updateCrosshairPositionInToolCreationMode(e, t)
					}
					const i = this._chartModel().crossHairSource();
					this._chart.justActivated() && (this._initCrossHairPosition = i.currentPoint());
					const s = e.pageX,
						o = e.pageY,
						a = Object(r.ensureNotNull)(this._initCrossHairPosition),
						l = new n.Point(s, o).subtract(Object(r.ensureNotNull)(this._startTouchPoint)),
						c = a.add(l);
					this._setCursorPosition(c.x, c.y, new p.a(e))
				}
				_priceAxisesContainer(e) {
					return "left" === e ? this._lhsPriceAxisesContainer : this._rhsPriceAxisesContainer
				}
				_recalculatePriceScales() {
					const e = this.state();
					for (const t of e.leftPriceScales()) e.recalculatePriceScale(t);
					for (const t of e.rightPriceScales()) e.recalculatePriceScale(t);
					for (const t of e.sourcesByGroup().overlayPriceScaleSources()) Object(f.isLineTool)(
						t) || e.recalculatePriceScale(t.priceScale())
				}
				_createLockTimeAxisAction(e) {
					const t = Object(g.lockTimeAxis)().value();
					return new H.Action({
						label: Object(s.t)("Lock Vertical Line On Time Axis"),
						statName: "LockCursorInTime",
						checkable: !0,
						checked: t,
						onExecute: () => this._toggleLockTimeAxis(e.localX, !t)
					})
				}
				_toggleLockTimeAxis(e, t) {
					if (t) {
						const t = this._chartUndoModel().timeScale(),
							i = t.coordinateToIndex(e),
							s = t.points().roughTime(i);
						null !== s && g.lockTimeAxisTime.setValue(s)
					}
					Object(g.lockTimeAxis)().setValue(t)
				}
				_preventTouchEventsExceptPinch() {
					return this._paneWidgetsSharedState.hasTouchesOnOtherPanes(this) || null !== this
						._paneWidgetsSharedState.pinchingPane()
				}
				_updateHoveredSource(e, t, i) {
					var s, r, n;
					const o = this._chartUndoModel(),
						a = o.model();
					let l = !1;
					const c = e && e.source,
						h = this._chart.readOnly();
					if (h && !Object(f.isLineTool)(e.source) || this._editDialog && this._editDialog
						.visible().value()) h && (a.setHoveredSource(null, null), this
						.setCursorForTool());
					else {
						const d = g.tool.value();
						let p = null;
						if (!this._processing && (Object(g.toolIsCursor)(d) || "eraser" === d && !h || t
								.control() || !o.lineBeingCreated())) {
							const {
								hittest: t
							} = e;
							l = Boolean(null === (s = null == t ? void 0 : t.data()) || void 0 === s ?
									void 0 : s.hideCrosshairLinesOnHover) || !!c && Object(f.isLineTool)
								(c) && -1 !== X.indexOf(c.toolname), t && t.result() > u.HitTestResult
								.MOVEPOINT_BACKGROUND ? (p = c, !(null == c ? void 0 : c
										.isHoveredEnabled()) || "eraser" === d && c === o.mainSeries() ?
									a.setHoveredSource(null, null) : a.setHoveredSource(c, null == t ?
										void 0 : t.data())) : a.setHoveredSource(null, null)
						}
						h ? this.setCursorForTool(p, t, j.PaneCursorType.Default) : this._options
							.sourceSelectionEnabled && (this._isSelectPointModeEnabled() ? this
								._setCursorClassName("pointer") : this.setCursorForTool(p, t, null === (
									n = null === (r = null == e ? void 0 : e.hittest) || void 0 ===
									r ? void 0 : r.data()) || void 0 === n ? void 0 : n.cursorType));
						const _ = o.model().customSourceBeingMoved(),
							m = null !== _ ? [_] : o.model().sourcesBeingMoved(),
							b = e.source;
						if ((!m.length || null !== b && -1 === m.indexOf(b)) && this
							._updateCommonTooltip(e), !h && null !== e.hittest && i && e.hittest
							.hasPressedMoveHandler(i)) {
							switch ((e.hittest.data() || {}).cursorType) {
								case j.PaneCursorType.VerticalResize:
									this._setCursorClassName("ns-resize");
									break;
								case j.PaneCursorType.HorizontalResize:
									this._setCursorClassName("we-resize");
									break;
								case j.PaneCursorType.DiagonalNeSwResize:
									this._setCursorClassName("nesw-resize");
									break;
								case j.PaneCursorType.DiagonalNwSeResize:
									this._setCursorClassName("nwse-resize")
							}
						}
					}
					this._preventCrossHairMove() && this._clearCursorPosition(), this._chartModel()
						.crossHairSource().setLinesShouldBeHidden(l)
				}
			}
		},
		UHyS: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StandardPivotPointsPriceAxisView", (function() {
				return n
			}));
			var s = i("KcY8");
			const r = ["P", "S1", "R1", "S2", "R2", "S3", "R3", "S4", "R4", "S5", "R5"];
			class n extends s.a {
				constructor(e, t) {
					super(), this._source = e, this._data = t;
					const i = t.name;
					this._completeName = "P" === i.toUpperCase() ? "P" : `S${i[1]}/R${i[1]}`
				}
				_updateRendererData(e, t, i) {
					e.visible = !1, t.visible = !1;
					const s = this._source.properties();
					if (!s.visible.value()) return;
					const n = this._completeName,
						o = s.levelsStyle.visibility;
					if (!o[n] || !o[n].value()) return;
					const a = this._source.model().timeScale(),
						l = this._source.priceScale();
					if (a.isEmpty() || null === a.visibleBarsStrictRange() || null !== l && l
						.isEmpty()) return;
					const c = this._source.customData();
					if (!c || !c.pivots) return;
					const h = this._source.pricesView().prices()[r.indexOf(this._data.name
						.toUpperCase())];
					if (!h) return;
					i.background = h.color, i.textColor = this.generateTextColor(h.color), i
						.coordinate = h.coordinate, i.floatCoordinate = h.floatCoordinate;
					const u = this._source.model().properties().scalesProperties;
					u.showStudyLastValue.value() && (e.text = h.formatted, e.visible = !0), u
						.showStudyPlotLabels.value() && (t.text = this._source.priceLabelText(this
							._data.name), t.visible = !0)
				}
			}
		},
		USzt: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return c
			}));
			var s = i("Eyy1"),
				r = i("cBZt"),
				n = i("MSvv"),
				o = i("jenN"),
				a = i("wYrq");
			const l = Object(r.studyIdString)("VbPFixed", "tv-volumebyprice");
			class c extends n.StudyLineDataSource {
				constructor(e, t, i, s) {
					const r = i || e.studyMetaInfoRepository().findByIdSync({
							type: "java",
							studyId: l
						}),
						n = t || c._createPropertiesFromStudyMetaInfo(r, e.studyVersioning());
					super(e, r, "vbpfixed_", n), Object(o.createGraphicsPaneViews)(this, e).then(
						t => {
							if (s = e.mainSeries(), r.plots.length > 0) {
								const i = new a.a(this, s, e, r.plots[0].id);
								t.push(i)
							}
							if (r.plots.length > 1) {
								const i = new a.a(this, s, e, r.plots[1].id);
								t.push(i)
							}
							if (r.plots.length > 2) {
								const i = new a.a(this, s, e, r.plots[2].id);
								t.push(i)
							}
							this._setPaneViews(t)
						}), this.clearData()
				}
				pointsCount() {
					return 2
				}
				boundToSymbol() {
					return !1
				}
				offset(e) {
					return 0
				}
				getMinFirstBarIndexForPlot() {
					return -1 / 0
				}
				calcIsActualSymbol() {
					this._isActualSymbol = !0, this._isActualCurrency = !0, this._isActualUnit = !0,
						this.calcIsActualInterval()
				}
				cloneable() {
					return !1
				}
				isSynchronizable() {
					return !1
				}
				static createProperties(e) {
					const t = super._createPropertiesFromStudyIdAndState(l, e);
					return c._configureProperties(t), t
				}
				static studyId() {
					return l
				}
				_studyInputs(e) {
					Object(s.assert)(2 === e.length, "all the line tool points should be defined");
					const [t, i] = e, r = Math.max(t.index, i.index), n = this._model.mainSeries()
						.bars().lastIndex(), o = this._getPointTime(t.index <= i.index ? t : i, !0),
						a = this._getPointTime(i.index >= t.index ? i : t, !0);
					return null === o || null === a ? (this
						._subscribeApplyInputsOnSeriesCompleted(), null) : {
						rowsLayout: this.properties().inputs.rowsLayout.value(),
						rows: this.properties().inputs.rows.value(),
						volume: this.properties().inputs.volume.value(),
						vaVolume: this.properties().inputs.vaVolume.value(),
						first_bar_time: 1e3 * o,
						last_bar_time: 1e3 * a,
						subscribeRealtime: n === r
					}
				}
				_isReady() {
					return !Object(o.isStudyGraphicsEmpty)(this.graphics())
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(61), i.e(62), i.e(
							"study-property-pages-with-definitions")]).then(i.bind(null, "cKLu"))
						.then(e => e.StudyLineDataSourceDefinitionsViewModel)
				}
				_updateAnchorsPrice() {
					let e = null,
						t = null;
					this.graphics().hhists().forEach(i => {
						i.forEach(i => {
							const s = i.priceLow,
								r = i.priceHigh;
							(!e || s < e) && (e = s), (!t || r > t) && (t = r)
						})
					}), null !== e && null !== t && (this._timePoint.length && (this._timePoint[
							0].price = t, this._timePoint[1].price = e), this._points.length &&
						(this._points[0].price = t, this._points[1].price = e))
				}
			}
		},
		UlDV: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "RestrictedToolsetBootloader", (function() {
				return r
			}));
			var s = i("cZRT");
			class r extends s.a {
				_startLoading() {
					return Promise.all([i.e("react"), i.e(1), i.e(4), i.e(6), i.e(11), i.e(12), i.e(
						13), i.e(14), i.e(22), i.e(24), i.e(28), i.e(29), i.e(41), i.e(
						51), i.e(52), i.e(64), i.e(66), i.e(69), i.e(70), i.e(71), i.e(
						0), i.e(5), i.e(7), i.e(10), i.e(38), i.e(57), i.e(
						"restricted-toolset")]).then(i.bind(null, "miV2")).then(e => e
						.getRestrictedToolSet())
				}
			}
		},
		Ulff: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			}));
			const s = {
				common: i("HGP3").colorsPalette["color-tv-blue-500"],
				active: "#143EB3"
			}
		},
		UqOQ: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return l
			}));
			var s = i("aIyQ"),
				r = i.n(s),
				n = i("e3/o");

			function o(e) {
				return e.properties().visible.value()
			}

			function a(e) {
				return !o(e)
			}
			class l {
				constructor(e, t, i) {
					this._onChanged = new r.a, this._lineToolsSet = new Set, this._lineTools = [...e],
						this._lineToolsSet = new Set(this._lineTools), this._name = t, this.id = i ||
						Object(n.randomHashN)(6), this.instanceId = Object(n.randomHashN)(6)
				}
				lineTools() {
					return this._lineTools
				}
				name() {
					return this._name
				}
				setName(e) {
					this._doAndFireOnChange(() => {
						this._name = e
					})
				}
				isActualSymbol() {
					return this._lineTools.length > 0 && this._lineTools[0].isActualSymbol() && this
						._lineTools[0].isActualCurrency() && this._lineTools[0].isActualUnit()
				}
				symbol() {
					return this._lineTools[0].symbol()
				}
				currencyId() {
					var e;
					return null !== (e = this._lineTools[0].properties().childs().currencyId.value()) &&
						void 0 !== e ? e : null
				}
				unitId() {
					var e;
					return null !== (e = this._lineTools[0].properties().childs().unitId.value()) &&
						void 0 !== e ? e : null
				}
				containsLineTool(e) {
					return this._lineToolsSet.has(e)
				}
				addLineTools(e) {
					this._doAndFireOnChange(t => {
						e.forEach(i => {
							this._lineToolsSet.add(i), t.push(...e.map(e => e.id()))
						}), this._lineTools.push(...e)
					})
				}
				excludeLineTool(e) {
					this._doAndFireOnChange(t => {
						this._lineToolsSet.delete(e);
						const i = this._lineTools.indexOf(e);
						this._lineTools.splice(i, 1), t.push(e.id())
					})
				}
				excludeLineTools(e) {
					this._doAndFireOnChange(t => {
						const i = new Set(e);
						e.forEach(e => this._lineToolsSet.delete(e)), this._lineTools = this
							._lineTools.filter(e => !i.has(e)), t.push(...e.map(e => e.id()))
					})
				}
				state() {
					return {
						id: this.id,
						name: this._name,
						tools: this._lineTools.map(e => e.id())
					}
				}
				visibility() {
					const e = this._lineTools.some(o),
						t = this._lineTools.some(a);
					return e && !t ? "Visible" : t && !e ? "Invisible" : "Partial"
				}
				locked() {
					const e = this._lineTools.some(e => e.properties().frozen.value()),
						t = this._lineTools.some(e => !e.properties().frozen.value());
					return e && !t ? "Locked" : t && !e ? "Unlocked" : "Partial"
				}
				isActualInterval() {
					const e = this._lineTools.some(e => e.isActualInterval()),
						t = this._lineTools.some(e => !e.isActualInterval());
					return e && !t ? "IsActualInterval" : t && !e ? "IsNotActualInterval" : "Partial"
				}
				onChanged() {
					return this._onChanged
				}
				static fromState(e, t) {
					const i = [];
					for (const s of t.tools) {
						const t = e.dataSourceForId(s);
						null !== t && i.push(t)
					}
					return i.length > 0 ? new l(i, t.name, t.id) : null
				}
				_doAndFireOnChange(e) {
					const t = [],
						i = this.visibility(),
						s = this.locked(),
						r = this.name(),
						n = this.isActualInterval();
					e(t);
					const o = {
						affectedLineTools: t,
						visibilityChanged: this.visibility() !== i,
						lockedChanged: s !== this.locked(),
						titleChanged: r !== this.name(),
						isActualIntervalChanged: n !== this.isActualInterval()
					};
					this._onChanged.fire(o)
				}
			}
		},
		V086: function(e, t, i) {
			"use strict";
			var s = i("aO4+").Point,
				r = i("GEp6").distanceToLine,
				n = i("Ss5c").LineDataSource,
				o = i("Ocx9").DefaultProperty,
				a = i("j3hX").LineToolColorsProperty;
			class l extends n {
				constructor(e, t) {
					super(e, t || l.createProperties()), this.version = l.version, i.e("lt-pane-views")
						.then(i.t.bind(null, "obU/", 7)).then(({
							EllipsePaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				startChanging(e, t) {
					if (super.startChanging(e, t), 0 === e || 1 === e) {
						var i = this.pointToScreenPoint(this._points[0])[0],
							s = this.pointToScreenPoint(this._points[1])[0],
							n = this.pointToScreenPoint(this._points[2])[0];
						this._dist = r(i, s, n).distance || 0
					}
				}
				_preparePoint(e, t) {
					var i = this._preparePointInternal(e, t, !1);
					return t && t.shift() && this._points[0].index === this._points[1].index && this
						._fixVerticalDiameterPoints(this._points[1], this._points[0], i), i
				}
				_preparePointInternal(e, t, i) {
					var r = Object.assign({}, e);
					if (t && t.shift()) {
						var n = this.points().length;
						if (!this._fakePointAdded && 3 === n && !i) return r;
						if (this._fakePointAdded || 2 === n || i) {
							this._snapPoint45Degree(e, this._points[0]), this._fakePointAdded ? this
								._points[1] = e : i || (this._fakePointAdded = !0, super
									._addPointIntenal(e));
							var o = this.pointToScreenPoint(this._points[0])[0],
								a = this.pointToScreenPoint(this._points[1])[0],
								l = a.x - o.x,
								c = a.y - o.y,
								h = Math.sqrt(l * l + c * c) / 2,
								u = a.subtract(o),
								d = o.add(a).scaled(.5),
								p = new s(-u.y, u.x);
							p = p.normalized();
							var _ = d.add(p.scaled(h));
							r = this.screenPointToPoint(_), (TradingView.isNaN(r.price) || TradingView
								.isNaN(r.index)) && (r = this.screenPointToPoint(d))
						}
					} else this._fakePointAdded && (this._points.splice(1, 1), this._fakePointAdded = !
						1);
					return r
				}
				_fixVerticalDiameterPoints(e, t, i) {
					var s = this.pointToScreenPoint(e)[0],
						r = this.pointToScreenPoint(t)[0],
						n = this._model.timeScale(),
						o = n.indexToCoordinate(e.index),
						a = n.indexToCoordinate(i.index),
						l = 2 * Math.abs(o - a);
					l *= t.price > e.price ? 1 : -1, e.price = this.screenPointToPoint({
						x: s.x,
						y: r.y + l
					}).price
				}
				addPoint(e, t, i) {
					var s = n.prototype.addPoint.call(this, e, t, i);
					return s && (this._fakePointAdded = !1), s
				}
				setPoint(e, t, i) {
					var n = Object.assign({}, t),
						o = this.pointToScreenPoint(this._points[0])[0],
						a = this.pointToScreenPoint(this._points[1])[0],
						l = this.pointToScreenPoint(this._points[2])[0];
					switch (e) {
						case 0:
							if (i && i.shift()) {
								this._snapPoint45Degree(n, this._points[1]), this._points[0] = n, this
									._points[2] = this._preparePointInternal(this._points[2], i, !0),
									this._points[0].index === this._points[1].index && this
									._fixVerticalDiameterPoints(this._points[0], this._points[1], this
										._points[2]);
								break
							}
							o = this.pointToScreenPoint(n)[0];
							var c = a.subtract(o),
								h = o.add(a).scaled(.5);
							d = (d = new s(-c.y, c.x)).normalized(), l = h.add(d.scaled(this._dist)),
								l = this.screenPointToPoint(l), this._points[0] = n, this._points[2] =
								l;
							break;
						case 1:
							if (i && i.shift()) {
								this._snapPoint45Degree(n, this._points[0]), this._points[1] = n, this
									._points[2] = this._preparePointInternal(this._points[2], i, !0),
									this._points[0].index === this._points[1].index && this
									._fixVerticalDiameterPoints(this._points[1], this._points[0], this
										._points[2]);
								break
							}
							c = (a = this.pointToScreenPoint(n)[0]).subtract(o), h = o.add(a).scaled(
								.5);
							d = (d = new s(-c.y, c.x)).normalized(), l = h.add(d.scaled(this._dist)),
								l = this.screenPointToPoint(l), this._points[1] = n, this._points[2] =
								l;
							break;
						case 2:
							n = this.pointToScreenPoint(n)[0];
							var u = r(o, a, n).distance;
							c = a.subtract(o), h = o.add(a).scaled(.5);
							d = (d = new s(-c.y, c.x)).normalized(), l = h.add(d.scaled(u)), l = this
								.screenPointToPoint(l), this._points[2] = l;
							break;
						case 3:
							n = this.pointToScreenPoint(n)[0];
							var d;
							u = r(o, a, n).distance, c = a.subtract(o), h = o.add(a).scaled(.5);
							d = (d = new s(-c.y, c.x)).normalized(), l = h.add(d.scaled(u)), l = this
								.screenPointToPoint(l), this._points[2] = l
					}
					this.normalizePoints()
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Ellipse"
				}
				hasEditableCoordinates() {
					return !1
				}
				migrateVersion(e, t, i) {
					if (1 === e && 2 === this._points.length) {
						var s = this._points[0].price,
							r = .5 * (this._points[0].price + this._points[1].price);
						this._points[0] = {
							price: r,
							index: this._points[0].index
						}, this._points[1] = {
							price: r,
							index: this._points[1].index
						}, this._points.push({
							price: s,
							index: this._points[0].index
						})
					}
					if (1 === e && 2 === this._timePoint.length) {
						s = this._timePoint[0].price, r = .5 * (this._timePoint[0].price + this
							._timePoint[1].price);
						this._timePoint[0].price = r, this._timePoint[1].price = r;
						var n = {
							price: s,
							offset: this._timePoint[0].offset,
							time_t: this._timePoint[0].time_t
						};
						this._timePoint.push(n)
					}
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "Zd1D")))
						.GeneralFiguresDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new o("linetoolellipse", e);
					return l._configureProperties(t), t
				}
				static _configureProperties(e) {
					n._configureProperties(e), e.addChild("linesColors", new a([e.childs().color]))
				}
			}
			l.version = 2, t.LineToolEllipse = l
		},
		V3Oj: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolText", (function() {
				return h
			})), i.d(t, "LineToolTextAbsolute", (function() {
				return u
			}));
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("Ss5c"),
				o = i("tc+8"),
				a = i.n(o),
				l = i("Ocx9"),
				c = i("j3hX");
			class h extends n.LineDataSource {
				constructor(e, t) {
					const s = t || h.createProperties();
					super(e, s), this._barSpacing = e.timeScale().barSpacing(), this
						._recalculatePointsOnCenter = !1, i.e("lt-pane-views").then(i.bind(null,
							"mr3a")).then(({
							TextPaneView: t
						}) => {
							const i = this._recalculatePointsOnCenter ? (e, t) => {
								this._recalculatePointsOnCenter && this
									._recalculateCenterPosition(e, t)
							} : void 0;
							this._setPaneViews([new t(this, e, void 0, void 0, void 0, void 0,
								void 0, i)])
						})
				}
				centerPosition() {
					this._recalculatePointsOnCenter = !0
				}
				setPoint(e, t, i) {
					const s = this.properties().childs();
					let r;
					if (0 === e && s.wordWrapWidth.value()) {
						const e = this.model().timeScale();
						r = this.isFixed() ? this.fixedPoints()[0].x : e.indexToCoordinate(this
							.points()[0].index);
						const i = e.indexToCoordinate(t.index) - r - ~~(s.fontsize.value() / 6);
						if (!isFinite(i)) return;
						s.wordWrapWidth.setValue(Math.max(100, i))
					}
				}
				pointsCount() {
					return 1
				}
				name() {
					return "Text"
				}
				setPriceScale(e) {
					super.setPriceScale(e), e && e.priceRange() && (this._priceDencity = e
						.height() / Object(s.ensureNotNull)(e.priceRange()).length(), this
						._isPriceDencityLog = e.isLog())
				}
				restoreSize() {
					const e = Object(s.ensureNotNull)(this.priceScale());
					this._barSpacing = this.model().timeScale().barSpacing(),
						this._priceDencity = e.height() / Object(s.ensureNotNull)(e.priceRange())
						.length(), this.redraw()
				}
				redraw() {
					this.updateAllViews(), this._model.updateSource(this)
				}
				properties() {
					return super.properties()
				}
				template() {
					const e = super.template();
					return e.text = this.properties().childs().text.value(), e
				}
				state(e) {
					const t = super.state(e);
					return e && (t.state.fixedSize = !1), t
				}
				barSpacing() {
					return this._barSpacing
				}
				priceDencity() {
					return this._priceDencity
				}
				isPriceDencityLog() {
					return this._isPriceDencityLog
				}
				hasEditableCoordinates() {
					return !1
				}
				static createProperties(e) {
					const t = new l.DefaultProperty("linetooltext", e);
					return h._configureProperties(t), t
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text)
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "QWxu")).then(
						e => e.TextDefinitionsViewModel)
				}
				static _configureProperties(e) {
					n.LineDataSource._configureProperties(e), e.hasChild("text") || e.addChild(
							"text", new a.a(window.t("Text"))), e.addExclusion("text"), e.addChild(
							"linesColors", new c.LineToolColorsProperty([e.childs().borderColor])),
						e.addChild("textsColors", new c.LineToolColorsProperty([e.childs().color])),
						e.addExclusion("linesColors"), e.addExclusion("textsColors")
				}
				_recalculateCenterPosition(e, t) {
					const i = (this.isFixed() ? this.fixedPoints() : this.pointToScreenPoint(this
							._points[0]))[0],
						s = new r.Point(i.x - e / 2, i.y - t / 2),
						n = this.screenPointToPoint(s);
					this.setPoints([n]), this.normalizePoints(), this.createServerPoints(), this
						.redraw()
				}
			}
			class u extends h {
				constructor(e, t) {
					super(e, t || u.createProperties())
				}
				name() {
					return "Anchored Text"
				}
				hasEditableCoordinates() {
					return !1
				}
				isFixed() {
					return !0
				}
				static createProperties(e) {
					const t = new l.DefaultProperty("linetooltextabsolute", e);
					return u._configureProperties(t), t
				}
				static _configureProperties(e) {
					h._configureProperties(e)
				}
			}
		},
		VNzU: function(e, t, i) {
			"use strict";
			i.r(t);
			i("Dq3s");
			i.d(t, "layouts", (function() {
				return r
			})), i.d(t, "isSingleLayout", (function() {
				return n
			})), i.d(t, "isMultipleLayout", (function() {
				return o
			}));
			let s;
			s = {};
			const r = {
				...{
					s: {
						title: "1 chart",
						count: 1,
						sizer: (e, t) => {
							if (0 !== t) throw new RangeError("invalid index");
							return e
						}
					}
				},
				...s
			};

			function n(e) {
				return "s" === e
			}

			function o(e) {
				return !n(e)
			}
		},
		VVxS: function(e, t, i) {
			"use strict";
			const {
				getLogger: s
			} = i("txPx"), r = s("TVLocalStorage");
			var n = function() {
				try {
					this.isAvailable = !0, this.localStorage = window.localStorage, this.localStorage
						.setItem("tvlocalstorage.available", "true")
				} catch (e) {
					delete this.isAvailable, delete this.localStorage
				}
				this._updateLength();
				try {
					this._report()
				} catch (e) {}
			};
			n.prototype._report = function() {
				if (this.isAvailable) {
					const e = 10,
						t = [];
					for (let e = 0; e < this.localStorage.length; e++) {
						const i = this.key(e);
						t.push({
							key: i,
							length: String(this.getItem(i)).length
						})
					}
					t.sort((e, t) => t.length - e.length);
					const i = t.slice(0, e);
					t.sort((e, t) => t.key.length - e.key.length);
					const s = t.slice(0, e);
					r.logNormal("Total amount of keys in Local Storage: " + this.length), r.logNormal(
							`Top ${e} keys with longest values: ${JSON.stringify(i)}`),
						r.logNormal(`Top ${e} longest key names: ${JSON.stringify(s)}`);
					try {
						navigator.storage.estimate().then(e => {
							r.logNormal("Storage estimate: " + JSON.stringify(e))
						})
					} catch (e) {}
				}
			}, n.prototype.length = 0, n.prototype.isAvailable = !1, n.prototype.localStorage = {
				"tvlocalstorage.available": "false"
			}, n.prototype._updateLength = function() {
				if (this.isAvailable) this.length = this.localStorage.length;
				else {
					var e, t = 0;
					for (e in this.localStorage) this.localStorage.hasOwnProperty(e) && t++;
					this.length = t
				}
			}, n.prototype.key = function(e) {
				return this.isAvailable ? this.localStorage.key(e) : Object.keys(this.localStorage)[e]
			}, n.prototype.getItem = function(e) {
				return this.isAvailable ? this.localStorage.getItem(e) : void 0 === this.localStorage[
					e] ? null : this.localStorage[e]
			}, n.prototype.setItem = function(e, t) {
				this.isAvailable ? this.localStorage.setItem(e, t) : this.localStorage[e] = t, this
					._updateLength()
			}, n.prototype.removeItem = function(e) {
				this.isAvailable ? this.localStorage.removeItem(e) : delete this.localStorage[e], this
					._updateLength()
			}, n.prototype.clear = function() {
				this.isAvailable ? this.localStorage.clear() : this.localStorage = {}, this
					._updateLength()
			};
			var o = function(e) {
				this.storage = e
			};
			o.prototype.getItem = function(e) {
					return Promise.resolve(this.storage.getItem(e))
				}, o.prototype.setItem = function(e, t) {
					return Promise.resolve(this.storage.setItem(e, t))
				}, window.TVLocalStorage = new n, window.TVLocalStorageAsync = new o(window.TVLocalStorage),
				e.exports = {
					TVLocalStorage: window.TVLocalStorage,
					TVLocalStorageAsync: window.TVLocalStorageAsync
				}
		},
		VaSN: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "lastEventIsTouch", (function() {
				return n
			})), i.d(t, "lastEventIsMouse", (function() {
				return o
			})), i.d(t, "setLastEventIsTouch", (function() {
				return a
			}));
			var s = i("qFKp");
			let r = Object(s.supportTouch)();

			function n() {
				return r
			}

			function o() {
				return r
			}

			function a(e) {
				r = e
			}
		},
		VdBB: function(e, t, i) {
			"use strict";

			function s(e, t, i) {
				if (e.isTouch) {
					if (void 0 !== i) return !0
				} else if (void 0 !== t) return !0;
				return !1
			}

			function r(e, t, i) {
				if (e.isTouch) {
					if (void 0 !== i) return i(e), !0
				} else if (void 0 !== t) return t(e), !0;
				return !1
			}

			function n(e, t, i, s) {
				return void 0 !== t.executeDefaultAction && (e.isTouch ? Boolean(t.executeDefaultAction[
					s]) : Boolean(t.executeDefaultAction[i]))
			}
			var o;
			i.r(t), i.d(t, "hasMouseOrTouchHandler", (function() {
					return s
				})), i.d(t, "tryCallHandler", (function() {
					return r
				})), i.d(t, "shouldDefaultActionBeExecuted", (function() {
					return n
				})), i.d(t, "AreaName", (function() {
					return o
				})), i.d(t, "HitTestResult", (function() {
					return a
				})),
				function(e) {
					e.Style = "Style", e.Text = "Text", e.SourceItemMove = "SourceItemMove"
				}(o || (o = {}));
			class a {
				constructor(e, t, i) {
					this._result = e, this._data = t || null, this._eraseMarker = i
				}
				result() {
					return this._result
				}
				data() {
					return this._data
				}
				hasPressedMoveHandler(e) {
					return null !== this._data && s(e, this._data.pressedMouseMoveHandler, this._data
						.touchMoveHandler)
				}
				tryCallMouseDownOrTouchStartHandler(e) {
					return null !== this._data && r(e, this._data.mouseDownHandler, this._data
						.touchStartHandler)
				}
				tryCallMouseUpOrTouchEndHandler(e) {
					return null !== this._data && r(e, this._data.mouseUpHandler, this._data
						.touchEndHandler)
				}
				tryCallMouseEnterHandler(e) {
					return null !== this._data && r(e, this._data.mouseEnterHandler)
				}
				tryCallMouseLeaveHandler(e) {
					return null !== this._data && r(e, this._data.mouseLeaveHandler)
				}
				tryCallMouseMoveHandler(e) {
					return null !== this._data && r(e, this._data.mouseMoveHandler)
				}
				tryCallClickOrTapHandler(e) {
					return null !== this._data && r(e, this._data.clickHandler, this._data.tapHandler)
				}
				tryCallDblClickOrDblTapHandler(e) {
					return null !== this._data && r(e, this._data.doubleClickHandler, this._data
						.doubleTapHandler)
				}
				tryCallContextMenuHandler(e) {
					return null !== this._data && r(e, this._data.contextMenuHandler, this._data
						.touchContextMenuHandler)
				}
				eraseMarker() {
					return this._eraseMarker
				}
			}
			a.MOVEPOINT_BACKGROUND = 1, a.REGULAR = 2, a.MOVEPOINT = 3, a.CHANGEPOINT = 4, a.CUSTOM = 5
		},
		Vdly: function(e, t, i) {
			"use strict";
			(function(e) {
				i("qFKp");
				i("wVAQ").fetch;
				var t = i("dTSQ").regExpEscape,
					s = i("FBuY").TVXWindowEvents,
					r = i("VVxS").TVLocalStorage,
					n = i("aIyQ"),
					o = i("Kxc7"),
					a = ["s.tradingview.com", "betacdn.tradingview.com"],
					l = o.enabled("use_localstorage_for_settings"),
					c = window.TVSettings = function() {
						var e = !1,
							i = null;

						function h() {
							return !i && l
						}
						try {
							e = !TradingView.onWidget() && parent && parent !== window && !!parent
								.IS_DEMO_PAGE
						} catch (e) {}
						if (e) {
							var u = {
									"widgetbar.layout-settings": {
										widgets: {},
										settings: {
											minimized: !0
										}
									},
									notShowMainWizard: !0
								},
								d = function(e, t, i) {
									var s = u[e];
									return null == s ? t : s
								},
								p = function() {};
							return {
								loaded: !1,
								loadedModel: !1,
								getValue: d,
								getJSON: d,
								getBool: d,
								getFloat: d,
								getInt: d,
								setValue: p,
								setJSON: p,
								remove: p,
								keys: function() {
									return Object.keys(u)
								},
								keysMask: function() {
									return []
								},
								sync: p,
								onSync: {
									subscribe: function() {}
								}
							}
						}
						window.environment;
						var _, m = TradingView.onWidget() ? "tradingview-widget" : "tradingview",
							f = m + ".",
							g = {},
							b = [/^widgetbar\.widget\.watchlist.+/, /.+quicks$/,
								/^widgetbar\.layout-settings$/, /^ChartSideToolbarWidget\.visible$/,
								/^onwidget\.watchlist$/, /^domepanel.visible$/, /^orderpanel.visible$/,
								/^chart\.favoriteDrawings$/, /^chart\.favoriteDrawingsPosition$/,
								/^loadChartDialog.favorites$/,
								/^ChartFavoriteDrawingToolbarWidget\.visible/,
								/^trading\.chart\.proterty$/, /^trading_floating_toolbar\.position$/,
								/^trading\.orderWidgetMode\./, /^symbolWatermark$/,
								/^pinereference\.size$/, /^pinereference\.position$/, /^hint\.+/,
								/^ChartDrawingToolbarWidget\.visible/
							];
						const v = ["current_theme.name"];

						function S(e) {
							return f + e
						}

						function y(e) {
							return e.substring(f.length)
						}

						function w(e, t) {
							var i = g[e];
							return null == i ? t : i
						}

						function P(e, t, i) {
							i = i || {};
							var s = "" + t;
							return g[e] !== s && (g[e] = s, x(e)), i.forceFlush && !_ && (_ =
								setTimeout((function() {
									_ = void 0, T()
								}), 10)), c
						}

						function C(e, t) {
							return t = t || {}, null != g[e] && (delete g[e], x(e)), t.forceFlush &&
								T(), c
						}

						function x(e) {
							if (i) null == g[e] ? i.removeValue(e) : i.setValue(e, g[e]);
							else if (h()) try {
								null == g[e] ? r.removeItem(S(e)) : r.setItem(S(e), g[e])
							} catch (e) {} else 0;
							s.emit("settings", JSON.stringify({
								key: e,
								value: g[e]
							}))
						}

						function T(e) {}

						function I() {
							return Object.keys(g)
						}

						function M(e) {
							for (var t = 0; t < b.length; ++t)
								if (b[t].exec(e)) return !0;
							return !1
						}

						function O(e) {
							return e.substring(0, f.length) === f
						}

						function L(e) {
							g = {};
							const t = 0 === Object.keys(e).length;
							t || function(e) {
									Object.keys(e).forEach((function(t) {
										g[t] = e[t] + ""
									}))
								}(e),
								function(e) {
									for (var t = r.length; t--;) {
										var i = r.key(t);
										i && O(i) && ((e || v.includes(y(i))) && P(y(i), r.getItem(i)),
											r.removeItem(i))
									}
								}(t)
						}
						s.on("settings", (function(e) {
							var t = JSON.parse(e);
							null == t.value ? delete g[t.key] : g[t.key] = t.value
						}));
						var A = new n;
						return document.addEventListener("visibilitychange", (function() {
							"hidden" === document.visibilityState || document.hidden
						})), window.addEventListener("beforeunload", (function() {})), {
							loaded: !1,
							loadedModel: !1,
							getValue: w,
							getJSON: function(e, t) {
								var i = w(e, void 0);
								if (null == i) return t;
								try {
									return JSON.parse(i)
								} catch (i) {
									return C(e), t
								}
							},
							getBool: function(e, t) {
								var i = w(e);
								return null == i ? t : !(!i || "false" === i || 0 == +i)
							},
							getFloat: function(e, t, i) {
								var s = w(e, void 0);
								if (null == s) return t;
								var r = parseFloat(s);
								if (!isFinite(r)) throw new TypeError('"' + s +
									'" is not float (key: "' + e + '")');
								return r
							},
							getInt: function(e, t, i) {
								var s = w(e, void 0);
								if (null == s) return t;
								var r = parseInt(s, 10);
								if (!isFinite(r)) throw new TypeError('"' + s +
									'" is not int (key: "' + e + '")');
								return r
							},
							setValue: P,
							setJSON: function(e, t, i) {
								return P(e, JSON.stringify(t), i), c
							},
							remove: C,
							keys: I,
							keysMask: function(e, i) {
								for (var s = I(), r = [], n = (e = new RegExp("^" + t(e)
										.replace(/\\\*\\\*/gi, ".+").replace(/\\\*/gi,
											"[^.]+") + "$", "gi"), s.length - 1); n >= 0; n--) e
									.test(s[n]) && r.push(s[n]), e.lastIndex = 0;
								return r
							},
							sync: function(e) {
								null !== e ? (i ? L(i.initialSettings || {}) : h() ? (
									function() {
										if (TradingView.onWidget() && a.includes(window
												.location.host))
											for (var e = r.length; e--;) {
												var t = r.key(e);
												if (0 === t.indexOf("tradingview.")) {
													var i = t.replace("tradingview.",
														m + ".");
													r.setItem(i, r.getItem(t)), r
														.removeItem(t)
												}
											}
									}(),
									function() {
										for (const e of v) g[e] && !r.getItem(S(e)) && r
											.setItem(S(e), g[e])
									}(),
									function() {
										g = {};
										for (var e = !o.enabled(
												"save_chart_properties_to_local_storage"
											), t = r.length; t--;) {
											var i = r.key(t);
											if (i && O(i)) {
												var s = i.substring(f.length);
												e && !M(s) || (g[s] = r.getItem(i))
											}
										}
									}()) : L(e || {}), A.fire()) : !0
							},
							onSync: A,
							setSettingsAdapter: function(e) {
								i = e
							}
						}
					}();
				e && e.exports && (e.exports = c)
			}).call(this, i("YuTi")(e))
		},
		VgjZ: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PriceAxisRendererOptionsProvider", (function() {
				return n
			}));
			var s = i("XlJ7"),
				r = i("zDbI");
			class n {
				constructor(e) {
					this._rendererOptions = {
						borderSize: 1,
						offsetSize: 5,
						fontSize: NaN,
						font: "",
						color: "",
						paneBackgroundColor: "",
						paddingBottom: 0,
						paddingInner: 0,
						paddingOuter: 0,
						paddingTop: 0,
						lineSpacing: 0
					}, this._chartModel = e
				}
				options() {
					const e = this._rendererOptions,
						t = this._chartModel.properties(),
						i = t.scalesProperties.fontSize.value();
					return e.fontSize !== i && (e.fontSize = i, e.font = Object(s.makeFont)(i, r
								.CHART_FONT_FAMILY, ""), e.paddingTop = 2.5 / 12 * i, e.paddingBottom =
							e.paddingTop, e.paddingInner = i / 12 * e.offsetSize, e.paddingOuter = i /
							12 * e.offsetSize, e.lineSpacing = 2 / 12 * i), e.color = t.scalesProperties
						.textColor.value(), e.paneBackgroundColor = t.paneProperties.background.value(),
						this._rendererOptions
				}
			}
		},
		ViuT: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("Kxc7"),
				n = i("jCNj"),
				o = i("Y7w9"),
				a = i("OLhd"),
				l = i("tqok"),
				c = i("/bs+");

			function h(e) {
				return 60 * e * 60 * 1e3
			}

			function u(e) {
				return 60 * e * 1e3
			}
			const d = [{
				divisor: 1,
				weight: 18
			}, {
				divisor: (p = 1, 1e3 * p),
				weight: 19
			}, {
				divisor: u(1),
				weight: 20
			}, {
				divisor: u(5),
				weight: 21
			}, {
				divisor: u(30),
				weight: 22
			}, {
				divisor: h(1),
				weight: 30
			}, {
				divisor: h(3),
				weight: 31
			}, {
				divisor: h(6),
				weight: 32
			}, {
				divisor: h(12),
				weight: 33
			}];
			var p;

			function _(e, t) {
				if (null !== t) {
					if (e.getUTCFullYear() !== t.getUTCFullYear()) return 70;
					if (e.getUTCMonth() !== t.getUTCMonth()) return 60;
					if (e.getUTCDate() !== t.getUTCDate()) return 50;
					const i = t.getTime(),
						s = e.getTime();
					for (let e = d.length - 1; e >= 0; --e)
						if (Math.floor(i / d[e].divisor) !== Math.floor(s / d[e].divisor)) return d[e]
							.weight
				}
				return 18
			}

			function m(e, t, i = 0) {
				if (0 === e.length) return [];
				let s = i,
					r = i;
				const n = [];
				for (; s < e.length;) r >= t.length ? (n.push({
					old: s,
					new: l.INVALID_TIME_POINT_INDEX
				}), s++) : e[s].timeMs === t[r].timeMs ? (s !== r && n.push({
					old: s,
					new: r
				}), s++, r++) : e[s].timeMs < t[r].timeMs ? (n.push({
					old: s,
					new: l.INVALID_TIME_POINT_INDEX
				}), s++) : r++;
				return n.sort((e, t) => {
					if (e.new === t.new && e.new === l.INVALID_TIME_POINT_INDEX) return e.old - t
						.old;
					if (e.new === l.INVALID_TIME_POINT_INDEX) return -1;
					if (t.new === l.INVALID_TIME_POINT_INDEX) return 1;
					const i = e.old - e.new,
						s = t.old - t.new;
					return i > 0 ? s > 0 ? e.old - t.old : -1 : s < 0 ? t.new - e.new : 1
				})
			}

			function f(e, t) {
				return {
					span: e.markWeight,
					time: e.displayTime,
					index: t
				}
			}
			i.d(t, "SessionTimeScale", (function() {
				return b
			}));
			const g = r.enabled("end_of_period_timescale_marks");
			class b {
				constructor() {
					this._completed = !0, this._mainSymbolExtrapolator = null, this
						._pointDataByTimePoint = new Map, this._seriesIds = new Set, this
						._displayTimezone = null, this._minFutureBarsCount = 0, this
						._sortedTimePoints = []
				}
				destroy() {
					this.clearTimeScale()
				}
				setCompleted(e) {
					this._completed = e
				}
				isCompleted() {
					return this._completed
				}
				clearTimeScale() {
					return this._pointDataByTimePoint.clear(), this._seriesIds.clear(), this
						._sortedTimePoints = [], {
							baseIndex: 0,
							pointsIndex: 0,
							indexChange: [],
							marks: [],
							points: []
						}
				}
				indexOfTime(e) {
					if (0 === this._sortedTimePoints.length) return null === this
						._mainSymbolExtrapolator ? null : this._mainSymbolExtrapolator.indexOfTime(
							e);
					if (e < this._sortedTimePoints[0].timeMs) {
						if (null === this._mainSymbolExtrapolator) return null;
						const t = this._mainSymbolExtrapolator.indexOfTime(e),
							i = this._mainSymbolExtrapolator.indexOfTime(this._sortedTimePoints[0]
								.timeMs);
						if (null === t || null === i) return null;
						let s = t.index - i.index;
						return i.timeMs !== this._sortedTimePoints[0].timeMs && (s -= 1), {
							index: s,
							timeMs: t.timeMs
						}
					}
					if (e > this._sortedTimePoints[this._sortedTimePoints.length - 1].timeMs) {
						if (null === this._mainSymbolExtrapolator) return null;
						const t = this._mainSymbolExtrapolator.indexOfTime(e),
							i = this._mainSymbolExtrapolator.indexOfTime(this._sortedTimePoints[this
								._sortedTimePoints.length - 1].timeMs);
						if (null === t || null === i) return null;
						const s = t.index - i.index - 1;
						return {
							index: this._sortedTimePoints.length + s,
							timeMs: t.timeMs
						}
					}
					let t = Object(o.lowerbound)(this._sortedTimePoints, e, (e, t) => e.timeMs < t);
					return this._sortedTimePoints[t].timeMs !== e && (t -= 1), {
						index: t,
						timeMs: this._sortedTimePoints[t].timeMs
					}
				}
				setMainSymbolExtrapolator(e) {
					this._mainSymbolExtrapolator = e, this._updateFutureBars(), this._fillPointsData(
						this._sortedTimePoints, 0)
				}
				setMinFutureBarsCount(e) {
					this._minFutureBarsCount = e, this._updateFutureBars()
				}
				minFutureBarsCount() {
					return this._minFutureBarsCount
				}
				firstFutureBarIndex() {
					return this._sortedTimePoints.length
				}
				firstSessionBarIndex() {
					return 0 === this._sortedTimePoints.length ? null : 0
				}
				lastSessionBarIndex() {
					return 0 === this._sortedTimePoints.length ? null : this._sortedTimePoints.length -
						1
				}
				tickMarks(e = 0) {
					const t = this.firstFutureBarIndex();
					Object(s.assert)(e <= t, "tickmarks cannot be filtered in the future");
					const i = this._futureBars().map((e, t) => ({
						timeMs: e,
						markWeight: 0,
						displayTime: NaN
					}));
					this._fillPointsData(i, 0, 0 !== this._sortedTimePoints.length ? this
						._sortedTimePoints[this._sortedTimePoints.length - 1].displayTime : null);
					const r = [];
					for (let t = e; t < this._sortedTimePoints.length; ++t) r.push(f(this
						._sortedTimePoints[t], t));
					const n = i.map((e, i) => f(e, i + t));
					return r.concat(n)
				}
				setTimezone(e) {
					this._displayTimezone = "exchange" === e ? null : Object(n.get_timezone)(e), this
						._fillPointsData(this._sortedTimePoints, 0)
				}
				fillIndexesInRows(e) {
					if (0 === e.length) return;
					let t = -1,
						i = Object(o.lowerbound)(this._sortedTimePoints, Math.round(1e3 * e[0].value[
							0]), (e, t) => e.timeMs < t);
					for (const r of e) {
						const e = Math.round(1e3 * r.value[0]);
						for (; i < this._sortedTimePoints.length && this._sortedTimePoints[i].timeMs <
							e;) i += 1;
						i !== this._sortedTimePoints.length && this._sortedTimePoints[i].timeMs === e ||
							(i -= 1), Object(s.assert)(i !== t, "data must have unique times"), t = i, r
							.index = i
					}
					Object(s.assert)(i < this._sortedTimePoints.length,
						"data must be within a data range")
				}
				convertTimesToIndexes(e) {
					if (0 === e.length) return [];
					let t = -1,
						i = Object(o.lowerbound)(this._sortedTimePoints, e[0], (e, t) => e.timeMs < t);
					return e.map(e => {
						for (; i < this._sortedTimePoints.length && this._sortedTimePoints[i]
							.timeMs < e;) i += 1;
						if (0 === i && e < this._sortedTimePoints[0].timeMs) return l
							.INVALID_TIME_POINT_INDEX;
						if (i >= this._sortedTimePoints.length) {
							const t = this.indexOfTime(e);
							if (null === t) return l.INVALID_TIME_POINT_INDEX;
							i = t.timeMs !== e ? t.index + 1 : t.index
						}
						return Object(s.assert)(i > t, "data must have unique sorted times"),
							t = i, i
					})
				}
				firstSeriesBarTime() {
					return 0 === this._sortedTimePoints.length ? null : this._sortedTimePoints[0].timeMs
				}
				replaceSeriesBarsTimesTail(e, t) {
					if (0 === t.length) return null;
					if (!this._seriesIds.has(e)) return this.setSeriesBarsTimes(e, t);
					const i = [],
						s = Object(o.lowerbound)(this._sortedTimePoints, t[0], (e, t) => e.timeMs < t);
					for (let t = s; t < this._sortedTimePoints.length; ++t) {
						const s = this._sortedTimePoints[t];
						s.pointData.series.delete(e) && 0 === s.pointData.series.size && i.push(s)
					}
					const r = this._addBarsTimesToSeries(e, t, !0);
					this._cleanupPointsData(i);
					const n = r.map(e => ({
						timeMs: e.timeMs,
						pointData: e.pointData,
						markWeight: 0,
						displayTime: NaN
					}));
					for (let e = s; e < this._sortedTimePoints.length; ++e) {
						const t = this._sortedTimePoints[e];
						0 !== t.pointData.series.size && n.push(t)
					}
					n.sort((e, t) => e.timeMs - t.timeMs);
					const a = this._updateTimeScalePointsTail(n);
					return this._applyTimeScaleChanges(a, !1)
				}
				setSeriesBarsTimes(e, t) {
					let i = 0 !== this._pointDataByTimePoint.size;
					if (this._seriesIds.has(e))
						if (1 === this._seriesIds.size) i = !1, this._pointDataByTimePoint.clear();
						else
							for (const t of this._sortedTimePoints) t.pointData.series.delete(e);
					this._addBarsTimesToSeries(e, t, !1);
					const s = this._seriesIds.size;
					0 === t.length ? this._seriesIds.delete(e) : this._seriesIds.add(e), i && this
						._cleanupPointsData(this._sortedTimePoints);
					const r = s < this._seriesIds.size,
						n = s > this._seriesIds.size,
						o = r && 2 === this._seriesIds.size || n && 1 === this._seriesIds.size,
						a = [];
					this._pointDataByTimePoint.forEach((e, t) => {
						a.push({
							markWeight: 0,
							timeMs: t,
							displayTime: NaN,
							pointData: e
						})
					}), a.sort((e, t) => e.timeMs - t.timeMs);
					const l = this._updateTimeScalePoints(a);
					return this._applyTimeScaleChanges(l, o)
				}
				_updateFutureBars() {
					if (0 === this._minFutureBarsCount || null === this._mainSymbolExtrapolator) return;
					if (0 !== this._sortedTimePoints.length) {
						const e = this._sortedTimePoints[this._sortedTimePoints.length - 1].timeMs;
						this._mainSymbolExtrapolator.ensureExtrapolatedToFutureTime(e)
					}
					const e = this._futureBarsFirstPointIndex();
					this._mainSymbolExtrapolator.setMinFutureBarsCount(e + this._minFutureBarsCount)
				}
				_addBarsTimesToSeries(e, t, i) {
					const s = i ? [] : null;
					for (const i of t) {
						const t = this._pointDataByTimePoint.get(i);
						if (void 0 === t) {
							const t = new Set;
							t.add(e);
							const r = {
								index: 0,
								series: t
							};
							this._pointDataByTimePoint.set(i, r), null !== s && s.push({
								timeMs: i,
								pointData: r
							})
						} else t.series.add(e)
					}
					return s
				}
				_futureBarsFirstPointIndex() {
					if (null === this._mainSymbolExtrapolator || 0 === this._sortedTimePoints.length)
						return 0;
					const e = this._mainSymbolExtrapolator.futureBars();
					return Object(o.upperbound_int)(e, this._sortedTimePoints[this._sortedTimePoints
						.length - 1].timeMs)
				}
				_futureBars() {
					return null === this._mainSymbolExtrapolator ? [] : this._mainSymbolExtrapolator
						.futureBars().slice(this._futureBarsFirstPointIndex(), this
							._futureBarsFirstPointIndex() + 1e3)
				}
				_cleanupPointsData(e) {
					for (const t of e) 0 === t.pointData.series.size && this._pointDataByTimePoint
						.delete(t.timeMs)
				}
				_updateTimeScalePoints(e) {
					let t = -1;
					for (let i = 0; i < this._sortedTimePoints.length && i < e.length; ++i) {
						const s = this._sortedTimePoints[i],
							r = e[i];
						if (s.timeMs !== r.timeMs) {
							t = i;
							break
						}
						r.markWeight = s.markWeight, r.displayTime = s.displayTime
					}
					if (t = v(t, this._sortedTimePoints.length, e.length), -1 === t) return null;
					for (let i = t; i < e.length; ++i) {
						e[i].pointData.index = i
					}
					this._fillPointsData(e, t);
					const i = m(this._sortedTimePoints, e, t);
					return this._sortedTimePoints = e, this._updateFutureBars(), {
						pointsIndex: t,
						indexChange: i
					}
				}
				_updateTimeScalePointsTail(e) {
					if (0 === e.length) return null;
					const t = Object(o.lowerbound)(this._sortedTimePoints, e[0].timeMs, (e, t) => e
						.timeMs < t);
					let i = -1;
					for (let s = 0; s < e.length; ++s) {
						const r = e[s],
							n = t + s;
						if (r.pointData.index = n, n >= this._sortedTimePoints.length) continue;
						this._sortedTimePoints[n].timeMs !== r.timeMs && -1 === i && (i = n)
					}
					const s = t + e.length;
					if (i = v(i, this._sortedTimePoints.length, s), -1 === i) return null;
					this._fillPointsData(e, 0, 0 === t || 0 === this._sortedTimePoints.length ? null :
						this._sortedTimePoints[t - 1].displayTime);
					const r = m(this._sortedTimePoints.slice(t), e).map(e => ({
						old: e.old + t,
						new: e.new === l.INVALID_TIME_POINT_INDEX ? e.new : e.new + t
					})); {
						const i = this._sortedTimePoints;
						let r = 0;
						for (; t + r < i.length && r < e.length;) i[t + r] = e[r], r += 1;
						for (; r < e.length; ++r) i.push(e[r]);
						i.length = s
					}
					return this._updateFutureBars(), {
						pointsIndex: i,
						indexChange: r
					}
				}
				_getBaseIndex() {
					return Math.max(0, this._sortedTimePoints.length - 1)
				}
				_fillPointsData(e, t, i = null) {
					this._fillDiplayTimeForPoints(e, t),
						function(e, t = 0, i = null) {
							let s = 0 === t || 0 === e.length ? i : e[t - 1].displayTime,
								r = null !== s ? new Date(1e3 * s) : null,
								n = 0;
							for (let i = t; i < e.length; ++i) {
								const t = e[i],
									o = new Date(1e3 * t.displayTime);
								t.markWeight = _(o, r), n += t.displayTime - (s || t.displayTime), r =
									o, s = t.displayTime
							}
							if (0 === t && e.length > 1 && null === i) {
								const t = Math.ceil(n / (e.length - 1)),
									i = new Date(1e3 * (e[0].displayTime - t));
								e[0].markWeight = _(new Date(1e3 * e[0].displayTime), i)
							}
						}(e, t, i)
				}
				_applyTimeScaleChanges(e, t) {
					if (null === e) return t ? (this._fillPointsData(this._sortedTimePoints, 0), {
						points: [],
						pointsIndex: 0,
						baseIndex: this._getBaseIndex(),
						indexChange: [],
						marks: this.tickMarks(0)
					}) : null;
					let i = e.pointsIndex;
					if (0 !== i && t && (this._fillPointsData(this._sortedTimePoints, 0), i = 0), 0 ===
						this._sortedTimePoints.length) return {
						baseIndex: 0,
						pointsIndex: 0,
						indexChange: [],
						marks: [],
						points: []
					};
					const s = [];
					for (let t = e.pointsIndex; t < this._sortedTimePoints.length; ++t) s.push(this
						._sortedTimePoints[t].timeMs / 1e3);
					return {
						...e,
						points: s,
						baseIndex: this._getBaseIndex(),
						marks: this.tickMarks(i)
					}
				}
				_fillDiplayTimeForPoints(e, t = 0) {
					if (null === this._mainSymbolExtrapolator) return;
					const i = this._mainSymbolExtrapolator.interval(),
						s = this._mainSymbolExtrapolator.barBuilder(),
						r = this._mainSymbolExtrapolator.symbolInfo(),
						o = null === this._displayTimezone ? Object(n.get_timezone)(r.timezone) : this
						._displayTimezone,
						l = 1 === this._seriesIds.size,
						h = i.isDWM(),
						u = h ? Object(a.createDwmAligner)(i.value(), {
							timezone: r.timezone,
							corrections: l ? r.corrections : void 0,
							session_holidays: l ? r.session_holidays : void 0,
							session: l ? r.session : "24x7"
						}) : null,
						d = !h;
					for (let r = t; r < e.length; ++r) {
						let t = e[r].timeMs / 1e3;
						g && (t = Object(c.a)(s, t, i)), null !== u && (t = Math.floor(u
							.timeToExchangeTradingDay(1e3 * t) / 1e3)), d && (t = Math.floor(Object(
							n.utc_to_cal_ts)(o, 1e3 * t) / 1e3)), e[r].displayTime = t
					}
				}
			}

			function v(e, t, i) {
				return -1 === e && t !== i && (e = i < t ? Math.max(0, i - 1) : t), e
			}
		},
		Vs8b: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "isMainSeriesState", (function() {
				return r
			})), i.d(t, "isStudyState", (function() {
				return n
			})), i.d(t, "isLineToolState", (function() {
				return o
			})), i.d(t, "isZOrderedSourceState", (function() {
				return a
			}));
			var s = i("CW80");

			function r(e) {
				return "MainSeries" === e.type
			}

			function n(e) {
				return Boolean(e.type) && e.type.toLowerCase().startsWith("study")
			}

			function o(e) {
				return Boolean(e.type) && Object(s.isLineToolName)(e.type)
			}

			function a(e) {
				return r(e) || n(e) || o(e)
			}
		},
		"W+6j": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			i("bmVy");
			var s = i("ww0J");
			window.t("Fundamental studies are no longer available on charts");
			class r extends s.a {
				constructor(e, t) {
					super(e, t), this._study = e
				}
				color() {
					return this._study.isFailed() || this._study.metaInfo && this._study.metaInfo()
						.isTVScriptStub ? "#ff0000" : super.color()
				}
				sourceStatusText() {
					this._study.status();
					return super.sourceStatusText()
				}
			}
		},
		WIS0: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "DatafeedRequestsCachedProcessor", (function() {
				return _
			}));
			var s = i("Eyy1"),
				r = i("LxhU"),
				n = i("Y7w9"),
				o = i("ocLq"),
				a = i("Kxc7"),
				l = i("IiTo"),
				c = i("OLhd"),
				h = i("5mo2");
			i("HbRj");

			function u(e, t) {
				return e.ticker + (e.currency_code ? "_#_" + e.currency_code : "") + (e.unit_id ? "_#_" + e
					.unit_id : "") + "_#_" + t
			}

			function d(e) {
				return new Date(e).toISOString()
			}
			class p {
				constructor(e, t, i, s, n, o) {
					this._cache = {
							bars: []
						}, this._nextSubscriptionId = 0, this._pendingSubscribers = [], this
						._subscribers = [], this._requesting = !1, this._leftDate = null, this
						._nextTime = null, this._realtimeOn = !1, this._endOfData = !1, this
						._resetCacheTimeout = null, this._errorMessage = null, this._destroyed = !1,
						this._emptyResponsesCount = 0, this._datafeed = e, this._symbolInfo = t, this
						._interval = r.Interval.parse(i), this._resolution = this._interval.value(),
						this._dwmAligner = n, this._serverTimeOffsetGetter = s, this
						._resetCacheTimePeriod = void 0 === o ? 1e4 : o, this._sessionSpec = new h
						.SessionSpec(t.timezone, t.session, t.session_holidays, t.corrections), this
						._updateDatesFromExpirationDate()
				}
				destroy() {
					0 !== this._subscribers.length && console.warn("Destroying with not-empty state"),
						this._clearResetCacheTimeout(), this._unsubscribeRealtime(), this._purgeCache(),
						delete this._datafeed, this._destroyed = !0
				}
				addSubscription(e, t, i) {
					const s = this._getNextSubscriptionId();
					this._pendingSubscribers.push({
							key: s,
							range: e,
							onHistoryCallback: t,
							onErrorCallback: i
						}), r.Interval.isDWM(this._resolution) && void 0 !== e.to && null !== this
						._dwmAligner && e.to % 864e5 && console.warn(
							`Internal error: invalid date for DWM resolution ${d(e.to)}, expected time without a time part`
						), this._clearResetCacheTimeout();
					return setTimeout(() => {
						this._destroyed || this._processPendingSubscribers()
					}, 0), s
				}
				removeSubscription(e) {
					const t = this._pendingSubscribers.find(t => t.key === e);
					if (t) return void this._pendingSubscribers.splice(this._pendingSubscribers.indexOf(
						t), 1);
					const i = this._subscribers.find(t => t.key === e);
					if (i) return this._subscribers.splice(this._subscribers.indexOf(i), 1), void(this
						._subscribers.length || (this._resetCacheTimeout = setTimeout(() => {
							this._resetCacheTimeout = null, this._purgeCache(), this
								._unsubscribeRealtime()
						}, this._resetCacheTimePeriod)));
					console.warn("Unknown subscription symbol={0}, resolution={1}, key={2}".format(this
						._symbolInfo.name, this._resolution, e))
				}
				_logMessage(e, t) {
					if (a.enabled("charting_library_debug_mode") || t) {
						const t = this._symbolInfo.currency_code,
							i = this._symbolInfo.unit_id;
						console.log(
							`FEED [${this._symbolInfo.name}|${this._resolution}${t ? "|" + t : ""}${i ? "|" + i : ""}]: ${e}`
						)
					}
				}
				_clearResetCacheTimeout() {
					null !== this._resetCacheTimeout && (clearTimeout(this._resetCacheTimeout), this
						._resetCacheTimeout = null)
				}
				_purgeCache() {
					this._logMessage("Reset cache"), this._cache = {
							bars: []
						}, this._errorMessage = null, this._leftDate = null, this._endOfData = !1, this
						._updateDatesFromExpirationDate()
				}
				_updateDatesFromExpirationDate() {
					void 0 !== this._symbolInfo.expiration_date && (this._nextTime = 1e3 * this
						._symbolInfo.expiration_date, this._leftDate = 1e3 * (this._symbolInfo
							.expiration_date + 1))
				}
				_dealignTime(e) {
					return null === this._dwmAligner ? e : this._dwmAligner.timeToExchangeTradingDay(e)
				}
				_normalizeRange(e) {
					const t = void 0 !== e.to ? e.to : this._dealignTime(this._now());
					if (0 === this._cache.bars.length || void 0 !== e.to && t <= Object(s.ensureNotNull)
						(this._leftDate)) return {
						countBack: e.countBack,
						to: t
					};
					const i = null !== this._dwmAligner ? this._dwmAligner.timeToSessionStart(t) : t,
						r = Object(n.lowerbound)(this._cache.bars, i, (e, t) => e.time < t);
					return e.countBack < r ? {
						countBack: 0,
						to: 0 !== e.countBack && r <= this._cache.bars.length ? this._dealignTime(
							this._cache.bars[r - e.countBack].time) : t
					} : {
						countBack: e.countBack - r,
						to: this._dealignTime(this._cache.bars[0].time)
					}
				}
				_processPendingSubscribers() {
					const e = this._pendingSubscribers;
					if (!e.length) return;
					if (this._requesting) return void this._logMessage(
						"Processing is skipped due active request");
					if (this._logMessage("Processing pending subscribers, count=" + e.length), this
						._errorMessage) {
						const t = this._errorMessage;
						return this._logMessage("Return error: " + t), this._pendingSubscribers = [],
							void e.forEach(e => {
								e.onErrorCallback(t)
							})
					}
					let t = this._normalizeRange(e[0].range);
					for (const i of e.map(e => this._normalizeRange(e.range)))(i.to < t.to || i.to === t
						.to && i.countBack > t.countBack) && (t = i);
					this._logMessage(
						`Leftmost subscriber requires ${t.countBack} bars prior ${d(t.to)}`);
					!(null === this._leftDate || t.to < this._leftDate && (null === this._nextTime || t
						.to < this._nextTime) || 0 !== t.countBack) || this._endOfData ? (this
						._pendingSubscribers = [], e.forEach(e => {
							const t = this._moveSubscriberToRealtime(e);
							this._returnHistoryDataToSubscriber(e, t)
						}), this._subscribeRealtimeIfNeeded()) : this._ensureRequestedTo(t)
				}
				_moveSubscriberToRealtime(e) {
					const t = {
						key: e.key,
						onHistoryCallback: e.onHistoryCallback,
						barset: null
					};
					return this._subscribers.push(t), t
				}
				_isSymbolExpired() {
					return this._symbolInfo.expired || void 0 !== this._symbolInfo.expiration_date
				}
				_subscribeRealtimeIfNeeded() {
					!this._subscribers.length || this._realtimeOn || this._isSymbolExpired() || this
						._subscribeRealtime()
				}
				_subscribeRealtime() {
					if (this._symbolInfo.expired || this._realtimeOn) return;
					this._realtimeOn = !0, this._datafeed.subscribeBars(this._symbolInfo, this
						._resolution, e => {
							null !== this._dwmAligner && (e.time = this._dwmAligner
									.timeToSessionStart(e.time)), this._putToCacheNewBar(e), this
								._subscribers.forEach(t => {
									const i = t.barset;
									if (null === i) throw new Error(
										"subscriber.barset is null");
									i.add(e), t.onHistoryCallback(i)
								})
						}, u(this._symbolInfo, this._resolution), () => {
							this._unsubscribeRealtime();
							const e = this._leftDate;
							this._purgeCache(), null !== e && this._ensureRequestedTo({
								to: e,
								countBack: 0
							})
						}), this._logMessage("Subscribed to realtime")
				}
				_unsubscribeRealtime() {
					!this._isSymbolExpired() && this._realtimeOn && (this._datafeed.unsubscribeBars(u(
						this._symbolInfo, this._resolution)), this._logMessage(
						"Unsubscribed from realtime"), this._realtimeOn = !1)
				}
				_returnHistoryDataToSubscriber(e, t) {
					const i = this._normalizeRange(e.range),
						s = this._createBarsetForRange(i);
					s.count() > 0 ? this._logMessage(
							"Bars to return for request {0}: total {1} bars in [{2} ... {3}] ".format(e
								.key, s.count(), d(s.bars[0].time), d(s.bars[s.count() - 1].time))) :
						this._logMessage("Request {0}. Nothing to return.".format(e.key)), t.barset = s,
						this._endOfData && null !== this._leftDate && i.to <= this._leftDate && (s
							.endOfData = !0), e.onHistoryCallback(s)
				}
				_createBarsetForRange(e) {
					const t = null !== this._dwmAligner ? this._dwmAligner.timeToSessionStart(e.to) : e
						.to,
						i = Object(n.lowerbound)(this._cache.bars, t, (e, t) => e.time < t),
						r = new o.BarSet(this._symbolInfo, this._cache.bars.slice(Math.max(0, i - e
							.countBack)));
					return 0 !== r.bars.length ? r.firstLoadedTimeMs = this._dealignTime(r.bars[0]
							.time) : 0 !== this._cache.bars.length ? r.firstLoadedTimeMs = this
						._dealignTime(this._cache.bars[this._cache.bars.length - 1].time) : r
						.firstLoadedTimeMs = this._dealignTime(Object(s.ensureNotNull)(this._leftDate)),
						r
				}
				_ensureRequestedTo(e) {
					var t;
					let i;
					if (this._requesting && this._logMessage(
							"Internal error: trying to call getBars while the previous request is active",
							!0), null !== this._leftDate) i = this._leftDate;
					else {
						const e = this._now();
						if (null === this._dwmAligner) i = e;
						else {
							let t = this._sessionSpec.alignToNearestSessionStart(new Date(e), 1)
								.getTime();
							if (t < e) {
								const e = this._sessionSpec.alignToNearestSessionEnd(new Date(t), 1)
									.getTime();
								t = this._sessionSpec.alignToNearestSessionStart(new Date(e + 1e3), 1)
									.getTime()
							}
							i = this._dealignTime(t)
						}
					}
					const s = Object(l.alignPeriodsBackForDataRequest)(this._symbolInfo.session, this
						._symbolInfo.session_holidays, this._symbolInfo.corrections, this._interval
						.letter(), this._interval.multiplier(), e.countBack, Math.min(e.to, i,
							null !== (t = this._nextTime) && void 0 !== t ? t : 1 / 0));
					let r = e.countBack;
					if (e.to < i && (r += Object(l.getPeriodsBetweenDates)(this._symbolInfo.session,
							this._symbolInfo.session_holidays, this._symbolInfo.corrections, this
							._interval.letter(), this._interval.multiplier(), e.to, i)), null !== this
						._leftDate && this._leftDate < s) return void this._processPendingSubscribers();
					const n = this._isSymbolExpired() ? 0 === this._cache.bars.length : null === this
						._leftDate;
					this._requesting = !0, this._nextTime = null, this._leftDate = s;
					const o = `[${d(s)} ... ${d(i)}, ${r} bars]`;
					this._logMessage("Requesting data: " + o);
					let a = !1;
					const c = s / 1e3,
						h = i / 1e3;
					this._datafeed.getBars(this._symbolInfo, this._resolution, {
						from: this._interval.isTicks() ? c : Math.floor(c),
						to: this._interval.isTicks() ? h : Math.floor(h),
						countBack: r,
						firstDataRequest: n
					}, (e, t) => {
						if (!this._destroyed)
							if (a) this._logMessage("getBars callback is already called before",
								!0);
							else {
								if (a = !0, e.length > 0) {
									const t =
										` [${d(e[0].time)} ... ${d(e[e.length - 1].time)}]`;
									this._logMessage(
										`Receiving bars: total ${e.length} bars in ${t}, requested range: ${o}`
									)
								} else this._logMessage(
									"Receiving bars: barset is empty, requested range: " + o
								);
								this._requesting = !1, this._processBars(e, t)
							}
					}, e => {
						this._destroyed || (a ? this._logMessage(
							"getBars callback is already called before", !0) : (a = !0,
							this._requesting = !1, this._errorMessage = e || null, this
							._processPendingSubscribers()))
					})
				}
				_processBars(e, t) {
					this._checkBars(e), this._alignBarsTime(e), e.length > 0 ? (this
							._emptyResponsesCount = 0, this._processFullBarset(e, t)) : (this
							._emptyResponsesCount += 1, this._processEmptyBarset(t)), this
						._processPendingSubscribers()
				}
				_processEmptyBarset(e) {
					e && e.nextTime ? (this._logMessage("Next time received: `{0}`".format(d(1e3 * e
						.nextTime))), this._nextTime = 1e3 * e.nextTime) : e && e.noData ? (this
						._logMessage("EOD received"), this._setEndOfData()) : this._logMessage(
						"nextTime or noData should present in metainfo when empty barset is returned"
					), 50 === this._emptyResponsesCount && (this._logMessage(
						"EOD detected due 50 empty responses in a row"), this._setEndOfData())
				}
				_setEndOfData() {
					this._endOfData = !0,
						this._cache.bars.length && (this._leftDate = this._dealignTime(this._cache.bars[
							0].time))
				}
				_processFullBarset(e, t) {
					this._putToCache(e) ? null !== this._leftDate && 0 !== this._cache.bars.length && (
						this._interval.isTicks() ? this._leftDate = this._dealignTime(this._cache
							.bars[0].time) : this._leftDate = Math.min(this._leftDate, this
							._dealignTime(this._cache.bars[0].time))) : this._logMessage(
						"Incremental update failed. Starting full update. Returned data should be in the requested range.",
						!0), t && t.nextTime ? console.warn(
						"nextTime should be set when there is no data in the requested period only"
					) : t && t.noData && console.warn(
						"noData should be set when there is no data in the requested period and earlier only"
					)
				}
				_getNextSubscriptionId() {
					return this._nextSubscriptionId++
				}
				_checkBars(e, t = !1) {
					if (a.enabled("charting_library_debug_mode"))
						for (let i = 1; i < e.length; i++) {
							if (e[i].time <= e[i - 1].time) {
								let s =
									"Wrong bars time: time {0} of bar {1} should be more than time {2} of bar {3}"
									.format(e[i].time, i, e[i - 1].time, i - 1);
								t && null !== this._dwmAligner && (s +=
									"\nCheck that you provide DWM bars without time part, i.e. 00:00 GMT"
								), console.error(s)
							} ["high", "low", "open", "close", "time"].some(t => "number" != typeof e[i]
								[t] || !isFinite(e[i][t])) && console.error(
								"Wrong bars values: all OHLC values should be numbers")
						}
				}
				_putToCache(e) {
					if (0 === e.length) return !0;
					if (this._cache.bars.length === e.length && this._cache.bars[0].time === e[0]
						.time && this._cache.bars[this._cache.bars.length - 1].time === e[e.length - 1]
						.time) return this._logMessage(
						"Time range of received data is the same as cached one. Skip the update."
					), !0;
					if (0 !== this._cache.bars.length && e[e.length - 1].time === this._cache.bars[0]
						.time && this._cache.bars.splice(0, 1), 0 !== this._cache.bars.length && e[e
							.length - 1].time >= this._cache.bars[0].time) {
						const t = this._cache.bars[this._cache.bars.length - 1].time === e[e.length - 1]
							.time;
						if (this._cache.bars = [], !t) return this._leftDate = null, !1;
						this._logMessage(
							"Received history up to now instead of incremental update. Return exactly what is requested."
						)
					}
					return this._cache.bars = [...e, ...this._cache.bars], this._checkBars(this._cache
						.bars, !0), !0
				}
				_putToCacheNewBar(e) {
					const t = this._cache.bars.length,
						i = e.time,
						s = 0 === t ? NaN : this._cache.bars[t - 1].time;
					0 === t || s < i ? this._cache.bars.push(e) : s === i ? (this._interval.isTicks() &&
						this._logMessage("Received update for the last tick bar"), this._cache.bars[
							t - 1] = e) : console.error(
						"putToCacheNewBar: time violation, previous bar time: " + d(s) +
						" should be less or equal to new time: " + d(i))
				}
				_alignBarsTime(e) {
					if (this._dwmAligner)
						for (const t of e) t.time = this._dwmAligner.timeToSessionStart(t.time)
				}
				_now() {
					return Date.now() + 1e3 * this._serverTimeOffsetGetter() + 6e4
				}
			}
			class _ {
				constructor(e, t, i) {
					this._threads = {}, this._datafeed = e, this._serverTimeOffsetGetter = t, this
						._resetCacheTimePeriod = i
				}
				destroy() {
					this._forEachThread((e, t) => t.destroy()), this._threads = {}, delete this
						._datafeed
				}
				purgeCache() {
					this._forEachThread((e, t) => t.destroy()), this._threads = {}
				}
				subscribe(e, t, i, s, r) {
					const n = u(e, t);
					this._threads[n] || (this._threads[n] = this._createThread(e, t));
					return n + '"' + this._threads[n].addSubscription(i, s, r)
				}
				unsubscribe(e) {
					const t = e.split('"');
					if (2 !== t.length) return void console.warn("Wrong guid format");
					const i = t[0],
						s = parseInt(t[1]);
					this._threads.hasOwnProperty(i) ? this._threads[i].removeSubscription(s) : console
						.warn("Data thread doesnt exist: " + e)
				}
				_createThread(e, t) {
					return new p(this._datafeed, e, t, this._serverTimeOffsetGetter, Object(c
						.createDwmAligner)(t, e), this._resetCacheTimePeriod)
				}
				_forEachThread(e) {
					Object.keys(this._threads).forEach(t => e(t, this._threads[t]))
				}
			}
		},
		WPQD: function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("Ss5c").LineDataSource,
					r = i("Ocx9").DefaultProperty;
				class n extends s {
					constructor(e, t) {
						super(e, t || n.createProperties()), this._trendLinePaneView = null, i.e(
							"lt-pane-views").then(i.t.bind(null, "ocVb", 7)).then(({
							TrendLinePaneView: e
						}) => {
							this._trendLinePaneView = new e(this, this._model), this
								._setPaneViews([this._trendLinePaneView])
						})
					}
					dataAndViewsReady() {
						return s.prototype.dataAndViewsReady.call(this) && this
							._trendLinePaneView && this._trendLinePaneView.iconsReady()
					}
					stop() {
						super.stop()
					}
					pointsCount() {
						return 2
					}
					name() {
						return "Trend Line"
					}
					canHasAlert() {
						return !0
					}
					_getAlertPlots() {
						return [this._linePointsToAlertPlot(this._points, null, this.properties()
							.extendLeft.value(), this.properties().extendRight.value())]
					}
					async _getPropertyDefinitionsViewModelClass() {
						return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null,
							"auWl"))).TrendLineDefinitionsViewModel
					}
					template() {
						var e = s.prototype.template.call(this);
						return e.text = this.properties().childs().text.value(), e.showLabel = this
							.properties().childs().showLabel.value(), e
					}
					_applyTemplateImpl(e) {
						super._applyTemplateImpl(e), this.properties().childs().text.setValue(e
							.text || ""), this.properties().childs().showLabel.setValue(Boolean(
							e.showLabel))
					}
					_snapTo45DegreesAvailable() {
						return !0
					}
					static createProperties(e) {
						var t = new r("linetooltrendline", e);
						return n._configureProperties(t), t
					}
					static _configureProperties(t) {
						s._configureProperties(t), t.hasChild("text") || t.addChild("text", new e(
							"")), t.addExclusion("text"), t.addExclusion("showLabel")
					}
				}
				t.LineToolTrendLine = n
			}).call(this, i("tc+8"))
		},
		WTyR: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("ocLq");
			class r {
				constructor(e) {
					this._haveAnyVolume = !1, this._isDisabled = !1, this._seriesGetter = e
				}
				update(e, t) {
					if (this._haveAnyVolume || this._isDisabled) return;
					const i = this._seriesGetter.volume().get(e);
					0 !== i && Number.isFinite(i) && (this._haveAnyVolume = !0), t && (this
						._haveAnyVolume || s.Std.error(
							"The data vendor doesn't provide volume data for this symbol."), this
						._isDisabled = !0)
				}
			}
		},
		WYmP: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("oamr"),
				r = i("dhFz");
			class n {
				constructor() {
					this._items = [], this._owner = null
				}
				primitivesData(e) {
					const t = [];
					for (const i of this._items) e.isIgnoredObj(i) || t.push(i.primitiveData());
					return t
				}
				get(e) {
					return this._items[e]
				}
				set(e, t) {
					return this.dirty(), t.setOwner(this), this._items[e] = t, t
				}
				addAtIndex(e, t) {
					this.dirty(), t.setOwner(this), this._items[e] = t
				}
				clear() {
					this._unsetOwner(this._items), this._items = [], this.dirty()
				}
				addAllFromNumber(e, t) {
					this.setOwner(t), this._items.splice(e, 0, ...t._items);
					return this._setCachedDataValid(!1), !0
				}
				addAll(e) {
					this.setOwner(e), this._items.push(...e._items);
					return this._setCachedDataValid(!1), !0
				}
				remove(e) {
					const t = this._items[e];
					return this._items.splice(e, 1), t.unsetOwner(this), this.dirty(), t
				}
				getItems() {
					return this._items
				}
				size() {
					return this._items.length
				}
				add(e) {
					e.setOwner(this), this._items.push(e);
					return this._setCachedDataValid(!1), !0
				}
				deleteErasedItems() {
					this._items = this._items.filter(e => !e.isErased())
				}
				markPostedItems() {
					for (const e of this._items) e.markAsPosted()
				}
				isNaN() {
					if (0 === this._items.length) return !0;
					for (const e of this._items) {
						if (!Object(r.a)(e)) return !1;
						if (!e.isNaN()) return !1
					}
					return !0
				}
				setOwner(e) {
					this._owner = e
				}
				dirty() {
					null !== this._owner && this._owner.dirty()
				}
				_unsetOwner(e) {
					for (const t of e) t instanceof s.a && t.unsetOwner(this)
				}
				_setCachedDataValid(e) {
					e || this.dirty()
				}
			}
		},
		"Wh/T": function(e, t, i) {
			"use strict";
			var s = i("Kxc7");
			window.onload = function() {
				location.hostname.indexOf(".") >= 0 && ! function() {
					try {
						return /^(192|172|10)\.[0-9][0-9][0-9]\.[0-9][0-9][0-9]\.[0-9][0-9][0-9]/
							.test(location.hostname) || /^.*((?:\.local)|localhost)$/.test(location
								.hostname)
					} catch (e) {
						return !1
					}
				}() && setTimeout((function() {
					try {
						var e = function() {
							var e = 0;
							return JSON.parse(urlParams.logo).image && (e = "C", s
								.enabled("link_to_tradingview") || (e = "D")), e
						}();
						window.ga && (0 !== e && window.ga("send", "event", "s", e),
							urlParams.utm || window.ga("send", "event", "l"))
					} catch (e) {}
				}), 3e4)
			}
		},
		Wh6B: function(e, t, i) {
			"use strict";
			var s = i("Eyy1").ensureNotNull,
				r = i("Ss5c").LineDataSource,
				n = i("Ocx9").DefaultProperty,
				o = i("08i5");
			class a extends r {
				constructor(e, t) {
					super(e, t || a.createProperties()), this._predictionPaneView = null, i.e(
						"lt-pane-views").then(i.t.bind(null, "Ay2m", 7)).then(({
						PredictionPaneView: e
					}) => {
						this._predictionPaneView = new e(this, this._model), this._setPaneViews(
							[this._predictionPaneView])
					})
				}
				dataAndViewsReady() {
					return r.prototype.dataAndViewsReady.call(this) && this._predictionPaneView && this
						._predictionPaneView.iconsReady()
				}
				isSynchronizable() {
					return !1
				}
				status() {
					return this._properties.status.value()
				}
				setStatus(e) {
					return this._properties.status.setValue(e)
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Forecast"
				}
				restorePoints(e, t, i) {
					super.restorePoints(e, t, i), this.checkAlert()
				}
				checkAlert() {
					if (!(this._points.length < 2 || this._model.mainSeries().bars().isEmpty())) {
						var e = this._points[1];
						if (this.status()) e.index > this._model.timeScale().baseIndex() && this
							.setStatus(o.AlertStatus.Waiting);
						else {
							var t = this._model.mainSeries().bars().valueAt(e.index);
							if (null !== t) {
								var i = this.direction();
								if (i === o.Direction.Up && t[TradingView.HIGH_PLOT] >= e.price) this
									.setStatus(o.AlertStatus.Success);
								else if (i === o.Direction.Down && t[TradingView.LOW_PLOT] <= e.price)
									this.setStatus(o.AlertStatus.Success);
								else {
									var r = s(this._model.mainSeries().bars().lastIndex());
									e.index !== r && this.setStatus(o.AlertStatus.Failure)
								}
							}
						}
					}
				}
				addPoint(e) {
					var t = r.prototype.addPoint.call(this, e);
					return t && this.checkAlert(), t
				}
				endChanging() {
					super.endChanging(), this.setStatus(o.AlertStatus.Waiting), this.checkAlert()
				}
				onData(e) {
					super.onData(e), this.checkAlert()
				}
				endMoving() {
					super.endMoving(),
						this.setStatus(o.AlertStatus.Waiting), this.checkAlert()
				}
				direction() {
					if (this.points().length < 2) return o.Direction.Up;
					var e = this.points()[0];
					return this.points()[1].price > e.price ? o.Direction.Up : o.Direction.Down
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "Pwwq")))
						.PredictionDefinitionsViewModel
				}
				cloneable() {
					return !1
				}
				static createProperties(e) {
					var t = new n("linetoolprediction", e);
					return a._configureProperties(t), t
				}
				static _configureProperties(e) {
					r._configureProperties(e), e.merge({
						status: o.AlertStatus.Waiting
					})
				}
			}
			t.LineToolPrediction = a
		},
		WkOR: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			})), i.d(t, "b", (function() {
				return a
			}));
			var s = i("Kxc7");
			const r = s.enabled("uppercase_instrument_names");

			function n(e, t) {
				return void 0 === e ? void 0 === t : void 0 !== t && (r ? e.toUpperCase() === t
					.toUpperCase() : e === t)
			}

			function o(e, t) {
				return e.some(e => n(t, e))
			}

			function a(e, t, i) {
				if (n(t, e)) return !0;
				if (i) {
					if (n(i.full_name, e) || n(i.pro_name, e)) return !0;
					if (n(i.ticker, e)) return !0;
					if (i.aliases && o(i.aliases, e)) return !0;
					if (i.alternatives && o(i.alternatives, e)) return !0;
					if (0 === e.indexOf("FRA:") && n(i.pro_name, e.replace("FRA:", "FWB:"))) return !0
				}
				return !1
			}
		},
		WkYF: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolDateRange", (function() {
				return a
			}));
			var s = i("Eyy1"),
				r = i("Ocx9"),
				n = i("Ss5c"),
				o = i("585y");
			class a extends n.LineDataSource {
				constructor(e, t) {
					super(e, t || a.createProperties()), this._volumeCalculator = null, i.e(
						"lt-pane-views").then(i.bind(null, "3xLB")).then(e => {
						this._setPaneViews([new e.DateRangePaneView(this, this._model)])
					})
				}
				destroy() {
					super.destroy(), null !== this._volumeCalculator && this._volumeCalculator
						.destroy()
				}
				pointsCount() {
					return 2
				}
				properties() {
					return super.properties()
				}
				name() {
					return "Date Range"
				}
				volume() {
					if (null === this._volumeCalculator) return NaN;
					const e = this.points();
					return this._volumeCalculator.volume(e[0].index, e[1].index)
				}
				setOwnerSource(e) {
					e === this._model.mainSeries() && (Object(s.assert)(null === this
						._volumeCalculator), this._volumeCalculator = new o.a(this._model
						.mainSeries())), super.setOwnerSource(e)
				}
				static createProperties(e) {
					const t = new r.DefaultProperty("linetooldaterange", e);
					return a._configureProperties(t), t
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "Ax76")))
						.GeneralDatePriceRangeDefinitionsViewModel
				}
				static _configureProperties(e) {
					n.LineDataSource._configureProperties(e)
				}
			}
		},
		WmDe: function(e, t, i) {
			"use strict";
			TradingView.Pro = function() {
				this.hasPackage = function() {
					return !1
				}
			}, window.user = {
				is_pro: !1,
				settings: {}
			}, TradingView.Pro.prototype.isPaidPro = function() {
				return !1
			}, TradingView.Pro.prototype.isSupportAvailable = function() {
				return !1
			}, TradingView.Pro.prototype.getStudies = function() {
				return []
			}, TradingView.Pro.prototype.getProduct = function() {
				return {}
			}, TradingView.Pro.prototype.getStudiesOrder = function() {
				return []
			}
		},
		Wo0S: function(e, t, i) {
			e.exports = {
				"common-tooltip": "common-tooltip-36YLR71G",
				"common-tooltip--hidden": "common-tooltip--hidden-36YLR71G",
				"common-tooltip--horizontal": "common-tooltip--horizontal-36YLR71G",
				"common-tooltip--farther": "common-tooltip--farther-36YLR71G",
				"common-tooltip--vertical": "common-tooltip--vertical-36YLR71G",
				"common-tooltip-farther": "common-tooltip-farther-36YLR71G",
				"common-tooltip--direction_normal": "common-tooltip--direction_normal-36YLR71G",
				"common-tooltip__body": "common-tooltip__body-36YLR71G",
				"common-tooltip__button-container": "common-tooltip__button-container-36YLR71G",
				"common-tooltip__body--no-buttons": "common-tooltip__body--no-buttons-36YLR71G",
				"common-tooltip__button": "common-tooltip__button-36YLR71G",
				"common-tooltip--direction_reversed": "common-tooltip--direction_reversed-36YLR71G",
				"common-tooltip__ear-holder": "common-tooltip__ear-holder-36YLR71G",
				"common-tooltip__ear-holder--below": "common-tooltip__ear-holder--below-36YLR71G",
				"common-tooltip__ear-holder--above": "common-tooltip__ear-holder--above-36YLR71G",
				"common-tooltip__ear-holder--before": "common-tooltip__ear-holder--before-36YLR71G",
				"common-tooltip__ear-holder--after": "common-tooltip__ear-holder--after-36YLR71G",
				"common-tooltip__body--with-hotkey": "common-tooltip__body--with-hotkey-36YLR71G",
				"common-tooltip__body--width_wide": "common-tooltip__body--width_wide-36YLR71G",
				"common-tooltip__body--width_narrow": "common-tooltip__body--width_narrow-36YLR71G",
				"common-tooltip__body--no-padding": "common-tooltip__body--no-padding-36YLR71G",
				"common-tooltip__hotkey-block": "common-tooltip__hotkey-block-36YLR71G",
				"common-tooltip__hotkey-block--divider": "common-tooltip__hotkey-block--divider-36YLR71G",
				"common-tooltip__hotkey-text": "common-tooltip__hotkey-text-36YLR71G",
				"common-tooltip__hotkey-button": "common-tooltip__hotkey-button-36YLR71G",
				"common-tooltip__plus-sign": "common-tooltip__plus-sign-36YLR71G"
			}
		},
		Wt0y: function(e, t, i) {
			"use strict";

			function s(e = location.host) {
				return -1 !== ["i18n.tradingview.com", "partial.tradingview.com", "www.tradingview.com",
						"wwwcn.tradingview.com"
					].indexOf(e) || -1 !== ["d33t3vvu2t2yu5.cloudfront.net", "dwq4do82y8xi7.cloudfront.net",
						"s.tradingview.com", "s3.tradingview.com"
					].indexOf(e) || e.match(/^[a-z]{2}\.tradingview\.com/) || e.match(
						/prod-[^.]+.tradingview.com/) ? "battle" : e.includes("tradingview.com") || e
					.includes("staging") ? "staging" : e.match(/webcharts/) ? "staging_local" : (e.match(
						/^localhost(:\d+)?$/), "local")
			}

			function r() {
				return "local" === s()
			}

			function n() {
				return "battle" === s()
			}

			function o() {
				return !n()
			}
			i.r(t), i.d(t, "environment", (function() {
				return s
			})), i.d(t, "isLocal", (function() {
				return r
			})), i.d(t, "isProd", (function() {
				return n
			})), i.d(t, "isDebug", (function() {
				return o
			}))
		},
		X0WL: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			}));
			class s {
				constructor(e) {
					this._colorProperty = e
				}
				size() {
					return "13px"
				}
				bold() {
					return !1
				}
				color() {
					return this._colorProperty.value()
				}
			}
		},
		XAms: function(e, t, i) {
			"use strict";

			function s(e) {
				e.preventDefault()
			}
			i.d(t, "a", (function() {
				return s
			})), i.d(t, "b", (function() {
				return n
			}));
			const r = ["input:not([type])", 'input[type="text"]', 'input[type="email"]',
				'input[type="password"]', 'input[type="search"]', 'input[type="number"]',
				'input[type="url"]', "textarea", "a[href]", '*[contenteditable="true"]',
				"[data-allow-context-menu]"
			];

			function n(e) {
				const t = e.target;
				t && !t.closest(r.join(", ")) && e.preventDefault()
			}
		},
		XFad: function(e, t, i) {
			"use strict";
			var s = i("5rJj"),
				r = i("aDyP").LineToolPitchfork;
			class n extends r {
				constructor(e, t) {
					super(e, t || n.createProperties())
				}
				name() {
					return "Schiff Pitchfork"
				}
				static createProperties(e) {
					var t = new s("linetoolschiffpitchfork2", e, !1, {
						range: [0, 8]
					});
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					r._configureProperties(e)
				}
			}
			t.LineToolSchiffPitchfork2 = n
		},
		XPit: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "TimePointIndexSearchMode", (function() {
				return s
			})), i.d(t, "seriesPlotFunctionMap", (function() {
				return l
			})), i.d(t, "barFunction", (function() {
				return c
			})), i.d(t, "SeriesData", (function() {
				return u
			}));
			var s, r = i("Eyy1"),
				n = i("k9/m");
			! function(e) {
				e[e.FromLeft = -1] = "FromLeft", e[e.FromRight = 1] = "FromRight"
			}(s || (s = {}));
			const o = {
					open: e => e[1],
					high: e => e[2],
					low: e => e[3],
					close: e => e[4],
					hl2: e => (e[2] + e[3]) / 2,
					hlc3: e => (e[2] + e[3] + e[4]) / 3,
					ohlc4: e => (e[1] + e[2] + e[3] + e[4]) / 4
				},
				a = ["open", "high", "low", "close", "hl2", "hlc3", "ohlc4"];

			function l() {
				const e = new Map;
				return a.forEach((t, i) => {
					e.set(t, c(t))
				}), e
			}

			function c(e) {
				return o[e]
			}

			function h(e, t) {
				return null == e[t]
			}
			class u {
				constructor() {
					this.m_bars = new n.PlotList(l(), h), this.m_nsBars = new n.PlotList(l(), h)
				}
				bars() {
					return this.m_bars
				}
				nsBars() {
					return this.m_nsBars
				}
				size() {
					return this.m_bars.size() + this.m_nsBars.size()
				}
				each(e) {
					this.m_bars.each(e), this.m_nsBars.each(e)
				}
				clear() {
					this.m_bars.clear(), this.m_nsBars.clear(), this.lastProjectionPrice = void 0
				}
				isEmpty() {
					return this.m_bars.isEmpty() && this.m_nsBars.isEmpty()
				}
				first() {
					return this.m_bars.isEmpty() ? this.m_nsBars.first() : this.m_bars.first()
				}
				last() {
					return this.m_nsBars.isEmpty() ? this.m_bars.last() : this.m_nsBars.last()
				}
				search(e, t) {
					return this.nsBars().isEmpty() ? this.bars().search(e, t) : this.bars().isEmpty() ||
						Object(r.ensureNotNull)(this.nsBars().firstIndex()) <= e ? this.nsBars().search(
							e, t) : this.bars().search(e, t)
				}
				valueAt(e) {
					const t = this.search(e);
					return null !== t ? t.value : null
				}
				plotValueToTimePointIndex(e, t, i) {
					if (i === s.FromRight) {
						const i = (i, s) => {
								const r = s[t];
								return null != r && e >= r
							},
							s = this.m_bars.findLast(i);
						if (null !== s) return s.index;
						const r = this.m_nsBars.findLast(i);
						return null !== r ? r.index : this.m_bars.firstIndex()
					}
					if (i === s.FromLeft) {
						const i = (i, s) => {
								const r = s[t];
								return null != r && e <= r
							},
							s = this.m_bars.findFirst(i);
						if (null !== s) return s.index;
						const r = this.m_nsBars.findFirst(i);
						return null !== r ? r.index : this.m_bars.lastIndex()
					}
					throw new Error("plotValueToTimePointIndex: unsupported search mode")
				}
				moveData(e) {
					this.m_bars.move(e), this.m_nsBars.move(e)
				}
			}
		},
		XRI5: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SymbolExtrapolator", (function() {
				return c
			}));
			var s = i("Eyy1"),
				r = i("Y7w9"),
				n = i("IiTo"),
				o = i("IDnv"),
				a = i("LxhU");

			function l(e, t) {
				return e.length > t
			}
			class c {
				constructor(e, t, i = 2e5) {
					this._firstRealBarTimeMs = null, this._historyBarsCache = [],
						this._projectionFirstIndex = 1 / 0, this._barsTimes = [], this
						._minFutureBarsCount = 0, this._lastRealBarTimeMs = null, this
						._futureBarsCache = [], this._symbolInfo = e, this._interval = a.Interval.parse(
							t), this._extrapolateLimit = i, this._barBuilder = Object(n.newBarBuilder)(
							t, new n.SessionInfo(e.timezone, e.session, e.session_holidays, e
								.corrections), null)
				}
				destroy() {
					this.clear()
				}
				interval() {
					return this._interval
				}
				barBuilder() {
					return this._barBuilder
				}
				symbolInfo() {
					return this._symbolInfo
				}
				clear() {
					this._firstRealBarTimeMs = null, this._historyBarsCache = [], this._barsTimes = [],
						this._lastRealBarTimeMs = null, this._futureBarsCache = [], this
						._minFutureBarsCount = 0, this._projectionFirstIndex = 1 / 0
				}
				firstFutureBarIndex() {
					return this._barsTimes.length
				}
				futureBars() {
					return this._futureBarsCache
				}
				replaceBarsTimesTail(e, t = e.length) {
					if (0 === e.length) return;
					if (0 === this._barsTimes.length) return void this.setBarsTimes(e, t);
					const i = e[0],
						n = this._barsTimes[this._barsTimes.length - 1],
						o = i > n ? this._barsTimes.length : Object(r.lowerbound_int)(this._barsTimes,
							i);
					0 !== o ? (this._barsTimes.splice(o, this._barsTimes.length, ...e), this
						._projectionFirstIndex = t === e.length ? this._barsTimes.length : this
						._barsTimes.indexOf(e[t]), Object(s.assert)(-1 !== this
							._projectionFirstIndex, "something went wrong"), n !== e[e.length -
							1] && this._setLastRealBarTime(e[e.length - 1])) : this.setBarsTimes(e,
						t)
				}
				setBarsTimes(e, t = e.length) {
					const i = this._barsTimes;
					if (this._barsTimes = e.slice(), this._projectionFirstIndex = 0 === this._barsTimes
						.length ? 1 / 0 : t, 0 === e.length) return this._historyBarsCache = [], this
						._futureBarsCache = [], this._firstRealBarTimeMs = null, void(this
							._lastRealBarTimeMs = null);
					0 !== i.length && i[i.length - 1] === e[e.length - 1] || this._setLastRealBarTime(e[
						e.length - 1]), 0 !== i.length && i[0] === e[0] || (this
						._historyBarsCache = [], this._firstRealBarTimeMs = e[0])
				}
				extrapolateTimeWithOffsetToTime(e, t) {
					if (0 === t) return {
						timeMs: e,
						exact: !0
					};
					0 === this._barsTimes.length && (t < 0 ? null === this._firstRealBarTimeMs ? this
						._firstRealBarTimeMs = e : (this._extendHistoryCacheToTimeFromRight(Math
							.min(e, null !== this._lastRealBarTimeMs ? this._lastRealBarTimeMs :
								1 / 0)), this._ensureExtrapolatedToHistoryTime(e)) : null === this
						._lastRealBarTimeMs ? this._lastRealBarTimeMs = e : (this
							._extendFutureCacheToTimeFromLeft(Math.max(e, null !== this
								._firstRealBarTimeMs ? this._firstRealBarTimeMs : 1 / 0)), this
							._ensureExtrapolatedToFutureTime(e)));
					const i = this.indexOfTime(e);
					if (null === i) return null;
					const s = this._timeOfBarIndex(i.index + t);
					return null === s ? null : ((i.index < 0 || this._projectionFirstIndex <= i
						.index) && (s.exact = !1), s)
				}
				indexOfTime(e) {
					if (null !== this._firstRealBarTimeMs && e < this._firstRealBarTimeMs) {
						this._ensureExtrapolatedToHistoryTime(e);
						let t = Object(r.lowerbound_int)(this._historyBarsCache, e);
						if (0 !== this._historyBarsCache.length && 0 === t && e < this
							._historyBarsCache[0]) return null;
						t !== this._historyBarsCache.length && this._historyBarsCache[t] === e || (t -=
							1);
						return {
							index: t - this._historyBarsCache.length,
							timeMs: this._historyBarsCache[t]
						}
					}
					if (null !== this._lastRealBarTimeMs && e > this._lastRealBarTimeMs) {
						this._ensureExtrapolatedToFutureTime(e);
						let t = Object(r.lowerbound_int)(this._futureBarsCache, e);
						if (0 !== this._futureBarsCache.length && t === this._futureBarsCache.length &&
							e > this._futureBarsCache[this._futureBarsCache.length - 1]) return null;
						this._futureBarsCache[t] !== e && (t -= 1);
						const i = Math.max(1, this._barsTimes.length) + t;
						return {
							index: i,
							timeMs: i === this._barsTimes.length - 1 ? Object(s.ensureNotNull)(this
								._lastRealBarTimeMs) : this._futureBarsCache[t]
						}
					}
					if (0 === this._barsTimes.length) return null !== this._firstRealBarTimeMs && this
						._firstRealBarTimeMs <= e || null !== this._lastRealBarTimeMs && e <= this
						._lastRealBarTimeMs ? {
							index: 0,
							timeMs: Object(s.ensureNotNull)(this._timeOfBarIndex(0)).timeMs
						} : null;
					let t = Object(r.lowerbound_int)(this._barsTimes, e);
					return this._barsTimes[t] !== e && (t -= 1), {
						index: t,
						timeMs: this._barsTimes[t]
					}
				}
				setMinFutureBarsCount(e) {
					this._minFutureBarsCount = e, 0 !== this._barsTimes.length && this
						._ensureExtrapolatedToFutureBar(e)
				}
				ensureExtrapolatedToFutureTime(e) {
					this._ensureExtrapolatedToFutureTime(e)
				}
				_setLastRealBarTime(e) {
					const t = this._futureBarsCache.length,
						i = Object(r.upperbound_int)(this._futureBarsCache, e);
					0 === i ? this._extendFutureCacheToTimeFromLeft(e) : (this._lastRealBarTimeMs = e,
							this._futureBarsCache = this._futureBarsCache.slice(i)), this
						._ensureExtrapolatedToFutureBar(Math.max(t, this._minFutureBarsCount))
				}
				_timeOfBarIndex(e) {
					var t;
					if (e < 0) {
						const t = Math.abs(e);
						this._ensureExtrapolatedToHistoryBar(t);
						const i = this._historyBarsCache.length - t;
						return i < 0 ? null : {
							timeMs: this._historyBarsCache[i],
							exact: !1
						}
					}
					if (0 === e && 0 === this._barsTimes.length) return {
						timeMs: Object(s.ensureNotNull)(null !== (t = this._firstRealBarTimeMs) &&
							void 0 !== t ? t : this._lastRealBarTimeMs),
						exact: !1
					};
					if (e >= this._barsTimes.length) {
						const t = e - Math.max(1, this._barsTimes.length);
						return this._ensureExtrapolatedToFutureBar(t + 1), t >= this._futureBarsCache
							.length ? null : {
								timeMs: this._futureBarsCache[t],
								exact: !1
							}
					}
					return {
						timeMs: this._barsTimes[e],
						exact: e < this._projectionFirstIndex
					}
				}
				_extendFutureCacheFromRight(e) {
					const t = 0 !== this._futureBarsCache.length ? this._futureBarsCache[this
						._futureBarsCache.length - 1] : this._lastRealBarTimeMs;
					if (null === t) return !1;
					const i = e(t, this._futureBarsCache.length);
					return 0 !== i.length && (this._futureBarsCache = this._futureBarsCache.concat(i), !
						0)
				}
				_extendHistoryCacheFromLeft(e) {
					const t = 0 !== this._historyBarsCache.length ? this._historyBarsCache[0] : this
						._firstRealBarTimeMs;
					if (null === t) return;
					const i = e(t, this._historyBarsCache.length);
					this._historyBarsCache = i.concat(this._historyBarsCache)
				}
				_extendFutureCacheToTimeFromLeft(e) {
					if (null !== this._lastRealBarTimeMs && this._lastRealBarTimeMs <= e) return;
					if (Object(s.assert)(0 === this._barsTimes.length || e === this._barsTimes[this
							._barsTimes.length - 1], "invalid argument"), this._lastRealBarTimeMs = e,
						0 === this._futureBarsCache.length) return;
					const t = Object(o.extrapolateBarsFrontToTime)(this._barBuilder, e, this
						._futureBarsCache[0] - 1, this._extrapolateLimit, !0).times;
					this._futureBarsCache = t.concat(this._futureBarsCache)
				}
				_extendHistoryCacheToTimeFromRight(e) {
					if (null !== this._firstRealBarTimeMs && this._firstRealBarTimeMs >= e) return;
					if (Object(s.assert)(0 === this._barsTimes.length, "bars should be empty"), this
						._firstRealBarTimeMs = e,
						0 === this._historyBarsCache.length) return;
					const t = Object(o.extrapolateBarsFrontToTime)(this._barBuilder, this
						._historyBarsCache[this._historyBarsCache.length - 1], e - 1, this
						._extrapolateLimit, !0).times;
					this._historyBarsCache = this._historyBarsCache.concat(t)
				}
				_ensureExtrapolatedToFutureBar(e) {
					return !(this._futureBarsCache.length >= e || l(this._futureBarsCache, this
						._extrapolateLimit)) && this._extendFutureCacheFromRight((t, i) => Object(o
						.extrapolateBarsFrontByCount)(this._barBuilder, t, e - i, !0).times)
				}
				_ensureExtrapolatedToFutureTime(e) {
					null !== this._lastRealBarTimeMs && this._lastRealBarTimeMs >= e || l(this
							._futureBarsCache, this._extrapolateLimit) || 0 !== this._futureBarsCache
						.length && this._futureBarsCache[this._futureBarsCache.length - 1] >= e || (this
							._extendFutureCacheFromRight((t, i) => Object(o.extrapolateBarsFrontToTime)(
								this._barBuilder, t, e, this._extrapolateLimit, !0).times), this
							._futureBarsCache[this._futureBarsCache.length - 1] < e && this
							._ensureExtrapolatedToFutureBar(this._futureBarsCache.length + 1))
				}
				_ensureExtrapolatedToHistoryBar(e) {
					this._historyBarsCache.length >= e || l(this._historyBarsCache, this
						._extrapolateLimit) || this._extendHistoryCacheFromLeft((t, i) => Object(o
							.extrapolateBarsFrontByCount)(this._barBuilder, t, -(e - i), !0).times
						.reverse())
				}
				_ensureExtrapolatedToHistoryTime(e) {
					null !== this._firstRealBarTimeMs && this._firstRealBarTimeMs <= e || l(this
							._historyBarsCache, this._extrapolateLimit) || 0 !== this._historyBarsCache
						.length && this._historyBarsCache[0] <= e || (this._extendHistoryCacheFromLeft((
							t, i) => {
							const s = Object(o.extrapolateBarsFrontToTime)(this._barBuilder, t -
								1, e - 1, this._extrapolateLimit, !0).times;
							return s[s.length - 1] === t ? s.slice(0, -1) : s
						}), (0 === this._historyBarsCache.length || this._historyBarsCache[0] >
							e) && this._ensureExtrapolatedToHistoryBar(this._historyBarsCache
							.length +
							1))
				}
			}
		},
		XUCF: function(e, t, i) {
			"use strict";
			var s = i("Hr11").sign,
				r = i("Ss5c").LineDataSource,
				n = i("Ocx9").DefaultProperty;
			class o {
				constructor(e, t, i) {
					this._source = e, this._index = t, this._bars = i || []
				}
				setBars(e) {
					this._bars = e || []
				}
				clone(e) {
					return new o(e, this._index, TradingView.clone(this._bars))
				}
				createBar() {
					var e = this._source.properties().averageHL.value(),
						t = this._source.properties().variance.value() / 100,
						i = this._source._model.mainSeries().base(),
						s = Math.random(),
						r = e * (1 - 2 * s) * t,
						n = e * (1 + (.5 - (s = Math.random())) * t),
						o = r - n / 2,
						a = o + n;
					return {
						o: (o + Math.random() * n) / i,
						h: a / i,
						l: o / i,
						c: (o + Math.random() * n) / i
					}
				}
				generate() {
					this._bars = [];
					var e = this._source.points(),
						t = e[this._index],
						i = e[this._index + 1];
					if (t && i && t.index !== i.index) {
						this._avgHL = this._source.properties().averageHL.value(), this._variance = this
							._source.properties().variance.value() / 100;
						for (var r = this._index ? t.index + 1 : t.index, n = s(i.index - t.index), o =
								r; o !== i.index; o += n) this._bars.push(this.createBar())
					}
				}
				bars() {
					return this._bars
				}
				setSize(e) {
					if (e < this._bars.length) this._bars.splice(e, this._bars.length - e);
					else
						for (; this._bars.length < e;) this._bars.push(this.createBar())
				}
			}
			class a extends r {
				constructor(e, t, s) {
					var r = t || a.createProperties();
					if (super(e, r), this._segments = [], !s) {
						var n = Math.round(this.calculateATR(e));
						r.averageHL.setValue(n)
					}
					r.averageHL.listeners().subscribe(this, a.prototype.regenerate), r.variance
						.listeners().subscribe(this, a.prototype.regenerate), r.points || r.addProperty(
							"points"), this._currentAverageHL = this._properties.averageHL.value(), this
						._currentVariance = this._properties.variance.value(), this._currentInterval = e
						.mainSeries().interval(), this.properties().onRestoreFactoryDefaults()
						.subscribe(this, this._handleRestoringFactoryDefaults), i.e("lt-pane-views")
						.then(i.t.bind(null, "dMkl", 7)).then(({
							GhostFeedPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				isSynchronizable() {
					return !1
				}
				_handleRestoringFactoryDefaults() {
					var e = Math.round(this.calculateATR());
					this.properties().averageHL.setValue(e)
				}
				destroy() {
					this.properties().onRestoreFactoryDefaults().unsubscribe(this, this
						._handleRestoringFactoryDefaults), super.destroy()
				}
				regenerate() {
					this._currentAverageHL = this._properties.averageHL.value(), this._currentVariance =
						this._properties.variance.value(), this._segments.forEach((function(e) {
							e.generate()
						})), this.updateAllViews(), this._model.updateSource(this)
				}
				propertiesChanged() {
					super.propertiesChanged(), this._currentAverageHL === this._properties.averageHL
						.value() && this._currentVariance === this._properties.variance.value() || this
						.regenerate()
				}
				pointsCount() {
					return -1
				}
				name() {
					return "Ghost Feed"
				}
				segmentBars(e) {
					return this._segments[e].bars()
				}
				segments() {
					return this._segments
				}
				generateBars(e) {
					this._segments.length <= e && this._segments.push(new o(this, e)), this._segments[e]
						.generate()
				}
				addPoint(e) {
					if (this._points.length > 0 && this._points[this._points.length - 1].index === e
						.index) {
						this._lastPoint = null, this.normalizePoints(), this.createServerPoints();
						for (var t = 0; t < this._points.length; t++) this._createPointProperty(t);
						return !0
					}
					var i = r.prototype.addPoint.call(this, e);
					return this._finished && (this._lastPoint = null), this._points.length > 1 && this
						.generateBars(this._points.length - 2), i || this._finished
				}
				finish() {
					this._finished = !0, this._lastPoint = null, this.normalizePoints(), this
						.createServerPoints()
				}
				setPoint(e, t, i) {
					if (super.setPoint(e, t, i), e > 0) {
						var s = this.points()[e - 1],
							r = t.index - s.index;
						this._segments[e - 1].setSize(Math.abs(r))
					}
					if (e < this.points().length - 1) {
						r = this.points()[e + 1].index - t.index;
						this._segments[e].setSize(Math.abs(r))
					}
				}
				state(e) {
					var t = r.prototype.state.call(this, e);
					return t.segments = this._segments.map((function(e) {
						return {
							bars: e.bars()
						}
					})), t
				}
				restoreData(e) {
					var t = this;
					e.segments && (this._segments = e.segments.map((function(e, i) {
							return new o(t, i, [].concat(e.bars))
						}))), this._currentAverageHL = this._properties.averageHL.value(), this
						._currentVariance = this._properties.variance.value()
				}
				onData(e) {
					if (super.onData(e), 0 === this.pointsProperty().childs().points._childs.length)
						for (var t = 0; t < this._points.length; t++) this._createPointProperty(t);
					this._currentInterval !== this._model.mainSeries().interval() && (this.regenerate(),
						this._currentInterval = this._model.mainSeries().interval())
				}
				cloneData(e) {
					var t = this;
					this._segments = e._segments.map((function(e) {
						return e.clone(t)
					}))
				}
				calculateATR(e) {
					var t = (void 0 !== e ? e : this._model).mainSeries(),
						i = [];
					t.bars().each((function(e, t) {
						i.push(t[TradingView.HIGH_PLOT] - t[TradingView.LOW_PLOT])
					}));
					var s = 0 === i.length ? 0 : i.reduce((function(e, t) {
						return e + t
					}), 0) / i.length;
					return s *= t.base()
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "fIc+")))
						.GhostFeedDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new n("linetoolghostfeed", e);
					return a._configureProperties(t), t
				}
				static _configureProperties(e) {
					r._configureProperties(e)
				}
			}
			t.LineToolGhostFeed = a
		},
		XXdw: function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "StoriesTimeLineItemType", (function() {
					return s
				})),
				function(e) {
					e[e.Image = 0] = "Image", e[e.Emoji = 1] = "Emoji"
				}(s || (s = {}))
		},
		XcdR: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return o
			}));
			var s = i("txPx"),
				r = i("RDU5");
			const n = Object(s.getLogger)("Chart.ChartUndoModel");
			class o extends r.UndoCommand {
				constructor(e, t, i) {
					super(i, !1), this._newRightOffsetAndBarSpacing = null, this.setCustomFlag(
							"doesnt_affect_save", !0), this._model = e, this
						._rightOffsetAndBarSpacing = t
				}
				undo() {
					if (null !== this._newRightOffsetAndBarSpacing) return void n.logDebug(
						"TimeScaleChangeUndoCommand.undo: Command is already undone");
					const e = this._model.timeScale();
					this._newRightOffsetAndBarSpacing = {
							barSpacing: e.barSpacing(),
							rightOffset: e.rightOffset()
						}, e.setBarSpacing(this._rightOffsetAndBarSpacing.barSpacing), e
						.setRightOffset(this._rightOffsetAndBarSpacing.rightOffset), this._model
						.lightUpdate()
				}
				redo() {
					if (null === this._newRightOffsetAndBarSpacing) return void n.logDebug(
						"TimeScaleChangeUndoCommand.redo: Command is not undone");
					const e = this._model.timeScale();
					e.setBarSpacing(this._newRightOffsetAndBarSpacing.barSpacing), e.setRightOffset(
							this._newRightOffsetAndBarSpacing.rightOffset), this._model
						.lightUpdate(), this._newRightOffsetAndBarSpacing = null
				}
			}
		},
		XlJ7: function(e, t, i) {
			"use strict";

			function s(e, t, i, s) {
				return `${s ? s + " " : ""}${i ? i + " " : ""}${e}px ${t}`
			}
			i.r(t), i.d(t, "makeFont", (function() {
				return s
			})), i.d(t, "parseFont", (function() {
				return n
			}));
			const r = /(bold )?(italic )?(\d+)(px|pt) (.*)$/;

			function n(e) {
				const t = r.exec(e);
				return null === t ? null : {
					family: t[5],
					size: parseInt(t[3]) * ("pt" === t[4] ? .75 : 1),
					bold: Boolean(t[1]),
					italic: Boolean(t[2])
				}
			}
		},
		Xyly: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolBezierQuadro", (function() {
				return n
			}));
			var s = i("Ocx9"),
				r = i("Ss5c");
			class n extends r.LineDataSource {
				constructor(e, t) {
					const s = t || n.createProperties();
					super(e, s), this._controlPoint = null, i.e("lt-pane-views").then(i.bind(null,
						"4Ptp")).then(t => {
						this._setPaneViews([new t.BezierQuadroPaneView(this, e)])
					})
				}
				pointsCount() {
					return 2
				}
				properties() {
					return super.properties()
				}
				name() {
					return "Curve"
				}
				setLastPoint(e, t) {
					super.setLastPoint(e, t), this._controlPoint = this._calculateControlPoint()
				}
				addPoint(e, t, i) {
					const s = super.addPoint(e, t, i);
					if (s) {
						const e = this._calculateControlPoint();
						this._points.push(e), this._controlPoint = null, i || (this
								.normalizePoints(), this.createServerPoints()), this
							._createPointProperty(2)
					}
					return s
				}
				restorePoints(e, t, i) {
					super.restorePoints(e, t, i), this._createPointProperty(2)
				}
				controlPoint() {
					return this._controlPoint
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolbezierquadro", e);
					return n._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "b4fl")).then(
						e => e.GeneralBezierDefinitionsViewModel)
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e)
				}
				_calculateControlPoint() {
					const e = this.pointToScreenPoint(this.points()[0])[0],
						t = this.pointToScreenPoint(this.points()[1])[0],
						i = t.subtract(e).scaled(.5).transposed().scaled(.3),
						s = e.add(t).scaled(.5).add(i);
					return this.screenPointToPoint(s)
				}
			}
		},
		XzZr: function(e, t, i) {
			"use strict";
			var s = i("ogJP").declareClassAsPureInterface;

			function r() {}
			TradingView.WEB_SOCKET_WAS_CONNECTED = !1, r.REBIND_STUDY_STANDALONE_TO_CHILD = 1, r
				.REBIND_STUDY_CHILD_TO_STANDALONE = 2, r.prototype.defaultWatchlistSymbols = function() {},
				r.prototype.defaultResolutions = function() {}, r.prototype.availableCurrencies =
				function() {}, r.prototype.availableUnits = function() {}, r.prototype
				.supportedSymbolsTypes =
				function() {}, r.prototype.supportedExchangesList = function() {}, r.prototype
				.symbolsGrouping = function() {}, r.prototype.quoteCreateSession = function(e) {}, r
				.prototype.quoteDeleteSession = function(e) {}, r.prototype.quoteSetFields = function(e,
					t) {}, r.prototype.quoteAddSymbols = function(e, t) {}, r.prototype.quoteRemoveSymbols =
				function(e, t) {}, r.prototype.quoteFastSymbols = function(e, t) {}, r.prototype
				.depthCreateSession = function(e, t, i) {}, r.prototype.depthDeleteSession = function(e) {},
				r.prototype.depthSetSymbol = function(e, t) {}, r.prototype.depthClearSymbol = function(
					e) {}, r.prototype.depthSetScale = function(e, t) {}, r.prototype.chartCreateSession =
				function(e, t) {}, r.prototype.chartDeleteSession = function(e) {}, r.prototype
				.createSession = function(e, t) {}, r.prototype.removeSession = function(e) {}, r.prototype
				.connected = function() {}, r.prototype.connect = function() {}, r.prototype.disconnect =
				function() {}, r.prototype.switchTimezone = function(e, t) {}, r.prototype.resolveSymbol =
				function(e, t, i, s, r) {}, r.prototype.createSeries = function(e, t, i, s, r, n, o, a) {},
				r.prototype.removeSeries = function(e, t, i) {}, r.prototype.modifySeries = function(e, t,
					i, s, r, n, o) {}, r.prototype.requestMoreData = function(e, t, i, s) {}, r.prototype
				.requestMetadata = function(e, t, i) {}, r.prototype.isCanCreateStudy = function(e, t) {}, r
				.prototype.createStudy = function(e, t, i, s, r, n, o) {}, r.prototype.rebindStudy =
				function(e, t, i, s, r, n, o, a) {}, r.prototype.removeStudy = function(e, t, i) {}, r
				.prototype.modifyStudy = function(e, t, i, s, r) {}, r.prototype.createPointset = function(
					e, t, i, s, r, n, o) {}, r.prototype.modifyPointset = function(e, t, i, s, r) {}, r
				.prototype.removePointset = function(e, t, i) {}, r.prototype.requestMoreTickmarks =
				function(e, t, i, s) {}, r.prototype.requestFirstBarTime = function(e, t, i, s) {}, r
				.prototype._invokeHandler = function(e, t) {}, r.prototype._sendRequest = function(e, t) {},
				r.prototype._onMessage = function(e) {}, r.prototype._dispathNotification = function(e) {},
				r.prototype._invokeNotificationHandler = function(e, t, i) {}, r.prototype._notifySessions =
				function(e) {}, r.prototype.unpack = function(e) {},
				r.prototype.searchSymbols = function(e, t, i, s, r, n, o, a, l, c) {}, r.prototype
				.serverTimeOffset = function() {}, r.prototype.getMarks = function(e, t, i, s, r) {}, r
				.prototype.getTimescaleMarks = function(e, t, i, s, r) {}, s(r, "ChartApiInterface"), e
				.exports.HandlerInfo = function(e, t) {
					this.handler = e, this.customId = t
				}, e.exports.ChartApiInterface = r
		},
		Y5iK: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "MainSeriesScaleRatioProperty", (function() {
				return n
			}));
			var s = i("aIyQ"),
				r = i.n(s);
			class n {
				constructor(e) {
					this._changed = new r.a, this._model = e
				}
				getStepChangeValue() {
					return .1
				}
				getMinValue() {
					return 1e-7
				}
				getMaxValue() {
					return 99999999
				}
				value() {
					return this._model.mainSeriesScaleRatio()
				}
				setValue(e, t) {
					(e !== this.value() || t) && (this._model.setMainSeriesScaleRatio(e), this
						._onChanged())
				}
				state() {
					return null
				}
				clone() {
					return new n(this._model)
				}
				listeners() {
					return this._changed
				}
				subscribe(e, t) {
					this._changed.subscribe(e, t)
				}
				unsubscribe(e, t) {
					this._changed.unsubscribe(e, t)
				}
				unsubscribeAll(e) {
					this._changed.unsubscribeAll(e)
				}
				_onChanged() {
					this._changed.fire(this)
				}
			}
		},
		Y7w9: function(e, t, i) {
			"use strict";

			function s(e, t) {
				return e < t
			}

			function r(e, t, i, s = 0, r = e.length) {
				let n = r - s;
				for (; 0 < n;) {
					const r = n >> 1,
						o = s + r;
					i(e[o], t) ? (s = o + 1, n -= r + 1) : n = r
				}
				return s
			}

			function n(e, t, i = 0, n = e.length) {
				return r(e, t, s, i, n)
			}

			function o(e, t, i, s = 0, r = e.length) {
				let n = r - s;
				for (; 0 < n;) {
					const r = n >> 1,
						o = s + r;
					i(t, e[o]) ? n = r : (s = o + 1, n -= r + 1)
				}
				return s
			}

			function a(e, t, i = 0, r = e.length) {
				return o(e, t, s, i, r)
			}

			function l(e, t) {
				return e.filter(e => !t.includes(e))
			}

			function c(e, t) {
				const i = e.indexOf(t);
				return i < 0 ? e.slice() : [t].concat(e.slice(0, i)).concat(e.slice(i + 1))
			}

			function h(e, t, i) {
				const s = new Set(t),
					r = [],
					o = [],
					a = [];
				return e.forEach((e, t) => {
					s.has(e) ? o.push(e) : (r.push(e), a.push(t))
				}), i = i < e.length - 1 ? n(a, i + 1) : r.length, r.splice(i, 0, ...o), {
					newItems: r,
					movedItemsStartIndex: i
				}
			}

			function u(e, t, i) {
				const s = new Set(t),
					r = [],
					o = [],
					a = [];
				return e.forEach((e, t) => {
					s.has(e) ? o.push(e) : (r.push(e), a.push(t))
				}), i = i <= e.length - 1 ? n(a, i) : r.length, r.splice(i, 0, ...o), {
					newItems: r,
					movedItemsStartIndex: i
				}
			}

			function d(e, t) {
				const i = new Set;
				return e.forEach(e => {
					t.has(e) && i.add(e)
				}), i
			}
			i.r(t), i.d(t, "lowerbound", (function() {
				return r
			})), i.d(t, "lowerbound_int", (function() {
				return n
			})), i.d(t, "upperbound", (function() {
				return o
			})), i.d(t, "upperbound_int", (function() {
				return a
			})), i.d(t, "subtract", (function() {
				return l
			})), i.d(t, "moveToHead", (function() {
				return c
			})), i.d(t, "moveAfter", (function() {
				return h
			})), i.d(t, "moveBefore", (function() {
				return u
			})), i.d(t, "intersect", (function() {
				return d
			}))
		},
		YCFM: function(e, t, i) {},
		YWnQ: function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "SymbolErrorPermissionDeniedReason", (function() {
					return s
				})), i.d(t, "permissionDenied", (function() {
					return r
				})),
				function(e) {
					e.Symbol = "symbol", e.GroupPermission = "group"
				}(s || (s = {}));
			const r = "permission denied"
		},
		YdVo: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolPath", (function() {
				return c
			}));
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("Ocx9"),
				o = i("Zp/P"),
				a = i("Ss5c"),
				l = i("j3hX");
			class c extends a.LineDataSource {
				constructor(e, t) {
					const s = t || c.createProperties();
					super(e, s), i.e("lt-pane-views").then(i.bind(null, "JeuX")).then(t => {
						this._setPaneViews([new t.PathPaneView(this, e)])
					})
				}
				pointsCount() {
					return -1
				}
				properties() {
					return super.properties()
				}
				name() {
					return "Path"
				}
				hasEditableCoordinates() {
					return !1
				}
				addPoint(e, t, i) {
					var n;
					const a = Object(s.ensureNotNull)(this.priceScale()),
						l = this._model.timeScale().indexToCoordinate(e.index),
						c = e.price,
						h = Object(s.ensure)(null === (n = this.ownerSource()) || void 0 === n ?
							void 0 : n.firstValue()),
						u = a.priceToCoordinate(c, h);
					if (this._points.length > 0) {
						const e = this._points[this._points.length - 1],
							t = this._model.timeScale().indexToCoordinate(e.index),
							i = e.price,
							s = a.priceToCoordinate(i, h);
						if (new r.Point(l, u).subtract(new r.Point(t, s)).length() < Object(o
								.interactionTolerance)().minDistanceBetweenPoints) return this
							._lastPoint = null, this.normalizePoints(), this
							.createServerPoints(), !0
					}
					return super.addPoint(e, t, i)
				}
				static createProperties(e) {
					const t = new n.DefaultProperty("linetoolpath", e);
					return c._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "WW+G")).then(
						e => e.PathDefinitionsViewModel)
				}
				static _configureProperties(e) {
					a.LineDataSource._configureProperties(e), e.addChild("linesColors", new l
						.LineToolColorsProperty([e.childs().lineColor]))
				}
			}
		},
		"Ye2/": function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "LineToolBarsPatternMode", (function() {
					return s
				})),
				function(e) {
					e[e.Bars = 0] = "Bars", e[e.Line = 1] = "Line", e[e.OpenClose = 2] = "OpenClose", e[e
							.LineOpen = 3] = "LineOpen", e[e.LineHigh = 4] = "LineHigh", e[e.LineLow = 5] =
						"LineLow", e[e.LineHL2 = 6] = "LineHL2"
				}(s || (s = {}))
		},
		Yj6H: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("ogJP"),
				n = i("aIyQ"),
				o = i.n(n),
				a = i("Y7w9"),
				l = i("Qb4w"),
				c = i("TTFo"),
				h = i("qJq3"),
				u = i("7ktv"),
				d = i("tc+8"),
				p = i.n(d),
				_ = i("3ClC"),
				m = i("/tGj"),
				f = i("n5al"),
				g = i("SwuQ"),
				b = i("s1Gx"),
				v = i("Hr11");
			class S {
				constructor(e, t) {
					if (this._base = e, this._integralDividers = t, Object(v.isBaseDecimal)(this._base))
						this._fractionalDividers = [2, 2.5, 2];
					else {
						this._fractionalDividers = [];
						for (let e = this._base; 1 !== e;) {
							if (e % 2 == 0) this._fractionalDividers.push(2), e /= 2;
							else {
								if (e % 5 != 0) throw new Error("unexpected base");
								this._fractionalDividers.push(2), this._fractionalDividers.push(2.5),
									e /= 5
							}
							if (this._fractionalDividers.length > 100) throw new Error(
								"something wrong with base")
						}
					}
				}
				tickSpan(e, t, i) {
					const s = 0 === this._base ? 0 : 1 / this._base;
					let r = Math.pow(10, Math.max(0, Math.ceil(Object(v.log10)(e - t)))),
						n = 0,
						o = this._integralDividers[0];
					for (;;) {
						const e = Object(v.greaterOrEqual)(r, s, 1e-14) && r > s + 1e-14,
							t = Object(v.greaterOrEqual)(r, i * o, 1e-14),
							a = Object(v.greaterOrEqual)(r, 1, 1e-14);
						if (!(e && t && a)) break;
						r /= o, o = this._integralDividers[++n % this._integralDividers.length]
					}
					if (r <= s + 1e-14 && (r = s), r = Math.max(1, r), this._fractionalDividers.length >
						0 && Object(v.equal)(r, 1, 1e-14))
						for (n = 0, o = this._fractionalDividers[0]; Object(v.greaterOrEqual)(r, i * o,
								1e-14) && r > s + 1e-14;) r /= o, o = this._fractionalDividers[++n %
							this._fractionalDividers.length];
					return r
				}
			}
			class y {
				constructor(e, t, i, s) {
					this._marks = null, this._priceScale = e, this._base = t, this
						._coordinateToLogicalFunc = i, this._logicalToCoordinateFunc = s
				}
				base() {
					return this._base
				}
				setBase(e) {
					if (e < 0) throw new Error("base < 0");
					this._base = e
				}
				tickSpan(e, t, i = 0) {
					if (e < t) throw new Error("high < low");
					const s = this._priceScale.height(),
						r = (e - t) * this._tickMarkHeight() / s,
						n = new S(this._base, [2, 2.5, 2]),
						o = new S(this._base, [2, 2, 2.5]),
						a = new S(this._base, [2.5, 2, 2]);
					let l = 0;
					const c = n.tickSpan(e, t, r);
					c > i && (l = c);
					const h = o.tickSpan(e, t, r);
					h > i && (l = Math.min(l, h));
					const u = a.tickSpan(e, t, r);
					return u > i && (l = Math.min(l, u)), l > 0 ? l : e - t
				}
				rebuildTickMarks() {
					this._marks = null
				}
				marks() {
					return null === this._marks && (this._marks = this._rebuildTickMarksImpl()), this
						._marks
				}
				_fontHeight() {
					return this._priceScale.fontSize()
				}
				_tickMarkHeight() {
					return Math.ceil(2.5 * this._fontHeight())
				}
				_rebuildTickMarksImpl() {
					const e = this._priceScale,
						t = [],
						i = e.mainSource();
					if (e.isEmpty() || null === i) return t;
					let s = i.firstValue();
					null === s && (s = 0);
					const r = e.height(),
						n = this._coordinateToLogicalFunc(r - 1, s),
						o = this._coordinateToLogicalFunc(0, s),
						a = Math.max(n, o),
						l = Math.min(n, o);
					if (a === l) return t;
					let c = this.tickSpan(a, l),
						h = a % c;
					h += h < 0 ? c : 0;
					const u = a >= l ? 1 : -1;
					let d = null;
					const p = e.formatter();
					let _ = NaN;
					for (let i = a - h; i > l; i -= c) {
						i === _ && (c = this.tickSpan(a, l, c)), _ = i;
						const r = this._logicalToCoordinateFunc(i, s);
						null !== d && Math.abs(r - d) < this._tickMarkHeight() || (t.push({
							coord: r,
							label: p.format(i)
						}), d = r, e.isLog() && (c = this.tickSpan(i * u, l)))
					}
					return t
				}
			}
			var w = i("CW80"),
				P = i("mMWL"),
				C = i("GH0z"),
				x = i("kcTO");
			i.d(t, "PriceScaleBase", (function() {
				return O
			}));
			const T = new C.PercentageFormatter,
				I = new x.PriceFormatter(100, 1),
				M = {
					autoScale: !0,
					autoScaleDisabled: !1,
					lockScale: !1,
					percentage: !1,
					percentageDisabled: !1,
					log: !1,
					logDisabled: !1,
					alignLabels: !0,
					isInverted: !1,
					indexedTo100: !1
				};
			class O {
				constructor(e) {
					this._marksCache = null, this._onMarksChanged = new o.a, this.m_dataSources = [],
						this._sourcesForAutoscale = null, this._hasSeries = !1, this._studiesCount = 0,
						this._drawingCount = 0, this._seriesLikeSources = [], this
						._seriesLikeSourcesSet = new Set, this._priceDataSources = [], this
						._mainSource = null, this._lastSourceRemoved = new o.a, this
						._scaleSeriesOnly = !1, this._invalidatedForRange = {
							isValid: !0,
							visibleBars: null
						}, this.m_priceRange = null, this.m_height = 0, this._margins = {
							top: 0,
							bottom: 0
						}, this._correctedMarginsCache = null, this._topPixelMargin = 0, this
						._bottomPixelMargin = 0, this._internalHeightCache = null, this
						._internalHeightChanged = new o.a, this._priceRangeSnapshot = null, this
						._currencyCache = null, this._unitCache = null, this
						._recalculatePriceRangeOnce = !1, this._cachedOrderedSoruces = null, this
						._scaleStartPoint = null, this._maxPriceRange = null, this._minPriceRange =
						null, this._priceRangeChanged = new o.a, this._sourcesToUpdateViews = null, this
						._markBuilder = new y(this, 100, this._coordinateToLogical.bind(this), this
							._logicalToCoordinate.bind(this)), this._formatter = null, this._id = "",
						e = Object.assign({}, M, e), this._properties = new p.a(e)
				}
				id() {
					return this._id
				}
				setId(e) {
					this._id = e
				}
				isLog() {
					return this._properties.childs().log.value()
				}
				isPercentage() {
					return this._properties.childs().percentage.value()
				}
				isInverted() {
					return this._properties.childs().isInverted.value()
				}
				isIndexedTo100() {
					return this._properties.childs().indexedTo100.value()
				}
				isAutoScale() {
					return this._properties.childs().autoScale.value() && !this.isLockScale()
				}
				isLockScale() {
					return this._properties.childs().lockScale.value()
				}
				isRegular() {
					return !this.isPercentage() && !this.isLog() && !this.isIndexedTo100()
				}
				properties() {
					return this._properties
				}
				height() {
					return this.m_height
				}
				setHeight(e) {
					this.m_height !== e && (this.m_height = e, this._invalidateInternalHeightCache(),
						this._marksCache = null)
				}
				internalHeight() {
					if (this._internalHeightCache) return this._internalHeightCache;
					const e = this.height() - this.topPixelMargin() - this.bottomPixelMargin();
					return this._internalHeightCache = e, e
				}
				priceRange() {
					return this._makeSureItIsValid(), this.m_priceRange
				}
				setPriceRange(e, t, i) {
					if (!(e instanceof l.PriceRange)) throw new TypeError("incorrect price range");
					const s = this.m_priceRange;
					if (!t && l.PriceRange.compare(s, e)) return;
					const r = null !== this._maxPriceRange && this._maxPriceRange.containsStrictly(e),
						n = null !== this._minPriceRange && e.containsStrictly(this._minPriceRange);
					this.isLockScale() && !t && (r || n) || (this._marksCache = null, this
						.m_priceRange = e, i || this._priceRangeChanged.fire(s, e))
				}
				setMinPriceRange(e) {
					this._minPriceRange = e
				}
				setMaxPriceRange(e) {
					this._maxPriceRange = e
				}
				recalculatePriceRangeOnce() {
					this._recalculatePriceRangeOnce = !0
				}
				priceRangeShouldBeRecalculatedOnce() {
					if (!this._recalculatePriceRangeOnce || this.isLockScale()) return !1;
					const e = this.mainSource();
					return null !== e && e.priceRangeReady()
				}
				priceRangeChanged() {
					return this._priceRangeChanged
				}
				updateAllViews() {
					const e = this._getSourcesToUpdateViews();
					for (const t of e) t.updateAllViews()
				}
				state() {
					var e;
					const t = this._properties.childs();
					return {
						id: this._id,
						m_priceRange: (null === (e = this.priceRange()) || void 0 === e ? void 0 : e
							.serialize()) || null,
						m_isAutoScale: this.isAutoScale(),
						m_isPercentage: t.percentage.value(),
						m_isIndexedTo100: t.indexedTo100.value(),
						m_isLog: t.log.value(),
						m_isLockScale: this.isLockScale(),
						m_isInverted: this.isInverted(),
						m_height: this.m_height,
						m_topMargin: this._margins.top,
						m_bottomMargin: this._margins.bottom,
						alignLabels: t.alignLabels.value()
					}
				}
				restoreState(e) {
					let t = e.m_priceRange;
					if (void 0 === t) throw new TypeError("invalid state");
					if (void 0 === e.m_isAutoScale) throw new TypeError("invalid state");
					void 0 !== e.id && (this._id = e.id);
					const i = {
						autoScale: e.m_isAutoScale
					};
					void 0 !== e.m_isPercentage && (i.percentage = e.m_isPercentage), void 0 !== e
						.m_isIndexedTo100 && (i.indexedTo100 = e.m_isIndexedTo100), void 0 !== e
						.m_isLog && (i.log = e.m_isLog), void 0 !== e.m_isLockScale && (i.lockScale = e
							.m_isLockScale), void 0 !== e.m_isInverted && this._properties.childs()
						.isInverted.setValue(e.m_isInverted), void 0 !== e.m_height && this.setHeight(
							Math.max(0, e.m_height)), this.setMode(i), t ? (t instanceof l.PriceRange ||
							(t = new l.PriceRange(t)), this.setPriceRange(t, !0)) : this.m_priceRange =
						null, void 0 !== e.m_topMargin && (this._margins.top = e.m_topMargin),
						void 0 !== e.m_bottomMargin && (this._margins.bottom = e.m_bottomMargin),
						void 0 !== e.alignLabels && this._properties.childs().alignLabels.setValue(e
							.alignLabels), this._mainSource = null, this._scaleSeriesOnly = !1
				}
				priceToLogical(e) {
					return this.isLog() && e ? Object(c.toLog)(e) : e
				}
				logicalToPrice(e) {
					return this.isLog() ? Object(c.fromLog)(e) : e
				}
				priceToCoordinate(e, t) {
					const i = this._priceToPercentOrIndexedTo100IfNeeded(e, t);
					return this._logicalToCoordinate(i)
				}
				coordinateToPrice(e, t) {
					let i = this._coordinateToLogical(e);
					return this.isPercentage() ? i = Object(c.fromPercent)(i, t) : this
						.isIndexedTo100() && (i = Object(c.fromIndexedTo100)(i, t)), i
				}
				mainSource() {
					if (null !== this._mainSource) return this._mainSource;
					let e;
					for (const t of this.m_dataSources) {
						if (t instanceof h.Series) {
							e = t;
							break
						}!e && t instanceof u.PriceDataSource && (e = t)
					}
					return this._mainSource = e || null, this._correctedMarginsCache = null, this
						._mainSource
				}
				pricesArrayToCoordinates(e, t, i) {
					this._makeSureItIsValid();
					const r = this.bottomPixelMargin(),
						n = Object(s.ensureNotNull)(this.priceRange()),
						o = n.minValue(),
						a = n.maxValue(),
						l = this.internalHeight() - 1,
						h = this.isInverted(),
						u = l / (a - o);
					void 0 === i && (i = e.length);
					const d = this.isPercentage(),
						p = this.isIndexedTo100(),
						_ = this.isLog(),
						m = this.m_height;
					let f, g;
					for (let s = 0; s < i; s++) f = e[s], Number.isFinite(f) && (d ? f = Object(c
						.toPercent)(f, t) : p ? f = Object(c.toIndexedTo100)(f, t) : _ && (f =
						Object(c.toLog)(f)), g = r + u * (f - o), e[s] = h ? g : m - 1 - g)
				}
				pointsArrayToCoordinates(e, t) {
					this._makeSureItIsValid();
					const i = Object(s.ensureNotNull)(this.priceRange()),
						r = this.bottomPixelMargin(),
						n = i.minValue(),
						o = i.maxValue(),
						a = this.internalHeight() - 1,
						l = this.isInverted(),
						h = a / (o - n),
						u = e;
					if (this.isPercentage())
						for (let e = 0; e < u.length; e++) u[e].y = Object(c.toPercent)(u[e].y, t);
					if (this.isIndexedTo100())
						for (let e = 0; e < u.length; e++) u[e].y = Object(c.toIndexedTo100)(u[e].y, t);
					if (this.isLog())
						for (let e = 0; e < u.length; e++) u[e].y = this.priceToLogical(u[e].y);
					for (let e = 0; e < u.length; e++) {
						const t = u[e].y;
						if (isNaN(t) || null == t) continue;
						const i = r + h * (t - n),
							s = l ? i : this.m_height - 1 - i;
						u[e].y = s
					}
				}
				barPricesToCoordinates(e, t) {
					this._makeSureItIsValid();
					const i = Object(s.ensureNotNull)(this.priceRange()),
						r = e,
						n = this.bottomPixelMargin(),
						o = i.minValue(),
						a = i.maxValue(),
						l = this.internalHeight() - 1;
					let h = null;
					if (this.isPercentage() ? h = c.toPercent : this.isIndexedTo100() ? h = c
						.toIndexedTo100 : this.isLog() && (h = (e, t) => e ? Object(c.toLog)(e) : e),
						null !== h)
						for (let e = 0; e < r.length; e++) r[e] && (r[e].open = h(r[e].open, t), r[e]
							.high = h(r[e].high, t), r[e].low = h(r[e].low, t), r[e].close = h(r[e]
								.close, t), void 0 !== r[e].additionalPrice && (r[e]
								.additionalPrice = h(r[e].additionalPrice, t)));
					const u = l / (a - o),
						d = this.isInverted();
					for (let e = 0; e < r.length; e++) {
						const t = r[e];
						if (!t) continue;
						const i = n + u * (t.open - o),
							s = d ? i : this.m_height - 1 - i;
						t.open = s;
						const a = n + u * (t.high - o),
							l = d ? a : this.m_height - 1 - a;
						t.high = l;
						const c = n + u * (t.low - o),
							h = d ? c : this.m_height - 1 - c;
						t.low = h;
						const p = n + u * (t.close - o),
							_ = d ? p : this.m_height - 1 - p;
						if (t.close = _, void 0 !== t.additionalPrice) {
							const e = n + u * (t.additionalPrice - o);
							t.additionalPrice = d ? e : this.m_height - 1 - e
						}
					}
				}
				formatter() {
					return null === this._formatter && this.updateFormatter(), Object(s.ensureNotNull)(
						this._formatter)
				}
				updateFormatter() {
					this._marksCache = null;
					const e = this.mainSource();
					let t = 100;
					e && (t = e.base()), this._formatter = null, this.isPercentage() ? (this
							._formatter = T, t = 100) : this.isIndexedTo100() ? (this._formatter = new x
							.PriceFormatter(100, 1), t = 100) : this._formatter = e ? e.formatter() : I,
						this._markBuilder = new y(this, t, this._coordinateToLogical.bind(this), this
							._logicalToCoordinate.bind(this)), this._markBuilder.rebuildTickMarks()
				}
				formatPrice(e, t) {
					const i = this._priceToPercentOrIndexedTo100IfNeeded(e, t);
					return this.formatter().format(i)
				}
				formatPriceAbsolute(e) {
					return this._mainSourceFormatter().format(e)
				}
				formatPricePercentage(e, t, i) {
					return e = Object(c.toPercent)(e, t), T.format(e, i)
				}
				dataSources() {
					return this.m_dataSources
				}
				seriesLikeSources() {
					return this._seriesLikeSources
				}
				addDataSource(e, t) {
					if (t || -1 === this.m_dataSources.indexOf(e)) {
						if (e instanceof u.PriceDataSource && (this._priceDataSources.push(e), e
								.currencyChanged().subscribe(this, () => this._currencyCache = null), e
								.unitChanged().subscribe(this, () => this._unitCache = null), Object(m
									.isSymbolSource)(e) && (this._seriesLikeSources.push(e), this
									._seriesLikeSourcesSet.add(e), e.symbolResolved().subscribe(this,
										() => {
											this._currencyCache = null, this._unitCache = null
										}), e instanceof h.Series))) {
							const t = e.properties();
							this._hasSeries || (t.childs().lockScale && (this.setMode({
										lockScale: t.childs().lockScale.value()
									}), t.removeProperty("lockScale")), t.childs().pnfStyle.childs()
									.lockScale && t.childs().pnfStyle.removeProperty("lockScale")), this
								._hasSeries = !0
						}
						e.properties().visible.listeners().subscribe(this, this._dropScaleCache),
							Object(_.isStudy)(e) && (e.onIsActualIntervalChange().subscribe(this, this
									._dropScaleCache), 0 === this._studiesCount && Object(P
									.hideAllIndicators)().subscribe(this, this._dropScaleCache), this
								._studiesCount++), Object(w.isLineTool)(e) && (0 === this
								._drawingCount && Object(P.hideAllDrawings)().subscribe(this, this
									._dropScaleCache), this._drawingCount++), this.m_dataSources.push(
								e), this._mainSource = null, this._correctedMarginsCache = null, this
							._sourcesToUpdateViews = null, this._dropScaleCache(), this
							.updateFormatter(), this._initScaleProperties(), this
							.invalidateSourcesCache()
					}
				}
				removeDataSource(e) {
					const t = this.m_dataSources.indexOf(e);
					if (Object(s.assert)(-1 !== t, "Source is not attached to scale"), e.properties()
						.visible.listeners().unsubscribe(this, this._dropScaleCache), this.m_dataSources
						.splice(t, 1), e instanceof u.PriceDataSource) {
						const t = this._priceDataSources.indexOf(e);
						if (Object(s.assert)(-1 !== t, "Source is not found"), this._priceDataSources
							.splice(t, 1), Object(m.isSymbolSource)(e)) {
							const t = this._seriesLikeSources.indexOf(e);
							Object(s.assert)(-1 !== t, "Source is not found"), this._seriesLikeSources
								.splice(t, 1), this._seriesLikeSourcesSet.delete(e), e.symbolResolved()
								.unsubscribeAll(this), e instanceof h.Series && (this._hasSeries = !1)
						}
						e.currencyChanged().unsubscribeAll(this), e.unitChanged().unsubscribeAll(this)
					}
					this.mainSource() || this.setMode({
							autoScale: !0
						}), Object(_.isStudy)(e) && (e.onIsActualIntervalChange().unsubscribe(this, this
								._dropScaleCache), this._studiesCount--, 0 === this._studiesCount &&
							Object(P.hideAllIndicators)().unsubscribe(this, this._dropScaleCache)),
						Object(w.isLineTool)(e) && (this._drawingCount--, 0 === this._drawingCount &&
							Object(P.hideAllDrawings)().unsubscribe(this, this._dropScaleCache)), this
						._mainSource = null, this._correctedMarginsCache = null, this
						._sourcesForAutoscale = null,
						this._sourcesToUpdateViews = null, this.updateFormatter(), this
						.invalidateSourcesCache(), 0 === this.m_dataSources.length && this
						._lastSourceRemoved.fire(), this._currencyCache = null, this._unitCache = null
				}
				currency(e) {
					if (null !== this._currencyCache && e.size() === this._currencyCache
						.availableCurrenciesCount) return this._currencyCache.value;
					let t;
					const i = new Set,
						r = new Set,
						n = new Set,
						o = new Map;
					let a, l = 0 === this._seriesLikeSources.length,
						c = !0,
						h = 0,
						u = 0;
					for (const u of this._seriesLikeSources) {
						if (!u.isVisible()) continue;
						const d = u.symbolInfo();
						if (null === d) {
							t = null;
							break
						}
						const p = Object(f.symbolOriginalCurrency)(d);
						if (null === p) {
							t = null;
							break
						}
						o.set(p, Object(s.ensureNotNull)(Object(f.symbolOriginalCurrency)(d, !0)));
						const _ = u.currency();
						if (null === _) {
							t = null;
							break
						}
						o.set(_, Object(s.ensureNotNull)(Object(f.symbolCurrency)(d, !0)));
						const m = Object(f.symbolBaseCurrency)(d);
						null !== m && r.add(m), c = c && p === _, n.add(_), i.add(p), void 0 === a ? a =
							_ : null !== a && a !== _ && (a = null), l || e.convertible(_) && Object(f
								.symbolCurrencyConvertible)(d) || (l = !0), h += 1
					}
					if (null !== t)
						for (const i of this._priceDataSources) {
							if (this._seriesLikeSourcesSet.has(i)) continue;
							const r = i;
							if (!r.isCurrencySource() || !r.isVisible()) continue;
							const c = r.currency();
							if (null === c) {
								t = null;
								break
							}
							n.add(c), u += 1;
							const d = Object(s.ensureNotNull)(r.symbolSource()),
								p = d.symbolInfo();
							if (null === p) {
								t = null;
								break
							}
							if (l || e.convertible(c) && Object(f.symbolCurrencyConvertible)(p) || (
									l = !0), o.set(c, Object(s.ensureNotNull)(Object(f.symbolCurrency)(
									p, !0))), !this._seriesLikeSourcesSet.has(d) || !d.isVisible()) {
								if (h > 0) a = null;
								else if (void 0 === a) a = c;
								else if (null !== a && a !== c) {
									a = null;
									break
								}
								l = !0;
								break
							}
						}
					return void 0 === t && (t = 0 === h && 0 === u ? null : {
						readOnly: l,
						selectedCurrency: a || null,
						currencies: n,
						originalCurrencies: i,
						baseCurrencies: r,
						symbolSourceCount: h,
						allCurrenciesAreOriginal: c,
						displayedValues: o
					}), this._currencyCache = {
						value: t,
						availableCurrenciesCount: e.size()
					}, t
				}
				unit(e) {
					if (null !== this._unitCache && e.size() === this._unitCache.availableUnitsCount)
						return this._unitCache.value;
					let t;
					const i = new Set,
						r = new Set,
						n = new Map,
						o = new Map;
					let l, c = 0 === this._seriesLikeSources.length ? new Set : e.allGroups(),
						h = !0,
						u = 0,
						d = 0;
					for (const s of this._seriesLikeSources) {
						if (!s.isVisible()) continue;
						const d = s.symbolInfo();
						if (null === d) {
							t = null;
							break
						}
						const p = Object(f.symbolOriginalUnit)(d);
						if (null === p) {
							t = null;
							break
						}
						n.set(p, e.name(p)), o.set(p, e.description(p));
						const _ = s.unit();
						if (null === _) {
							t = null;
							break
						}
						if (n.set(_, e.name(_)), o.set(_, e.description(_)), h = h && p === _, r.add(_),
							i.add(p), void 0 === l ? l = _ : null !== l && l !== _ && (l = null), c
							.size > 0) {
							const t = Object(g.unitConvertibleGroups)(d, _, e);
							c = Object(a.intersect)(c, new Set(t))
						}
						u += 1
					}
					if (null !== t)
						for (const i of this._priceDataSources) {
							if (this._seriesLikeSourcesSet.has(i)) continue;
							const h = i;
							if (!h.isUnitSource() || !h.isVisible()) continue;
							const p = h.unit();
							if (null === p) {
								t = null;
								break
							}
							r.add(p), d += 1;
							const _ = Object(s.ensureNotNull)(h.symbolSource()),
								m = _.symbolInfo();
							if (null === m) {
								t = null;
								break
							}
							if (c.size > 0) {
								const t = Object(g.unitConvertibleGroups)(m, p, e);
								c = Object(a.intersect)(c, new Set(t))
							}
							if (n.set(p, e.name(p)), o.set(p, e.description(p)),
								!this._seriesLikeSourcesSet.has(_) || !_.isVisible()) {
								if (u > 0) l = null;
								else if (void 0 === l) l = p;
								else if (null !== l && l !== p) {
									l = null;
									break
								}
								c = new Set;
								break
							}
						}
					if (void 0 === t)
						if (0 === u && 0 === d) t = null;
						else {
							const e = l || null;
							t = {
								availableGroups: c,
								selectedUnit: e,
								units: r,
								originalUnits: i,
								symbolSourceCount: u,
								allUnitsAreOriginal: h,
								names: n,
								descriptions: o
							}
						} return this._unitCache = {
						value: t,
						availableUnitsCount: e.size()
					}, t
				}
				setMargins(e) {
					if (!Object(r.isNumber)(e.top) || !Object(r.isNumber)(e.bottom))
						throw new TypeError("invalid margin");
					if (e.top < 0 || e.top > 30 || e.bottom < 0 || e.bottom > 30) throw new RangeError(
						"invalid margin");
					this._margins.top === e.top && this._margins.bottom === e.bottom || (this._margins =
						e, this._correctedMarginsCache = null, this
						._invalidateInternalHeightCache(), this._marksCache = null)
				}
				topMargin() {
					return this._correctedMargins().top
				}
				bottomMargin() {
					return this._correctedMargins().bottom
				}
				invalidateMargins() {
					this._correctedMarginsCache = null
				}
				topPixelMargin() {
					return this.isInverted() ? this.bottomMargin() * this.height() + this
						._bottomPixelMargin : this.topMargin() * this.height() + this._topPixelMargin
				}
				bottomPixelMargin() {
					return this.isInverted() ? this.topMargin() * this.height() + this._topPixelMargin :
						this.bottomMargin() * this.height() + this._bottomPixelMargin
				}
				marks() {
					return this._makeSureItIsValid(), null === this._marksCache && (this._markBuilder
						.rebuildTickMarks(), this._marksCache = this._markBuilder.marks(), this
						._onMarksChanged.fire()), this._marksCache
				}
				onMarksChanged() {
					return this._onMarksChanged
				}
				priceRangeInPrice() {
					if (this.isEmpty()) return null;
					const e = this.mainSource();
					if (null === e) return null;
					const t = Object(s.ensureNotNull)(e.firstValue()),
						i = this.height();
					return {
						from: this.coordinateToPrice(i - 1, t),
						to: this.coordinateToPrice(0, t)
					}
				}
				setPriceRangeInPrice(e) {
					if (this.isPercentage() || this.isIndexedTo100()) return;
					const t = this.isInverted(),
						i = t ? this.bottomMargin() : this.topMargin(),
						s = t ? this.topMargin() : this.bottomMargin(),
						r = this.isLog();
					let n = r ? Object(c.toLog)(e.from) : e.from,
						o = r ? Object(c.toLog)(e.to) : e.to;
					const a = o - n;
					n += s * a, o -= i * a, this.setMode({
							autoScale: !1
						}), this.setPriceRange(new l.PriceRange(n, o)), this._marksCache = null, this
						._onMarksChanged.fire()
				}
				hasMainSeries() {
					return this._hasSeries
				}
				getStudies() {
					return this.dataSources().filter(_.isStudy)
				}
				lastSourceRemoved() {
					return this._lastSourceRemoved
				}
				sourcesForAutoscale() {
					return this._mainSource && this._scaleSeriesOnly !== this._scalesProperties.childs()
						.scaleSeriesOnly.value() && (this._sourcesForAutoscale = null), this
						._sourcesForAutoscale || (this._sourcesForAutoscale = this
							._recalculateSourcesForAutoscale()), this._sourcesForAutoscale
				}
				recalculatePriceRange(e) {
					this._invalidatedForRange = {
						visibleBars: e,
						isValid: !1
					}
				}
				internalHeightChanged() {
					return this._internalHeightChanged
				}
				orderedSources() {
					if (this._cachedOrderedSoruces) return this._cachedOrderedSoruces;
					let e = this.m_dataSources.slice();
					return e = Object(b.sortSources)(e), this._cachedOrderedSoruces = e, this
						._cachedOrderedSoruces
				}
				invalidateSourcesCache() {
					this._cachedOrderedSoruces = null, this._sourcesToUpdateViews = null
				}
				startScale(e) {
					if (this.isPercentage() || this.isIndexedTo100()) return;
					if (null !== this._scaleStartPoint || null !== this._priceRangeSnapshot) return;
					if (this.isEmpty()) return;
					this._scaleStartPoint = this.m_height - e;
					const t = this.priceRange();
					this._priceRangeSnapshot = t && t.clone()
				}
				scaleTo(e) {
					if (this.isPercentage() || this.isIndexedTo100()) return;
					if (null === this._scaleStartPoint) return;
					this.setMode({
						autoScale: !1
					}), (e = this.m_height - e) < 0 && (e = 0);
					let t = (this._scaleStartPoint + .2 * (this.m_height - 1)) / (e + .2 * (this
						.m_height - 1));
					const i = Object(s.ensureNotNull)(this._priceRangeSnapshot).clone();
					t = Math.max(t, .1), i.scaleAroundCenter(t), this.setPriceRange(i)
				}
				endScale() {
					this.isPercentage() || this.isIndexedTo100() || null !== this._scaleStartPoint && (
						this._scaleStartPoint = null, this._priceRangeSnapshot = null)
				}
				_recalculateSourcesForAutoscale() {
					this._mainSource && (this._scaleSeriesOnly = this._scalesProperties.childs()
						.scaleSeriesOnly.value());
					const e = this._scaleSeriesOnly && this._hasSeries;
					return this.m_dataSources.filter(t => !!(t.properties().visible.value() ||
						t instanceof h.Series) && (e ? t instanceof h.Series : Object(_.isStudy)
						(t) ? !t.isSourceHidden() && t.isIncludedInAutoScale() : t
						.isIncludedInAutoScale()))
				}
				_updateAutoScaleDisabledProperty(e) {
					const t = this._properties.childs(),
						i = t.indexedTo100.value() || t.percentage.value() || t.lockScale.value();
					e ? t.autoScaleDisabled.setValueSilently(i) : t.autoScaleDisabled.setValue(i)
				}
				_setAutoScaleValueWithDependentProperties(e) {
					const t = this._properties.childs();
					t.autoScale.setValueSilently(e), e && (t.percentage.setValueSilently(!1), t
						.indexedTo100.setValueSilently(!1), t.lockScale.setValueSilently(!1), t
						.logDisabled.setValueSilently(!1)), this._updateAutoScaleDisabledProperty(!
						0)
				}
				_setLockScaleValueWithDependentProperties(e) {
					const t = this._properties.childs();
					t.lockScale.setValueSilently(e), e && (t.autoScale.setValueSilently(!1), t
							.percentage.setValueSilently(!1), t.indexedTo100.setValueSilently(!1), t.log
							.setValueSilently(!1)), t.percentageDisabled.setValueSilently(e), t
						.logDisabled.setValueSilently(e), this._updateAutoScaleDisabledProperty(!0)
				}
				_setPercentageValueWithDependentProperties(e) {
					const t = this._properties.childs();
					t.percentage.setValueSilently(e), e && (t.autoScale.setValueSilently(!0), t.log
						.setValueSilently(!1), t.lockScale.setValueSilently(!1), t.indexedTo100
						.setValueSilently(!1)), this._updateAutoScaleDisabledProperty(!0)
				}
				_setIndexedTo100ValueWithDependentProperties(e) {
					const t = this._properties.childs();
					t.indexedTo100.setValueSilently(e), e && (t.autoScale.setValueSilently(!0), t.log
						.setValueSilently(!1), t.lockScale.setValueSilently(!1), t.percentage
						.setValueSilently(!1)), this._updateAutoScaleDisabledProperty(!0)
				}
				_setLogValueWithDependentProperties(e) {
					const t = this._properties.childs();
					t.log.setValueSilently(e), e && (t.lockScale.setValueSilently(!1), t.percentage
							.setValueSilently(!1), t.indexedTo100.setValueSilently(!1)), this
						._updateAutoScaleDisabledProperty(!0)
				}
				_recalculatePriceRangeImpl() {
					const e = this._invalidatedForRange.visibleBars;
					if (null === e) return;
					let t = null;
					const i = this.sourcesForAutoscale(),
						s = this.isPercentage(),
						r = this.isIndexedTo100();
					let n = 0,
						o = 0;
					for (const a of i) {
						if (!a.properties().visible.value()) continue;
						const i = a.firstValue();
						if (null === i) continue;
						const l = e.firstBar(),
							h = e.lastBar(),
							u = a.autoScaleInfo(l, h);
						let d = u.range;
						d && (s ? d = Object(c.toPercentRange)(d, i) : r && (d = Object(c
								.toIndexedTo100Range)(d, i)), t = null === t ? d : t.merge(d)),
							void 0 !== u.topPixelMargin && (n = Math.max(n, u.topPixelMargin)),
							void 0 !== u.bottomPixelMargin && (o = Math.max(o, u.bottomPixelMargin))
					}(Math.abs(n - this._topPixelMargin) > 0 || Math.abs(o - this._bottomPixelMargin) >
						0) && (this._bottomPixelMargin = o, this._topPixelMargin = n, this._marksCache =
						null, this._invalidateInternalHeightCache()), t ? (t.minValue() === t
						.maxValue() && (t = new l.PriceRange(t.minValue() - .5, t.maxValue() + .5)),
						this.setPriceRange(t)) : this.m_priceRange || this.setPriceRange(new l
						.PriceRange(-.5, .5)), this._invalidatedForRange.isValid = !0;
					const a = this.mainSource();
					null !== a && this._recalculatePriceRangeOnce && (this
						._recalculatePriceRangeOnce = !a.priceRangeReady())
				}
				_makeSureItIsValid() {
					this._invalidatedForRange.isValid || (this._invalidatedForRange.isValid = !0, this
						._recalculatePriceRangeImpl())
				}
				_invalidateInternalHeightCache() {
					this._internalHeightCache = null, this._internalHeightChanged.fire()
				}
				_coordinateToLogical(e) {
					if (this._makeSureItIsValid(), this.isEmpty()) return 0;
					const t = this._invertedCoordinate(e),
						i = Object(s.ensureNotNull)(this.priceRange()),
						r = i.minValue() + (i.maxValue() - i.minValue()) * ((t - this
							.bottomPixelMargin()) / (this.internalHeight() - 1));
					return this.logicalToPrice(r)
				}
				_logicalToCoordinate(e) {
					if (this._makeSureItIsValid(), this.isEmpty()) return 0;
					e = this.priceToLogical(e);
					const t = Object(s.ensureNotNull)(this.priceRange()),
						i = this.bottomPixelMargin() + (this.internalHeight() - 1) * (e - t
							.minValue()) / (t.maxValue() - t.minValue());
					return this._invertedCoordinate(i)
				}
				_dropScaleCache() {
					this._sourcesForAutoscale = null, this._currencyCache = null, this._unitCache = null
				}
				_invertedCoordinate(e) {
					return this.isInverted() ? e : this.height() - 1 - e
				}
				_initScaleProperties() {
					const e = this.isLockScale(),
						t = this.properties().childs();
					e && (t.percentage.setValue(!1), t.indexedTo100.setValue(!1), t.log.setValue(!1), t
							.autoScale.setValue(!1)), t.percentageDisabled.setValue(e), t.logDisabled
						.setValue(e), this._updateAutoScaleDisabledProperty(!1), t.percentage.value() &&
						(t.log.setValue(!1), t.indexedTo100.setValue(!1)), t.indexedTo100.value() && (t
							.log.setValue(!1), t.percentage.setValue(!1))
				}
				_correctedMargins() {
					if (null === this._correctedMarginsCache) {
						const e = this.mainSource();
						this._correctedMarginsCache = null !== e ? e.correctScaleMargins(this
							._margins) : this._margins
					}
					return this._correctedMarginsCache
				}
				_getSourcesToUpdateViews() {
					return this._sourcesToUpdateViews || (this._sourcesToUpdateViews = this
						.m_dataSources.filter(e => !Object(w.isLineTool)(e) || e.isActualSymbol() &&
							e.isActualCurrency())), this._sourcesToUpdateViews
				}
				_mainSourceFormatter() {
					const e = this.mainSource();
					return (null == e ? void 0 : e.formatter()) || I
				}
				_priceToPercentOrIndexedTo100IfNeeded(e, t) {
					return this.isPercentage() ? Object(c.toPercent)(e, t) : this.isIndexedTo100() ?
						Object(c.toIndexedTo100)(e, t) : e
				}
			}
		},
		Yjuu: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("j3hX"),
				o = n.LineToolWidthsProperty,
				a = n.LineToolColorsProperty;
			class l extends s {
				constructor(e, t) {
					super(e, t || l.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"bcXK", 7)).then(({
						FibSpeedResistanceArcsPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				levelsCount() {
					return l.LevelsCount
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Fib Speed Resistance Arcs"
				}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				static createProperties(e) {
					var t = new r("linetoolfibspeedresistancearcs", e, !1, {
						range: [1, 11]
					});
					return l._configureProperties(t), t
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "pdv6")))
						.FibSpeedResistanceArcsDefinitionsViewModel
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					for (var t = [e.child("trendline").child("linewidth")], i = [e.child("trendline")
							.child("color")
						], r = 1; r <= l.LevelsCount; r++) t.push(e.child("level" + r).child(
						"linewidth")), i.push(e.child("level" + r).child("color"));
					e.addChild("linesColors", new a(i)), e.addChild("linesWidths", new o(t))
				}
			}
			l.LevelsCount = 11, t.LineToolFibSpeedResistanceArcs = l
		},
		YlKu: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ApplyLineToolTemplateUndoCommand", (function() {
				return r
			}));
			var s = i("RDU5");
			class r extends s.UndoCommand {
				constructor(e, t, i) {
					super(i), this._source = e, this._newState = t, this._oldState = e.properties()
						.state()
				}
				redo() {
					this._source.applyTemplate(this._newState)
				}
				undo() {
					this._source.applyTemplate(this._oldState)
				}
			}
		},
		YmeR: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ActionBinder", (function() {
				return s
			}));
			class s {
				constructor(e, t, i, s, r = null) {
					this._property = t, this._undoModel = i, this._undoText = s, this._action = e, this
						.setValue(t.value()), t.subscribe(this, this._propertyChanged), null !== r ? e
						.update({
							onExecute: r.bind(this)
						}) : e.update({
							onExecute: this._onActionCallback.bind(this)
						})
				}
				destroy() {
					this._property.unsubscribe(this, this._propertyChanged)
				}
				value() {
					return this._action.isChecked()
				}
				setValue(e) {
					this._action.update({
						checked: Boolean(e)
					})
				}
				_onActionCallback() {
					this._undoModel.setProperty(this._property, this.value(), this._undoText)
				}
				_propertyChanged(e) {
					this.setValue(e.value())
				}
			}
		},
		"Yt+L": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return o
			}));
			var s = i("Eyy1"),
				r = i("RDU5"),
				n = i("n5al");
			class o extends r.UndoCommand {
				constructor(e, t, i, r) {
					super(r), this._newSourcesUnits = new Map, this._oldSourcesUnits = new Map, this
						._showFade = !1, this._chartWidget = i;
					const o = i.model().mainSeries();
					for (const i of e.seriesLikeSources()) {
						if (!i.isVisible()) continue;
						const e = t || Object(n.symbolOriginalUnit)(Object(s.ensureNotNull)(i
							.symbolInfo()));
						this._newSourcesUnits.set(i.id(), e), this._oldSourcesUnits.set(i.id(), i
								.unit()), this._showFade = this._showFade || i === o && i.unit() !==
							e
					}
				}
				redo() {
					this._applyUnits(this._newSourcesUnits)
				}
				undo() {
					this._applyUnits(this._oldSourcesUnits)
				}
				_applyUnits(e) {
					this._showFade && this._chartWidget.screen.show();
					const t = this._chartWidget.model().model();
					e.forEach((e, i) => {
						Object(s.ensureNotNull)(t.dataSourceForId(i)).setUnit(e)
					}), this._chartWidget.model().selectionMacro(e => {
						e.clearSelection()
					})
				}
			}
		},
		YuHv: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("AWC/");

			function r(e = [], t = []) {
				const i = document.createElement("div"),
					r = document.createElement("div");
				return i.appendChild(r), i.classList.add(s.container), r.classList.add(s.inner), e.forEach(
					e => {
						i.classList.add(s[e])
					}), t.forEach(e => {
					i.classList.add(s[e])
				}), i
			}
		},
		YzC7: function(e, t, i) {
			"use strict";
			var s = i("Eyy1"),
				r = i("GVHu"),
				n = i("n5al"),
				o = i("tc+8"),
				a = i.n(o),
				l = i("Kxc7"),
				c = i("oXaB"),
				h = i("KcY8");
			const u = l.enabled("force_exchange_as_title");
			class d extends h.a {
				constructor(e, t) {
					super(), this._studyCompare = e, this._data = t
				}
				_updateRendererData(e, t, i) {
					e.visible = !1, t.visible = !1;
					const s = this._studyCompare.priceScale(),
						r = this._studyCompare.lastValueData(this._data.plotIndex, !1);
					if (r.noData || null === s || s.isEmpty()) return;
					i.background = r.color, i.textColor = this.generateTextColor(r.color), i
						.coordinate = r.coordinate, i.floatCoordinate = r.floatCoordinate;
					const n = this._studyCompare.model().properties().scalesProperties;
					if (n.showSeriesLastValue.value()) {
						const t = s.isPercentage();
						e.text = t ? r.formattedPricePercentage : r.formattedPriceAbsolute, n
							.seriesLastValueMode.value() !== c.PriceAxisLastValueMode
							.LastPriceAndPercentageValue ? e.secondLine = "" : e.secondLine = t ? r
							.formattedPriceAbsolute : r.formattedPricePercentage, e.visible = !0
					}
					t.text = "", n.showSymbolLabels.value() && (t.text = this._paneText(), t
						.visible = t.text.length > 0)
				}
				_paneText() {
					let e = "";
					const t = this._studyCompare.symbolInfo();
					return u ? e = Object(n.displayedSymbolExchange)(t) : this._studyCompare.model()
						.properties().scalesProperties.showSymbolLabels.value() && (e = Object(n
							.displayedSymbolName)(t)), e
				}
			}
			var p = i("it7y"),
				_ = i("e92V"),
				m = i("mMWL"),
				f = i("qFKp"),
				g = i("ogJP"),
				b = i("EYFt");
			class v extends b.a {
				constructor(e, t) {
					super(e, t), this._emptyValues[0].title = e.guiPlotName("")
				}
				_hideValues() {
					return !1
				}
			}
			const S = f.CheckMobile.any();
			class y extends p.StudyDataWindowView {
				constructor(e, t) {
					super(e, t), this._studyCompare = e
				}
				_hideValues() {
					return !1
				}
				_createValuesProvider(e, t) {
					return new v(e, t)
				}
				_currentIndex() {
					const e = this._model.crossHairSource().lockedIndex;
					let t;
					return S && (null === this._model.crossHairSource().pane && void 0 === e ||
						Object(_.isLineToolName)(m.tool.value()) || null !== this._model
						.lineBeingEdited()) ? t = this._study.data().lastIndex() : (t = this
						._model.crossHairSource().appliedIndex(), Object(g.isNumber)(t) || (t =
							this._study.data().lastIndex())), t
				}
			}
			class w extends y {
				constructor(e, t) {
					super(e, t), this._additional = null, this._showSeriesOHLC = t.properties()
						.paneProperties.legendProperties.showSeriesOHLC, this._showSeriesOHLC.subscribe(
							this, this.update)
				}
				isValuesVisible() {
					return this._showSeriesOHLC.value()
				}
				destroy() {
					this._showSeriesOHLC.unsubscribeAll(this)
				}
				additional() {
					return this._additional
				}
				_updateImpl() {
					super._updateImpl()
				}
			}
			var P = i("2kV1"),
				C = i("W+6j");
			class x extends C.a {
				getSplitTitle() {
					return this._source.titleInParts(!0, void 0, !1, !1)
				}
				text() {
					return this._source.isActualInterval() ? this._source.isFailed() ?
						`${this._source.title(!0, void 0, !1, !1)}: ${this.sourceStatusText()}` :
						`${this._source.title(!0, void 0, !1, !1)} ${this.sourceStatusText()}` :
						this._source.title(!0, void 0, !1, !1)
				}
			}
			var T = i("WkOR");
			i.d(t, "a", (function() {
				return E
			}));
			const I = l.enabled("study_overlay_compare_legend_option"),
				M = l.enabled("force_exchange_as_title"),
				O = l.enabled("uppercase_instrument_names"),
				L = !l.enabled("hide_study_compare_legend_item"),
				A = l.enabled("hide_unresolved_symbols_in_legend");
			class E extends r.Study {
				constructor(e, t, i, s) {
					t.hasChild("currencyId") || t.addChild("currencyId", new a.a(null)), t.hasChild(
							"unitId") || t.addChild("unitId", new a.a(null)), t.addExclusion(
							"currencyId"), t.addExclusion("unitId"), super(e, t, i, s), this
						.properties().childs().minTick.subscribe(null, () => this
							._recreatePriceFormattingDependencies()), this.properties().childs()
						.minTick.subscribe(null, () => this._model.fullUpdate()), this.properties()
						.childs().currencyId.subscribe(this, this._onCurrencyChanged), this
						.properties().childs().unitId.subscribe(this, this._onUnitChanged), this
						.properties().merge({
							skipHistogramBaseOnAutoScale: !0
						})
				}
				properties() {
					return super.properties()
				}
				createPriceAxisView(e) {
					return new d(this, {
						plotIndex: "compare"
					})
				}
				setSymbolCurrencyUnit(e, t, i) {
					this._setSymbolCurrencyUnitInternal(e, t, i)
				}
				symbol() {
					return this._properties.inputs.symbol.value()
				}
				setSymbol(e) {
					this.setSymbolCurrencyUnit(e)
				}
				symbolInfo() {
					if (!this._resolvedSymbols) return null;
					const e = this._properties.inputs.symbol.value();
					if (!e) return null;
					let t;
					return t = this._resolvedSymbols[this._getSymbolForResolve(e)] || null, t
				}
				symbolResolved() {
					return this.symbolsResolved()
				}
				symbolSameAsCurrent(e) {
					return Object(T.b)(e, this.symbol(), this.symbolInfo())
				}
				currency() {
					return this._properties.currencyId.value() || null
				}
				setCurrency(e) {
					this.setSymbolCurrencyUnit(void 0, e)
				}
				isConvertedToOtherCurrency() {
					return Object(n.isConvertedToOtherCurrency)(this.symbolInfo())
				}
				unit() {
					return this._properties.unitId.value() || null
				}
				setUnit(e) {
					this._properties.unitId.setValue(e)
				}
				isConvertedToOtherUnit() {
					return Object(n.isConvertedToOtherUnit)(this.symbolInfo())
				}
				style() {
					return 2
				}
				symbolSource() {
					return this
				}
				state(e, t) {
					const i = super.state(e, t);
					return e && (Object(s.ensureDefined)(i.data).symbols = {
						___snapshot: this.symbolInfo() || void 0
					}), i
				}
				symbolTitle(e, t) {
					return this.title(!0, {}, !1, e)
				}
				titleInParts(e, t, i, s) {
					const r = this._titleInParts(e, t, i, s).join(", ");
					return [O ? r.toUpperCase() : r]
				}
				tags() {
					const e = this.symbol();
					return e ? [e] : []
				}
				statusView() {
					return L ? super.statusView() : null
				}
				guiPlotName(e) {
					return this.properties().childs().inputs.childs().symbol.value()
				}
				canOverrideMinTick() {
					return !0
				}
				canBeHiddenByGlobalFlag() {
					return !1
				}
				valuesProvider() {
					return new v(this, this.model())
				}
				statusProvider(e) {
					return new x(this, this._model.properties().scalesProperties.textColor)
				}
				_createViews() {
					this._legendView || (this._legendView = new w(this, this._model)), this
						._dataWindowView || (this._dataWindowView = new y(this, this._model)), this
						._statusView || (this._statusView = new P.StudyStatusView(this)), super
						._createViews()
				}
				_showLastValueOnPriceScale() {
					return this._model.properties().scalesProperties.showSeriesLastValue.value()
				}
				_onCurrencyChanged() {
					this.isStarted() && this._tryChangeInputs(), this._currencyChanged.fire()
				}
				_onUnitChanged() {
					this.isStarted() && this._tryChangeInputs(),
						this._unitChanged.fire()
				}
				_getSymbolObject(e) {
					const t = super._getSymbolObject(e),
						i = this.currency();
					null !== i && (t["currency-id"] = i);
					const s = this.unit();
					return null !== s && (t["unit-id"] = s), t
				}
				_getSymbolForApi(e) {
					return Object(n.symbolForApi)(this._resolvedSymbolsByInput[e] || null, e)
				}
				_onSymbolResolved(e, t, i) {
					super._onSymbolResolved(e, t, i), this._recreatePriceFormattingDependencies();
					const s = t === this.symbol() ? Object(n.extractSymbolNameFromSymbolInfo)(i,
							this.symbol()) : null,
						r = Object(n.symbolCurrency)(i),
						o = Object(n.symbolUnit)(i);
					this._setSymbolCurrencyUnitInternal(s || void 0, r, o, i), this.model()
						.realignLineTools()
				}
				_changeInputsImpl(e, t) {
					super._changeInputsImpl(e, t), e.symbol !== t.symbol && this._model
						.realignLineTools()
				}
				_createStudyOnServer() {
					super._createStudyOnServer(), this._model.realignLineTools()
				}
				_tryCreateFormatter() {
					const e = this.symbolInfo();
					return Object(n.createSeriesFormatter)(e, this.properties().childs().minTick
						.value())
				}
				_titleInParts(e, t, i, s) {
					const r = this.properties().childs().inputs.childs().symbol.value(),
						n = this.symbolInfo(),
						o = n && n.exchange && 0 !== n.exchange.length;
					let a;
					if (M && o && n) a = n.exchange;
					else if (n) {
						if (a = n.name, I) switch (this._model.mainSeries().properties()
							.statusViewStyle.symbolTextSource.value()) {
							case "description":
								a = n.description;
								break;
							case "ticker-and-description":
								a = `${n.name}, ${n.description}`
						} else if (o && !s) return [a, [n.exchange]]
					} else a = A ? "" : r;
					return [a]
				}
				_setSymbolCurrencyUnitInternal(e, t, i, s) {
					const r = this.properties().childs(),
						o = r.inputs.childs().symbol.value(),
						a = r.currencyId.value(),
						l = r.unitId.value();
					if (void 0 !== e && e !== o && r.inputs.childs().symbol.setValueSilently(e),
						void 0 !== t && t !== a && r.currencyId.setValueSilently(t), void 0 !== i &&
						i !== l && r.unitId.setValueSilently(i), s) this._resolvedSymbolsByInput[
						this.symbol()] = s, this._resolvedSymbols[this._getSymbolForResolve(this
						.symbol())] = s;
					else {
						const e = this.symbolInfo();
						null !== e && (r.currencyId.setValueSilently(Object(n.symbolCurrency)(e)), r
							.unitId.setValueSilently(Object(n.symbolUnit)(e)))
					}
					r.inputs.childs().symbol.value() !== o && r.inputs.childs().symbol.listeners()
						.fire(r.inputs.childs().symbol), r.currencyId.value() !== a && r.currencyId
						.listeners().fire(r.currencyId), r.unitId.value() !== l && r.unitId
						.listeners().fire(r.unitId)
				}
			}
		},
		Z0Sh: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("j3hX").LineToolColorsProperty,
				o = [4.5, 9, 11.25, 18, 22.5, 36, 45],
				a = function() {
					for (var e = [], t = o.length - 1, i = 1, s = 0, r = 0; r < 1e10;) r = o[s] * i, e.push(
						Math.round(r)), e.push(Math.ceil(-r)), s === t - 1 && (i *= 10), s = (s + 1) % t;
					return e.sort((function(e, t) {
						return e < t ? -1 : e > t ? 1 : 0
					})), e
				}();
			class l extends s {
				constructor(e, t) {
					super(e, t || l.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"eg8N", 7)).then(({
						GannSquarePaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				hLevelsCount() {
					return l.HLevelsCount
				}
				vLevelsCount() {
					return l.VLevelsCount
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Gann Box"
				}
				_alignPriceOnPattern(e, t) {
					var i = Math.round(1e6 * (e.price - t.price)) / 1e6;
					if (0 === i) return t.price;
					for (var s = o[0], r = o[o.length - 1], n = 1, a = Math.abs(i); a < s * n || r * n <
						a;) a < s * n ? n *= .1 : r * n < a && (n *= 10);
					for (var l = r * n, c = o.length - 2; c >= 0 && !(o[c] * n < a); --c) l = o[c] * n;
					return e.price = t.price + (i >= 0 ? l : -l), e
				}
				_alignTimeOnPattern(e, t) {
					var i = e.index - t.index;
					if (0 === i) return 0;
					for (var s = a.length - 2; s >= 0 && !(a[s] < i); --s);
					return s += i > 0 ? 1 : 0, e.index = t.index + a[s], e
				}
				_alignPointsFixedIncrement(e, t) {
					return this._alignTimeOnPattern(e, t), this._alignPriceOnPattern(e, t), e
				}
				_preparePoint(e, t) {
					return t && t.shift() && 0 !== this._points.length && this
						._alignPointsFixedIncrement(e, this._points[0]), s.prototype._preparePoint.call(
							this, e, t)
				}
				setPoint(e, t, i) {
					if (i && i.shift()) {
						var s = 0 === e ? this._points[1] : this._points[0];
						this._alignPointsFixedIncrement(t, s)
					}
					super.setPoint(e, t, i)
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "2liL")))
						.GannSquareDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetoolgannsquare", e, !1, {
						range: [1, 7],
						prefixes: ["h", "v"],
						names: ["coeff", "color", "visible"]
					});
					return l._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					for (var t = [e.child("color"), e.child("fans").child("color")], i = 1; i <= l
						.HLevelsCount; i++) t.push(e.child("hlevel" + i).child("color"));
					for (i = 1; i <= l.VLevelsCount; i++) t.push(e.child("vlevel" + i).child("color"));
					e.addChild("linesColors", new n(t)), e.addExclusion("linesColors")
				}
			}
			l.HLevelsCount = 7, l.VLevelsCount = 7, t.LineToolGannSquare = l
		},
		Z8aO: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SeriesPriceLinePaneView", (function() {
				return n
			}));
			var s = i("k4w6"),
				r = i("8Uy/");
			class n extends s.a {
				constructor(e) {
					super(e), this._lineRendererData.linestyle = r.LINESTYLE_DOTTED
				}
				_updateImpl() {
					if (this._lineRendererData.visible = !1, !this._series.properties()
						.showPriceLine.value()) return;
					if (12 === this._series.properties().style.value()) return;
					const e = this._series.lastValueData(void 0, !0);
					e.noData || (this._lineRendererData.visible = !0, this._lineRendererData.y = e
						.coordinate, this._lineRendererData.color = this._series.priceLineColor(
							e.color), this._lineRendererData.linewidth = this._series
						.properties().priceLineWidth.value())
				}
			}
		},
		ZAxB: function(e, t, i) {
			"use strict";

			function s(e) {
				return ["text", "integer", "float", "price", "session", "resolution"].includes(e.type) && e
					.hasOwnProperty("options")
			}

			function r(e, t, i) {
				for (const s of e)
					if (t[s.id] !== i[s.id]) return !1;
				return !0
			}
			i.d(t, "b", (function() {
				return s
			})), i.d(t, "a", (function() {
				return r
			}))
		},
		ZBiT: function(e, t, i) {
			e.exports = {
				"css-value-pane-controls-padding-left": "1px",
				"css-value-pane-controls-padding-right": "5px"
			}
		},
		ZJKN: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "BarsRange", (function() {
				return r
			}));
			var s = i("Eyy1");
			class r {
				constructor(e, t) {
					Object(s.assert)(e <= t,
						"The last bar in the bars range should be greater than or equal to the first bar"
					), this._firstBar = e, this._lastBar = t
				}
				firstBar() {
					return this._firstBar
				}
				lastBar() {
					return this._lastBar
				}
				count() {
					return this._lastBar - this._firstBar + 1
				}
				contains(e) {
					return this._firstBar <= e && e <= this._lastBar
				}
				equals(e) {
					return this._firstBar === e.firstBar() && this._lastBar === e.lastBar()
				}
				static compare(e, t) {
					return null === e || null === t ? e === t : e.equals(t)
				}
			}
		},
		ZjKI: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "CLOSE_POPUPS_AND_DIALOGS_COMMAND", (function() {
				return s
			}));
			const s = "CLOSE_POPUPS_AND_DIALOGS_COMMAND"
		},
		Zl0W: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolPriceNote", (function() {
				return l
			}));
			var s = i("Eyy1"),
				r = i("Ocx9"),
				n = i("tc+8"),
				o = i.n(n),
				a = i("Ss5c");
			class l extends a.LineDataSource {
				constructor(e, t) {
					super(e, t || l.createProperties()), this._labelMovingDelta = null, i.e(
						"lt-pane-views").then(i.bind(null, "0s1X")).then(t => {
						this._setPaneViews([new t.PriceNotePaneView(this, e)])
					})
				}
				pointsCount() {
					return 2
				}
				properties() {
					return super.properties()
				}
				name() {
					return "Price Note"
				}
				template() {
					const e = super.template();
					return e.text = this.properties().childs().text.value(), e
				}
				startMoving(e, t, i) {
					if (1 === t) {
						if (this.isSourceHidden()) return;
						const i = Object(s.ensureDefined)(e.logical),
							r = this.points()[1];
						this._labelMovingDelta = {
							index: r.index - i.index,
							price: r.price - i.price
						}, this.startChanging(t, i)
					} else this._labelMovingDelta = null, super.startMoving(e, t, i)
				}
				move(e, t, i) {
					if (null !== this._labelMovingDelta) {
						const t = Object(s.ensureDefined)(e.logical),
							r = {
								index: t.index + this._labelMovingDelta.index,
								price: t.price + this._labelMovingDelta.price
							};
						this.setPoint(1, r, i), this.updateAllViews()
					} else super.move(e, t, i)
				}
				endMoving(e, t) {
					return null !== this._labelMovingDelta ? (this._labelMovingDelta = null, this
						.endChanging(!1, e)) : super.endMoving(e)
				}
				static createProperties(e) {
					const t = new r.DefaultProperty("linetoolpricenote", e);
					return l._configureProperties(t), t
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text)
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "ernH")).then(
						e => e.PriceNoteDefinitionsViewModel)
				}
				_snapTo45DegreesAvailable() {
					return !0
				}
				static _configureProperties(e) {
					a.LineDataSource._configureProperties(e), e.hasChild("text") || e.addChild(
							"text", new o.a("")), e.addExclusion("text"), e.hasChild(
							"backgroundsColors") && e.removeProperty("backgroundsColors"), e
						.hasChild("textsColors") && e.removeProperty("textsColors")
				}
			}
		},
		ZmuQ: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return o
			})), i.d(t, "a", (function() {
				return a
			}));
			var s = i("jCNj"),
				r = i("E6p6"),
				n = i("5mo2");
			class o {
				constructor(e, t, i, s) {
					this.init(e, t, i, s)
				}
				init(e, t, i, r) {
					this.timezone = s.get_timezone(e), this.spec = new n.SessionSpec(e, t, i, r)
				}
			}
			class a {
				alignTime(e) {
					if (isNaN(e)) return NaN;
					let t = this.indexOfBar(e);
					return t === r.SessionStage.POST_SESSION && (this.moveTo(e), t = this.indexOfBar(
						e)), t < 0 ? NaN : this.startOfBar(t)
				}
			}
		},
		"Zo2/": function(e, t, i) {
			"use strict";
			(function(t) {
				i("YCFM");
				var s = i("YFKU").t,
					r = i("Eyy1"),
					n = r.assert,
					o = r.ensureDefined,
					a = i("Y7w9").moveToHead,
					l = i("iPBr").TimeAxisWidget,
					c = i("qJq3").Series,
					h = i("Kxc7"),
					u = i("YmeR").ActionBinder,
					d = i("mKT+").resolveAndShowEditObjectDialog,
					p = i("Vdly"),
					_ = p.getValue,
					m = p.setValue,
					f = i("QloM").TabNames,
					g = i("cdbK").showGoToDateDialog,
					b = i("/3z9"),
					v = i("lxNp"),
					S = i("7nsU").showConfirmInputsDialog,
					y = i("ikwP").disableSelection,
					w = i("GVHu").Study,
					P = i("8sOK").StudyStub,
					C = i("3ClC").isStudy,
					x = i("Ss5c").LineDataSource,
					T = i("CW80"),
					I = T.isLineTool,
					M = T.isStudyLineTool,
					O = i("fTGZ").BarsMarksContainer,
					L = i("7KDR"),
					A = L.Action,
					E = L.Separator,
					k = (i("L/Ed").ToolboxType, i("mMWL")),
					D = i("LxhU").Interval,
					V = i("n5al"),
					B = V.getDefaultStyle,
					R = i("pvsv").showSymbolInfoDialog,
					N = i("H0vP").InvalidationMask,
					j = i("H0vP").InvalidationLevel,
					F = i("PT1i").linking,
					W = i("JpbW").showChangeIntervalDialogAsync,
					H = i("wptU"),
					U = H.activateKeyPressHandler,
					z = H.showDialog,
					G = i("Ocx9").DefaultProperty,
					q = i("+6ja"),
					Y = q.availableTimezones,
					K = q.timezoneIsAvailable,
					J = i("0F0w").ChartSession,
					Z = i("0YCj"),
					X = i("c2JX").Spinner,
					$ = i("JWMC").trackEvent,
					Q = i("VaSN").lastEventIsTouch,
					ee = i("vaqD").LoadingScreen,
					te = i("wZIs"),
					ie = i("txPx").getLogger("ChartWidget", {
						color: "#606"
					}),
					se = i("2uTr").appendEllipsis,
					re = i("U0+/").StudyMetaInfoRepository,
					ne = i("VNzU").isMultipleLayout,
					oe = i("b1GK").addPerfMark,
					ae = i("FQhm"),
					le = i("wjVR").ChartWidgetBase,
					ce = i("qFKp").CheckMobile.any(),
					he = i("uDHo").TIMEFRAMETYPE,
					ue = i("jofe").createDeferredPromise,
					de = i("GDWD").addPlusButtonProperty,
					pe = s("On The Left"),
					_e = s("On The Right"),
					me = s("Move Scale To Left"),
					fe = s("Move Scale To Right");
				class ge extends le {
					constructor(e, i, s) {
						super(e, i, s), this._options.timeScaleWidget && (this._options
							.timeScaleWidget.pressedMouseMoveScale = this._options.handleScale
							.axisPressedMouseMove.time);
						var r = this;
						this._startSpinner(this._options.container.value());
						var n = this._options.content,
							o = this._options.readOnly;
						this._removeMaximizeHotkey = null, r._hotkeys = v.createGroup({
							desc: "Chart actions",
							isDisabled: function() {
								return !r._isActive
							}
						});
						var a = this._options.containsData,
							l = this._options.onWidget,
							c = this._options.onCmeWidget;
						c && ie.logWarn("[ChartWidget] 'onCmeWidget' option is depricated");
						var h = this._options.widgetCustomer,
							u = this._options.timezone,
							d = this._options.hideSymbolSearch,
							p = this._options.defSymbol,
							_ = D.isValid(this._options.defInterval) ? this._options.defInterval :
							void 0,
							m = parseInt(this._options.defStyle),
							f = V.isValidStyle(m) ? m : void 0,
							g = this._options.defSessionId,
							b = void 0 !== this._options.defTimeframe ? {
								value: this._options.defTimeframe.toUpperCase(),
								type: he.PeriodBack
							} : void 0;
						this._chartWidgetCollection = this._options.chartWidgetCollection, this
							._content = n, this._initialLoading = this._options.initialLoading, this
							._readOnly = o, this._containsData = a, this._showChartEvents = !a &&
							this._options.chartEventsEnabled, this._defSymbol = p, this
							._defInterval = _, this._defTimeframe = b, this._defStyle = f, this
							._onWidget = !!l, this._compareSymbols = this._options.compareSymbols,
							this._onWidget && (c ? this._widgetCustomer = "cme" : h && (this
								._widgetCustomer = h)), this._hideSymbolSearch = d, this
							._frameTime = 30, this._model = null, this._metaInfo = {},
							this._drawRafId = 0, this._compareDialog = this._chartWidgetCollection
							.getCompareDialogRenderer();
						var S = this._contentSeriesProperties();
						S && (p = S.symbol, _ = S.interval), void 0 === this._options
							.useUserChartPreferences && (this._options.useUserChartPreferences = !
								0), this._properties = new G("chartproperties", void 0, void 0, this
								._options.useUserChartPreferences);
						var y = this._options.useUserChartPreferences ? te.defaults(
							"chartproperties.mainSeriesProperties") : te.factoryDefaults(
							"chartproperties.mainSeriesProperties");
						this._properties.mainSeriesProperties.merge(y), this._properties
							.mainSeriesProperties.hasChild("esdBreaksStyle") && this._properties
							.mainSeriesProperties.removeProperty("esdBreaksStyle"), _ = _ || y
							.interval || "D", V.isValidStyle(f) || (f = V.isValidStyle(y.style) ? y
								.style : B(D.isRange(_))), this._properties.mainSeriesProperties
							.merge({
								visible: !0,
								symbol: p || DEFAULT_SYMBOL,
								shortName: "",
								timeframe: "",
								onWidget: this._onWidget,
								interval: _,
								currencyId: null,
								unitId: null,
								style: f,
								sessionId: g,
								lineStyle: {
									styleType: te.factoryDefaults(
										"chartproperties.mainSeriesProperties.lineStyle.styleType"
									)
								}
							}), this._containsData && this._properties.mainSeriesProperties.merge({
								showCountdown: !1
							}), u && K(u) && this._properties.timezone.setValue(u), this
							._tagsChanged = new t, this._disconnected = new t, this
							._reconnectBailout = new t, this._connected = new t, this._onScroll =
							new t, this.chartWidgetInitialized = new t, this._chartSession = new J(
								ChartApiInstance), this._metaInfoRepository = new re(this
								._chartSession), this._timingsMeter = null, this._isActive = this
							._options.isActive, this._options.container.subscribe((function(e) {
								r._setElement(e)
							}), {
								callWithLast: !0
							});
						var w = function() {
							r.resize()
						};
						this._options.width.subscribe(w), this._options.height.subscribe(w), this
							._options.visible.subscribe(this._updateTimingsMeterState.bind(this)),
							this._aboutToBeDestroyed = new t, this._actions = null, this
							._definitionsViewModel = null, this._backgroundTopColorSpawn = null,
							this._backgroundBottomColorSpawn = null, this._hintDefferedPromise =
							null, this._activeHint = null
					}
					isInitialized() {
						return Boolean(this._inited)
					}
					compareSymbols() {
						return this._compareSymbols
					}
					async _getChartPropertyDefinitionsViewModel() {
						if (null === this._definitionsViewModel) {
							const {
								ChartPropertyDefinitionsViewModel: e
							} = await Promise.all([i.e(27), i.e(61), i.e("general-property-page")])
								.then(i.bind(null, "5lPo"));
							if (this._isDestroyed) throw new Error(
								"Chart widget already destroyed");
							await new Promise(e => this.withModel(null, e)), null === this
								._definitionsViewModel && (this._definitionsViewModel = new e(this
									.model(), this.properties(), this._options))
						}
						return this._definitionsViewModel
					}
					_initMaximizeHotkey(e) {
						var t = this;

						function i(e) {
							e.defaultPrevented || b.modifiersFromEvent(e) === b.Modifiers.Alt && e
								.stopPropagation()
						}

						function s(e) {
							e.defaultPrevented || b.modifiersFromEvent(e) === b.Modifiers.Alt && (e
								.preventDefault(), e.stopPropagation(), t.toggleFullscreen())
						}
						return e.addEventListener("mousedown", i, !0), e.addEventListener("click",
								s, !0),
							function() {
								e.removeEventListener("mousedown", i, !0), e.removeEventListener(
									"click", s, !0)
							}
					}
					toggleFullscreen() {
						var e = this.getResizerDetacher();
						e.fullscreenable.value() && (e.fullscreen.value() ? e.exitFullscreen() : e
							.requestFullscreen())
					}
					_beginRequestActive() {
						var e = this._chartWidgetCollection.activeChartWidget.value() !== this;
						this._chartWidgetCollection.activeChartWidget.setValue(this), e && (Q() &&
							this._isLineToolModeExceptBrush() && this
							.updateCrossHairPositionIfNeeded(), this._justActivated = !0)
					}
					_endRequestActive() {
						var e = this;
						this._justActivated && setTimeout((function() {
							e._justActivated = !1
						}), 0)
					}
					_requestActive() {
						this._beginRequestActive(), this._endRequestActive()
					}
					justActivated() {
						return this._justActivated
					}
					setTimezone(e) {
						e && K(e) ? this._properties.timezone.setValue(e) : console.warn(
							"Incorrect timezone: " + JSON.stringify(e))
					}
					getTimezone() {
						return this._properties.timezone.value()
					}
					refreshMarks() {
						this.model().barsMarksSources().forEach((function(e) {
							e.refreshData()
						}))
					}
					clearMarks() {
						this.model().barsMarksSources().forEach((function(e) {
							e.clearMarks()
						}))
					}
					metaInfoRepository() {
						return this._metaInfoRepository
					}
					_init() {
						var e = this;
						this.hasModel() && this.model().mainSeries().clearData(), this.initColors(),
							this._makeDefaultGui();
						var t = function() {
								e._checkObsoleteTimezone(), e._chartSession && e._chartSession
									.connected() && this._model.restart(), this._content && (this
										.initColors(), this._updateGui(), this.update()), this
									._resizeHandler = function() {
										this.adjustSize(), this.paint()
									}.bind(this), this._resizeHandler(), this._parent.appendChild(
										this._mainDiv), this._spinner && (this._spinner.stop(),
										delete this._spinner), this._keydownEventListener =
									function(e) {
										27 === e.which && e.preventDefault()
									}, window.addEventListener("keydown:chart_" + this._id, this
										._keydownEventListener), this._initBarsMarksSources(), this
									._activateSymbolSearchHotkeys(), this.model().timeScale()
									.onScroll().subscribe(this, (function() {
										this._onScroll.fire()
									})), this._inited = !0
							}.bind(this),
							i = this._makeDefaultModel();
						void 0 === i ? t() : i.then(t)
					}
					_activateSymbolSearchHotkeys() {
						this.readOnly() || this._hideSymbolSearch || U()
					}
					_checkObsoleteTimezone() {
						var e = this._properties.timezone.value();
						K(e) || this._properties.timezone.setValue({
							UTC: "Etc/UTC",
							EST: "America/New_York",
							CST: "America/Chicago",
							PST: "America/Los_Angeles"
						} [e] || "exchange")
					}
					_initBarsMarksSources() {
						var e = this;
						this.withModel(this, (function() {
							this.model().barsMarksSources().forEach((function(t) {
								t.onNeedRepaint.subscribe(e, (function() {
									e.model().model()
										.lightUpdate()
								}))
							}))
						}))
					}
					initColors() {
						this._properties.scalesProperties.lineColor.listeners().subscribe(this, ge
								.prototype.setScaleLineColor), this._properties.scalesProperties
							.textColor.listeners().subscribe(this, ge.prototype.setScaleTextColor)
					}
					_initBackgroundColor() {
						null === this._backgroundTopColorSpawn && (this._backgroundTopColorSpawn =
							this._model.model().backgroundTopColor().spawn(), this
							._backgroundTopColorSpawn.subscribe(this._onBackgroundColorChanged
								.bind(this))), null === this._backgroundBottomColorSpawn && (
							this._backgroundBottomColorSpawn = this._model.model()
							.backgroundColor().spawn(), this._backgroundBottomColorSpawn
							.subscribe(this._onBackgroundColorChanged.bind(this)))
					}
					paneWidgets() {
						return this._paneWidgets
					}
					paneByCanvas(e) {
						for (var t = 0; t < this._paneWidgets.length; t++)
							if (this._paneWidgets[t].hasCanvas(e)) return this._paneWidgets[t];
						return null
					}
					paneByState(e) {
						for (var t = 0; t < this._paneWidgets.length; t++)
							if (this._paneWidgets[t].state() === e) return this._paneWidgets[t];
						return null
					}
					timeAxisByCanvas(e) {
						return this._timeAxisWidget.hasCanvas(e) ? this._timeAxisWidget : null
					}
					properties() {
						return this._properties
					}
					emulateCriticalError() {
						this._chartSession.removeSeries("-1")
					}
					readOnly() {
						return this._readOnly
					}
					onDisconnected() {
						return this._disconnected
					}
					onReconnectBailout() {
						return this._reconnectBailout
					}
					onConnected() {
						return this._connected
					}
					onRedraw() {
						return this._redraw
					}
					onScroll() {
						return this._onScroll
					}
					modelCreated() {
						return this._modelCreated
					}
					setResolution(e) {
						if (this._model) {
							var t = this._model.mainSeries().properties(),
								i = s("Change Resolution");
							this._model.setResolutionProperty(t.interval, e, this, i)
						} else this._properties.mainSeriesProperties.merge({
							interval: e
						})
					}
					getResolution() {
						return this._model ? this._model.mainSeries().properties().interval
							.value() : this._properties.mainSeriesProperties.interval.value()
					}
					addOverlayStudy(e, t, i) {
						var s = this.model();
						return this._options.isSymbolAvailable(e).then((function(r) {
							if (!r) return null;
							var n = s.createStudyInserter({
									type: "java",
									studyId: "Overlay@tv-basicstudies"
								}),
								o = {
									allowExtendTimeScale: i
								};
							if (h.enabled("use_overrides_for_overlay")) {
								var a = te.factoryDefaults(
									"study_Overlay@tv-basicstudies.style");
								o.style = a
							}
							return n.setPropertiesState(o), n.setForceOverlay(t), n
								.insert((function() {
									return Promise.resolve({
										symbol: e
									})
								}))
						}))
					}
					addCompareStudy(e) {
						var t = this.model();
						return this._options.isSymbolAvailable(e).then((function(i) {
							return i ? t.createStudyInserter({
								type: "java",
								studyId: "Compare@tv-basicstudies"
							}).insert((function() {
								return Promise.resolve({
									symbol: e
								})
							})) : null
						}))
					}
					updateActions() {
						for (var e = this.actions(), t = this._model.dataSources(), i = !1, r = !1,
								n = 0, o = t.length; n < o; n++) {
							var a = t[n];
							TradingView.isInherited(a.constructor, x) && a.isUserDeletable() && (
									i = !0), TradingView.isInherited(a.constructor, w) && a
								.removeByRemoveAllStudies() && (r = !0), TradingView.isInherited(a
									.constructor, P) && (r = !0)
						}
						this._readOnly || (e.paneRemoveAllStudies && e.paneRemoveAllStudies.update({
								disabled: !r
							}), e.paneRemoveAllDrawingTools && e.paneRemoveAllDrawingTools
							.update({
								disabled: !i
							}), e.paneRemoveAllStudiesDrawingTools && e
							.paneRemoveAllStudiesDrawingTools.update({
								disabled: !r && !i
							}));
						var l = this,
							c = [],
							h = function(e) {
								return e.id === l.model().model().properties().timezone.value()
							};
						Y.forEach((function(e) {
								if (!e.separator) {
									var t = new A({
										label: e.title,
										checkable: !0,
										checked: h(e),
										statName: "SetTimeZone",
										onExecute: function() {
											l.model().setProperty(l.model()
												.model().properties()
												.timezone, e.id,
												"Changed Time Zone")
										}
									});
									c.push(t)
								}
							}), this), e.applyTimeZone.update({
								subItems: c
							}), e.addToWatchlist && (e.addToWatchlist.request(), e.addToWatchlist
								.updateLabel(this.getSymbol(!0))), e.addToTextNotes && e
							.addToTextNotes.update({
								label: s("Add Text Note for {symbol}").format({
									symbol: this.getSymbol(!0)
								})
							})
					}
					applyTheme(e) {
						var t = this;
						Promise.resolve().then(i.bind(null, "EsvI")).then(i => {
							e = e || i.getCurrentTheme().name,
								i.loadTheme(e, !0, !0, t._chartWidgetCollection)
						})
					}
					actions() {
						return null === this._actions && this._setActions(), this._actions
					}
					_setActions() {
						this._actions && this._actions.addToWatchlist && (this._actions
							.addToWatchlist.destroy(), delete this._actions.addToWatchlist);
						var e, t = this,
							r = [];
						if (!this._readOnly) {
							r = [new A({
								label: s("Eraser"),
								payload: "eraser",
								statName: "Eraser"
							}), new E, new A({
								label: s("Trend Line"),
								payload: "LineToolTrendLine",
								statName: "LineToolTrendLine"
							}), new A({
								label: s("Horizontal Line"),
								payload: "LineToolHorzLine",
								statName: "LineToolHorzLine"
							}), new A({
								label: s("Vertical Line"),
								payload: "LineToolVertLine",
								statName: "LineToolVertLine"
							}), new A({
								label: s("Arrow"),
								payload: "LineToolArrow",
								statName: "LineToolArrow"
							}), new A({
								label: s("Ray"),
								payload: "LineToolRay",
								statName: "LineToolRay"
							}), new A({
								label: s("Extended"),
								payload: "LineToolExtended",
								statName: "LineToolExtended"
							}), new A({
								label: s("Parallel Channel"),
								payload: "LineToolParallelChannel",
								statName: "LineToolParallelChannel"
							}), new E, new A({
								label: s("Pitchfork"),
								payload: "LineToolPitchfork",
								statName: "LineToolPitchfork"
							}), new A({
								label: s("Schiff Pitchfork"),
								payload: "LineToolSchiffPitchfork",
								statName: "LineToolSchiffPitchfork"
							}), new A({
								label: s("Pitchfan"),
								payload: "LineToolPitchfan",
								statName: "LineToolPitchfan"
							}), new A({
								label: s("Gann Square"),
								payload: "LineToolGannSquare",
								statName: "LineToolGannSquare"
							}), new A({
								label: s("Gann Fan"),
								payload: "LineToolGannFan",
								statName: "LineToolGannFan"
							}), new A({
								label: s("Fib Retracement"),
								payload: "LineToolFibRetracement",
								statName: "LineToolFibRetracement"
							}), new A({
								label: s("Trend-Based Fib Extension"),
								payload: "LineToolTrendBasedFibExtension",
								statName: "LineToolTrendBasedFibExtension"
							}), new A({
								label: s("Fib Speed Resistance Fan"),
								payload: "LineToolFibSpeedResistanceFan",
								statName: "LineToolFibSpeedResistanceFan"
							}), new A({
								label: s("Fib Time Zone"),
								payload: "LineToolFibTimeZone",
								statName: "LineToolFibTimeZone"
							}), new A({
								label: s("Circle Lines"),
								payload: "LineToolCircleLines",
								statName: "LineToolCircleLines"
							}), new A({
								label: s("Fib Circles"),
								payload: "LineToolFibCircles",
								statName: "LineToolFibCircles"
							}), new A({
								label: s("Fib Speed Resistance Arcs"),
								payload: "LineToolFibSpeedResistanceArcs",
								statName: "LineToolFibSpeedResistanceArcs"
							}), new E, new A({
								label: s("Rectangle"),
								payload: "LineToolRectangle",
								statName: "LineToolRectangle"
							}), new A({
								label: s("Ellipse"),
								payload: "LineToolEllipse",
								statName: "LineToolEllipse"
							}), new A({
								label: s("Triangle"),
								payload: "LineToolTriangle",
								statName: "LineToolTriangle"
							}), new A({
								label: s("Polyline"),
								payload: "LineToolPolyline",
								statName: "LineToolPolyline"
							}), new A({
								label: s("Path"),
								payload: "LineToolPath",
								statName: "LineToolPath"
							}), new A({
								label: s("Arc"),
								payload: "LineToolArc",
								statName: "LineToolArc"
							}), new E, new A({
								label: s("Text", {
									context: "tool"
								}),
								payload: "LineToolText",
								statName: "LineToolText"
							}), new A({
								label: s("Anchored Text"),
								payload: "LineToolTextAbsolute",
								statName: "LineToolTextAbsolute"
							}), new A({
								label: s("Balloon"),
								payload: "LineToolBalloon",
								statName: "LineToolBalloon"
							}), new A({
								label: s("Price Label"),
								payload: "LineToolPriceLabel",
								statName: "LineToolPriceLabel"
							}), new E, new A({
								label: s("Elliott Wave Subminuette"),
								payload: "LineToolElliottSubminuette",
								statName: "LineToolElliottSubminuette"
							}), new A({
								label: s("Elliott Wave Minor"),
								payload: "LineToolElliottMinor",
								statName: "LineToolElliottMinor"
							}), new A({
								label: s("Elliott Wave Circle"),
								payload: "LineToolElliottCircle",
								statName: "LineToolElliottCircle"
							}), new A({
								label: s("Elliott Minor Retracement"),
								payload: "LineToolElliottMinorRetr",
								statName: "LineToolElliottMinorRetr"
							}), new A({
								label: s("Elliott Major Retracement"),
								payload: "LineToolElliottMajorRetr",
								statName: "LineToolElliottMajorRetr"
							}), new E, new A({
								label: s("Brush"),
								payload: "LineToolBrush",
								statName: "LineToolBrush"
							}), new E, new A({
								label: s("Forecast"),
								payload: "LineToolPrediction",
								statName: "LineToolPrediction"
							})];
							for (var n = function(e) {
									k.tool.setValue(e.getPayload())
								}, o = 0; o < r.length; o++) r[o] instanceof A && r[o].update({
								onExecute: n
							});
							e = new A({
								label: se(s("Settings")),
								icon: i("MXV9"),
								statName: "ScalesProperties",
								onExecute: function() {
									t.showGeneralChartProperties(f.scales)
								}
							})
						}
						this._hotkeys.add({
							desc: "Maximize",
							hotkey: v.Modifiers.Alt + 13,
							handler: function() {
								t.toggleFullscreen()
							},
							isDisabled: function() {
								return !t._options.fullscreenable.value()
							}
						}), this._hotkeys.add({
							desc: "Cancel selection",
							hotkey: 27,
							handler: function() {
								t.selectPointMode().value() ? t
									.cancelRequestSelectPoint() : t._model
									.selectionMacro((function(e) {
										t._cancelCreatingLine(), e
											.clearSelection()
									}))
							},
							isDisabled: function() {
								var e = 0 === t._model.selection().allSources().length,
									i = null === t._model.crossHairSource()
									.measurePane(),
									s = !t.selectPointMode().value(),
									r = e && i && s;
								return !t._model || r
							}
						}), t.withModel(null, (function() {
							var e = function() {
								t._hotkeys.promote()
							};
							t._model.onSelectedSourceChanged().subscribe(null, e), t
								._model.crossHairSource().measuringEnabled().subscribe(
									null, t => {
										t && e()
									})
						}));
						var a = new A({
								label: s("Reset Chart"),
								icon: i("LdoW"),
								statName: "ResetChart",
								onExecute: this.GUIResetScales.bind(this),
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Alt + 82
							}),
							l = new A({
								label: s("Invert Scale"),
								statName: "Invert Scale",
								checkable: !0,
								onExecute: function() {
									t._model.invertPriceScale(t._model.mainSeries()
										.priceScale())
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Alt + 73
							}),
							c = new A({
								label: s("Auto (Fits Data To Screen)"),
								checkable: !0,
								onExecute: function() {
									var e = t._model.mainSeries().priceScale();
									t._model.togglePriceScaleAutoScaleMode(e), c.update({
										checked: e.isAutoScale()
									})
								}
							}),
							d = new A({
								label: s("Lock Price To Bar Ratio"),
								checkable: !0,
								statName: "ToggleLockScale",
								onExecute: function() {
									t._model.togglePriceScaleLockScaleMode(t._model
										.mainSeries().priceScale())
								}
							}),
							p = new A({
								label: s("Regular"),
								checkable: !0,
								statName: "ToggleRegularScale",
								onExecute: function() {
									var e = t._model.mainSeries().priceScale();
									t._model.setPriceScaleRegularScaleMode(e), p.update({
										checked: e.isRegular()
									})
								}
							}),
							S = new A({
								label: s("Percent"),
								checkable: !0,
								statName: "TogglePercantage",
								onExecute: function() {
									t._model.togglePriceScalePercentageScaleMode(t._model
										.mainSeries().priceScale())
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Alt + 80
							}),
							y = new A({
								label: s("Indexed to 100"),
								checkable: !0,
								statName: "ToggleIndexedTo100",
								onExecute: function() {
									t._model.togglePriceScaleIndexedTo100ScaleMode(t._model
										.mainSeries().priceScale())
								}
							}),
							w = new A({
								label: s("Logarithmic"),
								statName: "ToggleLogScale",
								checkable: !0,
								onExecute: function() {
									t._model.togglePriceScaleLogScaleMode(t._model
										.mainSeries().priceScale())
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Alt + 76
							}),
							P = new A({
								label: s("Undo"),
								onExecute: function() {
									$("GUI", "Undo"), t._model.undoHistory().undo()
								},
								disabled: !0,
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Mod + 90
							}),
							C = new A({
								label: s("Redo"),
								onExecute: function() {
									$("GUI", "Redo"), t._model.undoHistory().redo()
								},
								disabled: !0,
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Mod + 89
							});
						t.withModel(null, (function() {
							t._model.undoHistory().undoStack().onChange().subscribe(t, t
									.updateUndoRedo), t._model.undoHistory().redoStack()
								.onChange().subscribe(t, t.updateUndoRedo)
						}));
						var x = [new A({
								label: s("Loading")
							})],
							T = new A({
								name: "apply-color-theme",
								label: s("Color Theme"),
								icon: i("opke"),
								subItems: x,
								statName: "ColorTheme"
							}),
							I = new A({
								label: s("Time Zone"),
								statName: "TimeZone"
							}),
							M = new A({
								label: se(s("Change Symbol")),
								statName: "ChangeSymbol",
								onExecute: function() {
									z({
										defaultValue: ""
									})
								}
							});
						m("symboledit.dialog_last_entry", "");
						var O = {
							label: se(s("Change Interval")),
							statName: "ChangeInterval",
							onExecute: function() {
								W({
									initVal: F.interval.value(),
									selectOnInit: !0
								})
							}
						};
						!h.enabled("show_interval_dialog_on_key_press") || this.readOnly() || this
							._hideSymbolSearch || (O.shortcutHint = ",", O.hotkeyGroup = this
								._hotkeys, O.hotkeyHash = 188);
						var L, D, V = new A(O);
						if (!TradingView.onWidget()) {
							if (this._options.addToWatchlistEnabled) {
								const e = {
									hotkeyGroup: this._hotkeys
								};
								L = new WatchListAction(this, e)
							}
							D = new A({
								label: s("Add To Text Notes"),
								statName: "AddToTextNotes",
								onExecute: function() {
									window.runOrSignIn((function() {
										TradingView.bottomWidgetBar && (
											TradingView.bottomWidgetBar
											.toggleWidget("text_notes",
												!0), TradingView
											.bottomWidgetBar._widgets
											.text_notes.addNote(null, t
												.getSymbol(!0), t
												.getSymbol()))
									}), {
										source: "Add text note in chart context menu"
									})
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Alt + 78
							})
						}
						var B = new A({
								label: s("Reset Time Scale"),
								icon: i("LdoW"),
								statName: "ResetScale",
								onExecute: function() {
									t.model().resetTimeScale()
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Mod + v.Modifiers.Alt + 81
							}),
							j = new A({
								label: s("Insert Drawing Tool"),
								subItems: r,
								statName: "InsertDravingTool"
							}),
							H = new A({
								label: s("Remove Indicators"),
								statName: "RemoveAllIndicators",
								onExecute: this.removeAllStudies.bind(this)
							}),
							U = new A({
								label: s("Remove Drawings"),
								statName: "RemoveAllDrawingTools",
								onExecute: this.removeAllDrawingTools.bind(this)
							}),
							G = new A({
								label: s("All Indicators And Drawing Tools"),
								statName: "RemoveAllIndicatorsAndDrawingTools",
								onExecute: this.removeAllStudiesDrawingTools.bind(this)
							}),
							q = this.chartWidgetCollection(),
							Y = new A({
								label: s("Apply these Indicators to Entire Layout"),
								statName: "ApplyIndicatorsToAllCharts",
								onExecute: function() {
									q.applyIndicatorsToAllCharts(t)
								}
							}),
							K = {
								label: se(s("Insert Indicator")),
								statName: "InsertIndicator",
								onExecute: function() {
									t.showIndicators()
								}
							};
						this._options.indicatorsDialogShortcutEnabled && (K.hotkeyGroup = this
							._hotkeys, K.hotkeyHash = 191, new A({
								label: se(s("Insert Indicator")),
								statName: "InsertIndicator",
								onExecute: function() {
									t.showIndicators()
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: 111
							}));
						var J, Z = new A(K),
							X = new A({
								label: se(s("Compare or Add Symbol")),
								statName: "CompareOrAddSymbol",
								onExecute: this.toggleCompareOrAdd.bind(this)
							}),
							Q = new A({
								label: se(s("Compare")),
								statName: "Compare",
								onExecute: this.toggleCompareOrAdd.bind(this)
							}),
							ee = new A({
								label: se(s("Object Tree")),
								statName: "ObjectsTree",
								onExecute: this.showObjectsTreePanelOrDialog.bind(this)
							}),
							te = new A({
								label: se(s("Settings")),
								icon: i("MXV9"),
								statName: "ChartProperties",
								onExecute: function() {
									t.showGeneralChartProperties()
								}
							}),
							ie = new A({
								label: se(s("Settings")),
								icon: i("MXV9"),
								statName: "MainSeriesProperties",
								onExecute: function() {
									t.showGeneralChartProperties(f.symbol)
								}
							}),
							re = new A({
								label: s("Lock/Unlock"),
								statName: "ToggleLockSelectedObject",
								onExecute: this.toggleLockSelectedObject.bind(this)
							}),
							ne = new A({
								label: s("Hide"),
								icon: i("dmHa"),
								statName: "HideSelectedObject",
								onExecute: this.hideSelectedObject.bind(this)
							});
						h.enabled("property_pages") && (J = new A({
							label: se(s("Settings")),
							icon: i("MXV9"),
							statName: "EditSelectedObject",
							onExecute: function() {
								t.showSelectedSourceProperties()
							}
						})), this.withModel(null, (function() {
							var e = t.model().mainSeries(),
								i = e.properties();
							i.priceAxisProperties.subscribe(t, t._updateScalesActions),
								e.priceScaleAboutToBeChanged().subscribe(t, (
									function() {
										i.priceAxisProperties.unsubscribeAll(t)
									})), e.priceScaleChanged().subscribe(t, (
							function() {
									i.priceAxisProperties.subscribe(t, t
											._updateScalesActions), t
										._updateScalesActions()
								}))
						}));
						var oe = new A({
							label: s("Scale Price Chart Only"),
							checkable: !0,
							statName: "ScalePriceChartOnly"
						});
						oe.binder = new u(oe, this._properties.scalesProperties.scaleSeriesOnly,
							this.model(), s("Scale Price Chart Only"));
						var ae = this.model().model();
						this._properties.scalesProperties.scaleSeriesOnly.listeners().subscribe(
							null, (function() {
								ae.recalculateAllPanes(), ae.invalidate(N.full())
							}));
						var le = new A({
								label: s("Drawings Toolbar"),
								checkable: !0,
								statName: "ToggleDrawingToolbar"
							}),
							ce = this._options.isDrawingToolbarVisible;
						ce && (ce.subscribe((function(e) {
							le.update({
								checked: e
							})
						}), {
							callWithLast: !0
						}), le.update({
							onExecute: function() {
								ce.setValue(!ce.value())
							}
						}));
						var he = new A({
							label: s("Stay in Drawing Mode"),
							checkable: !0,
							statName: "ToggleStayInDrawingMode"
						});
						he.binder = new u(he, k.properties().stayInDrawingMode, this.model(), s(
							"Stay In Drawing Mode"));
						var ue = new A({
							label: s("Sync drawings to all charts"),
							checkable: !0,
							statName: "ToggleSyncDrawings"
						});
						ue.binder = new u(ue, k.properties().drawOnAllCharts, this.model(),
							"SyncDrawings");
						var ge = new A({
							label: s("Lock All Drawing Tools"),
							checkable: !0,
							statName: "ToggleLockDrawings"
						});
						ge.binder = new u(ge, k.lockDrawings(), this.model(), s("Lock drawings"), (
							function() {
								k.lockDrawings().setValue(this.value())
							}));
						var be = new A({
							label: s("Hide All Drawing Tools"),
							checkable: !0,
							statName: "ToggleHideAllDrawingTools",
							hotkeyHash: v.Modifiers.Mod + v.Modifiers.Alt + 72,
							hotkeyGroup: this._hotkeys
						});
						be.binder = new u(be, k.hideAllDrawings(), this.model(), s(
							"Hide All Drawing Tools"), (function() {
							var e = _("ChartToolsHideMode", "drawings"),
								t = k.hideAllDrawings(),
								i = k.hideAllIndicators();
							switch (e) {
								case "drawings":
									t.setValue(!t.value());
									break;
								case "indicators":
									i.setValue(!i.value());
									break;
								default:
									t.setValue(!t.value()), i.setValue(!i.value())
							}
						}));
						var ve = new A({
							label: s("Hide Marks On Bars"),
							checkable: !0,
							statName: "ToggleHideMarksOnBars"
						});
						ve.binder = new u(ve, k.hideMarksOnBars(), this.model(), s(
							"Hide Marks On Bars"), (function() {
							k.hideMarksOnBars().setValue(this.value())
						}));
						var Se = new A({
							label: s("Symbol Last Price Label"),
							checkable: !0,
							checked: !1,
							statName: "ToggleSymbolLastValue"
						});
						Se.binder = new u(Se, this.properties().scalesProperties
							.showSeriesLastValue, this.model(), s("Show Symbol Last Value"));
						var ye = new A({
							label: s("Symbol Name Label"),
							checkable: !0,
							checked: !1,
							statName: "ToggleSymbolLabels"
						});
						ye.binding = new u(ye, this.properties().scalesProperties.showSymbolLabels,
							this.model(), "Undo Show Symbol Labels");
						var we = new A({
							label: s("Indicator Last Value Label"),
							checkable: !0,
							checked: !1,
							statName: "ToggleStudyLastValue"
						});
						we.binder = new u(we, this.properties().scalesProperties.showStudyLastValue,
							this.model(), s("Show Indicator Last Value"));
						var Pe = new A({
							label: s("Indicator Name Label"),
							checkable: !0,
							checked: !1,
							statName: "ToggleIndicatorsLabels"
						});
						Pe.binding = new u(Pe, this.properties().scalesProperties
							.showStudyPlotLabels, this.model(), "Undo Show Indicator Labels");
						var Ce = this.model().mainSeries().properties().highLowAvgPrice,
							xe = new A({
								label: s("High and low price labels"),
								checkable: !0,
								checked: !1,
								statName: "ToggleHighLowPriceLabels"
							});
						xe.binding = new u(xe, Ce.highLowPriceLabelsVisible, this.model(), s(
							"Show high and low price labels"));
						var Te = new A({
							label: s("High and low price lines"),
							checkable: !0,
							checked: !1,
							statName: "ToggleHighLowPriceLine"
						});
						Te.binding = new u(Te, Ce.highLowPriceLinesVisible, this.model(), s(
							"Show high and low price lines"));
						var Ie = new A({
							label: s("Average close price label"),
							checkable: !0,
							checked: !1,
							statName: "ToggleAverageClosePriceLabel"
						});
						Ie.binding = new u(Ie, Ce.averageClosePriceLabelVisible, this.model(), s(
							"Show average close price label"));
						var Me = new A({
							label: s("Average close price line"),
							checkable: !0,
							checked: !1,
							statName: "ToggleAverageClosePriceLine"
						});
						Me.binding = new u(Me, Ce.averageClosePriceLineVisible, this.model(), s(
							"Show average close price line"));
						var Oe = new A({
							label: s("Financials Last Value Label"),
							checkable: !0,
							checked: !1,
							statName: "ToggleFundamentalsLastValue"
						});
						Oe.binder = new u(Oe, this.properties().scalesProperties
							.showFundamentalLastValue, this.model(),
							"Show Financials Last Value");
						var Le = new A({
							label: s("Financials Name Label"),
							checkable: !0,
							checked: !1,
							statName: "ToggleFundamentalsLabels"
						});
						Le.binding = new u(Le, this.properties().scalesProperties
							.showFundamentalNameLabel, this.model(),
							"Show Financials Name Label");
						var Ae = new A({
							label: s("Countdown To Bar Close"),
							checkable: !0,
							checked: !1,
							statName: "ToggleCountdown"
						});
						Ae.binder = new u(Ae, this.model().mainSeries().properties().showCountdown,
							this.model(), Ae.getLabel());
						var Ee = new A({
							label: s("Currency"),
							checkable: !0,
							checked: !0,
							statName: "ToggleScalesCurrency"
						});
						Ee.binder = new u(Ee, this.properties().scalesProperties.showCurrency, this
							.model(), "Change Currency Label Visibility");
						var ke = new A({
							label: s("Unit"),
							checkable: !0,
							checked: !0,
							statName: "ToggleScalesUnit"
						});
						ke.binder = new u(ke, this.properties().scalesProperties.showUnit, this
							.model(), "Change Unit Label Visibility");
						var De = new A({
							label: s("Plus Button"),
							checkable: !0,
							checked: de.value(),
							statName: "ToggleAddOrderPlusButton"
						});
						De.binder = new u(De, de, this.model(), De.getLabel());
						var Ve = null;
						this._options.goToDateEnabled && (Ve = new A({
							label: se(s("Go to Date")),
							statName: "GoToDate",
							onExecute: function() {
								var e = t._chartWidgetCollection.activeChartWidget
									.value();
								g(e)
							},
							hotkeyGroup: this._hotkeys,
							hotkeyHash: v.Modifiers.Alt + 71
						}));
						var Be = new A({
								label: se(s("Symbol Info")),
								icon: i("1pHB"),
								checkable: !1,
								statName: "SymbolInfo",
								onExecute: function() {
									var e = t.model().mainSeries().symbol(),
										i = t.model().mainSeries().symbolInfo(),
										s = t.model().model().availableUnits(),
										r = t.model().model().unitConversionEnabled();
									R(e, {
										symbolInfo: i,
										showUnit: r,
										unitName: function(e) {
											return s.name(e)
										}
									})
								}
							}),
							Re = new A({
								label: pe,
								statName: "MergeAllScalesToLeft",
								onExecute: function() {
									t.model().mergeAllScales("left")
								}
							}),
							Ne = new A({
								label: _e,
								statName: "MergeAllScalesToRight",
								onExecute: function() {
									t.model().mergeAllScales("right")
								}
							}),
							je = new A({
								label: me,
								statName: "MoveScaleToLeft",
								onExecute: function() {
									t.model().mergeAllScales("left")
								}
							}),
							Fe = new A({
								label: fe,
								statName: "MoveScaleToRight",
								onExecute: function() {
									t.model().mergeAllScales("right")
								}
							});
						var We = h.enabled("show_object_tree");
						if (this._actions = {
								chartProperties: te,
								mainSeriesPropertiesAction: ie,
								timeScaleReset: B,
								chartReset: a,
								invertSeriesScale: l,
								logSeriesScale: w,
								autoSeriesScale: c,
								lockSeriesScale: d,
								regularSeriesScale: p,
								percentSeriesScale: S,
								indexedTo100SeriesScale: y,
								compareOrAdd: X,
								compare: Q,
								paneObjectTree: We ? ee : void 0,
								insertIndicator: Z,
								insertDrawingTool: j,
								applyColorTheme: T,
								symbolSearch: M,
								showSymbolInfoDialog: Be,
								changeInterval: V,
								seriesHide: ne,
								studyHide: ne,
								lineToggleLock: re,
								lineHide: ne,
								scaleSeriesOnly: oe,
								drawingToolbarAction: le,
								stayInDrawingModeAction: he,
								syncModeAction: ue,
								lockDrawingsAction: ge,
								hideAllDrawingsAction: be,
								hideAllMarks: ve,
								applyTimeZone: I,
								showCountdown: Ae,
								showCurrency: Ee,
								showUnit: ke,
								addPlusButton: De,
								showSeriesLastValue: Se,
								showHighLowPriceLabels: xe,
								showHighLowPriceLines: Te,
								showAverageClosePriceLabel: Ie,
								showAverageClosePriceLine: Me,
								showSymbolLabelsAction: ye,
								showStudyLastValue: we,
								showStudyPlotNamesAction: Pe,
								showFundamentalsLastValueAction: Oe,
								showFundamentalNamesAction: Le,
								undo: P,
								redo: C,
								mergeLeftScalesAction: Re,
								mergeRightScalesAction: Ne,
								moveScaleToLeft: je,
								moveScaleToRight: Fe,
								moveChartAction: void 0
							}, e && (this._actions.scalesProperties = e), L && (this._actions
								.addToWatchlist = L), h.enabled("show_source_code") && (this
								._actions.viewSourceCode = new A({
									label: se(s("Source Code")),
									statName: "OpenSelectedObjectSource",
									onExecute: this.openSelectedObjectSource.bind(this)
								})), !TradingView.onWidget() && h.enabled("text_notes") && (this
								._actions.addToTextNotes = D), null !== Ve && (this._actions
								.gotoDate = Ve), this.createSessionBreaksActions(), !this
							.readOnly()) {
							var He = new A({
								label: s("Remove"),
								icon: i("aVjL"),
								statName: "RemoveSelectedObject",
								onExecute: function() {
									var e = this._chartWidgetCollection
										.activeChartWidget.value();
									e || (e = this), e.removeSelectedSources()
								}.bind(this),
								hotkeyGroup: this._hotkeys,
								hotkeyHash: b.isMacKeyboard ? 8 : 46
							});
							this._hotkeys.add({
									handler: function() {
										this.removeSelectedSources()
									}.bind(this),
									desc: "Remove selected source",
									hotkey: b.isMacKeyboard ? 46 : 8
								}), this._actions.insertDrawingTool = j, this._actions
								.paneRemoveAllStudies = H, this._actions.paneRemoveAllDrawingTools =
								U, this._actions.paneRemoveAllStudiesDrawingTools = G, this._actions
								.applyStudiesToAllCharts = Y, this._actions.seriesRemove = He, this
								._actions.studyRemove = He, this._actions.lineRemove = He, h
								.enabled("property_pages") && (this._actions.format = J), this
								._actions.lockDrawingsAction = ge, this._actions
								.hideAllDrawingsAction = be, this._actions.hideAllMarks = ve
						}
						this._actions.showPriceLine = new A({
								label: s("Price Line"),
								checkable: !0,
								statName: "TogglePriceLine"
							}), this._actions.showPriceLine.binding = new u(this._actions
								.showPriceLine, this.model().mainSeries().properties()
								.showPriceLine, this.model(), "Undo Toggle Price Line"), this
							.readOnly() || (this._actions.horzLineRightThere = new A({
								label: s("Draw Horizontal Line Here"),
								onExecute: function() {
									t.activePaneWidget && t.activePaneWidget
										.drawRightThere("LineToolHorzLine")
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Alt + 72
							}), this._actions.vertLineRightThere = new A({
								label: s("Draw Vertical Line Here"),
								onExecute: function() {
									t.activePaneWidget && t.activePaneWidget
										.drawRightThere("LineToolVertLine")
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Alt + 86
							}), this._actions.crossLineRightThere = new A({
								label: s("Draw Cross Line Here"),
								onExecute: function() {
									t.activePaneWidget && t.activePaneWidget
										.drawRightThere("LineToolCrossLine")
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Alt + 67
							}), this._actions.trendLine = new A({
								label: s("Draw Trend Line"),
								onExecute: function() {
									t.activePaneWidget && k.tool.setValue(
										"LineToolTrendLine")
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Alt + 84
							}), this._actions.FibRetracement = new A({
								label: s("Draw Fib Retracement"),
								onExecute: function() {
									t.activePaneWidget && k.tool.setValue(
										"LineToolFibRetracement")
								},
								hotkeyGroup: this._hotkeys,
								hotkeyHash: v.Modifiers.Alt + 70
							})), this._updateScalesActions()
					}
					options() {
						return this._options
					}
					executeActionById(e) {
						if ("takeScreenshot" === e) return console.warn(
							'Action "takeScreenshot" is deprecated. Use method "takeScreenshot" instead'
						), void this._chartWidgetCollection.takeScreenshot();
						"lockDrawingsAction" === e && console.warn(
								'Action "lockDrawingsAction" is deprecated. Use method "lockAllDrawingTools" instead'
							), "hideAllDrawingsAction" === e && console.warn(
								'Action "hideAllDrawingsAction" is deprecated. Use method "hideAllDrawingTools" instead'
							), e in this._actions ? this._actions[e] instanceof A && this
							._actions[e].execute() : console.warn("Unknown action id: " + e)
					}
					getCheckableActionState(e) {
						if ("lockDrawingsAction" === e) return console.warn(
							'Action "lockDrawingsAction" is deprecated. Use method "lockAllDrawingTools" instead'
						), null;
						if ("hideAllDrawingsAction" === e) return console.warn(
							'Action "hideAllDrawingsAction" is deprecated. Use method "hideAllDrawingTools" instead'
						), null;
						if (e in this._actions) {
							var t = this._actions[e];
							if (t instanceof A && t.isCheckable()) return t.isChecked();
							console.warn("Action " + e + " has no state")
						} else console.warn("Unknown action id: " + e);
						return null
					}
					_updateScalesActions() {
						if (null !== this._actions) {
							var e = this.model().mainSeries(),
								t = e.priceScale(),
								i = e.properties(),
								s = t.isLockScale(),
								r = i.style.value() === c.STYLE_PNF;
							this._actions.percentSeriesScale.update({
								disabled: s || r,
								checked: t.isPercentage()
							}), this._actions.logSeriesScale.update({
								disabled: s || r,
								checked: t.isLog()
							}), this._actions.regularSeriesScale.update({
								disabled: s || r,
								checked: t.isRegular()
							}), this._actions.indexedTo100SeriesScale.update({
								disabled: s || r,
								checked: t.isIndexedTo100()
							}), this._actions.invertSeriesScale.update({
								checked: t.isInverted()
							}), this._actions.lockSeriesScale.update({
								checked: t.isLockScale()
							}), this._actions.autoSeriesScale.update({
								checked: t.isAutoScale(),
								disabled: t.properties().autoScaleDisabled.value()
							})
						}
					}
					removeAllStudies() {
						this._model.removeAllStudies()
					}
					removeAllDrawingTools() {
						this._model.removeAllDrawingTools()
					}
					removeAllStudiesDrawingTools() {
						this._model.removeAllStudiesAndDrawingTools()
					}
					defaultSymbol() {
						return this._defSymbol
					}
					connect() {
						this._handler = function(e) {
								this._onData(e)
							}.bind(this), this._boundOnChartSessionIsConnectedChanged = this
							._onChartSessionIsConnectedChanged.bind(this), this._chartSession
							.isConnected().subscribe(this._boundOnChartSessionIsConnectedChanged),
							this._chartSession.criticalError().subscribe(this, this
								._onChartSessionCriticalError), this._chartSession.connect(this
								._handler)
					}
					finishInitWithoutConnect() {
						this._chartSession.disable(), this._init(), this.chartWidgetInitialized
							.fire()
					}
					reconnect() {
						this._chartSession.disconnect(), this._chartSession.connect()
					}
					update() {
						if (this._model) {
							for (var e = 0; e < this._paneWidgets.length; e++) this._paneWidgets[e]
								.update();
							this._timeAxisWidget && this._timeAxisWidget.update()
						}
					}
					_makeDefaultGui() {
						this._makeLoadingScreen(), this._model && (this._makeTimeAxisWidget(), this
								._makePaneWidgetsAndSeparators()), this.adjustSize(), this
							._updateScalesActions(), y(this._elMainTable), this.update(), this
							.paint()
					}
					widget() {
						return this._mainDiv
					}
					_onBackgroundColorChanged() {
						for (var e = 0; e < this._paneWidgets.length; e++) this._paneWidgets[e]
							.setCursorForTool();
						this.update(), this.model().model().fullUpdate()
					}
					setScaleLineColor(e) {
						this.scaleLineColor = e.value(), this._paneSeparators.forEach((function(e) {
							e.update()
						})), this.update(), this.paint()
					}
					setScaleTextColor(e) {
						this.scaleTextColor = e.value(), this.update(), this.paint()
					}
					setTimingsMeter(e) {
						this._timingsMeter = e, this._updateTimingsMeterState()
					}
					ownerDocument() {
						return this._parent.ownerDocument
					}
					_updateTimingsMeterState() {
						var e = this._options.visible.value();
						null !== this._timingsMeter && (e ? this._timingsMeter.startCollect() : this
							._timingsMeter.stopCollect())
					}
					_update(e) {
						var t = e ? e.fullInvalidation() : j.Full,
							i = !!e && e.isVisibleTimeRangeLockedOnResize();
						if (null !== this._timingsMeter && this._timingsMeter.startDraw(t),
							t === j.Full && (this._model ? this._updateGui(i) : this.adjustSize(i)),
							e.invalidateForTimeScale() > j.Cursor && this._timeAxisWidget.update(),
							this.paint(e), this._dataWindowWidget) {
							var s = e.maxPaneInvalidation();
							s === j.Full ? this._dataWindowWidget.fullUpdate() : s > j.None && this
								._dataWindowWidget.update()
						}
						for (var r = 0; r < this._paneWidgets.length; r++) this._paneWidgets[r]
							.updateStatusWidget(e.invalidateForPane(r).fullInvalidation());
						null !== this._timingsMeter && this._timingsMeter.stopDraw(), e && e
							.panesOrderInvalidated() && ae.emit("panes_order_changed")
					}
					_createVolumeIfNeeded() {
						var e = h.enabled("create_volume_indicator_by_default") && this._options
							.addVolume,
							t = !this._content,
							i = h.enabled("charting_library_base"),
							s = h.enabled("create_volume_indicator_by_default_once"),
							r = this._content && !this._content.loading;
						e && (t || i && r && !s) && this._model.mainSeries().dataEvents()
							.symbolResolved().subscribe(this, (function() {
								var e = this;
								setTimeout((function() {
									var t = e._model.model().mainSeries()
										.symbolInfo();
									if (t) {
										var i = !t.has_no_volume;
										if (!e.containsVolume() && i) {
											var s = te.factoryDefaults(
													"chartproperties.volumePaneSize"
												),
												r = e._model.model()
												.createStudyInserter({
													type: "java",
													studyId: "Volume@tv-basicstudies"
												});
											r.setForceOverlay(h.enabled(
													"volume_force_overlay")), r
												.setPaneSize(s), h.enabled(
													"hide_volume_ma") && r
												.setPropertiesState({
													styles: {
														vol_ma: {
															visible: !1
														}
													}
												}), r.insert()
										} else if (!i && e.containsVolume()) {
											var n = e.model().dataSources()
												.filter((function(e) {
													return e instanceof w &&
														"Volume" === e
														.metaInfo()
														.shortId
												}))[0];
											e._model.model().removeSource(n)
										}
									}
								}), 0)
							}), s)
					}
					_createSessions(e) {
						var t = this.showGeneralChartProperties.bind(this, f.timezoneSessions);
						e.createSessions(t)
					}
					_createPrePostMarket(e) {}
					_createChartEventsSource() {
						throw new Error("Not implemented")
					}
					_onChartStyleChanged() {
						$("Chart", "Chart Style " + this._model.mainSeries().getStyleShortName()
							.toUpperCase())
					}
					_updateGui(e) {
						this._model && (this._makeTimeAxisWidget(), this
							._makePaneWidgetsAndSeparators(), this._elMainTable.style
							.userSelect = "none", this.adjustSize(e))
					}
					setVisibleTimeRange(e, t, i, s) {
						{
							const r = this._model.mainSeries().seriesSource();
							this._chartSession.setVisibleTimeRange(r.instanceId(), r.turnaround(),
								e, t, i || {}, s)
						}
					}
					_makeLoadingScreen() {
						if (h.enabled("lean_chart_load")) {
							if (this.screen) return;
							this.screen = new ee(this, this._parent)
						} else this.screen = new ee(this, this._mainDiv)
					}
					_makeAvailableOnTVPopup() {
						throw new Error("Not implemented")
					}
					_setSymbol(e, t) {
						if (this._model) {
							var i = this._model.mainSeries();
							if (!t && i.symbolSameAsCurrent(e)) return;
							this._model.selectionMacro((function(e) {
								e.clearSelection()
							})), this._model.setSymbol(this._model.mainSeries(), e)
						} else this._properties.mainSeriesProperties.merge({
							symbol: e
						})
					}
					setSymbol(e, t) {
						return this._setSymbol.apply(this, arguments)
					}
					loadRange(e) {
						this._model && (this.screen.show(), this._model.loadRange(e))
					}
					getSymbol(e) {
						var t;
						return (t = this._model ? this._model.mainSeries().properties() : this
								._properties.mainSeriesProperties) ? e && t.shortName && t.shortName
							.value() ? t.shortName.value() : t.symbol.value() : ""
					}
					toggleMaximizePane(e) {
						if (!(this._paneWidgets.length < 2)) {
							this._maximizedPaneWidget ? (this._maximizedPaneWidget.state()
								.setMaximized(!1), this._maximizedPaneWidget = null, this
								._paneSeparators.forEach((function(e) {
									e.show()
								}))) : (this._maximizedPaneWidget = e, this._maximizedPaneWidget
								.state().setMaximized(!0), this._paneSeparators.forEach((
									function(e) {
										e.hide()
									})));
							for (var t = this._paneWidgets.length; t--;) this._paneWidgets[t]
								.updateControls(), this._paneWidgets[t].updatePriceAxisWidgets();
							this._timeAxisWidget.updatePriceAxisStubs(), this.adjustSize(), this
								.updateCrossHairPositionIfNeeded()
						}
					}
					_titlesProvider(e, t) {
						var i = this.model(),
							s = this._maximizedPaneWidget ? this._maximizedPaneWidget.state() : i
							.paneForSource(i.mainSeries()),
							r = "right" === e ? s.rightPriceScales() : s.leftPriceScales();
						if (r.length < t + 1) return [];
						var n = r[t].orderedSources().filter((function(e) {
							return e === i.mainSeries() || e instanceof w
						}));
						return n.reverse(), (n = a(n, i.mainSeries())).map((function(e) {
							return e.title(!0, void 0, !1)
						}))
					}
					_menuItemsProvider(e, t) {
						var i = this.model(),
							s = this._maximizedPaneWidget ? this._maximizedPaneWidget.state() : i
							.paneForSource(i.mainSeries()),
							r = "right" === e ? s.visibleRightPriceScales() : s
							.visibleLeftPriceScales();
						if (r.length < t + 1) return [];
						var n = r[t],
							o = i.panes().indexOf(s),
							a = this._paneWidgets[o];
						return ("right" === e ? a.rightPriceAxisesContainer() : a
								.leftPriceAxisesContainer()).findAxisWidgetForScale(n)
							.getContextMenuActions()
					}
					_makeTimeAxisWidget() {
						if (this._timeAxisWidget) this._timeAxisWidget.updatePriceAxisStubs();
						else {
							var e = this.model();
							this._timeAxisWidget = new l(this, this._options.timeScaleWidget, this
									._titlesProvider.bind(this), this._menuItemsProvider.bind(this),
									this._backgroundBasedTheme), this._elMainTable.appendChild(this
									._timeAxisWidget.getElement()), this._timeAxisWidget
								.updatePriceAxisStubs(), this._timeAxisWidget.onLabelHovered()
								.subscribe(this, (function(t, i) {
									var s = this._maximizedPaneWidget ? this
										._maximizedPaneWidget.state() : e.paneForSource(e
											.mainSeries()),
										r = this.paneByState(s).highlightedPriceAxis(),
										n = r.value();
									(i || n.owner === t.owner) && (r.setValue({
										owner: t.owner,
										axis: i ? t.axis : null
									}), this.model().model().lightUpdate())
								}))
						}
					}
					insertStudy(e, t, i, s) {
						var r = this;
						return new Promise((function(n) {
							t ? window.runOrSignIn((function() {
								n(r._insertStudy(e, t, i, s))
							}), {
								source: "study on study"
							}) : n(r._insertStudy(e, t, i, s))
						})).catch((function() {}))
					}
					_insertStudy(e, t, i, s) {
						var r = this._model.createStudyInserter(e, t, i);
						r.setForceOverlay("java" === e.type && "Volume@tv-basicstudies" === e
							.studyId && h.enabled("volume_force_overlay"));
						var n = this,
							o = r.insert((function(e, t, i) {
								return new Promise((function(r, o) {
									n.selectPointMode().value() && n
										.cancelRequestSelectPoint(), s ? r(s(e,
											t, i)) : n.isSymbolicStudy(i) ? ($(
												"GUI", "Confirmation dialogs",
												"Symbol confirmation dialog"),
											S(n, i, r, o, "symbol")) : n
										.hasConfirmInputs(t) ? ($("GUI",
												"Confirmation dialogs",
												"Inputs confirmation dialog"),
											S(n, i, r, o)) : r({})
								}))
							}));
						return o.catch((function(e) {})), o
					}
					hasConfirmInputs(e) {
						if (void 0 === e) return !1;
						for (var t = 0; t < e.length; ++t) {
							var i = e[t];
							if (void 0 !== i.confirm && i.confirm) return !0
						}
						return !1
					}
					isSymbolicStudy(e) {
						switch (e.id) {
							case "Overlay@tv-basicstudies":
							case "CorrelationCoefficient@tv-basicstudies":
							case "Correlation Coeff@tv-basicstudies":
							case "Spread@tv-basicstudies":
							case "Ratio@tv-basicstudies":
								return !0;
							default:
								return !1
						}
					}
					_onChartSessionIsConnectedChanged(e) {
						e ? this._onConnection() : this._onDisconnect()
					}
					_onChartSessionCriticalError(e, t) {
						this._disconnected.fire(!0)
					}
					_onData(e) {
						switch (e.method) {
							case "reconnect_bailout":
								this._reconnectBailout.fire();
								break;
							default:
								this._model.onData(e)
						}
					}
					_onConnection() {
						this._online = !0, this._model ? (this._model.restart(), this._updateGui(),
								this.update(), this.paint(), this._connected.fire()) : this
							.requestMetadata()
					}
					_onDisconnect() {
						this._model && this._model.disconnect(), this._online = !1, this.update(),
							this.paint(), this._disconnected.fire()
					}
					_applyStudiesOverrides() {
						Z.overrideDefaults(this._metaInfoRepository.getInternalMetaInfoArray())
					}
					requestMetadata() {
						this._addPerfMark("RequestMetadataStart"), this._metaInfoRepository
							.requestMetaInfo().then(function() {
								this._addPerfMark("RequestMetadataEnd"), this._inited ? this
									.model().model().setStudiesMetaData(this._metaInfoRepository
										.getInternalMetaInfoArray(), this._metaInfoRepository
										.getMigrations()) : (this._init(), this
										.chartWidgetInitialized.fire(), h.enabled(
											"charting_library_base") || ie.logDebug(
											"initialized"))
							}.bind(this))
					}
					studiesMetaData() {
						return this._model.studiesMetaData()
					}
					getTimeScale() {
						return this._timeAxisWidget
					}
					chartWidgetCollection() {
						return this._chartWidgetCollection
					}
					setSeriesStyle(e, t) {
						this._model.setProperty(e.properties().style, t)
					}
					showObjectsTreePanelOrDialog() {
						var e = !1,
							t = window.widgetbar;
						t && t.isVisible() && (e = "object_tree" === t.setPage("object_tree").name);
						e || this.showObjectsTreeDialog()
					}
					_showChartProperties(e, t, i, s) {
						t && (m("properties_dialog.active_tab.chart", t), i.tabName = t);
						var r = this;
						return new Promise((function(t) {
							d(e, r._model, i, r._chartWidgetCollection, s).then((
								function(e) {
									t(null !== e && e.isVisible() ? e : null)
								}))
						}))
					}
					showGeneralChartProperties(e) {
						if (!h.enabled("show_chart_property_page")) return Promise.resolve(null);
						var t = this;
						return this._showChartProperties(this._model.mainSeries(), e, {
							doNotCloseOnBgClick: !0,
							onResetToDefault: function() {
								t._model.restorePreferences(t._model), t.applyTheme(t)
							}
						}).then((function(e) {
							if (null === e) return null;
							var i = function() {
								e.hide(), t._chartWidgetCollection.activeChartWidget
									.unsubscribe(i)
							};
							return t._chartWidgetCollection.activeChartWidget.subscribe(
								i), e
						}))
					}
					showChartPropertiesForSource(e, t, i, s) {
						return h.enabled("property_pages") ? e === this._model.model()
							.mainSeries() ? this.showGeneralChartProperties(t) : ((i = i || {})
								.onResetToDefault = this._model.restorePropertiesForSource.bind(this
									._model, e), this._showChartProperties(e, t, i, s)) : Promise
							.resolve(null)
					}
					generalPropertiesDefinitions() {
						return this._getChartPropertyDefinitionsViewModel().then((function(e) {
							return e.propertyPages()
						}))
					}
					propertiesDefinitionsForSource(e) {
						return I(e) || C(e) || M(e) ? e.getPropertyDefinitionsViewModel().then((
							function(e) {
								return null === e ? null : e.propertyPages()
							})).catch((function(e) {
							return ie.logWarn(e), null
						})) : Promise.resolve(null)
					}
					toggleCompareOrAdd() {
						this._compareDialog.visible().value() ? this._compareDialog.hide() : this
							._compareDialog.show()
					}
					showIndicators(e) {
						if (window.studyMarket) return window.studyMarket.visible().value() ?
							void window.studyMarket.hide() : (window.studyMarket.show(e), window
								.studyMarket)
					}
					showFundamentals(e) {
						if (window.fundamentalsDialog) {
							if (!window.fundamentalsDialog.visible().value()) {
								var t, i = void 0 !== e ? e.title(!0) : void 0;
								if (void 0 !== e) {
									var s = e.symbolInfo();
									t = null === s ? e.symbol() : s.ticker || s.full_name
								}
								return window.fundamentalsDialog.show(t, i), window
									.fundamentalsDialog
							}
							window.fundamentalsDialog.hide()
						}
					}
					removeSelectedSources() {
						this.removeDataSources(this._model.selection().dataSources())
					}
					removeDataSources(e) {
						var t = e.filter(function(e) {
							return e !== this._model.mainSeries() && e !== this._model
								.lineBeingCreated() && !(e instanceof O)
						}.bind(this));
						if (0 !== t.length) {
							var i = null;
							C(t[0]) && (n(1 === t.length,
								"Cannot remove several studies (no multi select for studies)"
							), i = t[0]);
							t.find((function(e) {
								return e.hasAlert.value() && e.isUserDeletable()
							}));
							i && i.hasChildren() ? showDeleteStudyTreeConfirm(this._model
									.removeSelectedSources.bind(this._model)) : this._model
								.removeSelectedSources()
						}
					}
					unlinkSelectedLine() {
						var e = this._model,
							t = e.selection().lineDataSources();
						e.unlinkLines(t)
					}
					copyLineToOtherCharts() {
						var e = this._model,
							t = e.selection().lineDataSources().filter((function(e) {
								return e.isSynchronizable()
							}));
						e.copyToOtherCharts(t)
					}
					hideSelectedObject() {
						this.hideDataSources(this._model.selection().dataSources())
					}
					hideDataSources(e) {
						if (e.length) {
							var t = e.map((function(e) {
									return e.properties().visible
								})),
								i = e.map((function() {
									return !1
								}));
							this._model.setProperties(t, i, "Hide " + e[0].title())
						}
					}
					toggleLockSelectedObject() {
						var e = this._model;
						e.selection().lineDataSources().forEach((function(t) {
							var i = t.properties().frozen.value();
							e.setProperty(t.properties().frozen, !i, s(i ? "Unlock" :
								"Lock") + " " + t.title())
						}))
					}
					showSelectedSourceProperties() {
						var e = this._model.selection().dataSources()[0];
						e && this.showSourceProperties(e)
					}
					showSourceProperties(e) {
						var t = null;
						e === this._model.mainSeries() && (t = f.symbol), this
							.showChartPropertiesForSource(e, t)
					}
					openSelectedObjectSource(e) {}
					tags() {
						return this._model ? this._model.calculateDefaultTags() : []
					}
					state(e, t, i, s) {
						if (this._model) {
							const r = this._model.state(e, t, i, s);
							return r.chartId = this.id(), r
						}
						return this._content ? this._content : {}
					}
					asyncState() {
						return this._model.asyncState()
					}
					metaInfo() {
						var e = this._metaInfo;
						return this._model && (e.systemTags = this._model.calculateDefaultTags()), e
					}
					onTagsChanged() {
						return this._tagsChanged
					}
					onModelTagsChanged() {
						this._tagsChanged.fire()
					}
					onAboutToBeDestroyed() {
						return this._aboutToBeDestroyed
					}
					destroy() {
						this._aboutToBeDestroyed.fire(), null !== this._removeMaximizeHotkey && (
								this._removeMaximizeHotkey(), this._removeMaximizeHotkey = null),
							0 !== this._drawRafId && this._parent.ownerDocument.defaultView
							.cancelAnimationFrame(this._drawRafId), null !== this
							._backgroundTopColorSpawn && this._backgroundTopColorSpawn.destroy(),
							null !== this._backgroundBottomColorSpawn && this
							._backgroundBottomColorSpawn.destroy(), null !== this._timingsMeter && (
								this._timingsMeter.stopCollect(), this._timingsMeter = null);
						for (var e = 0; e < this._paneWidgets.length; e++) this._paneWidgets[e]
							.destroy();
						this._paneWidgets.length = 0;
						for (e = 0; e < this._paneSeparators.length; e++) this._paneSeparators[e]
							.destroy();
						for (var t in this._paneSeparators.length = 0, this._hotkeysListener && this
								._hotkeysListener.destroy(), this._barsButton && this._barsButton
								.destroy(), this._controlBarNavigation && (this
									._controlBarNavigation.destroy(), this._controlBarNavigation =
									void 0), this._mainDiv && this._mainDiv.remove(), this
								._actions) {
							var i = this._actions[t];
							i instanceof A && (i.destroy(), i.binder && i.binder.destroy())
						}
						null !== this._timeAxisWidget && (this._timeAxisWidget.destroy(), this
								._timeAxisWidget = null), null !== this._definitionsViewModel &&
							this._definitionsViewModel.destroy(), this._hotkeys && (this._hotkeys
								.destroy(), this._hotkeys = null), this._mainDiv
							.removeEventListener("wheel", this._onWheelBound), window
							.removeEventListener("keydown:chart_" + this._id, this
								._keydownEventListener), super.destroy(), this._chartSession
							.criticalError().unsubscribe(this, this._onChartSessionCriticalError),
							this._chartSession.isConnected().unsubscribe(this
								._boundOnChartSessionIsConnectedChanged), this._chartSession
							.destroy()
					}
					title() {
						return s("Chart Properties")
					}
					symbolProperty() {
						return this._model.mainSeries().properties().shortName ? this._model
							.mainSeries().properties().shortName : this._model.mainSeries()
							.properties().symbol
					}
					loadContent(e, t) {
						this.screen.show();
						this.isMaximizedPane() && this.toggleMaximizePane();
						for (var i, s = this._model.model().dataSources(), r = 0; r < s
							.length; r++) {
							var n = s[r];
							n !== this._model.mainSeries() && this._model.model().removeSource(n, !
								0)
						}
						this._model.disconnect(), this.activePaneWidget = null, this._model
							.mainSeries().purgeSymbolInfo(), e.loading = !0, this._content = e, this
							._initialLoading = Boolean(t);
						for (r = 0; r < e.panes.length; ++r)
							for (var o = 0; o < e.panes[r].sources.length; ++o)
								if (e.panes[r].sources[o].state.symbol) {
									i = e.panes[r].sources[o].state;
									break
								} if (!i) throw Error(
							"An error occured while determining main series ion the chart");
						this._properties.mainSeriesProperties.mergeAndFire({
							visible: !0,
							symbol: i.symbol,
							timeframe: "",
							onWidget: this._onWidget,
							interval: i.interval || "D",
							style: i.style
						}), this._init(), this._model.undoHistory().clearStack()
					}
					_contentSeriesProperties() {
						if (this._content)
							for (var e = this._content.panes.length; e-- > 0;)
								for (var t = this._content.panes[e].sources, i = t.length; i-- > 0;)
									if ("MainSeries" === t[i].type) return t[i].state
					}
					updateUndoRedo() {
						this._model && (this.actions().undo.update({
							disabled: this._model.undoHistory().undoStack().isEmpty()
						}), this.actions().redo.update({
							disabled: this._model.undoHistory().redoStack().isEmpty()
						}))
					}
					createSessionBreaksActions(e) {
						var t = new A({
							label: s("Session Breaks"),
							checkable: !0,
							statName: "ToggleSessionBreaks"
						});
						t.binder = new u(t, this._model.chartModel().sessions().properties()
							.graphics.vertlines.sessBreaks.visible, this.model(),
							"Session Breaks"), this._actions.sessionBreaks = t
					}
					updateActionForIntradayOnly(e) {
						e && e instanceof A && e.update({
							disabled: this.model().mainSeries().isDWM()
						})
					}
					containsVolume() {
						return this.model().dataSources().some((function(e) {
							return e instanceof w && "Volume" === e.metaInfo().shortId
						}))
					}
					containsStudyByPredicate(e) {
						return !!this._model && this._model.dataSources().some((function(t) {
							if (!(t instanceof w)) return !1;
							var i = t.metaInfo();
							return e(i)
						}))
					}
					containsStudy(e) {
						return this.containsStudyByPredicate((function(t) {
							return t.id === e || t.fullId === e
						}))
					}
					isSmall() {
						return this._width() < 550 || this._height() < 300
					}
					onWidget() {
						return this._onWidget
					}
					onCmeWidget() {
						return "cme" === this.widgetCustomer()
					}
					widgetCustomer() {
						return this._widgetCustomer
					}
					resize() {
						var e = this._height() + "px",
							t = this._width() + "px";
						this._mainDiv.style.height = e, this._mainDiv.style.width = t, this
							._elMainTable.style.height = e, this._elMainTable.style.width = t, this
							._resizeHandler && this._mainDiv && this._resizeHandler()
					}
					chartSession() {
						return this._chartSession
					}
					onLineCancelled() {
						k.resetToCursor()
					}
					_startSpinner(e) {
						this._spinner || e && (this._spinner = (new X).spin(e))
					}
					isJustClonedChart() {
						return !!(this._options || {}).justCloned
					}
					applyOverrides(e) {
						var t = {};
						for (var i in e) i.startsWith("mainSeriesProperties.priceAxisProperties") ||
							(t[i] = e[i]);
						if (applyPropertiesOverrides(this.properties(), null, !1, t, null), this
							._model) {
							applyPropertiesOverrides(this._model.model().properties(), null, !1, t),
								applyPropertiesOverrides(this._model.mainSeries().properties(),
									null, !1, t, "mainSeriesProperties"), this._model.model()
								.sessions().applyOverrides(t);
							const e = this._model.chartModel().watermarkSource();
							null !== e && e.applyOverrides(t)
						}
					}
					applyStudiesOverrides(e) {
						Z.mergeDefaultsOverrides(e), this._applyStudiesOverrides()
					}
					setActive(e) {
						this._isActive = e, Q() && (e && this.selectPointMode().value() ? this
								.startTrackingMode() : this.exitTrackingMode()), this._paneWidgets
							.forEach((function(e) {
								e.update()
							})), e || this.model().selectionMacro((function(e) {
								e.clearSelection()
							}))
					}
					isActive() {
						return this._isActive
					}
					trackTime() {
						return this._chartWidgetCollection.lock.trackTime
					}
					crossHairSyncEnabled() {
						return this._chartWidgetCollection.lock.crosshair.value()
					}
					isMultipleLayout() {
						return ne(this._chartWidgetCollection.layout.value())
					}
					selectPointMode() {
						return this._model.model().selectPointMode()
					}
					cancelRequestSelectPoint() {
						this._model.model().cancelRequestSelectPoint()
					}
					requestSelectPoint(e, t, i) {
						var s = this;
						return new Promise((function(r, n) {
							if (l()) {
								k.resetToCursor(!0), s._model.lineBeingCreated() && s
									._model.cancelCreatingLine();
								var o = !1,
									a = {};
								s._model.model().onPointSelected().subscribe(a, (
										function(e, t) {
											o = !0, s._isVisible.unsubscribe(l), s
												._hideHint(), r({
													point: e,
													pane: t
												})
										}), !0), s._model.model().requestSelectPoint(e,
										i), s.startTrackingMode(), void 0 !== t && s
									._showHint(t), s._isVisible.subscribe(l), s
									.selectPointMode().subscribe((function() {
										setTimeout((function() {
											o || (s.selectPointMode()
												.value() || s
												._hideHint(), s
												._model.model()
												.onPointSelected()
												.unsubscribeAll(
													a), s
												._isVisible
												.unsubscribe(l),
												n("cancelled"))
										}))
									}), {
										once: !0
									})
							}

							function l() {
								return !!s.isVisible() || (n(
										"Chartwidget must be visible"), s
									.cancelRequestSelectPoint(), !1)
							}
						}))
					}
					showReplayOrderConfirmationDialog() {
						if (!this.model().isInReplay()) return Promise.resolve()
					}
					_addPerfMark(e) {
						oe("ChartWidget." + this._id + "." + e)
					}
					requestFullscreen() {
						this._options.requestFullscreen()
					}
					getResizerDetacher() {
						return this._options
					}
					_createHint() {
						if (null === this._hintDefferedPromise) {
							var e = ue();
							this._hintDefferedPromise = e;
							var t = this;
							Promise.all([i.e("react"), i.e(89), i.e("chart-event-hint")]).then(i
								.bind(null, "PN5r")).then((function(i) {
								e.resolve(new i.ChartEventHintRenderer(t
									._chartWidgetCollection.getContainer()))
							}))
						}
						return this._hintDefferedPromise ? o(this._hintDefferedPromise).promise :
							null
					}
					_showHint(e) {
						if (h.enabled("popup_hints"))
							if (null !== this._activeHint) this._activeHint.show(e);
							else {
								var t = this,
									i = this._createHint();
								null !== i && i.then((function(i) {
									if (null !== i) {
										if (t._activeHint = i, void 0 === e) return;
										t._activeHint.show(e)
									}
								}))
							}
					}
					_hideHint() {
						null !== this._activeHint && this._activeHint.hide()
					}
				}
				e.exports.ChartWidget = ge, e.exports.trackingModeIsAvailable = ce
			}).call(this, i("aIyQ"))
		},
		"Zp/P": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "extendAndClipLineSegment", (function() {
				return h
			})), i.d(t, "getArrowPoints", (function() {
				return u
			})), i.d(t, "optimalBarWidth", (function() {
				return d
			})), i.d(t, "optimalCandlestickWidth", (function() {
				return p
			})), i.d(t, "optimalHiLoWidth", (function() {
				return _
			})), i.d(t, "interactionTolerance", (function() {
				return m
			})), i.d(t, "coordinateIsValid", (function() {
				return f
			})), i.d(t, "setValidLineStyle", (function() {
				return g
			})), i.d(t, "fillScaledRadius", (function() {
				return b
			})), i.d(t, "strokeScaledRadius", (function() {
				return v
			}));
			var s = i("aO4+"),
				r = i("hBTJ"),
				n = i("VaSN"),
				o = i("ogJP"),
				a = i("jFln");
			const l = {
					line: 13,
					minDistanceBetweenPoints: 10,
					series: 14,
					curve: 10,
					anchor: 13,
					esd: 4
				},
				c = {
					line: 3,
					minDistanceBetweenPoints: 5,
					series: 2,
					curve: 3,
					anchor: 2,
					esd: 0
				};

			function h(e, t, i, n, o, a) {
				if (Object(s.equalPoints)(e, t)) return null;
				const l = new s.Point(0, 0),
					c = new s.Point(i, n);
				if (o) {
					if (a) {
						const i = Object(r.intersectLineAndBox)(Object(s.lineThroughPoints)(e, t), Object(s
							.box)(l, c));
						return Array.isArray(i) ? i : null
					} {
						const i = Object(r.intersectRayAndBox)(t, e, Object(s.box)(l, c));
						return null === i || Object(s.equalPoints)(t, i) ? null : Object(s.lineSegment)(t,
							i)
					}
				}
				if (a) {
					const i = Object(r.intersectRayAndBox)(e, t, Object(s.box)(l, c));
					return null === i || Object(s.equalPoints)(e, i) ? null : Object(s.lineSegment)(e, i)
				} {
					const i = Object(r.intersectLineSegmentAndBox)(Object(s.lineSegment)(e, t), Object(s
						.box)(l, c));
					return Array.isArray(i) ? i : null
				}
			}

			function u(e, t, i, s) {
				const r = .5 * i,
					n = Math.sqrt(2),
					o = t.subtract(e),
					a = o.normalized();
				let l = 5 * i;
				s && (l = Math.min(l, .35 * o.length()));
				const c = 1 * r;
				if (l * n * .2 <= c) return [];
				const h = a.scaled(l),
					u = t.subtract(h),
					d = a.transposed(),
					p = 1 * l,
					_ = d.scaled(p),
					m = u.add(_),
					f = u.subtract(_),
					g = m.subtract(t).normalized().scaled(c),
					b = f.subtract(t).normalized().scaled(c),
					v = t.add(g),
					S = t.add(b),
					y = r * (n - 1),
					w = d.scaled(y),
					P = Math.min(l - 1 * r / n, r * n * 1),
					C = a.scaled(P),
					x = t.subtract(w),
					T = t.add(w),
					I = t.subtract(C);
				return [
					[m, v],
					[f, S],
					[x, I.subtract(w)],
					[T, I.add(w)]
				]
			}

			function d(e, t) {
				return t = t || 1, Math.floor(.3 * e * t)
			}

			function p(e, t) {
				if (e >= 2.5 && e <= 4) return Math.floor(3 * t);
				const i = 1 - .2 * Math.atan(Math.max(4, e) - 4) / (.5 * Math.PI),
					s = Math.floor(e * i * t),
					r = Math.floor(e * t),
					n = Math.min(s, r);
				return Math.max(Math.floor(t), n)
			}

			function _(e) {
				return .4 * e
			}

			function m() {
				return Object(n.lastEventIsTouch)() ? l : c
			}

			function f(e) {
				return null != e && !Object(o.isNaN)(e)
			}

			function g(e, t) {
				void 0 !== t && Object(a.setLineStyle)(e, t)
			}

			function b(e, t) {
				const i = Math.max(1, Math.floor(t)) % 2 ? .5 : 0;
				return Math.round(e * t) + i
			}

			function v(e, t, i) {
				const s = Math.max(1, Math.floor(t)) % 2 ? .5 : 0;
				return Math.round(e * t) + (s !== i % 2 ? .5 : 0)
			}
		},
		Zp8I: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StepLineDecoration", (function() {
				return s
			})), i.d(t, "PaneRendererStepLine", (function() {
				return f
			}));
			var s, r = i("GEp6"),
				n = i("VdBB"),
				o = i("aO4+"),
				a = i("jFln"),
				l = i("Y7w9"),
				c = i("Zp/P"),
				h = i("gAom"),
				u = i("Tmoa");
			! function(e) {
				e[e.None = 0] = "None", e[e.Diamonds = 1] = "Diamonds"
			}(s || (s = {}));
			class d {
				initialize(e, t, i, s) {
					var r, n, o, l;
					const c = e.lineStyle;
					t.lineCap = "butt", t.lineJoin = "round";
					const h = Math.max(Math.floor(null !== (n = null === (r = s.style) || void 0 === r ?
						void 0 : r.width) && void 0 !== n ? n : e.lineWidth * i.pixelRatio));
					void 0 !== c && Object(a.setLineStyle)(t, c);
					const u = h % 2 ? .5 : 0;
					t.moveTo(Math.round(s.x * i.pixelRatio) + u, Math.round(s.y * i.pixelRatio) + u), t
						.strokeStyle = null !== (l = null === (o = s.style) || void 0 === o ? void 0 : o
							.color) && void 0 !== l ? l : e.lineColor, t.lineWidth = h
				}
				finishFragment(e) {
					e.stroke()
				}
				hitTest(e, t, i, s, n) {
					var a, l;
					const h = Math.round((i.x + s.x) / 2),
						u = new o.Point(h, i.y),
						d = new o.Point(h, s.y),
						p = null !== (l = null === (a = i.style) || void 0 === a ? void 0 : a.width) &&
						void 0 !== l ? l : e.lineWidth,
						_ = Object(c.interactionTolerance)().series + p / 2;
					return Math.min(Object(r.distanceToSegment)(i, u, n).distance, Object(r
						.distanceToSegment)(u, d, n).distance, Object(r.distanceToSegment)(d, s,
						n).distance) <= _
				}
				applyColor(e, t) {
					e.strokeStyle = t
				}
				applyLineWidth(e, t) {
					e.lineWidth = t
				}
				drawItem(e, t, i, s) {
					e.lineTo(i.x, i.y), void 0 !== s && (e.lineTo(s.x, i.y), e.lineTo(s.x, s.y))
				}
			}
			class p {
				constructor() {
					this._lineWidth = 1
				}
				initialize(e, t, i, s) {
					var r, n, o, a;
					this.applyColor(t, null !== (n = null === (r = s.style) || void 0 === r ? void 0 : r
						.color) && void 0 !== n ? n : e.lineColor), this._lineWidth = Math.max(Math
						.floor(null !== (a = null === (o = s.style) || void 0 === o ? void 0 : o
							.width) && void 0 !== a ? a : e.lineWidth * i.pixelRatio))
				}
				finishFragment(e) {
					e.fill()
				}
				drawItem(e, t, i, s, r) {
					if (r && void 0 !== s && !Number.isNaN(s.y)) {
						e.save(), e.translate(s.x, s.y), e.rotate(Math.PI / 4);
						const i = this._scaleByLineWidth(this._lineWidth);
						e.scale(i, i), this._drawItemRotatedAndTranslated(e, t), e.restore()
					}
				}
				applyLineWidth(e, t) {
					this._lineWidth = t
				}
				hitTest(e, t, i, s, r) {
					var n, a;
					if (!s.valIsNotSameAsPrev) return !1;
					const l = Math.round((i.x + s.x) / 2),
						c = new o.Point(l, s.y),
						h = r.subtract(c),
						u = Math.max(Math.floor(null !== (a = null === (n = i.style) || void 0 === n ?
							void 0 : n.width) && void 0 !== a ? a : e.lineWidth * t.pixelRatio));
					return this._hitTestTranslated(h, u)
				}
				_scaleByLineWidth(e) {
					return Math.sqrt(e)
				}
			}
			class _ extends p {
				applyColor(e, t) {
					e.fillStyle = t
				}
				_hitTestTranslated(e, t) {
					return Math.abs(e.x) + Math.abs(e.y) < 8 * this._scaleByLineWidth(t) / 2
				}
				_drawItemRotatedAndTranslated(e, t) {
					Object(h.drawRoundRect)(e, -4, -4, 8, 8, 2, !0)
				}
			}
			class m extends p {
				applyColor(e, t) {
					e.fillStyle = Object(u.applyTransparency)(t, 90)
				}
				_hitTestTranslated(e, t) {
					return Math.abs(e.x) + Math.abs(e.y) < 21 * this._scaleByLineWidth(t) / 2
				}
				_drawItemRotatedAndTranslated(e, t) {
					Object(h.drawRoundRect)(e, -10.5, -10.5, 21, 21, 5, !0)
				}
			}
			class f {
				constructor() {
					this._data = null
				}
				setData(e) {
					this._data = e
				}
				hitTest(e, t) {
					var i;
					const r = this._data;
					if (null === r || 0 === r.items.length) return null;
					const o = r.items,
						a = Object(l.lowerbound)(o, e, (e, t) => e.x <= t.x),
						c = Math.max(0, a - 1),
						h = Math.min(o.length - 1, a + 1),
						u = function(e) {
							switch (e) {
								case s.Diamonds:
									return [new d, new m];
								default:
									return [new d]
							}
						}(null === (i = this._data) || void 0 === i ? void 0 : i.decoration);
					for (let i = c; i < h; i++) {
						const s = o[i],
							a = o[i + 1];
						if (a && u.some(i => i.hitTest(r, t, s, a, e))) return new n.HitTestResult(n
							.HitTestResult.REGULAR)
					}
					return null
				}
				draw(e, t) {
					if (null === this._data || 0 === this._data.items.length) return;
					e.save();
					(function(e) {
						switch (e) {
							case s.Diamonds:
								return [new d, new _, new m];
							default:
								return [new d]
						}
					})(this._data.decoration).forEach(i => this._drawImpl(e, t, i)), e.restore()
				}
				_drawImpl(e, t, i) {
					var s, r, n, a, l, c, h, u, d, p;
					if (null === this._data || 0 === this._data.items.length) return;
					const {
						lineWidth: _,
						lineColor: m,
						items: f
					} = this._data, g = f.length, b = t.pixelRatio;
					let v = Math.max(Math.floor(null !== (r = null === (s = f[0].style) || void 0 ===
							s ? void 0 : s.width) && void 0 !== r ? r : _ * b)),
						S = v % 2 ? .5 : 0;
					i.initialize(this._data, e, t, f[0]), e.beginPath();
					for (let s = 0; s < g; s++) {
						const r = f[s],
							g = f[s + 1],
							y = Math.round(r.x * b) + S,
							w = Math.round(r.y * b) + S;
						if (!g) {
							i.drawItem(e, t, Object(o.point)(y, w));
							continue
						}
						const P = Math.round((r.x + g.x) / 2 * b) + S,
							C = Math.round(g.y * b) + S;
						i.drawItem(e, t, Object(o.point)(y, w), Object(o.point)(P, C), g
							.valIsNotSameAsPrev);
						const x = null !== (a = null === (n = r.style) || void 0 === n ? void 0 : n
								.color) && void 0 !== a ? a : m,
							T = null !== (c = null === (l = r.style) || void 0 === l ? void 0 : l
								.width) && void 0 !== c ? c : _,
							I = null !== (u = null === (h = g.style) || void 0 === h ? void 0 : h
								.color) && void 0 !== u ? u : m,
							M = null !== (p = null === (d = g.style) || void 0 === d ? void 0 : d
								.width) && void 0 !== p ? p : _,
							O = x !== I,
							L = T !== M;
						(O || L) && (i.finishFragment(e), O && i.applyColor(e, I), L && (v = Math.max(1,
								Math.floor(M * b)), S = v % 2 ? .5 : 0, i.applyLineWidth(e, v)), e
							.beginPath(), e.moveTo(P, C))
					}
					i.finishFragment(e)
				}
			}
		},
		ZsYR: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "OverlayStatusProvider", (function() {
				return r
			}));
			var s = i("W+6j");
			class r extends s.a {
				getSplitTitle() {
					return this._source.titleInParts(!0, void 0, !1, !1)
				}
				text() {
					return this._source.isActualInterval() ? this._source.isFailed() ?
						`${this._source.title(!0, void 0, !1, !1)}: ${this.sourceStatusText()}` :
						`${this._source.title(!0, void 0, !1, !1)} ${this.sourceStatusText()}` :
						this._source.title(!0, void 0, !1, !1)
				}
			}
		},
		ZtA1: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("j3hX"),
				o = n.LineToolWidthsProperty,
				a = n.LineToolColorsProperty;
			class l extends s {
				constructor(e, t) {
					super(e, t || l.createProperties()), this.version = l.version, i.e("lt-pane-views")
						.then(i.t.bind(null, "6sSH", 7)).then(({
							TrendBasedFibExtensionPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				levelsCount() {
					return l.LevelsCount
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Trend-Based Fib Extension"
				}
				migrateVersion(e, t, i) {
					1 === e && this.properties().extendLines.setValue(!0)
				}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				static createProperties(e) {
					var t = new r("linetooltrendbasedfibextension", e, !1, {
						range: [0, 8]
					});
					return l._configureProperties(t), t
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "17v9")))
						.FibDrawingsWith24LevelsDefinitionsViewModel
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					for (var t = [e.child("trendline").child("linewidth"), e.child("levelsStyle").child(
							"linewidth")], i = [e.child("trendline").child("color")], r = 1; r <= l
						.LevelsCount; r++) i.push(e.child("level" + r).child("color"));
					e.addChild("linesColors", new a(i)), e.addChild("linesWidths", new o(t))
				}
				fibLevelsBasedOnLogScale() {
					return this.properties().fibLevelsBasedOnLogScale.value() && this.priceScale()
						.isLog()
				}
			}
			l.version = 2, l.LevelsCount = 24, t.LineToolTrendBasedFibExtension = l
		},
		"Zy3/": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "CompositeRenderer", (function() {
				return s
			}));
			class s {
				constructor() {
					this._renderers = [], this._globalAlpha = 1
				}
				setGlobalAlpha(e) {
					this._globalAlpha = e
				}
				append(e) {
					this._renderers.push(e)
				}
				insert(e, t) {
					this._renderers.splice(t, 0, e)
				}
				clear() {
					this._renderers.length = 0
				}
				draw(e, t) {
					for (let i = 0; i < this._renderers.length; i++) e.save(), e.globalAlpha = this
						._globalAlpha, this._renderers[i].draw(e, t), e.restore()
				}
				drawBackground(e, t) {
					e.save(), e.globalAlpha = this._globalAlpha;
					for (let i = 0; i < this._renderers.length; i++) {
						const s = this._renderers[i];
						s.drawBackground && s.drawBackground(e, t)
					}
					e.restore()
				}
				hitTest(e, t) {
					let i = null;
					for (let s = this._renderers.length - 1; s >= 0; s--) {
						const r = this._renderers[s].hitTest(e, t);
						null !== r && (null === i || r.result() > i.result()) && (i = r)
					}
					return i
				}
				doesIntersectWithBox(e) {
					return this._renderers.some(t => !!t.doesIntersectWithBox && t.doesIntersectWithBox(
						e))
				}
			}
		},
		a7Ha: function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "LineEnd", (function() {
					return s
				})),
				function(e) {
					e[e.Normal = 0] = "Normal", e[e.Arrow = 1] = "Arrow", e[e.Circle = 2] = "Circle"
				}(s || (s = {}))
		},
		aDyP: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("7KDR").Action,
				o = i("rCHB").LineToolPitchforkStyle,
				a = null,
				l = i("j3hX"),
				c = l.LineToolWidthsProperty,
				h = l.LineToolColorsProperty;
			class u extends s {
				constructor(e, t) {
					super(e, t || u.createProperties()), this._properties.style.listeners().subscribe(
						this, u.prototype._recreatePaneView), this._recreatePaneView()
				}
				levelsCount() {
					return u.LevelsCount
				}
				additionalActions(e) {
					for (var t = [], i = ["Original", "Modified Schiff", "Inside", "Schiff"], s = 0; s <
						4; s++) {
						var r = new n({
							checked: this.properties().style.value() === s,
							checkable: !0,
							label: window.t(i[s]),
							payload: {
								target: this,
								value: s
							},
							onExecute: function(t) {
								var i = t.getPayload(),
									s = i.target;
								e.setProperty(s.properties().style, i.value,
										`Change ${s.name()} Style`), s.updateAllViews(), s
									._model.updateSource(s)
							}
						});
						t.push(r)
					}
					return [t[0], t[3], t[1], t[2]]
				}
				_recreatePaneView() {
					if (null !== a) {
						var e = [];
						this._properties.style.value() === o.Original ? e = [new a
							.PitchforkLinePaneView(this, this._model)
						] : this._properties.style.value() === o.Schiff ? e = [new a
							.SchiffPitchforkLinePaneView(this, this._model)
						] : this._properties.style.value() === o.Schiff2 ? e = [new a
							.SchiffPitchfork2LinePaneView(this, this._model)
						] : this._properties.style.value() === o.Inside && (e = [new a
							.InsidePitchforkLinePaneView(this, this._model)
						]), this._setPaneViews(e)
					} else i.e("lt-pane-views").then(i.t.bind(null, "cT+B", 7)).then(e => {
						null === a && (a = e), this._recreatePaneView()
					})
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Pitchfork"
				}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				static createProperties(e) {
					var t = new r("linetoolpitchfork", e, !1, {
						range: [0, 8]
					});
					return u._configureProperties(t), t
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "HCdA")))
						.PitchForkDefinitionsViewModel
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					for (var t = [e.child("median").child("linewidth")], i = [e.child("median").child(
							"color")], r = 0; r <= u.LevelsCount; r++) t.push(e.child("level" + r)
						.child("linewidth")), i.push(e.child("level" + r).child("color"));
					e.addChild("linesColors", new h(i)), e.addChild("linesWidths", new c(t))
				}
			}
			u.LevelsCount = 8, t.LineToolPitchfork = u
		},
		aILO: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolHeadAndShoulders", (function() {
				return o
			}));
			var s = i("Ocx9"),
				r = i("Ss5c"),
				n = i("j3hX");
			class o extends r.LineDataSource {
				constructor(e, t) {
					const s = t || o.createProperties();
					super(e, s), i.e("lt-pane-views").then(i.bind(null, "Fx2Q")).then(t => {
						this._setPaneViews([new t.LineToolHeadAndShouldersPaneView(this,
							e)])
					})
				}
				pointsCount() {
					return 7
				}
				name() {
					return "Head and Shoulders"
				}
				properties() {
					return super.properties()
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolheadandshoulders", e);
					return o._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "/HOw")).then(
						e => e.PatternWithBackgroundDefinitionViewModel)
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e), e.addChild("linesColors", new n
						.LineToolColorsProperty([e.childs().color])), e.addChild("textsColors",
						new n.LineToolColorsProperty([e.childs().textcolor]))
				}
			}
		},
		aIha: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolFlagMark", (function() {
				return a
			}));
			var s = i("aO4+"),
				r = i("Ss5c"),
				n = i("Ocx9"),
				o = i("j3hX");
			class a extends r.LineDataSource {
				constructor(e, t) {
					super(e, t || a.createProperties()), i.e("lt-pane-views").then(i.bind(null,
						"y/56")).then(({
						FlagMarkPaneView: e
					}) => {
						const t = new e(this, this.model());
						t.setAnchors(new s.Point(0, 0)), this._setPaneViews([t])
					})
				}
				pointsCount() {
					return 1
				}
				name() {
					return "Flag Mark"
				}
				properties() {
					return super.properties()
				}
				static createProperties(e) {
					e && void 0 === e.flagColor && (e.flagColor = "#318757");
					const t = new n.DefaultProperty("linetoolflagmark", e);
					return a._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "w/mY")).then(
						e => e.FlagMarkDefinitionsViewModel)
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e), e.addChild("backgroundsColors", new o
						.LineToolColorsProperty([e.childs().flagColor])), e.addExclusion(
						"backgroundsColors")
				}
			}
			a.version = 2
		},
		aIyQ: function(e, t, i) {
			"use strict";
			(function(e) {
				const t = i("txPx").getLogger("Common.Delegate");

				function s() {
					this._listeners = []
				}

				function r(e) {
					return !e.singleshot
				}
				s.prototype.subscribe = function(e, t, i) {
					const s = {
						object: e,
						member: t,
						singleshot: !!i,
						skip: !1
					};
					this._listeners.push(s)
				}, s.prototype.unsubscribe = function(e, t) {
					for (let i = 0; i < this._listeners.length; ++i) {
						const s = this._listeners[i];
						if (s.object === e && s.member === t) {
							s.skip = !0, this._listeners.splice(i, 1);
							break
						}
					}
				}, s.prototype.unsubscribeAll = function(e) {
					for (let t = this._listeners.length - 1; t >= 0; --t) {
						const i = this._listeners[t];
						i.object === e && (i.skip = !0, this._listeners.splice(t, 1))
					}
				}, s.prototype.destroy = function() {
					delete this._listeners
				}, s.prototype.fire = function() {
					const e = this._listeners;
					this._listeners = this._listeners.filter(r);
					const i = e.length;
					for (let s = 0; s < i; ++s) {
						const i = e[s];
						if (!i.skip) try {
							i.member.apply(i.object || null, arguments)
						} catch (e) {
							t.logError(e.stack || e.message)
						}
					}
				}, "undefined" != typeof window && (window.Delegate = s), e && e.exports && (e
					.exports = s)
			}).call(this, i("YuTi")(e))
		},
		"aO4+": function(e, t, i) {
			"use strict";
			Object.defineProperty(t, "__esModule", {
					value: !0
				}), t.equalBoxes = t.box = t.halfplaneThroughPoint = t.halfplane = t.lineSegment = t
				.lineThroughPoints = t.line = t.equalPoints = t.point = t.Point = void 0;
			var s = function() {
				function e(e, t) {
					this.x = e, this.y = t
				}
				return e.prototype.add = function(t) {
					return new e(this.x + t.x, this.y + t.y)
				}, e.prototype.addScaled = function(t, i) {
					return new e(this.x + i * t.x, this.y + i * t.y)
				}, e.prototype.subtract = function(t) {
					return new e(this.x - t.x, this.y - t.y)
				}, e.prototype.dotProduct = function(e) {
					return this.x * e.x + this.y * e.y
				}, e.prototype.crossProduct = function(e) {
					return this.x * e.y - this.y * e.x
				}, e.prototype.signedAngle = function(e) {
					return Math.atan2(this.crossProduct(e), this.dotProduct(e))
				}, e.prototype.angle = function(e) {
					return Math.acos(this.dotProduct(e) / (this.length() * e.length()))
				}, e.prototype.length = function() {
					return Math.sqrt(this.x * this.x + this.y * this.y)
				}, e.prototype.scaled = function(t) {
					return new e(this.x * t, this.y * t)
				}, e.prototype.normalized = function() {
					return this.scaled(1 / this.length())
				}, e.prototype.transposed = function() {
					return new e(-this.y, this.x)
				}, e.prototype.clone = function() {
					return new e(this.x, this.y)
				}, e
			}();

			function r(e, t) {
				return new s(e, t)
			}

			function n(e, t) {
				return e.x === t.x && e.y === t.y
			}

			function o(e, t, i) {
				if (0 === e && 0 === t) throw new Error("A and B can not be both equal to zero.");
				return {
					A: e,
					B: t,
					C: i
				}
			}

			function a(e, t) {
				return {
					edge: e,
					isPositive: t
				}
			}
			t.Point = s, t.point = r, t.equalPoints = n, t.line = o, t.lineThroughPoints = function(e, t) {
				if (n(e, t)) throw new Error("Points should be distinct");
				return o(e.y - t.y, t.x - e.x, e.x * t.y - t.x * e.y)
			}, t.lineSegment = function(e, t) {
				if (n(e, t)) throw new Error("Points of a segment should be distinct");
				return [e, t]
			}, t.halfplane = a, t.halfplaneThroughPoint = function(e, t) {
				return a(e, e.A * t.x + e.B * t.y + e.C > 0)
			}, t.box = function(e, t) {
				return {
					min: r(Math.min(e.x, t.x), Math.min(e.y, t.y)),
					max: r(Math.max(e.x, t.x), Math.max(e.y, t.y))
				}
			}, t.equalBoxes = function(e, t) {
				return n(e.min, t.min) && n(e.max, t.max)
			}
		},
		aR4w: function(e, t, i) {
			"use strict";
			var s = i("Eyy1"),
				r = i("Hr11"),
				n = i("LxhU"),
				o = i("ocLq"),
				a = i("oamr");
			class l extends a.a {
				constructor(e, t, i, r, n, o) {
					super(e), Object(s.assert)(t < i),
						this._priceLow = this._mixinJSONObject.createDoubleField(t, "priceLow"),
						this._priceHigh = this._mixinJSONObject.createDoubleField(i, "priceHigh"),
						this._rate = this._mixinJSONObject.createDoubleArrayField(r, "rate"), this
						._firstBarTime = this._mixinJSONObject.createTimeField(n, "firstBarTime"),
						this._lastBarTime = this._mixinJSONObject.createTimeField(o, "lastBarTime")
				}
				isNaN() {
					return super.isNaN() || Number.isNaN(this._priceLow.get()) || Number.isNaN(this
						._priceHigh.get()) || 0 === this._rate.get().length
				}
				jsonName() {
					return "hhists"
				}
				primitiveData() {
					return {
						id: this.id(),
						priceHigh: this._priceHigh.get(),
						priceLow: this._priceLow.get(),
						rate: this._rate.get().slice(),
						firstBarTime: this._firstBarTime.get(),
						lastBarTime: this._lastBarTime.get()
					}
				}
				setPriceLow(e) {
					this._priceLow.set(e) && this._processObjUpdate()
				}
				priceLow() {
					return this._priceLow.get()
				}
				priceHigh() {
					return this._priceHigh.get()
				}
				setPriceHigh(e) {
					this._priceHigh.set(e) && this._processObjUpdate()
				}
				rate() {
					return this._rate.get().slice()
				}
				setRate(e) {
					this._rate.set(e) && this._processObjUpdate()
				}
				rateAt(e) {
					return this._rate.get()[e]
				}
				ratesSum() {
					let e = 0;
					for (const t of this._rate.get()) !Number.isNaN(t) && Number.isFinite(t) && (
						e += t);
					return e
				}
				firstBarTime() {
					return this._firstBarTime.get()
				}
				setFirstBarTime(e) {
					this._firstBarTime.set(e) && this._processObjUpdate()
				}
				lastBarTime() {
					return this._lastBarTime.get()
				}
				setLastBarTime(e) {
					this._lastBarTime.set(e) && this._processObjUpdate()
				}
			}
			var c = i("WYmP");
			class h {
				constructor(e, t, i) {
					this.index = e, this.offset = i, this.level = t
				}
				isNaN() {
					return Number.isNaN(this.level)
				}
				equals(e) {
					return e instanceof h && (!this.isNaN() && (!e.isNaN() && (this.index === e.index &&
						this.offset === e.offset && o.Std.equal(this.level, e.level))))
				}
				getLevel() {
					return this.level
				}
				getIndex() {
					return this.index
				}
			}
			class u extends a.a {
				constructor(e, t) {
					super(e), this._points = [], t && (this._points = t)
				}
				addPoint(e) {
					this._processObjUpdate(), this._points.push(e)
				}
				addPoints(e) {
					this._processObjUpdate(), this._points.push(...e)
				}
				setPoint(e, t) {
					const i = this._points[e];
					t.equals(i) || (this._processObjUpdate(), this._points[e] = t)
				}
				point(e) {
					const t = this._points[e];
					return new h(t.index, t.level, t.offset)
				}
				points() {
					return this._points
				}
				pointsCount() {
					return this._points.length
				}
				setPoints(e) {
					if (e.length === this._points.length) {
						let t = !0;
						for (let i = 0; i < e.length; ++i)
							if (!e[i].equals(this._points[i])) {
								t = !1;
								break
							} if (t) return
					}
					this._processObjUpdate(), this._points = [], this._points.push(...e)
				}
				clearPoints() {
					this._processObjUpdate(), this._points = []
				}
				isNaN() {
					return super.isNaN() || this._points.length < 3
				}
				jsonName() {
					return "polygons"
				}
				primitiveData() {
					return {
						id: this.id(),
						points: this._points.map(e => ({
							index: e.index,
							offset: e.offset,
							level: e.level
						}))
					}
				}
			}
			class d extends a.a {
				constructor(e, t, i, s, r = !1, n = !1) {
					super(e), this._endIndex = this._mixinJSONObject.createTimeField(i, "endIndex"),
						this._extendLeft = this._mixinJSONObject.createField(r, "extendLeft"), this
						._extendRight = this._mixinJSONObject.createField(n, "extendRight"), this
						._level = this._mixinJSONObject.createDoubleField(s, "level"), this
						._startIndex = this._mixinJSONObject.createTimeField(t, "startIndex")
				}
				isNaN() {
					return super.isNaN() || Number.isNaN(this._level.get()) || this._startIndex
						.get() < 0 || this._endIndex.get() < 0 || this._startIndex.get() === this
						._endIndex.get() && !this._extendLeft.get() && !this._extendRight.get()
				}
				jsonName() {
					return "horizlines"
				}
				primitiveData() {
					return {
						id: this.id(),
						startIndex: this._startIndex.get(),
						endIndex: this._endIndex.get(),
						extendLeft: this._extendLeft.get(),
						extendRight: this._extendRight.get(),
						level: this._level.get()
					}
				}
				startIndex() {
					return this._startIndex.get()
				}
				setStartIndex(e) {
					this._startIndex.set(e) && this._processObjUpdate()
				}
				endIndex() {
					return this._endIndex.get()
				}
				setEndIndex(e) {
					this._endIndex.set(e) && this._processObjUpdate()
				}
				level() {
					return this._level.get()
				}
				setLevel(e) {
					this._level.set(e) && this._processObjUpdate()
				}
				isExtendLeft() {
					return this._extendLeft.get()
				}
				setExtendLeft(e) {
					this._extendLeft.set(e) && this._processObjUpdate()
				}
				extendLeft() {
					return this.isExtendLeft()
				}
				isExtendRight() {
					return this._extendRight.get()
				}
				setExtendRight(e) {
					this._extendRight.set(e) && this._processObjUpdate()
				}
				extendRight() {
					return this.isExtendRight()
				}
			}
			i.d(t, "a", (function() {
				return _
			}));
			class p {
				constructor() {
					this._map = new Map
				}
				get(e) {
					const t = this._innerMap(e.start);
					return t && t.get(e.end)
				}
				set(e, t) {
					this._innerMap(e.start, !0).set(e.end, t)
				}
				clear() {
					this._map.clear()
				}
				size() {
					let e = 0;
					return this._map.forEach(t => e += t.size), e
				}
				_innerMap(e, t) {
					let i = this._map.get(e);
					return void 0 === i && t && (i = new Map, this._map.set(e, i)), i
				}
			}
			class _ {
				constructor(e, t, i, r, n, o, a, l, h, u, d, _, m, f) {
					this._freezedBoxes = new c.a, this._freezedHists = new c.a, this._freezedPocs =
						new c.a, this._freezedVAHists = new c.a, this._currentHistsGr = new c.a, this
						._currentVAHistsGr = new c.a, this._currentHists = [], this._currentHistsMap =
						new p, this._currentBox = null, this._currentPoc = null, this
						._historyBarSet = [], this._prevRtBar = null, this._minPrice = Number
						.POSITIVE_INFINITY, this._maxPrice = Number.NEGATIVE_INFINITY, this
						._leftBoxTime = null, this._rightBoxTime = null, this._needRecalc = !1, this
						._largestHistItem = null, this._rowsLayout = null, this._currentVAStart = 0,
						this._currentVAEnd = 0, this._previousVAStart = 0, this._previousVAEnd = 0, this
						._idsGenerator = null, Object(s.assert)(1 === e || 2 === e), this
						._numOfSubHists = e, this._outHists = r, this._outBoxLines = n, this
						._outPocLines = o, this._extendPocLeftRight = a, this._outVAHists = l, this
						._vaVolumePercent = h, this._rowsLayoutSupplier = u, this._outHists.addStable(
							this._freezedHists), this._outVAHists.addStable(this._freezedVAHists), this
						._maxHHistItems = d, this._layoutIsAutoselected = f, this._leftBoxTimeMutable =
						_, this._rightBoxTimeMutable = m, this._ctx = t, this._seriesGetter = i
				}
				update(e) {
					this._supplyRowsLayout(this._ctx), null === this._currentBox && this
						._initCurrentBox(), null === this._currentPoc && this._initCurrentPoc();
					const t = this._timeScale().get(e);
					this._leftBoxTime = this._leftBoxTimeMutable, this._rightBoxTime = this
						._rightBoxTimeMutable, this._ctx.symbol.isLastBar && !Number.isNaN(this
							._rightBoxTime) && (this._rightBoxTime = Math.min(t + n.Interval.parse(this
							._ctx.symbol.interval + this._ctx.symbol.resolution).inMilliseconds(
							t) - 1, this._rightBoxTime));
					const i = o.Std.greaterOrEqual(this._seriesClose().get(e), this._seriesOpen().get(
							e)),
						s = {
							high: this._seriesHigh().get(e),
							low: this._seriesLow().get(e),
							volume: this._seriesVol().get(e),
							isUp: i,
							time: t
						};
					this._updateCurrentHistogram(s), this._currentHists.length > 0 && (this
							._largestHistItem = this._getLargestHistItem(), this._updateCurrentPoc(),
							this._seriesGetter.developingPoc().set(this._currentPoc.level()), this
							._updateValueArea(), this._vaVolumePercent > 0 && (this._seriesGetter
								.developingVAHigh().set(this._currentHists[this._currentVAEnd]
									.priceHigh()), this._seriesGetter.developingVALow().set(this
									._currentHists[this._currentVAStart].priceLow()))), this
						._updateCurrentBox(), this._rebuildOutData()
				}
				setIdsGeneratorProxy(e) {
					this._idsGenerator = e
				}
				nextGraphicsObjId() {
					return Object(s.ensureNotNull)(this._idsGenerator).nextGraphicsObjId()
				}
				pushEraseObjCmd(e, t) {
					Object(s.ensureNotNull)(this._idsGenerator).pushEraseObjCmd(e, t)
				}
				popEraseCmds() {
					return Object(s.ensureNotNull)(this._idsGenerator).popEraseCmds()
				}
				_timeScale() {
					return this._seriesGetter.time()
				}
				_seriesLow() {
					return this._seriesGetter.low()
				}
				_seriesHigh() {
					return this._seriesGetter.high()
				}
				_seriesVol() {
					return this._seriesGetter.volume()
				}
				_seriesOpen() {
					return this._seriesGetter.open()
				}
				_seriesClose() {
					return this._seriesGetter.close()
				}
				_freezeCurrentHistogramAndCleanup() {
					null !== this._currentBox && this._freezedBoxes.add(this._currentBox), o.Std
						.greater(this._getVolume(this._currentHists), 0) && (this._freezedHists.addAll(
							this._currentHistsGr), this._freezedVAHists.addAll(this
							._currentVAHistsGr), null !== this._currentPoc && this._freezedPocs.add(
							this._currentPoc)), this._currentHists = [], this._currentHistsGr.clear(),
						this._currentHistsMap.clear(), this._initCurrentBox(), this._initCurrentPoc(),
						this._currentVAHistsGr.clear(), this._historyBarSet = [], this._minPrice =
						Number.POSITIVE_INFINITY, this._maxPrice = Number.NEGATIVE_INFINITY, this
						._prevRtBar = null, this._leftBoxTime = null, this._rightBoxTime = null
				}
				_supplyRowsLayout(e) {
					null === this._rowsLayout && e.symbol.isFirstBar && e.symbol.isNewBar && (this
						._rowsLayout = this._rowsLayoutSupplier())
				}
				_updateCurrentHistogram(e) {
					if (this._needRecalc = !1, o.Std.greater(this._minPrice, e.low) && (this._minPrice =
							e.low, this._needRecalc = !0), o.Std.less(this._maxPrice, e.high) && (this
							._maxPrice = e.high, this._needRecalc = !0), this._ctx.symbol.isBarClosed &&
						this._historyBarSet.length > 0) {
						const t = this._historyBarSet[this._historyBarSet.length - 1];
						t.time === e.time && (this._prevRtBar = t, this._historyBarSet.pop())
					}
					this._needRecalc && 0 === Object(s.ensureNotNull)(this._rowsLayout).type() ? (this
						._recalculateCurrentResultsOnHistoryBarSet(), this
						._applyUpdateToCurrentResults(e, !1)) : this._applyUpdateToCurrentResults(e,
						!0), this._ctx.symbol.isBarClosed ? (Object(s.assert)(null === this
							._prevRtBar || e.time === this._prevRtBar.time), this._historyBarSet
						.push(e), this._prevRtBar = null) : this._prevRtBar = e
				}
				_getMidLevel(e) {
					return (e.priceHigh() + e.priceLow()) / 2
				}
				_getMidLevelFromList(e) {
					return e.length % 2 == 0 ? e[e.length / 2].priceLow() : this._getMidLevel(e[Math
						.floor(e.length / 2)])
				}
				_getLargestHistItem() {
					let e = [],
						t = this._currentHists[0];
					for (const i of this._currentHists) o.Std.greater(i.ratesSum(), t.ratesSum()) ? (t =
						i,
						e = [t]) : o.Std.equal(i.ratesSum(), t.ratesSum()) && e.push(i);
					if (e.length > 1) {
						const i = this._getMidLevelFromList(this._currentHists);
						t = e[e.length - 1];
						for (let s = e.length - 2; s >= 0; s--) {
							const r = e[s];
							o.Std.lessOrEqual(Math.abs(this._getMidLevel(r) - i), Math.abs(this
								._getMidLevel(t) - i)) && (t = r)
						}
					}
					return t
				}
				_initCurrentPoc() {
					this._currentPoc = new d(this, 0, 0, 0)
				}
				_updateCurrentPoc() {
					const e = Object(s.ensureNotNull)(this._currentPoc);
					e.setStartIndex(Object(s.ensureNotNull)(this._leftBoxTime)), e.setEndIndex(Object(s
						.ensureNotNull)(this._rightBoxTime)), e.setExtendLeft(this
						._extendPocLeftRight), e.setExtendRight(this._extendPocLeftRight);
					const t = this._getMidLevel(Object(s.ensureNotNull)(this._largestHistItem));
					e.setLevel(t)
				}
				_getVolume(e) {
					let t = 0;
					for (const i of e) t += i.ratesSum();
					return t
				}
				_getPocHistItemIndex() {
					for (let e = 0; e < this._currentHists.length; e++)
						if (this._currentHists[e] === this._largestHistItem) return e;
					return -1
				}
				_calculateValueArea() {
					const e = this._getPocHistItemIndex();
					Object(s.assert)(e >= 0, "ERROR - PocHistItemIndex == " + e), this._currentVAStart =
						e - 1, this._currentVAEnd = e + 1;
					const t = this._getVolume(this._currentHists) * this._vaVolumePercent * .01;
					let i = this._currentHists[e].ratesSum(),
						r = 0,
						n = null;
					for (; o.Std.lessOrEqual(i + r, t) && (i += r, 0 === n ? --this._currentVAStart :
							1 === n && ++this._currentVAEnd, -1 !== this._currentVAStart || this
							._currentVAEnd !== this._currentHists.length);) {
						let t, i;
						if (this._currentVAStart > -1)
							if (t = this._currentHists[this._currentVAStart].ratesSum(), this
								._currentVAEnd < this._currentHists.length)
								if (i = this._currentHists[this._currentVAEnd].ratesSum(), o.Std
									.greater(t, i)) r = t, n = 0;
								else if (o.Std.greater(i, t)) r = i, n = 1;
						else {
							const s = Math.abs(e - this._currentVAStart),
								o = Math.abs(e - this._currentVAEnd);
							s < o ? (r = t, n = 0) : o <= s && (r = i, n = 1)
						} else r = t, n = 0;
						else r = this._currentHists[this._currentVAEnd].ratesSum(), n = 1
					}
					this._currentVAStart++, this._currentVAEnd--
				}
				_isVA(e) {
					return e.priceHigh() > this._getMidLevel(this._currentHists[this
						._currentVAStart]) && e.priceLow() < this._getMidLevel(this._currentHists[
						this
						._currentVAEnd])
				}
				_updateValueArea() {
					if (this._calculateValueArea(), this._needRecalc || this._previousVAStart !== this
						._currentVAStart || this._previousVAEnd !== this._currentVAEnd) {
						let e = 0,
							t = 0;
						for (; e < this._currentHistsGr.size() && t < this._currentVAHistsGr.size();) {
							for (; e < this._currentHistsGr.size() && !this._isVA(this._currentHistsGr
									.get(e));) e++;
							for (; t < this._currentVAHistsGr.size() && this._isVA(this
									._currentVAHistsGr.get(t));) t++;
							if (e < this._currentHistsGr.size() && t < this._currentVAHistsGr.size()) {
								const i = this._currentHistsGr.get(e);
								this._currentHistsGr.set(e, this._currentVAHistsGr.get(t)), this
									._currentVAHistsGr.set(t, i)
							}
						}
						for (; e < this._currentHistsGr.size(); e++) {
							const t = this._currentHistsGr.get(e);
							this._isVA(t) && (this._currentHistsGr.remove(e), e--, this
								._currentVAHistsGr.add(t))
						}
						for (; t < this._currentVAHistsGr.size(); t++) {
							const e = this._currentVAHistsGr.get(t);
							this._isVA(e) || (this._currentVAHistsGr.remove(t), t--, this
								._currentHistsGr.add(e))
						}
					}
					this._previousVAStart = this._currentVAStart, this._previousVAEnd = this
						._currentVAEnd
				}
				_initCurrentBox() {
					this._currentBox = new u(this)
				}
				_updateCurrentBox() {
					let e = this._minPrice,
						t = this._maxPrice;
					this._currentHists.length > 0 && (e = this._currentHists[0].priceLow(), t = this
						._currentHists[this._currentHists.length - 1].priceHigh());
					const i = [],
						r = Object(s.ensureNotNull)(this._leftBoxTime),
						n = Object(s.ensureNotNull)(this._rightBoxTime);
					i.push(new h(r, e)), i.push(new h(r, t)), i.push(new h(n, t)), i.push(new h(n, e)),
						Object(s.ensureNotNull)(this._currentBox).setPoints(i)
				}
				_recalculateCurrentResultsOnHistoryBarSet() {
					for (let e = 0; e < this._currentHists.length; ++e) this._currentHists[e].erase();
					this._currentHists = [], this._currentHistsGr.clear(), this._currentVAHistsGr
						.clear(), this._currentHistsMap.clear();
					for (let e = 0; e < this._historyBarSet.length; e++) this._addHistoryBarToHistogram(
						this._historyBarSet[e], e, this._currentHists, this._currentHistsMap, 1);
					this._currentHists.length > 0 && (this._largestHistItem = this
						._getLargestHistItem(), this._updateCurrentPoc()), this._updateCurrentBox()
				}
				_applyUpdateToCurrentResults(e, t) {
					t && null !== this._prevRtBar && this._addHistoryBarToHistogram(this._prevRtBar,
							this._historyBarSet.length - 1, this._currentHists, this._currentHistsMap, -
							1), this._addHistoryBarToHistogram(e, this._historyBarSet.length - 1, this
							._currentHists, this._currentHistsMap, 1), this
						._updateLastBarTimeInHistogram(this._currentHists)
				}
				_addHistoryBarToHistogram(e, t, i, r, n) {
					Object(s.assert)(-1 === n || 1 === n, "Please set sign argument either +1 or -1");
					const a = e.low,
						l = e.high,
						c = isNaN(e.volume) ? 0 : e.volume,
						h = e.isUp,
						u = Object(s.ensureNotNull)(this._rowsLayout);
					u.init(this._ctx.symbol.minTick, this._minPrice, this._maxPrice, a, l);
					const d = u.rowWidth();
					if (!o.Std.greater(d, 0)) return;
					u.calculate();
					const p = u.getIndexLowVbP(),
						_ = u.getIndexHighVbP(),
						m = u.getStartPrice();
					if (p === _) {
						const e = p * d + m,
							t = (p + 1) * d + m;
						this._updateResult({
							start: e,
							end: t
						}, n * c, h, i, r)
					} else {
						let e = 0;
						for (let t = p; t <= _; t++) {
							const s = t * d + m,
								o = (t + 1) * d + m,
								u = this._rowCoeff(s, o, a, l),
								p = u * c;
							e += u, this._updateResult({
								start: s,
								end: o
							}, n * p, h, i, r)
						}
						Object(s.assert)(o.Std.equal(e, 1, .05),
							"totalCoeff not equal 1! totalConf = " + e)
					}
				}
				_updateResult(e, t, i, r, n) {
					const a = this._createRates(i, t);
					Object(s.assert)(null !== this._leftBoxTime,
						"leftBoxTime is not set (equals null)"), Object(s.assert)(null !== this
						._rightBoxTime, "rightBoxTime is not set (equals null)");
					const c = Object(s.ensureNotNull)(this._leftBoxTime),
						h = Object(s.ensureNotNull)(this._rightBoxTime);
					let u = n.get(e);
					if (void 0 === u) u = new l(this, e.start, e.end, a, c, h), n.set(e, u), this
						._verifyHistogramSizeIsNotTooLarge(n.size()), this._currentHistsGr.add(u), _
						._addInOrder(u, r, 0, r.length, (e, t) => {
							let i = o.Std.compare(e.firstBarTime(), t.firstBarTime());
							return 0 !== i ? i : (i = o.Std.compare(e.priceLow(), t.priceLow()),
								0 !== i ? i : o.Std.compare(e.priceHigh(), t.priceHigh()))
						});
					else {
						const e = [];
						for (let t = 0; t < a.length; t++) e[t] = u.rateAt(t) + a[t];
						u.setRate(e)
					}
				}
				_rebuildOutData() {
					const e = this._currentHistsMap.size(),
						t = this._currentHists.length,
						i = this._currentHistsGr.size(),
						r = this._currentVAHistsGr.size();
					Object(s.assert)(e === t && t === i + r,
							`Collections of HHistItems are out of sync ${e} ${t} ${i} ${r}`), this
						._outPocLines.clear(), this._outPocLines.addAll(this._freezedPocs),
						o.Std.greater(this._getVolume(this._currentHists), 0) ? (this._outHists
							.setVariable(this._currentHistsGr), this._outPocLines.add(Object(s
								.ensureNotNull)(this._currentPoc)), this._outVAHists.setVariable(this
								._currentVAHistsGr)) : (this._outHists.setVariable(null), this
							._outVAHists.setVariable(null)), this._outBoxLines.clear(), this
						._outBoxLines.addAll(this._freezedBoxes), this._outBoxLines.add(Object(s
							.ensureNotNull)(this._currentBox))
				}
				_verifyHistogramSizeIsNotTooLarge(e) {
					if (this._layoutIsAutoselected) return;
					if (e <= this._maxHHistItems) return;
					const t = Object(s.ensureNotNull)(this._rowsLayout);
					0 === t.type() ? o.Std.error(
						'Histogram is too large, please reduce "Row Size" input.') : (Object(s
							.assert)(1 === t.type(), "Unexpected rowsLayout type " + t.type()), o
						.Std.error('Histogram is too large, please increase "Row Size" input.'))
				}
				_createRates(e, t) {
					if (1 === this._numOfSubHists) return [t];
					if (2 === this._numOfSubHists) {
						const i = [0, 0];
						return i[e ? 0 : 1] = t, i
					}
					return Object(s.assert)(!1, "Incorrect value of numOfSubHists = " + this
						._numOfSubHists), []
				}
				_updateLastBarTimeInHistogram(e) {
					const t = Object(s.ensureNotNull)(this._rightBoxTime);
					for (const i of e) i.setLastBarTime(t)
				}
				_rowCoeff(e, t, i, s) {
					const r = s - i;
					return (t - e - Math.max(t - s, 0) - Math.max(0, i - e)) / r
				}
				static _addInOrder(e, t, i, s, n) {
					if (i === s) return void t.splice(i, 0, e);
					const o = Object(r.toInt)((i + s) / 2),
						a = t[o];
					n(e, a) < 0 ? _._addInOrder(e, t, i, o, n) : n(e, a) > 0 ? _._addInOrder(e, t, o +
						1, s, n) : t.splice(o, 0, e)
				}
			}
		},
		aVjL: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 28 28" width="28" height="28"><path fill="currentColor" fill-rule="evenodd" d="M11.5 6a.5.5 0 0 0-.5.5V8h6V6.5a.5.5 0 0 0-.5-.5h-5zM18 8V6.5c0-.83-.67-1.5-1.5-1.5h-5c-.83 0-1.5.67-1.5 1.5V8H5.5a.5.5 0 0 0 0 1H7v12.5A2.5 2.5 0 0 0 9.5 24h9a2.5 2.5 0 0 0 2.5-2.5V9h1.5a.5.5 0 0 0 0-1H18zm2 1H8v12.5c0 .83.67 1.5 1.5 1.5h9c.83 0 1.5-.67 1.5-1.5V9zm-8.5 3c.28 0 .5.22.5.5v7a.5.5 0 0 1-1 0v-7c0-.28.22-.5.5-.5zm5.5.5a.5.5 0 0 0-1 0v7a.5.5 0 0 0 1 0v-7z"/></svg>'
		},
		b1GK: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "addPerfMark", (function() {
				return c
			})), i.d(t, "startPerfMeasure", (function() {
				return h
			})), i.d(t, "endPerfMeasure", (function() {
				return u
			})), i.d(t, "perfMeasureOperation", (function() {
				return d
			}));
			var s = i("e3/o");

			function r() {}
			const n = console.timeStamp ? console.timeStamp.bind(console) : r,
				o = window.performance && performance.mark ? performance.mark.bind(performance) : r,
				a = window.performance && performance.measure ? performance.measure.bind(performance) : r,
				l = window.performance && performance.clearMarks ? performance.clearMarks.bind(
					performance) : r;

			function c(e) {
				n(e), o(e)
			}

			function h(e) {
				o(e)
			}

			function u(e) {
				a(e, e), l(e)
			}
			async function d(e, t) {
				const i = `measure-${e}-${Object(s.randomHash)()}`;
				o(i);
				try {
					return await t()
				} finally {
					a(e, i), l(i)
				}
			}
		},
		bJYc: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SetPropertyUndoCommand", (function() {
				return n
			}));
			var s = i("RDU5"),
				r = i("Ocx9");
			class n extends s.UndoCommand {
				constructor(e, t, i, s, r) {
					super(i), this._targetObj = e, this._newValue = t, this._oldValue = this
						._targetObj.value(), this._model = s, r && this.setCustomFlag(
							"doesnt_affect_save", !0)
				}
				redo() {
					Object(r.saveDefaultProperties)(!0), this._targetObj.setValue(this._newValue),
						Object(r.saveDefaultProperties)(!1), this._model.recalculateAllPanes(), this
						._model.lightUpdate()
				}
				undo() {
					Object(r.saveDefaultProperties)(!0), this._targetObj.setValue(this._oldValue),
						Object(r.saveDefaultProperties)(!1), this._model.recalculateAllPanes(), this
						._model.lightUpdate()
				}
			}
		},
		bKFv: function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "StatsPosition", (function() {
					return s
				})),
				function(e) {
					e[e.Left = 0] = "Left", e[e.Center = 1] = "Center", e[e.Right = 2] = "Right"
				}(s || (s = {}))
		},
		bOGh: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("RDU5");
			class r extends s.UndoCommand {
				constructor(e) {
					super(e, !1), this._subcommands = []
				}
				addCommand(e) {
					this._subcommands.push(e)
				}
				isEmpty() {
					return 0 === this._subcommands.length
				}
				redo() {
					for (let e = 0; e < this._subcommands.length; e++) this._subcommands[e].redo()
				}
				undo() {
					for (let e = this._subcommands.length - 1; e >= 0; e--) this._subcommands[e]
						.undo()
				}
				commands() {
					return this._subcommands
				}
			}
		},
		bSeV: function(e, t, i) {},
		bTqm: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolCypherPattern", (function() {
				return n
			}));
			var s = i("NJRZ"),
				r = i("Ocx9");
			class n extends s.LineTool5PointsPattern {
				constructor(e, t) {
					super(e, t || n.createProperties())
				}
				name() {
					return "Cypher Pattern"
				}
				static createProperties(e) {
					const t = new r.DefaultProperty("linetoolcypherpattern", e);
					return n._configureProperties(t), t
				}
				_loadPaneViews(e) {
					i.e("lt-pane-views").then(i.bind(null, "mjK7")).then(t => {
						this._setPaneViews([new t.CypherPaneView(this, e)])
					})
				}
				static _configureProperties(e) {
					s.LineTool5PointsPattern._configureProperties(e)
				}
			}
		},
		bc0y: function(e, t, i) {},
		biIa: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SeriesWaterlinePaneView", (function() {
				return a
			}));
			var s = i("k4w6"),
				r = i("//lt"),
				n = i("VdBB"),
				o = i("8Uy/");
			class a extends s.a {
				constructor(e) {
					super(e);
					const t = {
						cursorType: r.PaneCursorType.VerticalResize,
						activeItem: 0,
						areaName: n.AreaName.SourceItemMove
					};
					this._lineRenderer.setHitTest(new n.HitTestResult(n.HitTestResult.MOVEPOINT,
							t)), this._lineRendererData.visible = !0, this._lineRendererData
						.linestyle =
						o.LINESTYLE_SPARSE_DOTTED
				}
				_updateImpl() {
					const e = this._series.properties().baselineStyle,
						t = Math.abs(100 - e.baseLevelPercentage.value());
					this._lineRendererData.y = Math.round(this._series.priceScale().height() * (t /
						100)), this._lineRendererData.color = e.baselineColor.value()
				}
			}
		},
		bmVy: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyStatusType", (function() {
				return r
			})), i.d(t, "convertStudyStatusToString", (function() {
				return n
			}));
			const s = window.t("loading...");
			var r;

			function n(e, t) {
				if (e.type === r.Loading) return t ? s : "loading...";
				if (e.type === r.Error) {
					const i = e.errorDescription,
						s = t ? window.t(i.error) : i.error;
					if (i.ctx) {
						const e = {};
						return Object.entries(i.ctx).forEach(([t, i]) => {
							e[t] = i.toString()
						}), s.format(e)
					}
					return s
				}
				return ""
			}! function(e) {
				e[e.Undefined = 0] = "Undefined", e[e.Loading = 1] = "Loading", e[e.Completed = 2] =
					"Completed", e[e.Error = 3] = "Error"
			}(r || (r = {}))
		},
		"bv/X": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolSineLine", (function() {
				return n
			}));
			var s = i("Ocx9"),
				r = i("Ss5c");
			class n extends r.LineDataSource {
				constructor(e, t) {
					super(e, t || n.createProperties()), i.e("lt-pane-views").then(i.bind(null,
						"piZW")).then(e => {
						this._setPaneViews([new e.SineLinePaneView(this, this._model)])
					})
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Sine Line"
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolsineline", e);
					return n._configureProperties(t), t
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "LX4V")))
						.CyclicAndSineLinesPatternDefinitionsViewModel
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e)
				}
			}
		},
		c2JX: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "renderSpinnerTemplate", (function() {
				return n
			})), i.d(t, "Spinner", (function() {
				return a
			}));
			i("SzKR");
			var s = i("gWrr"),
				r = i("Owlf");

			function n(e = "") {
				return '\n\t\t<div class="tv-spinner" role="progressbar">\n\t\t\t<div class="tv-spinner__spinner-layer">\n\t\t\t\t<div class="tv-spinner__background tv-spinner__width_element"></div>\n\t\t\t\t<div class="tv-spinner__circle-clipper tv-spinner__width_element tv-spinner__circle-clipper--left"></div>\x3c!--\n\t\t\t\t--\x3e<div class="tv-spinner__circle-clipper tv-spinner__width_element tv-spinner__circle-clipper--right"></div>\n\t\t\t</div>\n\t\t</div>\n\t'
			}
			const o = Object(s.b)(
				'\n\t\t<div class="tv-spinner" role="progressbar">\n\t\t\t<div class="tv-spinner__spinner-layer">\n\t\t\t\t<div class="tv-spinner__background tv-spinner__width_element"></div>\n\t\t\t\t<div class="tv-spinner__circle-clipper tv-spinner__width_element tv-spinner__circle-clipper--left"></div>\x3c!--\n\t\t\t\t--\x3e<div class="tv-spinner__circle-clipper tv-spinner__width_element tv-spinner__circle-clipper--right"></div>\n\t\t\t</div>\n\t\t</div>\n\t'
			);
			class a {
				constructor(e) {
					this._shown = !1, this._el = o.cloneNode(!0), this.setSize(e || r.a)
				}
				spin(e) {
					return this._el.classList.add("tv-spinner--shown"), void 0 === this._container && (
							this._container = e, void 0 !== e && e.appendChild(this._el)), this
						._shown = !0, this
				}
				stop(e) {
					return e && void 0 !== this._container && this._container.removeChild(this._el),
						this._el.classList.remove("tv-spinner--shown"), this._shown = !1, this
				}
				setStyle(e) {
					return Object.keys(e).forEach(t => {
						const i = e[t];
						void 0 !== i && this._el.style.setProperty(t, i)
					}), this
				}
				setSize(e) {
					const t = void 0 !== e ? "tv-spinner--size_" + e : "";
					return this._el.className =
						`tv-spinner ${t} ${this._shown ? "tv-spinner--shown" : ""}`, this
				}
				getEl() {
					return this._el
				}
				destroy() {
					this.stop(), delete this._el, delete this._container
				}
			}
		},
		c44N: function(e, t, i) {
			"use strict";

			function s(e, t) {
				return e.pixelRatio === t.pixelRatio
			}
			i.r(t), i.d(t, "areEqualPaneRenderParams", (function() {
				return s
			}))
		},
		c7G1: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return s
			})), i.d(t, "a", (function() {
				return r
			})), i.d(t, "c", (function() {
				return n
			}));
			class s {
				constructor(e, t) {
					this.id = e, this.type = t
				}
				primitiveData() {
					return {
						action: "one",
						id: this.id,
						type: this.type
					}
				}
			}
			class r {
				primitiveData() {
					return {
						action: "all"
					}
				}
			}
			class n {
				constructor() {
					this.erase = [], this.create = null, this._modified = !1
				}
				primitiveData(e) {
					if (this.isNaN()) return null;
					const t = {},
						i = this.create && this.create.primitiveData(e);
					return null !== i && (t.create = i), null !== this.erase && this.erase.length > 0 &&
						(t.erase = this.erase.map(e => e.primitiveData())), void 0 === t.create &&
						void 0 === t.erase ? null : t
				}
				setCreate(e) {
					this.create = e, this.create.forEachList(e => e.setOwner(this))
				}
				isNaN() {
					return (null === this.erase || 0 === this.erase.length) && null === this.create
				}
				isModified() {
					return this._modified
				}
				setModified(e) {
					this._modified = e
				}
				dirty() {
					this._modified = !0
				}
				setOwner(e) {
					throw new Error("Unsupported")
				}
			}
		},
		cBZt: function(e, t, i) {
			"use strict";

			function s(e, t) {
				return `${e}@${t}`
			}

			function r(e) {
				return e.replace(/(@[^-]+-[^-]+).*$/, "$1")
			}
			i.r(t), i.d(t, "studyIdString", (function() {
				return s
			})), i.d(t, "extractStudyId", (function() {
				return r
			}))
		},
		cKqi: function(e, t, i) {
			"use strict";
			var s = i("aO4+").Point,
				r = i("qJq3").Series,
				n = i("GVHu").Study,
				o = i("FBsw").OverlayPriceAxisView,
				a = i("KtbP").PanePriceAxisView,
				l = i("x0JF"),
				c = l.SeriesAreaPaneView,
				h = l.SeriesLinePaneView,
				u = l.SeriesHollowCandlesPaneView,
				d = l.SeriesCandlesPaneView,
				p = l.SeriesBarsPaneView,
				_ = l.SeriesBaselinePaneView,
				m = i("biIa").SeriesWaterlinePaneView,
				f = i("2kV1").StudyStatusView,
				g = i("JjUe").OverlayDataWindowView,
				b = i("z8/4").OverlayLegendView,
				v = i("qXYw").OverlayLegendValuesProvider,
				S = i("ZsYR").OverlayStatusProvider,
				y = i("38az").SeriesBarColorer,
				w = i("l4sv").HorizontalLineRenderer,
				P = i("Kxc7"),
				C = i("6sst").OverlayStudyPriceLineAxisView,
				x = i("n5al").createSeriesFormatter,
				T = i("y/Xm").StudyOverlayBase,
				I = i("qFKp").CheckMobile.any() && !1,
				M = !P.enabled("hide_study_overlay_legend_item");
			class O {
				constructor(e, t) {
					this._source = e, this._model = t, this._points = [new s(0, 0)], this
						._lineRenderer = new w
				}
				update() {
					if (this._visible = !1, this._source.properties().showPriceLine.value()) {
						var e = this._source.lastValueData(void 0, !0);
						e.noData || (this._visible = !0, this._points = [new s(0, e.coordinate)], this
							._color = e.color)
					}
				}
				renderer() {
					var e = {};
					return e.width = this._model.timeScale().width(), e.height = this._source
						.priceScale().height(), e.y = this._points[0].y, e.color = this._color, e
						.linewidth = 1, e.linestyle = CanvasEx.LINESTYLE_DOTTED, e.visible = this
						._visible, this._lineRenderer.setData(e), this._lineRenderer
				}
			}
			t.study_Overlay = class extends T {
				constructor(e, t, i, s) {
					super(e, t, i, s), this._formatter = null, this._paneView = null;
					var r = this;
					this.properties().minTick.listeners().subscribe(null, (function() {
						r._recreatePriceFormattingDependencies(), r.updateAllViews(), r
							._model.fullUpdate()
					}))
				}
				_showLastValueOnPriceScale() {
					return this._model.properties().scalesProperties.showSeriesLastValue.value()
				}
				_createViews() {
					this._priceAxisViews = [];
					var e = new o(this);
					this._priceAxisViewsBase = [e];
					var t = new C(this);
					this._priceLinesAxisViews = [t], this._paneViews = [], this
						._labelPaneViews = [];
					var i = null,
						s = null;
					switch (this._properties.style.value()) {
						case r.STYLE_BARS:
							s = new p(this, this._model);
							break;
						case r.STYLE_CANDLES:
							s = new d(this, this._model);
							break;
						case r.STYLE_HOLLOW_CANDLES:
							s = new u(this, this._model);
							break;
						case r.STYLE_LINE:
							s = new h(this, this._model);
							break;
						case r.STYLE_AREA:
							s = new c(this, this._model);
							break;
						case r.STYLE_BASELINE:
							s = new _(this, this._model), i = new m(this)
					}
					s && this._paneViews.push(s), null !== i && this._paneViews.push(i),
						this._paneViews.push(new O(this, this._model)), this._dataWindowView || (
							this._dataWindowView = new g(this, this._model)), this._legendView || (
							this._legendView = new b(this, this._model)), this._statusView || (this
							._statusView = new f(this)), this._priceAxisViews = [].concat(this
							._priceAxisViewsBase, this._hlinesPriceAsisViews, this
							._horizlinesPriceAsisViews), this._labelPaneViews.push(new a(e, this,
							this._model))
				}
				barColorer() {
					return new y(this)
				}
				start(e) {
					this._formatter = null, n.prototype.start.apply(this, arguments), this
						.priceScale() && this.priceScale().updateFormatter(), I && this
						._setQuotesSymbol(this.symbol())
				}
				_tryCreateFormatter() {
					return x(this.symbolInfo(), this.properties().minTick.value())
				}
				formatter() {
					return this._formatter || this._recreateFormatter(), this._formatter
				}
				_tryChangeInputs() {
					n.prototype._tryChangeInputs.call(this), this.m_formatter = null, this
						.priceScale().updateFormatter()
				}
				stop(e) {
					n.prototype.stop.call(this, e), this._quotesProvider.setQuotesSessionSymbol(
						null)
				}
				_onQuotesUpdate(e, t) {
					!this._legendView || void 0 === t.values.change && void 0 === t.values
						.change_percent || (this._legendView.update(), this._model.updateSource(
							this))
				}
				destroy() {
					this._quotesProvider.quotesUpdate().unsubscribeAll(this), this._quotesProvider
						.destroy(), super.destroy()
				}
				tags() {
					var e = [],
						t = this.symbolInfo();
					return t ? e.push(t.name) : this._properties.inputs.symbol.value() && e.push(
						this._properties.inputs.symbol.value()), e
				}
				statusView() {
					return M ? n.prototype.statusView.call(this) : null
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(61), i.e(62), i.e(
						"study-property-pages-with-definitions")]).then(i.bind(null,
						"WUYT"))).StudyOverlayDefinitionsViewModel
				}
				defaultPlotIdForAlert() {
					return ""
				}
				changeStyles() {
					this.data().each((function(e, t) {
						t[TradingView.STYLE_PLOT] = null
					})), n.prototype.changeStyles.call(this)
				}
				valuesProvider() {
					return new v(this, this.model())
				}
				statusProvider(e) {
					return new S(this, this.model())
				}
				canBeHiddenByGlobalFlag() {
					return !1
				}
			}
		},
		cPgM: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ScaledPaneRenderer", (function() {
				return s
			})), i.d(t, "ScaledPaneRendererWrapper", (function() {
				return r
			}));
			class s {
				draw(e, t) {
					e.save(), e.scale(t.pixelRatio, t.pixelRatio), e.translate(.5, .5), this._drawImpl(
						e, {
							...t,
							pixelRatio: 1
						}), e.restore()
				}
				drawBackground(e, t) {
					e.save(), e.scale(t.pixelRatio, t.pixelRatio), e.translate(.5, .5), this
						._drawBackgroundImpl(e, {
							...t,
							pixelRatio: 1
						}), e.restore()
				}
				_drawBackgroundImpl(e, t) {}
			}
			class r {
				constructor(e) {
					this._base = e
				}
				hitTest(e, t) {
					return this._base.hitTest(e, t)
				}
				draw(e, t) {
					e.save(), e.scale(t.pixelRatio, t.pixelRatio), e.translate(.5, .5), this._base.draw(
						e, {
							...t,
							pixelRatio: 1
						}), e.restore()
				}
				drawBackground(e, t) {
					e.save(), e.scale(t.pixelRatio, t.pixelRatio), e.translate(.5, .5), this._base
						.drawBackground && this._base.drawBackground(e, {
							...t,
							pixelRatio: 1
						}), e.restore()
				}
			}
		},
		cWHH: function(e, t, i) {
			"use strict";
			(function(t, s) {
				var r = i("Eyy1").ensureNotNull,
					n = i("Vdly"),
					o = i("gP14").ChartModelBase,
					a = i("CW80"),
					l = a.isLineTool,
					c = a.isStudyLineTool,
					h = i("2+aH").Crosshair,
					u = i("rY0k").Watermark,
					d = i("hY3j").Grid,
					p = i("22xp").TimeScale,
					_ = i("qFKp").CheckMobile,
					m = i("H0vP").InvalidationMask,
					f = i("H0vP").InvalidationLevel,
					g = i("GVHu"),
					b = g.Study,
					v = i("Qq0B").NonSeriesStudy,
					S = i("3ClC"),
					y = S.createStudy,
					w = S.isStudy,
					P = S.isFundamentalStudy,
					C = g.prepareStudyProperties,
					x = i("K4L1"),
					T = i("qJq3").Series,
					I = i("mMWL"),
					M = i("wZIs").defaults,
					O = i("Ocx9").DefaultProperty,
					L = i("Qtjj").TimeSynchronizer,
					A = i("txPx").getLogger("Chart.ChartModel"),
					E = i("Y5iK").MainSeriesScaleRatioProperty,
					k = i("FaJS").scaleRatio,
					D = i("MROS").ModelSelection,
					V = i("Y7w9").subtract,
					B = i("VgjZ").PriceAxisRendererOptionsProvider,
					R = i("/YGI").StudyInserter,
					N = i("3t3b").dateFormatProperty,
					j = i("/tGj").isSymbolSource,
					F = i("gaBL").sourceNewCurrencyOnPinningToPriceScale,
					W = i("SwuQ").sourceNewUnitOnPinningToPriceScale,
					H = i("FQhm"),
					U = i("i126").StudyColorRotatorFactory,
					z = i("Kxc7"),
					G = i("jeZR").AppliedTimeFrame,
					q = z.enabled("auto_enable_symbol_labels");
				z.enabled("fix_left_edge");

				function Y() {
					this._selection.clear()
				}

				function K(e) {
					this._selection.remove(e)
				}

				function J(e, t) {
					var i = this._selection.isSelected(e);
					i && this._lastSelectedHittestData === t || e && !e.isSelectionEnabled() || (this
						._lastSelectedHittestData = t || null, i || this._selection.add(e))
				}
				class Z extends o {
					constructor(e, i, r, n, o, a, l, c) {
						super(e, i, r, n, o, a, l, c), this._modelIntervals = [], this
							._rendererOptionsProvider = new B(this), this.setStudiesMetaData(this
								._studiesMetaInfoRepository.getInternalMetaInfoArray(), this
								._studiesMetaInfoRepository.getMigrations()), I.init();
						var _ = this;
						this._panes = [], this.m_gridSource = new d;
						var m = this._readOnly ? new t(M(
								"chartproperties.paneProperties.crossHairProperties")) : this
							._properties.paneProperties.crossHairProperties;
						this.m_crossHairSource = new h(this, m, this._options.crossHair), this
							.m_crossHairSource.selectPointMode().subscribe((function(e) {
								if (e && _.lineBeingCreated()) {
									var t = I.tool.value();
									_.cancelCreatingLine(), I.tool.setValue(t)
								}
							})), this._tagsChanged = new s;
						var f = new O("chartproperties.mainSeriesProperties");
						f.addExclusion("minTick"), f.addExclusion("priceAxisProperties.lockScale"),
							f.addExclusion("priceAxisProperties.percentage"), f.addExclusion(
								"priceAxisProperties.indexedTo100"), f.addExclusion(
								"priceAxisProperties.isInverted"), f.addExclusion(
								"priceAxisProperties.log"), f.addExclusion(
								"priceAxisProperties.logDisabled"), f.addExclusion(
								"priceAxisProperties.percentageDisabled"), f.addExclusion(
								"priceAxisProperties.autoScaleDisabled"), f.merge(r
								.mainSeriesProperties.state()), this._timeScale = new p(this, this
								._options.timeScale);
						var g = {
							countdownEnabled: this._options.countdownEnabled,
							lastPriceAnimationEnabled: this._options.lastPriceAnimationEnabled
						};
						this.m_mainSeries = new T(this, f, g, n), this.m_mainSeries.onStyleChanged()
							.subscribe(this._timeScale, this._timeScale.invalidateVisibleBars), this
							.m_mainSeries.properties().showCountdown.subscribe(this, (function() {
								this.m_mainSeries.updateAllViews(), this.fullUpdate()
							})),
							this._timeScale.visibleBarsStrictRangeChanged().subscribe(this
								.m_mainSeries, this.m_mainSeries.clearHighLowAvgPriceCache), this
							.createPane(void 0, {
								axisProperties: f.priceAxisProperties.state(["autoScale"])
							});
						var b = this._panes[0];
						b.setStretchFactor(2 * b.stretchFactor()), this._selection = new D, this
							._selectedSourceChanged = new s, this._properties.listeners().subscribe(
								this, Z.prototype.propertyChangeHandler), this._properties.timezone
							.listeners().subscribe(null, (function() {
								_._chartApi && _._chartApi.connected() && _._chartApi
									.switchTimezone(_.timezone())
							})), this._timeScale.defaultRightOffsetProperty().listeners().subscribe(
								null, (function() {
									_.recalculateAllPanes()
								})), b.addDataSource(this.m_mainSeries, this._panes[0]
								.findSuitableScale(this.m_mainSeries)), this
							._mainSeriesScaleRatioProperty = new E(this), this.m_mainSeries
							.dataEvents().completed().subscribe(this, function() {
								this._scrollingState && this.gotoTime()
							}.bind(this)), this.m_mainSeries.onIntervalChanged().subscribe(this, (
								function() {
									this._recalcVRStudiesParams.oldStartVisibleIndex = NaN, this
										._recalcVRStudiesParams.oldEndVisibleIndex = NaN
								})), this._readOnly || (f.addChild("priceAxisProperties", this
									.m_mainSeries.m_priceScale.properties()), this._properties
								.paneProperties.legendProperties.showStudyTitles.listeners()
								.subscribe(this, (function(e) {
									e.value() || _._properties.paneProperties
										.legendProperties.showStudyArguments.setValue(!1)
								}))), this._barsMarksSources = l(this);
						for (var v = 0; v < this._barsMarksSources.length; v++) this
							._barsMarksSources[v].setOwnerSource(this.m_mainSeries);
						this._syncPointCache = {}, this._watermarkSource = this._options
							.watermarkEnabled ? new u(this, this.m_mainSeries) : null, I
							.hideAllDrawings().subscribe(this, this._onDrawingsVisibilityChanged), I
							.hideAllIndicators().subscribe(this, this
								._onIndicatorsVisibilityChanged), this._properties.scalesProperties
							.listeners().subscribe(this, Z.prototype.fullUpdate), this
							._studyInserted = new s, this._studyShiftColorStartOffset = void 0, this
							._linePointBeingEdited = null, this._lineBeingEdited = null, N
							.subscribe(this, this._updateDateTimeFormatter), this.mainSeries()
							.properties().interval.subscribe(this, this._updateDateTimeFormatter),
							this._updateDateTimeFormatter(), this._studyColorRotatorFactory = new U(
								this), this._dataSourceCollectionChanged.subscribe(this, this
								._updateShowLegendProperty.bind(this)), this._properties
							.paneProperties.legendProperties.showLegend.subscribe(this, this
								._updateShowLegendProperty), this._appliedTimeFrame = new G(this),
							this.mainSeries().onTimeFrameApplied().subscribe(this, (function(e) {
								var t = null !== e ? {
									res: this.mainSeries().interval(),
									val: e
								} : null;
								this.appliedTimeFrame().setValue(t)
							}))
					}
					applyPreferences(e) {
						for (var t in e) void 0 !== this._properties[t] && "m_mainSeries" !== this
							._properties[t] && this._properties[t].mergeAndFire(e[t]);
						void 0 !== e.timeScale && this._timeScale.defaultRightOffsetProperty()
							.setValue(e.timeScale.defaultRightOffset), this._properties
							.saveDefaults(), this.m_mainSeries.applyPreferences(e.mainSeries), this
							.sessions().applyPreferences(e.sessions), this.recalculateAllPanes(),
							this.fullUpdate()
					}
					setStudiesMetaData(e, t) {
						this._studiesMetaData = e,
							this._studyVersioning = new x(this._studiesMetaData, t)
					}
					isSnapshot() {
						return this._isSnapshot
					}
					timezone() {
						return this._properties.timezone.value()
					}
					initConnection() {
						this._chartApi.switchTimezone(this.timezone())
					}
					updatePane(e) {
						var t = this._paneInvalidationMask(e);
						this.invalidate(t)
					}
					fullUpdate() {
						this.invalidate(m.full())
					}
					lightUpdate() {
						this.invalidate(m.light())
					}
					studiesMetaData() {
						return this._studiesMetaData
					}
					studyVersioning() {
						return this._studyVersioning
					}
					disconnect() {
						this.sessions().stop();
						for (var e, t = this.dataSources(), i = 0; i < t.length; i++)(e = t[i])
							.disconnect && e.disconnect();
						this._timeScale.disconnect()
					}
					restart() {
						this.initConnection(), this._timeScale.reset(), this.m_mainSeries.restart();
						for (var e, t = this.dataSources(), i = 0; i < t.length; i++)(e = t[i])
							.restart && e !== this.m_mainSeries && e.restart();
						this.sessions().restart()
					}
					startNotStartedStudies() {
						if (!this.m_mainSeries.isStarted()) throw new Error(
							"Cannot start studies: main series is not started");
						for (var e = this.dataSources(), t = 0; t < e.length; t++) w(e[t]) && !e[t]
							.isStarted() && e[t].restart && e[t] !== this.m_mainSeries && e[t]
							.restart()
					}
					readOnly() {
						return this._readOnly
					}
					properties() {
						return this._properties
					}
					chartApi() {
						return this._chartApi
					}
					propertyChangeHandler() {
						this.lightUpdate()
					}
					_onDrawingsVisibilityChanged(e) {
						for (var t = !1 === e.value(), i = this.dataSources(), s = 0; s < i
							.length; s++) {
							var r = i[s],
								n = l(r) && r.properties().visible.value();
							t && n ? H.emit("drawing_event", r.id(), "show") : !t && n && H.emit(
								"drawing_event", r.id(), "hide")
						}
						this.selectionMacro((function(e) {
							e.clearSelection()
						}))
					}
					_onIndicatorsVisibilityChanged() {
						var e = this.allStudies().filter((function(e) {
							return e.properties().visible.value() && e
								.canBeHiddenByGlobalFlag()
						}));
						if (0 !== e.length) {
							for (var t = !1, i = 0; i < e.length; i++)
								if (this.selection().isSelected(e[i])) {
									t = !0;
									break
								} t ? this.selectionMacro((function(e) {
								e.clearSelection()
							})) : this.lightUpdate()
						}
					}
					updateAllPaneViews() {
						for (var e = 0; e < this._panes.length; e++) {
							this._panes[e].updateAllViews()
						}
					}
					mainSeries() {
						return this.m_mainSeries
					}
					timeScale() {
						return this._timeScale
					}
					gridSource() {
						return this.m_gridSource
					}
					watermarkSource() {
						return this._watermarkSource
					}
					crossHairSource() {
						return this.m_crossHairSource
					}
					publishedChartsTimelineSource() {
						return null
					}
					barsMarksSources() {
						return this._barsMarksSources
					}
					barMarksSourceForId(e) {
						for (var t = 0; t < this._barsMarksSources.length; t++)
							if (this._barsMarksSources[t].id() === e) return this._barsMarksSources[
								t];
						return null
					}
					priceScaleSlotsCount() {
						var e = 0,
							t = 0;
						this._panes.forEach((function(i) {
							e = Math.max(i.leftPriceScales().length, e), t = Math.max(i
								.rightPriceScales().length, t)
						}));
						var i = e + t;
						if (_.any()) {
							var s = this.paneForSource(this.mainSeries()),
								r = s.priceScalePosition(this.mainSeries().priceScale()),
								n = "right" === r;
							return "overlay" === r && (n = s.rightPriceScales().length > 0), n ? {
								left: 0,
								right: 1,
								totallySlots: i
							} : {
								left: 1,
								right: 0,
								totallySlots: i
							}
						}
						return {
							left: e,
							right: t,
							totallySlots: e + t
						}
					}
					startScrollPrice(e, t, i) {
						e.startScrollPrice(t, i)
					}
					scrollPriceTo(e, t, i) {
						e.scrollPriceTo(t, i), this.invalidate(this._paneInvalidationMask(e, f
							.Light))
					}
					endScrollPrice(e, t) {
						e.endScrollPrice(t), this.invalidate(this._paneInvalidationMask(e, f.Light))
					}
					setPriceAutoScale(e, t, i) {
						e.setPriceAutoScale(t, i), this.invalidate(this._paneInvalidationMask(e, f
							.Light))
					}
					updateScales(e, t) {
						this._undoModel._chartWidget._updateScalesActions()
					}
					mainSeriesScaleRatioProperty() {
						return this._mainSeriesScaleRatioProperty
					}
					mainSeriesScaleRatioPropertyOnChanged() {
						this._mainSeriesScaleRatioProperty.listeners().fire(this
							._mainSeriesScaleRatioProperty)
					}
					mainSeriesScaleRatio() {
						return k(this._timeScale, this.m_mainSeries.priceScale())
					}
					setMainSeriesScaleRatio(e) {
						this.paneForSource(this.m_mainSeries).applyPriceScaleRatio(this.m_mainSeries
							.priceScale(), e)
					}
					startScrollTime(e) {
						this._timeScale.startScroll(e), this._isTimeScrolling = !0
					}
					scrollTimeTo(e) {
						this._timeScale.scrollTo(e), this.recalculateAllPanes(), this.lightUpdate(),
							this._setScalesResetAvailable(!0)
					}
					endScrollTime() {
						this._timeScale.endScroll(), this.lightUpdate(), this
							.recalcVisibleRangeStudies(), this._isTimeScrolling = !1
					}
					recalcStudyBasedLineTools() {
						this.dataSources().forEach((function(e) {
							c(e) && e.recalcStudyIfNeeded && e.recalcStudyIfNeeded()
						}))
					}
					restoreTimeScaleState(e) {
						this._timeScale.restoreState(e), this.recalculateAllPanes(), this
							.lightUpdate(), this._setScalesResetAvailable(!0)
					}
					restoreFactoryDefaults(e) {
						e.restoreFactoryDefaults(), this.recalcVisibleRangeStudies(!0)
					}
					selectionMacro(e) {
						var t = this.selection().allSources();
						e({
							removeSourceFromSelection: K.bind(this),
							addSourceToSelection: J.bind(this),
							clearSelection: Y.bind(this),
							selection: this.selection.bind(this)
						});
						var i = V(t, this.selection().allSources()),
							s = V(this.selection().allSources(), t);
						s.concat(t).forEach((function(e) {
								e.updateAllViews()
							})), i.forEach((function(e) {
								var t = e.hasAlert && e.hasAlert.value() && e
									.getAlertSync();
								t && t.set("selected", !1)
							})), s.forEach((function(e) {
								var t = e.hasAlert && e.hasAlert.value() && e
									.getAlertSync();
								t && t.set("selected", !0)
							})), this.lightUpdate(), (i.length > 0 || s.length > 0) && this
							._selectedSourceChanged.fire()
					}
					checkLineToolSelection() {
						this._selection.checkLineToolSelection()
					}
					onSelectedSourceChanged() {
						return this._selectedSourceChanged
					}
					selection() {
						return this._selection
					}
					orderedDataSources(e) {
						var t = [];
						t.push(this.m_crossHairSource);
						for (var i = 0; i < this._panes.length; i++) {
							var s = this._panes[i].sourcesByGroup().all().slice();
							e && s.reverse(), t = t.concat(s)
						}
						return t
					}
					dataSourceForId(e) {
						for (var t, i = 0; i < this._panes.length; ++i)
							if (t = this._panes[i].dataSourceForId(e)) return t;
						return null
					}
					children(e, t) {
						return this.dataSources().filter((function(i) {
							return (!0 !== t || !w(i) || !i.isChildStudy()) && i
								.ownerSource() === e
						}))
					}
					onSyncScrollNeeded(e) {
						var t = this._undoModel._chartWidget;
						if (t._chartWidgetCollection) {
							var i = this.mainSeries().syncModel();
							if (i) {
								var s = 1e3 * this._timeScale.points().roughTime(e, i.projectTime
									.bind(i));
								t._chartWidgetCollection.syncScroll(s, this)
							}
						}
					}
					createSyncPoint(e, t) {
						var i = this._syncPointCache[e.uniqueId()];
						if (i) {
							var s = i[t.uniqueId()];
							if (s) return s
						} else this._syncPointCache[e.uniqueId()] = {};
						var r = new L(e, t);
						return this._syncPointCache[e.uniqueId()][t.uniqueId()] = r, r
					}
					updateTimeScale(e, t, i, s, r, n, o) {
						if (o) {
							this._timeScale.reset();
							for (var a = this.dataSources(), l = 0; l < a.length; l++) a[l]
								.clearData && a[l].clearData()
						}
						if (s.length > 0)
							for (a = this.dataSources(), l = 0; l < a.length; l++) a[l].moveData &&
								a[l].moveData(s);
						var c = this._timeScale.indexToTimePoint(this._timeScale.baseIndex());
						this._timeScale.update(e, t, i, n);
						var h = "ChartModel.prototype.updateTimeScale(" + e + "," + t + "," + i
							.length + "," + s.length + "," + n.length + "," + o + ")";
						if (h += "TimeScale: {first:" + this._timeScale.points().firstIndex() +
							",last:" + this._timeScale.points().lastIndex() + "}", void 0 !== r) {
							var u = this._timeScale.indexToTimePoint(r),
								d = null !== c && null !== u && u > c;
							this._updateBaseIndex(r, d)
						}
						A.logDebug(h), this.recalculateAllPanes(), this.lightUpdate()
					}
					updateTimeScaleBaseIndex(e) {
						var t = this.mainSeries().bars();
						t.isEmpty() || this._updateBaseIndex(r(t.lastIndex()), e && e.index > 0)
					}
					_updateBaseIndex(e, t) {
						var i = this.timeScale(),
							s = i.baseIndex(),
							r = i.visibleBarsStrictRange(),
							n = i.logicalRange();
						if (null !== n && t) {
							var o = n.contains(s),
								a = e - s,
								l = o ? null : i.rightOffset() - a;
							if (!this._options.shiftVisibleRangeOnNewBar && o) {
								var c = i.indexToCoordinate(s) + i.barSpacing() / 2 + 1,
									h = s - n.left() + a,
									u = c / h;
								if (u >= i.minBarSpacing()) i.setBarSpacing(u), l = i.width() / u -
									h;
								else r.lastBar() !== s && (l = i.rightOffset() - a)
							}
							null !== l && i.setRightOffset(l)
						}
						i.setBaseIndex(e)
					}
					recalculatePane(e) {
						e && e.recalculate()
					}
					recalculateAllPanes() {
						for (var e = 0; e < this._panes.length; ++e) this._panes[e].recalculate();
						this.updateAllPaneViews(), this.crossHairSource().updateAllViews()
					}
					_invalidateBarColorerCaches() {
						for (var e = this.dataSources(), t = 0; t < e.length; ++t) {
							var i = e[t];
							i instanceof T && i.invalidateBarColorerCache()
						}
					}
					createStudyInserter(e) {
						return new R(e, this._studiesMetaInfoRepository, {
							createStudy: this.insertStudyWithParams.bind(this)
						})
					}
					insertStudyWithParams(e, t, i, s, r, o, a, l, c, h, u) {
						null == o && (o = this.mainSeries());
						var d = null;
						if (!r && void 0 !== e.groupingKey) {
							var p = this.findNonOverlayStudyWithGroupingKey(e.groupingKey);
							null !== p && (d = p.pane)
						}
						null === d && (r || e.is_price_study ? d = this.paneForSource(o) : (d = this
								.createPane(), void 0 !== h && d.setPaneSize(h))),
							"Compare@tv-basicstudies" === e.id && this.m_mainSeries.priceScale()
							.setMode({
								log: !1,
								percentage: !0
							});
						var _ = Object.assign({}, s, {
								inputs: t
							}),
							m = C(e, _, d, this.studyVersioning(), o),
							f = y(this, m, o, e, u);
						this._recalcVisibleRangeStudiesImpl({
							studies: [f],
							oldEndVisibleIndex: -1,
							oldStartVisibleIndex: -1,
							force: !0,
							timerId: null
						});
						var g = d.findSuitableScale(f, o, a);
						if (g === this.mainSeries().priceScale() && j(f)) {
							var b = l ? F(f, g, this, !0) : null,
								v = c ? W(f, g, this, !0) : null;
							null === b && null === v || f.setSymbolCurrencyUnit(void 0, b || void 0,
								v || void 0)
						}
						return j(f) && d.hasDataSource(this.mainSeries()) && q && !n.getBool(
								"enable_symbol_labels_on_inserting_compare_once", !1) && (this
								.properties().scalesProperties.showSymbolLabels.setValue(!0), n
								.setValue("enable_symbol_labels_on_inserting_compare_once", !0)), f
							.start(), null !== i && d.id() === i.paneId ? d.insertDataSource(f, g, i
								.zorder) : d.addDataSource(f, g), f.properties().linkedToSeries && f
							.properties().linkedToSeries.value() && f.setOwnerSource(this
								.mainSeries()), this.recalculatePane(d), this.fullUpdate(), this
							._invalidateBarColorerCaches(), this._recalcVisibleRangeStudiesImpl({
								studies: [f],
								force: !0
							}), this._recalcColorStudiesImpl({
								studies: [f],
								force: !0
							}),
							this._studyInserted.fire(f), f
					}
					studyInserted() {
						return this._studyInserted
					}
					detachSource(e, t) {
						var i = this.paneForSource(e);
						if (i) return i.removeDataSource(e), i.isEmpty() ? (this
							._lineBeingCreated && i === this._paneBeingCreatedLineOn && this
							.cancelCreatingLine(), this.removePane(i, t), !0) : (this
							.fullUpdate(), !1)
					}
					removeSource(e, t) {
						this.selectionMacro((function(t) {
								t.removeSourceFromSelection(e)
							})), this._sourcesBeingMoved.includes(e) && (this._sourcesBeingMoved =
								this._sourcesBeingMoved.filter((function(t) {
									return t !== e
								})), this._sourcesBeingMoved.length || (this._lineItemBeingMoved =
									null)), e === this._lineBeingEdited && (this._lineBeingEdited =
								null, I.isToolEditingNow.setValue(!1)), e === this
							._lineBeingCreated && (this._lineBeingCreated = null, I
								.isToolCreatingNow.setValue(!1)), e.stop && e.stop();
						var i = this.detachSource(e, t);
						const s = this.mainSeries().priceScale();
						return w(e) && j(e) && e.priceScale() === s && s.isPercentage() && 1 === s
							.seriesLikeSources().length && s.setMode({
								percentage: !1
							}), this.fullUpdate(), this._invalidateBarColorerCaches(), w(e) && (H
								.emit("study_event", e.id(), "remove"), e.isChildStudy() && e
								.source().unsetChild(e)), e.destroy && e.destroy(), l(e) && H.emit(
								"drawing_event", e.id(), "remove"), i
					}
					_unmergeAvailable(e) {
						return e === this.m_mainSeries || TradingView.isInherited(e.constructor,
							b) && !e.isLinkedToSeries() && !TradingView.isInherited(e
							.constructor,
							v) && e.showInObjectTree()
					}
					isMergeUpAvailableForSource(e) {
						return !!this._unmergeAvailable(e) && this.paneForSource(e) !== this
							.panes()[0]
					}
					isMergeDownAvailableForSource(e) {
						if (!this._unmergeAvailable(e)) return !1;
						var t = this.paneForSource(e),
							i = this.panes();
						return t !== i[i.length - 1]
					}
					isUnmergeAvailableForSource(e) {
						return !!this._unmergeAvailable(e) && this.paneForSource(e).dataSources()
							.filter(this._unmergeAvailable, this).length > 1
					}
					lineBeingEdited() {
						return this._lineBeingEdited
					}
					linePointBeingEdited() {
						return this._linePointBeingEdited
					}
					calculateDefaultTags() {
						for (var e = [], t = this.dataSources(), i = 0; i < t.length; i++) {
							var s = t[i];
							s.tags && (e = e.concat(s.tags()))
						}
						return e
					}
					_sendTo(e, t) {
						var i = {},
							s = this;
						for (var r in e.forEach((function(e) {
								var t = s.paneForSource(e),
									r = s._panes.indexOf(t);
								i[r] || (i[r] = []), i[r].push(e)
							})), i) {
							t(s._panes[r], i[r])
						}
						this.fullUpdate()
					}
					sendToBack(e) {
						this._sendTo(e, (function(e, t) {
							e.sendToBack(t)
						}))
					}
					bringToFront(e) {
						this._sendTo(e, (function(e, t) {
							e.bringToFront(t)
						}))
					}
					clearAllStudies() {
						for (var e = this.dataSources(), t = 0; t < e.length; t++) e[t].clearData &&
							e[t].clearData()
					}
					allLineTools() {
						return this._getAllSources(l)
					}
					getStudyById(e) {
						var t = this.dataSourceForId(e);
						return null !== t && w(t) ? t : null
					}
					getLineToolById(e) {
						var t = this.dataSourceForId(e);
						return null !== t && l(t) ? t : null
					}
					getStudyById(e) {
						var t = this.dataSourceForId(e);
						return t instanceof b ? t : null
					}
					_initAlertsList() {
						throw new Error("Not implemented")
					}
					_addAlertLabelToChart(e) {
						throw new Error("Not implemented")
					}
					_removeAlertLabelFromChart(e) {
						throw new Error("Not implemented")
					}
					_removeAllAlertLabelsFromChart() {
						throw new Error("Not implemented")
					}
					getAlertsList() {
						return Promise.resolve(null)
					}
					resetAlertList() {}
					setInterval(e, t) {
						var i = setInterval(e, t);
						return this._modelIntervals.push(i), i
					}
					clearInterval(e) {
						clearInterval(e);
						var t = this._modelIntervals.indexOf(e);
						t > -1 && this._modelIntervals.splice(t, 1)
					}
					clearIntervals() {
						for (var e = 0; e < this._modelIntervals.length; e++) clearInterval(this
							._modelIntervals[e]);
						this._modelIntervals = []
					}
					destroy() {
						this.mainSeries().properties().childs().showCountdown.unsubscribeAll(this),
							this.mainSeries().onTimeFrameApplied().unsubscribeAll(this), this
							._appliedTimeFrame.destroy();
						for (var e = 0; e < this._barsMarksSources.length; e++) this
							._barsMarksSources[e].destroy();
						this.clearIntervals(), I.hideAllDrawings().unsubscribe(this, this
								._onDrawingsVisibilityChanged), I.hideAllIndicators().unsubscribe(
								this, this._onIndicatorsVisibilityChanged), this
							.resetDeferredStudies();
						for (e = 0; e < this._barsMarksSources.length; e++) this._barsMarksSources[
							e].destroy();
						for (e = 0; e < this._panes.length; e++) this._panes[e].destroy();
						this._panes.length = 0, this._sessions = null, this.m_mainSeries
							.onStyleChanged().unsubscribe(this._timeScale, this._timeScale
								.invalidateVisibleBars), this._timeScale
							.visibleBarsStrictRangeChanged().unsubscribe(this.m_mainSeries, this
								.m_mainSeries.clearHighLowAvgPriceCache), this._timeScale.destroy(),
							N.unsubscribe(this, this._updateDateTimeFormatter), this.mainSeries()
							.properties().interval.unsubscribe(this, this._updateDateTimeFormatter),
							this._trendLineStatsCache && this._trendLineStatsCache.destroy(), this
							._fibRetracementLabelsCache && this._fibRetracementLabelsCache
							.destroy(), this._properties.paneProperties.legendProperties.showLegend
							.unsubscribeAll(this), this._dataSourceCollectionChanged.unsubscribeAll(
								this), this.m_crossHairSource.destroy(), super.destroy()
					}
					countUserStudies(e) {
						var t = 0;
						e = e || {};
						for (var i = 0; i < this._panes.length; i++)
							for (var s = this._panes[i].dataSources(), r = 0; r < s.length; r++) {
								var n = s[r];
								if (w(n) && !P(n) && n.showInObjectTree()) {
									var o = n.metaInfo && n.metaInfo();
									if (o) {
										var a = o.id;
										if (e.dontCountVolume && "Volume@tv-basicstudies" === a)
											continue;
										if (e.dontCountCompare && "Compare@tv-basicstudies" === a)
											continue;
										if (e.dontCountOverlay && "Overlay@tv-basicstudies" === a)
											continue
									}
									t++
								}
							}
						return t
					}
					isJustClonedChart() {
						return this._undoModel.isJustClonedChart()
					}
					restoreSource(e, t, i, s, r) {
						var n, o;
						n = e ? this.createPane(t) : this.panes()[t];
						var a = s.type.toLowerCase().startsWith("study");
						if (!(o = a ? n.restoreStudy(s) : n.restoreLineTool(s))) return null;
						var l = null;
						s.ownerSource && (l = n.dataSourceForId(s.ownerSource)), o.setOwnerSource(
							l);
						var c = null;
						if (r ? c = n.getPriceScaleById(r.id) : o.ownerSource() && (c = o
								.ownerSource().priceScale()), c) o.setPriceScale(c), c
							.addDataSource(o);
						else {
							c = n.createPriceScaleAtPosition(r.position, r.priceScaleIndex);
							r && r.id && c.setId(r.id), o.setPriceScale(c), c.addDataSource(o)
						}
						if (!e && i && i.overlayPriceScales) {
							var h = this.dataSources().filter((function(e) {
								return void 0 !== i.overlayPriceScales[e.id()]
							}));
							h.forEach(n.removeSourceFromPriceScale.bind(n));
							var u = new Map;
							h.forEach((function(e) {
								var t, s = i.overlayPriceScales[e.id()];
								u.has(s.id) ? t = u.get(s.id) : ((t = n
											.createPriceScaleAtPosition("overlay"))
										.restoreState(s), u.set(s.id, t)), t
									.addDataSource(e), e.setPriceScale(t)
							}))
						}
						return o.start(), o.restore && o.restore(), e && n.restoreState(i, !1, this
								.version()),
							a && (this.recalculateAllPanes(), this.mainSeries()
								.invalidateBarColorerCache(), this.fullUpdate()), o
					}
					selectPointMode() {
						return this.m_crossHairSource.selectPointMode()
					}
					cancelRequestSelectPoint() {
						this.m_crossHairSource.cancelRequestSelectPoint()
					}
					requestSelectPoint(e, t) {
						return this.m_crossHairSource.requestSelectPoint(e, t)
					}
					onPointSelected() {
						return this.m_crossHairSource.onPointSelected()
					}
					isSeriesStyleSupported(e) {
						return this.m_mainSeries.isStyleSupported(e)
					}
					getStudyShiftColorStartOffset() {
						return this._studyShiftColorStartOffset
					}
					setStudyShiftColorStartOffset(e) {
						this._studyShiftColorStartOffset = e
					}
					isInReplay() {
						return this.m_mainSeries.isInReplay()
					}
					onInReplayStateChanged() {
						return new s
					}
					switchToReplay(e, t) {
						0
					}
					switchToRealtime() {
						0
					}
					rendererOptionsProvider() {
						return this._rendererOptionsProvider
					}
					priceAxisRendererOptions() {
						return this._rendererOptionsProvider.options()
					}
					magnet() {
						return this._magnet
					}
					isPriceScaleVisible(e) {
						var t = this.paneForSource(e.mainSource()),
							i = t.priceScalePosition(e);
						if ("overlay" === i) return !0;
						var s = this.priceScaleSlotsCount();
						return t.priceScaleIndex(e, i) < s[i]
					}
					studyMetaInfoRepository() {
						return this._studiesMetaInfoRepository
					}
					studiesColorRotatorFactory() {
						return this._studyColorRotatorFactory
					}
				}
				e.exports = Z
			}).call(this, i("tc+8"), i("aIyQ"))
		},
		cZRT: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			}));
			class s {
				constructor() {
					this._retries = 5, this._cache = null, this._tryLoad = e => {
						this._retries = this._retries - 1;
						this._startLoading().then(e, 0 !== this._retries ? () => setTimeout(() =>
							this._tryLoad(e), 3e3) : void 0)
					}
				}
				load() {
					return this._cache || (this._cache = new Promise(this._tryLoad)), this._cache
				}
			}
		},
		cdbK: function(e, t, i) {
			"use strict";

			function s(e) {
				return Promise.all([i.e("react"), i.e(1), i.e(3), i.e(4), i.e(6), i.e(8), i.e(9), i.e(12), i
					.e(16), i.e(17), i.e(23), i.e(34), i.e(42), i.e(43), i.e(49), i.e(50), i.e(76),
					i.e(0), i.e(2), i.e(5), i.e(7), i.e(10), i.e(15), i.e(32), i.e(40), i.e(46), i
					.e("go-to-date-dialog-impl")
				]).then(i.bind(null, "uUY/")).then(t => t.showGoToDateDialog(e))
			}
			i.r(t), i.d(t, "showGoToDateDialog", (function() {
				return s
			}))
		},
		cgFQ: function(e, t, i) {
			"use strict";
			var s = i("Tmoa"),
				r = i("ikwP");
			const n = /[1-9]/g;
			class o {
				constructor() {
					this._data = null
				}
				setData(e) {
					this._data = e
				}
				draw(e, t, i) {
					if (null === this._data || !this._data.visible || 0 === this._data.text.length)
						return;
					const s = this._data;
					e.font = t.font;
					const o = Math.round(t.widthCache.measureText(e, s.text, n));
					if (o <= 0) return;
					e.save();
					const a = t.paddingHorizontal,
						l = o + 2 * a,
						c = l / 2;
					let h = s.coordinate,
						u = Math.floor(h - c) + .5;
					if (s.alwaysInViewPort) {
						const e = s.width;
						u < 0 ? (h += Math.abs(0 - u), u = Math.floor(h - c) + .5) : u + l > e && (h -=
							Math.abs(e - (u + l)), u = Math.floor(h - c) + .5)
					}
					const d = u + l,
						p = Math.ceil(0 + t.borderSize + t.offsetSize + t.paddingTop + t.fontSize + t
							.paddingBottom);
					e.fillStyle = s.background;
					const _ = Math.round(u * i),
						m = Math.round(0 * i),
						f = Math.round(d * i),
						g = Math.round(p * i),
						b = Math.round(2 * i);
					e.beginPath(), e.moveTo(_, m), e.lineTo(_, g - b), e.arcTo(_, g, _ + b, g, b), e
						.lineTo(f - b, g), e.arcTo(f, g, f, g - b, b), e.lineTo(f, m), e.fill();
					const v = 0 + t.borderSize + t.offsetSize + t.paddingTop + t.fontSize / 2;
					e.textAlign = "left", e.textBaseline = "middle", e.fillStyle = s.color;
					const S = t.widthCache.yMidCorrection(e, "Apr0");
					e.translate((u + a) * i, (v + S) * i), Object(r.drawScaled)(e, i, () => e.fillText(s
						.text, 0, 0)), e.restore()
				}
			}
			i.d(t, "a", (function() {
				return a
			}));
			class a {
				constructor(e) {
					this._renderer = new o, this._rendererData = {
						background: "",
						color: "",
						coordinate: 0,
						text: "",
						visible: !1,
						width: 0,
						alwaysInViewPort: !0
					}, this._invalidated = !0, this._model = e, this._renderer.setData(this
						._rendererData)
				}
				update() {
					this._invalidated = !0
				}
				renderer() {
					return this._invalidated && (this._updateImpl(), this._invalidated = !1), this
						._renderer
				}
				coordinate() {
					return this._rendererData.coordinate
				}
				_getAlwaysInViewPort() {
					return !0
				}
				_updateImpl() {
					const e = this._rendererData;
					if (e.visible = !1, this._model.timeScale().isEmpty()) return;
					const t = this._getIndex();
					if (null === t) return;
					e.visible = !0, e.width = this._model.timeScale().width(), e.background = this
						._getBgColor(), e.color = Object(s.colorFromBackground)(e.background), e
						.coordinate = this._model.timeScale().indexToCoordinate(t), e.alwaysInViewPort =
						this._getAlwaysInViewPort();
					const i = this._model.timeScale().indexToUserTime(t);
					e.text = null !== i ? this._model.dateTimeFormatter().format(i) : "", this
						._invalidated = !1
				}
			}
		},
		d700: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return r
			})), i.d(t, "a", (function() {
				return n
			}));
			var s = i("/3z9");

			function r(e) {
				if ("INPUT" === e.tagName) {
					const t = e.type;
					return "text" === t || "email" === t || "number" === t || "password" === t ||
						"search" === t || "tel" === t || "url" === t
				}
				return "TEXTAREA" === e.tagName || e.isContentEditable
			}

			function n(e, t) {
				if (!t) return !1;
				const i = 255 & e;
				if (27 === i || i >>> 4 == 7) return !1;
				switch (e ^ i) {
					case s.Modifiers.Alt:
						return (38 === i || 40 === i) && "SELECT" === t.tagName || r(t);
					case s.Modifiers.Alt + s.Modifiers.Shift:
						return r(t);
					case s.Modifiers.Mod:
						if (67 === i || !s.isMacKeyboard && 45 === i) {
							const e = t.ownerDocument && t.ownerDocument.getSelection();
							if (e && !e.isCollapsed) return !0
						}
						return r(t);
					case s.Modifiers.Mod + s.Modifiers.Shift:
						return i >= 33 && i <= 40 && r(t);
					case s.Modifiers.Shift:
					case 0:
						return !!(9 !== i || t.ownerDocument && t !== t.ownerDocument.body && t !== t
							.ownerDocument.documentElement) && ((13 === i || 32 === i || ! function(e) {
							if ("BUTTON" === e.tagName) return !0;
							if ("INPUT" === e.tagName) {
								const t = e.type;
								if ("submit" === t || "button" === t || "reset" === t ||
									"checkbox" === t || "radio" === t) return !0
							}
							return !1
						}(t)) && ("form" in t || t.isContentEditable))
				}
				return !1
			}
		},
		dDSx: function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("Ss5c").LineDataSource,
					r = i("//lZ").doAnimate,
					n = i("onDC").ChartUndoModelBase,
					o = (i("Ocx9").saveDefaultProperties, i("GVHu").Study),
					a = i("8sOK").StudyStub,
					l = i("vwKG").showTooManyStudiesNotice,
					c = (i("RDU5").UndoCommand, i("YlKu").ApplyLineToolTemplateUndoCommand),
					h = i("s9sR").SetResolutionUndoCommand,
					u = i("FKaq").SetPriceScaleSelectionStrategyCommand,
					d = i("CsKN").SetScaleRatioPropertiesCommand,
					p = i("/YGI").StudyInserter,
					_ = i("JWMC").trackEvent,
					m = i("txPx").getLogger("Chart.ChartUndoModel"),
					f = i("QTwd").RestoreDefaultsPreferencesUndoCommand,
					g = i("bJYc").SetPropertyUndoCommand,
					b = i("pOzK").SetPriceScaleModeCommand,
					v = i("7MWe").PriceScaleChangeUndoCommand,
					S = i("LxhU").Interval,
					y = i("ri5u").ChartLoadThemeUndoCommand;
				t.ChartUndoModel = class extends n {
					constructor(t, i, s, r, n, o, a, l, c) {
						super(t, i, s, r, n, o, a, l, c), this._onSimpleZoomIn = new e, this
							._onSimpleZoomOut = new e, this.beginUndoMacro = a.beginUndoMacro
							.bind(a), this.endUndoMacro = a.endUndoMacro.bind(a), this
							.createUndoCheckpoint = a.createUndoCheckpoint.bind(a), this
							.undoToCheckpoint = a.undoToCheckpoint.bind(a)
					}
					version() {
						return this.m_model.version()
					}
					onData(e) {
						switch (e.method) {
							case "timescale_update":
								var t = e.params;
								this.m_model.updateTimeScale(t.index, t.zoffset, t.changes, t
									.index_diff, t.baseIndex, t.marks, t.clear);
								break;
							case "timescale_completed":
								var i = e.params[0];
								this.m_model.timeScale().onTimeScaleCompleted(i)
						}
					}
					paneForSource(e) {
						return this.m_model.paneForSource(e)
					}
					createPane(e) {
						return this.m_model.createPane(e)
					}
					readOnly() {
						return this.m_model.readOnly()
					}
					restart() {
						this.m_model.restart()
					}
					disconnect() {
						this.m_model.disconnect()
					}
					studiesMetaData() {
						return this.m_model.studiesMetaData()
					}
					studyVersioning() {
						return this.m_model.studyVersioning()
					}
					chartModel() {
						return this._model()
					}
					_model() {
						return this.m_model
					}
					pushUndoCommand(e) {
						this._pushUndoCommand(e)
					}
					_pushUndoCommand(e) {
						this._undoHistory.pushUndoCommand(e)
					}
					startScrollPrice(e, t, i) {
						t.isAutoScale() || (this._initialPriceScrollState = t.state(), this
							._initialPriceScrollPos = i, this.chartModel().startScrollPrice(
								e, t, i))
					}
					scrollPriceTo(e, t, i) {
						t.isAutoScale() || (this._initialPriceScrollPos && Math.abs(this
							._initialPriceScrollPos - i) > 20 && (this.pushUndoCommand(
								new v(this.m_model, e, t, this._initialPriceScrollState)
							), delete this._initialPriceScrollState, delete this
							._initialPriceScrollPos), this.chartModel().scrollPriceTo(e,
							t, i))
					}
					endScrollPrice(e, t) {
						t.isAutoScale() || (delete this._initialPriceScrollState, delete this
							._initialPriceScrollPos, this.chartModel().endScrollPrice(e, t))
					}
					setPriceAutoScale(e, t, i) {
						this.pushUndoCommand(new v(this.m_model, e, t, t.state())), this
							.chartModel().setPriceAutoScale(e, t, i)
					}
					setWidth(e) {
						this.m_model.setWidth(e)
					}
					setPaneHeight(e, t) {
						this.m_model.setPaneHeight(e, t)
					}
					gridSource() {
						return this.m_model.gridSource()
					}
					watermarkSource() {
						return this.m_model.watermarkSource()
					}
					addAlertsSource(e) {
						return this.m_model.addAlertsSource(e)
					}
					alertsSources() {
						return this.m_model.alertsSources()
					}
					publishedChartsTimelineSource() {
						return this.m_model.publishedChartsTimelineSource()
					}
					barsMarksSources() {
						return this.m_model.barsMarksSources()
					}
					barMarksSourceForId(e) {
						return this.m_model.barMarksSourceForId(e)
					}
					crossHairSource() {
						return this.m_model.crossHairSource()
					}
					model() {
						return this.m_model
					}
					chartWidget() {
						return this._chartWidget
					}
					mainSeries() {
						return this.m_model.m_mainSeries
					}
					mainSeriesScaleRatioProperty() {
						return this.m_model.mainSeriesScaleRatioProperty()
					}
					panes() {
						return this.m_model.panes()
					}
					timeScale() {
						return this.m_model.timeScale()
					}
					selectionMacro(e) {
						return this.m_model.selectionMacro(e)
					}
					setHoveredSource(e, t) {
						this.m_model.setHoveredSource(e, t)
					}
					selection() {
						return this.m_model.selection()
					}
					onSelectedSourceChanged() {
						return this.m_model.onSelectedSourceChanged()
					}
					hoveredSource() {
						return this.m_model.hoveredSource()
					}
					activeStrategySource() {
						return this.m_model.activeStrategySource()
					}
					invalidate(e) {
						this.m_model.invalidate(e)
					}
					setCurrentPosition(e, t, i, s) {
						this.m_model.setCurrentPosition(e, t, i, s)
					}
					setAndSaveCurrentPosition(e, t, i, s) {
						this.m_model.setAndSaveCurrentPosition(e, t, i, s)
					}
					canCreateStudy(e) {
						return this.model().chartApi().chartApi().isCanCreateStudy(e)
					}
					_isCountedStudy(e) {
						throw new Error("Not implemented")
					}
					checkIfFeatureAvailable(e, t) {
						var i = this.canCreateStudy(),
							s = t && t instanceof o;
						return !this.readOnly() && s && (i = this.canCreateStudy(!0)), !!i || (
							s || l(), !1)
					}
					createStudyInserter(e, t, i) {
						var s = this,
							r = null,
							n = {
								createStudy: function(e, t, i, n, o, a, l, c, h, u, d) {
									return s.checkIfFeatureAvailable(e, a) ? (_("studies",
											"Study_" + e.id),
										"Compare@tv-basicstudies" === e.id && _(
											"compare", "symbol:" + t.symbol), s
										._insertStudy(e, t, n, o, a, l, c, h, u, r, d)
									) : (m.logNormal("Cannot insert study " + e.id),
										null)
								}
							};
						void 0 !== i && (n.createStub = function() {
							var e = s.m_model.insertStudyStub(i);
							return r = {
								targetPaneId: s.m_model.paneForSource(e).id(),
								targetZOrder: e.zorder()
							}, e.id()
						}, n.removeStub = function(e) {
							return s.m_model.removeStudyStub(e)
						});
						var o = new p(e, this.m_model._studiesMetaInfoRepository, n);
						return o.setParentSource(t), o
					}
					setProperty(e, t, i, s) {
						if (e && e.value() !== t) {
							var r = new g(e, t, i, this.m_model, s);
							this.pushUndoCommand(r), this.emitEvent("setProperty")
						}
					}
					setProperties(e, t, i) {
						var s = this;
						this.beginUndoMacro(i), this.m_model.selectionMacro((function() {
							for (var r = 0; r < e.length; r++) s.setProperty(e[r],
								t[r], i)
						})), this.endUndoMacro()
					}
					setPriceScaleMode(e, t, i) {
						for (var s = Object.keys(e), r = t.mode(), n = !1, o = 0; o < s
							.length; o++)
							if (r[s[o]] !== e[s[o]]) {
								n = !0;
								break
							} if (n) {
							var a = new b(e, t, i, this.m_model);
							this.pushUndoCommand(a)
						}
					}
					setPriceScaleSelectionStrategy(e) {
						if (this.m_model.properties().priceScaleSelectionStrategyName
							.value() !== e) {
							_("Chart", "Change PriceScale Selection Strategy");
							var t = "Set Price Scale Selection Stretegy to " + e;
							this.beginUndoMacro(t), this.setProperty(this.m_model.properties()
								.priceScaleSelectionStrategyName, e, t);
							var i = new u(this.m_model, e, t);
							this.pushUndoCommand(i), this.endUndoMacro()
						}
					}
					setScaleRatioProperty(e, t, i) {
						if (e.value() !== t) {
							var s = new d(e, t, i, this.m_model);
							this.pushUndoCommand(s)
						}
					}
					setResolutionProperty(e, t, i, s) {
						if (!S.isEqual(e.value(), t)) {
							var r = new h(e, t, i, s);
							this.pushUndoCommand(r)
						}
					}
					lineBeingCreated() {
						return this.m_model.lineBeingCreated()
					}
					paneBeingCreatedLineOn() {
						return this.m_model.paneBeingCreatedLineOn()
					}
					cancelCreatingLine() {
						this.m_model.cancelCreatingLine()
					}
					lineCancelled() {
						return this.m_model.lineCancelled()
					}
					lineBeingEdited() {
						return this.m_model.lineBeingEdited()
					}
					sourcesBeingMoved() {
						return this.m_model.sourcesBeingMoved()
					}
					dataSources() {
						return this.m_model.dataSources()
					}
					orderedDataSources(e) {
						return this.m_model.orderedDataSources(e)
					}
					dataSourceForId(e) {
						return this.m_model.dataSourceForId(e)
					}
					state(e, t, i, s) {
						return this.m_model.state(e, t, i, s)
					}
					asyncState() {
						return this.m_model.asyncState()
					}
					calculateDefaultTags() {
						return this.m_model.calculateDefaultTags()
					}
					onTagsChanged() {
						return this.m_model.onTagsChanged()
					}
					_removeAllStudiesImpl() {
						for (var e = this.m_model.dataSources(), t = 0; t < e.length; t++) {
							var i = e[t];
							(TradingView.isInherited(i.constructor, o) && !i.isChildStudy() && i
								.removeByRemoveAllStudies() || TradingView.isInherited(i
									.constructor, a)) && this.removeSource(i)
						}
					}
					removeAllStudies() {
						this.beginUndoMacro(window.t("Remove all studies")), this
							._removeAllStudiesImpl(), this.endUndoMacro()
					}
					_removeAllDrawingToolsImpl(e) {
						var t = this;
						this.selectionMacro((function() {
							t.lineBeingCreated() && t.cancelCreatingLine();
							for (var i = t.dataSources(), r = 0; r < i
								.length; r++) {
								var n = i[r];
								TradingView.isInherited(n.constructor, s) && n
									.isActualSymbol() && n.isUserDeletable() && (
										e && e !== n.toolname || t.removeSource(n))
							}
						}))
					}
					removeAllDrawingTools(e) {
						this.beginUndoMacro(window.t("Remove Drawings")), this
							._removeAllDrawingToolsImpl(), this.endUndoMacro()
					}
					removeAllStudiesAndDrawingTools() {
						this.beginUndoMacro(window.t("Remove all studies and drawing tools")),
							this._removeAllDrawingToolsImpl(), this._removeAllStudiesImpl(),
							this.endUndoMacro()
					}
					moveLeft() {
						try {
							this.beginUndoMacro("Move Left")
						} catch (e) {
							return
						}
						var e = this.m_model.timeScale().width(),
							t = this;
						r({
							to: e / 5,
							onStep: function(e) {
								t.startScrollTime(e), t.scrollTimeTo(0), t
									.endScrollTime()
							},
							onComplete: function() {
								t.endUndoMacro()
							}
						})
					}
					moveRight() {
						try {
							this.beginUndoMacro("Move Right")
						} catch (e) {
							return
						}
						var e = this.m_model.timeScale().width(),
							t = this;
						r({
							to: e / 5,
							onStep: function(e) {
								t.startScrollTime(0), t.scrollTimeTo(e), t
									.endScrollTime()
							},
							onComplete: function() {
								t.endUndoMacro()
							}
						})
					}
					scrollChart(e) {
						this.m_model.scrollEnabled() && (this.startScrollTime(0), this
							.scrollTimeTo(e), this.endScrollTime())
					}
					scrollChartByBar(e) {
						if (this.m_model.scrollEnabled()) {
							var t = e * this.m_model.timeScale().barSpacing();
							this.startScrollTime(0), this.scrollTimeTo(t), this.endScrollTime()
						}
					}
					restorePreferences() {
						var e = new f(this.model());
						this.pushUndoCommand(e)
					}
					applyPreferences(e) {
						throw new Error("Not implemented")
					}
					chartLoadTheme(e, t, i, s) {
						var r = new y(e, t, i);
						s ? r.redo() : this.pushUndoCommand(r)
					}
					applyLineToolTemplate(e, t, i) {
						this.beginUndoMacro(i), this.saveLineToolState(e, i);
						var s = new c(e, t, i);
						this.pushUndoCommand(s), this.saveLineToolState(e, i), this
							.endUndoMacro(), this.model().updateSource(e)
					}
					onSimpleZoomIn() {
						return this._onSimpleZoomIn
					}
					onSimpleZoomOut() {
						return this._onSimpleZoomOut
					}
					getAlertsList() {
						return this.m_model.getAlertsList()
					}
					isJustClonedChart() {
						return this._chartWidget.isJustClonedChart()
					}
					trackTime() {
						return this._chartWidget.trackTime()
					}
					isInReplay() {
						return this.m_model.isInReplay()
					}
					switchToReplay(e, t) {}
					switchToRealtime() {}
					togglePriceScaleAutoScaleMode(e) {
						var t = {
							autoScale: !e.isAutoScale()
						};
						this.setPriceScaleMode(t, e, "Auto Scale")
					}
					togglePriceScaleLockScaleMode(e) {
						var t = {
							lockScale: !e.isLockScale()
						};
						this.setPriceScaleMode(t, e, "Lock Scale")
					}
					setPriceScaleRegularScaleMode(e) {
						this.setPriceScaleMode({
							log: !1,
							percentage: !1,
							indexedTo100: !1
						}, e, "Regular")
					}
					togglePriceScaleIndexedTo100ScaleMode(e) {
						var t = {
							indexedTo100: !e.isIndexedTo100()
						};
						this.setPriceScaleMode(t, e, "Indexed to 100")
					}
					togglePriceScalePercentageScaleMode(e) {
						var t = {
							percentage: !e.isPercentage()
						};
						this.setPriceScaleMode(t, e, "Percent")
					}
					togglePriceScaleLogScaleMode(e) {
						var t = {
							log: !e.isLog()
						};
						this.setPriceScaleMode(t, e, "Logarithmic")
					}
					invertPriceScale(e) {
						var t = e.properties().isInverted;
						this.setProperty(t, !t.value(), "Invert Scale")
					}
					removePane(e) {
						var t = this.m_model.panes()[e].dataSources().slice();
						this.removeSources(t, !1, "Remove pane")
					}
					destroy() {
						this.model().destroy()
					}
				}
			}).call(this, i("aIyQ"))
		},
		dOnf: function(e, t, i) {
			"use strict";

			function s(e) {
				let t;
				if ("object" != typeof e || null == e || "number" == typeof e.nodeType) t = e;
				else if (e instanceof Date) t = new Date(e.valueOf());
				else if (Array.isArray(e)) {
					t = [];
					let i = 0;
					const r = e.length;
					for (; i < r; i++) Object.prototype.hasOwnProperty.call(e, i) && (t[i] = s(e[i]))
				} else {
					t = {};
					for (const i in e) Object.prototype.hasOwnProperty.call(e, i) && (t[i] = s(e[i]))
				}
				return t
			}
			i.r(t), i.d(t, "deepCopy", (function() {
				return s
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		dTSQ: function(e, t, i) {
			"use strict";

			function s(e) {
				return e.replace(/[-/\\^$*+?.()|[\]{}]/g, "\\$&")
			}
			i.r(t), i.d(t, "regExpEscape", (function() {
				return s
			}))
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		"dUJ+": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "replaceGraphicsTimesWithTimePointIndexIndex", (function() {
				return n
			}));
			const s = new Map([
					["horizlines", e => [e.startIndex, e.endIndex]],
					["hhists", e => [e.firstBarTime, e.firstBarTime]],
					["vertlines", e => [e.index]],
					["polygons", e => e.points.map(e => e.index)]
				]),
				r = new Map([
					["horizlines", (e, t) => {
						const i = e;
						i.startIndex = t.get(i.startIndex), i.endIndex = t.get(i.endIndex)
					}],
					["hhists", (e, t) => {
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						i.firstBarTime = t.get(i.firstBarTime), i.lastBarTime = t.get(i.lastBarTime)
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					["vertlines", (e, t) => {
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						i.index = t.get(i.index)
					}],
					["polygons", (e, t) => {
						const i = e;
						for (const e of i.points) e.index = t.get(e.index)
					}]
				]);

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					n = new Set;
				s.forEach((e, s) => {
					const r = t[s];
					if (r)
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			"use strict";
			i.r(t), i.d(t, "STATUS_OFFLINE", (function() {
				return s
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				return r
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				return n
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				return o
			})), i.d(t, "STATUS_INVALID_SYMBOL", (function() {
				return a
			})), i.d(t, "STATUS_SNAPSHOT", (function() {
				return l
			})), i.d(t, "STATUS_EOD", (function() {
				return c
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				return h
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				return u
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				return d
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				return p
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				return _
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				return m
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				return f
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				return g
			})), i.d(t, "STYLE_LINE_TYPE_STEP", (function() {
				return b
			})), i.d(t, "STYLE_LINE_TYPE_SIMPLE", (function() {
				return v
			})), i.d(t, "STYLE_BARS", (function() {
				return S
			})), i.d(t, "STYLE_CANDLES", (function() {
				return y
			})), i.d(t, "STYLE_LINE", (function() {
				return w
			})), i.d(t, "STYLE_AREA", (function() {
				return P
			})), i.d(t, "STYLE_RENKO", (function() {
				return C
			})), i.d(t, "STYLE_KAGI", (function() {
				return x
			})), i.d(t, "STYLE_PNF", (function() {
				return T
			})), i.d(t, "STYLE_PB", (function() {
				return I
			})), i.d(t, "STYLE_HEIKEN_ASHI", (function() {
				return M
			})), i.d(t, "STYLE_HOLLOW_CANDLES", (function() {
				return O
			})), i.d(t, "STYLE_BASELINE", (function() {
				return L
			})), i.d(t, "STYLE_RANGE", (function() {
				return A
			})), i.d(t, "STYLE_HILO", (function() {
				return E
			})), i.d(t, "STYLE_SHORT_NAMES", (function() {
				return k
			})), i.d(t, "SYMBOL_STRING_DATA", (function() {
				return D
			}));
			const s = 0,
				r = 1,
				n = 2,
				o = 3,
				a = 4,
				l = 5,
				c = 6,
				h = 7,
				u = 8,
				d = 9,
				p = 10,
				_ = 11,
				m = 12,
				f = {
					[s]: "connecting",
					[r]: "loading",
					[n]: "loading",
					[o]: "realtime",
					[a]: "invalid",
					[l]: "snapshot",
					[c]: "endofday",
					[h]: "endofday",
					[u]: "delayed",
					[d]: "delayed_streaming",
					[p]: "forbidden",
					[_]: "replay",
					[m]: "error"
				},
				g = 0,
				b = 1,
				v = 2,
				S = 0,
				y = 1,
				w = 2,
				P = 3,
				C = 4,
				x = 5,
				T = 6,
				I = 7,
				M = 8,
				O = 9,
				L = 10,
				A = 11,
				E = 12,
				k = {
					0: "bar",
					1: "candle",
					9: "hollowCandle",
					2: "line",
					3: "area",
					4: "renko",
					7: "pb",
					5: "kagi",
					6: "pnf",
					8: "ha",
					10: "baseline",
					11: "range",
					12: "hilo"
				},
				D = {
					4: {
						type: "BarSetRenko@tv-prostudies",
						basicStudyVersion: 40
					},
					7: {
						type: "BarSetPriceBreak@tv-prostudies",
						basicStudyVersion: 34
					},
					5: {
						type: "BarSetKagi@tv-prostudies",
						basicStudyVersion: 34
					},
					6: {
						type: "BarSetPnF@tv-prostudies",
						basicStudyVersion: 34
					},
					8: {
						type: "BarSetHeikenAshi@tv-basicstudies",
						basicStudyVersion: 60
					},
					11: {
						type: "BarSetRange@tv-basicstudies",
						basicStudyVersion: 72
					}
				}
		},
		dhFz: function(e, t, i) {
			"use strict";

			function s(e) {
				return Boolean(e.isNaN)
			}
			i.d(t, "a", (function() {
				return s
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		di4O: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "watermarkProperty", (function() {
				return h
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				return u
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			var s = i("eJTA"),
				r = i("Vdly"),
				n = i("tc+8"),
				o = i.n(n);
			const a = {
				visibility: !1,
				color: "rgba(80, 83, 94, 0.25)"
			};

			function l() {
				const e = r.getJSON("symbolWatermark");
				let t = Object.assign({}, a, e);
				if (void 0 === e) {
					if (void 0 !== r.getJSON("chartproperties")) {
						const e = r.getJSON("chartproperties").symbolWatermarkProperties;
						if (void 0 !== e) {
							const i = Object(s.tryParseRgba)(e.color);
							t = Object.assign(t, e), null !== i && (0 !== i[3] ? t.visibility = !0 : (i[3] =
								.25, t.color = Object(s.rgbaToString)(i)))
						}
					}
					delete t.transparency
				}
				return t
			}
			let c = null;

			function h() {
				return null === c && (c = new o.a(l()), r.onSync.subscribe(null, () => {
					null !== c && c.mergeAndFire(l())
				}), c.listeners().subscribe(null, () => {
					null !== c && r.setJSON("symbolWatermark", c.state())
				})), c
			}

			function u() {
				null !== c && c.mergeAndFire(a)
			}
		},
		dmHa: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><path fill="currentColor" d="M18.15 7.02A9.05 9.05 0 0014 6c-3.45 0-6.08 2-7.8 3.92a18.18 18.18 0 00-2.64 3.84v.02h-.01L4 14l-.45-.21-.1.21.1.21L4 14l-.45.21.01.03a5.85 5.85 0 00.16.32c.11.2.28.51.5.87a18.18 18.18 0 002.4 3.12l.71-.71A17.18 17.18 0 014.56 14a10.05 10.05 0 01.52-.91c.41-.69 1.04-1.6 1.85-2.5C8.58 8.75 10.95 7 14 7a8 8 0 013.4.77l.75-.75zm-3.11 3.12a4 4 0 00-4.9 4.9l.86-.87V14a3 3 0 013.17-3l.87-.86zm1.96 3.7l.86-.88a4 4 0 01-4.9 4.9l.87-.86A3 3 0 0017 13.83zm-6.4 6.4A8 8 0 0014 21c3.05 0 5.42-1.76 7.07-3.58A17.18 17.18 0 0023.44 14a9.47 9.47 0 00-.52-.91 17.18 17.18 0 00-2.25-2.93l.7-.7a18.18 18.18 0 013.06 4.3l.02.02L24 14l.45.21-.01.03a7.03 7.03 0 01-.16.32c-.11.2-.28.51-.5.87-.44.72-1.1 1.69-1.97 2.65C20.08 20.01 17.45 22 14 22c-1.55 0-2.94-.4-4.15-1.02l.75-.75zM24 14l.45-.21.1.21-.1.21L24 14zM22.2 6.5L6.5 22.2l-.7-.7L21.5 5.8l.7.7z"/></svg>'
		},
		e1Hy: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("EYFt");
			class r extends s.a {
				constructor(e, t) {
					super(e, t), this._showStudyValues = t.properties().paneProperties
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				}
				getValues(e) {
					const t = super.getValues(e),
						i = this._showStudyValues.value();
					for (const e of t) e.visible = e.visible && i;
					return t
				}
			}
		},
		e1ZQ: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return p
			})), i.d(t, "a", (function() {
				return _
			})), i.d(t, "c", (function() {
				return m
			}));
			var s = i("YFKU"),
				r = i("kcTO");
			const n = {
					1: () => Object(s.t)("Jan"),
					2: () => Object(s.t)("Feb"),
					3: () => Object(s.t)("Mar"),
					4: () => Object(s.t)("Apr"),
					5: () => Object(s.t)("May", {
						context: "short"
					}),
					6: () => Object(s.t)("Jun"),
					7: () => Object(s.t)("Jul"),
					8: () => Object(s.t)("Aug"),
					9: () => Object(s.t)("Sep"),
					10: () => Object(s.t)("Oct"),
					11: () => Object(s.t)("Nov"),
					12: () => Object(s.t)("Dec")
				},
				o = (e, t) => (t ? e.getMonth() : e.getUTCMonth()) + 1,
				a = (e, t) => t ? e.getFullYear() : e.getUTCFullYear(),
				l = (e, t) => Object(r.numberToStringWithLeadingZero)(((e, t) => t ? e.getDate() : e
					.getUTCDate())(e, t), 2),
				c = (e, t) => n[o(e, t)](),
				h = (e, t) => Object(r.numberToStringWithLeadingZero)(o(e, t), 2),
				u = (e, t) => Object(r.numberToStringWithLeadingZero)(a(e, t) % 100, 2),
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				p = {
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					"MMM dd, yyyy": (e, t) => `${c(e, t)} ${l(e, t)}, ${d(e, t)}`,
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					"yyyy-MM-dd": (e, t) => `${d(e, t)}-${h(e, t)}-${l(e, t)}`,
					"yy-MM-dd": (e, t) => `${u(e, t)}-${h(e, t)}-${l(e, t)}`,
					"yy/MM/dd": (e, t) => `${u(e, t)}/${h(e, t)}/${l(e, t)}`,
					"yyyy/MM/dd": (e, t) => `${d(e, t)}/${h(e, t)}/${l(e, t)}`,
					"dd-MM-yyyy": (e, t) => `${l(e, t)}-${h(e, t)}-${d(e, t)}`,
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					"dd/MM/yyyy": (e, t) => `${l(e, t)}/${h(e, t)}/${d(e, t)}`,
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					"MM/dd/yyyy": (e, t) => `${h(e, t)}/${l(e, t)}/${d(e, t)}`
				},
				_ = Object.keys(p),
				m = () => -1 !== ["ja", "ko", "zh", "zh_TW"].indexOf(window.language || "") ? "yyyy-MM-dd" :
				"dd MMM 'yy"
		},
		"e3/o": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "guid", (function() {
					return r
				})), i.d(t, "randomHash", (function() {
					return n
				})),
				i.d(t, "randomHashN", (function() {
					return o
				}));
			const s = "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ";

			function r() {
				return "xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx".replace(/[xy]/g, e => {
					const t = 16 * Math.random() | 0;
					return ("x" === e ? t : 3 & t | 8).toString(16)
				})
			}

			function n() {
				return o(12)
			}

			function o(e) {
				let t = "";
				for (let i = 0; i < e; ++i) {
					const e = Math.floor(Math.random() * s.length);
					t += s[e]
				}
				return t
			}
		},
		e92V: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "isMtpPredictorToolName", (function() {
				return n
			})), i.d(t, "isStudyLineToolName", (function() {
				return o
			})), i.d(t, "isLineToolName", (function() {
				return a
			})), i.d(t, "isLineDrawnWithPressedButton", (function() {
				return l
			})), i.d(t, "isLineToolDrawWithoutPoints", (function() {
				return c
			})), i.d(t, "isImageToolName", (function() {
				return h
			})), i.d(t, "isTextToolName", (function() {
				return u
			}));
			var s = i("OH2X");
			const r = new Set([]);

			function n(e) {
				return r.has(e)
			}

			function o(e) {
				return "LineToolRegressionTrend" === e || "LineToolVbPFixed" === e ||
					"LineToolFixedRangeVolumeProfile" === e
			}

			function a(e) {
				return e in s || o(e)
			}

			function l(e) {
				return "LineToolBrush" === e || "LineToolHighlighter" === e
			}

			function c(e) {
				return "LineToolTweet" === e
			}

			function h(e) {
				return "LineToolImage" === e
			}

			function u(e) {
				switch (e) {
					case "LineToolBalloon":
					case "LineToolText":
					case "LineToolTextAbsolute":
					case "LineToolCallout":
					case "LineToolNote":
					case "LineToolNoteAbsolute":
					case "LineToolSignpost":
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				}
				return !1
			}
		},
		eCE5: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return n
			})), i.d(t, "a", (function() {
				return a
			}));
			var s = i("Eyy1"),
				r = i("LxhU");

			function n(e, t) {
				let i = t.multiplier();
				if (t.isTicks() && (e.ticks = !0), t.isSeconds() && (i < 60 ? (e.seconds = !0, e
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					.isMinutes())
					if (i < 60) e.minutes = !0, e.minutesFrom = Math.min(e.minutesFrom, i), e.minutesTo =
						Math.max(e.minutesTo, i);
					else {
						const t = Math.floor(i / 60);
						e.hours = !0, e.hoursFrom = Math.min(e.hoursFrom, t), e.hoursTo = Math.max(e
							.hoursTo, t)
					} t.isDays() && (e.days = !0, e.daysFrom = Math.min(e.daysFrom, i), e.daysTo = Math.max(
					e.daysTo, i)), t.isWeeks() && (e.weeks = !0, e.weeksFrom = Math.min(e.weeksFrom, i),
					e.weeksTo = Math.max(e.weeksTo, i)), t.isMonths() && (e.months = !0, e.monthsFrom =
					Math.min(e.monthsFrom, i), e.monthsTo = Math.max(e.monthsTo, i)), t.isRange() && (e
					.ranges = !0)
			}

			function o(e, t, i, s) {
				return e && s >= t && s <= i
			}

			function a(e, t) {
				const i = t.childs();
				switch (e.kind()) {
					case r.ResolutionKind.Ticks:
						return i.ticks.value();
					case r.ResolutionKind.Seconds:
						if (e.multiplier() < 60) return o(i.seconds.value(), i.secondsFrom.value(), i
							.secondsTo.value(), e.multiplier()); {
							const t = Math.floor(e.multiplier() / 60);
							return o(i.minutes.value(), i.minutesFrom.value(), i.minutesTo.value(), t)
						}
						case r.ResolutionKind.Minutes:
							if (e.multiplier() < 60) return o(i.minutes.value(), i.minutesFrom.value(), i
								.minutesTo.value(), e.multiplier()); {
								const t = Math.floor(e.multiplier() / 60);
								return o(i.hours.value(), i.hoursFrom.value(), i.hoursTo.value(), t)
							}
							case r.ResolutionKind.Days:
								return o(i.days.value(), i.daysFrom.value(), i.daysTo.value(), e
									.multiplier());
							case r.ResolutionKind.Weeks:
								return o(i.weeks.value(), i.weeksFrom.value(), i.weeksTo.value(), e
									.multiplier());
							case r.ResolutionKind.Months:
								return o(i.months.value(), i.monthsFrom.value(), i.monthsTo.value(), e
									.multiplier());
							case r.ResolutionKind.Range:
								return i.ranges.value()
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				return Object(s.assert)(!1, "Unsupported resolution: " + e.value()), !1
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		},
		eJTA: function(e, t, i) {
			"use strict";
			Object.defineProperty(t, "__esModule", {
				value: !0
			});
			var s = i("ivNn");

			function r(e, t, i) {
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			function n(e, t, i) {
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			function c(e) {
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			function h(e) {
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			function u(e) {
				return n(0, e, 1)
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			function d(e) {
				return n(0, e, 1)
			}

			function p(e) {
				return n(0, e, 1)
			}

			function _(e) {
				return n(0, e, 1)
			}

			function m(e) {
				var t = e[0] / 255,
					i = e[1] / 255,
					s = e[2] / 255,
					r = Math.min(t, i, s),
					n = Math.max(t, i, s),
					o = 0,
					a = 0,
					l = (r + n) / 2;
				if (r === n) o = 0, a = 0;
				else {
					var c = n - r;
					switch (a = l > .5 ? c / (2 - n - r) : c / (n + r), n) {
						case t:
							o = ((i - s) / c + (i < s ? 6 : 0)) / 6;
							break;
						case i:
							o = ((s - t) / c + 2) / 6;
							break;
						case s:
							o = ((t - i) / c + 4) / 6
					}
				}
				return [o, a, l]
			}

			function f(e, t, i) {
				return i < 0 && (i += 1), i > 1 && (i -= 1), i < 1 / 6 ? e + 6 * (t - e) * i : i < .5 ? t :
					i < 2 / 3 ? e + (t - e) * (2 / 3 - i) * 6 : e
			}

			function g(e) {
				var t, i, s, r = e[0],
					n = e[1],
					c = e[2];
				if (0 === n) t = i = s = c;
				else {
					var h = c < .5 ? c * (1 + n) : c + n - c * n,
						u = 2 * c - h;
					t = f(u, h, r + 1 / 3), i = f(u, h, r), s = f(u, h, r - 1 / 3)
				}
				return [o(255 * t), a(255 * i), l(255 * s)]
			}
			t.normalizeRedComponent = o, t.normalizeGreenComponent = a, t.normalizeBlueComponent = l, t
				.normalizeAlphaComponent = c, t.rgb = function(e, t, i) {
					return [o(e), a(t), l(i)]
				}, t.areEqualRgb = function(e, t) {
					return e[0] === t[0] && e[1] === t[1] && e[2] === t[2]
				}, t.rgba = function(e, t, i, s) {
					if (Array.isArray(e)) {
						var r = e;
						return s = t, [r[0], r[1], r[2], c(s)]
					}
					var n = t;
					return i = i || 0, s = s || 0, [o(e), a(n), l(i), c(s)]
				}, t.areEqualRgba = function(e, t) {
					return e[0] === t[0] && e[1] === t[1] && e[2] === t[2] && e[3] === t[3]
				}, t.normalizeHue = h, t.normalizeHslSaturation = u, t.normalizeHsvSaturation = d, t
				.normalizeLightness = p, t.normalizeValue = _, t.hsl = function(e, t, i) {
					return [h(e), u(t), p(i)]
				}, t.areEqualHsl = function(e, t) {
					return e[0] === t[0] && e[1] === t[1] && e[2] === t[2]
				}, t.hsv = function(e, t, i) {
					return [h(e), d(t), _(i)]
				}, t.areEqualHsv = function(e, t) {
					return e[0] === t[0] && e[1] === t[1] && e[2] === t[2]
				}, t.rgbToHsl = m, t.hslToRgb = g, t.rgbToHsv = function(e) {
					var t = e[0],
						i = e[1],
						s = e[2],
						r = t / 255,
						n = i / 255,
						o = s / 255,
						a = Math.min(r, n, o),
						l = Math.max(r, n, o),
						c = l - a,
						h = 0,
						u = 0 === l ? 0 : c / l,
						d = l;
					if (l === a) h = 0;
					else switch (l) {
						case t:
							h = ((n - o) / c + (n < o ? 6 : 0)) / 6;
							break;
						case i:
							h = ((o - r) / c + 2) / 6;
							break;
						case s:
							h = ((r - n) / c + 4) / 6
					}
					return [h, u, d]
				}, t.hsvToRgb = function(e) {
					var t = e[0],
						i = e[1],
						s = e[2],
						r = Math.floor(6 * t),
						n = 6 * t - r,
						c = s * (1 - i),
						h = s * (1 - n * i),
						u = s * (1 - (1 - n) * i),
						d = 0,
						p = 0,
						_ = 0;
					switch (r % 6) {
						case 0:
							d = s, p = u, _ = c;
							break;
						case 1:
							d = h, p = s, _ = c;
							break;
						case 2:
							d = c, p = s, _ = u;
							break;
						case 3:
							d = c, p = h, _ = s;
							break;
						case 4:
							d = u, p = c, _ = s;
							break;
						case 5:
							d = s, p = c, _ = h
					}
					return [o(255 * d), a(255 * p), l(255 * _)]
				};
			var b = [.199, .687, .114];

			function v(e) {
				return b[0] * e[0] + b[1] * e[1] + b[2] * e[2]
			}

			function S(e, t, i) {
				void 0 === i && (i = .05);
				var s = m(e),
					r = s[0] + t * i;
				return s[0] = h(r - Math.floor(r)), g(s)
			}

			function y(e, t, i) {
				void 0 === i && (i = .05);
				var s = e[0],
					r = e[1],
					n = e[2],
					o = e[3],
					a = S([s, r, n], t, i);
				return [a[0], a[1], a[2], o]
			}
			t.rgbToGrayscale = v, t.distanceRgb = function(e, t) {
				var i = e[0],
					s = e[1],
					r = e[2],
					n = t[0] - i,
					o = t[1] - s,
					a = t[2] - r;
				return Math.sqrt(n * n + o * o + a * a)
			}, t.invertRgb = function(e) {
				return [255 - e[0], 255 - e[1], 255 - e[2]]
			}, t.darkenRgb = function(e, t) {
				var i = m(e);
				return g([i[0], i[1], p(i[2] - t / 100)])
			}, t.blendRgba = function(e, t) {
				var i = e[0],
					s = e[1],
					r = e[2],
					n = e[3],
					h = t[0],
					u = t[1],
					d = t[2],
					p = t[3],
					_ = c(1 - (1 - p) * (1 - n));
				return [o(h * p / _ + i * n * (1 - p) / _), a(u * p / _ + s * n * (1 - p) / _), l(d *
					p / _ + r * n * (1 - p) / _), _]
			}, t.shiftRgb = S, t.shiftRgba = y, t.shiftColor = function(e, t, i) {
				return void 0 === i && (i = .05), E(y(V(e), t, i))
			};
			var w, P, C, x, T = {
				aliceblue: "#f0f8ff",
				antiquewhite: "#faebd7",
				aqua: "#00ffff",
				aquamarine: "#7fffd4",
				azure: "#f0ffff",
				beige: "#f5f5dc",
				bisque: "#ffe4c4",
				black: "#000000",
				blanchedalmond: "#ffebcd",
				blue: "#0000ff",
				blueviolet: "#8a2be2",
				brown: "#a52a2a",
				burlywood: "#deb887",
				cadetblue: "#5f9ea0",
				chartreuse: "#7fff00",
				chocolate: "#d2691e",
				coral: "#ff7f50",
				cornflowerblue: "#6495ed",
				cornsilk: "#fff8dc",
				crimson: "#dc143c",
				cyan: "#00ffff",
				darkblue: "#00008b",
				darkcyan: "#008b8b",
				darkgoldenrod: "#b8860b",
				darkgray: "#a9a9a9",
				darkgreen: "#006400",
				darkkhaki: "#bdb76b",
				darkmagenta: "#8b008b",
				darkolivegreen: "#556b2f",
				darkorange: "#ff8c00",
				darkorchid: "#9932cc",
				darkred: "#8b0000",
				darksalmon: "#e9967a",
				darkseagreen: "#8fbc8f",
				darkslateblue: "#483d8b",
				darkslategray: "#2f4f4f",
				darkturquoise: "#00ced1",
				darkviolet: "#9400d3",
				deeppink: "#ff1493",
				deepskyblue: "#00bfff",
				dimgray: "#696969",
				dodgerblue: "#1e90ff",
				feldspar: "#d19275",
				firebrick: "#b22222",
				floralwhite: "#fffaf0",
				forestgreen: "#228b22",
				fuchsia: "#ff00ff",
				gainsboro: "#dcdcdc",
				ghostwhite: "#f8f8ff",
				gold: "#ffd700",
				goldenrod: "#daa520",
				gray: "#808080",
				green: "#008000",
				greenyellow: "#adff2f",
				honeydew: "#f0fff0",
				hotpink: "#ff69b4",
				indianred: "#cd5c5c",
				indigo: "#4b0082",
				ivory: "#fffff0",
				khaki: "#f0e68c",
				lavender: "#e6e6fa",
				lavenderblush: "#fff0f5",
				lawngreen: "#7cfc00",
				lemonchiffon: "#fffacd",
				lightblue: "#add8e6",
				lightcoral: "#f08080",
				lightcyan: "#e0ffff",
				lightgoldenrodyellow: "#fafad2",
				lightgreen: "#90ee90",
				lightgrey: "#d3d3d3",
				lightpink: "#ffb6c1",
				lightsalmon: "#ffa07a",
				lightseagreen: "#20b2aa",
				lightskyblue: "#87cefa",
				lightslateblue: "#8470ff",
				lightslategray: "#778899",
				lightsteelblue: "#b0c4de",
				lightyellow: "#ffffe0",
				lime: "#00ff00",
				limegreen: "#32cd32",
				linen: "#faf0e6",
				magenta: "#ff00ff",
				maroon: "#800000",
				mediumaquamarine: "#66cdaa",
				mediumblue: "#0000cd",
				mediumorchid: "#ba55d3",
				mediumpurple: "#9370d8",
				mediumseagreen: "#3cb371",
				mediumslateblue: "#7b68ee",
				mediumspringgreen: "#00fa9a",
				mediumturquoise: "#48d1cc",
				mediumvioletred: "#c71585",
				midnightblue: "#191970",
				mintcream: "#f5fffa",
				mistyrose: "#ffe4e1",
				moccasin: "#ffe4b5",
				navajowhite: "#ffdead",
				navy: "#000080",
				oldlace: "#fdf5e6",
				olive: "#808000",
				olivedrab: "#6b8e23",
				orange: "#ffa500",
				orangered: "#ff4500",
				orchid: "#da70d6",
				palegoldenrod: "#eee8aa",
				palegreen: "#98fb98",
				paleturquoise: "#afeeee",
				palevioletred: "#d87093",
				papayawhip: "#ffefd5",
				peachpuff: "#ffdab9",
				peru: "#cd853f",
				pink: "#ffc0cb",
				plum: "#dda0dd",
				powderblue: "#b0e0e6",
				purple: "#800080",
				red: "#ff0000",
				rosybrown: "#bc8f8f",
				royalblue: "#4169e1",
				saddlebrown: "#8b4513",
				salmon: "#fa8072",
				sandybrown: "#f4a460",
				seagreen: "#2e8b57",
				seashell: "#fff5ee",
				sienna: "#a0522d",
				silver: "#c0c0c0",
				skyblue: "#87ceeb",
				slateblue: "#6a5acd",
				slategray: "#708090",
				snow: "#fffafa",
				springgreen: "#00ff7f",
				steelblue: "#4682b4",
				tan: "#d2b48c",
				teal: "#008080",
				thistle: "#d8bfd8",
				tomato: "#ff6347",
				turquoise: "#40e0d0",
				violet: "#ee82ee",
				violetred: "#d02090",
				wheat: "#f5deb3",
				white: "#ffffff",
				whitesmoke: "#f5f5f5",
				yellow: "#ffff00",
				yellowgreen: "#9acd32"
			};

			function I(e, t) {
				return t in e
			}

			function M(e) {
				var t = w.re.exec(e);
				return null !== t ? w.parse(t) : null
			}

			function O(e) {
				var t = P.re.exec(e);
				return null !== t ? P.parse(t) : null
			}

			function L(e) {
				var t = C.re.exec(e);
				return null !== t ? C.parse(t) : null
			}

			function A(e) {
				var t = x.re.exec(e);
				return null !== t ? x.parse(t) : null
			}

			function E(e) {
				return "rgba(" + e[0] + ", " + e[1] + ", " + e[2] + ", " + e[3] + ")"
			}

			function k(e) {
				if (e = e.toLowerCase(), I(T, e)) {
					var t = O(T[e]);
					if (null !== t) return t;
					throw new Error("Invalid named color definition")
				}
				var i = M(e);
				if (null !== i) return i;
				var s = O(e);
				if (null !== s) return s;
				var r = L(e);
				if (null !== r) return r;
				var n = A(e);
				return null !== n ? [n[0], n[1], n[2]] : null
			}

			function D(e) {
				if (e = e.toLowerCase(), I(T, e)) {
					var t = O(T[e]);
					if (null !== t) return [t[0], t[1], t[2], 1];
					throw new Error("Invalid named color definition")
				}
				var i = M(e);
				if (null !== i) return [i[0], i[1], i[2], 1];
				var s = O(e);
				if (null !== s) return [s[0], s[1], s[2], 1];
				var r = L(e);
				if (null !== r) return [r[0], r[1], r[2], 1];
				var n = A(e);
				return null !== n ? n : null
			}

			function V(e) {
				var t = D(e);
				if (null !== t) return t;
				throw new Error("Passed color string does not match any of the known color representations")
			}! function(e) {
				e.re = /^rgb\(\s*(-?\d{1,10})\s*,\s*(-?\d{1,10})\s*,\s*(-?\d{1,10})\s*\)$/, e.parse =
					function(e) {
						return [o(parseInt(e[1], 10)), a(parseInt(e[2], 10)), l(parseInt(e[3], 10))]
					}
			}(w || (w = {})), t.rgbToString = function(e) {
					return "rgb(" + e[0] + ", " + e[1] + ", " + e[2] + ")"
				},
				function(e) {
					e.re = /^#([0-9a-fA-F]{2})([0-9a-fA-F]{2})([0-9a-fA-F]{2})$/, e.parse = function(e) {
						return [o(parseInt(e[1], 16)), a(parseInt(e[2], 16)), l(parseInt(e[3], 16))]
					}
				}(P || (P = {})), t.rgbToHexString = function(e) {
					var t = e[0],
						i = e[1],
						s = e[2],
						r = t.toString(16),
						n = i.toString(16),
						o = s.toString(16);
					return "#" + (1 === r.length ? "0" : "") + r + (1 === n.length ? "0" : "") + n + (1 ===
						o.length ? "0" : "") + o
				},
				function(e) {
					e.re = /^#([0-9a-fA-F])([0-9a-fA-F])([0-9a-fA-F])$/, e.parse = function(e) {
						return [o(parseInt(e[1] + e[1], 16)), a(parseInt(e[2] + e[2], 16)), l(parseInt(
							e[3] + e[3], 16))]
					}
				}(C || (C = {})),
				function(e) {
					e.re =
						/^rgba\(\s*(-?\d{1,10})\s*,\s*(-?\d{1,10})\s*,\s*(-?\d{1,10})\s*,\s*(-?[\d]{0,10}(?:\.\d+)?)\s*\)$/,
						e.parse = function(e) {
							return [o(parseInt(e[1], 10)), a(parseInt(e[2], 10)), l(parseInt(e[3], 10)), c(
								parseFloat(e[4]))]
						}
				}(x || (x = {})), t.rgbaToString = E, t.rgbToBlackWhiteString = function(e, t) {
					if (t < 0 || t > 255) throw new Error(
						"invalid threshold value, valid values are [0, 255]");
					return v(e) >= t ? "white" : "black"
				}, t.tryParseRgb = k, t.parseRgb = function(e) {
					var t = k(e);
					if (null !== t) return t;
					throw new Error(
						"Passed color string does not match any of the known color representations")
				}, t.tryParseRgba = D, t.parseRgba = V
		},
		eqEH: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "registerService", (function() {
					return o
				})), i.d(t, "unregisterService", (function() {
					return a
				})), i.d(t, "hasService", (function() {
					return l
				})),
				i.d(t, "service", (function() {
					return c
				})), i.d(t, "waitServiceRegistered", (function() {
					return h
				}));
			var s = i("jofe");
			const r = {},
				n = new Map;

			function o(e, t) {
				if (l(e)) throw new Error("Service already registered");
				r[e.id] = t;
				const i = n.get(e.id);
				void 0 !== i && (n.delete(e.id), i.resolve(t))
			}

			function a(e) {
				if (!l(e)) throw new Error("Service not found");
				r[e.id] = void 0
			}

			function l(e) {
				return void 0 !== r[e.id]
			}

			function c(e) {
				const t = r[e.id];
				if (void 0 === t) throw new Error("ServiceLocator: Service " + e.id + " not found");
				return t
			}

			function h(e) {
				if (l(e)) return Promise.resolve(c(e));
				let t = n.get(e.id);
				return void 0 === t && (t = Object(s.createDeferredPromise)(), n.set(e.id, t)), t.promise
			}
		},
		f6yo: function(e, t, i) {
			"use strict";
			Object.defineProperty(t, "__esModule", {
					value: !0
				}), t.pointInCircle = t.pointInPolygon = t.pointInBox = t.pointInTriangle = t
				.pointInHalfplane = void 0;
			var s = i("hBTJ");
			t.pointInHalfplane = function(e, t) {
				var i = t.edge;
				return i.A * e.x + i.B * e.y + i.C > 0 === t.isPositive
			}, t.pointInTriangle = function(e, t, i, r) {
				var n = t.add(i).scaled(.5).add(r).scaled(.5),
					o = s.intersectLineSegments(t, i, n, e);
				return null === o && (null === (o = s.intersectLineSegments(i, r, n, e)) && null === (
					o = s.intersectLineSegments(r, t, n, e)))
			}, t.pointInBox = function(e, t) {
				return e.x >= t.min.x && e.x <= t.max.x && e.y >= t.min.y && e.y <= t.max.y
			}, t.pointInPolygon = function(e, t) {
				for (var i = t.length - 1, s = !1, r = e.x, n = e.y, o = 0; o < t.length; o++) {
					var a = t[o],
						l = t[i];
					(a.y < n && l.y >= n || l.y < n && a.y >= n) && a.x + (n - a.y) / (l.y - a.y) * (l
						.x - a.x) < r && (s = !s), i = o
				}
				return s
			}, t.pointInCircle = function(e, t, i) {
				return (e.x - t.x) * (e.x - t.x) + (e.y - t.y) * (e.y - t.y) <= i * i
			}
		},
		fFKx: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return o
			})), i.d(t, "a", (function() {
				return a
			}));
			var s = i("Eyy1"),
				r = i("tqok"),
				n = i("hsV8");

			function o(e, t) {
				if (e.startIndex >= t.length || e.endIndex >= t.length) return null;
				const i = t[e.startIndex],
					n = t[e.endIndex];
				return i === r.INVALID_TIME_POINT_INDEX || n === r.INVALID_TIME_POINT_INDEX ? null : (
					Object(s.assert)(i <= n, "startIndex should not exceed endIndex"), {
						startIndex: i,
						endIndex: n,
						level: e.level,
						extendLeft: e.extendLeft,
						extendRight: e.extendRight
					})
			}

			function a(e, t, i) {
				const s = Object(n.ensureTimePointIndexIndex)(i.indexOf(e.startIndex)),
					r = Object(n.ensureTimePointIndexIndex)(i.indexOf(e.endIndex));
				return {
					id: t,
					...e,
					startIndex: s,
					endIndex: r
				}
			}
		},
		fJhV: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineDataSourceTimeAxisView", (function() {
				return n
			}));
			var s = i("cgFQ"),
				r = i("Ulff");
			class n extends s.a {
				constructor(e, t) {
					super(e.model()), this._active = !1, this._source = e, this._pointIndex = t
				}
				setActive(e) {
					this._active = e
				}
				_getBgColor() {
					return this._active ? r.a.active : r.a.common
				}
				_getIndex() {
					if (!this._model.selection().isSelected(this._source)) return null;
					const e = this._source.timeAxisPoints();
					return e.length <= this._pointIndex ? null : e[this._pointIndex].index
				}
			}
		},
		fPdn: function(e, t, i) {
			"use strict";
			window.TradingView = window.TradingView || {}, window.requireAll = function(e) {
					return e.keys().map(e)
				}, i("6jKD"), i("bZMm"), i("YFKU"), i("8+VR").setClasses(), i("jjqu"), i("w9cH").install(),
				i("qFKp"), i("ogJP"), i("jFln"), i("HbRj"), i("VVxS"), i("CLNU"), i("mZrn"), i("Vdly"), i(
					"+GxX")
		},
		fRER: function(e, t, i) {
			"use strict";
			i.r(t),
				i.d(t, "DropdownApi", (function() {
					return s
				}));
			class s {
				constructor(e, t) {
					this._headerToolbar = e, this._dropdownId = t
				}
				applyOptions(e) {
					this._headerToolbar.updateDropdown(this._dropdownId, e)
				}
				remove() {
					this._headerToolbar.removeDropdown(this._dropdownId)
				}
			}
		},
		fTGZ: function(e, t, i) {
			"use strict";
			(function(e, s, r) {
				var n = i("Eyy1").ensureNotNull,
					o = i("Ss5c").LineDataSource,
					a = i("ogJP").isNumber,
					l = i("BOPY").BarsMarksContainerPaneView,
					c = i("BOPY").BarsMarksContainerRenderer,
					h = i("Bt3k").TooltipRenderer,
					u = i("LxhU").Interval,
					d = i("n5al").isPriceSourceStyle,
					p = i("txPx").getLogger("Chart.BarsMarksContainer");
				class _ extends o {
					constructor(t, i) {
						var a = t._undoModel._chartWidget,
							l = a.onWidget(),
							c = !1;
						c = l ? a._options && !a._options.hideIdeas : !!e.enabled("bars_marks") &&
							TVSettings.getBool("BarsMarksContainer.visibile", !1), i ? i.merge({
								visible: c,
								frozen: !1
							}) : i = new s({
								visible: c,
								frozen: !1
							}), i.visible.listeners().subscribe(null, (function(t) {
								l || a._containsData || !e.enabled("bars_marks") ||
									TVSettings.setValue("BarsMarksContainer.visibile", !!t
										.value()), u._tooltip && u._tooltip.removeAll()
							})), o._configureProperties(i), super(t, i);
						var u = this;
						this.onNeedRepaint = new r, this._requests = [], this._marks = {}, this
							._loadedRange = null, this._getDataTimeout = null, this
							._collectedRange = null, this._model.mainSeries()
							.onSymbolIntervalChanged().subscribe(this, this.clearMarks), this._model
							.mainSeries().dataEvents().symbolResolved().subscribe(this, this
								.clearMarks), this._model.mainSeries().dataEvents().completed()
							.subscribe(this, (function() {
								var e = this._model.mainSeries().data();
								if (0 !== e.size()) {
									var t = n(e.first()).index,
										i = n(e.last()).index,
										s = this.timeScale();
									this.getData({
										start: s.indexToTimePoint(t),
										end: s.indexToTimePoint(i)
									})
								}
							})), this._initialize(), this.pinnedTooltips = {}, this._tooltip =
							new h(this._createTooltip.bind(this), this)
					}
					_initialize(e) {
						throw new Error("Child class must override this member")
					}
					onClicked() {
						throw new Error("Child class must override this member")
					}
					_getData(e) {
						throw new Error("Child class must override this member")
					}
					_createTooltip() {
						throw new Error("Child class must override this member")
					}
					updateDotData(e, t) {
						return t
					}
					updatePlateData(e, t) {}
					isAvailableInFloatingWidget() {
						return !1
					}
					_plateViewData(e) {
						return {}
					}
					pinTooltip(e, t) {
						this.pinnedTooltips[e] = t
					}
					timeScale() {
						return this._model.timeScale()
					}
					getIntervalInTicks() {
						var e = this._model.mainSeries().properties().interval.value(),
							t = u.parse(e);
						if (!t.isValid()) throw new TypeError("Unexpected interval");
						return t.isRange() ? 60 : t.inMilliseconds() / 1e3
					}
					getVisibleTickMarksRange() {
						if (this.timeScale().isEmpty()) return {
							start: 0,
							end: 0
						};
						var e, t = this.timeScale().visibleBarsStrictRange();
						return t.lastBar() > this.timeScale().points().firstIndex() && t
							.firstBar() < this.timeScale().points().lastIndex() ? (e = t.lastBar() <
								this.timeScale().points().lastIndex() ? this.timeScale()
								.indexToTimePoint(t.lastBar()) : this._maxDate, {
									start: (t = {
										start: this.timeScale().indexToTimePoint(Math.max(t
											.firstBar(), this.timeScale().points()
											.firstIndex())),
										end: e
									}).start ? t.start : void 0,
									end: t.end ? t.end : void 0
								}) : {
								start: 0,
								end: 0
							}
					}
					getVisibleRangePlates() {
						var e = [],
							t = this.getVisibleTickMarksRange(),
							i = this.getIntervalInTicks();
						return Object.keys(this._marks).forEach((function(s) {
							var r = this._marks[s],
								n = r.tickmark;
							n >= t.start && n <= t.end + i && e.push(r)
						}), this), e
					}
					getPublishedPlates() {
						var e = {},
							t = this;
						return is_authenticated ? (this.getVisibleRangePlates().forEach((function(
							i) {
							i.is_public && (t.pinnedTooltips[i.id] || i.user__id ===
								user.id) && (e[i.id] = i)
						})), e) : e
					}
					filterDisplayedPlates(e) {
						return e = e.reduce(function(e, t) {
							var i = this._getIndex(t.tickmark);
							return e[i] = e[i] || [], e[i].push(t), e
						}.bind(this), {}), e = Object.keys(e).reduce(function(t, i) {
							var s = e[i];
							return s = (s = s.sort((function(e, t) {
								return t.views_count - e.views_count
							}))).slice(0, this._maxPlatesPerBar), t.concat(s)
						}.bind(this), [])
					}
					_layout(e) {
						switch (e) {
							default:
							case 0:
								return "up";
							case 1:
								return "down";
							case 2:
								return "up";
							case 3:
							case 4:
							case 5:
							case 6:
								return "up"
						}
					}
					_theme(e) {
						switch (e) {
							default:
							case 0:
								return "neutral";
							case 1:
								return "green";
							case 2:
								return "red";
							case 3:
								return "yellow";
							case 4:
								return "blue";
							case 5:
								return "green";
							case 6:
								return "red"
						}
					}
					_offset(e, t, i) {
						var s;
						switch (e) {
							default:
							case "up":
								s = null === i ? t[TradingView.HIGH_PLOT] : i(t);
								break;
							case "down":
								s = null === i ? t[TradingView.LOW_PLOT] : i(t)
						}
						return this.priceScale().priceToCoordinate(s, this.ownerSource()
							.firstValue())
					}
					_getIndex(e) {
						return this.timeScale().timePointToIndex(e)
					}
					getViewData() {
						return {
							barWidth: this.barWidth(),
							plates: this.getPlatesViewData(),
							tooltip: this._tooltip
						}
					}
					barWidth() {
						return this.timeScale().barSpacing()
					}
					getPlatesViewData() {
						var e = this._model.mainSeries();
						if (e.data().isEmpty()) return [];
						for (var t = d(e.style()) ? e.barFunction() : null, i = this
								.filterDisplayedPlates(this.getVisibleRangePlates()), s = this,
								r = {}, n = this._model.lastHittestData(), o = (i = (i = i.map(
									function(e) {
										var i = this._getIndex(e.tickmark),
											o = this._getBar(i);
										if (null === o) return !1;
										var a, l = this._layout(e.direction),
											c = this._theme(e.direction),
											h = null !== n && n.id === e.id,
											u = this.timeScale().indexToCoordinate(i),
											d = this._offset(l, o, t),
											p = this.priceScale().isInverted();
										return i in r || (r[i] = {
											up: 0,
											down: 0
										}), a = r[i][l]++, TradingView.merge({
											id: e.id,
											x: u,
											y: d,
											yInverted: p,
											order: a,
											direction: l,
											theme: c,
											hovered: h,
											pinned: !0 === s.pinnedTooltips[e.id],
											user__id: e.user__id,
											label: e.label,
											labelFontColor: e.labelFontColor ||
												"#444",
											minSize: e.minSize || 5
										}, this._plateViewData(e))
									}.bind(this))).filter((function(e) {
									return !!e
								}))).filter((function(e) {
									return !0 === e.hovered
								})), a = 0; a < i.length; a++) null != o[0] && i[a].user__id === o[
							0].user__id && (i[a].highlightByAuthor = !0);
						return i.sort((function(e, t) {
							return e.hovered && !t.hovered ? 1 : 0
						})), i
					}
					_getBar(e) {
						return this._model.mainSeries().data().valueAt(e)
					}
					paneViews() {
						var e = this;
						return this._properties.visible.value() ? [new l(this, (function(t) {
							return new c(t.getViewData(), e)
						}))] : []
					}
					dataWindowView() {
						return null
					}
					priceAxisViews() {
						return null
					}
					statusView() {
						return null
					}
					updateAllViews() {}
					pointsCount() {
						return 0
					}
					properties() {
						return this._properties
					}
					_rangeDifference(e) {
						return e = Object.assign({}, e), this._loadedRange && (e.start < this
							._loadedRange.start ? e.end = this._loadedRange.start : e.end > this
							._loadedRange.end && (e.start = this._loadedRange.end)), e
					}
					_rangeUnion(e, t) {
						return e = Object.assign({}, e), t && (e.start = Math.min(t.start, e.start),
							e.end = Math.max(t.end, e.end)), e
					}
					_pushGetDataStack(e) {
						a(e.start) && a(e.end) ? (this._getDataTimeout && clearTimeout(this
							._getDataTimeout), this._collectedRange = this._rangeUnion(e,
							this._collectedRange), this._getDataTimeout = setTimeout(
							function() {
								this._getData(this._collectedRange), this._getDataTimeout =
									this._collectedRange = null
							}.bind(this), 300)) : p.logError("Wrong tickmark range")
					}
					roundRange(e) {
						return {
							start: Math.round(e.start),
							end: Math.round(e.end)
						}
					}
					refreshData() {
						this.getData(this._lastRange)
					}
					getData(e) {
						a(e.start) && a(e.end) ? (this._lastRange = e, (e = Object.assign({}, e))
							.end = this._maxDate, this._pushGetDataStack(e)) : p.logError(
							"Wrong range")
					}
					_abortAllRequests() {
						this._requests.forEach((function(e) {
								e.abort()
							})), this._requests = [], this._getDataTimeout && clearTimeout(this
								._getDataTimeout), this._getDataTimeout = this._collectedRange =
							null
					}
					clearMarks() {
						this._abortAllRequests(), this._marks = {}, this._loadedRange = null
					}
				}
				_.prototype._maxDate = Math.round(new Date(2037, 0, 1).getTime() / 1e3), _.prototype
					._maxPlatesPerBar = 10, t.BarsMarksContainer = _
			}).call(this, i("Kxc7"), i("tc+8"), i("aIyQ"))
		},
		fZEr: function(e, t, i) {
			"use strict";
			async function s(e, t) {
				const s = await Promise.all([i.e("react"), i.e(1), i.e(3), i.e(4), i.e(16), i.e(17), i
					.e(28), i.e(88), i.e(0), i.e(2), i.e(15), i.e("simple-dialog")
				]).then(i.bind(null, "EcUf"));
				return s.showSimpleDialog(e, s.renameModule, t)
			}
			async function r(e, t) {
				const s = await Promise.all([i.e("react"), i.e(1), i.e(3), i.e(4), i.e(16), i.e(17), i
					.e(28), i.e(88), i.e(0), i.e(2), i.e(15), i.e("simple-dialog")
				]).then(i.bind(null, "EcUf"));
				return s.showSimpleDialog(e, s.confirmModule, t)
			}
			async function n(e, t) {
				const s = await Promise.all([i.e("react"), i.e(1), i.e(3), i.e(4), i.e(16), i.e(17), i
					.e(28), i.e(88), i.e(0), i.e(2), i.e(15), i.e("simple-dialog")
				]).then(i.bind(null, "EcUf"));
				return s.showSimpleDialog(e, s.warningModule, t)
			}
			i.r(t), i.d(t, "showRename", (function() {
				return s
			})), i.d(t, "showConfirm", (function() {
				return r
			})), i.d(t, "showWarning", (function() {
				return n
			}))
		},
		fgLi: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "DataSource", (function() {
				return l
			}));
			var s = i("hY0g"),
				r = i.n(s),
				n = i("e3/o"),
				o = i("aIyQ"),
				a = i.n(o);
			class l {
				constructor() {
					this.hasAlert = new r.a(!1), this._zorder = 0, this.m_priceScale = null, this._id =
						Object(n.randomHashN)(6), this._ownerSource = null, this._userEditEnabled = !0,
						this._onPriceScaleChanged = new a.a, this._isSelectionEnabled = !0, this
						._ownerSourceChanged = new a.a, this._zOrderChanged = new a.a
				}
				id() {
					return this._id
				}
				preferNoScale() {
					return !1
				}
				idForAlert() {
					return this._id
				}
				setId(e) {
					this._id = e
				}
				zorder() {
					return this._zorder
				}
				setZorder(e) {
					"number" == typeof e && this._zorder !== e && (this._zorder = e, this._zOrderChanged
						.fire(e))
				}
				isSpeciallyZOrderedSource() {
					return !1
				}
				title() {
					throw new Error("Implement this fun in a subclass")
				}
				priceScale() {
					return this.m_priceScale
				}
				setPriceScale(e) {
					this.m_priceScale = e, this._onPriceScaleChanged.fire()
				}
				ownerSource() {
					return this._ownerSource
				}
				setOwnerSource(e) {
					this._ownerSource = e, this._ownerSourceChanged.fire()
				}
				ownerSourceChanged() {
					return this._ownerSourceChanged
				}
				zOrderChanged() {
					return this._zOrderChanged
				}
				isSavedInChart(e) {
					return !0
				}
				isSavedInStudyTemplates() {
					return !0
				}
				isRemovedByStudyTemplates() {
					return !0
				}
				hasContextMenu() {
					return !0
				}
				showInObjectTree() {
					return !0
				}
				setUserEditEnabled(e) {
					this._userEditEnabled = e
				}
				userEditEnabled() {
					return this._userEditEnabled
				}
				canBeHidden() {
					return this.userEditEnabled()
				}
				isUserDeletable() {
					return this.userEditEnabled()
				}
				canHasAlert() {
					return !1
				}
				properties() {
					throw new Error("Implement this fun in a subclass")
				}
				isVisible() {
					return this.properties().visible.value()
				}
				statusView() {
					return null
				}
				dataWindowView() {
					return null
				}
				legendView() {
					return null
				}
				marketStatusModel() {
					return null
				}
				dataUpdatedModeModel() {
					return null
				}
				dataProblemModel() {
					return null
				}
				priceAxisViews(e, t) {
					return null
				}
				timeAxisViews() {
					return null
				}
				updateAllViews() {}
				paneViews() {
					return null
				}
				labelPaneViews() {
					return null
				}
				isFailed() {
					return !1
				}
				isLoading() {
					return !1
				}
				isPhantom() {
					return !1
				}
				isChildStudy() {
					return !1
				}
				hasChildren() {
					return !1
				}
				canHaveChildren() {
					return !1
				}
				onClickOutside() {}
				getSourceIcon() {
					return null
				}
				state(e) {
					throw new Error("Implement this fun in a subclass")
				}
				onPriceScaleChanged() {
					return this._onPriceScaleChanged
				}
				doesMovingAffectsUndo() {
					return !0
				}
				isMultiPaneAvailable() {
					return !1
				}
				isMultiPaneEnabled() {
					return !1
				}
				copiable() {
					return !1
				}
				cloneable() {
					return !1
				}
				movable() {
					return !1
				}
				isIncludedInAutoScale() {
					return !1
				}
				isHoveredEnabled() {
					return this.isSelectionEnabled()
				}
				isSelectionEnabled() {
					return this._isSelectionEnabled
				}
				setSelectionEnabled(e) {
					this._isSelectionEnabled = e
				}
				firstValue() {
					return null
				}
				priceRange(e, t) {
					return null
				}
				autoScaleInfo(e, t) {
					return {
						range: this.priceRange(e, t)
					}
				}
			}
		},
		fs3R: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><g fill="none" fill-rule="evenodd" stroke="currentColor" transform="translate(6 4)"><rect width="15" height="12" rx="2" x=".5" y="7.5"/><path stroke-linecap="round" stroke-width="2" d="M8 14v2"/><path d="M11.5 7.5V4a3.5 3.5 0 0 0-7 0v3.5"/></g></svg>'
		},
		g5Qf: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "getFavoriteDrawingToolbarPromise", (function() {
				return o
			})), i.d(t, "createFavoriteDrawingToolbar", (function() {
				return a
			}));
			i("YFKU");
			var s = i("yMne");
			let r = null,
				n = null;

			function o() {
				return n
			}

			function a() {
				null === n && (n = Promise.all([i.e("react"), i.e(1), i.e(4), i.e(6), i.e(11), i.e(12), i.e(
					13), i.e(14), i.e(17), i.e(21), i.e(22), i.e(24), i.e(28), i.e(33), i.e(
					41), i.e(48), i.e(51), i.e(52), i.e(60), i.e(67), i.e(75), i.e(0), i.e(
					5), i.e(30), i.e(38), i.e("line-tools-icons"), i.e(53), i.e(54), i.e(
					"floating-toolbars")]).then(i.bind(null, "gmn6")).then(({
					FavoriteDrawingToolbar: e
				}) => (r = null !== r ? r : new e({
					left: window.innerWidth / 2,
					top: s.b + 61
				}), r)))
			}
		},
		gASG: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Ocx9"),
				r = i("Ss5c"),
				n = i("tc+8"),
				o = i.n(n),
				a = i("+FzY"),
				l = i("aIyQ"),
				c = i.n(l);
			class h {
				constructor(e) {
					this._image = null, this._currentImageURL = null, this._imageReady = !1, this
						._ready = new c.a, this._source = e, this.updateImage()
				}
				updateImage() {
					const e = this.imageURL();
					this._currentImageURL !== e && (this._currentImageURL = e, this._image = null, this
						._imageReady = !1, null !== this._currentImageURL && (this._image =
							new Image, this._image.onload = () => {
								this._imageReady = !0, this._ready.fire()
							},
							this._image.crossOrigin = "anonymous", this._image.src = this
							._currentImageURL))
				}
				itemIndex() {
					return 1
				}
				labelIndex() {
					return 0
				}
				image() {
					return this._imageReady && this.showPlate() ? this._image : null
				}
				showPlate() {
					return this._props().childs().showImage.value()
				}
				backgroundPlateColor(e) {
					return this._props().childs().plateColor.value()
				}
				ready() {
					return this._ready
				}
				type() {
					return this._props().childs().itemType.value()
				}
				category() {
					return 1
				}
				index() {
					const e = this._source.points();
					return 0 === e.length ? null : e[0].index
				}
				imageURL() {
					const e = this._props().childs().emoji.value();
					return Object(a.a)(e, "png") || null
				}
				sourceImage() {
					return null
				}
				additionalImageURL() {
					return null
				}
				additionalImageSource() {
					return null
				}
				name() {
					return ""
				}
				headline() {
					return this._props().childs().text.value()
				}
				text() {
					return ""
				}
				fullTextAst() {
					return null
				}
				position() {
					return this._props().childs().position.value()
				}
				fontSize() {
					return this._props().childs().fontSize.value()
				}
				fontBold() {
					return this._props().childs().bold.value()
				}
				fontItalic() {
					return this._props().childs().italic.value()
				}
				sourceLabel() {
					return null
				}
				_props() {
					return this._source.properties()
				}
			}
			class u extends o.a {
				constructor(e) {
					super(), this._source = e, e.pointAdded().subscribe(this, () => this.listeners()
						.fire(this)), e.pointChanged().subscribe(this, () => this.listeners()
						.fire(this))
				}
				value() {
					const e = this._source.properties().childs().position.value();
					return parseFloat(e.toFixed(2))
				}
				setValue(e) {
					this._source.properties().childs().position.setValue(e), this._source.model()
						.updateSource(this._source), this.listeners().fire(this), this._source
						.syncMultichartState({
							pricesChanged: !1,
							indexesChanged: !1
						})
				}
			}
			var d = i("j8de");
			class p extends d.a {
				constructor(e, t) {
					super(e, t), this._source = e
				}
				_setPointImpl(e) {
					this._source.setPointAndChangeIndex(this._pointIndex, e)
				}
			}
			var _ = i("j3hX"),
				m = i("Eyy1"),
				f = i("jvrd"),
				g = i("mMWL");
			class b extends r.LineDataSource {
				constructor() {
					super(...arguments), this._startMovingAnchorY = NaN
				}
				priceSource() {
					return this.ownerSource()
				}
				addPoint(e, t, i) {
					return super.addPoint(this._updatePositionAndCorrectPoint(e), t, i)
				}
				setPoint(e, t, i) {
					super.setPoint(e, this._updatePositionAndCorrectPoint(t, !this.isPhantom() && !
						this._allowChangeAnchorHorizontally()), i), this._syncPosition()
				}
				setPointAndChangeIndex(e, t, i) {
					super.setPoint(e, this._updatePositionAndCorrectPoint(t, !1), i), this
						._syncPosition()
				}
				startMoving(e, t, i, s) {
					s || (this._startMovingAnchorY = Object(m.ensureNotNull)(this
						._anchorYCoordinate())), super.startMoving(e, t, i)
				}
				move(e, t, i, s) {
					var r;
					const n = Object(m.ensureDefined)(Object(m.ensureNotNull)(this
							.startMovingPoint()).logical),
						o = Object(m.ensureDefined)(e.logical);
					if (!s && 0 === t) {
						const e = this._points[0],
							t = o.index - n.index,
							i = Object(m.ensureNotNull)(this.priceScale()),
							s = Object(m.ensure)(null === (r = this.ownerSource()) || void 0 === r ?
								void 0 : r.firstValue()),
							a = i.priceToCoordinate(o.price, s) - i.priceToCoordinate(n.price, s),
							l = this._startMovingAnchorY + a,
							c = i.coordinateToPrice(l, s);
						this._updatePositionAndCorrectPoint({
							index: e.index + t,
							price: c
						})
					}
					super.move(e, t, i), s || this._syncPosition()
				}
				_allowChangeAnchorHorizontally() {
					return !1
				}
				_updatePositionAndCorrectPoint(e, t) {
					t && (e.index = this._points[0].index);
					const i = this.priceSource();
					if (null === i) return e;
					const s = i.priceScale(),
						r = i.firstValue();
					if (null === s || s.isEmpty() || null === r) return e;
					const n = s.height();
					let o = n / 2,
						a = e.price >= s.coordinateToPrice(o, r) ? 1 : -1;
					const l = this._model.mainSeries();
					if (i === l) {
						const t = l.data().search(this._baseSeriesIndexForPoint(e));
						if (null !== t) {
							const i = Object(f.g)(l, t, -1),
								n = Object(f.g)(l, t, 1);
							a = e.price >= i ? 1 : -1, o = s.priceToCoordinate(1 === a ? n : i, r),
								e.price = 1 === a ? Math.max(n, e.price) : e.price
						}
					}
					const c = 1 === (-1 === a !== s.isInverted() ? -1 : 1) ? o : n - o,
						h = s.priceToCoordinate(e.price, r),
						u = Math.min(n, Math.abs(h - o)),
						d = Math.max(0, Math.min(100, 100 * u / c)) * a;
					return this.properties().childs().position.setValue(d), e
				}
				_baseSeriesIndexForPoint(e) {
					return e.index
				}
				_syncPosition() {
					const e = this.linkKey().value();
					if (null !== e) {
						const t = {
							position: this.properties().childs().position.value()
						};
						Object(g.changeLineStyle)({
							linkKey: e,
							state: t,
							model: this._model
						})
					}
				}
				_anchorYCoordinate() {
					const e = this.priceSource();
					if (null === e) return null;
					const t = e.priceScale(),
						i = e.firstValue();
					if (null === t || t.isEmpty() || null === i) return null;
					const s = this._model.mainSeries(),
						r = this.customEvent();
					if (null === r) return null;
					let n = null;
					if (e === s && (n = Object(f.f)(s, r)), null === n && (n = Object(f.c)(r, t,
							i)), null === n) return null;
					const o = r.position(),
						a = t.priceToCoordinate(n.price, i);
					return Object(f.d)(o, t.height(), a, Object(f.e)(o, t.isInverted()))
				}
			}
			i.d(t, "LineToolSignpost", (function() {
				return v
			}));
			class v extends b {
				constructor(e, t) {
					const s = t || v.createProperties();
					super(e, s), this._item = new h(this), this.properties().childs().emoji.subscribe(
						this, () => this._item.updateImage()), this._item.ready().subscribe(this,
						() => this._model.updateSource(this)), i.e("lt-pane-views").then(i.bind(
						null,
						"KFbh")).then(t => {
						this._setPaneViews([new t.SignpostPaneView(this, e)])
					})
				}
				isItemHovered(e) {
					return !1
				}
				isItemSelected(e) {
					return !1
				}
				isHidden(e) {
					return !1
				}
				items() {
					return [this.customEvent()]
				}
				priceSource() {
					return this.ownerSource()
				}
				pointsCount() {
					return 1
				}
				properties() {
					return super.properties()
				}
				name() {
					return "Signpost"
				}
				customEvent() {
					return this._item
				}
				showInObjectTree() {
					return !this.isPhantom() && super.showInObjectTree()
				}
				isPhantom() {
					return this._model.isPhantomLine(this)
				}
				clonePositionOffset() {
					return {
						barOffset: 1,
						xCoordOffset: 0,
						yCoordOffset: 0
					}
				}
				template() {
					const e = super.template(),
						t = this.properties().childs();
					return e.text = t.text.value(), e.position = t.position.value(), e
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolsignpost", e);
					return v._configureProperties(t), t.hasChild("text") || t.addChild("text", new o.a(
							window.t("Text"))), t.hasChild("position") || t.addChild("position", new o
							.a(50)), t.addExclusion("text"), t.addExclusion("position"), t.addChild(
							"backgroundsColors", new _.LineToolColorsProperty([t.childs().plateColor])),
						t
				}
				_createPointProperty(e) {
					super._createPointProperty(e);
					const t = this._pointsProperty.childs().points[e];
					t.removeProperty("price"), t.removeProperty("bar"), t.addChild("price", new u(
						this)), t.addChild("bar", new p(this, 0))
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text),
						this.properties().childs().position.setValue(e.position)
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e("lt-property-pages-with-definitions")])
						.then(i.bind(null, "zb1A")).then(e => e.SignpostDefinitionsViewModel)
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e)
				}
			}
			v.supportPhantomMode = !0
		},
		gAom: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "clearRectWithGradient", (function() {
				return o
			})), i.d(t, "fillRectInnerBorder", (function() {
				return a
			})), i.d(t, "drawHorizontalLine", (function() {
				return l
			})), i.d(t, "drawVerticalLine", (function() {
				return c
			})), i.d(t, "drawRoundRect", (function() {
				return u
			})), i.d(t, "drawRoundRectWithInnerBorder", (function() {
				return d
			})), i.d(t, "fillRectWithBorder", (function() {
				return p
			})), i.d(t, "createCircle", (function() {
				return _
			}));
			var s = i("aO4+"),
				r = i("jFln"),
				n = i("972a");

			function o(e, t, i, s, r, n, o) {
				e.save(), e.globalCompositeOperation = "copy";
				const a = e.createLinearGradient(0, 0, 0, r);
				a.addColorStop(0, n), a.addColorStop(1, o), e.fillStyle = a, e.fillRect(t, i, s, r), e
					.restore()
			}

			function a(e, t, i, s, r, n) {
				e.fillRect(t + n, i, s - 2 * n, n), e.fillRect(t + n, i + r - n, s - 2 * n, n), e.fillRect(
					t, i, n, r), e.fillRect(t + s - n, i, n, r)
			}

			function l(e, t, i, s) {
				e.beginPath();
				const r = e.lineWidth % 2 ? .5 : 0;
				e.moveTo(i, t + r), e.lineTo(s, t + r), e.stroke()
			}

			function c(e, t, i, s) {
				e.beginPath();
				const r = e.lineWidth % 2 ? .5 : 0;
				e.moveTo(t + r, i), e.lineTo(t + r, s), e.stroke()
			}

			function h(e, t) {
				return Array.isArray(e) ? e.map(e => 0 === e ? e : e + t) : e + t
			}

			function u(e, t, i, s, r, n, o) {
				let a, l, c, h;
				if (Array.isArray(n))
					if (2 === n.length) {
						const e = Math.max(0, n[0]),
							t = Math.max(0, n[1]);
						a = e, l = e, c = t, h = t
					} else {
						if (4 !== n.length) throw new Error(
							"Wrong border radius - it should be like css border radius");
						a = Math.max(0, n[0]), l = Math.max(0, n[1]), c = Math.max(0, n[2]), h = Math.max(0,
							n[3])
					}
				else {
					const e = Math.max(0, n);
					a = e, l = e, c = e, h = e
				}
				o || e.beginPath(), e.moveTo(t + a, i), e.lineTo(t + s - l, i), 0 !== l && e.arcTo(t + s, i,
					t + s, i + l, l), e.lineTo(t + s, i + r - c), 0 !== c && e.arcTo(t + s, i + r, t +
					s - c, i + r, c), e.lineTo(t + h, i + r), 0 !== h && e.arcTo(t, i + r, t, i + r - h,
					h), e.lineTo(t, i + a), 0 !== a && e.arcTo(t, i, t + a, i, a)
			}

			function d(e, t, i, s, o, a, l = 0, c = 0, d = "", p = n.b.Solid) {
				if (e.save(), !c || !d || d === a) return u(e, t, i, s, o, l), e.fillStyle = a, e.fill(),
					void e.restore();
				const _ = c / 2;
				if ("transparent" !== a) {
					const r = "transparent" !== d && p !== n.b.Solid;
					u(e, r ? t : t + c, r ? i : i + c, r ? s : s - 2 * c, r ? o : o - 2 * c, r ? l : h(l, -
						c)), e.fillStyle = a, e.fill()
				}
				if ("transparent" !== d) {
					u(e, t + _, i + _, s - c, o - c, h(l, -_)), e.lineWidth = c, e.strokeStyle = d, Object(r
						.setLineStyle)(e, p), e.closePath(), e.stroke()
				}
				e.restore()
			}

			function p(e, t, i, n, o, a, l, c, h, u, d, p, _, m, f) {
				const g = u ? 0 : t,
					b = d ? _ : n;
				if (void 0 !== a && (e.fillStyle = a, e.fillRect(g, i, b - g + m, o - i)), void 0 !== l &&
					c > 0) {
					if (e.beginPath(), Object(r.setLineStyle)(e, h), void 0 !== f) {
						const t = f.map(e => e * c);
						Object(r.setLineDash)(e, t)
					}
					let a = Object(s.point)(0, 0),
						u = Object(s.point)(0, 0),
						d = Object(s.point)(0, 0),
						_ = Object(s.point)(0, 0);
					switch (p) {
						case "outer": {
							const e = .5 * c;
							d = Object(s.point)(0, e), _ = Object(s.point)(0, e), a = Object(s.point)(e, -
								c), u = Object(s.point)(e, -c);
							break
						}
						case "center": {
							const e = c % 2 ? .5 : 0,
								t = c % 2 ? .5 : m;
							d = Object(s.point)(.5 * c - e, -e), _ = Object(s.point)(t + .5 * c, -e), a =
								Object(s.point)(-e, e + .5 * c),
								u = Object(s.point)(t, e + .5 * c);
							break
						}
						case "inner": {
							const e = .5 * c;
							d = Object(s.point)(0, -e), _ = Object(s.point)(1, -e), a = Object(s.point)(-e,
								c), u = Object(s.point)(1 - e, c);
							break
						}
					}
					e.lineWidth = c, e.strokeStyle = l, e.moveTo(g - d.x, i - d.y), e.lineTo(b + _.x, i - _
						.y), e.moveTo(n + u.x, i + u.y), e.lineTo(n + u.x, o - u.y), e.moveTo(g - d.x,
						o + d.y), e.lineTo(b + _.x, o + _.y), e.moveTo(t - a.x, i + a.y), e.lineTo(t - a
						.x, o - a.y), e.stroke()
				}
			}

			function _(e, t, i, s) {
				e.beginPath(), e.arc(t, i, s, 0, 2 * Math.PI, !1), e.closePath()
			}
		},
		gLxC: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("tc+8"),
				n = i("Ocx9").DefaultProperty;
			class o extends s {
				constructor(e, t) {
					super(e, t || o.createProperties()), this.version = o.version, i.e("lt-pane-views")
						.then(i.bind(null, "Dz+H")).then(({
							NotePaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				pointsCount() {
					return 1
				}
				name() {
					return "Note"
				}
				getTooltipWidth() {
					return o.TOOLTIP_WIDTH
				}
				getTooltipPadding() {
					return o.TOOLTIP_PADDING
				}
				getTooltipLineSpacing() {
					return o.TOOLTIP_LINESPACING
				}
				template() {
					var e = s.prototype.template.call(this);
					return e.text = this.properties().childs().text.value(), e
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text)
				}
				static createProperties(e) {
					void 0 !== e && void 0 !== e.markerColor && void 0 === e.borderColor && (e
						.borderColor = e.markerColor);
					var t = new n("linetoolnote", e);
					return o._configureProperties(t), t
				}
				state(e) {
					var t = s.prototype.state.call(this, e);
					return e && (t.state.fixedSize = !1), t
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "74nv")))
						.NoteDefinitionsViewModel
				}
				static _configureProperties(e) {
					s._configureProperties(e), e.hasChild("text") || e.addChild("text", new r(window.t(
						"Text"))), e.addExclusion("text")
				}
			}
			o.TOOLTIP_WIDTH = 300, o.TOOLTIP_PADDING = 10, o.TOOLTIP_LINESPACING = 5, o.version = 1;
			class a extends o {
				constructor(e, t) {
					super(e, t || a.createProperties())
				}
				title() {
					return window.t("Anchored Note")
				}
				name() {
					return "Anchored Note"
				}
				isFixed() {
					return !0
				}
				hasEditableCoordinates() {
					return !1
				}
				static createProperties(e) {
					var t = new n("linetoolnoteabsolute", e);
					return a._configureProperties(t), t
				}
				static _configureProperties(e) {
					o._configureProperties(e)
				}
			}
			t.LineToolNote = o, t.LineToolNoteAbsolute = a
		},
		gMtF: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolRiskRewardPriceAxisView", (function() {
				return r
			}));
			var s = i("KcY8");
			class r extends s.a {
				constructor(e, t) {
					super(), this._source = e, this._data = t
				}
				_updateRendererData(e, t, i) {
					if (e.visible = !1, !this._showAxisLabel()) return;
					const s = this._source.priceScale();
					if (0 === this._source.points().length || null === s || s.isEmpty()) return;
					const r = this._source.ownerSource(),
						n = null !== r ? r.firstValue() : null;
					if (null === n) return;
					const o = this._data.priceProperty.value(),
						a = this._data.colorProperty.value();
					i.background = a, i.textColor = this.generateTextColor(a), i.coordinate = s
						.priceToCoordinate(o, n), e.text = s.formatPrice(o, n), e.visible = !0
				}
				_showAxisLabel() {
					return this._source.properties().childs().showPriceLabels.value()
				}
			}
		},
		gP14: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("hbEN"),
				r = i("Eyy1"),
				n = i("aO4+"),
				o = i("eJTA"),
				a = i("HGP3"),
				l = i("oiZD"),
				c = i("JWMC"),
				h = i("jofe"),
				u = i("vTIA"),
				d = i("GxN8"),
				p = i("8sOK"),
				_ = i("LxhU"),
				m = i("tc+8"),
				f = i.n(m),
				g = i("gvrv"),
				b = i("jenN"),
				v = i("kcTO"),
				S = i("Ocx9"),
				y = i("wZIs"),
				w = i("oV8k"),
				P = i("Kxc7"),
				C = i("n5al"),
				x = i("sDZI");
			const T = new v.PriceFormatter;
			class I extends w.a {
				constructor(e, t, i) {
					super(e, t), this._studySource = null, this._paneViews = [], this._metaInfo =
						null, this._destroyed = !1, this._isStarted = !1, this._loadedGraphics =
						null, this._doubleClickHandler = i;
					const s = t.mainSeries();
					this._properties = new S.DefaultProperty("sessions"), Object(y
							.applyDefaultsOverrides)(this._properties.childs().graphics, void 0, !1,
							"sessions"), this._removeDuplicateProperties(), this._properties
						.subscribe(this, this._onPropertiesChanged), t.studyMetaInfoRepository()
						.findById({
							type: "java",
							studyId: "Sessions@tv-basicstudies"
						}).then(e => {
							this._destroyed || null === this._loadedGraphics && (this
								._setMetaInfo(e), null !== this._metaInfo && (this
									._studySource = new g.a(t.chartApi(), s.seriesSource(),
										"sessions_", this._metaInfo), this
									._createPaneViews(), this._studySource.dataCleared()
									.subscribe(this, this.updateAllViews), this._studySource
									.dataUpdated().subscribe(this, this.updateAllViews),
									this._studySource.setInputs({}), this
									._processHibernate()))
						}), t.timeScale().onReset().subscribe(this, this._clearData), t.timeScale()
						.logicalRangeChanged().subscribe(this, this.updateAllViews), t.mainSeries()
						.sessionIdProxyProperty().subscribe(this, this
							._updateVisibleOfPreAndPostMarketBackground), t.mainSeries()
						.properties().interval.subscribe(this, this._processHibernate), this
						._updateVisibleOfPreAndPostMarketBackground(t.mainSeries().properties()
							.sessionId)
				}
				applyOverrides(e) {
					Object(y.applyPropertiesOverrides)(this._properties.childs().graphics, void 0, !
						1, e, "sessions"), this._model.updateSource(this)
				}
				start() {
					this._isStarted = !0, this._processHibernate()
				}
				restart() {
					this._clearData(), P.enabled("stop_study_on_restart") && this.stop(), this
						.start()
				}
				isStarted() {
					return this._isStarted
				}
				stop() {
					this._isStarted = !1, null !== this._studySource && this._studySource.stop()
				}
				isHoveredEnabled() {
					return !1
				}
				paneViews(e) {
					return this._paneViews
				}
				updateAllViews() {
					this._paneViews.forEach(e => e.update())
				}
				updateViewsForPane(e) {
					this.updateAllViews()
				}
				destroy() {
					this._destroyed = !0, null !== this._studySource && (this._studySource
							.dataCleared().unsubscribeAll(this), this._studySource.dataUpdated()
							.unsubscribeAll(this), this._studySource.destroy(), this._studySource =
							null), this._model.timeScale().logicalRangeChanged().unsubscribeAll(
							this), this._model.timeScale().onReset().unsubscribeAll(this), this
						._model.mainSeries().sessionIdProxyProperty().unsubscribeAll(this), this
						._model.mainSeries().properties().interval.unsubscribeAll(this), this
						._properties.unsubscribeAll(this)
				}
				series() {
					return this._model.mainSeries()
				}
				priceScale() {
					return this.series().priceScale()
				}
				graphics() {
					return this._loadedGraphics || Object(r.ensureNotNull)(this._studySource)
						.graphics()
				}
				properties() {
					return this._properties
				}
				graphicsInfo() {
					return Object(r.ensureNotNull)(this._metaInfo).graphics
				}
				firstValue(e) {
					return this._model.mainSeries().firstValue()
				}
				formatter() {
					return T
				}
				state(e) {
					const t = {
						properties: this._properties.state()
					};
					return e && null !== this._metaInfo && (t.data = {
						graphics: Object(b.saveStudyGraphics)(this.graphics()),
						metaInfo: this._metaInfo
					}), t
				}
				restoreState(e, t) {
					const i = e.properties;
					this._migrateOutOfSessionProperty(i), this._properties.mergeAndFire(i), this
						._removeDuplicateProperties(), this
						._updateVisibleOfPreAndPostMarketBackground(this._model.mainSeries()
							.properties().sessionId), void 0 !== e.data && t && (this
							._loadStudyGraphics(e.data.graphics), this._setMetaInfo(e.data
								.metaInfo), this._createPaneViews())
				}
				restoreOldState(e, t) {
					const i = {
						properties: {
							graphics: e.state.graphics
						}
					};
					void 0 !== e.data && void 0 !== e.metaInfo && t && (i.data = {
						metaInfo: e.metaInfo,
						graphics: e.data.graphics
					}), this.restoreState(i, t)
				}
				applyPreferences(e) {
					this._properties.mergePreferences(e)
				}
				metaInfo() {
					return Object(r.ensureNotNull)(this._metaInfo)
				}
				_loadStudyGraphics(e) {
					const t = e.backgrounds;
					if (void 0 !== t) {
						const e = t.findIndex(e => "inSession" === e.styleId); - 1 !== e && t
							.splice(e, 1)
					}
					this._loadedGraphics = Object(b.loadStudyGraphics)(e)
				}
				_setMetaInfo(e) {
					const t = e.graphics.backgrounds;
					void 0 !== t && void 0 !== t.inSession && delete t.inSession, this._metaInfo = e
				}
				_updateVisibleOfPreAndPostMarketBackground(e) {
					const t = !Object(C.isRegularSessionId)(e.value());
					this._outOfSessionVisibilityProperty().setValue(t), this
						._preMarketVisibilityProperty().setValue(t), this
						._postMarketVisibilityProperty().setValue(t)
				}
				_clearData() {
					null !== this._studySource && this._studySource.clearData()
				}
				_createPaneViews() {
					const e = {
						doubleClickHandler: this._doubleClickHandler
					};
					Object(b.createGraphicsPaneViews)(this, this._model, e).then(e => {
						this._paneViews = e, this._model.lightUpdate()
					})
				}
				_onPropertiesChanged() {
					this._processHibernate(), this.updateAllViews()
				}
				_processHibernate() {
					if (null !== this._studySource) {
						const e = this._canBeHibernated(),
							t = this._isHibernated(),
							i = this._studySource.isStarted();
						!t && e && i ? this._studySource.stop() : !t || e || i || this._studySource
							.start()
					}
				}
				_canBeHibernated() {
					const e = this._model.mainSeries(),
						t = this._preMarketVisibilityProperty().value() && this
						._postMarketVisibilityProperty().value() && this
						._outOfSessionVisibilityProperty().value();
					return e.isDWM() || !t && !this._vertLinesVisibleProperty().value()
				}
				_isHibernated() {
					return this._isStarted && (null === this._studySource || !this._studySource
						.isStarted())
				}
				_outOfSessionVisibilityProperty() {
					return this._properties.childs().graphics.childs().backgrounds.childs()
						.outOfSession.childs().visible
				}
				_preMarketVisibilityProperty() {
					return this._properties.childs().graphics.childs().backgrounds.childs()
						.preMarket.childs().visible
				}
				_postMarketVisibilityProperty() {
					return this._properties.childs().graphics.childs().backgrounds.childs()
						.postMarket.childs().visible
				}
				_vertLinesVisibleProperty() {
					return this._properties.childs().graphics.childs().vertlines.childs().sessBreaks
						.childs().visible
				}
				_removeDuplicateProperties() {
					this._properties.hasChild("properties") && (this._properties.removeProperty(
							"properties"), Object(S.saveDefaultProperties)(!0), this._properties
						.childChanged("", null),
						Object(S.saveDefaultProperties)(!1))
				}
				_migrateOutOfSessionProperty(e) {
					const t = e.graphics.backgrounds;
					if (void 0 !== t) {
						const i = t.outOfSession;
						i.color === Object(r.ensureDefined)(x.sessionsPreferencesDefault.graphics
							.backgrounds).outOfSession.color || "postMarket" in t || (e.graphics
							.backgrounds = {
								...t,
								postMarket: {
									color: i.color,
									transparency: i.transparency,
									visible: i.visible
								},
								preMarket: {
									color: i.color,
									transparency: i.transparency,
									visible: i.visible
								}
							})
					}
				}
			}
			var M = i("3ClC"),
				O = i("aIyQ"),
				L = i.n(O),
				A = i("hY0g"),
				E = i.n(A),
				k = i("H0vP"),
				D = i("iDOr"),
				V = i("MbIA"),
				B = i("gQ5K"),
				R = i("3t3b"),
				N = i("4kQX"),
				j = i("mPvX"),
				F = i("mMWL"),
				W = i("txPx"),
				H = i("CW80"),
				U = i("e3/o"),
				z = i("ogJP"),
				G = i("Tmoa"),
				q = i("fTGZ"),
				Y = i("4vW/");

			function K(e, t) {
				return e.code < t.code ? -1 : e.code > t.code ? 1 : 0
			}
			class J {
				constructor(e) {
					this._convertibleItems = e, this._idsToItems = new Map;
					for (const t of e) this._idsToItems.set(t.id, t)
				}
				convertible(e) {
					return void 0 !== this._idsToItems.get(e)
				}
				size() {
					return this._convertibleItems.length
				}
				filterConvertible(e, t) {
					const i = this._convertibleItems.filter(function(e, t) {
						return i => !e.has(i.id) && t(i.id)
					}(e, t));
					return i.sort(K), i
				}
			}
			class Z {
				constructor(e) {
					this._allGroups = new Set, this._idToName = new Map, this._idToDescription =
						new Map, this._groupedUnitIds = new Map, this._groupedUnits = new Map, this
						._groupById = new Map, this._size = 0, this._units = e;
					for (const t in e)
						if (e.hasOwnProperty(t)) {
							this._allGroups.add(t), this._groupedUnitIds.set(t, new Set(e[t].map(e => e
								.id))), this._groupedUnits.set(t, e[t]);
							for (const i of e[t]) this._size++, this._idToName.set(i.id, i.name), this
								._idToDescription.set(i.id, i.description), this._groupById.set(i.id, t)
						}
				}
				unitsChanged(e) {
					return this._units !== e
				}
				size() {
					return this._size
				}
				name(e) {
					return this._idToName.get(e) || e
				}
				description(e) {
					return this._idToDescription.get(e) || e
				}
				unitGroupById(e) {
					return this._groupById.get(e) || null
				}
				allGroups() {
					return new Set(this._allGroups)
				}
				unitsByGroups(e) {
					const t = [];
					return e.forEach(e => {
						const i = this._groupedUnits.get(e);
						void 0 !== i && t.push({
							name: e,
							units: i
						})
					}), t
				}
				convertible(e, t) {
					for (const i of t) {
						const t = this._groupedUnitIds.get(i);
						if (void 0 !== t && t.has(e)) return !0
					}
					return !1
				}
			}
			var X = i("ivNn");
			class $ {
				constructor(e) {
					this._source = null, this._sourcePane = null, this
						._currentToolSupportsPhantomMode = !1, this._model = e
				}
				destroy() {
					this._source = null, this._sourcePane = null
				}
				source() {
					return this._source
				}
				onToolChanged() {
					this._removeSource();
					const e = this._model.currentTool();
					this._currentToolSupportsPhantomMode = Object(H.isLineToolName)(e) && Object(H
						.supportsPhantomMode)(e)
				}
				onCursorPositionUpdated() {
					if (!this._currentToolSupportsPhantomMode) return;
					const e = this._model.crossHairSource();
					if (this._sourcePane !== e.pane && this._removeSource(), null === e.pane || !Object(
							X.isNumber)(e.index) || !Object(X.isNumber)(e.price)) return void this
						._removeSource();
					const t = {
						index: e.index,
						price: e.price
					};
					null !== this._source ? this._source.setPoint(0, t) : (this._source = this._model
						.createLineTool(e.pane, t, this._model.currentTool(), void 0, null), this
						._sourcePane = e.pane)
				}
				_removeSource() {
					null !== this._source && (this._model.removeSource(this._source), this._source =
						null, this._sourcePane = null)
				}
			}
			var Q = i("k9/m"),
				ee = i("4o++"),
				te = i("zL3Q");
			class ie {
				align(e, t, i) {
					let s = e;
					if (!Object(te.a)().value()) return s;
					const n = i.mainDataSource();
					if (null === n) return s;
					const o = n.model().mainSeries();
					if (n !== o) return s;
					const a = o.priceScale(),
						l = o.bars();
					if (a.isEmpty() || !l.contains(t)) return s;
					const c = l.valueAt(t);
					if (null === c) return s;
					const h = [];
					null !== o.priceSource() ? h.push(o.barFunction()(c)) : h.push(c[1], c[2], c[3], c[
						4]);
					const u = Object(r.ensure)(o.firstValue()),
						d = h.map(e => ({
							y: a.priceToCoordinate(e, u),
							price: e
						})),
						p = a.priceToCoordinate(e, u);
					d.sort((e, t) => Math.abs(e.y - p) - Math.abs(t.y - p));
					const _ = d[0];
					return (Object(te.b)().value() === ee.MagnetMode.StrongMagnet || Math.abs(_.y - p) <
						50) && (s = _.price), s
				}
			}
			var se = i("Qb4w"),
				re = i("jCNj"),
				ne = i("OLhd");
			i.d(t, "ChartModelBase", (function() {
				return ce
			}));
			const oe = Object(W.getLogger)("Chart.ChartModel");

			function ae(e, t) {
				const i = e.indexOf(t);
				return -1 !== i && (e.splice(i, 1), !0)
			}
			const le = {
				isSnapshot: !1,
				readOnly: !1,
				watermarkEnabled: !0,
				shiftVisibleRangeOnNewBar: !0,
				currencyConversionEnabled: !1,
				unitConversionEnabled: !1,
				countdownEnabled: !0,
				lastPriceAnimationEnabled: !0
			};
			class ce {
				constructor(e, t, i, r, n, o, a, c) {
					this._onRearrangePanes = new L.a, this._lineToolsGroupModel = new j
						.LineToolsGroupModel, this._sourcesBeingMoved = [], this._lineItemBeingMoved =
						null, this._lineBeingEdited = null, this._linePointBeingEdited = null, this
						._linePointBeingChanged = null, this._customSourceBeingMovedHitTestData = null,
						this._customSourceBeingMoved = null, this._dataSourceCollectionChanged = new L
						.a, this._sourceProperitesChanged = new L.a, this._sourceZOrderChanged = new L
						.a, this._dataSourceSymbolResolved = new L.a, this._sessions = null, this
						._currentTool = "", this._lineBeingCreated = null, this
						._paneBeingCreatedLineOn = null, this._lineCancelled = new L.a, this
						._phantomSourceContainer = new $(this), this._destroyed = !1, this
						._isSettingsExternalPosition = !1, this._isTimeScrolling = !1, this._magnet =
						new ie, this._scrollingState = null, this._panes = [], this._tagsChanged = new L
						.a, this._strategySources = [], this._strategySourcesChange = new L.a, this
						._activeStrategySource = new E.a(null), this._panesCollectionChanged = new L.a,
						this._scrollEnabled = P.enabled("chart_scroll"), this._zoomEnabled = P.enabled(
							"chart_zoom"), this._isScalesResetAvailableChanged = new L.a, this
						._isScalesResetAvailable = !1, this._esdWatcher = null, this._alertsWatcher =
						null, this._hoveredSource = null, this._hoveredSourceChanged = new L.a, this
						._lastHoveredHittestData = null, this._lastSelectedHittestData = null, this
						._topmostCustomSources = [], this._fgCustomSources = [], this
						._bgCustomSources = [], this._allCustomSources = [], this._customSourcesMap =
						new Map, this._multiPaneSources = [], this._showLegendProperty = new f.a, this
						._id = Object(U.guid)(), this._chartSaveTime = null, this
						._availableCurrenciesList = null, this._availableCurrencies = new J([]), this
						._availableUnitsObject = null, this._availableUnits = new Z({}), this
						._shouldBeSavedEvenIfHidden = !1, this._watchedThemeSpawn = l.watchedTheme
						.spawn(), this._gradientColorsCache = null, this._recalcVRStudiesParams = {},
						this._recalcColorStudiesParams = {},
						this._recalcVisibleRangeStudiesImplDebounced = Object(s.default)(this
							._recalcVisibleRangeStudiesImpl.bind(this, this._recalcVRStudiesParams), 500
						), this._recalcColorStudiesImplDebounced = Object(s.default)(this
							._recalcColorStudiesImpl.bind(this, this._recalcColorStudiesParams), 250),
						this._width = 0, this._resetScales = new L.a, this._chartThemeLoaded = new L.a,
						this._chartApi = e, this._invalidateHandler = t, this._undoModel = o, this
						._properties = i, this._options = Object(z.merge)(Object(z.clone)(le), c), this
						._studiesMetaInfoRepository = n, this._readOnly = this._options.readOnly, this
						._isSnapshot = this._options.isSnapshot, this._chartSaveTime = (new Date)
						.valueOf(), this._backgroundColor = new E.a(this._getBackgroundColor()), this
						._backgroundTopColor = new E.a(this._getBackgroundColor(!0)), this._properties
						.childs().paneProperties.childs().background.subscribe(this, this
							._updateBackgroundColor), this._properties.childs().paneProperties.childs()
						.backgroundType.subscribe(this, this._updateBackgroundColor), this._properties
						.childs().paneProperties.childs().backgroundGradientStartColor.subscribe(this,
							this._updateBackgroundColor), this._properties.childs().paneProperties
						.childs().backgroundGradientEndColor.subscribe(this, this
							._updateBackgroundColor), this._backgroundColor.subscribe(this
							.recalcColorStudies.bind(this, !1)), this._watchedThemeSpawn.subscribe(this
							._updateBackgroundColor.bind(this))
				}
				version() {
					return 3
				}
				chartSaveTime() {
					return this._chartSaveTime
				}
				setChartSaveTime(e) {
					this._chartSaveTime = e
				}
				destroy() {
					this._phantomSourceContainer.destroy(), this._hoveredSourceChanged.destroy(),
						null !== this._watermarkSource && (this._watermarkSource.destroy(), this
							._watermarkSource = null), Array.from(this._customSourcesMap.keys())
						.forEach(this._removeCustomSource, this), Object(r.assert)(0 === this
							._topmostCustomSources.length), Object(r.assert)(0 === this._fgCustomSources
							.length), Object(r.assert)(0 === this._bgCustomSources.length), Object(r
							.assert)(0 === this._allCustomSources.length), Object(r.assert)(0 === this
							._customSourcesMap.size), null !== this._esdWatcher && (this._esdWatcher
							.destroy(), this._esdWatcher = null), null !== this._alertsWatcher && (this
							._alertsWatcher.destroy(), this._alertsWatcher = null), this._properties
						.childs().paneProperties.childs().background.unsubscribeAll(this), this
						._properties.childs().paneProperties.childs().backgroundType.unsubscribeAll(
							this), this._properties.childs().paneProperties.childs()
						.backgroundGradientEndColor.unsubscribeAll(this), this._properties.childs()
						.paneProperties.childs().backgroundGradientStartColor.unsubscribeAll(this), this
						._watchedThemeSpawn.destroy(), this._destroyed = !0
				}
				undoModel() {
					return this._undoModel
				}
				addStrategySource(e) {
					-1 === this._strategySources.indexOf(e) && (this._strategySources.push(e), this
						._strategySourcesChange.fire(), this.setActiveStrategySource(e))
				}
				removeStrategySource(e) {
					const t = this._strategySources.indexOf(e);
					if (-1 !== t) {
						if (this._strategySources.splice(t, 1)[0] === this._activeStrategySource
							.value() && this.unsetActiveStrategySource(), this._strategySources.length >
							0
						) {
							const e = this._strategySources[this._strategySources.length - 1];
							this.setActiveStrategySource(e)
						}
						this._strategySourcesChange.fire()
					}
				}
				setActiveStrategySource(e) {
					-1 !== this._strategySources.indexOf(e) && this._activeStrategySource.setValue(e)
				}
				unsetActiveStrategySource() {
					this._activeStrategySource.setValue(null)
				}
				activeStrategySource() {
					return this._activeStrategySource
				}
				strategySources() {
					return this._strategySources
				}
				strategySourcesChange() {
					return this._strategySourcesChange
				}
				setScrollEnabled(e) {
					this._scrollEnabled = e
				}
				scrollEnabled() {
					return this._scrollEnabled
				}
				setZoomEnabled(e) {
					this._zoomEnabled = e
				}
				zoomEnabled() {
					return this._zoomEnabled
				}
				zoomToViewport(e, t, i, s, r) {
					this.setTimeViewport(e, t);
					let n = Math.min(i, s),
						o = Math.max(i, s);
					const a = r.defaultPriceScale();
					a.isPercentage() || a.setMode({
							autoScale: !1
						}), a.isLog() && (n = a.priceToLogical(n), o = a.priceToLogical(o)), a
						.setPriceRange(new se.PriceRange(n, o)), this.recalculateAllPanes(), this
						.invalidate(this._paneInvalidationMask(r, k.InvalidationLevel.Light)), this
						._setScalesResetAvailable(!0)
				}
				setTimeViewport(e, t) {
					this.timeScale().zoomToBarsRange(e, t), this.recalculateAllPanes(), this
						.recalcVisibleRangeStudies(), this.lightUpdate()
				}
				onTagsChanged() {
					return this._tagsChanged
				}
				canZoomIn() {
					return this._timeScale.canZoomIn() && this._zoomEnabled
				}
				canZoomOut() {
					return this._timeScale.canZoomOut() && this._zoomEnabled
				}
				onPaneTagsChanged() {
					this._tagsChanged.fire()
				}
				panesCollectionChanged() {
					return this._panesCollectionChanged
				}
				dataSourceCollectionChanged() {
					return this._dataSourceCollectionChanged
				}
				symbolSourceResolved() {
					return this._dataSourceSymbolResolved
				}
				sourceProperitesChanged() {
					return this._sourceProperitesChanged
				}
				sourceZOrderChanged() {
					return this._sourceZOrderChanged
				}
				updateCrosshairPositionByOriginCoords() {
					const e = this.crossHairSource(),
						t = e.pane;
					let i = e.originX(),
						s = e.originY();
					if (Number.isFinite(i) || (i = e.x, s = e.y), null !== t && Number.isFinite(i) &&
						Number.isFinite(s)) {
						const e = this._timeScale.coordinateToVisibleIndex(i);
						let n = NaN;
						const o = t.defaultPriceScale();
						if (!o.isEmpty()) {
							const e = Object(r.ensureNotNull)(t.mainDataSource()).firstValue();
							null !== e && (n = o.coordinateToPrice(s, Object(r.ensureNotNull)(e)))
						}
						this.crossHairSource().setPosition(e, n, t) && this._undoModel.chartWidget()
							.isActive() && this._syncCrosshair()
					}
				}
				zoomTime(e, t, i) {
					if (!this._zoomEnabled) return;
					const s = this.timeScale();
					if (s.isEmpty() || 0 === t) return;
					const r = s.width();
					e = Math.max(1, Math.min(e, r - 2)), s.zoom(e, t, i), this.recalculateAllPanes(),
						this.lightUpdate(), this.recalcVisibleRangeStudies(), this
						._setScalesResetAvailable(!0)
				}
				linePointBeingEdited() {
					return this._linePointBeingEdited
				}
				linePointBeingChanged() {
					return this._linePointBeingChanged
				}
				dataSources() {
					const e = [this.crossHairSource()];
					for (const t of this._panes)
						for (const i of t.dataSources()) e.push(i);
					return e
				}
				priceDataSources() {
					const e = [];
					for (const t of this._panes)
						for (const i of t.priceDataSources()) e.push(i);
					return e
				}
				lineToolsGroupModel() {
					return this._lineToolsGroupModel
				}
				restoreLineToolsGroups(e) {
					this._lineToolsGroupModel = j.LineToolsGroupModel.fromState(this, e)
				}
				realignLineTools() {
					for (const e of this._panes) e.realignLineTools() && this
						._dataSourceCollectionChanged.fire(e)
				}
				updateSource(e) {
					const t = this._invalidationMaskForSource(e);
					null !== t && this.invalidate(t)
				}
				updateSourcePriceScale(e) {
					const t = this._invalidationMaskForSourcePriceScale(e);
					null !== t && this.invalidate(t)
				}
				replaceStudyStub(e, t) {
					const i = this.paneForSource(e);
					if (null === i) return !1;
					const s = e.priceScale(),
						r = e.zorder(),
						n = e.ownerSource();
					return this.paneForSource(e) === i ? i.replaceSource(e, t, s) : (i.insertDataSource(
							t, s, r), this.removeSource(e)), t.setOwnerSource(n), this.dataSources()
						.forEach(i => {
							i.ownerSource() === e && i.setOwnerSource(t)
						}), t.start(), this.recalculatePane(i), this.fullUpdate(), !0
				}
				insertStudyStub(e) {
					const t = this.mainSeries(),
						i = Object(r.ensureNotNull)(this.paneForSource(t)),
						s = new p.StudyStub(this, null, e),
						n = i.createPriceScaleAtPosition("overlay");
					return i.addDataSource(s, n, !1), this.recalculatePane(i), this.fullUpdate(), s
				}
				removeStudyStub(e) {
					const t = this.dataSourceForId(e);
					return null === t ? (oe.logNormal("StudyStub id=" + e +
						" is not found in chart model"), !1) : (this.removeSource(t), !0)
				}
				setHoveredSource(e, t = null) {
					const i = this._hoveredSource !== e;
					if (!i && this._lastHoveredHittestData === t) return;
					this._lastHoveredHittestData = t;
					let s = null;
					if (this._hoveredSource) {
						this._hoveredSource.updateAllViews(), s = new k.InvalidationMask(k
							.InvalidationLevel.Cursor);
						const e = this._invalidationMaskForSource(this._hoveredSource, k
							.InvalidationLevel.Light);
						null !== e && s.merge(e)
					}
					if (this._hoveredSource = e, e) {
						e.updateAllViews(), s || (s = new k.InvalidationMask(k.InvalidationLevel
							.Cursor));
						const t = this._invalidationMaskForSource(e, k.InvalidationLevel.Light);
						null !== t && s.merge(t)
					}
					s && this.invalidate(s), i && this._hoveredSourceChanged.fire(e)
				}
				hoveredSource() {
					return this._hoveredSource
				}
				hoveredSourceChanged() {
					return this._hoveredSourceChanged
				}
				lastHittestData() {
					return this._lastHoveredHittestData || this.lastSelectedHittestData()
				}
				lastSelectedHittestData() {
					var e;
					return this._lastSelectedHittestData || ((null === (e = this
							._customSourceBeingMovedHitTestData) || void 0 === e ? void 0 : e
						.beingMoved) ? this._customSourceBeingMovedHitTestData : null)
				}
				syncTimeWithModel(e, t) {
					const i = this.mainSeries().syncModel();
					if (null === i) return;
					const s = 1e3 * this.createSyncPoint(Object(r.ensureNotNull)(e.mainSeries()
							.syncModel()), i).sourceTimeToTargetTime(t / 1e3),
						n = Object(re.get_timezone)(this.timezone());
					let o = Object(re.utc_to_cal)(n, s);
					this.mainSeries().isDWM() && (o = i.getSession().spec.correctTradingDay(o), Object(
							re.set_hms)(o, 0, 0, 0, 0, Object(re.get_timezone)("Etc/UTC"))), this
						._gotoTimeImpl(o.getTime(), {
							centerIfVisible: !1
						})
				}
				gotoTime(e) {
					return this._gotoTimeImpl(e, {
						centerIfVisible: !0
					})
				}
				paneForSource(e) {
					if (!Object(d.a)(e)) return Array.from(this._customSourcesMap.values()).includes(
						e) ? this.paneForSource(this.mainSeries()) : null;
					for (let t = this._panes.length - 1; t >= 0; t--)
						if (this._panes[t].hasDataSource(e)) return this._panes[t];
					return e instanceof q.BarsMarksContainer ? this.paneForSource(this.mainSeries()) :
						null
				}
				allStudies(e) {
					const t = e ? e => Object(M.isStudy)(e) && !Object(M.isESDStudy)(e) : M.isStudy;
					return this._getAllSources(t)
				}
				findNonOverlayStudyWithGroupingKey(e, t) {
					const i = void 0 !== t ? [t] : this._panes;
					for (const t of i) {
						const i = t.dataSources().find(i => Object(M.isStudy)(i) && i.metaInfo()
							.groupingKey === e && !t.isOverlay(i));
						if (void 0 !== i) return {
							pane: t,
							study: i
						}
					}
					return null
				}
				movePaneUp(e) {
					this.movePane(e, e - 1)
				}
				movePaneDown(e) {
					this.movePane(e, e + 1)
				}
				movePane(e, t) {
					const i = this._panes[e];
					this._panes.splice(e, 1), this._panes.splice(t, 0, i), this._panesCollectionChanged
						.fire(this._panes), this._onRearrangePanes.fire(), this.invalidate(k
							.InvalidationMask.panesOrder())
				}
				backgroundColor() {
					return this._backgroundColor
				}
				backgroundTopColor() {
					return this._backgroundTopColor
				}
				backgroundColorAtYPercentFromTop(e) {
					const t = this.backgroundColor().value(),
						i = this.backgroundTopColor().value();
					if (t === i) return t;
					if (e = Math.max(0, Math.min(100, Math.round(100 * e))), null === this
						._gradientColorsCache || this._gradientColorsCache.topColor !== i || this
						._gradientColorsCache.bottomColor !== t) this._gradientColorsCache = {
						topColor: i,
						bottomColor: t,
						colors: new Map
					};
					else {
						const t = this._gradientColorsCache.colors.get(e);
						if (void 0 !== t) return t
					}
					const s = Object(G.gradientColorAtPercent)(i, t, e / 100);
					return this._gradientColorsCache.colors.set(e, s), s
				}
				backgroundCounterColor() {
					const e = this.backgroundColor().value();
					if (void 0 === this._lastBackgroundColor || void 0 === this._lastOriginalColor ||
						e !== this._lastBackgroundColor) {
						const t = Object(o.rgbToBlackWhiteString)(Object(o.parseRgb)(e), 150);
						this._lastBackgroundColor = e, this._lastOriginalColor = "black" === t ?
							"white" : "black"
					}
					return this._lastOriginalColor
				}
				isDark() {
					return "white" === this.backgroundCounterColor()
				}
				defaultResolutions() {
					return this.chartApi().defaultResolutions()
				}
				availableCurrencies() {
					const e = this._getAvailableCurrencies();
					return e.length !== this._availableCurrencies.size() && (this._availableCurrencies =
						new J(e)), this._availableCurrencies
				}
				currencyConversionEnabled() {
					return this._options.currencyConversionEnabled
				}
				availableUnits() {
					const e = this._getAvailableUnits();
					return this._availableUnits.unitsChanged(e) && (this._availableUnits = new Z(e)),
						this._availableUnits
				}
				unitConversionEnabled() {
					return this._options.unitConversionEnabled
				}
				studyTemplate(e, t, i) {
					const s = {
						panes: [],
						version: this.version()
					};
					for (const e of this.panes()) s.panes.push(e.state(!0, !1, !0));
					const r = this.mainSeries();
					return e && (s.symbol = r.symbol(), i && (s.currency = r.currency()), i && (s.unit =
						r.unit())), t && (s.interval = r.interval()), s
				}
				restoreLineToolState(e, t) {
					e.restorePoints(t.points, t.indexes || []), e.properties().merge(t.state), e
						.restoreData && e.restoreData(t), e.linkKey().setValue(t.linkKey || null), e
						.createServerPoints(), this.fullUpdate();
					const i = e.linkKey().value();
					null !== i && Object(F.restoreLineToolState)({
						model: this,
						linkKey: i,
						state: t
					})
				}
				updateLineTools() {
					for (const e of this.dataSources()) Object(H.isLineTool)(e) && (e
						.tryCreateServerPoints(), e.checkAlert && e.checkAlert())
				}
				onResetScales() {
					return this._resetScales
				}
				startMovingSources(e, t, i, s, n, o) {
					if (this._sourcesBeingMoved = e, this._lineItemBeingMoved = i, this
						._sourcesBeingMoved.forEach(e => {
							const a = Object(r.ensureNotNull)(this.paneForSource(e)),
								l = Object(H.isLineTool)(e),
								c = l && e.linkKey().value();
							if (!1 !== c && null !== c && s.has(c) && l && e.isFixed()) {
								const t = Object(r.ensureDefined)(s.get(c)),
									l = {
										screen: this._percentPositionToPoint(t, a)
									};
								e.startMoving(l, i, n, o)
							} else e.startMoving(t, i, n, o);
							const h = this._paneInvalidationMask(a, k.InvalidationLevel.Light);
							this.invalidate(h)
						}), !o) {
						const s = e.filter(H.isLineTool).filter(e => e.linkKey().value() && e
							.isSynchronizable()).map(e => e.linkKey().value());
						if (s.length && t.logical) {
							const o = this.externalTimeStamp(t.logical.index),
								a = {
									linkKeys: s,
									model: this,
									symbol: this.mainSeries().symbol(),
									point: {
										price: t.logical.price,
										timeStamp: o
									},
									itemIndex: null !== i ? i : void 0,
									envState: n,
									pointPositionPercents: new Map
								};
							e.forEach(e => {
								if (Object(H.isLineTool)(e)) {
									const i = e.linkKey().value();
									if (i && e.isSynchronizable() && e.isFixed()) {
										const s = Object(r.ensureNotNull)(this.paneForSource(
											e));
										a.pointPositionPercents.set(i, this
											._pointToPercentPosition(Object(r.ensureDefined)
												(t.screen), s))
									}
								}
							}), Object(F.startMovingLineTool)(a)
						}
					}
					F.isToolMovingNow.setValue(!0)
				}
				moveSources(e, t, i, s) {
					if (this._sourcesBeingMoved.filter(e => !e.isLocked || !e.isLocked()).forEach(n => {
							const o = Object(H.isLineTool)(n) ? n.linkKey().value() : null;
							if (null !== o && t.has(o)) {
								const e = Object(r.ensureNotNull)(this.paneForSource(n)),
									a = Object(r.ensureDefined)(t.get(o)),
									l = {
										screen: this._percentPositionToPoint(a, e)
									};
								n.move(l, this._lineItemBeingMoved, i, s)
							} else n.move(e, this._lineItemBeingMoved, i, s)
						}), this.lightUpdate(), !s && e.logical) {
						const t = this._sourcesBeingMoved.filter(H.isLineTool).filter(e => e
								.isSynchronizable() && !!e.linkKey().value()).map(e => e.linkKey()
								.value()),
							s = this.externalTimeStamp(e.logical.index),
							n = {
								linkKeys: t,
								model: this,
								point: {
									price: e.logical.price,
									timeStamp: s
								},
								envState: i,
								pointPositionPercents: new Map
							};
						this._sourcesBeingMoved.filter(H.isLineTool).forEach(t => {
							if (t.linkKey().value() && t.isSynchronizable() && t.isFixed()) {
								const i = Object(r.ensureNotNull)(this.paneForSource(t));
								n.pointPositionPercents.set(t.linkKey().value(), this
									._pointToPercentPosition(Object(r.ensureDefined)(e
										.screen), i))
							}
						}), Object(F.moveLineTool)(n)
					}
				}
				endMovingSources(e, t) {
					const i = this._sourcesBeingMoved.map(i => {
							const s = Object(r.ensureNotNull)(this.paneForSource(i)),
								n = i.endMoving(e, t),
								o = this._paneInvalidationMask(s, k.InvalidationLevel.Light);
							return o.invalidateAll(k.InvalidationLevel.Light), this.invalidate(o), n
						}),
						s = this._sourcesBeingMoved.filter(H.isLineTool).filter(e => e
							.isSynchronizable() && !!e.linkKey().value()).map(e => e.linkKey().value()),
						n = this._sourcesBeingMoved.filter(H.isLineTool).filter(e => e
							.isSynchronizable() && !!e.linkKey).map(e => {
							const t = {
								points: e.normalizedPoints(),
								interval: this.mainSeries().interval()
							};
							return e.isFixed() && (t.pointPositionPercents = e
								.calcPositionPercents()), t
						});
					s.length && Object(F.finishMovingLineTool)({
							linkKeys: s,
							model: this,
							finalStates: n,
							changes: i
						}), this._sourcesBeingMoved = [], this._lineItemBeingMoved = null, F
						.isToolMovingNow.setValue(!1)
				}
				sourcesBeingMoved() {
					return this._sourcesBeingMoved
				}
				setMovingCustomSource(e, t) {
					this._customSourceBeingMoved = e, this._customSourceBeingMovedHitTestData = null !==
						t ? {
							beingMoved: !1,
							...t
						} : null
				}
				processingCustomSourceMove() {
					null !== this._customSourceBeingMovedHitTestData && (this
						._customSourceBeingMovedHitTestData.beingMoved = !0)
				}
				customSourceMovingHitTestData() {
					return this._customSourceBeingMovedHitTestData
				}
				customSourceBeingMoved() {
					return null !== this._customSourceBeingMovedHitTestData && this
						._customSourceBeingMovedHitTestData.beingMoved ? this._customSourceBeingMoved :
						null
				}
				width() {
					return this._width
				}
				setWidth(e, t) {
					this._width = e, this._timeScale.setWidth(e, t);
					for (const t of this._panes) t.setWidth(e);
					this.recalculateAllPanes(), this.recalcVisibleRangeStudies()
				}
				setPaneHeight(e, t) {
					e.setHeight(t), this.recalculateAllPanes(), this.lightUpdate()
				}
				isScalesResetAvailableChanged() {
					return this._isScalesResetAvailableChanged
				}
				isScalesResetAvailable() {
					return this._isScalesResetAvailable
				}
				panes() {
					return this._panes
				}
				paneForId(e) {
					return this._panes.find(t => t.id() === e) || null
				}
				createPane(e, t, i) {
					const s = this._undoModel.chartWidget();
					s.isMaximizedPane() && s.toggleMaximizePane();
					const r = this._properties.childs().paneProperties;
					t && r.merge(t);
					const n = new D.Pane(this._timeScale, r, this, i);
					return void 0 !== e ? this._panes.splice(e, 0, n) : this._panes.push(n), n
						.onTagsChanged().subscribe(this, ce.prototype.onPaneTagsChanged), n
						.dataSourcesCollectionChanged().subscribe(this, () => this
							._dataSourceCollectionChanged.fire(n)), n.sourcePropertiesChanged()
						.subscribe(this, e => this._sourceProperitesChanged.fire(n, e)), n
						.sourceZOrderChanged().subscribe(this, e => this._sourceZOrderChanged.fire(n,
							e)), n.symbolSourceResolved().subscribe(this, e => this
							._dataSourceSymbolResolved.fire(n, e)), this._panesCollectionChanged.fire(
							this._panes), this.invalidate(k.InvalidationMask.panesOrder()), n
				}
				removePane(e) {
					const t = this._undoModel.chartWidget();
					t.isMaximizedPane() && t.toggleMaximizePane();
					const i = e;
					i.destroy();
					const s = this._panes.indexOf(i); - 1 !== s && (this._panes.splice(s, 1), e
						.dataSourcesCollectionChanged().unsubscribeAll(this), e
						.sourcePropertiesChanged().unsubscribeAll(this), e.onTagsChanged()
						.unsubscribeAll(this), e.symbolSourceResolved().unsubscribeAll(this));
					this.crossHairSource().pane === e && this.clearCurrentPosition(), this
						._panesCollectionChanged.fire(this._panes), this.invalidate(k.InvalidationMask
							.panesOrder())
				}
				changePanesHeight(e, t) {
					if (this._panes.length < 2) return;
					Object(r.assert)(e >= 0 && e < this._panes.length, "Invalid pane index");
					const i = this._panes[e],
						s = this._panes.reduce((e, t) => e + t.stretchFactor(), 0),
						n = this._panes.reduce((e, t) => e + t.height(), 0),
						o = n - 30 * (this._panes.length - 1);
					t = Math.min(o, Math.max(30, t));
					const a = s / n,
						l = i.height();
					i.setStretchFactor(t * a);
					let c = t - l,
						h = this._panes.length - 1;
					for (const e of this._panes)
						if (e !== i) {
							const t = Math.min(o, Math.max(30, e.height() - c / h));
							c -= e.height() - t, h -= 1;
							const i = t * a;
							e.setStretchFactor(i)
						} this.fullUpdate()
				}
				clearCurrentPosition() {
					const e = this.crossHairSource();
					e.clearPosition(), Object(r.ensureNotNull)(e.dataWindowView()).update();
					const t = this._panes;
					for (let e = t.length; e--;) {
						const i = t[e].dataSources();
						for (let e = i.length; e--;) {
							const t = i[e].dataWindowView();
							t && t.update();
							const s = i[e].legendView();
							s && s.update()
						}
					}
					this.invalidate(k.InvalidationMask.cursor());
					const i = this._undoModel.chartWidget();
					i.chartWidgetCollection().syncCrosshair(null, i), this._phantomSourceContainer
						.onCursorPositionUpdated()
				}
				setAndSaveCurrentPosition(e, t, i, s) {
					this.crossHairSource().saveOriginCoords(e, t), this.setCurrentPosition(e, t, i, s)
				}
				setCurrentPosition(e, t, i, s) {
					let n = NaN;
					const o = this._timeScale.coordinateToVisibleIndex(e),
						a = i.defaultPriceScale();
					let l = null;
					a.isEmpty() || (l = Object(r.ensureNotNull)(i.mainDataSource()).firstValue(),
						null !== l && (n = a.coordinateToPrice(t, l)));
					const c = this.crossHairSource(),
						h = c.selectPointMode().value(),
						u = this.currentTool(),
						d = this.mainSeries();
					if (!this._isSettingsExternalPosition && (this._lineBeingCreated || this
							._lineBeingEdited || Object(H.isLineToolName)(u) || Object(F.toolIsMeasure)(
								u)) && (n = this._magnet.align(n, o, i), null !== l && c
							.saveOriginCoords(c.originX(), a.priceToCoordinate(n, l))), this
						._isTimeScrolling) {
						if (!this._isSettingsExternalPosition && h) {
							const e = d.bars().firstIndex(),
								t = d.bars().lastIndex();
							if (null !== e && null !== t) {
								const s = Math.min(Math.max(o, e), t);
								s !== o && this._setCorrectedPositionToCrosshair(s, n, l, i)
							}
						} else c.setPosition(c.index, n, i);
						return
					}
					c.setOnHoveredChartWidget(!0), c.setPosition(o, n, i), Object(r.ensureNotNull)(c
						.dataWindowView()).update();
					const p = this._panes;
					for (let e = p.length; e--;) {
						const t = p[e].dataSources();
						for (let e = t.length; e--;) {
							const i = t[e].dataWindowView();
							i && i.update();
							const s = t[e].legendView();
							s && s.update()
						}
					}
					const _ = d.syncModel();
					if (this.crossHairSource().startMeasurePoint() || this._lineBeingCreated ? this
						.lightUpdate() : this.invalidate(k.InvalidationMask.cursor()), this
						._lineBeingCreated) {
						const e = this._lineBeingCreated.linkKey().value();
						if (!this._isSettingsExternalPosition) {
							this._lineBeingCreated.setLastPoint({
								index: o,
								price: n
							}, s), this._lineBeingCreated.updateAllViews();
							const t = Object(r.ensureNotNull)(this._lineBeingCreated.lastPoint());
							if (t.price === n && t.index === o || this._setCorrectedPositionToCrosshair(
									t.index, t.price, l, i), _ && e) {
								const i = this._timeScale.points().roughTime(t.index, _.projectTime
									.bind(_));
								Object(F.setLineToolLastPoint)({
									model: this,
									linkKey: e,
									point: {
										timeStamp: Object(r.ensureNotNull)(i),
										price: t.price
									}
								})
							}
						}
					}
					if (!this._isSettingsExternalPosition && null !== this._lineBeingEdited && null !==
						this._linePointBeingEdited) {
						this.changeLinePoint({
							index: o,
							price: n
						}, s);
						const e = this._lineBeingEdited.getPoint(this._linePointBeingEdited);
						null !== e && this._setCorrectedPositionToCrosshair(e.index, e.price, l, i)
					}
					if (!this._isSettingsExternalPosition && h) {
						const e = d.bars().firstIndex(),
							t = d.bars().lastIndex();
						if (null !== e && null !== t) {
							const s = Math.min(Math.max(o, e), t);
							s !== o && this._setCorrectedPositionToCrosshair(s, n, l, i)
						}
					}
					this._syncCrosshair(s)
				}
				setExternalPosition(e, t) {
					let i;
					const s = this.crossHairSource();
					if (s.setOnHoveredChartWidget(!1), null !== e && Object(z.isNumber)(e.timeStamp)) {
						const t = this.mainSeries().syncModel();
						if (t) {
							const s = this.createSyncPoint(e.syncModel, t).sourceTimeToTargetTime(e
								.timeStamp);
							i = this._timeScale.points().roughIndex(s, t.distance.bind(t))
						}
					}
					if (null !== e && null != i && Number.isFinite(i) && void 0 !== e.price && Number
						.isFinite(e.price)) {
						this._isSettingsExternalPosition = !0;
						const n = Object(r.ensureNotNull)(this.paneForSource(this.mainSeries())),
							o = this._timeScale.indexToCoordinate(i),
							a = Object(r.ensureNotNull)(n.mainDataSource()).firstValue();
						if (null !== a) {
							const i = this.mainSeries().priceScale().priceToCoordinate(e.price, a);
							s.clearOriginCoords(), this.setCurrentPosition(o, i, n, t)
						}
						return s.setOnHoveredChartWidget(!1), void(this._isSettingsExternalPosition = !
							1)
					}
					null != i && Number.isFinite(i) ? (s.clearOriginCoords(), s.setPosition(i, NaN,
						null)) : (s.clearPosition(), Object(r.ensureNotNull)(s.dataWindowView())
						.update());
					const n = this.dataSources();
					for (let e = n.length; e--;) {
						const t = n[e].dataWindowView();
						t && t.update();
						const i = n[e].legendView();
						i && i.update()
					}
					this.invalidate(k.InvalidationMask.cursor())
				}
				startScaleTime(e) {
					this._timeScale.startScale(e)
				}
				scaleTimeTo(e) {
					this._timeScale.scaleTo(e), this.recalculateAllPanes(), this.lightUpdate(), this
						._setScalesResetAvailable(!0)
				}
				endScaleTime() {
					this._timeScale.endScale(), this.lightUpdate(), this.recalcVisibleRangeStudies()
				}
				resetTimeScale() {
					this._timeScale.restoreDefault(), this.recalculateAllPanes(), this
						.recalcVisibleRangeStudies(), this.lightUpdate(), this._resetScales.fire(), this
						._setScalesResetAvailable(!1)
				}
				startScalePrice(e, t, i) {
					e.startScalePrice(t, i)
				}
				scalePriceTo(e, t, i) {
					e.scalePriceTo(t, i), this.mainSeries().priceScale().isLockScale() ? this
						.lightUpdate() : this.invalidate(this._paneInvalidationMask(e, k
							.InvalidationLevel.Light)), this._setScalesResetAvailable(!0)
				}
				endScalePrice(e, t) {
					e.endScalePrice(t), this.invalidate(this._paneInvalidationMask(e, k
						.InvalidationLevel.Light))
				}
				resetPriceScale(e, t) {
					this._setScalesResetAvailable(!1), e.resetPriceScale(t), this.invalidate(this
						._paneInvalidationMask(e, k.InvalidationLevel.Light))
				}
				restorePriceScaleState(e, t, i) {
					e.restorePriceScaleState(t, i), this.invalidate(this._paneInvalidationMask(e, k
						.InvalidationLevel.Light))
				}
				currentTool() {
					return this._currentTool
				}
				setCurrentTool(e) {
					this._currentTool !== e && (Object(H.isLineToolName)(e) && this.selectionMacro(
						e => {
							e.clearSelection()
						}), this._currentTool = e, this._phantomSourceContainer.onToolChanged())
				}
				onRearrangePanes() {
					return this._onRearrangePanes
				}
				finishLineTool(e) {
					const t = e.linkKey().value();
					Object(F.drawOnAllCharts)().value() && null !== t && e.isSynchronizable() && Object(
						F.finishLineTool)({
						linkKey: t,
						model: this
					})
				}
				startChangingLinetool(e, t, i, s, n) {
					this._lineBeingEdited = e, this._linePointBeingChanged = t || null, this
						._linePointBeingEdited = void 0 === i ? null : i, F.isToolEditingNow.setValue(!
							0), this._lineBeingEdited.startChanging(i, t, n);
					const o = Object(r.ensureNotNull)(this.paneForSource(e));
					this._lineBeingEdited.startDragPoint && void 0 !== i && void 0 !== t && this
						._lineBeingEdited.startDragPoint(i, t), n || void 0 === i || void 0 === t ||
						this._lineBeingEdited.setPoint(i, t, s, n), this._lineBeingEdited
						.updateAllViews();
					const a = this._paneInvalidationMask(o, k.InvalidationLevel.Light);
					this.invalidate(a);
					const l = e.linkKey().value();
					if (l && e.isSynchronizable() && void 0 !== i && void 0 !== t) {
						const e = Object(r.ensureNotNull)(this.externalTimeStamp(t.index));
						Object(F.startChangingLineTool)({
							linkKey: l,
							model: this,
							symbol: this.mainSeries().symbol(),
							point: {
								price: t.price,
								timeStamp: e
							},
							pointIndex: i,
							envState: s || null
						})
					}
				}
				createLineTool(e, t, i, s, o, a) {
					if (Object(r.assert)(Object(H.isLineToolName)(i),
							"Cannot create unknown line tool: " + i), "LineToolExecution" !== i &&
						Object(c.trackEvent)("drawings", "Study_Drawing_" + i), s) {
						const e = s.state();
						s = Object(H.createLineToolProperties)(i, e)
					}
					const l = Object(H.createLineTool)(i, this, s, null),
						h = !l.linkKey().value() && !o;
					Object(F.drawOnAllCharts)().value() ? l.linkKey().setValue(o || Object(U.randomHash)
						()) : l.linkKey().setValue(o), a = a || Object(r.ensureNotNull)(e
						.mainDataSource()), s || Object(H.prepareLineToolPropertiesByOwnerSource)(l
						.properties(), a), l.setOwnerSource(a);
					const u = a.priceScale();
					let d;
					if (e.addDataSource(l, u, !1), l.isFixed()) {
						const i = Object(r.ensureNotNull)(Object(r.ensureNotNull)(e.mainDataSource())
								.firstValue()),
							s = this._timeScale.indexToCoordinate(t.index),
							o = Object(r.ensureNotNull)(u).priceToCoordinate(t.price, i);
						d = l.addFixedPoint(new n.Point(s, o))
					} else d = l.addPoint(t);
					return d || (this._lineBeingCreated = l, this._paneBeingCreatedLineOn = e, F
							.isToolCreatingNow.setValue(!0)), h && l.enableCurrentIntervalVisibility(),
						this.fullUpdate(), l
				}
				endChangingLinetool(e, t) {
					const i = Object(r.ensureNotNull)(this._lineBeingEdited),
						s = i.endChanging(!1, e);
					this._lineBeingEdited = null, F.isToolEditingNow.setValue(!1), this
						._linePointBeingEdited = null, this._linePointBeingChanged = null, this
						.lightUpdate();
					const n = {
							points: i.normalizedPoints(),
							interval: this.mainSeries().interval()
						},
						o = i.linkKey().value();
					null !== o && i.isSynchronizable() && Object(F.finishChangingLineTool)({
						model: this,
						linkKey: o,
						symbol: this.mainSeries().symbol(),
						finalState: n,
						changes: s
					})
				}
				continueCreatingLine(e, t, i, s) {
					const n = Object(r.ensureNotNull)(this._lineBeingCreated),
						o = n.addPoint(e, t, i);
					n.updateAllViews();
					const a = new k.InvalidationMask(k.InvalidationLevel.Light);
					return o && (this._paneBeingCreatedLineOn = null, this._lineBeingCreated = null, F
						.isToolCreatingNow.setValue(!1)), this.invalidate(a), o
				}
				cancelCreatingLine() {
					if (!this._lineBeingCreated) return;
					const e = this._lineBeingCreated;
					this.removeSource(this._lineBeingCreated), this._lineBeingCreated = null, this
						._lineCancelled.fire(), F.isToolCreatingNow.setValue(!1), Object(F
							.drawOnAllCharts)().value() && e.isSynchronizable() && Object(F
							.cancelLineTool)({
							model: this
						})
				}
				lineBeingCreated() {
					return this._lineBeingCreated
				}
				paneBeingCreatedLineOn() {
					return this._paneBeingCreatedLineOn
				}
				lineCancelled() {
					return this._lineCancelled
				}
				isPhantomLine(e) {
					return this._phantomSourceContainer.source() === e
				}
				changeLinePoint(e, t, i) {
					const s = Object(r.ensureNotNull)(this._lineBeingEdited),
						n = Object(r.ensureNotNull)(this._linePointBeingEdited);
					let o = e.price,
						a = e.index;
					if (s.setPoint(n, e, t), !i) {
						const e = s.getPoint(n);
						null !== e && (a = e.index, o = e.price)
					}
					s.updateAllViews(), this.lightUpdate();
					const l = s.linkKey().value();
					if (!i && null !== l && s.isSynchronizable()) {
						const e = Object(r.ensureNotNull)(this._linePointBeingChanged),
							i = {
								indexesChanged: a !== e.index,
								pricesChanged: o !== e.price
							},
							c = s.getChangePointForSync(n);
						if (null !== c) {
							const e = this.externalTimeStamp(a);
							null !== e && (o = c.price, Object(F.changeLineTool)({
								linkKey: l,
								model: this,
								symbol: this.mainSeries().symbol(),
								point: {
									price: o,
									timeStamp: e
								},
								envState: t,
								changes: i
							}))
						}
					}
				}
				changeLinePoints(e, t, i) {
					const s = e.points(),
						n = e.linkKey().value();
					!i && n && e.isSynchronizable() && t.forEach((t, i) => {
						const o = s[i],
							a = o.price !== t.price,
							l = o.index !== t.index;
						if (e.getChangePointForSync(i)) {
							const e = Object(r.ensureNotNull)(this.externalTimeStamp(t.index));
							Object(F.changeLineTool)({
								linkKey: n,
								model: this,
								symbol: this.mainSeries().symbol(),
								point: {
									price: t.price,
									timeStamp: e
								},
								changes: {
									pricesChanged: a,
									indexesChanged: l
								}
							})
						}
					}), e.setPoints(t), e.updateAllViews(), this.lightUpdate()
				}
				addCustomSource(e, t, i = u.CustomSourceLayer.Foreground) {
					this._customSourcesMap.has(e) && oe.logWarn(
						`Attempt to add the same custom source multiple time "${e}"`), oe.logNormal(
						`Adding custom source "${e}"`);
					const s = t(e, this);
					switch (i) {
						case u.CustomSourceLayer.Background:
							this._bgCustomSources.push(s);
							break;
						case u.CustomSourceLayer.Foreground:
							this._fgCustomSources.push(s);
							break;
						case u.CustomSourceLayer.Topmost:
							this._topmostCustomSources.push(s);
							break;
						default:
							throw new Error("Unknown custom sources layer " + i)
					}
					this._allCustomSources.push(s), this._customSourcesMap.set(e, s), this.lightUpdate()
				}
				removeCustomSource(e) {
					this._removeCustomSource(e), this.lightUpdate()
				}
				hasCustomSource(e) {
					return this._customSourcesMap.has(e)
				}
				customSourceForName(e) {
					return this._customSourcesMap.get(e) || null
				}
				customSourceName(e) {
					let t = null;
					return this._customSourcesMap.forEach((i, s) => {
						i === e && (t = s)
					}), t
				}
				customSources(e) {
					switch (e) {
						case u.CustomSourceLayer.Background:
							return this._bgCustomSources;
						case u.CustomSourceLayer.Foreground:
							return this._fgCustomSources;
						case u.CustomSourceLayer.Topmost:
							return this._topmostCustomSources;
						default:
							return this._allCustomSources
					}
				}
				addMultiPaneSource(e) {
					this._multiPaneSources.push(e), this.lightUpdate()
				}
				removeMultiPaneSource(e) {
					const t = this._multiPaneSources.indexOf(e); - 1 === t ? oe.logWarn(
							"Attempt to remove multi-pane source which does not exist in the model") :
						this._multiPaneSources.splice(t, 1), this.lightUpdate()
				}
				multiPaneSources(e) {
					return this._multiPaneSources.filter(t => !e.hasDataSource(t))
				}
				dateTimeFormatter() {
					return this._dateTimeFormatter
				}
				dateFormatter() {
					return this._dateFormatter
				}
				timeFormatter() {
					return this._timeFormatter
				}
				sessions() {
					return Object(r.ensureNotNull)(this._sessions)
				}
				createSessions(e) {
					Object(r.assert)(null === this._sessions, "Sessions are already created"), this
						.addCustomSource("sessions", (t, i) => (this._sessions = new I(t, i, e), this
							._sessions.start(), this._sessions), u.CustomSourceLayer.Background)
				}
				createPrePostMarket(e) {
					this.addCustomSource("prePostMarket", (t, i) => new PrePostMarket(t, i, e))
				}
				theme() {
					const e = this.properties().paneProperties.state();
					delete e.topMargin, delete e.bottomMargin;
					const t = this.mainSeries().state().state;
					t && (delete t.symbol, delete t.interval, delete t.currencyId, delete t.unitId);
					const i = {
						mainSourceProperties: t,
						sessions: this.sessions().properties().state(),
						chartProperties: {
							paneProperties: e,
							scalesProperties: this.properties().scalesProperties.state()
						}
					};
					return i.version = this.version(), i
				}
				onChartThemeLoaded() {
					return this._chartThemeLoaded
				}
				chartThemeLoaded() {
					this._chartThemeLoaded.fire()
				}
				shouldBeSavedEvenIfHidden() {
					return this._shouldBeSavedEvenIfHidden
				}
				setShouldBeSavedEvenIfHidden(e) {
					this._shouldBeSavedEvenIfHidden = e
				}
				externalTimeStamp(e) {
					const t = this.mainSeries().syncModel();
					return this.timeScale().points().roughTime(e, t && t.projectTime.bind(t))
				}
				syncESD() {
					null !== this._esdWatcher && this._esdWatcher.syncESDStudies()
				}
				recalcVisibleRangeStudies(e) {
					this._recalcVRStudiesParams.force = this._recalcVRStudiesParams.force || Boolean(e),
						this._recalcVisibleRangeStudiesImplDebounced()
				}
				recalcColorStudies(e) {
					this._recalcColorStudiesParams.force = this._recalcColorStudiesParams.force ||
						Boolean(e), this._recalcColorStudiesImplDebounced()
				}
				alertsWatcher() {
					return this._alertsWatcher
				}
				showLegend() {
					return this._showLegendProperty
				}
				id() {
					return this._id
				}
				recalculatePriceRangeOnce() {
					const e = this.mainSeries();
					for (const t of this._panes)
						for (const i of t.priceDataSources()) i.symbolSource() === e && i
							.disablePriceRangeReady()
				}
				invalidate(e) {
					var t;
					null === (t = this._invalidateHandler) || void 0 === t || t.call(this, e)
				}
				appliedTimeFrame() {
					return this._appliedTimeFrame.appliedTimeFrame()
				}
				_createESDWatcher() {}
				_updateDateTimeFormatter() {
					const e = R.dateFormatProperty.value(),
						t = new B.DateFormatter(e);
					if (this._dateFormatter = t, this.mainSeries().isDWM()) this._dateTimeFormatter = t,
						this._timeFormatter = new N.TimeFormatter("%h:%m");
					else {
						const t = _.Interval.parse(this.mainSeries().interval()),
							i = t.isSeconds() || t.isTicks() ? "%h:%m:%s" : "%h:%m";
						this._dateTimeFormatter = new V.a({
							dateFormat: e,
							timeFormat: i,
							dateTimeSeparator: "   "
						}), this._timeFormatter = new N.TimeFormatter(i)
					}
				}
				_setScalesResetAvailable(e) {
					this._isScalesResetAvailable !== e && (this._isScalesResetAvailable = e, this
						._isScalesResetAvailableChanged.fire())
				}
				_invalidationMaskForSource(e, t = k.InvalidationLevel.Light) {
					if (e === this.crossHairSource()) return k.InvalidationMask.cursor();
					if (this._watermarkSource === e) return this._paneInvalidationMask(Object(r
						.ensureNotNull)(this.paneForSource(this.mainSeries())), t);
					if (-1 !== this._allCustomSources.indexOf(e)) {
						const e = new k.InvalidationMask;
						return e.invalidateAll(t), e
					}
					if (!Object(d.a)(e)) return null;
					if (e.isMultiPaneEnabled()) return new k.InvalidationMask(t);
					const i = this.paneForSource(e);
					return null !== i ? this._paneInvalidationMask(i, t) : null
				}
				_paneInvalidationMask(e, t = k.InvalidationLevel.Light) {
					const i = new k.InvalidationMask,
						s = this._panes.indexOf(e);
					return i.invalidateAllPane(s, t), i
				}
				_invalidationMaskForSourcePriceScale(e, t = k.InvalidationLevel.Light) {
					if (!Object(d.a)(e)) return new k.InvalidationMask(t);
					const i = this.paneForSource(e);
					if (null === i) return null;
					let s = e.priceScale();
					if (null === s) return null;
					const r = this._panes.indexOf(i);
					let n = i.priceScalePosition(s);
					if ("overlay" === n) {
						const e = this._panes[r].defaultPriceScale();
						s = e, n = i.priceScalePosition(e)
					}
					const o = i.priceScaleIndex(s, n);
					if (void 0 === o) return null;
					const a = new k.InvalidationMask;
					return a.invalidatePriceScale(r, n, o, t), a
				}
				_removeCustomSource(e) {
					const t = this._customSourcesMap.get(e);
					if (void 0 === t) return void oe.logWarn(
						`Attempt to remove custom source which does not exist in the model - "${e}"`
					);
					oe.logNormal(`Removing custom source "${e}"`),
						this.selectionMacro(e => {
							e.removeSourceFromSelection(t)
						}), this._hoveredSource === t && this.setHoveredSource(null), this
						._customSourceBeingMoved === t && this.setMovingCustomSource(null, null);
					const i = ae(this._bgCustomSources, t),
						s = ae(this._fgCustomSources, t),
						n = ae(this._topmostCustomSources, t),
						o = ae(this._allCustomSources, t);
					Object(r.assert)(i || s || n, "Source should be presented in one of the layers"),
						Object(r.assert)(o, "Source should be presented in the array"), this
						._customSourcesMap.delete(e), t.destroy()
				}
				_updateShowLegendProperty() {
					const e = this._properties.childs().paneProperties.childs().legendProperties
						.childs().showLegend,
						t = this._showLegendProperty;
					if (e.value()) t.setValue(!0);
					else {
						for (const e of this._panes) {
							let i = 0;
							for (const s of e.dataSources())
								if (s !== this.mainSeries() && null !== s.statusView() && (i++, i > 1))
									return void t.setValue(!1)
						}
						t.setValue(!0)
					}
				}
				_pointToPercentPosition(e, t) {
					return {
						x: e.x / this._timeScale.width(),
						y: e.y / Object(r.ensureNotNull)(Object(r.ensureNotNull)(t.mainDataSource())
							.priceScale()).height()
					}
				}
				_percentPositionToPoint(e, t) {
					const i = e.x * this._timeScale.width(),
						s = e.y * Object(r.ensureNotNull)(Object(r.ensureNotNull)(t.mainDataSource())
							.priceScale()).height();
					return new n.Point(i, s)
				}
				_recalcVisibleRangeStudiesImpl(e) {
					var t;
					if (e.timerId = null, this.timeScale().isEmpty()) return;
					const i = this.timeScale().visibleBarsStrictRange();
					if (null === i) return;
					const s = this.mainSeries().nearestData(i.firstBar(), Q.PlotRowSearchMode
							.NearestRight),
						r = this.mainSeries().nearestData(i.lastBar(), Q.PlotRowSearchMode.NearestLeft),
						n = this.mainSeries().bars().lastIndex(),
						o = s ? s.index : void 0,
						a = r ? r.index : void 0,
						l = o === e.oldStartVisibleIndex,
						c = a === e.oldEndVisibleIndex;
					if (l && c && !e.force) return;
					e.force = !1, e.oldStartVisibleIndex = void 0 !== o ? o : NaN, e
						.oldEndVisibleIndex = void 0 !== a ? a : NaN;
					const h = {
							first_visible_bar_time: 1e3 * Math.floor(s && s.value ? s.value[0] : 0),
							last_visible_bar_time: 1e3 * Math.floor(r && r.value ? r.value[0] : 0),
							subscribeRealtime: r && r.index === n
						},
						u = null !== (t = e.studies) && void 0 !== t ? t : this.priceDataSources();
					e.studies = void 0;
					for (const e of u)
						if (Object(M.isStudy)(e)) {
							const t = e.metaInfo().inputs,
								i = [];
							for (const e of t) h.hasOwnProperty(e.id) && i.push(e.id);
							const s = e.properties().inputs;
							for (const e of i) s[e].setValueSilently(h[e]);
							i.length > 0 && s.listeners().fire(s)
						}
				}
				_recalcColorStudiesImpl(e) {
					var t;
					if (e.timerId = null, this.timeScale().isEmpty()) return;
					const i = this.backgroundColor().value(),
						s = this.isDark() ? a.colorsPalette["color-cold-gray-200"] : a.colorsPalette[
							"color-cold-gray-900"],
						r = i === e.oldBgColor,
						n = s === e.oldFgColor;
					if (r && n && !e.force) return;
					e.force = !1, e.oldBgColor = i, e.oldFgColor = s;
					const o = {
							chart_bgcolor: i,
							chart_fgcolor: s
						},
						l = null !== (t = e.studies) && void 0 !== t ? t : this.priceDataSources();
					e.studies = void 0;
					for (const e of l)
						if (Object(M.isStudy)(e)) {
							const t = e.metaInfo(),
								i = t.inputs,
								s = t.isRGB,
								r = [];
							for (const e of i) o.hasOwnProperty(e.id) && r.push(e.id);
							const n = e.properties().inputs;
							for (const e of r) n[e].setValueSilently(s ? Object(G.colorToInteger)(o[
								e]) : o[e]);
							r.length > 0 && n.listeners().fire(n)
						}
				}
				_getAllSources(e) {
					const t = [];
					for (const i of this._panes) {
						const s = i.sourcesByGroup().all();
						for (const i of s) e(i) && t.push(i)
					}
					return t
				}
				_getAvailableCurrencies() {
					return this._options.currencyConversionEnabled ? Object(z.isArray)(this
						._availableCurrenciesList) ? this._availableCurrenciesList : (null !== this
						._availableCurrenciesList || (this._availableCurrenciesList = this
							.chartApi().availableCurrencies(), this._availableCurrenciesList.then(
								e => {
									this._destroyed || (this._availableCurrenciesList = e, this
										.lightUpdate())
								}).catch(e => {
								oe.logWarn(
									"An error occurred while getting currencies config: " +
									e)
							})), []) : []
				}
				_getAvailableUnits() {
					return this._options.unitConversionEnabled ? this
						._availableUnitsObject instanceof Promise || null === this
						._availableUnitsObject ? (null !== this._availableUnitsObject || (this
							._availableUnitsObject = this.chartApi().availableUnits(), this
							._availableUnitsObject.then(e => {
								this._destroyed || (this._availableUnitsObject = e, this
									.lightUpdate())
							}).catch(e => {
								oe.logWarn("An error occurred while getting units config: " + e)
							})), {}) : this._availableUnitsObject : {}
				}
				_getBackgroundColor(e) {
					const t = this._properties.childs().paneProperties.childs();
					if (t.backgroundType.value() === Y.ColorType.Gradient) {
						const i = t.backgroundGradientStartColor.value(),
							s = t.backgroundGradientEndColor.value();
						return e ? i : s
					}
					return t.background.value()
				}
				_updateBackgroundColor() {
					this._backgroundColor.setValue(this._getBackgroundColor()), this._backgroundTopColor
						.setValue(this._getBackgroundColor(!0))
				}
				_syncCrosshair(e) {
					if (!this._isSettingsExternalPosition) {
						const t = this._undoModel.chartWidget(),
							i = this._undoModel.mainSeries(),
							s = i.syncModel(),
							r = this._undoModel.crossHairSource(),
							n = r.pane;
						if (null !== s && null !== n) {
							const o = {
								timeStamp: this._timeScale.points().roughTime(r.index, s.projectTime
									.bind(s)),
								syncModel: s
							};
							n.mainDataSource() === i && (o.price = r.price, o.symbol = i.symbol()), o
								.syncModel = s;
							let a = this._lineBeingCreated || null !== this._linePointBeingEdited ||
								Boolean(this._sourcesBeingMoved.length);
							a = a && Object(F.drawOnAllCharts)().value(), t.chartWidgetCollection()
								.syncCrosshair(o, t, a, e)
						}
						this._phantomSourceContainer.onCursorPositionUpdated()
					}
				}
				_gotoTimeImpl(e, t) {
					const i = this.timeScale(),
						s = this.mainSeries();
					let n;
					if (void 0 !== e) {
						if (this._scrollingState && this._scrollingState.deferred.reject(), n = Object(h
								.createDeferredPromise)(), !s.isDWM()) {
							const t = s.symbolInfo();
							if (null !== t) {
								let i = this.properties().timezone.value();
								"exchange" === i && (i = t.timezone);
								const r = Object(re.cal_to_utc)(Object(re.get_timezone)(i), new Date(
										e)),
									n = Object(ne.createTimeToBarTimeAligner)(s.interval(), t)(r);
								e = Object(re.utc_to_cal)(Object(re.get_timezone)(i), n).getTime()
							}
						}
						this._scrollingState = {
							targetDate: e,
							deferred: n,
							centerIfVisible: t.centerIfVisible
						}
					} else {
						if (!this._scrollingState) return oe.logError(
							"scrollTo called without an argument"), Promise.reject();
						e = this._scrollingState.targetDate, n = this._scrollingState.deferred
					}
					if (void 0 === i.tickMarks().minIndex) return n.resolve(void 0), n.promise;
					let o = ((e, t) => {
						if ((e => Object(r.ensureNotNull)(i.tickMarks().indexToTime(Object(r
								.ensureDefined)(i.tickMarks().minIndex))).valueOf() - e)(t) <
							0) {
							let n = i.tickMarks().nearestIndex(t);
							const o = s.bars().lastIndex();
							if (null === o) return null;
							n = Math.min(n, o);
							let a = Object(r.ensureNotNull)(i.tickMarks().indexToTime(n))
								.valueOf();
							for (; a < t && n < o;) n++, a = Object(r.ensureNotNull)(i
								.tickMarks().indexToTime(n)).valueOf();
							const l = Object(r.ensureNotNull)(i.visibleBarsStrictRange()),
								c = l.lastBar() - l.firstBar();
							return !e && l.contains(n) || i.zoomToBarsRange(n - c / 2, n + c /
								2), {
								timestamp: Object(r.ensureNotNull)(i.indexToTimePoint(n))
							}
						}
						return null
					})(this._scrollingState.centerIfVisible, this._scrollingState.targetDate);
					if (!o) {
						const t = Object(r.ensureDefined)(i.tickMarks().minIndex),
							n = Object(r.ensureNotNull)(i.visibleBarsStrictRange()),
							a = n.lastBar() - n.firstBar();
						if (s.endOfData()) i.zoomToBarsRange(t - a / 2, t + a / 2), o = {
							timestamp: Object(r.ensureNotNull)(i.indexToTimePoint(t)),
							eod: !0
						};
						else {
							const t = i.tickMarks().estimateLeft(e);
							i.requestMoreHistoryPoints(Math.ceil(t + a / 2))
						}
					}
					return o && (this.fullUpdate(), this._scrollingState = null, n.resolve(o)), n
						.promise
				}
				_setCorrectedPositionToCrosshair(e, t, i, s) {
					const n = this.crossHairSource();
					n.setPosition(e, t, s);
					const o = this._timeScale.indexToCoordinate(e),
						a = s.defaultPriceScale().priceToCoordinate(t, Object(r.ensureNotNull)(i));
					n.saveOriginCoords(o, a)
				}
			}
		},
		gQ5K: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "DateFormatter", (function() {
				return n
			}));
			var s = i("iboI"),
				r = i("e1ZQ");
			class n {
				constructor(e = "yyyy-MM-dd") {
					this._dateFormatFunc = r.b[e]
				}
				format(e) {
					return s.customFormatters && s.customFormatters.dateFormatter ? s.customFormatters
						.dateFormatter.format(e) : this._dateFormatFunc(e, !1)
				}
				formatLocal(e) {
					return s.customFormatters.dateFormatter ? s.customFormatters.dateFormatter
						.formatLocal ? s.customFormatters.dateFormatter.formatLocal(e) : s
						.customFormatters.dateFormatter.format(e) : this._dateFormatFunc(e, !0)
				}
			}
		},
		gWrr: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			})), i.d(t, "b", (function() {
				return n
			}));
			const s = new WeakMap;

			function r(e, t) {
				let i, r;
				return i = null == t ? document.documentElement : 9 === t.nodeType ? t.documentElement : t,
					s && (r = s.get(i)), r || (r = i.ownerDocument.createRange(), r.selectNodeContents(i),
						s && s.set(i, r)), r.createContextualFragment(e)
			}

			function n(e, t) {
				const i = r(e, t);
				let s;
				if ("firstElementChild" in i) s = i.firstElementChild;
				else {
					s = null;
					for (let e = 0; e < i.childNodes.length; e++) {
						const t = i.childNodes[e];
						if (1 === t.nodeType) {
							s = t;
							break
						}
					}
				}
				return null !== s && i.removeChild(s), s
			}
		},
		gaBL: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "sourceNewCurrencyOnPinningToPriceScale", (function() {
				return r
			}));
			var s = i("/tGj");

			function r(e, t, i, r) {
				let n = null;
				if (i.currencyConversionEnabled() && Object(s.isSymbolSource)(e)) {
					const s = i.availableCurrencies(),
						o = t.currency(s),
						a = e.currency();
					null !== o && null !== o.selectedCurrency && !o.allCurrenciesAreOriginal && o
						.selectedCurrency !== a && (r && null === a || null !== a && s.convertible(a)) && (
							n = o.selectedCurrency)
				}
				return n
			}
		},
		gf4d: function(e, t, i) {
			"use strict";
			var s = i("Eyy1").assert,
				r = i("MSvv").StudyLineDataSource,
				n = i("tqok").INVALID_TIME_POINT_INDEX,
				o = "RegressionTrend@tv-basicstudies";

			function a(e) {
				return void 0 !== e.startPrice && void 0 !== e.endPrice
			}
			class l extends r {
				constructor(e, t, s) {
					s = s || e.studyMetaInfoRepository().findByIdSync({
						type: "java",
						studyId: o
					});
					var n = t || r._createPropertiesFromStudyMetaInfo(s, e.studyVersioning());
					super(e, s, "linreg_", n), this._trendData = null, i.e("lt-pane-views").then(i.t
						.bind(null, "IMGS", 7)).then(({
						RegressionTrendPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				formatter() {
					s(!1, "This method should never be called")
				}
				pointsCount() {
					return 2
				}
				clearData() {
					this._trendData = null, super.clearData()
				}
				state(e) {
					var t = r.prototype.state.call(this, e);
					return e ? Object.assign({}, t, {
						nonseriesdata: this._trendData
					}) : t
				}
				restoreData(e) {
					super.restoreData(e), this._trendData = e.nonseriesdata ? e.nonseriesdata : null
				}
				startIndex() {
					if (null === this._trendData || null === this._indexes) return null;
					var e = this._indexes[this._trendData.startIndex];
					return e !== n ? e : null
				}
				endIndex() {
					if (null === this._trendData || null === this._indexes) return null;
					var e = this._indexes[this._trendData.endIndex];
					return e !== n ? e : null
				}
				baseLine() {
					return null === this._trendData ? null : this._trendData.baseLine
				}
				downLine() {
					return null === this._trendData ? null : this._trendData.downLine
				}
				upLine() {
					return null === this._trendData ? null : this._trendData.upLine
				}
				pearsons() {
					return null === this._trendData ? null : this._trendData.pearsons
				}
				recalcStudyIfNeeded() {
					this._onStudyInputsMayChange()
				}
				_studyInputs(e) {
					s(2 === e.length, "all the line tool points should be defined");
					var t = e[0],
						i = e[1];
					if (t.index === i.index) return null;
					const r = this._getPointTime(t.index <= i.index ? t : i, !0),
						n = this._getPointTime(i.index >= t.index ? i : t, !0);
					if (null === r || null === n) return this._subscribeApplyInputsOnSeriesCompleted(),
						null;
					var o = 1e3 * r,
						a = 1e3 * n;
					return {
						"upper diviation": this.properties().inputs["upper diviation"].value(),
						"lower diviation": this.properties().inputs["lower diviation"].value(),
						"use upper diviation": this.properties().inputs["use upper diviation"].value(),
						"use lower diviation": this.properties().inputs["use lower diviation"].value(),
						"first bar time": o,
						"last bar time": a,
						source: this.properties().inputs.source.value()
					}
				}
				_onDataUpdated(e, t, i) {
					null !== t && (t.indexes_replace || (this._trendData = t.data), this._indexes = i,
						super._onDataUpdated(e, t, i))
				}
				_updateAnchorsPrice() {
					!this._trendData || TradingView.isNaN(this._trendData.baseLine.startPrice) ||
						TradingView.isNaN(this._trendData.baseLine.endPrice) || (this._points[0].price =
							this._trendData.baseLine.startPrice, this._points[1].price = this._trendData
							.baseLine.endPrice)
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(61), i.e(62), i.e(
							"study-property-pages-with-definitions")]).then(i.bind(null, "4lou")))
						.RegressionTrendDefinitionsViewModel
				}
				_isReady() {
					return this._trendData && void 0 !== this._trendData.startIndex && void 0 !== this
						._trendData.endIndex && a(this._trendData.upLine) && a(this._trendData
							.baseLine) && a(this._trendData.downLine)
				}
				static createProperties(e) {
					return r._createPropertiesFromStudyIdAndState(o, e)
				}
				static createPropertiesFromStudyMetaInfoAndState(e, t, i, s) {
					return r.createPropertiesFromStudyMetaInfoAndState(e, t, i, s)
				}
				static studyId() {
					return o
				}
				cloneable() {
					return !1
				}
			}
			l.prototype.version = 2, t.LineToolRegressionTrend = l
		},
		gvrv: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return m
			}));
			var s = i("Eyy1"),
				r = i("aIyQ"),
				n = i.n(r),
				o = i("k9/m"),
				a = i("hsV8"),
				l = i("jy4L"),
				c = i("w4Ji"),
				h = i("jenN"),
				u = i("txPx");
			const d = Object(u.getLogger)("Chart.StudyDataSource");
			var p, _;
			! function(e) {
				e[e.Undefined = 0] = "Undefined", e[e.Loading = 1] = "Loading", e[e.Completed = 2] =
					"Completed", e[e.Error = 3] = "Error"
			}(p || (p = {})),
			function(e) {
				e[e.Idle = 0] = "Idle", e[e.AwaitingConnection = 1] = "AwaitingConnection", e[e
						.AwaitingParent = 2] = "AwaitingParent", e[e.AwaitingFirstDataUpdate = 3] =
					"AwaitingFirstDataUpdate", e[e.Active = 4] = "Active"
			}(_ || (_ = {}));
			class m {
				constructor(e, t, i, s) {
					this._inputs = null, this._status = _.Idle, this._studyId = null, this
						._turnaroundCounter = 1, this._studyStatus = {
							type: p.Undefined
						}, this._studyStatusChanged = new n.a, this._graphics = new h.LiveStudyGraphics,
						this._dataCleared = new n.a, this._dataUpdated = new n.a, this
						._boundOnGatewayIsConnectedChanged = this._onGatewayIsConnectedChanged.bind(
							this), this._ongoingDataUpdate = Promise.resolve(), this._gateway = e, this
						._metaInfo = s, this._seriesSource = t, this._turnaroundPrefix = i, this
						._plots = new o.PlotList(Object(c.studyPlotFunctionMap)(s), c
							.studyEmptyPlotValuePredicate), this._gateway.isConnected().subscribe(this
							._boundOnGatewayIsConnectedChanged)
				}
				destroy() {
					this.stop(), this._gateway.isConnected().unsubscribe(this
							._boundOnGatewayIsConnectedChanged), this._dataUpdated.destroy(), this
						._dataCleared.destroy(), this._studyStatusChanged.destroy()
				}
				metaInfo() {
					return this._metaInfo
				}
				inputs() {
					return this._inputs
				}
				setInputs(e) {
					this._inputs = e, null !== this._studyId && (this._turnaroundCounter++, this
						._onStudyStatusChangedTo({
							type: p.Undefined
						}), this._gateway.modifyStudy(this._studyId, this._turnaround(), e, this
							._onMessage.bind(this)), this._status === _.Active && this
						._changeStatusTo(_.AwaitingFirstDataUpdate))
				}
				isStarted() {
					return this._status !== _.Idle
				}
				isActive() {
					return this._status === _.Active
				}
				start() {
					this.isStarted() ? d.logNormal(
						"start: data source is already started, nothing to do") : (Object(s.assert)(
							null !== this._inputs,
							"Inputs should be defined when starting a study data source"), this
						._gateway.isConnected().value() ? this._createStudy() : this
						._changeStatusTo(_.AwaitingConnection))
				}
				stop() {
					this.isStarted() ? (null !== this._studyId && (this._gateway.removeStudy(this
						._studyId), this._studyId = null, this._onStudyStatusChangedTo({
						type: p.Undefined
					})), this._changeStatusTo(_.Idle)) : d.logNormal(
						"stop: data source is already stopped, nothing to do")
				}
				studyId() {
					return this._studyId
				}
				studyStatus() {
					return this._studyStatus
				}
				studyStatusChanged() {
					return this._studyStatusChanged
				}
				plots() {
					return this._plots
				}
				graphics() {
					return this._graphics
				}
				clearData() {
					this._plots.clear(), this._graphics.clear(), this._dataCleared.fire()
				}
				stopAndStealData() {
					Object(s.assert)(this._status === _.Active,
						"Couldn't steal data from non-active data source"), this.stop();
					const e = this._plots,
						t = this._graphics.extract();
					return this._plots = new o.PlotList(Object(c.studyPlotFunctionMap)(this._metaInfo),
						c.studyEmptyPlotValuePredicate), {
						plots: e,
						graphics: t
					}
				}
				dataCleared() {
					return this._dataCleared
				}
				dataUpdated() {
					return this._dataUpdated
				}
				moveData(e) {
					this._ongoingDataUpdate = this._ongoingDataUpdate.then(() => {
						this._plots.move(e)
					})
				}
				_changeStatusTo(e) {
					Object(s.assert)(this._status !== e,
						"Source and destination status should be distinct"), d.logNormal(
						`Status changed from ${_[this._status]} to ${_[e]}`), this._status = e
				}
				_createStudy() {
					const e = this._seriesSource.instanceId();
					null !== e ? this._createStudyUsingParentId(e) : (this._changeStatusTo(_
						.AwaitingParent), this._seriesSource.dataEvents().completed().subscribe(
						this, this._onSeriesCompleted, !0))
				}
				_createStudyUsingParentId(e) {
					Object(s.assert)(this._status !== _.Active,
						'Status should not be "Active" when creating a study'), Object(s.assert)(
						this._studyStatus.type === p.Undefined,
						'Study status should be "Undefined" when creating a study'), Object(s
						.assert)(null === this._studyId,
						"Study id should be empty when creating a study"), this._studyId = Object(l
						.makeNextStudyId)(), this._gateway.createStudy(this._studyId, this
						._turnaround(), e, this._metaInfo.fullId + ("tv-basicstudies" === this
							._metaInfo.packageId ? "" : "!"), Object(s.ensureNotNull)(this._inputs),
						this._onMessage.bind(this)), this._changeStatusTo(_.AwaitingFirstDataUpdate)
				}
				_onGatewayIsConnectedChanged(e) {
					e ? this._onGatewayConnected() : this._onGatewayDisconnected()
				}
				_onGatewayConnected() {
					this._status === _.AwaitingConnection && this._createStudy()
				}
				_onGatewayDisconnected() {
					this._status !== _.Idle && this._status !== _.AwaitingConnection && (this._studyId =
						null, this._changeStatusTo(_.AwaitingConnection), this._studyStatus.type !==
						p.Undefined && this._onStudyStatusChangedTo({
							type: p.Undefined
						})), this._turnaroundCounter = 1
				}
				_onSeriesCompleted() {
					this._status === _.AwaitingParent && this._createStudyUsingParentId(Object(s.ensure)
						(this._seriesSource.instanceId()))
				}
				_onStudyStatusChangedTo(e) {
					const t = this._studyStatus;
					this._studyStatus = e, d.logNormal(
							`Study status type changed from ${p[t.type]} to ${p[e.type]}`), this
						._studyStatusChanged.fire(t, e)
				}
				_onMessage(e) {
					if ("data_update" === e.method) {
						const {
							customId: t,
							turnaround: i,
							plots: r,
							nonseries: n
						} = e.params;
						t === this._studyId && this._checkTurnaround(i) && this._onDataUpdate(r, Object(
							s.ensureDefined)(n))
					} else if ("study_loading" === e.method) {
						const [t, i, s] = e.params;
						t === this._studyId && this._checkTurnaround(i) && this._onStudyLoading(s)
					} else if ("study_completed" === e.method) {
						const [t, i, s] = e.params;
						t === this._studyId && this._checkTurnaround(i) && this._onStudyCompleted(s)
					} else if ("study_error" === e.method) {
						const [t, i, s, r, n] = e.params;
						t === this._studyId && this._checkTurnaround(i) && this._onStudyError(s, r, n)
					} else "clear_data" === e.method && this._checkTurnaround(e.params.turnaround) &&
						this.clearData()
				}
				_onDataUpdate(e, t) {
					const i = Object(a.unpackNonSeriesData)(t.d);
					return this._ongoingDataUpdate = this._ongoingDataUpdate.then(() => i, () => i)
						.then(this._onDataUnpacked.bind(this, e, t.indexes)), this._ongoingDataUpdate
				}
				_onDataUnpacked(e, t, i) {
					this._status !== _.Idle && (this._status === _.AwaitingFirstDataUpdate && (this
							._changeStatusTo(_.Active), this.clearData()), this._mergePlots(e),
						null !== i && (i.indexes_replace ? (Object(s.assert)("nochange" !== t), this
							._graphics.replaceIndexesTo(t)) : ("nochange" !== t && this
							._graphics.replaceIndexesTo(t),
							void 0 !== i.graphicsCmds && this._graphics.processCommands(i
								.graphicsCmds, this._metaInfo.graphics))), this._dataUpdated.fire(e,
							i, t))
				}
				_onStudyLoading(e) {
					this._onStudyStatusChangedTo({
						type: p.Loading,
						startTime: Date.now()
					})
				}
				_onStudyError(e, t, i) {
					this.clearData();
					const s = "string" == typeof e ? {
						error: e.split(":", 2)[0]
					} : e;
					this._onStudyStatusChangedTo({
						type: p.Error,
						errorDescription: s
					})
				}
				_onStudyCompleted(e) {
					this._onStudyStatusChangedTo({
						type: p.Completed
					})
				}
				_mergePlots(e) {
					this._plots.merge(e)
				}
				_turnaround() {
					return `${this._turnaroundPrefix}${this._turnaroundCounter}`
				}
				_checkTurnaround(e) {
					const t = this._turnaround();
					return e === t || e === this._seriesSource.turnaround() || e ===
						`${this._seriesSource.turnaround()}_${t}`
				}
			}
		},
		gyZD: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PaneRendererLine", (function() {
				return l
			}));
			var s = i("aO4+"),
				r = i("GEp6"),
				n = i("VdBB"),
				o = i("jFln"),
				a = i("Zp/P");
			class l {
				constructor(e) {
					this._data = e
				}
				hitTest(e, t) {
					const i = Object(a.interactionTolerance)().series + this._data.lineWidth / 2;
					let o = 0,
						l = this._data.items.length - 1;
					for (; l - o > 2;) {
						const t = Math.round((l + o) / 2);
						this._data.items[t].x <= e.x ? o = t : l = t
					}
					o = Math.max(1, o - 1), l = Math.min(this._data.items.length - 1, l + 1);
					for (let t = o; t <= l; ++t) {
						const o = this._data.items[t - 1],
							a = this._data.items[t],
							l = o.x,
							c = a.x;
						if (Object(r.distanceToSegment)(new s.Point(l, o.y), new s.Point(c, a.y), new s
								.Point(e.x, e.y)).distance <= i) return this._data.hittest ? this._data
							.hittest : new n.HitTestResult(n.HitTestResult.REGULAR)
					}
					return null
				}
				draw(e, t) {
					e.save(), e.scale(t.pixelRatio, t.pixelRatio), e.lineCap = "square", e.lineJoin =
						"round", e.strokeStyle = this._data.lineColor, e.fillStyle = this._data
						.lineColor, e.lineWidth = this._data.lineWidth, Object(o.setLineStyle)(e, this
							._data.lineStyle), Object(a.setValidLineStyle)(e, this._data.lineStyle),
						this._data.simpleMode ? this._drawSimpleMode(e, t.pixelRatio) : this._drawLines(
							e), e.restore()
				}
				_drawSimpleMode(e, t) {
					if (e.beginPath(), this._walkLine(e, this._data.items, !1, NaN), e.stroke(), this
						._data.withMarkers) {
						e.save(), e.scale(1 / t, 1 / t);
						const i = Math.max(1, Math.floor(t)) % 2 / 2,
							s = (this._data.lineWidth + 2) * t + i,
							r = 2 * Math.PI;
						e.beginPath();
						for (let n = this._data.items.length; n--;) {
							const o = this._data.items[n];
							if (o) {
								const n = Math.round(o.x * t) + i,
									a = o.y * t;
								e.moveTo(n, a), e.arc(n, a, s, 0, r)
							}
						}
						e.fill(), e.restore()
					}
				}
				_walkLine(e, t, i, s) {
					if (!t) return;
					const r = .25 * this._data.barSpacing;
					let n, o, l, c, h;
					const u = a.coordinateIsValid;
					for (let e = 0; e < t.length; e++) {
						const i = t[e];
						if (u(i.y)) {
							o = i, n = e;
							break
						}
					}
					if (void 0 !== n && void 0 !== o)
						for (let o = n; o < t.length; o++) {
							c = t[o], h = t[o + 1] || {};
							const a = Math.round(c.x);
							if (u(c.y))
								if (l && u(l.y)) e.lineTo(a, c.y), i && !u(h.y) && e.lineTo(a, s);
								else if (h && u(h.y)) i ? (o !== n && e.lineTo(a, s), e.lineTo(a, c
								.y)) : e.moveTo(a, c.y);
							else if (i) {
								if (0 === o) continue;
								o !== n && e.lineTo(a - r, s), e.lineTo(a - r, c.y), e.lineTo(a + r, c
									.y), e.lineTo(a + r, s)
							} else e.moveTo(a - r, c.y), e.lineTo(a + r, c.y);
							l = c
						}
				}
				_drawLines(e) {
					if (!this._data.items.length) return;
					let t, i, s;
					const r = .25 * this._data.barSpacing,
						n = a.coordinateIsValid;
					e.beginPath();
					const o = this._data.items[0];
					o && e.moveTo(o.x, o.y);
					let l, c = e.strokeStyle,
						h = e.lineWidth;
					for (let o = 1; o < this._data.items.length; ++o) {
						let _, m, f;
						t = this._data.items[o - 1], i = this._data.items[o], s = this._data.items[o +
								1], i.style && !this._data.forceLineColor ? (_ = i.style.color, m = i
								.style.width, f = i.style.style) : (_ = this._data.lineColor, m = this
								._data.lineWidth, f = this._data.lineStyle), this._data
							.ignorePaletteLineWidth && (m = this._data.lineWidth);
						(_ !== c || m !== h || f !== l) && (c = _, h = m, l = f, e.stroke(), e
							.beginPath(), e.strokeStyle = _, e.lineWidth = m, Object(a
								.setValidLineStyle)(e, f), e.moveTo(t.x, t.y)), u = t, p = s, n((d = i)
							.y) && (n(u.y) ? e.lineTo(d.x, d.y) : p && n(p.y) ? e.moveTo(d.x, d.y) :
							(e.moveTo(d.x - r, d.y), e.lineTo(d.x + r, d.y)))
					}
					var u, d, p;
					e.stroke()
				}
			}
		},
		gzUS: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PointsetsManager", (function() {
				return o
			}));
			var s = i("LxhU"),
				r = i("txPx");
			const n = Object(r.getLogger)("ChartApi.PointsetsManager");
			class o {
				constructor() {
					this._pointsetsDataBySymbol = new Map
				}
				destroy() {
					this._pointsetsDataBySymbol.clear()
				}
				createPointset(e, t, i, s, r) {
					let o = this._pointsetsDataBySymbol.get(t);
					void 0 === o && (o = new Map, this._pointsetsDataBySymbol.set(t, o));
					const a = [];
					for (const t of s) {
						const [i, s] = t;
						"number" != typeof i || Number.isNaN(i) ? n.logWarn(
								`Pointset time is invalid: id=${e}, ${i} of type ${typeof i}`) : a
							.push({
								point: t,
								extrapolation: r.extrapolateTimeWithOffsetToTime(1e3 * i, s)
							})
					}
					s.length === a.length && o.set(e, {
						resolution: i,
						points: a
					})
				}
				removePointset(e) {
					const t = [];
					this._pointsetsDataBySymbol.forEach((i, s) => {
						i.delete(e), 0 === i.size && t.push(s)
					});
					for (const e of t) this._pointsetsDataBySymbol.delete(e)
				}
				invalidatePointsetsForSymbol(e, t) {
					const i = this._pointsetsDataBySymbol.get(e);
					void 0 !== i && i.forEach((e, i) => {
						if (s.Interval.isEqual(e.resolution, t))
							for (const t of e.points) null !== t.extrapolation && t
								.extrapolation.exact && (t.extrapolation.exact = !1)
					})
				}
				getUpdatesForSymbol(e, t, i, s) {
					const r = new Map,
						n = this._pointsetsDataBySymbol.get(e);
					return void 0 !== n && n.forEach((e, n) => {
						const o = this._refreshPointsetData(e, t, i, s);
						null !== o && r.set(n, o)
					}), r
				}
				_refreshPointsetData(e, t, i, r) {
					if (s.Interval.isEqual(e.resolution, t))
						for (let t = 0; t < e.points.length; ++t) {
							const s = e.points[t];
							if (null !== s.extrapolation && s.extrapolation.exact) continue;
							const [r, n] = s.point;
							s.extrapolation = i.extrapolateTimeWithOffsetToTime(1e3 * r, n)
						}
					const o = [];
					for (let i = 0; i < e.points.length; ++i) {
						const s = e.points[i];
						if (null === s.extrapolation) return null;
						const a = r.indexOfTime(s.extrapolation.timeMs);
						if (null === a) return n.logWarn(
							`Cannot get index of time: time=${s.extrapolation.timeMs}, ${e.resolution} -> ${t}`
						), null;
						o.push({
							index: i,
							value: [a.index, a.timeMs / 1e3]
						})
					}
					return o
				}
			}
		},
		h24c: function(e, t, i) {
			"use strict";
			var s = i("Kxc7"),
				r = i("pPtI"),
				n = i("PT1i"),
				o = i("LxhU");
			i.d(t, "d", (function() {
				return a
			})), i.d(t, "c", (function() {
				return l
			})), i.d(t, "a", (function() {
				return c
			})), i.d(t, "b", (function() {
				return h
			}));
			new RegExp("^quandl", "i");

			function a(e) {
				let t;
				t = /^[,\s]*(\d*)\s*([hdwmst]?)\s*$/i;
				const i = t.exec(e) || [],
					s = ~~i[1],
					r = i[2] && i[2].toUpperCase() || null,
					n = {
						qty: !s && r ? 1 : s,
						unit: r
					};
				return n.error = !s && !r, n.intraday = !(n.error || n.unit && "H" !== n.unit && "S" !== n
					.unit && "T" !== n.unit), n
			}

			function l(e) {
				if (s.enabled("allow_supported_resolutions_set_only")) {
					const t = o.Interval.normalize(e);
					return null !== t && Object(r.isAvailable)(t)
				} {
					const t = a(e);
					if (t.error) return !1;
					if (t.intraday) return n.linking.intraday.value(); {
						const e = n.linking.supportedResolutions.value();
						return !e || null !== t.unit && !!~e.indexOf(t.unit)
					}
				}
			}

			function c() {
				let e = !1;
				return s.enabled("show_spread_operators") && (e = !0), e
			}

			function h(e) {
				return !e.ctrlKey && (!e.metaKey && (!!e.charCode && (!(!e.which || e.which <= 32) && (
					null === e.target || !/^(input|textarea)$/i.test(e.target.tagName)))))
			}
		},
		hBTJ: function(e, t, i) {
			"use strict";
			Object.defineProperty(t, "__esModule", {
					value: !0
				}), t.intersectPolygons = t.intersectPolygonAndHalfplane = t.intersectRayAndBox = t
				.intersectLineAndBox = t.intersectLineSegments = t.intersectLines = t
				.intersectLineSegmentAndBox = void 0;
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("GEp6"),
				o = i("f6yo");

			function a(e, t) {
				var i = e.A,
					s = t.A,
					n = e.B,
					o = t.B,
					a = e.C,
					l = t.C,
					c = i * o - s * n;
				if (Math.abs(c) < 1e-6) return null;
				var h = (n * l - o * a) / c,
					u = (s * a - i * l) / c;
				return new r.Point(h, u)
			}

			function l(e, t, i, s) {
				var r = function(e, t, i, s) {
					var r = t.subtract(e),
						n = s.subtract(i),
						o = r.x * n.y - r.y * n.x;
					if (Math.abs(o) < 1e-6) return null;
					var a = e.subtract(i);
					return (a.y * n.x - a.x * n.y) / o
				}(e, t, i, s);
				if (null === r) return null;
				var o = t.subtract(e).scaled(r).add(e),
					a = n.distanceToSegment(i, s, o);
				return Math.abs(a.distance) < 1e-6 ? r : null
			}

			function c(e, t) {
				for (var i = 0, s = e; i < s.length; i++) {
					var n = s[i];
					if (r.equalPoints(n, t)) return !1
				}
				return e.push(t), !0
			}

			function h(e, t) {
				return !(e.length > 0 && (r.equalPoints(e[e.length - 1], t) || r.equalPoints(e[0], t))) && (
					e.push(t), !0)
			}

			function u(e, t) {
				for (var i = [], s = 0; s < e.length; ++s) {
					var n = e[s],
						l = e[(s + 1) % e.length],
						c = r.lineThroughPoints(n, l);
					if (o.pointInHalfplane(n, t)) {
						if (h(i, n), !o.pointInHalfplane(l, t)) null !== (u = a(c, t.edge)) && h(i, u)
					} else if (o.pointInHalfplane(l, t)) {
						var u;
						null !== (u = a(c, t.edge)) && h(i, u)
					}
				}
				return i.length >= 3 ? i : null
			}
			t.intersectLineSegmentAndBox = function(e, t) {
				var i = e[0].x,
					s = e[0].y,
					n = e[1].x,
					o = e[1].y,
					a = t.min.x,
					l = t.min.y,
					c = t.max.x,
					h = t.max.y;

				function u(e, t, i, s, r, n) {
					var o = 0;
					return e < i ? o |= 1 : e > r && (o |= 2), t < s ? o |= 4 : t > n && (o |= 8), o
				}
				for (var d = u(i, s, a, l, c, h), p = u(n, o, a, l, c, h), _ = !1, m = 0;;) {
					if (m > 1e3) throw new Error("Cohen - Sutherland algorithm: infinity loop");
					if (m++, !(d | p)) {
						_ = !0;
						break
					}
					if (d & p) break;
					var f = d || p,
						g = void 0,
						b = void 0;
					8 & f ? (g = i + (n - i) * (h - s) / (o - s), b = h) : 4 & f ? (g = i + (n - i) * (
						l - s) / (o - s), b = l) : 2 & f ? (b = s + (o - s) * (c - i) / (n - i), g =
						c) : (b = s + (o - s) * (a - i) / (n - i), g = a), f === d ? d = u(i = g,
						s = b, a, l, c, h) : p = u(n = g, o = b, a, l, c, h)
				}
				return _ ? r.equalPoints(r.point(i, s), r.point(n, o)) ? r.point(i, s) : r.lineSegment(r
					.point(i, s), r.point(n, o)) : null
			}, t.intersectLines = a, t.intersectLineSegments = l, t.intersectLineAndBox = function(e,
				t) {
				var i = t.min.x,
					n = t.min.y,
					o = t.max.x,
					a = t.max.y;
				if (0 === e.A) {
					var l = -e.C / e.B;
					return n <= l && l <= a ? r.lineSegment(r.point(i, l), r.point(o, l)) : null
				}
				if (0 === e.B) {
					var h = -e.C / e.A;
					return i <= h && h <= o ? r.lineSegment(r.point(h, n), r.point(h, a)) : null
				}
				var u = [],
					d = function(t) {
						var i = function(e, t) {
							return -(e.C + e.A * t) / e.B
						}(e, t);
						n <= i && i <= a && c(u, new r.Point(t, i))
					},
					p = function(t) {
						var s = function(e, t) {
							return -(e.C + e.B * t) / e.A
						}(e, t);
						i <= s && s <= o && c(u, new r.Point(s, t))
					};
				switch (d(i), p(n), d(o), p(a), u.length) {
					case 0:
						return null;
					case 1:
						return u[0];
					case 2:
						return r.equalPoints(u[0], u[1]) ? u[0] : r.lineSegment(u[0], u[1])
				}
				return s.assert(!1, "We should have at most two intersection points"), null
			}, t.intersectRayAndBox = function(e, t, i) {
				var s = l(e, t, i.min, new r.Point(i.max.x, i.min.y)),
					n = l(e, t, new r.Point(i.max.x, i.min.y), i.max),
					a = l(e, t, i.max, new r.Point(i.min.x, i.max.y)),
					c = l(e, t, new r.Point(i.min.x, i.max.y), i.min),
					h = [];
				if (null !== s && s >= 0 && h.push(s), null !== n && n >= 0 && h.push(n), null !== a &&
					a >= 0 && h.push(a), null !== c && c >= 0 && h.push(c), 0 === h.length) return null;
				h.sort((function(e, t) {
					return e - t
				}));
				var u = o.pointInBox(e, i) ? h[0] : h[h.length - 1];
				return e.addScaled(t.subtract(e), u)
			}, t.intersectPolygonAndHalfplane = u, t.intersectPolygons = function(e, t) {
				for (var i = e, s = 0; s < t.length && null !== i; ++s) {
					var n = t[s],
						o = t[(s + 1) % t.length],
						a = t[(s + 2) % t.length],
						l = r.lineThroughPoints(n, o);
					i = u(i, r.halfplaneThroughPoint(l, a))
				}
				return i
			}
		},
		hGf4: function(e, t, i) {
			"use strict";
			(function(e, t) {
				var s = i("UXvI").default,
					r = i("hbEN").default,
					n = i("kcTO").PriceFormatter;
				const {
					uniq: o
				} = i("L6rT");
				var a, l = i("e3/o"),
					c = i("i/Bj").parseUpdateMode,
					h = i("FIi8").deepExtend;

				function u(t, i) {
					this.options = Object.assign({
							throttleTimeout: 125
						}, i), this._connected = !1, this._symbol_data = {}, this._subscriptions = {},
						this.onConnect = new e, this.onDisconnect = new e, this._quoteApi = new a(window
							.ChartApiInstance), this._type = t || "full", this._delayUpdateFastSymbols =
						r(this._updateFastSymbols, 250), this._throttledSymbolData = {}, this
						._formatterValuesCache = {}, this._waitingForFormatters = {}, this
						._snapshotValuesCache = {}, this._waitingForSnapshot = {}, this.connect()
				}
				a = i("wi9r"), u.prototype.destroy = function() {
						this._quoteApi.destroy(), this._quoteApi = null, this._connected = !1, this
							.onDisconnect.fire()
					}, u.prototype.typeFields = {}, u.prototype.typeFields.simple = [
						"base-currency-logoid", "ch", "chp", "currency-logoid", "currency_code",
						"current_session", "description", "exchange", "format", "fractional",
						"is_tradable", "language", "local_description", "logoid", "lp", "lp_time",
						"minmov", "minmove2", "original_name", "pricescale", "pro_name", "short_name",
						"type", "update_mode", "volume"
					], u.prototype.typeFields.simpleDetailed = [].concat(u.prototype.typeFields.simple,
						["ask", "bid", "fundamentals", "high_price", "is_tradable", "low_price",
							"open_price", "prev_close_price", "rch", "rchp", "rtc", "rtc_time",
							"status", "basic_eps_net_income", "beta_1_year",
							"earnings_per_share_basic_ttm", "industry", "market_cap_basic",
							"price_earnings_ttm", "sector", "volume", "dividends_yield", "timezone"
						]), u.prototype.typeFields.full = [], u.prototype.typeFields.watchlist = []
					.concat(u.prototype.typeFields.simple, ["rchp", "rtc", "country_code",
						"provider_id"
					]), u.prototype.typeFields.portfolio = ["pro_name", "short_name",
						"exchange", "description", "sector", "type", "currency_code", "currency_id",
						"ch", "chp", "logoid", "currency-logoid", "base-currency-logoid",
						"earnings_per_share_forecast_next_fq", "earnings_release_next_date",
						"earnings_release_date", "earnings_per_share_fq", "lp", "volume",
						"average_volume", "market_cap_basic", "total_revenue",
						"earnings_per_share_basic_ttm", "price_earnings_ttm", "beta_1_year",
						"dps_common_stock_prim_issue_fy", "dividends_yield"
					], u.prototype.connect = function(e) {
						this._quoteApi.connect(this.quoteHandler.bind(this))
					},
					u.prototype.quoteHandler = function(e) {
						var t = e.method,
							i = e.params;
						switch (t) {
							case "connected":
								this._connected || (this._connected = !0, this.onConnected());
								break;
							case "quote_list_fields":
								break;
							case "quote_symbol_data":
								this._connected && this.onSymbolData(i[0]);
								break;
							case "quote_completed":
								this._connected && this.onSymbolData({
									symbolname: i[0],
									complete: performance.now(),
									values: {}
								});
								break;
							case "disconnected":
								this._connected && (this._connected = !1, this.onDisconnect.fire())
						}
					}, u.prototype.onConnected = function() {
						this.setFields();
						var e = Object.keys(this._symbol_data);
						e.length && (this._quoteApi.quoteAddSymbols(e, {
							forcePermission: !0
						}), this._delayUpdateFastSymbols()), this.onConnect.fire()
					}, u.prototype.setFields = function() {
						var e = u.prototype.typeFields[this._type];
						e && e.length && this._quoteApi.quoteSetFields(e)
					}, u.prototype.onSymbolData = function(e) {
						var t = e.symbolname,
							i = this._throttledSymbolData[t];
						i || (i = this._throttledSymbolData[t] = {
							fnDispatch: s(this.dipatchSymbolData.bind(this), this.options
								.throttleTimeout)
						}), i.cache ? h(i.cache, e) : i.cache = e, i.fnDispatch(t)
					}, u.prototype._parseUpdateMode = function(e) {
						var t = c(e.update_mode);
						null !== t && (e.update_mode = t.mode, e.update_mode_seconds = t.interval)
					}, u.prototype.dipatchSymbolData = function(e) {
						var t = this._symbol_data[e],
							i = this._throttledSymbolData[e].cache;
						if (delete this._throttledSymbolData[e].cache, this._symbol_data[e])
							for (var s in h(t, i), t.values && this._parseUpdateMode(t.values), this
									._subscriptions) {
								var r = this._subscriptions[s];
								r.has(e) && r.get(e).forEach((function(e) {
									e(t, i)
								}))
							}
					}, u.prototype.subscribe = function(e, t, i) {
						this._subscriptions[e] = this._subscriptions[e] || new Map;
						var s = this._subscriptions[e];
						t = [].concat(t);
						var r = [];
						t.forEach((function(e) {
							this._symbol_data[e] ? s && s.has(e) || this._symbol_data[e]
								.subscribers_count++ : (this._symbol_data[e] = {
									subscribers_count: 1
								}, r.push(e)), s.has(e) || s.set(e, []), s.get(e).push(i), s
								.get(e).fast = !0, this._symbol_data[e] && this
								._symbol_data[e].values && i(this._symbol_data[e], this
									._symbol_data[e])
						}), this), r.length && this._connected && (this._quoteApi.quoteAddSymbols(
							r, {
								forcePermission: !0
							}), this._delayUpdateFastSymbols())
					}, u.prototype.unsubscribe = function(e, t, i) {
						t = [].concat(t);
						for (var s = this._subscriptions[e], r = [], n = 0; n < t.length; n++) {
							var o = t[n];
							if (s)
								if (s.has(o) && i) {
									var a = s.get(o).indexOf(i);
									~a && s.get(o).splice(a, 1), s.get(o).length || s.delete(o)
								} else s.delete(o);
							s && 0 === s.size && delete this._subscriptions[e], this._symbol_data
								.hasOwnProperty(o) && (s && !s.has(o) && this._symbol_data[o]
									.subscribers_count--, this._symbol_data[o].subscribers_count || (
										delete this._symbol_data[o], r.push(o)))
						}
						r.length && this._connected && (this._quoteApi.quoteRemoveSymbols(r), this
							._delayUpdateFastSymbols())
					}, u.prototype.setFastSymbols = function(e, t) {
						if (this._subscriptions[e])
							for (var i = this._subscriptions[e], s = Array.from(i.keys()), r = 0; r < s
								.length; ++r) {
								var n = s[r];
								i.get(n).fast = -1 !== t.indexOf(n)
							}
						this._delayUpdateFastSymbols()
					}, u.prototype._updateFastSymbols = function() {
						if (this._connected) {
							var e = this._fastSymbols();
							0 === e.length ? this._quoteApi.quoteHibernateAll() : this._quoteApi
								.quoteFastSymbols(e)
						}
					},
					u.prototype._delayUpdateFastSymbols = u.prototype._updateFastSymbols, u.prototype
					._fastSymbols = function() {
						var e = [];
						for (var t in this._subscriptions)
							for (var i = this._subscriptions[t], s = Array.from(i.keys()), r = 0; r < s
								.length; ++r) {
								var n = s[r];
								i.get(n).fast && e.push(n)
							}
						return e = o(e)
					}, u.prototype.formatter = function(e, t) {
						var i = this;
						if (this._waitingForFormatters[e]) return this._waitingForFormatters[e];

						function s(e) {
							var i = t && !e.fractional ? 1 : e.minmov;
							return new n(e.pricescale, i, e.fractional, e.minmove2)
						}
						var r = new Promise((function(t, r) {
							if (i._formatterValuesCache[e]) t(s(i._formatterValuesCache[
								e]));
							else {
								var n = l.guid();
								i.subscribe(n, [e], (function(o) {
									"error" === o.status && (i
											._waitingForFormatters[e] = null, r(
												"Quotes snapshot is not received"
											)),
										function(e) {
											return e && null != e.pricescale &&
												null != e.minmov
										}(o.values) && (i._waitingForFormatters[
												e] = null, i
											._formatterValuesCache[e] = o
											.values, t(s(o.values)), i
											.unsubscribe(n, e))
								}))
							}
						}));
						return this._waitingForFormatters[e] = r, r
					}, u.prototype.snapshot = function(e) {
						var t = this;
						if (this._waitingForSnapshot[e]) return this._waitingForSnapshot[e];
						var i = new Promise((function(i, s) {
							if (t._snapshotValuesCache[e]) i(t._snapshotValuesCache[e]);
							else {
								var r = l.guid();
								t.subscribe(r, [e], (function(n) {
									"error" === n.status && (t
										._waitingForSnapshot[e] = null, s(
											"Quotes snapshot is not received"
										));
									var o = n.values;
									o && o.minmov && o.pricescale && o
										.description && (t._waitingForSnapshot[
												e] = null, t
											._snapshotValuesCache[e] = o, i(o),
											t.unsubscribe(r, e))
								}))
							}
						}));
						return this._waitingForSnapshot[e] = i, i
					}, TradingView.QuoteSessionMultiplexer = u, t && t.exports && (t.exports = u)
			}).call(this, i("aIyQ"), i("YuTi")(e))
		},
		hOqT: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "getTranslatedSymbolDescription", (function() {
				return s
			}));
			i("YFKU");

			function s(e) {
				return e.description || ""
			}
		},
		hP9j: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolPolyline", (function() {
				return l
			}));
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("Ocx9"),
				o = i("Zp/P"),
				a = i("Ss5c");
			class l extends a.LineDataSource {
				constructor(e, t) {
					const s = t || l.createProperties();
					super(e, s), i.e("lt-pane-views").then(i.bind(null, "C2CE")).then(t => {
						this._setPaneViews([new t.PolylinePaneView(this, e)])
					})
				}
				pointsCount() {
					return -1
				}
				properties() {
					return super.properties()
				}
				name() {
					return "Polyline"
				}
				hasEditableCoordinates() {
					return !1
				}
				addPoint(e, t, i) {
					var n;
					const a = Object(s.ensureNotNull)(this.priceScale()),
						l = this._model.timeScale().indexToCoordinate(e.index),
						c = e.price,
						h = Object(s.ensure)(null === (n = this.ownerSource()) || void 0 === n ?
							void 0 : n.firstValue()),
						u = a.priceToCoordinate(c, h),
						d = Object(o.interactionTolerance)().minDistanceBetweenPoints;
					if (this._points.length > 0) {
						const e = this._points[this._points.length - 1],
							t = this._model.timeScale().indexToCoordinate(e.index),
							i = e.price,
							s = a.priceToCoordinate(i, h);
						if (new r.Point(l, u).subtract(new r.Point(t, s)).length() < d) return this
							._lastPoint = null, this.normalizePoints(), this
							.createServerPoints(), !0;
						const n = this._points[0],
							o = this._model.timeScale().indexToCoordinate(n.index),
							c = n.price,
							p = a.priceToCoordinate(c, h);
						if (new r.Point(l, u).subtract(new r.Point(o, p)).length() < d) return this
							.properties().childs().filled.setValue(!0), this._lastPoint = null,
							this.normalizePoints(), this.createServerPoints(), !0
					}
					return super.addPoint(e, t, i)
				}
				setPoint(e, t, i) {
					var n;
					super.setPoint(e, t, i);
					const a = this.priceScale();
					if (!(this._model.timeScale().isEmpty() || null === a || a.isEmpty() || e !==
							this._points.length - 1 && 0 !== e)) {
						const i = Object(s.ensure)(null === (n = this.ownerSource()) || void 0 ===
								n ? void 0 : n.firstValue()),
							l = this._model.timeScale().indexToCoordinate(t.index),
							c = a.priceToCoordinate(t.price, i),
							h = e === this._points.length - 1 ? this._points[0] : this._points[this
								._points.length - 1],
							u = this._model.timeScale().indexToCoordinate(h.index),
							d = a.priceToCoordinate(h.price, i);
						new r.Point(l, c).subtract(new r.Point(u, d)).length() < Object(o
								.interactionTolerance)().minDistanceBetweenPoints && this
							.properties().childs().filled.setValue(!0)
					}
				}
				static createProperties(e) {
					const t = new n.DefaultProperty("linetoolpolyline", e);
					return l._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "91EF")).then(
						e => e.PolylinesDefinitionsViewModel)
				}
				static _configureProperties(e) {
					a.LineDataSource._configureProperties(e), e.addExclusion("filled")
				}
			}
		},
		hXqA: function(e, t, i) {
			"use strict";
			var s = i("c7G1");
			class r {
				constructor() {
					this.isUpdate = !1, this.graphicsCmds = new s.c, this._offsetsChanged = !1, this
						._disableGraphicsAndData = !1
				}
				isNaN() {
					return this.graphicsCmds.isNaN()
				}
				primitiveData(e) {
					const t = {};
					if (!this._disableGraphicsAndData) {
						const i = this.graphicsCmds.primitiveData(e);
						null !== i && (t.graphicsCmds = i)
					}
					return this.isUpdate && (t.isUpdate = !0), void 0 === t.graphicsCmds ? void 0 : t
				}
				disable() {
					this._disableGraphicsAndData = !0
				}
				checkForChangeAndResetChangedState(e) {
					const t = this._offsetsChanged,
						i = this.graphicsCmds.isModified();
					this.graphicsCmds.setModified(!1), this._offsetsChanged = !1;
					return i || t || 0 !== e.length
				}
			}
			var n = i("ogJP"),
				o = i("dhFz");

			function a(e) {
				return Boolean(e.isPosted)
			}
			class l {
				isIgnoredObj(e, t) {
					return l.isIgnoredObjDefault(e, t)
				}
				static isIgnoredObjDefault(e, t) {
					if (void 0 === t) return l.isIgnoredObjNaNable(e);
					const i = e[t];
					return l.isIgnoredByGeneralRules(e, t) || l.isIgnoredObjNaNable(i) || l
						.isIgnoredObjListOfNaNables(i)
				}
				static isIgnoredObjNaNable(e) {
					return Object(o.a)(e) && e.isNaN()
				}
				static isIgnoredObjListOfNaNables(e) {
					if (!Object(n.isArray)(e)) return !1;
					let t = !0;
					for (const i of e)
						if (!Object(o.a)(i) || !i.isNaN()) {
							t = !1;
							break
						} return t
				}
				static isIgnoredObjPosted(e) {
					return a(e) && e.isPosted()
				}
				static isIgnoredObjErased(e) {
					return a(e) && e.isErased()
				}
				static isIgnoredByGeneralRules(e, t) {
					const i = e[t];
					return Object(n.isArray)(i) && 0 === i.length
				}
			}
			class c {
				isIgnoredObj(e, t) {
					if (void 0 === t) return l.isIgnoredObjDefault(e) || l.isIgnoredObjErased(e);
					const i = e[t];
					return l.isIgnoredObjDefault(e, t) || l.isIgnoredObjErased(i)
				}
			}
			class h {
				isIgnoredObj(e, t) {
					if (void 0 === t) return l.isIgnoredObjDefault(e) || l.isIgnoredObjErased(e) || l
						.isIgnoredObjPosted(e);
					const i = e[t];
					return l.isIgnoredObjDefault(e, t) || l.isIgnoredObjErased(i) || l
						.isIgnoredObjPosted(i)
				}
			}
			i.d(t, "a", (function() {
				return u
			}));
			class u extends class extends class {
				constructor(e) {
					this._dataObj = new r, this._isDirty = !1, this._eraseCmds = [],
						this._enableCmdDataStudy = e
				}
				init(e) {
					this._dataObj.graphicsCmds.setCreate(e), this.update(!0)
				}
				dataObj() {
					return this._dataObj
				}
				setEraseCmds(e) {
					this._eraseCmds = e
				}
				resetDirtyState() {
					this._isDirty = !1
				}
				disable() {
					this._dataObj.disable()
				}
			} {
				constructor(e) {
					super(e), this._snapshotPredicate = new c, this._dataSnapShot = {}
				}
				getData() {
					return this._dataSnapShot
				}
				getUpdate() {
					return this._isDirty ? this._dataSnapShot : {}
				}
				update(e) {
					(this._dataObj.checkForChangeAndResetChangedState(this._eraseCmds) || e) && (
						null !== this._dataObj.graphicsCmds.create && (this._dataObj.graphicsCmds.create
							.deleteErasedObjs(), this._dataObj.graphicsCmds.erase = [new s.a]), this
						._makeSnapshot(), this._isDirty = !0)
				}
				_makeSnapshot() {
					this._json = this._dataObj.primitiveData(this._snapshotPredicate), this
						._dataSnapShot = {
							json: this._json
						}
				}
			} {
				constructor(e) {
					super(e), this._updatePredicate = new h, this._sendShapshotOnly = !0, this
						._isFirstNotForcedUpdate = !0
				}
				update(e) {
					(this._dataObj.checkForChangeAndResetChangedState(this._eraseCmds) || e) && (
						null !== this._dataObj.graphicsCmds.create && (this._dataObj.graphicsCmds
							.erase = [new s.a]), this._dataObj.isUpdate = !0, this._makeSnapshot(),
						null !== this._dataObj.graphicsCmds.create && (this._dataObj.graphicsCmds
							.erase = this._eraseCmds), this._dataObj.isUpdate = !0, this._jsonUpdate =
						this._dataObj.primitiveData(this._updatePredicate), null !== this._dataObj
						.graphicsCmds.create && this._dataObj.graphicsCmds.create
						.deleteErasedAndMarkPostedObjs(), this._sendShapshotOnly = e || this
						._isFirstNotForcedUpdate, this._isFirstNotForcedUpdate = Boolean(e), this
						._isDirty = !0)
				}
				getUpdate() {
					return this._isDirty ? this._enableCmdDataStudy ? {
						json: this._sendShapshotOnly ? this._json : void 0,
						jsonUpdate: this._sendShapshotOnly ? void 0 : this._jsonUpdate
					} : {
						json: this._json,
						jsonUpdate: this._sendShapshotOnly ? void 0 : this._jsonUpdate
					} : {}
				}
			}
		},
		hY0g: function(e, t, i) {
			"use strict";
			(function(e) {
				var t = i("txPx").getLogger("Common.WatchedValue");

				function s() {}

				function r(e) {
					if (!(this instanceof r)) return new r(e);
					arguments.length > 0 && (this._value = e), this._listeners = []
				}
				r.prototype.value = function() {
					return this._owner ? this._owner._value : this._value
				}, r.prototype.setValue = function(e, i) {
					var s = this._owner ? this._owner : this;
					if ("function" == typeof s.hook && (e = s.hook(e)), s.writeLock) return s
						._value;
					var r = s._value === e || Number.isNaN(s._value) && Number.isNaN(e);
					if (!i && r && s.hasOwnProperty("_value")) return e;
					s._value = e;
					for (var n = s._listeners.slice(), o = 0, a = 0; a < n.length; a++) {
						n[a].once && (s._listeners.splice(a - o, 1), o++);
						try {
							n[a].cb(e)
						} catch (e) {
							t.logError(e.stack || e.message)
						}
					}
					return e
				}, r.prototype.deleteValue = function() {
					var e = this._owner ? this._owner : this;
					if (e.hasOwnProperty("_value")) {
						if (e.writeLock) return e._value;
						delete e._value;
						for (var i = e._listeners.slice(), s = 0, r = 0; r < i.length; r++) {
							i[r].once && (e._listeners.splice(r - s, 1), s++);
							try {
								i[r].cb()
							} catch (e) {
								t.logError(e.stack || e.message)
							}
						}
					}
				}, r.prototype.subscribe = function(e, i) {
					if ("function" != typeof e) throw new TypeError("callback must be a function");
					var s = !!i && !!i.once,
						r = !!i && !!i.callWithLast,
						n = this._owner ? this._owner : this;
					if (r && n.hasOwnProperty("_value")) {
						try {
							e(n._value)
						} catch (e) {
							t.logError(e.stack || e.message)
						}
						if (s) return
					}
					n._listeners.push({
						cb: e,
						owner: this,
						once: !!i && !!i.once
					})
				}, r.prototype.unsubscribe = function(e) {
					var t = this._owner ? this._owner : this;
					void 0 === e && (e = null);
					for (var i = t._listeners, s = i.length; s--;) i[s].owner !== this && t !==
						this || i[s].cb !== e && null !== e || i.splice(s, 1)
				}, r.prototype.listeners = function() {
					return (this._owner ? this._owner : this)._listeners
				}, r.prototype.readonly = function() {
					if (this._readonlyInstance) return this._readonlyInstance;
					var e = this._readonlyInstance = new s;
					return e.subscribe = this.subscribe.bind(this), e.unsubscribe = this.unsubscribe
						.bind(this), e.value = this.value.bind(this), e.when = this.when.bind(this),
						e.spawn = function() {
							return this.spawn().readonly()
						}.bind(this), this.destroy && (e.destroy = this.destroy.bind(this)), e
				}, r.prototype.spawn = function(e) {
					var i = new r;
					return delete i._listeners, i._owner = this._owner || this, i.destroy =
						function() {
							if ("function" == typeof e) try {
								e()
							} catch (e) {
								t.logError(e.stack || e.message)
							}
							this.unsubscribe(), delete this._owner
						}, i
				}, r.prototype.when = function(e) {
					var i = this;
					if (this.value()) try {
						e()
					} catch (e) {
						t.logError(e.stack || e.message)
					} else {
						var s = function(t) {
							t && (i.unsubscribe(s), e())
						};
						i.subscribe(s)
					}
				}, r.prototype.opposite = function() {
					if (!this._opposite) {
						var e = this,
							t = new r(!this.value());
						this.subscribe((function(e) {
							t.setValue(!e)
						})), t.subscribe((function(t) {
							e.setValue(!t)
						})), this._opposite = t
					}
					return this._opposite
				}, "undefined" != typeof window && (window.WatchedValue = r), e && e.exports && (e
					.exports = r)
			}).call(this, i("YuTi")(e))
		},
		hY3j: function(e, t, i) {
			"use strict";
			var s = i("PAcw").GridRenderer;

			function r() {
				this._id = "grid", this.visible = !0, this.horzLinesVisible = !0, this.horzLinesColor =
					"white", this.horzLinesStyle = "", this.vertLinesVisible = !0, this.vertLinesColor =
					"white", this.vertLinesStyle = ""
			}

			function n(e, t) {
				this.source = e, this.pane = t, this._renderer = new s
			}
			r.prototype.id = function() {
				return this._id
			}, r.prototype.paneViews = function(e) {
				return [new n(this, e)]
			}, n.prototype.update = function() {}, n.prototype.renderer = function() {
				var e = {};
				return this.pane.defaultPriceScale().isEmpty() || this.pane.timeScale().isEmpty() ?
					null : (e.horzLinesVisible = !0, e.vertLinesVisible = !0, e.horzLinesColor = this
						.pane._model.properties().paneProperties.horzGridProperties.color.value(), e
						.vertLinesColor = this.pane._model.properties().paneProperties
						.vertGridProperties.color.value(), e.horzLineStyle = this.pane._model
						.properties().paneProperties.horzGridProperties.style.value(), e.vertLineStyle =
						this.pane._model.properties().paneProperties.vertGridProperties.style.value(), e
						.priceMarks = this.pane.defaultPriceScale().marks(), e.timeMarks = this.pane
						.timeScale().marks(), e.w = this.pane.width(), e.h = this.pane.height(), this
						._renderer.setData(e), this._renderer)
			}, t.Grid = r
		},
		hezA: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyPriceAxisView", (function() {
				return r
			}));
			var s = i("KcY8");
			class r extends s.a {
				constructor(e, t) {
					super(), this._model = e.model(), this._source = e, this._data = t
				}
				_updateRendererData(e, t, i) {
					e.visible = !1, t.visible = !1;
					const s = this._source.model(),
						r = this._source.priceScale();
					if (null === r) return;
					if (!s.isPriceScaleVisible(r)) return;
					const n = this._source.lastValueData(this._data.plotIndex, !1);
					if (n.noData) return;
					i.background = n.color;
					let o = n.color;
					"transparent" === o && (o = this._model.properties().scalesProperties
							.backgroundColor.value()), i.textColor = this.generateTextColor(o), i
						.coordinate = n.coordinate, i.floatCoordinate = n.floatCoordinate, this
						._showAxisLabel() && (e.text = n.text, e.visible = !0), this
						._updatePaneRendererData(t)
				}
				_showPaneLabel() {
					return this._model.properties().scalesProperties.showStudyPlotLabels.value()
				}
				_showAxisLabel() {
					return this._model.properties().scalesProperties.showStudyLastValue.value()
				}
				_updatePaneRendererData(e) {
					e.text = "", this._showPaneLabel() && (e.text = this._source.priceLabelText(this
						._data.plotIndex), e.visible = !0)
				}
			}
		},
		hfHJ: function(e, t, i) {
			"use strict";
			Object.defineProperty(t, "__esModule", {
					value: !0
				}), t.transformPoint = t.translationMatrix = t.scalingMatrix = t.rotationMatrix = t
				.multiplyMatrices = t.identityMatrix = void 0;
			var s = i("aO4+");
			t.identityMatrix = function() {
				return [
					[1, 0, 0],
					[0, 1, 0],
					[0, 0, 1]
				]
			}, t.multiplyMatrices = function(e, t) {
				for (var i = [
						[0, 0, 0],
						[0, 0, 0],
						[0, 0, 0]
					], s = 0; s < 3; s++)
					for (var r = 0; r < 3; r++)
						for (var n = 0; n < 3; n++) i[s][r] += e[s][n] * t[n][r];
				return i
			}, t.rotationMatrix = function(e) {
				var t = Math.cos(e),
					i = Math.sin(e);
				return [
					[t, -i, 0],
					[i, t, 0],
					[0, 0, 1]
				]
			}, t.scalingMatrix = function(e, t) {
				return [
					[e, 0, 0],
					[0, t, 0],
					[0, 0, 1]
				]
			}, t.translationMatrix = function(e, t) {
				return [
					[1, 0, e],
					[0, 1, t],
					[0, 0, 1]
				]
			}, t.transformPoint = function(e, t) {
				for (var i = [t.x, t.y, 1], r = [0, 0, 0], n = 0; n < 3; n++)
					for (var o = 0; o < 3; o++) r[n] += i[o] * e[n][o];
				return new s.Point(r[0], r[1])
			}
		},
		hsV8: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ensureTimePointIndexIndex", (function() {
				return n
			})), i.d(t, "unpackNonSeriesData", (function() {
				return o
			}));
			var s = i("JmuD"),
				r = i("qySK");

			function n(e) {
				if (e < 0) throw new Error("TimePointIndexIndex should be non-negative integer");
				return e
			}
			async function o(e) {
				if ("" === e) return null;
				const t = JSON.parse(e);
				if (!Object(s.isObject)(t) || "function" == typeof t) throw new Error(
					"Non-object content in the non-series envelope");
				if (Object(s.hasProperty)(t, "indexes_replace")) return {
					indexes_replace: !0
				};
				const i = {
					indexes_replace: !1
				};
				if (Object(s.hasProperty)(t, "offsets") && (i.offsets = t.offsets), Object(s
						.hasProperty)(t, "isUpdate")) {
					if ("boolean" != typeof t.isUpdate) throw new Error(
						'Invalid type of "isUpdate" field');
					i.isUpdate = t.isUpdate
				}
				return Object(s.hasProperty)(t, "data") && (i.data = t.data), Object(s.hasProperty)(t,
					"graphicsCmds") && (i.graphicsCmds = Object(r.b)(t.graphicsCmds)), i
			}
		},
		htUT: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ChartChangesWatcher", (function() {
				return n
			}));
			var s = i("aIyQ"),
				r = i.n(s);
			class n {
				constructor(e, t, i) {
					this._hasChanges = !1, this._undoHistory = e, this._chartSaver = t, this
						._globalEvents = i, this._onValueChanged = new r.a, this._subscribe()
				}
				destroy() {
					this._unsubscribe(), this._onValueChanged.destroy()
				}
				hasChanges() {
					return this._hasChanges
				}
				getOnChange() {
					return this._onValueChanged
				}
				_subscribe() {
					this._globalEvents.subscribe("chart_loaded", this._handleChartLoaded, this), this
						._undoHistory.undoStack().onChange().subscribe(this, this
							._handleChangeUndoStack), this._chartSaver.chartSaved().subscribe(this, this
							._handleChartSaved)
				}
				_unsubscribe() {
					this._globalEvents.unsubscribe("chart_loaded", this._handleChartLoaded, this), this
						._undoHistory.undoStack().onChange().unsubscribe(this, this
							._handleChangeUndoStack), this._chartSaver.chartSaved().unsubscribe(this,
							this._handleChartSaved)
				}
				_setChanges(e) {
					this._hasChanges !== e && (this._hasChanges = e, this._onValueChanged.fire(e))
				}
				_handleChartLoaded() {
					this._setChanges(!1)
				}
				_handleChangeUndoStack(e) {
					e && !e.customFlag("doesnt_affect_save") && this._setChanges(!0)
				}
				_handleChartSaved(e) {
					e && this._setChanges(!1)
				}
			}
		},
		"hyq/": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "pivotPointsStandardStudyItem", (function() {
				return h
			}));
			var s = i("ocLq"),
				r = i("LxhU");
			class n {
				constructor() {
					this.p = NaN, this.r1 = NaN, this.s1 = NaN, this.r2 = NaN, this.s2 = NaN, this.r3 =
						NaN, this.s3 = NaN, this.r4 = NaN, this.s4 = NaN, this.r5 = NaN, this.s5 = NaN,
						this.startIndex__t = NaN, this.endIndex__t = NaN
				}
			}
			class o {
				constructor() {
					this.pivots = []
				}
			}

			function a(e, t) {
				e.setUTCMonth(e.getUTCMonth() + t)
			}

			function l(e, t) {
				if (s.Std.ismonthly(e)) {
					let i = new Date(t);
					return i.getUTCDay() < function(e, t) {
							return new Date(t, e, 0).getDate()
						}(i.getUTCMonth(), i.getUTCFullYear()) ? (a(i, s.Std.interval(e)), i = s.Std
							.add_days_considering_dst("Etc/UTC", i, 1 - i.getUTCDay())) : (i = s.Std
							.add_days_considering_dst("Etc/UTC", i, 1), a(i, s.Std.interval(e))), i
						.valueOf()
				}
				return t + r.Interval.parse(e.symbol.resolution).inMilliseconds(t)
			}

			function c(e, t) {
				switch (t) {
					case "Auto":
						return function(e) {
							const t = r.Interval.parse(e.symbol.interval + e.symbol.resolution);
							switch (t.kind()) {
								case r.ResolutionKind.Weeks:
								case r.ResolutionKind.Months:
									return "12M";
								case r.ResolutionKind.Days:
									return "1M";
								case r.ResolutionKind.Minutes:
									return t.multiplier() >= 1 && t.multiplier() <= 15 ? "1D" : "1W";
								case r.ResolutionKind.Seconds:
								case r.ResolutionKind.Ticks:
									return "1D"
							}
							throw new Error("Unexpected resolution type: " + e.symbol.resolution)
						}(e);
					case "Daily":
						return "1D";
					case "Weekly":
						return "1W";
					case "Monthly":
						return "1M";
					case "Yearly":
						return "12M";
					default:
						throw new Error("No such pivTimeFrame: " + t)
				}
			}
			const h = {
				name: "Pivot Points Standard",
				metainfo: {
					_metainfoVersion: 44,
					defaults: {
						inputs: {
							kind: "Traditional",
							lookBack: 15,
							pivTimeFrame: "Auto",
							showHistoricalPivots: !0
						},
						precision: "4"
					},
					description: "Pivot Points Standard",
					id: "PivotPointsStandard@tv-basicstudies-80",
					inputs: [{
						defval: "Traditional",
						id: "kind",
						name: "Type",
						options: ["Traditional", "Fibonacci", "Woodie", "Classic", "DeMark",
							"Camarilla"
						],
						type: "text"
					}, {
						defval: !0,
						id: "showHistoricalPivots",
						name: "Show historical pivots",
						type: "bool"
					}, {
						defval: "Auto",
						id: "pivTimeFrame",
						name: "Pivots Timeframe",
						options: ["Auto", "Daily", "Weekly", "Monthly", "Yearly"],
						type: "text"
					}, {
						defval: 15,
						id: "lookBack",
						max: 5e3,
						min: 2,
						name: "Number of Pivots Back",
						type: "integer"
					}],
					is_price_study: !0,
					linkedToSeries: !0,
					shortDescription: "Pivots"
				},
				constructor: class {
					constructor() {
						this._secondaryRes = "1D", this._firstMainSeriesBarTime = NaN
					}
					init(e, t) {
						const i = t(0),
							r = t(1),
							n = t(2),
							a = t(3);
						this._data = new o, this._firstMainSeriesBarTime = NaN, this._kindPP =
							function(e) {
								switch (e) {
									case "Traditional":
										return 0;
									case "Fibonacci":
										return 1;
									case "Woodie":
										return 2;
									case "Classic":
										return 3;
									case "DeMark":
										return 4;
									case "Camarilla":
										return 5;
									default:
										throw new Error("Unknown kind " + e)
								}
							}(i), this._showHistoricalPivots = r, this._historicalPivotsToKeep =
							a, this._pivTimeFrame = n, this._isValidResolution = function(e,
								t) {
								return (!s.Std.isdaily(e) || "Daily" !== t) && ((!s.Std
										.isweekly(e) || "Daily" !== t && "Weekly" !== t) &&
									(!s.Std.ismonthly(e) || "Daily" !== t && "Weekly" !==
										t && "Monthly" !== t))
							}(e, this._pivTimeFrame), this._isValidResolution || s.Std.error(
								"You cannot see this pivot timeframe on this resolution"), this
							._isValidResolution && (this._secondaryRes = c(e, this
								._pivTimeFrame)), e.new_sym(e.symbol.tickerid, this
								._secondaryRes)
					}
					main(e) {
						if (!this._isValidResolution) return null;
						if (e.symbol.time) return isNaN(this._firstMainSeriesBarTime) && (this
								._firstMainSeriesBarTime = e.symbol.time, this
								._removeUnusedPivots()), e.symbol.isLastBar && e.symbol
							.isNewBar ? this._createResponse() : null;
						e.select_sym(1);
						const t = e.new_var(s.Std.open(e)),
							i = e.new_var(s.Std.high(e)),
							r = e.new_var(s.Std.low(e)),
							o = e.new_var(s.Std.close(e)),
							a = e.new_var(s.Std.time(e)),
							c = this._data,
							h = t.get(0),
							u = a.get(0),
							d = t.get(1),
							p = i.get(1),
							_ = r.get(1),
							m = o.get(1),
							f = e.symbol.isLastBar;
						if (0 !== c.pivots.length && e.symbol.isNewBar) {
							const e = c.pivots[c.pivots.length - 1];
							e.endIndex__t !== u && (e.endIndex__t = u)
						}
						if (0 === e.symbol.index || !e.symbol.isNewBar) return e.select_sym(0),
							null;
						const g = function(e, t, i, r, o, a, l, c) {
							const h = new n;
							let u = NaN;
							const d = i - r;
							switch (c) {
								case 0:
									u = (i + r + o) / 3, h.p = u, h.r1 = 2 * u - r, h.s1 =
										2 * u - i, h.r2 = u + (i - r), h.s2 = u - (i - r), h
										.r3 = 2 * u + (i - 2 * r), h.s3 = 2 * u - (2 * i -
											r), h.r4 = 3 * u + (i - 3 * r), h.s4 = 3 * u - (
											3 * i - r), h.r5 = 4 * u + (i - 4 * r), h.s5 =
										4 * u - (4 * i - r);
									break;
								case 1:
									u = (i + r + o) / 3, h.p = u, h.r1 = u + .382 * d, h
										.s1 = u - .382 * d, h.r2 = u + .618 * d, h.s2 = u -
										.618 * d, h.r3 = u + d, h.s3 = u - d;
									break;
								case 2:
									u = (i + r + 2 * e) / 4, h.p = u, h.r1 = 2 * u - r, h
										.s1 = 2 * u - i, h.r2 = u + d, h.s2 = u - d, h.r3 =
										i + 2 * (u - r), h.s3 = r - 2 * (i - u), h.r4 = h
										.r3 + d, h.s4 = h.s3 - d;
									break;
								case 3:
									u = (i + r + o) / 3, h.p = u, h.r1 = 2 * u - r, h.s1 =
										2 * u - i, h.r2 = u + d, h.s2 = u - d, h.r3 = u +
										2 * d, h.s3 = u - 2 * d, h.r4 = u + 3 * d, h.s4 =
										u - 3 * d;
									break;
								case 4:
									let n = NaN;
									n = s.Std.equal(t, o) ? i + r + 2 * o : s.Std.greater(o,
											t) ? 2 * i + r + o : 2 * r + i + o, u = n / 4, h
										.p = u, h.r1 = n / 2 - r, h.s1 = n / 2 - i;
									break;
								case 5:
									u = (i + r + o) / 3, h.p = u, h.r1 = o + 1.1 * d / 12, h
										.s1 = o - 1.1 * d / 12, h.r2 = o + 1.1 * d / 6, h
										.s2 = o - 1.1 * d / 6, h.r3 = o + 1.1 * d / 4, h
										.s3 = o - 1.1 * d / 4, h.r4 = o + 1.1 * d / 2, h
										.s4 = o - 1.1 * d / 2;
									break;
								default:
									throw new Error("Unknown kind")
							}
							return h.startIndex__t = a, h.endIndex__t = l, h
						}(h, d, p, _, m, u, l(e, u), this._kindPP);
						return e.select_sym(0), this._showHistoricalPivots || (c.pivots = []), c
							.pivots.push(g), c.pivots.length > this._historicalPivotsToKeep && c
							.pivots.shift(), f ? this._createResponse() : null
					}
					_createResponse() {
						return 0 === this._data.pivots.length ? null : {
							nonseries: !0,
							type: "non_series_data",
							data: {
								data: this._data
							}
						}
					}
					_removeUnusedPivots() {
						const e = Math.max(this._data.pivots.findIndex(e => e.startIndex__t >
							this._firstMainSeriesBarTime) - 1, 0);
						e > 0 && this._data.pivots.splice(0, e)
					}
				}
			}
		},
		"i/Bj": function(e, t, i) {
			"use strict";

			function s(e) {
				if (void 0 === e) return null;
				const t = e.match(/(delayed_streaming)_([\d]{1,4})/);
				return null === t ? null : {
					mode: t[1],
					interval: parseInt(t[2])
				}
			}
			i.r(t), i.d(t, "parseUpdateMode", (function() {
				return s
			}))
		},
		i126: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyColorRotatorFactory", (function() {
				return h
			}));
			var s = i("HGP3"),
				r = i("eJTA"),
				n = i("Tmoa"),
				o = i("3ClC");
			const a = ["color-sky-blue-400", "color-banana-yellow-700", "color-deep-blue-500",
				"color-grapes-purple-a700", "color-iguana-green-500", "color-minty-green-a700",
				"color-ripe-red-a200", "color-berry-pink-200", "color-tv-blue-a100",
				"color-tan-orange-a200", "color-sky-blue-a400", "color-deep-blue-a100",
				"color-grapes-purple-400", "color-iguana-green-a700", "color-minty-green-200",
				"color-ripe-red-200", "color-berry-pink-a200", "color-ripe-red-500",
				"color-grapes-purple-500", "color-deep-blue-400", "color-tv-blue-a200",
				"color-sky-blue-500", "color-iguana-green-400", "color-minty-green-400",
				"color-banana-yellow-600", "color-tan-orange-500", "color-berry-pink-400",
				"color-ripe-red-300", "color-grapes-purple-300", "color-deep-blue-300",
				"color-tv-blue-300", "color-sky-blue-300", "color-iguana-green-300",
				"color-minty-green-300", "color-banana-yellow-400", "color-tan-orange-300",
				"color-berry-pink-300", "color-tan-orange-a700"
			];
			class l {
				constructor(e) {
					this._offset = 0, this._offset = e
				}
				getColor(e) {
					if (0 === this._offset) return e;
					const t = a[(this._offset - 1) % a.length],
						i = s.colorsPalette[t],
						o = Object(n.isHexColor)(e) ? 1 : Object(r.parseRgba)(e)[3];
					return Object(n.generateColor)(i, Object(n.alphaToTransparency)(o))
				}
			}
			class c {
				constructor(e, t) {
					this._offset = e, this._modelStartOffset = t
				}
				getColor(e) {
					if (Object(n.isHexColor)(e)) {
						const t = Object(r.parseRgb)(e);
						return Object(r.rgbToHexString)(Object(r.shiftRgb)(t, this._offset, this
							._modelStartOffset))
					} {
						const t = Object(r.parseRgba)(e);
						return Object(r.rgbaToString)(Object(r.shiftRgba)(t, this._offset, this
							._modelStartOffset))
					}
				}
			}
			class h {
				constructor(e) {
					this._chartModel = e
				}
				getColorRotator(e) {
					const t = Object(o.studyColorRotationMode)(e);
					if (null === t) return null;
					const i = this._calcDefaultColorsOffset(e);
					switch (t) {
						case "loop":
							return new l(i);
						case "shift": {
							const e = this._chartModel.getStudyShiftColorStartOffset();
							return new c(i, e)
						}
					}
				}
				_calcDefaultColorsOffset(e) {
					let t = 0;
					const i = Object(o.useSameColorRotationComparator)(e);
					return this._chartModel.dataSources().filter(o.isStudy).forEach(s => {
						i(e, s.metaInfo()) && t++
					}), t
				}
			}
		},
		i6cO: function(e, t, i) {
			"use strict";
			var s;

			function r(e) {
				e.lineWidth = void 0, e.lineStyle = void 0;
				for (let t = 0; t < e.colors.length; t++) e.colors[t] = void 0;
				return e
			}

			function n() {
				return {
					colors: [void 0, void 0, void 0, void 0, void 0, void 0, void 0]
				}
			}
			i.r(t), i.d(t, "ColorerType", (function() {
					return s
				})), i.d(t, "clearStyle", (function() {
					return r
				})), i.d(t, "createEmptyStyle", (function() {
					return n
				})),
				function(e) {
					e[e.Main = 0] = "Main", e[e.Background = 1] = "Background", e[e.Text = 2] = "Text", e[e
						.Border = 3] = "Border", e[e.Wick = 4] = "Wick", e[e.Up = 5] = "Up", e[e.Down =
						6] = "Down"
				}(s || (s = {}))
		},
		i80N: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("Ocx9").DefaultProperty;
			class n extends s {
				constructor(e, t) {
					super(e, t || n.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"8MBc", 7)).then(({
						FibSpiralPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Fib Spiral"
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "nBUU")))
						.FibSpiralDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetoolfibspiral", e);
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e)
				}
			}
			t.LineToolFibSpiral = n
		},
		iDOr: function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("Y7w9").moveToHead,
					r = i("704P").ExecutionsPositionController,
					n = i("Ss5c").LineDataSource,
					o = i("7ktv").PriceDataSource,
					a = i("CW80").isLineTool,
					l = i("1Wlv").PriceScale,
					c = i("MWAT").createPriceScaleSelectionStrategy,
					h = i("yfAl").PaneBase,
					u = i("s1Gx").sortSources;
				class d extends h {
					constructor(t, i, s, r) {
						super(t, i, s, r), this.m_timeScale = t, this.m_height = 0, this.m_width =
							0, this.m_mainDataSource = null, this._properties = i, this._model = s,
							this._destroyed = new e, s.properties().priceScaleSelectionStrategyName
							.listeners().subscribe(null, function(e) {
								this._priceScaleSelectionStrategy = c(e.value()), this
									._priceScaleSelectionStrategy.apply(this)
							}.bind(this)), this.m_timeScale.barSpacingChanged().subscribe(this,
								function() {
									this.m_mainDataSource === this._model.mainSeries() && this
										._recalculatePriceScaleByScaleRatio(this.m_mainDataSource
											.priceScale())
								}.bind(this)), i.topMargin.listeners().subscribe(this, d.prototype
								._updateMargins), i.bottomMargin.listeners().subscribe(this, d
								.prototype._updateMargins), this._updateMargins(), this
							._maximized = !1
					}
					destroy() {
						this._properties.topMargin.listeners().unsubscribe(this, d.prototype
								._updateMargins), this._properties.bottomMargin.listeners()
							.unsubscribe(this, d.prototype._updateMargins), this._model.properties()
							.priceScaleSelectionStrategyName.listeners().unsubscribeAll(this), this
							.m_timeScale.barSpacingChanged().unsubscribeAll(this), this
							._leftPriceScales.concat(this._rightPriceScales).forEach((function(e) {
								e.modeChanged().unsubscribeAll(this), e.priceRangeChanged()
									.unsubscribeAll(this), e.internalHeightChanged()
									.unsubscribeAll(this)
							}), this);
						for (var e = 0; e < this.m_dataSources.length; e++) {
							var t = this.m_dataSources[e];
							this.removeSourceFromPriceScale(t), t.destroy && t.destroy()
						}
						this._destroyed.fire()
					}
					model() {
						return this._model
					}
					width() {
						return this.m_width
					}
					height() {
						return this.m_height
					}
					setWidth(e) {
						this.m_width = e, this.updateAllViews()
					}
					setHeight(e) {
						this.m_height = e, this._leftPriceScales.forEach((function(t) {
							t.setHeight(e)
						})), this._rightPriceScales.forEach((function(t) {
							t.setHeight(e)
						}));
						for (var t = 0; t < this.m_dataSources.length; t++) {
							var i = this.m_dataSources[t];
							this.isOverlay(i) && i.priceScale() && i.priceScale().setHeight(e)
						}
						this.updateAllViews()
					}
					leftPriceScales() {
						return this._leftPriceScales
					}
					rightPriceScales() {
						return this._rightPriceScales
					}
					visibleLeftPriceScales() {
						var e = this._model.priceScaleSlotsCount();
						if (this._leftPriceScales.length > e.left) {
							var t = s(this._leftPriceScales, this.mainDataSource().priceScale());
							return t.splice(e.left), t
						}
						return this._leftPriceScales
					}
					visibleRightPriceScales() {
						var e = this._model.priceScaleSlotsCount();
						if (this._rightPriceScales.length > e.right) {
							var t = s(this._rightPriceScales, this.mainDataSource().priceScale());
							return t.splice(e.right), t
						}
						return this._rightPriceScales
					}
					timeScale() {
						return this.m_timeScale
					}
					_processMainSourceChange() {
						var e;
						if (null === this.m_mainDataSource)
							for (var t = 0; t < this.m_dataSources.length; t++) {
								if ((r = this.m_dataSources[t]) instanceof o && !this.isOverlay(
										r) && (!r.properties().linkedToSeries || !r.properties()
										.linkedToSeries.value())) {
									this.m_mainDataSource = r, e = !0;
									break
								}
							}
						if (this.m_mainDataSource && e) {
							var i = [];
							for (t = 0; t < this.m_dataSources.length; t++) {
								(r = this.m_dataSources[t]) instanceof n && i.push(r)
							}
							i = u(i);
							for (t = 0; t < i.length; t++) this.move(i[t], this.m_mainDataSource
								.priceScale(), !0)
						} else if (!this.m_mainDataSource || this.isOverlay(this
								.m_mainDataSource) && 0 === this.nonOverlayPricesSourcesCount()) {
							var s = null;
							if (this.m_dataSources.includes(this._model.mainSeries())) s = this
								._model.mainSeries();
							else
								for (t = 0; t < this.m_dataSources.length; t++) {
									var r;
									if ((r = this.m_dataSources[t]) instanceof o && this.isOverlay(
											r) && r.showInObjectTree()) {
										s = r;
										break
									}
								}
							if (null !== s) {
								var a = this.m_mainDataSource === s;
								this.m_mainDataSource = s;
								var l = this.createNewPriceScaleIfPossible();
								if (a && s === this._model.mainSeries()) {
									var c = s.priceScale();
									this._model.children(s, !0).forEach(e => {
										this.removeSourceFromPriceScale(e), l.addDataSource(
											e), e.setPriceScale(l)
									}), this.removePriceScale(c)
								}
								this.move(s, l, !0), this.recalculatePriceScale(s.priceScale())
							}
						}
					}
					startScrollPrice(e, t) {
						e.startScroll(t)
					}
					scrollPriceTo(e, t) {
						e.scrollTo(t), this.updateAllViews()
					}
					endScrollPrice(e) {
						e.endScroll()
					}
					setPriceAutoScale(e, t) {
						e.setMode({
							autoScale: t
						}), this.timeScale().isEmpty() || this.recalculatePriceScale(e)
					}
					defaultPriceScale() {
						var e = this.m_mainDataSource ? this.m_mainDataSource.priceScale() : null;
						return null === e && (e = new l(this._model.properties().scalesProperties)),
							e
					}
					_priceScaleIsPrice(e) {
						var t = e.mainSource();
						return !!t && (!!TradingView.isInherited(t.constructor, TradingView
							.Series) || !!TradingView.isInherited(t.constructor, TradingView
							.Study) && t.metaInfo().is_price_study)
					}
					findSuitableScale(e, t, i) {
						return this._priceScaleSelectionStrategy.findSuitableScale(this, e, t, i)
					}
					createNewPriceScaleIfPossible() {
						return this._priceScaleSelectionStrategy.createNewPriceScaleIfPossible(this)
					}
					canCreateNewPriceScale() {
						return this._priceScaleSelectionStrategy.canCreateNewPriceScale(this)
					}
					mainDataSource() {
						return this.m_mainDataSource
					}
					recalculate() {
						this.recalculatePriceScale(this.m_rightPriceScale), this
							.recalculatePriceScale(this.m_leftPriceScale);
						for (var e = 0; e < this.m_dataSources.length; e++) {
							var t = this.m_dataSources[e];
							this.isOverlay(t) && !a(t) && this.recalculatePriceScale(t.priceScale())
						}
						this.updateAllViews(), this._model.updatePane(this)
					}
					createDrawingsCaches() {
						r.recreateOrderedByBarsSourcesCache(this)
					}
					clearDrawingCaches() {
						r.clearOrderedByBarsSourcesCache()
					}
					_invalidateSourcesCache() {
						this._cachedOrderedSources.clear(), this._leftPriceScales.forEach((function(
							e) {
							e.invalidateSourcesCache()
						})), this._rightPriceScales.forEach((function(e) {
							e.invalidateSourcesCache()
						}))
					}
					onDestroyed() {
						return this._destroyed
					}
					clearSeries(e) {
						for (var t = this.m_dataSources.length - 1; t >= 0; t--) TradingView
							.isInherited(this.m_dataSources[t].constructor, TradingView.Series) &&
							this._removeSourceFromCollections(t, e)
					}
					nonOverlayPricesSourcesCount() {
						return this.m_dataSources.filter((function(e) {
							return (!e.properties().linkedToSeries || !e.properties()
								.linkedToSeries.value()) && (TradingView
								.isInherited(e.constructor, o) && e
								.showInObjectTree() && !this.isOverlay(e))
						}), this).length
					}
					canHaveMoreNoScaleSources() {
						return this.nonOverlayPricesSourcesCount() > 1
					}
					actionNoScaleIsEnabled(e) {
						return !(!this.isOverlay(e) && TradingView.isInherited(e.constructor, o)) ||
							this.canHaveMoreNoScaleSources()
					}
					executionsPositionController() {
						return this._executionsPositionController || (this
							._executionsPositionController = new r(this, this._model
								.timeScale())), this._executionsPositionController
					}
					setMaximized(e) {
						this._maximized = e
					}
					isMaximized() {
						return this._maximized
					}
					properties() {
						return this._properties
					}
					priceScaleRatio() {
						return this._currentPriceScaleRatio
					}
					getPriceScaleById(e) {
						var t = this.m_dataSources.find((function(t) {
							return null !== t.priceScale() && t.priceScale().id() === e
						}));
						return void 0 === t ? null : t.priceScale()
					}
					setPriceScaleSelectionStrategy(e) {
						this._priceScaleSelectionStrategy = e, e.apply(this)
					}
					priceScaleIndex(e, t) {
						switch (t) {
							case "left":
								return this.leftPriceScales().indexOf(e);
							case "right":
								return this.rightPriceScales().indexOf(e)
						}
					}
				}
				d.DEFAULT_STRETCH_FACTOR = 1e3, d.PANE_ANIMATION_DURATION = 500, t.Pane = d
			}).call(this, i("aIyQ"))
		},
		iPBr: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "TimeAxisWidget", (function() {
				return y
			}));
			var s = i("Eyy1"),
				r = i("XlJ7"),
				n = i("S8xo"),
				o = i("ikwP"),
				a = i("H0vP"),
				l = i("ogJP"),
				c = i("u+0B"),
				h = i("zDbI"),
				u = i("aIyQ"),
				d = i.n(u),
				p = i("mE5r"),
				_ = i("8OdW"),
				m = i("7KDR"),
				f = i("3/8U"),
				g = i("GxN8"),
				b = i("JWMC"),
				v = i("5VQP");
			i("xrEm");
			const S = {
				contextMenuEnabled: !0,
				timezoneMenuEnabled: !0,
				pressedMouseMoveScale: !0
			};
			class y {
				constructor(e, t, i, s, r) {
					this._rendererOptions = null, this._onLabelHovered = new d.a, this._mousedown = !1,
						this._currentCursorClassName = "invalid", this._options = Object(l.merge)(
							Object(l.clone)(S), t || {}), this.chart = e, this._properties = e
						.properties().childs().scalesProperties, this._element = document.createElement(
							"tr"), this._backgroundBasedTheme = r;
					const a = () => this.backgroundColor(),
						c = () => {
							throw new Error("Time axis does not support real price scales")
						},
						h = {
							titlesProvider: i,
							stubContextMenuProvider: (e, t) => {
								const i = this.getContextMenuActions(!0);
								let r = s(e, t);
								if (r[r.length - 1] === this.chart.actions().scalesProperties) {
									const e = [new m.Separator].concat(i);
									Array.prototype.splice.apply(r, [r.length - 2, 0, ...e])
								} else r.push(new m.Separator), r = r.concat(i);
								return r
							},
							backgroundBasedTheme: r,
							rendererOptionsProvider: e.model().model().rendererOptionsProvider(),
							getBackgroundTopColor: a,
							getBackgroundBottomColor: a,
							showHorizontalBorder: !0
						};
					this._lhsStubContainer = new p.a(this._properties, "left", c, h, this._options
							.priceAxisLabelsOptions), this._lhsStubContainer.onLabelHovered().subscribe(
							this, (e, t) => {
								this._onLabelHovered.fire(e, t)
							}), this._rhsStubContainer = new p.a(this._properties, "right", c, h, this
							._options.priceAxisLabelsOptions),
						this._rhsStubContainer.onLabelHovered().subscribe(this, (e, t) => {
							this._onLabelHovered.fire(e, t)
						}), this._element.appendChild(this._lhsStubContainer.getElement()), this._cell =
						document.createElement("td"), this._element.appendChild(this._cell), this._cell
						.classList.add("chart-markup-table", "time-axis"), this._cell.style.height =
						"25px", this._dv = document.createElement("div"), this._dv.style.width = "100%",
						this._dv.style.height = "100%", this._dv.style.position = "relative", this._dv
						.style.overflow = "hidden", this._cell.appendChild(this._dv), this
						._canvasConfiguredHandler = () => this.chart.model().model().lightUpdate(), this
						._canvasBinding = Object(o.createBoundCanvas)(this._dv, new o.Size(16, 16)),
						this._canvasBinding.subscribeCanvasConfigured(this._canvasConfiguredHandler);
					const u = this._canvasBinding.canvas;
					u.style.position = "absolute", u.style.zIndex = "1", u.style.left = "0", u.style
						.top = "0", this._topCanvasConfiguredHandler = () => this.chart.model().model()
						.lightUpdate(), this._topCanvasBinding = Object(o.createBoundCanvas)(this._dv,
							new o.Size(16, 16)), this._topCanvasBinding.subscribeCanvasConfigured(this
							._topCanvasConfiguredHandler);
					const f = this._topCanvasBinding.canvas;
					f.style.position = "absolute", f.style.zIndex = "2", f.style.left = "0", f.style
						.top = "0", this._element.appendChild(this._rhsStubContainer.getElement()), this
						.restoreDefaultCursor(), this.update(), this._minVisibleSpan = _.MINUTE_SPAN,
						this._mouseEventHandler = new n.MouseEventHandler(this._topCanvasBinding.canvas,
							this, {
								treatVertTouchDragAsPageScroll: !0,
								treatHorzTouchDragAsPageScroll: !1
							}), this.size = new o.Size(0, 0)
				}
				destroy() {
					this._mouseEventHandler.destroy(), this._topCanvasBinding
						.unsubscribeCanvasConfigured(this._topCanvasConfiguredHandler), this
						._topCanvasBinding.destroy(), this._canvasBinding.unsubscribeCanvasConfigured(
							this._canvasConfiguredHandler), this._canvasBinding.destroy(), this
						._rhsStubContainer.onLabelHovered().unsubscribeAll(this), this._lhsStubContainer
						.onLabelHovered().unsubscribeAll(this), this._lhsStubContainer.destroy(), this
						._rhsStubContainer.destroy(), this.chart.properties().childs().paneProperties
						.childs().background.unsubscribeAll(this)
				}
				setCursor(e) {
					let t = "";
					"grabbing" !== e && "ew-resize" !== e || (t = "time-axis--cursor-" + e), this
						._currentCursorClassName !== t && (this._currentCursorClassName && this._cell
							.classList.remove(this._currentCursorClassName), t && this._cell.classList
							.add(t), this._currentCursorClassName = t, this._cell.style.cursor)
				}
				restoreDefaultCursor() {
					this.setCursor("")
				}
				getElement() {
					return this._element
				}
				optimalHeight() {
					const e = this.rendererOptions();
					return Math.ceil(e.borderSize + e.offsetSize + e.fontSize + e.paddingTop + e
						.paddingBottom + e.labelBottomOffset)
				}
				setSizes(e, t, i) {
					this.size && this.size.equals(e) || (this.size = e, this._canvasBinding
							.resizeCanvas({
								width: e.w,
								height: e.h
							}), this._topCanvasBinding.resizeCanvas({
								width: e.w,
								height: e.h
							}), this._cell.style.width = e.w + "px", this._cell.style.height = e.h +
							"px"), this._lhsStubContainer.setSizes(e.h, t), this._rhsStubContainer
						.setSizes(e.h, i)
				}
				hardResetCanvas() {
					this.size && (Object(o.hardResizeCanvas)(this._canvasBinding, this.size),
						Object(o.hardResizeCanvas)(this._topCanvasBinding, this.size))
				}
				rendererOptions() {
					if (!this._rendererOptions || this._rendererOptions.fontSize !== this.fontSize()) {
						const e = this.fontSize();
						this._rendererOptions = {
							borderSize: 1,
							offsetSize: 5,
							fontSize: e,
							font: Object(r.makeFont)(e, h.CHART_FONT_FAMILY, ""),
							widthCache: new c.TextWidthCache,
							paddingTop: 3 * e / 12,
							paddingBottom: 3 * e / 12,
							paddingHorizontal: 9 * e / 12,
							labelBottomOffset: 4 * e / 12
						}
					}
					return this._rendererOptions
				}
				backgroundColor() {
					return this.chart.model().model().backgroundColor().value()
				}
				lineColor() {
					return this._properties.childs().lineColor.value()
				}
				textColor() {
					return this._properties.childs().textColor.value()
				}
				fontSize() {
					return this._properties.childs().fontSize.value()
				}
				baseFont() {
					return Object(r.makeFont)(this.fontSize(), h.CHART_FONT_FAMILY)
				}
				baseBoldFont() {
					return Object(r.makeFont)(this.fontSize(), h.CHART_FONT_FAMILY, "", "bold")
				}
				hasCanvas(e) {
					return this._canvasBinding.canvas === e || this._topCanvasBinding.canvas === e
				}
				onLabelHovered() {
					return this._onLabelHovered
				}
				getScreenshotData() {
					return {
						content: this._canvasBinding.canvas.toDataURL(),
						canvas: this._canvasBinding.canvas,
						contentWidth: this.size.w,
						contentHeight: this.size.h,
						lhsStub: this._lhsStubContainer.getScreenshotData(),
						rhsStub: this._rhsStubContainer.getScreenshotData()
					}
				}
				getContextMenuActions(e) {
					const t = this.chart;
					t.updateActions();
					const i = t.actions(),
						s = [];
					return e || s.push(i.timeScaleReset, new m.Separator), this._options
						.timezoneMenuEnabled && s.push(i.applyTimeZone), s.push(i.sessionBreaks), s
				}
				update() {
					if (!this.chart.hasModel()) return;
					const e = this.chart.model().timeScale().marks();
					if (e) {
						this._minVisibleSpan = _.YEAR_SPAN;
						for (const t of e) this._minVisibleSpan = Math.min(t.span, this._minVisibleSpan)
					}
				}
				updatePriceAxisStubs() {
					const e = this.chart.model().model(),
						t = this.chart.isMaximizedPane() ? Object(s.ensureNotNull)(this.chart
							.maximizedPaneWidget()).state() : e.paneForSource(e.mainSeries());
					if (!t) return;
					const i = e.priceScaleSlotsCount();
					this._lhsStubContainer.setScales([], i.left, t.leftPriceScales().length, i.left + i
						.right), this._rhsStubContainer.setScales([], i.right, t.rightPriceScales()
						.length, i.left + i.right)
				}
				paint(e) {
					if (e === a.InvalidationLevel.None) return;
					const t = Object(o.getContext2D)(this._topCanvasBinding.canvas);
					if (e > a.InvalidationLevel.Cursor) {
						const i = Object(o.getContext2D)(this._canvasBinding.canvas),
							s = this._canvasBinding.pixelRatio;
						this.drawBackground(i, s), this.chart.hasModel() && (this.drawBorder(i, s), this
								.drawTickMarks(i, s), this.drawBackLabels(i, s), this
								.drawCrossHairLabel(t, s)), this._lhsStubContainer.paintStubs(e), this
							._rhsStubContainer.paintStubs(e)
					}
					this.drawCrossHairLabel(t, this._topCanvasBinding.pixelRatio)
				}
				drawBackground(e, t) {
					if (Object(o.clearRect)(e, 0, 0, Math.ceil(this.size.w * t) + 1, Math.ceil(this.size
							.h * t) + 1, this.backgroundColor()), !this.chart.hasModel()) return;
					const i = this.chart.model();
					if (!i.timeScale().isEmpty()) {
						const s = i.model().selection().lineDataSources().reduce((e, t) => {
							const i = t.timeAxisPoints();
							return 0 === i.length ? e : e.concat(i)
						}, []);
						s.length > 0 && this._hightlightBackground(e, s, t)
					}
					const s = i.model().crossHairSource();
					s.startMeasurePoint() && this._hightlightBackground(e, s.measurePoints(), t)
				}
				drawBorder(e, t) {
					e.save(), e.fillStyle = this.lineColor();
					const i = Math.max(1, Math.floor(this.rendererOptions().borderSize * t)),
						s = Math.ceil(this.size.w * t);
					e.fillRect(0, 0, s + 1, i), e.restore()
				}
				drawTickMarks(e, t) {
					const i = this.chart.model().timeScale().marks();
					if (!i || 0 === i.length) return;
					let s = i.reduce((e, t) => e.span > t.span ? e : t, i[0]).span;
					s > 30 && s < 40 && (s = 30), e.save(), e.strokeStyle = this.lineColor();
					const r = this.rendererOptions(),
						n = r.borderSize + r.offsetSize + r.paddingTop + r.fontSize / 2;
					e.textAlign = "center", e.textBaseline = "middle", e.fillStyle = this.textColor(),
						Object(o.drawScaled)(e, t, () => {
							e.font = this.baseFont();
							for (let t = 0; t < i.length; t++) {
								const r = i[t];
								r.span < s && e.fillText(r.label, r.coord, n)
							}
							e.font = this.baseBoldFont();
							for (let t = 0; t < i.length; t++) {
								const r = i[t];
								r.span >= s && e.fillText(r.label, r.coord, n)
							}
						}), e.restore()
				}
				drawBackLabels(e, t) {
					var i;
					e.save();
					const s = new Set,
						r = this.chart.model().model();
					let n = r.dataSources();
					const o = r.selection().allSources();
					for (const e of o) s.add(e);
					r.hoveredSource() && s.add(r.hoveredSource());
					for (const e of r.sourcesBeingMoved()) s.add(e);
					const a = r.customSourceBeingMoved();
					null !== a && s.add(a);
					const l = null !== (i = r.lineBeingEdited()) && void 0 !== i ? i : r
						.lineBeingCreated();
					l && s.add(l), s.add(this.chart.model().crossHairSource()), n = n.concat(r
						.customSources());
					const c = this.rendererOptions();
					for (let i = 0; i < n.length; i++) {
						const r = n[i];
						if (!s.has(r) && r.timeAxisViews) {
							const i = r.timeAxisViews();
							if (i)
								for (let s = 0; s < i.length; s++) i[s].renderer().draw(e, c, t)
						}
					}
					e.restore()
				}
				drawCrossHairLabel(e, t) {
					var i;
					e.save(), e.clearRect(0, 0, Math.ceil(this.size.w * t) + 1, Math.ceil(this.size.h *
						t) + 1);
					const s = this.chart.model().model(),
						r = [],
						n = null !== (i = s.lineBeingEdited()) && void 0 !== i ? i : s
						.lineBeingCreated();
					if (n && n.timeAxisViews) {
						const e = n.timeAxisViews();
						e && e.length && r.push(e)
					}
					const o = s.customSourceBeingMoved();
					this._addViewsOrMaxMin(null === o ? [] : [o], r), this._addViewsOrMaxMin(s
						.sourcesBeingMoved(), r), this._addViewsOrMaxMin(s.selection().allSources(),
						r);
					const a = s.hoveredSource();
					if (a && Object(g.a)(a) && !s.selection().isSelected(a) && a.timeAxisViews) {
						const e = a.timeAxisViews();
						e && e.length && r.push(e)
					}
					const l = s.crossHairSource(),
						c = l.timeAxisViews && l.timeAxisViews();
					c && c.length && r.push(c);
					const h = this.rendererOptions();
					for (const i of r)
						for (const s of i) e.save(), s.renderer().draw(e, h, t), e.restore();
					e.restore()
				}
				mouseDownEvent(e) {
					this._mouseDownOrTouchStartEvent(e)
				}
				touchStartEvent(e) {
					this._mouseOrTouchEnterEvent(e), this._mouseDownOrTouchStartEvent(e)
				}
				mouseDownOutsideEvent() {
					this._zoomAvailable() && this._mousedown && (this._mousedown = !1, this.chart
						.model().endScaleTime(), this.restoreDefaultCursor())
				}
				pressedMouseMoveEvent(e) {
					this._pressedMouseOrTouchMoveEvent(e)
				}
				touchMoveEvent(e) {
					this._pressedMouseOrTouchMoveEvent(e)
				}
				mouseUpEvent(e) {
					this._mouseUpOrTouchEndEvent(e)
				}
				touchEndEvent(e) {
					this._mouseUpOrTouchEndEvent(e), this._mouseOrTouchLeaveEvent(e)
				}
				contextMenuEvent(e) {
					this._contextMenuOrTouchContextMenuEvent(e)
				}
				touchContextMenuEvent(e) {
					this._contextMenuOrTouchContextMenuEvent(e)
				}
				mouseEnterEvent(e) {
					this._mouseOrTouchEnterEvent(e)
				}
				mouseLeaveEvent(e) {
					this._mouseOrTouchLeaveEvent(e)
				}
				mouseDoubleClickEvent(e) {
					this._mouseDoubleClickOrDoubleTapEvent(e)
				}
				doubleTapEvent(e) {
					this._mouseDoubleClickOrDoubleTapEvent(e)
				}
				_hightlightBackground(e, t, i) {
					const s = this.chart.model().timeScale();
					let r = t[0].index,
						n = t[0].index;
					for (let e = 1; e < t.length; e++) r = Math.min(r, t[e].index), n = Math.max(n, t[e]
						.index);
					const a = Math.floor(s.indexToCoordinate(r) * i),
						l = Math.ceil(s.indexToCoordinate(n) * i);
					Object(o.fillRect)(e, a, 0, l - a, Math.ceil(this.size.h * i) + 1, f.a)
				}
				_addViewsOrMaxMin(e, t) {
					if (e.length <= 1) {
						for (const i of e)
							if (i.timeAxisViews) {
								const e = i.timeAxisViews();
								e && e.length && t.push(e)
							}
					} else t.push(this._minMaxViews(e))
				}
				_minMaxViews(e) {
					const t = [];
					let i = 1 / 0,
						s = -1 / 0,
						r = null,
						n = null;
					for (const t of e)
						if (t.timeAxisViews) {
							const e = t.timeAxisViews();
							if (e && e.length)
								for (let t = 0; t < e.length; ++t) {
									const o = e[t],
										a = o.coordinate();
									a >= s && (s = a, n = o), a <= i && (i = a, r = o)
								}
						} return n && t.push(n), r && t.push(r), t
				}
				_zoomAvailable() {
					return !this.chart.model().timeScale().isEmpty() && this.chart.model().model()
						.zoomEnabled() && this._options.pressedMouseMoveScale
				}
				_mouseDownOrTouchStartEvent(e) {
					if (this._mousedown || !this._zoomAvailable()) return;
					this._mousedown = !0;
					const t = this.chart.model();
					t.timeScale().isEmpty() || t.startScaleTime(e.localX)
				}
				_pressedMouseOrTouchMoveEvent(e) {
					this._zoomAvailable() && this.chart.model().scaleTimeTo(e.localX)
				}
				_mouseUpOrTouchEndEvent(e) {
					this._zoomAvailable() && (this._mousedown = !1, this.chart.model().endScaleTime(),
						this.restoreDefaultCursor())
				}
				_contextMenuOrTouchContextMenuEvent(e) {
					this._options.contextMenuEnabled && this._createContextMenu().then(t => t.show(e))
				}
				_mouseOrTouchEnterEvent(e) {
					this._zoomAvailable() && this.setCursor("ew-resize")
				}
				_mouseOrTouchLeaveEvent(e) {
					this.restoreDefaultCursor()
				}
				_mouseDoubleClickOrDoubleTapEvent(e) {
					Object(b.trackEvent)("GUI", "Double click time scale"), this.chart.model()
						.resetTimeScale()
				}
				_createContextMenu() {
					return v.ContextMenuManager.createMenu(this.getContextMenuActions(), {
						statName: "TimeScaleContextMenu"
					})
				}
			}
		},
		iR50: function(e) {
			e.exports = JSON.parse(
				'{"color-white":"#ffffff","color-black":"#000000","color-cold-gray-50":"#F8F9FD","color-cold-gray-100":"#F0F3FA","color-cold-gray-150":"#E0E3EB","color-cold-gray-200":"#D1D4DC","color-cold-gray-250":"#C1C4CD","color-cold-gray-300":"#B2B5BE","color-cold-gray-350":"#A3A6AF","color-cold-gray-400":"#9598A1","color-cold-gray-450":"#868993","color-cold-gray-500":"#787B86","color-cold-gray-550":"#6A6D78","color-cold-gray-600":"#5D606B","color-cold-gray-650":"#50535E","color-cold-gray-700":"#434651","color-cold-gray-750":"#363A45","color-cold-gray-800":"#2A2E39","color-cold-gray-850":"#1E222D","color-cold-gray-900":"#131722","color-cold-gray-950":"#0C0E15","color-ripe-red-50":"#FFEBEE","color-ripe-red-100":"#FFCDD2","color-ripe-red-200":"#ef9a9a","color-ripe-red-300":"#E57373","color-ripe-red-400":"#EF5350","color-ripe-red-500":"#F44336","color-ripe-red-600":"#E53935","color-ripe-red-700":"#D32F2F","color-ripe-red-800":"#C62828","color-ripe-red-900":"#B71C1C","color-ripe-red-a200":"#FF5252","color-ripe-red-a700":"#862226","color-ripe-red-a800":"#5B1E24","color-ripe-red-a900":"#351E25","color-tan-orange-50":"#FFF3E0","color-tan-orange-100":"#FFE0B2","color-tan-orange-200":"#FFCC80","color-tan-orange-300":"#ffb74d","color-tan-orange-400":"#FFA726","color-tan-orange-500":"#FF9800","color-tan-orange-600":"#FB8C00","color-tan-orange-700":"#F57C00","color-tan-orange-800":"#EF6C00","color-tan-orange-900":"#e65100","color-tan-orange-a200":"#ffab40","color-tan-orange-a400":"#ff9100","color-tan-orange-a700":"#FF6D00","color-iguana-green-100":"#C8E6C9","color-iguana-green-200":"#A5D6A7","color-iguana-green-300":"#81c784","color-iguana-green-400":"#66BB6A","color-iguana-green-500":"#4caf50","color-iguana-green-600":"#43a047","color-iguana-green-700":"#388e3c","color-iguana-green-800":"#2E7D32","color-iguana-green-900":"#1B5E20","color-iguana-green-a700":"#00c853","color-banana-yellow-100":"#FFF9C4","color-banana-yellow-200":"#FFF59D","color-banana-yellow-300":"#FFF176","color-banana-yellow-400":"#ffee58","color-banana-yellow-500":"#ffeb3b","color-banana-yellow-600":"#fdd835","color-banana-yellow-700":"#fbc02d","color-banana-yellow-800":"#f9a825","color-banana-yellow-900":"#F57F17","color-banana-yellow-a400":"#ffea00","color-banana-yellow-a700":"#ffd600","color-tv-blue-50":"#E3EFFD","color-tv-blue-100":"#BBD9FB","color-tv-blue-200":"#90BFF9","color-tv-blue-300":"#5B9CF6","color-tv-blue-400":"#3179F5","color-tv-blue-500":"#2962FF","color-tv-blue-600":"#1E53E5","color-tv-blue-700":"#1848CC","color-tv-blue-800":"#143EB3","color-tv-blue-900":"#0C3299","color-tv-blue-a100":"#82b1ff","color-tv-blue-a200":"#448aff","color-tv-blue-a400":"#2979ff","color-tv-blue-a600":"#2962FF","color-tv-blue-a700":"#143A87","color-tv-blue-a800":"#142E61","color-tv-blue-a900":"#132042","color-deep-blue-100":"#D1C4E9","color-deep-blue-200":"#B39DDB","color-deep-blue-300":"#9575cd","color-deep-blue-400":"#7e57c2","color-deep-blue-500":"#673ab7","color-deep-blue-700":"#512da8","color-deep-blue-800":"#4527A0","color-deep-blue-900":"#311B92","color-deep-blue-a100":"#b388ff","color-deep-blue-a700":"#6200EA","color-minty-green-50":"#E0F2F1","color-minty-green-100":"#B2DFDB","color-minty-green-200":"#80cbc4","color-minty-green-300":"#4db6ac","color-minty-green-400":"#26a69a","color-minty-green-500":"#009688","color-minty-green-600":"#00897b","color-minty-green-700":"#00796b","color-minty-green-800":"#00695C","color-minty-green-900":"#004D40","color-minty-green-a400":"#1de9b6","color-minty-green-a700":"#00BFA5","color-grapes-purple-50":"#F3E5F5","color-grapes-purple-100":"#E1BEE7","color-grapes-purple-200":"#CE93D8","color-grapes-purple-300":"#ba68c8","color-grapes-purple-400":"#ab47bc","color-grapes-purple-500":"#9c27b0","color-grapes-purple-600":"#8e24aa","color-grapes-purple-700":"#7b1fa2","color-grapes-purple-800":"#6A1B9A","color-grapes-purple-900":"#4A148C","color-grapes-purple-a200":"#E040FB","color-grapes-purple-a400":"#D500F9","color-grapes-purple-a700":"#aa00ff","color-berry-pink-100":"#F8BBD0","color-berry-pink-200":"#f48fb1","color-berry-pink-300":"#f06292","color-berry-pink-400":"#ec407a","color-berry-pink-500":"#e91e63","color-berry-pink-600":"#D81B60","color-berry-pink-700":"#C2185B","color-berry-pink-800":"#AD1457","color-berry-pink-900":"#880E4F","color-berry-pink-a100":"#ff80ab","color-berry-pink-a200":"#ff4081","color-sky-blue-100":"#B2EBF2","color-sky-blue-200":"#80DEEA","color-sky-blue-300":"#4dd0e1","color-sky-blue-400":"#26c6da","color-sky-blue-500":"#00bcd4","color-sky-blue-600":"#00acc1","color-sky-blue-700":"#0097A7","color-sky-blue-800":"#00838F","color-sky-blue-900":"#006064","color-sky-blue-a400":"#00e5ff","color-sky-blue-a700":"#00B8D4","color-deep-blue-600":"#5E35B1","color-facebook":"#1877F2","color-deep-facebook":"#1564CA","color-twitter":"#1DA1F2","color-deep-twitter":"#188CD3","color-youtube":"#FF0000","color-linkedin":"#007BB5","color-aqua-spring":"#ebf9f5","color-army-green":"#3d2c12","color-army-green-2":"#31230d","color-athens-gray-1":"#f2f3f5","color-athens-gray-2":"#f7f8fa","color-athens-gray-3":"#eceff2","color-black-180":"#b4b4b4","color-blue-dianne":"#21384d","color-bluish":"#2185cc","color-bright-gray":"#363c4e","color-brownish-grey":"#8d6e63","color-carnation":"#f04561","color-catskill-white":"#e1ecf2","color-charade":"#2f3241","color-charcoal-grey":"#323337","color-curious-blue":"#299dcd","color-dark-blue-grey":"#123440","color-darkness-blue-grey":"#12213b","color-dark-grey":"#292a2d","color-dark-grey-blue":"#28415a","color-dark-sky-blue":"#37a6ef","color-deep-sea-blue":"#016087","color-ebony-clay":"#262b3e","color-foam":"#d7f0fb","color-gull-gray":"#9db2bd","color-humming-bird":"#d3eef9","color-keppel-1":"#37bc9b","color-keppel-2":"#34b293","color-lavender-blush":"#ffedf0","color-lightish-purple":"#a75ee8","color-loblolly":"#c5cbce","color-manatee":"#878ca8","color-mandy":"#eb4d5c","color-medium-blue":"#2e7bb2","color-milk-chocolate":"#6f2626","color-mirage-1":"#131722","color-mirage-2":"#171b29","color-mirage-3":"#1c2030","color-mischka":"#d6d8e0","color-morning-glory":"#9addcc","color-oslo-gray":"#8b8e95","color-pale":"#fff2cf","color-pale-grey-1":"#f9fafb","color-pale-grey-2":"#e7ebee","color-pale-sky":"#6b7988","color-picton-blue-1":"#3bb3e4","color-puerto-rico":"#3bc2a1","color-purple-brown":"#4e2934","color-purple-brown-2":"#3d2028","color-radical-red":"#ff4a68","color-regent-gray":"#8797a5","color-scooter":"#38acdb","color-silver-tree":"#53b987","color-slate-gray":"#758696","color-sundown":"#ffa4b3","color-sunglow":"#ffca3b","color-tan-hide":"#ff9850","color-trout-1":"#4c525e","color-trout-2":"#4f5966","color-violet-1":"#332738","color-violet-2":"#271d2b","color-white-ice":"#ebf7fc","color-wild-watermelon":"#ff5773","color-readonly-input":"#b4b4b4","color-brand-dark":"#2a2c39","color-seeking-alpha-brand":"#ff7200"}'
			)
		},
		iboI: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "customFormatters", (function() {
				return s
			}));
			const s = {
				dateFormatter: null,
				timeFormatter: null,
				tickMarkFormatter: null
			}
		},
		icPo: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolIcon", (function() {
				return o
			}));
			var s = i("Ocx9"),
				r = i("Ss5c"),
				n = i("j3hX");
			class o extends r.LineDataSource {
				constructor(e, t) {
					super(e, t || o.createProperties()), this._sizeScale = NaN, this.version = 1,
						document.fonts && document.fonts.check && document.fonts.load && !document
						.fonts.check("12px FontAwesome") && document.fonts.load("12px FontAwesome",
							"☺").then(() => {
							this._isDestroyed || e.updateSource(this)
						}), i.e("lt-pane-views").then(i.bind(null, "8GeE")).then(t => {
							this._setPaneViews([new t.IconPaneView(this, e)])
						})
				}
				pointsCount() {
					return 1
				}
				name() {
					return "Icon"
				}
				hasEditableCoordinates() {
					return !1
				}
				getAnchorLimit() {
					return 80
				}
				applyTemplate(e) {
					delete e.icon, super.applyTemplate(e)
				}
				startChanging(e, t) {
					super.startChanging(e, t);
					const i = this.properties().childs();
					i.size.value() < 80 ? this._sizeScale = i.size.value() / 80 : this._sizeScale =
						1
				}
				getChangePointForSync(e) {
					return null
				}
				setPoint(e, t, i) {
					const s = Object.assign({}, t),
						r = this.pointToScreenPoint(this.points()[0])[1],
						n = this.pointToScreenPoint(s)[1],
						o = this.properties().childs();
					if (0 === e || 1 === e) {
						const t = n.subtract(r).normalized(),
							i = -t.x;
						let s = Math.acos(i);
						Math.asin(t.y) > 0 && (s = 2 * Math.PI - s), 0 === e && (s += Math.PI), o
							.angle.setValue(s)
					} else {
						let e = 2 * n.subtract(r).length();
						e *= this._sizeScale, o.size.setValue(e), o.scale.setValue(1)
					}
				}
				endChanging(e, t) {
					const i = super.endChanging(e, t);
					return this._sizeScale = NaN, i
				}
				properties() {
					return super.properties()
				}
				getSourceIcon() {
					return {
						type: "text",
						text: String.fromCharCode(this.properties().childs().icon.value())
					}
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolicon", e);
					return o._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "XCOO")).then(
						e => e.IconsDefinitionsViewModel)
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e), e.addChild("backgroundsColors", new n
							.LineToolColorsProperty([e.childs().color])), e.addExclusion("angle"), e
						.addExclusion("scale")
				}
			}
		},
		ijBy: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SetChartLayoutCommand", (function() {
				return n
			}));
			var s = i("RDU5"),
				r = i("VNzU");
			class n extends s.UndoCommand {
				constructor(e, t) {
					super("Change Chart Layout to " + r.layouts[t].title), this
						._chartWidgetCollection = e, this._newLayoutType = t, this._oldLayoutType =
						e.layout.value()
				}
				redo() {
					this._chartWidgetCollection.setLayout(this._newLayoutType)
				}
				undo() {
					this._chartWidgetCollection.setLayout(this._oldLayoutType)
				}
			}
		},
		ikwP: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "Size", (function() {
					return o
				})), i.d(t, "getCanvasDevicePixelRatio", (function() {
					return a
				})), i.d(t, "getContext2D", (function() {
					return l
				})), i.d(t, "getPrescaledContext2D", (function() {
					return c
				})), i.d(t, "getPretransformedContext2D", (function() {
					return h
				})), i.d(t, "hardResizeCanvas", (function() {
					return u
				})), i.d(t, "resizeCanvasPreservingContent", (function() {
					return d
				})), i.d(t, "fillRect", (function() {
					return p
				})),
				i.d(t, "clearRect", (function() {
					return _
				})), i.d(t, "drawScaled", (function() {
					return m
				})), i.d(t, "createDisconnectedCanvas", (function() {
					return f
				})), i.d(t, "createDisconnectedBoundCanvas", (function() {
					return g
				})), i.d(t, "createBoundCanvas", (function() {
					return v
				})), i.d(t, "calcTextHorizontalShift", (function() {
					return S
				})), i.d(t, "disableSelection", (function() {
					return y
				}));
			var s = i("f2KN"),
				r = i("Eyy1"),
				n = i("Ialn");
			class o {
				constructor(e, t) {
					this.w = e, this.h = t
				}
				equals(e) {
					return this.w === e.w && this.h === e.h
				}
			}

			function a(e) {
				var t, i;
				return Math.max(1, (null === (i = null === (t = e.ownerDocument) || void 0 === t ? void 0 :
					t.defaultView) || void 0 === i ? void 0 : i.devicePixelRatio) || 1)
			}

			function l(e) {
				const t = Object(r.ensureNotNull)(e.getContext("2d"));
				return t.setTransform(1, 0, 0, 1, 0, 0), t
			}

			function c(e) {
				const t = Object(r.ensureNotNull)(e.getContext("2d")),
					i = a(e);
				return t.setTransform(i, 0, 0, i, 0, 0), t
			}

			function h(e, t) {
				const i = Object(r.ensureNotNull)(e.canvas.getContext("2d"));
				return i.setTransform(e.pixelRatio, 0, 0, e.pixelRatio, 0, 0), t || i.translate(.5, .5), i
			}

			function u(e, t) {
				e.resizeCanvas({
					width: 0,
					height: 0
				}), e.resizeCanvas({
					width: t.w,
					height: t.h
				})
			}

			function d(e, t) {
				const i = g(document, t),
					s = c(i.canvas);
				return s.save(), s.setTransform(1, 0, 0, 1, 0, 0), s.drawImage(e.canvas, 0, 0, e.canvasSize
					.width * e.pixelRatio, e.canvasSize.height * e.pixelRatio), s.restore(), i
			}

			function p(e, t, i, s, r, n) {
				e.save(), e.translate(-.5, -.5), e.fillStyle = n, e.fillRect(t, i, s, r), e.restore()
			}

			function _(e, t, i, s, r, n) {
				e.save(), e.translate(-.5, -.5), e.globalCompositeOperation = "copy", e.fillStyle = n, e
					.fillRect(t, i, s, r), e.restore()
			}

			function m(e, t, i) {
				e.save(), e.scale(t, t), i(), e.restore()
			}

			function f(e, t, i) {
				const s = b(e);
				return void 0 === i && (i = a(s)), s.width = t.w * i, s.height = t.h * i, s
			}

			function g(e, t) {
				const i = b(e),
					r = Object(s.a)(i, {
						allowDownsampling: !1
					});
				return r.resizeCanvas({
					width: t.w,
					height: t.h
				}), r
			}

			function b(e) {
				const t = e.createElement("canvas");
				return y(t), t
			}

			function v(e, t) {
				const i = b(Object(r.ensureNotNull)(e.ownerDocument));
				e.appendChild(i);
				const n = Object(s.a)(i, {
					allowDownsampling: !1
				});
				return n.resizeCanvas({
					width: t.w,
					height: t.h
				}), n
			}

			function S(e, t) {
				return "center" === e.textAlign ? 0 : Object(n.isRtl)() ? "start" === e.textAlign ||
					"right" === e.textAlign ? t : 0 : "start" === e.textAlign || "left" === e.textAlign ?
					0 : t
			}

			function y(e) {
				e.style.userSelect = "none", e.style.webkitUserSelect = "none", e.style.msUserSelect =
					"none", e.style.MozUserSelect = "none", e.style.webkitTapHighlightColor = "transparent"
			}
		},
		isVH: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("Ocx9").DefaultProperty,
				n = i("j3hX").LineToolColorsProperty;
			class o extends s {
				constructor(e, t) {
					super(e, t || o.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"D4q4", 7)).then(({
						TrianglePaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Triangle"
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "Zd1D")))
						.GeneralFiguresDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetooltriangle", e);
					return o._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e), e.addChild("linesColors", new n([e.childs().color]))
				}
			}
			t.LineToolTriangle = o
		},
		it7y: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyDataWindowView", (function() {
				return n
			}));
			var s = i("4miz"),
				r = i("EYFt");
			class n extends s.b {
				constructor(e, t) {
					super(), this._invalidated = !0, this._study = e, this._model = t, this
						._valueProvider = this._createValuesProvider(e, t), this._items = this
						._valueProvider.getItems().map(e => new s.a(e.title, "")), this.update()
				}
				update() {
					this._invalidated = !0
				}
				items() {
					return this._invalidated && (this._updateImpl(), this._invalidated = !1), this
						._items
				}
				study() {
					return this._study
				}
				_updateImpl() {
					this._header = this._study.title(!0), this._title = this._study.title();
					const e = this._valueProvider.getValues(this._currentIndex());
					for (let t = 0; t < e.length; ++t) {
						const i = e[t],
							s = this._items[t];
						s.setValue(i.value), s.setVisible(i.visible), s.setColor(i.color)
					}
				}
				_currentIndex() {
					const e = this._model.crossHairSource().lockedIndex;
					return void 0 !== e ? e : null !== this._model.crossHairSource().pane ? this
						._model.crossHairSource().appliedIndex() : null
				}
				_createValuesProvider(e, t) {
					return new r.a(e, t)
				}
			}
		},
		iu9X: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return r
			})), i.d(t, "a", (function() {
				return n
			}));
			var s = i("Eyy1");
			class r {
				constructor() {
					this._horizlines = [], this._hhists = [], this._polygons = [], this._vertlines = [],
						this._containersCache = [], this._containerNamesCache = [], this
						._containersMapCache = new Map, this._addToCache("horizlines", this
							._horizlines), this._addToCache("hhists", this._hhists), this._addToCache(
							"polygons", this._polygons), this._addToCache("vertlines", this._vertlines)
				}
				primitiveData(e) {
					const t = {};
					let i = !1;
					for (const s of this._containerNamesCache) {
						const r = [],
							n = this.getObjsContainer(s);
						for (const t of n) {
							if (t.isNaN()) continue;
							const i = t.primitiveData(e);
							i.data.length > 0 && r.push(i)
						}
						r.length > 0 && (t[s] = r, i = !0)
					}
					return i ? t : null
				}
				deleteErasedAndMarkPostedObjs() {
					this.forEachList(e => {
						e.deleteErasedItems(), e.markPostedItems()
					})
				}
				deleteErasedObjs() {
					this.forEachList(e => e.deleteErasedItems())
				}
				getObjsContainer(e) {
					return Object(s.ensureDefined)(this._containersMapCache.get(e))
				}
				forEachList(e) {
					for (const t of this._containersCache)
						for (const i of t) e(i.data)
				}
				_addToCache(e, t) {
					this._containersCache.push(t), this._containerNamesCache.push(e), this
						._containersMapCache.set(e, t)
				}
			}
			class n {
				constructor(e, t) {
					this.styleId = e, this.data = t
				}
				isNaN() {
					return this.data.isNaN()
				}
				primitiveData(e) {
					return {
						styleId: this.styleId,
						data: this.data.primitivesData(e)
					}
				}
			}
		},
		ivNn: function(e, t, i) {
			"use strict";

			function s(e) {
				return Math.round(1e10 * e) / 1e10
			}
			Object.defineProperty(t, "__esModule", {
					value: !0
				}), t.alignTo = t.fixComputationError = t.isNaN = t.isInteger = t.isNumber = void 0, t
				.isNumber = function(e) {
					return "number" == typeof e && isFinite(e)
				}, t.isInteger = function(e) {
					return "number" == typeof e && e % 1 == 0
				}, t.isNaN = function(e) {
					return !(e <= 0 || e > 0)
				}, t.fixComputationError = s, t.alignTo = function(e, t) {
					var i = e / t,
						r = Math.floor(i),
						n = i - r;
					return n > 2e-10 ? s(n > .5 ? (r + 1) * t : r * t) : e
				}
		},
		j3hX: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolMultiplePropertyBaseImpl", (function() {
					return l
				})), i.d(t, "LineToolCollectedProperty", (function() {
					return c
				})),
				i.d(t, "LineToolWidthsProperty", (function() {
					return h
				})), i.d(t, "LineToolColorsProperty", (function() {
					return u
				})), i.d(t, "MultipleLineWidthsProperty", (function() {
					return p
				})), i.d(t, "MultipleLineColorsProperty", (function() {
					return _
				}));
			var s = i("txPx"),
				r = i("aIyQ"),
				n = i.n(r);
			const o = Object(s.getLogger)("Chart.LineToolCollectedProperty");
			class a {
				applyValue(e, t) {
					e.setValue(t)
				}
			}
			class l {
				constructor(e, t) {
					this._onChange = new n.a, this._properties = e, e.forEach(e => e.subscribe(this,
						() => {
							this._onChange.fire(this)
						})), this._showIfProperty = t
				}
				visible() {
					var e;
					return !this._showIfProperty || (null === (e = this._showIfProperty) || void 0 ===
						e ? void 0 : e.value())
				}
				value() {
					if (0 === this._properties.length) return o.logError(
						"Incorrect call, should not request value of 0 properties"), "mixed";
					const e = this._properties[0].value();
					return 1 === this._properties.length || this._properties.every(t => t.value() ===
						e) ? e : "mixed"
				}
				state() {}
				merge() {}
				destroy() {
					this._properties.forEach(e => e.unsubscribeAll(this))
				}
				subscribe(e, t) {
					this._onChange.subscribe(e, t)
				}
				unsubscribe(e, t) {
					this._onChange.unsubscribe(e, t)
				}
				unsubscribeAll(e) {
					this._onChange.unsubscribeAll(e)
				}
			}
			class c extends l {
				setValue(e, t, i) {
					if ("mixed" === e) return;
					const s = null != i ? i : new a;
					this._properties.forEach(t => s.applyValue(t, e))
				}
			}
			class h extends c {}
			class u extends c {
				firstColor() {
					return this._properties[0].value()
				}
			}
			class d extends l {
				setValue(e, t, i) {
					if ("mixed" === e) return;
					const s = null != i ? i : new a;
					this._properties.forEach(t => t.setValue(e, void 0, s))
				}
			}
			class p extends d {}
			class _ extends d {}
		},
		j8de: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("tc+8"),
				r = i.n(s);
			class n extends r.a {
				constructor(e, t) {
					super(), this._lineSource = e, this._pointIndex = t
				}
				value() {
					return this._lineSource.points()[this._pointIndex].index
				}
				setValue(e) {
					const t = this._lineSource.points()[this._pointIndex];
					t.index = e, this._lineSource.startChanging(this._pointIndex, t), this
						._setPointImpl(t), this._lineSource.model().updateSource(this._lineSource),
						this._listeners.fire(this);
					const i = this._lineSource.endChanging(!0, !1);
					this._lineSource.syncMultichartState(i)
				}
				_setPointImpl(e) {
					this._lineSource.setPoint(this._pointIndex, e)
				}
			}
		},
		jA0t: function(e, t, i) {
			"use strict";
			var s = function() {
				var e = {};

				function t(e) {
					return e.is_price_study
				}

				function i(e, t) {
					var i = t.slice(0).toLowerCase();
					if (e) {
						for (var s = 0; s < e.length; ++s)
							if (e[s].description.toLowerCase() === i || e[s].shortDescription
								.toLowerCase() === i) return e[s];
						throw new Error("Can't find metainfo for `" + t + "`")
					}
					throw new Error("There is no studies metainfo at all")
				}
				var s = {
					bool: function(e) {
						return !!e
					},
					integer: function(e) {
						return parseInt(e)
					},
					float: function(e) {
						return parseFloat(e)
					},
					string: function(e) {
						return e
					}
				};
				return e.getStudyRecordFromArray = function(e, r) {
						return function(e, r) {
							var n;
							if (!Array.isArray(e)) return {
								id: (n = i(r.model().studiesMetaData(), e)).id,
								overlay: t(n)
							};
							for (var o, a = e.slice(0), l = a[0], c = t(n = i(r.model()
									.studiesMetaData(), l)), h = n.inputs.map((function(e) {
									return {
										id: e.id,
										type: e.type,
										name: e.name
									}
								})), u = a.splice(1), d = 0; d < u.length; ++d) {
								o || (o = {});
								var p = s[h[d].type] || s.string;
								o[h[d].id] = p(u[d])
							}
							return {
								id: n.id,
								name: l,
								overlay: c,
								inputs: o
							}
						}(e, r)
					},
					e
			}();
			e.exports = s
		},
		jCNj: function(e, t, i) {
			"use strict";
			var s = i("99ZO"),
				r = i("3UA0").tzData;

			function n(e) {
				this._name = e;
				var t = r[e];
				if (t || (t = {
						time: [],
						offset: []
					}, this._invalid = !0), t.time.length !== t.offset.length && (t = {
						time: [],
						offset: []
					}, this._invalid = !0), !t.time_utc) {
					for (var i = t.time, s = t.offset, n = i.length, o = new Array(n), a = 0; a < n; a++) i[
						a] *= 1e3, s[a] *= 1e3, o[a] = i[a] - s[a];
					t.time_utc = o
				}
				this.tz = t
			}

			function o(e, t) {
				var i = e.length;
				if (0 === i) return -1;
				if (isNaN(t)) throw Error("Key is NaN");
				for (var s = 0, r = i - 1, n = a((s + r) / 2);;) {
					if (e[n] > t) {
						if ((r = n - 1) < s) return n
					} else if (r < (s = n + 1)) return n < i - 1 ? n + 1 : -1;
					n = a((s + r) / 2)
				}
			}
			n.prototype.offset_utc = function(e) {
				return n._offset(this.tz.time_utc, this.tz.offset, e)
			}, n.prototype.offset_loc = function(e) {
				return n._offset(this.tz.time, this.tz.offset, e)
			}, n.prototype.name = function() {
				return this._name
			}, n.prototype.correction_loc = function(e) {
				var t = this.tz.time,
					i = this.tz.offset,
					s = o(t, e);
				if (s < 1) return 0;
				var r = i[s] - i[s - 1];
				if (r > 0 && e - t[s - 1] <= r) return r;
				return 0
			}, n.prototype.is_valid = function() {
				return !this._invalid
			}, n._offset = function(e, t, i) {
				var s = o(e, i);
				return -1 === s ? 0 : t[s]
			};
			var a = function(e) {
					return 0 | e
				},
				l = function(e) {
					return 60 * e * 1e3
				},
				c = function(e, t) {
					return h(e) - h(t)
				},
				h = function(e) {
					return e < 0 ? a(e / 1e3) - (e % 1e3 != 0 ? 1 : 0) : a(e / 1e3)
				};

			function u(e) {
				return e % 4 == 0 && (e % 100 != 0 || e % 400 == 0)
			}
			var d = {
					0: 0,
					1: 31,
					2: 59,
					3: 90,
					4: 120,
					5: 151,
					6: 181,
					7: 212,
					8: 243,
					9: 273,
					10: 304,
					11: 334
				},
				p = {
					...s.WeekDays,
					...s.Months,
					YEAR: 1,
					MONTH: 2,
					WEEK_OF_YEAR: 3,
					DAY_OF_MONTH: 5,
					DAY_OF_YEAR: 6,
					DAY_OF_WEEK: 7,
					HOUR_OF_DAY: 11,
					MINUTE: 12,
					SECOND: 13,
					minutesPerDay: 1440,
					millisecondsPerDay: l(1440),
					get_minutes_from_hhmm: function(e) {
						return -1 !== e.indexOf(":") && (e = e.split(":").join("")), e % 100 + 60 * a(
							e / 100)
					},
					get_year: function(e) {
						return e.getUTCFullYear()
					},
					get_month: function(e) {
						return e.getUTCMonth()
					},
					get_hours: function(e) {
						return e.getUTCHours()
					},
					get_minutes: function(e) {
						return e.getUTCMinutes()
					},
					get_seconds: function(e) {
						return e.getUTCSeconds()
					},
					get_day_of_month: function(e) {
						return e.getUTCDate()
					},
					get_day_of_week: function(e) {
						return e.getUTCDay() + 1
					},
					get_day_of_year: function(e) {
						var t = e.getUTCMonth(),
							i = d[t];
						return t > p.JANUARY + 1 && u(e.getUTCFullYear()) && (i += 1), i + e
							.getUTCDate()
					},
					get_week_of_year: function(e) {
						var t = new Date(Date.UTC(e.getUTCFullYear(), 0, 1)).getUTCDay(),
							i = 0 === t ? 1 : 8 - t,
							s = p.get_day_of_year(e) - i;
						return Math.ceil(s / 7) + 1
					},
					get_minutes_from_midnight: function(e) {
						return 60 * p.get_hours(e) + p.get_minutes(e)
					},
					set_hms: function(e, t, i, s, r, n) {
						e.setUTCHours(t), e.setUTCMinutes(i), e.setUTCSeconds(s), e.setUTCMilliseconds(
							r), p.correct_time(e, n)
					},
					correct_time: function(e, t) {
						var i = e.getTime(),
							s = t.correction_loc(i);
						e.setTime(i + s)
					},
					add_days_considering_dst: function(e, t, i) {
						var s = e.offset_utc(t),
							r = this.clone(t);
						this.add_date(r, i);
						var n = e.offset_utc(r);
						return r.setTime(r.getTime() + s - n), r
					},
					add_date: function(e, t) {
						e.setTime(e.getTime() + t * p.millisecondsPerDay)
					},
					add_minutes: function(e, t) {
						e.setTime(e.getTime() + l(t))
					},
					clone: function(e) {
						return new Date(e.getTime())
					},
					get_days_per_year: function(e) {
						var t = e.getUTCFullYear();
						return this.days_per_year(t)
					},
					days_per_year: function(e) {
						return u(e) ? 366 : 365
					},
					get_days_in_month: function(e, t) {
						let i;
						switch (e) {
							case 0:
							case 2:
							case 4:
							case 6:
							case 7:
							case 9:
							case 11:
								i = 31;
								break;
							case 1:
								i = 28, u(t) && i++;
								break;
							default:
								i = 30
						}
						return i
					},
					get_part: function(e, t) {
						switch (t) {
							case p.YEAR:
								return p.get_year(e);
							case p.MONTH:
								return p.get_month(e);
							case p.DAY_OF_MONTH:
								return p.get_day_of_month(e);
							case p.WEEK_OF_YEAR:
								return p.get_week_of_year(e);
							case p.DAY_OF_WEEK:
								return p.get_day_of_week(e);
							case p.HOUR_OF_DAY:
								return p.get_hours(e);
							case p.MINUTE:
								return p.get_minutes(e);
							case p.DAY_OF_YEAR:
								return p.get_day_of_year(e);
							case p.SECOND:
								return p.get_seconds(e);
							default:
								return e.getTime()
						}
					},
					time_minutes: l,
					time_seconds: function(e) {
						return 1e3 * e
					},
					time_minutes_diff: function(e, t) {
						return a(c(e, t) / 60)
					},
					time_seconds_diff: c,
					utc_to_cal: function(e, t) {
						return new Date(p.utc_to_cal_ts(e, t))
					},
					utc_to_cal_ts: function(e, t) {
						return t + e.offset_utc(t)
					},
					get_cal: function(e, t, i, s, r, n, o) {
						var a = new Date(Date.UTC(t, i, s, r || 0, n || 0, o || 0)),
							l = e.offset_utc(+a);
						return new Date(a.valueOf() - l)
					},
					get_cal_from_unix_timestamp_ms: function(e, t) {
						return new Date(t + e.offset_utc(t))
					},
					get_cal_utc: function(e, t, i) {
						return new Date(Date.UTC(e, t, i))
					},
					cal_to_utc: function(e, t) {
						var i = t.getTime();
						return i - e.offset_loc(i)
					},
					get_timezone: function(e) {
						return new n(e)
					},
					shift_day: function(e, t) {
						var i = e - 1;
						return (i += t) > 6 ? i %= 7 : i < 0 && (i = (7 + i % 7) % 7), i + 1
					}
				};
			e.exports = p
		},
		jFln: function(e, t, i) {
			"use strict";
			var s = i("Hr11"),
				r = s.greaterThan,
				n = s.lessThan,
				o = window.CanvasEx = i("8Uy/");
			o.computeDashPattern = function(e) {
				return [
					[e.lineWidth, 2 * e.lineWidth],
					[5 * e.lineWidth, 6 * e.lineWidth],
					[6 * e.lineWidth, 6 * e.lineWidth],
					[e.lineWidth, 4 * e.lineWidth],
					[2 * e.lineWidth, e.lineWidth]
				][e.lineStyle - 1]
			}, o.drawLine = function(e, t, i, s, r) {
				isFinite(t) && isFinite(s) && isFinite(i) && isFinite(r) && (e.lineStyle !== o
					.LINESTYLE_SOLID ? o.drawDashedLine(e, t, i, s, r) : o.drawSolidLine(e, t, i, s,
						r))
			}, o.drawArrow = function(e, t, i, s, r, n) {
				if (isFinite(t) && isFinite(s) && isFinite(i) && isFinite(r)) {
					var o = Math.round(n / 2),
						a = t + o,
						l = s + o;
					e.beginPath(), e.moveTo(l, r), e.lineTo(a, i), e.moveTo(t, i + o), e.lineTo(a, i), e
						.lineTo(t + n, i + o), e.stroke()
				}
			}, o.drawSolidLine = function(e, t, i, s, r) {
				e.beginPath(), e.moveTo(t, i), e.lineTo(s, r), e.stroke()
			}, o.setLineStyle = function(e, t) {
				e.lineStyle = t;
				var i = [];
				t !== o.LINESTYLE_SOLID && (i = o.computeDashPattern(e)), o.setLineDash(e, i)
			}, o.setLineDash = function(e, t) {
				"function" == typeof e.setLineDash ? e.setLineDash(t) : void 0 !== e.mozDash ? e
					.mozDash = t : void 0 !== e.webkitLineDash && (e.webkitLineDash = t)
			}, o.drawPoly = function(e, t, i) {
				e.beginPath(), e.moveTo(t[0].x, t[0].y);
				for (var s = 0; s < t.length; s++) {
					var r = t[s];
					e.lineTo(r.x, r.y)
				}
				e.closePath(), e.stroke(), i && e.fill()
			}, o.drawDashedLine = function(e, t, i, s, r) {
				e.save();
				var n = o.computeDashPattern(e);
				if (e.beginPath(), "function" == typeof e.setLineDash) e.setLineDash(n);
				else if (void 0 !== e.mozDash) e.mozDash = n;
				else {
					if (void 0 === e.webkitLineDash) return o.dashedLineTo(e, t, i, s, r, n), e
						.stroke(), void e.restore();
					e.webkitLineDash = n
				}
				e.moveTo(t, i), e.lineTo(s, r), e.stroke(), e.restore()
			}, o.drawDashedLineHorizontal = function(e, t, i, s) {
				e.save();
				var r = o.computeDashPattern(e),
					n = 0,
					a = e.lineWidth,
					l = a / 2;
				e.translate(-l, -l);
				for (var c = !0, h = t + s; t < h;) {
					var u = r[n];
					c && e.fillRect(t, i, u, a), c = !c, t += u,
						n = n === r.length - 1 ? 0 : n + 1
				}
				e.restore()
			}, o.drawDashedLineVertical = function(e, t, i, s) {
				e.save();
				var r = o.computeDashPattern(e),
					n = 0,
					a = e.lineWidth,
					l = a / 2;
				e.translate(-l, -l);
				for (var c = !0, h = i + s; i < h;) {
					var u = r[n];
					c && e.fillRect(t, i, a, u), c = !c, i += u, n = n === r.length - 1 ? 0 : n + 1
				}
				e.restore()
			}, o.dashedLineTo = function(e, t, i, s, o, a) {
				var l = {
						thereYet: r,
						cap: Math.min
					},
					c = {
						thereYet: r,
						cap: Math.min
					};
				i - o > 0 && (c.thereYet = n, c.cap = Math.max), t - s > 0 && (l.thereYet = n, l.cap =
					Math.max), e.moveTo(t, i);
				for (var h = t, u = i, d = 0, p = !0; !l.thereYet(h, s) || !c.thereYet(u, o);) {
					var _ = Math.atan2(o - i, s - t),
						m = a[d];
					h = l.cap(s, h + Math.cos(_) * m), u = c.cap(o, u + Math.sin(_) * m), p ? e.lineTo(
						h, u) : e.moveTo(h, u), d = (d + 1) % a.length, p = !p
				}
			}, o.setFont = function(e, t) {
				if (e.font !== t) try {
					e.font = t
				} catch (e) {}
			}, "undefined" != typeof CanvasRenderingContext2D && (CanvasRenderingContext2D.prototype
				.setFont = function(e) {
					o.setFont(this, e)
				}, CanvasRenderingContext2D.prototype.lineStyle = o.LINESTYLE_SOLID), e.exports = o
		},
		jJ9X: function(e, t, i) {},
		jRfx: function(e, t, i) {
			"use strict";
			i.d(t, "c", (function() {
				return o
			})), i.d(t, "a", (function() {
				return a
			})), i.d(t, "b", (function() {
				return l
			}));
			var s = i("Eyy1"),
				r = i("3u3j");
			class n extends r.a {
				constructor(e, t, i) {
					super(e, t, i), this._restorePane = !1
				}
				redo() {
					const e = this._chartModel.panes().length,
						t = this._chartModel.panes()[this._targetPaneIndex()],
						i = Object(s.ensureNotNull)(this._chartModel.dataSourceForId(this
							._sourceId)),
						r = Object(s.ensureNotNull)(this._chartModel.paneForSource(i)),
						n = this._chartModel.children(i, !0);
					r.bulkActionMacro(() => {
						n.forEach(e => this._chartModel.detachSource(e)), this
							._restorePane = this._chartModel.detachSource(i)
					});
					const o = "overlay" === this._initialPriceScalePosition ? this
						._initialPriceScalePosition : void 0,
						a = t.findSuitableScale(i, void 0, o),
						l = 0 === a.dataSources().length;
					if (t.bulkActionMacro(() => {
							t.addDataSource(i, a, !1), n.forEach(e => t.addDataSource(e, a, !1))
						}), i === this._chartModel.mainSeries()) {
						const e = t.priceScalePosition(a);
						t.movePriceScale(a, e, 0)
					}
					if (l) {
						Object(s.ensureNotNull)(i.priceScale()).restoreState(this
							._newPriceScaleState(t.isOverlay(i)))
					}
					this._chartModel.fullUpdate(), e !== this._chartModel.panes().length && this
						._chartModel.setShouldBeSavedEvenIfHidden(!0)
				}
				undo() {
					let e;
					e = this._restorePane ? this._chartModel.createPane(this._initialPaneIndex) :
						this._chartModel.panes()[this._initialPaneIndex];
					const t = Object(s.ensureNotNull)(this._chartModel.dataSourceForId(this
							._sourceId)),
						i = Object(s.ensureNotNull)(this._chartModel.paneForSource(t)),
						r = this._chartModel.children(t, !0);
					i.bulkActionMacro(() => {
						r.forEach(e => this._chartModel.detachSource(e)), this._chartModel
							.detachSource(t)
					});
					let n = e.getPriceScaleById(this._initialPriceScaleId);
					null === n && (n = e.createPriceScaleAtPosition(this._initialPriceScalePosition,
						this._initialPriceScaleIndex)), e.bulkActionMacro(() => {
						e.addDataSource(t, n, !0), r.forEach(t => e.addDataSource(t, n, !1))
					}), Object(s.ensureNotNull)(t.priceScale()).restoreState(this
						._originalPriceScaleState()), this._chartModel.fullUpdate()
				}
			}
			class o extends n {
				constructor(e, t, i) {
					super(e, t, i)
				}
				_targetPaneIndex() {
					return this._initialPaneIndex - 1
				}
			}
			class a extends n {
				constructor(e, t, i) {
					super(e, t, i)
				}
				_targetPaneIndex() {
					return this._initialPaneIndex + 1
				}
			}
			class l extends n {
				constructor(e, t, i, s) {
					super(e, t, s), this._targetPane = i
				}
				_targetPaneIndex() {
					return this._targetPane
				}
			}
		},
		jTis: function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "CalloutConsts", (function() {
					return s
				})),
				function(e) {
					e[e.RoundRadius = 8] = "RoundRadius", e[e.TextMargins = 2] = "TextMargins", e[e
						.MinWidth = 100] = "MinWidth"
				}(s || (s = {}))
		},
		jeZR: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "AppliedTimeFrame", (function() {
				return r
			}));
			var s = i("QfUd");
			class r {
				constructor(e) {
					this._appliedTimeFrame = new s.a(null), this._appliedTimeFrameInfo = null, this
						._appliedTimeFrameChangedBound = this._appliedTimeFrameChanged.bind(this), this
						._model = e, e.mainSeries().dataEvents().seriesTimeFrame().subscribe(this, this
							._onSeriesTimeFrame), this._appliedTimeFrame.subscribe(this
							._appliedTimeFrameChangedBound)
				}
				destroy() {
					this._appliedTimeFrame.unsubscribe(this._appliedTimeFrameChangedBound), this._model
						.timeScale().logicalRangeChanged().unsubscribeAll(this), this._model
						.mainSeries().dataEvents().seriesTimeFrame().unsubscribeAll(this)
				}
				appliedTimeFrame() {
					return this._appliedTimeFrame
				}
				_appliedTimeFrameChanged() {
					this._model.timeScale().logicalRangeChanged().unsubscribe(this, this
						._invalidateAppliedTimeFrame)
				}
				_onSeriesTimeFrame(e, t, i, s) {
					if (s) {
						const e = this._model.timeScale();
						this._appliedTimeFrameInfo = {
							logicalRange: e.logicalRange(),
							baseIndex: e.baseIndex()
						}, e.logicalRangeChanged().subscribe(this, this._invalidateAppliedTimeFrame)
					}
				}
				_invalidateAppliedTimeFrame() {
					if (null === this._appliedTimeFrameInfo) return;
					const e = this._model.timeScale(),
						t = e.logicalRange(),
						i = e.baseIndex(),
						s = this._appliedTimeFrameInfo.logicalRange,
						r = this._appliedTimeFrameInfo.baseIndex;
					(null === t || null === s || Math.abs(i - t.left() - (r - s.left())) >= .01 || Math
						.abs(i - t.right() - (r - s.right())) >= .01) && this._appliedTimeFrame
						.setValue(null)
				}
			}
		},
		jenN: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("txPx"),
				r = i("7Fue"),
				n = i("xWfy"),
				o = i("qySK"),
				a = i("KcY8");
			class l extends a.a {
				constructor(e, t) {
					super(), this._source = e, this._data = t
				}
				_updateRendererData(e, t, i) {
					e.visible = !1;
					const s = this._source.priceScale(),
						r = this._source.properties().visible.value();
					if (!s || s.isEmpty() || !r) return;
					const n = this._source.properties().graphics[this._data.lineType][this._data
						.styleId
					];
					if (!(n.visible && n.visible.value() && n.showPrice && n.showPrice.value()))
						return;
					const o = this._source.firstValue();
					if (null === o) return;
					const a = this._data.line.level,
						l = n.color.value();
					i.background = l, i.textColor = this.generateTextColor(l), i.coordinate = s
						.priceToCoordinate(a, o), e.text = s.formatPrice(a, o), e.visible = !0
				}
			}
			i.d(t, "createGraphicsPaneViews", (function() {
				return d
			})), i.d(t, "createGraphicsPriceAxisViews", (function() {
				return _
			})), i.d(t, "isStudyGraphicsEmpty", (function() {
				return r.a
			})), i.d(t, "StaticStudyGraphics", (function() {
				return n.a
			})), i.d(t, "emptyStudyGraphics", (function() {
				return n.b
			})), i.d(t, "loadStudyGraphics", (function() {
				return n.c
			})), i.d(t, "saveStudyGraphics", (function() {
				return n.d
			})), i.d(t, "LiveStudyGraphics", (function() {
				return o.a
			}));
			const c = Object(s.getLogger)("Chart.StudyGraphics"),
				h = new Set(["dwgtablecells"]);
			async function u(e, t, s, r) {
				switch (e) {
					case "hhists":
						return new((await i.e("study-pane-views").then(i.bind(null, "Gj0v")))
							.HHistPaneView)(t, s, r);
					case "horizlines":
						return new((await i.e("study-pane-views").then(i.bind(null, "1sos")))
							.HorizLinePaneView)(t, s, r);
					case "vertlines":
						return new((await i.e("study-pane-views").then(i.bind(null, "psYU")))
							.VertLinePaneView)(t, s, r);
					case "polygons":
						return new((await i.e("study-pane-views").then(i.bind(null, "BJvp")))
							.PolygonPaneView)(t, s, r)
				}
				return null
			}
			async function d(e, t, i) {
				const s = [],
					r = Object.keys(e.graphicsInfo());
				r.sort((e, t) => p(e) - p(t));
				for (const n of r) {
					const r = await u(n, e, t, i);
					null !== r ? s.push(r) : h.has(n) || c.logWarn(n +
						" is not supported by this build of graphics subsystem, skipping")
				}
				return s
			}

			function p(e) {
				switch (e) {
					case "polygons":
						return -100;
					case "trendchannels":
						return -90;
					default:
						return 0
				}
			}

			function _(e) {
				const t = Object.keys(e.graphicsInfo()),
					i = [];
				for (const s of t) switch (s) {
					case "hlines":
						e.graphics().hlines().forEach((t, r) => {
							t.forEach(t => {
								void 0 !== t.level && i.push(new l(e, {
									line: {
										level: t.level
									},
									styleId: r,
									lineType: s
								}))
							})
						});
						break;
					case "horizlines":
						e.graphics().horizlines().forEach((t, r) => {
							t.forEach(t => {
								void 0 !== t.level && i.push(new l(e, {
									line: {
										level: t.level
									},
									styleId: r,
									lineType: s
								}))
							})
						})
				}
				return i
			}
		},
		jkoZ: function(e, t, i) {
			"use strict";
			var s = i("XlJ7").makeFont,
				r = i("XlJ7").parseFont,
				n = (0, i("txPx").getLogger)("Model.ChartTradingUtils"),
				o = {
					_fontHeightCache: {},
					_parsedColorCache: {},
					_parseColor: function(e) {
						if (this._parsedColorCache[e]) return this._parsedColorCache[e];
						var t = document.createElement("div");
						t.style.color = e;
						var i = t.style.color.match(
								/^rgb\s*\(\s*(\d+)\s*,\s*(\d+)\s*,\s*(\d+)\s*\)$/i) || t.style.color
							.match(
								/^rgba\s*\(\s*(\d+)\s*,\s*(\d+)\s*,\s*(\d+)\s*,\s*(\d*\.?\d+)\s*\)$/i),
							s = {
								r: i[1],
								g: i[2],
								b: i[3],
								a: i[4] || "1"
							};
						return this._parsedColorCache[e] = s, s
					},
					getColorFromProperties: function(e, t) {
						var i = 1 - t.value() / 100,
							s = this._parseColor(e.value());
						return "rgba(" + s.r + "," + s.g + "," + s.b + "," + i + ")"
					},
					setColorToProperties: function(e, t, i) {
						var s = this._parseColor(e);
						t.setValue("rgb(" + s.r + "," + s.g + "," + s.b + ")");
						var r = 100 * (1 - s.a);
						i.setValue(Math.max(0, Math.min(r, 100)))
					},
					getFontFromProperties: function(e, t, i, r) {
						return s(t.value(), e.value(), r.value() ? "italic" : "", i.value() ? "bold" :
							"")
					},
					setFontToProperties: function(e, t, i, s, o) {
						var a = r(e);
						null !== a ? (a.family.length > 0 && t.setValue(a.family), i.setValue(a.size), s
							.setValue(a.bold), o.setValue(a.italic)) : n.logError("Invalid font: " +
							e)
					},
					fontHeight: function(e) {
						if (!this._fontHeightCache[e]) {
							var t = document.createElement("span");
							t.appendChild(document.createTextNode("height")), document.body.appendChild(
									t), t.style.cssText = "font: " + e +
								"; white-space: nowrap; display: inline;";
							var i = t.offsetHeight;
							document.body.removeChild(t), this._fontHeightCache[e] = Math.ceil(i)
						}
						return this._fontHeightCache[e]
					},
					drawPolyHoverOrPress: function(e, t, i, s) {
						s ? (e.save(), e.fillStyle = "rgba(0, 0, 0, 0.15)", CanvasEx.drawPoly(e, t, !0),
							e.restore()) : i && (e.save(), e.fillStyle = "rgba(0, 0, 0, 0.1)",
							CanvasEx.drawPoly(e, t, !0), e.restore())
					},
					repaint: function(e) {
						e.lightUpdate()
					},
					roundToMinTick: function(e, t) {
						var i = 1 / e.mainSource().base();
						return i * Math.round(t / i)
					}
				};
			e.exports = o
		},
		jofe: function(e, t, i) {
			"use strict";

			function s() {
				let e, t;
				return {
					promise: new Promise((i, s) => {
						e = i, t = s
					}),
					reject: t,
					resolve: e
				}
			}
			i.r(t), i.d(t, "createDeferredPromise", (function() {
				return s
			}))
		},
		jpZi: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return o
			}));
			var s = i("Eyy1"),
				r = (i("YFKU"), i("HbRj"), i("RDU5"));
			const n = window.t("Exclude line tools from group {group}");
			class o extends r.UndoCommand {
				constructor(e, t, i) {
					super(n.format({
							group: t.name()
						})), this._model = e, this._groupId = t.id, this._groupName = t.name(), this
						._lineToolsIds = i.map(e => e.id())
				}
				redo() {
					const e = Object(s.ensureNotNull)(this._model.lineToolsGroupModel().groupForId(
							this._groupId)),
						t = this._lineToolsIds.map(e => this._model.dataSourceForId(e));
					e.excludeLineTools(t), 0 === e.lineTools().length && this._model
						.lineToolsGroupModel().removeGroup(e)
				}
				undo() {
					const e = this._lineToolsIds.map(e => this._model.dataSourceForId(e)),
						t = this._model.lineToolsGroupModel().groupForId(this._groupId);
					null !== t ? t.addLineTools(e) : this._model.lineToolsGroupModel().createGroup(
						e, this._groupName, this._groupId)
				}
			}
		},
		jvrd: function(e, t, i) {
			"use strict";
			i.d(t, "g", (function() {
				return n
			})), i.d(t, "e", (function() {
				return a
			})), i.d(t, "d", (function() {
				return l
			})), i.d(t, "c", (function() {
				return c
			})), i.d(t, "f", (function() {
				return h
			})), i.d(t, "a", (function() {
				return u
			})), i.d(t, "b", (function() {
				return d
			}));
			var s = i("Eyy1"),
				r = i("k9/m");

			function n(e, t, i) {
				const s = e.barFunction();
				switch (e.style()) {
					case 3:
					case 10:
					case 2:
						return s(t.value);
					default:
						return t.value[-1 === i ? 3 : 2]
				}
			}

			function o(e) {
				return e >= 0 ? 1 : -1
			}

			function a(e, t) {
				return -1 === o(e) !== t ? -1 : 1
			}

			function l(e, t, i, s) {
				const r = Math.min(t, Math.max(0, 1 === s ? i : t - i));
				return i - s * Math.abs(r * e / 100)
			}

			function c(e, t, i) {
				const s = e.index();
				return null === s ? null : {
					index: s,
					price: t.coordinateToPrice(t.height() / 2, i)
				}
			}

			function h(e, t) {
				const i = e.data().bars(),
					s = i.first(),
					a = i.last();
				if (null === s || null === a) return null;
				let l;
				const c = t.index();
				if (null === c) {
					if (void 0 === t.time) return null;
					const e = t.time(),
						n = s.value[0],
						o = a.value[0];
					if (e < n - 86400 || e > o) return null;
					l = i.searchByTime(e, r.PlotRowSearchMode.NearestRight, 4)
				} else l = i.search(c);
				return null === l ? null : {
					index: l.index,
					price: n(e, l, o(t.position()))
				}
			}

			function u(e, t, i) {
				const s = c(e, t, i);
				if (null === s) return null;
				const r = a(e.position(), t.isInverted());
				return {
					index: s.index,
					price: s.price,
					poleStartY: t.height(),
					visualDirection: 1,
					positionPointDirection: r
				}
			}

			function d(e, t) {
				const i = h(e, t),
					r = e.priceScale(),
					n = Object(s.ensureNotNull)(e.firstValue());
				if (null === i) return u(t, r, n);
				let o = 0;
				const l = e.properties(),
					c = e.model().timeScale(),
					d = r.priceToCoordinate(i.price, n);
				switch (e.style()) {
					case 3:
						o = l.areaStyle.linewidth.value() / 2;
						break;
					case 2:
						o = l.lineStyle.linewidth.value() / 2;
						break;
					case 10:
						const e = Math.abs(100 - l.baselineStyle.baseLevelPercentage.value());
						o = r.height() * e / 100 > d ? l.baselineStyle.topLineWidth.value() / 2 : l
							.baselineStyle.bottomLineWidth.value() / 2;
						break;
					case 1:
					case 9:
					case 8:
					case 12:
						o = 3;
						break;
					case 0:
						o = l.barStyle.thinBars.value() ? 3 : Math.max(3, .25 * c.barSpacing());
						break;
					case 11:
						o = l.rangeStyle.thinBars.value() ? 3 : Math.max(3, .25 * c.barSpacing());
						break;
					case 4:
					case 7:
						o = 3;
						break;
					case 5:
						o = Math.max(4, .25 * c.barSpacing());
						break;
					case 6:
						o = Math.max(5, .25 * c.barSpacing())
				}
				const p = a(t.position(), r.isInverted()),
					_ = d - p * o;
				return {
					index: i.index,
					price: i.price,
					poleStartY: _,
					visualDirection: p,
					positionPointDirection: p
				}
			}
		},
		jy4L: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "makeNextSymbolId", (function() {
				return r
			})), i.d(t, "makeNextStudyId", (function() {
				return o
			}));
			let s = 0;

			function r() {
				return s++, "ss_" + s
			}
			let n = 0;

			function o() {
				return n++, "st" + n
			}
		},
		k4w6: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			}));
			var s = i("2ijp");
			class r extends s.a {
				constructor(e) {
					super(), this._series = e, this._model = e.model()
				}
			}
		},
		"k9/m": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PlotRowSearchMode", (function() {
				return l
			})), i.d(t, "PlotList", (function() {
				return u
			})), i.d(t, "mergeMinMax", (function() {
				return d
			})), i.d(t, "mergePlotRows", (function() {
				return p
			}));
			var s = i("Eyy1"),
				r = i("Y7w9"),
				n = i("tqok"),
				o = i("txPx");
			const a = Object(o.getLogger)("Chart.PlotList");
			var l;
			! function(e) {
				e[e.NearestLeft = -1] = "NearestLeft", e[e.Exact = 0] = "Exact", e[e.NearestRight = 1] =
					"NearestRight"
			}(l || (l = {}));

			function c(e) {
				return e.index
			}

			function h(e) {
				return e.value[0]
			}
			class u {
				constructor(e = null, t = null) {
					this._items = [], this._start = 0, this._end = 0, this._shareRead = !1, this
						._minMaxCache = new Map, this._rowSearchCacheByIndex = new Map, this
						._rowSearchCacheByIndexWithoutEmptyValues = new Map, this
						._rowSearchCacheByTime = new Map, this._rowSearchCacheByTimeWithoutEmptyValues =
						new Map, this._plotFunctions = e || new Map, this._emptyValuePredicate = t
				}
				clear() {
					this._items = [], this._start = 0, this._end = 0, this._shareRead = !1, this
						._minMaxCache.clear(), this._invalidateSearchCaches()
				}
				first() {
					return this.size() > 0 ? this._items[this._start] : null
				}
				last() {
					return this.size() > 0 ? this._items[this._end - 1] : null
				}
				firstIndex() {
					return this.size() > 0 ? this._indexAt(this._start) : null
				}
				lastIndex() {
					return this.size() > 0 ? this._indexAt(this._end - 1) : null
				}
				size() {
					return this._end - this._start
				}
				isEmpty() {
					return 0 === this.size()
				}
				contains(e) {
					return null !== this.search(e, l.Exact)
				}
				valueAt(e) {
					const t = this.search(e);
					return null !== t ? t.value : null
				}
				add(e, t) {
					if (this._shareRead) return a.logDebug(
						"add: readonly collection modification attempt"), !1;
					const i = {
							index: e,
							value: t
						},
						s = this._nonCachedSearch(e, l.Exact, c);
					return this._invalidateSearchCaches(), null === s ? (this._items.splice(this
							._lowerbound(e, c), 0, i), this._start = 0, this._end = this._items
						.length, !0) : (this._items[s] = i, !1)
				}
				search(e, t = l.Exact, i) {
					return this._searchImpl(e, t, this._rowSearchCacheByIndex, this
						._rowSearchCacheByIndexWithoutEmptyValues, c, i)
				}
				searchByTime(e, t = l.Exact, i) {
					return this._searchImpl(e, t, this._rowSearchCacheByTime, this
						._rowSearchCacheByTimeWithoutEmptyValues, h, i)
				}
				fold(e, t) {
					let i = t;
					for (let t = this._start; t < this._end; ++t) {
						i = e(this._indexAt(t), this._valueAt(t), i)
					}
					return i
				}
				findFirst(e, t) {
					const i = void 0 !== t && Math.min(this._start + t, this._end) || this._end;
					for (let t = this._start; t < i; ++t) {
						const i = this._indexAt(t),
							s = this._valueAt(t);
						if (e(i, s)) return {
							index: i,
							value: s
						}
					}
					return null
				}
				findLast(e, t) {
					const i = void 0 !== t && Math.max(this._end - t, this._start) || this._start;
					for (let t = this._end - 1; t >= i; --t) {
						const i = this._indexAt(t),
							s = this._valueAt(t);
						if (e(i, s)) return {
							index: i,
							value: s
						}
					}
					return null
				}
				each(e) {
					for (let t = this._start; t < this._end; ++t) {
						if (e(this._indexAt(t), this._valueAt(t))) break
					}
				}
				reduce(e, t) {
					let i = t;
					for (let t = this._start; t < this._end; ++t) {
						i = e(i, this._indexAt(t), this._valueAt(t))
					}
					return i
				}
				range(e, t) {
					const i = new u(this._plotFunctions, this._emptyValuePredicate);
					return i._items = this._items, i._start = this._lowerbound(e, c), i._end = this
						._upperbound(t), i._shareRead = !0, i
				}
				rangeIterator(e, t) {
					const i = this._lowerbound(e, c),
						s = this._upperbound(t);
					if (i === s) return {
						hasNext: () => !1,
						next: () => {
							throw new Error("Invalid operation")
						}
					};
					let r = i - 1;
					return {
						hasNext: () => r < s - 1,
						next: () => (r += 1, this._items[r])
					}
				}
				minMaxOnRangeCached(e, t, i) {
					if (this.isEmpty()) return null;
					let s = null;
					for (const r of i) {
						s = d(s, this._minMaxOnRangeCachedImpl(e - r.offset, t - r.offset, r.name))
					}
					return s
				}
				minMaxOnRange(e, t, i) {
					if (this.isEmpty()) return null;
					let s = null;
					for (const r of i) {
						s = d(s, this._minMaxOnRange(e - r.offset, t - r.offset, r.name))
					}
					return s
				}
				merge(e) {
					return this._shareRead ? (a.logDebug(
							"merge: readonly collection modification attempt"), null) : 0 === e.length ?
						null : this.isEmpty() || e[e.length - 1].index < this._items[0].index ? this
						._prepend(e) : e[0].index > this._items[this._items.length - 1].index ? this
						._append(e) : 1 === e.length && e[0].index === this._items[this._items.length -
							1].index ? (this._updateLast(e[0]), e[0]) : this._merge(e)
				}
				addTail(e, t = !1) {
					let i = 0;
					t && this._end - this._start > 0 && (i = 1, this._items[this._end - this._start - 1]
						.value = e[0].value);
					for (let t = i; t < e.length; ++t) {
						const i = e[t],
							s = this.lastIndex();
						if (null === s) {
							a.logError("Can't add tail to the empty plotlist");
							break
						}
						this.add(s + 1, i.value)
					}
					this._invalidateSearchCaches()
				}
				move(e) {
					if (this._shareRead) return void a.logDebug(
						"move: readonly collection modification attempt");
					if (0 === e.length) return;
					const t = this._items.slice();
					for (const i of e) {
						const e = this._bsearch(i.old, c);
						if (null !== e && void 0 !== t[e])
							if (i.new === n.INVALID_TIME_POINT_INDEX) t[e] = void 0;
							else {
								t[e] = {
									index: i.new,
									value: t[e].value
								};
								const s = this._bsearch(i.new, c);
								if (null !== s) {
									const e = t[s];
									void 0 !== e && e.index === i.new && (t[s] = void 0)
								}
							}
					}
					this._items = t.filter(e => void 0 !== e).sort((e, t) => e.index - t.index), this
						._invalidateSearchCaches(), this._minMaxCache.clear(), this._start = 0, this
						._end = this._items.length
				}
				remove(e) {
					if (this._shareRead) return a.logDebug(
						"remove: readonly collection modification attempt"), null;
					const t = this._nonCachedSearch(e, l.NearestRight, c);
					if (null === t) return null;
					const i = this._items.splice(t);
					return this._end = this._items.length, this._minMaxCache.clear(), this
						._invalidateSearchCaches(), i.length > 0 ? i[0] : null
				}
				state() {
					return {
						start: this._start,
						end: this._end,
						data: this._items,
						shareread: this._shareRead
					}
				}
				restoreState(e) {
					e ? (this._start = e.start, this._end = e.end, this._shareRead = e.shareread, this
						._items = e.data, this._minMaxCache.clear(), this._invalidateSearchCaches()
					) : this.clear()
				}
				_indexAt(e) {
					return this._items[e].index
				}
				_valueAt(e) {
					return this._items[e].value
				}
				_length() {
					return this._items.length
				}
				_searchImpl(e, t, i, s, r, n) {
					const o = void 0 !== n ? i : s,
						a = void 0 !== n ? 1e4 * (t + 1) + n : t;
					let l = o.get(e);
					if (void 0 !== l) {
						const e = l.get(a);
						if (void 0 !== e) return e
					}
					const c = this._nonCachedSearch(e, t, r, n);
					if (null === c) return null;
					const h = {
						index: this._indexAt(c),
						value: this._valueAt(c)
					};
					return void 0 === l && (l = new Map, o.set(e, l)), l.set(a, h), h
				}
				_nonCachedSearch(e, t, i, s) {
					const r = this._lowerbound(e, i),
						n = r === this._end || e !== i(this._items[r]);
					if (n && t !== l.Exact) switch (t) {
						case l.NearestLeft:
							return this._searchNearestLeft(r, s);
						case l.NearestRight:
							return this._searchNearestRight(r, s);
						default:
							throw new TypeError("Unknown search mode")
					}
					if (void 0 === s || n || t === l.Exact) return n ? null : r;
					switch (t) {
						case l.NearestLeft:
							return this._nonEmptyNearestLeft(r, s);
						case l.NearestRight:
							return this._nonEmptyNearestRight(r, s);
						default:
							throw new TypeError("Unknown search mode")
					}
				}
				_nonEmptyNearestRight(e, t) {
					const i = Object(s.ensure)(this._emptyValuePredicate),
						r = Object(s.ensure)(t);
					for (; e < this._end && i(this._valueAt(e), r);) e += 1;
					return e === this._end ? null : e
				}
				_nonEmptyNearestLeft(e, t) {
					const i = Object(s.ensureNotNull)(this._emptyValuePredicate),
						r = Object(s.ensure)(t);
					for (; e >= this._start && i(this._valueAt(e), r);) e -= 1;
					return e < this._start ? null : e
				}
				_searchNearestLeft(e, t) {
					if (e === this._start) return null;
					const i = e - 1,
						s = i !== this._end ? i : null;
					return void 0 !== t && null !== s ? this._nonEmptyNearestLeft(s, t) : s
				}
				_searchNearestRight(e, t) {
					const i = e,
						s = i !== this._end ? i : null;
					return void 0 !== t && null !== s ? this._nonEmptyNearestRight(s, t) : s
				}
				_bsearch(e, t) {
					const i = this._lowerbound(e, t);
					return i !== this._end && e === t(this._items[i]) ? i : null
				}
				_lowerbound(e, t) {
					return Object(r.lowerbound)(this._items, e, (e, i) => t(e) < i, this._start, this
						._end)
				}
				_upperbound(e) {
					return Object(r.upperbound)(this._items, e, (e, t) => t.index > e, this._start, this
						._end)
				}
				_plotMinMax(e, t, i) {
					let s = null;
					const r = this._plotFunctions.get(i);
					if (void 0 === r) throw new Error(`Plot "${i}" is not registered`);
					for (let i = e; i < t; i++) {
						const e = r(this._items[i].value);
						null == e || Number.isNaN(e) || (null === s ? s = {
							min: e,
							max: e
						} : (e < s.min && (s.min = e), e > s.max && (s.max = e)))
					}
					return s
				}
				_invalidateCacheForRow(e) {
					const t = Math.floor(e.index / 30);
					this._minMaxCache.forEach(e => e.delete(t))
				}
				_prepend(e) {
					return Object(s.assert)(!this._shareRead, "collection should not be readonly"),
						Object(s.assert)(0 !== e.length, "plotRows should not be empty"), this
						._invalidateSearchCaches(), this._minMaxCache.clear(), this._items = e.concat(
							this._items), this._start = 0, this._end = this._items.length, e[0]
				}
				_append(e) {
					return Object(s.assert)(!this._shareRead, "collection should not be readonly"),
						Object(s.assert)(0 !== e.length, "plotRows should not be empty"), this
						._invalidateSearchCaches(), this._minMaxCache.clear(), this._items = this._items
						.concat(e), this._start = 0, this._end = this._items.length, e[0]
				}
				_updateLast(e) {
					Object(s.assert)(!this.isEmpty(), "plot list should not be empty");
					const t = this._items[this._end - 1];
					Object(s.assert)(t.index === e.index, "last row index should match new row index"),
						this._invalidateCacheForRow(e), this._invalidateSearchCaches(), this._items[this
							._end - 1] = e
				}
				_merge(e) {
					return Object(s.assert)(0 !== e.length, "plot rows should not be empty"), this
						._invalidateSearchCaches(), this._minMaxCache.clear(), this._items = p(this
							._items, e), this._start = 0, this._end = this._items.length, e[0]
				}
				_minMaxOnRangeCachedImpl(e, t, i) {
					if (this.isEmpty()) return null;
					let r = null;
					const n = Object(s.ensureNotNull)(this.firstIndex()),
						o = Object(s.ensureNotNull)(this.lastIndex()),
						a = Math.max(e, n),
						l = Math.min(t, o),
						c = 30 * Math.ceil(a / 30),
						h = Math.max(c, 30 * Math.floor(l / 30));
					r = d(r, this._minMaxOnRange(a, Math.min(c, t, l), i));
					let u = this._minMaxCache.get(i);
					void 0 === u && (u = new Map, this._minMaxCache.set(i, u));
					for (let e = Math.max(c + 1, a); e < h; e += 30) {
						const t = Math.floor(e / 30);
						let s = u.get(t);
						if (void 0 === s) {
							const e = 30 * t,
								r = 30 * (t + 1) - 1;
							s = this._minMaxOnRange(e, r, i), u.set(t, s)
						}
						r = d(r, s)
					}
					r = d(r, this._minMaxOnRange(h, l, i));
					return r
				}
				_minMaxOnRange(e, t, i) {
					return this._plotMinMax(this._lowerbound(e, c), this._upperbound(t), i)
				}
				_invalidateSearchCaches() {
					this._rowSearchCacheByIndex.clear(), this._rowSearchCacheByIndexWithoutEmptyValues
						.clear(), this._rowSearchCacheByTime.clear(), this
						._rowSearchCacheByTimeWithoutEmptyValues.clear()
				}
			}

			function d(e, t) {
				if (null === e) return t;
				if (null === t) return e;
				return {
					min: Math.min(e.min, t.min),
					max: Math.max(e.max, t.max)
				}
			}

			function p(e, t) {
				const i = function(e, t) {
						const i = e.length,
							s = t.length;
						let r = i + s,
							n = 0,
							o = 0;
						for (; n < i && o < s;) e[n].index < t[o].index ? n++ : e[n].index > t[o].index ?
							o++ : (n++, o++, r--);
						return r
					}(e, t),
					s = new Array(i);
				let r = 0,
					n = 0;
				const o = e.length,
					a = t.length;
				let l = 0;
				for (; r < o && n < a;) e[r].index < t[n].index ? (s[l] = e[r], r++) : e[r].index > t[n]
					.index ? (s[l] = t[n], n++) : (s[l] = t[n], r++, n++), l++;
				for (; r < o;) s[l] = e[r], r++, l++;
				for (; n < a;) s[l] = t[n], n++, l++;
				return s
			}
		},
		kIXa: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("Ocx9").DefaultProperty;
			class n extends s {
				constructor(e, t) {
					super(e, t || n.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"am+t", 7)).then(({
						TimeCyclesPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Time Cycles"
				}
				setPoint(e, t, i) {
					var s = Object.assign({}, t),
						r = this._points[0],
						n = this._points[1];
					r.price = s.price, n.price = s.price, this._points[e] = s, this.normalizePoints()
				}
				addPoint(e, t, i) {
					var r = s.prototype.addPoint.call(this, e, t, !0);
					if (r) {
						var n = this._points[0];
						this._points[1].price = n.price, i || (this.normalizePoints(), this
							.createServerPoints())
					}
					return r
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "BABJ")))
						.TimeCyclesPatternDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetooltimecycles", e);
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e)
				}
			}
			t.LineToolTimeCycles = n
		},
		kNVT: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "setSymbolSearchCompleteOverrideFunction", (function() {
				return r
			})), i.d(t, "getSymbolSearchCompleteOverrideFunction", (function() {
				return n
			}));
			let s = e => Promise.resolve(e);

			function r(e) {
				s = e
			}

			function n() {
				return s
			}
		},
		kcTO: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "formatterOptions", (function() {
				return l
			})), i.d(t, "numberToStringWithLeadingZero", (function() {
				return c
			})), i.d(t, "isFormatterHasForexAdditionalPrecision", (function() {
				return h
			})), i.d(t, "PriceFormatter", (function() {
				return u
			}));
			var s = i("YFKU"),
				r = i("ogJP"),
				n = i("Ialn"),
				o = i("txPx");
			const a = Object(o.getLogger)("Chart.PriceFormatter"),
				l = {
					decimalSign: ".",
					decimalSignFractional: "'"
				};

			function c(e, t) {
				if (!Object(r.isNumber)(e)) return "n/a";
				if (!Object(r.isInteger)(t)) throw new TypeError("invalid length");
				if (t < 0 || t > 16) throw new TypeError("invalid length");
				if (0 === t) return e.toString();
				return ("0000000000000000" + e.toString()).slice(-t)
			}

			function h(e) {
				return "hasForexAdditionalPrecision" in e
			}
			class u {
				constructor(e, t, i, n) {
					if (this.type = "price", this._formatterErrors = {
							custom: Object(s.t)("Price format is invalid."),
							fraction: Object(s.t)("Fraction part is invalid."),
							secondFraction: Object(s.t)("Second fraction part is invalid.")
						}, t || (t = 1), Object(r.isNumber)(e) && Object(r.isInteger)(e) || (e = 100),
						e < 0) throw new TypeError("invalid base");
					this._priceScale = e, this._minMove = t, this._minMove2 = n, i && void 0 !== n &&
						n > 0 && 2 !== n && 4 !== n && 8 !== n ? a.logDebug("invalid minmove2") : (this
							._fractional = i, this.calculateDecimal())
				}
				isFractional() {
					return !!this._fractional
				}
				state() {
					return {
						fractional: this._fractional,
						fractionalLength: this._fractionalLength,
						minMove: this._minMove,
						minMove2: this._minMove2,
						priceScale: this._priceScale
					}
				}
				calculateDecimal() {
					if (this._fractionalLength = 0, this._priceScale > 0 && this._minMove > 0) {
						let e = this._priceScale;
						for (this._fractional && this._minMove2 && (e /= this._minMove2); e > 1;) e /=
							10, this._fractionalLength++
					}
				}
				format(e, t, i, s = !0, r = !0) {
					let o, a = "";
					return e < 0 ? (a = !1 === s ? "" : "−", e = -e) : e && !0 === t && (a = "+"), o =
						this._fractional ? a + this._formatAsFractional(e, i) : a + this
						._formatAsDecimal(e, i), r ? Object(n.forceLTRStr)(o) : o
				}
				parse(e) {
					return e = (e = Object(n.stripLTRMarks)(e)).replace("−", "-"), this._fractional ?
						this._minMove2 ? this._parseAsDoubleFractional(e) : this
						._parseAsSingleFractional(e) : this._parseAsDecimal(e)
				}
				hasForexAdditionalPrecision() {
					return !this._fractional && 10 === this._minMove2
				}
				static serialize(e) {
					return e.state()
				}
				static deserialize(e) {
					return new u(e.priceScale, e.minMove, e.fractional, e.minMove2)
				}
				_formatAsDecimal(e, t) {
					//格式化价格
					if (this.type == "price") {
						var price = "0.00";
						//如果价格大于1则保留2位小数
						if (e > 1) {
							price = e.toFixed(2)
						} else {
							//否则  
							let splitList = e.toString().split(".")
							let num = 0
							if (splitList[1]) {
								for (var i = 0; i < splitList[1].length; i++) {
									if (splitList[1][i] == "0") {
										num++
									} else {
										//如果不为0了 直接中断
										break;
									}
								}
							}
							if (num >= 4) {
								var last = "" + splitList[1].substring(num, splitList[1].length)
								if (last.length >= 5) {
									if (parseInt(last[4]) >= 5) {
										price = '0.0{' + num + '}' + (parseInt(last[0] + last[1] + last[2] + last[
											3]) + 1)
									} else {
										price = '0.0{' + num + '}' + last[0] + last[1] + last[2] + last[3]
									} 
								} else {
									price = '0.0{' + num + '}' + last
								}
							} else {
								price = Number(e).toFixed(5)
							}

						}
						return price
					} else {
						let i;
						t = t || 0, i = this._fractional ? Math.pow(10, this._fractionalLength || 0) :
							Math
							.pow(10, t) * this._priceScale / this._minMove;
						const s = 1 / i;
						let r;
						if (i > 1) r = Math.floor(e);
						else {
							const t = Math.floor(Math.round(e / s) * s);
							r = 0 === Math.round((e - t) / s) ? t : t + s
						}
						let n = "";
						if (i > 1) {
							let s = +(Math.round(e * i) - r * i).toFixed(this._fractionalLength);
							s >= i && (s -= i, r += 1);
							const o = void 0 !== this._fractionalLength ? this._fractionalLength : NaN;
							n = l.decimalSign + c(+s.toFixed(this._fractionalLength) * this._minMove,
								o +
								t), n = this._removeEndingZeros(n, t)
						}
						return r.toString() + n
					}
				}
				_getFractPart(e, t) {
					const i = [0, 5],
						s = [0, 2, 5, 7];
					return 2 === t ? void 0 === i[e] ? -1 : i[e] : 4 === t ? void 0 === s[e] ? -1 : s[
						e] : e
				}
				_formatAsFractional(e, t) {
					const i = this._priceScale / this._minMove;
					let s = Math.floor(e),
						r = t ? Math.floor(e * i) - s * i : Math.round(e * i) - s * i;
					r === i && (r = 0, s += 1);
					let n = "";
					if (t) {
						let o = (e - s - r / i) * i;
						o = Math.round(o * Math.pow(10, t)), n = c(o, t), n = this._removeEndingZeros(n,
							t)
					}
					if (!this._fractionalLength) throw new Error("_fractionalLength is not calculated");
					let o = "";
					if (this._minMove2) {
						const e = r % this._minMove2;
						r = (r - e) / this._minMove2;
						const t = c(r, this._fractionalLength),
							i = this._getFractPart(e, this._minMove2);
						o = t + l.decimalSignFractional + i
					} else r = this._getFractPart(r, this._priceScale), o = c(r * this._minMove, this
						._fractionalLength);
					return s.toString() + l.decimalSignFractional + o + n
				}
				_removeEndingZeros(e, t) {
					for (let i = 0; i < t && "0" === e[e.length - 1]; i++) e = e.substr(0, e.length -
						1);
					return e
				}
				_parseAsDecimal(e) {
					let t = new RegExp(/^(-?)[0-9]+$/).exec(e);
					if (t) {
						const t = parseFloat(e);
						return {
							value: t,
							res: !0,
							suggest: this.format(t)
						}
					}
					if (t = new RegExp("^(-?)[0-9]+\\" + l.decimalSign + "[0-9]*$").exec(e), t) {
						const t = parseFloat(e.replace(l.decimalSign, "."));
						return {
							value: t,
							res: !0,
							suggest: this.format(t)
						}
					}
					return {
						error: this._formatterErrors.custom,
						res: !1
					}
				}
				_patchFractPart(e, t) {
					const i = {
							0: 0,
							5: 1
						},
						s = {
							0: 0,
							2: 1,
							5: 2,
							7: 3
						};
					return 2 === t ? void 0 === i[e] ? -1 : i[e] : 4 === t ? void 0 === s[e] ? -1 : s[
						e] : e
				}
				_parseAsSingleFractional(e) {
					let t = new RegExp(/^(-?)[0-9]+$/).exec(e);
					if (t) {
						const t = parseFloat(e);
						return {
							value: t,
							res: !0,
							suggest: this.format(t)
						}
					}
					if (t = new RegExp("^(-?)([0-9]+)\\" + l.decimalSignFractional + "([0-9]+)$").exec(
							e), t) {
						const e = !!t[1],
							i = parseInt(t[2]),
							s = this._priceScale,
							r = this._patchFractPart(parseInt(t[3]), s);
						if (r >= s || r < 0) return {
							error: this._formatterErrors.fraction,
							res: !1
						};
						let n = i + r / s;
						return e && (n = -n), {
							value: n,
							res: !0,
							suggest: this.format(n)
						}
					}
					return {
						error: this._formatterErrors.custom,
						res: !1
					}
				}
				_parseAsDoubleFractional(e) {
					let t = new RegExp(/^(-?)[0-9]+$/).exec(e);
					if (t) {
						const t = parseFloat(e);
						return {
							value: t,
							res: !0,
							suggest: this.format(t)
						}
					}
					if (t = new RegExp("^(-?)([0-9]+)\\" + l.decimalSignFractional + "([0-9]+)\\" + l
							.decimalSignFractional + "([0-9]+)$").exec(e), t) {
						const e = !!t[1],
							i = parseInt(t[2]),
							s = void 0 !== this._minMove2 ? this._minMove2 : NaN,
							r = this._priceScale / s,
							n = this._minMove2,
							o = this._patchFractPart(parseInt(t[3]), r),
							a = this._patchFractPart(parseInt(t[4]), n);
						if (o >= r || o < 0) return {
							error: this._formatterErrors.fraction,
							res: !1
						};
						if (void 0 !== n && a >= n || a < 0) return {
							error: this._formatterErrors.secondFraction,
							res: !1
						};
						let l = void 0 !== n ? i + o / r + a / (r * n) : NaN;
						return e && (l = -l), {
							value: l,
							res: !0,
							suggest: this.format(l)
						}
					}
					return {
						error: this._formatterErrors.custom,
						res: !1
					}
				}
			}
		},
		krs7: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("O+9b"),
				n = i("ocLq"),
				o = i("KG+6"),
				a = i("LxhU"),
				l = i("8LSp"),
				c = i("aR4w"),
				h = i("WYmP");
			class u extends c.a {
				constructor(e, t, i, s, r, n, o, a, l, c, u) {
					super(e, t, i, n, new h.a, o, !0, a, l, () => c, u, s, r, !1), this
						._firstBarTime = s, this._lastBarTime = r
				}
				update(e) {
					this._supplyRowsLayout(this._ctx), this.timeInRequestedRange(e) && super.update(
						e)
				}
				timeInRequestedRange(e) {
					const t = this._timeScale().get(e);
					return this._firstBarTime <= t && t < this._lastBarTime
				}
			}
			var d = i("iu9X"),
				p = i("c7G1"),
				_ = i("hXqA"),
				m = i("WTyR"),
				f = i("rWtV");
			i.d(t, "VolumeProfileVisibleRange", (function() {
				return g
			})), i.d(t, "volumeProfileVisibleRangeStudyItem", (function() {
				return b
			}));
			class g extends r.a {
				constructor() {
					super(...arguments), this._rowsLayout = "Number Of Rows", this._rowSize = 24,
						this._volume = "Up/Down", this._firstBarTime = 0, this._lastBarTime = 0,
						this._vaVolumePercent = 70, this._anInt = 0, this._eraseCmds = []
				}
				nextGraphicsObjId() {
					return ++this._anInt
				}
				pushEraseObjCmd(e, t) {
					this._eraseCmds.push(new p.b(e, t))
				}
				popEraseCmds() {
					const e = this._eraseCmds;
					return this._eraseCmds = [], e
				}
				init(e, t) {
					this._studyDataUpdate = new _.a(!0),
						this._hists = new l.a, this._pocLines = new h.a, this._valueAreaHists =
						new l.a;
					const i = new d.b;
					i.getObjsContainer("hhists").push(new d.a("histBars2", this._hists)), i
						.getObjsContainer("hhists").push(new d.a("histBarsVA", this
							._valueAreaHists)), i.getObjsContainer("horizlines").push(new d.a(
							"pocLines", this._pocLines)), this._studyDataUpdate.init(i), this
						._rowsLayout = t(0), this._rowSize = t(1), this._volume = t(2), this
						._firstBarTime = t(3), this._lastBarTime = t(4), this._vaVolumePercent = t(
							5), this.verifyRowSizeInput(this._rowSize, this._rowsLayout), this
						._originalResolution = a.Interval.parse(e.symbol.interval + e.symbol
							.resolution);
					const n = this._lastBarTime + this._originalResolution.inMilliseconds(this
						._lastBarTime);
					0 === this._firstBarTime && 0 === this._lastBarTime ? this._basicResolution =
						this._originalResolution : this._basicResolution = this
						.findBasicResolutionForFromTo(this._originalResolution, this._firstBarTime,
							n, Object(s.ensureDefined)(e.symbol.info)), this._hasSecondarySymbol = !
						this._originalResolution.isEqualTo(this._basicResolution), this
						._hasSecondarySymbol && e.new_sym(e.symbol.tickerid, this._basicResolution
							.value());
					const o = this._getRowsLayout(this._rowsLayout, this._rowSize);
					this._vbPCheckHaveVolumeExpr = new m.a(this), this._volumeByPriceExpr = new u(
							Object(r.c)(this._volume), e, this, this._firstBarTime, n, this._hists,
							this._pocLines, this._valueAreaHists, this._vaVolumePercent, o, Object(r
								.b)()), this._volumeByPriceExpr.setIdsGeneratorProxy(this), this
						._developingPocSeries = new f.a, this._developingVAHighSeries = new f.a,
						this._developingVALowSeries = new f.a
				}
				main(e, t, i) {
					this._hasSecondarySymbol && e.select_sym(1), this._timeSeries = e
						.new_unlimited_var(), this._openSeries = e.new_unlimited_var(), this
						._highSeries = e.new_unlimited_var(), this._lowSeries = e
						.new_unlimited_var(), this._closeSeries = e.new_unlimited_var(), this
						._volumeSeries = e.new_unlimited_var();
					const r = {
						type: "composite",
						data: []
					};
					if (i && i.period === this._basicResolution.value() && (this._timeSeries.set(n
								.Std.time(e)), this._openSeries.set(n.Std.open(e)), this._highSeries
							.set(n.Std.high(e)), this._lowSeries.set(n.Std.low(e)), this
							._closeSeries.set(n.Std.close(e)), this._volumeSeries.set(n.Std.volume(
								e)), this._developingPocSeries.addHist(n.Std.time(e)), this
							._developingVAHighSeries.addHist(n.Std.time(e)), this
							._developingVALowSeries.addHist(n.Std.time(e)), this
							._vbPCheckHaveVolumeExpr.update(0, e.symbol.isLastBar), this
							._volumeByPriceExpr.update(0), this._developingPocSeries
							.removeLastIfNaN(), this._developingVAHighSeries.removeLastIfNaN(), this
							._developingVALowSeries.removeLastIfNaN(), e.symbol.isLastBar)) {
						this._studyDataUpdate.setEraseCmds(this.popEraseCmds()), this
							._studyDataUpdate.update();
						const e = this._studyDataUpdate.getUpdate();
						e.json && r.data.push({
							nonseries: !0,
							type: "study_graphics",
							data: e.json
						}), e.jsonUpdate && r.data.push({
							nonseries: !0,
							type: "study_graphics",
							data: e.jsonUpdate
						})
					}
					if (this._hasSecondarySymbol && e.select_sym(0), i && i.period === this
						._originalResolution.value()) {
						Object(s.assert)(e.symbol.time === i.time);
						const t = i.time,
							n = t + this._originalResolution.inMilliseconds(t) - 1;
						if (t && t >= this._firstBarTime) {
							const e = this._developingPocSeries.getLeftOrEqual(n),
								t = this._developingVAHighSeries.getLeftOrEqual(n),
								i = this._developingVALowSeries.getLeftOrEqual(n);
							r.data.push([e, t, i])
						} else r.data.push([NaN, NaN, NaN])
					}
					return r
				}
				time() {
					return this._timeSeries
				}
				open() {
					return this._openSeries
				}
				high() {
					return this._highSeries
				}
				low() {
					return this._lowSeries
				}
				close() {
					return this._closeSeries
				}
				volume() {
					return this._volumeSeries
				}
				developingPoc() {
					return this._developingPocSeries
				}
				developingVAHigh() {
					return this._developingVAHighSeries
				}
				developingVALow() {
					return this._developingVALowSeries
				}
			}
			const b = {
				constructor: g,
				name: "Volume Profile Visible Range",
				metainfo: {
					_metainfoVersion: 51,
					id: "VbPVisible@tv-basicstudies-49",
					description: "Volume Profile Visible Range",
					shortDescription: "VPVR",
					format: {
						type: "volume"
					},
					is_price_study: !0,
					linkedToSeries: !0,
					palettes: {},
					inputs: [{
						id: "rowsLayout",
						name: "Rows Layout",
						defval: "Number Of Rows",
						options: ["Number Of Rows", "Ticks Per Row"],
						type: "text"
					}, {
						id: "rows",
						name: "Row Size",
						defval: 24,
						max: 1e6,
						min: 1,
						type: "integer"
					}, {
						id: "volume",
						name: "Volume",
						defval: "Up/Down",
						options: ["Up/Down", "Total"],
						type: "text"
					}, {
						id: "first_visible_bar_time",
						name: "First Visible Bar Time",
						defval: 0,
						isHidden: !0,
						max: 253370764800,
						min: -253370764800,
						type: "time"
					}, {
						id: "last_visible_bar_time",
						name: "Last Visible Bar Time",
						defval: 0,
						isHidden: !0,
						max: 253370764800,
						min: -253370764800,
						type: "time"
					}, {
						id: "vaVolume",
						name: "Value Area Volume",
						defval: 70,
						max: 100,
						min: 0,
						type: "integer"
					}],
					plots: [{
						id: "developingPoc",
						type: "line"
					}, {
						id: "developingVAHigh",
						type: "line"
					}, {
						id: "developingVALow",
						type: "line"
					}],
					graphics: {
						hhists: {
							histBars2: {
								location: o.b.Relative,
								title: "Volume Profile",
								titles: ["Up Volume", "Down Volume"]
							},
							histBarsVA: {
								location: o.b.Relative,
								title: "Value Area",
								titles: ["Value Area Up", "Value Area Down"]
							}
						},
						horizlines: {
							pocLines: {
								name: "POC",
								showPrice: !0
							}
						}
					},
					defaults: {
						graphics: {
							hhists: {
								histBars2: {
									colors: ["#1592e6", "#fbc123"],
									direction: o.a.RightToLeft,
									percentWidth: 30,
									showValues: !1,
									transparencies: [76, 76],
									valuesColor: "#424242",
									visible: !0
								},
								histBarsVA: {
									colors: ["#1592e6", "#fbc123"],
									direction: o.a.RightToLeft,
									percentWidth: 30,
									showValues: !1,
									transparencies: [30, 30],
									valuesColor: "#424242",
									visible: !0
								}
							},
							horizlines: {
								pocLines: {
									color: "#ff0000",
									style: 0,
									visible: !0,
									width: 2
								}
							}
						},
						inputs: {
							first_visible_bar_time: 0,
							last_visible_bar_time: 0,
							rows: 24,
							rowsLayout: "Number Of Rows",
							vaVolume: 70,
							volume: "Up/Down"
						},
						styles: {
							developingPoc: {
								color: "#ff0000",
								linestyle: 0,
								linewidth: 1,
								plottype: 9,
								trackPrice: !1,
								transparency: 0,
								visible: !1
							},
							developingVAHigh: {
								color: "#0000ff",
								linestyle: 0,
								linewidth: 1,
								plottype: 9,
								trackPrice: !1,
								transparency: 0,
								visible: !1
							},
							developingVALow: {
								color: "#0000ff",
								linestyle: 0,
								linewidth: 1,
								plottype: 9,
								trackPrice: !1,
								transparency: 0,
								visible: !1
							}
						}
					},
					styles: {
						developingPoc: {
							histogramBase: 0,
							title: "Developing Poc"
						},
						developingVAHigh: {
							histogramBase: 0,
							title: "Developing VA High"
						},
						developingVALow: {
							histogramBase: 0,
							title: "Developing VA Low"
						}
					}
				}
			}
		},
		"l+oz": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ChartSaverBase", (function() {
				return s
			}));
			class s {
				constructor(e) {
					this._chartWidgetCollection = e
				}
				_getCommonSavingInfo(e) {
					const t = this._chartWidgetCollection,
						i = this._chartWidgetCollection.chartsSymbols(),
						s = i[t.activeChartWidget.value().id()],
						r = {
							...(n = s, {
								...n,
								legs: JSON.stringify(null !== (o = n.legs) && void 0 !== o ? o : [])
							})
						};
					var n, o;
					const a = t.metaInfo;
					return a.id.value() && (r.id = a.id.value()), r.name = a.name.value() || "", r
						.description = a.description.value() || "", r.charts_symbols = function(e) {
							const t = {};
							for (const i of Object.keys(e)) t[i] = {
								symbol: e[i].symbol
							};
							return JSON.stringify(t)
						}(i), r.is_realtime = r.is_realtime = e ? "0" : "1", r
				}
			}
		},
		l4sv: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "HorizontalLineRenderer", (function() {
				return a
			}));
			var s = i("VdBB"),
				r = i("jFln"),
				n = i("gAom"),
				o = i("Zp/P");
			class a {
				constructor() {
					this._data = null, this._hitTest = new s.HitTestResult(s.HitTestResult.REGULAR)
				}
				setData(e) {
					this._data = e
				}
				setHitTest(e) {
					this._hitTest = e
				}
				hitTest(e) {
					if (null === this._data || !1 === this._data.visible) return null;
					const t = Object(o.interactionTolerance)().line,
						i = Math.abs(e.y - this._data.y) <= t + this._data.linewidth / 2,
						s = void 0 === this._data.left || this._data.left - e.x <= t,
						r = void 0 === this._data.right || e.x - this._data.right <= t;
					return i && s && r ? this._hitTest : null
				}
				draw(e, t) {
					if (null === this._data) return;
					if (!1 === this._data.visible) return;
					if (this._data.y < -this._data.linewidth / 2 || this._data.y > t.cssHeight + this
						._data.linewidth / 2) return;
					const i = t.pixelRatio;
					e.lineCap = "butt", e.strokeStyle = this._data.color, e.lineWidth = Math.max(1, Math
							.floor(this._data.linewidth * i)), void 0 !== this._data.linestyle &&
						Object(r.setLineStyle)(e, this._data.linestyle);
					const s = void 0 !== this._data.left ? Math.max(this._data.left, 0) : 0,
						o = void 0 !== this._data.right ? Math.min(this._data.right, t.cssWidth) : t
						.cssWidth,
						a = Math.round(this._data.y * i),
						l = Math.floor(s * i),
						c = Math.ceil(o * i);
					Object(n.drawHorizontalLine)(e, a, l, c)
				}
			}
		},
		l7y7: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 22 11" width="22" height="11"><path fill="#2962FF" d="M5 0H0v4h5v7h4V0H5zm7 4a2 2 0 1 0 0-4 2 2 0 0 0 0 4zm5 7h-5l4.5-11h4.99L17 11z"/></svg>'
		},
		lA7n: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Kxc7"),
				r = i("ulZB");
			class n extends r.b {
				constructor(e, t) {
					super(e, t, "FAVORITE_CHARTS_CHANGED", "loadChartDialog.favorites", {})
				}
			}
			var o = i("zUrt"),
				a = i("FBuY"),
				l = i("Vdly"),
				c = i("/z0S"),
				h = i("sQaR");
			i.d(t, "LoadChartService", (function() {
				return u
			}));
			class u extends h.a {
				constructor(e = null) {
					super(), this._favoriteChartsService = new n(a.TVXWindowEvents, l), this
						._chartWidgetCollection = null, this._promise = null, this._dialog = null,
						this._subscribe = e => {
							this._setVisibility(e)
						}, this._getChartEntry = e => ({
							id: e.id,
							url: e.url,
							title: e.name,
							symbol: e.short_symbol,
							interval: e.interval,
							toolsCount: 0,
							modified: e.modified_iso,
							active: () => this._isActiveChart(e.id),
							openAction: () => o.backend.loadChart(e),
							deleteAction: () => o.backend.removeChart(e.image_url).then(() =>
								this._deleteChart(e.id)),
							favoriteAction: this._updateFavorites
						}), this._updateFavorites = e => this._favoriteChartsService.set(e), this
						._isActiveChart = e => null !== this._chartWidgetCollection && e === this
						._chartWidgetCollection.metaInfo.id.value(), this._deleteChart = e => {
							this._isActiveChart(e) && (s.enabled("saveload_storage_customization") ?
								null !== this._chartWidgetCollection && this
								._chartWidgetCollection.clearChartMetaInfo() : location.href =
								"/chart/" + location.search)
						}, this._chartWidgetCollection = e
				}
				showLoadDialog() {
					Object(c.a)(this._showLoadDialog.bind(this), {
						source: "Load chart",
						sourceMeta: "Chart"
					})
				}
				show() {
					this.showLoadDialog()
				}
				hide() {
					var e, t;
					null === (e = this._dialog) || void 0 === e || e.hide(), null === (t = this
						._dialog) || void 0 === t || t.visible().unsubscribe(this._subscribe)
				}
				_showLoadDialog() {
					(s.enabled("saveload_requires_authentication") && !window.is_authenticated ?
						Promise.resolve([]) : o.backend.getCharts()).then(e => e.map(this
						._getChartEntry)).then(e => {
						const t = this._promise = Promise.all([i.e("redux"), i.e("react"), i
							.e(1), i.e(3), i.e(4), i.e(6), i.e(8), i.e(9), i.e(12),
							i.e(19), i.e(22), i.e(24), i.e(63), i.e(80), i.e(0), i
							.e(2), i.e(5), i.e(7), i.e(10), i.e(18), i.e(20), i.e(
								56), i.e("load-chart-dialog")
						]).then(i.bind(null, "EgWQ")).then(i => {
							if (this._promise === t) {
								this._dialog && (this._dialog.hide(), this._dialog
									.visible().unsubscribe(this._subscribe));
								const t = {
									charts: e,
									favoriteChartsService: this
										._favoriteChartsService,
									chartWidgetCollection: this
										._chartWidgetCollection
								};
								this._dialog = new i.LoadChartDialogRenderer(t),
									this._dialog.visible().subscribe(this
										._subscribe), this._dialog.show()
							}
						})
					})
				}
			}
		},
		lCO3: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "Version", (function() {
				return r
			}));
			var s = i("Eyy1");
			class r {
				constructor(e, t) {
					this._major = e, this._minor = t
				}
				major() {
					return this._major
				}
				minor() {
					return this._minor
				}
				isZero() {
					return 0 === this._major && 0 === this._minor
				}
				toString() {
					return this._major + "." + this._minor
				}
				compareTo(e) {
					return this._major < e._major ? -1 : this._major > e._major ? 1 : this._minor < e
						._minor ? -1 : this._minor > e._minor ? 1 : 0
				}
				isLess(e) {
					return this.compareTo(e) < 0
				}
				isLessOrEqual(e) {
					return this.compareTo(e) <= 0
				}
				isEqual(e) {
					return 0 === this.compareTo(e)
				}
				isGreater(e) {
					return this.compareTo(e) > 0
				}
				isGreaterOrEqual(e) {
					return this.compareTo(e) >= 0
				}
				static parse(e) {
					if (e instanceof r) return new r(e.major(), e.minor());
					if ("number" == typeof e) return Object(s.assert)(Math.floor(e) === e,
						"Version should not be a float number"), new r(e, 0);
					if ("string" == typeof e) {
						const t = e.split(".");
						if (1 === t.length) {
							const i = parseInt(t[0], 10);
							return Object(s.assert)(!isNaN(i), "Bad version string: " + e), new r(i, 0)
						}
						if (2 === t.length) {
							const i = parseInt(t[0], 10);
							Object(s.assert)(!isNaN(i), "Bad version string: " + e);
							const n = parseInt(t[1], 10);
							return Object(s.assert)(!isNaN(n), "Bad version string: " + e), new r(i, n)
						}
						throw new Error("Bad version string (one dot expected): " + e)
					}
					throw new Error("Bad version: " + e)
				}
			}
			r.ZERO = new r(0, 0)
		},
		lJvs: function(e, t, i) {
			"use strict";
			var s = i("aO4+").Point,
				r = i("vAx0").ESDPaneView,
				n = i("fTGZ").BarsMarksContainer,
				o = i("mMWL"),
				a = i("FQhm"),
				l = i("zDbI").CHART_FONT_FAMILY,
				c = i("Tmoa").generateColor,
				h = i("XlJ7").makeFont;
			class u extends r {
				constructor(e, t, i) {
					super(e, t, i), this.source = t, this.stylesCache = {}, this.templatesCache = {},
						this._lollipops = {}, this._lollipopsCounter = 0, this._itemIndexToId = new Map,
						this._createLollipops()
				}
				_createLollipops() {
					var e = this.source._model.timeScale(),
						t = r.prototype._getY.call(this.source),
						i = this.source._model.lastHittestData(),
						n = this.source._model.hoveredSource(),
						o = this;
					Object.keys(this.source._marks).forEach((function(r) {
						var a = this.source._marks[r],
							l = a.id,
							c = a.index;
						if (null !== c) {
							var h = l === o.getLastClickedLollipopId(),
								u = void 0 !== o._lollipops[l] ? o._lollipops[l].itemIndex :
								o._lollipopsCounter++;
							o._itemIndexToId.has(u) || o._itemIndexToId.set(u, l);
							var d = n === this.source && null !== i && i.activeItem === u;
							o._lollipops[l] = {
								id: l,
								itemIndex: u,
								basePoint: new s(e.indexToCoordinate(c) + 1, t),
								hovered: d,
								active: h,
								barY: null,
								label: a.label,
								color: a.color,
								items: a.tooltip,
								visible: !0
							}
						}
					}), this), r.prototype._createRenderers.call(this)
				}
				createTooltipContent(e) {
					return e.items ? {
						title: e.items[0],
						subTitle: e.items[1],
						style: {
							color: e.color
						}
					} : null
				}
				clearCaches() {
					this.clearLastClicked(), this._lollipops = {}, this._lollipopsCounter = 0
				}
				update() {
					this._createLollipops(), this._invalidated = !1
				}
				renderer() {
					return this.update(), r.prototype.renderer.call(this)
				}
				_generateStyle(e, t, i) {
					var s = e + t + i;
					if (!(s in this.stylesCache)) {
						var r = "hovered" === e,
							n = "active" === e,
							o = r || n,
							a = "white";
						n ? a = t : r && (a = c(t, 85)) === t && (n = !0);
						var u = {
							strokeStyle: t,
							lineWidth: 1,
							fillStyle: "white",
							barLine: {
								lineStyle: CanvasEx.LINESTYLE_DASHED
							},
							lollipop: {
								width: 23,
								height: 23,
								lineWidth: 1.5,
								bottom: 2,
								fillStyle: a,
								fillCircle: o,
								strokeStyle: t,
								text: {
									label: i,
									strokeStyle: n ? "white" : t,
									font: h(12, l)
								}
							}
						};
						this.stylesCache[s] = u
					}
					return this.stylesCache[s]
				}
				getStyle(e) {
					var t = e.active ? "active" : e.hovered ? "hovered" : "default";
					return this._generateStyle(t, e.color, e.label)
				}
				createText(e, t) {
					"string" == typeof e.items ? t.addTextLine(e.items) : Array.isArray(e.items) && e
						.items.forEach((function(e) {
							t.addTextLine(e)
						}))
				}
				hasTooltip(e) {
					return e.items && e.items.length
				}
				_getLollipopIdByIndex(e) {
					return this._itemIndexToId.get(e)
				}
			}
			e.exports = class extends n {
				constructor(e) {
					super(e), this.toolname = "UserDefinedTimescaleMarks";
					var t = this;
					o.hideMarksOnBars().subscribe(this, (function() {
							t._properties.visible.setValue(!o.hideMarksOnBars().value())
						})), this._paneView = new u(e, this, this._showTooltip.bind(this)), this
						._requestedPointsets = new Set
				}
				_initialize(e) {
					this._properties.visible.setValue(!0)
				}
				userEditEnabled() {
					return !1
				}
				_plateViewData(e) {
					return {
						text: e.text
					}
				}
				onClicked(e) {
					var t = this._paneView._getLollipopIdByIndex(e.activeItem);
					a.emit("onTimescaleMarkClick", t)
				}
				clearMarks() {
					var e = this._model.chartApi();
					if (e.connected()) {
						var t = this;
						Object.keys(this._marks).forEach((function(i) {
							var s = t._getPointsetId(i);
							e.removePointset(s)
						}))
					}
					this._requestedPointsets.clear(), super.clearMarks(), this._paneView
						.clearCaches(), this.onNeedRepaint.fire()
				}
				_getData(e) {
					var t = this._model.mainSeries().symbolInfo();
					if (t) {
						var i = this.roundRange(this._rangeDifference(e)),
							s = this,
							r = this._model.mainSeries(),
							n = r.seriesSource().symbolInstanceId(),
							o = r.properties().interval.value();
						ChartApiInstance.getTimescaleMarks(t, i.start, i.end, (function(t) {
							var i = s._model.chartApi();
							t.forEach((function(e) {
								e.index = null;
								var t = e.id,
									r = s._getPointsetId(t),
									a = s._marks[t];
								if (a && null !== a.index && (a.tickmark ===
										e.tickmark ? e.index = a.index : s
										._requestedPointsets.has(r) && i
										.connected() && (i.removePointset(
												r), s._requestedPointsets
											.delete(r))), s._marks[t] = e,
									null === e.index && i.connected()) {
									s._requestedPointsets.add(r);
									var l = [
										[e.tickmark, 0]
									];
									i.createPointset(r, "turnaround", n, o,
										l, (function(e) {
											s._onPointsetData(e)
										}))
								}
							}), s), s._loadedRange = s._rangeUnion(e, s
								._loadedRange), s.onNeedRepaint.fire()
						}), o)
					}
				}
				_getPointsetId(e) {
					return "pointsetMark_" + e
				}
				_onPointsetData(e) {
					var t = e.params.customId.split("_")[1],
						i = this._marks[t],
						s = e.params.plots;
					i && 1 === s.length && (i.index = s[0].value[0])
				}
				updatePlateData(e, t) {
					return t.barWidth = this.barWidth(), t.text = e.text, t.tooltipMargin = -1 *
						Math.max(e.minSize / 2, .4 * this.barWidth()), t
				}
				hasContextMenu() {
					return !1
				}
				paneViews() {
					return this._properties.visible.value() ? [this._paneView] : []
				}
				_showTooltip(e, t) {
					var s = t();
					if (s) {
						var r = this._model.timeScale(),
							n = [r.onScroll(), r.barSpacingChanged(), this._model.mainSeries()
								.onSymbolIntervalChanged()
							],
							o = this.onClickOutside.bind(this);
						return Promise.all([i.e("react"), i.e(6), i.e(11), i.e(90), i.e(0), i.e(5),
							i.e("lollipop-tooltip-renderer")
						]).then(i.bind(null, "qKHM")).then((function({
							showLollipopTooltip: t
						}) {
							t({
								items: s,
								position: e,
								customCloseSubscriptions: n,
								onClose: o,
								onClickOutside: o
							})
						}))
					}
				}
				onClickOutside(e) {
					this._paneView.onClickOutside(e)
				}
			}
		},
		"lNN+": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolTrianglePattern", (function() {
				return o
			}));
			var s = i("Ocx9"),
				r = i("Ss5c"),
				n = i("j3hX");
			class o extends r.LineDataSource {
				constructor(e, t) {
					const s = t || o.createProperties();
					super(e, s), i.e("lt-pane-views").then(i.bind(null, "Jej9")).then(t => {
						this._setPaneViews([new t.LineToolTrianglePatternPaneView(this, e)])
					})
				}
				pointsCount() {
					return 4
				}
				name() {
					return "Triangle Pattern"
				}
				properties() {
					return super.properties()
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetooltrianglepattern", e);
					return o._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "/HOw")).then(
						e => e.PatternWithBackgroundDefinitionViewModel)
				}
				static _configureProperties(e) {
					r.LineDataSource._configureProperties(e), e.addChild("linesColors", new n
						.LineToolColorsProperty([e.childs().color])), e.addChild("textsColors",
						new n.LineToolColorsProperty([e.childs().textcolor])), e.addChild(
						"backgroundsColors", new n.LineToolColorsProperty([e.childs()
							.backgroundColor
						]))
				}
			}
		},
		lReN: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolsGroupControllerApi", (function() {
				return o
			}));
			var s = i("s1Gx"),
				r = i("Eyy1"),
				n = i("CW80");
			class o {
				constructor(e, t) {
					this._controller = e, this._model = t
				}
				createGroupFromSelection() {
					return this._controller.createGroupFromSelection().id
				}
				removeGroup(e) {
					const t = Object(r.ensureDefined)(this._groupById(e));
					this._controller.removeGroup(t)
				}
				groups() {
					return this._controller.groups().map(e => e.id)
				}
				shapesInGroup(e) {
					const t = Object(r.ensureDefined)(this._groupById(e));
					return Object(s.sortSources)(t.lineTools()).map(e => e.id())
				}
				excludeShapeFromGroup(e, t) {
					const i = Object(r.ensureDefined)(this._groupById(e)),
						s = Object(r.ensureNotNull)(this._model.dataSourceForId(t));
					Object(r.assert)(Object(n.isLineTool)(s), "Passed shapeId is not a line tool"), this
						._controller.excludeLineToolFromGroup(i, s)
				}
				availableZOrderOperations(e) {
					const t = Object(r.ensureDefined)(this._groupById(e));
					return this._controller.availableZOrderOperations(t)
				}
				bringToFront(e) {
					const t = Object(r.ensureDefined)(this._groupById(e));
					this._controller.bringToFront(t)
				}
				bringForward(e) {
					const t = Object(r.ensureDefined)(this._groupById(e));
					this._controller.bringForward(t)
				}
				sendBackward(e) {
					const t = Object(r.ensureDefined)(this._groupById(e));
					this._controller.sendBackward(t)
				}
				sendToBack(e) {
					const t = Object(r.ensureDefined)(this._groupById(e));
					this._controller.sendToBack(t)
				}
				insertAfter(e, t) {
					const i = Object(r.ensureDefined)(this._groupById(e)),
						s = Object(r.ensureNotNull)(this._groupById(t) || this._model.dataSourceForId(
							t));
					this._controller.insertAfter(i, s)
				}
				insertBefore(e, t) {
					const i = Object(r.ensureDefined)(this._groupById(e)),
						s = Object(r.ensureNotNull)(this._groupById(t) || this._model.dataSourceForId(
							t));
					this._controller.insertBefore(i, s)
				}
				groupVisibility(e) {
					return Object(r.ensureDefined)(this._groupById(e)).visibility()
				}
				setGroupVisibility(e, t) {
					const i = Object(r.ensureDefined)(this._groupById(e));
					this._controller.setGroupVisibility(i, t)
				}
				groupLock(e) {
					return Object(r.ensureDefined)(this._groupById(e)).locked()
				}
				setGroupLock(e, t) {
					const i = Object(r.ensureDefined)(this._groupById(e));
					this._controller.setGroupLock(i, t)
				}
				getGroupName(e) {
					return Object(r.ensureDefined)(this._groupById(e)).name()
				}
				setGroupName(e, t) {
					const i = Object(r.ensureDefined)(this._groupById(e));
					this._controller.setGroupName(i, t)
				}
				canBeGroupped(e) {
					const t = e.map(e => Object(r.ensureNotNull)(this._model.dataSourceForId(e)));
					return !t.some(e => !Object(n.isLineTool)(e)) && this._controller.canBeGroupped(t)
				}
				_groupById(e) {
					return this._controller.groups().find(t => t.id === e)
				}
			}
		},
		lUQk: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("qFKp"),
				n = i("JWMC"),
				o = i("FQhm"),
				a = i("txPx"),
				l = i("7ktv"),
				c = i("XPit"),
				h = i("tc+8"),
				u = i.n(h),
				d = i("n5al"),
				p = i("kcTO"),
				_ = i("dfhE"),
				m = i("nBJD"),
				f = i("YFKU"),
				g = i("Kxc7"),
				b = i.n(g),
				v = i("hOqT"),
				S = i("X0WL"),
				y = i("xDuj");
			const w = b.a.enabled("hide_resolution_in_legend");

			function P(e) {
				const t = "QUANDL" === (e = e || {}).exchange,
					i = {
						symbolDescription: "",
						interval: "",
						exchange: "",
						chartStyle: "",
						sessionDescription: "",
						provider: "",
						ticker: ""
					};
				if (e.description && t)
					if (2 === e.description.split("/").length) i.symbolDescription = e.description.split(
						"/")[1];
					else {
						e.description.split("'").filter(e => e.length).forEach(e => {
							let t = [];
							t = e && ("/" === e[0] || /\d+\/\(?/.test(e)) ? [e] : e.split("/")
								.filter(e => e.length), i.symbolDescription += t[2 === t.length ?
									1 : 0]
						})
					}
				else e.description ? i.symbolDescription = e.description : i.symbolDescription = e.symbol;
				if (e.interval && (i.interval = Object(y.translatedIntervalString)(e.interval)), t && e
					.description) {
					const t = /[\w_]+\/[\w_]+/.exec(e.description);
					t && t[0] ? i.provider = t[0].split("/")[0] : i.provider = e.description.split("/")[0]
				}
				return e.exchange && (i.exchange = e.exchange), i.chartStyle = function(e) {
						return e.inputs, 8 === e.style ? window.t("Heikin Ashi") : ""
					}(e), e.sessionDescription && (i.sessionDescription = e.sessionDescription), e.ticker &&
					(i.ticker = e.ticker), i
			}
			const C = Object(f.t)("Symbol Error"),
				x = g.enabled("hide_unresolved_symbols_in_legend");
			class T extends S.a {
				constructor(e, t, i, s) {
					super(t), this._series = e, this._statusViewProperties = i, this._options = s ||
					{}
				}
				text() {
					return function(e) {
						const t = P(e);
						return (t.symbolDescription + (t.interval ? ", " + t.interval : "") +
							function(e, t = ", ") {
								return (e.provider ? `${t}${e.provider}` : "") + (e
									.exchange ? `${t}${e.exchange}` : "") + (e
									.chartStyle ? `${t}${e.chartStyle}` : "") + (e
									.sessionDescription ?
									`${t}${e.sessionDescription}` : "")
							}(t)).replace(/'/g, "")
					}(this._getTitleGenerationOptions())
				}
				getSplitTitle() {
					return function(e) {
						const t = P(e),
							i = t.symbolDescription.replace(/'/g, ""),
							s = function(e) {
								const t = [];
								e.provider && t.push(e.provider);
								e.exchange && t.push(e.exchange);
								e.chartStyle && t.push(e.chartStyle);
								e.sessionDescription && t.push(e.sessionDescription);
								return t
							}(t).map(e => e.replace(/'/g, "")),
							r = [];
						return t.ticker && r.push(t.ticker), r.push(i), w || r.push(t
							.interval || ""), r.push(...s), r
					}(this._getTitleGenerationOptions())
				}
				bold() {
					return !1
				}
				size() {
					return this._statusViewProperties.childs().fontSize.value() + "px"
				}
				errorStatus() {
					const e = this._series.seriesErrorMessage();
					return null !== e ? {
						error: e,
						title: C
					} : null
				}
				_getTitleGenerationOptions() {
					const e = this._series.symbolInfo(),
						t = this._statusViewProperties.childs().symbolTextSource.value();
					return {
						description: "ticker" === t ? e && e.name || void 0 : Object(v
							.getTranslatedSymbolDescription)({
							pro_name: e && e.pro_name || void 0,
							short_name: e && e.name || void 0,
							description: e && e.description || void 0,
							short_description: e && e.short_description || void 0,
							local_description: e && e.local_description || void 0,
							language: e && e.language || void 0
						}),
						exchange: this._statusViewProperties.childs().showExchange.value() && e && e
							.exchange || void 0,
						symbol: x && null === e ? "" : this._series.symbol(),
						interval: this._statusViewProperties.childs().showInterval.value() && !this
							._options.hideResolution ? this._series.interval() : void 0,
						style: this._series.properties().childs().style.value(),
						inputs: this._series.getInputsProperties().state(),
						boxSize: this._series.data().boxSize,
						reversalAmount: this._series.data().reversalAmount,
						ticker: "ticker-and-description" === t ? e && e.name || void 0 : ""
					}
				}
			}
			class I extends m.a {
				constructor(e, t, i) {
					super(new T(e, t, i)), this._invalidated = !0, this._series = e, this._series
						.onRestarted().subscribe(this, this.update), this._series.dataEvents()
						.symbolResolved().subscribe(this, this.update), this._series.dataEvents()
						.completed().subscribe(this, this.update), this._series.boxSizeValue()
						.subscribe(this.update.bind(this)), i.childs().symbolTextSource.listeners()
						.subscribe(this, this.update)
				}
				getSeriesPrecision() {
					let e = 4;
					const t = this._series.symbolInfo();
					return t && t.pricescale && (e = Math.round(Math.log(t.pricescale) / Math.log(
						10))), e
				}
				round(e) {
					const t = this.getSeriesPrecision(),
						i = Math.round(e * Math.pow(10, t)) / Math.pow(10, t);
					return i ? i.toString() : ""
				}
				update() {
					this._invalidated = !0
				}
				text() {
					return this._updateImpl(), super.text()
				}
				color() {
					return this._updateImpl(), super.color()
				}
				bold() {
					return this._updateImpl(), super.bold()
				}
				size() {
					return this._updateImpl(), super.size()
				}
				getSplitTitle() {
					return this._updateImpl(), this._statusProvider.getSplitTitle()
				}
				_updateImpl() {
					this._invalidated && (this._bold = this._statusProvider.bold(), this._size =
						this._statusProvider.size(), this._text = this._statusProvider.text(),
						this._invalidated = !1)
				}
			}
			var M = i("4miz"),
				O = i("mMWL"),
				L = i("6I19"),
				A = i("CW80");
			const E = r.CheckMobile.any(),
				k = b.a.enabled("hide_resolution_in_legend");
			class D extends M.b {
				constructor(e, t) {
					super(), this._invalidated = !0, this._series = e, this._model = t, this
						._valuesProvider = this._createValuesProvider(e, t), this._items = this
						._valuesProvider.getItems().map(e => new M.a(e.title, "")), this.update()
				}
				update() {
					this._invalidated = !0
				}
				items() {
					return this._invalidated && (this._updateImpl(), this._invalidated = !1), this
						._items
				}
				series() {
					return this._series
				}
				_updateImpl() {
					const e = this._series.symbolInfo();
					if (e) {
						const t = [e.name];
						k || t.push(Object(y.translatedIntervalString)(this._series.interval())), t
							.push(e.exchange), this._header = t.join(", "), this._title = e
							.description
					} else this._header = this._series.symbol();
					const t = this._model.crossHairSource().appliedIndex(),
						i = this._valuesProvider.getValues(t);
					for (let e = 0; e < i.length; ++e) {
						const t = i[e],
							s = this._items[e];
						s.setValue(t.value), s.setVisible(t.visible), s.setColor(t.color)
					}
				}
				_createValuesProvider(e, t) {
					return new L.a(e, t)
				}
				_showLastPriceAndChangeOnly() {
					return E && (null === this._model.crossHairSource().pane || Object(A
							.isLineToolName)(O.tool.value()) || null !== this._model
						.lineBeingEdited())
				}
			}
			const V = {
				open: Object(f.t)("O", {
					context: "in_legend"
				}),
				high: Object(f.t)("H", {
					context: "in_legend"
				}),
				low: Object(f.t)("L", {
					context: "in_legend"
				}),
				close: Object(f.t)("C", {
					context: "in_legend"
				}),
				hl2: Object(f.t)("HL2", {
					context: "in_legend"
				}),
				hlc3: Object(f.t)("HLC3", {
					context: "in_legend"
				}),
				ohlc4: Object(f.t)("OHLC4", {
					context: "in_legend"
				})
			};
			class B extends L.a {
				constructor(e, t) {
					super(e, t), this._showBarChange = t.properties().paneProperties
						.legendProperties.showBarChange, this._showSeriesOHLC = t.properties()
						.paneProperties.legendProperties.showSeriesOHLC, this._seriesStyle = e
						.properties().childs().style, this._emptyValues[0].title = V.open, this
						._emptyValues[1].title = V.high, this._emptyValues[2].title = V.low, this
						._emptyValues[3].title = V.close, this._emptyValues[6].title = "", this
						._emptyValues[4].title = ""
				}
				getValues(e) {
					const t = super.getValues(e),
						i = this._showSeriesOHLC.value(),
						s = this._showBarChange.value(),
						r = 12 === this._series.style(),
						n = t[6];
					if (n.visible = n.visible && s && !r, this._showLastPriceAndChangeOnly()) {
						const e = t[5];
						return e.visible = e.visible && i, t
					}
					const o = Object(d.isPriceSourceStyle)(this._seriesStyle.value()),
						a = i && !o,
						l = i && o;
					return t[0].visible = a && !r, t[1].visible = a, t[2].visible = a, t[3]
						.visible = a && !r, t[4].visible = l, t
				}
			}
			const R = window.t("At close");
			class N extends D {
				constructor(e, t) {
					super(e, t), this._showBarChange = t.properties().paneProperties.legendProperties
						.showBarChange, this._showSeriesOHLC = t.properties().paneProperties
						.legendProperties.showSeriesOHLC, this._showBarChange.subscribe(this, this
							.update), this._showSeriesOHLC.subscribe(this, this.update)
				}
				isValuesVisible() {
					return this._showSeriesOHLC.value() || this._showBarChange.value()
				}
				additional() {
					return null
				}
				marketTitle() {
					const e = this._series.marketStatusModel().status().value();
					return this._showLastPriceAndChangeOnly() && ("pre_market" === e ||
						"post_market" === e) ? R + ":" : ""
				}
				destroy() {
					this._showBarChange.unsubscribeAll(this), this._showSeriesOHLC.unsubscribeAll(this)
				}
				_createValuesProvider(e, t) {
					return new B(e, t)
				}
			}
			var j = i("hY0g"),
				F = i.n(j),
				W = i("x2L+");
			class H {
				constructor(e, t) {
					this._marketStatus = new F.a(null), this._lastMarketStatus = null, W.b.subscribe(
							this, () => this._update()), this._quotesProvider = e, this._quotesProvider
						.quotesUpdate().subscribe(this, this._update.bind(this)), this
						._resetSubscription = t, this._resetSubscription.subscribe(this, this
							._resetStatus)
				}
				destroy() {
					W.b.unsubscribeAll(this), this._quotesProvider.quotesUpdate().unsubscribeAll(this),
						this._resetSubscription.unsubscribeAll(this)
				}
				status() {
					return this._marketStatus
				}
				_resetStatus() {
					this._marketStatus.setValue(null)
				}
				_update(e = {}) {
					void 0 !== e.values && (this._lastMarketStatus = e.values.current_session),
						"market" !== this._lastMarketStatus || W.b.value() ? this._marketStatus
						.setValue(this._lastMarketStatus) : this._resetStatus()
				}
			}
			var U = i("LxhU"),
				z = i("+DwS"),
				G = i("8woN"),
				q = i.n(G);
			const Y = ["DJ", "CBOE", "JSE"];
			var K = i("Cf1E");
			const J = Object(a.getLogger)("Chart.Definitions.Series");

			function Z(e) {
				const t = [];
				return ! function(e) {
					return "index" === e.type && Y.includes(e.listed_exchange)
				}(e) ? t.push("DelayToRealtime") : t.push("DelayNoRealtime"), t
			}

			function X(e, t) {
				const i = [];
				return void 0 !== (s = e.delay) && s > 0 ? Z(e) : function(e, t) {
					return q.a.hasEodSymbols(e.full_name) || t === _.STATUS_EOD
				}(e, t) ? (i.push("EOD"), i) : i;
				var s
			}
			class $ {
				constructor(e, t, i) {
					this._dataUpdatedModeStatus = new F.a(null), this._symbolInfo = Object(z.a)(e
							.getter, e.onChange), this._status = Object(z.a)(t.getter, t.onChange), this
						._symbolInfo.subscribe(this._update.bind(this)), this._status.subscribe(this
							._update.bind(this)), this._resetSubscription = i, this._resetSubscription
						.subscribe(this, this._resetStatus)
				}
				destroy() {
					this._symbolInfo.destroy(), this._status.destroy(), this._resetSubscription
						.unsubscribeAll(this)
				}
				status() {
					return this._dataUpdatedModeStatus.readonly()
				}
				symbolName() {
					const e = this._symbolInfo.value();
					return null !== e ? e.name : ""
				}
				time() {
					const e = this._symbolInfo.value(),
						t = null !== e && e.delay && e.delay > 0 ? e.delay : 900;
					return Math.round(t / 60)
				}
				listedExchange() {
					const e = this._symbolInfo.value();
					return null !== e ? e.listed_exchange : ""
				}
				async description() {
					const e = this._symbolInfo.value();
					if (null === e) return "";
					let t = {};
					try {
						t = Object(s.ensureNotNull)(await async function(e) {
							return null
						}())
					} catch (e) {
						J.logWarn("Cannot get exchange " + Object(K.a)(e))
					}
					return t.description || e.listed_exchange
				}
				exchange() {
					const e = this._symbolInfo.value();
					return null !== e ? e.exchange : ""
				}
				firstReplacedByBatsExchange() {
					const e = this._symbolInfo.value();
					return e && null
				}
				_resetStatus() {
					this._dataUpdatedModeStatus.setValue(null)
				}
				_update() {
					const e = this._symbolInfo.value();
					if (null === e) return void this._dataUpdatedModeStatus.setValue(null);
					const t = this._status.value();
					if ("string" == typeof t) return void this._dataUpdatedModeStatus.setValue(null);
					if (t === _.STATUS_LOADING || t === _.STATUS_RESOLVING) return;
					const i = X(e, t);
					0 !== i.length ? this._dataUpdatedModeStatus.setValue(i) : this
						._dataUpdatedModeStatus.setValue(null)
				}
			}
			var Q = i("QfUd"),
				ee = i("ogJP");
			class te {
				constructor(e, t) {
					this._dataProblem = new Q.a(null), this._quotesProvider = e, this._quotesProvider
						.quotesUpdate().subscribe(this, this._update.bind(this)), this
						._resetSubscription = t, this._resetSubscription.subscribe(this, this
							._resetStatus)
				}
				destroy() {
					this._quotesProvider.quotesUpdate().unsubscribeAll(this), this._resetSubscription
						.unsubscribeAll(this)
				}
				status() {
					return this._dataProblem
				}
				_resetStatus() {
					this._dataProblem.setValue(null)
				}
				_update(e) {
					void 0 === e.values || void 0 === e.values.data_problem ? this._resetStatus() : this
						._dataProblem.setValue(Object(ee.clone)(e.values.data_problem))
				}
			}
			var ie = i("wOSo"),
				se = i("Tmoa"),
				re = i("KcY8"),
				ne = i("oXaB");

			function oe(e) {
				return e < 10 ? "0" + e : e.toString()
			}
			const ae = [0, 1, 2, 3, 9, 8, 10],
				le = g.enabled("force_exchange_as_title"),
				ce = {
					alwaysShowGlobalLast: !1,
					visibleOnHistoryOnly: !1,
					showCountdown: !0,
					showSymbolLabel: !0
				};
			class he extends re.a {
				constructor(e, t, i) {
					super(), this._previousCountdown = "", this._source = e, this._model = t, this
						._options = {
							...ce,
							...i
						}
				}
				updateCountdown() {
					this._countdownText() !== this._previousCountdown && (this.update(), this._model
						.updateSourcePriceScale(this._source))
				}
				_getSource() {
					return this._source
				}
				_getModel() {
					return this._model
				}
				_isCountdownEnabled() {
					return this._options.showCountdown
				}
				_countdownText() {
					const e = U.Interval.parse(this._source.interval());
					if (e.isDWM() || e.isTicks() || e.isSeconds() && 1 === e.multiplier())
						return "";
					const t = this._source.data().bars().last();
					if (null === t) return "";
					const i = 1e3 * Object(s.ensure)(t.value[0]),
						r = U.Interval.parse(this._source.interval()).inMilliseconds(),
						n = i.valueOf() + r;
					let o = Math.round((n - this._currentTime()) / 1e3);
					if (o <= 0) return "";
					o = Math.min(o, r / 1e3);
					let a = null;
					o >= 3600 && (a = oe(Math.floor(o / 3600))), o %= 3600;
					const l = oe(Math.floor(o / 60));
					o %= 60;
					const c = oe(Math.floor(o));
					return null !== a ? `${a}:${l}:${c}` : `${l}:${c}`
				}
				_updateRendererData(e, t, i) {
					if (e.visible = !1, t.visible = !1, !this._source.isVisible()) return;
					const s = this._source.properties().childs();
					if (12 === s.style.value()) return;
					if (this._options.visibleOnHistoryOnly) {
						const e = this._model.timeScale().visibleBarsStrictRange(),
							t = this._source.data().last();
						if (null === e || null === t || e.contains(t.index)) return
					}
					const r = this._model.properties().scalesProperties;
					let n = r.showSeriesLastValue.value(),
						o = this._isCountdownEnabled() && -1 !== ae.indexOf(s.style.value()) && s
						.showCountdown.value(),
						a = this._options.showSymbolLabel && r.showSymbolLabels.value();
					const l = r.seriesLastValueMode.value() === ne.PriceAxisLastValueMode
						.LastPriceAndPercentageValue,
						c = this._source.lastValueData(void 0, this._options.alwaysShowGlobalLast);
					if (c.noData) return;
					const h = 8 === s.style.value();
					if ((n || o || a) && h && s.haStyle.showRealLastPrice.value()) {
						const e = this._source.lastValueData(void 0, !1),
							t = this._source.lastValueData(void 0, !0);
						e.noData || t.noData || e.index !== t.index || (n = !1, o = !1, a = !1)
					}
					if (n || o) {
						const t = this._axisFirstLineText(c, n);
						e.text = t, i.textColor = this.generateTextColor(i.background), e
							.textColor = i.textColor;
						const s = this._source.priceScale().isPercentage(),
							r = n && l ? s ? c.formattedPriceAbsolute : c.formattedPricePercentage :
							"";
						e.secondLine = r, i.secondLineTextColor = i.textColor;
						const a = o ? this._countdownText() : "";
						this._previousCountdown = a, e.thirdLine = a, i.thirdLineTextColor = Object(
								se.generateColor)(i.textColor, 25), 0 === t.length && 0 === r
							.length && 0 === a.length || (e.visible = !0)
					}
					a && (t.text = this._paneText(a), t.visible = t.text.length > 0), i.background =
						this._source.priceLineColor(c.color), i.coordinate = c.coordinate, i
						.floatCoordinate = c.floatCoordinate
				}
				_paneText(e) {
					let t = "";
					const i = this._source.symbolInfo();
					return le ? t = Object(d.displayedSymbolExchange)(i) : e && (t = Object(d
						.displayedSymbolName)(i)), t
				}
				_axisFirstLineText(e, t) {
					return t ? this._source.priceScale().isPercentage() ? e
						.formattedPricePercentage : e.formattedPriceAbsolute : ""
				}
				_currentTime() {
					return Date.now() + 1e3 * this._source.serverTimeOffset()
				}
			}
			var ue = i("TmNs"),
				de = i("k9/m");
			class pe extends he {
				lastPrice() {
					return this._getSource().data().lastProjectionPrice
				}
				_updateRendererData(e, t, i) {
					e.visible = !1, t.visible = !1;
					const r = this._getModel(),
						n = this._getSource(),
						o = n.priceScale(),
						a = r.timeScale(),
						l = this.lastPrice();
					if (a.isEmpty() || o.isEmpty() || void 0 === l) return;
					const c = a.visibleBarsStrictRange();
					if (null === c) return;
					const h = c.firstBar(),
						u = c.lastBar(),
						d = n.data(),
						p = d.search(u, de.PlotRowSearchMode.NearestLeft);
					if (null === p) return;
					const _ = n.nearestIndex(h, de.PlotRowSearchMode.NearestRight);
					if (void 0 === _) return;
					const m = n.model().properties().scalesProperties,
						f = Object(s.ensureNotNull)(d.valueAt(_))[4];
					let g = i.background,
						b = m.showSeriesLastValue.value(),
						v = !1,
						S = !1,
						y = !1;
					const w = n.lastValueData(4, !1),
						P = n.properties();
					if (8 === P.style.value() && P.haStyle.showRealLastPrice.value()) {
						const e = n.lastValueData(4, !0);
						if (e.noData || e.color === i.background || (g = e.color), !e.noData && !w
							.noData) {
							const t = e.index === w.index;
							v = t && m.showSymbolLabels.value(), S = m.seriesLastValueMode.value() ===
								ne.PriceAxisLastValueMode.LastPriceAndPercentageValue, b = b && t, y =
								t && this._isCountdownEnabled() && P.showCountdown.value()
						}
					} else {
						g = n.barColorer().barStyle(p.index, !0).barColor
					}
					if (i.background = g, i.textColor = this.generateTextColor(g), i
						.secondLineTextColor = i.textColor, i.thirdLineTextColor = Object(se
							.generateColor)(i.textColor, 25), i.coordinate = o.priceToCoordinate(l, f),
						e.visible = b || y, !w.noData) {
						w.text = o.formatPrice(l, f), w.formattedPriceAbsolute = o.formatPriceAbsolute(
								l), w.formattedPricePercentage = o.formatPricePercentage(l, f, !0), e
							.text = this._axisFirstLineText(w, b);
						const i = n.priceScale().isPercentage();
						e.secondLine = b && S ? i ? w.formattedPriceAbsolute : w
							.formattedPricePercentage : "", e.thirdLine = y ? this._countdownText() :
							"", t.text = this._paneText(v)
					}
					t.visible = v
				}
			}
			var _e = i("KtbP"),
				me = i("2ijp"),
				fe = i("HGP3"),
				ge = i("8Uy/");
			const be = {
				light: {
					lineStyle: ge.LINESTYLE_DOTTED,
					lineWidth: 1,
					textColor: fe.colorsPalette["color-cold-gray-900"],
					backgroundColor: fe.colorsPalette["color-tv-blue-50"],
					lineColor: fe.colorsPalette["color-cold-gray-500"]
				},
				dark: {
					lineStyle: ge.LINESTYLE_DOTTED,
					lineWidth: 1,
					textColor: fe.colorsPalette["color-white"],
					backgroundColor: fe.colorsPalette["color-tv-blue-a800"],
					lineColor: fe.colorsPalette["color-cold-gray-500"]
				}
			};

			function ve(e) {
				return e ? be.dark : be.light
			}
			class Se extends me.a {
				constructor(e, t, i) {
					super(), this._model = e, this._isVisible = t, this._getValue = i
				}
				_updateImpl() {
					const e = this._lineRendererData;
					if (e.visible = !1, !this._isVisible.value()) return;
					const t = this._model.mainSeries(),
						i = t.priceScale(),
						s = t.firstValue(),
						r = this._getValue();
					if (null === s || null === r) return;
					const n = ve(this._model.isDark());
					e.visible = !0, e.y = i.priceToCoordinate(r, s), e.linestyle = n.lineStyle, e
						.linewidth = n.lineWidth, e.color = n.lineColor
				}
			}
			class ye extends re.a {
				constructor(e, t, i, s) {
					super(), this._model = e, this._label = t, this._isVisible = i, this._getValue =
						s
				}
				_updateRendererData(e, t, i) {
					if (e.visible = !1, t.visible = !1, !this._isVisible.value()) return;
					const s = this._model.mainSeries(),
						r = s.priceScale(),
						n = s.firstValue(),
						o = this._getValue();
					if (null === n || null === o) return;
					const a = ve(this._model.isDark());
					e.visible = !0, t.visible = !0, e.text = r.formatPriceAbsolute(o), t.text = this
						._label, i.coordinate = r.priceToCoordinate(o, n), i.background = a
						.backgroundColor, i.textColor = a.textColor
				}
			}
			class we extends ue.PriceLineAxisView {
				constructor(e, t, i) {
					super(), this._model = e, this._isLineVisible = t, this._getValue = i
				}
				_isVisible() {
					return this._isLineVisible.value()
				}
				_lineWidth() {
					return ve(this._model.isDark()).lineWidth
				}
				_lineStyle() {
					return ve(this._model.isDark()).lineStyle
				}
				_priceLineColor(e) {
					return ve(this._model.isDark()).lineColor
				}
				_value() {
					const e = this._model.mainSeries(),
						t = e.priceScale(),
						i = e.firstValue(),
						s = this._getValue();
					if (null === i || null === s) return {
						noData: !0
					};
					const r = t.priceToCoordinate(s, i);
					return {
						noData: !1,
						floatCoordinate: r,
						coordinate: r,
						color: "",
						formattedPricePercentage: "",
						formattedPriceAbsolute: "",
						text: "",
						index: 0
					}
				}
			}
			const Pe = Object(f.t)("High"),
				Ce = Object(f.t)("Low"),
				xe = Object(f.t)("Avg");

			function Te(e, t, i, s, r, n) {
				const o = new Se(e, r, n),
					a = new ye(e, i, s, n);
				return {
					paneView: o,
					panePriceAxisView: new _e.PanePriceAxisView(a, t, e),
					priceAxisView: a,
					priceLineAxisView: new we(e, r, n)
				}
			}
			var Ie = i("aIyQ"),
				Me = i.n(Ie),
				Oe = i("WkOR"),
				Le = i("aO4+");
			class Ae {
				constructor() {
					this._data = null
				}
				setData(e) {
					this._data = e
				}
				data() {
					return this._data
				}
				draw(e, t) {
					const i = this._data;
					if (null === i) return;
					const s = t.pixelRatio;
					e.save();
					const r = Math.max(1, Math.floor(s)),
						n = r % 2 / 2,
						o = Math.round(i.center.x * s) + n,
						a = i.center.y * s;
					e.fillStyle = i.seriesLineColor, e.beginPath();
					const l = Math.max(2, 1.5 * i.seriesLineWidth) * s;
					e.arc(o, a, l, 0, 2 * Math.PI, !1), e.fill(), e.fillStyle = i.fillColor, e
						.beginPath(), e.arc(o, a, i.radius * s, 0, 2 * Math.PI, !1), e.fill(), e
						.lineWidth = r, e.strokeStyle = i.strokeColor, e.beginPath(), e.arc(o, a, i
							.radius * s + r / 2, 0, 2 * Math.PI, !1), e.stroke(), e.restore()
				}
				hitTest(e, t) {
					return null
				}
			}

			function Ee(e) {
				return e
			}
			const ke = [{
				start: 0,
				end: .25,
				startRadius: 4,
				endRadius: 10,
				startFillAlpha: .25,
				endFillAlpha: 0,
				startStrokeAlpha: .4,
				endStrokeAlpha: .8,
				easing: Ee
			}, {
				start: .25,
				end: .525,
				startRadius: 10,
				endRadius: 14,
				startFillAlpha: 0,
				endFillAlpha: 0,
				startStrokeAlpha: .8,
				endStrokeAlpha: 0,
				easing: Ee
			}, {
				start: .525,
				end: 1,
				startRadius: 14,
				endRadius: 14,
				startFillAlpha: 0,
				endFillAlpha: 0,
				startStrokeAlpha: 0,
				endStrokeAlpha: 0,
				easing: Ee
			}];

			function De(e, t, i, s) {
				const r = i + (s - i) * t;
				return Object(se.applyTransparency)(e, Object(se.alphaToTransparency)(r))
			}

			function Ve(e, t) {
				const i = e % 2600 / 2600;
				let s;
				for (const e of ke)
					if (i >= e.start && i <= e.end) {
						s = e;
						break
					} if (void 0 === s) throw new Error("Last price animation internal logic error");
				const r = s.easing((i - s.start) / (s.end - s.start));
				return {
					fillColor: De(t, r, s.startFillAlpha, s.endFillAlpha),
					strokeColor: De(t, r, s.startStrokeAlpha, s.endStrokeAlpha),
					radius: (n = r, o = s.startRadius, a = s.endRadius, o + (a - o) * n)
				};
				var n, o, a
			}
			class Be {
				constructor(e) {
					this._renderer = new Ae, this._invalidated = !0, this._stageInvalidated = !0, this
						._startTime = performance.now(), this._endTime = this._startTime - 1, this
						._series = e
				}
				update(e) {
					if (this._invalidated = !0, e) {
						const e = performance.now(),
							t = this._endTime - e;
						if (t > 0) return void(t < 650 && (this._endTime += 2600));
						this._startTime = e, this._endTime = e + 2600
					}
				}
				invalidateStage() {
					this._stageInvalidated = !0
				}
				animationActive() {
					return performance.now() <= this._endTime
				}
				stopAnimation() {
					this._endTime = this._startTime - 1
				}
				renderer(e, t) {
					return this._invalidated ? (this._updateImpl(e, t), this._invalidated = !1, this
						._stageInvalidated = !1) : this._stageInvalidated && (this
						._updateRendererDataStage(), this._stageInvalidated = !1), this._renderer
				}
				_updateImpl(e, t) {
					this._renderer.setData(null);
					const i = this._series.model().timeScale(),
						s = i.visibleBarsStrictRange(),
						r = this._series.firstValue(),
						n = this._series.lastValueData(void 0, !0, !0);
					if (null === s || null === r || void 0 === n.index || void 0 === n.price || !s
						.contains(n.index)) return;
					const o = new Le.Point(i.indexToCoordinate(n.index), this._series.priceScale()
							.priceToCoordinate(n.price, r)),
						a = n.color,
						l = this._series.properties();
					let c;
					switch (this._series.style()) {
						case 3:
							c = l.areaStyle.linewidth.value();
							break;
						case 10:
							const t = l.baselineStyle,
								i = Math.round(e * (Math.abs(100 - t.baseLevelPercentage.value()) /
									100));
							c = o.y <= i ? t.topLineWidth.value() : t.bottomLineWidth.value();
							break;
						default:
							c = l.lineStyle.linewidth.value()
					}
					const h = Ve(this._duration(), a);
					this._renderer.setData({
						seriesLineColor: a,
						seriesLineWidth: c,
						fillColor: h.fillColor,
						strokeColor: h.strokeColor,
						radius: h.radius,
						center: o
					})
				}
				_updateRendererDataStage() {
					const e = this._renderer.data();
					if (null !== e) {
						const t = Ve(this._duration(), e.seriesLineColor);
						e.fillColor = t.fillColor, e.strokeColor = t.strokeColor, e.radius = t.radius
					}
				}
				_duration() {
					return this.animationActive() ? performance.now() - this._startTime : 2599
				}
			}
			var Re = i("H0vP"),
				Ne = i("BZtw");
			i.d(t, "SeriesBase", (function() {
				return Ue
			}));
			const je = g.enabled("price_scale_always_last_bar_value"),
				Fe = g.enabled("display_data_mode"),
				We = (r.CheckMobile.any(), Object(a.getLogger)("Chart.Series")),
				He = {
					countdownEnabled: !0,
					lastPriceAnimationEnabled: !0
				};
			class Ue extends l.PriceDataSource {
				constructor(e, t, i, r) {
					super(e), this.chartWidgetInitialized = new Me.a, this
						.requestingIntradayWhenNotSupported = new Me.a, this
						.requestingResolutionWhenNotSupported = new Me.a, this._paneView = null,
						this._priceStep = null, this._symbolInfo = null, this._prevSymbolInfo =
						null, this._isPrePostMarketPricesForbiddenProperty = new u.a(!0), this
						._highLowAvgPriceCache = new Map,
						this._prevClosePriceAxisView = null, this._priceScaleChanged = new Me.a,
						this._priceScaleAboutToBeChanged = new Me.a, this._onRestarted = new Me.a,
						this._onStatusChanged = new Me.a, this._extendedHoursChanged = new Me.a,
						this._tagsChanged = new Me.a, this._sessionIdChanged = new Me.a, this
						._currency = null, this._unit = null, this._endOfData = !1, this
						._lineStyleLastPriceCirclePaneView = new Be(this), this
						._prevClosePriceLineView = null, this._dataPoweredBy = null, this
						._loading = !0, this._seriesLoaded = !1, this._status = 0, this
						._boxSizeValue = new F.a, this._base = 100, this._pointValue = 1, this
						._formatter = new p.PriceFormatter(this._base), this
						._ignoreMinMoveFormatter = new p.PriceFormatter(this._base), this
						._ignoreMinMovePriceStep = null, this._lastBarCloseTime = null, this
						._onSessionIdPropertyChangedBound = this._onSessionIdPropertyChanged.bind(
							this), this._ignoreSessionIdProxyPropertyChanges = !1, this
						._lastPriceAnimationActive = !1, this._currentSession = "out_of_session",
						this._onStyleChanged = new Me.a, this._intervalObj = null, this
						._obsoleteZOrder = 0, this._seriesErrorMessage = null, this._seriesSource =
						new Ne.a(e.chartApi(), "s", r);
					const n = this._seriesSource.dataEvents();
					n.symbolResolved().subscribe(this, this._onSymbolResolved), n.symbolError()
						.subscribe(this, this._onSymbolError), n.seriesTimeFrame().subscribe(this,
							this._onSeriesTimeFrame), n.seriesError().subscribe(this, this
							._onSeriesError), n.loading().subscribe(this, this._onSeriesLoading), n
						.completed().subscribe(this, this._onSeriesCompleted), n.dataUpdated()
						.subscribe(this, this._onDataUpdated), n.barReceived().subscribe(this, this
							._onBarReceived), this._quotesProvider = new ie.a, this._quotesProvider
						.quotesUpdate().subscribe(this, this._onQuotesUpdate);
					const o = t.childs();
					if (t.hasChild("extendedHours")) {
						Object(s.ensureDefined)(o.extendedHours).value() && !t.hasChild(
								"sessionId") && t.addChild("sessionId", new u.a("extended")), t
							.removeProperty("extendedHours")
					}
					t.hasChild("sessionId") || t.addChild("sessionId", new u.a("regular")), this
						._setProperties(t), this._sessionIdProxyProperty = new u.a(o.sessionId
							.value()), o.sessionId.subscribe(this, () => this
							._updateSessionIdProxyProperty()), this._sessionIdProxyProperty
						.subscribe(this, this._onSessionIdProxyPropertyChanged), this._options =
						Object(ee.merge)(Object(ee.clone)(He), i), this._prevChartStyle = o.style
						.value();
					const a = new he(this, e, {
						alwaysShowGlobalLast: !0,
						showCountdown: i.countdownEnabled
					});
					this._priceAxisView = a;
					let l = null;
					je || (l = new he(this, e, {
							visibleOnHistoryOnly: !0,
							showSymbolLabel: !1,
							showCountdown: !1,
							alwaysShowGlobalLast: !1
						})), this._priceLinePriceAxisView = new ue.SeriesPriceLineAxisView(this),
						this._priceLineAxisViews = [this._priceLinePriceAxisView];
					const c = new pe(this, e, {
						showCountdown: i.countdownEnabled
					});
					this._priceAxisViews = [a, c], null !== l && this._priceAxisViews.push(l), this
						._panePriceAxisView = new _e.PanePriceAxisView(a, this, e), this
						._historyPricePanePriceAxisView = null !== l ? new _e.PanePriceAxisView(l,
							this, e) : null, this._projectionPriceAxisView = new _e
						.PanePriceAxisView(c, this, e), this._labelPaneViews = [this
							._panePriceAxisView, this._projectionPriceAxisView
						],
						null !== this._historyPricePanePriceAxisView && this._labelPaneViews.push(
							this._historyPricePanePriceAxisView), this._highLowAvgPaneViews = [],
						this._createHighLowAvgViews(), this._subscribeRestartToSessionIdChange();
					const h = this.properties();
					h.visible.subscribe(this, this._updateLastPriceAnimationActive), this
						._updateLastPriceAnimationActive(), this._dataWindowView = new D(this, e),
						this._legendView = new N(this, e), this._statusView = new I(this, this
							._model.properties().scalesProperties.textColor, h.statusViewStyle),
						this._marketStatusModel = new H(this._quotesProvider, h.symbol.listeners()),
						this._dataUpdatedModeModel = Fe ? new $({
							getter: this.symbolInfo.bind(this),
							onChange: n.symbolResolved()
						}, {
							getter: this.status.bind(this),
							onChange: this._onStatusChanged
						}, h.symbol.listeners()) : null, this._dataProblemModel = new te(this
							._quotesProvider, h.symbol.listeners())
				}
				seriesErrorMessage() {
					return this._seriesErrorMessage
				}
				destroy() {
					this._quotesProvider.quotesUpdate().unsubscribeAll(this), this._model
						.timeScale().visibleBarsStrictRangeChanged().unsubscribeAll(this), this
						._unsubscribeRestartToSessionIdChange()
				}
				zorder() {
					return 0
				}
				quotesProvider() {
					return this._quotesProvider
				}
				currentSession() {
					return this._currentSession
				}
				labelPaneViews() {
					return this._labelPaneViews
				}
				topPaneViews() {
					if (this._lastPriceAnimationActive) {
						const e = this._lineStyleLastPriceCirclePaneView;
						return e.animationActive() && setTimeout(() => this._model.invalidate(Re
							.InvalidationMask.cursor()), 0), e.invalidateStage(), [e]
					}
					return null
				}
				priceAxisViews(e, t) {
					return e.findTargetPriceAxisViews(this, t, this._priceAxisViews, this
						._priceLineAxisViews)
				}
				clearHighLowAvgPriceCache() {
					this._highLowAvgPriceCache.clear()
				}
				priceScaleChanged() {
					return this._priceScaleChanged
				}
				priceScaleAboutToBeChanged() {
					return this._priceScaleAboutToBeChanged
				}
				isStatusBad() {
					return 12 === this.status() || 4 === this.status() || 10 === this.status()
				}
				isStatusError() {
					return 12 === this.status()
				}
				actualSymbol() {
					return Object(d.actualSymbol)(this.symbolInfo(), this.symbol())
				}
				proSymbol() {
					return Object(d.proSymbol)(this.symbolInfo(), this.symbol())
				}
				onStyleChanged() {
					return this._onStyleChanged
				}
				style() {
					return this.properties().style.value()
				}
				symbolSameAsCurrent(e) {
					return Object(Oe.b)(e, this.m_symbol, this.symbolInfo())
				}
				symbolInfo() {
					return this._symbolInfo
				}
				symbolResolved() {
					return this.dataEvents().symbolResolved()
				}
				formatter(e = !0) {
					return e ? this._formatter : this._ignoreMinMoveFormatter
				}
				priceStep(e = !0) {
					return e ? this._priceStep : this._ignoreMinMovePriceStep
				}
				interval() {
					return this.properties().interval.value()
				}
				intervalObj() {
					const e = this.interval();
					if (null !== this._intervalObj && this._intervalObj.resolutionString === e)
						return this._intervalObj.interval;
					const t = U.Interval.parse(e);
					return this._intervalObj = {
						resolutionString: e,
						interval: t
					}, t
				}
				prevClose() {
					const e = this.priceScale();
					if (e.isEmpty() || this.data().isEmpty()) return null;
					const t = this.quotes(),
						i = this.firstValue();
					if (null === t || null === i) return null;
					const s = t.prev_close_price;
					return void 0 === s ? null : {
						coordinate: e.priceToCoordinate(s, i),
						floatCoordinate: e.priceToCoordinate(s, i),
						formattedPricePercentage: e.formatPricePercentage(s, i, !0),
						formattedPriceAbsolute: e.formatPriceAbsolute(s)
					}
				}
				hasClosePrice() {
					return 12 !== this.properties().style.value()
				}
				isDWM() {
					return this.intervalObj().isDWM()
				}
				nearestValue(e, t, i) {
					const s = this.nearestData(e, i);
					return s ? s.value[t] : void 0
				}
				onStatusChanged() {
					return this._onStatusChanged
				}
				onRestarted() {
					return this._onRestarted
				}
				onExtendedHoursChanged() {
					return this._extendedHoursChanged
				}
				sessionId() {
					return this.properties().sessionId.value()
				}
				sessionIdChanged() {
					return this._sessionIdChanged
				}
				autoScaleInfo(e, t) {
					const i = this.priceRange(e, t);
					if (null === this._paneView) return {
						range: i
					};
					const s = this._paneView;
					return {
						range: i,
						topPixelMargin: s.topPixelMargin ? s.topPixelMargin() : void 0,
						bottomPixelMargin: s.bottomPixelMargin ? s.bottomPixelMargin() : void 0
					}
				}
				onChartStyleChanged() {
					this._updateBarFunction(), this.isNeedRestart() && (this.data().clear(), this
						.model().timeScale().scrollToRealtime(!1), this.restart());
					const e = this.properties();
					this._prevChartStyle = e.style.value(), this._onStyleChanged.fire(e.style
							.value()), this.invalidateBarStylesCache(), this
						._updateLastPriceAnimationActive()
				}
				sessionIdProxyProperty() {
					return this._sessionIdProxyProperty
				}
				isPrePostMarketPricesForbiddenProperty() {
					return this._isPrePostMarketPricesForbiddenProperty
				}
				quotes() {
					return this.data().isEmpty() ? null : this._quotesProvider.quotes()
				}
				base() {
					return this._base
				}
				pointValue() {
					return this._pointValue
				}
				barCloseTime() {
					return this._lastBarCloseTime
				}
				barFunction() {
					return this._barFunction
				}
				setSymbolCurrencyUnit(e, t, i) {
					const s = this.properties(),
						r = void 0 !== e && e !== s.symbol.value(),
						n = void 0 !== t && t !== s.currencyId.value(),
						o = void 0 !== i && i !== s.unitId.value();
					r && s.symbol.setValueSilently(e), n && s.currencyId.setValueSilently(t), o && s
						.unitId.setValueSilently(i), r && s.symbol.listeners().fire(s.symbol), n &&
						s.currencyId.listeners().fire(s.currencyId), o && s.unitId.listeners().fire(
							s.unitId)
				}
				setSymbol(e) {
					this.setSymbolCurrencyUnit(e)
				}
				currency() {
					return this.properties().currencyId.value() || null
				}
				setCurrency(e) {
					this.setSymbolCurrencyUnit(void 0, e)
				}
				isConvertedToOtherCurrency() {
					return Object(d.isConvertedToOtherCurrency)(this.symbolInfo())
				}
				unit() {
					return this.properties().unitId.value() || null
				}
				setUnit(e) {
					this.properties().unitId.setValue(e)
				}
				isConvertedToOtherUnit() {
					return Object(d.isConvertedToOtherUnit)(this.symbolInfo())
				}
				symbolSource() {
					return this
				}
				title() {
					return this.symbolTitle()
				}
				symbolTitle(e, t) {
					let i = this.properties().symbol.value();
					const s = this.symbolInfo();
					return null !== s && (i = Object(d.symbolTitle)(s, e)), t ? i :
						`${i}, ${Object(y.translatedIntervalString)(this.properties().interval.value())}`
				}
				setObsoleteZOrder(e) {
					this._obsoleteZOrder = e
				}
				obsoleteZOrder() {
					return this._obsoleteZOrder
				}
				valuesProvider() {
					return new B(this, this.model())
				}
				statusProvider(e) {
					return new T(this, this._model.properties().scalesProperties.textColor, this
						.properties().statusViewStyle, e)
				}
				open(e) {
					const t = this.data().valueAt(e);
					return t && t[1]
				}
				high(e) {
					const t = this.data().valueAt(e);
					return t && t[2]
				}
				low(e) {
					const t = this.data().valueAt(e);
					return t && t[3]
				}
				close(e) {
					const t = this.data().valueAt(e);
					return t && t[4]
				}
				moveItem(e, t, i) {
					if (10 === this.style() && 0 === t) {
						const t = this.priceScale(),
							i = this.properties().baselineStyle,
							s = t.height(),
							r = 100 - e.y / s * 100,
							n = r < 0 ? 0 : Math.round(10 * r) / 10;
						i.baseLevelPercentage.setValue(Math.max(Math.min(n, 100), 0))
					}
				}
				endOfData() {
					return this._endOfData
				}
				dataPoweredBy() {
					return null
				}
				boxSizeValue() {
					return this._boxSizeValue
				}
				isUserDeletable() {
					return !1
				}
				changeSymbol() {
					this.setSymbolIntervalCurrencyDelayed(), this.model().checkLineToolSelection()
				}
				changeInterval() {
					this.setSymbolIntervalCurrencyDelayed()
				}
				changeTimeFrame() {
					Object(n.trackEvent)("GUI", "Change timeframe")
				}
				onTagsChanged() {
					return this._tagsChanged
				}
				_updateBarFunction() {
					if (12 === this.properties().style.value()) this._barFunction = Object(c
						.barFunction)("low");
					else {
						const e = this.priceSource() || "close";
						this._barFunction = Object(c.barFunction)(e)
					}
				}
				_setProperties(e) {
					e.hasChild("timeframe") || e.merge({
							timeframe: ""
						}), e.hasChild("shortName") || e.merge({
							shortName: ""
						}), e.hasChild("currencyId") || e.addChild("currencyId", new u.a(null)), e
						.hasChild("unitId") || e.addChild("unitId", new u.a(null)), this
						._properties = e;
					const t = e.childs();
					t.symbol.listeners().subscribe(this, this.changeSymbol), t.interval.listeners()
						.subscribe(this, this.changeInterval), t.currencyId.listeners().subscribe(
							this, this._changeCurrency), t.unitId.listeners().subscribe(this, this
							._changeUnit), t.timeframe.listeners().subscribe(this, this
							.changeTimeFrame), e.subscribe(this, this._onPropertiesChanged)
				}
				_updateSessionIdProxyProperty(e) {
					const t = this._properties.childs().sessionId.value();
					let i = t;
					if (e) {
						const e = this.symbolInfo();
						null !== e && (i = e.subsession_id || t)
					}
					this._ignoreSessionIdProxyPropertyChanges = !0, this._sessionIdProxyProperty
						.setValue(i), this._ignoreSessionIdProxyPropertyChanges = !1
				}
				_onSessionIdProxyPropertyChanged() {
					this._ignoreSessionIdProxyPropertyChanges || this._properties.childs().sessionId
						.setValue(this._sessionIdProxyProperty.value()), this
						._updateLastPriceAnimationActive()
				}
				_onSeriesLoading(e) {
					this._loading = !0, this._setStatus(2)
				}
				_onDataUpdated(e, t) {
					if (this.hasDelayedSymbolIntervalChange()) {
						if (this._willSymbolIntervalCurrencyChanged()) return void We.logNormal(
							"command comes during symbol/interval changing");
						We.logNormal(
							"data_update comes when symbol interval delay present but symbol/interval should not be changed"
						)
					}
					t ? this._endOfData = !1 : this._lastPriceAnimationActive && this
						._seriesLoaded && this._lineStyleLastPriceCirclePaneView.update(!0), this
						._lastBarCloseTime = e && e.closeTime || null, this._boxSizeValue.setValue(
							this.data().boxSize), this._statusView.update(), this
						.clearHighLowAvgPriceCache();
					const i = this.model(),
						r = Object(s.ensureNotNull)(i.paneForSource(this));
					i.recalculatePane(r), i.updateSource(this), i.updateLineTools()
				}
				_setStatus(e) {
					this._status = e, this._statusView.update(), this.model().updateSource(this),
						this._onStatusChanged.fire()
				}
				_willSymbolIntervalCurrencyChanged() {
					const e = this.properties(),
						t = this._checkIntervalWillChanged(e.interval.value()),
						i = this._checkSymbolWillChanged(e.symbol.value()),
						s = this._checkCurrencyWillChanged(e.currencyId.value()),
						r = this._checkUnitWillChanged(e.unitId.value());
					return i || t || s || r
				}
				_checkSymbolWillChanged(e) {
					return !this.symbolSameAsCurrent(e)
				}
				_checkIntervalWillChanged(e) {
					return !U.Interval.isEqual(this.m_interval, e)
				}
				_recreateFormatter() {
					this._formatter = Object(d.createSeriesFormatter)(this.symbolInfo(), this
							.properties().minTick.value()), this._ignoreMinMoveFormatter = Object(d
							.createSeriesFormatter)(this.symbolInfo(), this.properties().minTick
							.value(), !0), this.priceScale() && this.priceScale().updateFormatter(),
						this._formatterChanged.fire()
				}
				_recreatePriceStep() {
					const {
						minMove: e,
						priceScale: t
					} = Object(d.getSeriesPriceFormattingState)(this.symbolInfo()), i = e / t;
					this._ignoreMinMovePriceStep = 1 / t, this._priceStep !== i && (this
						._priceStep = i, this._priceStepChanged.fire())
				}
				_recreatePriceFormattingDependencies() {
					this._recreateFormatter(), this._recreatePriceStep()
				}
				_onQuotesUpdate(e, t) {
					e.values.current_session !== this._currentSession && (this._currentSession = e
						.values.current_session, this._updateLastPriceAnimationActive())
				}
				_updateIsPrePostMarketPricesForbiddenProperty() {
					const e = !this.isDWM() && !Object(d.isRegularSessionId)(this
						.sessionIdProxyProperty().value());
					this._isPrePostMarketPricesForbiddenProperty.setValue(e)
				}
				_getSymbolForApi() {
					return Object(d.symbolForApi)(this.symbolInfo() || this._prevSymbolInfo, this
						.symbol())
				}
				_getSymbolObject() {
					const e = this._getExtendedSymbolObject();
					if (_.SYMBOL_STRING_DATA.hasOwnProperty(this.properties().style.value())) {
						return {
							symbol: e,
							type: this.styleStudyInfo(this.getStyleShortName() + "Style").studyId +
								"!",
							inputs: this.getInputsProperties().state()
						}
					}
					return e
				}
				_getExtendedSymbolObject() {
					const e = {
						symbol: this._getSymbolForApi()
					};
					null !== this.currency() && (e["currency-id"] = this.currency());
					const t = this.unit();
					return null !== t && (e["unit-id"] = t), e
				}
				_changeCurrency() {
					this.setSymbolIntervalCurrencyDelayed(), this.model().checkLineToolSelection(),
						this._currencyChanged.fire()
				}
				_changeUnit() {
					this.setSymbolIntervalCurrencyDelayed(), this.model().checkLineToolSelection(),
						this._unitChanged.fire()
				}
				_checkCurrencyWillChanged(e) {
					return this._currency !== e
				}
				_checkUnitWillChanged(e) {
					return this._unit !== e
				}
				_createHighLowAvgViews() {
					const e = this.properties().highLowAvgPrice,
						t = this._getHighLowAvgPrice.bind(this),
						i = function(e, t, i, s) {
							const r = i.childs(),
								n = Te(e, t, Pe, r.highLowPriceLabelsVisible, r
									.highLowPriceLinesVisible, () => s(0)),
								o = Te(e, t, Ce, r.highLowPriceLabelsVisible, r
									.highLowPriceLinesVisible, () => s(1)),
								a = Te(e, t, xe, r.averageClosePriceLabelVisible, r
									.averageClosePriceLineVisible, () => s(2));
							return {
								paneViews: [n.paneView, o.paneView, a.paneView],
								panePriceAxisViews: [n.panePriceAxisView, o.panePriceAxisView, a
									.panePriceAxisView
								],
								priceAxisViews: [n.priceAxisView, o.priceAxisView, a.priceAxisView],
								priceLineAxisViews: [n.priceLineAxisView, o.priceLineAxisView, a
									.priceLineAxisView
								]
							}
						}(this._model, this, e, t);
					this._highLowAvgPaneViews.push(...i.paneViews), this._labelPaneViews.push(...i
							.panePriceAxisViews), this._priceAxisViews.push(...i.priceAxisViews),
						this._priceLineAxisViews.push(...i.priceLineAxisViews)
				}
				_getHighLowAvgPrice(e) {
					if (!this._highLowAvgPriceCache.has(e)) {
						const t = this._model.timeScale().visibleBarsStrictRange();
						if (null === t) return null;
						const i = this._model.mainSeries().bars(),
							s = t.firstBar(),
							r = t.lastBar();
						if (2 === e) {
							const e = function(e, t, i) {
								const s = Object(c.barFunction)("close");
								let r = 0,
									n = 0;
								for (let o = t; o <= i; o++) {
									const t = e.valueAt(o);
									null !== t && (r += s(t), n++)
								}
								return n ? r / n : null
							}(i, s, r);
							if (null === e) return null;
							this._highLowAvgPriceCache.set(2, e)
						} else {
							const e = function(e, t, i) {
								return e.minMaxOnRangeCached(t, i, [{
									name: "low",
									offset: 0
								}, {
									name: "high",
									offset: 0
								}])
							}(i, s, r);
							if (null === e) return null;
							this._highLowAvgPriceCache.set(1, e.min), this._highLowAvgPriceCache
								.set(0, e.max)
						}
					}
					return this._highLowAvgPriceCache.get(e)
				}
				_onSessionIdPropertyChanged() {
					this._sessionIdChanged.fire(), this.isDWM() || (this.restart(), this
						._updateLastPriceAnimationActive())
				}
				_subscribeRestartToSessionIdChange() {
					this.properties().sessionId.subscribe(this, this
						._onSessionIdPropertyChangedBound)
				}
				_unsubscribeRestartToSessionIdChange() {
					this.properties().sessionId.unsubscribe(this, this
						._onSessionIdPropertyChangedBound)
				}
				_updateLastPriceAnimationActive() {
					if (!this._options.lastPriceAnimationEnabled) return;
					const e = this._lastPriceAnimationActive,
						t = this.properties(),
						i = t.style.value();
					if (this._model.isSnapshot() || !t.visible.value() || 3 !== i && 10 !== i &&
						2 !== i) this._lastPriceAnimationActive = !1;
					else {
						const e = this.currentSession(),
							t = !Object(d.isRegularSessionId)(this.sessionIdProxyProperty()
								.value()) && !this.isDWM();
						this._lastPriceAnimationActive = "market" === e || t && ("pre_market" ===
							e || "post_market" === e)
					}
					this._lastPriceAnimationActive && e !== this._lastPriceAnimationActive && this
						.model().invalidate(Re.InvalidationMask.cursor())
				}
				_onPropertiesChanged(e) {
					const t = this._properties.childs();
					e !== t.symbol && e !== t.interval && e !== t.timeframe && (this._tagsChanged
						.fire(), this.createPaneView(), this.updateAllViews(), this.model()
						.updateSource(this), Object(o.emit)("series_properties_changed", this
							._id))
				}
			}
		},
		"lW/c": function(e, t, i) {
			"use strict";
			i.r(t);
			i("YFKU");
			var s = i("hY0g"),
				r = i.n(s),
				n = i("HySD");
			class o {
				constructor(e) {
					this._document = e, this.isFullscreen = new r.a;
					const t = () => {
						const e = ["fullscreenElement", "webkitFullscreenElement",
							"mozFullscreenElement", "mozFullScreenElement",
							"msFullscreenElement"
						];
						for (let t = 0; t < e.length; t++) {
							const i = e[t];
							if (i in this._document) {
								this.isFullscreen.setValue(!!this._document[i]);
								break
							}
						}
					};
					t();
					for (const i of ["fullscreenchange", "webkitfullscreenchange",
							"mozfullscreenchange", "MSFullscreenChange"
						]) e.addEventListener(i, t, !1)
				}
				enter() {
					const e = this._document.documentElement;
					for (const t of ["requestFullscreen", "mozRequestFullScreen",
							"webkitRequestFullscreen", "msRequestFullscreen"
						])
						if ("function" == typeof e[t]) {
							e[t]();
							break
						} this.isFullscreen.setValue(!0)
				}
				exit() {
					const e = this._document;
					for (const t of ["exitFullscreen", "mozCancelFullScreen", "mozExitFullscreen",
							"webkitExitFullscreen", "msExitFullscreen"
						])
						if ("function" == typeof e[t]) {
							e[t]();
							break
						} this.isFullscreen.setValue(!1)
				}
			}
			class a {
				constructor(e) {
					let t;
					this.isVisible = new r.a(!0);
					let i = null;
					for (const s of ["", "moz", "ms", "webkit"]) {
						const r = s ? s + "Hidden" : "hidden";
						if (r in e) {
							t = s + "visibilitychange", i = () => {
								this.isVisible.setValue(!e[r])
							}, i(), e.addEventListener(t, i, !1);
							break
						}
					}
					this.destroy = () => {
						i && (e.removeEventListener(t, i, !1), i = null)
					}
				}
			}
			var l = i("mNbo"),
				c = i("Eyy1"),
				h = i("qFKp");
			i.d(t, "Root", (function() {
				return u
			}));
			class u {
				constructor(e) {
					this._updateDocumentHeight = e => {
							"visual" === this._viewportType && this._window.document.documentElement
								.style.setProperty("height", e + "px", "important")
						}, this._window = e, this._fullscreenApi = new o(e.document), this
						._viewportType = h.isChrome || Object(l.isOnMobileAppPage)("any") || !this
						._window.visualViewport ? "quirks" : "visual", "visual" === this._viewportType ?
						this._viewport = Object(c.ensureDefined)(this._window.visualViewport) : this
						._viewport = this._window;
					const t = this._layoutSizeSensor = this._window.document.createElement("div");
					t.id = "layout-size-sensor", t.style.position = "fixed", t.style.top = "0", t.style
						.left = "0", t.style.right = "0", t.style.bottom = "0", t.style.pointerEvents =
						"none", t.style.visibility = "hidden", this._initFullscreen()
				}
				allocate() {
					this.free();
					const e = this._window.document,
						t = e.createElement("div");
					t.classList.add("js-rootresizer__contents"), t.style.position = "relative", t.style
						.width = "100%", t.style.height = "100%", e.body.insertAdjacentElement(
							"afterbegin", t), e.body.insertAdjacentElement("afterbegin", this
							._layoutSizeSensor), this._visibilityApi = new a(this._window.document);
					const i = {
						alive: new r.a(!0),
						fullscreenable: new r.a(!0),
						container: new r.a(t),
						width: new r.a,
						height: new r.a,
						availWidth: new r.a,
						availHeight: new r.a,
						visible: this._visibilityApi.isVisible,
						fullscreen: this._fullscreenApi.isFullscreen,
						remove: () => {
							i.alive.setValue(!1)
						},
						attach: () => {
							i.alive.setValue(!1), this._window.close()
						},
						requestFullscreen: () => {
							this._requestFullscreen()
						},
						exitFullscreen: () => {
							this._exitFullscreen()
						}
					};
					return i.alive.subscribe(e => {
						e || i !== this._area || this.free()
					}), this._area = i, this._resizeHandler = () => {
						const e = this._width(i) || 800,
							t = this._height(i) || 600;
						i.availHeight.setValue(t), i.availWidth.setValue(e), i.height.setValue(t), i
							.width.setValue(e)
					}, this._area.height.subscribe(this._updateDocumentHeight, {
						callWithLast: !0
					}), this._resizeHandler(), this._viewport.addEventListener("resize", this
						._resizeHandler), new n.ResizerDetacherState(i).bridge()
				}
				free() {
					if (this._resizeHandler && (this._viewport.removeEventListener("resize", this
							._resizeHandler), this._resizeHandler = void 0), this._visibilityApi && (
							this._visibilityApi.destroy(), this._visibilityApi = void 0), this._area) {
						const e = this._area;
						this._area = void 0, e.height.unsubscribe(this._updateDocumentHeight), e.alive
							.setValue(!1);
						const t = e.container.value(),
							i = null == t ? void 0 : t.parentElement;
						i && (i.removeChild(t), i.removeChild(this._layoutSizeSensor))
					}
				}
				_height(e) {
					if ("visual" === this._viewportType) return this._layoutSizeSensor.clientHeight;
					return e.container.value().clientHeight
				}
				_width(e) {
					return e.container.value().clientWidth
				}
				_requestFullscreen() {
					this._fullscreenApi.enter()
				}
				_exitFullscreen() {
					this._fullscreenApi.exit()
				}
				_initFullscreen() {
					this._fullscreenApi.isFullscreen.subscribe(e => {
						this._resizeHandler && this._resizeHandler()
					})
				}
			}
		},
		ltKl: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SeriesApi", (function() {
				return l
			}));
			var s = i("Eyy1"),
				r = i("jRfx"),
				n = i("HGup"),
				o = i("/ToI"),
				a = i("GD+X");
			class l {
				constructor(e, t) {
					this._series = e, this._undoModel = t, this._model = t.model()
				}
				isUserEditEnabled() {
					return this._series.userEditEnabled()
				}
				setUserEditEnabled(e) {
					this._series.setUserEditEnabled(e)
				}
				mergeUp() {
					this._model.isMergeUpAvailableForSource(this._series) && new r.c(this._model, this
						._series, "").redo()
				}
				mergeDown() {
					this._model.isMergeDownAvailableForSource(this._series) && new r.a(this._model, this
						._series, "").redo()
				}
				unmergeUp() {
					this._model.isUnmergeAvailableForSource(this._series) && new n.c(this._model, this
						._series, "").redo()
				}
				unmergeDown() {
					this._model.isUnmergeAvailableForSource(this._series) && new n.a(this._model, this
						._series, "").redo()
				}
				detachToRight() {
					new o.b(this._model, this._series, this._pane(), "right", "").redo()
				}
				detachToLeft() {
					new o.b(this._model, this._series, this._pane(), "left", "").redo()
				}
				detachNoScale() {
					new o.b(this._model, this._series, this._pane(), "overlay", "").redo()
				}
				changePriceScale(e) {
					const t = Object(s.ensureNotNull)(this._model.paneForSource(this._series));
					switch (e) {
						case "new-left":
							new o.b(this._model, this._series, t, "left", "").redo();
							break;
						case "new-right":
							new o.b(this._model, this._series, t, "right", "").redo();
							break;
						case "no-scale":
							Object(s.assert)(t.actionNoScaleIsEnabled(this._series),
									"Unable to leave a pane without any non-overlay price scale"), new o
								.b(this._model, this._series, t, "overlay", "").redo();
							break;
						default:
							const i = this._model.dataSourceForId(e);
							if (null === i) throw new Error(`There is no study with entityId='${e}'`);
							const r = this._model.paneForSource(i) === t;
							Object(s.assert)(r, "Study should be on the main pane");
							const n = Object(s.ensureNotNull)(i.priceScale());
							new o.a(this._model, this._series, t, n, "").redo()
					}
				}
				isVisible() {
					return this._series.properties().visible.value()
				}
				setVisible(e) {
					this._series.properties().visible.setValue(e)
				}
				bringToFront() {
					this._model.bringToFront([this._series])
				}
				sendToBack() {
					this._model.sendToBack([this._series])
				}
				entityId() {
					return this._series.id()
				}
				chartStyleProperties(e) {
					return this._series.properties().child(c(e)).state(["inputs", "inputsInfo"])
				}
				setChartStyleProperties(e, t) {
					this._series.properties().child(c(e)).mergeAndFire(t)
				}
				barsCount() {
					return this._series.bars().size()
				}
				symbolSource() {
					return {
						symbol: this._series.symbol(),
						currencyId: this._series.currency(),
						unitId: this._series.unit()
					}
				}
				isLoading() {
					return this._series.isLoading()
				}
				data() {
					return this._series.data()
				}
				priceScale() {
					return new a.a(this._undoModel, this._series.priceScale())
				}
				_pane() {
					return Object(s.ensureNotNull)(this._model.paneForSource(this._series))
				}
			}

			function c(e) {
				switch (e) {
					case 0:
						return "barStyle";
					case 1:
						return "candleStyle";
					case 2:
						return "lineStyle";
					case 3:
						return "areaStyle";
					case 4:
						return "renkoStyle";
					case 5:
						return "kagiStyle";
					case 6:
						return "pnfStyle";
					case 7:
						return "pbStyle";
					case 8:
						return "haStyle";
					case 9:
						return "hollowCandleStyle";
					case 10:
						return "baselineStyle";
					case 11:
						return "rangeStyle";
					case 12:
						return "hiloStyle";
					default:
						Object(s.ensureNever)(e)
				}
				throw new Error("unsupported chart style: " + e)
			}
		},
		lxNp: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("/3z9"),
				r = i("d700"),
				n = i("hY0g"),
				o = i.n(n);
			var a = i("JWMC");
			class l {
				constructor(e, t) {
					this._group = e, this.hotkey = t.hotkey,
						this.handler = t.handler, this.desc = t.desc, this.element = t.element || null,
						t.isDisabled ? "function" == typeof t.isDisabled ? this.isDisabled = t
						.isDisabled : this.isDisabled = () => !0 : this.isDisabled = () => !1
				}
				destroy() {
					this._group && (this._group.remove(this), this._group = null)
				}
			}
			class c {
				constructor(e, t) {
					this._actions = [], this._manager = e, this.modal = !(!t || !t.modal), t && (this
							.desc = t.desc), t && t.isDisabled ? "function" == typeof t.isDisabled ?
						this.isDisabled = t.isDisabled : this.isDisabled = () => !0 : this.isDisabled =
						() => !1, this._manager.registerGroup(this)
				}
				add(e) {
					const t = new l(this, e);
					return this._actions.push(t), t
				}
				remove(e) {
					for (let t = this._actions.length; t-- > 0;) this._actions[t] === e && this._actions
						.splice(t, 1)
				}
				handleHotkey(e, t) {
					for (let i = this._actions.length; i-- > 0;) {
						const r = this._actions[i];
						if (r.hotkey === e && ((!r.element || t.target && r.element.contains(t
								.target)) && !r.isDisabled())) return r.handler(t), t.preventDefault(),
							Object(a.trackEvent)("Keyboard Shortcuts", Object(s.humanReadableHash)(
								e)), !0
					}
					return !1
				}
				promote() {
					this._manager.promoteGroup(this)
				}
				destroy() {
					this._actions.length = 0, this._manager.unregisterGroup(this)
				}
			}
			i.d(t, "pressedKeys", (function() {
				return u
			})), i.d(t, "createGroup", (function() {
				return d
			})), i.d(t, "registerWindow", (function() {
				return p
			})), i.d(t, "unregisterWindow", (function() {
				return _
			})), i.d(t, "Modifiers", (function() {
				return s.Modifiers
			}));
			const h = new class {
					constructor() {
						this._groups = [], this._pressedKeys = new o.a(0), this._keyDownListener =
							e => {
								if (e.defaultPrevented) return;
								const t = Object(s.hashFromEvent)(e);
								if (this._pressedKeys.setValue(t), !Object(r.a)(t, e.target))
									for (let i = this._groups.length; i-- > 0;) {
										const s = this._groups[i];
										if (!s.isDisabled()) {
											if (s.handleHotkey(t, e)) return;
											if (s.modal) return
										}
									}
							}, this._keyUpListener = e => {
								const t = Object(s.hashFromEvent)(e);
								this._pressedKeys.setValue(t)
							}, this._blurEvent = () => {
								this._pressedKeys.setValue(0)
							}, this._mouseEvent = e => {
								const t = Object(s.modifiersFromEvent)(e),
									i = 255 & this._pressedKeys.value();
								this._pressedKeys.setValue(t | i)
							}
					}
					listen(e) {
						e.addEventListener("keydown", this._keyDownListener), e.addEventListener(
							"keyup", this._keyUpListener), e.addEventListener("blur", this
							._blurEvent), e.addEventListener("mousemove", this._mouseEvent)
					}
					unlisten(e) {
						e.removeEventListener("keydown", this._keyDownListener), e.removeEventListener(
							"keyup", this._keyUpListener), e.removeEventListener("blur", this
							._blurEvent), e.removeEventListener("mousemove", this._mouseEvent)
					}
					registerGroup(e) {
						this._groups.push(e)
					}
					unregisterGroup(e) {
						for (let t = this._groups.length; t--;) this._groups[t] === e && this._groups
							.splice(t, 1)
					}
					promoteGroup(e) {
						let t = this._groups.length - 1;
						for (let i = this._groups.length; i--;) {
							if (this._groups[i] === e) return void(i !== t && (this._groups.splice(i,
								1), this._groups.splice(t, 0, e)));
							this._groups[i].modal && (t = i - 1)
						}
					}
					pressedKeys() {
						return this._pressedKeys
					}
				},
				u = h.pressedKeys();

			function d(e) {
				return new c(h, e)
			}

			function p(e) {
				h.listen(e)
			}

			function _(e) {
				h.unlisten(e)
			}
			p(window)
		},
		"m/3z": function(e, t, i) {
			"use strict";
			i.d(t, "d", (function() {
				return d
			})), i.d(t, "c", (function() {
				return p
			})), i.d(t, "b", (function() {
				return _
			})), i.d(t, "a", (function() {
				return m
			}));
			var s = i("lxNp"),
				r = i("/3z9"),
				n = i("d700"),
				o = i("hY0g"),
				a = i.n(o),
				l = i("KnF9");
			const c = new a.a(Boolean(s.pressedKeys.value() & r.Modifiers.Shift)),
				h = new a.a(Boolean(s.pressedKeys.value() & r.Modifiers.Mod)),
				u = new a.a(Boolean(s.pressedKeys.value() & r.Modifiers.Alt));

			function d() {
				return c
			}

			function p() {
				return h
			}

			function _() {
				return new l.a({
					altKey: u.value(),
					ctrlKey: p().value(),
					metaKey: p().value(),
					shiftKey: d().value()
				})
			}
			s.pressedKeys.subscribe(e => {
				c.setValue(Boolean(e & r.Modifiers.Shift)), h.setValue(Boolean(e & r.Modifiers
					.Mod)), u.setValue(Boolean(e & r.Modifiers.Alt))
			});
			class m {
				constructor(e, t) {
					this._pressedKeyCode = null, this._boundKeydownHandler = null, this
						._boundKeyupHandler = null, this._chartWidget = e, this._parent = t, this
						._boundKeydownHandler = this._keydownHandler.bind(this), this
						._boundKeyupHandler = this._keyupHandler.bind(this), this._parent.ownerDocument
						.addEventListener("keydown", this._boundKeydownHandler), this._parent
						.ownerDocument.addEventListener("keyup", this._boundKeyupHandler)
				}
				destroy() {
					null !== this._boundKeydownHandler && (this._parent.ownerDocument
						.removeEventListener("keydown", this._boundKeydownHandler), this
						._boundKeydownHandler = null), null !== this._boundKeyupHandler && (this
						._parent.ownerDocument.removeEventListener("keyup", this
							._boundKeyupHandler), this._boundKeyupHandler = null)
				}
				_keydownHandler(e) {
					this._chartWidget.hasModel() && window.document.activeElement === window.document
						.body && this._chartWidget.isActive() && (this._handleMoveDrawingsKeyDown(e) ||
							this._handleScrollKeyDown(e) || this._handleZoomKeyDown(e)) && e
						.preventDefault()
				}
				_keyupHandler(e) {
					this._chartWidget.hasModel() && this._handleScrollKeyUp(e)
				}
				_handleMoveDrawingsKeyDown(e) {
					const t = 255 & Object(r.hashFromEvent)(e),
						i = this._chartWidget.model();
					switch (t) {
						case 37:
							return i.moveSelectedToolsLeft();
						case 39:
							return i.moveSelectedToolsRight();
						case 38:
							return i.moveSelectedToolsUp();
						case 40:
							return i.moveSelectedToolsDown()
					}
					return !1
				}
				_handleScrollKeyDown(e) {
					if (null !== this._pressedKeyCode) return !1;
					const t = Object(r.hashFromEvent)(e),
						i = 255 & t,
						s = Object(r.modifiersFromEvent)(e);
					let o;
					if (37 === i) o = 1;
					else {
						if (39 !== i) return !1;
						o = -1
					}
					return !(r.isMacKeyboard && s === r.Modifiers.Mod || s !== r.Modifiers.Mod && s !==
						r.Modifiers.Alt && s !== r.Modifiers.None) && (!Object(n.a)(t, e.target) &&
						(this._pressedKeyCode = i, s === r.Modifiers.None ? this._chartWidget
							.scrollHelper().moveByBar(o) : this._chartWidget.scrollHelper().move(o),
							!0))
				}
				_handleScrollKeyUp(e) {
					if (null === this._pressedKeyCode) return !1;
					const t = Object(r.hashFromEvent)(e);
					if (Object(n.a)(t, e.target)) return !1;
					return (255 & t) === this._pressedKeyCode && (this._pressedKeyCode = null, this
						._chartWidget.scrollHelper().stopMove(), !0)
				}
				_handleZoomKeyDown(e) {
					const t = Object(r.hashFromEvent)(e),
						i = 255 & t;
					if (Object(r.modifiersFromEvent)(e) !== r.Modifiers.Mod || Object(n.a)(t, e.target))
						return !1;
					const s = this._chartWidget.model();
					if (38 === i) s.zoomIn();
					else {
						if (40 !== i) return !1;
						s.zoomOut()
					}
					return !0
				}
			}
		},
		"m/cY": function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("tc+8"),
				r = i.n(s);

			function n(e) {
				return new r.a(e)
			}
		},
		mE5r: function(e, t, i) {
			"use strict";
			var s = i("Eyy1"),
				r = i("ikwP"),
				n = i("gAom"),
				o = i("H0vP"),
				a = i("aO4+"),
				l = i("XlJ7"),
				c = i("EsvI"),
				h = i("OsWk"),
				u = i("rL76"),
				d = i("zDbI");
			const p = parseInt(u.labelheight),
				_ = parseInt(u.bottommargin);

			function m(e) {
				return e / 11
			}
			class f {
				constructor() {
					this._wrapper = document.createElement("div"), this._element = document
						.createElement("div"), this._labelElement = document.createElement("div"), this
						._gearElement = document.createElement("div"), this._currentScale = 1, this
						._info = null, this._mode = "auto", this._wrapper.appendChild(this._element),
						this._wrapper.classList.add(u.wrapper), this._element.classList.add(u.label),
						this._labelElement.className = u.symbol, this._element.appendChild(this
							._labelElement), this._gearElement.className = u.gear, this._gearElement
						.innerHTML = h, this._element.appendChild(this._gearElement)
				}
				getElement() {
					return this._wrapper
				}
				setMode(e) {
					this._mode !== e && (this._mode = e)
				}
				align(e, t) {
					const i = m(t);
					Math.abs(i - this._currentScale) > .1 && (this._currentScale = i, Math.abs(this
							._currentScale - 1) > .1 ? this._element.style.transform =
						`scale(${this._currentScale})` : (this._currentScale = 1, this._element
							.style.transform = ""))
				}
				drawLabelForScreenshot(e, t) {
					if (null === this._info || "gear" === this._mode) return;
					const i = Object(l.makeFont)(t.fontSize, d.CHART_FONT_FAMILY);
					e.fillStyle = c.themes[t.theme].getThemedColor("color-price-axis-label-back"), e
						.globalAlpha = .5, e.beginPath();
					const s = m(t.fontSize) * p / 2,
						r = Object(a.point)(t.offset + t.width / 2, t.height / 2);
					e.arc(r.x, r.y, s, 0, 2 * Math.PI, !0), e.fill(), e.globalAlpha = 1, e.fillStyle = c
						.themes[t.theme].getThemedColor("color-price-axis-label-text"), e.textAlign =
						"center", e.font = i, e.textBaseline = "middle", e.fillText(this._info.label, r
							.x, r.y)
				}
				setAxisNameInfo(e) {
					this._info = e, null !== e && (this._labelElement.textContent = e.label)
				}
				static height(e) {
					return (p + _) * e
				}
			}
			var g = i("aIyQ"),
				b = i.n(g),
				v = i("S8xo"),
				S = i("5VQP"),
				y = i("CPmC");
			const w = {
				enableTooltip: !0,
				showLabels: !0,
				enableMenu: !0,
				enableHighlight: !0
			};
			class P {
				constructor(e, t, i, s, n) {
					this._invalidated = !0, this._size = new r.Size(0, 0), this._offset = 0, this
						._axisInfo = null, this._onLabelHovered = new b.a, this._highlighted = !1, this
						._labelMode = "auto", this._fixedLabelMode = null, this
						._canvasConfiguredHandler = () => this.update(), this._isLeft = "left" === e,
						this._rendererOptionsProvider = s.rendererOptionsProvider, this
						._sourcesTitlesProvider = s.sourcesTitlesProvider, this
						._contextMenuItemsProvider = s.contextMenuItemsProvider, this
						._backgroundBasedTheme = s.backgroundBasedTheme, this._getBackgroundTopColor = s
						.getBackgroundTopColor, this._getBackgroundBottomColor = s
						.getBackgroundBottomColor, this._showHorizontalBorder = Boolean(s
							.showHorizontalBorder), this._properties = t, this._axisInfo = i, this
						._labelOptions = {
							...w,
							...n
						}, this._properties.lineColor.subscribe(this, this._onPropertyChanged), this
						._cell = document.createElement("div"), this._cell.classList.add(u[
							"price-axis-stub"]), this._labelOptions.enableTooltip && this._cell
						.classList.add("apply-common-tooltip"), this._cell.style.width = "25px", this
						._cell.style.height = "100%", this._cell.style.position = "absolute", this._cell
						.style.left = "0", this._cell.style.overflow = "hidden", this._labelOptions
						.showLabels ? (this._label = new f,
							this._label.setAxisNameInfo(this._axisInfo), this._cell.appendChild(this
								._label.getElement()), this._labelOptions.enableTooltip && Object(y.b)(
								this._cell, "text", e => this._tooltipContent())) : this._label = null,
						this._mouseEventHandler = new v.MouseEventHandler(this._cell, this, {
							treatHorzTouchDragAsPageScroll: !0,
							treatVertTouchDragAsPageScroll: !0
						}), this._canvasBinding = Object(r.createBoundCanvas)(this._cell, new r.Size(16,
							16)), this._canvasBinding.subscribeCanvasConfigured(this
							._canvasConfiguredHandler);
					const o = this._canvasBinding.canvas;
					o.style.position = "absolute", o.style.left = "0", o.style.top = "0"
				}
				destroy() {
					this._canvasBinding.unsubscribeCanvasConfigured(this._canvasConfiguredHandler), this
						._canvasBinding.destroy(), this._properties.lineColor.unsubscribe(this, this
							._onPropertyChanged), this._mouseEventHandler.destroy()
				}
				mouseEnterEvent(e) {
					this._mouseOrTouchEnterEvent(e)
				}
				touchStartEvent(e) {
					this._mouseOrTouchEnterEvent(e)
				}
				mouseLeaveEvent(e) {
					this._mouseOrTouchLeaveEvent(e)
				}
				touchEndEvent(e) {
					this._mouseOrTouchLeaveEvent(e)
				}
				mouseClickEvent(e) {
					this._mouseClickOrTapEvent(e)
				}
				tapEvent(e) {
					this._mouseClickOrTapEvent(e)
				}
				update() {
					this._invalidated = !0
				}
				getElement() {
					return this._cell
				}
				onLabelHovered() {
					return this._onLabelHovered
				}
				setSizeAndOffset(e, t) {
					if (e.w < 0 || e.h < 0) throw new Error(
						"Try to set invalid size to PriceAxisStub " + JSON.stringify(e));
					this._size.equals(e) || (this._size = e, this._canvasBinding.resizeCanvas({
								width: e.w,
								height: e.h
							}), this._cell.style.width = e.w + "px", this._cell.style.minWidth = e.w +
							"px", this._cell.style.height = e.h + "px", this._invalidated = !0), this
						._offset !== t && (this._offset = t, this._cell.style.left = t + "px")
				}
				paint(e) {
					if (e < o.InvalidationLevel.Full && !this._invalidated) return;
					if (0 === this._size.w || 0 === this._size.h) return;
					this._invalidated = !1;
					const t = Object(r.getContext2D)(this._canvasBinding.canvas);
					this._drawBackground(t, this._canvasBinding.pixelRatio), this._drawVerticalBorder(t,
							this._canvasBinding.pixelRatio), this._showHorizontalBorder && this
						._drawHorizontalBorder(t, this._canvasBinding.pixelRatio)
				}
				hardResetCanvas() {
					Object(r.hardResizeCanvas)(this._canvasBinding, this._size)
				}
				getWidth() {
					return this._size.w
				}
				getImage() {
					const e = Object(r.createDisconnectedCanvas)(document, this._size),
						t = Object(r.getPrescaledContext2D)(e),
						i = this._getBackgroundTopColor(),
						s = this._getBackgroundBottomColor();
					return i === s ? Object(r.clearRect)(t, 0, 0, this._size.w, this._size.h, i) :
						Object(n.clearRectWithGradient)(t, 0, 0, this._size.w, this._size.h, i, s), t
						.drawImage(this._canvasBinding.canvas, 0, 0, this._size.w, this._size.h),
						null !== this._label && this._label.drawLabelForScreenshot(t, {
							offset: 0,
							width: this._size.w,
							height: this._size.h,
							fontSize: this._properties.fontSize.value(),
							theme: this._backgroundBasedTheme.value()
						}), e
				}
				setLabelMode(e) {
					e !== this._labelMode && (this._labelMode = e, null !== this._label && this._label
						.setMode(e), this._cell.classList.toggle(u["fixed-gear"], "gear" === e),
						this._cell.classList.toggle(u["fixed-symbol"], "symbol" === e), this._cell
						.classList.toggle("apply-common-tooltip", "symbol" !== e && this
							._labelOptions.enableTooltip))
				}
				_setHighlighted(e) {
					this._labelOptions.enableHighlight && (this._onLabelHovered.fire("stubButton", e),
						this._highlighted !== e && (this._highlighted = e, this._invalidated = !0))
				}
				_onPropertyChanged() {
					this._invalidated = !0
				}
				_drawVerticalBorder(e, t) {
					const i = this._size.w;
					e.save(), e.fillStyle = this._properties.lineColor.value();
					const s = Math.max(1, Math.floor(this._rendererOptionsProvider.options()
							.borderSize * t)),
						r = this._isLeft ? Math.floor(i * t) - s : 0,
						n = Math.ceil(this._size.h * t);
					e.fillRect(r, 0, s, n + 1), e.restore()
				}
				_drawHorizontalBorder(e, t) {
					e.save(), e.fillStyle = this._properties.lineColor.value();
					const i = Math.max(1, Math.floor(this._rendererOptionsProvider.options()
							.borderSize * t)),
						s = Math.ceil(this._size.w * t),
						r = this._isLeft ? 0 : i;
					e.fillRect(r, 0, s - i, i), e.restore()
				}
				_drawBackground(e, t) {
					const i = Math.ceil(t * this._size.w),
						s = Math.ceil(t * this._size.h),
						o = this._getBackgroundTopColor(),
						a = this._getBackgroundBottomColor();
					if (o === a ? Object(r.clearRect)(e, 0, 0, i + 1, s + 1, o) : Object(n
							.clearRectWithGradient)(e, 0, 0, i + 1, s + 1, o, a), this._highlighted) {
						const t = c.themes[this._backgroundBasedTheme.value()].getThemedColor(
							"color-price-axis-highlight");
						Object(r.fillRect)(e, 0, 0, i + 1, s + 1, t), e.globalAlpha = 1
					}
				}
				_tooltipContent() {
					return this._sourcesTitlesProvider().join("\n")
				}
				_mouseOrTouchEnterEvent(e) {
					null !== this._label && "symbol" !== this._labelMode && this._labelOptions
						.enableHighlight && this._setHighlighted(!0)
				}
				_mouseOrTouchLeaveEvent(e) {
					"symbol" !== this._labelMode && this._setHighlighted(!1)
				}
				_mouseClickOrTapEvent(e) {
					e.preventDefault(), null === this._fixedLabelMode && "symbol" !== this._labelMode &&
						this._labelOptions.enableMenu && this._labelOptions.showLabels ? (this
							._fixedLabelMode = this._labelMode, this.setLabelMode("gear"), S
							.ContextMenuManager.createMenu(this._contextMenuItemsProvider(), {
								statName: "PriceScaleLabelContextMenu"
							}, () => {
								this.setLabelMode(Object(s.ensureNotNull)(this._fixedLabelMode)),
									this._fixedLabelMode = null
							}).then(e => e.show((e, t) => {
								const i = this._cell.getBoundingClientRect();
								return {
									clientX: this._isLeft ? i.left : i.right - e,
									clientY: i.top - Math.min(t, i.top),
									overrideHeight: i.top < t ? i.top : void 0
								}
							}, this.getElement(), !0))) : S.ContextMenuManager.hideAll()
				}
			}
			var C = i("Daqx");
			i.d(t, "a", (function() {
				return x
			}));
			class x {
				constructor(e, t, i, s, n) {
					this._axises = [], this._stubs = [], this._size = new r.Size(0, 0), this
						._onLabelHovered = new b.a, this._scalesProperties = e, this
						._priceAxisWidgetFactory = i, this._rendererOptionsProvider = s
						.rendererOptionsProvider, this._titlesProvider = s.titlesProvider, this
						._stubContextMenuProvider = s.stubContextMenuProvider, this
						._backgroundBasedTheme = s.backgroundBasedTheme, this._getBackgroundTopColor = s
						.getBackgroundTopColor, this._getBackgroundBottomColor = s
						.getBackgroundBottomColor, this._showHorisontalBorder = Boolean(s
							.showHorizontalBorder), this._labelsOptions = {
							...w,
							...n
						};
					const o = this._scalesProperties.childs();
					this._stubProperties = {
							lineColor: o.lineColor,
							fontSize: o.fontSize
						}, this._side = t, this._cell = document.createElement("td"), this._cell
						.classList.add("chart-markup-table", "price-axis-container"), this._cell.style
						.width = "25px", this._cell.style.position = "relative"
				}
				destroy() {
					this.setScales([], 0, 0, 0)
				}
				onLabelHovered() {
					return this._onLabelHovered
				}
				setScales(e, t, i, r) {
					for (; e.length > this._axises.length && this._axises.length < t;) {
						const e = Object(C.a)(this._side, this._axises.length),
							t = this._priceAxisWidgetFactory(this._side, this._rendererOptionsProvider,
								this._scalesProperties, e, this._backgroundBasedTheme);
						this._axises.push(t), this._cell.appendChild(t.getElement())
					}
					for (; e.length < this._axises.length;) {
						const e = Object(s.ensureDefined)(this._axises.pop());
						this._cell.removeChild(e.getElement()), e.destroy()
					}
					for (let t = 0; t < this._axises.length; ++t) this._axises[t].setPriceScale(e[t]);
					const n = t - e.length,
						o = Math.max(0, n);
					for (; this._stubs.length > o;) {
						const e = Object(s.ensureDefined)(this._stubs.pop());
						e.onLabelHovered().unsubscribeAll(this), this._cell.removeChild(e.getElement()),
							e.destroy()
					}
					for (; this._stubs.length < n;) {
						const e = this._labelsOptions.showLabels ? Object(C.a)(this._side, this._stubs
								.length) : null,
							t = this._stubs.length,
							i = new P(this._side, this._stubProperties, e, this._stubParams(t), this
								._labelsOptions);
						i.onLabelHovered().subscribe(this, (t, i) => {
							this._labelsOptions.showLabels && this._labelsOptions
								.enableHighlight && this._onLabelHovered.fire({
									owner: t,
									axis: Object(s.ensureNotNull)(e)
								}, i)
						}), this._stubs.push(i), this._cell.appendChild(i.getElement())
					}
					const a = this._labelsOptions.enableMenu;
					1 === r ? this._stubs.forEach((e, t) => e.setLabelMode(a ? "gear" : "symbol")) :
						this._stubs.forEach((e, t) => e.setLabelMode(t < i && a ? "auto" : "symbol"))
				}
				getElement() {
					return this._cell
				}
				optimalWidths() {
					return this._axises.map(e => e.optimalWidth())
				}
				setSizes(e, t) {
					this._size = new r.Size(t.reduce((e, t) => e + t, 0), e), this._cell.style.width =
						this._size.w + "px", this._cell.style.minWidth = this._size.w + "px", this._cell
						.style.height = this._size.h + "px", t.length !== this._axises.length + this
						._stubs.length && Object(s.assert)(t.length === this._axises.length + this
							._stubs.length, "Widgets count should be the same as widths one");
					let i = 0;
					this._forEachWidgetFromLeft((s, n) => {
						const o = t[n];
						s.setSizeAndOffset(new r.Size(o, e), i), i += o
					})
				}
				update() {
					this._axises.forEach(e => e.update()), this._stubs.forEach(e => e.update())
				}
				paint(e) {
					this._axises.forEach((t, i) => t.paint(e(i))), this._stubs.forEach((t, i) => t
						.paint(e(i)))
				}
				paintStubs(e) {
					this._stubs.forEach(t => t.paint(e))
				}
				hardResetCanvas() {
					this._axises.forEach(e => e.hardResetCanvas()), this._stubs.forEach(e => e
						.hardResetCanvas())
				}
				restoreDefaultCursor() {
					this._axises.forEach(e => e.restoreDefaultCursor())
				}
				getWidth() {
					return this._size.w
				}
				findAxisWidgetForScale(e) {
					const t = this._axises.find(t => t.priceScale() === e);
					return void 0 === t ? null : t
				}
				getScreenshotData() {
					const e = this._getImage();
					return {
						content: e.toDataURL(),
						canvas: e,
						contentHeight: this._size.h,
						contentWidth: this._size.w
					}
				}
				getImage() {
					return this._getImage()
				}
				slotsCount() {
					return this._axises.length + this._stubs.length
				}
				highlightPriceAxisByLabel(e) {
					this._axises.forEach(t => {
						const i = t.axisInfo();
						t.setHighlighted(null !== i && i.equals(e))
					})
				}
				axes() {
					return this._axises
				}
				_stubParams(e) {
					return {
						rendererOptionsProvider: this._rendererOptionsProvider,
						backgroundBasedTheme: this._backgroundBasedTheme,
						sourcesTitlesProvider: () => this._titlesProvider(this._side, e),
						contextMenuItemsProvider: () => this._stubContextMenuProvider(this._side, e),
						getBackgroundTopColor: this._getBackgroundTopColor,
						getBackgroundBottomColor: this._getBackgroundBottomColor,
						showHorizontalBorder: this._showHorisontalBorder
					}
				}
				_getImage() {
					const e = Object(r.createDisconnectedCanvas)(document, this._size),
						t = Object(r.getPrescaledContext2D)(e);
					let i = 0;
					return this._forEachWidgetFromLeft((e, s) => {
						const r = e.getWidth();
						0 !== r && (t.drawImage(e.getImage(), i, 0, r, this._size.h), i += r)
					}), e
				}
				_forEachWidgetFromLeft(e) {
					const t = [...this._axises, ...this._stubs],
						i = "left" === this._side,
						s = i ? -1 : t.length,
						r = i ? -1 : 1;
					for (let n = i ? t.length - 1 : 0; n !== s; n += r) e(t[n], n, t)
				}
			}
		},
		"mKT+": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("QloM");

			function r(e, t, s, r, n) {
				return Promise.all([i.e("redux"), i.e("react"), i.e(1), i.e(3), i.e(4), i.e(6), i.e(8), i.e(
						9), i.e(11), i.e(12), i.e(13), i.e(14), i.e(16), i.e(17), i.e(19), i.e(21),
					i.e(22), i.e(23), i.e(26), i.e(29), i.e(33), i.e(34), i.e(35), i.e(36), i.e(39),
					i.e(42), i.e(43), i.e(45), i.e(49), i.e(50), i.e(59), i.e(64), i.e(65), i.e(86),
					i.e(0), i.e(2), i.e(5), i.e(7), i.e(10), i.e(15), i.e(18), i.e(20), i.e(25), i
					.e(27), i.e(30), i.e(31), i.e(32), i.e(37), i.e(40), i.e(44), i.e(47), i.e(46),
					i.e(55), i.e(58), i.e("new-edit-object-dialog")
				]).then(i.bind(null, "Y5hB")).then(i => {
					const s = new(0, i.EditObjectDialogRenderer)(e, t, r, n);
					return s.show(), s
				})
			}
			var n = i("3ClC");
			let o = null;
			var a = i("USzt"),
				l = i("CW80");
			i.d(t, "resolveAndShowEditObjectDialog", (function() {
				return h
			}));
			const c = {
				[s.TabNames.symbol]: "symbol",
				[s.TabNames.legend]: "legend",
				[s.TabNames.scales]: "scales",
				[s.TabNames.trading]: "trading",
				[s.TabNames.events]: "events",
				[s.TabNames.timezoneSessions]: "appearance",
				[s.TabNames.text]: "text",
				[s.TabNames.style]: "style"
			};
			async function h(e, t, s = {}, h, u) {
				const d = h.activeChartWidget.value();
				if (Object(l.isStudyLineTool)(e) && function(e) {
						return [a.a].some(t => e instanceof t)
					}(e)) return d.propertiesDefinitionsForSource(e).then(i => null !== i ? r(e, t, 0,
					u, i) : null);
				if (Object(n.isStudy)(e) && function(e) {
						const {
							shortId: t
						} = e.metaInfo();
						return "Overlay" === t
					}(e) || Object(l.isLineTool)(e)) return d.propertiesDefinitionsForSource(e).then(
					r => {
						if (null !== r) {
							const {
								tabName: n
							} = s;
							return function(e) {
								return Promise.all([i.e("redux"), i.e("react"), i.e(1), i.e(
										3), i.e(4), i.e(6), i.e(8), i.e(9), i.e(11),
									i.e(12), i.e(13), i.e(14), i.e(16), i.e(17), i
									.e(19), i.e(21), i.e(22), i.e(23), i.e(26), i.e(
										33), i.e(34), i.e(35), i.e(36), i.e(39), i
									.e(42), i.e(43), i.e(45), i.e(49), i.e(65), i.e(
										96), i.e(0), i.e(2), i.e(5), i.e(7), i.e(
										10), i.e(15), i.e(18), i.e(20), i.e(25), i
									.e(
										27), i.e(30), i.e(31), i.e(32), i.e(37), i
									.e(
										40), i.e(44), i.e(47), i.e(58), i.e(
										"source-properties-editor")
								]).then(i.bind(null, "CbZh")).then(t => {
									const i = new(0, t
										.SourcePropertiesEditorRenderer)(e);
									return null !== o && o.hide(), i.show(), o = i,
										i
								})
							}({
								propertyPages: r,
								model: t,
								source: e,
								activePageId: n && c[n]
							})
						}
						return null
					});
				if (Object(n.isStudy)(e) && !Object(n.isESDStudy)(e)) return r(e, t, 0, u); {
					const {
						tabName: t
					} = s, i = Object(n.isESDStudy)(e) ? "events" : t && c[t], r = h
						.getChartPropertiesDialogRenderer();
					return r.setActivePage(i), r.show()
				}
			}
		},
		mMWL: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "toolIsCursor", (function() {
					return d
				})),
				i.d(t, "toolIsMeasure", (function() {
					return p
				})), i.d(t, "resetToCursor", (function() {
					return _
				})), i.d(t, "lockTimeAxisTime", (function() {
					return y
				})), i.d(t, "tool", (function() {
					return w
				})), i.d(t, "iconTool", (function() {
					return P
				})), i.d(t, "cursorTool", (function() {
					return C
				})), i.d(t, "isToolCreatingNow", (function() {
					return x
				})), i.d(t, "isToolEditingNow", (function() {
					return T
				})), i.d(t, "isToolMovingNow", (function() {
					return I
				})), i.d(t, "isDirectionalMovementActive", (function() {
					return M
				})), i.d(t, "createdLineTool", (function() {
					return O
				})), i.d(t, "continuedLineTool", (function() {
					return L
				})), i.d(t, "cancelledLineTool", (function() {
					return A
				})), i.d(t, "beenSetLineToolLastPoint", (function() {
					return E
				})), i.d(t, "startedMovingLineTool", (function() {
					return k
				})), i.d(t, "movedLineTool", (function() {
					return D
				})), i.d(t, "finishedMovingLineTool", (function() {
					return V
				})), i.d(t, "startedChangingLineTool", (function() {
					return B
				})), i.d(t, "changedLineTool", (function() {
					return R
				})), i.d(t, "finishedChangingLineTool", (function() {
					return N
				})), i.d(t, "removedLineTool", (function() {
					return j
				})), i.d(t, "finishedLineTool", (function() {
					return F
				})), i.d(t, "changedLineStyle", (function() {
					return W
				})), i.d(t, "copiedLineTool", (function() {
					return H
				})), i.d(t, "restoredLineTool", (function() {
					return U
				})), i.d(t, "restoredLineToolState", (function() {
					return z
				})), i.d(t, "createLineTool", (function() {
					return Y
				})), i.d(t, "continueLineTool", (function() {
					return K
				})), i.d(t, "cancelLineTool", (function() {
					return J
				})), i.d(t, "setLineToolLastPoint", (function() {
					return Z
				})), i.d(t, "startMovingLineTool", (function() {
					return X
				})), i.d(t, "moveLineTool", (function() {
					return $
				})), i.d(t, "finishMovingLineTool", (function() {
					return Q
				})), i.d(t, "startChangingLineTool", (function() {
					return ee
				})), i.d(t, "changeLineTool", (function() {
					return te
				})), i.d(t, "finishChangingLineTool", (function() {
					return ie
				})), i.d(t, "removeLineTool", (function() {
					return se
				})), i.d(t, "finishLineTool", (function() {
					return re
				})), i.d(t, "changeLineStyle", (function() {
					return ne
				})), i.d(t, "copyLineTool", (function() {
					return oe
				})), i.d(t, "restoreLineTool", (function() {
					return ae
				})), i.d(t, "restoreLineToolState", (function() {
					return le
				})), i.d(t, "init", (function() {
					return ue
				})), i.d(t, "runOnDrawingStateReady", (function() {
					return de
				})), i.d(t, "properties", (function() {
					return pe
				})), i.d(t, "hideAllDrawings", (function() {
					return _e
				})), i.d(t, "hideAllIndicators", (function() {
					return me
				})), i.d(t, "lockDrawings", (function() {
					return fe
				})), i.d(t, "hideMarksOnBars", (function() {
					return ge
				})), i.d(t, "drawOnAllCharts", (function() {
					return be
				})), i.d(t, "lockTimeAxis", (function() {
					return ve
				}));
			var s = i("Eyy1"),
				r = i("m/cY"),
				n = i("Ocx9"),
				o = i("hY0g"),
				a = i.n(o),
				l = i("aIyQ"),
				c = i.n(l),
				h = i("Vdly"),
				u = i("FQhm");

			function d(e) {
				return "cursor" === e || "arrow" === e || "dot" === e
			}

			function p(e) {
				return "measure" === e
			}

			function _(e = !1) {
				if (!e && m) {
					if (m.childs().stayInDrawingMode.value()) return
				}
				w.setValue(C.value())
			}
			let m = null,
				f = null,
				g = null,
				b = null,
				v = null,
				S = null;
			const y = new a.a,
				w = new a.a,
				P = new a.a,
				C = new a.a,
				x = new a.a(!1),
				T = new a.a(!1),
				I = new a.a(!1),
				M = new a.a(!1),
				O = new c.a,
				L = new c.a,
				A = new c.a,
				E = new c.a,
				k = new c.a,
				D = new c.a,
				V = new c.a,
				B = new c.a,
				R = new c.a,
				N = new c.a,
				j = new c.a,
				F = new c.a,
				W = new c.a,
				H = new c.a,
				U = new c.a,
				z = new c.a;

			function G(e, t) {
				const i = t || {
					value: !1
				};
				return t => {
					i.value || (i.value = !0, e.fire(t), i.value = !1)
				}
			}
			const q = {
					value: !1
				},
				Y = G(O, q),
				K = G(L, q),
				J = G(A, q),
				Z = G(E, q),
				X = G(k),
				$ = G(D),
				Q = G(V),
				ee = G(B),
				te = G(R),
				ie = G(N),
				se = G(j),
				re = G(F),
				ne = G(W, q),
				oe = G(H, q),
				ae = G(U),
				le = G(z);
			let ce = !1,
				he = [];

			function ue() {
				ce || (w.setValue(h.getValue("chart.cursorPreference", "cursor")), w.subscribe(e => d(e) &&
						C.setValue(e), {
							callWithLast: !0
						}), C.subscribe(e => {
						e && h.setValue("chart.cursorPreference", e)
					}), m = new n.DefaultProperty("drawings"), f = Object(r.a)(), g = Object(r.a)(), b =
					Object(r.a)(), v = Object(r.a)(), S = Object(r.a)(), f.setValue(!1), g.setValue(!1),
					b.setValue(!1), v.setValue(!1), S.setValue(!1), w.subscribe(() => {
						Object(u.emit)("onSelectedLineToolChanged")
					}), ce = !0, he.forEach(e => e()), he = [])
			}

			function de(e) {
				ce ? e() : he.push(e)
			}

			function pe() {
				return Object(s.ensureNotNull)(m)
			}

			function _e() {
				return Object(s.ensureNotNull)(f)
			}

			function me() {
				return Object(s.ensureNotNull)(g)
			}

			function fe() {
				return Object(s.ensureNotNull)(b)
			}

			function ge() {
				return Object(s.ensureNotNull)(v)
			}

			function be() {
				return pe().childs().drawOnAllCharts
			}

			function ve() {
				return Object(s.ensureNotNull)(S)
			}
		},
		mNbo: function(e, t, i) {
			"use strict";

			function s(e, t = !1) {
				return !1
			}

			function r(e) {
				return e
			}
			i.r(t), i.d(t, "isOnMobileAppPage", (function() {
				return s
			})), i.d(t, "urlWithMobileAppParams", (function() {
				return r
			}))
		},
		mPvX: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolsGroupModel", (function() {
				return o
			}));
			var s = i("aIyQ"),
				r = i.n(s),
				n = i("UqOQ");
			class o {
				constructor(e) {
					this._onChanged = new r.a, this._groups = [], this._groups = e || [], this._groups
						.forEach(e => {
							e.onChanged().subscribe(null, t => this._onChanged.fire(e.id, t))
						})
				}
				groups() {
					return this._groups.filter(e => e.isActualSymbol())
				}
				groupsForAllSymbols() {
					return this._groups
				}
				createGroup(e, t, i) {
					t = t || this._generateNextName();
					const s = new n.a(e, t, i);
					this._groups.push(s), s.onChanged().subscribe(null, e => this._onChanged.fire(s.id,
						e));
					const r = {
						visibilityChanged: !1,
						lockedChanged: !1,
						titleChanged: !1,
						isActualIntervalChanged: !1,
						affectedLineTools: e.map(e => e.id())
					};
					return this._onChanged.fire(s.id, r), s
				}
				addGroup(e) {
					this._groups.push(e), e.onChanged().subscribe(null, t => this._onChanged.fire(e.id,
						t)), this._onChanged.fire(e.id)
				}
				removeGroup(e) {
					const t = this._groups.findIndex(t => t.id === e.id);
					this._groups.splice(t, 1), this._onChanged.fire(e.id)
				}
				groupForId(e) {
					return this._groups.find(t => t.id === e) || null
				}
				groupForLineTool(e) {
					return this._groups.find(t => t.containsLineTool(e)) || null
				}
				removeLineTools(e) {
					this._groups.forEach(t => t.excludeLineTools(e));
					this._groups.filter(e => 0 === e.lineTools().length).forEach(e => this.removeGroup(
						e))
				}
				state(e) {
					return {
						groups: (e ? this._groups.filter(e => e.isActualSymbol()) : this._groups).map(
							e => e.state())
					}
				}
				onChanged() {
					return this._onChanged
				}
				fireChangedAll() {
					this._groups.forEach(e => {
						this._onChanged.fire(e.id)
					})
				}
				static fromState(e, t) {
					const i = [];
					for (const s of t.groups) {
						const t = n.a.fromState(e, s);
						null !== t && i.push(t)
					}
					return new o(i)
				}
				_generateNextName() {
					const e = new Set(this.groups().map(e => e.name()));
					for (let t = 1;; t++) {
						const i = "Group " + t,
							s = "Group_" + t;
						if (!e.has(i) && !e.has(s)) return i
					}
				}
			}
		},
		mZrn: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("FBuY"),
				r = i("JWMC"),
				n = i("+6II");

			function o(e, t = !1) {
				("attachEvent" in document ? "complete" === document.readyState : "loading" !== document
					.readyState) ? t ? setTimeout(() => e(), 1) : e(): document.addEventListener(
					"DOMContentLoaded", () => e())
			}
			new Promise(e => {
				o(e)
			});
			const a = /\b(msie|trident)\b/i.test(navigator.userAgent) ? 1 : 0;

			function l(e) {
				return e.offsetWidth + a < e.scrollWidth
			}
			o(() => {
				document.addEventListener("mouseenter", e => {
					const t = e.target;
					var i;
					t instanceof HTMLElement && t.matches(".apply-overflow-title") && ((i =
							t).getAttribute("title") || i.offsetWidth + a >= i
						.scrollWidth || i.setAttribute("title", i.textContent || ""))
				}, !0), document.addEventListener("mouseenter", e => {
					const t = e.target;
					if (t instanceof HTMLElement && t.matches(".apply-overflow-tooltip")) {
						if (t.matches(".apply-overflow-tooltip--check-children")) {
							let e = !1;
							const i = t.children;
							for (let t = 0; t < i.length; t++) {
								const s = i[t];
								if (s instanceof HTMLElement && l(s)) {
									e = !0;
									break
								}
							}
							if (!e) return
						} else if (!l(t)) return;
						let e = "";
						e = t.matches && t.matches(".apply-overflow-tooltip--allow-text") ?
							t.textContent || "" : Array.from(t.childNodes).reduce((e, t) =>
								(t.nodeType === Node.TEXT_NODE && e.push(t.textContent ||
									""), e), []).join("").trim(), Object(n.c)(t, {
								text: e
							});
						const i = () => {
							Object(n.a)(), ["mouseleave", "mousedown"].forEach(e => t
								.removeEventListener(e, i))
						};
						["mouseleave", "mousedown"].forEach(e => t.addEventListener(e, i))
					}
				}, !0)
			});
			var c = i("aIyQ"),
				h = i.n(c),
				u = i("VVxS"),
				d = i("FIi8");
			let p;

			function _(e) {
				window.iframeAuthWidget && !1 === window.user.profile_data_filled && (window
					.iframeAuthWidget.preventClose = !0);
				const t = window.user.available_offers || {};
				window.TVSettings && window.TVSettings.sync(window.user.settings), window.is_authenticated ?
					(e || (initOfferLoginStateChangeButton(), onGoPro() && window.user.is_pro && window
						.location.reload()), !1 === window.user.profile_data_filled && (Object(r
							.trackEvent)("Conversion", "First login"), delete window.user
						.profile_data_filled)) : (Object.keys(t).forEach(e => {
						const i = e;
						t[i].available_for_anons || delete t[i]
					}), window.user = {
						username: "Guest",
						following: "0",
						followers: "0",
						ignore_list: [],
						available_offers: t
					}, u.TVLocalStorage.removeItem("trial_availiable"))
			}
			p = window.loginStateChange ? window.loginStateChange : window.loginStateChange = new h.a, p
				.subscribe(null, _), s.TVXWindowEvents.on("loginStateChange", e => {
					const t = JSON.parse(e);
					window.user = t.user, window.is_authenticated = !!t.is_authenticated, p.fire()
				}), s.TVXWindowEvents.on("signOut", () => {
					! function() {
						if (window.initData.lfs) {
							const e = document.getElementsByClassName("js-admin-warning")[0];
							document.body.removeChild(e)
						}
						let e = !0;
						[/^\/chart\//, /^\/share-your-love\//].forEach(t => {
							t.test(window.location.pathname) && (e = !1)
						}), e && window.location.reload()
					}()
				}), (() => {
					const e = {};
					window.crossTabSyncUserAttr = e => {
						const t = {};
						e instanceof Array ? e.forEach(e => {
								t[e] = window.user[e]
							}) : t[e] = window.user[e],
							s.TVXWindowEvents.emit("user-obj-changed", JSON.stringify(t))
					}, s.TVXWindowEvents.on("user-obj-changed", t => {
						const i = JSON.parse(t);
						let s;
						for (s in i)
							if (i.hasOwnProperty(s)) {
								window.user[s] = i[s];
								(e[s] || []).forEach(e => {
									e.fire(i[s])
								})
							}
					})
				})(), window.TradingView.changeLoginState = e => {
					window.is_authenticated = !!e, s.TVXWindowEvents.emit("loginStateChange", JSON
						.stringify({
							is_authenticated: window.is_authenticated,
							user: window.user
						})), p.fire()
				}, window.loginUser = function(e, t) {
					window.TVDialogs && window.TVDialogs.signModal && window.TVDialogs.signModal.close(),
						window.user = Object(d.deepExtend)({}, e), window.TradingView.changeLoginState(!0),
						"function" == typeof t && window.TVDialogs && window.TVDialogs.signModal ? window
						.TVDialogs.signModal.on("signinSuccess", () => {
							t()
						}) : "function" == typeof t && t()
				}, window.loginRequiredDelegate = new h.a, window.runOrSignIn = (e, t) => {
					t || (t = {}), e()
				}, window.onLoginStateChange = _, window.TradingView.setTrialAvailiable = e => {
					u.TVLocalStorage.setItem("trial_availiable", e ? "1" : "0")
				}, window.TradingView.notificationsChanged = new h.a
		},
		me8f: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolBalloon", (function() {
				return h
			}));
			var s = i("YFKU"),
				r = i("Ocx9"),
				n = i("Ss5c"),
				o = i("tc+8"),
				a = i.n(o),
				l = i("j3hX");
			const c = Object(s.t)("Comment");
			class h extends n.LineDataSource {
				constructor(e, t) {
					const s = t || h.createProperties();
					super(e, s), i.e("lt-pane-views").then(i.bind(null, "Hyqq")).then(t => {
						this._setPaneViews([new t.BalloonPaneView(this, e)])
					})
				}
				pointsCount() {
					return 1
				}
				name() {
					return "Balloon"
				}
				properties() {
					return super.properties()
				}
				template() {
					const e = super.template();
					return e.text = this.properties().childs().text.value(), e
				}
				static createProperties(e) {
					const t = new r.DefaultProperty("linetoolballoon", e);
					return h._configureProperties(t), t
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text)
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "RhWr")).then(
						e => e.BalloonDefinitionsViewModel)
				}
				static _configureProperties(e) {
					n.LineDataSource._configureProperties(e), e.hasChild("text") || e.addChild(
						"text", new a.a(c)), e.addExclusion("text"), e.addChild("linesColors",
						new l.LineToolColorsProperty([e.childs().borderColor])), e.addChild(
						"textsColors", new l.LineToolColorsProperty([e.childs().color]))
				}
			}
		},
		mf9N: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("GD+X"),
				n = i("96Yh"),
				o = i("ogJP"),
				a = i("RDU5");
			class l extends a.UndoCommand {
				constructor(e, t, i) {
					super("Change Pane Height"), this._model = e, this._paneIndex = t, this
						._paneHeight = i, this._prevStretchFactors = this._model.panes().map(e => e
							.stretchFactor())
				}
				redo() {
					this._model.changePanesHeight(this._paneIndex, this._paneHeight)
				}
				undo() {
					const e = this._model.panes();
					for (let t = 0; t < e.length; ++t) e[t].setStretchFactor(Object(s.ensureDefined)
						(this._prevStretchFactors[t]));
					this._model.fullUpdate()
				}
			}
			i.d(t, "PaneApi", (function() {
				return c
			}));
			class c {
				constructor(e, t) {
					this._priceScales = new WeakMap, this._pane = e, this._chartWidget = t
				}
				hasMainSeries() {
					return this._pane.containsMainSeries()
				}
				getLeftPriceScales() {
					return this._pane.leftPriceScales().map(this._getPriceScaleApi, this)
				}
				getRightPriceScales() {
					return this._pane.rightPriceScales().map(this._getPriceScaleApi, this)
				}
				getMainSourcePriceScale() {
					const e = this._pane.mainDataSource();
					if (null === e) return null;
					const t = e.priceScale();
					return null === t || this._pane.isOverlay(e) ? null : this._getPriceScaleApi(t)
				}
				setMaximized(e) {
					if (this._pane.isMaximized() !== e)
						for (const e of this._chartWidget.paneWidgets())
							if (e.state() === this._pane) {
								this._chartWidget.toggleMaximizePane(e);
								break
							}
				}
				legendLoaded() {
					const e = this._chartWidget.paneByState(this._pane);
					return Boolean(e && e.statusWidget())
				}
				getAllEntities() {
					const e = this._pane.model();
					return this._pane.sourcesByGroup().allIncludingHidden().map(t => Object(n
						.entityForDataSource)(e, t)).filter(o.notNull).filter(e => null !== e.name)
				}
				getHeight() {
					return this._pane.height()
				}
				setHeight(e) {
					const t = this._chartWidget.model().model(),
						i = t.panes();
					Object(s.assert)(i.length > 1,
						"Unable to change pane's height if there is only one pane");
					const r = i.indexOf(this._pane);
					Object(s.assert)(-1 !== r, "Invalid pane index");
					const n = new l(t, r, e);
					this._chartWidget.model().undoHistory().pushUndoCommand(n)
				}
				moveTo(e) {
					const t = this.paneIndex();
					t !== e && (Object(s.assert)(e >= 0 && e < this._chartWidget.paneWidgets().length,
						"Invalid pane index"), this._chartWidget.model().movePane(t, e))
				}
				paneIndex() {
					return this._chartWidget.model().model().panes().indexOf(this._pane)
				}
				_getPriceScaleApi(e) {
					let t = this._priceScales.get(e);
					return void 0 === t && (t = new r.a(this._chartWidget.model(), e), this._priceScales
						.set(e, t)), t
				}
			}
		},
		mkn5: function(e, t, i) {
			"use strict";
			(function(t, s) {
				i("AE9l"), i("YFKU");
				var r = i("UCjq").PaneWidgetBase,
					n = i("1IXQ").scaleRatioForContextMenuTransformer(7),
					o = i("CW80").isLineToolName,
					a = i("YmeR").ActionBinder,
					l = i("7KDR"),
					c = l.Action,
					h = l.Separator,
					u = i("mMWL"),
					d = i("FQhm"),
					p = i("S8xo").MouseEventHandler;
				e.exports.PaneWidget = class extends r {
					constructor(e, i, s, r) {
						super(e, i, s, r), this.setCursorForTool(), this._mouseEventHandler =
							new p(this._topCanvasBinding.canvas, this, {
								treatVertTouchDragAsPageScroll: !this._options.handleScroll
									.vertTouchDrag,
								treatHorzTouchDragAsPageScroll: !this._options.handleScroll
									.horzTouchDrag
							}), this.actions = [], this.readonlyActions = [], this
							._prevHoveredHittest = null, this._chart.withModel(this, (
								function() {
									var e = this._chartUndoModel();
									e.onSimpleZoomIn().subscribe(this, this
											._updateCrosshairOnZoom), e.onSimpleZoomOut()
										.subscribe(this, this._updateCrosshairOnZoom)
								})), this._highlightedPriceAxis = new t({
								owner: "",
								axis: null
							}), this._highlightedPriceAxis.subscribe(function(e) {
								this._highlightPriceAxisByLabel(e.axis)
							}.bind(this)), this._prevPinchScale = 0, this._isDestroyed = !1
					}
					destroy() {
						for (var e in super.destroy(), this._prevHoveredHittest = null, this
								._mouseEventHandler.destroy(), this._rowElement.parentElement
								.removeChild(this._rowElement), this) delete this[e];
						this._isDestroyed = !0
					}
					_highlightPriceAxisByLabel(e) {
						this._lhsPriceAxisesContainer.highlightPriceAxisByLabel(e), this
							._rhsPriceAxisesContainer.highlightPriceAxisByLabel(e)
					}
					chart() {
						return this._chart
					}
					stretchFactor() {
						return this._state ? this._state._stretchFactor : 0
					}
					setStretchFactor(e) {
						this.hasState() && (this._state._stretchFactor = e)
					}
					hideInplaceEditor() {
						return !!this._inplaceEditor && (this._inplaceEditor.remove(), this
							._inplaceEditor = void 0, !0)
					}
					drawRightThere(e) {
						if (o(e)) {
							var t = this._chartUndoModel(),
								i = t.crossHairSource(),
								s = t.model().magnet().align(i.price, i.index, this._state);
							t.createLineTool(this.state(), {
								index: i.index,
								price: s
							}, e)
						}
					}
					createRemoveMenu() {
						var e = this._chart.actions();
						return new c({
							label: window.t("Remove"),
							statName: "Remove",
							subItems: [e.paneRemoveAllStudies, e
								.paneRemoveAllDrawingTools, e
								.paneRemoveAllStudiesDrawingTools
							]
						})
					}
					_customActions() {
						var e = {
								top: [],
								bottom: [],
								remove: []
							},
							t = this._chartUndoModel().timeScale(),
							i = this._state && this._state.defaultPriceScale();
						if (!s.enabled("custom_items_in_context_menu")) return e;
						var r, n = t.isEmpty() ? void 0 : t.indexToUserTime(t.coordinateToIndex(
							this._contextMenuX));
						if (i && !i.isEmpty()) {
							var o = this._state.mainDataSource().firstValue();
							r = i.coordinateToPrice(this._contextMenuY, o)
						}
						return d.emit("onContextMenu", {
							unixtime: n ? n / 1e3 : void 0,
							price: r,
							callback: function(t) {
								[].concat(t).forEach((function(t) {
									var i;
									t.text && (t.text.length > 1 &&
										"-" === t.text[0] ? e.remove
										.push(t.text.slice(1)) : (
											i = "-" === t.text ?
											new h : new c({
												label: t.text,
												onExecute: t
													.click
											}), t.position &&
											"top" === t.position ? e
											.top.push(i) : e.bottom
											.push(i)))
								}))
							}
						}), e
					}
					update() {
						this._lhsPriceAxisesContainer.update(), this._rhsPriceAxisesContainer
							.update(), null !== this._legendWidget && this._legendWidget
							.update(), this.updateControls()
					}
					createActionLockScale(e) {
						if (!(e instanceof TradingView.Series)) return null;
						var t = n(e.priceScale(), this._chartUndoModel().model()
								.mainSeriesScaleRatio()),
							i = new c({
								checkable: e.priceScale().isLockScale(),
								label: window.t("Lock Scale") + " " + t,
								statName: "LockScale"
							});
						return i._binding = new a(i, e.priceScale().properties().lockScale, this
							._chartUndoModel(), "Lock Scale", (function() {
								var t = {
									lockScale: this.value()
								};
								this._undoModel.setPriceScaleMode(t, e.priceScale(),
									this._undoText)
							})), i
					}
					_updateCrosshairOnZoom() {
						if (u.lockTimeAxis().value()) {
							var e = this._chartUndoModel().crossHairSource();
							e.setPosition(e.index, e.price, this.state())
						}
					}
					highlightedPriceAxis() {
						return this._highlightedPriceAxis
					}
				}
			}).call(this, i("hY0g"), i("Kxc7"))
		},
		n0Bl: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "migrateShortcut", (function() {
				return o
			}));
			var s = i("/3z9");

			function r(e) {
				if ("number" == typeof e) return e;
				switch (e.toLowerCase()) {
					case "ctrl":
						return s.Modifiers.Control;
					case "shift":
						return s.Modifiers.Shift;
					case "alt":
						return s.Modifiers.Alt;
					default:
						return e.toUpperCase().charCodeAt(0)
				}
			}

			function n(e) {
				let t = 0;
				for (let i = 0; i < e.length; i++) t |= r(e[i]);
				return t
			}

			function o(e) {
				return "number" == typeof e ? e : "string" == typeof e ? n(e.split("+")) : Array.isArray(
					e) ? n(e) : 0
			}
		},
		n40Z: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolVertLine", (function() {
				return h
			}));
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("Ocx9"),
				o = i("tc+8"),
				a = i.n(o),
				l = i("Ss5c"),
				c = i("GmZZ");
			class h extends l.LineDataSource {
				constructor(e, t) {
					const s = t || h.createProperties();
					super(e, s), this._timeAxisView = new c.a(this), this._paneViewFactory = null,
						this.properties().childs().extendLine.subscribe(this, () => e
							.lightUpdate()),
						i.e("lt-pane-views").then(i.bind(null, "BSCN")).then(t => {
							this._paneViewFactory = i => new t.VertLinePaneView(this, e, i),
								this._model.lightUpdate()
						})
				}
				destroy() {
					this.properties().childs().extendLine.unsubscribeAll(this), super.destroy()
				}
				pointsCount() {
					return 1
				}
				properties() {
					return super.properties()
				}
				name() {
					return "Vertical Line"
				}
				timeAxisViews() {
					return this.isSourceHidden() ? null : this.properties().childs().showTime
						.value() ? [this._timeAxisView] : null
				}
				updateAllViews() {
					super.updateAllViews(), this._timeAxisView.update()
				}
				canHasAlert() {
					return !0
				}
				template() {
					const e = super.template();
					return e.text = this.properties().childs().text.value(), e.showLabel = this
						.properties().childs().showLabel.value(), e
				}
				isMultiPaneAvailable() {
					return !0
				}
				isMultiPaneEnabled() {
					return this.properties().childs().extendLine.value()
				}
				paneViews(e) {
					return e = Object(s.ensureDefined)(e), this.isMultiPaneEnabled() || this._model
						.paneForSource(this) === e ? (null === this._getPaneViews(e) && null !==
							this._paneViewFactory && this._setPaneViews([this._paneViewFactory(e)],
								e, !0), super.paneViews(e)) : null
				}
				priceAxisViews() {
					return null
				}
				priceAxisPoints() {
					return []
				}
				pointToScreenPoint(e) {
					const t = this._model.timeScale();
					if (t.isEmpty()) return [new r.Point(0, 0), new r.Point(0, 0)];
					const i = t.indexToCoordinate(e.index),
						s = new r.Point(i, 0);
					return [s, s]
				}
				convertYCoordinateToPriceForMoving(e) {
					return 0
				}
				static createProperties(e) {
					null != e && (void 0 === e.textOrientation && (e.textOrientation =
						"horizontal"), void 0 === e.extendLine && (e.extendLine = !1));
					const t = new n.DefaultProperty("linetoolvertline", e);
					return h._configureProperties(t), t
				}
				_getAlertPlots() {
					const e = this._points[0],
						t = {
							index: e.index,
							price: e.price + 1
						};
					return [this._linePointsToAlertPlot([e, t], null, !0, !0)]
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "FkpW")).then(
						e => e.VerticalLineDefinitionsViewModel)
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text ||
						""), this.properties().childs().showLabel.setValue(Boolean(e.showLabel))
				}
				static _configureProperties(e) {
					l.LineDataSource._configureProperties(e), e.hasChild("text") || e.addChild(
						"text", new a.a("")), e.addExclusion("text"), e.addExclusion(
						"showLabel")
				}
			}
		},
		n5al: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "isRequiringRestartSeriesStyles", (function() {
					return v
				})), i.d(t, "isRangeBasedStyle", (function() {
					return S
				})), i.d(t, "isRangeStyle", (function() {
					return y
				})), i.d(t, "isTimeBasedStyle", (function() {
					return w
				})), i.d(t, "isValidStyle", (function() {
					return P
				})), i.d(t, "isSingleValueBasedStyle", (function() {
					return C
				})), i.d(t, "setLastUsedStyle", (function() {
					return x
				})), i.d(t, "getLastUsedStyle", (function() {
					return T
				})), i.d(t, "getDefaultStyle", (function() {
					return I
				})), i.d(t, "getChartStyleByResolution", (function() {
					return M
				})), i.d(t, "chartStyleStudyId", (function() {
					return O
				})), i.d(t, "preparePriceAxisProperties", (function() {
					return L
				})), i.d(t, "hasProjection", (function() {
					return E
				})), i.d(t, "isPriceSourceStyle", (function() {
					return k
				})), i.d(t, "getSeriesPriceFormattingState", (function() {
					return D
				})),
				i.d(t, "createSeriesFormatter", (function() {
					return V
				})), i.d(t, "symbolCurrencyConvertible", (function() {
					return B
				})), i.d(t, "symbolCurrency", (function() {
					return R
				})), i.d(t, "symbolOriginalCurrency", (function() {
					return N
				})), i.d(t, "symbolBaseCurrency", (function() {
					return j
				})), i.d(t, "isConvertedToOtherCurrency", (function() {
					return F
				})), i.d(t, "symbolUnitConvertible", (function() {
					return W
				})), i.d(t, "symbolUnit", (function() {
					return H
				})), i.d(t, "symbolOriginalUnit", (function() {
					return U
				})), i.d(t, "isConvertedToOtherUnit", (function() {
					return z
				})), i.d(t, "symbolUnitConvertibleGroupsIfExist", (function() {
					return G
				})), i.d(t, "symbolCurrentContract", (function() {
					return q
				})), i.d(t, "extractSymbolNameFromSymbolInfo", (function() {
					return Y
				})), i.d(t, "symbolTitle", (function() {
					return K
				})), i.d(t, "displayedSymbolName", (function() {
					return J
				})), i.d(t, "displayedSymbolExchange", (function() {
					return Z
				})), i.d(t, "actualSymbol", (function() {
					return X
				})), i.d(t, "proSymbol", (function() {
					return $
				})), i.d(t, "symbolForApi", (function() {
					return Q
				})), i.d(t, "isRegularSessionId", (function() {
					return ee
				}));
			var s = i("Vdly"),
				r = i("dfhE"),
				n = i("LxhU"),
				o = i("kcTO"),
				a = i("Kxc7"),
				l = i("Eyy1"),
				c = i("nEwK"),
				h = i("GH0z");
			const u = a.enabled("pay_attention_to_ticker_not_symbol"),
				d = a.enabled("uppercase_instrument_names"),
				p = a.enabled("charting_library_single_symbol_request"),
				_ = a.enabled("use_ticker_on_symbol_info_update"),
				m = [4, 5, 6, 7, 8],
				f = [4, 5, 6, 7, 8, 11],
				g = [0, 1, 9, 2, 3, 10],
				b = [2, 10, 3];

			function v(e) {
				return -1 !== m.indexOf(e)
			}

			function S(e) {
				return -1 !== f.indexOf(e)
			}

			function y(e) {
				return 11 === e
			}

			function w(e) {
				return -1 !== g.indexOf(e)
			}

			function P(e) {
				return S(e) || w(e)
			}

			function C(e) {
				switch (e) {
					case 3:
					case 10:
					case 2:
						return !0;
					default:
						return !1
				}
			}

			function x(e) {
				P(e) && 11 !== e && s.setValue("chart.lastUsedStyle", e)
			}

			function T() {
				const e = s.getInt("chart.lastUsedStyle");
				return void 0 === e ? 1 : e
			}

			function I(e) {
				return e ? 11 : 1
			}

			function M(e, t) {
				const i = y(t),
					s = n.Interval.isRange(e);
				return !i && s ? I(!0) : i && !s ? I(!1) : t
			}

			function O(e, t) {
				const i = r.SYMBOL_STRING_DATA[e];
				return void 0 === i ? null : t ? `${i.type}-${i.basicStudyVersion}` : i.type
			}

			function L(e) {
				const t = e.priceAxisProperties,
					i = t.lockScale.value(),
					s = 6 === e.style.value();
				(s || i) && (t.log.setValue(!1), t.percentage.setValue(!1)), t.logDisabled.setValue(!(!s &&
					!i)), t.percentageDisabled.setValue(!(!s && !i))
			}
			const A = [4, 7, 5, 6];

			function E(e) {
				return -1 !== A.indexOf(e)
			}

			function k(e) {
				return b.includes(e)
			}

			function D(e, t = "default", i = !1) {
				let s, r, n = 100,
					o = 1;
				if ("default" === t) null != e && (n = e.pricescale, o = e.minmov, s = e.fractional, r = e
					.minmove2);
				else {
					let e = t.split(",");
					3 !== e.length && (e = ["100", "1", "false"]), n = parseInt(e[0]), o = parseInt(e[1]),
						s = "true" === e[2]
				}
				return i && (o = 1), {
					priceScale: n,
					minMove: o,
					fractional: s,
					minMove2: r
				}
			}

			function V(e, t, i = !1) {
				if ("default" === t && null != e && ("volume" === e.formatter || "volume" === e.format))
					return new c.VolumeFormatter(2);
				if ("default" === t && null != e && ("percent" === e.formatter || "percent" === e.format))
					return new h.PercentageFormatter;
				const {
					priceScale: s,
					minMove: r,
					fractional: n,
					minMove2: a
				} = D(e, t, i);
				return new o.PriceFormatter(s, r, n, a)
			}

			function B(e) {
				return null !== e && "spread" !== e.type
			}

			function R(e, t, i) {
				if (null === e) return null;
				const s = !t || i ? e.currency_id : e.currency_code;
				return void 0 === s || "" === s ? null : s
			}

			function N(e, t) {
				return (t ? e.original_currency_code : e.original_currency_id) || R(e, t)
			}

			function j(e) {
				return e.base_currency_id || null
			}

			function F(e) {
				return !(null === e || !B(e)) && (void 0 !== e.original_currency_id && e
					.original_currency_id !== e.currency_id)
			}

			function W(e) {
				return null !== e && "spread" !== e.type
			}

			function H(e) {
				if (null === e) return null;
				const t = e.unit_id;
				return void 0 === t || "" === t ? null : t
			}

			function U(e) {
				return e.original_unit_id || H(e)
			}

			function z(e) {
				return !(null === e || !W(e)) && (void 0 !== e.original_unit_id && e.original_unit_id !== e
					.unit_id)
			}

			function G(e) {
				return null !== e && W(e) ? e.unit_conversion_types || null : []
			}

			function q(e) {
				return "futures" === e.type && e.front_contract || null
			}

			function Y(e, t) {
				let i = e && (e.pro_name || e.full_name || e.name);
				return p && t ? i = t : _ && e && e.ticker && (i = e.ticker), d && i && (i = i
					.toUpperCase()), i
			}

			function K(e, t) {
				return t ? e.name : `${e.name}, ${e.exchange}`
			}

			function J(e) {
				let t = e && (q(e) || e.name) || "";
				return t.length > 40 && (t = t.substr(0, 37) + "..."), t.trim()
			}

			function Z(e) {
				const t = e ? e.exchange : "";
				return d ? t.toUpperCase() : t
			}

			function X(e, t) {
				return null !== e ? e.full_name : t
			}

			function $(e, t) {
				return null !== e ? e.pro_name : t
			}

			function Q(e, t) {
				return u && e ? Object(l.ensureDefined)(e.ticker) : X(e, t)
			}

			function ee(e) {
				return "regular" === e || "us_regular" === e
			}
		},
		nBJD: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			}));
			class s {
				constructor(e) {
					this._text = "", this._color = "", this._size = "13px", this._bold = !1, this
						._statusProvider = e
				}
				text() {
					return this._text
				}
				getSplitTitle() {
					return [this._text]
				}
				color() {
					return this._statusProvider.color()
				}
				bold() {
					return this._bold
				}
				size() {
					return this._size
				}
			}
		},
		nEwK: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PLACE_HOLDER", (function() {
				return a
			})), i.d(t, "VolumeFormatter", (function() {
				return l
			}));
			var s = i("YFKU"),
				r = i("zXvd"),
				n = i("ogJP"),
				o = i("ivNn");
			const a = "---";
			class l {
				constructor(e) {
					this.type = "volume", this._numericFormatter = new r.NumericFormatter, this
						._fractionalValues = void 0 !== e && e > 0, this._precision = e
				}
				state() {
					return {
						precision: this._precision
					}
				}
				format(e, t) {
					if (!Object(n.isNumber)(e)) return a;
					let i = "";
					return e < 0 ? (i = "−", e = -e) : e > 0 && t && (i = "+"), e >= 1e100 ? Object(s.t)
						("N/A") : (!this._fractionalValues || e >= 995 ? e = Math.round(e) : this
							._fractionalValues && (e = +e.toFixed(this._precision)), e < 995 ? i + this
							._formatNumber(e) : e < 999995 ? i + this._formatNumber(e / 1e3) + "K" : e <
							999999995 ? (e = 1e3 * Math.round(e / 1e3), i + this._formatNumber(e /
								1e6) + "M") : e < 999999999995 ? (e = 1e6 * Math.round(e / 1e6), i +
								this._formatNumber(e / 1e9) + "B") : (e = 1e9 * Math.round(e / 1e9), i +
								this._formatNumber(e / 1e12) + "T"))
				}
				parse(e) {
					if ("---" === e) return {
						error: "not a number",
						res: !1,
						value: NaN
					};
					const t = {
							K: 1e3,
							M: 1e6,
							B: 1e9
						},
						i = e.slice(-1);
					if (t.hasOwnProperty(i)) {
						const s = this._numericFormatter.parse(e.slice(0, -1));
						return Object(n.isNumber)(s) ? {
							res: !0,
							value: s * t[i]
						} : {
							error: "not a number",
							res: !1,
							value: NaN
						}
					} {
						const t = this._numericFormatter.parse(e);
						return Object(n.isNumber)(t) ? {
							res: !0,
							value: t
						} : {
							error: "not a number",
							res: !1,
							value: NaN
						}
					}
				}
				static serialize(e) {
					return e.state()
				}
				static deserialize(e) {
					return new l(e.precision)
				}
				_formatNumber(e) {
					return this._fractionalValues && (e = Object(o.fixComputationError)(e)), this
						._numericFormatter.format(e).replace(/(\.[1-9]*)0+$/, (e, t) => t)
				}
			}
		},
		nW7S: function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("aO4+").Point,
					r = i("Ss5c").LineDataSource,
					n = i("Ocx9").DefaultProperty;
				class o extends e {
					constructor(e) {
						super(), this._lineSource = e
					}
					value() {
						var e = 180 * this._lineSource._angle / Math.PI;
						return Math.round(e)
					}
					setValue(e) {
						var t = e * Math.PI / 180;
						this._lineSource._angle = t;
						var i = this._lineSource.pointToScreenPoint(this._lineSource.points()[0])[
								0],
							r = Math.cos(this._lineSource._angle),
							n = -Math.sin(this._lineSource._angle),
							o = new s(r, n),
							a = i.addScaled(o, this._lineSource._distance),
							l = this._lineSource.screenPointToPoint(a);
						this._lineSource._points[1] = l, this._lineSource._model.updateSource(this
								._lineSource), this._lineSource.updateAllViews(), this._lineSource
							._model.updateSource(this._lineSource)
					}
				}
				class a extends r {
					constructor(e, t) {
						super(e, t || a.createProperties()), this._properties.addChild("angle",
								new o(this)), i.e("lt-pane-views").then(i.t.bind(null, "XHET", 7))
							.then(({
								TrendAnglePaneView: e
							}) => {
								this._setPaneViews([new e(this, this._model)])
							})
					}
					isSynchronizable() {
						return !1
					}
					pointsCount() {
						return 2
					}
					name() {
						return "Trend Angle"
					}
					_calculateAngle() {
						var e = this.pointToScreenPoint(this.points()[0])[0],
							t = this.pointToScreenPoint(this.points()[1])[0],
							i = t.subtract(e);
						i.length() > 0 ? (i = i.normalized(), this._angle = Math.acos(i.x), i.y >
							0 && (this._angle = -this._angle), this._distance = t.subtract(e)
							.length()) : delete this._angle, this.properties().hasOwnProperty(
							"angle") && this.properties().angle.listeners().fire(this
							.properties().angle)
					}
					addPoint(e, t) {
						var i = r.prototype.addPoint.call(this, e, t);
						return i && this._calculateAngle(), i
					}
					setLastPoint(e, t) {
						super.setLastPoint(e, t), this.points().length > 1 && this._calculateAngle()
					}
					axisPoints() {
						if (this.points().length < 2) return [];
						var e = [this.points()[0]],
							t = this.pointToScreenPoint(this.points()[0])[1],
							i = Math.cos(this._angle) * this._distance,
							r = -Math.sin(this._angle) * this._distance,
							n = t.add(new s(i, r)),
							o = this.screenPointToPoint(n);
						return e.push(o), e
					}
					setPoint(e, t, i) {
						super.setPoint(e, t, i), this.points().length > 1 && 1 === e && this
							._calculateAngle()
					}
					restoreData(e) {
						this._angle = e.angle, this._distance = e.distance
					}
					state(e) {
						var t = r.prototype.state.call(this, e);
						return t.angle = this._angle, t.distance = this._distance, t
					}
					cloneData(e) {
						this._angle = e._angle, this._distance = e._distance
					}
					canHasAlert() {
						return !0
					}
					_getAlertPlots() {
						return [this._linePointsToAlertPlot(this._points, null, this.properties()
							.extendLeft.value(), this.properties().extendRight.value())]
					}
					async _getPropertyDefinitionsViewModelClass() {
						return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null,
							"o1gc"))).TrendAngleDefinitionsViewModel
					}
					_snapTo45DegreesAvailable() {
						return !0
					}
					static createProperties(e) {
						var t = new n("linetooltrendangle", e);
						return a._configureProperties(t), t
					}
					static _configureProperties(e) {
						r._configureProperties(e)
					}
				}
				t.LineToolTrendAngle = a
			}).call(this, i("tc+8"))
		},
		"nd9+": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolGannComplex", (function() {
				return h
			}));
			var s = i("aO4+"),
				r = i("Eyy1"),
				n = i("T6Of"),
				o = i("Ss5c"),
				a = i("FaJS"),
				l = i("LAp3"),
				c = i("j3hX");
			class h extends o.LineDataSource {
				constructor(e, t) {
					super(e, t || h.createProperties()), this.version = 2, this
						._scaleRatioFormatter = new n.LimitedPrecisionNumericFormatter(7), i.e(
							"lt-pane-views").then(i.bind(null, "X4Cb")).then(({
							GannComplexPaneView: e
						}) => {
							this._setPaneViews([new e(this, this.model())])
						});
					const s = this.properties();
					this._adjustScaleRatio(s), s.subscribe(this, this._adjustScaleRatio), s.childs()
						.scaleRatio.subscribe(this, this._correctFirstPoint), this
						._syncStateExclusions = ["scaleRatio"], s.addExclusion("scaleRatio"), this
						.properties().onRestoreFactoryDefaults().subscribe(this, this
							._handleRestoringFactoryDefaults), this._onTemplateApplying.subscribe(
							this, this._handleTemplateApplying), this._onTemplateApplied.subscribe(
							this, this._correctFirstPoint)
				}
				properties() {
					return super.properties()
				}
				migrateVersion(e, t, i) {
					1 === e && (this._points.length >= this.pointsCount() ? setTimeout(() => this
							._migratePoint()) : this._timePoint.length >= this.pointsCount() &&
						this._pointAdded.subscribe(this, this._migratePoint))
				}
				destroy() {
					const e = this.properties();
					e.unsubscribe(this, this._adjustScaleRatio), e.childs().scaleRatio.unsubscribe(
							this, this._correctFirstPoint), this.properties()
						.onRestoreFactoryDefaults().unsubscribe(this, this
							._handleRestoringFactoryDefaults), this._onTemplateApplying.unsubscribe(
							this, this._handleTemplateApplying), this._onTemplateApplied
						.unsubscribe(this, this._correctFirstPoint), super.destroy()
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Gann Square"
				}
				addPoint(e, t, i) {
					this._points.length > 1 && this._points.pop();
					const s = super.addPoint(e, t, i),
						n = this.priceScale();
					return !Object(r.ensureNotNull)(n).isLog() && s && this._correctFirstPoint(), s
				}
				setPoint(e, t, i) {
					super.setPoint(e, t, i), void 0 !== i && i.shift() ? this._correctPoint(e) :
						this._correctScaleRatio()
				}
				setLastPoint(e, t) {
					const i = this.priceScale();
					Object(r.ensureNotNull)(i).isLog() || (this._points[1] = e, this._correctPoint(
						1)), super.setLastPoint(e, t)
				}
				isReversed() {
					return this.properties().childs().reverse.value()
				}
				levelsCount() {
					return this.properties().childs().levels.childCount()
				}
				levels() {
					const e = [],
						t = this.properties().childs(),
						i = t.levels.childCount();
					for (let s = 0; s < i; s++) {
						const i = t.levels.childs()[s].childs();
						e.push({
							index: s,
							visible: i.visible.value(),
							color: i.color.value(),
							width: i.width.value()
						})
					}
					return e
				}
				fanLinesCount() {
					return this.properties().childs().fanlines.childCount()
				}
				fanLines() {
					const e = [],
						t = this.properties().childs(),
						i = t.fanlines.childCount();
					for (let s = 0; s < i; s++) {
						const i = t.fanlines.childs()[s].childs();
						e.push({
							index: s,
							visible: i.visible.value(),
							x: i.x.value(),
							y: i.y.value(),
							color: i.color.value(),
							width: i.width.value()
						})
					}
					return e
				}
				arcsCount() {
					return this.properties().childs().arcs.childCount()
				}
				arcs() {
					const e = [],
						t = this.properties().childs(),
						i = t.arcs.childCount();
					for (let s = 0; s < i; s++) {
						const i = t.arcs.childs()[s].childs();
						e.push({
							index: s,
							visible: i.visible.value(),
							x: i.x.value(),
							y: i.y.value(),
							color: i.color.value(),
							width: i.width.value()
						})
					}
					return e
				}
				arcsBackgroundTransparency() {
					return this.properties().childs().arcsBackground.childs().transparency.value()
				}
				isArcsBackgroundFilled() {
					return this.properties().childs().arcsBackground.childs().fillBackground.value()
				}
				isLabelsVisible() {
					return this.properties().childs().showLabels.value()
				}
				getLabelsStyle() {
					const e = this.properties().childs(),
						{
							font: t,
							fontSize: i,
							bold: s,
							italic: r
						} = e.labelsStyle.childs(),
						n = e.levels.childCount();
					return {
						textColor: e.levels.childs()[n - 1].childs().color.value(),
						font: t.value(),
						fontSize: i.value(),
						bold: s.value(),
						italic: r.value()
					}
				}
				getScaleRatioStep() {
					return 1e-7
				}
				getScaleRatioFormatter() {
					return this._scaleRatioFormatter
				}
				getPriceDiff() {
					const e = this.points();
					if (e.length < 2) return null;
					const [t, i] = e;
					return i.price - t.price
				}
				getIndexDiff() {
					const e = this.points();
					if (e.length < 2) return null;
					const [t, i] = e;
					return i.index - t.index
				}
				getScaleRatio() {
					const e = this.getPriceDiff(),
						t = this.getIndexDiff();
					return null !== e && null !== t && 0 !== t ? Math.abs(e / t) : null
				}
				static createProperties(e) {
					const t = Object(l.a)("linetoolganncomplex", e);
					return h._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "WfUZ")).then(
						e => e.GannComplexAndFixedDefinitionsViewModel)
				}
				static _configureProperties(e) {
					o.LineDataSource._configureProperties(e);
					const t = [],
						i = [],
						s = e.childs(); {
						const e = s.levels.childCount();
						for (let r = 0; r < e; r++) {
							const e = s.levels.childs()[r].childs();
							t.push(e.width), i.push(e.color)
						}
					} {
						const e = s.fanlines.childCount();
						for (let r = 0; r < e; r++) {
							const e = s.fanlines.childs()[r].childs();
							t.push(e.width), i.push(e.color)
						}
					} {
						const e = s.arcs.childCount();
						for (let r = 0; r < e; r++) {
							const e = s.arcs.childs()[r].childs();
							t.push(e.width), i.push(e.color)
						}
					}
					e.addChild("linesColors", new c.LineToolColorsProperty(i)), e.addChild(
						"linesWidths", new c.LineToolWidthsProperty(t))
				}
				_correctScaleRatio() {
					const e = this.properties().childs(),
						t = this.getScaleRatio();
					e.scaleRatio.setValue(t)
				}
				_getAdjustedScaleRatio() {
					const e = this.model().mainSeries().priceScale(),
						t = this.model().timeScale();
					return Object(a.scaleRatio)(t, e)
				}
				_adjustScaleRatio(e) {
					const t = e.scaleRatio.value();
					"" !== t && null !== t || e.scaleRatio.setValue(this._getAdjustedScaleRatio())
				}
				_correctPoint(e) {
					if (this._points.length < 2) return;
					const t = this.getIndexDiff();
					if (null === t) return;
					const i = this.properties().childs().scaleRatio.value();
					if (null !== i) {
						const s = this._points[e],
							r = 0 === e ? this._points[1] : this._points[0],
							n = s.price - r.price > 0,
							o = s.index - r.index > 0;
						let a = n && !o || !n && o ? -1 : 1;
						0 === e && (a = -a), s.price = r.price + a * t * i, this._pointChanged.fire(
							e)
					}
					this.normalizePoints()
				}
				_correctFirstPoint() {
					this._correctPoint(this.isReversed() ? 0 : 1)
				}
				_handleRestoringFactoryDefaults() {
					this.properties().childs().scaleRatio.setValue(this._getAdjustedScaleRatio())
				}
				_handleTemplateApplying(e) {
					"" === e.scaleRatio && (e.scaleRatio = this._getAdjustedScaleRatio())
				}
				_migratePoint() {
					if (this.points().length < this.pointsCount()) return;
					const e = this._getScreenPoints();
					if (null === e) return;
					const t = this.screenPointToPoint(e[1]);
					this.setPoint(1, t), this._pointAdded.unsubscribe(this, this._migratePoint)
				}
				_getScreenPoints() {
					const e = this._calcAngle();
					if (null === e) return null;
					let [t, i] = this.points();
					this.isReversed() && ([t, i] = [i, t]);
					const r = this.pointToScreenPoint(t)[0],
						n = this.pointToScreenPoint(i)[0],
						o = Math.sqrt(Math.pow(r.x - n.x, 2) + Math.pow(r.y - n.y, 2)),
						a = new s.Point(Math.cos(e), -Math.sin(e)),
						l = a.normalized(),
						c = l.x < 0 ? -1 : 1,
						h = l.y < 0 ? -1 : 1;
					return [r.addScaled(a, o), r.add(new s.Point(5 * o * c, 5 * o * h))]
				}
				_calcAngle() {
					const [e, t] = this.points(), i = this.pointToScreenPoint(e)[0];
					let s = this.pointToScreenPoint(t)[0].subtract(i);
					if (s.length() > 0) {
						s = s.normalized();
						let e = Math.acos(s.x);
						return s.y > 0 && (e = -e), e
					}
					return null
				}
			}
		},
		nda6: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "TimeSpanFormatter", (function() {
				return s
			}));
			i("YFKU");
			class s {
				format(e) {
					const t = e < 0;
					e = Math.abs(e);
					const i = Math.floor(e / 86400);
					e -= 86400 * i;
					const s = Math.floor(e / 3600);
					e -= 3600 * s;
					const r = Math.floor(e / 60);
					e -= 60 * r;
					let n = "";
					return i && (n += i + window.t("d", {
						context: "dates"
					}) + " "), s && (n += s + window.t("h", {
						context: "dates"
					}) + " "), r && (n += r + window.t("m", {
						context: "dates"
					}) + " "), e && (n += e + window.t("s", {
						context: "dates"
					}) + " "), t && (n = "-" + n), n.trim()
				}
			}
		},
		"ng+v": function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("aO4+"),
				r = i("Eyy1"),
				n = i("FQhm"),
				o = i("txPx"),
				a = i("fgLi"),
				l = i("mMWL"),
				c = i("aIyQ"),
				h = i.n(c),
				u = i("tc+8"),
				d = i.n(u),
				p = i("j3hX");
			class _ extends d.a {
				constructor(e, t) {
					super(), this._lineSource = e, this._pointIndex = t, e.pointAdded().subscribe(
						this, e => {
							this._pointIndex === e && this._listeners.fire(this)
						}), e.pointChanged().subscribe(this, e => {
						this._pointIndex === e && this._listeners.fire(this)
					})
				}
				value() {
					const e = this._lineSource.points()[this._pointIndex].price,
						t = Object(r.ensureNotNull)(this._lineSource.ownerSource()).formatter();
					if (t.parse) {
						const i = t.format(e),
							s = t.parse(i);
						return s.res ? s.value : e
					}
					return e
				}
				setValue(e) {
					const t = this._lineSource.points()[this._pointIndex];
					t.price = parseFloat("" + e), this._lineSource.startChanging(this._pointIndex,
							t), this._lineSource.setPoint(this._pointIndex, t), this._lineSource
						.model().updateSource(this._lineSource), this._listeners.fire(this);
					const i = this._lineSource.endChanging(!0, !1);
					this._lineSource.syncMultichartState(i)
				}
			}
			var m = i("j8de"),
				f = i("LxhU"),
				g = i("dOnf"),
				b = i("Ocx9"),
				v = i("WkOR"),
				S = i("n5al"),
				y = i("hY0g"),
				w = i.n(y),
				P = i("H0vP"),
				C = i("pPtI"),
				x = i("eCE5");
			i.d(t, "LineDataSourceBase", (function() {
				return O
			}));
			const T = Object(o.getLogger)("Chart.LineDataSource");
			class I {
				constructor() {
					this._states = []
				}
				start(e) {
					this._states.push(e)
				}
				finish(e) {
					const t = Object(r.ensureDefined)(this._states.pop());
					return s = t, (i = e).length !== s.length ? {
						indexesChanged: !0,
						pricesChanged: !0
					} : i.reduce((e, t, i) => {
						const r = s[i];
						return e.indexesChanged = e.indexesChanged || t.index !== r.index, e
							.pricesChanged = e.pricesChanged || t.price !== r.price, e
					}, {
						indexesChanged: !1,
						pricesChanged: !1
					});
					var i, s
				}
				isEmpty() {
					return 0 === this._states.length
				}
			}
			let M = 0;
			class O extends a.DataSource {
				constructor(e, t) {
					super(), this._currentPointsetId = null, this._pointChanged = new h.a, this
						._pointAdded = new h.a, this._alertUndoMode = !1, this._priceAxisViews = [],
						this._timeAxisViews = [], this._timePoint = [], this._points = [], this
						._lastPoint = null, this._paneViews = new Map, this
						._normalizedPointsChanged = new h.a,
						this._fixedPointsChanged = new h.a, this._changeStatesStack = new I, this
						._startMovingPoint = null, this._currentMovingPoint = null, this
						._fixedPoints = [], this._isActualSymbol = !1, this._isActualInterval = !1,
						this._isActualCurrency = !1, this._isActualUnit = !1, this
						._onIsActualIntervalChange = new h.a, this._linkKey = new w.a(null), this
						._model = e, this._properties = t, this.localAndServerAlertsMismatch = !1, e
						.mainSeries().symbolResolved().subscribe(this, this
							._onMainSeriesSymbolResolved)
				}
				destroy() {
					this._paneViews.forEach((e, t) => this._destroyPanePaneViews(t)), this._model
						.mainSeries().symbolResolved().unsubscribeAll(this)
				}
				linkKey() {
					return this._linkKey
				}
				boundToSymbol() {
					return !0
				}
				points() {
					const e = [];
					for (let t = 0; t < this._points.length; t++) {
						const i = this._points[t];
						e.push({
							index: i.index,
							price: i.price,
							time: i.time
						})
					}
					return this._lastPoint && e.push({
							index: this._lastPoint.index,
							price: this._lastPoint.price
						}), !this.isFixed() && this._currentMovingPoint && this._startMovingPoint &&
						this._correctPoints(e), e
				}
				timeAxisPoints() {
					return this.points()
				}
				priceAxisPoints() {
					return this.points()
				}
				normalizedPoints() {
					return this._timePoint
				}
				normalizedPointsChanged() {
					return this._normalizedPointsChanged
				}
				fixedPointsChanged() {
					return this._fixedPointsChanged
				}
				widthsProperty() {
					var e;
					return null !== (e = this._properties.childs().linesWidths) && void 0 !== e ?
						e : null
				}
				lineColorsProperty() {
					var e;
					return null !== (e = this._properties.childs().linesColors) && void 0 !== e ?
						e : null
				}
				backgroundColorsProperty() {
					var e;
					return null !== (e = this._properties.childs().backgroundsColors) && void 0 !==
						e ? e : null
				}
				textColorsProperty() {
					var e;
					return null !== (e = this._properties.childs().textsColors) && void 0 !== e ?
						e : null
				}
				pointsProperty() {
					return this._pointsProperty
				}
				startMoving(e, t, i, s) {
					this.isFixed() && this.restoreFixedPoints(), this._startMovingPoint = e
				}
				move(e, t, i, s) {
					if (i && (i.shiftOnly() || i.controlShift()))
						if (this.isFixed()) {
							const t = this._alignScreenPointHorizontallyOrVertically(Object(r
								.ensureDefined)(e.screen));
							this._currentMovingPoint = {
								screen: t
							}
						} else {
							const t = this._alignPointHorizontallyOrVertically(Object(r
								.ensureDefined)(e.logical));
							this._currentMovingPoint = {
								logical: t
							}
						}
					else this._currentMovingPoint = e;
					this.updateAllViews()
				}
				endMoving(e, t) {
					let i = !1,
						s = !1;
					if (this._currentMovingPoint && this._startMovingPoint) {
						if (this.isFixed()) this._correctFixedPoints(this._fixedPoints) && this
							._fixedPointsChanged.fire();
						else {
							const e = Object(r.ensureDefined)(this._currentMovingPoint.logical),
								t = Object(r.ensureDefined)(this._startMovingPoint.logical);
							i = e.index !== t.index, s = e.price !== t.price;
							if (this._correctPoints(this._points)) {
								n.emit("drawing_event", this._id, "move");
								for (let e = 0; e < this._points.length; e++) this._pointChanged
									.fire(e)
							}
						}
						this._startMovingPoint = null, this._currentMovingPoint = null
					}
					const o = {
						indexesChanged: i,
						pricesChanged: s
					};
					return this.isFixed() ? (this.calcPositionPercents(), this.updateAllViews(),
						o) : (this.updateAllViews(), i && !e ? (this._properties.childs()
							.interval
							.setValue(this._model.mainSeries().interval()), this
							.normalizePoints(), this.createServerPoints()) : (this
							._copyPricesWithoutNormalization(), this._normalizedPointsChanged
							.fire()),
						(s || i) && this.synchronizeAlert(!this._alertUndoMode), o)
				}
				startMovingPoint() {
					return this._startMovingPoint ? {
						...this._startMovingPoint
					} : null
				}
				currentMovingPoint() {
					return this._currentMovingPoint ? {
						...this._currentMovingPoint
					} : null
				}
				startChanging(e, t) {
					void 0 !== e && void 0 !== t && (e < this._priceAxisViews.length && this
						._priceAxisViews[e].setActive(!0), e < this._timeAxisViews.length &&
						this._timeAxisViews[e].setActive(!0)), this._changeStatesStack.start(
						this.points())
				}
				endChanging(e, t) {
					const i = this._changeStatesStack.finish(this.points());
					i.indexesChanged && this._changeStatesStack.isEmpty() ? (this._properties
						.childs().interval.setValue(this._model.mainSeries().interval()), this
						.normalizePoints(), t || this.createServerPoints()) : (this
						._copyPricesWithoutNormalization(), this._normalizedPointsChanged.fire()
					);
					for (let e = 0; e < this._priceAxisViews.length; e++) this._priceAxisViews[e]
						.setActive(!1);
					for (let e = 0; e < this._timeAxisViews.length; e++) this._timeAxisViews[e]
						.setActive(!1);
					return this.synchronizeAlert(!e), i
				}
				setPoint(e, t, i, s) {
					if (i && i.shift() && this._snapTo45DegreesAvailable()) {
						const i = 0 === e ? 1 : e - 1;
						this._snapPoint45Degree(t, this.points()[i])
					}
					this._points[e].index === t.index ? (this._points[e].price = t.price, this
						._pointChanged.fire(e)) : (this._points[e] = t, this._pointChanged.fire(
						e))
				}
				getPoint(e) {
					return this.points()[e] || null
				}
				setLastPoint(e, t) {
					this._lastPoint = this._preparePoint(e, t), this.updateAllViews()
				}
				lastPoint() {
					return this._lastPoint
				}
				getChangePointForSync(e) {
					return this.getPoint(e)
				}
				setPoints(e) {
					this._points = e
				}
				clearData() {
					this._points = []
				}
				denormalizeTimePoints() {
					let e = [];
					for (let t = 0; t < this._timePoint.length; t++) {
						const i = this._model.timeScale().denormalizeTimePoint(this._timePoint[t]);
						if (void 0 === i) {
							e = [];
							break
						}
						e.push({
							index: i,
							price: this._timePoint[t].price
						})
					}
					e.length > 0 && (this._points = e)
				}
				restorePoints(e, t, i) {
					this._timePoint = Object(g.deepCopy)(e), this._points = t, i || this
						.denormalizeTimePoints()
				}
				calcIsActualSymbol() {
					if (this._model.mainSeries().hasDelayedSymbolIntervalChange()) return;
					const e = this.ownerSource();
					if (null === e) this._isActualSymbol = !1;
					else {
						const t = Object(r.ensureNotNull)(e.symbolSource());
						this._migrateSymbolProperty();
						const i = this._properties.childs().symbol,
							s = i.value();
						if (this._isActualSymbol = t.symbolSameAsCurrent(s), this._isActualSymbol) {
							const e = t.symbol();
							Object(v.a)(s, e) || (T.logWarn(
								'Possible drawing "migrating" detected from "' + s +
								'" to "' + e + '"'), T.logWarn("Series symbolInfo: " + JSON
								.stringify(t.symbolInfo())), T.logWarn("" + (new Error)
								.stack)), i.setValue(e)
						}
					}
					this.calcIsActualInterval(), this.calcIsActualCurrency(), this
						.calcIsActualUnit(), this._onSourceHiddenMayChange()
				}
				calcIsActualCurrency() {
					const e = this.ownerSource();
					if (null === e) return void(this._isActualCurrency = !1);
					const t = this._properties.childs().currencyId.value();
					if (null !== t) {
						const i = e.symbolSource();
						if (null === i) return;
						this._isActualCurrency = t === Object(S.symbolCurrency)(i.symbolInfo(),
							void 0, !0)
					} else {
						const t = Object(r.ensureNotNull)(e.symbolSource()).symbolInfo();
						this._isActualCurrency = null !== t && Object(S.symbolCurrency)(t) ===
							Object(S.symbolOriginalCurrency)(t)
					}
					this._onSourceHiddenMayChange()
				}
				calcIsActualUnit() {
					const e = this.ownerSource();
					if (null === e) return void(this._isActualUnit = !1);
					const t = this._properties.childs().unitId.value();
					if (null !== t) this._isActualUnit = t === Object(r.ensureNotNull)(e
						.symbolSource()).unit();
					else {
						const t = Object(r.ensureNotNull)(e.symbolSource()).symbolInfo();
						this._isActualUnit = null !== t && Object(S.symbolUnit)(t) === Object(S
							.symbolOriginalUnit)(t)
					}
					this._onSourceHiddenMayChange()
				}
				calcIsActualInterval() {
					const e = this._isActualInterval,
						t = this._properties,
						i = this._model.mainSeries();
					this._isActualInterval = Object(x.a)(f.Interval.parse(i.interval()), t.childs()
							.intervalsVisibilities), !this._isActualInterval && this._model
						.selection().isSelected(this) && this._model.selectionMacro(e => e
							.removeSourceFromSelection(this)), this._isActualInterval !== e && this
						._onIsActualIntervalChange.fire(), this._onSourceHiddenMayChange()
				}
				paneViews(e) {
					if (this.isSourceHidden()) return null;
					const t = this._getPaneViews(this.isMultiPaneAvailable() ? e : void 0);
					if (null === t) return null;
					if (1 === t.length) return [t[0]];
					const i = [];
					for (let e = t.length - 1; e >= 0; --e) i.push(t[e]);
					return i
				}
				detachAlert() {
					const e = this.getAlertSync();
					if (e && this._alertCallbacks) {
						const t = this._alertCallbacks;
						e.off("destroy", t.remove), e.off("change:hovered", t.hovered), e.off(
							"change:selected", t.selected)
					}
					this.hasAlert.setValue(!1), this._alertId = void 0
				}
				start() {
					this.createServerPoints()
				}
				onData(e) {
					"pointset_error" !== e.method ? e.params.customId === this
						._currentPointsetIdWithPrefix() && this._onPointsetUpdated(e.params.plots) :
						T.logError(`Error getting pointset: ${e.params[0]} ${e.params[1]}`)
				}
				isActualSymbol() {
					return this._isActualSymbol
				}
				isActualCurrency() {
					return this._isActualCurrency
				}
				isActualInterval() {
					return this._isActualInterval
				}
				isActualUnit() {
					return this._isActualUnit
				}
				onIsActualIntervalChange() {
					return this._onIsActualIntervalChange
				}
				setOwnerSource(e) {
					null !== this._ownerSource && (this._ownerSource.currencyChanged()
						.unsubscribeAll(this), this._ownerSource.unitChanged().unsubscribeAll(
							this)), super.setOwnerSource(e), e && (this.setPriceScale(e
							.priceScale()), e.currencyChanged().subscribe(this, this
							.calcIsActualCurrency), e.unitChanged().subscribe(this, this
							.calcIsActualUnit), this.calcIsActualSymbol(), this
						._migrateZOrder())
				}
				dataAndViewsReady() {
					return this._paneViews.size > 0
				}
				pointAdded() {
					return this._pointAdded
				}
				pointChanged() {
					return this._pointChanged
				}
				addPoint(e, t, i) {
					const s = this._preparePoint(e, t);
					return this._addPointIntenal(s, t, i)
				}
				updateAllViewsAndRedraw() {
					this.updateAllViews(), this._model.updateSource(this)
				}
				restoreExternalPoints(e, t) {
					if (this._timePoint = Object(g.deepCopy)(e.points), t.indexesChanged) {
						if (this.properties().interval.setValue(e.interval), !this.isActualSymbol())
							return this._clearServerPoints(), void this._normalizedPointsChanged
								.fire();
						this.createServerPoints()
					} else {
						const t = Math.min(this._points.length, e.points.length);
						for (let i = 0; i < t; i++) this._points[i].price = e.points[i].price
					}
					this._normalizedPointsChanged.fire()
				}
				isSourceHidden() {
					return !this._properties.childs().visible.value() || Object(l.hideAllDrawings)()
						.value() && this.canBeHidden() || !this._isActualInterval || !this
						._isActualSymbol || !this._isActualCurrency || !this._isActualUnit
				}
				createServerPoints() {
					if (!this._isActualSymbol) return;
					if (!this._model.chartApi().isConnected().value()) return;
					if (this._clearServerPoints(), this._model.timeScale().isEmpty()) return;
					if (0 === this._timePoint.length && this._points.length > 0 && this
						.normalizePoints(), !this._readyToCreatePointset()) return;
					this._currentPointsetId = ++M;
					const e = Object(r.ensureNotNull)(this._model.mainSeries().seriesSource()
							.symbolInstanceId()),
						t = this._pointsForPointset(),
						i = Object(C.getServerInterval)(this.properties().interval.value());
					this._model.chartApi().createPointset(this._currentPointsetIdWithPrefix(),
						"turnaround", e, i, t, this.onData.bind(this))
				}
				finish() {}
				tryCreateServerPoints() {
					this.isFixed() || this.isSourceHidden() || null === this._currentPointsetId &&
						this.createServerPoints()
				}
				stop() {
					this._clearServerPoints()
				}
				restart() {
					this.isFixed() || (this._currentPointsetId = null, this.createServerPoints())
				}
				isStarted() {
					return null !== this._currentPointsetId
				}
				convertYCoordinateToPriceForMoving(e, t) {
					var i;
					const s = Object(r.ensureNotNull)(this.priceScale());
					if (s.isEmpty()) return null;
					const n = this.ownerSource(),
						o = Object(r.ensure)(null === (i = n || t) || void 0 === i ? void 0 : i
							.firstValue());
					return s.coordinateToPrice(e, o)
				}
				syncMultichartState(e) {
					const t = {
							points: this._timePoint,
							interval: this._model.mainSeries().interval()
						},
						i = this.linkKey().value();
					if (null !== i && this.isSynchronizable()) {
						const s = {
							model: this._model,
							linkKey: i,
							symbol: this._model.mainSeries().symbol(),
							finalState: t,
							changes: e
						};
						Object(l.finishChangingLineTool)(s)
					}
				}
				enableCurrentIntervalVisibility() {
					const e = this.properties().intervalsVisibilities.state();
					Object(x.b)(e, f.Interval.parse(this._model.mainSeries().interval())), this
						.properties().intervalsVisibilities.mergeAndFire(e)
				}
				clonePositionOffset() {
					return this.isFixed() ? {
						barOffset: 0,
						xCoordOffset: 20,
						yCoordOffset: 20
					} : {
						barOffset: 0,
						xCoordOffset: 0,
						yCoordOffset: -40
					}
				}
				_pointsForPointset() {
					return this._timePoint.map(e => [e.time_t, e.offset])
				}
				_snapPoint45Degree(e, t, i) {
					const s = this._model.timeScale(),
						n = s.indexToCoordinate(t.index),
						o = s.indexToCoordinate(e.index) - n,
						a = Object(r.ensureNotNull)(this.priceScale()),
						l = t.price,
						c = e.price,
						h = Object(r.ensureNotNull)(Object(r.ensureNotNull)(this.ownerSource())
							.firstValue()),
						u = a.priceToCoordinate(l, h),
						d = a.priceToCoordinate(c, h) - u,
						p = Math.round(Math.atan2(o, d) / Math.PI * 4);
					if (2 === Math.abs(p)) i || (e.price = l);
					else if (0 === Math.abs(p) || 4 === Math.abs(p)) i || (e.index = t.index);
					else {
						const t = Math.sqrt(o * o + d * d),
							i = o < 0 ? -1 : 1,
							r = d < 0 ? -1 : 1;
						let l = Math.max(Math.abs(d), Math.abs(o));
						l /= l * Math.sqrt(2) / t;
						const c = Math.round(s.coordinateToIndex(n + l * i)),
							p = Math.abs(s.indexToCoordinate(c) - n),
							_ = a.coordinateToPrice(u + p * r, h);
						e.index = c, e.price = _
					}
				}
				normalizePoint(e) {
					return {
						...this._model.timeScale().normalizeBarIndex(e.index),
						price: e.price
					}
				}
				normalizePoints() {
					this._timePoint = [];
					for (let e = 0; e < this._points.length; e++)
						if (void 0 !== this._points[e].index) {
							const t = this.normalizePoint(this._points[e]);
							if (!t.time_t) {
								this._timePoint = [];
								break
							}
							this._timePoint.push(t)
						} this._normalizedPointsChanged.fire()
				}
				_setPaneViews(e, t, i) {
					this._paneViews.set(t, e), void 0 !== t && i && t.onDestroyed().subscribe(this,
						() => this._destroyPanePaneViews(t)), this._model.lightUpdate()
				}
				_getPaneViews(e) {
					return this._paneViews.get(e) || null
				}
				_updateAllPaneViews() {
					this._paneViews.forEach(e => {
						for (const t of e) t.update()
					})
				}
				_alignPointHorizontallyOrVertically(e) {
					const t = this.pointToScreenPoint(e)[1],
						i = Object(r.ensureDefined)(Object(r.ensureNotNull)(this._startMovingPoint)
							.logical),
						s = this.pointToScreenPoint(i)[1],
						n = Math.abs(s.x - t.x),
						o = Math.abs(s.y - t.y);
					if (n < 10 && o < 10) return e;
					return {
						index: n < o ? i.index : e.index,
						price: n < o ? e.price : i.price
					}
				}
				_alignScreenPointHorizontallyOrVertically(e) {
					const t = Object(r.ensureDefined)(Object(r.ensureNotNull)(this
							._startMovingPoint).screen),
						i = Math.abs(t.x - e.x),
						n = Math.abs(t.y - e.y);
					return i < 10 && n < 10 ? e : i < n ? new s.Point(t.x, e.y) : new s.Point(e.x, t
						.y)
				}
				_correctPoints(e) {
					const t = Object(r.ensureDefined)(Object(r.ensureNotNull)(this
							._currentMovingPoint).logical),
						i = Object(r.ensureDefined)(Object(r.ensureNotNull)(this._startMovingPoint)
							.logical),
						s = t.index - i.index,
						n = t.price - i.price;
					if (0 === s && 0 === n) return !1;
					for (let t = 0; t < e.length; t++) {
						const i = e[t];
						i.index = i.index + s, i.price += n, e[t] = i
					}
					return !0
				}
				_correctFixedPoints(e) {
					const t = Object(r.ensureDefined)(Object(r.ensureNotNull)(this
							._currentMovingPoint).screen),
						i = Object(r.ensureDefined)(Object(r.ensureNotNull)(this._startMovingPoint)
							.screen),
						s = t.subtract(i);
					if (s.length() >= 1) {
						for (let t = 0; t < e.length; t++) e[t] = e[t].add(s);
						return !0
					}
					return !1
				}
				_currentPointsetIdWithPrefix() {
					return "pointset_" + this._currentPointsetId
				}
				_clearServerPoints() {
					null !== this._currentPointsetId && this._model.chartApi().isConnected()
						.value() && this._model.chartApi().removePointset(this
							._currentPointsetIdWithPrefix()), this._currentPointsetId = null
				}
				_createPointProperty(e) {
					const t = this._pointsProperty.childs().points;
					t.addProperty("" + e, {});
					const i = t[e];
					i.addChild("price", new _(this, e)), i.addChild("bar", new m.a(this, e))
				}
				_createPointsProperties() {
					this._pointsProperty = new d.a, this._pointsProperty.addChild("points", new d
						.a);
					for (let e = 0; e < this.pointsCount(); e++) this._createPointProperty(e)
				}
				_alignPointToRangeOfActualData(e) {
					const t = Object(r.ensureNotNull)(this._model.mainSeries().bars().firstIndex()),
						i = Object(r.ensureNotNull)(this._model.mainSeries().bars().lastIndex());
					let s = Math.max(e.index, t);
					return s = Math.min(s, i), {
						...e,
						index: s
					}
				}
				_migrateSymbolProperty() {
					const e = this._properties.childs();
					if (e.symbolStateVersion.value() < 2) {
						const t = Object(r.ensureNotNull)(this.ownerSource()),
							i = Object(r.ensureNotNull)(t.symbolSource());
						if (i === this._model.mainSeries()) return void e.symbolStateVersion
							.setValueSilently(2);
						if (null === i.symbolInfo()) return;
						this._model.mainSeries().symbolSameAsCurrent(e.symbol.value()) && e.symbol
							.setValueSilently(i.symbol()), e.symbolStateVersion.setValueSilently(2)
					}
				}
				_migrateZOrder() {
					const e = this._properties.childs();
					e.zOrderVersion.value() < 2 && (this.ownerSource() === this.model()
						.mainSeries() && this.setZorder(this.zorder() - this.model()
							.mainSeries()
							.obsoleteZOrder()), e.zOrderVersion.setValueSilently(2))
				}
				_preparePoint(e, t) {
					const i = e;
					return t && t.shift() && this.points().length >= 2 && this
						._snapTo45DegreesAvailable() && this._snapPoint45Degree(i, this.points()[
							this.points().length - 2]), i
				}
				_addPointIntenal(e, t, i) {
					this._points.push(e);
					const s = this._points.length === this.pointsCount();
					return s ? (this._lastPoint = null, i || (this.normalizePoints(), this
						.createServerPoints())) : this._lastPoint = e, this._pointAdded.fire(
						this._points.length - 1), s
				}
				_onSourceHiddenMayChange() {
					this._model.invalidate(P.InvalidationMask.validateAction(() => {
						this._isDestroyed || this._processHibernate()
					}))
				}
				_processHibernate() {
					this.isSourceHidden() ? this.isStarted() && this.stop() : this.isStarted() ||
						this.start()
				}
				_onPointsetUpdated(e) {
					if (0 === e.length) return;
					for (let t = 0; t < e.length; t++) {
						const i = e[t],
							s = this._timePoint[i.index],
							r = {
								index: i.value[0],
								time: new Date(1e3 * i.value[1]),
								price: s.price
							};
						this._points.length <= i.index ? (this._points.push(r), this._pointAdded
							.fire(this._points.length - 1)) : (this._points[i.index] = r, this
							._pointChanged.fire(i.index))
					}
					const t = this;
					t.checkAlert && t.checkAlert(), this.updateAllViewsAndRedraw()
				}
				_snapTo45DegreesAvailable() {
					return !1
				}
				_onMainSeriesSymbolResolved() {
					const e = this.ownerSource();
					null === e || this._model.mainSeries() === e.symbolSource() || this
						.isSourceHidden() || this.createServerPoints()
				}
				_readyToCreatePointset() {
					return this._timePoint.length > 0
				}
				static _addCollectedProperties(e) {
					e.hasChild("linewidth") && e.addChild("linesWidths", new p
						.LineToolWidthsProperty([Object(r.ensureDefined)(e.child("linewidth"))])
					), e.hasChild("linecolor") && e.addChild("linesColors", new p
						.LineToolColorsProperty([Object(r.ensureDefined)(e.child("linecolor"))])
					), e.hasChild("backgroundColor") && e.addChild("backgroundsColors",
						new p.LineToolColorsProperty([Object(r.ensureDefined)(e.child(
							"backgroundColor"))])), e.hasChild("textColor") && e.addChild(
						"textsColors", new p.LineToolColorsProperty([Object(r.ensureDefined)(e
							.child("textColor"))])), e instanceof b.DefaultProperty && (e
						.addExclusion("linesWidths"), e.addExclusion("linesColors"), e
						.addExclusion("backgroundsColors"), e.addExclusion("textsColors"))
				}
				static _initialSymbolStateVersion() {
					return 1
				}
				static _initialZOrderVersion() {
					return 1
				}
				_destroyPanePaneViews(e) {
					const t = this._paneViews.get(e);
					if (void 0 !== t)
						for (const e of t) e.destroy && e.destroy();
					void 0 !== e && e.onDestroyed().unsubscribeAll(this), this._paneViews.delete(e)
				}
				_copyPricesWithoutNormalization() {
					const e = Math.min(this._points.length, this._timePoint.length);
					for (let t = 0; t < e; t++) this._timePoint[t].price = this._points[t].price
				}
			}
		},
		nqXy: function(e, t, i) {
			"use strict";

			function s(e, t) {
				let {
					deltaX: i,
					deltaY: s
				} = e;
				switch (i /= 100, s /= 100, t.deltaMode) {
					case t.DOM_DELTA_PAGE:
						i *= 120, s *= 120;
						break;
					case t.DOM_DELTA_LINE:
						i *= 32, s *= 32
				}
				return {
					deltaX: i,
					deltaY: s
				}
			}
			i.d(t, "a", (function() {
				return r
			}));
			class r {
				constructor() {
					this._totalDeltaX = 0, this._totalDeltaY = 0, this._prevWheelTime = 0
				}
				processWheel(e) {
					e.timeStamp - this._prevWheelTime > 100 && this._reset(),
						this._totalDeltaX += e.deltaX, this._totalDeltaY += e.deltaY, this
						._prevWheelTime = e.timeStamp;
					const t = {
						deltaX: e.deltaX,
						deltaY: e.deltaY
					};
					return 0 === this._totalDeltaX || 0 === this._totalDeltaY || (Math.abs(this
							._totalDeltaX) >= Math.abs(3 * this._totalDeltaY) && (t.deltaY = 0),
						Math.abs(this._totalDeltaY) >= Math.abs(3 * this._totalDeltaX) && (t
							.deltaX = 0)), s(t, e)
				}
				_reset() {
					this._totalDeltaX = 0, this._totalDeltaY = 0
				}
			}
		},
		o2pV: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SelectionIndexes", (function() {
				return r
			}));
			var s = i("Eyy1");
			class r {
				constructor(e) {
					this._baseIndex = null, this._offsetInBar = null, this._offsetInTime = null, this
						._barsBetweenPoints = null, this._timescale = e
				}
				indexes() {
					const e = this._timescale.visibleBarsStrictRange();
					if (null === e) return [];
					const t = e.firstBar(),
						i = e.lastBar();
					if (null === this._offsetInTime || null === this._barsBetweenPoints) {
						const e = this._timescale.barSpacing();
						this._barsBetweenPoints = Math.floor(120 / e), this._offsetInBar = i % this
							._barsBetweenPoints, this._offsetInTime = this._timescale.indexToTimePoint(
								this._offsetInBar), this._baseIndex = this._timescale.baseIndex()
					}
					const r = this._timescale.baseIndex();
					this._baseIndex !== r && (this._baseIndex = r, this._offsetInBar = Object(s
						.ensureNotNull)(this._timescale.timePointToIndex(this._offsetInTime)));
					const n = Object(s.ensureNotNull)(this._offsetInBar),
						o = [];
					let a = Math.floor((t - n) / this._barsBetweenPoints);
					const l = Math.floor((i - n) / this._barsBetweenPoints);
					for (; a <= l; a++) o.push(n + a * this._barsBetweenPoints);
					return o
				}
				clear() {
					this._offsetInBar = null, this._offsetInTime = null, this._baseIndex = null, this
						._barsBetweenPoints = null
				}
			}
		},
		oIoN: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("Ocx9").DefaultProperty;
			class n extends s {
				constructor(e, t) {
					super(e, t || n.createProperties()), this.version = n.version, i.e("lt-pane-views")
						.then(i.t.bind(null, "pBAL", 7)).then(({
							DisjointChannelPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Disjoint Channel"
				}
				hasEditableCoordinates() {
					return !1
				}
				addPoint(e, t) {
					return t && t.shift() && 2 === this.points().length && this._snapPoint45Degree(e,
						this.points()[this.points().length - 2]), s.prototype.addPoint.call(this, e)
				}
				setLastPoint(e, t) {
					return t && t.shift() && 2 === this.points().length && this._snapPoint45Degree(e,
						this.points()[this.points().length - 2]), s.prototype.setLastPoint.call(
						this, e)
				}
				setPoint(e, t, i) {
					var s = .5 * (this._points[1].price + this._points[2].price);
					if (i && i.shift() && 1 === e) {
						this._snapPoint45Degree(t, this.points()[0])
					}
					if (e < 3 && super.setPoint(e, t), 0 !== e && 2 !== e) {
						if (1 === e) {
							var r = this._points[1].price - s;
							this._points[2].price = this._points[1].price - 2 * r
						} else if (3 === e) {
							r = t.price - this._points[2].price;
							this._points[0].price = this._points[1].price - r, this._points[0].index = t
								.index
						}
						this.normalizePoints()
					}
				}
				getPoint(e) {
					if (e < 3) return s.prototype.getPoint.call(this, e);
					var t = this._points[0].price - this._points[2].price;
					return {
						index: this._points[0].index,
						price: this._points[1].price - t
					}
				}
				canHasAlert() {
					return !0
				}
				_getAlertPlots() {
					var e = this._points[0],
						t = this._points[1],
						i = [];
					e.index <= t.index ? (i.push(e), i.push(t)) : (i.push(t), i.push(e));
					var s = this._points[2];
					s.time = t.time, s.index = t.index;
					var r, n, o, a, l = {
							price: s.price + (t.price - e.price),
							time: e.time,
							index: e.index
						},
						c = [];
					s.index <= l.index ? (c.push(s), c.push(l)) : (c.push(l), c.push(s)), i[0].price >
						c[0].price ? (r = i, n = c) : c[0].price > i[0].price || c[1].price > i[1]
						.price ? (r = c, n = i) : (r = i, n = c);
					var h = this.properties().extendLeft.value(),
						u = this.properties().extendRight.value();
					return e.index <= t.index ? (o = h, a = u) : (o = u, a = h), [this
						._linePointsToAlertPlot(r, "Upper", o, a), this._linePointsToAlertPlot(n,
							"Lower", o, a)
					]
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "vm8R")))
						.GeneralTrendFiguresDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetooldisjointangle", e);
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e)
				}
			}
			n.version = 1, t.LineToolDisjointChannel = n
		},
		oV8k: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return s
			}));
			class s {
				constructor(e, t) {
					this._id = e, this._model = t
				}
				id() {
					return this._id
				}
				isHoveredEnabled() {
					return !0
				}
				isSelectionEnabled() {
					return !1
				}
				priceScale() {
					return null
				}
				paneViews(e) {
					return []
				}
				labelPaneViews(e) {
					return []
				}
				priceAxisViews(e, t) {
					return []
				}
				updateViewsForPane(e) {
					e.containsMainSeries() && this.updateAllViews()
				}
			}
		},
		oXaB: function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "PriceAxisLastValueMode", (function() {
					return s
				})),
				function(e) {
					e[e.LastPriceAndPercentageValue = 0] = "LastPriceAndPercentageValue", e[e
						.LastValueAccordingToScale = 1] = "LastValueAccordingToScale"
				}(s || (s = {}))
		},
		oamr: function(e, t, i) {
			"use strict";
			var s = i("ocLq");
			class r {
				constructor(e, t, i, s) {
					this._value = e, this._name = t, this._owner = i, this._comparer = void 0 !== s ?
						s : (e, t) => null == e ? null != t : e === t
				}
				getName() {
					return this._name
				}
				set(e) {
					const t = this._comparer(this._value, e);
					return t && this._owner.dirty(), this._value = e, t
				}
				get() {
					return this._value
				}
			}
			class n {
				constructor(e, t, i) {
					this._owner = null, this._value = e, this._name = t, this._owner = i
				}
				getName() {
					return this._name
				}
				set(e) {
					return this._value !== e && (this._value = e, null !== this._owner && this._owner
						.dirty(), !0)
				}
				get() {
					return this._value
				}
			}
			class o extends r {
				constructor(e, t, i, s) {
					super(e, t, i, s)
				}
			}
			class a {
				constructor(e) {
					this._owner = e
				}
				createField(e, t) {
					return new r(e, t, this)
				}
				createDoubleField(e, t) {
					return new r(e, t, this, (e, t) => !s.Std.equal(e, t))
				}
				createDoubleArrayField(e, t) {
					return new o(e, t, this, (e, t) => {
						if (e === t) return !1;
						const i = e.length;
						if (t.length !== i) return !0;
						for (let r = 0; r < i; r++) {
							const i = e[r],
								n = t[r];
							if (!s.Std.equal(i, n)) return !0
						}
						return !1
					})
				}
				createTimeField(e, t) {
					return new n(e, t, this)
				}
				dirty() {
					null !== this._owner && this._owner.dirty()
				}
				setOwner(e) {
					this._owner = e
				}
			}
			i.d(t, "a", (function() {
				return l
			}));
			class l {
				constructor(e) {
					this._mixinJSONObject = new a(this), this._state = 0, this._owner = null, this
						._gen = e, this._id = e.nextGraphicsObjId(), this._id2 = this._mixinJSONObject
						.createField(this.id(), "id")
				}
				dirty() {
					null !== this._owner && this._owner.dirty()
				}
				setOwner(e) {
					this._owner = e
				}
				id() {
					return this._id
				}
				unsetOwner(e) {
					this._owner === e && (this._owner = null)
				}
				state() {
					return this._state
				}
				erase() {
					1 === this._state && this._gen.pushEraseObjCmd(this._id, this.jsonName()), this
						._state = 2, this.dirty()
				}
				markAsPosted() {
					1 !== this._state && (this._state = 1, this.dirty())
				}
				isErased() {
					return 2 === this._state
				}
				isPosted() {
					return 1 === this._state
				}
				isNaN() {
					return !1
				}
				_processObjUpdate() {
					1 === this._state && (this._gen.pushEraseObjCmd(this._id, this.jsonName()), this
						._id = this._gen.nextGraphicsObjId(), this._id2.set(this._id), this._state =
						0), this.dirty()
				}
			}
		},
		ocLq: function(e, t, i) {
			"use strict";
			(function(t) {
				var s = i("5B3K").StudyError,
					r = i("Y7w9"),
					n = i("ogJP").inherit,
					o = i("E6p6").SessionStage,
					a = i("LxhU").Interval,
					l = i("OLhd").createDwmAligner,
					c = i("OLhd").createTimeToBarTimeAligner,
					h = i("5fI3").decodeExtendedSymbol,
					u = i("5fI3").encodeExtendedSymbolOrGetSimpleSymbolString,
					d = function() {
						var e, p = "undefined" != typeof window ? window : t,
							_ = p.PineJsCalendar ? p.PineJsCalendar : i("jCNj"),
							m = i("IiTo"),
							f = i("IDnv").extrapolateBarsFrontToTime,
							g = {};

						function b(e, t, i, s, r) {
							var n = r,
								o = 0;
							if (isNaN(e.get(t - 1))) return {
								index: NaN,
								value: NaN
							};
							for (var a = 0; a < t; ++a) s(e.get(a), n) && (o = a, n = e.get(a));
							return {
								index: o,
								value: n
							}
						}

						function v(e, t, i, s, r) {
							this._areaRight = e, this._areaLeft = t, this._pivotType = i, this._series =
								s, this._currentIndex = r.new_var(0), this._currentValue = r.new_var(
									NaN), this._pivotIndex = r.new_var(-1), this._index = g.n(r), this
								._isNewBar = r.symbol.isNewBar;
							var n = this._currentIndex.get(1),
								o = this._currentValue.get(1),
								a = this._pivotIndex.get(1);
							this._index > 1 && (this._currentIndex.set(n), this._currentValue.set(o),
								this._pivotIndex.set(a))
						}

						function S(e, t, i) {
							this._deviation = e;
							var s = i.new_var(g.high(i)),
								r = i.new_var(g.low(i));
							s.get(2 * t + 1), r.get(2 * t + 1), this._pivotHigh = new v(t, t, v.HIGH, s,
									i), this._pivotLow = new v(t, t, v.LOW, r, i), this._lastVal = i
								.new_var(NaN), this._lastIndex = i.new_var(-1), this._lastType = i
								.new_var(), this._index = g.n(i), this._isNewBar = i.symbol.isNewBar,
								this._isBarClosed = i.symbol.isBarClosed;
							var n = this._lastIndex.get(1),
								o = this._lastVal.get(1),
								a = this._lastType.get(1);
							this._index > 1 && this.addPivot(n, o, a), this.processPivot(this
								._pivotHigh), this.processPivot(this._pivotLow)
						}

						function y(e) {
							this.symbol = e, this.vars = [], this.vars_index = 0, this.ctx = [], this
								.ctx_index = 0, this.minimumAdditionalDepth = null
						}

						function w(e) {
							this.mindepth = 0, this.original = NaN, this.modified = !1, this.symbol = e
						}

						function P(e) {
							w.call(this, e)
						}

						function C(e, t, i, s, r, n) {
							var o = h(e);
							const l = "string" == typeof o.symbol ? o : o.symbol;
							this.ticker = l.symbol, this.currencyCode = i || l["currency-id"], this
								.unitId = s || l["unit-id"];
							var c = l["currency-id"] !== this.currencyCode || l["unit-id"] !== this
								.unitId;
							l["currency-id"] = this.currencyCode, l["unit-id"] = this.unitId, c && (e =
								u(o)), this.tickerid = e;
							var d = a.parse(t);
							this.resolution = d.letter(), this.interval = d.multiplier(), this.period =
								d.value(), this.index = -1, this.time = NaN, this.open = NaN, this
								.high = NaN, this.low = NaN, this.close = NaN, this.volume = NaN, this
								.updatetime = NaN, this.isNewBar = !1, this.isBarClosed = !1, this
								.session = new m.SessionInfo("Etc/UTC", "24x7"), this.script = r, this
								.isAdditionalDepthAllowed = void 0 === o.type, n && this.set_symbolinfo(
									n)
						}

						function x(e, t, i, s, r, n, o, a, l, c) {
							this.body = n, this.symbols = [], this.runner = r, this.inputCallback = a,
								this.out = o, this.nonseriesOut = l, this.ctx = new y(this.add_sym(e, t,
									i, s, c)), this.init()
						}

						function T(e) {
							this.symbols = [], this.barsets = [],
								this.subscription = [], this.host = e, this.isRecalculated = !1, this
								.isStarted = !1, this.start()
						}

						function I(e) {
							this.runner = new T(e)
						}

						function M(e, t) {
							this.info = e, this.bars = t || [], this.isBarClosed = !0, this
								.firstLoadedTimeMs = 0 !== this.bars.length ? this.bars[0].time : 1 / 0
						}

						function O(e, t) {
							this.period = e, this.generateEmptyBars = !!t
						}

						function L() {}
						return g.max_series_default_size = 10001, g.n = function(e) {
								return e.symbol.index + 1
							}, g.nz = function(e, t) {
								return t = t || 0, isFinite(e) ? e : t
							}, g.na = function(e) {
								return 0 === arguments.length ? NaN : isNaN(e) ? 1 : 0
							}, g.isZero = function(e) {
								return Math.abs(e) <= 1e-10
							}, g.toBool = function(e) {
								return isFinite(e) && !g.isZero(e)
							}, g.eq = function(e, t) {
								return g.isZero(e - t)
							}, g.neq = function(e, t) {
								return !g.eq(e, t)
							}, g.ge = function(e, t) {
								return g.isZero(e - t) || e > t
							}, g.gt = function(e, t) {
								return !g.isZero(e - t) && e > t
							}, g.lt = function(e, t) {
								return !g.isZero(e - t) && e < t
							}, g.le = function(e, t) {
								return g.isZero(e - t) || e < t
							}, g.and = function(e, t) {
								return isNaN(e) || isNaN(t) ? NaN : g.isZero(e) || g.isZero(t) ? 0 : 1
							}, g.or = function(e, t) {
								return isNaN(e) || isNaN(t) ? NaN : g.isZero(e) && g.isZero(t) ? 0 : 1
							}, g.not = function(e) {
								return isNaN(e) ? NaN : g.isZero(e) ? 1 : 0
							}, g.eps = function() {
								return 1e-10
							}, g.greaterOrEqual = function(e, t, i) {
								return t - e < (i || 1e-10)
							}, g.lessOrEqual = function(e, t, i) {
								return e - t < (i || 1e-10)
							}, g.equal = function(e, t, i) {
								return Math.abs(e - t) < (i || 1e-10)
							}, g.greater = function(e, t, i) {
								return e - t > (i || 1e-10)
							}, g.less = function(e, t, i) {
								return t - e > (i || 1e-10)
							}, g.compare = function(e, t, i) {
								return g.equal(e, t, i) ? 0 : g.greater(e, t, i) ? 1 : -1
							}, g.max = Math.max, g.min = Math.min, g.pow = Math.pow, g.abs = Math.abs, g
							.log = Math.log, g.log10 = function(e) {
								return Math.log(e) / Math.LN10
							}, g.sqrt = Math.sqrt, g.sign = function(e) {
								return isNaN(e) ? NaN : g.isZero(e) ? 0 : e > 0 ? 1 : -1
							}, g.exp = Math.exp, g.sin = Math.sin, g.cos = Math.cos, g.tan = Math.tan, g
							.asin = Math.asin, g.acos = Math.acos, g.atan = Math.atan, g.floor = Math
							.floor, g.ceil = Math.ceil, g.round = Math.round, g.avg = function(e, t, i,
								s, r, n) {
								if (2 === arguments.length) return (e + t) / 2;
								for (var o = 0, a = 0; a < arguments.length; a++) o += arguments[a];
								return o / arguments.length
							}, g.open = function(e) {
								return e.symbol.open
							}, g.high = function(e) {
								return e.symbol.high
							}, g.low = function(e) {
								return e.symbol.low
							}, g.close = function(e) {
								return e.symbol.close
							}, g.hl2 = function(e) {
								return (e.symbol.high + e.symbol.low) / 2
							}, g.hlc3 = function(e) {
								return (e.symbol.high + e.symbol.low + e.symbol.close) / 3
							}, g.ohlc4 = function(e) {
								return (e.symbol.open + e.symbol.high + e.symbol.low + e.symbol.close) /
									4
							}, g.volume = function(e) {
								return e.symbol.volume
							}, g.updatetime = function(e) {
								return e.symbol.updatetime
							}, g.time = function(e) {
								return e.symbol.bartime()
							}, g.period = function(e) {
								return e.symbol.period
							}, g.tickerid = function(e) {
								return e.symbol.tickerid
							}, g.currencyCode = function(e) {
								return e.symbol.currencyCode
							}, g.unitId = function(e) {
								return e.symbol.unitId
							}, g.ticker = function(e) {
								return e.symbol.ticker
							}, g.interval = function(e) {
								return e.symbol.interval
							}, g.isdwm = function(e) {
								return e.symbol.isdwm()
							}, g.isintraday = function(e) {
								return !e.symbol.isdwm()
							}, g.isdaily = function(e) {
								return "D" === e.symbol.resolution
							}, g.isweekly = function(e) {
								return "W" === e.symbol.resolution
							}, g.ismonthly = function(e) {
								return "M" === e.symbol.resolution
							},
							g.year = function(e) {
								return g.timepart(e.symbol, _.YEAR, arguments[1])
							}, g.month = function(e) {
								return g.timepart(e.symbol, _.MONTH, arguments[1])
							}, g.weekofyear = function(e) {
								return g.timepart(e.symbol, _.WEEK_OF_YEAR, arguments[1])
							}, g.dayofmonth = function(e) {
								return g.timepart(e.symbol, _.DAY_OF_MONTH, arguments[1])
							}, g.dayofweek = function(e) {
								return g.timepart(e.symbol, _.DAY_OF_WEEK, arguments[1])
							}, g.hour = function(e) {
								return g.timepart(e.symbol, _.HOUR_OF_DAY, arguments[1])
							}, g.minute = function(e) {
								return g.timepart(e.symbol, _.MINUTE, arguments[1])
							}, g.second = function(e) {
								return g.timepart(e.symbol, _.SECOND, arguments[1])
							}, g.add_days_considering_dst = function(e, t, i) {
								return _.add_days_considering_dst(_.get_timezone(e), t, i)
							}, g.selectSessionBreaks = function(e, t) {
								if (g.isdwm(e) || void 0 === e.symbol.session.timezone) return [];
								var i = m.newBarBuilder(e.symbol.period, e.symbol.session),
									s = [],
									r = t.length;
								if (i.moveTo(t[r - 1]), 1 === r && i.startOfBar(0) === t[0]) s.push(t[
									0]);
								else {
									for (var n = r - 2; n >= 0; --n) {
										var o = t[n];
										if (!(o >= i.startOfBar(0))) {
											i.moveTo(o);
											var a = t[n + 1];
											s.push(a)
										}
									}
									s.reverse()
								}
								return s
							}, g.iff = function(e, t, i) {
								return g.not(e) ? i : t
							}, g.rising = function(e, t) {
								for (var i = 1; i < t + 1; ++i)
									if (e.get(i) > e.get(0)) return 0;
								return 1
							}, g.falling = function(e, t) {
								for (var i = 1; i < t + 1; ++i)
									if (e.get(i) < e.get(0)) return 0;
								return 1
							}, g.timepart = function(e, t, i) {
								var s = _.utc_to_cal(e.timezone, i || e.bartime());
								return _.get_part(s, t)
							}, g.rsi = function(e, t) {
								return g.isZero(t) ? 100 : g.isZero(e) ? 0 : 100 - 100 / (1 + e / t)
							}, g.sum = function(e, t, i) {
								var s = i.new_var(),
									r = g.nz(e.get()) + g.nz(s.get(1)) - g.nz(e.get(t));
								return s.set(r), r
							}, g.sma = function(e, t, i) {
								var s = g.sum(e, t, i);
								return g.na(e.get(t - 1)) ? NaN : s / t
							}, g.smma = function(e, t, i) {
								var s = i.new_var(e),
									r = d.Std.sma(s, t, i),
									n = i.new_var(),
									o = (n.get(1) * (t - 1) + e) / t;
								return n.set(d.Std.na(n.get(1)) ? r : o), n.get(0)
							}, g.rma = function(e, t, i) {
								var s = g.sum(e, t, i),
									r = t - 1,
									n = e.get(r),
									o = i.new_var(),
									a = o.get(1),
									l = e.get(),
									c = g.na(n) ? NaN : g.na(a) ? s / t : (l + a * r) / t;
								return o.set(c), c
							}, g.fixnan = function(e, t) {
								var i = t.new_var();
								return isNaN(e) ? i.get(1) : (i.set(e), e)
							}, g.tr = function(e, t) {
								1 === arguments.length && (t = e, e = void 0);
								var i = void 0 !== e && !!e,
									s = t.new_var(g.close(t)),
									r = s.get(1);
								return i && isNaN(r) && (r = g.close(t)), g.max(g.max(g.high(t) - g.low(
									t), g.abs(g.high(t) - r)), g.abs(g.low(t) - r))
							}, g.atr = function(e, t) {
								var i = t.new_var(g.tr(t));
								return g.sma(i, e, t)
							}, g.ema = function(e, t, i) {
								var s = g.sum(e, t, i),
									r = i.new_var(),
									n = e.get(0),
									o = e.get(t - 1),
									a = r.get(1),
									l = g.na(o) ? NaN : g.na(a) ? s / t : 2 * (n - a) / (t + 1) + a;
								return r.set(l), l
							}, g.wma = function(e, t, i) {
								for (var s = 0, r = t = Math.round(t); r >= 0; r--) {
									s += (t - r) * e.get(r)
								}
								return 2 * s / (t * (t + 1))
							}, g.vwma = function(e, t, i) {
								var s = i.new_var(g.volume(i)),
									r = i.new_var(e.get(0) * g.volume(i));
								return g.sma(r, t, i) / g.sma(s, t, i)
							}, g.swma = function(e, t) {
								return (e.get(0) + 2 * e.get(1) + 2 * e.get(2) + e.get(3)) / 6
							}, g.lowestbars = function(e, t, i) {
								return -b(e, t, 0, (function(e, t) {
									return g.lt(e, t)
								}), Number.MAX_VALUE).index
							}, g.lowest = function(e, t, i) {
								return b(e, t, 0, (function(e, t) {
									return g.lt(e, t)
								}), Number.MAX_VALUE).value
							}, g.highestbars = function(e, t, i) {
								return -b(e, t, 0, (function(e, t) {
									return g.gt(e, t)
								}), Number.MIN_VALUE).index
							}, g.highest = function(e, t, i) {
								return b(e, t, 0, (function(e, t) {
									return g.gt(e, t)
								}), Number.MIN_VALUE).value
							}, g.cum = function(e, t) {
								var i = t.new_var(),
									s = g.nz(i.get(1)) + e;
								return i.set(s), s
							}, g.accdist = function(e) {
								var t = g.high(e),
									i = g.low(e),
									s = g.close(e),
									r = g.volume(e);
								return g.cum(s === t && s === i || t === i ? 0 : r * (2 * s - i - t) / (
									t - i), e)
							}, g.correlation = function(e, t, i, s) {
								var r = g.sma(e, i, s),
									n = g.sma(t, i, s),
									o = s.new_var(e.get() * t.get());
								return (g.sma(o, i, s) - r * n) / Math.sqrt(g.variance2(e, r, i) * g
									.variance2(t, n, i))
							}, g.stoch = function(e, t, i, s, r) {
								var n = g.highest(t, s),
									o = g.lowest(i, s);
								return g.fixnan(100 * (e.get() - o) / (n - o), r)
							}, g.tsi = function(e, t, i, s) {
								var r = s.new_var(g.change(e)),
									n = s.new_var(g.abs(g.change(e))),
									o = s.new_var(g.ema(r, i, s)),
									a = s.new_var(g.ema(n, i, s));
								return g.ema(o, t, s) / g.ema(a, t, s)
							}, g.cross = function(e, t, i) {
								if (isNaN(e) || isNaN(t)) return !1;
								var s, r = i.new_var((s = e - t) < 0 ? -1 : 0 === s ? 0 : 1);
								return !isNaN(r.get(1)) && r.get(1) !== r.get()
							}, g.linreg = function(e, t, i) {
								for (var s = 0, r = 0, n = 0, o = 0, a = 0; a < t; ++a) {
									var l = e.get(a),
										c = t - 1 - a + 1;
									s += c, r += l, n += c * c, o += l * c
								}
								var h = (t * o - s * r) / (t * n - s * s);
								return r / t - h * s / t + h + h * (t - 1 - i)
							}, g.sar = function(e, t, i, s) {
								var r = s.new_var(),
									n = s.new_var(),
									o = s.new_var(),
									a = g.high(s),
									l = g.low(s),
									c = g.close(s),
									h = s.new_var(a),
									u = s.new_var(l),
									d = s.new_var(c),
									p = s.new_var(),
									_ = p.get(1),
									m = n.get(1),
									f = o.get(1);
								n.set(m), o.set(f);
								var b = !1,
									v = u.get(1),
									S = u.get(2),
									y = h.get(1),
									w = h.get(2),
									P = d.get(),
									C = d.get(1);
								2 === g.n(s) && (g.greater(P, C) ? (r.set(1), o.set(h.get()), _ = v, f =
										h.get()) : (r.set(-1), o.set(u.get()), _ = y, f = u.get()),
									b = !0, n.set(e), m = e);
								var x = _ + m * (f - _);
								return 1 === r.get() ? g.greater(x, u.get()) && (b = !0, r.set(-1), x =
									Math.max(h.get(), o.get()), o.set(u.get()), n.set(e)) : g.less(
									x, h.get()) && (b = !0, r.set(1), x = Math.min(u.get(), o
									.get()), o.set(h.get()), n.set(e)), b || (1 === r.get() ? g
									.greater(
										h.get(), o.get()) && (o.set(h.get()), n.set(Math.min(n
										.get() + t, i))) : g.less(u.get(), o.get()) && (o.set(u
										.get()),
										n.set(Math.min(n.get() + t, i)))), 1 === r.get() ? (x = Math
									.min(x, v), g.n(s) > 2 && (x = Math.min(x, S))) : (x = Math.max(
									x, y), g.n(s) > 2 && (x = Math.max(x, w))), p.set(x), x
							}, g.alma = function(e, t, i, s) {
								for (var r = Math.floor(i * (t - 1)), n = t / s * (t / s), o = [], a =
										0, l = 0; l < t; ++l) {
									var c = Math.exp(-1 * Math.pow(l - r, 2) / (2 * n));
									a += c, o.push(c)
								}
								for (l = 0; l < t; ++l) o[l] /= a;
								var h = 0;
								for (l = 0; l < t; ++l) h += o[l] * e.get(t - l - 1);
								return h
							}, g.wvap = function(e, t) {
								return e.get() - e.get(1)
							}, g.change = function(e) {
								return e.get() - e.get(1)
							}, g.roc = function(e, t) {
								var i = e.get(t);
								return 100 * (e.get() - i) / i
							}, g.dev = function(e, t, i) {
								var s = g.sma(e, t, i);
								return g.dev2(e, t, s)
							}, g.dev2 = function(e, t, i) {
								for (var s = 0, r = 0; r < t; r++) {
									var n = e.get(r);
									s += g.abs(n - i)
								}
								return s / t
							}, g.stdev = function(e, t, i) {
								var s = g.variance(e, t, i);
								return g.sqrt(s)
							}, g.variance = function(e, t, i) {
								var s = g.sma(e, t, i);
								return g.variance2(e, s, t)
							}, g.variance2 = function(e, t, i) {
								for (var s = 0, r = 0; r < i; r++) {
									var n = e.get(r),
										o = g.abs(n - t);
									s += o * o
								}
								return s / i
							}, g.percentrank = function(e, t) {
								if (g.na(e.get(t - 1))) return NaN;
								for (var i = 0, s = e.get(), r = 1; r < t; r++) {
									var n = e.get(r);
									g.ge(s, n) && i++
								}
								return 100 * i / t
							}, g.createNewSessionCheck = function(e) {
								if (void 0 === e.symbol.session.timezone) return function() {
									return !1
								};
								var t = m.newBarBuilder(e.symbol.period, e.symbol.session);
								return function(e) {
									return t.indexOfBar(e) === o.POST_SESSION && (t.moveTo(e), !0)
								}
							}, g.error = function(e) {
								throw new s(e)
							}, v.LOW = 0, v.HIGH = 1, v.prototype.isPivotFound = function() {
								return -1 !== this._pivotIndex.get()
							}, v.prototype.pivotIndex = function() {
								return this._pivotIndex.get()
							}, v.prototype.currentValue = function() {
								return this._currentValue.get()
							}, v.prototype.pivotType = function() {
								return this._pivotType
							}, v.prototype.reset = function() {
								this._currentValue.set(NaN), this._currentIndex.set(0), this._pivotIndex
									.set(-1)
							}, v.prototype.isRightSideOk = function(e) {
								return e - this._currentIndex.get() === this._areaRight
							}, v.prototype.isViolate = function(e, t) {
								if (e < 1 || isNaN(this._currentValue.get())) return !0;
								var i = this._series.get(this._index - e);
								return !!isNaN(i) || (i === this._currentValue.get() ? t : this
									._pivotType === v.HIGH ? i > this._currentValue.get() : i < this
									._currentValue.get())
							}, v.prototype.processPoint = function(e) {
								this.isViolate(e, !1) && (this._currentValue.set(this._series.get()),
									this._currentIndex.set(e))
							}, v.prototype.isRestartNeeded = function(e) {
								return e - this._currentIndex.get() > this._areaRight
							}, v.prototype.update = function() {
								if (this._isNewBar && this.isPivotFound() && this.reset(), this
									.processPoint(this._index), this.isRightSideOk(this._index)) {
									if (-1 === this._pivotIndex.get()) {
										for (var e = !0, t = 0; t < this._areaLeft; ++t)
											if (this.isViolate(this._currentIndex.get() - 1 - t, !0)) {
												e = !1;
												break
											} e && this._pivotIndex.set(this._currentIndex.get())
									}
								} else -1 !== this._pivotIndex.get() && this._pivotIndex.set(-1);
								if (this.isRestartNeeded(this._index)) {
									this.reset();
									for (t = 0; t <= this._areaRight; ++t) this.processPoint(this
										._index - this._areaRight + t)
								}
							}, S.prototype.addPivot = function(e, t, i) {
								this._lastIndex.set(e), this._lastVal.set(t), this._lastType.set(i)
							}, S.prototype.updatePivot = function(e, t) {
								this._lastIndex.set(e), this._lastVal.set(t)
							}, S.prototype.lastPrice = function() {
								return this._lastVal.get()
							}, S.prototype.lastIndex = function() {
								return this._lastIndex.get()
							}, S.prototype.addPoint = function(e, t, i) {
								if (isNaN(this._lastVal.get())) this.addPivot(e, t, i);
								else {
									var s = this._lastVal.get();
									if (this._lastType.get() !== i) Math.abs(s - t) / t > this
										._deviation && this.addPivot(e, t, i);
									else(i === v.HIGH ? t > s : t < s) && this.updatePivot(e, t)
								}
							}, S.prototype.processPivot = function(e) {
								e.update(), this._isBarClosed && e.isPivotFound() && this.addPoint(e
									.pivotIndex(), e.currentValue(), e.pivotType())
							}, g.zigzag = function(e, t, i) {
								return new S(e, t, i).lastPrice()
							}, g.zigzagbars = function(e, t, i) {
								var s = new S(e, t, i);
								return -1 === s.lastIndex() ? NaN : s.lastIndex() - g.n(i)
							}, y.prototype.new_sym = function(e, t, i, s) {
								return this.symbol.script.add_sym(e, t, i, s)
							}, y.prototype.select_sym = function(e) {
								this.symbol = this.symbol.script.get_sym(e)
							}, y.prototype.new_var = function(e) {
								var t = this.vars;
								t.length <= this.vars_index && t.push(new w(this.symbol));
								var i = t[this.vars_index++];
								return arguments.length > 0 && i.set(e), i
							}, y.prototype.new_unlimited_var = function(e) {
								var t = this.vars;
								t.length <= this.vars_index && t.push(new P(this.symbol));
								var i = t[this.vars_index++];
								return arguments.length > 0 && i.set(e), i
							}, y.prototype.new_ctx = function() {
								return this.ctx.length <= this.ctx_index && this.ctx.push(new y(this
										.symbol)),
									this.ctx[this.ctx_index++]
							}, y.prototype.prepare = function(e) {
								this.ctx_index = 0, this.vars_index = 0;
								for (var t = 0; t < this.vars.length; t++) this.vars[t].prepare(e);
								for (var i = 0; i < this.ctx.length; i++) this.ctx[i].prepare(e)
							}, y.prototype.maxAdditionalDepth = function() {
								if (null !== this.minimumAdditionalDepth) return this
									.minimumAdditionalDepth;
								for (var e = 0, t = 0; t < this.vars.length; t++) {
									var i = this.vars[t].mindepth;
									!isNaN(i) && i > e && (e = i)
								}
								return e
							}, y.prototype.stop = function() {
								this.symbol = null, this.vars = null
							}, y.prototype.setMinimumAdditionalDepth = function(e) {
								this.minimumAdditionalDepth = e
							}, w.prototype.valueOf = function() {
								return this.get(0)
							}, w.prototype.get = function(e) {
								return isNaN(e) && (e = 0), e = e || 0, this.hist ? e >= this.hist
									.length ? (console.error("not enough depth: " + this), NaN) : this
									._get(e) : (this.mindepth = g.max(this.mindepth, e), NaN)
							}, w.prototype._get = function(e) {
								var t = this.hist_pos - e;
								return t < 0 && (t += this.hist.length), this.hist[t]
							}, w.prototype.set = function(e) {
								this.hist && (this.hist[this.hist_pos] = e, this.modified = !0)
							}, w.prototype.prepare = function(e) {
								e === this.symbol && (e.isNewBar ? (this.original = this.get(0), !this
									.modified && this.hist || this.add_hist()) : this.set(this
									.original), this.modified = !1)
							}, w.prototype.add_hist = function() {
								if (!this.hist) {
									var e = g.na(this.mindepth) ? g.max_series_default_size : g.max(this
										.mindepth + 1, 1);
									e = Math.round(e);
									for (var t = new Array(e), i = 0; i < e; i++) t[i] = NaN;
									this.hist = t, this.hist_pos = -1
								}
								this.hist_pos = Math.min(this.hist_pos + 1, this.hist.length), this
									.hist_pos === this.hist.length && (this.hist_pos = this.hist
										.length - 1, this.hist.shift(), this.hist.push(NaN)), this.hist[
										this.hist_pos] = this.original
							}, w.prototype.adopt = function(e, t, i) {
								this.hist || (this.mindepth = NaN);
								var s = t.get(),
									r = e.indexOf(s);
								if (0 !== i) {
									var n = t.get(1);
									if (!g.na(n)) r = r === e.indexOf(n) ? -1 : r
								}
								return r < 0 ? NaN : this._get(r)
							}, w.prototype.indexOf = function(e) {
								if (!this.hist) return this.mindepth = NaN, -1;
								if (g.na(e)) return -1;
								var t = this.hist.length,
									i = this.symbol.index + 1,
									s = Math.min(t, i),
									n = r.upperbound_int(this.hist, e, 0, s);
								return 0 === n ? -1 : s - n
							}, n(P, w), P.prototype.add_hist = function() {
								if (this.hist || (this.hist = new Float64Array(2e3), this.hist_pos = -
										1), this.hist_pos = this.hist_pos + 1, this.hist_pos === this
									.hist
									.length) {
									var e = new Float64Array(2 * this.hist.length);
									e.set(this.hist), this.hist = e
								}
								this.hist[this.hist_pos] = this.original
							}, C.prototype.set_symbolinfo = function(e) {
								e || console.error("WARN: symbolinfo isn't defined for " + this
										.tickerid), this.info = e, this.minTick = e.minmov / e
									.pricescale, this.currencyCode = e.currency_code, this.unitId = e
									.unit_id, this.timezone = _.get_timezone(e.timezone), this.session
									.init(e.timezone, e.session, e.session_holidays, e.corrections)
							}, C.prototype.isdwm = function() {
								return "" !== this.resolution && "S" !== this.resolution && "T" !== this
									.resolution
							}, C.prototype.enable_dwm_aligning = function(e, t) {
								this.dwm_aligner = m.newBarBuilder(this.period, e, t)
							}, C.prototype.bartime = function() {
								var e = this.time;
								if (!this.isdwm() || isNaN(e)) return e;
								var t = _.utc_to_cal(this.timezone, e);
								return this.session.spec.correctTradingDay(t), _.cal_to_utc(this
									.timezone, t)
							}, C.prototype.lastbar = function(e) {
								if (!isNaN(e.time)) {
									var t = e.time;
									this.dwm_aligner && (this.dwm_aligner.moveTo(t), t = this
										.dwm_aligner.startOfBar(0));
									var i = this.time !== t;
									i && this.index >= 0 && !this.isBarClosed && (this.isNewBar = !1,
											this.isBarClosed = !0, this.script.calc(this)), this.time =
										t, this.open = e.open, this.high = e.high, this.low = e.low,
										this.close = e.close, this.volume = e.volume, this.updatetime =
										e.updatetime, this.isNewBar = i, this.isBarClosed = e
										.isBarClosed, this.isLastBar = e.isLastBar, this.isNewBar && (
											this.index++, this.isFirstBar = 0 === this.index), this
										.script.calc(this)
								}
							}, x.prototype.calc = function(e) {
								var t = this.ctx,
									i = this.body;
								t.prepare(e);
								var s = i.main(t, this.inputCallback, e);
								if (s && "composite" === s.type)
									for (let e = 0; e < s.data.length; ++e) this._processResult(s.data[
										e]);
								else this._processResult(s)
							}, x.prototype._processResult = function(e) {
								var t = this.ctx,
									i = this;
								this.out && e && (!isNaN(t.symbol.time) || e.nonseries) && (e
									.nonseries ? ("projection" === e.type && (e.projectionTime = t
										.symbol.time), this.nonseriesOut(t.symbol, e)) : e.bars ? e
									.bars.forEach((function(e) {
										i.out(t.symbol, e)
									})) : this.out(t.symbol, e))
							}, x.prototype.init = function() {
								var e = this.ctx,
									t = this.body;
								t.init && t.init(e, this.inputCallback), t.main(e, this.inputCallback)
							}, x.prototype.add_sym = function(e, t, i, s, r) {
								var n = this.runner.add_sym(e, t, i, s, this, r);
								return this.symbols.push(n), n.isdwm() && this.symbols.length > 1 && n
									.enable_dwm_aligning(this.symbols[0].session, n.session), n
							}, x.prototype.maxAdditionalDepth = function() {
								return this.symbols[0].isAdditionalDepthAllowed ? this.ctx
									.maxAdditionalDepth() : 0
							}, x.prototype.stop = function() {
								this.symbols = null, this.ctx.stop(), this.ctx = null
							}, x.prototype.get_sym = function(e) {
								return this.symbols[e]
							}, T.prototype.add_sym = function(e, t, i, s, r, n) {
								var o = new C(e, t, i, s, r, n);
								return this.symbols.push(o), o
							}, T.prototype.get_sym = function(e) {
								return this.symbols[e]
							}, T.prototype.out = function(e, t) {
								if (this.nonseriesUpdate) {
									var i = Object.assign({}, this.nonseriesUpdate);
									t.splice(0, 0, e.time), i.lastBar = t, this.host.nonseriesOut(e, i)
								} else this.host.out(e, t)
							}, T.prototype.start = function() {
								this.isStarted = !0;
								var e = this.host;
								this._script = new x(e.tickerid, e.period, e.currencyCode, e.unitId,
									this, e.body, this.out.bind(this), e.input, e.nonseriesOut, e
									.symbolInfo);
								var t = this,
									i = [],
									s = this.symbols,
									r = Object.assign({}, e.dataRange, {
										countBack: e.dataRange.countBack + t._script
											.maxAdditionalDepth()
									}),
									n = s[0];

								function o(t, s, r) {
									i.push(T.feed.subscribe(t.tickerid, t.currencyCode, t.unitId, t
										.period, r, e.onErrorCallback, e.symbolInfo, e
										.sessionId, s, e.forceAlignBars))
								}

								function h(i, s) {
									"series" === (s.nonseries ? "nonseries" : "series") ? t.update(i,
										s): s.lastBar ? (t.nonseriesUpdate = s, s.lastBar
										.isLastBar = !
										0, t.symbols[0].lastbar(s.lastBar), t.nonseriesUpdate = null
									) : e.nonseriesOut(p, s)
								}

								function u() {
									return r
								}
								o(n, u, (function(e) {
									!e.nonseries && Number.isFinite(e.firstLoadedTimeMs) &&
										function(e) {
											function i(i, s) {
												var r = c(i, s)(e),
													n = l(i, s);
												return null !== n && (r = n
													.timeToExchangeTradingDay(r)), {
													to: r,
													countBack: t._script
														.maxAdditionalDepth()
												}
											}
											for (var r = 1; r < s.length; r++) {
												var u = s[r],
													d = u.period;
												a.isEqual(d, n.period) || o(u, i.bind(null,
													d), h.bind(null, r))
											}
										}(e.firstLoadedTimeMs), h(0, e)
								}));
								for (var d = 1; d < s.length; d++) {
									var p = s[d];
									a.isEqual(p.period, n.period) && o(p, u, h.bind(null, d))
								}
								this.subscription = i
							}, T.prototype.stop = function() {
								var e = this.subscription;
								if (e || this._script) {
									for (var t = 0; t < e.length; t++) T.feed.unsubscribe(e[t]);
									this.subscription = null, this._script.stop(), this._script = null,
										this.symbols = null, this.isStarted = !1
								} else console.warn("Recurring script engine stop happened.")
							}, T.prototype.update = function(e, t) {
								if (t) {
									var i = this.symbols[e];
									if (this.isRecalculated) {
										var s = t.bar(t.count() - 1);
										s.isBarClosed = t.isLastBarClosed(), s.isLastBar = !0, i
											.lastbar(s)
									} else this.barsets[e] || (this.barsets[e] = t, i.set_symbolinfo(t
										.symbolinfo()), this.recalc())
								} else console.error("Unexpected barset = null")
							}, T.prototype.recalc = function() {
								for (var e = this.symbols, t = 0; t < e.length; t++)
									if (!this.barsets[t]) return;
								try {
									for (var i = e.length - 1; i >= 0; i--)
										for (var s = e[i], r = this.barsets[i], n = r.count(), o =
												0; o < n; o++) {
											var a = r.bar(o);
											a.isLastBar = o === n - 1, a.isBarClosed = !a.isLastBar || r
												.isLastBarClosed(), s.lastbar(a)
										}
									this.isRecalculated = !0, this.barsets[0] && this.barsets[0]
										.endOfData && this.host.setNoMoreData(), this.host.recalc(
											this, {
												endOfData: this.barsets[0].endOfData,
												firstLoadedTimeMs: this.barsets[0].firstLoadedTimeMs
											})
								} catch (e) {
									if (!e.studyError) throw e;
									this.host.onErrorCallback(e.message)
								}
							}, T.feed = {
								subscribe: function(e, t, i, s, r) {
									console.error("must be initialized with setupFeed")
								},
								unsubscribe: function(e) {
									console.error("must be initialized with setupFeed")
								}
							}, I.prototype.stop = function() {
								this.runner.stop()
							}, I.prototype.isStarted = function() {
								return this.runner.isStarted
							}, M.prototype.symbolinfo = function() {
								return this.info
							}, M.prototype.isLastBarClosed = function() {
								return this.isBarClosed
							}, M.prototype.setLastBarClosed = function(e) {
								this.isBarClosed = e
							}, M.prototype.bar = function(e) {
								return this.bars[e]
							}, M.prototype.count = function() {
								return this.bars.length
							}, M.prototype.add = function(e, t) {
								var i = e,
									s = this.bars,
									r = s.length,
									n = i.time,
									o = 0 === r ? NaN : s[r - 1].time;
								0 === r || o < n ? s.push(i) : o === n ? s[r - 1] = i : console.error(
									"time order violation, prev: " + new Date(o).toUTCString() +
									", cur: " + new Date(n).toUTCString()), this.isBarClosed = !!t
							}, O.prototype.init = function(e) {
								this.bb = m.newBarBuilder(this.period, e.symbol.session), this
									.bbEmptyBars = this.generateEmptyBars ? m.newBarBuilder(this.period,
										e.symbol.session) : void 0, e.setMinimumAdditionalDepth(0)
							}, O.prototype.extrapolate = function(e, t) {
								return isNaN(e) || isNaN(t) ? void 0 : f(this.bbEmptyBars, e, t, Number
									.MAX_SAFE_INTEGER, !0).times
							}, O.prototype.main = function(e) {
								var t = e.symbol.time,
									i = this.bb.alignTime(t),
									s = e.new_var(i),
									r = g.na(i),
									n = s.get(1),
									o = g.na(n) ? 1 : g.neq(i, n),
									a = e.new_var(),
									l = e.new_var(),
									c = e.new_var(),
									h = e.new_var(),
									u = a.get(1),
									d = l.get(1),
									p = c.get(1),
									_ = h.get(1),
									m = r ? NaN : o ? g.open(e) : u,
									f = r ? NaN : o ? g.high(e) : g.max(g.high(e), d),
									b = r ? NaN : o ? g.low(e) : g.min(g.low(e), p),
									v = r ? NaN : g.close(e),
									S = r ? NaN : o ? g.volume(e) : g.volume(e) + _,
									y = r ? NaN : t,
									w = e.symbol.isBarClosed && this.bb.isLastBar(0, t),
									P = this.generateEmptyBars && o ? this.extrapolate(n, i) : void 0,
									C = e.new_var(g.close(e)).get(1),
									x = P instanceof Array ? C : NaN;
								return a.set(m), l.set(f), c.set(b), h.set(S), [i, m, f, b, v, S, y, w,
									P, x
								]
							}, L.prototype.main = function(e) {
								return [g.open(e), g.high(e), g.low(e), g.close(e), g.volume(e), g
									.updatetime(e)
								]
							}, {
								Std: g,
								Series: w,
								Symbol: C,
								SymbolInfo: function(e, t) {
									this.timezone = e || "America/New_York", this.session = t ||
										"0000-0000"
								},
								StudyEngine: I,
								BarSet: M,
								OHLCV: L,
								BarBuilder: O,
								setupFeed: function(e) {
									T.feed = e
								},
								getVolumeProfileResolutionForPeriod: function(t, i, s, r) {
									return void 0 !== e ? e(t, i, s, r) : t
								},
								overwriteVolumeProfileResolutionForPeriodGetter: function(t) {
									e = t
								}
							}
					}();
				e.exports = d
			}).call(this, i("yLpj"))
		},
		ocrj: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "RemoveSourcesCommand", (function() {
				return u
			}));
			var s = i("Eyy1"),
				r = i("RDU5"),
				n = i("CW80"),
				o = i("txPx"),
				a = i("pQ+n"),
				l = i("3ClC"),
				c = i("jpZi");
			const h = Object(o.getLogger)("Chart.RemoveSourcesCommand");
			class u extends r.UndoCommand {
				constructor(e, t, i) {
					super(i), this._excludeLineToolsUndoCommands = [], this._initialPriceScaleMode =
						null, this._chartModel = e, this._sourceIds = Object(a.a)(e, t).map(e => e
							.id()), this._sourceStates = [], this._paneIndexes = [], this
						._priceScalePositionIds = [], this._paneStates = [], this
						._restorePanes = [];
					const r = t[0];
					1 === t.length && Object(l.isStudy)(r) && (this._initialPriceScaleMode = Object(
						s.ensureNotNull)(r.priceScale()).mode())
				}
				removedIds() {
					return this._sourceIds
				}
				redo() {
					this._chartModel.panes().length;
					const e = this._sourceIds.map(e => Object(s.ensureNotNull)(this._chartModel
						.dataSourceForId(e)));
					this._sourceStates = e.map(e => Object(s.ensureNotNull)(e.state(!1)));
					const t = e.map(e => Object(s.ensureNotNull)(this._chartModel.paneForSource(
						e)));
					this._paneIndexes = t.map(e => this._chartModel.panes().indexOf(e));
					const i = this._chartModel.lineToolsGroupModel(),
						r = new Map;
					e.forEach(e => {
						if (Object(n.isLineTool)(e)) {
							const t = i.groupForLineTool(e);
							if (null !== t) {
								const i = r.get(t) || [];
								i.push(e), r.set(t, i)
							}
						}
					}), r.forEach((e, t) => {
						const i = new c.a(this._chartModel, t, e);
						i.redo(), this._excludeLineToolsUndoCommands.push(i)
					}), this._priceScalePositionIds = e.map((e, i) => {
						if (Object(n.isLineTool)(e)) return null;
						const s = e.priceScale();
						if (null === s) return null;
						const r = t[i].priceScalePosition(s);
						return {
							id: s.id(),
							position: r,
							priceScaleIndex: t[i].priceScaleIndex(s, r)
						}
					});
					const o = new Set;
					e.forEach((e, t) => {
						Object(n.isLineTool)(e) || o.add(this._paneIndexes[t])
					}), this._paneStates = e.map((e, i) => {
						const s = this._paneIndexes[i];
						return o.has(s) ? t[i].state(!1, !0) : null
					}), this._restorePanes = e.map(e => this._chartModel.removeSource(e))
				}
				undo() {
					const e = [];
					for (let t = this._sourceStates.length - 1; t >= 0; t--) {
						const i = this._chartModel.restoreSource(this._restorePanes[t], this
							._paneIndexes[t], this._paneStates[t], this._sourceStates[t], this
							._priceScalePositionIds[t]);
						i && e.push(i)
					}
					e.some((t, i) => t.id() !== this._sourceIds[e.length - i - 1]) && h.logError(
							"Source was restored improperly - source ids does not match"), null !==
						this._initialPriceScaleMode && Object(s.ensureNotNull)(e[0].priceScale())
						.setMode(this._initialPriceScaleMode), this._excludeLineToolsUndoCommands
						.forEach(e => e.undo())
				}
			}
		},
		odCa: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("fgLi").DataSource,
				n = i("tc+8"),
				o = i("Ocx9").DefaultProperty,
				a = i("jTis").CalloutConsts,
				l = i("j3hX").LineToolColorsProperty;
			class c extends s {
				constructor(e, t) {
					super(e, t || c.createProperties()), this._barOffset = 0, this._timeScale = e
						.timeScale(), i.e("lt-pane-views").then(i.t.bind(null, "B4Hi", 7)).then(({
							CalloutPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Callout"
				}
				_correctPoints(e) {
					var t = this._currentMovingPoint.logical.index - this._startMovingPoint.logical
						.index,
						i = this._currentMovingPoint.logical.price - this._startMovingPoint.logical
						.price,
						s = e[1];
					s.index += t, s.price += i, e[1] = s
				}
				addPoint(e) {
					var t = s.prototype.addPoint.call(this, e);
					return t && this._calculateBarOffset(), t
				}
				_calculateBarOffset() {
					this.points().length > 1 && (this._barOffset = this.points()[1].index - this
						.points()[0].index)
				}
				setLastPoint(e) {
					super.setLastPoint(e), 2 === this.points().length && this._calculateBarOffset()
				}
				setPoint(e, t) {
					switch (e) {
						case 0:
							super.setPoint(e, t), this._calculateBarOffset();
							break;
						case 1:
							var i = this.properties();
							if (!i.wordWrapWidth) return;
							var s = this._points,
								r = this._dragStartLeftEdgeIndex,
								n = Math.round((t.index - r) / 2);
							if (isFinite(r) && isFinite(n)) {
								s[1] = {
									index: r + n,
									price: s[1].price
								}, this._calculateBarOffset(), this.normalizePoints();
								var o = this._timeScale.indexToCoordinate(r + 2 * n) - this._timeScale
									.indexToCoordinate(r) - a.RoundRadius - a.TextMargins;
								if (!isFinite(o)) return;
								i.wordWrapWidth.setValue(Math.max(a.MinWidth, o));
								break
							}
							s[1] = t, this._calculateBarOffset(), this.normalizePoints()
					}
				}
				setPoints(e) {
					super.setPoints(e);
					var t = this.properties();
					if (t.wordWrapWidth) {
						var i = this._dragStartLeftEdgeIndex,
							s = Math.round((e[1].index - i) / 2);
						if (this._calculateBarOffset(), this.normalizePoints(), isFinite(i) && isFinite(
								s)) {
							var r = this._timeScale.indexToCoordinate(i + 2 * s) - this._timeScale
								.indexToCoordinate(i) - a.RoundRadius - a.TextMargins;
							if (!isFinite(r)) return;
							t.wordWrapWidth.setValue(Math.max(a.MinWidth, r))
						}
					}
				}
				_onPointsetUpdated(e) {
					super._onPointsetUpdated(e), 0 !== e.length && (this._dragStartLeftEdgeIndex = this
						.points()[1].index)
				}
				move(e, t, i) {
					super.move(e, t, i), this._calculateBarOffset()
				}
				state(e) {
					var t = s.prototype.state.call(this, e);
					return t.barOffset = this._barOffset, t
				}
				restoreData(e) {
					e.barOffset ? this._barOffset = e.barOffset : this._calculateBarOffset(), this
						._calculatePoint2()
				}
				setPriceScale(e) {
					r.prototype.setPriceScale.call(this, e), e && e.priceRange() && this
						._calculatePoint2()
				}
				template() {
					var e = s.prototype.template.call(this);
					return e.text = this.properties().childs().text.value(), e
				}
				_applyTemplateImpl(e) {
					super._applyTemplateImpl(e), this.properties().childs().text.setValue(e.text)
				}
				_calculatePoint2() {
					if (!(this._model.lineBeingEdited() === this || this._model.sourcesBeingMoved()
							.includes(this) || this._points.length < 2)) {
						var e = this.points()[0],
							t = this.points()[1];
						this._points[1] = {
							price: t.price,
							index: e.index + this._barOffset
						}
					}
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "xhf0")))
						.CalloutDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new o("linetoolcallout", e);
					return c._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e), e.hasChild("text") || e.addChild("text", new n(window.t(
							"Text"))),
						e.addExclusion("text"), e.addChild("textsColors", new l([e.childs().color]))
				}
			}
			t.LineToolCallout = c
		},
		oiZD: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("hY0g"),
				r = i.n(s);
			i.d(t, "watchedTheme", (function() {
				return n
			})), i.d(t, "setTheme", (function() {
				return o
			}));
			const n = new r.a;

			function o(e) {
				n.setValue(e)
			}
			n.subscribe(e => {
				! function(e, t = window) {
					const i = "theme-" + e,
						s = t.document.documentElement.classList;
					for (const e of Array.from(s)) e.startsWith("theme-") && e !== i && s.remove(e);
					s.add(i)
				}(e, window)
			})
		},
		okVO: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SyncModel", (function() {
				return o
			}));
			var s = i("IiTo"),
				r = i("IDnv");
			let n = 0;
			class o {
				constructor(e, t) {
					this._extrapolatedData = [], this._cacheForFuture = !1, this._modelId = n++, this
						._builderCache = null, this._resolution = t, this._symbolInfo = e, this._valid =
						Boolean(e.timezone) && Boolean(e.session), this._session = new s.SessionInfo(e
							.timezone, e.session, e.session_holidays, e.corrections)
				}
				getSymbolInfo() {
					return this._symbolInfo
				}
				getSession() {
					return this._session
				}
				getResolution() {
					return this._resolution
				}
				uniqueId() {
					return this._modelId
				}
				distance(e, t) {
					if (!this.isValid()) return {
						success: !1
					};
					if (e > t) return {
						success: !1
					};
					if (e === t) return {
						success: !0,
						result: 0
					};
					let i = this._extrapolatedData.length,
						s = 0 !== i ? this._extrapolatedData[0] : null,
						n = null !== s ? this._extrapolatedData[i - 1] : null;
					const o = e < t;
					if (1e3 * e === s && this._cacheForFuture === o || (this._extrapolatedData = [1e3 *
							e
						], i = 1, s = null, n = null), null === s || null !== n && 1e3 * t > n) {
						const s = Object(r.extrapolateBarsFrontToTime)(this._barBuilder(), n || 1e3 * e,
							1e3 * t, 2e3, !0);
						this._extrapolatedData = this._extrapolatedData.concat(s.times), i = this
							._extrapolatedData.length, this._cacheForFuture = o
					}
					if (n = this._extrapolatedData[i - 1], n < 1e3 * t) return {
						success: !1
					};
					const a = this._extrapolatedData.indexOf(1e3 * t);
					return -1 === a ? {
						success: !1
					} : {
						success: !0,
						result: a
					}
				}
				projectTime(e, t) {
					if (!this.isValid()) return e;
					let i = this._extrapolatedData.length,
						s = i > 0 ? this._extrapolatedData[0] : null,
						n = null !== s ? this._extrapolatedData[i - 1] : null;
					const o = t >= 0;
					1e3 * e === s && this._cacheForFuture === o || (this._extrapolatedData = [1e3 * e],
						i = 1, s = null, n = null);
					const a = Math.abs(t);
					if (null === s || a >= i) {
						const s = Object(r.extrapolateBarsFrontByCount)(this._barBuilder(), n || 1e3 *
							e, Math.sign(t) * (a - i + 1), !0);
						this._extrapolatedData = this._extrapolatedData.concat(s.times), i = this
							._extrapolatedData.length, this._cacheForFuture = o
					}
					return i < a ? e : this._extrapolatedData[a] / 1e3
				}
				isValid() {
					return this._valid
				}
				dataSize() {
					return this._extrapolatedData.length
				}
				createNewModelWithResolution(e) {
					return new o(this._symbolInfo, e)
				}
				_barBuilder() {
					return null === this._builderCache && (this._builderCache = Object(s.newBarBuilder)(
						this._resolution, this._session, this._session)), this._builderCache
				}
			}
		},
		onDC: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("vwKG"),
				o = i("4O8T"),
				a = i.n(o),
				l = i("0YCj"),
				c = i.n(l),
				h = i("txPx");
			const u = window.t("Move All Scales To Left"),
				d = window.t("Move All Scales To Right"),
				p = Object(h.getLogger)("Chart.MergeAllScales");
			var _ = i("MY2c"),
				m = i("RDU5");
			class f extends m.UndoCommand {
				constructor(e, t, i, s, r, n) {
					super(n), this._model = e, this._paneIndex = e.panes().indexOf(t), this
						._targetPosition = s,
						this._targetIndex = r, this._scaleId = i.id(), this._sourcePosition = t
						.priceScalePosition(i), "overlay" !== this._sourcePosition && (this
							._sourceIndex = t.priceScaleIndex(i, this._sourcePosition))
				}
				redo() {
					const e = this._model.panes()[this._paneIndex],
						t = Object(s.ensureNotNull)(e.getPriceScaleById(this._scaleId));
					e.movePriceScale(t, this._targetPosition, this._targetIndex), this._model
						.fullUpdate()
				}
				undo() {
					const e = this._model.panes()[this._paneIndex],
						t = Object(s.ensureNotNull)(e.getPriceScaleById(this._scaleId));
					e.movePriceScale(t, this._sourcePosition, this._sourceIndex), this._model
						.fullUpdate()
				}
			}
			var g = i("CW80");
			class b extends m.UndoCommand {
				constructor(e, t, i, s) {
					super(s), this._createdIds = [], this._model = e, this._withoutShift = i, this
						._origStates = t.map(e => e.state(!0));
					const r = e.lineToolsGroupModel();
					this._origGroups = t.map(e => {
						const t = r.groupForLineTool(e);
						return t && t.id
					})
				}
				redo() {
					const e = this._model.lineToolsGroupModel(),
						t = this._origStates.map((t, i) => {
							const r = Object(s.ensureNotNull)(this._model.dataSourceForId(t
									.id)),
								n = 0 === this._createdIds.length ? void 0 : Object(s
									.ensureDefined)(this._createdIds[i]),
								o = Object(g.cloneLineTool)(this._model, r, !this._withoutShift,
									n),
								a = Object(s.ensureNotNull)(r.priceScale());
							Object(s.ensureNotNull)(this._model.paneForSource(r)).addDataSource(
								o, a, !1);
							const l = this._origGroups[i];
							if (null !== l) {
								const t = e.groupForId(l);
								t && t.addLineTools([o])
							}
							return this._model.updateSource(o), o
						});
					0 === this._createdIds.length && (this._createdIds = t.map(e => e.id())), this
						._model.selectionMacro(e => {
							e.clearSelection(), t.forEach(t => {
								e.addSourceToSelection(t)
							})
						}), this._model.setShouldBeSavedEvenIfHidden(!0)
				}
				undo() {
					const e = this._model.lineToolsGroupModel();
					this._createdIds.forEach(t => {
						const i = Object(s.ensureNotNull)(this._model.dataSourceForId(t)),
							r = e.groupForLineTool(i);
						null !== r && r.excludeLineTool(i), this._model.removeSource(i)
					})
				}
				newIds() {
					return this._createdIds
				}
			}
			var v = i("ocrj"),
				S = i("jpZi"),
				y = i("ogJP");
			class w extends m.UndoCommand {
				constructor(e, t, i, s = !0) {
					super(i, s), this._newStates = [], this._model = e, this._savedStates = t.map(
						e => e.state(!1))
				}
				redo() {
					this._applyState(this._newStates)
				}
				undo() {
					0 === this._newStates.length && this.saveNewState(), this._applyState(this
						._savedStates)
				}
				saveNewState() {
					const e = this._savedStates.filter(y.notNull).map(e => Object(s.ensureNotNull)(
						this._model.dataSourceForId(e.id)));
					this._newStates = e.map(e => e.state(!1))
				}
				_applyState(e) {
					for (const t of e)
						if (null !== t) {
							const e = this._model.dataSourceForId(t.id);
							null !== e && this._model.restoreLineToolState(e, t)
						}
				}
			}
			var P = i("HGup"),
				C = i("jRfx"),
				x = i("s1Gx"),
				T = i("0qMc");
			class I extends m.UndoCommand {
				constructor(e, t, i, s, r = !0) {
					super("Create " + T.lineToolsLocalizedNames[i], !1), this._lineId = null, this
						._lineState = null, this._model = e, this._paneIndex = e.panes().indexOf(t),
						this._lineTool = i, this._ownerSourceId = s.id(), this
						._needCopyToOtherCharts = r
				}
				startCreatingLine(e, t, i) {
					const s = this._model.panes()[this._paneIndex],
						r = this._model.dataSourceForId(this._ownerSourceId),
						n = this._model.createLineTool(s, e, this._lineTool, t, i, r);
					return this._lineId = n.id(), !this._model.lineBeingCreated()
				}
				continueCreatingLine(e, t, i, s) {
					const r = this._model.continueCreatingLine(e, t, i, s);
					return r && this._model.setShouldBeSavedEvenIfHidden(!0), r
				}
				line() {
					return null === this._lineId ? null : this._model.dataSourceForId(this._lineId)
				}
				undo() {
					const e = this.line();
					null !== e && (this._lineState = e.state(!1), this._model.removeSource(e), this
						._lineId = null)
				}
				redo() {
					if (null === this._lineState) return;
					const e = this._model.restoreSource(!1, this._paneIndex, null, Object(s
						.ensureNotNull)(this._lineState), null);
					null !== e && (this._lineId = e.id(), this._lineState = null)
				}
				needCopyToOtherCharts() {
					return this._needCopyToOtherCharts
				}
			}
			var M = i("GVQo");
			class O extends m.UndoCommand {
				constructor(e, t, i) {
					super(i), this._sourcesByPanes = new Map, this._originalState = new Map, this
						._model = e, t.forEach(t => {
							const i = Object(s.ensureNotNull)(e.paneForSource(t)),
								r = e.panes().indexOf(i),
								n = this._sourcesByPanes.get(r) || [];
							n.push(t.id()), this._sourcesByPanes.set(r, n)
						}), Array.from(this._sourcesByPanes.keys()).forEach(t => {
							const i = e.panes()[t],
								s = new Map;
							i.sourcesByGroup().allIncludingHidden().forEach(e => {
								s.set(e.id(), e.zorder())
							}), this._originalState.set(t, s)
						})
				}
				undo() {
					this._originalState.forEach((e, t) => {
						const i = this._model.panes()[t],
							r = new Map;
						e.forEach((e, t) => {
							const n = Object(s.ensureNotNull)(i.dataSourceForId(t));
							r.set(n, e)
						}), i.setZOrders(r)
					})
				}
				redo() {
					this._sourcesByPanes.forEach((e, t) => {
						const i = this._model.panes()[t],
							r = e.map(e => Object(s.ensureNotNull)(i.dataSourceForId(e)));
						this._paneOperation(i, r)
					})
				}
			}
			class L extends O {
				constructor(e, t) {
					super(e, t, `Bring ${t[0].title()} to front`)
				}
				_paneOperation(e, t) {
					e.bringToFront(t)
				}
			}
			class A extends O {
				constructor(e, t) {
					super(e, t, `Send ${t[0].title()} to back`)
				}
				_paneOperation(e, t) {
					e.sendToBack(t)
				}
			}
			class E extends O {
				constructor(e, t, i, s) {
					super(e, t, s), this._targetSource = i
				}
				_paneOperation(e, t) {
					e.insertAfter(t, this._targetSource)
				}
			}
			class k extends E {
				constructor(e, t, i) {
					super(e, t, i, `Insert ${t[0].title()} after ${i.title()}`)
				}
			}
			class D extends O {
				constructor(e, t, i, s) {
					super(e, t, s), this._targetSource = i
				}
				_paneOperation(e, t) {
					e.insertBefore(t, this._targetSource)
				}
			}
			class V extends D {
				constructor(e, t, i) {
					super(e, t, i, `Insert ${t[0].title()} before ${i.title()}`)
				}
			}

			function B(e, t) {
				const i = t[0],
					s = e.sourcesByGroup().all().filter(e => e.zorder() < i.zorder());
				if (0 === s.length) throw new Error("Cannot move backward source that alreadt on back");
				let r = s[s.length - 1];
				if (Object(g.isLineTool)(r)) {
					const t = e.model().lineToolsGroupModel().groupForLineTool(r);
					null !== t && (r = t.lineTools()[0])
				}
				return r
			}
			class R extends D {
				constructor(e, t, i) {
					super(e, i, B(t, i), `Send ${i[0].title()} backward`)
				}
			}

			function N(e, t) {
				const i = t[t.length - 1],
					s = e.sourcesByGroup().allExceptSpecialSources().filter(e => e.zorder() > i.zorder());
				if (0 === s.length) throw new Error("Cannot bring forward source that alreadt on back");
				let r = s[0];
				if (Object(g.isLineTool)(r)) {
					const t = e.model().lineToolsGroupModel().groupForLineTool(r);
					if (null !== t) {
						const e = t.lineTools();
						r = e[e.length - 1]
					}
				}
				return r
			}
			class j extends E {
				constructor(e, t, i) {
					super(e, i, N(t, i), `Send ${i[0].title()} backward`)
				}
			}

			function F(e, t) {
				return Object(s.ensureNotNull)(e.paneForSource(t.lineTools()[0]))
			}
			class W extends D {
				constructor(e, t) {
					super(e, t.lineTools(), B(F(e, t), t.lineTools()),
						`Send Group ${t.name()} backward`)
				}
			}
			class H extends E {
				constructor(e, t) {
					super(e, t.lineTools(), N(F(e, t), t.lineTools()),
						`Bring Group ${t.name()} backward`)
				}
			}
			class U extends m.UndoCommand {
				constructor(e, t, i) {
					super("Rearrange panes"), this._chartModel = e, this._index = t, Object(y
							.isNumber)(i) ? this._dstIndex = i : this._dstIndex = "up" === i ? t -
						1 : t + 1
				}
				redo() {
					this._checkIndices() && this._chartModel.movePane(this._index, this._dstIndex)
				}
				undo() {
					this._checkIndices() && this._chartModel.movePane(this._dstIndex, this._index)
				}
				_checkIndices() {
					const e = this._chartModel.panes().length;
					return this._index >= 0 && this._index < e && this._dstIndex >= 0 && this
						._dstIndex < e
				}
			}
			var z = i("XcdR"),
				G = i("Fixu"),
				q = i("Ocx9"),
				Y = i("n5al"),
				K = i("PT1i"),
				J = i("pPtI");
			class Z extends m.UndoCommand {
				constructor(e, t, i, s, r, n) {
					super(s), this._prevPriceAxisProps = {}, this._property = e, this._mainSeries =
						i, this._value = t, this._model = r, this._chartWidget = n
				}
				redo() {
					const e = this._mainSeries,
						t = e.properties();
					t.style === this._property && e.isNeedRestart(this._value) && this._chartWidget
						.screen.show(), this._prevResolution = t.interval.value(), this._prevValue =
						this._property.value(), this._storePriceAxisProps(), Object(q
							.saveDefaultProperties)(!0);
					const i = t.interval.value(),
						s = this._model.defaultResolutions(),
						r = Object(J.getResolutionByChartStyle)(this._value, i, s);
					K.linking.interval.setValue(r), e.setChartStyleWithIntervalIfNeeded(this._value,
							r), Object(Y.setLastUsedStyle)(this._value), Object(Y
							.preparePriceAxisProperties)(t), Object(q.saveDefaultProperties)(!1),
						this._invalidateModel()
				}
				undo() {
					const e = this._mainSeries;
					e.properties().style === this._property && e.isNeedRestart(this._value) && this
						._chartWidget.screen.show(), Object(q.saveDefaultProperties)(!0), e
						.setChartStyleWithIntervalIfNeeded(this._prevValue, this._prevResolution),
						this._restorePriceAxisProps(), K.linking.interval.setValue(this
							._prevResolution), Object(q.saveDefaultProperties)(!1), this
						._invalidateModel()
				}
				_storePriceAxisProps() {
					const e = this._mainSeries.priceScale();
					this._prevPriceAxisProps = e.mode()
				}
				_restorePriceAxisProps() {
					this._mainSeries.priceScale().setMode(this._prevPriceAxisProps)
				}
				_invalidateModel() {
					this._model && (this._model.recalculateAllPanes(), this._model.lightUpdate())
				}
			}
			var X = i("ufwo"),
				$ = i("LxhU");
			class Q extends m.UndoCommand {
				constructor(e, t) {
					super("Change date range"), this._modelsData = [], this._rangeOptions = t, this
						._modelsData.push({
							model: e,
							prevResolution: e.mainSeries().properties().interval.value(),
							barSpacing: e.timeScale().barSpacing(),
							rightOffset: e.timeScale().rightOffset(),
							rangeOptions: e.appliedTimeFrame().value()
						})
				}
				redo() {
					const e = [];
					for (const t of this._modelsData) {
						const i = t.model.mainSeries(),
							s = i.properties().interval;
						$.Interval.isEqual(this._rangeOptions.res, s.value()) ? i.loadDataTo(this
							._rangeOptions.val) : (e.push(s), i.setDefaultTimeframe(this
							._rangeOptions.val), s.setValueSilently(this._rangeOptions.res))
					}
					for (const t of e) t.listeners().fire(t)
				}
				undo() {
					const e = [];
					for (const t of this._modelsData) {
						const i = t.model.mainSeries(),
							s = i.properties().interval;
						t.prevResolution !== s.value() ? (e.push(s),
								null !== t.rangeOptions && i.setDefaultTimeframe(t.rangeOptions
									.val), s.setValueSilently(t.prevResolution)) : null !== t
							.rangeOptions && i.loadDataTo(t.rangeOptions.val);
						const r = t.model.timeScale();
						r.setBarSpacing(t.barSpacing), r.setRightOffset(t.rightOffset)
					}
					for (const t of e) t.listeners().fire(t)
				}
				canMerge(e) {
					return e instanceof Q && Object(X.rangesAreEqual)(e._rangeOptions, this
						._rangeOptions)
				}
				merge(e) {
					if (!(e instanceof Q)) throw new Error("Invalid command to merge");
					this._modelsData = this._modelsData.concat(e._modelsData)
				}
			}
			var ee = i("//lZ"),
				te = i("UqOQ");
			i("YFKU"), i("HbRj");
			class ie extends m.UndoCommand {
				constructor(e, t, i) {
					super(i), this._model = e, this._groupId = t.id, this._groupName = t.name(),
						this._lineToolsIds = t.lineTools().map(e => e.id())
				}
				redo() {
					const e = Object(s.ensureNotNull)(this._model.lineToolsGroupModel().groupForId(
						this._groupId));
					this._model.lineToolsGroupModel().removeGroup(e)
				}
				undo() {
					const e = this._lineToolsIds.map(e => this._model.dataSourceForId(e)),
						t = new te.a(e, this._groupName, this._groupId);
					this._model.lineToolsGroupModel().addGroup(t)
				}
			}
			const se = window.t("Create line tools group");
			class re extends m.UndoCommand {
				constructor(e, t) {
					super(se), this._groupId = null, this._model = e, this._sourcesIds = t.map(e =>
						e.id())
				}
				redo() {
					const e = this._sourcesIds.map(e => this._model.dataSourceForId(e)),
						t = null === this._groupId ? void 0 : this._groupId;
					this._groupId = this._model.lineToolsGroupModel().createGroup(e, this._title, t)
						.id
				}
				undo() {
					const e = Object(s.ensureNotNull)(this._model.lineToolsGroupModel().groupForId(
						Object(s.ensureNotNull)(this._groupId)));
					this._model.lineToolsGroupModel().removeGroup(e)
				}
				createdGroupId() {
					return this._groupId
				}
			}
			const ne = window.t("Add line tool(s) {lineTool} to group {group}");
			class oe extends m.UndoCommand {
				constructor(e, t, i) {
					super(ne.format({
						group: t.name()
					})), this._model = e, this._groupId = t.id, this._lineToolsIds = i.map(e =>
						e.id())
				}
				redo() {
					const e = Object(s.ensureNotNull)(this._model.lineToolsGroupModel().groupForId(
							this._groupId)),
						t = this._lineToolsIds.map(e => this._model.dataSourceForId(e));
					e.addLineTools(t)
				}
				undo() {
					const e = this._lineToolsIds.map(e => this._model.dataSourceForId(e));
					Object(s.ensureNotNull)(this._model.lineToolsGroupModel().groupForId(this
						._groupId)).excludeLineTools(e)
				}
			}
			var ae = i("bJYc");
			class le extends m.UndoCommand {
				constructor(e, t, i, s) {
					super(s), this._chartModel = e, this._groupId = t.id, this._oldName = t.name(),
						this._newName = i
				}
				redo() {
					Object(s.ensureNotNull)(this._chartModel.lineToolsGroupModel().groupForId(this
						._groupId)).setName(this._newName)
				}
				undo() {
					Object(s.ensureNotNull)(this._chartModel.lineToolsGroupModel().groupForId(this
						._groupId)).setName(this._oldName)
				}
			}
			var ce = i("mMWL");
			const he = window.t("Create line tools group from selection"),
				ue = window.t("Removing line tools group {name}"),
				de = window.t("Add line tool {lineTool} to group {name}"),
				pe = window.t("Make group {group} visible"),
				_e = window.t("Make group {group} invisible"),
				me = window.t("Lock group {group}"),
				fe = window.t("Unlock group {group}"),
				ge = window.t("Rename group {group} to {newName}");
			class be {
				constructor(e) {
					this._environment = e
				}
				createGroupFromSelection() {
					const e = this._environment.model();
					Object(s.assert)(!e.selection().isEmpty(),
						"Cannot create group from empty selection");
					const t = Object(x.sortSources)(e.selection().lineDataSources());
					Object(s.assert)(t.length === e.selection().allSources().length,
						"A group could contain line tools only");
					const i = t.reduce((e, t) => e.zorder() > t.zorder() ? e : t, t[0]);
					let r = i;
					const n = e.lineToolsGroupModel().groupForLineTool(i);
					if (null !== n) {
						const e = n.lineTools();
						r = e[e.length - 1]
					}
					this._environment.beginUndoMacro(he);
					const o = new Map,
						a = new Set;
					t.forEach(t => {
						const i = this._groupForLineTool(t);
						if (null === i) return;
						const r = o.get(i) || [];
						r.push(t), o.set(i, r);
						const n = Object(s.ensureNotNull)(e.paneForSource(t));
						a.add(n)
					}), Object(s.assert)(a.size <= 1,
						"All selected sources should be on the same pane"), o.forEach((t, i) => {
						const s = new S.a(e, i, t);
						this._environment.pushUndoCommand(s)
					});
					const l = new re(e, Object(x.sortSources)(t));
					this._environment.pushUndoCommand(l);
					const c = new k(e, t, r);
					this._environment.pushUndoCommand(c), this._environment.endUndoMacro();
					const h = Object(s.ensureNotNull)(l.createdGroupId());
					return Object(s.ensureNotNull)(e.lineToolsGroupModel().groupForId(h))
				}
				removeGroup(e) {
					const t = this._environment.model(),
						i = e.lineTools();
					this._environment.beginUndoMacro(ue.format({
						name: e.name()
					}));
					const r = new ie(t, e, "");
					this._environment.pushUndoCommand(r);
					const n = new v.RemoveSourcesCommand(t, i, "");
					this._environment.pushUndoCommand(n);
					const o = t.mainSeries().symbol();
					i.forEach(e => {
						null !== e.linkKey().value() && Object(ce.removeLineTool)({
							withUndo: !0,
							model: t,
							symbol: o,
							sourceTitle: e.title(),
							lineToolState: e.state(!1),
							linkKey: Object(s.ensureNotNull)(e.linkKey().value())
						})
					}), this._environment.endUndoMacro()
				}
				groups() {
					return this._environment.model().lineToolsGroupModel().groups()
				}
				excludeLineToolFromGroup(e, t) {
					const i = this._environment.model(),
						s = new S.a(i, e, [t]);
					this._environment.pushUndoCommand(s)
				}
				addLineToolToGroup(e, t) {
					const i = this._environment.model(),
						s = i.lineToolsGroupModel().groupForLineTool(t);
					if (s === e) return;
					const r = de.format({
						lineTool: t.title(),
						name: e.name()
					});
					this._environment.beginUndoMacro(r), null !== s && this._environment
						.pushUndoCommand(new S.a(i, s, [t])), this._environment.pushUndoCommand(new oe(
							i, e, [t])), this._environment.endUndoMacro()
				}
				bringToFront(e) {
					const t = this._environment.model(),
						i = new L(t, e.lineTools());
					this._environment.pushUndoCommand(i), this._environment.emitEvent("changeZOrder", [e
						.lineTools()
					])
				}
				sendToBack(e) {
					const t = this._environment.model(),
						i = new A(t, e.lineTools());
					this._environment.pushUndoCommand(i), this._environment.emitEvent("changeZOrder", [e
						.lineTools()
					])
				}
				bringForward(e) {
					const t = this._environment.model(),
						i = new H(t, e);
					this._environment.pushUndoCommand(i), this._environment.emitEvent("changeZOrder", [e
						.lineTools()
					])
				}
				sendBackward(e) {
					const t = this._environment.model(),
						i = new W(t, e);
					this._environment.pushUndoCommand(i), this._environment.emitEvent("changeZOrder", [e
						.lineTools()
					])
				}
				insertAfter(e, t) {
					const i = this._environment.model();
					let s;
					if (t instanceof te.a) {
						const e = t.lineTools();
						s = e[e.length - 1]
					} else s = t;
					const r = new k(i, e.lineTools(), s);
					this._environment.pushUndoCommand(r), this._environment.emitEvent("changeZOrder", [e
						.lineTools()
					])
				}
				insertBefore(e, t) {
					const i = this._environment.model();
					let s;
					if (t instanceof te.a) {
						s = t.lineTools()[0]
					} else s = t;
					const r = new V(i, e.lineTools(), s);
					this._environment.pushUndoCommand(r), this._environment.emitEvent("changeZOrder", [e
						.lineTools()
					])
				}
				availableZOrderOperations(e) {
					const t = this._environment.model(),
						i = e.lineTools(),
						r = i[0],
						n = i[i.length - 1],
						o = Object(s.ensureNotNull)(t.paneForSource(i[0])).sourcesByGroup()
						.allExceptSpecialSources(),
						a = o[0],
						l = o[o.length - 1];
					return {
						bringForwardEnabled: n !== l,
						bringToFrontEnabled: n !== l,
						sendBackwardEnabled: r !== a,
						sendToBackEnabled: r !== a
					}
				}
				setGroupVisibility(e, t) {
					const i = (t ? pe : _e).format({
							group: e.name()
						}),
						s = this._environment.model();
					this._environment.beginUndoMacro(i), e.lineTools().forEach(e => {
						const i = e.properties().visible,
							r = new ae.SetPropertyUndoCommand(i, t, "", s);
						this._environment.pushUndoCommand(r)
					}), this._environment.endUndoMacro()
				}
				setGroupLock(e, t) {
					const i = (t ? me : fe).format({
							group: e.name()
						}),
						s = this._environment.model();
					this._environment.beginUndoMacro(i), e.lineTools().forEach(e => {
						const i = e.properties().frozen,
							r = new ae.SetPropertyUndoCommand(i, t, "", s);
						this._environment.pushUndoCommand(r)
					}), this._environment.endUndoMacro()
				}
				setGroupName(e, t) {
					const i = this._environment.model(),
						s = ge.format({
							group: e.name(),
							newName: t
						}),
						r = new le(i, e, t, s);
					this._environment.pushUndoCommand(r)
				}
				canBeGroupped(e) {
					const t = this._environment.model();
					return new Set(e.map(e => t.paneForSource(e))).size <= 1
				}
				_groupForLineTool(e) {
					return this._environment.model().lineToolsGroupModel().groups().find(t => t
						.containsLineTool(e)) || null
				}
			}
			var ve = i("3ClC"),
				Se = i("pQ+n"),
				ye = i("Vs8b"),
				we = i("2jby");
			const Pe = window.t("Apply study template {template}");
			class Ce extends m.UndoCommand {
				constructor(e, t, i) {
					super(Pe.format({
							template: i
						})), this._model = e, this._templateContent = t, this._initialState = e
						.studyTemplate(!0, !0, !0), this._initialGroupsState = e
						.lineToolsGroupModel().state()
				}
				redo() {
					const e = this._merge(this._templateContent).filter(g.isLineTool);
					this._model.lineToolsGroupModel().removeLineTools(e), this._model.mainSeries()
						.onChartStyleChanged();
					const t = this._model.mainSeries().properties();
					Object(Y.preparePriceAxisProperties)(t), this._model.recalcVisibleRangeStudies(!
						0), this._model.setShouldBeSavedEvenIfHidden(!0)
				}
				undo() {
					this._merge(this._initialState), this._model.mainSeries().onChartStyleChanged()
				}
				_merge(e) {
					const t = e.version || 0,
						i = this._model,
						r = i.mainSeries(),
						n = r.id();
					if (r.priceScale().properties().childs().lockScale.setValue(!1), this
						._initialState.symbol && e.symbol) {
						const t = r.properties();
						t.currencyId.setValue(e.currency || null), t.unitId.setValue(e.unit ||
							null), t.symbol.setValue(e.symbol)
					}
					if (this._initialState.symbol && e.interval) {
						const t = Object(Y.getChartStyleByResolution)(e.interval, r.properties()
							.style.value());
						r.setChartStyleWithIntervalIfNeeded(t, e.interval)
					}
					const o = i.panes(),
						a = [];
					for (let e = o.length; e--;) {
						const t = o[e],
							i = t.containsMainSeries(),
							s = t.dataSources();
						for (let e = s.length; e--;) {
							const t = s[e];
							(!i || Object(ve.isStudy)(t) && t.isRemovedByStudyTemplates()) && a
								.push(t)
						}
					}
					i.resetDeferredStudies();
					const l = Object(Se.a)(i, a);
					for (let e = 0; e < l.length; ++e) i.removeSource(l[e]);
					const c = e.panes;
					for (let e = 0; e < c.length; e++) {
						let s = -1;
						const r = Object(y.clone)(c[e]);
						r.sources.sort((e, t) => e.zorder - t.zorder);
						for (let e = 0; e < r.sources.length; e++) {
							const t = r.sources[e];
							if (Object(ye.isMainSeriesState)(t)) {
								delete t.state, s = e;
								break
							}
						}
						const n = s > -1,
							a = n ? o[e] : i.createPane(e);
						n && t < 3 && Object(we.reorderDataSourcesStateZOrder)(r.sources), a
							.restoreState(r, !1, t), null !== a.mainDataSource() || i.removePane(a)
					}
					return Object(s.ensureNotNull)(i.paneForSource(r)).changeSourceId(r, n), i
						.syncESD(), r.priceScale().setMode({
							autoScale: !0
						}), i.startNotStartedStudies(), i.recalculateAllPanes(), i.fullUpdate(), l
				}
			}
			var xe = i("e3/o"),
				Te = i("/tGj");
			const Ie = Object(h.getLogger)("Chart.ChartUndoModel");
			class Me extends m.UndoCommand {
				constructor(e, t, i, r, n) {
					super("Paste Drawing"), this._needCopyToOtherCharts = !1, this._sourceState =
						null, this._model = e, this._clipboardData = t, this._paneIndex = this
						._model.panes().indexOf(i || Object(s.ensureNotNull)(this._model
							.paneForSource(this._model.mainSeries()))), this._pasteWithData = !!r,
						this._keepZIndex = !!n
				}
				redo() {
					const e = this._model.panes()[this._paneIndex],
						t = Object(s.ensureNotNull)(e.clipboardLineToolOwnerSource(this
							._clipboardData.source.id));
					null === this._sourceState && (this._sourceState = this._getSourceState(t));
					const i = e.restoreLineTool(this._sourceState, this._pasteWithData, this
						._keepZIndex);
					this._clipboardData.centeredOnChart && i.centerPosition && i.centerPosition();
					const r = Object(s.ensureNotNull)(t.priceScale());
					i.setOwnerSource(t), i.setPriceScale(r), r.addDataSource(i), i
						.restoreFixedPoints(), Object(g.prepareLineToolPropertiesByOwnerSource)(i
							.properties(), t), i.calcIsActualSymbol(), i.createServerPoints();
					const n = Object(Te.isSymbolSource)(t) || t.metaInfo().is_price_study;
					this._needCopyToOtherCharts = Boolean(n && (Object(ce.drawOnAllCharts)()
							.value() || i.linkKey().value() && i.isSynchronizable())), this._model
						.setShouldBeSavedEvenIfHidden(!0)
				}
				undo() {
					if (!this._sourceState) return void Ie.logError(
						"This command was never executed - nothing to undo");
					const e = this.source();
					this._clipboardData.centeredOnChart && (this._clipboardData.centeredOnChart = !
							1, this._sourceState.points = e.normalizedPoints()), this._model
						.removeSource(e)
				}
				source() {
					return Object(s.ensureNotNull)(this._model.dataSourceForId(Object(s
						.ensureNotNull)(this._sourceState).id))
				}
				needCopyToOtherCharts() {
					return this._needCopyToOtherCharts
				}
				_getSourceState(e) {
					const t = Object(y.clone)(this._clipboardData.source);
					delete t.state.symbol, null != t.linkKey && (t.linkKey = Object(xe.randomHash)
						());
					const i = Object(s.ensureNotNull)(e.priceScale()),
						n = this._model;
					let o = !1;
					this._clipboardData.source.state.symbol === Object(s.ensureNotNull)(e
						.symbolSource()).symbol() && (Object(Te.isSymbolSource)(e) ? o = !0 :
						Object(ve.isStudy)(e) && (o = Boolean(e.metaInfo().is_price_study)));
					const a = e => {
							const t = e.x * n.timeScale().width(),
								s = e.y * i.height() - 40;
							return new r.Point(t, s)
						},
						l = Object(s.ensureNotNull)(e.firstValue());
					if (this._model.id() === this._clipboardData.modelId || !o)
						for (let e = 0; e < this._clipboardData.geometry.length; ++e) {
							const s = a(this._clipboardData.geometry[e]),
								r = n.timeScale().coordinateToIndex(s.x),
								c = n.timeScale().normalizeBarIndex(r);
							if (o) {
								const s = i.priceToCoordinate(t.points[e].price, l) + -40;
								c.price = i.coordinateToPrice(s, l)
							} else c.price = i.coordinateToPrice(s.y, l);
							t.points[e] = c
						}
					return t.id = Object(xe.guid)(), t
				}
			}
			var Oe = i("xo8u"),
				Le = i("Yt+L"),
				Ae = i("/ToI");
			class Ee extends m.UndoCommand {
				constructor(e, t, i) {
					super("Change Symbol"), this._sourceId = e.id(), this._newSymbol = t, this
						._prevSymbol = e.symbol(), this._prevCurrency = e.currency(), this
						._prevUnit = e.unit(), this._chartWidget = i, this._showFade = e === i
						.model().mainSeries()
				}
				redo() {
					this._showFade && this._chartWidget.screen.show(), this._symbolSource()
						.setSymbolCurrencyUnit(this._newSymbol, null, null)
				}
				undo() {
					this._showFade && this._chartWidget.screen.show(), this._symbolSource()
						.setSymbolCurrencyUnit(this._prevSymbol, this._prevCurrency, this._prevUnit)
				}
				_symbolSource() {
					return Object(s.ensureNotNull)(this._chartWidget.model().model()
						.dataSourceForId(this._sourceId))
				}
			}
			var ke = i("JWMC"),
				De = i("gaBL");
			const Ve = Object(h.getLogger)("Chart.ChartUndoModel");
			class Be extends m.UndoCommand {
				constructor(e, t, i) {
					super("Paste Indicator"), this._sourceState = null, this._model = e, this
						._clipboardData = t, this._paneId = i
				}
				redo() {
					if (!this._sourceState) {
						const e = Object(y.clone)(this._clipboardData.source);
						e.id = Object(xe.guid)(), this._sourceState = e
					}
					let e, t;
					e = this._paneId ? Object(s.ensureNotNull)(this._model.paneForId(this
							._paneId)) : this._sourceState.metaInfo.is_price_study ? Object(s
							.ensureNotNull)(this._model.paneForSource(this._model.mainSeries())) :
						this._model.createPane();
					const i = !e.mainDataSource();
					this._sourceState.zorder = e.newStudyZOrder();
					const r = e.restoreStudy(this._sourceState, !1);
					this._sourceState.metaInfo.linkedToSeries && r.setOwnerSource(this._model
						.mainSeries()), i || (t = this._sourceState.metaInfo.is_price_study ?
						t = this._model.mainSeries().priceScale() : this._paneId ? e
						.findSuitableScale(r) : e.defaultPriceScale(), t !== r.priceScale() && e
						.move(r, t)), Object(ve.isStudy)(r) && r.start()
				}
				undo() {
					if (null === this._sourceState) return void Ve.logError(
						"This command was never executed - nothing to undo");
					const e = Object(s.ensureNotNull)(this._model.dataSourceForId(this._sourceState
						.id));
					this._model.removeSource(e)
				}
				state() {
					return this._sourceState
				}
			}
			class Re extends m.UndoCommand {
				constructor(e, t, i, s, r) {
					super("", !1), this._model = e, this._paneA = t, this._paneB = i, this
						._prevStretchA = s, this._currStretchA = r
				}
				redo() {
					const e = this._paneA.stretchFactor() + this._paneB.stretchFactor();
					this._paneA.setStretchFactor(this._currStretchA), this._paneB.setStretchFactor(
						e - this._currStretchA), this._model.fullUpdate()
				}
				undo() {
					const e = this._paneA.stretchFactor() + this._paneB.stretchFactor();
					this._paneA.setStretchFactor(this._prevStretchA), this._paneB.setStretchFactor(
						e - this._prevStretchA), this._model.fullUpdate()
				}
			}
			var Ne = i("KnF9");
			class je extends m.UndoCommand {
				constructor(e, t, i, s) {
					super("Move", !1), this._endEvent = null, this._model = e, this._sourceId = t
						.id(), this._itemIndex = i,
						this._startEvent = s
				}
				move(e) {
					this._endEvent = e, this._move(e)
				}
				hasChanges() {
					return null !== this._endEvent
				}
				undo() {
					this._move(this._startEvent)
				}
				redo() {
					this._move(Object(s.ensureNotNull)(this._endEvent))
				}
				_move(e) {
					const t = Object(s.ensureNotNull)(this._model.dataSourceForId(this._sourceId));
					Object(s.assert)(void 0 !== t.moveItem, 'The method "moveItem" is not defined'),
						t.moveItem && t.moveItem(new r.Point(e.localX, e.localY), this._itemIndex,
							new Ne.a(e))
				}
			}
			class Fe extends m.UndoCommand {
				constructor(e, t, i, s, r, n, o, a, l, c, h, u) {
					super(u), this._studyId = null, this._paneState = null, this._chartModel = e,
						this._studyMetaInfo = t, this._props = s, this._addAsOverlay = r, this
						._parentId = null == n ? null : n.id(), this._inputs = i, this
						._targetZOrder = h, this._preferredPriceScale = o, this
						._allowChangeCurrency = a, this._allowChangeUnit = l, this._paneSize = c
				}
				redo() {
					const e = null === this._parentId ? void 0 : this._chartModel.dataSourceForId(
							this._parentId),
						t = this._chartModel.insertStudyWithParams(this._studyMetaInfo, this
							._inputs, this._targetZOrder, this._props, this._addAsOverlay, e, this
							._preferredPriceScale, this._allowChangeCurrency, this._allowChangeUnit,
							this._paneSize, null === this._studyId ? void 0 : this._studyId);
					if (this._studyId = t.id(), t.childStudyByRebind().subscribe(null, () => Object(
							ke.trackEvent)("SOS", "Apply SOS", "Rebind SOS")), this._chartModel
						.setShouldBeSavedEvenIfHidden(!0), null !== this._paneState) {
						Object(s.ensureNotNull)(this._chartModel.paneForSource(t)).restoreState(this
							._paneState, !1, this._chartModel.version()), this._paneState = null
					}
				}
				undo() {
					const e = Object(s.ensureNotNull)(this._chartModel.dataSourceForId(Object(s
							.ensureNotNull)(this._studyId))),
						t = Object(s.ensureNotNull)(this._chartModel.paneForSource(e)).state();
					this._chartModel.removeSource(e) && (this._paneState = t)
				}
				insertedStudy() {
					return this._chartModel.dataSourceForId(Object(s.ensureNotNull)(this._studyId))
				}
			}
			var We = i("pOzK"),
				He = i("cWHH"),
				Ue = i.n(He),
				ze = i("SwuQ"),
				Ge = i("7MWe"),
				qe = i("Kxc7");
			class Ye extends m.UndoCommand {
				constructor(e, t, i, s, r, n) {
					super("Zoom"), this._timeScaleState = null, this._priceScaleState = null, this
						._model = e, this._startBar = t, this._endBar = i, this._startPrice = s,
						this._endPrice = r, this._pane = n
				}
				redo() {
					this._timeScaleState = this._model.timeScale().state(), this._priceScaleState =
						this._pane.defaultPriceScale().state(), this._model.zoomToViewport(this
							._startBar, this._endBar, this._startPrice, this._endPrice, this._pane)
				}
				undo() {
					this._model.timeScale().restoreState(Object(s.ensureNotNull)(this
							._timeScaleState)), this._pane.defaultPriceScale().restoreState(Object(s
							.ensureNotNull)(this._priceScaleState)), this._model
						.recalculateAllPanes(), this._model.lightUpdate()
				}
			}
			const Ke = Object(h.getLogger)("Chart.ChartUndoModel");
			class Je extends m.UndoCommand {
				constructor(e, t, i) {
					super("Zoom"), this._baseCmd = e, this._zoomStack = t, this._inOut = i
				}
				undo() {
					if (this._inOut) {
						if (this._baseCmd !== this._zoomStack.head()) return void Ke.logDebug(
							"zoom stack inconsistency");
						this._baseCmd.undo(), this._zoomStack.pop()
					} else this._baseCmd.redo(), this._zoomStack.push(this._baseCmd)
				}
				redo() {
					if (this._inOut) this._baseCmd.redo(), this._zoomStack.push(this._baseCmd);
					else {
						if (this._baseCmd !== this._zoomStack.head()) return void Ke.logDebug(
							"zoom stack inconsistency");
						this._baseCmd.undo(), this._zoomStack.pop()
					}
				}
			}
			class Ze extends m.UndoCommand {
				constructor(e, t) {
					super("Stop Syncing Drawing"), this._model = e, this._sourceId = t.id(), this
						._linkKey = t.linkKey().value()
				}
				redo() {
					Object(s.ensureNotNull)(this._model.dataSourceForId(this._sourceId)).linkKey()
						.setValue(null)
				}
				undo() {
					Object(s.ensureNotNull)(this._model.dataSourceForId(this._sourceId)).linkKey()
						.setValue(this._linkKey)
				}
			}
			class Xe extends m.UndoCommand {
				constructor(e, t, i = "Restore Defaults") {
					super(i), this._chartModel = e, this._defaultProperty = t, this._state = t
						.state()
				}
				redo() {
					this._chartModel.restoreFactoryDefaults(this._defaultProperty)
				}
				undo() {
					this._defaultProperty.mergeAndFire(this._state), this._chartModel.mainSeries()
						.onChartStyleChanged()
				}
			}
			var $e = i("0C7r");
			class Qe extends Xe {
				redo() {
					this._defaultProperty.hasChild("intervalsVisibilities") && this._defaultProperty
						.childs().intervalsVisibilities.mergeAndFire($e.intervalsVisibilitiesDefaults),
						super.redo()
				}
			}
			var et = i("eCE5");
			i.d(t, "ChartUndoModelBase", (function() {
				return ot
			}));
			const tt = window.t("Send {title} backward"),
				it = window.t("Bring {title} forward"),
				st = window.t("Insert {title} after {target}"),
				rt = window.t("Insert {title} before {target}");

			function nt(e, t) {
				return {
					bringForwardEnabled: e.bringForwardEnabled || t.bringForwardEnabled,
					bringToFrontEnabled: e.bringToFrontEnabled || t.bringToFrontEnabled,
					sendBackwardEnabled: e.sendBackwardEnabled || t.sendBackwardEnabled,
					sendToBackEnabled: e.sendToBackEnabled || t.sendToBackEnabled
				}
			}
			class ot extends a.a {
				constructor(e, t, i, s, r, n, o, a, l) {
					super(), this._createLineCommand = null, this._initialTimeScrollState = null,
						this._initialTimeScrollPos = null, this._currentSourceMoveCommand = null,
						this._currentLineChangeCommand = null, this._currentCustomMoveCommand =
						null, this._zoomStack = new _.a, this._chartWidget = n, this.m_model =
						new Ue.a(e, t, i, s, r, this, a, l), this._undoHistory = o, this
						._lineToolsGroupController = new be({
							model: this._model.bind(this),
							pushUndoCommand: this._pushUndoCommand.bind(this),
							beginUndoMacro: this._undoHistory.beginUndoMacro.bind(this
								._undoHistory),
							endUndoMacro: this._undoHistory.endUndoMacro.bind(this
								._undoHistory),
							emitEvent: this.emitEvent.bind(this)
						})
				}
				undoHistory() {
					return this._undoHistory
				}
				lineToolsGroupController() {
					return this._lineToolsGroupController
				}
				mergeAllScales(e) {
					! function(e, t) {
						e.beginUndoMacro("left" === t ? u : d), e.model().panes().forEach(i => {
							const s = "left" === t ? i.rightPriceScales() : i
								.leftPriceScales(),
								r = ("left" === t ? i.leftPriceScales() : i
									.rightPriceScales()).concat(s),
								n = "overlay" === i.priceScalePosition(i
									.defaultPriceScale()) ? r[0] : i.defaultPriceScale();
							e.movePriceScale(i, n, t, 0), r.forEach(t => {
								if (t === n) return;
								let s = t.mainSource();
								for (; null !== s;) {
									e.moveToScale(s, i, n, "", !0);
									const r = t.mainSource();
									if (r === s) {
										p.logError(
											"Loop detected while trying to merge scales"
										);
										break
									}
									s = r
								}
							})
						}), e.endUndoMacro(), e.model().fullUpdate()
					}(this, e)
				}
				movePriceScale(e, t, i, s) {
					const r = new f(this._model(), e, t, i, s, window.t("Move scale"));
					this._pushUndoCommand(r)
				}
				createLineTool(e, t, i, r, o, a, l) {
					const c = "Create " + T.lineToolsLocalizedNames[i];
					if (("LineToolRegressionTrend" === i || "LineToolAnchoredVWAP" === i) && !this
						.canCreateStudy()) return Object(n.showTooManyStudiesNotice)(), null;
					this.beginUndoMacro(c);
					const h = !l;
					this._createLineCommand = new I(this._model(), e, i, a || Object(s
						.ensureNotNull)(e.mainDataSource()), h);
					const u = this._createLineCommand.startCreatingLine(t, r, o || null),
						d = Object(s.ensureNotNull)(this._createLineCommand.line());
					let p = null;
					if (u && (h && this.finishLineTool(d), this._pushUndoCommand(this
							._createLineCommand), this._createLineCommand = null, p = {
							points: d.normalizedPoints(),
							interval: this.mainSeries().interval()
						}), h && void 0 === o && Object(ce.drawOnAllCharts)().value() && d
						.isSynchronizable()) {
						const e = Object(s.ensureNotNull)(this.model().externalTimeStamp(t.index)),
							r = {
								point: {
									price: t.price,
									timeStamp: e
								},
								linetool: i,
								properties: d.properties(),
								symbol: this.mainSeries().symbol(),
								model: this.model(),
								linkKey: Object(s.ensureNotNull)(d.linkKey().value()),
								finalState: p
							};
						d.isFixed() && (r.pointPositionPercents = d.calcPositionPercents()[0]),
							Object(ce.createLineTool)(r)
					}
					return this.endUndoMacro(), d
				}
				continueCreatingLine(e, t, i, r) {
					const n = Object(s.ensureNotNull)(this._createLineCommand);
					this.beginUndoMacro(n.text());
					const o = Object(s.ensureNotNull)(this._model().lineBeingCreated()),
						a = n.continueCreatingLine(e, t, i, r);
					let l = null;
					if (a && (this.finishLineTool(o), this._pushUndoCommand(n), this
							._createLineCommand = null, l = {
								points: o.normalizedPoints(),
								interval: this.mainSeries().interval()
							}), n.needCopyToOtherCharts() && Object(ce.drawOnAllCharts)().value() &&
						o.isSynchronizable()) {
						const i = Object(s.ensureNotNull)(this._model().externalTimeStamp(e.index));
						Object(ce.continueLineTool)({
							point: {
								price: e.price,
								timeStamp: i
							},
							envState: t,
							finalState: l,
							model: this._model()
						})
					}
					return this.endUndoMacro(), a
				}
				continueExternalLine(e, t, i) {
					const r = Object(s.ensureNotNull)(this._createLineCommand),
						n = r.continueCreatingLine(e, t, i);
					return n && (this._pushUndoCommand(r), this._createLineCommand = null), n
				}
				finishLineTool(e) {
					this._model().finishLineTool(e)
				}
				pasteImageAsLineTool(e, t, i) {
					return null
				}
				loadRange(e) {
					this._pushUndoCommand(new Q(this._model(), e))
				}
				unlinkLines(e) {
					const t = this.model();
					this.beginUndoMacro("Stop syncing line tool(s)");
					for (const i of e) null !== i.linkKey().value() && Object(ce.removeLineTool)({
						withUndo: !0,
						model: this.model(),
						symbol: i.symbol(),
						linkKey: Object(s.ensureNotNull)(i.linkKey().value()),
						sourceTitle: i.title(),
						lineToolState: i.state(!1)
					}), this._pushUndoCommand(new Ze(t, i));
					this.endUndoMacro()
				}
				zoomFromViewport() {
					const e = new Je(Object(s.ensureDefined)(this._zoomStack.head()), this
						._zoomStack, !1);
					this._pushUndoCommand(e)
				}
				zoomToViewport(e, t, i, s, r) {
					const n = new Ye(this.m_model, e, t, i, s, r),
						o = new Je(n, this._zoomStack, !0);
					this._pushUndoCommand(o)
				}
				zoomStack() {
					return this._zoomStack
				}
				withMacro(e, t) {
					const i = this.beginUndoMacro(e);
					try {
						t()
					} finally {
						this.endUndoMacro()
					}
					return i
				}
				canZoomIn() {
					return this.model().canZoomIn()
				}
				canZoomOut() {
					return this.model().canZoomOut()
				}
				zoomOut() {
					const e = this.timeScale().width();
					if (this.canZoomOut()) {
						try {
							this.beginUndoMacro("Zoom Out")
						} catch (e) {
							return
						}
						Object(ee.doAnimate)({
							to: e / 5,
							onStep: e => {
								this.startScaleTime(0), this.scaleTimeTo(e), this
									.endScaleTime()
							},
							onComplete: () => this.endUndoMacro()
						})
					}
				}
				zoomIn() {
					const e = this.timeScale().width();
					if (this.canZoomIn()) {
						try {
							this.beginUndoMacro("Zoom In")
						} catch (e) {
							return
						}
						Object(ee.doAnimate)({
							to: e / 5,
							onStep: e => {
								this.startScaleTime(e), this.scaleTimeTo(0), this
									.endScaleTime()
							},
							onComplete: () => this.endUndoMacro()
						})
					}
				}
				startMovingSources(e, t, i, s) {
					e.filter(e => e.doesMovingAffectsUndo()).length && (this
						._currentSourceMoveCommand = new w(this.model(), e, "Move Drawing(s)", !
							1)), this.model().startMovingSources(e, t, i, new Map, s)
				}
				moveSources(e, t) {
					this.model().moveSources(e, new Map, t)
				}
				endMovingSource(e) {
					this.model().endMovingSources(e), null !== this._currentSourceMoveCommand && (
							this._currentSourceMoveCommand.saveNewState(), this._pushUndoCommand(
								this._currentSourceMoveCommand)), this._currentSourceMoveCommand =
						null
				}
				startChangingLinetool(e, t, i, s, r) {
					this._currentLineChangeCommand = new w(this.model(), [e], "Change " + i +
						" point", !1), this.model().startChangingLinetool(e, t, i, s, r)
				}
				changeLinePoint(e, t) {
					this.model().changeLinePoint(e, t)
				}
				endChangingLinetool(e) {
					this.model().endChangingLinetool(e), null !== this._currentLineChangeCommand &&
						(this._currentLineChangeCommand.saveNewState(), this._pushUndoCommand(this
							._currentLineChangeCommand)), this._currentLineChangeCommand = null
				}
				setChartStyleProperty(e, t, i) {
					if (e.value() !== t) {
						const s = new Z(e, t, this.mainSeries(), i, this.model(), this
							.chartWidget());
						this._pushUndoCommand(s), this.emitEvent("setChartStyleProperty"), Object(G
							.a)(e.value())
					}
				}
				restorePropertiesForSource(e) {
					Object(g.isLineTool)(e) ? this._restoreLineToolFactoryDefaults(e) : this
						._restoreStudyFactoryDefaults(e)
				}
				restoreState(e, t, i) {
					return this.m_model.restoreState(e, t, i)
				}
				async clipboardCopy(e, t = this.selection().dataSources()) {
					if (!Object(qe.enabled)("datasource_copypaste")) return;
					const i = t.filter(e => e.copiable());
					if (0 === i.length) return;
					for (const e of i)
						if (Object(ve.isStudy)(e) && e.isChildStudy()) throw new Error(
							"Can not copy child study");
					const s = Object(M.a)(this._model().id(), i);
					return null !== s ? e.write({
						app: JSON.stringify(s),
						text: s.title
					}) : void 0
				}
				async clipboardCut(e, t = this.selection().dataSources()) {
					if (!Object(qe.enabled)("datasource_copypaste")) return;
					const i = t.filter(e => e.copiable());
					if (0 === i.length) return;
					await this.clipboardCopy(e, i);
					const s = i.filter(e => e.isUserDeletable());
					if (0 === s.length) return;
					const r = 1 === s.length ? "Cut " + s[0].title : "Cut sources";
					this.beginUndoMacro(r), this.m_model.selectionMacro(() => {
						this.removeSources(s, !1, r)
					}), this.endUndoMacro()
				}
				async clipboardPaste(e, t) {
					let i = null;
					if (Object(qe.enabled)("datasource_copypaste") && (i = i || await e.read(), i
							.app)) {
						const e = JSON.parse(i.app);
						if (null !== this.pasteSourceFromClip(t, e)) return
					}
					await this._processSpecialLineToolsContents(e, i, t)
				}
				applyStudyTemplate(e, t) {
					const i = new Ce(this._model(), e, t);
					this._pushUndoCommand(i)
				}
				startCustomMoving(e, t, i) {
					this._currentCustomMoveCommand = new je(this.model(), e, t, i)
				}
				customMoveBeingProcessed() {
					return null !== this._currentCustomMoveCommand
				}
				processCustomMove(e) {
					Object(s.ensureNotNull)(this._currentCustomMoveCommand).move(e)
				}
				endCustomMoving() {
					null !== this._currentCustomMoveCommand && this._currentCustomMoveCommand
						.hasChanges() && (this._pushUndoCommand(this._currentCustomMoveCommand),
							this._currentCustomMoveCommand = null)
				}
				cloneLineTools(e, t) {
					for (let t = 0; t < Math.min(5, e.length); ++t) Object(G.b)(e[t]);
					this.beginUndoMacro(window.t("Clone line tools"));
					const i = new b(this._model(), e, t, window.t("Clone line tools"));
					if (this._pushUndoCommand(i), Object(ce.drawOnAllCharts)().value()) {
						const e = i.newIds().map(e => Object(s.ensureNotNull)(this.model()
							.dataSourceForId(e)));
						this.copyToOtherCharts(e)
					}
					return this.endUndoMacro(), this.emitEvent("cloneLineTools"), i.newIds()
				}
				removeSource(e, t, i) {
					if (this.lineBeingCreated() === e) return void this.cancelCreatingLine();
					const s = "Remove " + e.title();
					this.removeSources([e], t, s, i)
				}
				removeSelectedSources() {
					const e = this._model().selection().dataSources();
					if (!e.length) return;
					const t = e.length > 1 ? "Remove drawings group" : "Remove " + e[0].title();
					this.removeSources(e, !1, t)
				}
				removeSources(e, t, i, r) {
					r || (e = e.filter(e => e.isUserDeletable()));
					const n = this._model(),
						o = n.lineToolsGroupModel();
					this.beginUndoMacro(i), n.selectionMacro(r => {
						const a = new Map;
						e.forEach(e => {
							if (Object(g.isLineTool)(e)) {
								const t = o.groupForLineTool(e);
								if (null !== t) {
									const i = a.get(t) || [];
									i.push(e), a.set(t, i)
								}
								null !== e.linkKey().value() && Object(ce
									.removeLineTool)({
									withUndo: !0,
									model: this.model(),
									linkKey: Object(s.ensureNotNull)(e
										.linkKey().value()),
									symbol: this.model().mainSeries()
										.symbol(),
									lineToolState: e.state(!1),
									sourceTitle: e.title()
								})
							}
						}), a.forEach((e, t) => {
							const i = new S.a(n, t, e);
							this._pushUndoCommand(i)
						});
						const l = new v.RemoveSourcesCommand(n, e, i),
							c = l.removedIds();
						this._pushUndoCommand(l), !t && c.length > 0 && (1 === c.length ?
							this.emitEvent("removeSource", [c[0]]) : this.emitEvent(
								"removeSources", [c]))
					}), this.endUndoMacro()
				}
				removeUnloadedLineTool(e, t, i, s, r, n) {}
				mergeSourceUp(e) {
					const t = new C.c(this._model(), e, "Merge up");
					this._mergeUnmergeSource(e, t)
				}
				mergeSourceDown(e) {
					const t = new C.a(this._model(), e, "Merge down");
					this._mergeUnmergeSource(e, t)
				}
				mergeToPane(e, t) {
					const i = this._model().panes().indexOf(t),
						s = new C.b(this._model(), e, i, "Merge to pane");
					this._mergeUnmergeSource(e, s)
				}
				unmergeSourceUp(e) {
					const t = new P.c(this._model(), e, "Unmerge up");
					this._mergeUnmergeSource(e, t)
				}
				unmergeSourceDown(e) {
					const t = new P.a(this._model(), e, "Unmerge down");
					this._mergeUnmergeSource(e, t)
				}
				unmergeToNewBottomPane(e) {
					const t = new P.b(this._model(), e, "Unmerge to new bottom pane");
					this._mergeUnmergeSource(e, t)
				}
				availableZOrderOperations(e) {
					const t = this._model().lineToolsGroupModel(),
						i = e.filter(g.isLineTool),
						r = i.map(e => t.groupForLineTool(e));
					Object(s.assert)(new Set(r).size <= 1,
						"Cannot move line tools from different group");
					const n = 0 === r.length ? null : r[0];
					let o = {
						bringForwardEnabled: !1,
						bringToFrontEnabled: !1,
						sendBackwardEnabled: !1,
						sendToBackEnabled: !1
					};
					const a = new Set(i);
					for (const t of Object(x.sortSources)(e)) {
						if (Object(g.isLineTool)(t) && null !== n) {
							const e = Object(x.sortSources)(n.lineTools().filter(e => !a.has(e) ||
								e === t));
							o = nt(o, {
								bringForwardEnabled: t !== e[e.length - 1],
								bringToFrontEnabled: t !== e[e.length - 1],
								sendBackwardEnabled: t !== e[0],
								sendToBackEnabled: t !== e[0]
							});
							continue
						}
						const e = Object(s.ensureNotNull)(this._model().paneForSource(t))
							.sourcesByGroup().allExceptSpecialSources();
						if (0 === e.length) continue;
						const i = t.zorder(),
							r = e[0].zorder(),
							l = e[e.length - 1].zorder();
						o = nt(o, {
							bringForwardEnabled: i !== l,
							bringToFrontEnabled: i !== l,
							sendBackwardEnabled: i !== r,
							sendToBackEnabled: i !== r
						})
					}
					return o
				}
				sendToBack(e) {
					if (!this.availableZOrderOperations(e).sendToBackEnabled) throw new Error(
						"Send to back operation is unavailable");
					let t = null;
					const i = e[0];
					if (Object(g.isLineTool)(i)) {
						const s = this._model().lineToolsGroupModel().groupForLineTool(i);
						if (null !== s) {
							const i = s.lineTools();
							t = new V(this.model(), Object(x.sortSources)(e), i[0])
						}
					}
					null === t && (t = new A(this.model(), Object(x.sortSources)(e))), this
						._pushUndoCommand(t), this.emitEvent("changeZOrder", [e])
				}
				bringToFront(e) {
					if (!this.availableZOrderOperations(e).bringToFrontEnabled) throw new Error(
						"Bring to front operation is unavailable");
					let t = null;
					const i = e[0];
					if (Object(g.isLineTool)(i)) {
						const s = this._model().lineToolsGroupModel().groupForLineTool(i);
						if (null !== s) {
							const i = s.lineTools();
							t = new k(this.model(), Object(x.sortSources)(e), i[i.length - 1])
						}
					}
					null === t && (t = new L(this.model(), Object(x.sortSources)(e))), this
						._pushUndoCommand(t), this.emitEvent("changeZOrder", [e])
				}
				sendBackward(e) {
					if (!this.availableZOrderOperations(e).sendBackwardEnabled) throw new Error(
						"Send backward operation is unavailable");
					const t = tt.format({
						title: e[0].title()
					});
					this._sendBackOrBringForward(t, Object(x.sortSources)(e), (e, t) => new R(this
						.model(), e, t))
				}
				bringForward(e) {
					if (!this.availableZOrderOperations(e).bringForwardEnabled) throw new Error(
						"Bring forward operation is unavailable");
					const t = it.format({
						title: e[0].title()
					});
					this._sendBackOrBringForward(t, Object(x.sortSources)(e), (e, t) => new j(this
						.model(), e, t))
				}
				insertAfter(e, t) {
					e = Object(x.sortSources)(e);
					const i = st.format({
						title: e[0].title(),
						target: t.title()
					});
					this._insertAfterOrBefore(i, e, t, () => new k(this.model(), e, t))
				}
				insertBefore(e, t) {
					e = Object(x.sortSources)(e);
					const i = rt.format({
						title: e[0].title(),
						target: t.title()
					});
					this._insertAfterOrBefore(i, e, t, () => new V(this.model(), e, t))
				}
				detachToRight(e, t) {
					Object(ke.trackEvent)("Chart", "Move to new right scale");
					const i = window.t("Move {title} To New Price Scale").format({
							title: e.title()
						}),
						s = new Ae.b(this.model(), e, t, "right", i);
					this._pushUndoCommand(s), this.emitEvent("moveSource", [e])
				}
				detachToLeft(e, t) {
					Object(ke.trackEvent)("Chart", "Move to new left scale");
					const i = window.t("Move {title} To New Left Scale").format({
							title: e.title()
						}),
						s = new Ae.b(this.model(), e, t, "left", i);
					this._pushUndoCommand(s), this.emitEvent("moveSource", [e])
				}
				detachNoScale(e, t) {
					Object(ke.trackEvent)("Chart", "Make source no scale");
					const i = window.t("Make {title} No Scale (Full Screen)").format({
							title: e.title()
						}),
						s = new Ae.b(this.model(), e, t, "overlay", i);
					this._pushUndoCommand(s), this.emitEvent("moveSource", [e])
				}
				moveToScale(e, t, i, s, r) {
					Object(ke.trackEvent)("Chart", "Move source to target scale"), this
						.beginUndoMacro(s);
					const n = new Ae.a(this.model(), e, t, i, s),
						o = r ? null : Object(De.sourceNewCurrencyOnPinningToPriceScale)(e, i, this
							._model()),
						a = r ? null : Object(ze.sourceNewUnitOnPinningToPriceScale)(e, i, this
							._model());
					this._pushUndoCommand(n), null !== o && this.setPriceScaleCurrency(i, o),
						null !== a && this.setPriceScaleUnit(i, a), this.endUndoMacro(), this
						.emitEvent("moveSource", [e])
				}
				startScrollTime(e) {
					const t = this.timeScale();
					this._initialTimeScrollState = {
						rightOffset: t.rightOffset(),
						barSpacing: t.barSpacing()
					}, this._initialTimeScrollPos = e, this.model().startScrollTime(e)
				}
				scrollTimeTo(e) {
					let t = !1;
					return null !== this._initialTimeScrollPos && null !== this
						._initialTimeScrollState && Math.abs(e - this._initialTimeScrollPos) > 20 &&
						(this._pushUndoCommand(new z.a(this.model(), this._initialTimeScrollState,
								"Scroll Time")), this._initialTimeScrollPos = null, this
							._initialTimeScrollState = null, t = !0), this.model().scrollTimeTo(e),
						t
				}
				endScrollTime() {
					this.model().endScrollTime(), this._initialTimeScrollPos = null, this
						._initialTimeScrollState = null
				}
				startScaleTime(e) {
					const t = this.timeScale(),
						i = {
							rightOffset: t.rightOffset(),
							barSpacing: t.barSpacing()
						};
					this._pushUndoCommand(new z.a(this.model(), i, "Scale Time")), this.model()
						.startScaleTime(e)
				}
				scaleTimeTo(e) {
					this.model().scaleTimeTo(e)
				}
				endScaleTime() {
					this.model().endScaleTime()
				}
				resetTimeScale() {
					const e = this.timeScale(),
						t = {
							rightOffset: e.rightOffset(),
							barSpacing: e.barSpacing()
						};
					this._pushUndoCommand(new z.a(this.model(), t, "Reset Time Scale")), this
						.model().resetTimeScale()
				}
				startScalePrice(e, t, i, s) {
					this._pushUndoCommand(new Ge.PriceScaleChangeUndoCommand(this.model(), e, t, t
						.state(), s)), this.model().startScalePrice(e, t, i)
				}
				scalePriceTo(e, t, i) {
					this.model().scalePriceTo(e, t, i)
				}
				endScalePrice(e, t) {
					this.model().endScalePrice(e, t)
				}
				resetPriceScale(e, t) {
					this._pushUndoCommand(new Ge.PriceScaleChangeUndoCommand(this.m_model, e, t, t
						.state())), this.model().resetPriceScale(e, t)
				}
				rearrangePanes(e, t) {
					const i = new U(this._model(), e, t);
					this._pushUndoCommand(i)
				}
				movePane(e, t) {
					const i = new U(this._model(), e, t);
					this._pushUndoCommand(i)
				}
				pasteSourceFromClip(e, t, i) {
					const r = t;
					if (!r || 0 === r.sources.length) return null;
					const n = e || Object(s.ensureNotNull)(this.model().paneForSource(this
						.mainSeries()));
					if (!r.sources.some(e => "drawing" !== e.type || null !== n
							.clipboardLineToolOwnerSource(e.source.id))) return null;
					this.beginUndoMacro("Paste " + r.title);
					let o = 0;
					const a = [],
						l = [];
					for (const t of r.sources)
						if ("drawing" === t.type && null !== n.clipboardLineToolOwnerSource(t.source
								.id)) {
							Object(et.b)(t.source.state.intervalsVisibilities, $.Interval.parse(this
								.model().mainSeries().interval()));
							const e = this.pasteLineTool(n, t);
							o < 5 && (Object(G.d)(e), o += 1), l.push(e), a.push(e)
						} else "study" === t.type && t.source && t.source.metaInfo && this
							.checkIfFeatureAvailable(new c.a(t.source.metaInfo)) && a.push(this
								.pasteStudy(t, i ? e : void 0));
					return l.length && this.selectionMacro(e => {
						e.clearSelection(), l.forEach(t => {
							e.addSourceToSelection(t, null)
						})
					}), this.endUndoMacro(), a
				}
				pasteLineTool(e, t, i, s) {
					const r = new Me(this.model(), t, e, i, s);
					this._pushUndoCommand(r);
					const n = r.source();
					return r.needCopyToOtherCharts() && this.copyToOtherCharts([n]),
						this.selectionMacro(e => {
							e.clearSelection(), e.addSourceToSelection(n, null)
						}), n
				}
				pasteStudy(e, t) {
					const i = new Be(this.model(), e, null == t ? void 0 : t.id());
					this._pushUndoCommand(i);
					const r = Object(s.ensureNotNull)(i.state()).id;
					return Object(s.ensureNotNull)(this._model().dataSourceForId(r))
				}
				setPriceScaleCurrency(e, t) {
					const i = new Oe.a(e, t, this.chartWidget(), "Change currency");
					this._pushUndoCommand(i)
				}
				setPriceScaleUnit(e, t) {
					const i = new Le.a(e, t, this.chartWidget(), "Change unit");
					this._pushUndoCommand(i)
				}
				setSymbol(e, t) {
					e.symbol() !== t && this._pushUndoCommand(new Ee(e, t, this.chartWidget()))
				}
				copyToOtherCharts(e) {
					const t = this.mainSeries(),
						i = t.syncModel(),
						r = this.timeScale();
					if (i)
						for (const n of e) {
							if (!n.isSynchronizable()) continue;
							const e = n.linkKey().value() || Object(xe.randomHash)();
							n.linkKey().setValue(e);
							const o = n.state(!1),
								a = n.normalizedPoints(),
								l = n.properties().interval.value(),
								c = t.interval();
							let h;
							if ($.Interval.isEqual(l, c)) h = a.map(e => {
								const t = Object(s.ensureNotNull)(r.timePointToIndex(e
									.time_t)) + e.offset;
								return {
									price: e.price,
									timeStamp: Object(s.ensureNotNull)(this.model()
										.externalTimeStamp(t))
								}
							});
							else {
								const e = i.createNewModelWithResolution(l);
								h = a.map(t => ({
									price: t.price,
									timeStamp: 0 === t.offset ? t.time_t : e
										.projectTime(t.time_t, t.offset)
								}))
							}
							const u = {
								...o,
								linkKey: e,
								points: h,
								linetool: n.getType(),
								model: this.model(),
								symbol: t.symbol(),
								finalState: {
									points: a,
									interval: l
								}
							};
							n.isFixed() && (u.pointPositionPercents = n.calcPositionPercents()),
								Object(ce.copyLineTool)(u)
						}
				}
				addPaneStretchFactorUndoCommand(e, t, i, s) {
					const r = new Re(this.model(), e, t, i, s);
					this._pushUndoCommand(r)
				}
				moveSelectedToolsLeft() {
					return this._moveSelectedTools(2)
				}
				moveSelectedToolsUp() {
					return this._moveSelectedTools(0)
				}
				moveSelectedToolsRight() {
					return this._moveSelectedTools(3)
				}
				moveSelectedToolsDown() {
					return this._moveSelectedTools(1)
				}
				insertStudyWithoutCheck(e, t) {
					return this._insertStudy(e, t, {}, !1, void 0, void 0, void 0, void 0, void 0,
						null, void 0)
				}
				saveLineToolState(e, t) {
					this._pushUndoCommand(new w(this.m_model, [e], t))
				}
				resetScales() {
					this.beginUndoMacro("Reset scales"), this.resetTimeScale();
					for (const e of this.m_model.panes()) {
						for (const t of e.leftPriceScales()) this.resetPriceScale(e, t);
						for (const t of e.rightPriceScales()) this.resetPriceScale(e, t)
					}
					this.endUndoMacro(), this.m_model.recalculateAllPanes()
				}
				_mergeUnmergeSource(e, t) {
					this.beginUndoMacro(t.text());
					const i = Object(s.ensureNotNull)(this._model().paneForSource(e)),
						r = new Set(i.sourcesByGroup().lineSources().filter(t => t.ownerSource() ===
							e));
					this._model().lineToolsGroupModel().groups().filter(e => {
						const t = e.lineTools().some(e => r.has(e)),
							i = e.lineTools().some(e => !r.has(e));
						return t && i
					}).forEach(e => {
						this._pushUndoCommand(new S.a(this._model(), e, e.lineTools()))
					}), this._pushUndoCommand(t), this.endUndoMacro()
				}
				_insertStudy(e, t, i, r, n, o, a, l, c, h, u) {
					const d = "Insert " + e.description;
					this.beginUndoMacro(d);
					const p = new Fe(this.model(), e, t, i, r, n, o, a, l, c, h || null, d);
					this._pushUndoCommand(p);
					const _ = p.insertedStudy();
					if (void 0 !== u) {
						const e = new We.SetPriceScaleModeCommand(u, Object(s.ensureNotNull)(_
							.priceScale()), "", this.model());
						this._pushUndoCommand(e)
					}
					return this.endUndoMacro(), _
				}
				async _processSpecialLineToolsContents(e, t, i) {
					0
				}
				_insertAfterOrBefore(e, t, i, r) {
					const n = Object(s.ensureNotNull)(this._model().paneForSource(i));
					if (t.some(e => Object(g.isLineTool)(e) && this._model().paneForSource(e) !==
							n)) throw new Error(
						"Cannot insert line tool after target on another pane");
					this.beginUndoMacro(e), t.forEach(e => {
						Object(s.ensureNotNull)(this.model().paneForSource(e)) !== n && this
							.mergeToPane(e, n)
					});
					const o = r();
					this._pushUndoCommand(o), this.emitEvent("changeZOrder", [t]), this
						.endUndoMacro()
				}
				_sendBackOrBringForward(e, t, i) {
					const r = new Map;
					t.forEach(e => {
						const t = Object(s.ensureNotNull)(this._model().paneForSource(e)),
							i = r.get(t) || [];
						i.push(e), r.set(t, i)
					}), this.beginUndoMacro(e), r.forEach((e, t) => {
						this._pushUndoCommand(i(t, e))
					}), this.endUndoMacro(), this.emitEvent("changeZOrder", [t])
				}
				_moveSelectedTools(e) {
					const t = this.model().selection().lineDataSources();
					if (0 === t.length) return !1;
					if (Object(ce.lockDrawings)().value()) return !0;
					const i = this.timeScale().visibleBarsStrictRange();
					if (null === i) return !1;
					const s = function(e) {
						const t = new Map;
						for (const i of e) {
							const e = i.ownerSource();
							if (null === e) continue;
							let s = t.get(e);
							if (void 0 === s) {
								const i = e.priceScale(),
									r = e.priceStep(),
									n = e.firstValue();
								if (null === i || null === r || null === n) continue;
								const o = i.priceRange();
								if (null === o) continue;
								s = {
									sources: [],
									priceScale: i,
									priceStep: r,
									startPrice: o.minValue(),
									firstValue: n
								}, t.set(e, s)
							}
							s.sources.push(i)
						}
						return t
					}(t);
					if (0 === s.size) return !1;
					this.beginUndoMacro(window.t("Move Drawing(s)"));
					const n = i.firstBar(),
						o = this.timeScale().indexToCoordinate(n),
						a = n + (3 === e ? 1 : 2 === e ? -1 : 0),
						l = this.timeScale().indexToCoordinate(a);
					return ce.isDirectionalMovementActive.setValue(!0), s.forEach(t => {
						const {
							startPrice: i,
							priceStep: s,
							priceScale: c,
							firstValue: h
						} = t, u = i + (0 === e ? s : 1 === e ? -s : 0), d = c
							.priceToCoordinate(i, h), p = c.priceToCoordinate(u, h), _ = {
								logical: {
									index: n,
									price: i
								},
								screen: new r.Point(o, d)
							}, m = {
								logical: {
									index: a,
									price: u
								},
								screen: new r.Point(l, p)
							};
						this.startMovingSources(t.sources, _, null), this.moveSources(m),
							this.endMovingSource(!1)
					}), ce.isDirectionalMovementActive.setValue(!1), this.endUndoMacro(), !0
				}
				_restoreStudyFactoryDefaults(e) {
					const t = new Qe(this.m_model, e.properties());
					this._pushUndoCommand(t)
				}
				_restoreLineToolFactoryDefaults(e) {
					const t = "Load default drawing template";
					this.beginUndoMacro(t), this.saveLineToolState(e, t);
					const i = new Qe(this.m_model, e.properties(), t);
					this._pushUndoCommand(i), this.saveLineToolState(e, t), this.endUndoMacro(),
						this.model().updateSource(e)
				}
			}
		},
		opke: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><path fill="currentcolor" d="m13.5 5a1 1 0 0 0 0 19 1 1 0 0 0 0-19m0 1a1 1 0 0 1 0 17 1 1 0 0 1 0-17zm2.31-.6A9.5 9.5 0 0 0 9 14.5a9.5 9.5 0 0 0 6.81 9.1l.99-.78A8.5 8.5 0 0 1 10 14.5a8.5 8.5 0 0 1 6.8-8.32"/></svg>'
		},
		p1SQ: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolHorzLinePriceAxisView", (function() {
				return r
			}));
			var s = i("KcY8");
			class r extends s.a {
				constructor(e) {
					super(), this._source = e
				}
				_updateRendererData(e, t, i) {
					e.visible = !1;
					const s = this._source.points(),
						r = this._source.priceScale();
					if (0 === s.length || null === r || r.isEmpty()) return;
					const n = s[0];
					if (!isFinite(n.price)) return;
					const o = this._source.ownerSource(),
						a = null !== o ? o.firstValue() : null;
					if (null === a) return;
					const l = this._source.properties().linecolor.value();
					i.background = l, i.textColor = this.generateTextColor(l), i.coordinate = r
						.priceToCoordinate(n.price, a), e.text = r.formatPrice(n.price, a), e
						.visible = !0
				}
			}
		},
		pJOz: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "drawCircle", (function() {
				return h
			})), i.d(t, "drawArrow", (function() {
				return u
			})), i.d(t, "TrendLineRenderer", (function() {
				return d
			}));
			var s = i("Eyy1"),
				r = i("GEp6"),
				n = i("a7Ha"),
				o = i("VdBB"),
				a = i("jFln"),
				l = i("Zp/P"),
				c = i("gAom");

			function h(e, t, i, s, r) {
				t.save(), t.fillStyle = "#000000", t.beginPath(), t.arc(e.x * r, e.y * r, i * r, 0, 2 * Math
						.PI, !1), t.fill(), s.strokeWidth && (t.lineWidth = s.strokeWidth, t.stroke()), t
					.restore()
			}

			function u(e, t, i, s, r) {
				if (t.subtract(e).length() < 1) return;
				const n = Object(l.getArrowPoints)(e, t, s, !1);
				for (let e = 0; e < n.length; ++e) {
					const t = n[e][0],
						s = n[e][1];
					Object(a.drawLine)(i, t.x * r, t.y * r, s.x * r, s.y * r)
				}
			}
			class d {
				constructor() {
					this._data = null, this._hittest = new o.HitTestResult(o.HitTestResult.MOVEPOINT)
				}
				setData(e) {
					this._data = e
				}
				setHitTest(e) {
					this._hittest = e
				}
				draw(e, t) {
					const i = this._data;
					if (null === i) return;
					if ("points" in i && i.points.length < 2) return;
					if ("floatPoints" in i && i.floatPoints.length < 2) return;
					const s = t.pixelRatio;
					e.lineCap = "butt", e.strokeStyle = i.color, e.lineWidth = Math.max(1, Math.floor(i
						.linewidth * s)), Object(a.setLineStyle)(e, i.linestyle);
					const r = "floatPoints" in i ? i.floatPoints : i.points,
						n = r[0],
						o = r[1];
					let l = [];
					i.overlayLineEndings ? l = [n.clone(), o.clone()] : this._drawEnds(e, [n, o], i
						.linewidth, s);
					const h = this._extendAndClipLineSegment(n, o, t);
					null !== h && i.linewidth > 0 && (h[0].x === h[1].x ? Object(c.drawVerticalLine)(e,
							Math.round(h[0].x * s), h[0].y * s, h[1].y * s) : h[0].y === h[1].y ?
						Object(c.drawHorizontalLine)(e, Math.round(h[0].y * s), h[0].x * s, h[1].x *
							s) : Object(a.drawLine)(e, h[0].x * s, h[0].y * s, h[1].x * s, h[1].y *
							s)), i.overlayLineEndings && this._drawEnds(e, l, i.linewidth, s)
				}
				hitTest(e, t) {
					const i = this._data;
					if (null === i) return null;
					if ("points" in i && i.points.length < 2) return null;
					if ("floatPoints" in i && i.floatPoints.length < 2) return null;
					const s = Object(l.interactionTolerance)().line,
						n = "floatPoints" in i ? i.floatPoints : i.points,
						o = n[0],
						a = n[1],
						c = this._extendAndClipLineSegment(o, a, t);
					if (null !== c) {
						if (Object(r.distanceToSegment)(c[0], c[1], e).distance <= s) return this
							._hittest
					}
					return null
				}
				_extendAndClipLineSegment(e, t, i) {
					const r = Object(s.ensureNotNull)(this._data);
					return Object(l.extendAndClipLineSegment)(e, t, i.cssWidth, i.cssHeight, r
						.extendleft, r.extendright)
				}
				_drawEnds(e, t, i, r) {
					const o = t[0],
						a = t[1],
						l = Object(s.ensureNotNull)(this._data);
					switch (l.leftend) {
						case n.LineEnd.Arrow:
							u(a, o, e, i, r);
							break;
						case n.LineEnd.Circle:
							h(o, e, i, Object(s.ensureDefined)(l.endstyle), r)
					}
					switch (l.rightend) {
						case n.LineEnd.Arrow:
							u(o, a, e, i, r);
							break;
						case n.LineEnd.Circle:
							h(a, e, i, Object(s.ensureDefined)(l.endstyle), r)
					}
				}
			}
		},
		pKDv: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolABCD", (function() {
				return a
			}));
			var s = i("Eyy1"),
				r = i("Ocx9"),
				n = i("Ss5c"),
				o = i("j3hX");
			class a extends n.LineDataSource {
				constructor(e, t) {
					const s = t || a.createProperties();
					super(e, s), i.e("lt-pane-views").then(i.bind(null, "bFMU")).then(t => {
						this._setPaneViews([new t.ABCDPaneView(this, e)])
					})
				}
				pointsCount() {
					return 4
				}
				name() {
					return "ABCD Pattern"
				}
				properties() {
					return super.properties()
				}
				static createProperties(e) {
					const t = new r.DefaultProperty("linetoolabcd", e);
					return a._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "aMeN")).then(
						e => e.PatternWithoutBackgroundDefinitionsViewModel)
				}
				static _configureProperties(e) {
					n.LineDataSource._configureProperties(e), e.addChild("linesColors", new o
							.LineToolColorsProperty([Object(s.ensureDefined)(e.child("color"))])), e
						.addChild("textsColors", new o.LineToolColorsProperty([Object(s
							.ensureDefined)(e.child("textcolor"))]))
				}
			}
		},
		pOzK: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SetPriceScaleModeCommand", (function() {
				return n
			}));
			var s = i("Ocx9"),
				r = i("RDU5");
			class n extends r.UndoCommand {
				constructor(e, t, i, s) {
					super(i), this._newMode = e, this._priceScaleId = t.id(), this._model = s, this
						._oldMode = t.mode()
				}
				redo() {
					this._applyMode(this._newMode)
				}
				undo() {
					this._applyMode(this._oldMode)
				}
				_applyMode(e) {
					const t = this._findPriceScaleById();
					null !== t && (Object(s.saveDefaultProperties)(!0), t.setMode(e), Object(s
						.saveDefaultProperties)(!1), this._model && (this._model
						.recalculateAllPanes(), this._model.lightUpdate()))
				}
				_findPriceScaleById() {
					const e = this._model.panes();
					for (let t = 0; t < e.length; t++) {
						const i = e[t].getPriceScaleById(this._priceScaleId);
						if (null !== i) return i
					}
					return null
				}
			}
		},
		pPtI: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "normalizeIntervalString", (function() {
				return _
			})), i.d(t, "isAvailable", (function() {
				return m
			})), i.d(t, "setLastUsedResolution", (function() {
				return f
			})), i.d(t, "getRangeResolution", (function() {
				return g
			})), i.d(t, "getTimeBasedResolution", (function() {
				return b
			})), i.d(t, "getDefaultResolution", (function() {
				return v
			})), i.d(t, "getResolutionByChartStyle", (function() {
				return S
			})), i.d(t, "getServerInterval", (function() {
				return y
			})), i.d(t, "isResolutionMultiplierValid", (function() {
				return w
			})), i.d(t, "getMaxResolutionValue", (function() {
				return C
			})), i.d(t, "getResolutionsFromSettings", (function() {
				return x
			})), i.d(t, "convertResolutionsFromSettings", (function() {
				return T
			})), i.d(t, "mergeResolutions", (function() {
				return I
			})), i.d(t, "sortResolutions", (function() {
				return M
			})), i.d(t, "getCustomResolutions", (function() {
				return A
			})), i.d(t, "getTranslatedResolution", (function() {
				return E
			})), i.d(t, "getTranslatedResolutionModel", (function() {
				return k
			})), i.d(t, "isSecondsEnabled", (function() {
				return V
			})), i.d(t, "isTicksEnabled", (function() {
				return B
			}));
			i("bSeV"), i("YFKU");
			var s = i("LxhU"),
				r = i("n5al"),
				n = i("Vdly"),
				o = i("PT1i"),
				a = i("L6rT"),
				l = i("ogJP"),
				c = i("Kxc7"),
				h = i.n(c);
			const u = {
					[s.ResolutionKind.Ticks]: 1,
					[s.ResolutionKind.Seconds]: 60,
					[s.ResolutionKind.Minutes]: 1440,
					[s.SpecialResolutionKind.Hours]: 24,
					[s.ResolutionKind.Days]: 365,
					[s.ResolutionKind.Weeks]: 52,
					[s.ResolutionKind.Months]: 12,
					[s.ResolutionKind.Range]: 1e6,
					[s.ResolutionKind.Invalid]: NaN
				},
				d = {
					[s.ResolutionKind.Ticks]: 0,
					[s.ResolutionKind.Seconds]: 1,
					[s.ResolutionKind.Minutes]: 2,
					[s.SpecialResolutionKind.Hours]: 3,
					[s.ResolutionKind.Days]: 4,
					[s.ResolutionKind.Weeks]: 5,
					[s.ResolutionKind.Months]: 6,
					[s.ResolutionKind.Range]: 7,
					[s.ResolutionKind.Invalid]: 8
				},
				p = {
					[s.ResolutionKind.Invalid]: "",
					[s.ResolutionKind.Ticks]: window.t("T", {
						context: "interval_short"
					}),
					[s.ResolutionKind.Seconds]: window.t("s", {
						context: "interval_short"
					}),
					[s.ResolutionKind.Minutes]: window.t("m", {
						context: "interval_short"
					}),
					[s.SpecialResolutionKind.Hours]: window.t("h", {
						context: "interval_short"
					}),
					[s.ResolutionKind.Days]: window.t("D", {
						context: "interval_short"
					}),
					[s.ResolutionKind.Weeks]: window.t("W", {
						context: "interval_short"
					}),
					[s.ResolutionKind.Months]: window.t("M", {
						context: "interval_short"
					}),
					[s.ResolutionKind.Range]: window.t("R", {
						context: "interval_short"
					})
				};

			function _(e) {
				return s.Interval.parse(e).value()
			}

			function m(e) {
				const t = s.Interval.parse(e);
				if (!V() && t.isSeconds()) return !1;
				if (!B() && t.isTicks()) return !1;
				const i = t.value(),
					r = o.linking.supportedResolutions.value();
				return void 0 !== r ? void 0 !== r.find(e => _(e) === i) : t.isSeconds() ? Boolean(o.linking
						.seconds.value()) : t.isTicks() ? Boolean(o.linking.ticks.value()) : t
					.isIntraday() ? Boolean(o.linking.intraday.value()) : t.isDWM()
			}

			function f(e) {
				s.Interval.isValid(e) && (s.Interval.isRange(e) ? n.setValue(
					"chart.lastUsedRangeResolution", e) : n.setValue(
					"chart.lastUsedTimeBasedResolution", e))
			}

			function g(e) {
				const t = n.getValue("chart.lastUsedRangeResolution");
				if (void 0 !== t && s.Interval.isRange(t)) return t;
				let i = "100R";
				for (const t of e) {
					const e = s.Interval.parse(t);
					if (e.isRange()) {
						const t = e.value();
						if ("100R" === t) return t;
						i = t
					}
				}
				return i
			}

			function b(e) {
				const t = n.getValue("chart.lastUsedTimeBasedResolution");
				if (void 0 !== t && s.Interval.isTimeBased(t)) return t;
				let i = "1D";
				for (const t of e) {
					const e = s.Interval.parse(t);
					if (e.isTimeBased()) {
						const t = e.value();
						if ("1D" === t) return t;
						i = t
					}
				}
				return i
			}

			function v(e) {
				return e ? "100R" : "1D"
			}

			function S(e, t, i) {
				const n = r.isRangeStyle(e),
					o = s.Interval.isRange(t);
				return !n && o ? b(i) : n && !o ? g(i) : t
			}

			function y(e) {
				return s.Interval.isRange(e) ? "1" : e
			}

			function w(e) {
				const t = s.Interval.parse(e),
					i = P(t.kind()),
					r = t.multiplier();
				return t.isValid() && r <= i
			}

			function P(e) {
				const t = u[e];
				return Number.isNaN(t) ? 1 : t
			}

			function C(e) {
				return P(s.Interval.kind(e))
			}

			function x(e) {
				const t = T(n.getJSON(e, []));
				return Object(a.uniq)(t.filter(w).map(_))
			}

			function T(e) {
				return Array.isArray(e) ? e : Object.keys(e).map(s.Interval.normalize).filter(l.notNull)
			}

			function I(...e) {
				let t = [].concat(...e);
				return t = Object(a.uniq)(t.filter(w).map(_)), M(t)
			}

			function M(e) {
				return e.sort(L)
			}

			function O(e) {
				const t = s.Interval.parse(e),
					i = t.multiplier() || 1;
				return t.isMinuteHours() ? [s.SpecialResolutionKind.Hours, i / 60] : [t.kind(), i]
			}

			function L(e, t) {
				const [i, s] = O(e), [r, n] = O(t);
				return i !== r ? d[i] - d[r] : s - n
			}

			function A() {
				return []
			}

			function E(e) {
				const {
					multiplier: t,
					shortKind: i
				} = k(e);
				return `${t}${i}`
			}

			function k(e, t) {
				const i = s.Interval.parse(e);
				let r = i.multiplier(),
					n = i.kind();
				if (!i.isValid()) {
					if (t) return null;
					throw new TypeError("Can't translate invalid interval")
				}
				return i.isMinuteHours() && (r = Math.floor(r / 60),
					n = s.SpecialResolutionKind.Hours), {
					multiplier: r.toString(),
					shortKind: D(n),
					hint: `${r} ${D(n, r)}`,
					mayOmitMultiplier: i.isDWM() && 1 === r,
					mayOmitShortKind: i.isMinutes() && !i.isMinuteHours()
				}
			}

			function D(e, t) {
				if (!t) return p[e];
				switch (e) {
					case s.ResolutionKind.Ticks:
						return window.t("tick", {
							plural: "ticks",
							count: t
						});
					case s.ResolutionKind.Days:
						return window.t("day", {
							plural: "days",
							count: t
						});
					case s.ResolutionKind.Weeks:
						return window.t("week", {
							plural: "weeks",
							count: t
						});
					case s.ResolutionKind.Months:
						return window.t("month", {
							plural: "months",
							count: t
						});
					case s.ResolutionKind.Seconds:
						return window.t("second", {
							plural: "seconds",
							count: t
						});
					case s.ResolutionKind.Minutes:
						return window.t("minute", {
							plural: "minutes",
							count: t
						});
					case s.SpecialResolutionKind.Hours:
						return window.t("hour", {
							plural: "hours",
							count: t
						});
					case s.ResolutionKind.Range:
						return window.t("range", {
							plural: "ranges",
							count: t
						});
					default:
						return e
				}
			}

			function V() {
				return h.a.enabled("seconds_resolution")
			}

			function B() {
				return h.a.enabled("tick_resolution")
			}
		},
		"pQ+n": function(e, t, i) {
			"use strict";

			function s(e, t) {
				const i = new Set,
					s = t => {
						e.children(t, !1).forEach(e => {
							i.has(e) || (i.add(e), s(e))
						})
					};
				return t.forEach(s), t.filter(e => !i.has(e)).map(t => function e(t, i) {
					let s = [];
					const r = t.children(i, !1);
					for (let i = 0; i < r.length; i++) s = s.concat(e(t, r[i]));
					return s.push(i), s
				}(e, t)).reduce((e, t) => e.concat(t), [])
			}
			i.d(t, "a", (function() {
				return s
			}))
		},
		pZDF: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "getStudyInputsInfo", (function() {
				return r
			}));
			var s = i("YFKU");

			function r(e) {
				return void 0 === e.inputs ? [] : e.inputs.map(e => ({
					...e,
					id: e.id,
					localizedName: void 0 !== e.name ? Object(s.t)(e.name, {
						context: "input"
					}) : ""
				}))
			}
		},
		pvsv: function(e, t, i) {
			"use strict";

			function s(e, t) {
				Promise.all([i.e("react"), i.e(1), i.e(3), i.e("moment"), i.e(81), i.e(0), i.e(2), i.e(
					"symbol-info-dialog-impl")]).then(i.t.bind(null, "1Z/g", 7)).then(i => {
					i.showSymbolInfoDialog(e, t)
				})
			}
			i.r(t), i.d(t, "showSymbolInfoDialog", (function() {
				return s
			}))
		},
		qE4g: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("hbEN"),
				r = i("aO4+"),
				n = i("f6yo"),
				o = i("HGP3"),
				a = i("Eyy1"),
				l = i("YFKU"),
				c = i("Kxc7"),
				h = i("oV8k"),
				u = i("VdBB"),
				d = i("9uLv"),
				p = i("Tmoa"),
				_ = i("//lZ"),
				m = i("gAom"),
				f = i("ikwP"),
				g = i("l7y7"),
				b = i("zDbI"),
				v = i("u+0B");
			i("Oy0l");
			const S = c.enabled("adaptive_logo"),
				y = c.enabled("small_no_display"),
				w = c.enabled("38914"),
				P = "Ch{0}ar{1}t{2}by{3}{4}".format("", "", " ", " ", "TradingView"),
				C = "po{0}wer{1}ed{2}by{3}{4}".format("", "", " ", " ", "TradingView"),
				x = "by{3}{4}".format("", "", " ", " ", "TradingView"),
				T = w ? x : C,
				I = navigator.userAgent.toLowerCase().indexOf("chrome") > -1 && -1 === navigator.userAgent
				.toLowerCase().indexOf("edge"),
				M = window.urlParams || {};
			window.initData;
			M.no_referral_id && enable(M.referral_id || "", "aggressive");
			Object(l.t)("By TradingView"), Object(l.t)("{symbol} financials by TradingView"), Object(l.t)(
				"More features on tradingview.com"), Object(l.t)("powered by");
			const O = Object(l.t)(P),
				L = Object(l.t)(T);

			function A(e) {
				return "px EuclidCircular" === e ? .1 : 0
			}
			class E extends h.a {
				constructor(e, t, i, r) {
					super(e, t), this._canvasWidth = 0, this._paneHeight = 0, this._left = 13, this
						._bottom = 16, this._layout = "site_branding", this._needToShow = !0,
						this._showBranding = !1, this._customLogoSrc = "", this._customLogoLink =
						"", this._cubicBezier = new d.a(.4, .01, .22, 1), this._openAnimation =
						null, this._closeAnimation = null, this._powBy = null, this._custom = null,
						this._mainSeries = this._model.mainSeries(), this._showAllowance = i, this
						._showForPro = Boolean(r), this._checkLayout(), "widget_custom_branding" !==
						this._layout && "fundamental_custom_branding" !== this._layout || (this
							._left = 8, this._bottom = 5);
					const n = () => {
						this._needToShow ? this._showBranding = !0 : this._showBranding = !1
					};
					this._resizeHandlerDelayed = Object(s.default)(n, 200), n(), window
						.addEventListener("resize", this._resizeHandlerDelayed), this
						._monitorCanvas = Object(f.createDisconnectedBoundCanvas)(document, new f
							.Size(0, 0)), this._monitorCanvas.subscribeCanvasConfigured(() => {
							this._init()
						}), this._model.isSnapshot() ? this._init() : (this._mainSeries.dataEvents()
							.symbolResolved().subscribe(this, this._init), null !== this._mainSeries
							.symbolInfo() && this._init()), this._renderer = {
							draw: this.draw.bind(this),
							hitTest: this.hitTest.bind(this)
						}
				}
				destroy() {
					window.removeEventListener("resize", this._resizeHandlerDelayed), this
						._mainSeries.dataEvents().symbolResolved().unsubscribeAll(this), this
						._powBy && this._powBy.destroy()
				}
				paneViews(e) {
					if (window.TradingView.printing) return [];
					if (!this._showAllowance()) return [];
					if ("site_branding" === this._layout && !this._showForPro && window.user &&
						window.user.is_pro) return [];
					const t = c.enabled("move_logo_to_main_pane");
					return t && e.isMainPane() || !t && e.isLast() || e.isMaximized() ? [{
						renderer: this.renderer.bind(this)
					}] : []
				}
				labelPaneViews(e) {
					return []
				}
				priceAxisViews(e, t) {
					return []
				}
				updateAllViews() {}
				updateViewsForPane(e) {}
				priceScale() {
					return null
				}
				renderer(e, t) {
					return this._paneHeight = e, this._canvasWidth = t, this._renderer
				}
				hasContextMenu() {
					return !1
				}
				onClickOutside() {
					this._hasAnimation() && this._startCloseAnimation()
				}
				hitTest(e) {
					return !this._showBranding || c.enabled("logo_without_link") ? null : this
						._powBy && "widget_custom_no_powered_branding" !== this._layout &&
						"fundamental_custom_no_powered_branding" !== this._layout && (this._powBy
							.hitTest(e) || this._custom && this._custom.hitTest(e)) ? new u
						.HitTestResult(u.HitTestResult.CUSTOM, {
							hideCrosshairLinesOnHover: !0,
							clickHandler: () => {
								this._openLink()
							},
							tapHandler: () => {
								this._hasAnimation() ? this
									._toggleOpenAnimatedOrOpenLink() : this._openLink()
							},
							mouseEnterHandler: () => {
								this._hasAnimation() && this._startOpenAnimation()
							},
							mouseLeaveHandler: () => {
								this._hasAnimation() && this._startCloseAnimation()
							}
						}) : null
				}
				tvUrl() {
					let e = new URL("https://www.tradingview.com/");
					if (this._customLogoLink) return this._customLogoLink;
					if ("library_branding" === this._layout || "library_custom_branding" === this
						._layout) {
						let t;
						switch (!0) {
							case c.enabled("charting_library"):
								t = "library";
								break;
							case c.enabled("trading_terminal"):
								t = "trading-terminal"
						}
						return e.searchParams.append("utm_source", window.location.origin), e
							.searchParams.append("utm_medium", "library"), t && e.searchParams
							.append("utm_campaign", t), e.toString()
					}
					return e.toString()
				}
				draw(e, t) {
					if (!this._showBranding) return;
					let i = 0;
					M.utm = !0, Object(f.drawScaled)(e, t.pixelRatio, () => {
						this._powBy && this._powBy.show && (i = this._powBy.height,
								e.save(), e.translate(this._left, this._paneHeight - this
									._bottom - i), this._powBy.draw(e, t, this
									._canvasWidth), e.restore()), this._custom && this
							._custom
							.show && (e.save(), e.translate(this._left, this._paneHeight -
									this._bottom - i - this._custom.height), this._custom
								.draw(e, t), e.restore())
					})
				}
				_init() {
					const e = this._mainSeries.symbolInfo();
					this._powBy && this._powBy.destroy(), this._powBy = new F(this._layout, (null ==
								e ? void 0 : e.name) || "", this._model, () => this._model
							.fullUpdate()), this._custom = new W(this._layout, this._customLogoSrc,
							() => this._model.fullUpdate()), this._openAnimation = null, this
						._closeAnimation = null
				}
				_checkLayout() {
					if (c.enabled("widget")) 0;
					else if (c.enabled("charting_library") || c.enabled("trading_terminal")) {
						const e = JSON.parse(M.logo) || {};
						e.image ? (this._customLogoSrc = e.image, this._customLogoLink = e.link,
							this._needToShow = c.enabled("widget_logo"), c.enabled(
								"link_to_tradingview") ? this._layout =
							"library_custom_branding" : this._layout =
							"library_custom_no_powered_branding") : (this._layout =
							"library_branding", this._needToShow = c.enabled("widget_logo"))
					} else this._layout = "site_branding"
				}
				_startOpenAnimation() {
					null === this._openAnimation && (null !== this._closeAnimation && (this
							._closeAnimation.stop(), this._closeAnimation = null), this
						._openAnimation = Object(_.doAnimate)({
							from: this._currentStateForAnimation(),
							to: this._openedStateForAnimation(),
							duration: 200,
							easing: this._cubicBezier.easingFunc,
							onStep: this._animatedDrawStep.bind(this)
						}))
				}
				_startCloseAnimation() {
					null === this._closeAnimation && (null !== this._openAnimation && (this
							._openAnimation.stop(), this._openAnimation = null), this
						._closeAnimation = Object(_.doAnimate)({
							from: this._currentStateForAnimation(),
							to: this._closedStateForAnimation(),
							duration: 200,
							easing: this._cubicBezier.easingFunc,
							onStep: this._animatedDrawStep.bind(this)
						}))
				}
				_currentStateForAnimation() {
					return Object(a.ensureNotNull)(this._powBy).width
				}
				_closedStateForAnimation() {
					return Object(a.ensureNotNull)(this._powBy).minimizedAnimationWidth()
				}
				_openedStateForAnimation() {
					return Object(a.ensureNotNull)(this._powBy).maximizedAnimationWidth()
				}
				_animatedDrawStep(e, t) {
					Object(a.ensureNotNull)(this._powBy).animatedDrawStep(e, t), this._model
						.lightUpdate()
				}
				_hasAnimation() {
					return null !== this._powBy && this._powBy.hasAnimation()
				}
				_openLink() {
					if ("site_branding" === this._layout) return !1;
					c.enabled("widget");
					return Object(a.ensureNotNull)(window.open(this.tvUrl(), "_blank")).opener =
						null, !0
				}
				_toggleOpenAnimatedOrOpenLink() {
					null !== this._openAnimation && this._openAnimation.completed() ? this
						._openLink() || this._startCloseAnimation() : this._startOpenAnimation()
				}
			}

			function k(e) {
				return !S || e > 500
			}
			const D = {
					customBrandingTradingViewText: o.colorsPalette["color-brand"],
					customBrandingText: o.colorsPalette["color-cold-gray-850"],
					background: o.colorsPalette["color-cold-gray-900"],
					shadow: Object(p.generateColor)(o.colorsPalette["color-white"], 91),
					text: o.colorsPalette["color-white"],
					staticTextBackground: Object(p.generateColor)(o.colorsPalette["color-cold-gray-800"],
						20),
					logo: o.colorsPalette["color-white"]
				},
				V = {
					customBrandingTradingViewText: o.colorsPalette["color-brand"],
					customBrandingText: o.colorsPalette["color-cold-gray-850"],
					background: o.colorsPalette["color-white"],
					shadow: Object(p.generateColor)(o.colorsPalette["color-black"], 91),
					text: o.colorsPalette["color-cold-gray-900"],
					staticTextBackground: Object(p.generateColor)(o.colorsPalette["color-white"], 20),
					logo: o.colorsPalette["color-cold-gray-900"]
				};
			const B = {};

			function R(e, t) {
				const i = B[e];
				if (void 0 !== i) return i.image || null;
				const s = {};
				return B[e] = s,
					function(e) {
						return new Promise(t => {
							const i = g.replace(/fill="#[\da-f]{6}"/i, `fill="${e}"`),
								s = new Image;
							s.onload = () => {
								s.onload = null, t(s)
							}, s.src = URL.createObjectURL(new Blob([i], {
								type: "image/svg+xml"
							}))
						})
					}(e).then(e => {
						s.image = e, t()
					}), null
			}

			function N(e) {
				const {
					a: t,
					d: i,
					e: s,
					f: n
				} = e;
				return new r.Point(s / t, n / i)
			}
			class j {
				constructor() {
					this._originPoint = null
				}
				hitTest(e) {
					const t = this._getHitTestBox();
					if (t) return Object(n.pointInBox)(e, t)
				}
				_getHitTestBox() {
					const e = this._originPoint;
					if (e) {
						const {
							x: t,
							y: i
						} = e;
						return Object(r.box)(e, new r.Point(t + this.width, i + this.height))
					}
				}
			}
			class F extends j {
				constructor(e, t, i, s) {
					if (super(), this.show = !0, this.borderRadius = 0, this._needDisplayImage = !1,
						this._imageWidth = 22, this._imageHeight = 11, this._animatedWidth = 32, this
						._font = "px " + b.CHART_FONT_FAMILY, this._txt = "TradingView", this
						._textWidth = 0, this._maximizedAnimationTextWidth = 0, this._textWidthCache =
						new v.TextWidthCache, this._pixelRatio = 1, this._model = i, this._layout = e,
						this._symbol = t, this.showAnimatedBranding = c.enabled("show_animated_logo") ||
						"widget_branding" === this._layout, this._fontSize = this.showAnimatedBranding ?
						11 : 14, this.showAnimatedBranding || "widget_custom_branding" !== this
						._layout && "fundamental_custom_branding" !== this._layout || (this._fontSize =
							12), this.width = 32, this.height = this._fontSize + 2, this
						._onReadyCallback = s, this._init(), document.fonts && document.fonts.check &&
						document.fonts.load) {
						document.fonts.check(this._fontSize + "px EuclidCircular") ? this._font =
							"px EuclidCircular" : document.fonts.load(this._fontSize +
								"px EuclidCircular", this._txt).then(() => {
								this._font = "px EuclidCircular", this._recalculateMetrics()
							})
					}
					this._recalculateMetrics()
				}
				destroy() {
					this._model.properties().paneProperties.background.unsubscribeAll(this), this._model
						.onChartThemeLoaded().unsubscribeAll(this)
				}
				hasAnimation() {
					return this.showAnimatedBranding
				}
				minimizedAnimationWidth() {
					return 32
				}
				maximizedAnimationWidth() {
					return this._maximizedAnimationTextWidth + 32 - 3
				}
				animatedDrawStep(e, t) {
					this._animatedWidth = t
				}
				draw(e, t, i) {
					t.pixelRatio !== this._pixelRatio && (this._textWidthCache.reset(), this
						._pixelRatio = t.pixelRatio);
					const s = this._colors;
					if (this.showAnimatedBranding) this._needDisplayImage && null !== this
						._getLogoImage(s.logo) && (e.save(), e.translate(-Math.ceil((32 - this
								._imageWidth) / 2), Math.floor((32 - this._imageHeight) / 2)), this
							._originPoint = N(e.getTransform()), this.borderRadius = 16, this
							._drawFillRectWithRoundedCorner(e, -.5, 0, this._animatedWidth, 32, this
								.borderRadius), this._drawLogoImage(e, Math.round((32 - this
								._imageWidth) / 2), Math.round((32 - this._imageHeight) / 2) + 0), this
							._animatedWidth > 32 && (e.translate(Math.round(32), Math.round(this
									._fontSize * A(this._font))),
								this._drawFillTextCropWidth(e, this._animatedWidth - 32)), e.restore(),
							this.width = this._animatedWidth);
					else if ("widget_custom_branding" === this._layout ||
						"fundamental_custom_branding" === this._layout) {
						e.font = this._fontSize + this._font;
						const t = e.measureText(this._txt).width + 2;
						this.width = t + e.measureText("TradingView").width + 2, this._originPoint = N(e
								.getTransform()), e.save(), e.globalAlpha = .7, e.fillStyle = this
							._colors.customBrandingText, e.fillText(this._txt, 0, 12), e.fillStyle =
							this._colors.customBrandingTradingViewText, e.fillText("TradingView", t,
								12), e.restore()
					} else if (function(e) {
							return !y || e > 480
						}(i))
						if (this._needDisplayImage && null !== this._getLogoImage(s.logo)) {
							e.save(), e.translate(-Math.ceil((32 - this._imageWidth) / 2), Math.floor((
									32 - this._imageHeight) / 2)), this._originPoint = N(e
									.getTransform()), this.borderRadius = 16, this._drawBgCircle(e), e
								.drawImage(Object(a.ensureNotNull)(this._getLogoImage(s.logo)), Math
									.round((32 - this._imageWidth) / 2), Math.round((32 - this
										._imageHeight) / 2) + 0);
							const t = k(i);
							t && (e.translate(37, Math.round(this._fontSize * A(this._font))), this
									._drawTextStroke(e), this._drawTextFill(e)), e.restore(), this
								.width = 32, t && (this.width += this._maximizedAnimationTextWidth)
						} else {
							const t = k(i);
							t && (e.save(), e.translate(I ? -.5 : 0, -.5), this._drawTextStroke(e), this
								._drawTextFill(e), e.restore()), t && (this.width = this
								._maximizedAnimationTextWidth)
						}
					else this.width = 0
				}
				_init() {
					this._checkLayout(), this.show && (this.height = this._needDisplayImage ? 32 : this
						._fontSize + 2, this._updateColors(), this._model.properties()
						.paneProperties.background.subscribe(this, this._updateColors), this._model
						.onChartThemeLoaded().subscribe(this, this._updateColors))
				}
				_recalculateMetrics() {
					const e = Object(f.createDisconnectedBoundCanvas)(document, new f.Size(0, 0)),
						t = Object(f.getPretransformedContext2D)(e, !0);
					t.font = this._fontSize + this._font, this._textWidth = Math.ceil(t.measureText(this
						._txt).width) + 2;
					let i = this._textWidth + 8;
					i % 2 == 0 && (i += 1), this._maximizedAnimationTextWidth = i, this._textWidthCache
						.reset()
				}
				_updateColors() {
					this._colors = this._model.isDark() ? D : V
				}
				_getLogoImage(e) {
					return R(e, this._onReadyCallback)
				}
				_checkLayout() {
					switch (this._layout) {
						case "widget_branding":
						case "widget_referral_branding":
						case "widget_custom_branding":
						case "fundamental_branding":
						case "fundamental_custom_branding":
						case "library_custom_branding":
						case "library_branding":
						case "site_branding":
							this.show = !0;
							break;
						case "widget_custom_no_powered_branding":
						case "fundamental_custom_no_powered_branding":
						case "library_custom_no_powered_branding":
							this.show = !1
					}
					switch (this._layout) {
						case "library_branding":
							this._needDisplayImage = !0, this._txt = O;
							break;
						case "library_custom_branding":
							this._txt = L
					}
				}
				_drawTextStroke(e) {
					e.save(), e.textBaseline = "middle", e.textAlign = "start", e.font = this
						._fontSize + this._font, e.strokeStyle = this._colors.staticTextBackground, e
						.lineWidth = 4, e.lineJoin = "round", e.strokeText(this._txt, 0, 16 + this
							._textWidthCache.yMidCorrection(e, this._txt)), e.restore()
				}
				_drawTextFill(e) {
					e.save(), e.textBaseline = "middle", e.textAlign = "start", e.font = this
						._fontSize + this._font, e.fillStyle = this._colors.text,
						e.fillText(this._txt, 0, 16 + this._textWidthCache.yMidCorrection(e, this
							._txt)), e.restore()
				}
				_drawFillTextCropWidth(e, t) {
					e.save(), e.beginPath(), e.rect(0, 0, t, this.height), e.clip(), this._drawTextFill(
						e), e.restore()
				}
				_drawBgCircle(e) {
					const t = this.borderRadius,
						i = 2 * Math.PI;
					e.save(), e.beginPath(), e.fillStyle = this._colors.shadow, e.arc(t, t, t + 1, 0,
							i), e.fill(), e.closePath(), e.restore(), e.save(), e.beginPath(), e
						.fillStyle =
						this._colors.background, e.arc(t, t, t, 0, i, !1), e.fill(), e.closePath(), e
						.restore()
				}
				_drawFillRectWithRoundedCorner(e, t, i, s, r, n) {
					e.save(), Object(m.drawRoundRect)(e, t - 1, i - 1, s + 2, r + 2, n), e.fillStyle =
						this._colors.shadow, e.fill(), e.closePath(), e.restore(), e.save(), Object(m
							.drawRoundRect)(e, t, i, s, r, n), e.fillStyle = this._colors.background, e
						.fill(), e.closePath(), e.restore()
				}
				_drawLogoImage(e, t, i) {
					e.drawImage(Object(a.ensureNotNull)(this._getLogoImage(this._colors.logo)), t, i)
				}
			}
			class W extends j {
				constructor(e, t, i) {
					super(), this.show = !1, this.width = 0, this.height = 0, this._ready = !1, this
						._layout = e, this._src = t, this._onReadyCallback = i, this._checkLayout();
					const s = new Image;
					this._img = s, this.show && (s.addEventListener("load", () => {
						this.width = Math.round(s.width), this.height = Math.round(s
								.height), this._ready = !0, this._onReadyCallback && this
							._onReadyCallback()
					}), s.crossOrigin = "anonymous", s.src = this._src)
				}
				draw(e, t) {
					this._ready && (e.drawImage(this._img, -.5, -.5, this.width, this.height), this
						._originPoint = N(e.getTransform()))
				}
				_checkLayout() {
					switch (this._layout) {
						case "widget_custom_branding":
						case "widget_custom_no_powered_branding":
						case "fundamental_custom_branding":
						case "fundamental_custom_no_powered_branding":
						case "library_custom_branding":
						case "library_custom_no_powered_branding":
							this.show = !0;
							break;
						case "site_branding":
						case "widget_branding":
						case "widget_referral_branding":
						case "fundamental_branding":
						case "library_branding":
							this.show = !1
					}
				}
			}

			function H(e, t) {
				function i(t) {
					const i = e.getAll();
					if (1 === i.length) return !0;
					const s = i[0].hasModel() && i[0].model();
					return s && s.model() === t
				}
				e.addCustomSource("branding", (e, s) => new E(e, s, i.bind(null, s), t))
			}
			i.d(t, "addBrandingSource", (function() {
				return H
			}))
		},
		qHEz: function(e, t, i) {
			"use strict";

			function s(e, t) {
				const i = e.files && e.files.length > 0;
				if (!i && t && t.eventPhase > 0) return r(t, e), Promise.resolve();
				if (!i) {
					let t = !1;
					const i = i => {
						i.stopImmediatePropagation(), r(i, e), t = !0
					};
					try {
						document.addEventListener("copy", i, !0), document.execCommand("copy")
					} finally {
						document.removeEventListener("copy", i, !0)
					}
					if (t) return Promise.resolve()
				}
				return async function(e) {
					if (!navigator.clipboard || !navigator.clipboard.write || !window.ClipboardItem)
						throw new DOMException("ClipboardApi is not supported",
							"NotSupportedError");
					const t = {};
					for (const i of e.files || []) t[i.type] = i;
					e.text && (t["text/plain"] = e.text);
					e.html && (t["text/html"] = e.html);
					return navigator.clipboard.write([new window.ClipboardItem(t)])
				}(e)
			}

			function r(e, t) {
				e.preventDefault();
				const i = e.clipboardData;
				t.text && i.setData("text/plain", t.text), t.html && i.setData("text/html", t.html)
			}
			async function n(e, t) {
				if ("text/plain" === t && !navigator.clipboard.write) {
					const t = await e;
					return navigator.clipboard.writeText(await t.text())
				}
				if (!navigator.clipboard || !navigator.clipboard.write || !window.ClipboardItem)
					throw new DOMException("ClipboardApi is not supported", "NotSupportedError");
				let i = null;
				try {
					i = new window.ClipboardItem({
						[t]: e
					})
				} catch (s) {
					i = new window.ClipboardItem({
						[t]: await e
					})
				}
				if (i) return navigator.clipboard.write([i]);
				throw new Error("ClipboardApi is not supported")
			}
			i.d(t, "a", (function() {
				return s
			})), i.d(t, "b", (function() {
				return n
			}))
		},
		qJq3: function(e, t, i) {
			"use strict";
			(function(e, s, r) {
				TradingView.DEFAULT_BAR_COUNT = 300, TradingView.TIME_PLOT = 0, TradingView.OPEN_PLOT =
					1, TradingView.HIGH_PLOT = 2, TradingView.LOW_PLOT = 3, TradingView.CLOSE_PLOT = 4,
					TradingView.ADT_PLOT = 6, TradingView.STYLE_PLOT = 7;
				var n = i("Eyy1").assert,
					o = i("Eyy1").ensureNotNull,
					a = i("lUQk").SeriesBase,
					l = i("x0JF"),
					c = l.SeriesAreaPaneView,
					h = l.SeriesLinePaneView,
					u = l.SeriesHollowCandlesPaneView,
					d = l.SeriesCandlesPaneView,
					p = l.SeriesBarsPaneView,
					_ = l.SeriesHeikenAshiPaneView,
					m = l.SeriesBaselinePaneView,
					f = i("9Jkk").SeriesHiLoPaneView,
					g = i("biIa").SeriesWaterlinePaneView,
					b = i("Kxc7"),
					v = i("ZJKN").BarsRange,
					S = i("38az").SeriesBarColorer,
					y = i("XPit").SeriesData,
					w = i("k9/m"),
					P = w.PlotRowSearchMode,
					C = w.mergeMinMax,
					x = i("okVO").SyncModel,
					T = i("JWMC").trackEvent,
					I = i("txPx").getLogger("Chart.Series"),
					M = i("dfhE"),
					O = i("n5al"),
					L = i("pPtI"),
					A = L.getServerInterval,
					E = L.getResolutionByChartStyle,
					k = i("LxhU").Interval,
					D = i("z+Sa").SeriesHorizontalBaseLinePaneView,
					V = i("Z8aO").SeriesPriceLinePaneView,
					B = i("FIi8").deepExtend,
					R = i("5fI3").encodeExtendedSymbolOrGetSimpleSymbolString,
					N = i("FQhm"),
					j = i("YWnQ").permissionDenied,
					F = !b.enabled("hide_series_legend_item"),
					W = i("uDHo").TIMEFRAMETYPE,
					H = i("H0vP").InvalidationMask,
					U = i("n5al").isSingleValueBasedStyle;
				class z extends a {
					constructor(t, s, r, n) {
						var o = i("OK+B");
						s.removeProperty("currencyId"), super(t, s, r, n), this
							._symbolIntervalChanged = new e, this._intervalChanged = new e, this
							.requestingIntradayWhenNotSupported = new e, this
							.requestingResolutionWhenNotSupported = new e, this
							._onInReplayStateChanged = new e, this
							._replayExitedDueUnsupportedInterval = new e, this
							._replayExitedDueUnavailableForUserInterval = new e, this
							._onTimeFrameApplied = new e, this.m_model = t, this._chartApi = t
							._chartApi, this.m_data = null, this.createPaneView(), this._syncModel =
							null, this._replaySubscriber = null, this
							._isReplayResolutionAvailableForUser = null, this._haStyle = {
								studyId: O.chartStyleStudyId(z.STYLE_HEIKEN_ASHI, !0)
							}, this._renkoStyle = {
								studyId: O.chartStyleStudyId(z.STYLE_RENKO, !0)
							}, this._pbStyle = {
								studyId: O.chartStyleStudyId(z.STYLE_PB, !0)
							}, this._kagiStyle = {
								studyId: O.chartStyleStudyId(z.STYLE_KAGI, !0)
							}, this._pnfStyle = {
								studyId: O.chartStyleStudyId(z.STYLE_PNF, !0)
							}, this._rangeStyle = {
								studyId: O.chartStyleStudyId(z.STYLE_RANGE, !0)
							}, this._properties.addExclusion && (this._properties.addExclusion(
								"visible"), this._properties.addExclusion("currencyId")), this
							._predictBars = 0, this._futureBarsPaneView = null, this._properties
							.showInDataWindow.listeners().subscribe(t, o.prototype.fullUpdate), this
							.properties().minTick.listeners().subscribe(this, z.prototype
								._recreateFormatter);
						var a = this;
						this.properties().minTick.listeners().subscribe(null, (function() {
								a.m_model.fullUpdate()
							})), this._priceLineView = null, this._baseHorizontalLineView = new D(
								this), this._gotoDateResultCleared = !1, this._gotoDateView = null,
							this.bindStyleChange(), this.bindJapChartsInputs(), this
							._createIsDWMProperty(), this._symbolIntervalChanged.subscribe(this,
								this.checkInterval), this.properties().showCountdown.listeners()
							.subscribe(this, z.prototype._onChangeShowCountdown), this
							._onChangeShowCountdown(this.properties().showCountdown), this
							._recreatePriceFormattingDependencies(), this.properties().lineStyle
							.priceSource.listeners().subscribe(this, this._updateBarFunction), this
							.properties().areaStyle.priceSource.listeners().subscribe(this, this
								._updateBarFunction), this.properties().baselineStyle.priceSource
							.listeners().subscribe(this, this._updateBarFunction), this
							._updateBarFunction()
					}
					isLoading() {
						return this._loading
					}
					isSymbolInvalid() {
						return this._status === z.STATUS_INVALID_SYMBOL
					}
					styleStudyInfos() {
						return {
							haStyle: this._haStyle,
							renkoStyle: this._renkoStyle,
							pbStyle: this._pbStyle,
							kagiStyle: this._kagiStyle,
							pnfStyle: this._pnfStyle,
							rangeStyle: this._rangeStyle
						}
					}
					styleStudyInfo(e) {
						return this.styleStudyInfos()[e]
					}
					priceLineColor(e) {
						return this.properties().priceLineColor.value() || e
					}
					serverTimeOffset() {
						return this._chartApi.serverTimeOffset()
					}
					_onChangeShowCountdown(e) {
						var t = this;
						e.value() ? this._countdownUpdateTimer = this.m_model.setInterval((
							function() {
								t._priceAxisView.updateCountdown()
							}), 500) : (this.m_model.clearInterval(this._countdownUpdateTimer),
							delete this._countdownUpdateTimer)
					}
					lastValueData(e, t, i) {
						var s = {
							noData: !0
						};
						if (this.m_model.timeScale().isEmpty() || this.priceScale().isEmpty() ||
							this.data().isEmpty()) return s;
						var r, n, o = this.m_model.timeScale().visibleBarsStrictRange();
						if (null === o) return s;
						if (t) {
							var a = this.data().bars().last();
							if (null === a) return s;
							r = a.value, n = a.index
						} else {
							var l = this.data().bars().search(o.lastBar(), P.NearestLeft);
							if (null === l) return s;
							r = this.data().bars().valueAt(l.index), n = l.index
						}
						var c = {
								noData: !1
							},
							h = void 0 !== e ? r[e] : this._barFunction(r);
						i && (c.price = h);
						var u = this.firstValue();
						c.text = this.priceScale().formatPrice(h, u), c.formattedPriceAbsolute =
							this.priceScale().formatPriceAbsolute(h), c.formattedPricePercentage =
							this.priceScale().formatPricePercentage(h, u, !0);
						var d = this.barColorer().barStyle(n, !1);
						return c.color = d.barColor, c.floatCoordinate = this.priceScale()
							.priceToCoordinate(h, u), c.coordinate = c.floatCoordinate, c.index = n,
							c
					}
					_createIsDWMProperty() {
						this._isDWMProperty = new s(this.isDWM()), this._onRestarted.subscribe(this,
							(function() {
								this._isDWMProperty.setValue(this.isDWM())
							}))
					}
					isDWMProperty() {
						return this._isDWMProperty
					}
					model() {
						return this.m_model
					}
					fixLastBar(e) {
						0
					}
					clearData() {
						n(null === this.m_data, "Cannot clear loaded data"), this._seriesSource
							.clearData()
					}
					data() {
						return this.m_data || this._seriesSource.data()
					}
					isPulse() {
						return this._symbolInfo && this._symbolInfo.resolutions.length > 0
					}
					onSymbolIntervalChanged() {
						return this._symbolIntervalChanged
					}
					onIntervalChanged() {
						return this._intervalChanged
					}
					status() {
						return this._status
					}
					createPaneView() {
						this._paneView = null, this._projectionBarsPaneView = null, this
							._waterlineView = null,
							this._priceLineView = this.hasClosePrice() ? new V(this) : null;
						var e = this._properties.style.value();
						switch (e) {
							case z.STYLE_BARS:
								this._paneView = new p(this, this.m_model);
								break;
							case z.STYLE_CANDLES:
								this._paneView = new d(this, this.m_model);
								break;
							case z.STYLE_LINE:
								this._paneView = new h(this, this.m_model);
								break;
							case z.STYLE_AREA:
								this._paneView = new c(this, this.m_model);
								break;
							case z.STYLE_HEIKEN_ASHI:
								this._paneView = new _(this, this.m_model);
								break;
							case z.STYLE_HOLLOW_CANDLES:
								this._paneView = new u(this, this.m_model);
								break;
							case z.STYLE_BASELINE:
								this._paneView = new m(this, this.m_model), this._waterlineView =
									new g(this);
								break;
							case z.STYLE_HILO:
								this._paneView = new f(this, this.m_model)
						}
						if (null === this._paneView) throw Error("Unknown chart style assigned: " +
							e)
					}
					_clearStylePlot(e, t) {
						if (0 !== e.size()) {
							var i = t || o(e.firstIndex()),
								s = o(e.lastIndex()) + 1;
							e.range(i, s).each((function(e, t) {
								t[TradingView.STYLE_PLOT] = null
							}))
						}
					}
					invalidateBarStylesCache(e) {
						I.logDebug("Invalidate style cache starting from " + e), this
							._clearStylePlot(this.bars(), e), this._clearStylePlot(this.nsBars())
					}
					invalidateBarColorerCache() {
						delete this._barColorerCache, this.invalidateBarStylesCache()
					}
					barColorer() {
						if (this._barColorerCache) return this._barColorerCache;
						for (var e = null, t = this.m_model.dataSources().length - 1; t >= 0; t--) {
							var i = this.m_model.dataSources()[t];
							if (i.metaInfo && TradingView.isInherited(i.constructor, TradingView
									.Study) && i.hasBarColorer() && i.properties().visible
								.value()) {
								var s = i.barColorer();
								null === e ? e = s : e.pushBackBarColorer(s)
							}
						}
						return null === e ? e = new S(this) : e.pushBackBarColorer(new S(this)),
							this._barColorerCache = e, this._barColorerCache
					}
					properties() {
						return this._properties
					}
					_barsState(e) {
						var t = e.state();
						return t.data.forEach((function(e) {
							e.value.splice(7, 1)
						})), t
					}
					state(e) {
						var t = this === this.m_model.mainSeries() ? "MainSeries" : TradingView
							.className(this.constructor);
						const i = this.obsoleteZOrder();
						var s = {
							type: t,
							id: this.id(),
							state: this.properties().state(),
							zorder: i,
							haStyle: this._haStyle,
							renkoStyle: this._renkoStyle,
							pbStyle: this._pbStyle,
							kagiStyle: this._kagiStyle,
							pnfStyle: this._pnfStyle,
							rangeStyle: this._rangeStyle
						};
						return this._symbolInfo && this._symbolInfo.ticker && (s.state.symbol = this
								._symbolInfo.ticker), e && (s.bars = this._barsState(this.bars()), s
								.nsBars = this._barsState(this.nsBars()), s.symbolInfo = this
								._symbolInfo, s.rtPrice = this.data().lastProjectionPrice), s
							.boxSize = this.data().boxSize, s.reversalAmount = this.data()
							.reversalAmount, s
					}
					restoreState(e, t) {
						t && this._setStatus(z.STATUS_SNAPSHOT), this._properties.mergeAndFire(e
								.state), this._properties.hasChild("esdBreaksStyle") && this
							._properties.removeProperty("esdBreaksStyle"), this._prevChartStyle =
							this.properties().style.value(), this.createPaneView(), t && this
							.restoreData(e.bars, e.nsBars, e.symbolInfo, e.rtPrice, e.boxSize, e
								.reversalAmount)
					}
					hasStateForAlert() {
						return !1
					}
					stateForAlert() {
						throw new Error("Not implemented")
					}
					idForAlert() {
						return a.prototype.idForAlert.call(this)
					}
					restoreData(e, t, i, s, r, n) {
						this._status = z.STATUS_SNAPSHOT, this.m_data = new y, this.m_data.m_bars
							.restoreState(e), this.m_data.m_nsBars.restoreState(t), this
							.updateSymbolInfo(i, !1),
							this.m_data.lastProjectionPrice = s, this.m_data.boxSize = r, r || (this
								.properties().style.value() === z.STYLE_PNF ? this.m_data.boxSize =
								this.properties().pnfStyle.inputs.boxSize.value() : this
								.properties().style.value() === z.STYLE_RENKO && (this.m_data
									.boxSize = this.properties().renkoStyle.inputs.boxSize.value())
							), this.m_data.reversalAmount = n, n || this.properties().style
							.value() === z.STYLE_KAGI && (this.m_data.reversalAmount = this
								.properties().kagiStyle.inputs.reversalAmount.value()), this
							._loading = !1
					}
					seriesSource() {
						return this._seriesSource
					}
					_onSymbolResolved(e) {
						this._seriesErrorMessage = null, this.updateSymbolInfo(e, !1), this.m_model
							.updateSource(this), this.m_model.realignLineTools(), TradingView
							.onWidget() || (T("Symbol", e.listed_exchange, e.name), T("Symbol Type",
								e.type, e.listed_exchange));
						var t = this.symbolInfo().minmov / this.symbolInfo().pricescale,
							i = this.properties();
						i.style.value() === z.STYLE_RENKO && i.renkoStyle.inputs.boxSize.value() <
							t ? i.renkoStyle.inputs.merge({
								boxSize: t
							}) : i.style.value() === z.STYLE_PNF && i.pnfStyle.inputs.boxSize
							.value() < t ? i.pnfStyle.inputs.merge({
								boxSize: t
							}) : i.style.value() === z.STYLE_KAGI && i.kagiStyle.inputs
							.reversalAmount.value() < t && i.kagiStyle.inputs.merge({
								reversalAmount: t
							})
					}
					_onSymbolError(e) {
						this._setStatus(z.STATUS_INVALID_SYMBOL), this._loading = !1, this
							._properties.shortName.setValue(this._properties.symbol.value()), this
							.m_model.clearAllStudies(), this.updateAllViews(), this.m_model
							.updateSource(this), e !== j && this.m_model.resetTimeScale(), this
							.m_model.realignLineTools()
					}
					_onSeriesTimeFrame(e, t, i, s, r) {
						var n = this.m_model.timeScale(),
							o = U(this.style()) ? e + .5 : e,
							a = t;
						if (void 0 === r) null !== i && i.type !== W.PeriodBack || (a += n
							.defaultRightOffsetProperty().value());
						else if (r.applyDefaultRightMargin) a += n.defaultRightOffsetProperty()
							.value();
						else if (r.percentRightMargin) {
							var l = t - o + 1,
								c = Math.max(0, Math.min(.99, r.percentRightMargin / 100));
							a += c * l / (1 - c)
						}
						this.m_model.setTimeViewport(o, a)
					}
					_onSeriesError(e) {
						this._loading = !1;
						var t = e.error;
						if (e.ctx) {
							var i = {};
							Object.entries(e.ctx).forEach((function(e, t) {
								i[e] = t.toString()
							})), t = t.format(i)
						}
						b.enabled("charting_library_debug_mode") && I.logNormal("Error reason: " +
							t), this._seriesErrorMessage = t;
						const s = "unknown_symbol" !== t ? z.STATUS_ERROR : b.enabled(
								"no_bars_status") && this._symbolInfo ? z.STATUS_NO_BARS : z
							.STATUS_INVALID_SYMBOL;
						this._setStatus(s), this._seriesLoaded = !0, this._enablePriceRangeReady()
					}
					_onSeriesCompleted(e, t) {
						if (this._setSymbolIntervalDelay) {
							if (this._willSymbolIntervalCurrencyChanged()) return void I.logNormal(
								"command comes during symbol/interval changing");
							I.logNormal(
								"series_completed comes when symbol interval delay present but symbol/interval should not be changed"
							)
						}
						this._loading = !1, this._seriesErrorMessage = null;
						var i = e;
						switch ("pulsed" === i && (i = "delayed"), i) {
							case "streaming":
								this._setStatus(z.STATUS_READY);
								break;
							case "endofday":
								this._setStatus(z.STATUS_EOD);
								break;
							case "delayed":
								this._setStatus(z.STATUS_DELAYED);
								break;
							case "pulsed":
								this._setStatus(z.STATUS_PULSE);
								break;
							case "replay":
								this._setStatus(z.STATUS_REPLAY)
						}
						i.match(/delayed_streaming/) && this._setStatus(z.STATUS_DELAYED_STREAMING);
						var s = this.m_model.paneForSource(this);
						s.recalculatePriceScale(this.priceScale());
						var r = H.full();
						null !== this.m_model.appliedTimeFrame().value() && r
							.lockVisibleTimeRangeOnResize(), this.m_model.invalidate(r), this
							.model().recalcVisibleRangeStudies(!0), this.model()
							.recalcStudyBasedLineTools(), !this.m_priceScale.isLockScale() || this
							.model().timeScale().isEmpty() || this._seriesLoaded || (this.model()
								.timeScale()._correctOffset(), this.model().timeScale()
								.correctBarSpacing(), this.model().resetPriceScale(s, this
									.priceScale())), this._seriesLoaded = !0, this
							._enablePriceRangeReady()
					}
					_onBarReceived(e) {
						this.model().recalcVisibleRangeStudies(!0)
					}
					disconnect() {
						this._seriesSource.stop(), this.m_symbol = void 0, this._predictBars = 0,
							this._status = z.STATUS_OFFLINE
					}
					isStarted() {
						return this._seriesSource.isStarted()
					}
					restart() {
						if (this._status !== z.STATUS_SNAPSHOT) {
							this._loading = !0, this._onRestarted.fire(), this._setStatus(z
								.STATUS_RESOLVING), this.updateSymbolInfo(null, !0);
							var e = this._properties.interval.value();
							this._checkIntervalWillChanged(e) && this._notifyIntervalChanged(e);
							var t = null;
							this._pendingTimeRange && (t = this._pendingTimeRange, delete this
									._pendingTimeRange), this._onBeforeModifySeries(this
									.getSymbolString(), e), this._onTimeFrameApplied.fire(t), e = A(
									e), this.m_data = null, this._seriesSource.modifySeries(this
									._getResolvingSymbolObject(), e, t), this._seriesSource
								.isStarted() || this._seriesSource.start(), this.m_symbol = this
								._properties.symbol.value(), this._currency = this._properties
								.currencyId.value(), this._unit = this._properties.unitId.value(),
								this.m_interval = this._properties.interval.value()
						}
					}
					hasDelayedSymbolIntervalChange() {
						return !!this._setSymbolIntervalDelay
					}
					setSymbolIntervalCurrencyDelayed() {
						this._willSymbolIntervalCurrencyChanged() && (this
							._setSymbolIntervalDelay && (I.logNormal(
								"Clear timeout to change symbol/interval #" + this
								._setSymbolIntervalDelay), clearTimeout(this
								._setSymbolIntervalDelay)), this._setSymbolIntervalDelay =
							setTimeout(function() {
								const e = this._properties;
								I.logNormal("Timeout #" + this._setSymbolIntervalDelay +
										' fired, new symbol will be "' + e.symbol.value() +
										'"'), delete this._setSymbolIntervalDelay, this
									._setSymbolInterval(e.symbol.value(), e.interval
										.value(), e.currencyId.value(), e.unitId.value())
							}.bind(this), 30), I.logNormal("Started timeout #" + this
								._setSymbolIntervalDelay + ' to change symbol/interval from "' +
								this.m_symbol + '" to "' + this._properties.symbol.value() + '"'
							))
					}
					rerequestData() {
						this._setSymbolInterval(this.m_symbol, this.m_interval, this._currency, this
							._unit, !0)
					}
					_notifyIntervalChanged(e) {
						var t = {
							timeframe: this._pendingTimeRange
						};
						this._intervalChanged.fire(e, t), this._pendingTimeRange = t.timeframe
					}
					_setSymbolInterval(e, t, i, s, r) {
						this.clearGotoDateResult(), k.isRange(t) && this._properties.rangeStyle
							.inputs.range.setValue(k.parse(t).multiplier());
						var n = this._checkSymbolWillChanged(e),
							o = this._checkIntervalWillChanged(t),
							a = this._checkCurrencyWillChanged(i),
							l = this._checkUnitWillChanged(s);
						if (!(n || o || a || l || r)) return this.m_model.realignLineTools(),
							void this.m_model.updateLineTools();
						if (this._syncModel = null, this.m_symbol = e, this.m_interval = t, this
							._currency = i,
							this._unit = s, this._status !== z.STATUS_SNAPSHOT && (!this
								._seriesSource.isStarted() || n || a || l) && this.updateSymbolInfo(
								null, !n && (a || l)), this.m_model.realignLineTools(), this
							._status !== z.STATUS_SNAPSHOT) {
							this._loading = !0, this._setStatus(z.STATUS_RESOLVING), this
								._symbolIntervalChanged.fire(), o && this._notifyIntervalChanged(
									this.m_interval), this._onRestarted.fire(), this
								._seriesLoaded = !1, this._lineStyleLastPriceCirclePaneView
								.stopAnimation();
							var c = null;
							this._pendingTimeRange && (c = this._pendingTimeRange, delete this
									._pendingTimeRange), this._onTimeFrameApplied.fire(c), this
								._onBeforeModifySeries(this.getSymbolString(), t), this.m_data =
								null, this._seriesSource.modifySeries(this
									._getResolvingSymbolObject(), A(t), c, r), this._seriesSource
								.isStarted() || (this._predictBars = 0, this._seriesSource.start()),
								(n || a || l) && this.disablePriceRangeReady()
						}
					}
					setDefaultTimeframe(e) {
						this._pendingTimeRange = e
					}
					symbol() {
						return this.properties().symbol.value()
					}
					bars() {
						return this.data().m_bars
					}
					nsBars() {
						return this.data().m_nsBars
					}
					hl2(e) {
						return (this.high(e) + this.low(e)) / 2
					}
					hlc3(e) {
						return (this.high(e) + this.low(e) + this.close(e)) / 3
					}
					ohlc4(e) {
						return (this.open(e) + this.high(e) + this.low(e) + this.close(e)) / 4
					}
					priceRange(e, t) {
						if (!TradingView.isInteger(e)) return I.logDebug(
							"Series.priceRange: incorrect startBar"), null;
						if (!TradingView.isInteger(t)) return I.logDebug(
							"Series.priceRange: incorrect endBar"), null;
						if (this.data().isEmpty()) return null;
						if (this.m_priceScale.isLockScale()) {
							var i = this._model.mainSeriesScaleRatio();
							if (null !== i) {
								var s = this.priceScale().internalHeight() / (this.model()
										.timeScale().barSpacing() / i),
									n = this.data().search(t, P.NearestLeft),
									o = (n.value[TradingView.HIGH_PLOT] + n.value[TradingView
										.LOW_PLOT]) / 2;
								return new r(o - .5 * s, o + .5 * s)
							}
						}
						var a = this.priceSource();
						if (null !== a) var l = this.data().bars().minMaxOnRangeCached(e, t, [{
								name: a,
								offset: 0
							}]),
							c = this.data().nsBars().minMaxOnRangeCached(e, t, [{
								name: a,
								offset: 0
							}]);
						else l = this.data().bars().minMaxOnRangeCached(e, t, [{
							name: "low",
							offset: 0
						}, {
							name: "high",
							offset: 0
						}]), c = this.data().nsBars().minMaxOnRange(e, t, [{
							name: "low",
							offset: 0
						}, {
							name: "high",
							offset: 0
						}]);
						var h = null !== (l = C(l, c)) ? l.min === l.max ? new r(l.min - .5, l.max +
							.5) : new r(l.min, l.max) : new r(-.5, .5);
						return this.priceScale().isLog() ? new r(this.priceScale().priceToLogical(h
							.minValue()), this.priceScale().priceToLogical(h.maxValue())) : h
					}
					nearestData(e, t) {
						if (TradingView.isInteger(e)) {
							var i = this.data().search(e, t);
							return null !== i ? i : void 0
						}
						I.logDebug("Series.nearestData: incorrect logicalPoint")
					}
					nearestIndex(e, t) {
						var i = this.nearestData(e, t);
						return i ? i.index : void 0
					}
					paneViews() {
						if (!this.properties().visible.value()) return null;
						var e = [this._baseHorizontalLineView, this._paneView];
						return this._futureBarsPaneView && e.push(this._futureBarsPaneView), this
							._projectionBarsPaneView && e.push(this._projectionBarsPaneView),
							null !== this._waterlineView && e.push(this._waterlineView), null !==
							this._priceLineView && e.push(this._priceLineView), null !== this
							._gotoDateView && e.push(this._gotoDateView), e.push(...this
								._highLowAvgPaneViews), e
					}
					dataWindowView() {
						return this._dataWindowView
					}
					legendView() {
						return this._legendView
					}
					statusView() {
						return F ? this._statusView : null
					}
					marketStatusModel() {
						return this._marketStatusModel
					}
					dataUpdatedModeModel() {
						return this._dataUpdatedModeModel
					}
					dataProblemModel() {
						return this._dataProblemModel
					}
					purgeSymbolInfo() {
						this._symbolInfo = null
					}
					updateSymbolInfo(e, t) {
						if (this._prevSymbolInfo = t ? this._symbolInfo : null, this._symbolInfo =
							e, e) {
							this._properties.shortName.setValue(e.name);
							var i = O.extractSymbolNameFromSymbolInfo(e, this.m_symbol);
							i && this._properties.symbol.setValue(i), this._currency = O
								.symbolCurrency(e), this._properties.currencyId.setValue(this
									._currency), this._unit = O.symbolUnit(e), this._properties
								.unitId.setValue(this._unit), this._updateSessionIdProxyProperty(!0)
						}
						this._base = e ? e.pricescale / e.minmov : 100, this._pointValue = e && e
							.pointvalue || 1, this._recreatePriceFormattingDependencies(), this
							._statusView.update(), this.priceScale().updateFormatter();
						var s = this._getSymbolForApi();
						this._quotesProvider.setQuotesSessionSymbol(s), this.checkInterval()
					}
					updateAllViews() {
						this._paneView.update(), this._dataWindowView.update(), this._legendView
							.update(), this._statusView.update(), this._highLowAvgPaneViews.forEach(
								e => e.update()), this._labelPaneViews.forEach(e => e.update()),
							this._priceAxisViews.forEach(e => e.update()), this._priceLineAxisViews
							.forEach(e => e.update()), this._futureBarsPaneView && this
							._futureBarsPaneView.update(), this._projectionBarsPaneView && this
							._projectionBarsPaneView.update(), null !== this._waterlineView && this
							._waterlineView.update(), null !== this._priceLineView && this
							._priceLineView.update(), null !== this._gotoDateView && this
							._gotoDateView.update(), this._baseHorizontalLineView.update();
						var e = this._model.activeStrategySource().value();
						null !== e && e.updateAllViews(), this._lineStyleLastPriceCirclePaneView
							.update()
					}
					requestMoreData(e) {
						if ((this._status === z.STATUS_READY || this._status === z.STATUS_PULSE ||
								this._status === z.STATUS_DELAYED || this._status === z
								.STATUS_DELAYED_STREAMING || this._status === z.STATUS_EOD || this
								._status === z.STATUS_REPLAY) && !this.m_model.timeScale()
							.isEmpty()) {
							var t = this.m_model.timeScale().visibleBarsStrictRange();
							if (null !== t && 0 !== this.bars().size()) {
								var i = t.lastBar() - o(this.data().last()).index;
								if (this._predictBars < i && (this._predictBars = i, this
										._seriesSource.requestMoreTickmarks(i)), !this._endOfData) {
									var s = o(this.bars().firstIndex()),
										r = e || s - t.firstBar();
									r <= 0 || (Number.isFinite(r) ? (this._endOfData = !0, this
											._loading = !0, this._seriesSource.requestMoreData(
												r), this._setStatus(z.STATUS_LOADING)) : I
										.logWarn("requestMoreData: invalid bar count: " + r +
											", visible bars: [" + t.firstBar() + ", " + t
											.lastBar() + "], last index: " + o(this.data()
												.last()).index + ", predicted bars: " + this
											._predictBars + ", required bars:" + e))
								}
							}
						}
					}
					bindStyleChange() {
						var e = this;
						Object.keys(z.STYLE_SHORT_NAMES).map((function(e) {
							return z.STYLE_SHORT_NAMES[e] + "Style"
						})).forEach((function(t) {
							e._properties[t].listeners().subscribe(e, z.prototype
								.invalidateBarStylesCache)
						}))
					}
					bindJapChartsInputs() {
						this._properties.style.listeners().subscribe(this, this
								.onChartStyleChanged), this._properties.renkoStyle.inputs.boxSize
							.listeners().subscribe(this, this.onInputChanged),
							this._properties.renkoStyle.inputs.style.listeners().subscribe(this,
								this.onInputChanged), this._properties.renkoStyle.inputs.atrLength
							.listeners().subscribe(this, this.onInputChanged), this._properties
							.renkoStyle.inputs.wicks.listeners().subscribe(this, this
								.onInputChanged), this._properties.renkoStyle.inputs.sources
							.listeners().subscribe(this, this.onInputChanged), this._properties
							.pbStyle.inputs.lb.listeners().subscribe(this, this.onInputChanged),
							this._properties.kagiStyle.inputs.reversalAmount.listeners().subscribe(
								this, this.onInputChanged), this._properties.kagiStyle.inputs.style
							.listeners().subscribe(this, this.onInputChanged), this._properties
							.kagiStyle.inputs.atrLength.listeners().subscribe(this, this
								.onInputChanged), this._properties.pnfStyle.inputs.boxSize
							.listeners().subscribe(this, this.onInputChanged), this._properties
							.pnfStyle.inputs.reversalAmount.listeners().subscribe(this, this
								.onInputChanged), this._properties.pnfStyle.inputs.sources
							.listeners().subscribe(this, this.onInputChanged), this._properties
							.pnfStyle.inputs.style.listeners().subscribe(this, this.onInputChanged),
							this._properties.pnfStyle.inputs.atrLength.listeners().subscribe(this,
								this.onInputChanged), this._properties.pnfStyle.inputs
							.oneStepBackBuilding.listeners().subscribe(this, this.onInputChanged),
							this._properties.rangeStyle.inputs.phantomBars.listeners().subscribe(
								this, this.onInputChanged)
					}
					createDividendsAdjustmentProperty() {
						throw new Error("Not implemented")
					}
					dividendsAdjustmentProperty() {
						return null
					}
					setChartStyleWithIntervalIfNeeded(e, t) {
						var i = t;
						void 0 === t && (i = E(e, this._properties.interval.value(), this._model
								.defaultResolutions())), k.isEqual(i, this._properties.interval
								.value()) || this._properties.interval.setValue(i), this._properties
							.style.setValue(e)
					}
					isNeedRestart(e) {
						return this._status !== z.STATUS_SNAPSHOT && (void 0 === e && (e = this
							.properties().style.value()), !O.isRangeStyle(this
							._prevChartStyle) && !O.isRangeStyle(e) && !(this
							._prevChartStyle === e || !O.isRequiringRestartSeriesStyles(this
								._prevChartStyle) && !O.isRequiringRestartSeriesStyles(e)))
					}
					applyPreferences(e) {
						var t = B({}, e);
						this.m_priceScale.setMode({
								autoScale: t.priceAxisProperties.autoScale,
								percentage: t.priceAxisProperties.percentage,
								log: t.priceAxisProperties.log,
								lockScale: t.priceAxisProperties.lockScale
							}), this.setChartStyleWithIntervalIfNeeded(t.style), delete t.style,
							delete t.interval, this._properties.mergePreferences(t), this
							._properties.saveDefaults(), this.createPaneView(), this
							.invalidateBarStylesCache()
					}
					priceSource() {
						var e = null;
						switch (this._properties.style.value()) {
							case z.STYLE_LINE:
								e = this._properties.lineStyle.priceSource.value();
								break;
							case z.STYLE_AREA:
								e = this._properties.areaStyle.priceSource.value();
								break;
							case z.STYLE_BASELINE:
								e = this._properties.baselineStyle.priceSource.value()
						}
						return e
					}
					isRangeBasedStyle() {
						return O.isRangeBasedStyle(this.style())
					}
					onInputChanged() {
						this.restart()
					}
					getSymbolString() {
						return R(this._getSymbolObject())
					}
					_getResolvingSymbolObject() {
						return this._getSymbolObject()
					}
					getStyleShortName() {
						var e = this._properties.style.value();
						if (z.STYLE_SHORT_NAMES.hasOwnProperty(e)) return z.STYLE_SHORT_NAMES[e];
						throw new Error("Missed short name for style " + e)
					}
					getStyleProperties() {
						return this._properties[this.getStyleShortName() + "Style"]
					}
					getInputsProperties() {
						return this.getStyleProperties().inputs || new s
					}
					getInputsInfoProperties() {
						return this.getStyleProperties().inputInfo || new s
					}
					getRealVisibleRange() {
						var e = this.model().timeScale().visibleBarsStrictRange();
						if (null === e) return null;
						var t = this.data().search(e.firstBar(), P.NearestRight),
							i = this.data().search(e.lastBar(), P.NearestLeft);
						return null === t || null === i ? null : new v(t.index, i.index)
					}
					firstValue() {
						var e = this.firstBar();
						return null === e ? null : this._barFunction(e)
					}
					firstBar() {
						var e = this.model().timeScale().visibleBarsStrictRange();
						if (null === e) return null;
						var t = e.firstBar(),
							i = this.data().search(t, P.NearestRight);
						return null !== i ? i.value : null
					}
					isSpread() {
						return null !== this._symbolInfo && "spread" === this._symbolInfo.type
					}
					getSymbolName() {
						return this._symbolInfo ? this._symbolInfo.name : ""
					}
					loadDataTo(e) {
						var t = this._properties.interval.value();
						this._onTimeFrameApplied.fire(e), this._seriesSource.modifySeries(this
							._getResolvingSymbolObject(), A(t), e)
					}
					checkInterval() {
						if (this._symbolInfo && (k.isIntraday(this.interval()) && !this._symbolInfo
								.has_intraday && this.requestingIntradayWhenNotSupported.fire(),
								this._symbolInfo.hasOwnProperty("supported_resolutions"))) {
							var e = k.normalize(this._properties.interval.value()); - 1 === this
								._symbolInfo.supported_resolutions.indexOf(e) && this
								.requestingResolutionWhenNotSupported.fire(this._symbolInfo
									.supported_resolutions[0])
						}
					}
					priceScale() {
						return this.m_priceScale
					}
					setPriceScale(e) {
						this.m_priceScale !== e && (this._priceScaleAboutToBeChanged.fire(), this
							.m_priceScale = e, this._properties.removeProperty(
								"priceAxisProperties"), this._properties.addChild(
								"priceAxisProperties", e.properties()), this._properties
							.priceAxisProperties.childChanged(), N.emit("series_event",
								"price_scale_changed"), this._priceScaleChanged.fire(e))
					}
					setGotoDateResult(e) {
						this._gotoDateResultCleared = !1, i.e("series-pane-views").then(i.t.bind(
							null, "+weX", 7)).then(({
							GotoDateView: t
						}) => {
							this._gotoDateResultCleared || (this._gotoDateView = new t(this,
								e), this.m_model.updateSource(this))
						})
					}
					clearGotoDateResult(e) {
						this._gotoDateView = null, this._gotoDateResultCleared = !0
					}
					syncModel() {
						if (!this._syncModel) {
							var e = this.symbolInfo(),
								t = this.interval();
							if (!e || !t) return null;
							this._syncModel = new x(e, t)
						}
						return this._syncModel
					}
					getSourceIcon() {
						return {
							type: "loadSvg",
							svgId: "series." + this.properties().style.value()
						}
					}
					isStyleSupported(e) {
						return !0
					}
					isIntervalSupported(e) {
						return !0
					}
					isStyleSupportedForReplay(e) {
						return O.isTimeBasedStyle(e)
					}
					isInReplay() {
						return null !== this._replaySubscriber
					}
					onTimeFrameApplied() {
						return this._onTimeFrameApplied
					}
					onInReplayStateChanged() {
						throw new Error("Not implemented")
					}
					replayExitedDueUnsupportedInterval() {
						throw new Error("Not implemented")
					}
					replayExitedDueUnavailableForUserInterval() {
						throw new Error("Not implemented")
					}
					switchToReplay(e, t) {
						throw new Error("Not implemented")
					}
					switchToRealtime() {
						throw new Error("Not implemented")
					}
					_removeReplaySubscriber() {
						throw new Error("Not implemented")
					}
					_onBeforeModifySeries(e, t) {
						0
					}
					_getTelemetryAdditionalData(e, t) {
						t = void 0 === t || t;
						var i = {
							symbol: this.actualSymbol()
						};
						return t && (i.resolution = this.interval()), void 0 !== e && (i.reason =
							e), i
					}
					_sendTelemetryReport(e, t, i) {
						void 0 === i && (i = this._getTelemetryAdditionalData());
						var s = Object.assign(t, {
							additional: i
						});
						(void 0).sendChartReport(e, s)
					}
					_sendTelemetryCounter(e, t) {
						this._sendTelemetryReport(e, {
							count: 1
						}, t)
					}
					destroy() {
						this._replayExitedDueUnsupportedInterval.destroy(), this
							._replayExitedDueUnavailableForUserInterval.destroy(), this
							._quotesProvider.quotesUpdate().unsubscribeAll(this), this
							._quotesProvider.destroy(), this.clearGotoDateResult(), this._legendView
							.destroy(), this._marketStatusModel.destroy(), null !== this
							._dataUpdatedModeModel && this._dataUpdatedModeModel.destroy(), this
							._dataProblemModel.destroy(), this._paneView && this._paneView
							.destroy && this._paneView.destroy(), this._onTimeFrameApplied
							.destroy(), this._seriesSource.destroy(), super.destroy()
					}
					dataEvents() {
						return this._seriesSource.dataEvents()
					}
					moveData(e) {
						return this._seriesSource.moveData(e)
					}
				}
				Object.assign(z, M), TradingView.Series = z, t.Series = z
			}).call(this, i("aIyQ"), i("tc+8"), i("Qb4w").PriceRange)
		},
		qXYw: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("n5al"),
				r = i("ivNn"),
				n = i("YFKU"),
				o = i("qFKp"),
				a = i("Tmoa"),
				l = i("Ialn"),
				c = i("GH0z"),
				h = i("6I19"),
				u = i("k9/m"),
				d = i("CW80"),
				p = i("mMWL"),
				_ = i("7qT/"),
				m = i("38az"),
				f = i("xCUR");
			const g = o.CheckMobile.any(),
				b = g && !0,
				v = new c.PercentageFormatter,
				S = Object(n.t)("n/a"),
				y = `${S} (${S}%)`;
			i.d(t, "OverlayLegendValuesProvider", (function() {
				return w
			}));
			class w extends class {
				constructor(e, t) {
					this._study = e, this._model = t, this._emptyValues = [{
						title: Object(n.t)("Open"),
						visible: !1,
						value: "",
						index: 0,
						id: ""
					}, {
						title: Object(n.t)("High"),
						visible: !1,
						value: "",
						index: 1,
						id: ""
					}, {
						title: Object(n.t)("Low"),
						visible: !1,
						value: "",
						index: 2,
						id: ""
					}, {
						title: Object(n.t)("Close"),
						visible: !1,
						value: "",
						index: 3,
						id: ""
					}, {
						title: "",
						visible: !1,
						value: "",
						index: 4,
						id: ""
					}, {
						title: "",
						visible: !1,
						value: "",
						index: 5,
						id: ""
					}, {
						title: Object(n.t)("Change"),
						visible: !1,
						value: "",
						index: 6,
						id: ""
					}]
				}
				getItems() {
					return this._emptyValues
				}
				getValues(e) {
					const t = this._emptyValues.map(e => ({
						...e
					}));
					if (this._model.timeScale().isEmpty()) return t;
					if (0 === this._study.data().size()) return t;
					const i = this._showLastPriceAndChangeOnly();
					if (Object(r.isNumber)(e) || (i ? e = this._study.data().lastIndex() : (e = this
							._model.crossHairSource().appliedIndex(), Object(r.isNumber)(e) || (e =
								this._study.data().lastIndex()))), null === e || !Object(r.isNumber)(e))
						return t;
					const s = this._study.data().search(e, u.PlotRowSearchMode.NearestLeft, 1),
						n = Object(h.c)(this._model.paneForSource(this._study));
					if (null === s || null === n) return t;
					const o = s.index,
						c = s.value,
						d = c[1],
						p = c[2],
						_ = c[3],
						g = c[4];
					if (null == d || null == p || null == _ || null == g) return t;
					t[0].value = S, t[1].value = S, t[2].value = S, t[3].value = S, t[6].value = y;
					for (const e of t) e.visible = !i;
					const w = t[4];
					w.visible = !1;
					const {
						values: P
					} = this._changesData(g, d, o, i), C = Object(f.a)(this._study);
					if (Object(f.b)(this._study)) t[6].value = "";
					else if (void 0 !== P) {
						const e = this._study.formatter();
						t[6].value = Object(l.forceLTRStr)(
							`${e.format(P.change, !0)} (${v.format(P.percentChange, !0)})`)
					}
					i ? (t[5].value = C(g), t[5].visible = !0, t[6].visible = !0) : (t[0].value = C(d),
						t[1].value = C(p), t[2].value = C(_), t[3].value = C(g), w.value = C(this
							._study.barFunction()(c)), t[5].visible = !1);
					let x = null;
					if (i && !b) x = void 0 === P || P.change >= 0 ? m.SeriesBarColorer.upColor(this
						._study.properties()) : m.SeriesBarColorer.downColor(this._study
						.properties());
					else {
						const e = this._study.barColorer().barStyle(o, !1),
							t = null != e.barBorderColor ? e.barBorderColor : e.barColor;
						x = Object(h.b)(n, t)
					}
					x = Object(a.resetTransparency)(Object(h.b)(n, x));
					for (const e of t) e.color = x;
					return t
				}
				_showLastPriceAndChangeOnly() {
					return g && (null === this._model.crossHairSource().pane || Object(d.isLineToolName)
						(p.tool.value()) || null !== this._model.lineBeingEdited())
				}
				_changesData(e, t, i, s) {
					var r;
					if (s && !b) {
						const e = this._study.quotes();
						if (null !== e) return {
							values: {
								change: e.change,
								percentChange: e.change_percent
							},
							priceDirection: {
								basedOnCurrentBar: e.change >= 0 ? 0 : 1,
								basedOnPrevClose: e.change >= 0 ? 0 : 1
							}
						}
					} else {
						const s = this._study.data().search(i - 1, u.PlotRowSearchMode.NearestLeft, 1),
							n = null !== (r = null == s ? void 0 : s.value[4]) && void 0 !== r ? r :
							null;
						if (null !== n) return {
							values: {
								change: e - n,
								percentChange: Object(_.a)(n, e)
							},
							priceDirection: {
								basedOnCurrentBar: e >= t ? 0 : 1,
								basedOnPrevClose: e >= n ? 0 : 1
							}
						}
					}
					return {
						priceDirection: {
							basedOnCurrentBar: e >= t ? 0 : 1,
							basedOnPrevClose: e >= t ? 0 : 1
						}
					}
				}
			} {
				constructor(e, t) {
					super(e, t), this._showBarChange = t.properties().paneProperties.legendProperties
						.showBarChange, this._showSeriesOHLC = t.properties().paneProperties
						.legendProperties.showSeriesOHLC, this._seriesStyle = e.properties().childs()
						.style
				}
				getValues(e) {
					const t = super.getValues(e);
					if (!this._showLastPriceAndChangeOnly()) {
						const e = Object(s.isPriceSourceStyle)(this._seriesStyle.value()),
							i = this._showSeriesOHLC.value(),
							r = i && !e,
							n = i && e;
						t[0].visible = r, t[1].visible = r, t[2].visible = r, t[3].visible = r, t[6]
							.visible = this._showBarChange.value(), t[4].visible = n
					}
					return t
				}
			}
		},
		qcGP: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("Ocx9").DefaultProperty,
				n = i("mMWL");
			class o extends s {
				constructor(e, t) {
					super(e, t || o.createProperties()), this._priceAxisViews.push(this
						.createPriceAxisView(3)), i.e("lt-pane-views").then(i.t.bind(null, "9FRF",
						7)).then(({
						ParallelChannelPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				calculatePriceDiff() {
					var e = this.points();
					if (3 === e.length) {
						var t = e[0],
							i = e[1],
							s = e[2],
							r = this._findPriceOffset(t, i, s);
						null !== r && isFinite(r) && (this._priceOffset = r)
					}
				}
				_findPriceOffset(e, t, i) {
					var s = this.priceScale();
					if (null === s || e.index === t.index) return null;
					if (s.isLog()) {
						var r = this._model.timeScale();
						if (r.isEmpty()) return null;
						var n = this.ownerSource().firstValue(),
							o = r.indexToCoordinate(e.index),
							a = r.indexToCoordinate(t.index),
							l = s.priceToCoordinate(e.price, n),
							c = s.priceToCoordinate(t.price, n),
							h = l + (m = (c - l) / (a - o)) * (r.indexToCoordinate(i.index) - o),
							u = s.priceToCoordinate(i.price, n) - h,
							d = (n = this.ownerSource().firstValue(), .5 * (l + c)),
							p = s.coordinateToPrice(d, n),
							_ = d + u;
						return s.coordinateToPrice(_, n) - p
					}
					var m = (t.price - e.price) / (t.index - e.index),
						f = e.price + m * (i.index - e.index);
					return i.price - f
				}
				setLastPoint(e, t) {
					t && t.shift() && 2 === this.points().length && this._snapPoint45Degree(e, this
						.points()[0]), super.setLastPoint(e), this.calculatePriceDiff()
				}
				restorePoints(e, t, i) {
					super.restorePoints(e, t, i), e && e.length >= 3 && (this._priceOffset = e[2]
						.price - e[0].price)
				}
				setPoint(e, t, i) {
					if (i && i.shift()) switch (e) {
						case 0:
						case 1:
							this._snapPoint45Degree(t, this._points[1 - e]);
							break;
						case 2:
						case 3:
							this._snapPoint45Degree(t, {
								index: this._points[3 - e].index,
								price: this._points[3 - e].price + this._priceOffset
							})
					}
					var s = !1;
					switch (e) {
						case 0:
						case 1:
							super.setPoint(e, t, i);
							break;
						case 2:
						case 3:
							this._points[e - 2].index = t.index, this._points[e - 2].price = t.price -
								this._priceOffset;
							break;
						case 4:
							this._points[2] = t, this.calculatePriceDiff(), s = !0;
							break;
						case 5:
							var r = this._findPriceOffset(this._points[0], this._points[1], t);
							null !== r && isFinite(r) && (this._points[0].price += r, this._points[1]
								.price += r, this._priceOffset -= r, s = !0)
					}
					if (e % 2 == 0 && this._correctThirdPoint(), s && this.linkKey().value()) {
						for (var o = [], a = 0; a < this._points.length; a++) o.push(this._points[a]
							.price);
						n.changeLineStyle({
							model: this._model,
							linkKey: this.linkKey().value(),
							state: {
								prices: o
							}
						})
					}
				}
				restoreExternalState(e) {
					if ((e = Object.assign({}, e)).prices)
						if (this.isActualSymbol()) {
							for (var t = 0; t < e.prices.length; t++) this._points[t].price = e.prices[
								t];
							this._priceOffset = this._points[2].price - this._points[0].price
						} else this._priceOffset = void 0;
					delete e.prices, super.restoreExternalState(e)
				}
				onData(e) {
					super.onData(e), this._updateThirdPointAndPriceOffset()
				}
				setPoints(e) {
					super.setPoints(e), this.calculatePriceDiff()
				}
				getPoint(e) {
					if (e < 2) return s.prototype.getPoint.call(this, e);
					var t = null;
					switch (e) {
						case 2:
						case 3:
							var i = this.points();
							i.length === this.pointsCount() && (t = {
								index: i[e - 2].index,
								price: i[e - 2].price + this._priceOffset
							})
					}
					return t
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Parallel Channel"
				}
				hasEditableCoordinates() {
					return !1
				}
				addPoint(e, t) {
					var i = this.points().length;
					t && t.shift() && 2 === i && this._snapPoint45Degree(e, this.points()[0]);
					var r = s.prototype.addPoint.call(this, e, t);
					return this._updateThirdPointAndPriceOffset(), r
				}
				cloneData(e) {
					this._priceOffset = e._priceOffset
				}
				restoreData(e) {
					e.priceOffset && (this._priceOffset = e.priceOffset)
				}
				state(e) {
					var t = s.prototype.state.call(this, e);
					return t.priceOffset = this._priceOffset, t
				}
				canHasAlert() {
					return !0
				}
				axisPoints() {
					var e = this.points();
					return e.length < 2 ? [] : (e[2] = {
						index: e[0].index,
						price: e[0].price + this._priceOffset
					}, e.push({
						index: e[1].index,
						price: e[1].price + this._priceOffset
					}), e)
				}
				_getAlertPlots() {
					var e = [].concat(this._points).splice(0, 2);

					function t(e, t) {
						return e.index <= t.index ? [e, t] : [t, e]
					}
					var i, s, r, n, o = t((e = e.concat([{
							price: e[0].price + this._priceOffset,
							time: e[0].time,
							index: e[0].index
						}, {
							price: e[1].price + this._priceOffset,
							time: e[1].time,
							index: e[1].index
						}]))[0], e[1]),
						a = t(e[2], e[3]);
					this._priceOffset < 0 ? (s = a, i = o) : (s = o, i = a);
					var l = this.properties().extendLeft.value(),
						c = this.properties().extendRight.value();
					return e[0].index <= e[1].index ? (r = l, n = c) : (r = c, n = l), [this
						._linePointsToAlertPlot(i, "Upper", r, n), this._linePointsToAlertPlot(s,
							"Lower", r, n)
					]
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "VkdP")))
						.ParallelChannelDefinitionsViewModel
				}
				_updateThirdPointAndPriceOffset() {
					this._points.length === this.pointsCount() && (void 0 === this._priceOffset && this
						.calculatePriceDiff(), this._correctThirdPoint())
				}
				_correctThirdPoint() {
					var e = this._points[0];
					this._points[2].index = e.index, this._points[2].price = e.price + this._priceOffset
				}
				static createProperties(e) {
					var t = new r("linetoolparallelchannel", e);
					return o._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e)
				}
			}
			t.LineToolParallelChannel = o
		},
		qckB: function(e, t) {
			e.exports =
				'<svg xmlns="http://www.w3.org/2000/svg" width="28" height="28"><g fill="none" fill-rule="evenodd" stroke="currentColor" transform="translate(6 3)"><rect width="15" height="12" rx="2" x=".5" y="8.5"/><path stroke-linecap="round" stroke-width="2" d="M8 15v2"/><path d="M11.5 4a3.5 3.5 0 0 0-7 0v4.5"/></g></svg>'
		},
		qgcf: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "calculateLabelPosition", (function() {
				return p
			})), i.d(t, "wordWrap", (function() {
				return f
			})), i.d(t, "TextRenderer", (function() {
				return M
			}));
			var s = i("aO4+"),
				r = i("Eyy1"),
				n = i("f6yo"),
				o = i("Ialn"),
				a = i("VdBB"),
				l = i("gAom"),
				c = i("jFln"),
				h = i("ogJP"),
				u = i("ikwP"),
				d = i("8Uy/");

			function p(e, t, i, r, n) {
				const o = .5 * (t.x + i.x);
				let a = i.y;
				return t.y > i.y ? (a -= e.height / 2 + r.y, a = Math.max(e.height / 2, a)) : (a += e
					.height / 2 + r.y, a = Math.min(n - e.height / 2, a)), new s.Point(o, a)
			}
			let _;

			function m() {
				const e = document.createElement("canvas");
				e.width = 0, e.height = 0, _ = Object(r.ensureNotNull)(e.getContext("2d"))
			}

			function f(e, t, i) {
				_ || m(), i = Object(h.isString)(i) ? parseInt(i) : i, e += "";
				const s = !Object(h.isNumber)(i) || !isFinite(i) || i <= 0 ? e.split(
					/[^\S' '\r\n]*(?:\r\n|\r|\n|$)/) : e.split(/[^\S\r\n]*(?:\r\n|\r|\n|$)/);
				if (s[s.length - 1] || s.pop(), !Object(h.isNumber)(i) || !isFinite(i) || i <= 0) return s;
				_.font = t;
				const r = [];
				for (let e = 0; e < s.length; e++) {
					const t = s[e],
						n = _.measureText(t).width;
					if (n <= i) {
						r.push(t);
						continue
					}
					const o = t.split(/([-)\]},.!?:;])|(\s+)/);
					let a = 0;
					for (; o.length;) {
						let e = ~~(i / n * (o.length + 2) / 3);
						if (e <= 0 || _.measureText(o.slice(0, 3 * e - 1).join("")).width <= i)
							for (; _.measureText(o.slice(0, 3 * (e + 1) - 1).join("")).width <= i;) e++;
						else
							for (; e > 0 && _.measureText(o.slice(0, 3 * --e - 1).join("")).width > i;);
						if (e > 0) r.push(o.slice(0, 3 * e - 1).join("")), o.splice(0, 3 * e);
						else {
							const e = o[0] + (o[1] || "");
							if (a = 1 === a ? 1 : ~~(i / _.measureText(e).width * e.length), _.measureText(e
									.substr(0, a)).width <= i)
								for (; _.measureText(e.substr(0, a + 1)).width <= i;) a++;
							else
								for (; a > 1 && _.measureText(e.substr(0, --a)).width > i;);
							a < 1 && (a = 1), r.push(e.substr(0, a)), o[0] = e.substr(a), o[1] = ""
						}
						if (_.measureText(o.join("")).width <= i) {
							r.push(o.join(""));
							break
						}
					}
				}
				return r
			}

			function g(e, t, i) {
				if (0 === i) return e.clone();
				const r = (e.x - t.x) * Math.cos(i) - (e.y - t.y) * Math.sin(i) + t.x,
					n = (e.x - t.x) * Math.sin(i) + (e.y - t.y) * Math.cos(i) + t.y;
				return new s.Point(r, n)
			}

			function b(e, t) {
				return t + 2 * P(e) + 2 * y(e)
			}

			function v(e, t) {
				return x(e) * t + C(e) * (t - 1) + 2 * w(e) + 2 * S(e)
			}

			function S(e) {
				return void 0 !== e.boxPaddingVert ? e.boxPaddingVert * I(e) : void 0 !== e.boxPadding ? e
					.boxPadding * I(e) : x(e) / 3
			}

			function y(e) {
				return void 0 !== e.boxPaddingHorz ? e.boxPaddingHorz * I(e) : void 0 !== e.boxPadding ? e
					.boxPadding * I(e) : x(e) / 3
			}

			function w(e) {
				return (e.backgroundVertInflate || 0) * I(e)
			}

			function P(e) {
				return (e.backgroundHorzInflate || 0) * I(e)
			}

			function C(e) {
				return (e.padding || 0) * I(e)
			}

			function x(e) {
				return Math.ceil(T(e) * I(e))
			}

			function T(e) {
				return e.fontsize || e.fontSize || 30
			}

			function I(e) {
				const t = Math.min(1, Math.max(.2, Math.min(e.scaleX || 1, e.scaleY || 1)));
				if (1 === t) return t;
				const i = T(e);
				return Math.ceil(t * i) / i
			}
			class M {
				constructor(e, t) {
					this._data = null, this._internalData = null, this._boxSize = null, this
						._linesInfo = null, this._fontInfo = null, this._hittest = t || new a
						.HitTestResult(a.HitTestResult.MOVEPOINT, {
							areaName: a.AreaName.Text
						}), void 0 !== e && this.setData(e)
				}
				setData(e) {
					e.horzTextAlign || (e.horzTextAlign = e.horzAlign),
						function(e, t) {
							if (null === e || null === t) return null === e == (null === t);
							if (void 0 === e.points != (void 0 === t.points)) return !1;
							if (void 0 !== e.points && void 0 !== t.points) {
								if (e.points.length !== t.points.length) return !1;
								for (let r = 0; r < e.points.length; ++r)
									if (i = e.points[r], s = t.points[r], i.x !== s.x || i.y !== s.y)
										return !1
							}
							var i, s;
							return e.text === t.text && e.vertAlign === t.vertAlign && e.horzAlign === t
								.horzAlign && e.horzTextAlign === t.horzTextAlign && e.font === t
								.font && e.offsetX === t.offsetX && e.offsetY === t.offsetY && e
								.bold === t.bold && e.italic === t.italic && e.fontsize === t
								.fontsize && e.fontSize === t.fontSize && e.backgroundRoundRect === t
								.backgroundRoundRect && e.forceTextAlign === t.forceTextAlign && e
								.wordWrapWidth === t.wordWrapWidth && e.forceCalculateMaxLineWidth === t
								.forceCalculateMaxLineWidth && e.padding === t.padding && e.scaleY === t
								.scaleY && e.scaleX === t.scaleX && e.highlightBorder === t
								.highlightBorder && e.backgroundHorzInflate === t
								.backgroundHorzInflate && e.backgroundVertInflate === t
								.backgroundVertInflate && e.boxPadding === t.boxPadding && e
								.boxPaddingVert === t.boxPaddingVert && e.boxPaddingHorz === t
								.boxPaddingHorz && e.angle === t.angle && e.maxHeight === t.maxHeight
						}(this._data, e) ? this._data = e : (this._data = e, this._internalData = null,
							this._boxSize = null, this._linesInfo = null, this._fontInfo = null)
				}
				hitTest(e) {
					if (null === this._data || void 0 === this._data.points || 0 === this._data.points
						.length) return null;
					const t = this._data.angle || 0,
						{
							boxLeft: i,
							boxTop: r,
							boxWidth: o,
							boxHeight: a
						} = this._getInternalData(),
						l = this._getRotationPoint(),
						c = [g(new s.Point(i, r), l, t), g(new s.Point(i + o, r), l, t), g(new s.Point(
							i + o, r + a), l, t), g(new s.Point(i, r + a), l, t)];
					return Object(n.pointInPolygon)(e, c) ? this._hittest : null
				}
				doesIntersectWithBox(e) {
					return null !== this._data && void 0 !== this._data.points && 0 !== this._data
						.points.length && Object(n.pointInBox)(this._data.points[0], e)
				}
				measure() {
					if (null === this._data) return {
						width: 0,
						height: 0
					};
					const e = this._getBoxSize();
					return {
						width: e.boxWidth,
						height: e.boxHeight
					}
				}
				rect() {
					if (null === this._data) return {
						x: 0,
						y: 0,
						width: 0,
						height: 0
					};
					const e = this._getInternalData();
					return {
						x: e.boxLeft,
						y: e.boxTop,
						width: e.boxWidth,
						height: e.boxHeight
					}
				}
				setPoints(e, t) {
					Object(r.ensureNotNull)(this._data).points = e, this._hittest = t || new a
						.HitTestResult(a.HitTestResult.MOVEPOINT)
				}
				fontStyle(e) {
					return null === this._data ? "" : this._getFontInfo().fontStyle
				}
				wordWrap(e, t, i) {
					return f(e, i || this.fontStyle(), t)
				}
				draw(e, t) {
					if (null === this._data || void 0 === this._data.points || 0 === this._data.points
						.length) return;
					const i = t.pixelRatio,
						s = this._getInternalData(),
						r = this._getRotationPoint().scaled(i);
					e.save(), e.translate(r.x, r.y), e.rotate(this._data.angle || 0), e.translate(-r.x,
						-r.y);
					const n = this._getFontInfo().fontSize;
					e.textBaseline = s.textBaseLine, e.textAlign = s.textAlign, e.font = this
						.fontStyle();
					const {
						scaledLeft: o,
						scaledRight: a,
						scaledTop: h,
						scaledBottom: p
					} = function(e, t) {
						const i = Math.round(e.boxLeft * t),
							s = Math.round(e.boxTop * t);
						return {
							scaledLeft: i,
							scaledRight: i + Math.round(e.boxWidth * t),
							scaledTop: s,
							scaledBottom: s + Math.round(e.boxHeight * t)
						}
					}(s, i);
					if (this._data.backgroundColor || this._data.borderColor || this._data
						.highlightBorder && this._data.wordWrapWidth) {
						const t = this._data.borderWidth || Math.max(n / 12, 1),
							s = Math.round(t * i),
							r = s / 2;
						if (this._data.backgroundRoundRect) this._data.backgroundColor && (Object(l
								.drawRoundRect)(e, o, h, a - o, p - h, this._data
								.backgroundRoundRect * i), e.fillStyle = this._data.backgroundColor,
							e.fill()), this._data.borderColor && (Object(l.drawRoundRect)(e, o - r,
								h - r, a - o + s, p - h + s, this._data.backgroundRoundRect * i + s
							), e.strokeStyle = this._data.borderColor, e.lineWidth = s, e
							.stroke());
						else if (this._data.backgroundColor && (e.fillStyle = this._data
								.backgroundColor, e.fillRect(o, h, a - o, p - h)), this._data
							.borderColor || this._data.highlightBorder) {
							let t;
							this._data.borderColor ? (e.strokeStyle = this._data.borderColor, t = s) : (
									e.strokeStyle = this._data.color, Object(c.setLineStyle)(e, d
										.LINESTYLE_DASHED), t = Math.max(1, Math.floor(i))), e
								.lineWidth = t, e.beginPath(), e.moveTo(o - t / 2, h - t / 2), e.lineTo(
									o - t / 2, p + t / 2), e.lineTo(a + t / 2, p + t / 2), e.lineTo(a +
									t / 2, h - t / 2), e.lineTo(o - t / 2, h - t / 2), e.stroke()
						}
					}
					e.fillStyle = this._data.color;
					const _ = (o + Math.round(s.textStart * i)) / i,
						m = .05 * n;
					let f = (h + Math.round((s.textTop + m) * i)) / i;
					const g = C(this._data),
						b = this._getLinesInfo();
					for (const t of b.lines) Object(u.drawScaled)(e, i, () => e.fillText(t, _, f)), f +=
						n + g;
					e.restore()
				}
				_getLinesMaxWidth(e) {
					if (_ || m(), _.textBaseline = "alphabetic", _.font = this.fontStyle(), null !==
						this._data && this._data.wordWrapWidth && !this._data.forceCalculateMaxLineWidth
					) return this._data.wordWrapWidth * I(this._data);
					let t = 0;
					for (const i of e) t = Math.max(t, _.measureText(i).width);
					return t
				}
				_getInternalData() {
					if (null !== this._internalData) return this._internalData;
					const e = Object(r.ensureNotNull)(this._data),
						t = this._getBoxSize(),
						i = t.boxWidth,
						s = t.boxHeight,
						n = Object(r.ensureDefined)(e.points)[0];
					let a = n.y;
					switch (e.vertAlign) {
						case "bottom":
							a -= s + e.offsetY;
							break;
						case "middle":
							a -= s / 2;
							break;
						case "top":
							a += e.offsetY
					}
					let l = n.x;
					const c = y(e),
						h = S(e),
						u = P(e) + c;
					let d;
					const p = a + (w(e) + h) + x(e) / 2;
					let _;
					switch (e.horzAlign) {
						case "left":
							l += e.offsetX;
							break;
						case "center":
							l -= i / 2;
							break;
						case "right":
							l -= i + e.offsetX
					}
					switch (Object(r.ensureDefined)(e.horzTextAlign)) {
						case "left":
							_ = "start", d = l + u, Object(o.isRtl)() && (e.forceTextAlign ? _ =
								"left" : (d = l + i - u, _ = "right"));
							break;
						case "center":
							_ = "center", d = l + i / 2;
							break;
						case "right":
							_ = "end", d = l + i - u, Object(o.isRtl)() && e.forceTextAlign && (_ =
								"right")
					}
					return this._internalData = {
						boxLeft: l,
						boxTop: a,
						boxWidth: i,
						boxHeight: s,
						textStart: d - l,
						textTop: p - a,
						textAlign: _,
						textBaseLine: "middle"
					}, this._internalData
				}
				_getLinesInfo() {
					if (null === this._linesInfo) {
						const e = Object(r.ensureNotNull)(this._data);
						let t = this.wordWrap(e.text, e.wordWrapWidth);
						if (void 0 !== e.maxHeight) {
							const i = function(e) {
								const t = Object(r.ensureDefined)(e.maxHeight),
									i = x(e),
									s = C(e);
								return Math.floor((t + s) / (i + s))
							}(e);
							t.length > i && (t = t.slice(0, i))
						}
						this._linesInfo = {
							linesMaxWidth: this._getLinesMaxWidth(t),
							lines: t
						}
					}
					return this._linesInfo
				}
				_getFontInfo() {
					if (null === this._fontInfo) {
						const e = Object(r.ensureNotNull)(this._data),
							t = x(e),
							i = (e.bold ? "bold " : "") + (e.italic ? "italic " : "") + t + "px " + e
							.font;
						this._fontInfo = {
							fontStyle: i,
							fontSize: t
						}
					}
					return this._fontInfo
				}
				_getBoxSize() {
					if (null === this._boxSize) {
						const e = this._getLinesInfo(),
							t = Object(r.ensureNotNull)(this._data);
						this._boxSize = {
							boxWidth: b(t, e.linesMaxWidth),
							boxHeight: v(t, e.lines.length)
						}
					}
					return this._boxSize
				}
				_getRotationPoint() {
					const {
						boxLeft: e,
						boxTop: t,
						boxWidth: i,
						boxHeight: n
					} = this._getInternalData(), {
						horzAlign: o,
						vertAlign: a
					} = Object(r.ensureNotNull)(this._data);
					let l, c;
					switch (o) {
						case "center":
							l = e + i / 2;
							break;
						case "left":
							l = e;
							break;
						case "right":
							l = e + i
					}
					switch (a) {
						case "middle":
							c = t + n / 2;
							break;
						case "top":
							c = t;
							break;
						case "bottom":
							c = t + n
					}
					return new s.Point(l, c)
				}
			}
		},
		qySK: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return u
			})), i.d(t, "a", (function() {
				return d
			}));
			var s = i("Eyy1"),
				r = i("JmuD"),
				n = i("KG+6"),
				o = i("fFKx"),
				a = i("SqfW"),
				l = i("5vwb"),
				c = i("7Fue"),
				h = i("xWfy");

			function u(e) {
				if (!Object(r.isObject)(e)) throw new Error(
					"Graphics commands should be wrapped in an object");
				if (Object(r.hasProperty)(e, "create"), Object(r.hasProperty)(e, "erase")) {
					const t = e.erase;
					Object(s.assert)(Array.isArray(t), "Collection of erase commands should be array");
					for (const e of t) {
						if (!Object(r.isObject)(e) || !Object(r.hasProperty)(e, "action")) throw new Error(
							"Command should be an object with 'action' property");
						Object(s.assert)("all" === e.action || "one" === e.action,
							"Erase command action should be 'all' or 'one'")
					}
				}
				return e
			}
			class d {
				constructor() {
					this._indexes = [], this._horizlines = new Map, this._vertlines = new Map, this
						._lines = new Map, this._hlines = new Map, this._textmarks = new Map, this
						._shapemarks = new Map, this._backgrounds = new Map, this._polygons = new Map,
						this._trendchannels = new Map, this._hhists = new Map, this._dwglabels =
						new Map, this._dwgboxes = new Map, this._dwglines = new Map, this._dwgtables =
						new Map, this._dwgtablecells = new Map, this._hhistsByTimePointIndex = new Map
				}
				horizlines() {
					return this._horizlines
				}
				vertlines() {
					return this._vertlines
				}
				lines() {
					return this._lines
				}
				hlines() {
					return this._hlines
				}
				textmarks() {
					return this._textmarks
				}
				shapemarks() {
					return this._shapemarks
				}
				backgrounds() {
					return this._backgrounds
				}
				polygons() {
					return this._polygons
				}
				trendchannels() {
					return this._trendchannels
				}
				hhists() {
					return this._hhists
				}
				dwglabels() {
					return this._dwglabels
				}
				dwglines() {
					return this._dwglines
				}
				dwgboxes() {
					return this._dwgboxes
				}
				dwgtables() {
					return this._dwgtables
				}
				dwgtablecells() {
					return this._dwgtablecells
				}
				hhistsByTimePointIndex() {
					return this._hhistsByTimePointIndex
				}
				clear() {
					this._indexes = [], this._clearPrimitives()
				}
				extract() {
					const e = e => e.extract(),
						t = {
							indexes: this._indexes,
							horizlines: _(this._horizlines, e),
							vertlines: _(this._vertlines, e),
							lines: _(this._lines, e),
							hlines: _(this._hlines, e),
							textmarks: _(this._textmarks, e),
							shapemarks: _(this._shapemarks, e),
							backgrounds: _(this._backgrounds, e),
							polygons: _(this._polygons, e),
							trendchannels: _(this._trendchannels, e),
							hhists: _(this._hhists, e),
							dwglabels: _(this._dwglabels, e),
							dwglines: _(this._dwglines, e),
							dwgboxes: _(this._dwgboxes, e),
							dwgtables: _(this._dwgtables, e),
							dwgtablecells: _(this._dwgtablecells, e)
						};
					return this._hhistsByTimePointIndex = new Map, new h.a("data", t)
				}
				replaceIndexesTo(e) {
					this._indexes = e;
					const t = e => e.replaceIndexesTo(this._indexes);
					this._horizlines.forEach(t), this._vertlines.forEach(t), this._lines.forEach(t),
						this._hlines.forEach(t), this._textmarks.forEach(t), this._shapemarks.forEach(
							t), this._backgrounds.forEach(t), this._polygons.forEach(t), this
						._trendchannels
						.forEach(t), this._hhists.forEach(t), this._dwglabels.forEach(t), this._dwgboxes
						.forEach(t), this._dwglines.forEach(t), this._dwgtables.forEach(t), this
						._dwgtablecells.forEach(t), this._hhistsByTimePointIndex = Object(c.b)(this
							._hhists)
				}
				processCommands(e, t) {
					void 0 !== e.erase && this._processEraseCommands(e.erase), void 0 !== e.create &&
						this._processCreateCommands(e.create, t)
				}
				_processCreateCommands(e, t) {
					for (const i in e) {
						if (!e.hasOwnProperty(i)) continue;
						const r = i;
						switch (Object(s.assert)(r in t,
							`There is a '${r}' in study response, but it doesn't present in graphics info!`
						), r) {
							case "hhists":
								m(this._hhists, e[r], t[r], this._indexes, n.d);
								break;
							case "horizlines":
								m(this._horizlines, e[r], t[r], this._indexes, o.b);
								break;
							case "vertlines":
								m(this._vertlines, e[r], t[r], this._indexes, a.b);
								break;
							case "polygons":
								m(this._polygons, e[r], t[r], this._indexes, l.b)
						}
					}
					this._hhistsByTimePointIndex = Object(c.b)(this._hhists)
				}
				_processEraseCommands(e) {
					for (const t of e)
						if ("all" === t.action) this._clearPrimitives();
						else {
							const e = e => e.deleteById(t.id);
							switch (t.type) {
								case "horizlines":
									this._horizlines.forEach(e);
									break;
								case "vertlines":
									this._vertlines.forEach(e);
									break;
								case "lines":
									this._lines.forEach(e);
									break;
								case "hlines":
									this._hlines.forEach(e);
									break;
								case "textmarks":
									this._textmarks.forEach(e);
									break;
								case "shapemarks":
									this._shapemarks.forEach(e);
									break;
								case "backgrounds":
									this._backgrounds.forEach(e);
									break;
								case "polygons":
									this._polygons.forEach(e);
									break;
								case "trendchannels":
									this._trendchannels.forEach(e);
									break;
								case "hhists":
									this._hhists.forEach(e);
									break;
								case "dwglabels":
									this._dwglabels.forEach(e);
									break;
								case "dwglines":
									this._dwglines.forEach(e);
									break;
								case "dwgboxes":
									this._dwgboxes.forEach(e);
									break;
								case "dwgtables":
									this._dwgtables.forEach(e);
									break;
								case "dwgtablecells":
									this._dwgtablecells.forEach(e)
							}
						} this._hhistsByTimePointIndex = Object(c.b)(this._hhists)
				}
				_clearPrimitives() {
					this._horizlines.clear(), this._vertlines.clear(), this._lines.clear(), this._hlines
						.clear(), this._textmarks.clear(), this._shapemarks.clear(), this._backgrounds
						.clear(), this._polygons.clear(), this._trendchannels.clear(), this._hhists
						.clear(), this._dwglabels.clear(), this._dwgboxes.clear(), this._dwglines
						.clear(), this._dwgtables.clear(), this._dwgtablecells.clear(),
						this._hhistsByTimePointIndex = new Map
				}
			}
			class p {
				constructor(e, t) {
					this._primitivesDataById = new Map, this._primitiveById = new Map, this
						._materializePrimitive = e, this._indexes = t
				}
				forEach(e, t) {
					this._primitiveById.forEach(i => {
						e.call(t, i, i, this)
					})
				}
				has(e) {
					let t = !1;
					return this._primitiveById.forEach(i => {
						t = t || i === e
					}), t
				}
				get size() {
					return this._primitiveById.size
				} [Symbol.iterator]() {
					throw new Error("Not implemented")
				}
				entries() {
					throw new Error("Not implemented")
				}
				keys() {
					throw new Error("Not implemented")
				}
				values() {
					throw new Error("Not implemented")
				}
				hasId(e) {
					return this._primitiveById.has(e)
				}
				addData(e) {
					this._primitivesDataById.set(e.id, e), this._tryMaterialize(e)
				}
				deleteById(e) {
					this._primitiveById.delete(e), this._primitivesDataById.delete(e)
				}
				clear() {
					this._primitivesDataById.clear(), this._primitiveById.clear()
				}
				replaceIndexesTo(e) {
					this._indexes = e, this._primitiveById.clear(), this._primitivesDataById.forEach(
						this._tryMaterialize, this)
				}
				extract() {
					const e = new Set(this._primitivesDataById.values());
					return this._primitivesDataById = new Map, this._primitiveById.clear(), e
				}
				_tryMaterialize(e) {
					const t = this._materializePrimitive(e, this._indexes);
					null !== t && (Object(s.assert)(!this._primitiveById.has(e.id),
							"primitive with specified id should not exist"), this._primitiveById
						.set(e.id, t))
				}
			}

			function _(e, t) {
				const i = new Map;
				return e.forEach((e, s) => i.set(s, t(e))), i
			}

			function m(e, t, i, r, n) {
				if (void 0 !== t)
					for (const o of t) {
						const t = o.styleId;
						void 0 !== i && Object(s.assert)(t in i,
							"Every style used by graphics primitive should be declared in study metainfo"
						);
						let a = e.get(t);
						void 0 === a && (a = new p(n, r), e.set(t, a)), o.data.forEach(a.addData.bind(a))
					}
			}
		},
		rCHB: function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "LineToolPitchforkStyle", (function() {
					return s
				})),
				function(e) {
					e[e.Original = 0] = "Original", e[e.Schiff = 1] = "Schiff", e[e.Inside = 2] = "Inside",
						e[e.Schiff2 = 3] = "Schiff2"
				}(s || (s = {}))
		},
		rL76: function(e, t, i) {
			e.exports = {
				labelwidth: "19px",
				labelheight: "19px",
				bordersize: "2px",
				bottommargin: "5px",
				gearheight: "15px",
				gearwidth: "15px",
				"price-axis-stub": "price-axis-stub-1DJMiIgd",
				wrapper: "wrapper-1DJMiIgd",
				label: "label-1DJMiIgd",
				symbol: "symbol-1DJMiIgd",
				gear: "gear-1DJMiIgd",
				"fixed-gear": "fixed-gear-1DJMiIgd",
				"fixed-symbol": "fixed-symbol-1DJMiIgd"
			}
		},
		rQHv: function(e, t, i) {
			"use strict";
			var s = i("IiTo"),
				r = {};
			e.exports = function(e, t, i) {
				var n, o, a = {},
					l = r[i] || "out_of_session",
					c = !1,
					h = i,
					u = t,
					d = null;

				function p() {
					var e = {};
					e.symbolname = h, e.status = "ok", e.values = {}, e.values.current_session = l, r[
						h] = l, TradingView.ChartapiMessagerInstances[u].onQuotesData([u].concat([
						e]))
				}

				function _() {
					if (n)
						if (o) l = "out_of_session";
						else {
							var e = s.isTradingNow((new Date).getTime(), n) ? "market" :
								"out_of_session";
							e !== l && (l = e, p())
						}
				}
				return e(i, null, (function(e) {
					c || function(e) {
						n = new s.SessionInfo(e.timezone, e.session, e.session_holidays,
								e.corrections), o = e.expired, d = setInterval(_, 6e4),
							_(), p()
					}(e)
				}), (function() {})), a.stop = function() {
					c = !0, d && clearInterval(d)
				}, a.marketStatus = function() {
					return l
				}, a
			}
		},
		rWtV: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("Eyy1"),
				r = i("Y7w9");
			class n {
				constructor() {
					this._histPos = -1,
						this._hist = new Float64Array(2e3), this._times = new Float64Array(2e3)
				}
				addHist(e) {
					if (this._histPos >= 0) {
						const t = this._times[this._histPos];
						Object(s.assert)(t <= e, "History order violation"), this._histPos += t === e ?
							0 : 1
					} else this._histPos += 1;
					if (this._histPos === this._hist.length) {
						const e = new Float64Array(2 * this._hist.length);
						e.set(this._hist), this._hist = e;
						const t = new Float64Array(this._hist.length);
						t.set(this._times), this._times = t
					}
					this._hist[this._histPos] = NaN, this._times[this._histPos] = e
				}
				removeLastIfNaN() {
					Number.isNaN(this.get(0)) && (this._histPos -= 1)
				}
				get(e) {
					Object(s.assert)(0 === e);
					const t = this._histPos - e;
					return this._hist[t]
				}
				getLeftOrEqual(e) {
					const t = Object(r.upperbound)(this._times, e, (e, t) => e < t, 0, this._histPos +
						1);
					return 0 === t ? NaN : this._hist[t - 1]
				}
				set(e) {
					this._hist[this._histPos] = e
				}
				indexOf(e) {
					throw new Error("Not implemented")
				}
			}
		},
		rY0k: function(e, t, i) {
			"use strict";
			var s = i("xDuj").translatedIntervalString,
				r = i("hOqT").getTranslatedSymbolDescription,
				n = i("zDbI").CHART_FONT_FAMILY,
				o = i("di4O"),
				a = o.watermarkProperty,
				l = o.restoreWatermarkPropertyDefaults,
				c = i("ikwP").drawScaled,
				h = i("wZIs").applyDefaultsOverrides,
				u = i("wZIs").applyPropertiesOverrides;
			t.Watermark = function(e, t) {
				var i = {},
					o = a();

				function d(e, t) {
					var s = e.font;
					return i.hasOwnProperty(s) || (i[s] = {}), i[s].hasOwnProperty(t) || (i[s][t] = e
						.measureText(t).width), i[s][t]
				}
				h(o, void 0, !1, "symbolWatermarkProperties"), o.listeners().subscribe(this, (
					function() {
						e.updateSource(this)
					})), this.destroy = function() {
					o.listeners().unsubscribeAll(this)
				}, this.properties = function() {
					return o
				}, this.restorePropertiesDefaults = function() {
					l()
				}, this.applyOverrides = function(e) {
					u(o, void 0, !1, e, "symbolWatermarkProperties")
				};
				var p = {
					renderer: function(e, i) {
						return {
							draw: function(a, l) {
								c(a, l.pixelRatio, (function() {
									var l = t.symbolInfo();
									a.fillStyle = o.color.value();
									var c, h = l.name;
									/QUANDL/.test(l.exchange) && ((c = h.split(
										/\//)).length && (h = c[c
										.length - 1]));
									for (var u = {
											description: l.description,
											short_description: l
												.short_description,
											pro_name: l.pro_name,
											short_name: l.name,
											local_description: l
												.local_description,
											language: l.language
										}, p = [{
											text: h ? h + ", " + s(t
												.interval()) : "",
											font: "96px " + n,
											lineHeight: 117,
											vertOffset: 0
										}, {
											text: r(u) || "",
											font: "48px " + n,
											lineHeight: 58,
											vertOffset: 5
										}], _ = 0, m = 0; m < p.length; m++) {
										if ((b = p[m]).text) {
											a.font = b.font;
											var f = d(a, b.text);
											b.zoom = f > i ? i / f : 1, _ += b
												.lineHeight * b.zoom
										}
									}
									var g = Math.max((e - _) / 2, 0);
									for (m = 0; m < p.length; m++) {
										var b;
										(b = p[m]).text && (a.save(), a
											.translate(i / 2, g), a
											.textBaseline = "top", a
											.textAlign = "center", a.font =
											b.font, a.scale(b.zoom, b.zoom),
											a.fillText(b.text, 0, b
												.vertOffset), a.restore(),
											g += b.lineHeight * b.zoom)
									}
								}))
							}
						}
					},
					update: function() {}
				};
				this.paneViews = function() {
					return t.symbolInfo() && o.visibility.value() ? [p] : []
				}
			}
		},
		ri5u: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ChartLoadThemeUndoCommand", (function() {
				return d
			}));
			var s = i("FIi8"),
				r = i("Ocx9"),
				n = i("wZIs"),
				o = i("RDU5");

			function a(e) {
				const {
					visible: t,
					...i
				} = e;
				return i
			}

			function l(e) {
				const {
					visible: t,
					...i
				} = e;
				return i
			}

			function c(e) {
				const {
					visible: t,
					style: i,
					symbol: s,
					interval: r,
					sessionId: n,
					highLowAvgPrice: o,
					showCountdown: c,
					bidAsk: h,
					prePostMarket: u,
					...d
				} = e;
				return {
					bidAsk: a(h),
					prePostMarket: l(u),
					...d
				}
			}

			function h(e) {
				const {
					scaleSeriesOnly: t,
					showSeriesLastValue: i,
					showStudyLastValue: s,
					showSymbolLabels: r,
					showBidAskLabels: n,
					showPrePostMarketPriceLabel: o,
					showStudyPlotLabels: a,
					showFundamentalNameLabel: l,
					showFundamentalLastValue: c,
					seriesLastValueMode: h,
					...u
				} = e;
				return u
			}

			function u(e) {
				const {
					topMargin: t,
					bottomMargin: i,
					...s
				} = e;
				return s
			}
			class d extends o.UndoCommand {
				constructor(e, t, i) {
					var r, o, a;
					super("Apply Chart Theme"), this._model = e, this._newSessionProps = t
						.sessions || Object(n.factoryDefaults)("sessions"), ["candleStyle",
							"hollowCandleStyle", "haStyle"
						].forEach(e => {
							t.mainSourceProperties[e].wickUpColor = t.mainSourceProperties[e]
								.wickUpColor || t.mainSourceProperties[e].wickColor, t
								.mainSourceProperties[e].wickDownColor = t.mainSourceProperties[
									e].wickDownColor || t.mainSourceProperties[e].wickColor
						}), t.chartProperties = null !== (r = t.chartProperties) && void 0 !== r ?
						r : {
							paneProperties: void 0,
							scalesProperties: void 0
						}, t.chartProperties.paneProperties.vertGridProperties = null !== (o = t
							.chartProperties.paneProperties.vertGridProperties) && void 0 !== o ?
						o : t.chartProperties.paneProperties.gridProperties, t.chartProperties
						.paneProperties.horzGridProperties = null !== (a = t.chartProperties
							.paneProperties.horzGridProperties) && void 0 !== a ? a : t
						.chartProperties.paneProperties.gridProperties, t.chartProperties
						.paneProperties.legendProperties = this._model.properties().state()
						.paneProperties.legendProperties;
					const l = Object(n.factoryDefaults)("chartproperties"),
						d = Object(s.deepExtend)({}, l, t.chartProperties);
					this._newChartProps = {
							paneProperties: u(d.paneProperties),
							scalesProperties: h(d.scalesProperties)
						}, e.timeScale().preserveBarSpacing() && delete this._newChartProps
						.scalesProperties.barSpacing;
					const p = Object(n.factoryDefaults)("chartproperties.mainSeriesProperties"),
						_ = Object(s.deepExtend)({}, p, t.mainSourceProperties);
					this._newSeriesProps = i ? _ : c(_);
					const m = e.properties().state();
					this._oldChartProps = {
							paneProperties: u(m.paneProperties),
							scalesProperties: h(m.scalesProperties)
						}, this._oldSeriesProps = c(e.mainSeries().properties().state()), this
						._oldSessionProps = this._model.sessions().properties().state()
				}
				undo() {
					this._merge(this._oldChartProps, this._oldSeriesProps, this._oldSessionProps),
						this._model.mainSeries().onChartStyleChanged(), this._model.updateScales(),
						this._model.chartThemeLoaded()
				}
				redo() {
					this._merge(this._newChartProps, this._newSeriesProps, this._newSessionProps),
						this._model.mainSeries().onChartStyleChanged(), this._model.updateScales(),
						this._model.chartThemeLoaded()
				}
				_merge(e, t, i) {
					var s, n, o, a;
					const l = this._model;
					Object(r.saveDefaultProperties)(!0), e && (l.properties().paneProperties
							.mergeAndFire(e.paneProperties), l.properties().scalesProperties
							.mergeAndFire(e.scalesProperties)), l.mainSeries().priceScale()
						.setMode({
							autoScale: null === (s = t.priceAxisProperties) || void 0 === s ?
								void 0 : s.autoScale,
							percentage: null === (n = t.priceAxisProperties) || void 0 === n ?
								void 0 : n.percentage,
							log: null === (o = t.priceAxisProperties) || void 0 === o ? void 0 :
								o.log,
							lockScale: null === (a = t.priceAxisProperties) || void 0 === a ?
								void 0 : a.lockScale
						}), l.mainSeries().properties().mergeAndFire(t), l.mainSeries().properties()
						.saveDefaults(),
						l.mainSeries().createPaneView(), l.mainSeries().invalidateBarStylesCache(),
						l.recalculateAllPanes(), l.fullUpdate(), l.properties().saveDefaults(), l
						.sessions().restoreState({
							properties: i
						}, !1), Object(r.saveDefaultProperties)(!1)
				}
			}
		},
		s1Gx: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "specialZOrderBase", (function() {
				return s
			})), i.d(t, "sortSourcesPreOrdered", (function() {
				return r
			})), i.d(t, "sortSources", (function() {
				return n
			}));
			const s = 1e7,
				r = {
					ChartEventsSource: s + 1,
					Dividends: s + 2,
					Splits: s + 3,
					Earnings: s + 4,
					LineToolOrder: s + 5,
					LineToolPosition: s + 6,
					LineToolExecution: s + 7,
					AlertLabel: s + 8
				};

			function n(e) {
				return [...e].sort((e, t) => e.zorder() - t.zorder())
			}
		},
		s9sR: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SetResolutionUndoCommand", (function() {
				return o
			}));
			var s = i("RDU5"),
				r = i("LxhU"),
				n = i("n5al");
			class o extends s.UndoCommand {
				constructor(e, t, i, s) {
					super(s), this._property = e, this._value = t, this._prevValue = e.value(), this
						._chartWidget = i
				}
				redo() {
					this._chartWidget.screen.show(), this._property.setValue(this._value), this
						._handleResolution(this._value)
				}
				undo() {
					this._chartWidget.screen.show(), this._property.setValue(this._prevValue), this
						._handleResolution(this._prevValue)
				}
				_handleResolution(e) {
					const t = this._chartWidget.model().mainSeries().properties(),
						i = t.style.value(),
						s = Object(n.isRangeStyle)(i),
						o = r.Interval.isRange(e);
					!s && o ? t.style.setValue(11) : s && !o && t.style.setValue(Object(n
						.getLastUsedStyle)())
				}
			}
		},
		sDZI: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "sessionsPreferencesDefault", (function() {
				return r
			}));
			var s = i("HGP3");
			const r = {
				graphics: {
					backgrounds: {
						outOfSession: {
							color: s.colorsPalette["color-tv-blue-500"],
							transparency: 92,
							visible: !1
						},
						preMarket: {
							color: "#FF9800",
							transparency: 92,
							visible: !1
						},
						postMarket: {
							color: s.colorsPalette["color-tv-blue-500"],
							transparency: 92,
							visible: !1
						}
					},
					vertlines: {
						sessBreaks: {
							color: "#4985e7",
							style: 2,
							visible: !1,
							width: 1
						}
					}
				}
			}
		},
		sEk5: function(e, t, i) {
			"use strict";
			var s = i("fTGZ").BarsMarksContainer,
				r = i("mMWL"),
				n = i("CCPt").UserDefinedBarsMarksTooltip;
			e.exports = class extends s {
				constructor(e) {
					super(e), this.toolname = "UserDefinedBarsMarks";
					var t = this;
					r.hideMarksOnBars().subscribe(this, (function() {
						t._properties.visible.setValue(!r.hideMarksOnBars().value())
					}))
				}
				_initialize(e) {
					this._properties.visible.setValue(!0)
				}
				userEditEnabled() {
					return !1
				}
				_plateViewData(e) {
					var t = {
						text: e.text
					};
					return "object" == typeof e.color && (t.theme = "user_defined_theme", t
						.overridedTheme = {}, t.overridedTheme.border = e.color.border, t
						.overridedTheme.background = e.color.background), t
				}
				onClicked(e) {
					var t = e.id;
					this._marks[t].onClicked()
				}
				clearMarks() {
					super.clearMarks(), this.onNeedRepaint.fire()
				}
				_getData(e) {
					var t = this._model.mainSeries().symbolInfo();
					if (t) {
						var i = this.roundRange(this._rangeDifference(e)),
							s = this,
							r = this._model.mainSeries().properties().interval.value();
						ChartApiInstance.getMarks(t, i.start, i.end, (function(t) {
							t.forEach((function(e) {
								s._marks[e.id] = e
							}), s), s._loadedRange = s._rangeUnion(e, s
								._loadedRange), s.onNeedRepaint.fire()
						}), r)
					}
				}
				_createTooltip() {
					return new n
				}
				updatePlateData(e, t) {
					return t.barWidth = this.barWidth(), t.text = e.text, t.tooltipMargin = -1 *
						Math.max(e.minSize / 2, .4 * this.barWidth()), t
				}
				hasContextMenu() {
					return !1
				}
				calcIsActualCurrency() {
					this._isActualCurrency = !0
				}
				calcIsActualUnit() {
					this._isActualUnit = !0
				}
			}
		},
		sJA2: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ThemesApi", (function() {
				return n
			}));
			var s = i("EsvI"),
				r = i("oiZD");
			class n {
				constructor(e) {
					this._opts = e
				}
				isStdTheme() {
					const e = this._opts.chartWidgetCollection.getAll().every(e => Object(s.isStdTheme)(
						Object(s.extractThemeFromModel)(e.model())));
					return Promise.resolve(e)
				}
				async setStdTheme(e, t = !0, i) {
					await Object(s.loadTheme)(e, !0, !1, this._opts.chartWidgetCollection, t, i)
				}
				setStdThemeForLayout(e, t = !0) {
					Object(r.setTheme)(e), t && Object(s.syncTheme)()
				}
				getCurrentThemeName() {
					return Object(s.getCurrentTheme)().name
				}
			}
		},
		sQaR: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			}));
			var s = i("hY0g"),
				r = i.n(s);
			class n {
				constructor() {
					this._container = document.createElement("div"), this._visibility = new r.a(!1)
				}
				visible() {
					return this._visibility.readonly()
				}
				_setVisibility(e) {
					this._visibility.setValue(e)
				}
			}
		},
		t2ex: function(e, t, i) {
			"use strict";
			var s = i("5rJj"),
				r = i("Ss5c").LineDataSource,
				n = i("j3hX"),
				o = n.LineToolWidthsProperty,
				a = n.LineToolColorsProperty;
			class l extends r {
				constructor(e, t) {
					super(e, t || l.createProperties()), this.version = l.version, this._properties
						._stateVersion = 1, i.e("lt-pane-views").then(i.t.bind(null, "R7Bt", 7)).then(({
							FibRetracementPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				levelsCount() {
					return l.LevelsCount
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Fib Retracement"
				}
				migrateVersion(e, t, i) {
					1 === e && this.properties().extendLines.setValue(!0)
				}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "17v9")))
						.FibDrawingsWith24LevelsDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new s("linetoolfibretracement", e, !1, {
						range: [1, 24],
						names: ["coeff", "color", "visible"]
					});
					return l._configureProperties(t), t
				}
				static _configureProperties(e) {
					r._configureProperties(e);
					for (var t = [e.child("trendline").child("linewidth"), e.child("levelsStyle").child(
							"linewidth")], i = [e.child("trendline").child("color")], s = 1; s <= l
						.LevelsCount; s++) i.push(e.child("level" + s).child("color"));
					e.addChild("linesColors", new a(i)), e.addChild("linesWidths", new o(t))
				}
				fibLevelsBasedOnLogScale() {
					return this.properties().fibLevelsBasedOnLogScale.value() && this.priceScale()
						.isLog()
				}
			}
			l.version = 2, l.LevelsCount = 24, t.LineToolFibRetracement = l
		},
		tDUI: function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("Eyy1").ensureNotNull,
					r = i("Ss5c").LineDataSource,
					n = i("gMtF").LineToolRiskRewardPriceAxisView,
					o = i("mMWL"),
					a = i("Ocx9").DefaultProperty,
					l = i("zXvd").NumericFormatter,
					c = i("wGNx").RiskRewardPointIndex,
					h = i("H007"),
					u = h.RiskRewordEntryPriceProperty,
					d = h.RiskRewordStopPriceProperty,
					p = h.RiskRewardTargetPriceProperty,
					_ = i("ogJP").isNumber,
					m = i("k9/m").PlotRowSearchMode;
				class f extends r {
					constructor(t, s) {
						var r = s;
						if (super(t, r), !s.stopLevel && !s.profitLevel) {
							var o = t.timeScale().visibleBarsStrictRange(),
								a = o.firstBar(),
								h = o.lastBar(),
								_ = t.mainSeries().priceRange(a, h),
								m = t.mainSeries().priceScale();
							if (m.isLog()) {
								var g = m.logicalToPrice(_.minValue()),
									b = m.logicalToPrice(_.maxValue());
								_ = new e(g, b)
							}
							if (_ && !_.isEmpty()) {
								var v = Math.round(.2 * _.length() * t.mainSeries().base());
								r.merge({
									stopLevel: v,
									profitLevel: v
								})
							}
						}
						var S = this;
						r.stopLevel.listeners().subscribe(this, this.recalculate), r.stopLevel
							.listeners().subscribe(null, (function() {
								S.properties().stopPrice._listeners.fire(S.properties()
									.stopPrice)
							})), r.profitLevel.listeners().subscribe(this, this.recalculate), r
							.profitLevel.listeners().subscribe(null, (function() {
								S.properties().targetPrice._listeners.fire(S.properties()
									.targetPrice)
							})), r.addChild("entryPrice", new u(this)), r.addChild("stopPrice",
								new d(this)), r.addChild("targetPrice", new p(this)), r.addProperty(
								"riskSize", 0), r.addProperty("qty", 0), r.addProperty(
								"amountTarget", r.accountSize.value()), r.addProperty("amountStop",
								r.accountSize.value()), this._riskInPercentsFormatter = new l(2),
							this._riskInMoneyFormatter = new l, r.risk.subscribe(this, this
								._recalculateRiskSize), r.accountSize.subscribe(this, this
								._recalculateRiskSize), r.riskDisplayMode.subscribe(this, this
								._recalculateRisk), r.riskDisplayMode.subscribe(this, this
								._recalculateRiskSize), r.entryPrice.subscribe(this, this
								._recalculateRiskSize), r.stopPrice.subscribe(this, this
								._recalculateRiskSize), r.profitLevel.subscribe(this, this
								._recalculateRiskSize), r.profitLevel.subscribe(this, this
								.syncPriceLevels.bind(this)), r.stopLevel.subscribe(this, this
								._recalculateRiskSize), r.stopLevel.subscribe(this, this
								.syncPriceLevels.bind(this)), r.qty.subscribe(this, this
								._recalculateRiskSize), this.pointAdded().subscribe(this, e => {
								switch (e) {
									case c.Entry:
									case c.Close:
										this._recalculateRiskSize()
								}
							}), this.pointChanged().subscribe(this, e => {
								switch (e) {
									case c.Entry:
									case c.Close:
										this._recalculateRiskSize()
								}
							}), "percents" === r.riskDisplayMode.value() && r.risk.value() > 100 &&
							r.riskDisplayMode.setValueSilently("money"), this
							._syncStateExclusions = ["points", "entryPrice", "stopPrice",
								"targetPrice", "stopLevel", "profitLevel", "riskSize", "qty",
								"amountTarget", "amountStop", "risk", "accountSize"
							], this.version = f.version, this._entryPriceAxisView = new n(this, {
								colorProperty: r.linecolor,
								priceProperty: r.entryPrice
							}), this._stopPriceAxisView = new n(this, {
								colorProperty: r.stopBackground,
								priceProperty: r.stopPrice
							}), this._profitPriceAxisView = new n(this, {
								colorProperty: r.profitBackground,
								priceProperty: r.targetPrice
							}), i.e("lt-pane-views").then(i.t.bind(null, "u+oH", 7)).then(({
								RiskRewardPaneView: e
							}) => {
								this._setPaneViews([new e(this, this._model)])
							})
					}
					riskFormatter(e) {
						return "percents" === e ? this._riskInPercentsFormatter : this
							._riskInMoneyFormatter
					}
					getRiskStep(e) {
						return "percents" === e ? .01 : 1
					}
					_roundValue(e) {
						return parseFloat(e.toFixed(2))
					}
					hasEditableCoordinates() {
						return !1
					}
					_recalculateRisk() {
						var e = this.properties(),
							t = e.riskDisplayMode.value(),
							i = e.riskSize.value(),
							s = e.accountSize.value(),
							r = e.risk.value();
						r = "percents" === t ? this._roundValue(i / s * 100) : this._roundValue(s /
								100 * r), this._riskInChange = !0,
							e.risk.setValue(this.riskFormatter(t).format(r)), this._riskInChange = !
							1
					}
					_recalculateRiskSize() {
						if (!this._riskInChange) {
							var e = this.properties(),
								t = e.risk.value(),
								i = e.riskDisplayMode.value(),
								s = e.accountSize.value();
							"percents" === i ? e.riskSize.setValue(t / 100 * s) : t > s ? (e.risk
								.setValue(s), e.riskSize.setValue(s)) : e.riskSize.setValue(t)
						}
					}
					lastBarData() {
						var e = this._model.mainSeries().bars().firstIndex(),
							t = this._model.mainSeries().bars().lastIndex();
						if (null === e || null === t || isNaN(e) || isNaN(t)) return null;
						var i = this.points();
						if (4 === i.length) {
							var s = i[c.ActualClose];
							return s.index < e ? null : {
								closePrice: s.price,
								index: Math.min(t, s.index)
							}
						}
						var r = i[c.Close];
						if (r.index < e) return null;
						var n = Math.min(t, r.index),
							o = this._model.mainSeries().bars().search(n, m.NearestLeft);
						return null === o ? null : {
							closePrice: o.value[TradingView.CLOSE_PLOT],
							index: o.index
						}
					}
					migrateVersion(e, t, i) {
						if (1 === e && this._points.length >= 1) {
							var s = [];
							if (s.push(this._points[0]), n = {
									price: (n = this._points[0]).price,
									index: this._getClosePointIndex(n.index)
								}, s.push(n), this._points[1] && s.push(this._points[1]), this
								._points[2] && s.push(this._points[2]), this._points = s, this
								._timePoint.length >= 1) {
								var r = [],
									n = this._timePoint[0];
								r.push(n);
								var o = {
									price: n.price,
									time_t: n.time_t,
									offset: this._getClosePointIndex(n.offset)
								};
								r.push(o), this._timePoint[1] && s.push(this._points[1]), this
									._timePoint[2] && s.push(this._points[2]), this._timePoint = r
							}
						}
					}
					checkAlert() {
						this.recalculate()
					}
					priceAxisViews(e, t) {
						return this.isSourceHidden() || t !== this.priceScale() || this._model
							.paneForSource(this) !== e ? null : [this._entryPriceAxisView, this
								._stopPriceAxisView, this._profitPriceAxisView
							]
					}
					updateAllViews() {
						this.isActualSymbol() && this._properties.visible.value() && (o
							.hideAllDrawings().value() && this.userEditEnabled() || (super
								.updateAllViews(), this._entryPriceAxisView.update(), this
								._stopPriceAxisView.update(), this._profitPriceAxisView.update()
							))
					}
					restoreExternalState(e) {
						(e = Object.assign({}, e), this.isActualSymbol()) || _(e.entryPrice) && (
							this._timePoint[0].price = e.entryPrice, delete e.entryPrice);
						this.properties().merge(e)
					}
					_changeEntryPoint(e) {
						var t = this.properties().stopPrice.value(),
							i = this.properties().targetPrice.value(),
							s = 1 / this._model.mainSeries().base(),
							r = Math.min(t, i) + s,
							n = Math.max(t, i) - s;
						e.price = Math.max(r, Math.min(n, this._roundPrice(e.price))), super
							.setPoint(0, e), this.properties().stopPrice.setValue(t), this
							.properties().targetPrice.setValue(i)
					}
					setPoint(e, t, i) {
						if (this.isActualSymbol()) {
							switch (this._muteSyncLineStyle(), e) {
								case 0:
									this._changeEntryPoint(t);
									break;
								case 2:
									this.properties().stopPrice.setValue(this.preparseStopPrice(t
										.price));
									break;
								case 3:
									this.properties().targetPrice.setValue(this.preparseProfitPrice(
										t.price));
									break;
								case 1:
									t.price = this._roundPrice(t.price), super.setPoint(1, t), this
										.recalculate()
							}
							this._unmuteSyncLineStyleWithoutApplyingChanges(), this
								.syncPriceLevels()
						}
					}
					getPoint(e) {
						switch (e) {
							case 0:
								return this._points[0];
							case 1:
								return {
									index: this._points[1].index, price: this._points[0].price
								};
							case 2:
								return {
									index: this._points[0].index, price: this.stopPrice()
								};
							case 3:
								return {
									index: this._points[0].index, price: this.profitPrice()
								}
						}
						return null
					}
					setPoints(e) {
						this._muteSyncLineStyle(), super.setPoints(e), this.recalculate(), this
							._unmuteSyncLineStyleWithoutApplyingChanges(), this.syncPriceLevels()
					}
					syncPriceLevels() {
						if (this.linkKey().value()) {
							var e = this.properties(),
								t = {
									entryPrice: e.entryPrice.value(),
									stopLevel: e.stopLevel.value(),
									profitLevel: e.profitLevel.value()
								};
							o.changeLineStyle({
								linkKey: this.linkKey().value(),
								state: t,
								model: this._model
							})
						}
					}
					pointsCount() {
						return 1
					}
					name() {
						return "Risk/Reward"
					}
					addPoint(e) {
						e.price = this._roundPrice(e.price), super.addPoint(e, null, !0);
						var t = {
							price: e.price,
							index: this._getClosePointIndex(e.index)
						};
						super._addPointIntenal(t, null, !0);
						var i = this.calculateActualEntry(e, t);
						i && (super._addPointIntenal(i, null, !0), (t = this.findClosePoint(i,
							t)) && super._addPointIntenal(t, null, !0));
						return this._lastPoint = null, this.normalizePoints(), this
							.createServerPoints(), !0
					}
					setOwnerSource(e) {
						super.setOwnerSource(e), this._model.mainSeries().symbolInfo() && (this
							._recalculateAmount(), this._recalculateQty())
					}
					_roundPrice(e) {
						var t = this._model.mainSeries().base();
						return Math.round(e * t) / t
					}
					recalculate() {
						if (0 !== this.points().length) {
							var e = this.properties().targetPrice.value(),
								t = this.properties().stopPrice.value(),
								i = [this._points[0], this._points[1]],
								s = this.calculateActualEntry(this.points()[0], this.points()[1]);
							if (s) {
								i.push(s);
								var r = this.findClosePoint(s, this.points()[1]);
								r && i.push(r)
							}
							this._points = i, e !== this.properties().targetPrice.value() && this
								.properties().targetPrice._listeners.fire(this.properties()
									.targetPrice), t !== this.properties().stopPrice.value() && this
								.properties().stopPrice._listeners.fire(this.properties().stopPrice)
						}
					}
					start() {
						super.start(), this.recalculate()
					}
					startMoving(e, t, i) {
						e.logical.price = this._roundPrice(e.logical.price), super.startMoving(e, t,
							i)
					}
					move(e, t, i) {
						e.logical.price = this._roundPrice(e.logical.price), super.move(e, t, i),
							this.recalculate(), this._entryPriceAxisView.update()
					}
					_correctPoints(e) {
						return !!this.isActualSymbol() && r.prototype._correctPoints.call(this, [e[
							0], e[1]])
					}
					entryPrice() {
						return this.points()[0].price
					}
					findClosePoint(e, t) {
						for (var i = this._model.mainSeries().bars(), r = s(i.firstIndex()), n =
								Math.max(e.index, r), o = s(i.lastIndex()), a = Math.min(o, t
									.index), l = n; l <= a; l++) {
							var c = i.valueAt(l);
							if (null !== c) {
								var h = this.checkStopPrice(c);
								if (null != h) return {
									index: l,
									price: h
								}
							}
						}
						return null
					}
					calculateActualEntry(e, t) {
						var i = this._model.mainSeries().bars();
						if (i.isEmpty()) return null;
						for (var r = s(i.firstIndex()), n = Math.max(e.index, r), o = e.price, a =
								s(i.lastIndex()), l = Math.min(a, t.index), c = n; c <= l; c++) {
							var h = i.valueAt(c);
							if (null !== h && h[TradingView.HIGH_PLOT] >= o && h[TradingView
									.LOW_PLOT] <= o) return {
								index: c,
								price: o
							}
						}
						return null
					}
					axisPoints() {
						if (!this._points[c.ActualEntry]) return [];
						var e = this._points[c.ActualEntry],
							t = null;
						if (4 === this._points.length) t = this._points[c.ActualClose];
						else {
							var i = this.lastBarData();
							if (!i) return [];
							t = {
								index: i.index,
								price: i.closePrice
							}
						}
						return [e, t]
					}
					async _getPropertyDefinitionsViewModelClass() {
						return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null,
							"RYNR"))).RiskRewardDefinitionsViewModel
					}
					template() {
						var e = this.properties(),
							t = r.prototype.template.call(this);
						return t.stopLevel = e.stopLevel.value(), t.profitLevel = e.profitLevel
							.value(), t
					}
					_applyTemplateImpl(e) {
						delete e.targetPrice, delete e.stopPrice, delete e.entryPrice, super
							._applyTemplateImpl(e);
						var t = this.properties();
						void 0 !== e.stopLevel && t.stopLevel.setValue(e.stopLevel), void 0 !== e
							.profitLevel && t.profitLevel.setValue(e.profitLevel)
					}
					getOrderTemplate() {
						return null
					}
					_propertiesStateExclusions() {
						return ["entryPrice", "stopPrice", "targetPrice"]
					}
					static _configureProperties(e) {
						r._configureProperties(e), e.addExclusion("stopLevel"), e.addExclusion(
							"profitLevel"), e.addExclusion("stopPrice"), e.addExclusion(
							"targetPrice"), e.addExclusion("entryPrice")
					}
					_getClosePointIndex(e) {
						var t = this._model.timeScale(),
							i = Math.round(t.width() / t.barSpacing());
						return e + Math.max(3, Math.round(.15 * i))
					}
				}
				f.version = 2;
				class g extends f {
					constructor(e, t) {
						super(e, t || g.createProperties());
						var i = this.properties();
						i.entryPrice.subscribe(this, this._recalculateQty), i.stopPrice.subscribe(
							this, this._recalculateQty), i.riskSize.subscribe(this, this
							._recalculateQty), i.entryPrice.subscribe(this, this
							._recalculateAmount), i.profitLevel.subscribe(this, this
							._recalculateAmount), i.stopLevel.subscribe(this, this
							._recalculateAmount), i.accountSize.subscribe(this, this
							._recalculateAmount), i.riskSize.subscribe(this, this
							._recalculateAmount), i.qty.subscribe(this, this._recalculateAmount)
					}
					_recalculateQty() {
						if (0 !== this.points().length) {
							var e = this.properties(),
								t = e.entryPrice.value(),
								i = e.stopPrice.value(),
								s = e.riskSize.value(),
								r = this._model.mainSeries().pointValue(),
								n = s / (Math.abs(i - t) * r);
							e.qty.setValue(n)
						}
					}
					_recalculateAmount() {
						if (0 !== this.points().length) {
							var e = this.properties(),
								t = e.accountSize.value(),
								i = e.entryPrice.value(),
								s = e.qty.value(),
								r = e.stopPrice.value(),
								n = e.targetPrice.value(),
								o = this._model.mainSeries().pointValue(),
								a = this._roundValue(t + (i - n) * s * o),
								l = this._roundValue(t - (r - i) * s * o);
							e.amountTarget.setValue(a), e.amountStop.setValue(l)
						}
					}
					name() {
						return "Risk/Reward short"
					}
					stopPrice() {
						return this.entryPrice() + this.properties().stopLevel.value() / this._model
							.mainSeries().base()
					}
					profitPrice() {
						return this.entryPrice() - this.properties().profitLevel.value() / this
							._model.mainSeries().base()
					}
					calculatePL(e) {
						return this.entryPrice() - e
					}
					preparseStopPrice(e) {
						e = this._roundPrice(e);
						var t = this.entryPrice() + 1 / this._model.mainSeries().base();
						return Math.max(e, t)
					}
					preparseProfitPrice(e) {
						e = this._roundPrice(e);
						var t = this.entryPrice() - 1 / this._model.mainSeries().base();
						return Math.min(e, t)
					}
					checkStopPrice(e) {
						var t = this.stopPrice(),
							i = this.profitPrice();
						return e[TradingView.HIGH_PLOT] >= t ? this.stopPrice() : e[TradingView
							.LOW_PLOT] <= i ? this.profitPrice() : null
					}
					_orderSide() {
						throw new Error("not supported")
					}
					static createProperties(e) {
						var t = new a("linetoolriskrewardshort", e);
						return g._configureProperties(t), t
					}
					static _configureProperties(e) {
						f._configureProperties(e)
					}
				}
				class b extends f {
					constructor(e, t) {
						super(e, t || b.createProperties());
						var i = this.properties();
						i.entryPrice.subscribe(this, this._recalculateQty), i.stopPrice.subscribe(
								this, this._recalculateQty),
							i.riskSize.subscribe(this, this._recalculateQty), i.entryPrice
							.subscribe(this, this._recalculateAmount), i.profitLevel.subscribe(this,
								this._recalculateAmount), i.stopLevel.subscribe(this, this
								._recalculateAmount), i.accountSize.subscribe(this, this
								._recalculateAmount), i.riskSize.subscribe(this, this
								._recalculateAmount), i.qty.subscribe(this, this._recalculateAmount)
					}
					_recalculateQty() {
						if (0 !== this.points().length) {
							var e = this.properties(),
								t = e.entryPrice.value(),
								i = e.stopPrice.value(),
								s = e.riskSize.value(),
								r = this._model.mainSeries().pointValue(),
								n = s / (Math.abs(t - i) * r);
							e.qty.setValue(n)
						}
					}
					_recalculateAmount() {
						if (0 !== this.points().length) {
							var e = this.properties(),
								t = e.accountSize.value(),
								i = e.entryPrice.value(),
								s = e.qty.value(),
								r = e.stopPrice.value(),
								n = e.targetPrice.value(),
								o = this._model.mainSeries().pointValue(),
								a = this._roundValue(t + (n - i) * s * o),
								l = this._roundValue(t - (i - r) * s * o);
							e.amountTarget.setValue(a), e.amountStop.setValue(l)
						}
					}
					stopPrice() {
						return this.entryPrice() - this.properties().stopLevel.value() / this._model
							.mainSeries().base()
					}
					profitPrice() {
						return this.entryPrice() + this.properties().profitLevel.value() / this
							._model.mainSeries().base()
					}
					calculatePL(e) {
						return e - this.entryPrice()
					}
					preparseStopPrice(e) {
						e = this._roundPrice(e);
						var t = this.entryPrice() - 1 / this._model.mainSeries().base();
						return Math.min(e, t)
					}
					preparseProfitPrice(e) {
						e = this._roundPrice(e);
						var t = this.entryPrice() + 1 / this._model.mainSeries().base();
						return Math.max(e, t)
					}
					checkStopPrice(e) {
						var t = this.stopPrice(),
							i = this.profitPrice();
						return e[TradingView.LOW_PLOT] <= t ? this.stopPrice() : e[TradingView
							.HIGH_PLOT] >= i ? this.profitPrice() : null
					}
					name() {
						return "Risk/Reward long"
					}
					_orderSide() {
						throw new Error("not supported")
					}
					static createProperties(e) {
						var t = new a("linetoolriskrewardlong", e);
						return b._configureProperties(t), t
					}
					static _configureProperties(e) {
						f._configureProperties(e)
					}
				}
				t.LineToolRiskRewardLong = b, t.LineToolRiskRewardShort = g
			}).call(this, i("Qb4w").PriceRange)
		},
		tG6Q: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("Ocx9").DefaultProperty;
			class n extends s {
				constructor(e, t) {
					super(e, t || n.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"GS+0", 7)).then(({
						LineToolCircleLinesPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Cyclic Lines"
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "LX4V")))
						.CyclicAndSineLinesPatternDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetoolcirclelines", e);
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e)
				}
			}
			t.LineToolCircleLines = n
		},
		tWVy: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return r
			})), i.d(t, "b", (function() {
				return n
			}));
			var s = i("aIyQ");
			const r = new(i.n(s).a);

			function n() {
				r.fire()
			}
		},
		"tc+8": function(e, t, i) {
			"use strict";
			(function(t) {
				var s = i("ogJP").isFunction;

				function r(e) {
					if (this._listeners = new t, this._childs = [], this._muteChildChanges = !1,
						void 0 !== e)
						if (this.isPrimitiveType(e)) this._value = e;
						else
							for (var i in e) this.addProperty(i, e[i])
				}
				r.prototype.merge = function(e, t) {
					var i = null;
					if (t) var s = (i = []).length;
					if (void 0 === e) return i;
					if (this.isPrimitiveType(e)) return t && this._value !== e && i.push(this), this
						._value = e, i;
					if (Array.isArray(e))
						for (var r = 0; r < e.length; r++)
							if (this[r]) {
								var n = this[r].merge(e[r], t);
								t && (i = i.concat(n))
							} else this.addProperty(r, e[r]), t && i.push(this[r]);
					else
						for (var o in e)
							if (this[o]) {
								n = this[o].merge(e[o], t);
								t && void 0 !== n && (i = i.concat(n))
							} else this.addProperty(o, e[o]), t && i.push(this[o]);
					return t && i.length > s && i.push(this), i
				}, r.prototype.mergeAndFire = function(e) {
					var t = this.merge(e, !0);
					this._muteChildChanges = !0, t.forEach((function(e) {
						e._muteChildChanges = !0
					})), t.forEach((function(e) {
						e._muteChildChanges = !1, e.listeners().fire(e)
					})), this._muteChildChanges = !1, t.length > 0 && this.listeners().fire(
						this)
				}, r.prototype.state = function(e) {
					var t = s(this.value) ? this.value() : void 0;
					void 0 === t && (t = {});
					for (var i = 0; i < this._childs.length; i++) {
						var r = this._childs[i];
						if (!e || -1 === e.indexOf(r))
							if (e) {
								for (var n = [], o = 0; o < e.length; o++) {
									var a = e[o];
									a.startsWith(r + ".") && n.push(a.substr(r.length + 1))
								}
								t[r] = this[r].state(n)
							} else t[r] = this[r].state()
					}
					return t
				}, r.prototype.clone = function(e) {
					return new r(this.state())
				}, r.prototype.isPrimitiveType = function(e) {
					return null === e || (!!isNumber(e) || (!!new TradingView.TypeValidator(String)
						.check(e) || TradingView.isBoolean(e)))
				}, r.prototype.value = function() {
					return this._value
				}, r.prototype.listeners = function() {
					return this._listeners
				}, r.prototype.childCount = function() {
					return this._childs.length
				}, r.prototype.childNames = function() {
					return this._childs
				}, r.prototype.child = function(e) {
					return this[e]
				}, r.prototype.setValue = function(e, t) {
					(this._value !== e || t) && (this._value = e, this._listeners.fire(this))
				}, r.prototype.setValueSilently = function(e) {
					this._value = e
				}, r.prototype.addProperty = function(e, t) {
					var i = new r(t);
					this[e] = i, this._childs.push(e), i.subscribe(this, this.childChanged)
				}, r.prototype.removeProperty = function(e) {
					this[e].unsubscribe(this, this.childChanged), delete this[e], this._childs =
						this._childs.filter((function(t) {
							return t !== e
						}))
				}, r.prototype.hasChild = function(e) {
					return this._childs.indexOf(e) >= 0
				}, r.prototype.addChild = function(e, t) {
					this[e] && this[e].unsubscribe(this, this.childChanged), this[e] = t, -1 ===
						this._childs.indexOf(e) && this._childs.push(e), t.subscribe(this, this
							.childChanged)
				}, r.prototype.childChanged = function(e, t) {
					this._muteChildChanges || this.listeners().fire(this)
				}, r.prototype.subscribe = function(e, t) {
					this.listeners().subscribe(e, t, !1)
				}, r.prototype.unsubscribe = function(e, t) {
					this.listeners().unsubscribe(e, t)
				}, r.prototype.unsubscribeAll = function(e) {
					this.listeners().unsubscribeAll(e)
				}, r.prototype.childs = function() {
					return this
				}, e.exports = r
			}).call(this, i("aIyQ"))
		},
		teHb: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ratioStudyItem", (function() {
				return n
			}));
			var s = i("7dm8");
			class r extends s.a {
				_doCalculation(e, t, i, s) {
					return e * t / (i * s)
				}
			}
			const n = {
				name: "Ratio",
				metainfo: {
					_metainfoVersion: 15,
					defaults: s.b,
					plots: s.d,
					styles: s.e,
					description: "Ratio",
					shortDescription: "Ratio",
					is_price_study: !1,
					inputs: s.c,
					id: "Ratio@tv-basicstudies-1"
				},
				constructor: r
			}
		},
		tqok: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "INVALID_TIME_POINT_INDEX", (function() {
				return s
			}));
			const s = -2e6
		},
		txPx: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LOGLEVEL", (function() {
				return n
			})), i.d(t, "getLogLevel", (function() {
				return _
			})), i.d(t, "isHighRateEnabled", (function() {
				return m
			})), i.d(t, "setLogLevel", (function() {
				return f
			})), i.d(t, "getRawLogHistory", (function() {
				return g
			})), i.d(t, "serializeLogHistoryEntry", (function() {
				return b
			})), i.d(t, "getLogHistory", (function() {
				return v
			})), i.d(t, "getLogger", (function() {
				return y
			})), i.d(t, "loggingOn", (function() {
				return P
			})), i.d(t, "loggingOff", (function() {
				return C
			}));
			const s = "undefined" != typeof window ? window : {};
			let r = !1;
			try {
				localStorage.getItem(""), r = !0
			} catch (e) {}
			var n;
			! function(e) {
				e[e.ERROR = 1] = "ERROR", e[e.WARNING = 2] = "WARNING", e[e.INFO = 3] = "INFO", e[e.NORMAL =
					4] = "NORMAL", e[e.DEBUG = 5] = "DEBUG"
			}(n || (n = {}));
			let o = 0;
			const a = [];
			let l = null,
				c = null,
				h = null,
				u = NaN,
				d = n.WARNING,
				p = !1;

			function _() {
				return d
			}

			function m() {
				return p
			}

			function f(e) {
				e = Math.max(n.ERROR, Math.min(n.DEBUG, e)), d = e, x()
			}

			function g(e, t) {
				let i = a.reduce((e, t) => e.concat(t), []);
				return i.sort((e, t) => e.id - t.id), void 0 !== t && (i = i.filter(e => e.subSystemId ===
					t)), "number" == typeof e && (i = i.slice(-e)), i
			}

			function b(e) {
				return new Date(e.timestamp).toISOString() + ":" + e.subSystemId + ":" + e.message.replace(
					/"/g, "'")
			}

			function v(e, t) {
				return function(e, t) {
					let i, s = 0,
						r = 0;
					for (i = e.length - 1; i >= 1 && (s += 8 * (1 + encodeURIComponent(e[i]).length), !(
							i - 1 > 0 && (r = 8 * (1 + encodeURIComponent(e[i - 1]).length), s + r >
								t))); i--);
					return e.slice(i)
				}(g(e, t).map(b), 75497472)
			}

			function S(e, t, i, s) {
				if (t === c && s.id === h) return;
				const r = new Date;
				if (e <= n.NORMAL && function(e, t, i, s, r) {
						const n = {
							id: o,
							message: String(t),
							subSystemId: s,
							timestamp: Number(e)
						};
						o += 1, i.push(n), void 0 !== r && i.length > r && i.splice(0, 1)
					}(r, t, i, s.id, s.maxCount), e <= d && (!s.highRate || m()) && (!l || s.id.match(l))) {
					const i = r.toISOString() + ":" + s.id + ":" + t;
					switch (e) {
						case n.DEBUG:
							console.debug(i);
							break;
						case n.INFO:
						case n.NORMAL:
							s.color ? console.log("%c" + i, "color: " + s.color) : console.log(i);
							break;
						case n.WARNING:
							console.warn(i);
							break;
						case n.ERROR:
							console.error(i)
					}
					c = t, h = s.id, u && clearTimeout(u), u = setTimeout(() => {
						c = null, h = null, u = NaN
					}, 1e3)
				}
			}

			function y(e, t = {}) {
				const i = [];
				a.push(i);
				const s = Object.assign(t, {
					id: e
				});

				function r(e) {
					return t => S(e, t, i, s)
				}
				return {
					logDebug: r(n.DEBUG),
					logError: r(n.ERROR),
					logInfo: r(n.INFO),
					logNormal: r(n.NORMAL),
					logWarn: r(n.WARNING)
				}
			}
			const w = y("logger"),
				P = s.lon = (e, t) => {
					f(n.DEBUG), w.logNormal("Debug logging enabled"), p = Boolean(e), l = t || null, x()
				},
				C = s.loff = () => {
					f(n.INFO), w.logInfo("Debug logging disabled")
				};

			function x() {
				try {
					r && (localStorage.setItem("tv.logger.logHighRate", String(p)), localStorage.setItem(
						"tv.logger.loglevel", String(d)))
				} catch (e) {
					w.logWarn(
						`Cannot save logger state (level: ${d}, high-rate: ${p}) to localStorage: ${e.message}`
					)
				}
			}! function() {
				p = !!r && "true" === localStorage.getItem("tv.logger.logHighRate");
				let e = parseInt(r && localStorage.getItem("tv.logger.loglevel") || "");
				Number.isNaN(e) && (e = n.WARNING), f(e), w.logNormal(
					`Init with settings - level: ${d}, high-rate: ${p}`)
			}(),
			s.performance && s.performance.now ? w.logNormal("Sync logger and perf times, now is " + s
				.performance.now()) : w.logWarn("Perf time is not available")
		},
		"u+0B": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "TextWidthCache", (function() {
				return r
			}));
			const s = /[2-9]/g;
			class r {
				constructor(e = 50) {
					this._actualSize = 0, this._usageTick = 1, this._oldestTick = 1, this
						._tick2Labels = {}, this._cache = {}, this._maxSize = e
				}
				reset() {
					this._actualSize = 0, this._cache = {}, this._usageTick = 1, this._oldestTick = 1,
						this._tick2Labels = {}
				}
				measureText(e, t, i) {
					return this._getMetrics(e, t, i).width
				}
				yMidCorrection(e, t, i) {
					const s = this._getMetrics(e, t, i);
					return ((s.actualBoundingBoxAscent || 0) - (s.actualBoundingBoxDescent || 0)) / 2
				}
				_getMetrics(e, t, i) {
					const r = i || s,
						n = String(t).replace(r, "0");
					if (this._cache[n]) return this._cache[n].metrics;
					if (this._actualSize === this._maxSize) {
						const e = this._tick2Labels[this._oldestTick];
						delete this._tick2Labels[this._oldestTick], delete this._cache[e], this
							._oldestTick++, this._actualSize--
					}
					e.save(), e.textBaseline = "middle";
					const o = e.measureText(n);
					return e.restore(), 0 === o.width && t.length || (this._cache[n] = {
							metrics: o,
							tick: this._usageTick
						}, this._tick2Labels[this._usageTick] = n, this._actualSize++, this
						._usageTick++), o
				}
			}
		},
		u0yd: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "PaneRendererArea", (function() {
				return a
			}));
			var s = i("Eyy1"),
				r = i("gyZD"),
				n = i("jFln"),
				o = i("Zp/P");
			class a extends r.PaneRendererLine {
				constructor(e) {
					e.forceLineColor = !1, super(e)
				}
				draw(e, t) {
					var i;
					e.save(), e.scale(t.pixelRatio, t.pixelRatio);
					const r = this._data;
					if (0 === r.items.length) return;
					e.lineCap = "butt", e.strokeStyle = r.lineColor, e.lineWidth = r.lineWidth,
						Object(n.setLineStyle)(e, r.lineStyle), e.lineWidth = 1;
					let a = 0;
					for (; a < r.items.length && !Object(o.coordinateIsValid)(r.items[a].y);) a++;
					let l = r.items.length - 1;
					for (; l >= 0 && !Object(o.coordinateIsValid)(r.items[l].y);) l--;
					if (a > l) return;
					const c = {},
						h = r.items;
					for (let e = a; e <= l; e++) {
						const t = h[e];
						let i;
						if (i = t.style ? t.style.color : r.lineColor, e < l && h[e + 1].style) {
							const r = Object(s.ensureDefined)(h[e + 1].style).color;
							if (i !== r) {
								const e = c[r] || [];
								e.push(t), c[r] = e
							}
						}
						const n = c[i] || [];
						n.push(t), c[i] = n
					}
					for (const t of Object.keys(c)) {
						const s = c[t];
						e.beginPath();
						let n = 0;
						for (let o = 0; o < s.length; o++) s[o].style && (null === (i = s[o]
							.style) || void 0 === i ? void 0 : i.color) !== t && (e.moveTo(Math
							.round(s[n].x), r.bottom), this._walkLine(e, s.slice(n, o), !0,
							r.bottom), n = o);
						if (e.moveTo(Math.round(s[n].x), r.bottom), this._walkLine(e, s.slice(n, s
								.length), !0, r.bottom), e.closePath(), r.isSeries) {
							const t = e.createLinearGradient(0, 0, 0, r.bottom);
							t.addColorStop(0, r.color1), t.addColorStop(1, r.color2), e.fillStyle =
								t, r.simpleMode = !0
						} else e.fillStyle = t;
						e.fill()
					}
					e.lineWidth = r.lineWidth, e.restore(), super.draw(e, t)
				}
			}
		},
		uDHo: function(e, t, i) {
			"use strict";
			var s, r;

			function n(e, t) {
				return "period-back" === e.type && "period-back" === t.type ? e.value === t.value :
					"time-range" === e.type && "time-range" === t.type && (e.from === t.from && e.to === t
						.to)
			}
			i.r(t), i.d(t, "Helpers", (function() {
					return s
				})), i.d(t, "TIMEFRAMETYPE", (function() {
					return r
				})), i.d(t, "areEqualTimeFrames", (function() {
					return n
				})),
				function(e) {
					e.extractErrorReason = function(e) {
						return e.params[1]
					}
				}(s || (s = {})),
				function(e) {
					e.PeriodBack = "period-back", e.TimeRange = "time-range"
				}(r || (r = {}))
		},
		ufwo: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "rangesAreEqual", (function() {
				return n
			}));
			var s = i("uDHo"),
				r = i("LxhU");

			function n(e, t) {
				return !!r.Interval.isEqual(e.res, t.res) && Object(s.areEqualTimeFrames)(e.val, t.val)
			}
		},
		ulZB: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return n
			})), i.d(t, "b", (function() {
				return o
			}));
			var s = i("aIyQ"),
				r = i.n(s);
			class n {
				constructor(e, t, i, s, n) {
					this._onChange = new r.a, this._handleChange = () => {
							this._onChange.fire(this.get())
						}, this._crossTabEvents = e, this._jsonKeyValueStore = t, this
						.CROSSTAB_EVENT_NAME = i, this.JSON_STORE_KEY = s, this.defaultStoreValue = this
						._serialize(n), this._subscribe()
				}
				get() {
					const e = this._jsonKeyValueStore.getJSON(this.JSON_STORE_KEY, this
						.defaultStoreValue);
					return this._deserialize(e)
				}
				set(e, t) {
					const i = this._serialize(e);
					this._jsonKeyValueStore.setJSON(this.JSON_STORE_KEY, i, t), this._crossTabEvents
						.emit(this.CROSSTAB_EVENT_NAME), this._onChange.fire(e)
				}
				getOnChange() {
					return this._onChange
				}
				destroy() {
					this._unsubscribe(), this._onChange.destroy(), delete this._onChange
				}
				_subscribe() {
					this._crossTabEvents.on(this.CROSSTAB_EVENT_NAME, this._handleChange), this
						._jsonKeyValueStore.onSync.subscribe(this, this._handleChange)
				}
				_unsubscribe() {
					this._crossTabEvents.off(this.CROSSTAB_EVENT_NAME, this._handleChange), this
						._jsonKeyValueStore.onSync.unsubscribe(this, this._handleChange)
				}
			}
			class o extends n {
				_serialize(e) {
					return e
				}
				_deserialize(e) {
					return e
				}
			}
		},
		v5F8: function(e, t, i) {
			"use strict";
			var s = i("5rJj"),
				r = i("aDyP").LineToolPitchfork;
			class n extends r {
				constructor(e, t) {
					super(e, t || n.createProperties())
				}
				name() {
					return "Modified Schiff Pitchfork"
				}
				static createProperties(e) {
					var t = new s("linetoolschiffpitchfork", e, !1, {
						range: [0, 8]
					});
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					r._configureProperties(e)
				}
			}
			t.LineToolSchiffPitchfork = n
		},
		vAx0: function(e, t, i) {
			"use strict";
			var s = i("aO4+").Point,
				r = i("VdBB").HitTestResult,
				n = i("Zy3/").CompositeRenderer,
				o = (i("LxhU").Interval, i("jCNj").utc_to_cal),
				a = i("jCNj").get_timezone,
				l = i("3t3b").dateFormatProperty,
				c = i("gQ5K").DateFormatter,
				h = i("z+cS").VerticalLineRenderer,
				u = i("Khfk").LollipopRenderer,
				d = i("u+0B").TextWidthCache;
			i("zDbI").CHART_FONT_FAMILY, window.t("Earnings"), window.t("Standardized"), window.t(
				"As reported"), window.t("Estimate"), window.t("Surprise"), window.t("Split"), window.t(
				"Dividends"), window.t("Net"), window.t("Gross"), window.t("Date"), window.t(
				"Period Ending"), window.t("Payment Date");
			t.ESDPaneView = class {
				constructor(e, t, i) {
					this._lastClickedId = null, this._model = e, this._study = t, this
						._lollipops = {}, this._lollipopsCounter = 0, this._invalidated = !0, this
						._hideLollipops = !1, this.defaultStyle = null, this.hoveredStyle = null,
						this.activeStyle = null, this._hitTestHandler = i, this._renderer = new n,
						this._textWidthCache = new d, this._recreateStyles(e), this
						._onPaneBgChangeBound = this.onPaneBgChange.bind(this), e.backgroundColor()
						.subscribe(this._onPaneBgChangeBound), e.mainSeries()
						.onSymbolIntervalChanged().subscribe(this, this._onSymbolOrIntervalChanged)
				}
				destroy() {
					this._model.backgroundColor().unsubscribe(this._onPaneBgChangeBound), this
						._model.mainSeries().onSymbolIntervalChanged().unsubscribeAll(this)
				}
				onPaneBgChange() {
					this._recreateStyles(this._model)
				}
				onClickOutside(e) {
					if (null !== this._lastClickedId && e) {
						var t = null;
						if (e.touches && 1 === e.touches.length) {
							var i = e.target.getBoundingClientRect(),
								r = e.touches[0];
							t = new s(r.clientX - i.left, r.clientY - i.top)
						} else t = new s(e.offsetX, e.offsetY);
						var n = this._renderer.hitTest(t);
						null !== n && n.data().activeItem === this._lollipops[this._lastClickedId]
							.itemIndex || this.clearLastClicked()
					} else this.clearLastClicked()
				}
				clearLastClicked() {
					void 0 !== this._lollipops[this._lastClickedId] && (this._lollipops[this
						._lastClickedId].active = !1), this._lastClickedId = null
				}
				getLastClickedLollipopId() {
					return this._lastClickedId
				}
				_recreateStyles(e) {
					this._stylesCache = null
				}
				_setStackStudies() {
					this._stackStudies = []
				}
				_getY() {
					for (var e = 0, t = this._model.panes(), i = t.length; i--;) {
						var s = t[i];
						s.containsMainSeries() && (e += s.height())
					}
					return e
				}
				update() {
					this._invalidated = !0
				}
				updateImpl(e, t) {
					this._setStackStudies();
					var i = this,
						s = this._study.data(),
						r = this._model.timeScale(),
						n = r.visibleBarsStrictRange(),
						o = this._model.mainSeries().bars(),
						a = this._study.priceScale(),
						l = this._model.mainSeries().firstBar();
					if (a && !a.isEmpty() && !r.isEmpty() && l && s) {
						for (var c in this._hideLollipops = !1, this._lollipops) this._lollipops
							.hasOwnProperty(c) && (this._lollipops[c].visible = !1);
						var h = this._getY(),
							u = n.firstBar(),
							d = n.lastBar();
						s.range(u, d).each((function(e, t) {
							for (var s = 0, n = 0; n < i._stackStudies.length; ++n) i
								._stackStudies[n].data().contains(e) && ++s;
							e > u && e < d && i.addLollipop(h, o, r, a, e, t, s)
						})), this.afterUpdate(h, o, r, a), this._createRenderers(e, t)
					}
				}
				addLollipop(e, t, i, r, n, o, a) {
					var l = o[0],
						c = this._model.mainSeries().symbolInfo();
					if (c) {
						var h = c.name,
							u = null,
							d = this._study.metaInfo().id + "_" + l + "_" + h,
							p = void 0 !== this._lollipops[d] ? this._lollipops[d].itemIndex : this
							._lollipopsCounter++,
							_ = this._model.lastHittestData(),
							m = d === this.getLastClickedLollipopId(),
							f = this._model.hoveredSource() === this._study && null !== _ && _
							.activeItem === p;
						if (f || m) {
							var g = t.valueAt(n);
							if (null !== g) {
								var b = g[TradingView.LOW_PLOT],
									v = this._model.mainSeries().firstValue();
								u = r.priceToCoordinate(b, v)
							}
						}
						this._lollipops[d] = Object.assign({
							id: d,
							itemIndex: p,
							visible: !0,
							basePoint: new s(i.indexToCoordinate(n), e),
							hovered: f,
							active: m,
							barY: u,
							stack: a
						}, this.extraData(o))
					}
				}
				afterUpdate(e, t, i) {}
				extraData(e) {
					throw new Error("Not Implemented")
				}
				createTooltipContent(e, t) {
					throw new Error("Not Implemented")
				}
				showBarLine() {
					return !0
				}
				getStyle(e) {
					var t = e.active ? "active" : e.hovered ? "hovered" : "default",
						i = t;
					if (e.stack && (i += "_stack:" + e.stack), "active" === i) return this
						.activeStyle;
					if ("hovered" === i) return this.hoveredStyle;
					if ("default" === i) return this.defaultStyle;
					if (this._stylesCache || (this._stylesCache = {}), !this._stylesCache[i]) {
						var s = TradingView.clone("active" === t ? this.activeStyle : "hovered" ===
							t ? this.hoveredStyle : this.defaultStyle);
						e.stack && (s.lollipop.incHeight = 25 * e.stack), this._stylesCache[i] = s
					}
					return this._stylesCache[i]
				}
				hasTooltip(e) {
					return !0
				}
				renderer(e, t) {
					return this._invalidated && (this.updateImpl(t, e),
						this._invalidated = !1), this._hideLollipops ? null : this._renderer
				}
				_createRenderers(e, t) {
					for (var i in this._renderer.clear(), this._lollipops)
						if (this._lollipops.hasOwnProperty(i)) {
							var r = this._lollipops[i];
							if (r.visible) {
								var n = this.getStyle(r),
									o = {
										id: r.id,
										centerPoint: new s(r.basePoint.x, r.basePoint.y - n.lollipop
											.bottom - n.lollipop.height / 2 - (n.lollipop
												.incHeight || 0)),
										style: n.lollipop
									},
									a = {
										activeItem: r.itemIndex,
										clickHandler: this._lollipopMouseClickHandler.bind(this, o),
										tapHandler: this._lollipopMouseClickHandler.bind(this, o)
									};
								if (this._renderer.append(this._createRendererForLollipop(o, a)), (r
										.hovered || r.active) && this.hasTooltip(r) && r.barY &&
									this.showBarLine()) {
									var l = {
											width: e,
											height: t,
											color: n.strokeStyle,
											linestyle: n.barLine.lineStyle,
											linewidth: n.lineWidth,
											x: r.basePoint.x,
											top: 0,
											bottom: r.basePoint.y - n.lollipop.bottom - n.lollipop
												.height
										},
										c = new h;
									c.setData(l), this._renderer.insert(c)
								}
							}
						}
				}
				_createRendererForLollipop(e, t) {
					return new u(e, new r(r.CUSTOM, t), this._textWidthCache)
				}
				_lollipopMouseClickHandler(e, t) {
					t.preventDefault();
					var i = e.id;
					if (this._lastClickedId = this._lastClickedId === i ? null : i, null !== this
						._lastClickedId) {
						var r = e.style.width / 2,
							n = e.style.height / 2,
							o = new s(t.clientX - t.localX + e.centerPoint.x, t.clientY - t.localY +
								e.centerPoint.y),
							a = {
								target: t.target,
								left: o.x - r,
								top: o.y - n,
								right: o.x + r,
								bottom: o.x + n
							};
						this._hitTestHandler(a, () => {
							var e = this._lollipops[i],
								t = this.createTooltipContent(e);
							return t ? [t] : null
						})
					}
				}
				_formatDate(e) {
					let t = "Etc/UTC";
					const i = this._model.mainSeries();
					if (!i.isDWM() && (t = this._model.properties().timezone.value(), "exchange" ===
							t)) {
						const e = i.symbolInfo();
						t = e && e.timezone || ""
					}
					var s = a(t),
						r = o(s, e);
					return new c(l.value()).format(r)
				}
				_onSymbolOrIntervalChanged() {
					this._lollipops = {}, this._lollipopsCounter = 0, this._renderer.clear(), this
						.clearLastClicked()
				}
			}
		},
		vIQA: function(e, t, i) {
			"use strict";
			var s = i("ocLq");
			i("2cgs");
			var r = i("hyq/").pivotPointsStandardStudyItem,
				n = i("krs7").volumeProfileVisibleRangeStudyItem,
				o = i("+Qfv").volumeProfileFixedRangeVbPStudyItem,
				a = i("+Qfv").volumeProfileFixedRangeBSStudyItem,
				l = i("QCyK").spreadStudyItem,
				c = i("teHb").ratioStudyItem,
				h = i("+PIq").regressionTrendStudyItem;
			JSServer.studyLibrary = JSServer.studyLibrary.concat([{
				name: "Compare",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !0,
					defaults: {
						styles: {
							compare: {
								linestyle: 0,
								linewidth: 2,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#9C27B0"
							}
						},
						inputs: {
							source: "close",
							symbol: ""
						}
					},
					plots: [{
						id: "compare",
						type: "line"
					}],
					styles: {
						compare: {
							title: "Plot",
							histogramBase: 0
						}
					},
					description: "Compare",
					shortDescription: "Compare",
					is_price_study: !0,
					inputs: [{
						defval: "close",
						id: "source",
						name: "Source",
						options: ["open", "high", "low", "close", "hl2", "hlc3",
							"ohlc4"
						],
						type: "text"
					}, {
						id: "symbol",
						name: "Symbol",
						type: "symbol",
						isHidden: !0
					}],
					id: "Compare@tv-basicstudies-1",
					format: {
						type: "inherit"
					}
				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._context.new_sym(t(1), s.Std.period(this
							._context))
					}, this.main = function(e, t) {
						this._context = e;
						var i = this._context.new_unlimited_var(this._context.symbol
							.time);
						this._context.select_sym(1);
						var r = this._context.new_unlimited_var(this._context.symbol
								.time),
							n = s.Std[t(0)](this._context),
							o = this._context.new_unlimited_var(n);
						return this._context.select_sym(0), [o.adopt(r, i, 0)]
					}
				}
			}, {
				name: "Overlay",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !0,
					defaults: {
						styles: {},
						inputs: {
							symbol: ""
						}
					},
					plots: [{
						id: "open",
						type: "line"
					}, {
						id: "high",
						type: "line"
					}, {
						id: "low",
						type: "line"
					}, {
						id: "close",
						type: "line"
					}],
					styles: {
						open: {
							title: "Open"
						},
						high: {
							title: "High"
						},
						low: {
							title: "Low"
						},
						close: {
							title: "Close"
						}
					},
					description: "Overlay",
					shortDescription: "Overlay",
					is_price_study: !1,
					inputs: [{
						id: "symbol",
						name: "symbol",
						defval: "",
						type: "symbol",
						isHidden: !0
					}],
					id: "Overlay@tv-basicstudies-1",
					format: {
						type: "price",
						precision: 4
					}
				},
				constructor: function() {
					this.init = function(e, t) {
						this._context = e, this._context.new_sym(t(0), s.Std.period(this
							._context))
					}, this.main = function(e, t) {
						this._context = e;
						var i = this._context.new_unlimited_var(this._context.symbol
							.time);
						this._context.select_sym(1);
						var r = this._context.new_unlimited_var(this._context.symbol
								.time),
							n = this._context.new_unlimited_var(s.Std.open(this
								._context)),
							o = this._context.new_unlimited_var(s.Std.high(this
								._context)),
							a = this._context.new_unlimited_var(s.Std.low(this
								._context)),
							l = this._context.new_unlimited_var(s.Std.close(this
								._context));
						return this._context.select_sym(0), [n.adopt(r, i, 1), o.adopt(
							r, i, 1), a.adopt(r, i, 1), l.adopt(r, i, 1)]
					}
				}
			}, {
				name: "Volume",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							vol: {
								linestyle: 0,
								linewidth: 1,
								plottype: 5,
								trackPrice: !1,
								transparency: 50,
								visible: !0,
								color: "#000080"
							},
							vol_ma: {
								linestyle: 0,
								linewidth: 1,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !1,
								color: "#2196F3"
							}
						},
						palettes: {
							volumePalette: {
								colors: {
									0: {
										color: "#EF5350",
										width: 1,
										style: 0
									},
									1: {
										color: "#26A69A",
										width: 1,
										style: 0
									}
								}
							}
						},
						inputs: {
							showMA: !1,
							length: 20,
							col_prev_close: !1
						}
					},
					plots: [{
						id: "vol",
						type: "line"
					}, {
						id: "volumePalette",
						palette: "volumePalette",
						target: "vol",
						type: "colorer"
					}, {
						id: "vol_ma",
						type: "line"
					}],
					styles: {
						vol: {
							title: "Volume",
							histogramBase: 0
						},
						vol_ma: {
							title: "Volume MA",
							histogramBase: 0
						}
					},
					description: "Volume",
					shortDescription: "Volume",
					is_price_study: !1,
					palettes: {
						volumePalette: {
							colors: {
								0: {
									name: "Falling"
								},
								1: {
									name: "Growing"
								}
							}
						}
					},
					inputs: [{
						id: "showMA",
						name: "show MA",
						defval: !1,
						type: "bool",
						isHidden: !0
					}, {
						id: "length",
						name: "MA Length",
						defval: 20,
						type: "integer",
						min: 1,
						max: 2e3
					}, {
						defval: !1,
						id: "col_prev_close",
						name: "Color based on previous close",
						type: "bool"
					}],
					id: "Volume@tv-basicstudies-1",
					format: {
						type: "volume"
					}
				},
				constructor: function() {
					this.f_0 = function(e, t) {
						return s.Std.gt(e, t) ? 0 : 1
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = s.Std.volume(this._context),
							r = s.Std.volume(this._context),
							n = this._context.new_var(r),
							o = s.Std.sma(n, this._input(1), this._context),
							a = this._context.new_var(s.Std.close(this._context));
						return [i, a.get(1) && this._input(2) ? this.f_0(a.get(1), s.Std
							.close(this._context)) : this.f_0(s.Std.open(this
							._context), s.Std.close(this._context)), o]
					}
				}
			}, {
				name: "ZigZag",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								linewidth: 2,
								plottype: 0,
								trackPrice: !1,
								transparency: 0,
								visible: !0,
								color: "#2196F3"
							}
						},
						inputs: {
							in_0: 5,
							in_1: 10
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}, {
						id: "plot_1",
						target: "plot_0",
						type: "dataoffset"
					}],
					styles: {
						plot_0: {
							title: "Plot",
							histogramBase: 0,
							joinPoints: !1
						}
					},
					description: "Zig Zag",
					shortDescription: "ZigZag",
					is_price_study: !0,
					classId: "ScriptWithDataOffset",
					inputs: [{
						id: "in_0",
						name: "deviation",
						defval: 5,
						type: "float",
						min: .001,
						max: 100
					}, {
						id: "in_1",
						name: "depth",
						defval: 10,
						type: "integer",
						min: 2,
						max: 1e3
					}],
					id: "ZigZag@tv-basicstudies-1",
					format: {
						type: "inherit"
					}
				},
				constructor: function() {
					this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this._input(0),
							r = this._input(1),
							n = i / 100,
							o = Math.ceil(r / 2);
						return [s.Std.zigzag(n, o, this._context), s.Std.zigzagbars(n,
							o, this._context)]
					}
				}
			}, {
				name: "Sessions",
				metainfo: {
					_metainfoVersion: 52,
					defaults: {
						graphics: {
							vertlines: {
								sessBreaks: {
									color: "#4985e7",
									style: 2,
									visible: !1,
									width: 1
								}
							}
						},
						linkedToSeries: !0
					},
					description: "Sessions",
					graphics: {
						vertlines: {
							sessBreaks: {
								name: "Session Break",
								halign: "left"
							}
						}
					},
					id: "Sessions@tv-basicstudies-1",
					inputs: [],
					is_hidden_study: !0,
					is_price_study: !0,
					name: "Sessions@tv-basicstudies",
					palettes: {},
					plots: [],
					shortDescription: "Sessions",
					format: {
						type: "inherit"
					}
				},
				constructor: function() {
					function e(e, t) {
						return {
							id: e,
							index: e,
							extendBottom: !0,
							extendTop: !0
						}
					}
					this.init = function() {
						this._times = []
					}, this._getVerticalLineData = function(t) {
						return s.Std.selectSessionBreaks(t, this._times).map(e)
					}, this.main = function(e, t) {
						if (s.Std.isdwm(e)) return null;
						var i = s.Std.time(e);
						if (isNaN(i)) return null;
						var r = this._times.length;
						if (0 !== r && this._times[r - 1] === i || this._times.push(i),
							!e.symbol.isLastBar || !e.symbol.isNewBar) return null;
						var n = this._getVerticalLineData(e);
						return 0 === n.length ? null : {
							nonseries: !0,
							type: "study_graphics",
							data: {
								graphicsCmds: {
									create: {
										vertlines: [{
											styleId: "sessBreaks",
											data: n
										}]
									},
									erase: [{
										action: "all"
									}]
								}
							}
						}
					}
				}
			}, {
				name: "SuperTrend",
				metainfo: {
					_metainfoVersion: 52,
					isTVScript: !1,
					isTVScriptStub: !1,
					is_hidden_study: !1,
					defaults: {
						styles: {
							plot_0: {
								linestyle: 0,
								linewidth: 3,
								plottype: 0,
								trackPrice: !1,
								transparency: 35,
								visible: !0,
								color: "#000080"
							},
							plot_2: {
								linestyle: 0,
								linewidth: 3,
								plottype: "shape_arrow_up",
								trackPrice: !1,
								location: "BelowBar",
								transparency: 35,
								visible: !0,
								color: "#00FF00"
							},
							plot_3: {
								linestyle: 0,
								linewidth: 3,
								plottype: "shape_arrow_down",
								trackPrice: !1,
								location: "AboveBar",
								transparency: 35,
								visible: !0,
								color: "#FF0000"
							}
						},
						palettes: {
							palette_0: {
								colors: {
									0: {
										color: "#008000",
										width: 3,
										style: 0
									},
									1: {
										color: "#800000",
										width: 3,
										style: 0
									}
								}
							}
						},
						inputs: {
							in_0: 10,
							in_1: 3
						}
					},
					plots: [{
						id: "plot_0",
						type: "line"
					}, {
						id: "plot_1",
						palette: "palette_0",
						target: "plot_0",
						type: "colorer"
					}, {
						id: "plot_2",
						type: "shapes"
					}, {
						id: "plot_3",
						type: "shapes"
					}],
					styles: {
						plot_0: {
							title: "SuperTrend",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						},
						plot_2: {
							title: "Up Arrow",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						},
						plot_3: {
							title: "Down Arrow",
							histogramBase: 0,
							joinPoints: !1,
							isHidden: !1
						}
					},
					description: "SuperTrend",
					shortDescription: "SuperTrend",
					is_price_study: !0,
					palettes: {
						palette_0: {
							colors: {
								0: {
									name: "Color 0"
								},
								1: {
									name: "Color 1"
								}
							},
							valToIndex: {
								0: 0,
								1: 1
							}
						}
					},
					inputs: [{
						id: "in_0",
						name: "Length",
						defval: 10,
						type: "integer",
						min: 1,
						max: 100
					}, {
						id: "in_1",
						name: "Factor",
						defval: 3,
						type: "float",
						min: 1,
						max: 100
					}],
					id: "SuperTrend@tv-basicstudies-1",
					scriptIdPart: "",
					name: "SuperTrend",
					isCustomIndicator: !0,
					format: {
						type: "inherit"
					}
				},
				constructor: function() {
					this.f_0 = function() {
						var e = this._input(0),
							t = this._input(1),
							i = s.Std.atr(e, this._context),
							r = (e = s.Std.hl2(this._context) + i * t, i = s.Std.hl2(
								this._context) - i * t, this._context.new_var(s.Std
								.close(this._context))),
							n = (t = this._context.new_var(), s.Std.max(i, t.get(1)));
						return t.set(s.Std.gt(r.get(1), t.get(1)) ? n : i), i = this
							._context.new_var(), n = s.Std.min(e, i.get(1)), i.set(s.Std
								.lt(r.get(1), i.get(1)) ? n : e), e = this._context
							.new_var(), r = s.Std.nz(e.get(1), 1), r = s.Std.lt(s.Std
								.close(this._context), t.get(1)) ? -1 : r, e.set(s.Std
								.gt(s.Std.close(this._context), i.get(1)) ? 1 : r), [t =
								s.Std.eq(e.get(0), 1) ? t.get(0) : i.get(0), s.Std.eq(e
									.get(0), 1) ? 0 : 1, 1 === e.get(0) && -1 === e.get(
									1) ? 1 : NaN, -1 === e.get(0) && 1 === e.get(1) ?
								1 : NaN
							]
					}, this.main = function(e, t) {
						this._context = e, this._input = t;
						var i = this.f_0();
						return [i[0], i[1], i[2], i[3]]
					}
				}
			}, r, n, o, a, l, c, h])
		},
		vPbs: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "CHART_WIDGET_COLLECTION_SERVICE", (function() {
				return r
			})), i.d(t, "chartWidgetCollectionService", (function() {
				return n
			})), i.d(t, "CollectionViewMode", (function() {
				return o
			}));
			var s = i("eqEH");
			const r = {
				id: "ChartWidgetCollectionService"
			};

			function n() {
				return Object(s.hasService)(r) ? Object(s.service)(r) : null
			}
			var o;
			! function(e) {
				e.Multichart = "multichart", e.ForceFullscreen = "force-fullscreen"
			}(o || (o = {}))
		},
		vTIA: function(e, t, i) {
			"use strict";
			var s, r;
			i.r(t), i.d(t, "PositionPLDisplay", (function() {
					return s
				})), i.d(t, "TradingSourcesHorizontalAlignment", (function() {
					return r
				})), i.d(t, "tradingPreferencesDefault", (function() {
					return n
				})), i.d(t, "CustomSourceLayer", (function() {
					return o
				})),
				function(e) {
					e[e.Money = 0] = "Money", e[e.Pips = 1] = "Pips", e[e.Percentage = 2] = "Percentage"
				}(s || (s = {})),
				function(e) {
					e[e.Left = 0] = "Left", e[e.Center = 1] = "Center", e[e.Right = 2] = "Right"
				}(r || (r = {}));
			const n = {
				showPositions: !1,
				positionPL: {
					visibility: !1,
					display: s.Money
				},
				showOrders: !1,
				showExecutions: !1,
				extendLeft: !1,
				lineLength: 0,
				horizontalAlignment: r.Left,
				lineWidth: 0,
				lineStyle: 0
			};
			var o;
			! function(e) {
				e[e.Background = 0] = "Background", e[e.Foreground = 1] = "Foreground", e[e.Topmost = 2] =
					"Topmost"
			}(o || (o = {}))
		},
		vaqD: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LoadingScreen", (function() {
				return o
			}));
			var s = i("Kxc7"),
				r = i("4vW/"),
				n = i("YWnQ");
			class o {
				constructor(e, t) {
					this._showed = !1, this._cw = e, this._element = document.createElement("div"), this
						._element.classList.add("chart-loading-screen"), this._shield = document
						.createElement("div"), this._shield.classList.add(
							"chart-loading-screen-shield"), this._element.appendChild(this._shield), t
						.appendChild(this._element), this._cw.withModel(this, this._connectToModel)
				}
				show() {
					this._cw.setInLoadingState(!0), this._showed || (this._showed = !0, this._show())
				}
				hide() {
					this._cw.setInLoadingState(!1), this._showed && this._hide()
				}
				isShown() {
					return this._showed
				}
				_connectToModel() {
					const e = this._cw.model().mainSeries().dataEvents();
					e.symbolError().subscribe(this, e => {
							e !== n.permissionDenied && this.hide()
						}),
						e.seriesError().subscribe(this, () => {
							Object(s.enabled)("hide_loading_screen_on_series_error") && this.hide()
						}), e.completed().subscribe(this, this.hide)
				}
				_show() {
					const e = this._cw.properties().childs().paneProperties.childs();
					let t;
					if (e.backgroundType.value() === r.ColorType.Solid) t = e.background.value();
					else {
						t = `linear-gradient(${e.backgroundGradientStartColor.value()},${e.backgroundGradientEndColor.value()})`
					}
					this._shield.style.background = t, this._element.classList.add("fade")
				}
				_hide() {
					this._showed = !1, this._element.classList.remove("fade")
				}
			}
		},
		vq8G: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "SelectionRenderer", (function() {
				return o
			}));
			var s = i("VdBB"),
				r = i("//lt"),
				n = i("f6yo");
			class o {
				constructor(e) {
					this._data = e || null
				}
				setData(e) {
					this._data = e
				}
				draw(e, t) {
					if (null === this._data || !this._data.visible) return;
					const i = t.pixelRatio;
					e.strokeStyle = void 0 !== this._data.color ? this._data.color : "#1E53E5", e
						.lineCap = "butt";
					const s = Math.max(1, Math.floor(i));
					e.lineWidth = s;
					const r = this._data.vertOffset || 0;
					for (let t = 0; t < this._data.points.length; ++t) {
						const o = this._data.points[t];
						(n = o, Number.isFinite(n.x) && Number.isFinite(n.y)) && (e.fillStyle = this
							._data.bgColors[t], this._drawMarker(e, o, r, s, i))
					}
					var n
				}
				hitTest(e) {
					if (!this._data || !this._data.visible) return null;
					for (let t = 0; t < this._data.points.length; t++) {
						const i = this._data.points[t];
						if (i.subtract(e).length() <= 5.5) {
							const e = void 0 !== this._data.pointsCursorType ? this._data
								.pointsCursorType[t] : r.PaneCursorType.Default;
							return new s.HitTestResult(this._data.hittestResult, {
								pointIndex: i.data,
								cursorType: e
							})
						}
					}
					return null
				}
				doesIntersectWithBox(e) {
					return !!this._data && this._data.points.some(t => Object(n.pointInBox)(t, e))
				}
				_drawMarker(e, t, i, s, r) {
					let n = Math.round(3.5 * r * 2);
					n % 2 != s % 2 && (n += 1);
					let o = Math.round(n + 2 * (.5 * s + .75 * r));
					o % 2 != s % 2 && (o += 1);
					const a = Math.round(t.x * r),
						l = Math.round((t.y + i) * r),
						c = s % 2 / 2;
					e.beginPath(), e.arc(a + c, l + c, o / 2, 0, 2 * Math.PI, !0), e.closePath(), e
						.fill(), e.beginPath(), e.arc(a + c, l + c, n / 2, 0, 2 * Math.PI, !0), e
						.closePath(), e.stroke()
				}
			}
		},
		vwKG: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "showTooManyStudiesNotice", (function() {
				return n
			}));
			var s = i("YFKU"),
				r = i("fZEr");

			function n(e) {
				"number" != typeof e && (e = TradingView.STUDY_COUNT_LIMIT), Object(r.showWarning)({
					title: Object(s.t)("Warning"),
					text: Object(s.t)(
						"Studies limit exceeded: {number} studies per layout.\nPlease, remove some studies."
					).format({
						number: e
					})
				})
			}
		},
		w4Ji: function(e, t, i) {
			"use strict";

			function s(e) {
				const t = new Map;
				return e.plots.forEach((e, i) => {
					t.set(e.id, e => e[i + 1])
				}), t
			}

			function r(e, t) {
				return null == e[t]
			}
			i.r(t), i.d(t, "studyPlotFunctionMap", (function() {
				return s
			})), i.d(t, "studyEmptyPlotValuePredicate", (function() {
				return r
			}))
		},
		w9cH: function(e, t, i) {
			"use strict";

			function s(e) {
				if (e instanceof Error) return e.stack || e.message;
				try {
					return e.outerHTML.slice(0, 1024)
				} catch (e) {}
				try {
					if (void 0 !== e) return JSON.stringify(e).slice(0, 1024)
				} catch (e) {}
				return String(e)
			}

			function r() {
				window.__tv_js_errors || (window.__tv_js_errors = []), window.addEventListener("error",
					e => {
						const t = (new Date).toISOString();
						window.__tv_js_errors.push(
							`${t} ${e.message || "JS error"}. ${e.filename || "<unknown url>"}, line ${e.lineno}, col ${e.colno}.\nError: ` +
							s(e.error))
					}, !1), window.addEventListener("unhandledrejection", e => {
					const t = (new Date).toISOString();
					window.__tv_js_errors.push(t + " Unhandled rejection.\nReason: " + s(e.reason))
				}, !1), document.addEventListener("securitypolicyviolation", e => {
					var t, i;
					const r = (new Date).toISOString(),
						n = "report" === e.disposition ? "CSP report-only" : "CSP violation";
					window.__tv_js_errors.push(
						`${r} ${n}: ${e.violatedDirective || e.effectiveDirective}. ${e.sourceFile || "<unknown url>"}, line ${null !== (t = e.lineno) && void 0 !== t ? t : e.lineNumber}, col ${null !== (i = e.colno) && void 0 !== i ? i : e.columnNumber}.\nBlocked URI: ${e.blockedURL || e.blockedURI}\nSample: ${e.sample}\nTarget: ` +
						s(e.target))
				}, !1)
			}
			i.r(t), i.d(t, "install", (function() {
				return r
			}))
		},
		wGNx: function(e, t, i) {
			"use strict";
			var s;
			i.r(t), i.d(t, "RiskRewardPointIndex", (function() {
					return s
				})),
				function(e) {
					e[e.Entry = 0] = "Entry", e[e.Close = 1] = "Close", e[e.ActualEntry = 2] =
						"ActualEntry", e[e.ActualClose = 3] = "ActualClose"
				}(s || (s = {}))
		},
		wOSo: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return a
			}));
			var s = i("IWXC"),
				r = i("aIyQ"),
				n = i.n(r),
				o = i("e3/o");
			class a {
				constructor() {
					this._quotes = null, this._quoteSessionSymbol = null, this._quoteSessionClientId =
						"", this._quotesUpdate = new n.a, this._quoteSymbolChanged = new n.a
				}
				setQuotesSessionSymbol(e) {
					this._quoteSessionSymbol !== e && (this._quoteSessionClientId || (this
							._quoteSessionClientId = "series-" + Object(o.guid)()), this
						._unsubscribeQuoteSession(), this._quotes = null, e && (this
							._quoteSessionSymbol = e, Object(s.getQuoteSessionInstance)("full")
							.subscribe(this._quoteSessionClientId, this._quoteSessionSymbol, this
								._onUpdate.bind(this))), this._quoteSymbolChanged.fire())
				}
				quotesUpdate() {
					return this._quotesUpdate
				}
				quoteSymbolChanged() {
					return this._quoteSymbolChanged
				}
				quotes() {
					return this._quotes
				}
				destroy() {
					this._unsubscribeQuoteSession()
				}
				_onUpdate(e, t) {
					this._quotes = e && e.values || null, t && t.values && this._quotesUpdate.fire(e, t)
				}
				_unsubscribeQuoteSession() {
					this._quoteSessionSymbol && (Object(s.getQuoteSessionInstance)("full").unsubscribe(
							this._quoteSessionClientId, this._quoteSessionSymbol), this
						._quoteSessionSymbol = null, this._quotes = null)
				}
			}
		},
		wVAQ: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "fetch", (function() {
				return r
			}));
			var s = i("txPx");
			Object(s.getLogger)("Fetch");

			function r(e, t, i = {}) {
				return window.fetch(e, t)
			}
		},
		wYrq: function(e, t, i) {
			"use strict";
			var s = i("Eyy1"),
				r = i("aO4+"),
				n = i("eJTA"),
				o = i("Kxc7"),
				a = i("Hr11"),
				l = i("ogJP"),
				c = i("Tmoa"),
				h = i("dOnf");

			function u(e, t) {
				const i = new Map;
				return function(...s) {
					const r = "" + (t ? t.apply(null, s) : s[0]);
					if (!i.has(r)) {
						const t = e.apply(this, s);
						return i.set(r, t), t
					}
					return i.get(r)
				}
			}
			var d = i("VdBB"),
				p = i("u0yd"),
				_ = i("Zy3/"),
				m = i("gyZD"),
				f = i("Zp8I"),
				g = i("k9/m"),
				b = i("o2pV"),
				v = i("vq8G"),
				S = i("i6cO"),
				y = i("Zp/P");
			class w {
				constructor(e) {
					this._data = e
				}
				draw(e, t) {
					const i = this._data,
						s = t.pixelRatio,
						r = Math.max(1, Math.floor(s)) % 2 ? .5 : 0,
						n = i.vertOffset || 0,
						o = i.lineColor || i.color,
						a = i.lineWidth || i.height / 2;
					let c = "",
						h = !1;
					for (const t of i.items) {
						const i = t.x,
							u = t.y + n;
						if (Object(l.isNaN)(i) || Object(l.isNaN)(u)) continue;
						let d, p;
						null != t.style ? (d = t.style.color, p = t.style.width) : (d = o, p = a), d !==
							c && (c = d, h && e.fill(), e.beginPath(), e.fillStyle = d);
						const _ = Math.round(i * s) + r,
							m = Math.round(u * s) + r,
							f = Math.round(p * s) + r;
						e.moveTo(_ + f, m), e.arc(_, m, f, 0, 2 * Math.PI, !1), h = !0
					}
					h && e.fill()
				}
				hitTest(e) {
					const t = this._data,
						i = t.lineWidth || t.height / 2,
						s = t.vertOffset || 0,
						n = Object(y.interactionTolerance)().series + i;
					for (const o of t.items) {
						if (!o) continue;
						if (new r.Point(o.x, o.y + s).subtract(e).length() + i <= n) return new d
							.HitTestResult(d.HitTestResult.REGULAR)
					}
					return null
				}
			}
			class P {
				constructor(e) {
					this._data = null, this._precalculatedCache = [], this.setData(e)
				}
				setData(e) {
					this._data = e, this._precalculatedCache = []
				}
				draw(e, t) {
					if (null === this._data || 0 === this._data.items.length) return;
					const i = t.pixelRatio;
					this._precalculatedCache.length || this._fillPrecalculatedCache(i);
					const s = Math.max(1, Math.floor(i)),
						r = Math.round(this._data.histogramBase * i) - Math.floor(s / 2),
						n = r + s,
						o = this._data.lineColor;
					for (let t = 0; t < this._data.items.length; t++) {
						const a = this._data.items[t],
							l = this._precalculatedCache[t],
							c = Math.round(a.y * i),
							h = a.style ? a.style.color : o;
						let u, d;
						e.fillStyle = h, c <= r ? (u = c, d = n) : (u = r, d = c - Math.floor(s / 2) +
							s), e.fillRect(l.left, u, l.right - l.left + 1, d - u)
					}
				}
				hitTest(e) {
					if (null === this._data) return null;
					const t = .5 * this._data.barSpacing,
						i = e.x - t,
						s = e.x + t;
					for (const t of this._data.items) {
						const r = t.x;
						if (r >= i && r <= s) {
							const i = t.y;
							if (e.y >= Math.min(i, this._data.histogramBase) && e.y <= Math.max(i, this
									._data.histogramBase)) return new d.HitTestResult(d.HitTestResult
								.REGULAR)
						}
					}
					return null
				}
				_fillPrecalculatedCache(e) {
					if (null === this._data || 0 === this._data.items.length) return void(this
						._precalculatedCache = []);
					const t = Math.ceil(this._data.barSpacing * e) <= 1 ? 0 : Math.max(1, Math.floor(
							e)),
						i = Math.round(this._data.barSpacing * e) - t;
					this._precalculatedCache = new Array(this._data.items.length);
					for (let t = 0; t < this._data.items.length; t++) {
						const s = this._data.items[t],
							r = Math.round(s.x * e);
						let n, o;
						if (i % 2) {
							const e = (i - 1) / 2;
							n = r - e, o = r + e
						} else {
							const e = i / 2;
							n = r - e, o = r + e - 1
						}
						this._precalculatedCache[t] = {
							left: n,
							right: o,
							roundedCenter: r,
							center: s.x * e,
							time: s.timePointIndex
						}
					}
					for (let e = 1; e < this._data.items.length; e++) {
						const i = this._precalculatedCache[e],
							s = this._precalculatedCache[e - 1];
						i.time === s.time + 1 && (i.left - s.right !== t + 1 && (s.roundedCenter > s
							.center ? s.right = i.left - t - 1 : i.left = s.right + t + 1))
					}
					let s = Math.ceil(this._data.barSpacing * e);
					for (let e = 0; e < this._data.items.length; e++) {
						const t = this._precalculatedCache[e];
						t.right < t.left && (t.right = t.left);
						const i = t.right - t.left + 1;
						s = Math.min(i, s)
					}
					if (t > 0 && s < 4)
						for (let e = 0; e < this._data.items.length; e++) {
							const t = this._precalculatedCache[e];
							t.right - t.left + 1 > s && (t.roundedCenter > t.center ? t.right -= 1 : t
								.left += 1)
						}
				}
			}
			var C = i("GEp6");
			class x {
				constructor(e) {
					this._data = e
				}
				draw(e, t) {
					var i, s, r, n;
					const o = t.pixelRatio;
					let a = "",
						c = !1;
					for (const t of this._data.items) {
						if (Object(l.isNaN)(t.x) || Object(l.isNaN)(t.y)) continue;
						const h = null !== (s = null === (i = t.style) || void 0 === i ? void 0 : i
								.color) && void 0 !== s ? s : this._data.lineColor,
							u = Math.max(1, Math.floor((null !== (n = null === (r = t.style) ||
									void 0 === r ? void 0 : r.width) && void 0 !== n ? n : this
								._data.lineWidth) * o));
						h !== a && (a = h, c && e.fill(), e.beginPath(), e.fillStyle = h);
						let d = 3 * u;
						d % 2 != u % 2 && (d += 1);
						const p = Math.round(Math.round(t.x * o) - d / 2),
							_ = Math.round(Math.round(t.y * o) - d / 2),
							m = p + Math.floor(d / 2 - u / 2),
							f = _ + Math.floor(d / 2 - u / 2);
						e.rect(p, f, d, u), e.rect(m, _, u, d), c = !0
					}
					c && e.fill()
				}
				hitTest(e) {
					const t = Object(y.interactionTolerance)().series + this._data.lineWidth / 2;
					let i, s, n, o;
					for (let a = 1; a < this._data.items.length; ++a) {
						i = this._data.items[a - 1], s = this._data.items[a], n = i.x, o = s.x;
						if (Object(C.distanceToSegment)(new r.Point(n, i.y), new r.Point(o, s.y), new r
								.Point(e.x, e.y)).distance <= t) return new d.HitTestResult(d
							.HitTestResult.REGULAR)
					}
					return null
				}
			}
			class T {
				constructor(e) {
					this._data = e
				}
				draw(e, t) {
					if (0 === this._data.items.length) return;
					const i = t.pixelRatio;
					e.fillStyle = this._data.lineColor;
					const s = Math.max(1, Math.floor(this._data.lineWidth * i)),
						r = s / 2,
						n = Math.max(1, Math.floor(i)),
						o = Math.round(this._data.histogramBase * i) - Math.floor(n / 2),
						a = o + n;
					for (const t of this._data.items) {
						let l = s,
							c = r;
						t.style ? (e.fillStyle = t.style.color, l = Math.max(1, Math.floor(t.style
							.width * i)), c = l / 2) : e.fillStyle = this._data.lineColor;
						const h = l % 2 ? .5 : 0,
							u = Math.round(t.x * i) + h,
							d = Math.round(t.y * i);
						let p, _;
						d <= o ? (p = d, _ = a) : (p = o, _ = d - Math.floor(n / 2) + n), e.fillRect(
							Math.floor(u - c), p, l, _ - p)
					}
				}
				hitTest(e) {
					const t = Object(y.interactionTolerance)().series + this._data.lineWidth / 2,
						i = new Map;
					for (const n of this._data.items) {
						const o = n.x,
							a = n.y;
						let l = t;
						n.style && (i.has(n.style.width) ? l = Object(s.ensureDefined)(i.get(n.style
							.width)) : i.set(this._data.lineWidth, l));
						if (Object(C.distanceToSegment)(new r.Point(o, a), new r.Point(o, this._data
								.histogramBase), new r.Point(e.x, e.y)).distance <= l) return new d
							.HitTestResult(d.HitTestResult.REGULAR)
					}
					return null
				}
			}
			var I = i("23IT"),
				M = i("UAFa");
			i.d(t, "a", (function() {
				return A
			}));
			const O = e => {
					const t = Object(n.rgbToHsl)(Object(n.parseRgb)(e)),
						i = t[0] + .05;
					return t[0] = i - Math.floor(i), Object(n.rgbToHexString)(Object(n.hslToRgb)(t))
				},
				L = u(O);
			class A {
				constructor(e, t, i, s) {
					this._histogramBase = null, this._items = [], this._selectionData = null, this
						._lineColor = "", this._lineWidth = 1, this._color1 = "", this._color2 = "",
						this._invalidated = !1, this._isMarkersEnabled = o.enabled(
							"source_selection_markers"), this._study = e, this._series = t, this
						._model = i, this._plotName = s, this._plotIndex = e.metaInfo().plots.findIndex(
							e => e.id === s), this._colorProvider = Object(M
							.createStudyPlotColorProvider)(e.metaInfo(), e.properties(), s), this
						._selectionIndexer = new b.SelectionIndexes(i.timeScale())
				}
				items() {
					return this._items
				}
				update() {
					this._invalidated = !0
				}
				renderer() {
					const e = this._study.properties().styles[this._plotName];
					if (!e.visible.value()) return null;
					if (!this._study.priceScale()) return null;
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					const t = {};
					t.barSpacing = this._model.timeScale().barSpacing(), t.items = this._items,
						t.histogramBase = this._histogramBase ? this._histogramBase : Object(s
							.ensureNotNull)(this._study.priceScale()).height(), t.lineIndex = 0, t
						.lineStyle = e.linestyle.value(), t.lineColor = this._lineColor, t.lineWidth =
						this._lineWidth, t.lineWidth = Object(l.isNumber)(t.lineWidth) ? t.lineWidth :
						1, t.color1 = this._color1, t.color2 = this._color2, t.bottom = t.histogramBase,
						t.simpleMode = this._colorProvider.singleColor();
					const i = new _.CompositeRenderer,
						r = !!e.joinPoints && e.joinPoints.value();
					switch (e.plottype.value()) {
						case I.LineStudyPlotStyle.Line:
						case I.LineStudyPlotStyle.LineWithBreaks:
							i.append(new m.PaneRendererLine(t));
							break;
						case I.LineStudyPlotStyle.Area:
						case I.LineStudyPlotStyle.AreaWithBreaks:
							i.append(new p.PaneRendererArea(t));
							break;
						case I.LineStudyPlotStyle.Histogram:
							i.append(new T(t));
							break;
						case I.LineStudyPlotStyle.Columns:
							i.append(new P(t));
							break;
						case I.LineStudyPlotStyle.Cross:
							if (i.append(new x(t)), r) {
								const e = Object(h.deepCopy)(t);
								e.lineWidth = 1, e.forceLineWidth = !0, i.append(new m.PaneRendererLine(
									e))
							}
							break;
						case I.LineStudyPlotStyle.Circles:
							if (i.append(new w(t)), r) {
								const e = Object(h.deepCopy)(t);
								e.lineWidth = 1, e.ignorePaletteLineWidth = !0, i.append(new m
									.PaneRendererLine(e))
							}
							break;
						case I.LineStudyPlotStyle.StepLine:
						case I.LineStudyPlotStyle.StepLineWithDiamonds: {
							t.decoration = e.plottype.value() === I.LineStudyPlotStyle
								.StepLineWithDiamonds ? f.StepLineDecoration.Diamonds : f
								.StepLineDecoration.None;
							const s = new f.PaneRendererStepLine;
							s.setData(t), i.append(s);
							break
						}
						default:
							i.append(new m.PaneRendererLine(t))
					}
					return this._model.selection().isSelected(this._study) && this._isMarkersEnabled &&
						this._selectionData && i.append(new v.SelectionRenderer(this._selectionData)), i
				}
				_getTranspValue() {
					const e = this._study.properties(),
						t = e.styles[this._plotName];
					let i = 0;
					const s = this._study.metaInfo();
					return "Volume@tv-basicstudies" === s.id && s.version <= 46 && "transparency" in e ?
						(i = e.transparency.value(), i = Object(l.isNumber)(i) ? i : 0, i) : (t
							.transparency && (i = t.transparency.value(), i = Object(l.isNumber)(i) ?
								i : 0), i)
				}
				_updateImpl() {
					var e, t, i, n, o;
					this._histogramBase = null, this._items = [];
					const l = this._study.priceScale();
					if (this._model.timeScale().isEmpty() || null === l || l.isEmpty()) return;
					const h = this._model.timeScale().visibleBarsStrictRange();
					if (null === h) return;
					let u = null !== (e = this._series.nearestIndex(h.firstBar() - 1, g
							.PlotRowSearchMode.NearestLeft)) && void 0 !== e ? e : this._series.bars()
						.firstIndex(),
						p = null !== (t = this._series.nearestIndex(h.lastBar() + 1, g.PlotRowSearchMode
							.NearestRight)) && void 0 !== t ? t : this._series.bars().lastIndex();
					if (null === u || null === p) return;
					const _ = this._study.offset(this._plotName);
					_ > 0 ? (u -= _, p += _) : (u += _, p -= _);
					const m = this._study.getMinFirstBarIndexForPlot(this._plotName);
					if (m > p) return;
					u = Math.max(m, u);
					const f = this._study.properties().styles[this._plotName],
						b = f.plottype.value(),
						v = [I.LineStudyPlotStyle.Line, I.LineStudyPlotStyle.Area, I.LineStudyPlotStyle
							.Circles, I.LineStudyPlotStyle.Cross
						].indexOf(b) >= 0,
						y = this._study.data(),
						w = this._study.firstValue();
					if (null === w) return;
					const P = y.rangeIterator(u, p),
						C = this._study.priceScale();
					if (null === C) return;
					const x = Object(a.clamp)(this._getTranspValue(), 0, 100),
						T = new Map,
						M = (e, t) => {
							let i = T.get(e);
							void 0 === i && (i = new Map, T.set(e, i));
							let s = i.get(t);
							if (void 0 === s) {
								const r = !this._plotName || "vol" !== this._plotName;
								s = Object(c.generateColor)(e, t, r), i.set(t, s)
							}
							return s
						};
					let A = NaN,
						E = NaN;
					const k = Object(S.createEmptyStyle)();
					for (; P.hasNext();) {
						const e = P.next();
						let t = e.index;
						const o = e.value;
						t += _, t = Math.floor(t);
						let a = o[this._plotIndex + 1];
						const l = null == a;
						if (a = l ? NaN : a, v && l) {
							E = a;
							continue
						}
						const h = new r.Point(t, Object(s.ensure)(a));
						h.timePointIndex = t, h.valIsNotSameAsPrev = a !== E;
						if (this._colorProvider.isColorDefined() && (h.style = {
								color: M(f.color.value(), 100),
								width: f.linewidth.value(),
								style: f.linestyle.value()
							}, null != a)) {
							const e = this._colorProvider.getPlotPointStyle(o, k),
								t = e.colors[S.ColorerType.Main];
							void 0 !== t && (h.style.color = Object(c.isHexColor)(t) ? M(t, x) : t), h
								.style.width = null !== (i = e.lineWidth) && void 0 !== i ? i : h.style
								.width, h.style.style = null !== (n = e.lineStyle) && void 0 !== n ? n :
								h.style.style
						}
						v || isNaN(A) || A === t - 1 || this._items.push(new r.Point(t - 1, NaN)), A =
							t, E = a, this._items.push(h)
					}
					if (C.pointsArrayToCoordinates(this._items, w), this._model.timeScale()
						.timedValuesToCoordinates(this._items), f.histogramBase && (this
							._histogramBase = C.priceToCoordinate(f.histogramBase.value(), w)), this
						._model.selection().isSelected(this._study)) {
						const e = this._selectionIndexer.indexes();
						this._selectionData = {
							points: [],
							bgColors: [],
							visible: !0,
							hittestResult: d.HitTestResult.REGULAR,
							barSpacing: this._model.timeScale().barSpacing()
						};
						const t = Object(s.ensureNotNull)(this._model.paneForSource(this._study))
							.height();
						for (let i = 0; i < e.length; i++) {
							let s = e[i];
							const n = this._study.data().valueAt(s);
							if (s += _, null === n) continue;
							const o = n[this._plotIndex + 1];
							if (null == o) continue;
							const a = this._model.timeScale().indexToCoordinate(Math.floor(s)),
								l = C.priceToCoordinate(o, w);
							this._selectionData.points.push(new r.Point(a, l)), this._selectionData
								.bgColors.push(this._model.backgroundColorAtYPercentFromTop(l / t))
						}
					} else this._selectionIndexer.clear();
					const D = f;
					this._lineColor = Object(c.generateColor)(D.color.value(), x), this._lineWidth = D
						.linewidth.value();
					let V = D.color.value();
					const B = this._colorProvider.getDefaultPlotPointStyle();
					B && (V = B.colors[S.ColorerType.Main], this._lineWidth = null !== (o = B
							.lineWidth) && void 0 !== o ? o : this._lineWidth, this._lineColor = V ?
						Object(c.generateColor)(V, x) : this._lineColor), this._color2 = Object(c
						.generateColor)(V, x);
					const R = this._study.metaInfo().isRGB ? O(V) : L(V);
					this._color1 = Object(c.generateColor)(R, x)
				}
			}
		},
		wZIs: function(e, t, i) {
			"use strict";
			var s = i("vTIA").PositionPLDisplay;
			const {
				getHexColorByName: r
			} = i("HGP3"), {
				generateColor: n
			} = i("Tmoa");
			var o = i("vTIA").TradingSourcesHorizontalAlignment,
				a = i("dfhE"),
				l = i("rCHB").LineToolPitchforkStyle,
				c = i("Ye2/").LineToolBarsPatternMode,
				h = i("23IT").LineStudyPlotStyle,
				u = i("8OdW"),
				d = i("oXaB").PriceAxisLastValueMode,
				p = i("XXdw").StoriesTimeLineItemType,
				_ = i("4o++").MagnetMode,
				m = i("a7Ha").LineEnd,
				f = i("4vW/").ColorType,
				g = i("bKFv").StatsPosition,
				b = i("sDZI").sessionsPreferencesDefault,
				v = i("txPx").getLogger("Chart.Defaults"),
				S = i("zDbI").CHART_FONT_FAMILY;
			const y = r("color-tv-blue-500");
			var w = function(e) {
				var t = function(e, t) {
						return {
							color: e,
							visible: t
						}
					},
					i = function(e, t, i) {
						return {
							coeff: e,
							color: t,
							visible: i
						}
					},
					r = function(e, t, i, s, r) {
						return {
							coeff: e,
							color: t,
							visible: i,
							linestyle: void 0 === s ? CanvasEx.LINESTYLE_SOLID : s,
							linewidth: void 0 === r ? 1 : r
						}
					},
					v = function(e, t, i) {
						return {
							color: e,
							width: i,
							visible: t
						}
					},
					w = function(e, t, i, s, r) {
						return {
							color: e,
							visible: t,
							width: i,
							x: s,
							y: r
						}
					},
					P = function(e, t, i, s, r, n) {
						return {
							coeff1: e,
							coeff2: t,
							color: i,
							visible: s,
							linestyle: void 0 === r ? CanvasEx.LINESTYLE_SOLID : r,
							linewidth: void 0 === n ? 1 : n
						}
					};
				if (void 0 === TradingView.defaultProperties) {
					var T;
					switch (window.locale) {
						case "ar_AE":
							T = "Asia/Dubai";
							break;
						case "au":
							T = "Australia/Sydney";
							break;
						case "br":
							T = "America/Sao_Paulo";
							break;
						case "ca":
							T = "America/Toronto";
							break;
						case "de_DE":
						case "it":
							T = "Europe/Berlin";
							break;
						case "es":
							T = "Europe/Madrid";
							break;
						case "fa_IR":
							T = "Asia/Tehran";
							break;
						case "fr":
						case "sv_SE":
							T = "Europe/Paris";
							break;
						case "he_IL":
						case "tr":
							T = "Europe/Athens";
							break;
						case "hu_HU":
						case "pl":
							T = "Europe/Warsaw";
							break;
						case "id":
						case "th_TH":
						case "vi_VN":
							T = "Asia/Bangkok";
							break;
						case "in":
							T = "Asia/Kolkata";
							break;
						case "ja":
						case "kr":
							T = "Asia/Tokyo";
							break;
						case "ms_MY":
							T = "Asia/Singapore";
							break;
						case "ru":
							T = "Europe/Moscow";
							break;
						case "uk":
							T = "Europe/London";
							break;
						case "zh_CN":
						case "zh_TW":
							T = "Asia/Shanghai";
							break;
						default:
							T = "Etc/UTC"
					}
					TradingView.defaultProperties = {
						chartproperties: {
							timezone: T,
							priceScaleSelectionStrategyName: "auto",
							dataWindowProperties: {
								background: "rgba( 255, 254, 206, 0.2)",
								border: "rgba( 96, 96, 144, 1)",
								font: "Verdana",
								fontBold: !1,
								fontItalic: !1,
								fontSize: 10,
								transparency: 80,
								visible: !0
							},
							paneProperties: {
								backgroundType: f.Solid,
								background: "#ffffff",
								backgroundGradientStartColor: "#ffffff",
								backgroundGradientEndColor: "#ffffff",
								vertGridProperties: {
									color: "rgba(42, 46, 57, 0.06)",
									style: CanvasEx.LINESTYLE_SOLID
								},
								horzGridProperties: {
									color: "rgba(42, 46, 57, 0.06)",
									style: CanvasEx.LINESTYLE_SOLID
								},
								crossHairProperties: {
									color: "#9598A1",
									style: CanvasEx.LINESTYLE_DASHED,
									transparency: 0,
									width: 1
								},
								topMargin: 10,
								bottomMargin: 8,
								axisProperties: {
									autoScale: !0,
									autoScaleDisabled: !1,
									lockScale: !1,
									percentage: !1,
									percentageDisabled: !1,
									indexedTo100: !1,
									log: !1,
									logDisabled: !1,
									alignLabels: !0,
									isInverted: !1
								},
								legendProperties: {
									showStudyArguments: !0,
									showStudyTitles: !0,
									showStudyValues: !0,
									showSeriesTitle: !0,
									showSeriesOHLC: !0,
									showLegend: !0,
									showBarChange: !0,
									showBackground: !0,
									backgroundTransparency: 50,
									wrapText: !1
								}
							},
							scalesProperties: {
								backgroundColor: "#ffffff",
								lineColor: "rgba(42, 46, 57, 0.14)",
								textColor: "#131722",
								fontSize: 12,
								scaleSeriesOnly: !1,
								showSeriesLastValue: !0,
								seriesLastValueMode: d.LastValueAccordingToScale,
								showSeriesPrevCloseValue: !1,
								showStudyLastValue: !1,
								showSymbolLabels: !1,
								showStudyPlotLabels: !1,
								showBidAskLabels: !1,
								showPrePostMarketPriceLabel: !0,
								showFundamentalNameLabel: !1,
								showFundamentalLastValue: !1,
								barSpacing: u.DEFAULT_BAR_SPACING,
								showCurrency: !0,
								showUnit: !0
							},
							mainSeriesProperties: {
								style: a.STYLE_CANDLES,
								esdShowDividends: !0,
								esdShowSplits: !0,
								esdShowEarnings: !0,
								esdShowBreaks: !1,
								esdFlagSize: 2,
								showCountdown: !0,
								bidAsk: {
									visible: !1,
									lineStyle: CanvasEx.LINESTYLE_DOTTED,
									lineWidth: 1,
									bidLineColor: y,
									askLineColor: "#EF5350"
								},
								prePostMarket: {
									visible: !0,
									lineStyle: CanvasEx.LINESTYLE_DOTTED,
									lineWidth: 1,
									preMarketColor: "#fb8c00",
									postMarketColor: y
								},
								highLowAvgPrice: {
									highLowPriceLinesVisible: !1,
									highLowPriceLabelsVisible: !1,
									averageClosePriceLineVisible: !1,
									averageClosePriceLabelVisible: !1
								},
								showInDataWindow: !0,
								visible: !0,
								showPriceLine: !0,
								priceLineWidth: 1,
								priceLineColor: "",
								baseLineColor: "#B2B5BE",
								showPrevClosePriceLine: !1,
								prevClosePriceLineWidth: 1,
								prevClosePriceLineColor: "rgba( 85, 85, 85, 1)",
								minTick: "default",
								dividendsAdjustment: void 0,
								sessionId: "regular",
								sessVis: !1,
								statusViewStyle: {
									fontSize: 16,
									showExchange: !0,
									showInterval: !0,
									symbolTextSource: "description"
								},
								candleStyle: {
									upColor: "#26a69a",
									downColor: "#ef5350",
									drawWick: !0,
									drawBorder: !0,
									borderColor: "#378658",
									borderUpColor: "#26a69a",
									borderDownColor: "#ef5350",
									wickColor: "#737375",
									wickUpColor: "#26a69a",
									wickDownColor: "#ef5350",
									barColorsOnPrevClose: !1,
									drawBody: !0
								},
								hollowCandleStyle: {
									upColor: "#26a69a",
									downColor: "#ef5350",
									drawWick: !0,
									drawBorder: !0,
									borderColor: "rgba( 55, 134, 88, 1)",
									borderUpColor: "#26a69a",
									borderDownColor: "#ef5350",
									wickColor: "rgba( 115, 115, 117, 1)",
									wickUpColor: "#26a69a",
									wickDownColor: "#ef5350",
									drawBody: !0
								},
								haStyle: {
									upColor: "#26a69a",
									downColor: "#ef5350",
									drawWick: !0,
									drawBorder: !0,
									borderColor: "rgba( 55, 134, 88, 1)",
									borderUpColor: "#26a69a",
									borderDownColor: "#ef5350",
									wickColor: "rgba( 115, 115, 117, 1)",
									wickUpColor: "#26a69a",
									wickDownColor: "#ef5350",
									showRealLastPrice: !1,
									barColorsOnPrevClose: !1,
									inputs: {},
									inputInfo: {},
									drawBody: !0
								},
								barStyle: {
									upColor: "#26a69a",
									downColor: "#ef5350",
									barColorsOnPrevClose: !1,
									dontDrawOpen: !1,
									thinBars: !0
								},
								hiloStyle: {
									color: y,
									showBorders: !0,
									borderColor: y,
									showLabels: !0,
									labelColor: y,
									fontSize: 7,
									drawBody: !0
								},
								lineStyle: {
									color: y,
									linestyle: CanvasEx.LINESTYLE_SOLID,
									linewidth: 2,
									priceSource: "close",
									styleType: a.STYLE_LINE_TYPE_SIMPLE
								},
								areaStyle: {
									color1: n(y, 72),
									color2: y,
									linecolor: y,
									linestyle: CanvasEx.LINESTYLE_SOLID,
									linewidth: 2,
									priceSource: "close",
									transparency: 100
								},
								priceAxisProperties: {
									autoScale: !0,
									autoScaleDisabled: !1,
									lockScale: !1,
									percentage: !1,
									percentageDisabled: !1,
									indexedTo100: !1,
									log: !1,
									logDisabled: !1,
									isInverted: !1,
									alignLabels: !0
								},
								renkoStyle: {
									upColor: "#26a69a",
									downColor: "#ef5350",
									borderUpColor: "#26a69a",
									borderDownColor: "#ef5350",
									upColorProjection: "rgba( 169, 220, 195, 1)",
									downColorProjection: "rgba( 245, 166, 174, 1)",
									borderUpColorProjection: "rgba( 169, 220, 195, 1)",
									borderDownColorProjection: "rgba( 245, 166, 174, 1)",
									wickUpColor: "#26a69a",
									wickDownColor: "#ef5350",
									inputs: {
										source: "close",
										sources: "Close",
										boxSize: 3,
										style: "ATR",
										atrLength: 14,
										wicks: !0
									},
									inputInfo: {
										source: {
											name: "source"
										},
										sources: {
											name: "Source"
										},
										boxSize: {
											name: "Box size"
										},
										style: {
											name: "Style"
										},
										atrLength: {
											name: "ATR length"
										},
										wicks: {
											name: "Wicks"
										}
									}
								},
								pbStyle: {
									upColor: "#26a69a",
									downColor: "#ef5350",
									borderUpColor: "#26a69a",
									borderDownColor: "#ef5350",
									upColorProjection: "rgba( 169, 220, 195, 1)",
									downColorProjection: "rgba( 245, 166, 174, 1)",
									borderUpColorProjection: "rgba( 169, 220, 195, 1)",
									borderDownColorProjection: "rgba( 245, 166, 174, 1)",
									inputs: {
										source: "close",
										lb: 3
									},
									inputInfo: {
										source: {
											name: "Source"
										},
										lb: {
											name: "Number of line"
										}
									}
								},
								kagiStyle: {
									upColor: "#26a69a",
									downColor: "#ef5350",
									upColorProjection: "rgba( 169, 220, 195, 1)",
									downColorProjection: "rgba( 245, 166, 174, 1)",
									inputs: {
										source: "close",
										style: "ATR",
										atrLength: 14,
										reversalAmount: 1
									},
									inputInfo: {
										source: {
											name: "Source"
										},
										style: {
											name: "Style"
										},
										atrLength: {
											name: "ATR length"
										},
										reversalAmount: {
											name: "Reversal amount"
										}
									}
								},
								pnfStyle: {
									upColor: "#26a69a",
									downColor: "#ef5350",
									upColorProjection: "rgba( 169, 220, 195, 1)",
									downColorProjection: "rgba( 245, 166, 174, 1)",
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										sources: "Close",
										reversalAmount: 3,
										boxSize: 1,
										style: "ATR",
										atrLength: 14,
										oneStepBackBuilding: !1
									},
									inputInfo: {
										sources: {
											name: "Source"
										},
										boxSize: {
											name: "Box size"
										},
										reversalAmount: {
											name: "Reversal amount"
										},
										style: {
											name: "Style"
										},
										atrLength: {
											name: "ATR length"
										},
										oneStepBackBuilding: {
											name: "One step back building"
										}
									}
								},
								baselineStyle: {
									baselineColor: "rgba( 117, 134, 150, 1)",
									topFillColor1: "rgba( 38, 166, 154, 0.28)",
									topFillColor2: "rgba( 38, 166, 154, 0.05)",
									bottomFillColor1: "rgba( 239, 83, 80, 0.05)",
									bottomFillColor2: "rgba( 239, 83, 80, 0.28)",
									topLineColor: "rgba( 38, 166, 154, 1)",
									bottomLineColor: "rgba( 239, 83, 80, 1)",
									topLineWidth: 2,
									bottomLineWidth: 2,
									priceSource: "close",
									transparency: 50,
									baseLevelPercentage: 50
								},
								rangeStyle: {
									upColor: "#26a69a",
									downColor: "#ef5350",
									thinBars: !0,
									upColorProjection: "rgba( 169, 220, 195, 1)",
									downColorProjection: "rgba( 245, 166, 174, 1)",
									inputs: {
										range: 10,
										phantomBars: !1
									},
									inputInfo: {
										range: {
											name: "Range"
										},
										phantomBars: {
											name: "Phantom bars"
										}
									}
								}
							},
							chartEventsSourceProperties: {
								visible: !0,
								futureOnly: !0,
								breaks: {
									color: "rgba(85, 85, 85, 1)",
									visible: !1,
									style: CanvasEx.LINESTYLE_DASHED,
									width: 1
								}
							},
							tradingProperties: {
								showPositions: !0,
								positionPL: {
									visibility: !0,
									display: s.Money
								},
								showOrders: !0,
								showExecutions: !0,
								horizontalAlignment: o.Left,
								extendLeft: !0,
								lineLength: 5,
								lineWidth: 1,
								lineStyle: CanvasEx.LINESTYLE_SOLID
							},
							editorFontsList: ["Verdana", "Courier New", "Times New Roman", "Arial"],
							volumePaneSize: "large"
						},
						sessions: b,
						drawings: {
							magnet: !1,
							magnetMode: _.WeakMagnet,
							stayInDrawingMode: !1,
							drawOnAllCharts: !0
						},
						linetoolorder: {
							extendLeft: "inherit",
							lineLength: "inherit",
							lineColor: "rgba( 255, 0, 0, 1)",
							lineActiveBuyColor: "rgb(64,148,232)",
							lineInactiveBuyColor: "rgba(64,148,232,.5)",
							lineActiveSellColor: "rgb(231,86,86)",
							lineInactiveSellColor: "rgba(231,86,86,.5)",
							lineStyle: "inherit",
							lineWidth: "inherit",
							bodyBorderActiveBuyColor: "rgb(64,148,232)",
							bodyBorderInactiveBuyColor: "rgba(64,148,232,.5)",
							bodyBorderActiveSellColor: "rgb(231,86,86)",
							bodyBorderInactiveSellColor: "rgba(231,86,86,.5)",
							bodyBackgroundColor: "rgba( 255, 255, 255, 0.75)",
							bodyBackgroundTransparency: 25,
							bodyTextInactiveLimitColor: "rgba(38,140,2,.5)",
							bodyTextActiveLimitColor: "rgb(38,140,2)",
							bodyTextInactiveStopColor: "rgba(231,86,86,.5)",
							bodyTextActiveStopColor: "rgb(231,86,86)",
							bodyTextInactiveBuyColor: "rgba(64,148,232,.5)",
							bodyTextActiveBuyColor: "rgb(64,148,232)",
							bodyTextInactiveSellColor: "rgba(231,86,86,.5)",
							bodyTextActiveSellColor: "rgb(231,86,86)",
							bodyFontFamily: "Verdana",
							bodyFontSize: 9,
							bodyFontBold: !0,
							bodyFontItalic: !1,
							quantityBorderActiveBuyColor: "rgb(64,148,232)",
							quantityBorderInactiveBuyColor: "rgba(64,148,232,.5)",
							quantityBorderActiveSellColor: "rgb(231,86,86)",
							quantityBorderInactiveSellColor: "rgba(231,86,86,.5)",
							quantityBackgroundInactiveBuyColor: "rgba(64,148,232,.5)",
							quantityBackgroundActiveBuyColor: "rgb(64,148,232)",
							quantityBackgroundInactiveSellColor: "rgba(231,86,86,.5)",
							quantityBackgroundActiveSellColor: "rgb(231,86,86)",
							quantityTextColor: "rgba( 255, 255, 255, 1)",
							quantityTextTransparency: 0,
							quantityFontFamily: "Verdana",
							quantityFontSize: 9,
							quantityFontBold: !0,
							quantityFontItalic: !1,
							cancelButtonBorderActiveBuyColor: "rgb(64,148,232)",
							cancelButtonBorderInactiveBuyColor: "rgba(64,148,232,.5)",
							cancelButtonBorderActiveSellColor: "rgb(231,86,86)",
							cancelButtonBorderInactiveSellColor: "rgba(231,86,86,.5)",
							cancelButtonBackgroundColor: "rgba( 255, 255, 255, 0.75)",
							cancelButtonBackgroundTransparency: 25,
							cancelButtonIconActiveBuyColor: "rgb(64,148,232)",
							cancelButtonIconInactiveBuyColor: "rgba(64,148,232,.5)",
							cancelButtonIconActiveSellColor: "rgb(231,86,86)",
							cancelButtonIconInactiveSellColor: "rgba(231,86,86,.5)",
							tooltip: "",
							modifyTooltip: "",
							cancelTooltip: ""
						},
						linetoolposition: {
							extendLeft: "inherit",
							lineLength: "inherit",
							lineBuyColor: "rgb(64,148,232)",
							lineSellColor: "rgb(231,86,86)",
							lineStyle: "inherit",
							lineWidth: "inherit",
							bodyBorderBuyColor: "rgb(64,148,232)",
							bodyBorderSellColor: "rgb(231,86,86)",
							bodyBackgroundColor: "rgba( 255, 255, 255, 0.75)",
							bodyBackgroundTransparency: 25,
							bodyTextPositiveColor: "rgb(38,140,2)",
							bodyTextNeutralColor: "rgb(100,100,100)",
							bodyTextNegativeColor: "rgb(231,86,86)",
							bodyFontFamily: "Verdana",
							bodyFontSize: 9,
							bodyFontBold: !0,
							bodyFontItalic: !1,
							quantityBorderBuyColor: "rgb(64,148,232)",
							quantityBorderSellColor: "rgb(231,86,86)",
							quantityBackgroundBuyColor: "rgb(64,148,232)",
							quantityBackgroundSellColor: "rgb(231,86,86)",
							quantityTextColor: "rgba( 255, 255, 255, 1)",
							quantityTextTransparency: 0,
							quantityFontFamily: "Verdana",
							quantityFontSize: 9,
							quantityFontBold: !0,
							quantityFontItalic: !1,
							reverseButtonBorderBuyColor: "rgb(64,148,232)",
							reverseButtonBorderSellColor: "rgb(231,86,86)",
							reverseButtonBackgroundColor: "rgba( 255, 255, 255, 0.75)",
							reverseButtonBackgroundTransparency: 25,
							reverseButtonIconBuyColor: "rgb(64,148,232)",
							reverseButtonIconSellColor: "rgb(231,86,86)",
							closeButtonBorderBuyColor: "rgb(64,148,232)",
							closeButtonBorderSellColor: "rgb(231,86,86)",
							closeButtonBackgroundColor: "rgba( 255, 255, 255, 0.75)",
							closeButtonBackgroundTransparency: 25,
							closeButtonIconBuyColor: "rgb(64,148,232)",
							closeButtonIconSellColor: "rgb(231,86,86)",
							tooltip: "",
							protectTooltip: "",
							closeTooltip: "",
							reverseTooltip: ""
						},
						linetoolexecution: {
							direction: "buy",
							arrowHeight: 8,
							arrowSpacing: 1,
							arrowBuyColor: "#4094e8",
							arrowSellColor: "#e75656",
							text: "",
							textColor: "rgba( 0, 0, 0, 1)",
							textTransparency: 0,
							fontFamily: "Verdana",
							fontSize: 10,
							fontBold: !1,
							fontItalic: !1,
							tooltip: ""
						},
						linetoolicon: {
							color: y,
							size: 40,
							icon: 61720,
							angle: .5 * Math.PI,
							scale: 1
						},
						linetoolimage: {
							transparency: 0,
							cssWidth: 0,
							cssHeight: 0,
							angle: 0
						},
						linetoolbezierquadro: {
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							linewidth: 1,
							fillBackground: !1,
							backgroundColor: n(y, 80),
							transparency: 50,
							linestyle: CanvasEx.LINESTYLE_SOLID,
							extendLeft: !1,
							extendRight: !1,
							leftEnd: m.Normal,
							rightEnd: m.Normal
						},
						linetoolbeziercubic: {
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							linewidth: 1,
							fillBackground: !1,
							backgroundColor: "rgba(0, 188, 212, 0.2)",
							transparency: 50,
							linestyle: CanvasEx.LINESTYLE_SOLID,
							extendLeft: !1,
							extendRight: !1,
							leftEnd: m.Normal,
							rightEnd: m.Normal
						},
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							linewidth: 1,
							linestyle: CanvasEx.LINESTYLE_SOLID,
							extendLeft: !1,
							extendRight: !1,
							leftEnd: m.Normal,
							rightEnd: m.Normal,
							showLabel: !1,
							horzLabelsAlign: "center",
							vertLabelsAlign: "bottom",
							font: "Verdana",
							textcolor: y,
							fontsize: 14,
							bold: !1,
							italic: !1,
							alwaysShowStats: !1,
							showMiddlePoint: !1,
							showPriceRange: !1,
							showBarsRange: !1,
							showDateTimeRange: !1,
							showDistance: !1,
							showAngle: !1,
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						},
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							linewidth: 1,
							linestyle: CanvasEx.LINESTYLE_SOLID,
							extendLeft: !1,
							extendRight: !1,
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							rightEnd: m.Normal,
							font: "Verdana",
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							horzLabelsAlign: "center",
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							textcolor: y,
							fontsize: 14,
							bold: !1,
							italic: !1,
							alwaysShowStats: !0,
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							showPriceRange: !0,
							showBarsRange: !0,
							showDateTimeRange: !0,
							showDistance: !0,
							showAngle: !0,
							statsPosition: g.Center
						},
						linetooltimecycles: {
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							linewidth: 1,
							fillBackground: !0,
							backgroundColor: "rgba(106, 168, 79, 0.5)",
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							linestyle: CanvasEx.LINESTYLE_SOLID
						},
						linetoolsineline: {
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							linewidth: 1,
							linestyle: CanvasEx.LINESTYLE_SOLID
						},
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							linewidth: 1,
							linestyle: CanvasEx.LINESTYLE_SOLID,
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							textcolor: y,
							fontsize: 12,
							bold: !1,
							italic: !1,
							alwaysShowStats: !1,
							showMiddlePoint: !1,
							showPriceRange: !1,
							showBarsRange: !1,
							extendRight: !1,
							extendLeft: !1,
							statsPosition: g.Right
						},
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							linewidth: 1,
							linestyle: CanvasEx.LINESTYLE_SOLID,
							fillBackground: !0,
							backgroundColor: "rgba(0, 150, 136, 0.2)",
							transparency: 20,
							extendLeft: !1,
							extendRight: !1,
							leftEnd: m.Normal,
							rightEnd: m.Normal,
							font: "Verdana",
							textcolor: "rgba(0, 150, 136, 1)",
							fontsize: 12,
							bold: !1,
							italic: !1,
							showPrices: !1,
							showPriceRange: !1,
							showDateTimeRange: !1,
							showBarsRange: !1
						},
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							linewidth: 1,
							linestyle: CanvasEx.LINESTYLE_SOLID,
							fillBackground: !0,
							backgroundColor: "rgba(171, 71, 188, 0.2)",
							transparency: 20,
							extendLeft: !1,
							extendRight: !1,
							leftEnd: m.Normal,
							rightEnd: m.Normal,
							font: "Verdana",
							textcolor: "rgba(171, 71, 188, 1)",
							fontsize: 12,
							bold: !1,
							italic: !1,
							showPrices: !1,
							showPriceRange: !1,
							showDateTimeRange: !1,
							showBarsRange: !1
						},
						linetoolfibspiral: {
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							linecolor: "rgba(0, 150, 136, 1)",
							linewidth: 1,
							linestyle: CanvasEx.LINESTYLE_SOLID
						},
						linetooldaterange: {
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							linewidth: 1,
							font: S,
							textcolor: "rgba( 255, 255, 255, 1)",
							fontsize: 12,
							fillLabelBackground: !0,
							labelBackgroundColor: n(y, 10),
							fillBackground: !0,
							backgroundColor: n(y, 80),
							backgroundTransparency: 60,
							drawBorder: !1,
							borderColor: n(y, 10),
							extendTop: !1,
							extendBottom: !1
						},
						linetoolpricerange: {
							linecolor: y,
							linewidth: 1,
							font: S,
							textcolor: "rgba( 255, 255, 255, 1)",
							fontsize: 12,
							fillLabelBackground: !0,
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								showPearsons: !0,
								transparency: 70
							}
						}
					}, C(TradingView.defaultProperties.chartproperties), x()
				}
				if (void 0 === TradingView.defaultProperties["study_MA@tv-basicstudies"] && (TradingView
						.defaultProperties["study_MA@tv-basicstudies"] = {
							description: "Moving Average",
							shortDescription: "MA",
							inputs: {
								length: 9,
								source: "close"
							},
							styles: {
								MovAvg: {
									visible: !0,
									color: y,
									linestyle: CanvasEx.LINESTYLE_SOLID,
									linewidth: 1,
									plottype: h.Line,
									histogramBase: 0,
									title: "MA"
								}
							}
						}), void 0 === TradingView.defaultProperties[
						"study_PivotPointsHighLow@tv-basicstudies"] && (TradingView.defaultProperties[
						"study_PivotPointsHighLow@tv-basicstudies"] = {
						font: "Arial",
						fontsize: 10,
						borderColor: y,
						backColor: "#E3EFFD",
						textColor: "#131722"
					}), void 0 === TradingView.defaultProperties[
						"study_PivotPointsStandard@tv-basicstudies"]) {
					TradingView.defaultProperties["study_PivotPointsStandard@tv-basicstudies"] = {
						_hardCodedDefaultsVersion: 1,
						font: "Arial",
						fontsize: 11,
						levelsStyle: {
							showLabels: !0,
							visibility: {
								P: !0,
								"S1/R1": !0,
								"S2/R2": !0,
								"S3/R3": !0,
								"S4/R4": !0,
								"S5/R5": !0
							},
							colors: {
								P: "#FB8C00",
								"S1/R1": "#FB8C00",
								"S2/R2": "#FB8C00",
								"S3/R3": "#FB8C00",
								"S4/R4": "#FB8C00",
								"S5/R5": "#FB8C00"
							},
							widths: {
								P: 1,
								"S1/R1": 1,
								"S2/R2": 1,
								"S3/R3": 1,
								"S4/R4": 1,
								"S5/R5": 1
							}
						}
					}
				}
				if (void 0 === TradingView.defaultProperties["study_ZigZag@tv-basicstudies"] && (
						TradingView.defaultProperties["study_ZigZag@tv-basicstudies"] = {
							color: y,
							linewidth: 2
						}), void 0 === TradingView.defaultProperties[
						"study_ElliottWave@tv-basicstudies"] && (TradingView.defaultProperties[
						"study_ElliottWave@tv-basicstudies"] = {
						inputs: {},
						level0: t("rgba( 255, 0, 0, 1)", !1),
						level1: t("rgba( 0, 128, 0, 1)", !1),
						level2: t("rgba( 0, 0, 255, 1)", !1),
						level3: t("rgba( 255, 0, 255, 1)", !1),
						level4: t("rgba( 0, 128, 255, 1)", !0),
						level5: t("rgba( 255, 0, 0, 1)", !0),
						level6: t("rgba( 0, 128, 0, 1)", !0),
						level7: t("rgba( 0, 0, 255, 1)", !0),
						level8: t("rgba( 255, 0, 255, 1)", !0)
					}), void 0 === TradingView.defaultProperties[
						"study_LinearRegression@tv-basicstudies"] && (TradingView.defaultProperties[
						"study_LinearRegression@tv-basicstudies"] = {
						styles: {
							upLine: {
								visible: !0,
								color: n(y, 70),
								linestyle: CanvasEx.LINESTYLE_SOLID,
								linewidth: 1
							},
							downLine: {
								visible: !0,
								color: n(y, 70),
								linestyle: CanvasEx.LINESTYLE_SOLID,
								linewidth: 1
							},
							baseLine: {
								visible: !0,
								color: "rgba(244, 67, 54, 0.3)",
								linestyle: CanvasEx.LINESTYLE_SOLID,
								linewidth: 1
							},
							extendLines: !0,
							showPearsons: !0,
							backgroundColor: "rgba( 153, 21, 21, 0.3)",
							transparency: 70
						}
					}), void 0 === TradingView.defaultProperties["study_Compare@tv-basicstudies"] && (
						TradingView.defaultProperties["study_Compare@tv-basicstudies"] = {
							minTick: "default"
						}), void 0 === TradingView.defaultProperties["study_Overlay@tv-basicstudies"]) {
					TradingView.defaultProperties["study_Overlay@tv-basicstudies"] = {
						style: a.STYLE_LINE,
						allowExtendTimeScale: !1,
						showPriceLine: !1,
						minTick: "default",
						candleStyle: {
							upColor: "rgba( 107, 165, 131, 1)",
							downColor: "rgba( 215, 84, 66, 1)",
							drawWick: !0,
							drawBorder: !0,
							drawBody: !0,
							borderColor: "rgba( 55, 134, 88, 1)",
							borderUpColor: "rgba( 34, 84, 55, 1)",
							borderDownColor: "rgba( 91, 26, 19, 1)",
							wickColor: "rgba( 115, 115, 117, 1)",
							wickUpColor: "rgba( 115, 115, 117, 1)",
							wickDownColor: "rgba( 115, 115, 117, 1)",
							barColorsOnPrevClose: !1
						},
						hollowCandleStyle: {
							upColor: "rgba( 107, 165, 131, 1)",
							downColor: "rgba( 215, 84, 66, 1)",
							drawWick: !0,
							drawBorder: !0,
							drawBody: !0,
							borderColor: "rgba( 55, 134, 88, 1)",
							borderUpColor: "rgba( 34, 84, 55, 1)",
							borderDownColor: "rgba( 91, 26, 19, 1)",
							wickColor: "rgba( 115, 115, 117, 1)",
							wickUpColor: "rgba( 115, 115, 117, 1)",
							wickDownColor: "rgba( 115, 115, 117, 1)",
							barColorsOnPrevClose: !1
						},
						barStyle: {
							upColor: "rgba( 107, 165, 131, 1)",
							downColor: "rgba( 215, 84, 66, 1)",
							barColorsOnPrevClose: !1,
							dontDrawOpen: !1,
							thinBars: !0
						},
						lineStyle: {
							color: "#FF6D00",
							linestyle: CanvasEx.LINESTYLE_SOLID,
							linewidth: 2,
							priceSource: "close",
							styleType: a.STYLE_LINE_TYPE_SIMPLE
						},
						areaStyle: {
							color1: y,
							color2: y,
							linecolor: y,
							linestyle: CanvasEx.LINESTYLE_SOLID,
							linewidth: 2,
							priceSource: "close",
							transparency: 95
						},
						baselineStyle: {
							baselineColor: "rgba( 117, 134, 150, 1)",
							topFillColor1: "rgba( 83, 185, 135, 0.05)",
							topFillColor2: "rgba( 83, 185, 135, 0.05)",
							bottomFillColor1: "rgba( 235, 77, 92, 0.05)",
							bottomFillColor2: "rgba( 235, 77, 92, 0.05)",
							topLineColor: "rgba( 83, 185, 135, 1)",
							bottomLineColor: "rgba( 235, 77, 92, 1)",
							topLineWidth: 2,
							bottomLineWidth: 2,
							priceSource: "close",
							transparency: 50,
							baseLevelPercentage: 50
						},
						styles: {
							open: {
								visible: !0,
								color: "rgba( 255, 0, 0, 1)",
								linestyle: CanvasEx.LINESTYLE_SOLID,
								linewidth: 1,
								plottype: h.Line,
								histogramBase: 0
							},
							high: {
								visible: !0,
								color: "rgba( 255, 0, 0, 1)",
								linestyle: CanvasEx.LINESTYLE_SOLID,
								linewidth: 1,
								plottype: h.Line,
								histogramBase: 0
							},
							low: {
								visible: !0,
								color: "rgba( 255, 0, 0, 1)",
								linestyle: CanvasEx.LINESTYLE_SOLID,
								linewidth: 1,
								plottype: h.Line,
								histogramBase: 0
							},
							close: {
								visible: !0,
								color: "rgba( 255, 0, 0, 1)",
								linestyle: CanvasEx.LINESTYLE_SOLID,
								linewidth: 1,
								plottype: h.Line,
								histogramBase: 0
							}
						}
					}
				}
				for (var I = e.split("."), M = TradingView.defaultProperties, O = 0; O < I.length; O++)
					M && (M = M[I[O]]);
				return null != M ? TradingView.clone(M) : {}
			};

			function P(e, t, i, s, r) {
				if (s)
					for (var n in s) {
						var o = n.split("."),
							a = c(o[0]),
							l = void 0 !== r && r === o[0];
						0 !== o.length && l && (a = c((o = o.slice(1))[0])), 0 !== o.length && e
							.hasOwnProperty(a) ? h(e, o, s[n]) || u(n) : l && u(n)
					}

				function c(e) {
					return t && t[e] ? t[e] : e
				}

				function h(e, t, i, s) {
					var r = c(t[0]);
					return !!e.hasOwnProperty(r) && (t.length > 1 ? h(e[r], t.slice(1), i) : (e[r] && e[r]
						.setValue ? e[r].setValue(i) : e[r] = i, !0))
				}

				function u(e) {
					i || v.logWarn("Path `" + e + "` does not exist.")
				}
			}

			function C(e, t, i, s) {
				window.__defaultsOverrides && P(e, t, i, window.__defaultsOverrides, s)
			}

			function x() {
				var e = /^linetool.+/;
				Object.keys(TradingView.defaultProperties).forEach((function(t) {
					e.test(t) && C(TradingView.defaultProperties[t], null, !1, t)
				}))
			}

			function T(e, t) {
				return t ? function(e, t) {
					var i = w(e);
					if (!window._UNIT_TESTS) {
						var s = TradingView.clone(TVSettings.getJSON(e, null));
						if (function(e) {
								var t = new Set(["linetoolregressiontrend"]);
								return e.startsWith("study_") || t.has(e)
							}(e) && s && function(e) {
								if (!e) return !1;
								e = e.toString();
								var t = new RegExp("\\d+").exec(e);
								return null !== t && t[0] === e
							}(s.version)) {
							var r = s.inputs,
								n = t.updateStudyInputs(s.id, s.version, "last", r, null);
							s.inputs = n;
							var o = t.updateStudyState(s, s);
							s = o
						}
						TradingView.merge(i, s)
					}
					return i
				}(e, t) : function(e) {
					var t = w(e);
					if (!window._UNIT_TESTS) {
						var i = TradingView.clone(TVSettings.getJSON(e, null));
						i && TradingView.merge(t, i)
					}
					return t
				}(e)
			}
			T.create = function(e, t) {
					if (t) {
						var i = w(e);
						TradingView.defaultProperties[e] = Object.assign(t, i)
					}
				}, T.remove = function(e) {
					TradingView.defaultProperties[e] = void 0
				}, TradingView.saveDefaults = function(e, t) {
					TVSettings.setJSON(e, t)
				}, TradingView.factoryDefaults = w, window.applyDefaultOverridesToLinetools = x, window
				.applyDefaultsOverrides = C, window.applyPropertiesOverrides = P, window.defaults = T, t
				.applyDefaultOverridesToLinetools = x, t.applyDefaultsOverrides = C, t
				.applyPropertiesOverrides = P, t.defaults = T, t.factoryDefaults = w, t.saveDefaults =
				TradingView.saveDefaults
		},
		wamh: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "ChangeToolBarsThemeUndoCommand", (function() {
				return o
			}));
			var s = i("EsvI"),
				r = i("oiZD"),
				n = i("RDU5");
			class o extends n.UndoCommand {
				constructor(e, t, i = !0) {
					super("Apply Toolbars Theme"), this._prevThemeName = e, this._themeName = t,
						this._syncState = i
				}
				undo() {
					Object(s.isStdThemeName)(this._prevThemeName) && (Object(r.setTheme)(this
						._prevThemeName), this._syncState && Object(s.syncTheme)())
				}
				redo() {
					Object(s.isStdThemeName)(this._themeName.toLowerCase()) && (Object(r.setTheme)(
						this._themeName.toLowerCase()), this._syncState && Object(s
						.syncTheme)())
				}
			}
		},
		wi9r: function(e, t, i) {
			"use strict";
			(function(e) {
				var t = i("e3/o").randomHash;

				function s(e) {
					this._chartApi = e, this._sessionid = "qs_" + t(), this._sessionstarted = !1
				}
				s.prototype.destroy = function() {
					this._sessionstarted && (this._chartApi.quoteDeleteSession(this._sessionid),
						this._sessionid = null, this._sessionstarted = !1)
				}, s.prototype.connected = function() {
					return this._chartApi.connected()
				}, s.prototype.connect = function(e) {
					this._globalHandler = e, this._chartApi.createSession(this._sessionid, this),
						this._chartApi.connect()
				}, s.prototype.disconnect = function() {
					this._chartApi.disconnect()
				}, s.prototype.quoteAddSymbols = function(e, t) {
					e = [].concat(e), t && t.forcePermission && (e = e.concat({
						flags: ["force_permission"]
					})), this._chartApi.quoteAddSymbols(this._sessionid, e)
				}, s.prototype.quoteRemoveSymbols = function(e) {
					this._chartApi.quoteRemoveSymbols(this._sessionid, e)
				}, s.prototype.quoteFastSymbols = function(e) {
					this._chartApi.quoteFastSymbols(this._sessionid, e)
				}, s.prototype.quoteSetFields = function(e) {
					this._chartApi.quoteSetFields(this._sessionid, e)
				}, s.prototype.onMessage = function(e) {
					switch (e.method) {
						case "connected":
							this._sessionstarted || (this._chartApi.quoteCreateSession(this
								._sessionid), this._sessionstarted = !0);
							break;
						case "disconnected":
							this._sessionstarted = !1
					}
					this._globalHandler(e)
				}, s.prototype.quoteHibernateAll = function(e) {
					this._chartApi.quoteHibernateAll(this._sessionid)
				}, TradingView.QuoteSession = s, e && e.exports && (e.exports = s)
			}).call(this, i("YuTi")(e))
		},
		wiuq: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolArrowMarker", (function() {
				return a
			}));
			var s = i("Ss5c"),
				r = i("Ocx9"),
				n = i("tc+8"),
				o = i.n(n);
			class a extends s.LineDataSource {
				constructor(e, t) {
					super(e, t || a.createProperties()),
						i.e("lt-pane-views").then(i.bind(null, "Qa6j")).then(({
							ArrowMarkerPaneView: e
						}) => {
							this._setPaneViews([new e(this, this.model())])
						})
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Trend Line"
				}
				static createProperties(e) {
					const t = new r.DefaultProperty("linetoolarrowmarker", e);
					return a._configureProperties(t), t
				}
				_getPropertyDefinitionsViewModelClass() {
					return Promise.all([i.e(27), i.e(62), i.e(
						"lt-property-pages-with-definitions")]).then(i.bind(null, "FxV7")).then(
						e => e.ArrowMarkerDefinitionsViewModel)
				}
				static _configureProperties(e) {
					s.LineDataSource._configureProperties(e), e.hasChild("text") || e.addChild(
						"text", new o.a("")), e.addExclusion("text")
				}
			}
		},
		wjVR: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("txPx");

			function n(e, t) {
				const i = Object.create(Object.getPrototypeOf(e));
				for (const s of t) Object.prototype.hasOwnProperty.call(e, s) && (i[s] = e[s]);
				return i
			}
			var o = i("qFKp"),
				a = i("jofe"),
				l = i("FQhm"),
				c = i("sQaR");
			let h;
			class u extends c.a {
				constructor() {
					super(), this._dialog = null, this._subscribe = e => {
						this._setVisibility(e)
					}
				}
				show() {
					this._load().then(e => e.show())
				}
				hide() {
					var e;
					null === (e = this._dialog) || void 0 === e || e.hide()
				}
				static getInstance() {
					return h || (h = new u), h
				}
				_load() {
					return Promise.all([i.e("redux"), i.e("react"), i.e(1), i.e(3), i.e(4), i.e(6),
						i.e(8), i.e(9), i.e(11), i.e(12), i.e(13), i.e(14), i.e(16), i.e(
							22), i.e(24), i.e(41), i.e(51), i.e(63), i.e(74), i.e(0), i.e(
						2), i
						.e(5), i.e(7), i.e(10), i.e(15), i.e(20), i.e(38), i.e(47), i.e(56),
						i.e("object-tree-dialog")
					]).then(i.bind(null, "xNz2")).then(e => {
						var t, i;
						return null === (t = this._dialog) || void 0 === t || t.hide(),
							null === (i = this._dialog) || void 0 === i || i.visible()
							.unsubscribe(this._subscribe), this._dialog = new e
							.ObjectTreeDialogRenderer, this._dialog.visible().subscribe(this
								._subscribe), this._dialog
					})
				}
			}
			var d = i("ogJP"),
				p = i("dDSx");
			var _ = i("CW80"),
				m = i("3ClC"),
				f = i("H0vP"),
				g = i("mkn5"),
				b = i("eJTA"),
				v = i("Hr11"),
				S = i("S8xo"),
				y = i("ikwP");
			i("bc0y");
			class w {
				constructor(e, t, i) {
					this._handleEl = null, this._startY = 0, this._deltaY = 0, this._totalHeight = 0,
						this._totalStretch = 0, this._prevStretchA = 0, this._minPaneHeight = 0, this
						._maxPaneHeight = 0, this._pixelStretchFactor = 0, this._colorCache = {
							lineColor: "",
							backgroundColor: "",
							color: ""
						}, this._chart = e, this._paneA = e.paneWidgets()[t], this._paneB = e
						.paneWidgets()[i], this._row = document.createElement("tr"), this._cell =
						document.createElement("td"), this._row.appendChild(this._cell), this._cell
						.classList.add("pane-separator"), this._cell.setAttribute("colspan", "3"), this
						._cell.style.background = this._color(), this.adjustSize(), this._cell
						.addEventListener("click", () => {});
					const s = document.createElement("div");
					s.classList.add("handle"), this._cell.appendChild(s), this._mouseEventHandler =
						new S.MouseEventHandler(s, this, {
							treatVertTouchDragAsPageScroll: !1,
							treatHorzTouchDragAsPageScroll: !0
						}), this._handleEl = s
				}
				destroy() {
					this._mouseEventHandler.destroy(), this._row.parentElement && this._row
						.parentElement.removeChild(this._row)
				}
				getElement() {
					return this._row
				}
				hide() {
					this._row.classList.add("js-hidden")
				}
				show() {
					this._row.classList.remove("js-hidden")
				}
				adjustSize() {
					this._row.style.height = w.height() + "px"
				}
				mouseDownEvent(e) {
					this._mouseDownOrTouchStartEvent(e)
				}
				touchStartEvent(e) {
					this._mouseDownOrTouchStartEvent(e)
				}
				pressedMouseMoveEvent(e) {
					this._pressedMouseOrTouchMoveEvent(e)
				}
				touchMoveEvent(e) {
					this._pressedMouseOrTouchMoveEvent(e)
				}
				mouseUpEvent(e) {
					this._mouseUpOrTouchEndEvent(e)
				}
				touchEndEvent(e) {
					this._mouseUpOrTouchEndEvent(e)
				}
				update() {
					this._cell.style.background = this._color().toString()
				}
				paint() {}
				image() {
					const e = this._paneA.leftPriceAxisesContainer().getWidth(),
						t = this._paneA.width(),
						i = this._paneA.rightPriceAxisesContainer().getWidth(),
						s = this._color(),
						r = Object(y.createDisconnectedCanvas)(document, new y.Size(e, 1)),
						n = Object(y.getPrescaledContext2D)(r);
					n.fillStyle = s, n.fillRect(0, 0, e, 1);
					const o = Object(y.createDisconnectedCanvas)(document, new y.Size(t, 1)),
						a = Object(y.getPrescaledContext2D)(o);
					a.fillStyle = s, a.fillRect(0, 0, t, 1);
					const l = Object(y.createDisconnectedCanvas)(document, new y.Size(i, 1)),
						c = Object(y.getPrescaledContext2D)(l);
					return c.fillStyle = s, c.fillRect(0, 0, i, 1), {
						type: "separator",
						leftAxis: {
							content: r.toDataURL(),
							canvas: r,
							contentWidth: e,
							contentHeight: 1
						},
						rightAxis: {
							content: l.toDataURL(),
							canvas: l,
							contentWidth: i,
							contentHeight: 1
						},
						content: o.toDataURL(),
						canvas: o,
						contentWidth: t,
						contentHeight: 1
					}
				}
				static height() {
					const e = window.devicePixelRatio || 1;
					return e >= 1 ? 1 : 1 / e
				}
				_mouseDownOrTouchStartEvent(e) {
					this._startY = e.pageY, this._deltaY = 0, this._totalHeight = this._paneA.height() +
						this._paneB.height(), this._totalStretch = this._paneA.state().stretchFactor() +
						this._paneB.state().stretchFactor(), this._prevStretchA = this._paneA.state()
						.stretchFactor(), this._minPaneHeight = 30, this._maxPaneHeight = this
						._totalHeight - this._minPaneHeight, this._pixelStretchFactor = this
						._totalStretch / this._totalHeight, Object(s.ensureNotNull)(this._handleEl)
						.classList.add("i-active")
				}
				_pressedMouseOrTouchMoveEvent(e) {
					this._deltaY = e.pageY - this._startY;
					const t = this._paneA.height(),
						i = Object(v.clamp)(t + this._deltaY, this._minPaneHeight, this
							._maxPaneHeight) * this._pixelStretchFactor,
						s = this._totalStretch - i;
					this._paneA.state().setStretchFactor(i), this._paneB.state().setStretchFactor(s),
						this._chart.adjustSize(), this._paneA.height() !== t && (this._startY = e
							.pageY), this._chart.model().model().fullUpdate()
				}
				_mouseUpOrTouchEndEvent(e) {
					this._chart.model().addPaneStretchFactorUndoCommand(this._paneA.state(), this._paneB
							.state(), this._prevStretchA, this._paneA.state().stretchFactor()), this
						._startY = 0, this._deltaY = 0, this._totalHeight = 0, this._totalStretch = 0,
						this._minPaneHeight = 0, this._maxPaneHeight = 0, this._pixelStretchFactor = 0,
						Object(s.ensureNotNull)(this._handleEl).classList.remove("i-active")
				}
				_color() {
					const e = this._chart.properties().childs().scalesProperties.childs().lineColor
						.value(),
						t = this._chart.model().model().backgroundColor().value();
					if (this._colorCache.lineColor !== e || this._colorCache.backgroundColor !== t) {
						const i = Object(b.parseRgba)(t),
							s = Object(b.parseRgba)(e),
							r = 0 === i[3] && 0 === s[3] ? "rgba(0,0,0,0)" : Object(b.rgbaToString)(
								Object(b.blendRgba)(i, s));
						this._colorCache = {
							lineColor: e,
							backgroundColor: t,
							color: r
						}
					}
					return this._colorCache.color
				}
			}
			var P = i("mMWL"),
				C = i("KnF9"),
				x = i("VaSN"),
				T = i("aIyQ"),
				I = i.n(T),
				M = i("hY0g"),
				O = i.n(M),
				L = i("Tmoa"),
				A = i("EsvI");
			const E = {
				moving: "wait_finishing",
				wait_finishing: "stop",
				stop: "moving"
			};
			class k {
				constructor(e) {
					this._chartModel = null, this._currentDistance = 0, this._deferredFinishTimeout = 0,
						this._finishingTimeout = 0, this._moveType = "", this._startTime = 0, this
						._state = "stop", this._movingTimeout = 0, this._chart = e, this._chart
						.withModel(this, () => {
							this._chartModel = this._chart.model()
						})
				}
				destroy() {
					clearTimeout(this._movingTimeout)
				}
				move(e) {
					if (null !== this._chartModel && "stop" === this._state && this._chartModel
						.beginUndoMacro(1 === e ? "Move Left" : "Move Right"), this._state = E.stop,
						this._moveType = "animated", this._deferredFinishTimeout && (clearTimeout(this
							._deferredFinishTimeout), this._deferredFinishTimeout = 0), this
						._finishingTimeout && (clearTimeout(this._finishingTimeout), this
							._finishingTimeout = 0), this._startTime = Date.now(), 0 === this
						._movingTimeout) {
						const t = this._startTime,
							i = 10,
							s = () => {
								this.moveStep(t, 0, 50 * e, 1e3), this._movingTimeout = setTimeout(s, i)
							};
						this._movingTimeout = setTimeout(s, i)
					}
				}
				moveStep(e, t, i, s) {
					if (null !== this._chartModel && !this._chartModel.timeScale().isEmpty()) {
						const r = Date.now();
						r < e && (e = r);
						let n = (r - e) / s;
						(n > 1 || !isFinite(n)) && (n = 1);
						const o = 1 - Math.pow(1 - n, 3);
						return this._currentDistance = (i - t) * o + t, this._chartModel.scrollChart(
							this._currentDistance), n
					}
				}
				moveByBar(e) {
					if (null !== this._chartModel) {
						const t = this._chartModel.timeScale();
						if (t.isEmpty()) return;
						if ("stop" === this._state && this._chartModel.beginUndoMacro(1 === e ?
								"Move Left" : "Move Right"), null !== t.visibleBarsStrictRange()) {
							const e = t.indexToCoordinate(t.visibleBarsStrictRange().lastBar()) + t
								.barSpacing() / 2;
							Math.abs(t.width() - e) > t.barSpacing() / 6 && this._chartModel
								.scrollChart(t.width() - e)
						}
						if (this._state = E.stop, this._moveType = "by_bar", this._startTime = Date
							.now(), !this._movingTimeout) {
							let t = 0,
								i = 150;
							const s = 400,
								r = () => {
									this._moveByBarStep(e), t++, i > 100 && (i -= t / 5 * 20), this
										._movingTimeout = setTimeout(r, i)
								};
							this._movingTimeout = setTimeout(r, s), this._moveByBarStep(e)
						}
					}
				}
				stopMove() {
					"by_bar" === this._moveType ? this.stopMoveByBar() : this._stopMove()
				}
				stopMoveByBar() {
					"moving" === this._state && (clearTimeout(this._movingTimeout), this
						._movingTimeout = 0, this._state = E.wait_finishing, this._moveType = "",
						this._movingTimeout = 0, this._currentDistance = 0, null !== this
						._chartModel && this._chartModel.endUndoMacro())
				}
				_finishMove() {
					clearTimeout(this._movingTimeout), this._movingTimeout = 0, this
						._deferredFinishTimeout = 0;
					const e = this._currentDistance,
						t = Date.now(),
						i = () => {
							const s = this.moveStep(t, e, 0, 700);
							s && s < 1 ? this._finishingTimeout = setTimeout(i, 10) : null !== this
								._chartModel && (this._state = E.wait_finishing, this._moveType = "",
									this._movingTimeout = 0, this._currentDistance = 0, this._chartModel
									.endUndoMacro())
						};
					this._finishingTimeout = setTimeout(i, 10)
				}
				_stopMove() {
					"moving" === this._state && (this._state = E.moving, Date.now() - this._startTime <
						200 ? this._deferredFinishTimeout = setTimeout(this._finishMove.bind(this),
							200 - (Date.now() - this._startTime)) : this._finishMove())
				}
				_moveByBarStep(e) {
					if (null !== this._chartModel) {
						if (this._chartModel.timeScale().isEmpty()) return;
						this._chartModel.scrollChartByBar(e)
					}
				}
			}
			var D = i("m/3z"),
				V = i("Kxc7"),
				B = i("nqXy"),
				R = i("n5al"),
				N = i("pPtI");
			class j {
				constructor() {
					this._draggingSource = null, this._activeTouchPanes = new Set, this._scrollingPane =
						null, this._pinchingPane = null
				}
				onPaneDestroyed(e) {
					this._activeTouchPanes.delete(e), this._scrollingPane === e && (this
						._scrollingPane = null), this._pinchingPane === e && (this._pinchingPane =
						null)
				}
				startTouch(e) {
					this._activeTouchPanes.add(e)
				}
				endTouch(e) {
					this._activeTouchPanes.delete(e)
				}
				hasTouchesOnOtherPanes(e) {
					return this._activeTouchPanes.size > 1 || 1 === this._activeTouchPanes.size && !this
						._activeTouchPanes.has(e)
				}
				trySetDraggingSource(e, t) {
					return !this.hasTouchesOnOtherPanes(t) && (Object(s.assert)(null === this
							._draggingSource || this._draggingSource === e), this._draggingSource =
						e, !0)
				}
				clearDraggingSource() {
					null !== this._draggingSource && (this._draggingSource = null)
				}
				draggingSource() {
					return this._draggingSource
				}
				setScrollingPane(e) {
					Object(s.assert)(null === e || null === this._scrollingPane), this._scrollingPane =
						e
				}
				scrollingPane() {
					return this._scrollingPane
				}
				setPinchingPane(e) {
					Object(s.assert)(null === e || null === this._pinchingPane), this._pinchingPane = e
				}
				pinchingPane() {
					return this._pinchingPane
				}
			}
			var F = i("JWMC");
			i.d(t, "ChartWidgetBase", (function() {
				return G
			}));
			const W = Object(V.enabled)("chart_content_overrides_by_defaults"),
				H = Object(r.getLogger)("ChartWidget", {
					color: "#606"
				}),
				U = {
					addToWatchlistEnabled: !0,
					showFinancialsEnabled: !1,
					sourceSelectionEnabled: !0,
					propertyPagesEnabled: !0,
					paneContextMenuEnabled: !0,
					priceScaleContextMenuEnabled: !0,
					currencyConversionEnabled: !1,
					unitConversionEnabled: !1,
					goToDateEnabled: !1,
					marketStatusWidgetEnabled: !0,
					chartWarningWidgetEnabled: !0,
					dataProblemWidgetEnabled: !0,
					paneControlsEnabled: !0,
					isSymbolAvailable: e => Promise.resolve(!0),
					legendWidgetEnabled: !0,
					chartEventsEnabled: !0,
					esdEnabled: !1,
					croppedTickMarks: !0,
					countdownEnabled: !0,
					lastPriceAnimationEnabled: !0,
					useKineticScroll: o.CheckMobile.any(),
					indicatorsDialogShortcutEnabled: !0,
					handleScale: {
						mouseWheel: !0,
						pinch: !0,
						axisPressedMouseMove: {
							time: !0,
							price: !0
						}
					},
					handleScroll: {
						mouseWheel: !0,
						pressedMouseMove: !0,
						horzTouchDrag: !0,
						vertTouchDrag: !0
					}
				};

			function z(e, t, i, s = 0) {
				const r = t.mainSeries().syncModel(),
					n = e.mainSeries().syncModel();
				let o = i;
				if (null !== r && null !== n) {
					const t = e.createSyncPoint(r, n);
					0 !== s && (i = r.projectTime(i, s)), o = t.sourceTimeToTargetTime(i)
				}
				return e.timeScale().points().roughIndex(o, n && n.distance.bind(n))
			}
			class G {
				constructor(e, t, i) {
					this.activePaneWidget = null, this._model = null, this._paneWidgets = [], this
						._maximizedPaneWidget = null, this._timeAxisWidget = null, this
						._paneSeparators = [], this._controlBarNavigation = null, this
						._lineToolsSynchronizer = null, this._modelCreated = new I.a, this
						._isDestroyed = !1, this._customLegendWidgetsFactoryMap = new Map, this
						._backgroundTopTheme = new O.a("light"), this._backgroundBasedTheme = new O.a(
							"light"), this._backgroundBottomTheme = new O.a("light"), this
						._lhsAxesWidth = 0, this._rhsAxesWidth = 0, this._lhsPriceAxisWidthChanged =
						new I.a, this._rhsPriceAxisWidthChanged = new I.a, this._mainDiv = null, this
						._parent = null, this._elTooltipDiv = null, this._hotkeysListener = null, this
						._mouseWheelHelper = null,
						this._onWheelBound = null, this._justActivated = !1, this._inited = !1, this
						._containsData = !1, this._initialLoading = !1, this._defTimeframe = void 0,
						this._removeMaximizeHotkey = null, this._metaInfoRepository = null, this
						._invalidationMask = null, this._drawPlanned = !1, this._drawRafId = 0, this
						._inLoadingState = !1, this._timingsMeter = null, this._tagsChanged = new I.a,
						this._redraw = new I.a, this._isVisible = new O.a(!0), this._dataWindowWidget =
						null, this._updateThemedColorBound = this._updateThemedColor.bind(this), this
						._saveChartService = null, this._objectTreeDialogController = null, this
						._chartPaintedPromise = null, this._noExchangeSubscrptionWarning = null, this
						._paneWidgetsSharedState = new j, this._brokerName = "", this._onZoom = new I.a,
						this._id = t, this._layoutId = i, this._options = Object(d.merge)(Object(d
							.clone)(U), e), this._options.customLegendWidgetFactories && (this
							._customLegendWidgetsFactoryMap = this._options.customLegendWidgetFactories
						), this._subscribeToDrawingState(), this.withModel(this, () => {
							const e = this.model().model();
							e.backgroundTopColor().subscribe(this._updateThemedColorBound), e
								.backgroundColor().subscribe(this._updateThemedColorBound)
						}), this._scrollHelper = new k(this), this._objectTreeDialogController = u
						.getInstance()
				}
				destroy() {
					var e, t;
					null === (e = this._lineToolsSynchronizer) || void 0 === e || e.destroy(), null ===
						(t = this._noExchangeSubscrptionWarning) || void 0 === t || t.destroy(), window
						.loginStateChange.unsubscribe(this, this._handleLoginStateChanged), null !==
						this._model && (this._model.model().backgroundTopColor().unsubscribe(this
								._updateThemedColorBound), this._model.model().backgroundColor()
							.unsubscribe(this._updateThemedColorBound), this._model.destroy()), this
						._customLegendWidgetsFactoryMap.clear(), this._scrollHelper.destroy(), this
						._isDestroyed = !0
				}
				model() {
					return Object(s.ensureNotNull)(this._model)
				}
				id() {
					return this._id
				}
				layoutId() {
					return this._layoutId
				}
				isVisible() {
					return this._isVisible.value()
				}
				setVisible(e) {
					this._isVisible.setValue(e)
				}
				getPriceAxisWidthChangedByName(e) {
					return "left" === e ? this._lhsPriceAxisWidthChanged : this
						._rhsPriceAxisWidthChanged
				}
				getPriceAxisMaxWidthByName(e) {
					return "left" === e ? this._lhsAxesWidth : this._rhsAxesWidth
				}
				timeAxisHeight() {
					return null !== this._timeAxisWidget ? this._timeAxisWidget.size.h : 0
				}
				withModel(e, t) {
					null !== this._model ? t.call(e) : this.modelCreated().subscribe(e, t, !0)
				}
				hasModel() {
					return null !== this._model
				}
				onZoom() {
					return this._onZoom
				}
				images(e) {
					window.TradingView.printing = !0;
					const t = this.model().selection().allSources();
					this.model().selectionMacro(e => e.clearSelection());
					const i = (t, i) => {
							t.paint(i, this.onWidget());
							const s = {
								showCollapsedStudies: Boolean(null == e ? void 0 : e
									.showCollapsedStudies),
								status: null == e ? void 0 : e.status
							};
							return t.getScreenshotData(s)
						},
						s = [];
					if (null !== this._maximizedPaneWidget) {
						const e = this._paneWidgets.indexOf(this._maximizedPaneWidget);
						s.push(i(this._maximizedPaneWidget, f.InvalidationMask.light()
							.invalidateForPane(e)))
					} else
						for (let e = 0; e < this._paneWidgets.length; ++e) {
							const t = this._paneWidgets[e];
							s.push(i(t, f.InvalidationMask.light().invalidateForPane(e))), e < this
								._paneWidgets.length - 1 && s.push(this._paneSeparators[e].image())
						}
					let r;
					this._timeAxisWidget && (this._timeAxisWidget.paint(f.InvalidationLevel.Light), r =
							this._timeAxisWidget.getScreenshotData()), window.TradingView.printing = !1,
						this.model().selectionMacro(e => {
							t.forEach(t => {
								e.addSourceToSelection(t)
							})
						}), this.model().model().lightUpdate();
					const n = this.mainSeriesQuotesAndMetainfo();
					return {
						panes: s,
						timeAxis: r,
						colors: {
							text: this.properties().childs().scalesProperties.childs().textColor
								.value(),
							bg: this.properties().childs().paneProperties.childs().background.value(),
							scales: this.properties().childs().scalesProperties.childs().lineColor
								.value()
						},
						meta: n.meta,
						ohlc: n.ohlc,
						quotes: n.quotes
					}
				}
				setSaveChartService(e) {
					this._saveChartService = e, null !== this._lineToolsSynchronizer && this
						._lineToolsSynchronizer.setSaveChartService(e)
				}
				getSaveChartService() {
					return this._saveChartService
				}
				mainSeriesQuotesAndMetainfo() {
					let e, t, i;
					const s = this._model && this._model.mainSeries();
					if (s) {
						const r = e => null == e ? "" : s.formatter().format(e, void 0, void 0, !0, !
								1) + "",
							n = e => null == e ? "" : e + "";
						e = {
							resolution: s.interval(),
							symbol: s.symbol()
						};
						const o = s.symbolInfo();
						o && (e.symbol = o.full_name, e.description = o.description, e.exchange = o
							.exchange);
						const a = s.bars().last();
						null !== a && (t = a.value.slice(1, 5).map(r));
						const l = s.quotes();
						l && (i = {
							change: r(l.change),
							changePercent: n(l.change_percent),
							last: r(l.last_price)
						})
					}
					return {
						meta: e,
						ohlc: t,
						quotes: i
					}
				}
				updateCrossHairPositionIfNeeded() {
					if (this._model) {
						const e = P.tool.value();
						if (this._model.model().setCurrentTool(e), Object(x.lastEventIsTouch)()) {
							const e = this._maximizedPaneWidget || this._paneWidgets[0];
							if (e.hasState() && (this._isLineToolModeExceptBrush() || this
									.selectPointMode().value() || Object(P.toolIsMeasure)(P.tool
										.value()))) {
								const t = e.state(),
									i = .5 * this._model.model().timeScale().width(),
									s = .5 * t.defaultPriceScale().height();
								this._model.model().setAndSaveCurrentPosition(i, s, t)
							}
						}
						this._model && Object(x.lastEventIsTouch)() && this._model.model()
							.crossHairSource().updateAllViews()
					}
				}
				trackingModePaneWidget() {
					if (!Object(x.lastEventIsTouch)()) return null;
					for (const e of this.paneWidgets())
						if (e.trackingModeEnabled()) return e;
					return null
				}
				startTrackingMode() {
					if (Object(x.lastEventIsTouch)()) {
						this.exitTrackingMode(), this.updateCrossHairPositionIfNeeded();
						const e = this._maximizedPaneWidget || this._paneWidgets[0],
							t = this.model().model().crossHairSource().currentPoint();
						e.startTrackingMode(t, t)
					}
				}
				exitTrackingMode() {
					Object(x.lastEventIsTouch)() && this.paneWidgets().some(e => e
						.trackingModeEnabled()) && (this.paneWidgets().forEach(e => e
						.exitTrackingMode()), this.model().model().clearCurrentPosition())
				}
				onToolChanged() {
					this.selectPointMode().value() && this.cancelRequestSelectPoint(), this
						.exitTrackingMode()
				}
				setInLoadingState(e) {
					this._inLoadingState = e
				}
				paint(e) {
					const t = null != e ? e : f.InvalidationMask.full();
					t.validationActions().forEach(e => e()), this._paneWidgets.forEach((e, i) => {
						null !== this._maximizedPaneWidget && this._maximizedPaneWidget !== e ||
							e.paint(t.invalidateForPane(i), !1)
					}), this._timeAxisWidget && this._timeAxisWidget.paint(t
						.invalidateForTimeScale()), this._redraw.fire()
				}
				GUIResetScales() {
					Object(F.trackEvent)("GUI", "Reset Scales"),
						null !== this._model && this._model.resetScales()
				}
				maximizedPaneWidget() {
					return this._maximizedPaneWidget
				}
				isMaximizedPane() {
					return null !== this._maximizedPaneWidget
				}
				unsetActivePaneWidget() {
					this.activePaneWidget = null
				}
				setActivePaneWidget(e) {
					this.activePaneWidget = e
				}
				onPaneWidgetDestroyed(e) {
					this.activePaneWidget === e && (this.activePaneWidget = null)
				}
				backgroundTopTheme() {
					return this._backgroundTopTheme.readonly()
				}
				backgroundBasedTheme() {
					return this._backgroundBasedTheme.readonly()
				}
				backgroundBottomTheme() {
					return this._backgroundBottomTheme.readonly()
				}
				lineToolsAndGroupsDTO() {
					return Object(s.ensureNotNull)(this._lineToolsSynchronizer).prepareDTO()
				}
				resetLineToolsInvalidated(e, t) {
					Object(s.ensureNotNull)(this._lineToolsSynchronizer).resetInvalidated(e, t)
				}
				applyLineToolUpdateNotification(e) {
					Object(s.ensureNotNull)(this._lineToolsSynchronizer)
						.applyLineToolUpdateNotification(e)
				}
				applyAlertIdByExternalSource(e, t) {
					var i;
					null === (i = this._lineToolsSynchronizer) || void 0 === i || i
						.applyAlertIdByExternalSource(e, t)
				}
				deleteAlertByExternalSource(e, t) {
					var i;
					null === (i = this._lineToolsSynchronizer) || void 0 === i || i
						.deleteAlertByExternalSource(e)
				}
				shouldBeSavedEvenIfHidden() {
					return this.model().model().shouldBeSavedEvenIfHidden()
				}
				showObjectsTreeDialog() {
					var e;
					null === (e = this._objectTreeDialogController) || void 0 === e || e.show()
				}
				addCustomWidgetToLegend(e, t) {
					this._customLegendWidgetsFactoryMap.set(e, t);
					for (const i of this.paneWidgets()) i.addCustomWidgetToLegend(e, t)
				}
				applyIndicatorsToAllChartsAvailable() {
					if (!this.chartWidgetCollection().applyIndicatorsToAllChartsAvailable()) return !1;
					for (const e of this.model().model().panes()) {
						if (e.sourcesByGroup().all().some(e => Object(m.isStudy)(e) && !Object(m
								.isESDStudy)(e))) return !0
					}
					return !1
				}
				restoreState(e, t, i) {
					this.adjustSize();
					Object(s.ensureNotNull)(this._model).restoreState(this._content, t, i);
					this._setActions()
				}
				addCompareAsOverlay(e, t) {
					const i = this.model();
					return Object(s.ensureDefined)(this._options.isSymbolAvailable)(e).then(s => {
						if (!s) return null;
						const r = i.createStudyInserter({
							type: "java",
							studyId: "Overlay@tv-basicstudies"
						});
						return r.setForceOverlay(!0), r.setPreferredPriceScale("as-series"), r
							.setTargetPriceScaleMode({
								percentage: !0
							}), void 0 !== t && r.setPropertiesState({
								allowExtendTimeScale: t
							}), r.insert(async () => ({
								symbol: e
							}))
					})
				}
				scrollHelper() {
					return this._scrollHelper
				}
				adjustSize(e) {
					var t;
					let i = 0;
					const s = null === this._model ? null : this._model.model().priceScaleSlotsCount(),
						r = new Uint32Array(null === s ? 0 : s.left),
						n = new Uint32Array(null === s ? 0 : s.right),
						o = Object(y.getCanvasDevicePixelRatio)(document.body),
						a = (e, t) => e + t,
						c = (e, t) => {
							t.forEach((t, i) => {
								e[i] = Math.max(e[i], t)
							})
						};
					for (const e of this._paneWidgets)
						if (!this._maximizedPaneWidget || this._maximizedPaneWidget === e) {
							const t = e.leftPriceAxisesContainer().optimalWidths(),
								s = e.rightPriceAxisesContainer().optimalWidths();
							c(r, t), c(n, s), i += e.stretchFactor()
						} let h = r.reduce(a, 0),
						u = n.reduce(a, 0);
					const d = this._width(),
						p = this._height();
					let _ = Math.max(d - h - u, 0);
					if (_ <= 102) {
						h = 0, u = 0, _ = d;
						for (let e = 0; e < r.length; e++) r[e] = 0;
						for (let e = 0; e < n.length; e++) n[e] = 0
					}
					for (const e of this._paneSeparators) e.adjustSize();
					const m = this._paneSeparators.length,
						f = w.height(),
						g = this.isMaximizedPane() ? 0 : f * m,
						b = null !== this._timeAxisWidget ? this._timeAxisWidget.optimalHeight() : 0;
					let v = p - b >= 61 ? b : 0;
					v % 2 && (v += 1);
					const S = g + v,
						P = p < S ? 0 : p - S,
						C = P / i;
					let x = 0,
						T = !1;
					const I = null === (t = this._model) || void 0 === t ? void 0 : t.model();
					for (let e = 0; e < this._paneWidgets.length; ++e) {
						const t = this._paneWidgets[e];
						void 0 !== I && t.setState(I.panes()[e]);
						let i = 0;
						if (this.isMaximizedPane()) i = this._maximizedPaneWidget === t ? P : 0;
						else {
							let s = 0;
							s = e === this._paneWidgets.length - 1 ? Math.ceil((P - x) * o) / o : Math
								.round(t.stretchFactor() * C * o) / o, i = Math.max(s, 2), x += i
						}
						t.setPriceAxisSizes("left", i, r), t.setPriceAxisSizes("right", i, n), T = T ||
							i !== t.height(), t.setSize(new y.Size(_, i)), I && t.state() && I
							.setPaneHeight(t.state(), i)
					}
					null !== this._timeAxisWidget && this._timeAxisWidget.setSizes(new y.Size(_, v), r,
							n), I && I.setWidth(_, e), this._controlBarNavigation && this
						._controlBarNavigation.updatePosition(), this._lhsAxesWidth !== h && (this
							._lhsAxesWidth = h, this._lhsPriceAxisWidthChanged.fire(h)), this
						._rhsAxesWidth !== u && (this._rhsAxesWidth = u, this._rhsPriceAxisWidthChanged
							.fire(u)), T && l.emit("panes_height_changed")
				}
				setBroker(e) {
					var t;
					this._brokerName = e, null === (t = this._lineToolsSynchronizer) || void 0 === t ||
						t.setBroker(e)
				}
				chartPainted() {
					return this._drawPlanned ? (null === this._chartPaintedPromise && (this
							._chartPaintedPromise = Object(a.createDeferredPromise)()), this
						._chartPaintedPromise.promise) : Promise.resolve()
				}
				setDataWindowWidget(e) {
					this._dataWindowWidget = e
				}
				removeDataWindowWidget() {
					this._dataWindowWidget = null
				}
				_createLineToolsSynchronizerIfNeeded() {
					0
				}
				_updateThemedColor() {
					const e = this.model().model(),
						t = e.backgroundColorAtYPercentFromTop(.5);
					let i = e.backgroundTopColor().value(),
						s = e.backgroundColor().value();
					const r = Object(L.isColorDark)(t),
						n = Object(L.isColorDark)(i),
						o = Object(L.isColorDark)(s);
					this.widget().classList.toggle("chart-widget--themed-dark", r), this.widget()
						.classList.toggle("chart-widget--themed-light", !r), this.widget().classList
						.toggle("chart-widget__top--themed-dark", n), this.widget().classList.toggle(
							"chart-widget__top--themed-light", !n), this.widget().classList.toggle(
							"chart-widget__bottom--themed-dark", o), this.widget().classList.toggle(
							"chart-widget__bottom--themed-light", !o), this._backgroundTopTheme
						.setValue(n ? "dark" : "light"), this._backgroundBasedTheme.setValue(r ?
							"dark" : "light"), this._backgroundBottomTheme.setValue(o ? "dark" :
							"light"), i === s && Object(A.isStdThemedDefaultValue)(
							"chartProperties.paneProperties.background", i, this._backgroundBasedTheme
							.value()) && (i = null, s = null);
					for (const e of this._paneWidgets) e.updateThemedColors(i, s)
				}
				_isLineToolModeExceptBrush() {
					const e = P.tool.value();
					return Object(_.isLineToolName)(e) && !Object(_.isLineDrawnWithPressedButton)(e) &&
						!this.selectPointMode().value()
				}
				_cancelCreatingLine() {
					const e = Object(s.ensureNotNull)(this._model).model(),
						t = e.lineBeingCreated();
					if (null !== t) {
						const i = Object(s.ensureNotNull)(e.paneForSource(t));
						Object(s.ensureNotNull)(this.paneByState(i)).cancelCreatingLineTool()
					}
					const i = e.crossHairSource().measurePane();
					if (null !== i) {
						Object(s.ensureNotNull)(this.paneByState(i)).cancelMeasuring()
					}
				}
				_makePaneWidgetsAndSeparators() {
					const e = this.model().model().panes(),
						t = e.length,
						i = this._paneWidgets.length;
					for (let e = t; e < i; e++) {
						Object(s.ensureDefined)(this._paneWidgets.pop()).destroy();
						const e = this._paneSeparators.pop();
						e && e.destroy()
					}
					const r = this._options.containsData;
					for (let s = i; s < t; s++) {
						const t = {
							contextMenuEnabled: this._options.paneContextMenuEnabled,
							currencyConversionEnabled: this._options.currencyConversionEnabled,
							unitConversionEnabled: this._options.unitConversionEnabled,
							handleScale: this._options.handleScale,
							handleScroll: this._options.handleScroll,
							priceScaleContextMenuEnabled: this._options
								.priceScaleContextMenuEnabled,
							legendWidgetEnabled: this._options.legendWidgetEnabled,
							sourceStatusesWidgetEnabled: !r,
							sourceStatusesWidget: this._options.sourceStatusesWidget,
							marketStatusWidgetEnabled: this._options.marketStatusWidgetEnabled && !
								r,
							marketStatusWidget: this._options.marketStatusWidget,
							chartWarningWidgetEnabled: this._options.chartWarningWidgetEnabled && !
								r,
							chartWarningWidget: this._options.chartWarningWidget,
							dataProblemWidgetEnabled: this._options.dataProblemWidgetEnabled && !r,
							legendWidget: this._options.legendWidget,
							propertyPagesEnabled: this._options.propertyPagesEnabled,
							sourceSelectionEnabled: this._options.sourceSelectionEnabled,
							controlsEnabled: this._options.paneControlsEnabled,
							croppedTickMarks: this._options.croppedTickMarks,
							countdownEnabled: this._options.countdownEnabled,
							customLegendWidgetFactories: new Map(this
								._customLegendWidgetsFactoryMap),
							useKineticScroll: this._options.useKineticScroll
						};
						void 0 !== this._options.paneContextMenu && (t.contextMenu = this._options
							.paneContextMenu), void 0 !== this._options.priceScaleContextMenu && (t
							.priceScaleContextMenu = this._options.priceScaleContextMenu);
						const i = new g.PaneWidget(this, e[s], t, this._paneWidgetsSharedState);
						if (this._paneWidgets.push(i), s > 0) {
							const e = new w(this, s - 1, s);
							this._paneSeparators.push(e), this._timeAxisWidget ? this._elMainTable
								.insertBefore(e.getElement(), this._timeAxisWidget.getElement()) : this
								._elMainTable.appendChild(e.getElement())
						}
						this._timeAxisWidget ? this._elMainTable.insertBefore(i.getElement(), this
							._timeAxisWidget.getElement()) : this._elMainTable.appendChild(i
							.getElement())
					}
					for (let i = 0; i < t; i++) {
						const t = e[i],
							s = this._paneWidgets[i];
						s.hasState() && s.state() === t ? s.updatePriceAxisWidgets() : s.setState(t)
					}
					for (let e = t; e--;) this._paneWidgets[e].updateControls();
					this._updateThemedColor()
				}
				_width() {
					return this._options.width.value()
				}
				_height() {
					return this._options.height.value()
				}
				_onMousewheel(e) {
					if (!this.model().model().zoomEnabled() || null === this._mouseWheelHelper) return;
					if (!Object(o.onWidget)() && parent && parent !== window && parent.IS_DEMO_PAGE)
						return;
					if (null === this._model) return;
					if (this.model().timeScale().isEmpty()) return;
					const t = this._mouseWheelHelper.processWheel(e),
						i = t.deltaX,
						r = -t.deltaY;
					if (0 !== i && this._options.handleScroll.mouseWheel || 0 !== r && this._options
						.handleScale.mouseWheel) {
						if (e.cancelable && e.preventDefault(), 0 !== r && this._options.handleScale
							.mouseWheel) {
							const t = Math.sign(r) * Math.min(1, Math.abs(r)),
								i = Object(s.ensureNotNull)(this._mainDiv).getBoundingClientRect(),
								n = e.clientX - this._lhsAxesWidth - i.left;
							if (!Number.isFinite(n) || !Number.isFinite(t)) return void H.logWarn(
								"Incorrect mouse wheel processing: scrollPosition: " + n +
								", zoomScale: " + t);
							const o = new C.a(e).control();
							this.model().model().zoomTime(n, t, !!o || void 0), this._onZoom.fire(o)
						}
						0 !== i && this._options.handleScroll.mouseWheel && this.model().scrollChart(-
							80 * i)
					}
				}
				_setElement(e) {
					if (this._mainDiv) {
						this._mainDiv.remove();
						const e = document.createRange();
						e.selectNodeContents(Object(s.ensureNotNull)(this._parent)), e.deleteContents()
					}
					this._controlBarNavigation && (this._controlBarNavigation.destroy(), this
							._controlBarNavigation = null), null !== this._removeMaximizeHotkey && this
						._removeMaximizeHotkey(), this._removeMaximizeHotkey = this._initMaximizeHotkey(
							e);
					const t = e.ownerDocument,
						r = t.createElement("div");
					r.classList.add("chart-container-border"), e.insertBefore(r, e.firstChild), this
						._parent = r;
					const n = t.createElement("div");
					if (n.classList.add("chart-widget"), this._mainDiv = n, this._elTooltipDiv = t
						.createElement("div"), this._elTooltipDiv.className = "tooltip-wrapper", this
						._mainDiv.appendChild(this._elTooltipDiv), this._elMainTable = t.createElement(
							"table"), this._elMainTable.className = "chart-markup-table", this
						._elMainTable.setAttribute("cellpading", "0"), this._elMainTable.setAttribute(
							"cellspacing", "0"), this._mainDiv.appendChild(this._elMainTable), this
						._hotkeysListener && this._hotkeysListener.destroy(), this._hotkeysListener =
						new D.a(this, this._mainDiv), (this._options.controlBarEnabled || Object(V
							.enabled)("control_bar")) && Promise.all([i.e("react"), i.e(72), i.e(7), i
							.e("chart-widget-gui")
						]).then(i.bind(null, "TGRH")).then(e => {
							this._controlBarNavigation = new e.ControlBarNavigation(this, Object(s
									.ensureNotNull)(this._mainDiv), this._options.controlBar), this
								._model && this.adjustSize()
						}), this._options.handleScale.mouseWheel || this._options.handleScroll
						.mouseWheel) {
						this._mouseWheelHelper = new B.a;
						const e = this._onMousewheel.bind(this);
						this._onWheelBound = e, this._mainDiv.addEventListener("wheel", e, {
							passive: !1
						})
					}
					this.resize(), this._justActivated = !1, this.withModel(this, () => {
						r.appendChild(n), n.addEventListener("mousedown", this
								._beginRequestActive.bind(this)), n.addEventListener("mouseup",
								this._endRequestActive.bind(this)), n.addEventListener(
								"touchstart", this._beginRequestActive.bind(this)), n
							.addEventListener("touchmove", this._endRequestActive.bind(this)), n
							.addEventListener("touchend", this._endRequestActive.bind(this)), n
							.addEventListener("click", this._requestActive.bind(this))
					}), this._inited && (null !== this._timeAxisWidget && (this._timeAxisWidget
						.destroy(), this._timeAxisWidget = null), this._paneWidgets.forEach(
						e => {
							e.destroy()
						}), this._paneWidgets.length = 0, this._paneSeparators.forEach(e => {
						e.destroy()
					}), this._paneSeparators.length = 0, this._update(f.InvalidationMask
						.full()))
				}
				_makeDefaultModel() {
					let e;
					if (this._content && this._content.timeScale.points) {
						const t = this._content.timeScale.points.items[0];
						e = {
							startDate: t
						}
					}
					if (!Object(s.ensureNotNull)(this._metaInfoRepository).getInternalMetaInfoArray())
						throw new Error("Cannot create chart model: studies metainfo is absent");
					const t = () => {
							this._drawPlanned = !1, this._drawRafId = 0, this._inLoadingState || (this
								._invalidationMask && (this._update(this._invalidationMask), this
									._invalidationMask = null), null !== this
								._chartPaintedPromise && (this._chartPaintedPromise.resolve(), this
									._chartPaintedPromise = null))
						},
						i = () => {
							const i = {
									readOnly: this.readOnly(),
									isSnapshot: !!this._containsData,
									...n(this._options, ["timeScale", "crossHair", "esdEnabled",
										"countdownEnabled", "lastPriceAnimationEnabled",
										"currencyConversionEnabled", "unitConversionEnabled",
										"watermarkEnabled", "shiftVisibleRangeOnNewBar"
									])
								},
								r = function(e, t, i, s, r, n, o, a, l) {
									const c = new p.ChartUndoModel(e, t, i, s, r, n, o, a, l);
									return c.model().fullUpdate(), c
								}(this._chartSession, e => {
										if (!(e instanceof f.InvalidationMask)) throw new Error(
											"Invalid mask");
										null !== this._invalidationMask ? this._invalidationMask.merge(
											e) : this._invalidationMask = e, this._drawPlanned || (
											this._drawPlanned = !0, this._options.visible.when(
												() => {
													const e = !document.hidden,
														i = this.screen && this.screen.isShown();
													null !== this._timingsMeter && e && !i && this
														._timingsMeter.startWaitingDraw();
													const r = Object(s.ensureNotNull)(Object(s
															.ensureNotNull)(this._parent)
														.ownerDocument.defaultView);
													this._drawRafId = r.requestAnimationFrame(t)
												}))
									}, this.properties(), e, Object(s.ensureNotNull)(this
										._metaInfoRepository), this, this._options.undoHistory, this
									._options.barsMarksContainersFactory, i);
							return this._createSessions(r.model()), r
						};
					Object(V.enabled)("lean_chart_load") ? this._model = this._model || i() : this
						._model = i(), this._createVolumeIfNeeded();
					if (this._content) {
						let e = {};
						W && this._initialLoading && (e = {
								symbol: this._defSymbol,
								interval: this._defInterval,
								style: this._defStyle
							}), this.restoreState(this._content, this._containsData, e), W && this
							._defSymbol && this.model().model().recalculatePriceRangeOnce()
					} else this._setActions();
					return this._createLineToolsSynchronizerIfNeeded(), (() => {
						const e = Object(s.ensureNotNull)(this._model);
						e.onTagsChanged().subscribe(this, () => this.onModelTagsChanged()), this
							._initBackgroundColor(), this._updateGui(), this._modelCreated.fire(
								e), this._tagsChanged.fire();
						const t = e.mainSeries();
						this._defTimeframe && t.setDefaultTimeframe(this._defTimeframe), e
							.lineCancelled().subscribe(this, () => this.onLineCancelled()), t
							.dataEvents().symbolNotPermitted().subscribe(null, e => {
								t.properties().symbol.setValue(e)
							}), t.properties().style.unsubscribe(this, this
								._onChartStyleChanged), t.properties().style.subscribe(this,
								this._onChartStyleChanged), t.dataEvents().completed()
							.subscribe(this, () => this._addPerfMark("SeriesCompleted"), !0), t
							.dataEvents().barReceived().subscribe(this, () => this._addPerfMark(
								"SeriesFirstDataReceived"), !0);
						this._options;
						t.dataEvents().chartTypeNotPermitted().subscribe(null, () => {
							t.properties().interval.setValue("D")
						}), t.dataEvents().intradaySpreadNotPermitted().subscribe(null,
							() => {
								t.properties().interval.setValue("D")
							}), t.dataEvents().customIntervalNotPermitted().subscribe(null,
							() => {
								t.properties().interval.setValue(Object(N
									.getDefaultResolution)(Object(R.isRangeStyle)(t
									.properties().style.value())))
							}), t.dataEvents().intradayExchangeNotPermitted().subscribe(
							null, () => {
								t.properties().interval.setValue("D")
							}), t.requestingResolutionWhenNotSupported.subscribe(null,
							e => {
								t.properties().interval.setValue(e)
							})
					})()
				}
				_handleLoginStateChanged() {
					0
				}
				_subscribeToDrawingState() {
					if (this._options.readOnly) return;
					Object(P.init)();
					const e = (e, t) => {
						if (null === this._model) return;
						const i = this._model.model();
						e.model !== i && t(i, this._model)
					};
					P.createdLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							const r = Object(s.ensureNotNull)(e.paneForSource(e
								.mainSeries()));
							let n, o = null;
							if (void 0 === t.pointPositionPercents) {
								if (o = z(e, t.model, t.point.timeStamp), null === o)
									return;
								n = t.point.price
							} else {
								const i = t.pointPositionPercents.x * e.timeScale()
									.width(),
									s = e.mainSeries().priceScale(),
									r = t.pointPositionPercents.y * s.height(),
									a = e.mainSeries().firstValue();
								if (null === a) return;
								o = e.timeScale().coordinateToIndex(i), n = s
									.coordinateToPrice(r, a)
							}
							const a = {
									index: Object(s.ensureNotNull)(o),
									price: n
								},
								l = i.createLineTool(r, a, t.linetool, t.properties, t
									.linkKey, e.mainSeries(), !0);
							null !== l && !Boolean(this.model().lineBeingCreated()) && t
								.finalState && l.restoreExternalPoints(t.finalState, {
									indexesChanged: !0,
									pricesChanged: !0
								})
						})
					}), P.continuedLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							const s = z(e, t.model, t.point.timeStamp);
							if (null === s) return;
							const r = {
									index: s,
									price: t.point.price
								},
								n = e.lineBeingCreated();
							if (null === n) return;
							i.continueExternalLine(r, null === t.envState ? void 0 : t
									.envState, !!t.finalState) && t.finalState && n
								.restoreExternalPoints(t.finalState, {
									indexesChanged: !0,
									pricesChanged: !0
								})
						})
					}), P.cancelledLineTool.subscribe(null, t => {
						e(t, (e, t) => {
							e.cancelCreatingLine()
						})
					}), P.beenSetLineToolLastPoint.subscribe(null, t => {
						e(t, (e, i) => {
							const s = e.lineBeingCreated();
							if (null === s || s.linkKey().value() !== t.linkKey) return;
							const r = z(e, t.model, t.point.timeStamp);
							if (null === r) return;
							const n = {
								index: r,
								price: t.point.price
							};
							s.setLastPoint(n), s.updateAllViews(), e.lightUpdate()
						})
					}), P.startedMovingLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							const s = t.linkKeys.map(_.lineToolByLinkKey.bind(null, e))
								.filter(d.notNull);
							if (s.length) {
								const i = z(e, t.model, t.point.timeStamp);
								if (null === i) return;
								const r = {
										index: i,
										price: t.point.price
									},
									n = void 0 !== t.itemIndex ? t.itemIndex : null;
								e.startMovingSources(s, {
										logical: r
									}, n, t.pointPositionPercents, null === t
									.envState ? void 0 : t.envState, !0)
							}
						})
					}), P.movedLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							if (!e.sourcesBeingMoved().filter(_.isLineTool).filter(e =>
									(e => t.linkKeys.some(t => e.linkKey().value() ===
										t))(e)).length) return;
							const s = z(e, t.model, t.point.timeStamp);
							if (null === s) return;
							const r = {
								index: s,
								price: t.point.price
							};
							e.moveSources({
									logical: r
								}, t.pointPositionPercents, null === t.envState ?
								void 0 : t.envState, !0)
						})
					}), P.finishedMovingLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							const s = e.sourcesBeingMoved().filter(_.isLineTool);
							if (0 === s.length) return;
							s.forEach(i => {
								const s = (e => {
									for (let i = 0; i < t.linkKeys
										.length; i++)
										if (t.linkKeys[i] === e
											.linkKey().value()) return {
											state: t.finalStates[i],
											changes: t.changes[i]
										};
									return null
								})(i);
								e.endMovingSources(null !== s, !0), null !==
									s && (i.restoreExternalPoints(s.state, s
											.changes), s.state
										.pointPositionPercents && i
										.restorePositionPercents(s.state
											.pointPositionPercents))
							})
						})
					}), P.startedChangingLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							const s = Object(_.lineToolByLinkKey)(e, t.linkKey);
							if (null !== s) {
								const i = s.getPoint(t.pointIndex),
									r = i ? i.index : z(e, t.model, t.point.timeStamp);
								if (null === r) return;
								if (s.isActualSymbol() && s.isActualCurrency() && s
									.isActualUnit()) {
									const i = {
										index: r,
										price: t.point.price
									};
									e.startChangingLinetool(s, i, t.pointIndex, null ===
										t.envState ? void 0 : t.envState, !0)
								}
							}
						})
					}), P.changedLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							const r = e.lineBeingEdited();
							if (null === r || r.linkKey().value() !== t.linkKey) return;
							let n = null;
							if (n = t.changes.indexesChanged ? z(e, t.model, t.point
									.timeStamp) : Object(s.ensureNotNull)(e
									.linePointBeingChanged()).index, null !== n && r
								.isActualSymbol() && r.isActualCurrency() && r
								.isActualUnit()) {
								const i = {
									index: n,
									price: t.point.price
								};
								e.changeLinePoint(i, void 0, !0)
							}
						})
					}), P.finishedChangingLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							const s = Object(_.lineToolByLinkKey)(e, t.linkKey);
							null !== s && s.isActualSymbol() && s.isActualCurrency() &&
								s.isActualUnit() && null !== e.lineBeingEdited() && e
								.endChangingLinetool(!!t.finalState, !0), null !== s &&
								t.finalState && s.restoreExternalPoints(t.finalState, t
									.changes)
						})
					}), P.removedLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							const s = Object(_.lineToolByLinkKey)(e, t.linkKey),
								{
									withUndo: r
								} = t;
							if (null !== s) r ? i.removeSource(s, !1) : e.removeSource(
								s);
							else if (this._lineToolsSynchronizer) {
								const {
									sourceTitle: e,
									linkKey: s,
									symbol: n,
									lineToolState: o
								} = t;
								i.removeUnloadedLineTool(this._lineToolsSynchronizer, e,
									s, n, o, r)
							}
						})
					}), P.finishedLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							const s = Object(_.lineToolByLinkKey)(e, t.linkKey);
							null !== s && Object(_.isLineDrawnWithPressedButton)(s
								.toolname) && s.finish()
						})
					}), P.changedLineStyle.subscribe(null, t => {
						e(t, (e, i) => {
							const s = Object(_.lineToolByLinkKey)(e, t.linkKey);
							null !== s && (s.restoreExternalState(t.state), s
								.propertiesChanged(!0))
						})
					}), P.restoredLineToolState.subscribe(null, t => {
						e(t, (e, i) => {
							const s = Object(_.lineToolByLinkKey)(e, t.linkKey);
							if (null !== s) {
								const i = {
									...t.state
								};
								i.indexes = t.state.points.map(i => ({
									index: z(e, t.model, i.time_t),
									price: i.price
								})), e.restoreLineToolState(s, i)
							}
						})
					}), P.restoredLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							e.restoreSource(t.state.restorePane, t.state.paneIndex, t
								.state.paneState, t.state.sourceState, null)
						})
					}), P.copiedLineTool.subscribe(null, t => {
						e(t, (e, i) => {
							const r = Object(s.ensureNotNull)(e.paneForSource(e
								.mainSeries()));
							let n;
							const o = Object(_.createLineToolProperties)(t.linetool, t
								.state);
							if (t.pointPositionPercents) {
								const e = {
									index: 0,
									price: 0
								};
								if (n = i.createLineTool(r, e, t.linetool, o, t.linkKey,
										void 0, !0), null === n) return;
								n.restorePositionPercents(Object(s.ensureDefined)(t
									.pointPositionPercents))
							} else {
								const a = t.points.map(i => ({
										index: Object(s.ensureNotNull)(z(e, t
											.model, i.timeStamp)),
										price: i.price
									})),
									l = a[0];
								if (n = i.createLineTool(r, l, t.linetool, o, t.linkKey,
										void 0, !0), null === n) return;
								if (e.lineBeingCreated())
									for (let e = 1; e < a.length; e++) e !== a.length -
										1 || !Object(_.isLineDrawnWithPressedButton)(t
											.linetool) && "LineToolGhostFeed" !== t
										.linetool || n.finish(), i.continueCreatingLine(
											a[e], new C.a(void 0), e < a.length - 1, !0)
							}
							n.properties().interval.setValue(t.state.interval), n
								.restoreExternalState(t.state), n.restoreData && n
								.restoreData(t), n.propertiesChanged(!0), t
								.finalState && (n.calcIsActualSymbol(), n
									.restoreExternalPoints(t.finalState, {
										pricesChanged: !0,
										indexesChanged: !0
									}))
						})
					})
				}
			}
		},
		wptU: function(e, t, i) {
			"use strict";
			i.r(t);
			i("e3/o");
			const s = [];
			let r = null;

			function n(e) {
				for (let t = 0; t < s.length; t++)
					if (s[t].name === e) return t;
				return -1
			}

			function o(e) {
				if (!r)
					for (let t = s.length - 1; t >= 0 && !0 !== s[t].func(e); t--);
			}
			window.addEventListener("keypress", o, !1);
			var a = i("h24c"),
				l = i("Kxc7"),
				c = i("JpbW"),
				h = i("6KAu"),
				u = i("FA0h"),
				d = i("JWMC");
			i.d(t, "activateKeyPressHandler", (function() {
				return m
			})), i.d(t, "showDialog", (function() {
				return f
			}));
			let p = null;

			function _(e) {
				if (!Object(a.b)(e)) return !1;
				e.preventDefault();
				const t = String.fromCharCode(e.charCode);
				return l.enabled("show_interval_dialog_on_key_press") && function(e) {
					return /[\d]/.test(e)
				}(t) ? Object(c.showChangeIntervalDialogAsync)({
					initVal: t
				}) : l.enabled("symbol_search_hot_key") && (f({
					defaultValue: t,
					selectSearchOnInit: !1,
					source: "keyboard"
				}), Object(d.trackEvent)("GUI", "SS", "hotkey")), !0
			}

			function m() {
				Object(h.a)(),
					function(e, t) {
						const i = {
								name: e,
								func: t
							},
							r = n(i.name);
						r > -1 && s.splice(r, 1), s.unshift(i)
					}("symbolEdit", _)
			}

			function f(e) {
				const t = p = Object(u.a)().then(i => {
					t === p && i.showDefaultSearchDialog(e)
				});
				return t
			}
		},
		ww0J: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return l
			}));
			var s = i("X0WL"),
				r = i("bmVy");
			const n = {
					NONE: "Default"
				},
				o = window.t("No volume data"),
				a = new Map;
			class l extends s.a {
				constructor(e, t) {
					super(t), this._source = e
				}
				getSplitTitle() {
					return this._source.titleInParts(!0, n, void 0, !1)
				}
				text() {
					return this._source.isActualInterval() ? this._source.isFailed() ?
						`${this._source.title(!0, n, void 0, !1)}: ${this.sourceStatusText()}` :
						`${this._source.title(!0, n, void 0, !1)} ${this.sourceStatusText()}` : this
						._source.title(!0, n, void 0, !1)
				}
				sourceStatusText() {
					return Object(r.convertStudyStatusToString)(this._source.status(), !0)
				}
				sourceStatusSolutionId() {
					const e = this._source.status();
					if (e.type === r.StudyStatusType.Error) return e.errorDescription.solution_id ?
						e.errorDescription.solution_id : function(e) {
							for (const t of Array.from(a.keys()))
								if (e.includes(t)) return a.get(t)
						}(e.errorDescription.error)
				}
				errorStatus() {
					if (!this._source.isActualInterval() || this._source.isSymbolInvalid())
						return null;
					return this._source.status().type === r.StudyStatusType.Error ? {
						error: this.sourceStatusText(),
						solutionId: this.sourceStatusSolutionId(),
						title: this.sourceStatusTitle()
					} : null
				}
				sourceStatusTitle() {
					const e = this._source.status();
					if (e.type === r.StudyStatusType.Error) return -1 !== e.errorDescription.error
						.toLowerCase().indexOf(
							"the data vendor doesn't provide volume data for this symbol.") ?
						o : void 0
				}
			}
		},
		x0JF: function(e, t, i) {
			"use strict";
			var s = i("aO4+").Point,
				r = i("vq8G").SelectionRenderer,
				n = i("VdBB").HitTestResult,
				o = i("29fS").PaneRendererBars,
				a = i("gyZD").PaneRendererLine,
				l = i("Zp8I").PaneRendererStepLine,
				c = i("u0yd").PaneRendererArea,
				h = i("/hKg").PaneRendererCandles,
				u = i("M7/j").PaneRendererBaseline,
				d = i("Zy3/").CompositeRenderer,
				p = i("Tmoa"),
				_ = i("k9/m").PlotRowSearchMode,
				m = i("Kxc7"),
				f = i("Zp/P"),
				g = i("o2pV").SelectionIndexes;

			function b(e, t) {
				this.m_series = e, this.m_model = t, this.m_bars = [], this._invalidated = !0, this
					._isMarkersEnabled = m.enabled("source_selection_markers"), this._selectionData = null,
					this._selectionIndexer = new g(t.timeScale())
			}

			function v(e, t) {
				return void 0 !== e[TradingView.OPEN_PLOT] && void 0 !== e[TradingView.HIGH_PLOT] &&
					void 0 !== e[TradingView.LOW_PLOT] && void 0 !== e[TradingView.CLOSE_PLOT] && (t.open =
						e[TradingView.OPEN_PLOT], t.high = e[TradingView.HIGH_PLOT], t.low = e[TradingView
							.LOW_PLOT], t.close = e[TradingView.CLOSE_PLOT], !0)
			}

			function S(e, t) {
				b.call(this, e, t)
			}

			function y(e, t) {
				b.call(this, e, t)
			}

			function w(e, t) {
				b.call(this, e, t)
			}

			function P(e, t) {
				b.call(this, e, t)
			}

			function C(e, t) {
				this.m_series = e, this.m_model = t, this.m_items = [], this._isMarkersEnabled = m.enabled(
					"source_selection_markers"), this._selectionIndexer = new g(t.timeScale())
			}

			function x(e, t) {
				C.call(this, e, t), this._invaidated = !0
			}

			function T(e, t) {
				C.call(this, e, t), this._invaidated = !0
			}

			function I(e, t) {
				C.call(this, e, t), this._invaidated = !0, this._renderer = new u
			}
			b.prototype._series = function() {
					return this.m_series
				}, b.prototype._model = function() {
					return this.m_model
				}, b.prototype._bars = function() {
					return this.m_bars
				}, b.prototype.update = function() {
					this._invalidated = !0
				}, b.prototype._updateImpl = function(e) {
					var t = this;
					if ((e = e || v, this.m_bars = [], !this.m_model.timeScale().isEmpty() && !this.m_series
							.priceScale().isEmpty()) && (null !== (a = this.m_model.timeScale()
							.visibleBarsStrictRange()) && 0 !== this.m_series.bars().size())) {
						for (var i = this.m_series.nearestIndex(a.firstBar(), _.NearestRight), r = this
								.m_series.nearestIndex(a.lastBar(), _.NearestLeft); i <= r; i++) {
							if (null !== this.m_series.bars().valueAt(i)) break
						}
						if (!(i > r)) {
							var o, a = this.m_series.bars().range(i, r),
								l = this.m_series.priceScale(),
								c = this.m_series.barColorer(),
								h = {};
							if (a.each((function(i, s) {
									var r, n = {};
									(n.time = Math.round(i), e(s, n)) && (h.value = s, r = s[
											TradingView.STYLE_PLOT] ? s[TradingView.STYLE_PLOT] : c
										.barStyle(i, !1, h), s[TradingView.STYLE_PLOT] = r, h
										.previousValue = s, n.color = r.barColor, n.borderColor = r
										.barBorderColor, n.wickColor = r.barWickColor, n.hollow = r
										.isBarHollow, t.m_bars.push(n))
								}), this), 0 !== this.m_bars.length && (o = this.m_series.firstValue(), l
									.barPricesToCoordinates(this.m_bars, o)), this.m_model.timeScale()
								.barIndexesToCoordinates(this.m_bars), this.m_model.selection().isSelected(
									this.m_series)) {
								var u = this._selectionIndexer.indexes();
								this._selectionData = {
									points: [],
									bgColors: [],
									visible: !0
								};
								var d = this.m_model.paneForSource(this.m_series).height();
								this._selectionData.hittestResult = n.REGULAR;
								for (var p = 0; p < u.length; p++) {
									var m = u[p],
										f = this.m_series.bars().valueAt(m);
									if (null !== f) {
										var g = .5 * (f[TradingView.OPEN_PLOT] + f[TradingView.CLOSE_PLOT]),
											b = this.m_model.timeScale().indexToCoordinate(m),
											S = this.m_series.priceScale().priceToCoordinate(g, o);
										this._selectionData.points.push(new s(b, S)), this._selectionData
											.bgColors.push(this.m_model.backgroundColorAtYPercentFromTop(S /
												d))
									}
								}
							} else this._selectionIndexer.clear()
						}
					}
				}, b.prototype.items = function() {
					return this.m_bars
				}, inherit(S, b), S.prototype.renderer = function() {
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					var e = {};
					e.bars = this.m_bars, e.barSpacing = this.m_model.timeScale().barSpacing();
					var t = this.m_series.properties();
					e.dontDrawOpen = t.barStyle.dontDrawOpen.value(), e.thinBars = t.style.value() ===
						TradingView.Series.STYLE_RANGE ? t.rangeStyle.thinBars.value() : t.barStyle.thinBars
						.value();
					var i = new d;
					return i.append(new o(e)), this.m_model.selection().isSelected(this.m_series) && this
						._isMarkersEnabled && i.append(new r(this._selectionData)), i
				}, inherit(y, b), y.prototype.renderer = function() {
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					var e = {};
					e.bars = this.m_bars, e.barSpacing = this.m_model.timeScale().barSpacing(), e
						.wickVisible = this.m_series.properties().candleStyle.drawWick.value(), e
						.bodyVisible = this.m_series.properties().candleStyle.drawBody.value(), e
						.borderVisible = this.m_series.properties().candleStyle.drawBorder.value(), e
						.borderColor = this.m_series.properties().candleStyle.borderColor.value(), e
						.wickColor = this.m_series.properties().candleStyle.wickColor.value(), e.barWidth =
						f.optimalBarWidth(e.barSpacing);
					var t = new d;
					return t.append(new h(e)), this.m_model.selection().isSelected(this.m_series) && this
						._isMarkersEnabled && t.append(new r(this._selectionData)), t
				}, inherit(w, b), w.prototype.renderer = function() {
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					var e = {};
					e.bars = this.m_bars, e.barSpacing = this.m_model.timeScale().barSpacing(), e
						.wickVisible = this.m_series.properties().haStyle.drawWick.value(), e.bodyVisible =
						this.m_series.properties().haStyle.drawBody.value(), e.borderVisible = this.m_series
						.properties().haStyle.drawBorder.value(), e.borderColor = this.m_series.properties()
						.haStyle.borderColor.value(), e.wickColor = this.m_series.properties().haStyle
						.wickColor.value(), e.barWidth = f.optimalBarWidth(e.barSpacing);
					var t = new d;
					return t.append(new h(e)), this.m_model.selection().isSelected(this.m_series) && this
						._isMarkersEnabled && t.append(new r(this._selectionData)), t
				}, inherit(P, b), P.prototype.renderer = function() {
					this._invalidated && (this._updateImpl(), this._invalidated = !1);
					var e = {};
					e.bars = this.m_bars, e.barSpacing = this.m_model.timeScale().barSpacing(), e
						.wickVisible = this.m_series.properties().hollowCandleStyle.drawWick.value(), e
						.bodyVisible = this.m_series.properties().hollowCandleStyle.drawBody.value(), e
						.borderVisible = this.m_series.properties().hollowCandleStyle.drawBorder.value(), e
						.borderColor = this.m_series.properties().hollowCandleStyle.borderColor.value(), e
						.wickColor = this.m_series.properties().hollowCandleStyle.wickColor.value(), e
						.barWidth = f.optimalBarWidth(e.barSpacing);
					var t = new d;
					return t.append(new h(e)),
						this.m_model.selection().isSelected(this.m_series) && this._isMarkersEnabled && t
						.append(new r(this._selectionData)), t
				}, C.prototype.update = function() {
					if (this.m_items = [], this.m_model.timeScale().isEmpty() || !this.m_series
						.priceScale() || this.m_series.priceScale().isEmpty()) return;
					const e = this.m_model.timeScale().visibleBarsStrictRange();
					if (null === e) return;
					if (0 === this.m_series.bars().size()) return;
					var t = this.m_series.nearestIndex(e.firstBar() - 1, _.NearestLeft),
						i = this.m_series.nearestIndex(e.lastBar() + 1, _.NearestRight);
					const r = this.m_series.bars().range(t, i);
					var o = this.m_series.priceScale(),
						a = {
							color: this.m_series.properties().lineStyle.color.value()
						},
						l = this.m_series.barFunction();
					let c;
					if (r.each(function(t, i) {
							var r = l(i);
							if (null == r) return !1;
							void 0 === c && e.contains(t) && (c = r);
							var n = new s(t, r);
							return n.style = a, this.m_items.push(n), !1
						}.bind(this)), o.pointsArrayToCoordinates(this.m_items, c), this.m_model.timeScale()
						.timedValuesToCoordinates(this.m_items), this.m_model.selection().isSelected(this
							.m_series)) {
						var h = this._selectionIndexer.indexes();
						this._selectionData = {
							points: [],
							isDark: this.m_model.isDark(),
							bgColors: [],
							visible: !0
						};
						var u = this.m_model.paneForSource(this.m_series).height();
						this._selectionData.hittestResult = n.REGULAR;
						for (var d = 0; d < h.length; d++) {
							var p = h[d],
								m = this.m_series.data().valueAt(p);
							if (null !== m) {
								var f = l(m),
									g = this.m_model.timeScale().indexToCoordinate(p),
									b = this.m_series.priceScale().priceToCoordinate(f, c);
								this._selectionData.points.push(new s(g, b)), this._selectionData.bgColors
									.push(this.m_model.backgroundColorAtYPercentFromTop(b / u))
							}
						}
					} else this._selectionIndexer.clear()
				}, inherit(x, C), x.prototype.update = function() {
					this._invalidated = !0
				}, x.prototype.renderer = function() {
					this._invalidated && (C.prototype.update.call(this), this._invalidated = !1);
					var e, t, i = this.m_series.properties().lineStyle,
						s = {
							barSpacing: this.m_model.timeScale().barSpacing(),
							items: this.m_items,
							lineColor: i.color.value(),
							lineStyle: i.linestyle.value(),
							withMarkers: i.styleType.value() === TradingView.Series.STYLE_LINE_TYPE_MARKERS,
							lineWidth: i.linewidth.value(),
							simpleMode: !0
						};
					return i.styleType.value() === TradingView.Series.STYLE_LINE_TYPE_STEP ? (e = new l)
						.setData(s) : e = new a(s), this.m_model.selection().isSelected(this.m_series) ? ((
							t = new d).append(e), this._isMarkersEnabled && t.append(new r(this
							._selectionData))) : t = e, t
				}, inherit(T, C), T.prototype.update = function() {
					this._invalidated = !0
				}, T.prototype.renderer = function() {
					this._invalidated && (C.prototype.update.call(this), this._invalidated = !1);
					var e = {
						simpleMode: !1
					};
					e.barSpacing = this.m_model.timeScale().barSpacing(), e.items = this.m_items, e
						.lineColor = this.m_series.properties().areaStyle.linecolor.value(), e.lineStyle =
						this.m_series.properties().areaStyle.linestyle.value(), e.lineWidth = this.m_series
						.properties().areaStyle.linewidth.value();
					var t = this.m_series.properties().areaStyle.transparency.value();
					e.isSeries = !0, e.color1 = p.generateColor(this.m_series.properties().areaStyle.color1
						.value(), t), e.color2 = p.generateColor(this.m_series.properties().areaStyle
						.color2.value(), t), e.bottom = this.m_series.priceScale().height();
					var i = new d;
					return i.append(new c(e)), this.m_model.selection().isSelected(this.m_series) && this
						._isMarkersEnabled && i.append(new r(this._selectionData)), i
				}, inherit(I, C), I.prototype.update = function() {
					this._invalidated = !0
				}, I.prototype._updateImpl = function() {
					C.prototype.update.call(this);
					var e = this.m_series.properties().baselineStyle,
						t = e.transparency.value();
					this._topFillColor1 = p.generateColor(e.topFillColor1.value(), t), this._topFillColor2 =
						p.generateColor(e.topFillColor2.value(), t), this._bottomFillColor1 = p
						.generateColor(e.bottomFillColor1.value(), t), this._bottomFillColor2 = p
						.generateColor(e.bottomFillColor2.value(), t), this._topLineColor = e.topLineColor
						.value(), this._bottomLineColor = e.bottomLineColor.value(), this._topLineWidth = e
						.topLineWidth.value(), this._bottomLineWidth = e.bottomLineWidth.value(), this
						._barSpacing = this.m_model.timeScale().barSpacing(), this._bottom = this.m_series
						.priceScale().height(), this._baseLevelCoordinate = Math.round(this._bottom * (Math
							.abs(100 - e.baseLevelPercentage.value()) / 100))
				}, I.prototype.renderer = function() {
					this._invalidated && (this._updateImpl(), this._invalidated = !1), this._renderer
						.setData({
							items: this.m_items,
							topFillColor1: this._topFillColor1,
							topFillColor2: this._topFillColor2,
							bottomFillColor1: this._bottomFillColor1,
							bottomFillColor2: this._bottomFillColor2,
							topLineColor: this._topLineColor,
							bottomLineColor: this._bottomLineColor,
							topLineWidth: this._topLineWidth,
							bottomLineWidth: this._bottomLineWidth,
							lineStyle: CanvasEx.LINESTYLE_SOLID,
							barSpacing: this._barSpacing,
							baseLevelCoordinate: this._baseLevelCoordinate,
							bottom: this._bottom
						});
					var e = new d;
					return e.append(this._renderer), this.m_model.selection().isSelected(this.m_series) && e
						.append(new r(this._selectionData)), e
				}, t.SeriesBarsPaneView = S, t.SeriesCandlesPaneView = y, t.SeriesHollowCandlesPaneView = P,
				t.SeriesLinePaneView = x, t.SeriesAreaPaneView = T, t.SeriesHeikenAshiPaneView = w, t
				.SeriesBaselinePaneView = I, t.SeriesBarCandlesPaneView = b
		},
		"x2L+": function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return o
			})), i.d(t, "a", (function() {
				return a
			}));
			var s = i("m/cY"),
				r = i("Vdly");

			function n() {
				return r.getBool("Chart.ShowMarketOpenStatus", !0)
			}
			const o = Object(s.a)(n());

			function a() {
				o.setValue(!0), r.remove("Chart.ShowMarketOpenStatus")
			}
			r.onSync.subscribe(null, () => o.setValue(n())), o.subscribe(null, () => r.setValue(
				"Chart.ShowMarketOpenStatus", o.value()))
		},
		x5Tw: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "setupChartEventHint", (function() {
				return u
			}));
			var s = i("Eyy1"),
				r = i("YFKU"),
				n = i("Vdly"),
				o = i("mMWL"),
				a = i("e92V"),
				l = i("qFKp"),
				c = i("/3z9"),
				h = i("Kxc7");

			function u(e, t = !1) {
				if (!h.enabled("popup_hints")) return;
				const u = e.getContainer();
				let d = null,
					p = null;

				function _(e, t, r) {
					if (d) d.show(e, r ? void 0 : m.bind(null, t));
					else {
						const n = o.tool.value();
						Promise.all([i.e("react"), i.e(89), i.e("chart-event-hint")]).then(i.bind(null,
							"PN5r")).then(i => {
							d = new i.ChartEventHintRenderer(Object(s.ensureNotNull)(u)), n === o
								.tool.value() && d.show(e, r ? void 0 : m.bind(null, t))
						})
					}
				}

				function m(e) {
					n.setValue(e, !0, {
						forceFlush: !0
					}), Object(s.ensureNotNull)(d).destroy(), null !== p && p(), d = null
				}
				o.tool.subscribe((function() {
					if (Boolean(n.getBool("hint.touchPainting"))) return;
					const e = o.tool.value();
					Object(a.isStudyLineToolName)(e) && "LineToolRegressionTrend" !== e && !l
						.CheckMobile.any() ? _(Object(r.t)("Click to set a point"),
							"hint.touchPainting") : l.CheckMobile.any() && !Object(a
							.isLineDrawnWithPressedButton)(e) && Object(a.isLineToolName)(e) ?
						_(Object(r.t)(
								"Move the point to position the anchor then tap to place"),
							"hint.touchPainting") : d && d.hide()
				})), o.createdLineTool.subscribe(null, (function() {
					const e = o.tool.value();
					"LineToolPath" !== e || Boolean(n.getBool(
							"hint.finishBuildPathByDblClick")) ? "LineToolPolyline" !== e ||
						Boolean(n.getBool("hint.finishBuildPolylineByDblClick")) || _(Object(r
								.t)("Double-click to finish Polyline"),
							"hint.finishBuildPolylineByDblClick") : _(Object(r.t)(
								"Double-click to finish Path"),
							"hint.finishBuildPathByDblClick")
				})), o.finishedLineTool.subscribe(null, (function() {
					if (d) {
						const e = o.tool.value();
						"LineToolPath" === e ? m("hint.finishBuildPathByDblClick") :
							"LineToolPolyline" === e && m("hint.finishBuildPolylineByDblClick")
					}
				})), t || l.CheckMobile.any() || Boolean(n.getBool("hint.startFocusedZoom")) || (p =
					function(e, t) {
						let i = !1;
						const s = r => {
							r ? (i && t(r), e.onZoom().unsubscribe(null, s)) : i || (t(r), i = !0)
						};
						return e.onZoom().subscribe(null, s), () => e.onZoom().unsubscribe(null, s)
					}(e, (function(e) {
						if (Boolean(n.getBool("hint.startFocusedZoom"))) return;
						if (e) d && (p = null, m("hint.startFocusedZoom"));
						else {
							const e = c.isMacKeyboard ? "⌘" : "Ctrl";
							_(Object(r.t)(
								"Press and hold {key} while zooming to maintain the chart position"
							).format({
								key: e
							}), "hint.startFocusedZoom")
						}
					})))
			}
		},
		x8jL: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("MY2c"),
				n = i("bOGh"),
				o = i("RDU5");
			class a extends o.UndoCommand {
				constructor(e, t, i) {
					super(i), this._wv = e, this._newValue = t, this._oldValue = e.value()
				}
				redo() {
					this._wv.setValue(this._newValue)
				}
				undo() {
					this._wv.setValue(this._oldValue)
				}
			}
			var l = i("txPx"),
				c = i("aIyQ"),
				h = i.n(c);
			i.d(t, "createUndoHistory", (function() {
				return d
			}));
			const u = Object(l.getLogger)("Common.UndoHistory");

			function d() {
				const e = [],
					t = new r.a,
					i = new r.a,
					o = new h.a;

				function l(s) {
					if (e.length > 0) e[e.length - 1].addCommand(s);
					else {
						i.clear();
						const e = t.head(),
							r = e && e.text();
						e && e.canMerge(s) ? e.merge(s) : t.push(s);
						const n = s.text();
						"" !== n && n !== r && u.logNormal("DO: " + n)
					}
					s.executeOnPush() && s.redo(), e.length || o.fire(c())
				}

				function c() {
					const e = t.head(),
						s = i.head();
					return {
						enableUndo: !t.isEmpty(),
						undoText: void 0 === e ? void 0 : e.text(),
						enableRedo: !i.isEmpty(),
						redoText: void 0 === s ? void 0 : s.text()
					}
				}
				return {
					beginUndoMacro: function(t) {
						const i = new n.a(t);
						return e.push(i), i
					},
					clearStack: function() {
						t.clear(), i.clear(), o.fire(c())
					},
					createUndoCheckpoint: function() {
						return {
							lastActualCommand: t.isEmpty() ? null : t.head()
						}
					},
					endUndoMacro: function() {
						const t = Object(s.ensureDefined)(e.pop());
						t.isEmpty() || l(t)
					},
					pushUndoCommand: l,
					redo: function() {
						if (i.isEmpty()) return !1;
						const e = i.pop();
						return !!e && (e.redo(), t.push(e), u.logNormal("REDO: " + e.text()), o.fire(
							c()), !0)
					},
					redoStack: function() {
						return i
					},
					setWatchedValue: function(e, t, i) {
						if (e.value() !== t) {
							const s = new a(e, t, i);
							l(s), s.redo()
						}
					},
					undo: function() {
						if (t.isEmpty()) return !1;
						const e = t.pop();
						return !!e && (e.undo(),
							i.push(e), u.logNormal("UNDO: " + e.text()), o.fire(c()), !0)
					},
					undoStack: function() {
						return t
					},
					undoToCheckpoint: function(e) {
						for (; !t.isEmpty() && e.lastActualCommand !== t.head();) t.pop().undo();
						i.clear(), o.fire(c())
					},
					state: c,
					onChange: function() {
						return o
					}
				}
			}
		},
		xCUR: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return n
			})), i.d(t, "a", (function() {
				return o
			}));
			var s = i("n5al"),
				r = i("/tGj");

			function n(e) {
				const t = e.priceScale();
				return !(null === t || !t.isPercentage()) && (!Object(r.isSymbolSource)(e) || Object(s
					.isPriceSourceStyle)(e.style()))
			}

			function o(e) {
				const t = e.priceScale();
				if (n(e) && null !== t) return i => {
					var s;
					return t.formatPricePercentage(i, null !== (s = e.firstValue()) && void 0 !==
						s ? s : 100)
				};
				const i = e.formatter();
				return i.format.bind(i)
			}
		},
		xDuj: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "translatedIntervalString", (function() {
				return r
			}));
			i("YFKU");
			var s = i("pPtI");

			function r(e) {
				const t = Object(s.getTranslatedResolutionModel)(e, !0);
				return null === t ? e : t.multiplier + (t.mayOmitShortKind ? "" : t.shortKind)
			}
		},
		xWfy: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return c
			})), i.d(t, "b", (function() {
				return p
			})), i.d(t, "c", (function() {
				return _
			})), i.d(t, "d", (function() {
				return m
			}));
			var s = i("tqok"),
				r = i("fFKx"),
				n = i("SqfW"),
				o = i("KG+6"),
				a = i("5vwb"),
				l = i("7Fue");
			class c {
				constructor(e, t) {
					if (this._indexes = [], this._horizlines = new Map, this._vertlines = new Map, this
						._lines = new Map, this._hlines = new Map, this._textmarks = new Map, this
						._shapemarks = new Map, this._backgrounds = new Map, this._polygons = new Map,
						this._trendchannels = new Map, this._hhists = new Map, this._dwglabels =
						new Map, this._dwglines = new Map, this._dwgboxes = new Map, this._dwgtables =
						new Map, this._dwgtablecells = new Map, "data" === e) {
						const e = t;
						this._indexes = e.indexes, this._vertlines = h(e.vertlines, this._indexes, n.b),
							this._horizlines = h(e.horizlines, this._indexes, r.b), this._polygons = h(e
								.polygons, this._indexes, a.b), this._hhists = h(e.hhists, this
								._indexes, o.d)
					} else if ("state" === e) {
						const e = t;
						this._indexes = e.indexes || [], this._vertlines = u(e.vertlines, this._indexes,
								n.b), this._horizlines = u(e.horizlines, this._indexes, r.b), this
							._polygons = u(e.polygons, this._indexes, a.b), this._hhists = u(e.hhists,
								this._indexes, o.d)
					}
					this._hhistsByTimePointIndex = Object(l.b)(this._hhists)
				}
				horizlines() {
					return this._horizlines
				}
				vertlines() {
					return this._vertlines
				}
				lines() {
					return this._lines
				}
				hlines() {
					return this._hlines
				}
				textmarks() {
					return this._textmarks
				}
				shapemarks() {
					return this._shapemarks
				}
				backgrounds() {
					return this._backgrounds
				}
				polygons() {
					return this._polygons
				}
				trendchannels() {
					return this._trendchannels
				}
				hhists() {
					return this._hhists
				}
				dwglabels() {
					return this._dwglabels
				}
				dwglines() {
					return this._dwglines
				}
				dwgboxes() {
					return this._dwgboxes
				}
				dwgtables() {
					return this._dwgtables
				}
				dwgtablecells() {
					return this._dwgtablecells
				}
				hhistsByTimePointIndex() {
					return this._hhistsByTimePointIndex
				}
			}

			function h(e, t, i) {
				const s = new Map;
				return e.forEach((e, r) => {
					const n = s.get(r) || new Set;
					e.forEach(e => {
						const s = i(e, t);
						null !== s && n.add(s)
					}), s.set(r, n)
				}), s
			}

			function u(e, t, i) {
				const s = new Map;
				if (void 0 === e) return s;
				for (const r of e) {
					const e = r.styleId,
						n = s.get(e) || new Set;
					r.data.forEach(e => {
						const s = i(e, t);
						null !== s && n.add(s)
					}), s.set(e, n)
				}
				return s
			}

			function d(e, t, i, s) {
				const r = [];
				return e.forEach((e, n) => {
					e.forEach(e => {
						! function(e, t, i) {
							let s = null;
							for (const i of e) i.styleId === t && (s = i);
							null === s && (s = {
								styleId: t,
								data: []
							}, e.push(s)), s.data.push(i)
						}(r, n, s(e, t(e), i))
					})
				}), r.length > 0 ? r : void 0
			}

			function p() {
				return new c
			}

			function _(e) {
				return new c("state", e)
			}

			function m(e) {
				const t = function(e) {
						const t = new Set;
						e.horizlines().forEach((e, i) => {
							e.forEach(e => {
								t.add(e.startIndex), t.add(e.endIndex)
							})
						}), e.vertlines().forEach((e, i) => {
							e.forEach(e => {
								t.add(e.index)
							})
						}), e.lines().forEach((e, i) => {
							e.forEach(e => {
								t.add(e.startIndex), t.add(e.endIndex)
							})
						}), e.textmarks().forEach((e, i) => {
							e.forEach(e => {
								t.add(e.time)
							})
						}), e.shapemarks().forEach((e, i) => {
							e.forEach(e => {
								t.add(e.time)
							})
						}), e.backgrounds().forEach((e, i) => {
							e.forEach(e => {
								t.add(null !== e.start ? e.start : s
									.INVALID_TIME_POINT_INDEX), t.add(e.stop)
							})
						}), e.polygons().forEach((e, i) => {
							e.forEach(e => {
								e.points.forEach(e => {
									t.add(e.index)
								})
							})
						}), e.trendchannels().forEach((e, i) => {
							e.forEach(e => {
								t.add(e.startIndex), t.add(e.endIndex)
							})
						}), e.hhists().forEach((e, i) => {
							e.forEach(e => {
								t.add(e.firstBarTime), t.add(e.lastBarTime)
							})
						}), e.dwglabels().forEach((e, i) => {
							e.forEach(e => {
								t.add(e.x)
							})
						}), e.dwglines().forEach((e, i) => {
							e.forEach(e => {
								var i, r;
								t.add(null !== (i = e.x1) && void 0 !== i ? i : s
									.INVALID_TIME_POINT_INDEX), t.add(null !== (r = e
										.x2) && void 0 !== r ? r : s
									.INVALID_TIME_POINT_INDEX)
							})
						}), e.dwgboxes().forEach((e, i) => {
							e.forEach(e => {
								var i, r;
								t.add(null !== (i = e.left) && void 0 !== i ? i : s
									.INVALID_TIME_POINT_INDEX), t.add(null !== (r = e
										.right) && void 0 !== r ? r : s
									.INVALID_TIME_POINT_INDEX)
							})
						});
						const i = Array.from(t);
						return i.sort((e, t) => e - t), i
					}(e),
					i = {
						indexes: t
					};
				let l = 0;
				const c = () => ++l;
				return i.vertlines = d(e.vertlines(), c, t, n.a), i.horizlines = d(e.horizlines(), c, t, r
					.a), i.polygons = d(e.polygons(), c, t, a.a), i.hhists = d(e.hhists(), c, t, o.c), i
			}
		},
		xdS3: function(e, t, i) {},
		xnA2: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("j3hX").LineToolColorsProperty;
			class o extends s {
				constructor(e, t) {
					super(e, t || o.createProperties()), this.version = o.version, i.e("lt-pane-views")
						.then(i.t.bind(null, "CR3a", 7)).then(({
							FibChannelPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				levelsCount() {
					return o.LevelsCount
				}
				migrateVersion(e, t, i) {
					i.properties.removeProperty("reverse")
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Fib Channel"
				}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "17v9")))
						.FibDrawingsWith24LevelsDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetoolfibchannel", e, !1, {
						range: [1, 24],
						names: ["coeff", "color", "visible"]
					});
					return o._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					var t = [];
					for (let i = 1; i <= o.LevelsCount; i++) t.push(e.child("level" + i).child(
						"color"));
					e.addChild("linesColors", new n(t)), e.addExclusion("linesColors")
				}
			}
			o.LevelsCount = 24, o.version = 2, t.LineToolFibChannel = o
		},
		xo8u: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return o
			}));
			var s = i("Eyy1"),
				r = i("RDU5"),
				n = i("n5al");
			class o extends r.UndoCommand {
				constructor(e, t, i, r) {
					super(r), this._newSourcesCurrencies = new Map, this._oldSourcesCurrencies =
						new Map, this._showFade = !1, this._chartWidget = i;
					const o = i.model().mainSeries();
					for (const i of e.seriesLikeSources()) {
						if (!i.isVisible()) continue;
						const e = t || Object(n.symbolOriginalCurrency)(Object(s.ensureNotNull)(i
							.symbolInfo()));
						this._newSourcesCurrencies.set(i.id(), e), this._oldSourcesCurrencies.set(i
								.id(), i.currency()), this._showFade = this._showFade || i === o &&
							i.currency() !== e
					}
				}
				redo() {
					this._applyCurrencies(this._newSourcesCurrencies)
				}
				undo() {
					this._applyCurrencies(this._oldSourcesCurrencies)
				}
				_applyCurrencies(e) {
					this._showFade && this._chartWidget.screen.show();
					const t = this._chartWidget.model().model();
					e.forEach((e, i) => {
						Object(s.ensureNotNull)(t.dataSourceForId(i)).setCurrency(e)
					}), this._chartWidget.model().selectionMacro(e => {
						e.clearSelection()
					})
				}
			}
		},
		xrEm: function(e, t, i) {},
		xt3Q: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "TradingViewApiBase", (function() {
				return s
			}));
			class s {
				constructor(e) {
					this._studyTemplatesDrawer = null;
					const {
						chartApiInstance: t,
						chartWidgetCollection: i,
						studyMarket: s,
						financialsDialog: r,
						saveChartService: n,
						loadChartService: o
					} = e;
					this._chartWidgetCollection = i, this._studyMarket = s, this._financialsDialog = r,
						this._saveChartService = n, this._loadChartLayoutDialog = o, this
						._intervalsService = null
				}
				dialogs() {
					var e, t, i, s, r, n;
					return {
						Indicators: this._studyMarket,
						Financials: this._financialsDialog,
						Compare: this._chartWidgetCollection.getCompareDialogRenderer(),
						ObjectsTree: null,
						ChartProperties: this._chartWidgetCollection.getChartPropertiesDialogRenderer(),
						ChartLayoutSaveAs: null !== (t = null === (e = this._saveChartService) ||
								void 0 === e ? void 0 : e.getSaveAsController()) && void 0 !== t ? t :
							null,
						ChartLayoutRename: null !== (s = null === (i = this._saveChartService) ||
								void 0 === i ? void 0 : i.getRenameController()) && void 0 !== s ? s :
							null,
						ChartLayoutCreate: null !== (n = null === (r = this._saveChartService) ||
								void 0 === r ? void 0 : r.getCreateController()) && void 0 !== n ? n :
							null,
						ChartLayoutLoad: this._loadChartLayoutDialog
					}
				}
				studyTemplatesDrawerApi() {
					throw new Error("not implemented")
				}
				intervalsService() {
					throw new Error("not implemented")
				}
				setBrokerName(e) {
					this._chartWidgetCollection.setBroker(e)
				}
			}
		},
		"xz+e": function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("7KDR").Action,
				n = i("Ocx9").DefaultProperty,
				o = i("j3hX").LineToolColorsProperty,
				a = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14],
				l = [{
					value: a[0],
					title: window.t("Supermillennium")
				}, {
					value: a[1],
					title: window.t("Millennium")
				}, {
					value: a[2],
					title: window.t("Submillennium")
				}, {
					value: a[3],
					title: window.t("Grand Supercycle")
				}, {
					value: a[4],
					title: window.t("Supercycle")
				}, {
					value: a[5],
					title: window.t("Cycle")
				}, {
					value: a[6],
					title: window.t("Primary")
				}, {
					value: a[7],
					title: window.t("Intermediate")
				}, {
					value: a[8],
					title: window.t("Minor", {
						context: "wave"
					})
				}, {
					value: a[9],
					title: window.t("Minute", {
						context: "wave"
					})
				}, {
					value: a[10],
					title: window.t("Minuette")
				}, {
					value: a[11],
					title: window.t("Subminuette")
				}, {
					value: a[12],
					title: window.t("Micro")
				}, {
					value: a[13],
					title: window.t("Submicro")
				}, {
					value: a[14],
					title: window.t("Minuscule")
				}];
			class c extends s {
				constructor(e, t) {
					super(e, t || c.createProperties()), this.version = c.version, i.e("lt-pane-views")
						.then(i.t.bind(null, "Ht/7", 7)).then(({
							ElliottLabelsPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				static migrateState(e) {
					var t = {
							0: 11,
							1: 10,
							2: 9,
							3: 8,
							4: 7,
							5: 6,
							6: 5,
							7: 4,
							8: 3
						},
						i = {
							0: 11,
							1: 8
						};
					"LineToolElliottSubminuette" === e.type && (e.type = "LineToolElliottImpulse", e
							.state.degree = t[e.state.wavesize]), "LineToolElliottMinor" === e.type && (
							e.type = "LineToolElliottImpulse", e.state.degree = t[e.state.wavesize]),
						"LineToolElliottCircle" === e.type && (e.type = "LineToolElliottImpulse", e
							.state.degree = t[e.state.wavesize]), "LineToolElliottMinorRetr" === e
						.type && (e.type = "LineToolElliottCorrection", e.state.degree = i[e.state
							.wavesize]), "LineToolElliottMajorRetr" === e.type && (e.type =
							"LineToolElliottCorrection", e.state.degree = i[e.state.wavesize])
				}
				migrateVersion(e, t, i) {
					if (i.properties.hasChild("background") && i.properties.removeProperty(
							"background"), i.properties.hasChild("backgroundColor") && i.properties
						.removeProperty("backgroundColor"), i.properties.hasChild("showBackground") && i
						.properties.removeProperty("showBackground"), 1 === e) {
						var s = Object.assign({}, this._timePoint[0]);
						this._timePoint.unshift(s), this._points.length > 0 && (s = Object.assign({},
							this._points[0]), this._points.unshift(s))
					}
				}
				applyTemplate(e) {
					delete e.background, delete e.backgroundColor, delete e.showBackground, super
						.applyTemplate(e)
				}
				name() {
					return "Elliott Labels"
				}
				additionalActions(e) {
					var t = this;
					return [new r({
						label: window.t("Degree"),
						subItems: a.map((function(i) {
							var s = l.filter((function(e) {
								return e.value === i
							}))[0];
							return new r({
								label: s.title,
								checkable: !0,
								checked: t.properties().degree
									.value() === i,
								onExecute: function() {
									e.setProperty(t.properties()
										.degree, i,
										"Change Elliott Degree")
								}
							})
						}))
					})]
				}
				label(e) {
					var t = a.length - this.properties().degree.value() - 1,
						i = Math.floor(t / 3);
					return {
						group: i,
						bold: !!(i % 2),
						decoration: ["", "brackets", "circle"][t % 3],
						label: this.labelsGroup()[i][e]
					}
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "UHSU")))
						.ElliottPatternDefinitionsViewModel
				}
				availableDegreesValues() {
					return l
				}
				static createProperties(e) {
					var t = new n("linetoolelliott", e);
					return c._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e), e.addChild("linesColors", new o([e.color])), e
						.addExclusion("linesColors")
				}
			}
			c.version = 4;
			class h extends c {
				pointsCount() {
					return 6
				}
				static _configureProperties(e) {
					c._configureProperties(e)
				}
			}
			class u extends h {
				constructor(e, t) {
					super(e, t || u.createProperties())
				}
				name() {
					return "Elliott Impulse Wave (12345)"
				}
				labelsGroup() {
					return u._labelsGroups
				}
				static createProperties(e) {
					var t = new n("linetoolelliottimpulse", e);
					return u._configureProperties(t), t
				}
				static _configureProperties(e) {
					h._configureProperties(e)
				}
			}
			u._labelsGroups = [
				["0", "1", "2", "3", "4", "5"],
				["0", "i", "ii", "iii", "iv", "v"],
				["0", "1", "2", "3", "4", "5"],
				["0", "I", "II", "III", "IV", "V"],
				["0", "1", "2", "3", "4", "5"]
			];
			class d extends h {
				constructor(e, t) {
					super(e, t || d.createProperties())
				}
				name() {
					return "Elliott Triangle Wave (ABCDE)"
				}
				labelsGroup() {
					return d._labelsGroups
				}
				static createProperties(e) {
					var t = new n("linetoolelliotttriangle", e);
					return d._configureProperties(t), t
				}
				static _configureProperties(e) {
					h._configureProperties(e)
				}
			}
			d._labelsGroups = [
				["0", "A", "B", "C", "D", "E"],
				["0", "a", "b", "c", "d", "e"],
				["0", "A", "B", "C", "D", "E"],
				["0", "a", "b", "c", "d", "e"],
				["0", "A", "B", "C", "D", "E"]
			];
			class p extends h {
				constructor(e, t) {
					super(e, t || p.createProperties())
				}
				name() {
					return "Elliott Triple Combo Wave (WXYXZ)"
				}
				labelsGroup() {
					return p._labelsGroups
				}
				static createProperties(e) {
					var t = new n("linetoolelliotttriplecombo", e);
					return p._configureProperties(t), t
				}
				static _configureProperties(e) {
					h._configureProperties(e)
				}
			}
			p._labelsGroups = [
				["0", "W", "X", "Y", "X", "Z"],
				["0", "w", "x", "y", "x", "z"],
				["0", "W", "X", "Y", "X", "Z"],
				["0", "w", "x", "y", "x", "z"],
				["0", "W", "X", "Y", "X", "Z"]
			];
			class _ extends c {
				pointsCount() {
					return 4
				}
				static _configureProperties(e) {
					c._configureProperties(e)
				}
			}
			class m extends _ {
				constructor(e, t) {
					super(e, t || m.createProperties())
				}
				name() {
					return "Elliott Correction Wave (ABC)"
				}
				labelsGroup() {
					return m._labelsGroups
				}
				static createProperties(e) {
					var t = new n("linetoolelliottcorrection", e);
					return m._configureProperties(t), t
				}
				static _configureProperties(e) {
					_._configureProperties(e)
				}
			}
			m._labelsGroups = [
				["0", "A", "B", "C"],
				["0", "a", "b", "c"],
				["0", "A", "B", "C"],
				["0", "a", "b", "c"],
				["0", "A", "B", "C"]
			];
			class f extends _ {
				constructor(e, t) {
					super(e, t || f.createProperties())
				}
				name() {
					return "Elliott Double Combo Wave (WXY)"
				}
				labelsGroup() {
					return f._labelsGroups
				}
				static createProperties(e) {
					var t = new n("linetoolelliottdoublecombo", e);
					return f._configureProperties(t), t
				}
				static _configureProperties(e) {
					_._configureProperties(e)
				}
			}
			f._labelsGroups = [
					["0", "W", "X", "Y"],
					["0", "w", "x", "y"],
					["0", "W", "X", "Y"],
					["0", "w", "x", "y"],
					["0", "W", "X", "Y"]
				], t.LineToolElliott = c, t.LineToolElliottImpulse = u, t.LineToolElliottTriangle = d, t
				.LineToolElliottTripleCombo = p, t.LineToolElliottCorrection = m, t
				.LineToolElliottDoubleCombo = f
		},
		xzdg: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("Eyy1"),
				r = i("YFKU"),
				n = i("EsvI"),
				o = i("H0vP"),
				a = i("ikwP"),
				l = i("ogJP"),
				c = i("jFln"),
				h = i("u+0B"),
				u = i("XlJ7"),
				d = i("JWMC"),
				p = i("zDbI"),
				_ = i("CPmC"),
				m = i("gAom"),
				f = i("Hr11"),
				g = i("+cnz"),
				b = i("CxTi");
			class v {
				constructor() {
					this._width = null, this._currencyInfo = null, this._unitInfo = null, this
						._fontSize = 0, this._currencyAndUnitLabelsWrapper = document.createElement(
							"div"), this._currencyAndUnitLabelsWrapper.className = b[
							"price-axis-currency-label-wrapper"], this._controlsContainer = document
						.createElement("table"), this._controlsContainer.className = b[
							"price-axis-currency-label"], this._currencyAndUnitLabelsWrapper
						.appendChild(this._controlsContainer), this._currencyLabelTr = document
						.createElement("tr"), this._currencyLabelTr.className = b[
							"price-axis-currency-label-dropdown"], this._currencyLabelTr.classList.add(
							"apply-common-tooltip"), Object(_.b)(this._currencyLabelTr, "text", e =>
							this._currencyTooltipContent());
					const e = document.createElement("td");
					this._currencyText = document.createElement("span"), this._currencyText.className =
						b["price-axis-currency-label-text"],
						e.appendChild(this._currencyText), this._currencyLabelTr.appendChild(e);
					const t = document.createElement("td");
					this._currencyArrowDown = document.createElement("span"), this._currencyArrowDown
						.className = b["price-axis-currency-label-arrow-down"], this._currencyArrowDown
						.innerHTML = g, t.appendChild(this._currencyArrowDown), this._currencyLabelTr
						.appendChild(t), this._unitLabelTr = document.createElement("tr"), this
						._unitLabelTr.className = b["price-axis-currency-label-dropdown"], this
						._unitLabelTr.classList.add("apply-common-tooltip"), Object(_.b)(this
							._unitLabelTr, "text", e => this._unitTooltipContent());
					const i = document.createElement("td");
					this._unitText = document.createElement("span"), this._unitText.className = b[
							"price-axis-currency-label-text"], i.appendChild(this._unitText), this
						._unitLabelTr.appendChild(i);
					const s = document.createElement("td");
					this._unitArrowDown = document.createElement("span"), this._unitArrowDown
						.className = b["price-axis-currency-label-arrow-down"], this._unitArrowDown
						.innerHTML = g, s.appendChild(this._unitArrowDown), this._unitLabelTr
						.appendChild(s), this._controlsContainer.appendChild(this._currencyLabelTr),
						this._controlsContainer.appendChild(this._unitLabelTr), this.hideCurrency(),
						this.hideUnit()
				}
				element() {
					return this._currencyAndUnitLabelsWrapper
				}
				currencyLabelElement() {
					return this._currencyLabelTr
				}
				unitLabelElement() {
					return this._unitLabelTr
				}
				isVisible() {
					return this.currencyLabelVisible() || this.unitLabelVisible()
				}
				width() {
					if (null !== this._width) return this._width;
					let e = 0;
					if (this.currencyLabelVisible()) {
						const t = this._currencyLabelTr.getBoundingClientRect();
						e = Math.max(e, t.right - t.left + 1 + 8)
					}
					if (this.unitLabelVisible()) {
						const t = this._unitLabelTr.getBoundingClientRect();
						e = Math.max(e, t.right - t.left + 1 + 8)
					}
					return this._width = e, e
				}
				drawLabel(e, t, i, s) {
					if (!this.isVisible()) return;
					const r = this.currencyLabelVisible() ? this._currencyText.textContent || "" : this
						._unitText.textContent || "",
						n = this._unitText.textContent || "";
					e.font = Object(u.makeFont)(this._fontSize, p.CHART_FONT_FAMILY);
					const o = new h.TextWidthCache,
						l = 2 * Number(b.css_value_currency_label_text_horizontal_padding) + Math.max(o
							.measureText(e, r), o.measureText(e, n)),
						c = o.yMidCorrection(e, r),
						d = o.yMidCorrection(e, n),
						_ = Math.round(t / 2 * i),
						g = Object(f.ceiledEven)(l * i / 2),
						v = this._controlsContainer.style,
						S = Math.round(this.labelTop() * i),
						y = Math.round(this.labelBottom() * i),
						w = y - S,
						P = Math.round(Number(b.css_value_currency_label_radius) * i);
					Object(m.drawRoundRect)(e, _ - g, S, 2 * g, w, P), e.fillStyle = v.backgroundColor,
						e.fill();
					const C = Math.max(1, Math.floor(i));
					e.lineWidth = C, e.strokeStyle = s ? b.css_value_border_color_dark : b
						.css_value_border_color_light, Object(m.drawRoundRect)(e, _ - g + C / 2, S + C /
							2, 2 * g - C, w - C, P), e.stroke();
					const x = S + (y - S - 1) / 2,
						T = this._isMultiLine();
					T && Object(m.drawHorizontalLine)(e, Math.floor(x + C / 2), _ - g, _ + g);
					const I = this._oneLineHeight() / 2 * i,
						M = T ? Math.ceil(x - I) : x,
						O = Math.ceil(x + I);
					e.fillStyle = v.color, e.textBaseline = "middle", e.textAlign = "center", Object(a
						.drawScaled)(e, i, () => e.fillText(r, _ / i, (M + c) / i)), T && Object(a
						.drawScaled)(e, i, () => e.fillText(n, _ / i, (O + d) / i))
				}
				showCurrency() {
					this._currencyLabelTr.classList.remove("js-hidden"), this._width = null, this
						._updateMultiLine(), this._updateVisibility()
				}
				hideCurrency() {
					this._currencyLabelTr.classList.add("js-hidden"), this._width = null, this
						._updateMultiLine(), this._updateVisibility()
				}
				showUnit() {
					this._unitLabelTr.classList.remove("js-hidden"), this._width = null, this
						._updateMultiLine(), this._updateVisibility()
				}
				hideUnit() {
					this._unitLabelTr.classList.add("js-hidden"), this._width = null, this
						._updateMultiLine(), this._updateVisibility()
				}
				currencyLabelVisible() {
					return !this._currencyLabelTr.classList.contains("js-hidden")
				}
				unitLabelVisible() {
					return !this._unitLabelTr.classList.contains("js-hidden")
				}
				setCurrencyInfo(e) {
					if (this._currencyInfo === e) return !1;
					this._currencyInfo = e;
					const t = null === e.selectedCurrency ? Object(r.t)("Mixed") : Object(s
						.ensureDefined)(e.displayedValues.get(e.selectedCurrency));
					return this._currencyText.textContent !== t && (this._currencyText.textContent = t,
						this._width = null), this._currencyArrowDown.classList.contains(
						"js-hidden") !== e.readOnly && (this._currencyArrowDown.classList.toggle(
						"js-hidden", e.readOnly), this._currencyLabelTr.classList.toggle(b
						.readonly, e.readOnly), this._width = null), !0
				}
				setUnitInfo(e) {
					if (null !== this._unitInfo && this._unitInfo.selectedUnit === e.selectedUnit &&
						0 === this._unitInfo.availableGroups.size == (0 === e.availableGroups.size) &&
						this._unitInfo.originalUnits.size === e.originalUnits.size) return this
						._unitInfo = e, !1;
					this._unitInfo = e;
					const t = null === e.selectedUnit ? Object(r.t)("Mixed") : Object(s.ensureDefined)(e
						.names.get(e.selectedUnit));
					return this._unitText.textContent !== t && (this._unitText.textContent = t, this
						._width = null), this._unitArrowDown.classList.contains("js-hidden") !== (
						0 === e.availableGroups.size) && (this._unitArrowDown.classList.toggle(
							"js-hidden", 0 === e.availableGroups.size), this._unitLabelTr.classList
						.toggle(b.readonly, 0 === e.availableGroups.size), this._width = null), !0
				}
				updateColors(e, t) {
					const i = this._controlsContainer.style;
					i.background = e, i.color = t
				}
				currencyInfo() {
					return this._currencyInfo
				}
				unitInfo() {
					return this._unitInfo
				}
				setFontSize(e) {
					this._fontSize !== e && (this._fontSize = e, this._currencyLabelTr.style.fontSize =
						e + "px", this._unitLabelTr.style.fontSize = e + "px", this._width = null,
						this._setLineHeight(this._oneLineHeight()))
				}
				labelTop() {
					return Number(b.css_value_currency_label_top)
				}
				labelBottom() {
					const e = this.labelTop(),
						t = this._oneLineHeight();
					let i = e + t;
					return this._isMultiLine() && (i += t + 1), i
				}
				_currencyTooltipContent() {
					const e = this._currencyInfo;
					return null === e ? "" : null === e.selectedCurrency ? Array.from(e.currencies).map(
						t => Object(s.ensureDefined)(e.displayedValues.get(t))).join(", ") : ""
				}
				_unitTooltipContent() {
					const e = this._unitInfo;
					return null === e ? "" : null === e.selectedUnit ? Array.from(e.units).map(t =>
						Object(s.ensureDefined)(e.names.get(t))).join(", ") : e.descriptions.get(e
						.selectedUnit) || ""
				}
				_setLineHeight(e) {
					this._currencyLabelTr.style.lineHeight = e + "px", this._unitLabelTr.style
						.lineHeight = e + "px"
				}
				_updateMultiLine() {
					this._controlsContainer.classList.toggle(b.multiline, this._isMultiLine())
				}
				_updateVisibility() {
					this._currencyAndUnitLabelsWrapper.classList.toggle("js-hidden", !this.isVisible())
				}
				_oneLineHeight() {
					return 7 + this._fontSize
				}
				_isMultiLine() {
					return this.unitLabelVisible() && this.currencyLabelVisible()
				}
			}
			async function S(e, t, s) {
				const [r, n] = await Promise.all([Promise.all([i.e("react"), i.e(1), i.e(3), i.e(4), i
					.e(6), i.e(8), i.e(9), i.e(13), i.e(19), i.e(29), i.e(66), i.e(83),
					i.e(0), i.e(2), i.e(5), i.e(18), i.e("currency-label-menu")
				]).then(i.bind(null, "9agd")), t()]);
				return r.showUnitConversion(e, s, n)
			}
			var y = i("5VQP");
			var w = i("3/8U"),
				P = i("nqXy");
			i.d(t, "PriceAxisWidgetBase", (function() {
				return x
			}));
			const C = {
				contextMenuEnabled: !0,
				currencyConversionEnabled: !1,
				unitConversionEnabled: !1,
				countdownEnabled: !0,
				contextMenu: {
					general: !0,
					source: !0
				},
				pressedMouseMoveScale: !0,
				mouseWheelScale: !0,
				croppedTickMarks: !0
			};
			class x {
				constructor(e, t, i, s, r, n, o) {
					this._priceScale = null, this._widthCache = new h.TextWidthCache(500), this._color =
						null, this._fontSize = null, this._currencyFontSize = 0, this
						._currencyLabelWidth = null, this._isVisible = !0, this._updateTimeout = null,
						this._currencyMenu = null, this._unitMenu = null, this._prevOptimalWidth = 0,
						this._size = new a.Size(-1, -1), this._currentCursorClassName = "", this
						._mouseDown = !1, this._destroyed = !1, this._highlighted = !1, this
						._mouseWheelHelper = null, this._dragScaleActive = !1, this._pane = e, this
						._undoModel = t, this._properties = i, this._isLeft = "left" === s, this
						._options = Object(l.merge)(Object(l.clone)(C), r), this
						._rendererOptionsProvider = n, this._backgroundBasedTheme = o, this._cell =
						document.createElement("div"), this._cell.className = "price-axis", this._cell
						.style.width = "25px", this._cell.style.left = "0", this
						._canvasConfiguredHandler = () => {
							this._undoModel.model().lightUpdate()
						}, this._canvasBinding = Object(a.createBoundCanvas)(this._cell, new a.Size(16,
							16)), this._canvasBinding.subscribeCanvasConfigured(this
							._canvasConfiguredHandler);
					const c = this._canvasBinding.canvas;
					c.style.position = "absolute", c.style.zIndex = "1", c.style.left = "0", c.style
						.top = "0", this._topCanvasConfiguredHandler = () => this._undoModel.model()
						.lightUpdate(), this._topCanvasBinding = Object(a.createBoundCanvas)(this._cell,
							new a.Size(16, 16)), this._topCanvasBinding.subscribeCanvasConfigured(this
							._topCanvasConfiguredHandler);
					const u = this._topCanvasBinding.canvas;
					u.style.position = "absolute", u.style.zIndex = "2", u.style.left = "0", u.style
						.top = "0", this._options.currencyConversionEnabled || this._options
						.unitConversionEnabled ? (this._currencyLabel = new v, this._cell.appendChild(
								this._currencyLabel.element()), this._currencyLabel
							.currencyLabelElement().addEventListener("click", () => this
								._showCurrenciesContextMenu()), this._currencyLabel.unitLabelElement()
							.addEventListener("click", () => this._showUnitsContextMenu())) : this
						._currencyLabel = null, this._properties.childs().fontSize.subscribe(this, this
							._onFontSizeChanged), this._options.mouseWheelScale && (this
							._mouseWheelHelper = new P.a, this._cell.addEventListener("wheel", this
								._onMousewheel.bind(this), {
									passive: !1
								}))
				}
				getElement() {
					return this._cell
				}
				onOptimalWidthNeedToBeRecalculated(e) {
					const t = this.optimalWidth();
					(this._prevOptimalWidth < t || e) && null === this._updateTimeout && (this
						._updateTimeout = setTimeout(() => {
							this._undoModel.model().fullUpdate(), this._updateTimeout = null
						}, 100)), this._prevOptimalWidth = t
				}
				optimalWidth() {
					var e;
					if (!this.isVisible()) return 0;
					let t = 0;
					const i = this.rendererOptions();
					if (this._pane.hasState()) {
						const i = Object(a.getContext2D)(this._canvasBinding.canvas);
						Object(c.setFont)(i, this.baseFont());
						const s = this.backLabels(!0);
						for (let e = s.length; e--;) {
							if (!s[e].isAxisLabelVisible()) continue;
							const r = this._widthCache.measureText(i, s[e].text());
							t = Math.max(t, r);
							const n = s[e].secondLineText();
							n && (t = Math.max(t, this._widthCache.measureText(i, n)));
							const o = s[e].thirdLineText();
							o && (t = Math.max(t, this._widthCache.measureText(i, o)))
						}
						const r = this.priceScale(),
							n = r.marks();
						n.length > 0 && (t = Math.max(t, this._widthCache.measureText(i, n[0].label),
							this._widthCache.measureText(i, n[n.length - 1].label)));
						const o = (null === (e = r.mainSource()) || void 0 === e ? void 0 : e
							.firstValue()) || null;
						if (null !== o) {
							const e = r.coordinateToPrice(1, o),
								s = r.coordinateToPrice(this._size.h - 2, o);
							t = Math.max(t, this._widthCache.measureText(i, r.formatPrice(Math.floor(
									Math.min(e, s)) + .11111111111111, o)), this._widthCache
								.measureText(i, r.formatPrice(Math.ceil(Math.max(e, s)) -
									.11111111111111, o)))
						}
					}
					let r = 0;
					this._isCurrencyLabelVisible() && (null === this._currencyLabelWidth && (this
						._currencyLabelWidth = Object(s.ensureNotNull)(this._currencyLabel)
						.width()), r = this._currencyLabelWidth);
					const n = t || 34;
					let o = Math.max(r, Math.ceil(i.borderSize + i.offsetSize + i.paddingInner + i
						.paddingOuter + n + 4));
					return o += o % 2, o
				}
				backLabels(e) {
					const t = [],
						i = this._grouppedSources(),
						s = s => {
							for (const r of s) {
								if (!e && i.topLevelSources.has(r)) continue;
								const s = r.priceAxisViews(this._pane.state(), this.priceScale());
								if (s)
									for (const e of s) t.push(e)
							}
						};
					return s(i.sources), s(this._pane.state().customSources()), t
				}
				getImage() {
					const e = this._size,
						t = Object(a.createDisconnectedCanvas)(document, e);
					if (Object(a.getPrescaledContext2D)(t).drawImage(this._canvasBinding.canvas, 0, 0, e
							.w, e.h), null !== this._currencyLabel && this._currencyLabel.isVisible()) {
						const i = this._undoModel.model().isDark();
						this._currencyLabel.drawLabel(Object(a.getContext2D)(t), e.w, Object(a
							.getCanvasDevicePixelRatio)(t), i)
					}
					return t
				}
				paint(e) {
					if (this._isVisible && e !== o.InvalidationLevel.None) {
						if (e > o.InvalidationLevel.Cursor) {
							const e = Object(a.getContext2D)(this._canvasBinding.canvas);
							this._alignLabels(), this._drawBackground(e, this._canvasBinding
									.pixelRatio), this._drawBorder(e, this._canvasBinding.pixelRatio),
								this
								._pane.hasState() && (this._updateCurrencyLabel(), this._drawTickMarks(
									e, this._canvasBinding.pixelRatio), this._drawBackLabels(e, this
									._canvasBinding.pixelRatio))
						}
						if (this._pane.hasState()) {
							const e = Object(a.getContext2D)(this._topCanvasBinding.canvas),
								t = this._topCanvasBinding.pixelRatio;
							e.clearRect(0, 0, Math.ceil(this._size.w * t) + 1, Math.ceil(this._size.h *
								t) + 1), this._drawCrossHairLabel(e, t)
						}
					}
				}
				priceScale() {
					return Object(s.ensureNotNull)(this._priceScale)
				}
				setPriceScale(e) {
					this._priceScale !== e && (null !== this._priceScale && (this._priceScale
						.onMarksChanged().unsubscribe(this, this
							.onOptimalWidthNeedToBeRecalculated), this._priceScale.modeChanged()
						.unsubscribeAll(this)), this._priceScale = e, null !== e && (e
						.onMarksChanged().subscribe(this, this
							.onOptimalWidthNeedToBeRecalculated), e.modeChanged().subscribe(
							this, () => this.onOptimalWidthNeedToBeRecalculated(!0))))
				}
				isVisible() {
					return this._isVisible
				}
				setVisible(e) {
					(e = !!e) !== this._isVisible && (this._cell.style.display = e ? "table-cell" :
						"none", this._isVisible = e)
				}
				destroy() {
					null !== this._currencyMenu && (this._currencyMenu.close(), this._currencyMenu =
							null), null !== this._unitMenu && (this._unitMenu.close(), this._unitMenu =
							null), this._topCanvasBinding.unsubscribeCanvasConfigured(this
							._topCanvasConfiguredHandler), this._topCanvasBinding.destroy(), this
						._canvasBinding.unsubscribeCanvasConfigured(this._canvasConfiguredHandler), this
						._canvasBinding.destroy(), null !== this._priceScale && (this._priceScale
							.onMarksChanged().unsubscribe(this, this
								.onOptimalWidthNeedToBeRecalculated), this._priceScale.modeChanged()
							.unsubscribeAll(this)), this._priceScale = null, this._updateTimeout && (
							clearTimeout(this._updateTimeout), this._updateTimeout = null), this
						._properties.childs().fontSize.unsubscribe(this, this._onFontSizeChanged), this
						._destroyed = !0
				}
				setHighlighted(e) {
					this._highlighted = e
				}
				backgroundColor() {
					return this._pane.state().model().backgroundColor().value()
				}
				backgroundTopColor() {
					return this._pane.state().model().backgroundTopColor().value()
				}
				lineColor() {
					return this._properties.childs().lineColor.value()
				}
				textColor() {
					return this._properties.childs().textColor.value()
				}
				fontSize() {
					return this._properties.childs().fontSize.value()
				}
				baseFont() {
					return Object(u.makeFont)(this.fontSize(), p.CHART_FONT_FAMILY, "")
				}
				rendererOptions() {
					let e = this._rendererOptionsProvider.options();
					return this._color === e.color && this._fontSize === e.fontSize || (this._color = e
						.color), this._fontSize !== e.fontSize && (this._widthCache.reset(), this
						._fontSize = e.fontSize, this._currencyLabelWidth = null, this
						._currencyFontSize = 0, this._updateCurrencyLabelFont(), this
						.onOptimalWidthNeedToBeRecalculated()), e
				}
				mouseEnterEvent(e) {
					this._mouseEnterOrTouchStartEvent(e)
				}
				mouseMoveEvent(e) {
					this._mouseOrTouchMoveEvent(e)
				}
				mouseDownEvent(e) {
					this._mouseDownOrTouchStartEvent(e)
				}
				touchStartEvent(e) {
					this._mouseOrTouchMoveEvent(e), this._mouseEnterOrTouchStartEvent(e), this
						._mouseDownOrTouchStartEvent(e)
				}
				pressedMouseMoveEvent(e) {
					this._pressedMouseOrTouchMoveEvent(e)
				}
				touchMoveEvent(e) {
					this._pressedMouseOrTouchMoveEvent(e)
				}
				mouseDownOutsideEvent() {
					if (this._dragScaleActive) {
						const e = this._pane.state(),
							t = this.priceScale();
						this._mouseDown && (this._mouseDown = !1, this._undoModel.endScalePrice(e, t),
							this.restoreDefaultCursor()), this._dragScaleActive = !1
					}
				}
				mouseUpEvent(e) {
					this._mouseUpOrTouchEndEvent(e)
				}
				touchEndEvent(e) {
					this._mouseLeaveOrTouchEndEvent(e), this._mouseUpOrTouchEndEvent(e)
				}
				mouseClickEvent(e) {
					this._mouseClickOrTapEvent(e)
				}
				tapEvent(e) {
					this._mouseClickOrTapEvent(e)
				}
				mouseLeaveEvent(e) {
					this._mouseLeaveOrTouchEndEvent(e)
				}
				mouseDoubleClickEvent(e) {
					this._mouseDoubleClickOrDoubleTapEvent(e)
				}
				doubleTapEvent(e) {
					this._mouseDoubleClickOrDoubleTapEvent(e)
				}
				contextMenuEvent(e) {
					this._contextMenuOrTouchContextMenuEvent(e)
				}
				touchContextMenuEvent(e) {
					this._contextMenuOrTouchContextMenuEvent(e)
				}
				reset() {
					const e = this._pane.state(),
						t = this.priceScale();
					this._undoModel.resetPriceScale(e, t), this.onOptimalWidthNeedToBeRecalculated(!0)
				}
				sizeReady() {
					return this.getWidth() >= this.optimalWidth() && null === this._updateTimeout
				}
				_grouppedSources() {
					var e;
					const t = this._pane,
						i = t.state().model(),
						s = this._sameSideSources().slice(),
						r = t.state(),
						n = this.priceScale(),
						o = new Set,
						a = null !== (e = i.lineBeingEdited()) && void 0 !== e ? e : i
						.lineBeingCreated();
					a && o.add(a);
					const l = i.customSourceBeingMoved();
					null !== l && o.add(l), i.sourcesBeingMoved().forEach(e => o.add(e)), i.selection()
						.allSources().forEach(e => o.add(e));
					const c = i.hoveredSource();
					null !== c && o.add(c);
					if (n === r.defaultPriceScale()) {
						const e = this._pane.state().dataSources();
						for (const t of e) r.isOverlay(t) && s.push(t)
					}
					return {
						sources: s,
						topLevelSources: o
					}
				}
				_isCurrencyLabelVisible() {
					return null !== this._currencyLabel && this._currencyLabel.isVisible()
				}
				_updateCurrencyLabel() {
					if (null !== this._currencyLabel) {
						if (this._options.currencyConversionEnabled) {
							const e = this.priceScale().currency(this._undoModel.model()
								.availableCurrencies());
							null !== e && this._properties.childs().showCurrency.value() ? (this
									._currencyLabel.showCurrency(), this._currencyLabel.updateColors(
										this.backgroundTopColor(), this.textColor()), this
									._currencyLabel.setCurrencyInfo(e) && (this._currencyLabelWidth =
										null, this.onOptimalWidthNeedToBeRecalculated())) : this
								._currencyLabel.hideCurrency()
						}
						if (this._options.unitConversionEnabled) {
							const e = this.priceScale().unit(this._undoModel.model().availableUnits());
							null !== e && this._properties.childs().showUnit.value() ? (this
									._currencyLabel.showUnit(), this._currencyLabel.updateColors(this
										.backgroundTopColor(), this.textColor()), this._currencyLabel
									.setUnitInfo(e) && (this._currencyLabelWidth = null, this
										.onOptimalWidthNeedToBeRecalculated())) : this._currencyLabel
								.hideUnit()
						}
						this._updateCurrencyLabelFont()
					}
				}
				_updateCurrencyLabelFont() {
					if (null === this._currencyLabel) return;
					const e = this.fontSize();
					e !== this._currencyFontSize && (this._currencyLabel.setFontSize(e), this
						._currencyFontSize = e, this._currencyLabelWidth = null, this
						.onOptimalWidthNeedToBeRecalculated())
				}
				_alignLabels() {
					let e = this._size.h / 2;
					const t = [],
						i = this.priceScale(),
						s = i.orderedSources().slice(),
						r = this._pane.state(),
						n = this.rendererOptions();
					if (i === r.defaultPriceScale()) {
						const e = r.priceDataSources();
						for (let t = 0; t < e.length; t++) r.isOverlay(e[t]) && s.push(e[t])
					}
					const o = i.mainSource();
					for (const n of [s, r.customSources()])
						for (let s = 0; s < n.length; ++s) {
							const a = n[s],
								l = a.priceAxisViews(r, i);
							if (l) {
								const i = l.filter(e => !e.ignoreAlignment() && e.isVisible());
								if (!i.length) continue;
								t.push(...i), o === a && (e = i[0].floatCoordinate())
							}
						}
					const a = t.filter(t => t.floatCoordinate() <= e),
						l = t.filter(t => t.floatCoordinate() > e);
					a.sort((e, t) => t.floatCoordinate() - e.floatCoordinate()), a.length > 0 && l
						.length > 0 && l.push(a[0]), l.sort((e, t) => e.floatCoordinate() - t
							.floatCoordinate());
					for (const e of t) e.setFixedCoordinate(e.coordinate());
					if (i.properties().childs().alignLabels.value()) {
						for (let e = 1; e < a.length; e++) {
							const t = a[e],
								i = a[e - 1],
								s = t.height(n),
								r = t.coordinate(),
								o = i.getFixedCoordinate();
							r > o - s && t.setFixedCoordinate(o - s)
						}
						for (let e = 1; e < l.length; e++) {
							const t = l[e],
								i = l[e - 1],
								s = i.height(n),
								r = t.coordinate(),
								o = i.getFixedCoordinate();
							r < o + s && t.setFixedCoordinate(o + s)
						}
					}
				}
				_drawTickMarks(e, t) {
					const i = this.priceScale().marks();
					e.save(), Object(c.setFont)(e, this.baseFont());
					const r = this.rendererOptions(),
						n = this._isLeft ? Math.floor((this._size.w - r.offsetSize) * t) : 0,
						o = this._isLeft ? Math.round(n - r.paddingInner * t) : Math.round(n + (r
							.offsetSize + r.paddingInner) * t),
						l = this.fontSize(),
						h = this._isCurrencyLabelVisible() ? Object(s.ensureNotNull)(this
							._currencyLabel).labelBottom() : 0,
						u = i.map(t => {
							if (this._options.croppedTickMarks) return {
								visible: !0,
								yCorrection: this._widthCache.yMidCorrection(e, t.label)
							};
							const i = t.coord - l / 2,
								s = t.coord + l / 2,
								r = !(s > this._size.h || i < h);
							return {
								visible: !(s > this._size.h || i < h),
								yCorrection: r ? this._widthCache.yMidCorrection(e, t.label) : 0
							}
						});
					e.fillStyle = this.textColor(), e.textAlign = this._isLeft ? "right" : "left", e
						.textBaseline = "middle", Object(a.drawScaled)(e, t, () => {
							for (let s = i.length; s--;) {
								if (!u[s].visible) continue;
								const r = i[s];
								e.fillText(r.label, o / t, r.coord + u[s].yCorrection)
							}
						}), e.restore()
				}
				_hasAlertLabel() {
					return !1
				}
				_showCurrenciesContextMenu() {
					if (null !== this._currencyMenu && this._currencyMenu.isOpened()) return void this
						._currencyMenu.close();
					Object(d.trackEvent)("GUI", "Currency conversion");
					S(Object(r.t)("Currencies"), () => async function(e, t, s) {
						return (await Promise.all([i.e("react"), i.e(1), i.e(3), i.e(4), i
							.e(6), i.e(8), i.e(9), i.e(13), i.e(19), i.e(29), i
							.e(66), i.e(83), i.e(0), i.e(2), i.e(5), i.e(18), i
							.e("currency-label-menu")
						]).then(i.bind(null, "aWqZ"))).currencyActions(e, t, s)
					}(this._undoModel, Object(s.ensureNotNull)(this._currencyLabel)
						.currencyInfo(), this.priceScale()), Object(s.ensureNotNull)(this
						._currencyLabel).currencyLabelElement()).then(e => {
						this._destroyed ? e.close() : this._currencyMenu = e
					})
				}
				_showUnitsContextMenu() {
					if (null !== this._unitMenu && this._unitMenu.isOpened()) return void this._unitMenu
						.close();
					Object(d.trackEvent)("GUI", "Unit conversion");
					S(Object(r.t)("Units"), () => async function(e, t, s) {
						return (await Promise.all([i.e("react"), i.e(1), i.e(3), i.e(4), i
							.e(6), i.e(8), i.e(9), i.e(13), i.e(19), i.e(29), i
							.e(66), i.e(83), i.e(0), i.e(2), i.e(5), i.e(18), i
							.e("currency-label-menu")
						]).then(i.bind(null, "hpdS"))).unitActions(e, t, s)
					}(this._undoModel, Object(s.ensureNotNull)(this._currencyLabel)
						.unitInfo(), this.priceScale()), Object(s.ensureNotNull)(this
						._currencyLabel).unitLabelElement()).then(e => {
						this._destroyed ? e.close() : this._unitMenu = e
					})
				}
				_onFontSizeChanged() {
					this._currencyLabelWidth = null, this._currencyFontSize = 0, this
						._updateCurrencyLabelFont(), this.onOptimalWidthNeedToBeRecalculated()
				}
				_mouseOrTouchMoveEvent(e) {
					if (!this._priceScale) return;
					this.dataSourceAtPoint(e.localX, e.localY) ? this._setCursorClassName("pointer") :
						this._setResizeCursor()
				}
				_mouseDownOrTouchStartEvent(e) {
					this._zoomAvailable() && this._options.pressedMouseMoveScale && (this._mouseDown = !
						0,
						this._undoModel.startScalePrice(this._pane.state(), this.priceScale(), e
							.localY), this._dragScaleActive = !0)
				}
				_mouseEnterOrTouchStartEvent(e) {
					this._setResizeCursor()
				}
				_pressedMouseOrTouchMoveEvent(e) {
					if (this._dragScaleActive) {
						const t = this.priceScale();
						this._undoModel.scalePriceTo(this._pane.state(), t, e.localY)
					}
				}
				_mouseUpOrTouchEndEvent(e) {
					if (this._dragScaleActive) {
						const e = this.priceScale();
						this._mouseDown = !1, this._undoModel.endScalePrice(this._pane.state(), e), this
							.restoreDefaultCursor(), this._dragScaleActive = !1
					}
				}
				_mouseClickOrTapEvent(e) {
					const t = this.dataSourceAtPoint(e.localX, e.localY);
					t && this._undoModel.selectionMacro(e => {
						e.selection().isSelected(t) || (e.clearSelection(), e
							.addSourceToSelection(t))
					})
				}
				_mouseLeaveOrTouchEndEvent(e) {
					this._setCursorClassName("")
				}
				_mouseDoubleClickOrDoubleTapEvent(e) {
					const t = this.dataSourceAtPoint(e.localX, e.localY);
					t ? this._pane.processDoubleClickOnSource(t) : (this.reset(), Object(d.trackEvent)(
						"GUI", "Double click price scale"))
				}
				_contextMenuOrTouchContextMenuEvent(e) {
					if (this._options.contextMenuEnabled) {
						const t = this.dataSourceAtPoint(e.localX, e.localY);
						if (null !== t && this._options.contextMenu.source) {
							return void this._undoModel.model().selectionMacro(i => {
								i.selection().isSelected(t) || (i.clearSelection(), i
										.addSourceToSelection(t)), this._pane
									.showContextMenuForSelection(e)
							})
						}
						this._options.contextMenu.general && y.ContextMenuManager.createMenu(this
							.getContextMenuActions(), {
								statName: "PriceScaleContextMenu"
							}).then(t => t.show(e))
					}
				}
				_setResizeCursor() {
					const e = this.priceScale();
					e.isPercentage() || e.isIndexedTo100() ? this._setCursorClassName("") : this
						._zoomAvailable() && (this._options.pressedMouseMoveScale || this._options
							.mouseWheelScale) && this._setCursorClassName("ns-resize")
				}
				_setCursorClassName(e) {
					let t = "";
					e && (t = "price-axis--cursor-" + e), this._currentCursorClassName !== t && (this
						._currentCursorClassName && this._cell.classList.remove(this
							._currentCursorClassName), t && this._cell.classList.add(t), this
						._currentCursorClassName = t)
				}
				_zoomAvailable() {
					return !this.priceScale().isEmpty() && this._undoModel.model().zoomEnabled()
				}
				_onMousewheel(e) {
					if (!this._zoomAvailable() || !this._options.mouseWheelScale) return;
					const t = Object(s.ensureNotNull)(this._mouseWheelHelper).processWheel(e).deltaY;
					if (0 === t) return;
					e.cancelable && e.preventDefault();
					const i = this._undoModel,
						r = this._pane.state(),
						n = this.priceScale(),
						o = this._cell.getBoundingClientRect(),
						a = e.clientY - o.top,
						l = a + 15 * t;
					i.startScalePrice(r, this.priceScale(), a, !0), i.scalePriceTo(r, n, l), i
						.endScalePrice(r, n), e.stopPropagation()
				}
				_drawCrossHairLabel(e, t) {
					var i, s;
					e.save();
					const r = this._pane.state(),
						n = r.model(),
						o = this.priceScale(),
						a = [],
						l = this.priceScale() === r.defaultPriceScale(),
						c = null !== (i = n.lineBeingEdited()) && void 0 !== i ? i : n
						.lineBeingCreated();
					if (c && (c.priceScale() === o || l && r.isOverlay(c))) {
						const e = c.priceAxisViews(r, o);
						e && e.length && a.push(e)
					}
					const h = n.customSourceBeingMoved();
					this._addViewsOrMaxMin(null === h ? [] : [h], a), this._addViewsOrMaxMin(n
						.sourcesBeingMoved(), a), this._addViewsOrMaxMin(n.selection().allSources(),
						a);
					const u = n.hoveredSource();
					if (u) {
						const e = r.customSources().includes(u) ? o : u.priceScale();
						if (!n.selection().isSelected(u) && (this._isFromSameSide(e) || l && r
								.isOverlay(u))) {
							const e = null === (s = n.hoveredSource()) || void 0 === s ? void 0 : s
								.priceAxisViews(r, o);
							e && e.length && a.push(e)
						}
					}
					const d = n.crossHairSource().priceAxisViews(r, o);
					d && d.length && a.push(d);
					const p = this.rendererOptions(),
						_ = this._isLeft ? "right" : "left";
					a.forEach(i => {
						i.forEach(i => {
							e.save(), i.renderer().draw(e, p, this._widthCache, this
								._size.w, _, t), e.restore()
						})
					}), e.restore()
				}
				_drawBackground(e, t) {
					const i = Math.ceil(this._size.w * t),
						s = Math.ceil(this._size.h * t),
						r = this.backgroundTopColor(),
						o = this.backgroundColor();
					if (r === o ? Object(a.clearRect)(e, 0, 0, i + 1, s + 1, this.backgroundColor()) :
						Object(m.clearRectWithGradient)(e, 0, 0, i + 1, s + 1, r, o), this._highlighted
					) {
						e.globalAlpha = .5;
						const t = n.themes[this._backgroundBasedTheme.value()].getThemedColor(
							"color-price-axis-highlight");
						Object(a.fillRect)(e, 0, 0, i + 1, s + 1, t), e.globalAlpha = 1
					}
					const l = this._pane.state().model(),
						c = this.priceScale(),
						h = l.selection().lineDataSources().filter(e => e.priceScale() === c).reduce((e,
							t) => {
							const i = t.priceAxisPoints();
							return 0 === i.length ? e : e.concat(i)
						}, []);
					h.length > 0 && this._hightlightBackground(e, h, this.priceScale().mainSource(), t);
					const u = l.crossHairSource();
					u.startMeasurePoint() && this._hightlightBackground(e, u.measurePoints(), this
						.priceScale().mainSource(), t)
				}
				_drawBorder(e, t) {
					e.save(), e.fillStyle = this.lineColor();
					const i = Math.max(1, Math.floor(this.rendererOptions().borderSize * t)),
						s = this._isLeft ? Math.floor(this._size.w * t) - i : 0;
					e.fillRect(s, 0, i, Math.ceil(this._size.h * t) + 1), e.restore()
				}
				_drawBackLabels(e, t) {
					e.save();
					const i = this.backLabels(),
						s = this.rendererOptions(),
						r = this._isLeft ? "right" : "left";
					for (const n of i) n.isAxisLabelVisible() && (e.save(), n.renderer().draw(e, s, this
						._widthCache, this._size.w, r, t), e.restore());
					e.restore()
				}
				_hightlightBackground(e, t, i, s) {
					if (!i) return;
					const r = i.firstValue();
					if (null === r) return;
					let n = t[0].price,
						o = t[0].price;
					for (let e = 1; e < t.length; e++) n = Math.min(n, t[e].price), o = Math.max(o, t[e]
						.price);
					const l = this.priceScale(),
						c = Math.floor(l.priceToCoordinate(n, r) * s),
						h = Math.ceil(l.priceToCoordinate(o, r) * s);
					Object(a.fillRect)(e, Math.floor(s), c, Math.ceil((this._size.w - 1) * s) + 1, h -
						c, w.a)
				}
				_addViewsOrMaxMin(e, t) {
					const i = this._pane.state(),
						s = this.priceScale();
					if (s !== i.defaultPriceScale() && (e = e.filter(e => i.isOverlay(e) || this
							._isFromSameSide(e.priceScale()))), 0 !== e.length)
						if (1 === e.length) {
							const r = e[0].priceAxisViews(i, s);
							r && r.length && t.push(r)
						} else t.push(this._minMaxViews(e))
				}
				_minMaxViews(e) {
					const t = this._pane.state(),
						i = this.priceScale(),
						s = [];
					let r = 1 / 0,
						n = -1 / 0,
						o = null,
						a = null;
					for (const s of e) {
						const e = s.priceAxisViews(t, i);
						if (e && e.length)
							for (let t = 0; t < e.length; t++) {
								const i = e[t],
									s = i.coordinate();
								s >= n && (n = s, a = i), s <= r && (r = s, o = i)
							}
					}
					return a && s.push(a), o && s.push(o), s
				}
				_isFromSameSide(e) {
					return null !== e && (this._isLeft ? this._pane.state().leftPriceScales() : this
						._pane.state().rightPriceScales()).includes(e)
				}
				_sameSideSources() {
					const e = this._pane.state().sourcesByGroup();
					return this._isLeft ? e.leftPriceScalesSources() : e.rightPriceScalesSources()
				}
			}
		},
		"y/Xm": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "StudyOverlayBase", (function() {
				return I
			}));
			var s = i("Eyy1"),
				r = i("qFKp"),
				n = i("txPx"),
				o = i("GVHu"),
				a = i("XPit"),
				l = i("n5al"),
				c = i("tc+8"),
				h = i.n(c),
				u = i("5fI3"),
				d = i("Kxc7"),
				p = i("wOSo"),
				_ = i("WkOR"),
				m = i("BZtw"),
				f = i("pPtI"),
				g = i("k9/m"),
				b = i("ogJP"),
				v = i("Qb4w");
			const S = r.CheckMobile.any() && !1,
				y = d.enabled("uppercase_instrument_names"),
				w = d.enabled("study_overlay_compare_legend_option"),
				P = d.enabled("secondary_series_extend_time_scale"),
				C = d.enabled("hide_unresolved_symbols_in_legend"),
				x = Object(n.getLogger)("Chart.StudyOverlay");

			function T(e, t) {
				return null == e[t]
			}
			class I extends o.Study {
				constructor(e, t, i, s) {
					t.hasChild("currencyId") || t.addChild("currencyId", new h.a(null)), t.hasChild(
							"unitId") || t.addChild("unitId", new h.a(null)), t.addExclusion(
							"currencyId"), t.addExclusion("unitId"), super(e, t, i, s), this
						._seriesSource = null, this.m_data = new g.PlotList(Object(a
							.seriesPlotFunctionMap)(), T), this._quotesProvider = new p.a, S && this
						._quotesProvider.quotesUpdate().subscribe(this, this._onQuotesUpdate);
					const r = this.properties().childs();
					r.currencyId.subscribe(this, this._onCurrencyChanged), r.unitId.subscribe(this,
							this._onUnitChanged), r.allowExtendTimeScale.subscribe(this, this
							._onAllowExtendTimeScaleChanged), this._onAllowExtendTimeScaleChanged(),
						r.style.subscribe(this, this._updateBarFunction), r.lineStyle.childs()
						.priceSource.subscribe(this, this._updateBarFunction), r.areaStyle.childs()
						.priceSource.subscribe(this, this._updateBarFunction), r.baselineStyle
						.childs().priceSource.subscribe(this, this._updateBarFunction), this
						._updateBarFunction()
				}
				destroy() {
					super.destroy()
				}
				setSymbolCurrencyUnit(e, t, i) {
					this._setSymbolCurrencyUnitInternal(e, t, i)
				}
				symbol() {
					return this.properties().childs().inputs.childs().symbol.value()
				}
				setSymbol(e) {
					this.setSymbolCurrencyUnit(e)
				}
				symbolInfo() {
					if (!this._resolvedSymbols) return null;
					const e = this._properties.inputs.symbol.value();
					if (!e) return null;
					let t;
					return t = this._resolvedSymbols[this._getSymbolForResolve(e)] || null, t
				}
				data() {
					return null === this._seriesSource ? super.data() : this._seriesSource.data()
						.bars()
				}
				symbolResolved() {
					return this.symbolsResolved()
				}
				symbolSameAsCurrent(e) {
					return Object(_.b)(e, this.symbol(), this.symbolInfo())
				}
				priceSource() {
					switch (this._properties.style.value()) {
						case 2:
							return this._properties.lineStyle.priceSource.value();
						case 3:
							return this._properties.areaStyle.priceSource.value();
						case 10:
							return this._properties.baselineStyle.priceSource.value()
					}
					return null
				}
				barFunction() {
					return this._barFunction
				}
				quotes() {
					return this._quotesProvider.quotes()
				}
				currency() {
					return this._properties.currencyId.value() || null
				}
				setCurrency(e) {
					this.setSymbolCurrencyUnit(void 0, e)
				}
				isConvertedToOtherCurrency() {
					return Object(l.isConvertedToOtherCurrency)(this.symbolInfo())
				}
				unit() {
					return this._properties.unitId.value() || null
				}
				setUnit(e) {
					this._properties.unitId.setValue(e)
				}
				isConvertedToOtherUnit() {
					return Object(l.isConvertedToOtherUnit)(this.symbolInfo())
				}
				style() {
					return this.properties().childs().style.value()
				}
				symbolSource() {
					return this
				}
				state(e, t) {
					const i = super.state(e, t);
					return e && (Object(s.ensureDefined)(i.data).symbols = {
						___snapshot: this.symbolInfo() || void 0
					}), i
				}
				symbolTitle(e, t) {
					return this.title(!0, {}, !1, e)
				}
				title(e, t, i, s) {
					const r = this._titleInParts(e, t, i, s).join(", ");
					return y ? r.toUpperCase() : r
				}
				titleInParts(e, t, i, s) {
					const r = this._titleInParts(e, t, i, s).join(", ");
					return [y ? r.toUpperCase() : r]
				}
				isStarted() {
					return null === this._seriesSource ? super.isStarted() : this._seriesSource
						.isStarted()
				}
				sourceId() {
					return null === this._seriesSource ? super.sourceId() : Object(s.ensureNotNull)(
						this._seriesSource.instanceId())
				}
				moveData(e) {
					null === this._seriesSource ? super.moveData(e) : this._seriesSource.moveData(e)
				}
				firstValue() {
					const e = this._model.timeScale().visibleBarsStrictRange();
					if (null === e) return null;
					const t = e.firstBar();
					if (0 === this.data().size()) return this._ownFirstValue;
					const i = this.data().search(t, g.PlotRowSearchMode.NearestRight, 1);
					return this._ownFirstValue = null !== i ? this._barFunction(i.value) : null,
						this._ownFirstValue
				}
				lastValueData(e, t, i) {
					const s = {
							noData: !0
						},
						r = this.priceScale();
					if (this._model.timeScale().isEmpty() || null === r || r.isEmpty() || this
						.data().isEmpty()) return s;
					const n = this._model.timeScale().visibleBarsStrictRange();
					if (null === n) return s;
					const o = this.properties().childs();
					if (!o.visible.value()) return s;
					const a = this.nearestIndex(n.lastBar(), g.PlotRowSearchMode.NearestLeft, 1);
					if (void 0 === a) return s;
					const l = this.firstValue();
					if (null === l) return s;
					const c = this._lastNonEmptyPlotRow(4),
						h = null !== c && n.contains(c.index),
						u = null !== c ? c.value : null,
						d = t || h ? u : this.data().valueAt(a);
					if (null === d) return s;
					const p = this._barFunction(d);
					if (!Object(b.isNumber)(p)) return s;
					const _ = r.priceToCoordinate(p, l);
					let m;
					switch (o.style.value()) {
						case 0:
							m = d[1] <= d[4] ? o.barStyle.childs().upColor.value() : o.barStyle
								.childs().downColor.value();
							break;
						case 1:
						case 9:
							m = d[1] <= d[4] ? o.candleStyle.childs().upColor.value() : o
								.candleStyle.childs().downColor.value();
							break;
						case 2:
							m = o.lineStyle.childs().color.value();
							break;
						case 3:
							m = o.areaStyle.childs().color1.value();
							break;
						case 10: {
							const e = o.baselineStyle.childs();
							m = _ < Math.round(r.height() * (Math.abs(100 - e.baseLevelPercentage
									.value()) / 100)) ? e.topLineColor.value() : e.bottomLineColor
								.value();
							break
						}
						default:
							throw new Error("Not supported overlay style")
					}
					const f = {
						noData: !1,
						text: r.formatPrice(p, l),
						formattedPriceAbsolute: r.formatPriceAbsolute(p),
						formattedPricePercentage: r.formatPricePercentage(p, l, !0),
						floatCoordinate: _,
						coordinate: _,
						color: m
					};
					return i && (f.price = p), f
				}
				priceRange(e, t) {
					if (!Object(b.isInteger)(e)) return x.logDebug(
						"priceRange: incorrect startBar"), null;
					if (!Object(b.isInteger)(t)) return x.logDebug("priceRange: incorrect endBar"),
						null;
					if (0 === this.data().size()) return null;
					const i = this.priceSource();
					let s;
					s = null !== i ? this.data().minMaxOnRangeCached(e, t, [{
						name: i,
						offset: 0
					}]) : this.data().minMaxOnRangeCached(e, t, [{
						name: "low",
						offset: 0
					}, {
						name: "high",
						offset: 0
					}]);
					const r = null !== s ? new v.PriceRange(s.min, s.max) : null;
					return this._postProcessPriceRange(r)
				}
				bars() {
					return this.data()
				}
				open(e) {
					return Object(s.ensureNotNull)(this.bars().valueAt(e))[1]
				}
				high(e) {
					return Object(s.ensureNotNull)(this.bars().valueAt(e))[2]
				}
				low(e) {
					return Object(s.ensureNotNull)(this.bars().valueAt(e))[3]
				}
				close(e) {
					return Object(s.ensureNotNull)(this.bars().valueAt(e))[4]
				}
				hl2(e) {
					return (this.high(e) + this.low(e)) / 2
				}
				hlc3(e) {
					return (this.high(e) + this.low(e) + this.close(e)) / 3
				}
				ohlc4(e) {
					return (this.open(e) + this.high(e) + this.low(e) + this.close(e)) / 4
				}
				_onCurrencyChanged() {
					this.isStarted() && this._tryChangeInputs(), this._currencyChanged.fire()
				}
				_onUnitChanged() {
					this.isStarted() && this._tryChangeInputs(), this._unitChanged.fire()
				}
				_getSymbolObject(e) {
					const t = super._getSymbolObject(e),
						i = this.currency();
					null !== i && (t["currency-id"] = i);
					const s = this.unit();
					return null !== s && (t["unit-id"] = s), t
				}
				_getSymbolForApi(e) {
					return Object(l.symbolForApi)(this._resolvedSymbolsByInput[e] || null, e)
				}
				_onSymbolResolved(e, t, i) {
					super._onSymbolResolved(e, t, i), this._recreatePriceFormattingDependencies();
					const s = t === this.symbol() ? Object(l.extractSymbolNameFromSymbolInfo)(i,
							this.symbol()) : null,
						r = Object(l.symbolCurrency)(i),
						n = Object(l.symbolUnit)(i);
					this._setSymbolCurrencyUnitInternal(s || void 0, r, n, i), this.model()
						.realignLineTools(), S && this._setQuotesSymbol(this._getSymbolForApi(this
							.symbol()))
				}
				_changeInputsImpl(e, t) {
					super._changeInputsImpl(e, t), e.symbol !== t.symbol && this._model
						.realignLineTools()
				}
				_setQuotesSymbol(e) {
					const t = this.symbolInfo(),
						i = Object(l.extractSymbolNameFromSymbolInfo)(t, e);
					this._quotesProvider.setQuotesSessionSymbol(i)
				}
				_createStudyOnServer() {
					null === this._seriesSource ? super._createStudyOnServer() : this
						._modifyStudyOnServer(Object(s.ensureDefined)(this._inputs)), this._model
						.realignLineTools()
				}
				_modifyStudyOnServer(e) {
					null === this._seriesSource ? super._modifyStudyOnServer(e) : (this
						._seriesSource.modifySeries(Object(u.decodeExtendedSymbol)(e.symbol),
							Object(f.getServerInterval)(this._series.properties().interval
								.value())), this._seriesSource.isStarted() || this._seriesSource
						.start())
				}
				_stopStudyOnServer() {
					null === this._seriesSource ? super._stopStudyOnServer() : this._seriesSource
						.stop()
				}
				_titleInParts(e, t, i, s) {
					const r = this.properties().childs().inputs.childs().symbol.value(),
						n = this.symbolInfo();
					let o;
					if (n) {
						if (o = n.name, w) {
							const e = this._model.mainSeries().properties().statusViewStyle
								.symbolTextSource.value();
							"description" === e ? o = n.description : "ticker-and-description" ===
								e && (o = `${n.name}, ${n.description}`)
						}
						if (!s && n.exchange && 0 !== n.exchange.length) return [o, [n.exchange]]
					} else o = C ? "" : r;
					return [o]
				}
				_onAllowExtendTimeScaleChanged() {
					const e = this.isStarted();
					if (e && this.stop(!0), P && this.properties().childs().allowExtendTimeScale
						.value()) {
						this._seriesSource = new m.a(this._model.chartApi(), "st_o_");
						const e = this._seriesSource.dataEvents();
						e.seriesError().subscribe(this, e => {
								this._onStudyError(this._convertSeriesErrorToStudy(e))
							}), e.loading().subscribe(this, this._onStudyLoading), e.completed()
							.subscribe(this, (e, t) => {
								this._onStudyCompleted(t)
							}), e.dataUpdated().subscribe(this, () => {
								this._studyModified = !1;
								const e = this._model.paneForSource(this);
								this._model.recalculatePane(e), this._updateSources(), this
									.priceRangeReady() || this._enablePriceRangeReady()
							})
					} else {
						if (null !== this._seriesSource) {
							const e = this._seriesSource.dataEvents();
							e.seriesError().unsubscribeAll(this), e.loading().unsubscribeAll(this),
								e.completed().unsubscribeAll(this), e.dataUpdated().unsubscribeAll(
									this), this._seriesSource.destroy()
						}
						this._seriesSource = null
					}
					e && this.start(!0)
				}
				_convertSeriesErrorToStudy(e) {
					return {
						error: e.error,
						ctx: e.ctx,
						solution_id: e.solution_id
					}
				}
				_setSymbolCurrencyUnitInternal(e, t, i, s) {
					const r = this.properties().childs(),
						n = r.inputs.childs().symbol.value(),
						o = r.currencyId.value(),
						a = r.unitId.value();
					if (void 0 !== e && e !== n && r.inputs.childs().symbol.setValueSilently(e),
						void 0 !== t && t !== o && r.currencyId.setValueSilently(t), void 0 !== i &&
						i !== a && r.unitId.setValueSilently(i), s) this._resolvedSymbolsByInput[
						this.symbol()] = s, this._resolvedSymbols[this._getSymbolForResolve(this
						.symbol())] = s;
					else {
						const e = this.symbolInfo();
						null !== e && (r.currencyId.setValueSilently(Object(l.symbolCurrency)(e)), r
							.unitId.setValueSilently(Object(l.symbolUnit)(e)))
					}
					r.inputs.childs().symbol.value() !== n && r.inputs.childs().symbol.listeners()
						.fire(r.inputs.childs().symbol), r.currencyId.value() !== o && r.currencyId
						.listeners().fire(r.currencyId), r.unitId.value() !== a && r.unitId
						.listeners().fire(r.unitId)
				}
				_updateBarFunction() {
					var e;
					const t = null !== (e = this.priceSource()) && void 0 !== e ? e : "close";
					this._barFunction = Object(a.barFunction)(t)
				}
			}
		},
		yMne: function(e, t, i) {
			"use strict";
			i.d(t, "b", (function() {
				return r
			})), i.d(t, "a", (function() {
				return n
			}));
			var s = i("J2xC");
			const r = parseInt(s["css-value-header-toolbar-height"]),
				n = 3
		},
		yUly: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("j3hX"),
				o = n.LineToolWidthsProperty,
				a = n.LineToolColorsProperty;
			class l extends s {
				constructor(e, t) {
					super(e, t || l.createProperties()), this.version = l.version, i.e("lt-pane-views")
						.then(i.t.bind(null, "SvjA", 7)).then(({
							TrendBasedFibTimePaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						})
				}
				levelsCount() {
					return l.LevelsCount
				}
				pointsCount() {
					return 3
				}
				name() {
					return "Trend-Based Fib Time"
				}
				migrateVersion(e, t, i) {}
				processErase(e, t) {
					var i = "level" + t,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "u52p")))
						.TrendBasedFibTimeDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetooltrendbasedfibtime", e, !1, {
						range: [1, 11]
					});
					return l._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					for (var t = [e.child("trendline").child("linewidth")], i = [e.child("trendline")
							.child("color")
						], r = 1; r <= l.LevelsCount; r++) t.push(e.child("level" + r).child(
						"linewidth")), i.push(e.child("level" + r).child("color"));
					e.addChild("linesColors", new a(i)), e.addChild("linesWidths", new o(t))
				}
			}
			l.LevelsCount = 11, l.version = 1, t.LineToolTrendBasedFibTime = l
		},
		yfAl: function(e, t, i) {
			"use strict";
			i.r(t);
			var s = i("aO4+"),
				r = i("Eyy1"),
				n = i("txPx"),
				o = i("aIyQ"),
				a = i.n(o),
				l = i("e3/o"),
				c = i("GxN8"),
				h = i("7ktv"),
				u = i("MWAT"),
				d = i("CW80"),
				p = i("s1Gx");
			const _ = new Map([
					["trading", e => Object(d.isTrading)(e)],
					["drawing", e => Object(d.isLineTool)(e) && !Object(d.isTrading)(e) && !e
						.isPhantom()
					],
					["drawingsForAllSymbols", e => Object(d.isLineTool)(e) && !Object(d.isTrading)(e) &&
						!e.isPhantom()
					],
					["phantom", e => Object(d.isLineTool)(e) && e.isPhantom()],
					["restRowSources", e => !Object(d.isLineTool)(e) && !Object(d.isTrading)(e)],
					["leftPriceScale", (e, t) => "left" === f(e, t)],
					["rightPriceScale", (e, t) => "right" === f(e, t)],
					["overlayPriceScale", (e, t) => "overlay" === f(e, t)]
				]),
				m = new Map([
					["trading", "visibleSorted"],
					["drawing", "visibleSorted"],
					["drawingsForAllSymbols", "allSorted"],
					["phantom", "visibleSorted"],
					["restRowSources", "visibleSorted"],
					["leftPriceScale", "visibleSorted"],
					["rightPriceScale", "visibleSorted"],
					["overlayPriceScale", "visibleSorted"]
				]);

			function f(e, t) {
				const i = e.priceScale();
				return null === i ? "overlay" : t.priceScalePosition(i)
			}
			class g {
				constructor(e) {
					this._groupedSources = new Map, this._sources = null, this._pane = e
				}
				clear() {
					this._groupedSources.clear(), this._sources = null
				}
				destroy() {
					this.clear()
				}
				all() {
					return this._groupedSources.has("visibleSorted") || this._sortSources(), Object(r
						.ensureDefined)(this._groupedSources.get("visibleSorted"))
				}
				allIncludingHidden() {
					return this._groupedSources.has("allSorted") || this._sortSources(), Object(r
						.ensureDefined)(this._groupedSources.get("allSorted"))
				}
				allExceptSpecialSources() {
					if (!this._groupedSources.has("exceptSpecial")) {
						const e = this.allIncludingHidden().filter(e => !e.isSpeciallyZOrderedSource());
						this._groupedSources.set("exceptSpecial", e)
					}
					return Object(r.ensureDefined)(this._groupedSources.get("exceptSpecial"))
				}
				tradingSources() {
					return this._getSourcesByGroupType("trading")
				}
				lineSources() {
					return this._getSourcesByGroupType("drawing")
				}
				lineSourcesForAllSymbols() {
					return this._getSourcesByGroupType("drawingsForAllSymbols")
				}
				phantomSources() {
					return this._getSourcesByGroupType("phantom")
				}
				allExceptLineAndTradingSources() {
					return this._getSourcesByGroupType("restRowSources")
				}
				hitTestSources() {
					if (!this._groupedSources.has("hitTest")) {
						const e = this.allExceptLineAndTradingSources().concat(this.lineSources());
						this._groupedSources.set("hitTest", e)
					}
					return Object(r.ensureDefined)(this._groupedSources.get("hitTest"))
				}
				generalSources() {
					if (!this._groupedSources.has("general")) {
						const e = this.allExceptLineAndTradingSources().concat(this.lineSources());
						this._groupedSources.set("general", Object(p.sortSources)(e))
					}
					return Object(r.ensureDefined)(this._groupedSources.get("general"))
				}
				leftPriceScalesSources() {
					return this._getSourcesByGroupType("leftPriceScale")
				}
				rightPriceScalesSources() {
					return this._getSourcesByGroupType("rightPriceScale")
				}
				overlayPriceScaleSources() {
					return this._getSourcesByGroupType("overlayPriceScale")
				}
				_getSourcesByGroupType(e) {
					const t = Object(r.ensureDefined)(m.get(e));
					return this._groupedSources.has(t) ? this._groupedSources.has(e) || this
						._groupSources(e) : (this._sortSources(), this._groupSources(e)), Object(r
							.ensureDefined)(this._groupedSources.get(e))
				}
				_sortSources() {
					null === this._sources && (this._sources = this._pane.dataSources());
					const e = Object(p.sortSources)(this._sources),
						t = e.filter(e => !Object(d.isLineTool)(e) || e.isActualSymbol() && e
							.isActualCurrency() && e.isActualUnit());
					this._groupedSources.set("allSorted", e), this._groupedSources.set("visibleSorted",
						t)
				}
				_groupSources(e) {
					const t = Object(r.ensureDefined)(m.get(e)),
						i = _.get(e);
					if (void 0 !== i) {
						const s = Object(r.ensureDefined)(this._groupedSources.get(t)).filter(e => i(e,
							this._pane));
						this._groupedSources.set(e, s)
					}
				}
			}
			var b = i("1Wlv"),
				v = i("FaJS"),
				S = i("Qb4w"),
				y = i("3ClC"),
				w = i("/tGj"),
				P = i("2jby");
			i.d(t, "PaneBase", (function() {
				return T
			}));
			const C = Object(n.getLogger)("Chart.Pane");

			function x(e, t, i) {
				e.setMargins({
					top: t,
					bottom: i
				})
			}
			class T {
				constructor(e, t, i, s) {
					this.m_dataSources = [], this._sourceWatchedValuesSubscriptions = new Map, this
						.m_mainDataSource = null, this._cachedOrderedSources = new g(this), this
						._sourcesById = new Map, this._dataSourcesCollectionChanged = new a.a, this
						._dataSourceSymbolResolved = new a.a, this._sourcePropertiesChanged = new a.a,
						this._sourcesZOrderChanged = new a.a, this._tagsChanged = new a.a, this
						._stretchFactor = 1e3, this._isInInsertManyDataSourcesState = !1, this
						._lastLineDataSourceZOrder = null, this._rightPriceScales = [], this
						._leftPriceScales = [], this._lockedPriceScale = null, this
						._currentPriceScaleRatio = null, this._onPriceScalesChanged = new a.a, this
						._isRecalculatingScales = !1, this._priceDataSources = [], this
						._bulkActionsActive = 0, this
						._reorderZOrderOnAddingSourceToCollectionAllowed = !0, this
						._priceScaleSelectionStrategy = Object(u.createPriceScaleSelectionStrategy)(i
							.properties().priceScaleSelectionStrategyName.value()), this._id = null !=
						s ? s : Object(l.randomHashN)(6)
				}
				id() {
					return this._id
				}
				bulkActionMacro(e) {
					this._bulkActionsActive += 1, e(), this._bulkActionsActive -= 1, 0 === this
						._bulkActionsActive && this._dataSourcesCollectionChanged.fire()
				}
				sourcesByGroup() {
					return this._cachedOrderedSources
				}
				dataSourceForId(e) {
					return this._sourcesById.get(e) || null
				}
				changeSourceId(e, t) {
					Object(r.assert)(this.hasDataSource(e)), this._sourcesById.delete(e.id()), e.setId(
						t), this._sourcesById.set(t, e)
				}
				movePriceScale(e, t, i) {
					const s = this.priceScalePosition(e);
					if (s !== t) this.removePriceScale(e), this._placePriceScale(e, t, i), e
						.invalidateMargins(), this._invalidateSourcesCache();
					else if (void 0 !== i && "overlay" !== s) {
						const t = "left" === s ? this._leftPriceScales : this._rightPriceScales,
							r = t.indexOf(e);
						t.splice(r, 1), t.splice(i, 0, e)
					}
				}
				isEmpty() {
					return null === this.m_mainDataSource
				}
				recalculatePriceScale(e) {
					if (!e) return;
					const t = e.sourcesForAutoscale();
					if ((e.isAutoScale() || e.priceRangeShouldBeRecalculatedOnce()) && t && t.length >
						0 && !this.timeScale().isEmpty()) {
						const t = this.timeScale().visibleBarsStrictRange();
						e.recalculatePriceRange(t)
					}
					e.updateAllViews()
				}
				onSourceTagsChanged() {
					this._tagsChanged.fire()
				}
				insertDataSource(e, t, i) {
					e.setZorder(i), t || (t = this.findSuitableScale(e)), this._addSourceToCollections(
						e);
					let s = !1;
					(e === this.model().mainSeries() || null === this.m_mainDataSource) && (this
						.m_mainDataSource = e, s = !0), t.addDataSource(e, this
							._isInInsertManyDataSourcesState), e.setPriceScale(t), t
						.invalidateMargins(), e.onTagsChanged && e.onTagsChanged().subscribe(this, this
							.onSourceTagsChanged),
						s && this._processMainSourceChange(), this._tagsChanged.fire(), e instanceof h
						.PriceDataSource && this.recalculatePriceScale(t), this
						._invalidateSourcesCache()
				}
				addDataSource(e, t, i) {
					let s = e.zorder();
					i || (Object(d.isLineTool)(e) && !e.isSpeciallyZOrderedSource() ? (s = null !== this
								._lastLineDataSourceZOrder ? this._lastLineDataSourceZOrder + 1 : this
								.newLineToolZOrder(), this._isInInsertManyDataSourcesState && (this
									._lastLineDataSourceZOrder = s)) : Object(y.isStudy)(e) && !e
							.isSpeciallyZOrderedSource() && (s = this.newStudyZOrder())), this
						.insertDataSource(e, t, s)
				}
				removeDataSource(e, t, i) {
					const s = this.m_dataSources.indexOf(e);
					if (-1 === s) return void C.logDebug("removeDataSource: invalid data source");
					this._removeSourceFromCollections(s, !!i), e !== this.m_mainDataSource || t || (this
						.m_mainDataSource = null);
					const r = e.priceScale();
					this.removeSourceFromPriceScale(e), e.onTagsChanged && e.onTagsChanged()
						.unsubscribe(this, this.onSourceTagsChanged), e instanceof h.PriceDataSource &&
						!t && this._processMainSourceChange(), this._tagsChanged.fire(), r &&
						e instanceof h.PriceDataSource && this.recalculatePriceScale(r), this
						._invalidateSourcesCache()
				}
				hasDataSource(e) {
					return this._sourcesById.has(e.id())
				}
				dataSources() {
					return this.m_dataSources
				}
				priceDataSources() {
					return this._priceDataSources
				}
				replaceSource(e, t, i) {
					const s = this.m_mainDataSource === e,
						r = e.zorder();
					this.insertDataSource(t, i, r), this.removeDataSource(e, s), this._sourcesById.set(t
						.id(), t), s && (this.m_mainDataSource = t, this._processMainSourceChange())
				}
				isOverlay(e) {
					const t = e.priceScale();
					return null === t || "overlay" === this.priceScalePosition(t)
				}
				updateAllViews() {
					for (const e of this.m_dataSources) e.updateAllViews();
					for (const e of this.model().customSources()) e.updateViewsForPane(this)
				}
				priceScalePosition(e) {
					return this._leftPriceScales.includes(e) ? "left" : this._rightPriceScales.includes(
						e) ? "right" : "overlay"
				}
				createPriceScaleAtPosition(e, t) {
					const i = this.properties().childs().axisProperties.state();
					i.autoScale = !0;
					const s = new b.PriceScale(this.model().properties().scalesProperties, i);
					return s.setHeight(this.height()), x(s, this._defaultTopMargin(), this
						._defaultBottomMargin()), this._placePriceScale(s, e, t), s
				}
				removePriceScale(e) {
					e.modeChanged().unsubscribeAll(this), e.priceRangeChanged().unsubscribeAll(this), e
						.internalHeightChanged().unsubscribeAll(this), e === this._lockedPriceScale && (
							this._lockedPriceScale = null, this._currentPriceScaleRatio = null);
					const t = this._leftPriceScales.indexOf(e); - 1 !== t && (this._leftPriceScales[t]
						.invalidateMargins(), this._leftPriceScales.splice(t, 1));
					const i = this._rightPriceScales.indexOf(e);
					if (-1 !== i && (this._rightPriceScales[i].invalidateMargins(), this
							._rightPriceScales.splice(i, 1)), null === e.mainSource()) {
						const t = e.dataSources().length;
						0 !== t && C.logError(
							"Invalid priceScale state: empty mainSource but non-empty data sources=" +
							t)
					}
					this._onPriceScalesChanged.fire()
				}
				move(e, t, i) {
					const s = e.priceScale();
					this.removeSourceFromPriceScale(e), t.addDataSource(e), e.setPriceScale(t), t
						.invalidateMargins(), this._processMainSourceChange(), this
						._invalidateSourcesCache(), e.isIncludedInAutoScale() && (null !== s && this
							.recalculatePriceScale(s),
							this.recalculatePriceScale(t)), this._onPriceScalesChanged.fire()
				}
				setZOrders(e) {
					e.forEach((e, t) => {
							t.setZorder(e)
						}), this._invalidateSourcesCache(), 0 === this._bulkActionsActive && this
						._dataSourcesCollectionChanged.fire(), this.model().lightUpdate()
				}
				isMainPane() {
					const e = this.model().mainSeries();
					for (const t of this.m_dataSources)
						if (t === e) return !0;
					return !1
				}
				isLast() {
					const e = this.model().panes();
					return e[e.length - 1] === this
				}
				newStudyZOrder() {
					return Object(P.newStudyZOrder)(this._priceDataSources)
				}
				newLineToolZOrder(e) {
					return Object(P.newLineToolZOrder)(this.m_dataSources, e)
				}
				containsMainSeries() {
					return this._sourcesById.has(this.model().mainSeries().id())
				}
				applyPriceScaleRatio(e, t) {
					var i;
					null !== this._lockedPriceScale && this._lockedPriceScale !== e || this
						._currentPriceScaleRatio === t || !this.isMainPane() || null === this
						._lockedPriceScale && e !== (null === (i = this.mainDataSource()) || void 0 ===
							i ? void 0 : i.priceScale()) || (this._setNewPriceRangeByScaleRatio(e, t,
								this._mainSourceVisiblePriceRange(e), !0, !0), null !== this
							._lockedPriceScale ? this._tryToApplyNewPriceScaleRatio() : e.isLog() ||
							this.model().mainSeriesScaleRatioPropertyOnChanged())
				}
				sendToBack(e) {
					const t = this.sourcesByGroup().allExceptSpecialSources();
					this._batchReorder(e, t[0], P.moveBeforeSource)
				}
				bringToFront(e) {
					const t = this.sourcesByGroup().allExceptSpecialSources();
					this._batchReorder(e, t[t.length - 1], P.moveAfterSource)
				}
				sendBackward(e) {
					const t = this.sourcesByGroup().allIncludingHidden(),
						i = t.indexOf(e[0]);
					if (0 === i) this.bringToFront(e);
					else {
						const s = t[i - 1];
						this.insertBefore(e, s)
					}
				}
				bringForward(e) {
					const t = this.sourcesByGroup().allExceptSpecialSources(),
						i = t.indexOf(e[e.length - 1]);
					if (i === t.length - 1) this.sendToBack(e);
					else {
						const s = t[i + 1];
						this.insertAfter(e, s)
					}
				}
				insertAfter(e, t) {
					this._batchReorder(e, t, P.moveAfterSource)
				}
				insertBefore(e, t) {
					this._batchReorder(e, t, P.moveBeforeSource)
				}
				priceScaleSelectionStrategy() {
					return this._priceScaleSelectionStrategy
				}
				findTargetPriceAxisViews(e, t, i, s) {
					if (Object(c.a)(e) && this.model().paneForSource(e) !== this) return [];
					const r = e.priceScale();
					if (t === r) return i;
					if (null === r) return [];
					if ("overlay" === this.priceScalePosition(r)) return t === this
						.defaultPriceScale() ? i : [];
					const n = this.priceScalePosition(t);
					if (n !== this.priceScalePosition(r)) return [];
					const o = "left" === n ? this.leftPriceScales() : this.rightPriceScales();
					return o.indexOf(t) < o.indexOf(r) ? s : []
				}
				onPriceScalesChanged() {
					return this._onPriceScalesChanged
				}
				setPaneSize(e) {
					let t;
					switch (e) {
						case "large":
							t = 1;
							break;
						case "medium":
							t = .6;
							break;
						case "small":
							t = .3;
							break;
						case "tiny":
							t = .15;
							break;
						default:
							throw new Error("Unknown size enum value: " + e)
					}
					this._stretchFactor = 1e3 * t
				}
				stretchFactor() {
					return this._stretchFactor
				}
				setStretchFactor(e) {
					this._stretchFactor = e
				}
				customSources(e) {
					return this.model().customSources(e)
				}
				onTagsChanged() {
					return this._tagsChanged
				}
				dataSourcesCollectionChanged() {
					return this._dataSourcesCollectionChanged
				}
				symbolSourceResolved() {
					return this._dataSourceSymbolResolved
				}
				sourcePropertiesChanged() {
					return this._sourcePropertiesChanged
				}
				sourceZOrderChanged() {
					return this._sourcesZOrderChanged
				}
				lineToolsForArea(e) {
					const t = this.height(),
						i = this.width(),
						s = this.logicalRectToPixels(e);
					return [...this.m_dataSources, ...this.model().multiPaneSources(this)].filter(d
						.isLineTool).filter(e => (e.paneViews(this) || []).some(e => {
						const r = e.renderer(t, i);
						return r && r.doesIntersectWithBox && r.doesIntersectWithBox(s)
					}))
				}
				logicalRectToPixels(e) {
					const t = this.defaultPriceScale(),
						i = this.timeScale(),
						n = Object(r.ensureNotNull)(Object(r.ensureNotNull)(t.mainSource())
							.firstValue()),
						o = t.priceToCoordinate(e.p1.price, n),
						a = i.indexToCoordinate(e.p1.index),
						l = t.priceToCoordinate(e.p2.price, n),
						c = i.indexToCoordinate(e.p2.index),
						h = new s.Point(Math.min(a, c), Math.min(o, l)),
						u = new s.Point(Math.max(a, c), Math.max(o, l));
					return Object(s.box)(h, u)
				}
				clipboardLineToolOwnerSource(e) {
					const t = this.dataSourceForId(e);
					if (null !== t) {
						const e = t.ownerSource();
						if (null !== e && null !== e.firstValue()) return e
					}
					const i = this.mainDataSource();
					if (null !== i && null !== i.firstValue()) return i;
					for (const e of this.dataSources())
						if (e instanceof h.PriceDataSource && null !== e.firstValue()) return e;
					return null
				}
				realignLineTools() {
					let e = !1;
					for (const t of this.m_dataSources) Object(d.isLineTool)(t) && (t
						.calcIsActualSymbol(), t.updateAllViews(), e = !0);
					return this._invalidateSourcesCache(), e
				}
				startScalePrice(e, t) {
					e.startScale(t)
				}
				scalePriceTo(e, t) {
					e.scaleTo(t), this.updateAllViews()
				}
				endScalePrice(e) {
					e.endScale()
				}
				resetPriceScale(e) {
					const t = this.timeScale().visibleBarsStrictRange();
					e.isLockScale() || e.setMode({
						autoScale: !0
					}), e.recalculatePriceRange(t), this.updateAllViews()
				}
				restorePriceScaleState(e, t) {
					e.restoreState(t), this.updateAllViews()
				}
				beginInsertManyLineDataSources() {
					this._isInInsertManyDataSourcesState = !0, this._lastLineDataSourceZOrder = null
				}
				endInsertManyLineDataSources() {
					this._isInInsertManyDataSourcesState = !1, this._lastLineDataSourceZOrder = null
				}
				removeSourceFromPriceScale(e) {
					const t = e.priceScale();
					if (null !== t) {
						const i = t.dataSources();
						i.indexOf(e) >= 0 && t.removeDataSource(e), 0 === i.length && this
							.removePriceScale(t)
					}
				}
				_addSourceToCollections(e, t) {
					this.m_dataSources.push(e), this._sourcesById.set(e.id(), e), this
						._invalidateSourcesCache(), t || 0 !== this._bulkActionsActive || this
						._dataSourcesCollectionChanged.fire();
					const i = () => {
						this._sourcePropertiesChanged.fire(e)
					};
					e.properties().subscribe(this, i), e.zOrderChanged().subscribe(this, t => this
							._sourcesZOrderChanged.fire(e, t)), Object(d.isLineTool)(e) && (e
							.normalizedPointsChanged().subscribe(this, i), e.fixedPointsChanged()
							.subscribe(this, i), e.hasAlert.subscribe(i), e.linkKey().subscribe(i), this
							._sourceWatchedValuesSubscriptions.set(e.id(), i)), e instanceof h
						.PriceDataSource && (e.currencyChanged().subscribe(this, () => this
							._invalidateSourcesCache()), e.unitChanged().subscribe(this, () => this
							._invalidateSourcesCache()), this._priceDataSources.push(e), Object(w
							.isSymbolSource)(e) && e.symbolResolved().subscribe(this, () => this
							._dataSourceSymbolResolved.fire(e))), e.isMultiPaneAvailable() && this
						.model().addMultiPaneSource(e),
						!e.isSpeciallyZOrderedSource() && this
						._reorderZOrderOnAddingSourceToCollectionAllowed && (Object(d.isLineTool)(e) &&
							Object(P.isReorderRequired)(null, e.zorder()) || Object(y.isStudy)(e) &&
							Object(P.isReorderRequired)(e.zorder(), null)) && (this
							._reorderZOrderOnAddingSourceToCollectionAllowed = Object(P
								.reorderDataSourcesZOrder)(this.m_dataSources))
				}
				_removeSourceFromCollections(e, t) {
					const i = this.m_dataSources[e];
					i.properties().unsubscribeAll(this), i.zOrderChanged().unsubscribeAll(this), this
						.m_dataSources.splice(e, 1), this._sourcesById.delete(i.id());
					const s = i.id();
					if (Object(d.isLineTool)(i) && (i.normalizedPointsChanged().unsubscribeAll(this), i
							.fixedPointsChanged().unsubscribeAll(this), this
							._sourceWatchedValuesSubscriptions.has(s))) {
						const e = this._sourceWatchedValuesSubscriptions.get(s);
						i.hasAlert.unsubscribe(e), i.linkKey().unsubscribe(e)
					}
					if (this._invalidateSourcesCache(), i instanceof h.PriceDataSource) {
						i.currencyChanged().unsubscribeAll(this), i.unitChanged().unsubscribeAll(this);
						const e = this._priceDataSources.indexOf(i);
						Object(r.assert)(-1 !== e), this._priceDataSources.splice(e, 1), Object(w
							.isSymbolSource)(i) && i.symbolResolved().unsubscribeAll(this)
					}
					t || 0 !== this._bulkActionsActive || this._dataSourcesCollectionChanged.fire(), i
						.isMultiPaneAvailable() && this.model().removeMultiPaneSource(i), this
						._reorderZOrderOnAddingSourceToCollectionAllowed = !0
				}
				_recalculatePriceScaleByScaleRatio(e) {
					this.isMainPane() && e === this._lockedPriceScale && (null !== this
						._currentPriceScaleRatio ? this._applyOldScaleRatioToPriceScale() : this
						._tryToApplyNewPriceScaleRatio())
				}
				_defaultBottomMargin() {
					return .01 * this.properties().childs().bottomMargin.value()
				}
				_defaultTopMargin() {
					return .01 * this.properties().childs().topMargin.value()
				}
				_updateMargins() {
					const e = this._defaultTopMargin(),
						t = this._defaultBottomMargin();
					for (const i of this._leftPriceScales) x(i, e, t);
					for (const i of this._rightPriceScales) x(i, e, t);
					for (const i of this.m_dataSources)
						if (this.isOverlay(i)) {
							const s = i.priceScale();
							null !== s && (x(s, e, t), this.recalculatePriceScale(s))
						} for (const e of this._leftPriceScales) this.recalculatePriceScale(e);
					for (const e of this._rightPriceScales) this.recalculatePriceScale(e);
					this.updateAllViews()
				}
				_batchReorder(e, t, i) {
					i(this.sourcesByGroup().allExceptSpecialSources(), e, t), this
						._invalidateSourcesCache(), this._dataSourcesCollectionChanged.fire(), this
						.model().fullUpdate()
				}
				_placePriceScale(e, t, i) {
					if ("overlay" === t) return void e.invalidateMargins();
					const s = "left" === t ? this._leftPriceScales : this._rightPriceScales,
						n = void 0 === i ? s.length : i;
					s.splice(n, 0, e), e.modeChanged().subscribe(this, this._onPriceScaleModeChanged
							.bind(this, e)), e.internalHeightChanged().subscribe(this, this
							._recalculatePriceScaleByScaleRatio.bind(this, e)), e.priceRangeChanged()
						.subscribe(this, this._recalculateTimeScaleByScaleRatio.bind(this, e)), e
						.priceRangeChanged().subscribe(this, this._onPriceScaleSetMinMaxPriceRange.bind(
							this, e)), e.isLockScale() && (Object(r.assert)(null === this
								._lockedPriceScale), this._lockedPriceScale = e, this
							._currentPriceScaleRatio = null), e.invalidateMargins(), this
						._onPriceScalesChanged.fire()
				}
				_onPriceScaleModeChanged(e, t, i) {
					if (i.lockScale && (this._lockedPriceScale !== e && null !== this
							._lockedPriceScale && this._lockedPriceScale.setMode({
								lockScale: !1
							}), this._lockedPriceScale = e, this._currentPriceScaleRatio = Object(v
								.scaleRatio)(this.timeScale(), e)), t.lockScale && !i.lockScale && (this
							._lockedPriceScale = null, this._currentPriceScaleRatio = null), t
						.percentage === i.percentage && t.indexedTo100 === i.indexedTo100) return;
					const s = this.timeScale().visibleBarsStrictRange();
					null !== s && (e.recalculatePriceRange(s), e.updateAllViews())
				}
				_applyOldScaleRatioToPriceScale() {
					this._isRecalculatingScales || null === this._currentPriceScaleRatio || null ===
						this._lockedPriceScale || (this._isRecalculatingScales = !0, this
							._setNewPriceRangeByScaleRatio(this._lockedPriceScale, this
								._currentPriceScaleRatio, this._mainSourceVisiblePriceRange(this
									._lockedPriceScale)), this._isRecalculatingScales = !1)
				}
				_setNewPriceRangeByScaleRatio(e, t, i, s, r) {
					const n = Object(v.priceRangeByScaleRatio)(e, this.timeScale().barSpacing(), t);
					e.setPriceRange(null !== n ? n : i, s, r)
				}
				_applyOldScaleRatioToTimeScale() {
					this._isRecalculatingScales || null === this._currentPriceScaleRatio || (this
						._isRecalculatingScales = !0, this._setNewBarSpacingByScaleRatio(), this
						._isRecalculatingScales = !1)
				}
				_tryToApplyNewPriceScaleRatio() {
					const e = Object(r.ensureNotNull)(this._lockedPriceScale),
						t = Object(v.scaleRatio)(this.timeScale(), e);
					this._currentPriceScaleRatio === t || e.isLog() || (this._currentPriceScaleRatio =
						t, this.model().mainSeriesScaleRatioPropertyOnChanged())
				}
				_recalculateTimeScaleByScaleRatio(e) {
					e === this._lockedPriceScale && (null !== this._currentPriceScaleRatio ? this
						._applyOldScaleRatioToTimeScale() : this._tryToApplyNewPriceScaleRatio())
				}
				_setNewBarSpacingByScaleRatio() {
					const e = this.timeScale().getValidBarSpacing(Object(v.barSpacingByScaleRatio)(
						Object(r.ensureNotNull)(this._lockedPriceScale), this
						._currentPriceScaleRatio));
					this.timeScale().isValidBarSpacing(e) && this.timeScale().setBarSpacing(e)
				}
				_mainSourceVisiblePriceRange(e) {
					const t = this.timeScale().visibleBarsStrictRange();
					return null !== t ? Object(r.ensureNotNull)(Object(r.ensureNotNull)(e.mainSource())
						.priceRange(t.firstBar(), t.lastBar())) : new S.PriceRange(-.5, .5)
				}
				_setMinMaxPriceRange() {
					const e = Object(r.ensureNotNull)(this._lockedPriceScale),
						t = Object(v.priceRangeByScaleRatio)(e, this.timeScale().maxBarSpacing(), this
							._currentPriceScaleRatio),
						i = Object(v.priceRangeByScaleRatio)(e, this.timeScale().minBarSpacing(), this
							._currentPriceScaleRatio);
					null !== t && e.setMaxPriceRange(t), null !== i && e.setMinPriceRange(i)
				}
				_onPriceScaleSetMinMaxPriceRange(e) {
					e === this._lockedPriceScale && this._setMinMaxPriceRange()
				}
			}
		},
		yi8X: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "LineToolInfoLine", (function() {
				return n
			}));
			var s = i("Ocx9"),
				r = i("WPQD");
			class n extends r.LineToolTrendLine {
				constructor(e, t) {
					super(e, t || n.createProperties())
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Info Line"
				}
				static createProperties(e) {
					const t = new s.DefaultProperty("linetoolinfoline", e);
					return n._configureProperties(t), t
				}
				static _configureProperties(e) {
					r.LineToolTrendLine._configureProperties(e)
				}
			}
		},
		"z+Sa": function(e, t, i) {
			"use strict";
			i.r(t),
				i.d(t, "SeriesHorizontalBaseLinePaneView", (function() {
					return r
				}));
			var s = i("k4w6");
			class r extends s.a {
				constructor(e) {
					super(e)
				}
				_updateImpl() {
					this._lineRendererData.visible = !1;
					const e = this._series.priceScale().mode();
					if (!e.percentage && !e.indexedTo100) return;
					const t = this._series.firstValue();
					null !== t && (this._lineRendererData.visible = !0, this._lineRendererData.y =
						this._series.priceScale().priceToCoordinate(t, t), this
						._lineRendererData.color = this._series.properties().baseLineColor
						.value())
				}
			}
		},
		"z+cS": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "VerticalLineRenderer", (function() {
				return a
			}));
			var s = i("VdBB"),
				r = i("jFln"),
				n = i("gAom"),
				o = i("Zp/P");
			class a {
				constructor() {
					this._data = null, this._hitTest = null
				}
				setData(e) {
					this._data = e
				}
				setHitTest(e) {
					this._hitTest = e
				}
				hitTest(e) {
					if (null === this._data) return null;
					const t = Object(o.interactionTolerance)().line,
						i = this._hitTest || new s.HitTestResult(s.HitTestResult.MOVEPOINT),
						r = Math.abs(e.x - this._data.x) <= t + this._data.linewidth / 2,
						n = void 0 === this._data.top || this._data.top - e.y <= t,
						a = void 0 === this._data.bottom || e.y - this._data.bottom <= t;
					return r && n && a ? i : null
				}
				draw(e, t) {
					if (null === this._data) return;
					if (this._data.linewidth <= 0) return;
					if (this._data.x < -this._data.linewidth / 2 || this._data.x > t.cssWidth + this
						._data.linewidth / 2) return;
					const i = t.pixelRatio;
					e.lineCap = "butt", e.strokeStyle = this._data.color, e.lineWidth = Math.max(1, Math
							.floor(this._data.linewidth * i)), void 0 !== this._data.linestyle &&
						Object(r.setLineStyle)(e, this._data.linestyle);
					const s = void 0 !== this._data.top ? Math.max(this._data.top, 0) : 0,
						o = void 0 !== this._data.bottom ? Math.min(this._data.bottom, t.cssHeight) : t
						.cssHeight,
						a = Math.round(this._data.x * i),
						l = Math.floor(s * i),
						c = Math.ceil(o * i);
					Object(n.drawVerticalLine)(e, a, l, c)
				}
			}
		},
		"z61+": function(e, t, i) {
			"use strict";
			var s = i("Eyy1"),
				r = i("0YCj"),
				n = i.n(r),
				o = i("23IT"),
				a = i("ogJP"),
				l = i("txPx");
			const c = ["first_visible_bar_time", "last_visible_bar_time"];

			function h(e) {
				return !e.groupId && !e.isHidden && !c.includes(e.id)
			}
			var u = i("Ecpn");
			i.d(t, "a", (function() {
				return p
			}));
			const d = Object(l.getLogger)("Platform.GUI.PropertyDialog.Indicators.MetaInfo");
			class p {
				constructor(e) {
					this._metaInfo = e
				}
				hasUserEditableInputs() {
					return this._metaInfo.inputs.some(h)
				}
				getUserEditableInputs() {
					return this._metaInfo.inputs.filter(h)
				}
				hasUserEditableProperties() {
					return n.a.isScriptStrategy(this._metaInfo)
				}
				hasUserEditableStyles() {
					const e = this._metaInfo;
					return e.plots.length > 0 || void 0 !== e.bands || void 0 !== e.filledAreas ||
						Object(u.a)(e.shortId) || n.a.isScriptStrategy(this._metaInfo) || Object.values(
							e.graphics).some(e => void 0 !== e)
				}
				getUserEditablePlots() {
					const e = new Set,
						t = this._metaInfo;
					return t.plots.filter(i => {
						if (Object(o.isColorerPlot)(i) || Object(o.isTextColorerPlot)(i) ||
							Object(o.isDataOffsetPlot)(i) || Object(o.isOhlcColorerPlot)(i) ||
							Object(o.isAlertConditionPlot)(i)) return !1;
						if (Object(o.isOhlcPlot)(i)) {
							const r = i.target;
							if (e.has(r)) return !1;
							e.add(r);
							const n = Object(s.ensureDefined)(t.ohlcPlots);
							return !Object(s.ensureDefined)(n[r]).isHidden
						} {
							const e = t.styles ? t.styles[i.id] : void 0;
							return void 0 === e || !e.isHidden
						}
					})
				}
				hasUserEditableOptions() {
					return this.hasUserEditableInputs() || this.hasUserEditableProperties() || this
						.hasUserEditableStyles()
				}
				getStrategyProperties() {
					const e = this._metaInfo,
						t = e.inputs.filter(m),
						i = {
							..._
						};
					for (const s of t) {
						const t = s.internalID;
						i[t] = s, _.hasOwnProperty(t) || d.logWarn(
							`Unknown strategy input internal id ${t} in ${e.fullId}`)
					}
					return Object(a.clone)(i)
				}
			}
			const _ = {
				currency: void 0,
				backtest_fill_limits_assumption: void 0,
				calc_on_every_tick: void 0,
				calc_on_order_fills: void 0,
				commission_value: void 0,
				commission_type: void 0,
				initial_capital: void 0,
				pyramiding: void 0,
				slippage: void 0,
				default_qty_type: void 0,
				default_qty_value: void 0,
				margin_long: void 0,
				margin_short: void 0
			};

			function m(e) {
				return "strategy_props" === e.groupId
			}
		},
		"z8/4": function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "OverlayLegendView", (function() {
				return n
			}));
			var s = i("JjUe"),
				r = i("qXYw");
			class n extends s.OverlayDataWindowView {
				constructor(e, t) {
					super(e, t), this._additional = null, this._showBarChange = t.properties()
						.paneProperties.legendProperties.showBarChange, this._showSeriesOHLC = t
						.properties().paneProperties.legendProperties.showSeriesOHLC, this
						._studyOverlay = e, this._showBarChange.subscribe(this, this.update), this
						._showSeriesOHLC.subscribe(this, this.update)
				}
				isValuesVisible() {
					return this._showSeriesOHLC.value() || this._showBarChange.value()
				}
				additional() {
					return this._additional
				}
				destroy() {
					this._showBarChange.unsubscribeAll(this), this._showSeriesOHLC.unsubscribeAll(
						this)
				}
				_updateImpl() {
					super._updateImpl()
				}
				_createValuesProvider(e, t) {
					return new r.OverlayLegendValuesProvider(e, t)
				}
			}
		},
		zDbI: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "CHART_FONT_FAMILY", (function() {
				return r
			}));
			var s = i("mNbo");
			const r = Object(s.isOnMobileAppPage)("old") ? "system-ui, -apple-system" :
				"'Trebuchet MS', Roboto, Ubuntu, sans-serif"
		},
		zL3Q: function(e, t, i) {
			"use strict";
			i.d(t, "a", (function() {
				return _
			})), i.d(t, "b", (function() {
				return m
			}));
			var s = i("hY0g"),
				r = i.n(s),
				n = i("4o++"),
				o = i("mMWL"),
				a = i("CW80"),
				l = i("m/3z");
			const c = new r.a(!1),
				h = new r.a(n.MagnetMode.WeakMagnet),
				u = Object(l.c)(),
				d = Object(l.d)();

			function p() {
				const e = u.value();
				if (d.value() && (o.isToolEditingNow.value() || o.isToolCreatingNow.value())) return void c
					.setValue(!1);
				const t = o.tool.value(),
					i = e && (Object(a.isLineToolName)(t) || o.isToolEditingNow.value() || Object(o
						.toolIsMeasure)(t)),
					s = Object(o.properties)().childs().magnet.value();
				h.setValue(!s && i ? n.MagnetMode.StrongMagnet : Object(o.properties)().childs().magnetMode
					.value()), c.setValue(i ? !s : s)
			}

			function _() {
				return c
			}

			function m() {
				return h
			}
			Object(o.runOnDrawingStateReady)(() => {
				Object(o.properties)().childs().magnet.subscribe(null, p), Object(o.properties)()
					.childs().magnetMode.subscribe(null, p), u.subscribe(p), d.subscribe(p), o.tool
					.subscribe(p), o.isToolEditingNow.subscribe(p), p()
			})
		},
		zM7N: function(e, t, i) {
			"use strict";
			i.d(t, "c", (function() {
				return c
			})), i.d(t, "b", (function() {
				return h
			})), i.d(t, "e", (function() {
				return u
			})), i.d(t, "d", (function() {
				return d
			}));
			var s = i("YFKU"),
				r = i("eJTA"),
				n = i("/McG"),
				o = i("8pII"),
				a = i("FZIs");

			function l() {
				return {
					[a.a.Light]: JSON.parse(JSON.stringify(n)),
					[a.a.Dark]: JSON.parse(JSON.stringify(o))
				}
			}

			function c() {
				return [a.a.Light, a.a.Dark]
			}

			function h(e) {
				return l()[e]
			}

			function u(e) {
				return {
					[a.a.Light]: s.t("Light", {
						context: "colorThemeName"
					}),
					[a.a.Dark]: s.t("Dark", {
						context: "colorThemeName"
					})
				} [e] || e
			}

			function d(e) {
				const t = l();
				return c().some(i => p(t[i], e))
			}

			function p(e, t) {
				let i = e.content === t.content;
				return function(e = {}, t) {
					try {
						! function e(t, i, s) {
							for (const r in t)
								if (t.hasOwnProperty(r)) {
									const n = i.concat(r);
									if ("object" == typeof t[r]) e(t[r], n, s);
									else if (s(n, t[r])) throw new Error("exit")
								}
						}(e, [], t)
					} catch (e) {
						return
					}
				}(e.content, (e, s) => {
					const n = function(e, t = {}) {
						let i = t;
						for (let t = 0; t < e.length; t++) {
							if (!i || "object" != typeof i) return;
							i = i[e[t]]
						}
						if ("string" == typeof i || "number" == typeof i) return i;
						return
					}(e, t.content);
					return i = function(e, t) {
						if ("string" == typeof e && "string" == typeof t) try {
							return Object(r.areEqualRgb)(Object(r.parseRgb)(e), Object(r
								.parseRgb)(t))
						} catch (i) {
							return e === t
						}
						return e === t
					}(s, n), !i
				}), i
			}
			i.d(t, "a", (function() {
				return a.a
			}))
		},
		zRdu: function(e, t, i) {
			"use strict";
			var s;
			i.d(t, "a", (function() {
					return s
				})),
				function(e) {
					e[e.Separator = 0] = "Separator", e[e.Action = 1] = "Action", e[e.ActionAsync = 2] =
						"ActionAsync", e[e.Loader = 3] = "Loader"
				}(s || (s = {}))
		},
		zUrt: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "backend", (function() {
				return s
			}));
			const s = i("Ery9")
		},
		zXvd: function(e, t, i) {
			"use strict";
			i.r(t), i.d(t, "NumericFormatter", (function() {
				return n
			}));
			var s = i("kcTO"),
				r = i("nc0P");
			class n {
				constructor(e) {
					this._precision = e
				}
				format(e) {
					return (void 0 !== this._precision ? e.toFixed(this._precision) : n.formatNoE(e))
						.replace(".", s.formatterOptions.decimalSign)
				}
				parse(e) {
					const t = e.replace(s.formatterOptions.decimalSign, ".");
					let i = parseFloat(t);
					return this._precision && (i = +i.toFixed(this._precision)), i
				}
				static formatNoE(e) {
					if (!Number.isFinite(e)) return String(e);
					const t = new r.Big(e);
					return t.lt(1) ? t.toFixed() : t.toString()
				}
			}
		},
		zZ5f: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("5rJj"),
				n = i("j3hX").LineToolColorsProperty;
			class o extends s {
				constructor(e, t) {
					super(e, t || o.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"xp9B", 7)).then(({
						FibSpeedResistanceFanPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				hLevelsCount() {
					return o.HLevelsCount
				}
				vLevelsCount() {
					return o.VLevelsCount
				}
				pointsCount() {
					return 2
				}
				name() {
					return "Fib Speed Resistance Fan"
				}
				processErase(e, t) {
					var i = "h" === t.type ? "hlevel" + t.index : "vlevel" + t.index,
						s = this.properties()[i].visible;
					e.setProperty(s, !1, "Erase level line")
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "2PB4")))
						.FibSpeedResistanceFanDefinitionsViewModel
				}
				_snapTo45DegreesAvailable() {
					return !0
				}
				static createProperties(e) {
					void 0 !== e && void 0 === e.reverse && (e.reverse = !0);
					var t = new r("linetoolfibspeedresistancefan", e, !1, {
						range: [1, 7],
						prefixes: ["h", "v"],
						names: ["coeff", "color", "visible"]
					});
					return o._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e);
					var t = [e.child("grid").child("color")];
					for (let i = 1; i <= o.HLevelsCount; i++) t.push(e.child("hlevel" + i).child(
						"color"));
					for (let i = 1; i <= o.VLevelsCount; i++) t.push(e.child("vlevel" + i).child(
						"color"));
					e.addChild("linesColors", new n(t)), e.addExclusion("linesColors")
				}
			}
			o.HLevelsCount = 7, o.VLevelsCount = 7, t.LineToolFibSpeedResistanceFan = o
		},
		ziJ5: function(e, t, i) {
			"use strict";
			(function(e) {
				var s = i("QIuV").LineToolTrading,
					r = i("Ss5c").LineDataSource,
					n = i("RTYN").PositionAveragePriceAxisView,
					o = i("jkoZ"),
					a = i("Ocx9").DefaultProperty,
					l = i("kcTO").PriceFormatter,
					c = i("s1Gx").sortSourcesPreOrdered.LineToolPosition;

				function h(e) {
					return null == e ? e = "" : e += "", e
				}
				class u {
					constructor(e) {
						this._line = e, this._data = {
								bodyText: "position",
								quantityText: "0"
							}, this._closeEnabled = !0, this._direction = "buy", this._profitState =
							"neutral"
					}
					setDirection(e) {
						return this._direction = e, this._line.updateAllViewsAndRedraw(), this
					}
					setProfitState(e) {
						return this._profitState = e, this._line.updateAllViewsAndRedraw(), this
					}
					getPrice() {
						return this._line.points().length > 0 ? this._line.points()[0].price : this
							._line._timePoint.length > 0 ? this._line._timePoint[0].price : void 0
					}
					setPrice(e) {
						if (this._line.points().length > 0) {
							var t = this._line.points()[0];
							t.price = e, this._line._points[0] = t, this._line.normalizePoints(),
								this._line.updateAllViewsAndRedraw()
						}
						return this._line._timePoint.length > 0 && (this._line._timePoint[0].price =
							e), this
					}
					getText() {
						return this._data.bodyText
					}
					setText(e) {
						return this._data.bodyText = e || "", this._line.updateAllViewsAndRedraw(),
							this
					}
					setTooltip(e) {
						return this._line.properties().tooltip.setValue(h(e)), this
					}
					getTooltip() {
						return this._line.properties().tooltip.value()
					}
					setProtectTooltip(e) {
						return this._line.properties().protectTooltip.setValue(h(e)), this
					}
					getProtectTooltip() {
						return this._line.properties().protectTooltip.value()
					}
					setCloseTooltip(e) {
						return this._line.properties().closeTooltip.setValue(h(e)), this
					}
					getCloseTooltip() {
						return this._line.properties().closeTooltip.value()
					}
					setReverseTooltip(e) {
						return this._line.properties().reverseTooltip.setValue(h(e)), this
					}
					getReverseTooltip() {
						return this._line.properties().reverseTooltip.value()
					}
					getQuantity() {
						return this._data.quantityText
					}
					setQuantity(e) {
						return this._data.quantityText = e || "", this._line
							.updateAllViewsAndRedraw(), this
					}
					getExtendLeft() {
						var e = this._line.properties().extendLeft.value();
						return "inherit" === e ? this._line._model.properties().tradingProperties
							.extendLeft.value() : e
					}
					setExtendLeft(e) {
						return this._line.properties().extendLeft.setValue(e), this
					}
					getLineLength() {
						var e = this._line.properties().lineLength.value();
						return "inherit" === e ? this._line._model.properties().tradingProperties
							.lineLength.value() : e
					}
					setLineLength(e) {
						return this._line.properties().lineLength.setValue(Math.max(0, Math.min(e,
							100))), this
					}
					getLineColor() {
						var e = this._line.properties();
						return ("buy" === this._direction ? e.lineBuyColor : e.lineSellColor)
							.value()
					}
					setLineColor(e) {
						return "buy" === this._direction ? this.setLineBuyColor(e) : this
							.setLineSellColor(e), this
					}
					setLineBuyColor(e) {
						return this._line.properties().lineBuyColor.setValue(e), this
					}
					setLineSellColor(e) {
						return this._line.properties().lineSellColor.setValue(e), this
					}
					getLineStyle() {
						var e = this._line.properties().lineStyle.value();
						return "inherit" === e ? this._line._model.properties().tradingProperties
							.lineStyle.value() : e
					}
					setLineStyle(e) {
						return this._line.properties().lineStyle.setValue(e), this
					}
					getLineWidth() {
						var e = this._line.properties().lineWidth.value();
						return "inherit" === e ? this._line._model.properties().tradingProperties
							.lineWidth.value() : e
					}
					setLineWidth(e) {
						return this._line.properties().lineWidth.setValue(e), this
					}
					getBodyBorderColor() {
						var e = this._line.properties();
						return ("buy" === this._direction ? e.bodyBorderBuyColor : e
							.bodyBorderSellColor).value()
					}
					setBodyBorderColor(e) {
						return "buy" === this._direction ? this.setBodyBorderBuyColor(e) : this
							.setBodyBorderSellColor(e), this
					}
					setBodyBorderBuyColor(e) {
						return this._line.properties().bodyBorderBuyColor.setValue(e), this
					}
					setBodyBorderSellColor(e) {
						return this._line.properties().bodyBorderSellColor.setValue(e), this
					}
					getBodyBackgroundColor() {
						return o.getColorFromProperties(this._line.properties().bodyBackgroundColor,
							this._line.properties().bodyBackgroundTransparency)
					}
					setBodyBackgroundColor(e) {
						return o.setColorToProperties(e, this._line.properties()
							.bodyBackgroundColor, this._line.properties()
							.bodyBackgroundTransparency), this
					}
					getBodyTextColor() {
						var e = this._line.properties();
						return ("positive" === this._profitState ? e.bodyTextPositiveColor :
							"negative" === this._profitState ? e.bodyTextNegativeColor : e
							.bodyTextNeutralColor).value()
					}
					setBodyTextColor(e) {
						return "positive" === this._profitState ? this.setBodyTextPositiveColor(e) :
							"negative" === this._profitState ? this.setBodyTextNegativeColor(e) :
							this.setBodyTextNeutralColor(e), this
					}
					setBodyTextPositiveColor(e) {
						return this._line.properties().bodyTextPositiveColor.setValue(e), this
					}
					setBodyTextNegativeColor(e) {
						return this._line.properties().bodyTextNegativeColor.setValue(e), this
					}
					setBodyTextNeutralColor(e) {
						return this._line.properties().bodyTextNeutralColor.setValue(e), this
					}
					getBodyFont() {
						return o.getFontFromProperties(this._line.properties().bodyFontFamily, this
							._line.properties().bodyFontSize, this._line.properties()
							.bodyFontBold, this._line.properties().bodyFontItalic)
					}
					setBodyFont(e) {
						return o.setFontToProperties(e, this._line.properties().bodyFontFamily, this
							._line.properties().bodyFontSize, this._line.properties()
							.bodyFontBold, this._line.properties().bodyFontItalic), this
					}
					getQuantityBorderColor() {
						var e = this._line.properties();
						return ("buy" === this._direction ? e.quantityBorderBuyColor : e
							.quantityBorderSellColor).value()
					}
					setQuantityBorderColor(e) {
						return "buy" === this._direction ? this.setQuantityBorderBuyColor(e) : this
							.setQuantityBorderSellColor(e), this
					}
					setQuantityBorderBuyColor(e) {
						return this._line.properties().quantityBorderBuyColor.setValue(e), this
					}
					setQuantityBorderSellColor(e) {
						return this._line.properties().quantityBorderSellColor.setValue(e), this
					}
					getQuantityBackgroundColor() {
						var e = this._line.properties();
						return ("buy" === this._direction ? e.quantityBackgroundBuyColor : e
							.quantityBackgroundSellColor).value()
					}
					setQuantityBackgroundColor(e) {
						return "buy" === this._direction ? this.setQuantityBackgroundBuyColor(e) :
							this.setQuantityBackgroundSellColor(e), this
					}
					setQuantityBackgroundBuyColor(e) {
						return this._line.properties().quantityBackgroundBuyColor.setValue(e), this
					}
					setQuantityBackgroundSellColor(e) {
						return this._line.properties().quantityBackgroundSellColor.setValue(e), this
					}
					getQuantityTextColor() {
						return o.getColorFromProperties(this._line.properties().quantityTextColor,
							this._line.properties().quantityTextTransparency)
					}
					setQuantityTextColor(e) {
						return o.setColorToProperties(e, this._line.properties().quantityTextColor,
							this._line.properties().quantityTextTransparency), this
					}
					getQuantityFont() {
						return o.getFontFromProperties(this._line.properties().quantityFontFamily,
							this._line.properties().quantityFontSize, this._line.properties()
							.quantityFontBold, this._line.properties().quantityFontItalic)
					}
					setQuantityFont(e) {
						return o.setFontToProperties(e, this._line.properties().quantityFontFamily,
							this._line.properties().quantityFontSize, this._line.properties()
							.quantityFontBold, this._line.properties().quantityFontItalic), this
					}
					getReverseButtonBorderColor() {
						var e = this._line.properties();
						return ("buy" === this._direction ? e.reverseButtonBorderBuyColor : e
							.reverseButtonBorderSellColor).value()
					}
					setReverseButtonBorderColor(e) {
						return "buy" === this._direction ? this.setReverseButtonBorderBuyColor(e) :
							this.setReverseButtonBorderSellColor(e), this
					}
					setReverseButtonBorderBuyColor(e) {
						return this._line.properties().reverseButtonBorderBuyColor.setValue(e), this
					}
					setReverseButtonBorderSellColor(e) {
						return this._line.properties().reverseButtonBorderSellColor.setValue(e),
							this
					}
					getReverseButtonBackgroundColor() {
						return o.getColorFromProperties(this._line.properties()
							.reverseButtonBackgroundColor, this._line.properties()
							.reverseButtonBackgroundTransparency)
					}
					setReverseButtonBackgroundColor(e) {
						return o.setColorToProperties(e, this._line.properties()
							.reverseButtonBackgroundColor, this._line.properties()
							.reverseButtonBackgroundTransparency), this
					}
					getReverseButtonIconColor() {
						var e = this._line.properties();
						return ("buy" === this._direction ? e.reverseButtonIconBuyColor : e
							.reverseButtonIconSellColor).value()
					}
					setReverseButtonIconColor(e) {
						return "buy" === this._direction ? this.setReverseButtonIconBuyColor(e) :
							this.setReverseButtonIconSellColor(e), this
					}
					setReverseButtonIconBuyColor(e) {
						return this._line.properties().reverseButtonIconBuyColor.setValue(e), this
					}
					setReverseButtonIconSellColor(e) {
						return this._line.properties().reverseButtonIconSellColor.setValue(e), this
					}
					getCloseButtonBorderColor() {
						var e = this._line.properties();
						return ("buy" === this._direction ? e.closeButtonBorderBuyColor : e
							.closeButtonBorderSellColor).value()
					}
					setCloseButtonBorderColor(e) {
						return "buy" === this._direction ? this.setCloseButtonBorderBuyColor(e) :
							this.setCloseButtonBorderSellColor(e), this
					}
					setCloseButtonBorderBuyColor(e) {
						return this._line.properties().closeButtonBorderBuyColor.setValue(e), this
					}
					setCloseButtonBorderSellColor(e) {
						return this._line.properties().closeButtonBorderSellColor.setValue(e), this
					}
					getCloseButtonBackgroundColor() {
						return o.getColorFromProperties(this._line.properties()
							.closeButtonBackgroundColor, this._line.properties()
							.closeButtonBackgroundTransparency)
					}
					setCloseButtonBackgroundColor(e) {
						return o.setColorToProperties(e, this._line.properties()
							.closeButtonBackgroundColor, this._line.properties()
							.closeButtonBackgroundTransparency), this
					}
					getCloseButtonIconColor() {
						var e = this._line.properties();
						return ("buy" === this._direction ? e.closeButtonIconBuyColor : e
							.closeButtonIconSellColor).value()
					}
					setCloseButtonIconColor(e) {
						return "buy" === this._direction ? this.setCloseButtonIconBuyColor(e) : this
							.setCloseButtonIconSellColor(e), this
					}
					setCloseButtonIconBuyColor(e) {
						return this._line.properties().closeButtonIconBuyColor.setValue(e), this
					}
					setCloseButtonIconSellColor(e) {
						return this._line.properties().closeButtonIconSellColor.setValue(e), this
					}
					block() {
						this._blocked = !0, this._line.updateAllViewsAndRedraw()
					}
					unblock() {
						this._blocked = !1, this._line.updateAllViewsAndRedraw()
					}
					isFunction(e) {
						return "function" == typeof e
					}
					onReverse(e, t) {
						return t ? this.isFunction(t) && (this._onReverseData = e, this
							._onReverseCallback = t) : this.isFunction(e) && (this
							._onReverseCallback = e), this
					}
					callOnReverse() {
						this.isFunction(this._onReverseCallback) && this._onReverseCallback.call(
							this, this._onReverseData)
					}
					isOnReverseCallbackPresent() {
						return this.isFunction(this._onReverseCallback)
					}
					onClose(e, t) {
						return t ? this.isFunction(t) && (this._onCloseData = e, this
							._onCloseCallback = t) : this.isFunction(e) && (this
							._onCloseCallback = e), this
					}
					setCloseEnabled(e) {
						return this._closeEnabled === e || (this._closeEnabled = e, this
							._onCloseCallback && this._line.updateAllViewsAndRedraw()), this
					}
					isCloseEnabled() {
						return this._closeEnabled
					}
					callOnClose() {
						this.isFunction(this._onCloseCallback) && this._closeEnabled && this
							._onCloseCallback.call(this, this._onCloseData)
					}
					isOnCloseCallbackPresent() {
						return this._closeEnabled && this.isFunction(this._onCloseCallback)
					}
					onModify(e, t) {
						return t ? this.isFunction(t) && (this._onModifyData = e, this
							._onModifyCallback = t) : this.isFunction(e) && (this
							._onModifyCallback = e), this
					}
					callOnModify() {
						this.isFunction(this._onModifyCallback) && this._onModifyCallback.call(this,
							this._onModifyData)
					}
					onContextMenu(e, t) {
						return t ? this.isFunction(t) && (this._onContextMenuData = e, this
							._onContextMenuCallback = t) : this.isFunction(e) && (this
							._onContextMenuCallback = e), this
					}
					shouldShowContextMenu() {
						return this.isFunction(this._onContextMenuCallback)
					}
					callOnContextMenu() {
						if (this.isFunction(this._onContextMenuCallback)) return this
							._onContextMenuCallback.call(this, this._onContextMenuData)
					}
					remove() {
						this._line._model.removeSource(this._line), delete this._line
					}
				}
				class d extends s {
					constructor(e, t) {
						super(e, t || d.createProperties()), this._adapter = new u(this), i.e(
							"lt-pane-views").then(i.t.bind(null, "GzSs", 7)).then(({
							PositionPaneView: e
						}) => {
							this._setPaneViews([new e(this, this._model)])
						});
						var s = e.mainSeries().symbolInfo(),
							r = null !== s ? s.pricescale : 100,
							n = null !== s && s.fractional ? s.minmov : 1,
							o = null !== s && s.fractional,
							a = null !== s ? s.minmove2 : void 0;
						this._formatter = new l(r, n, o, a)
					}
					zorder() {
						return c
					}
					isSpeciallyZOrderedSource() {
						return !0
					}
					setPoint(e, t, i) {
						this._points[e] = t, this.normalizePoints()
					}
					addPoint(e, t) {
						return this._points.push(e), this._lastPoint = null, this.normalizePoints(),
							this.createServerPoints(), !0
					}
					name() {
						return "Position"
					}
					createPriceAxisView(e) {
						return this._priceAxisView = new n(this, {
							pointIndex: e,
							backgroundPropertyGetter: () => this._adapter.getLineColor()
						}), this._priceAxisView
					}
					paneViews() {
						return TradingView.printing && !e.enabled("snapshot_trading_drawings") ?
							null : this._model.properties().tradingProperties.showPositions
							.value() ? r.prototype.paneViews.call(this) : null
					}
					priceAxisViews(t, i) {
						return TradingView.printing && !e.enabled("snapshot_trading_drawings") ?
							null : this._model.properties().tradingProperties.showPositions
							.value() ? r.prototype.priceAxisViews.call(this, t, i) : null
					}
					hasContextMenu() {
						return this._adapter.shouldShowContextMenu()
					}
					contextMenuItems() {
						return this._adapter.callOnContextMenu()
					}
					formatter() {
						return this._formatter
					}
					static createProperties(e) {
						var t = new a("linetoolposition", e, !1, !1);
						return d._configureProperties(t), t
					}
					static _configureProperties(e) {
						s._configureProperties(e)
					}
				}
				t.LineToolPosition = d
			}).call(this, i("Kxc7"))
		},
		zqZp: function(e, t, i) {
			"use strict";
			var s = i("Ss5c").LineDataSource,
				r = i("Ocx9").DefaultProperty,
				n = i("j3hX").LineToolColorsProperty;
			class o extends s {
				constructor(e, t) {
					super(e, t || o.createProperties()), i.e("lt-pane-views").then(i.t.bind(null,
						"Ni7V", 7)).then(({
						PriceLabelPaneView: e
					}) => {
						this._setPaneViews([new e(this, this._model)])
					})
				}
				pointsCount() {
					return 1
				}
				name() {
					return "Price Label"
				}
				async _getPropertyDefinitionsViewModelClass() {
					return (await Promise.all([i.e(27), i.e(62), i.e(
							"lt-property-pages-with-definitions")]).then(i.bind(null, "hQgR")))
						.PriceLabelDefinitionsViewModel
				}
				static createProperties(e) {
					var t = new r("linetoolpricelabel", e);
					return o._configureProperties(t), t
				}
				static _configureProperties(e) {
					s._configureProperties(e), e.addChild("linesColors", new n([e.childs()
						.borderColor
					])), e.addChild("textsColors", new n([e.childs().color]))
				}
			}
			t.LineToolPriceLabel = o
		}
	},
	[
		["/G2Z", "runtime", "vendors"]
	]
]);