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(0, s.default)(o("study")) : {}; let l = (0, s.default)(o(t, n)); return t.startsWith("study_") && l.inputs && delete l.inputs.symbol, "linetoolicon" === t && e && (l.icon = (0, w.defaults)(t).icon), "linetooemoji" === t && e && (l.emoji = (0, w.defaults)(t).emoji), "linetoolsticker" === t && e && (l.sticker = (0, w.defaults)(t).sticker), l = (0, s.default)(l), I(l, i), (0, r.default)(a, l), a } let V = !1; function x(e) { V = e } function D(e) { const t = Object.keys(e), i = []; return t.forEach((t => { const s = e[t]; if ((0, c.default)(s)) { D(s).forEach((e => i.push(`${t}.${e}`))) } else i.push(t) })), i } function E(e, t, i = "") { if (1 === t.length && "" === t[0]) return e; const s = {}; for (const r of t) { const n = r.split("."), o = n[0], a = e[o], l = "" === i ? o : `${i}.${o}`; if (e.hasOwnProperty(o)) if (n.length > 1) { if (!(0, c.default)(a)) { C.logError(`path ${l} must be an object, but it is a primitive`); continue } { const e = t.filter((e => e.startsWith(`${o}.`))).map((e => e.split(".").slice(1).join("."))); s[o] = E(a, e, l) } } else { if ((0, c.default)(a)) { C.logError(`path ${l} must be a primitive, but it is an object`); continue } s[o] = a } } return s } function R(e, t, i) { if (!e) return {}; let s = e; return t && (s = E(e, t)), i && I(s, i, !0), s } function L(e, t) { const i = D(e), s = []; for (const r of i) { const i = (0, o.default)(e, r), n = (0, o.default)(t, r); (0, p.assert)(void 0 !== i, `Light theme value for ${r} is undefined`), (0, p.assert)(void 0 !== n, `Dark theme value for ${r} is undefined`), s.push({ path: r, colors: [i, n] }) } return s } function M(e, t) { e.includes(t) \|\| e.push(t) } function F(e, t) { const i = e.indexOf(t); - 1 !== i && e.splice(i, 1) } function k(e, t) { const i = (0, l.default)(e, ((e, i, s) => { if (void 0 === t[s]) return e; if (!(0, h.default)(i, t[s])) if ((0, c.default)(i) && (0, c.default)(t[s])) { const r = k(i, t[s]); void 0 !== r && (e[s] = r) } else e[s] = i; return e }), {}); return (0, u.default)(i) ? void 0 : i } function N(e) { return e === y.StdTheme.Dark ? 1 : 0 } function B(e, t) { if (e === t) return !0; if (typeof e != typeof t) return !1; if (!(0, d.default)(e) \|\| !(0, d.default)(t)) return !1; const i = (0, m.tryParseRgba)(e), s = (0, m.tryParseRgba)(t); return !(!i \|\| !s) && !!(0, g.colorsAreCloseEnough)(e, t) } class O extends P.Property { constructor(e) { const { defaultName: t, nonThemedDefaultsKeys: i, themedDefaultsKeys: s, excludedDefaultsKeys: n = [], themedColors: o, replaceThemedColorsOnThemeChange: a = !1, allStateKeys: l, excludedStateKeys: h = [], excludedTemplateKeys: u = [], state: c, useUserPreferences: d = !0, saveNonDefaultUserPreferencesOnly: m = !1, ignoreAllowSavingDefaults: _ = !1, alwaysSaveDefaultKeys: g = ["version"], saveDefaultsConsumer: P = w.saveDefaults, factoryDefaultsSupplier: C = () => T(!1, t, [], null), schema: I = (0, v.createPropertySchema)(C()), theme: V = S.watchedTheme.spawnOwnership() } = e; super(void 0, I), this._themedColors = [], this._restoreFactoryDefaultsEvent = new f.Delegate, this._replaceThemedColorsOnThemeChange = !1, this._forbidSavingDefaults = !1, this._defaultName = t, this._useUserPreferences = d, this._saveNonDefaultUserPreferencesOnly = m, this._ignoreAllowSavingDefaults = _, this._saveDefaultsConsumer = P, this._factoryDefaultsSupplier = C, this._allStateKeys = l, this._excludedStateKeys = h, this._nonThemedDefaultsKeys = i, this._themedDefaultsKeys = s, this._allDefaultsKeys = i \|\| s ? [...i ? ? [], ...s ? ? []] : void 0, this._excludedDefaultsKeys = n, this._excludedTemplateKeys = u, this._themedColors = o, this._alwaysSaveDefaultKeys = g, (0, p.assert)(void 0 === this._allDefaultsKeys \|\| 0 === this._excludedDefaultsKeys.length, "Defaults keys and excluded defaults keys cannot be used at the same time"), (0, p.assert)(void 0 === this._allStateKeys \|\| 0 === this._excludedStateKeys.length, "State keys and excluded state keys cannot be used at the same time"), this._theme = V; const x = A(this._theme); this.merge((0, r.default)(this._factoryDefaultsForTheme((0, b.isStdThemeName)(x) ? x : y.StdTheme.Light), this._userSettings(), R(c, l, h))), o && a && this.setThemedColors(o), this._restoreFactoryDefaultsEvent = new f.Delegate } destroy() { this._theme ? .release(), this._unsubscribeWatchedTheme ? .(), super.destroy() } applyTemplate(e, t) { this.mergeAndFire(R((0, r.default)((0, s.default)(t), e), this._allStateKeys, this._excludedTemplateKeys)) } preferences() { return R(this.state(this._excludedDefaultsKeys), this._allDefaultsKeys) } template() { return R(this.state(), void 0, this._excludedTemplateKeys) } mergePreferences(e) { this.mergeAndFire(R(e, this._allDefaultsKeys, this._excludedDefaultsKeys)) } addExcludedKey(e, t) { 1 & t && M(this._excludedDefaultsKeys, e), 2 & t && M(this._excludedStateKeys, e), 4 & t && M(this._excludedTemplateKeys, e) } removeExcludedKey(e, t) { 1 & t && F(this._excludedDefaultsKeys, e), 2 & t && F(this._excludedStateKeys, e) } restoreFactoryDefaults() { const e = this.factoryDefaults(); I(e, this._excludedDefaultsKeys), this.mergeAndFire(e), this._defaultName.startsWith("study_") && !this._defaultName.startsWith("study_VbPFixed") \|\| this.saveDefaults(), this._restoreFactoryDefaultsEvent.fire() } onRestoreFactoryDefaults() { return this._restoreFactoryDefaultsEvent } saveDefaults() { if (!this._useUserPreferences \|\| this._forbidSavingDefaults) return; let e; if (this._saveNonDefaultUserPreferencesOnly) { const t = this.state(this._excludedDefaultsKeys), i = this.factoryDefaults(); if (e = k(R(t, this._nonThemedDefaultsKeys), R(i, this._nonThemedDefaultsKeys, this._excludedDefaultsKeys)), this._alwaysSaveDefaultKeys.length) { const i = R(t, this._alwaysSaveDefaultKeys); e = e ? ? {}, (0, r.default)(e, i) } const s = this.themeDefaults(A(this._theme)), n = this.themeState(), o = k(n, s); (0, u.default)(o) \|\| (e = e ? ? {}, (0, r.default)(e, n)) } else e = this.preferences(); this._saveDefaultsConsumer(this._defaultName, e) } themeDefaults(e) { if (this._themedColors) return function(e, t) { const i = {}; for (const { path: s, colors: r } of e)(0, a.default)(i, s, r[N(t)]); return i }(this._themedColors, e === y.StdTheme.Dark ? y.StdTheme.Dark : y.StdTheme.Light); return R(this._factoryDefaultsSupplier(), this._themedDefaultsKeys, this._excludedDefaultsKeys) } factoryDefaults() { return this._factoryDefaultsForTheme(A(this._theme)) } themeState() { const e = super.state(this._excludedDefaultsKeys), t = this._themedColors; return R(e, t ? t.map((e => e.path)) : this._themedDefaultsKeys) } allThemePropertiesAreDefault(e) { (0, p.assert)(!!this._themedColors, "This method should not be called if themed colors are not set"); return function(e, t, i = []) { for (const s of i) { const i = s.path; if (!B((0, o.default)(e, i), (0, o.default)(t, i))) return !1 } return !0 }(this.themeState(), this.themeDefaults(e), this._themedColors) } clone(e) { return new O(this._options()) } setThemedColors(e) { if (this._themedColors = e, void 0 === this._unsubscribeWatchedTheme) { const e = () => { this._updateThemedColors(!1) }; this._theme.subscribe(e), this._unsubscribeWatchedTheme = () => this._theme.unsubscribe(e) } this._updateThemedColors(!0) } applyDefaultThemedProperties(e) { this._themedColors && this.mergeAndFire(this.themeDefaults(e)) } state(e, t) { return R(super.state([...this._excludedStateKeys, ...e ? ? []], t), this._allStateKeys) } _updateThemedColors(e) { if (!this._themedColors) return; const t = A(this._theme), i = t === y.StdTheme.Light ? y.StdTheme.Dark : y.StdTheme.Light; for (const s of this._themedColors) { const r = (0, p.ensureDefined)(this.childByPath(s.path)), n = s.colors[N(i)]; ("" === r.value() \|\| !e && B(r.value(), n)) && r.setValue(s.colors[N(t)]) } } _userSettings() { if (!this._useUserPreferences) return; const e = T(!0, this._defaultName, [], null); return e ? R((0, s.default)(e), this._allDefaultsKeys, this._excludedDefaultsKeys) : void 0 } _options() { return { defaultName: this._defaultName, factoryDefaultsSupplier: this._factoryDefaultsSupplier, state: this.state(), nonThemedDefaultsKeys: this._nonThemedDefaultsKeys, themedDefaultsKeys: this._themedDefaultsKeys, excludedDefaultsKeys: this._excludedDefaultsKeys, themedColors: this._themedColors, replaceThemedColorsOnThemeChange: this._replaceThemedColorsOnThemeChange, allStateKeys: this._allStateKeys, excludedStateKeys: this._excludedDefaultsKeys, excludedTemplateKeys: this._excludedTemplateKeys, useUserPreferences: this._useUserPreferences, saveNonDefaultUserPreferencesOnly: this._saveNonDefaultUserPreferencesOnly, ignoreAllowSavingDefaults: this._ignoreAllowSavingDefaults, saveDefaultsConsumer: this._saveDefaultsConsumer, alwaysSaveDefaultKeys: this._alwaysSaveDefaultKeys, theme: this._theme.spawnOwnership() } } _childChanged(e, t) { super._childChanged(e, t), this._propertyAffectsDefaults(t) && this.saveDefaults() } _fireMergeAndFireChangedProps(e) { this._forbidSavingDefaults = !0, super._fireMergeAndFireChangedProps(e), this._forbidSavingDefaults = !1, e.some((e => this._propertyAffectsDefaults(e.pathToRootProperty()))) && this.saveDefaults() } _factoryDefaultsForTheme(e) { return (0, r.default)(this._factoryDefaultsSupplier(), this.themeDefaults(e)) } _propertyAffectsDefaults(e) { return (this._ignoreAllowSavingDefaults \|\| V) && !this._defaultName.startsWith("replayStudyStrategy") && (!this._defaultName.startsWith("study_") \|\| this._defaultName.startsWith("study_VbPFixed")) && (this._allDefaultsKeys && this._allDefaultsKeys.includes(e) \|\| !this._allDefaultsKeys && !this._excludedDefaultsKeys ? .includes(e)) && (0, P.isPrimitiveType)(this.childByPath(e) ? .value()) } } }, 412788: (e, t, i) => { "use strict"; i.d(t, { getIntervalsVisibilitiesForMode: () => p, isActualInterval: () => u, makeIntervalsVisibilitiesVisibleAtInterval: () => l, mergeIntervalVisibilitiesDefaults: () => d, nonDefaultIntervalsVisibilities: () => c }); var s = i(998034), r = i(154834), n = i(650151), o = i(378975), a = i(985429); function l(e, t) { let i = t.multiplier(); if (t.isTicks() && (e.ticks = !0), t.isSeconds() && (i < 60 ? (e.seconds = !0, e.secondsFrom = Math.min(e.secondsFrom, i), e.secondsTo = Math.max(e.secondsTo, i)) : (i = Math.floor(i / 60), t = new o.Interval(o.ResolutionKind.Minutes, i))), t.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 h(e, t, i, s) { return e && s >= t && s <= i } function u(e, t) { const i = t.childs(); switch (e.kind()) { case o.ResolutionKind.Ticks: return i.ticks.value(); case o.ResolutionKind.Seconds: if (e.multiplier() < 60) return h(i.seconds.value(), i.secondsFrom.value(), i.secondsTo.value(), e.multiplier()); { const t = Math.floor(e.multiplier() / 60); return h(i.minutes.value(), i.minutesFrom.value(), i.minutesTo.value(), t) } case o.ResolutionKind.Minutes: if (e.multiplier() < 60) return h(i.minutes.value(), i.minutesFrom.value(), i.minutesTo.value(), e.multiplier()); { const t = Math.floor(e.multiplier() / 60); return h(i.hours.value(), i.hoursFrom.value(), i.hoursTo.value(), t) } case o.ResolutionKind.Days: return h(i.days.value(), i.daysFrom.value(), i.daysTo.value(), e.multiplier()); case o.ResolutionKind.Weeks: return h(i.weeks.value(), i.weeksFrom.value(), i.weeksTo.value(), e.multiplier()); case o.ResolutionKind.Months: return h(i.months.value(), i.monthsFrom.value(), i.monthsTo.value(), e.multiplier()); case o.ResolutionKind.Range: return i.ranges.value() } return (0, n.assert)(!1, `Unsupported resolution: ${e.value()}`), !1 } function c(e) { const t = Object.keys(e).filter((t => a.intervalsVisibilitiesDefaults[t] !== e[t])); return 0 === t.length ? null : t.reduce(((t, i) => (t[i] = e[i], t)), {}) } function d(e) { return (0, s.default)((0, r.default)(a.intervalsVisibilitiesDefaults), e ? ? {}) } function p(e, t) { if (0 === t \|\| e.isTicks() && 3 === t \|\| e.isRange() && 2 === t) return d(); let i = !1; const s = { ticks: !1, seconds: !1, minutes: !1, hours: !1, days: !1, weeks: !1, months: !1, ranges: !1 }, r = e => e.multiplier(); return [{ checker: e => e.isTicks(), getIntervalMultiplier: r, markIntervalAsVisible: (e, t) => { s.ticks = !0 } }, { checker: e => e.isSeconds() && e.multiplier() < 60, getIntervalMultiplier: r, markIntervalAsVisible: (e, t) => { s.seconds = !0, s.secondsFrom = e, s.secondsTo = t } }, { checker: e => e.isSeconds() && e.multiplier() >= 60, getIntervalMultiplier: e => Math.floor(e.multiplier() / 60), markIntervalAsVisible: (e, t) => { s.minutes = !0, s.minutesFrom = e, s.minutesTo = t } }, { checker: e => e.isMinutes() && e.multiplier() < 60, getIntervalMultiplier: r, markIntervalAsVisible: (e, t) => { s.minutes = !0, s.minutesFrom = e, s.minutesTo = t } }, { checker: e => e.isMinutes() && e.multiplier() >= 60, getIntervalMultiplier: e => Math.floor(e.multiplier() / 60), markIntervalAsVisible: (e, t) => { s.hours = !0, s.hoursFrom = e, s.hoursTo = t } }, { checker: e => e.isDays(), getIntervalMultiplier: r, markIntervalAsVisible: (e, t) => { s.days = !0, s.daysFrom = e, s.daysTo = t } }, { checker: e => e.isWeeks(), getIntervalMultiplier: r, markIntervalAsVisible: (e, t) => { s.weeks = !0, s.weeksFrom = e, s.weeksTo = t } }, { checker: e => e.isMonths(), getIntervalMultiplier: r, markIntervalAsVisible: (e, t) => { s.months = !0, s.monthsFrom = e, s.monthsTo = t } }, { checker: e => e.isRange(), getIntervalMultiplier: r, markIntervalAsVisible: (e, t) => { s.ranges = !0 } }].forEach((s => { if (s.checker(e)) { i = !0; const r = s.getIntervalMultiplier(e); 1 === t ? s.markIntervalAsVisible(r, r) : 3 === t ? s.markIntervalAsVisible(r, void 0) : s.markIntervalAsVisible(void 0, r) } else(!i && 2 === t \|\| i && 3 === t) && s.markIntervalAsVisible(void 0, void 0) })), d(s) } }, 219774: (e, t, i) => { "use strict"; i.d(t, { LineToolBrushBase: () => o }); var s = i(650151), r = i(817464), n = i(375397); class o extends r.LineDataSource { constructor() { super(...arguments), this._hasEditableCoordinates = new n.WatchedValue(!1), this._finished = !1 } pointsCount() { return -1 } finished() { return this._finished } finish() { this._finished = !0, this._lastPoint = null, this._normalizePoints(), this.createServerPoints() } hasOnlyOnePoint() { return 1 === this._points.length } 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 = (0, s.ensureNotNull)(this.pointToScreenPoint(t)); if ((0, s.ensureNotNull)(this.pointToScreenPoint(e)).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 } } }, 226035: (e, t, i) => { "use strict"; i.d(t, { isLineTool: () => r }); var s = i(817464); function r(e) { return e instanceof s.LineDataSource } }, 817464: (e, t, i) => { "use strict"; i.d(t, { LineDataSource: () => $, changePointUndoText: () => q }); var s = i(195619), r = i(86441), n = i(650151), o = i(251954), a = i(735566), l = i(764829), h = i(269665), u = i(870045), c = i(942634), d = i(387964), p = i(124829), m = i(818108), _ = i(771702), g = i(39510), y = i(354957), S = i(843698), b = i(375397), f = i(472512), v = i(264552), w = i(412788), P = i(985429), C = i(975179), A = i(157504), I = i(378975), T = i(658843), V = i(419283), x = i(903424), D = i(389276), E = i(169532), R = i(487945), L = i(370407), M = i(896123), F = i(295829), k = i(735815), N = i(129824), B = i(23666), O = i(889301), W = i(211183), z = i(941654); const U = (0, a.getLogger)("Chart.LineDataSource"), j = l.enabled("datasource_copypaste"); class H { constructor() { this._states = [] } start(e) { this._states.push(e) } finish(e) { const t = (0, n.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 K = 0; const q = new L.TranslatedString("change point", s.t(null, void 0, i(776660))); class $ extends x.DataSource { constructor(e, t, i, s) { if (super(s), this.version = 1, this.toolname = "", this.customization = { forcePriceAxisLabel: !1, disableErasing: !1, disableSave: !1, showInObjectsTree: !0 }, this._currentPointsetAndSymbolId = null, this._pointChanged = new c.Delegate, this._pointAdded = new c.Delegate, this._priceAxisViews = [], this._timeAxisViews = [], this._timePoint = [], this._points = [], this._lastPoint = null, this._paneViews = new Map, this._normalizedPointsChanged = new c.Delegate, this._fixedPointsChanged = new c.Delegate, this._changeStatesStack = new H, this._startMovingPoint = null, this._currentMovingPoint = null, this._isActualSymbol = !1, this._isActualInterval = !1, this._isActualCurrency = !1, this._isActualUnit = !1, this._sharingMode = new b.WatchedValue(0), this._onTemplateApplying = new c.Delegate, this._onTemplateApplied = new c.Delegate, this._syncStateExclusions = ["interval"], this._definitionsViewModel = null, this._hasEditableCoordinates = new b.WatchedValue(!0), this._syncLineStyleMuted = !1, this._onIsActualIntervalChange = new c.Delegate, this._onPointsetUpdatedDelegate = new c.Delegate, this._onServerUpdateTime = new c.Delegate, this._linkKey = new b.WatchedValue(null), this._serverUpdateTime = null, this._boundCalcIsActualSymbol = this.calcIsActualSymbol.bind(this), this._alignerCache = null, this._alertUndoMode = !1, this._onAlertStatusChanged = () => { this.updateAllViewsAndRedraw((0, E.sourceChangeEvent)(this.id())) }, this._model = e, this._properties = t, this._localAndServerAlertsMismatch = !1, this._properties.hasChild("interval") \|\| this._properties.addChild("interval", new T.Property(e.mainSeries().interval())), this.calcIsActualSymbol(), this._properties.childs().intervalsVisibilities.subscribe(this, this.calcIsActualSymbol), this._properties.subscribe(this, this.propertiesChanged.bind(this, !1, void 0)), this.zOrderChanged().subscribe(this, this.propertiesChanged.bind(this, !0, void 0)), this._createPointsProperties(), this.pointsCount() > 0) for (let e = 0; e < this.pointsCount(); e++) this._priceAxisViews.push(this.createPriceAxisView(e)), this._timeAxisViews.push(new k.LineDataSourceTimeAxisView(this, e)); this._properties.childs().visible.subscribe(this, (e => { const t = !1 === (0, V.hideAllDrawings)().value(); e.value() ? e.value() && t && o.emit("drawing_event", this._id.value(), "show") : (this._model.selection().isSelected(this) && this._model.selectionMacro((e => { e.removeSourceFromSelection(this) })), t && o.emit("drawing_event", this._id.value(), "hide")), this._onSourceHiddenMayChange() })), (0, V.hideAllDrawings)().subscribe(this, this._onSourceHiddenMayChange), this._sessionConnected = this._model.chartApi().isConnected().spawn(), this._sessionConnected.subscribe((e => { e \|\| (this._currentPointsetAndSymbolId = null) })), this._alertStatus.subscribe(this._onAlertStatusChanged), this._definitionsViewModel = null, this._properties.setNameInOwner((0, z.propertyPathForSource)(this)) } destroy() { this._paneViews.forEach(((e, t) => this._destroyPanePaneViews(t))), this.stop(), null !== this._definitionsViewModel && (this._definitionsViewModel.destroy(), this._definitionsViewModel = null), null !== this._ownerSource && (this._ownerSource.currencyChanged().unsubscribeAll(this), this._ownerSource.unitChanged().unsubscribeAll(this), (0, R.isSymbolSource)(this._ownerSource) && (this._ownerSource.symbolResolved().unsubscribeAll(this), this._ownerSource.isActingAsSymbolSource().unsubscribe(this._boundCalcIsActualSymbol))), this.ownerSourceChanged().unsubscribeAll(this), (0, V.hideAllDrawings)().unsubscribeAll(this), this.deleteAlert(), this._sessionConnected.destroy(), this._alertStatus.unsubscribe(this._onAlertStatusChanged), this._properties.destroy(), super.destroy() } setId(e) { super.setId(e), this._properties.setNameInOwner((0, z.propertyPathForSource)(this)) } priceScale() { return this._ownerSource ? this._ownerSource.priceScale() : null } createPriceAxisView(e) { return new N.LineToolPriceAxisView(this, { pointIndex: e }) } model() { return this._model } symbol() { return this._properties.childs().symbol.value() } linkKey() { return this._linkKey } serverUpdateTime() { return this._serverUpdateTime } setServerUpdateTime(e) { this._serverUpdateTime = e, this._onServerUpdateTime.fire() } serverUpdateTimeChanged() { return this._onServerUpdateTime } boundToSymbol() { return !0 } isAvailableInFloatingWidget() { 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(this._correctLastPoint(this._lastPoint)), !this.isFixed() && this._currentMovingPoint && this._startMovingPoint && this._correctPoints(e), e } timeAxisPoints() { return this.points() } priceAxisPoints() { return this.points() } fixedPoint() { if (!this.isFixed()) return; let e; const t = this.priceScale(); if (this._positionPercents && null !== t && !t.isEmpty()) { const i = this._positionPercents, s = this._model.timeScale().width() i.x, n = t.height() * i.y; e = new r.Point(s, n) } else void 0 !== this._fixedPoint && (e = this._fixedPoint ? .clone()); if (this._currentMovingPoint && this._startMovingPoint && void 0 !== e) { const t = this._correctFixedPoint(e); t.didCorrect && (e = t.point) } return e } positionPercents() { return this.isFixed() ? this._positionPercents : void 0 } clearFixedPoint() { this._fixedPoint = void 0, this._positionPercents = void 0 } normalizedPoints() { return this._timePoint } normalizedPointsForCreating() { return this.normalizedPoints() } normalizedPointsChanged() { return this._normalizedPointsChanged } fixedPointChanged() { return this._fixedPointsChanged } geometry() { const e = (0, n.ensureNotNull)(this.priceScale()); return this.points().map((t => { const i = (0, n.ensureNotNull)(this.pointToScreenPoint(t)), s = i.x / this._model.timeScale().width(), o = i.y / e.height(); return new r.Point(s, o) })) } widthsProperty() { return this._properties.childs().linesWidths ? ? null } lineColorsProperty() { return this._properties.childs().linesColors ? ? null } backgroundColorsProperty() { return this._properties.childs().backgroundsColors ? ? null } textColorsProperty() { return this._properties.childs().textsColors ? ? null } pointsProperty() { return this._pointsProperty } hasEditableCoordinates() { return this._hasEditableCoordinates } startMoving(e, t, i, s) { this.isFixed() && this.restoreFixedPoint(), this._startMovingPoint = e } move(e, t, i, s) { if (i && (i.shiftOnly() \|\| i.modShift())) if (this.isFixed()) { const t = this._alignScreenPointHorizontallyOrVertically((0, n.ensureDefined)(e.screen)); this._currentMovingPoint = { screen: t } } else { const t = this._alignPointHorizontallyOrVertically((0, n.ensureDefined)(e.logical)), i = (0, n.ensureNotNull)(this.pointToScreenPoint(t)); this._currentMovingPoint = { logical: t, screen: i } } else this._currentMovingPoint = e; this.updateAllViews((0, E.sourceChangeEvent)(this.id())) } endMoving(e, t, i) { let s = !1, r = !1; if (this._currentMovingPoint && this._startMovingPoint) { if (this.isFixed()) { const e = this._correctFixedPoint((0, n.ensureDefined)(this._fixedPoint)); e.didCorrect && (this._fixedPoint = e.point, this._fixedPointsChanged.fire()) } else { const e = (0, n.ensureDefined)(this._currentMovingPoint.logical), t = (0, n.ensureDefined)(this._startMovingPoint.logical); s = e.index !== t.index, r = e.price !== t.price; if (this._correctPoints(this._points, i)) { const e = this._id.value(); o.emit("drawing_event", e, "move"), o.emit("drawing_event", e, "points_changed"); for (let e = 0; e < this._points.length; e++) this._pointChanged.fire(e) } } this._startMovingPoint = null, this._currentMovingPoint = null } const a = { indexesChanged: s, pricesChanged: r }; return this.isFixed() ? (this.calcPositionPercents(), this.updateAllViews((0, E.sourceChangeEvent)(this.id())), a) : (s && this._points.forEach((e => e.interval = this._model.mainSeries().interval())), this.updateAllViews((0, E.sourceChangeEvent)(this.id())), s && !e ? (this._properties.childs().interval.setValue(this._model.mainSeries().interval()), this._normalizePoints(), this.createServerPoints()) : (this._copyPricesWithoutNormalization(), this._normalizedPointsChanged.fire()), t \|\| !r && !s \|\| this.synchronizeAlert(!this._alertUndoMode), a) } startMovingPoint() { return this._startMovingPoint ? { ...this._startMovingPoint } : null } currentMovingPoint() { return this._currentMovingPoint ? { ...this._currentMovingPoint } : null } changePointUndoText(e) { return q } startChanging(e, t) { this.isFixed() && this.restoreFixedPoint(), 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, i) { const s = this._changeStatesStack.finish(this.points()); s.indexesChanged && this._changeStatesStack.isEmpty() ? (this._normalizePoints(), t \|\| this.createServerPoints()) : (this._copyPricesWithoutNormalization(), this._normalizedPointsChanged.fire()), o.emit("drawing_event", this._id.value(), "points_changed"); 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 i \|\| this.synchronizeAlert(!e), s } setPoint(e, t, i, s) { if (this._snapTo45DegreesApplicable(i)) { const i = 0 === e ? 1 : e - 1; this.snapPoint45Degree(t, this.points()[i]) } this._setPoint(e, { ...t, interval: this._model.mainSeries().interval() }) } getPoint(e) { return this.points()[e] \|\| null } alignCrossHairToAnchor(e) { return !0 } alignCrossHairToMovePoint() { return !1 } setLastPoint(e, t, i = !0) { return this._lastPoint = i ? this._preparePoint(e, t) : e, this.updateAllViews((0, E.sourceChangeEvent)(this.id())), this._lastPoint } lastPoint() { return this._lastPoint } getChangePointForSync(e) { return this.getPoint(e) } setPoints(e) { const t = this._model.mainSeries().interval(); this._points = e.map((e => ({ ...e, interval: e.interval ? ? t }))) } isForcedDrawPriceAxisLabel() { return this.customization.forcePriceAxisLabel } clearData() { this._points = [] } denormalizeTimePoints() { let e = []; const t = this._model.mainSeries().interval(); for (let i = 0; i < this._timePoint.length; i++) { const s = this._model.timeScale().denormalizeTimePoint(this._timePoint[i]); if (void 0 === s) { e = []; break } e.push({ index: s, price: this._timePoint[i].price, interval: this._timePoint[i].interval ? ? t }) } e.length > 0 && (this._points = e) } restorePoints(e, t, i) { const s = this._timePoint.length > 0 && !(0, p.deepEquals)(this._timePoint, e)[0], r = this._properties.childs().interval.value(); this._timePoint = e.map((e => ({ ...e, interval: e.interval ? ? r }))); const n = this._model.mainSeries().interval(); this._points = t.map((e => ({ ...e, interval: n }))), i \|\| this.denormalizeTimePoints(), s && this._normalizedPointsChanged.fire() } restorePositionPercents(e) { this._positionPercents = e, this.restoreFixedPoint() } calcIsActualSymbol() { const e = this.ownerSource(); if (null === e) this._isActualSymbol = !1; else { const t = (0, n.ensureNotNull)(e.symbolSource()), i = t.symbolInfo(); if (i) { this._migrateSymbolProperty(i); const e = this._properties.childs().symbol, s = e.value(); if (this._isActualSymbol = t.symbolSameAsCurrent(s), this._isActualSymbol) { const r = (0, C.extractLineToolSymbolFromSymbolInfo)(i, t.symbol()); (0, A.areEqualSymbols)(s, r) \|\| (U.logWarn('Possible drawing "migrating" detected from "' + s + '" to "' + r + '"'), U.logWarn("Series symbolInfo: " + JSON.stringify(t.symbolInfo())), U.logWarn(`${(new Error).stack}`)), e.setValue(r) } } } this.calcIsActualInterval(), this.calcIsActualCurrency(), this.calcIsActualUnit(), this._onSourceHiddenMayChange() } calcIsActualCurrency() { const e = this.ownerSource(); if (null === e) return void(this._isActualCurrency = !1); let t = this._properties.childs().currencyId.value(); if (null !== t) { const i = e.symbolSource(); "pct" === t && (this._properties.childs().currencyId.setValue(null), t = null), this._isActualCurrency = t === (0, C.symbolCurrency)(i.symbolInfo(), void 0, !0) } else { const t = (0, n.ensureNotNull)(e.symbolSource()); this._isActualCurrency = null !== t.symbolInfo() && !t.isConvertedToOtherCurrency() } 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 === (0, n.ensureNotNull)(e.symbolSource()).unit(); else { const t = (0, n.ensureNotNull)(e.symbolSource()); this._isActualUnit = null !== t.symbolInfo() && !t.isConvertedToOtherUnit() } this._onSourceHiddenMayChange() } calcIsActualInterval() { const e = this._isActualInterval, t = this._properties, i = this._model.mainSeries(); this._isActualInterval = (0, w.isActualInterval)(I.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 } priceAxisViews(e, t) { if (this.isFixed()) return null; if (t !== this.priceScale() \|\| this.isSourceHidden()) return null; if (this._model.lineBeingEdited() === this) { const e = this._model.linePointBeingEdited(); if (null !== e && e < this._priceAxisViews.length) { const t = this._priceAxisViews.slice(), i = t[e]; return t.splice(e, 1), t.push(i), t } return this._priceAxisViews } return this._priceAxisViews } timeAxisViews() { if (this.isSourceHidden() \|\| this.isFixed()) return null; if (this._model.lineBeingEdited() === this) { const e = this._model.linePointBeingEdited(); if (null !== e && e < this._timeAxisViews.length) { const t = this._timeAxisViews.slice(), i = t[e]; return t.splice(e, 1), t.push(i), t } return this._timeAxisViews } return this._timeAxisViews } isSavedInChart() { return !this.customization.disableSave } isSavedInStudyTemplates() { return !1 } setSavingInChartEnabled(e) { this.customization.disableSave = !e } shouldBeRemovedOnDeselect() { return !1 } getOrderTemplate() { return null } getSourceIcon() { return { type: "loadSvg", svgId: "linetool." + this.toolname } } alertId() { return this._alertId } async waitSettingAlertId() { this._pendingAlertIdPromise && (this._alertId = await this._pendingAlertIdPromise) } async setAlert(e, t = {}) { if (!this.canHasAlert()) throw new Error("Line data source can not has alert"); if (this._pendingAlertIdPromise) return void U.logWarn("Setting alert of line data source will be ignored because alert is already being set"); if ((0, p.isPromise)(e)) { this._pendingAlertIdPromise = e; try { await this.waitSettingAlertId() } finally { delete this._pendingAlertIdPromise } } else this._alertId = e; const i = (0, n.ensureDefined)(this._alertId); this._hasAlert.setValue(!0), this._alertStatus.setValue(1), this._removeAlertSubscriptions(), await this._syncAlertWithAlertFacade(t); const s = this.linkKey().value(); s && !t.sync && this._syncLineStyleChanges(s, {}, i) } async restoreAlert(e, t) { if (!this.canHasAlert()) throw new Error("Line data source can not has alert"); this._alertId = e, this._hasAlert.setValue(!0); try { const e = await this.getAlert(); if (!e) return; this._addAlertSubscriptions(e, t) } catch (e) { this._removeAlertSubscriptions() } } editAlert(e) { this.hasAlert().value() && (0, m.getChartAlertsFacade)().then((t => { t.openEditDialog((0, n.ensureDefined)(this._alertId), { dataSourceHub: this._model, actionSource: e, onAborted: e => { e === S.AlertEditorAbortReason.AlertIsInvalid && this.removeAlert() } }) })) } async getAlert() { try { const e = await this._getChartAlert(); if (!e) throw U.logError("Failed to get alert, alert will not be saved with drawing in chart"), new Error("got_no_alert"); return e } catch (e) { if ("not_exists" === e) throw new Error(e); return U.logError(`Getting alert failed: ${e instanceof Error?e.message:e}`), null } } getAlertSync() { if (!this._alertId) return null; const e = (0, m.getChartAlertsFacadeIfCreatedBefore)(); return null === e ? null : e.getAlertSync(this._alertId) ? ? null } async synchronizeAlert(e = !1) { if (this.hasAlert().value() \|\| this._pendingAlertIdPromise) return new Promise(((t, i) => { setTimeout((async () => { if (!this._isDestroyed) try { await this.waitSettingAlertId(), 0 === this._alertStatus.value() && await this._syncAlertWithAlertFacade(), this.hasAlert().value() && this._synchronizeAlert(e), t() } catch (e) { i(e) } }), 0) })) } syncAlert(e) { this.hasAlert().value() \|\| this.setAlert(e, { sync: !0 }) } stateForAlert() { if (!this.canHasAlert()) return null; const e = this.state(), t = { points: e.points, state: e.state, type: e.type, id: this.idForAlert(), title: this.translatedType(), interval: this._model.mainSeries().interval(), text: this._properties.childs().text ? .value() ? ? this._properties.childs().labelText ? .value() }, i = this._getAlertPlots(); return i && i.length > 0 && (t.plots = i), t } getAlertIsActive() { if (!this._alertId) return !1; const e = this.getAlertSync(); return Boolean(e && e.active().value()) } detachAlert() { this._removeAlertSubscriptions(), this._hasAlert.setValue(!1), this._alertId = void 0, this._alertStatus.setValue(0) } removeAlert() { this._alertId = void 0, this._hasAlert.setValue(!1), this._alertStatus.setValue(0), this._removeAlertSubscriptions() } deleteAlert() { if (!this.hasAlert().value() \|\| void 0 === this._alertId) return; const e = (0, m.getChartAlertsFacadeIfCreatedBefore)(); e && e.deleteAlert(this._alertId), this.removeAlert() } areLocalAndServerAlertsMismatch() { return this._localAndServerAlertsMismatch } showInObjectTree() { return this.customization.showInObjectsTree } setShowInObjectsTreeEnabled(e) { this.customization.showInObjectsTree = e } start() { this.createServerPoints() } processHibernate() { this.canBeHibernated() ? this.isStarted() && this.stop() : this.isStarted() \|\| this.start() } canBeHibernated() { return this.isSourceHidden() } onData(e) { "pointset_error" !== e.method ? e.params.customId === this._currentPointsetIdWithPrefix() && this._onPointsetUpdated(e.params.plots) : U.logError(`Error getting pointset: ${e.params[0]} ${e.params[1]}`) } isBeingEdited() { return this === this._model.lineBeingEdited() } 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)), null !== this._ownerSource && (0, R.isSymbolSource)(this._ownerSource) && (this._ownerSource.symbolResolved().unsubscribe(this, this._boundCalcIsActualSymbol), this._ownerSource.isActingAsSymbolSource().unsubscribe(this._boundCalcIsActualSymbol)), super.setOwnerSource(e), e && (this.setPriceScale(e.priceScale()), e.currencyChanged().subscribe(this, this.calcIsActualCurrency), e.unitChanged().subscribe(this, this.calcIsActualUnit), this.calcIsActualSymbol(), this._migrateZOrder(), this._updateAlertCreationAvailable()), (0, R.isSymbolSource)(e) && (e.symbolResolved().subscribe(this, this._boundCalcIsActualSymbol), e.isActingAsSymbolSource().subscribe(this._boundCalcIsActualSymbol)) } dataAndViewsReady() { return this._paneViews.size > 0 } pointAdded() { return this._pointAdded } pointChanged() { return this._pointChanged } pointsetUpdated() { return this._onPointsetUpdatedDelegate } pointToScreenPoint(e) { const t = this._model.timeScale(), i = this.priceScale(), s = this.ownerSource() ? .firstValue(); if (!i \|\| i.isEmpty() \|\| t.isEmpty() \|\| null == s) return null; const n = t.indexToCoordinate(e.index), o = i.priceToCoordinate(e.price, s); return new r.Point(n, o) } screenPointToPoint(e, t) { const i = this.priceScale(), s = this.ownerSource() ? .firstValue(); if (null == s \|\| !isFinite(s) \|\| null === i) return null; const r = this._model.timeScale(), n = t ? r.coordinateToFloatIndex(e.x) : r.coordinateToIndex(e.x); return { price: i.coordinateToPrice(e.y, s), index: n } } calcMiddlePoint(e, t) { return new r.Point((e.x + t.x) / 2, (e.y + t.y) / 2) } addPoint(e, t, i) { const s = this._preparePoint(e, t); return this._addPointIntenal(s, t, i) } addFixedPoint(e) { return this._fixedPoint = e, this.calcPositionPercents(), !0 } calcPositionPercents() { const e = this.priceScale(); if (!e \|\| e.isEmpty() \|\| void 0 === this._fixedPoint) return; const t = this._fixedPoint.x / this._model.timeScale().width(), i = this._fixedPoint.y / e.height(); return this._positionPercents = { x: t, y: i }, this._positionPercents } restoreFixedPoint() { this._fixedPoint = this.fixedPoint() } propertiesChanged(e, t) { this.calcIsActualInterval(), this.updateAllViewsAndRedraw((0, E.sourceChangeEvent)(this.id())), t \|\| this._syncLineStyleIfNeeded(e), e \|\| void 0 !== this._pendingPropertyChangedEvent \|\| (this._pendingPropertyChangedEvent = setTimeout((() => { this._pendingPropertyChangedEvent = void 0, o.emit("drawing_event", this._id.value(), "properties_changed") }), 0)) } state(e) { const t = { type: this.toolname, id: this.id(), state: this.properties().state(this._propertiesStateExclusions()), points: (0, d.deepCopy)(this._timePoint), zorder: this.zorder(), ownerSource: this.ownerSource() ? .id() }; return this.linkKey().value() && (t.linkKey = this.linkKey().value()), 0 !== this._sharingMode.value() && (t.sharingMode = this._sharingMode.value()), delete t.state.points, e && (t.indexes = this._points), this.isFixed() && (t.positionPercents = this._positionPercents \|\| this.calcPositionPercents()), "version" in this && 1 !== this.version && (t.version = this.version), this._saveAlertIdInState() && this.hasAlert().value() && void 0 !== this._alertId && (t.alertId = this._alertId), t } updateAllViews(e) { this.isSourceHidden() \|\| "data-source-change" === e.type && this._ignoreSourceEvent(e) \|\| (this._updateAllPaneViews(e), this._priceAxisViews.forEach((t => t.update(e))), this._timeAxisViews.forEach((t => t.update(e)))) } updateAllViewsAndRedraw(e) { this.updateAllViews(e), this._model.updateSource(this) } tags() { return [this.toolname] } properties() { return this._properties } restoreExternalPoints(e, t) { if (this._timePoint = (0, d.deepCopy)(e.points), t.indexesChanged) { if (this.properties().childs().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() } restoreExternalState(e) { this.properties().mergeAndFire(e) } applyTemplate(e) { this._onTemplateApplying.fire(e), this._applyTemplateImpl(e), this.calcIsActualSymbol(), this.updateAllViews((0, E.sourceChangeEvent)(this.id())), this.model().lightUpdate(), this._onTemplateApplied.fire() } template() { return this.properties().preferences() } isFixed() { return !1 } anchorable() { return !1 } isLocked() { const e = this.properties().child("frozen"); return void 0 !== e && e.value() } isSourceHidden() { return !this._properties.childs().visible.value() \|\| (0, V.hideAllDrawings)().value() && this.canBeHidden() \|\| !this._isActualInterval \|\| !this._isActualSymbol \|\| !this._isActualCurrency \|\| !this._isActualUnit } isSynchronizable() { return this.priceScale() === this._model.mainSeries().priceScale() } copiable() { return j } cloneable() { return null !== this._ownerSource && null !== this._ownerSource.firstValue() } movable() { return !0 } allowsMovingBetweenPanes() { return !1 } async getPropertyDefinitionsViewModel() { if (null === this._definitionsViewModel) { const e = await this._getPropertyDefinitionsViewModelClass(); return null === e \|\| this._isDestroyed ? null : (this._definitionsViewModel = new e(this._model.undoModel(), this), this._definitionsViewModel) } return this._definitionsViewModel } title() { return this.translatedType() } translatedType() { return O.lineToolsLocalizedNames[this.toolname] ? ? "Line Tool" } name() { return "Line Tool" } 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; const e = this._pointsForPointset(); if (0 === e.length) return; ++K, this._currentPointsetAndSymbolId = { pointsetId: K, symbolId: (0, n.ensureNotNull)(this._model.mainSeries().seriesSource().symbolInstanceId()) }; const t = (0, v.getServerInterval)(this.properties().childs().interval.value()); this._model.chartApi().createPointset(this._currentPointsetIdWithPrefix(), "turnaround", this._currentPointsetAndSymbolId.symbolId, t, e, this.onData.bind(this)) } finish() {} realign() { this.calcIsActualSymbol(), this.isFixed() \|\| this.isSourceHidden() \|\| this._model.lineBeingCreated() === this \|\| this._model.lineBeingEdited() === this \|\| this._currentPointsetAndSymbolId ? .symbolId === this._model.mainSeries().seriesSource().symbolInstanceId() \|\| this._clearServerPoints(), null === this._model.mainSeries().symbolInfo() && (this._alignerCache = null), this.updateAllViews((0, E.sourceChangeEvent)(this.id())) } stop() { this._clearServerPoints() } restart() { this.isFixed() \|\| (this._currentPointsetAndSymbolId = null, this.createServerPoints()) } isStarted() { return null !== this._currentPointsetAndSymbolId } convertYCoordinateToPriceForMoving(e, t) { const i = (0, n.ensureNotNull)(this.priceScale()); if (i.isEmpty()) return null; const s = this.ownerSource(), r = (0, n.ensure)((s \|\| t) ? .firstValue()); return i.coordinateToPrice(e, r) } syncMultichartState(e) { const t = { points: this._timePoint, pointPositionPercents: this.positionPercents(), 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 }; (0, V.finishChangingLineTool)(s) } } enableCurrentIntervalVisibility() { let e = this.properties().childs().intervalsVisibilities.state(); void 0 !== e && (e = (0, w.mergeIntervalVisibilitiesDefaults)(e), (0, w.makeIntervalsVisibilitiesVisibleAtInterval)(e, this._model.mainSeries().intervalObj()), this.properties().childs().intervalsVisibilities.mergeAndFire(e)) } clonePositionOffset() { return this.isFixed() ? { barOffset: 0, xCoordOffset: 20, yCoordOffset: 20 } : { barOffset: 0, xCoordOffset: 0, yCoordOffset: -40 } } sharingMode() { return this._sharingMode } share(e) { this.isSynchronizable() && this._sharingMode.setValue(e) } syncLineStyleState(e) { if (e) return { zOrder: this.zorder() }; const { intervalsVisibilities: t, ...i } = this.properties().state(this._syncStateExclusions); return { ...i, intervalsVisibilities: (0, w.mergeIntervalVisibilitiesDefaults)(t), zOrder: this.zorder() } } moveLineTool(e) { const t = this._model.mainSeries().interval(); e.forEach(((e, i) => this._setPoint(i, { ...e, interval: t }))), this._normalizePoints() } snapTo45DegreesAvailable() { return !1 } alignTo45DegreesPoints() { if (this.snapTo45DegreesAvailable()) { const [e, t] = this.points(); if (e && t) return [{ ...e, pointIndex: 0 }, { ...t, pointIndex: 1 }] } return null } snapPoint45Degree(e, t, i) { const s = this._model.timeScale(), r = s.indexToCoordinate(t.index), o = s.indexToCoordinate(e.index) - r, a = (0, n.ensureNotNull)(this.priceScale()), l = t.price, h = e.price, u = (0, n.ensureNotNull)((0, n.ensureNotNull)(this.ownerSource()).firstValue()), c = a.priceToCoordinate(l, u), d = a.priceToCoordinate(h, u) - c, 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, n = d < 0 ? -1 : 1; let l = Math.max(Math.abs(d), Math.abs(o)); l /= l * Math.sqrt(2) / t; const h = Math.round(s.coordinateToIndex(r + l * i)), p = Math.abs(s.indexToCoordinate(h) - r), m = a.coordinateToPrice(c + p * n, u); e.index = h, e.price = m } } _ignoreSourceEvent(e) { return e.sourceId !== this.id() } _pointsForPointset() { return this._timePoint.map((e => e.interval ? [e.time_t, e.offset, (0, v.getServerInterval)(e.interval)] : [e.time_t, e.offset])) } _setPoint(e, t) { this._points[e] && (this._points[e].index === t.index ? this._points[e].price = t.price : this._points[e] = t, this._pointChanged.fire(e)) } _correctLastPoint(e) { return (0, p.clone)(e) } _snapTo45DegreesApplicable(e) { return this.snapTo45DegreesAvailable() && (e ? .shift() \|\| (0, V.alignTo45Degrees)().value()) } _normalizePoint(e, t) { return { ...this._model.timeScale().normalizeBarIndex(e.index), price: e.price, interval: e.interval } } _normalizePointWithoutOffset(e) { const t = this._model.timeScale().indexToTimePoint(e.index) ? ? this._utcTimeInCurrentResolution(e); return null === t ? null : { price: e.price, time_t: t, offset: 0, interval: e.interval } } _normalizePoints() { let e = []; const t = this._model.mainSeries().interval(); for (let i = 0; i < this._points.length; i++) if (I.Interval.isEqual(this._points[i].interval, t)) { if (void 0 !== this._points[i].index) { const t = this._normalizePoint(this._points[i], i); if (!t.time_t) { e = []; break } e.push(t) } } else e.push({ ...this._timePoint[i], price: this._points[i].price }); this._timePoint = e, this._normalizedPointsChanged.fire() } _getStartBarAligner() { const e = this._model.mainSeries().interval(); if (null === this._alignerCache \|\| this._alignerCache.resolution !== this._model.mainSeries().interval()) { const t = this._model.mainSeries().symbolInfo(); if (!t) return null; this._alignerCache = { resolution: e, aligner: (0, h.createTimeToBarTimeAligner)(e, t) } } return this._alignerCache.aligner } _utcTimeInCurrentResolution(e) { if (void 0 !== e.time) { const t = this._model.timezoneExceptExchange().value(); if (null !== t) { const i = (0, u.cal_to_utc)((0, u.get_timezone)(t), new Date(1e3 * e.time)), s = this._getStartBarAligner(); return s ? s(i) / 1e3 : null } } return null } _setPaneViews(e, t, i) { if (this._isDestroyed) for (const t of e) t.destroy && t.destroy(); else 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(e) { this._paneViews.forEach((t => { for (const i of t) i.update(e) })) } _alignPointHorizontallyOrVertically(e) { const t = (0, n.ensureNotNull)(this.pointToScreenPoint(e)), i = (0, n.ensureDefined)((0, n.ensureNotNull)(this._startMovingPoint).logical), s = (0, n.ensureDefined)((0, n.ensureNotNull)(this._startMovingPoint).screen), r = Math.abs(s.x - t.x), o = Math.abs(s.y - t.y); if (r < 10 && o < 10) return e; return { index: r < o ? i.index : e.index, price: r < o ? e.price : i.price } } _alignScreenPointHorizontallyOrVertically(e) { const t = (0, n.ensureDefined)((0, n.ensureNotNull)(this._startMovingPoint).screen), i = Math.abs(t.x - e.x), s = Math.abs(t.y - e.y); return i < 10 && s < 10 ? e : i < s ? new r.Point(t.x, e.y) : new r.Point(e.x, t.y) } _correctPoints(e, t) { const i = (0, n.ensure)(this._currentMovingPoint ? .screen), s = (0, n.ensure)(this._startMovingPoint ? .screen), r = i.subtract(s); if (r.length() < 1 && !t) return !1; const o = Math.round((0, n.ensure)(this._currentMovingPoint ? .logical).index - (0, n.ensure)(this._startMovingPoint ? .logical).index); for (const t of e) { const e = (0, n.ensureNotNull)(this.pointToScreenPoint(t)).add(r); t.index = t.index + o, t.price = (0, n.ensureNotNull)(this.screenPointToPoint(e)).price } return !0 } _correctFixedPoint(e) { if (void 0 === this._fixedPoint) return { didCorrect: !1, point: e }; const t = (0, n.ensureDefined)((0, n.ensureNotNull)(this._currentMovingPoint).screen), i = (0, n.ensureDefined)((0, n.ensureNotNull)(this._startMovingPoint).screen), s = t.subtract(i); return s.length() >= 1 ? { didCorrect: !0, point: e.add(s) } : { didCorrect: !1, point: e } } _currentPointsetIdWithPrefix() { return "pointset_" + (0, n.ensureNotNull)(this._currentPointsetAndSymbolId).pointsetId } _clearServerPoints() { null !== this._currentPointsetAndSymbolId && this._model.chartApi().isConnected().value() && this._model.chartApi().removePointset(this._currentPointsetIdWithPrefix()), this._currentPointsetAndSymbolId = null } _createPointProperty(e) { const t = this._pointsProperty.childs().points; t.addChild("" + e, new T.Property({})); const i = t[e]; i.addChild("price", new F.LineDataSourcePointPriceProperty(this, e)), i.addChild("bar", new M.LineDataSourcePointIndexProperty(this, e)) } _createPointsProperties() { this._pointsProperty = new T.Property, this._pointsProperty.addChild("points", new T.Property); for (let e = 0; e < this.pointsCount(); e++) this._createPointProperty(e) } _alignPointToRangeOfActualData(e) { const t = (0, n.ensureNotNull)(this._model.mainSeries().bars().firstIndex()), i = (0, n.ensureNotNull)(this._model.mainSeries().bars().lastIndex()); let s = Math.max(e.index, t); return s = Math.min(s, i), { ...e, index: s } } _migrateSymbolProperty(e) { const t = this._properties.childs(); if (t.symbolStateVersion.value() < 2) { const i = (0, n.ensureNotNull)(this.ownerSource()), s = (0, n.ensureNotNull)(i.symbolSource()), r = this._model.mainSeries(); if (s === r) return void t.symbolStateVersion.setValueSilently(2); if (null === r.symbolInfo()) return; if (null === s.symbolInfo()) return; r.symbolSameAsCurrent(t.symbol.value()) && t.symbol.setValueSilently((0, C.extractLineToolSymbolFromSymbolInfo)(e, s.symbol())), t.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 this._snapTo45DegreesApplicable(t) && this.points().length >= 2 && this.snapPoint45Degree(i, this.points()[this.points().length - 2]), i } _addPointIntenal(e, t, i) { this._points.push({ ...e, interval: this._model.mainSeries().interval() }); 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.isSourceHidden() && this._model.selectionMacro((e => { e.removeSourceFromSelection(this) })), this._model.invalidate(f.InvalidationMask.validateAction((() => { this !== this._model.lineBeingCreated() && (this._isDestroyed \|\| this.processHibernate()) }))) } _saveAlertIdInState() { return !0 } _onPointsetUpdated(e) { if (0 === e.length) return; const t = this.properties().childs().interval.value(); for (let i = 0; i < e.length; i++) { const s = e[i], r = this._timePoint[s.index], n = { index: s.value[0], time: s.value[1], price: r.price, interval: r.interval ? ? t }; this._points.length <= s.index ? (this._points.push(n), this._pointAdded.fire(this._points.length - 1)) : (this._points[s.index] = n, this._pointChanged.fire(s.index)) } { const e = this; e.recalculateStateByData && e.recalculateStateByData() } this._onPointsetUpdatedDelegate.fire(), this.updateAllViewsAndRedraw((0, E.sourceChangeEvent)(this.id())) } _onMainSeriesSymbolResolved() { const e = this.ownerSource(); null === e \|\| this._model.mainSeries() === e.symbolSource() \|\| this.isSourceHidden() \|\| this.createServerPoints() } _readyToCreatePointset() { return this._timePoint.length > 0 } _propertiesStateExclusions() { return [] } _syncLineStyleIfNeeded(e) { const t = this.linkKey().value(); t && !this._syncLineStyleMuted && this._syncLineStyleChanges(t, this.syncLineStyleState(e)) } _muteSyncLineStyle() { this._syncLineStyleMuted = !0 } _unmuteSyncLineStyleWithoutApplyingChanges() { this.propertiesChanged(), this._syncLineStyleMuted = !1 } _applyTemplateImpl(e) { e.intervalsVisibilities = (0, w.mergeIntervalVisibilitiesDefaults)(e.intervalsVisibilities); const t = this.properties(); t.applyTemplate(e, (0, W.factoryDefaults)(this.toolname.toLowerCase())), t.saveDefaults(), this.propertiesChanged() } _getPropertyDefinitionsViewModelClass() { return Promise.resolve(null) } _getAlertPlots() { return [] } _getUndoHistory() { return this._model.undoModel().undoHistory() } _synchronizeAlert(e) { const t = this._getUndoHistory(); if (!this._undoCheckpointAlert && !this._alertUndoMode) { const e = t.undoStack().pop(); this._undoCheckpointAlert = t.createUndoCheckpoint(), e && t.undoStack().push(e) } const i = e => { const t = e.description() !== e.defaultDescription(), i = this._model.mainSeries().stateForAlert(); e.startEditing(), e.setSymbol(i.symbolString); const s = (0, n.ensureNotNull)(this.stateForAlert()); e.setResolution(s.interval), e.setLineState(s), t \|\| e.resetToDefaultDescription(), e.finishEditing(), this._localAndServerAlertsMismatch = !0 }, s = () => { this._alertUndoMode = !0, t.undoToCheckpoint((0, n.ensureDefined)(this._undoCheckpointAlert)), setTimeout((() => { this._alertUndoMode = !1, this._localAndServerAlertsMismatch = !1 }), 0) }, r = e => { "not_exists" !== e && (U.logError("Getting alert failed: " + e), s()) }, o = async e => { (await (0, m.getChartAlertsFacade)()).restartAlert(e, { success: () => this._localAndServerAlertsMismatch = !1, error: r, complete: () => delete this._undoCheckpointAlert, actionSource: "drawing_sync" }) }; (0, _.canPlaceAlertOnResolution)(this.stateForAlert().interval) ? this.getAlert().then((t => { t ? (i(t), e && o(t)) : U.logError("Failed to get alert, drawing and alert are not synchronized") })).catch(r): this._alertUndoMode \|\| ((0, g.showGoProAlertsOnSecondsDialog)(), s(), delete this._undoCheckpointAlert) } _linePointsToAlertPlot(e, t, i, s) { if (2 !== e.length) return U.logError("[Drawing Alert] Wrong points"), null; const r = this._model.timeScale(); return !r \|\| r.isEmpty() ? null : { type: "LinePlot", title: t \|\| this.translatedType(), timestamp: (0, n.ensureNotNull)(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 } } _getAlertCreationAvailable() { return y.alertsAvailable && super._getAlertCreationAvailable() && !this._areAlertsOnLineToolProhibited() && !this._hasAlert.value() } _onAnchoredChange() { if (this.isFixed()) { const e = (0, n.ensureNotNull)(this.pointToScreenPoint(this.points()[0])); this.addFixedPoint(e) } else { if (!this._fixedPoint) return; const e = (0, n.ensureNotNull)(this.screenPointToPoint(this._fixedPoint)); this._points[0] = { ...e, interval: this._model.mainSeries().interval() }, this.startChanging(), this.setPoint(0, e), this.endChanging(!1, !1), this._timePoint[0] = this._normalizePoint(this._points[0], 0), this.clearFixedPoint() } const e = this.linkKey().value(); null !== e && this.isSynchronizable() && (0, V.restoreLineToolState)({ model: this._model, linkKey: e, state: this.state() }) } _syncLineStyleChanges(e, t, i) { this.anchorable() && this.isFixed() !== Boolean(this._positionPercents) && this._onAnchoredChange(), (0, V.changeLineStyle)({ linkKey: e, state: t, alertId: i, model: this._model }) } static _configureProperties(e) { if (this._addCollectedProperties(e), e.hasChild("symbolStateVersion") \|\| e.addChild("symbolStateVersion", new T.Property(1)), e.hasChild("zOrderVersion") \|\| e.addChild("zOrderVersion", new T.Property(1)), e.hasChild("visible") \|\| e.addChild("visible", new T.Property(!0)), e.hasChild("frozen") \|\| e.addChild("frozen", new T.Property(!1)), e.hasChild("symbol") \|\| e.addChild("symbol", new T.Property("")), e.hasChild("currencyId") \|\| e.addChild("currencyId", new T.Property(null)), e.hasChild("unitId") \|\| e.addChild("unitId", new T.Property(null)), e.hasChild("intervalsVisibilities")) { const t = (0, p.merge)((0, p.clone)(P.intervalsVisibilitiesDefaults), e.childs().intervalsVisibilities.state()); e.removeProperty("intervalsVisibilities"), e.addChild("intervalsVisibilities", new D.IntervalsVisibilitiesProperty(t)) } else e.addChild("intervalsVisibilities", new D.IntervalsVisibilitiesProperty(P.intervalsVisibilitiesDefaults)); e.hasChild("title") \|\| e.addChild("title", new T.Property("")), ["symbolStateVersion", "zOrderVersion", "visible", "frozen", "symbol", "currencyId", "unitId", "symbolInfo", "points", "interval", "title"].forEach((t => e.addExcludedKey(t, 5))), e.hasChild("singleChartOnly") && e.removeProperty("singleChartOnly"), e.hasChild("font") && e.removeProperty("font") } static _addCollectedProperties(e) { e.hasChild("linewidth") && e.addChild("linesWidths", new B.LineToolWidthsProperty([(0, n.ensureDefined)(e.child("linewidth"))])), e.hasChild("linecolor") && e.addChild("linesColors", new B.LineToolColorsProperty([(0, n.ensureDefined)(e.child("linecolor"))])), e.hasChild("backgroundColor") && e.addChild("backgroundsColors", new B.LineToolColorsProperty([(0, n.ensureDefined)(e.child("backgroundColor"))])), e.hasChild("textColor") && e.addChild("textsColors", new B.LineToolColorsProperty([(0, n.ensureDefined)(e.child("textColor"))])), e.hasChild("linestyle") && e.addChild("linesStyles", new B.LineToolCollectedProperty([(0, n.ensureDefined)(e.child("linestyle"))])), ["linesWidths", "linesColors", "backgroundsColors", "textsColors", "linesStyles"].forEach((t => { e.addExcludedKey(t, 7) })) } _areAlertsOnLineToolProhibited() { return null !== this._ownerSource && !this._ownerSource.canHasAlertOnLineTools() } _removeAlertSubscriptions() { this._unsubscribeAlertCallbacks ? .(), this._unsubscribeAlertCallbacks = void 0 } _addAlertSubscriptions(e, t = {}) { if (void 0 !== this._unsubscribeAlertCallbacks) return; const i = this.properties().child("extendLeft"), s = this.properties().child("extendRight"), r = e.destroyed().spawn(), n = e.selected().spawn(), o = e.hovered().spawn(), a = e.active().spawn(); a.subscribe((e => this._alertStatus.setValue(e ? 2 : 3)), { callWithLast: !0 }), r.subscribe(this.removeAlert.bind(this)), n.subscribe((e => { this._model.selectionMacro((t => { e ? t.addSourceToSelection(this) : t.removeSourceFromSelection(this) })) }), { callWithLast: t.syncFocusFromAlert }), o.subscribe((e => { const t = this._model.hoveredSource(); e && t !== this ? this._model.setHoveredSource(this, null) : e \|\| t !== this \|\| this._model.setHoveredSource(null, null) })), void 0 !== i && i.subscribe(this, (() => this.synchronizeAlert(!1))), void 0 !== s && s.subscribe(this, (() => this.synchronizeAlert(!1))), this._unsubscribeAlertCallbacks = () => { r.destroy(), o.destroy(), n.destroy(), a.destroy(), void 0 !== i && i.unsubscribeAll(this), void 0 !== s && s.unsubscribeAll(this) } } _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 } async _getChartAlert() { const e = await (0, m.getChartAlertsFacade)(); return new Promise(((t, i) => { e.getAlert((0, n.ensureDefined)(this._alertId), { success: t, error: i }) })) } async _syncAlertWithAlertFacade(e = {}) { try { const t = await this.getAlert(); if (!t) return; if (this._addAlertSubscriptions(t, e), e.syncAlertFocus) { const e = this._model.selection().isSelected(this); t.setSelected(e) } } catch (e) { if (e instanceof Error && "not_exists" === e.message && this.hasAlert().value()) { this._alertStatus.setValue(0); return void(await (0, m.getChartAlertsFacade)()).removeAlertFromAllChartsSilently(this.id(), (0, n.ensureDefined)(this._alertId)) } U.logError("Failed to set alert, alert will not be saved with drawing in chart") } } } }, 850986: (e, t, i) => { "use strict"; i.d(t, { lineToolsStudyIds: () => s }); const s = { LineToolAnchoredVWAP: "AnchoredVWAP@tv-basicstudies", LineToolRegressionTrend: "RegressionTrend@tv-basicstudies", LineToolFixedRangeVolumeProfile: "VbPFixed@tv-basicstudies", LineToolVbPFixed: "VbPFixed@tv-volumebyprice" }; { const e = { LineToolAnchoredVolumeProfile: "VbPAnchored@tv-basicstudies" }; for (const [t, i] of Object.entries(e)) s[t] = i } }, 926799: (e, t, i) => { "use strict"; const s = i(817464).LineDataSource, r = i(631843).alignToStep, n = (i(339709).customFormatters, i(975179).createSeriesFormatter); class o extends s { constructor(e, t) { super(e, t), this.customization.forcePriceAxisLabel = !0, this.customization.disableErasing = !0, this.customization.showInObjectsTree = !1, this._createFormatter(e.mainSeries().symbolInfo()), this.setSelectionEnabled(!1) } isSynchronizable() { return !1 } pointsCount() { return o.POINTS_COUNT } hasContextMenu() { return !1 } state() { return null } startMoving() { super.startMoving.apply(this, arguments), this._cursorMoved = !1 } endMoving() { super.endMoving.apply(this, arguments), this._cursorMoved = !1 } 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 } _correctPoints(e, t) { this._currentMovingPoint && this._startMovingPoint ? this._currentMovingPoint.logical.price - this._startMovingPoint.logical.price && (this._cursorMoved = !0) : this._cursorMoved = !1; for (var i = 1 / this.priceScale().mainSource().base(), s = 0; s < e.length; s++) { var n = e[s]; this._cursorMoved && (n.price = this._currentMovingPoint.logical.price), n.price = r(n.price, i), e[s] = n } } _createFormatter(e) { this._formatter = n(e, "default", !1, !0) } } o.POINTS_COUNT = 1, e.exports.LineToolTrading = o }, 86e3: (e, t, i) => { "use strict"; var s; i.d(t, { PaneCursorType: () => 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", e[e.Text = 10] = "Text" }(s \|\| (s = {})) }, 526910: (e, t, i) => { "use strict"; i.d(t, { Series: () => ut }); var s = i(650279), r = i(650151), n = i(345848), o = i(251954), a = i(735566), l = i(955273), h = i(475892), u = i(909885), c = i(368628), d = i(55243), p = i(518439), m = i(704670), _ = i(658843), g = i(975179), y = i(718931), S = i(735211), b = i(540519), f = i(947414), v = i(587847), w = i(192914), P = i(546821), C = i(378975), A = i(552527), I = i(779481), T = i(666193), V = i(463246), x = i(741236), D = i(362805), E = i(125226), R = i(35403), L = i(175203), M = i(732634), F = i(799878), k = i(472051), N = i(378891), B = i(505194), O = i(354957), W = i(31214), z = i(967805), U = i(143367), j = i(932256), H = i(47401), K = i(79200), q = i(635816), $ = i(717426), G = i(117472), J = i(266458), Y = i(732652), X = i(336928), Z = i(337842), Q = i(95370), ee = i(484680), te = i(764829), ie = i(198486), se = i(605424), re = i(942634), ne = i(124829), oe = i(157504), ae = i(882782), le = i(151848), he = i(288706), ue = i(472512), ce = i(240791), de = i(375397), pe = i(118799), me = i(214151), _e = i(169532), ge = i(813442), ye = i(264552), Se = i(41427), be = i(483275), fe = i(733828), ve = i(546608), we = i(324181), Pe = i(694682), Ce = i(540613), Ae = i(823341), Ie = i(638456), Te = i(315641), Ve = i(309152), xe = i(88854), De = i(452647), Ee = i(314218), Re = i(836835), Le = i(475851), Me = i(649171), Fe = i(856122), ke = i(468302), Ne = i(293269), Be = i(269734), Oe = i(434396), We = (i(339709), i(519073)), ze = i(725356), Ue = i(287741), je = i(149109), He = i(925514), Ke = i(643322), qe = i(757402), $e = i(78007), Ge = i(65905), Je = i(201871); const Ye = te.enabled("price_scale_always_last_bar_value"), Xe = te.enabled("display_data_mode"), Ze = !te.enabled("hide_series_legend_item"), Qe = te.enabled("hide_price_scale_global_last_bar_value"), et = te.enabled("no_bars_status"), tt = te.enabled("charting_library_debug_mode"), it = te.enabled("chart_style_hilo_last_price"), st = (0, a.getLogger)("Chart.Series"), rt = ve.lastDayChangeAvailable && Ie.CheckMobile.any() \|\| ve.alwaysShowLastPriceAndLastDayChange; let nt = !1; const ot = { countdownEnabled: !0, lastPriceAnimationEnabled: !0 }; function at(e, t, i) { return void 0 === t ? null : `${e}=${t} (${i?"changed":"unchanged"})` } function lt(e) { const t = e.state(); return t.data.forEach((e => e.value.splice(7, 1))), t } function ht(e) { const { seriesStatus: t, additionalStudyStatus: i } = e; if (b.seriesLoadingStatuses.has(t)) return 2; if (i) { if (4 !== t && i.type === qe.StudyStatusType.Error) return 13; if (b.seriesReadyStatuses.has(t) && (i.type === qe.StudyStatusType.Loading \|\| i.type === qe.StudyStatusType.Undefined)) return 2 } return t } class ut extends h.PriceDataSource { constructor(e, t, o, a) { t.removeProperty("currencyId"), super(e, "_seriesId"), this.isSeries = !0, this.requestingStyleIsNotSupported = new re.Delegate, this.requestingStyleSupportRecovered = new re.Delegate, this._paneView = null, this._futureBarsPaneView = null, this._projectionBarsPaneView = null, this._waterlineView = null, this._priceLineView = null, this._gotoDateView = null, this._baseHorizontalLineView = null, this._priceStep = null, this._symbolInfo = new de.WatchedValue(null), this._isPrePostMarketPricesAvailableProperty = new _.Property(!1), this._isBackAdjustmentForbiddenProperty = new _.Property(!0), this._isSettlementAsCloseForbiddenProperty = new _.Property(!0), this._highLowPriceCache = new Map, this._averagePriceCache = new Map, this._prevClosePriceAxisView = null, this._priceScaleAboutToBeChanged = new re.Delegate, this._onRestarted = new re.Delegate, this._onStatusChanged = new re.Delegate, this._tagsChanged = new re.Delegate, this._intervalChanged = new re.Delegate, this._sessionIdChanged = new re.Delegate, this._requestMoreDataAvailable = !0, this._lineStyleLastPriceCirclePaneView = new he.LastPriceCirclePaneView(this), this._prevClosePriceLineView = null, this._dataPoweredBy = null, this._symbolResolvingActive = new de.WatchedValue(!1), this._predictBars = 0, this._syncModel = null, this._data = null, this._lastCompleteFlags = null, this._haStyle = { studyId: (0, r.ensureNotNull)((0, g.chartStyleStudyId)(8, !0)) }, this._renkoStyle = { studyId: (0, r.ensureNotNull)((0, g.chartStyleStudyId)(4, !0)) }, this._pbStyle = { studyId: (0, r.ensureNotNull)((0, g.chartStyleStudyId)(7, !0)) }, this._kagiStyle = { studyId: (0, r.ensureNotNull)((0, g.chartStyleStudyId)(5, !0)) }, this._pnfStyle = { studyId: (0, r.ensureNotNull)((0, g.chartStyleStudyId)(6, !0)) }, this._rangeStyle = { studyId: (0, r.ensureNotNull)((0, g.chartStyleStudyId)(11, !0)) }, this._volFootprintStyle = { studyId: (0, r.ensureNotNull)((0, g.chartStyleStudyId)(17, !0)) }, this._tpoStyle = { studyId: (0, r.ensureNotNull)((0, g.chartStyleStudyId)(18, !0)) }, this._svpStyle = { studyId: (0, r.ensureNotNull)((0, g.chartStyleStudyId)(20, !0)) }, this._barColorerCache = null, this._boxSizeValue = new de.WatchedValue, this._base = 100, this._pointValue = 1, this._formattingDeps = null, this._defaultFormatter = new S.PriceFormatter({ priceScale: this._base }), this._formatter = new S.PriceFormatter({ priceScale: this._base }), this._ignoreMinMoveFormatter = new S.PriceFormatter({ priceScale: this._base }), this._ignoreMinMovePriceStep = null, this._lastBarCloseTime = null, this._onSessionIdPropertyChangedBound = this._onSessionIdPropertyChanged.bind(this), this._ignoreSessionIdProxyPropertyChanges = !1, this._textSourceIsAlwaysTickerRestrictionEnabled = !1, this._lastPriceAnimationActive = !1, this._currentSession = "out_of_session", this._onStyleChanged = new re.Delegate, this._intervalObj = null, this._obsoleteZOrder = 0, this._seriesErrorMessage = null, this._seriesAlwaysFalseHibernatedVW = new de.WatchedValue(!1), this._styleToRecover = null, this._precomputedBarStyles = new WeakMap, this._doNotShowLastAvailableBar = !1, this._gotoDateResultCleared = !1, this._endOfDataPaneView = null, this._pendingTimeRange = null, this._replaySubscriber = new de.WatchedValue(null), this._symbolIntervalChanged = new re.Delegate, this._isReplayResolutionAvailableForUser = null, this._onInReplayStateChanged = new re.Delegate, this._onReplaySubscriberSeriesModified = new re.Delegate, this._paramsNotApplicableForReplay = new re.Delegate, this._onTimeFrameApplied = new re.Delegate, this._seriesLoaded = !1, this._seriesCompleted = !1, this._status = new de.WatchedValue({ seriesStatus: 0 }), this._prevRequestedInterval = "", this._isActingAsSymbolSource = new de.WatchedValue(!0), this._unsupportedResolutionState = new de.WatchedValue(null), this._countdownUpdateTimer = null, this._deferredDestroyed = (0, l.createDeferredPromise)(), this._volumePointWeights = null, this._studyBindings = null, this._lineColorAtYPercentFromTop = new q.GradientColorCache, this._savedLeftEdge = null, this._pendingScrollToLeftEdge = null, this._updateTimeScaleTimePointWeights = () => { this._model.timeScale().setTimePointWeights(19 === this.style() ? this._volumePointWeights : null) }, this._seriesStatus = (0, Ke.combine)(ht, this._status.weakReference()), this._studyBindings = new j.SeriesStudiesBindings(this), this._studyBindings.onStatusChanged().subscribe(this, (() => { const e = this.status(), t = this._status.value(), i = this._studyBindings ? .status(); this._updateStatus({ ...this._status.value(), additionalStudyStatus: i }), this.status() !== e && (this._statusView.update(), this._model.updateSource(this)), (0, s.default)(t, this._status) \|\| this._onStatusChanged.fire() })), this._seriesSource = new pe.SeriesDataSource(e.chartApi(), "s", a); const h = this._seriesSource.dataEvents(); h.symbolResolved().subscribe(this, this._onSymbolResolved), h.symbolError().subscribe(this, this._onSymbolError), h.seriesTimeFrame().subscribe(this, this._onSeriesTimeFrame), h.seriesError().subscribe(this, this._onSeriesError), h.loading().subscribe(this, this._onSeriesLoading), h.completed().subscribe(this, this._onSeriesCompleted), h.dataUpdated().subscribe(this, this._onDataUpdated), h.barReceived().subscribe(this, this._onBarReceived), h.unsupportedResolutionRequested().subscribe(this, this._onUnsupportedResolutionRequested), this._quotesProvider = new V.QuotesProvider(void 0, e.collapsed().spawnOwnership()), this._quotesProvider.quotesUpdate().subscribe(this, this._onQuotesUpdate); const u = t.childs(); if (t.hasChild("extendedHours")) { (0, r.ensureDefined)(u.extendedHours).value() && !t.hasChild("sessionId") && t.addChild("sessionId", new _.Property("extended")), t.removeProperty("extendedHours") } t.hasChild("sessionId") \|\| t.addChild("sessionId", new _.Property(y.SubsessionId.Regular)), (0, je.allChartStyles)().includes(u.style.value()) \|\| u.style.setValueSilently(2); const c = u.lineStyle.childs(); if (u.lineStyle.hasChild("styleType")) { let e, t; const i = c.styleType.value(); 0 === i && (t = 14, e = u.lineWithMarkersStyle.childs()), 1 === i && (t = 15, e = u.steplineStyle.childs()), e && (e.color.setValueSilently(c.color.value()), e.linestyle.setValueSilently(c.linestyle.value()), e.linewidth.setValueSilently(c.linewidth.value()), e.priceSource.setValueSilently(c.priceSource.value())), void 0 !== t && 2 === u.style.value() && u.style.setValue(t), u.lineStyle.removeProperty("styleType") } this._studyBindings ? .bindToSeriesProperties(t), this._setProperties(t), this._sessionIdProxyProperty = new _.Property(u.sessionId.value()), u.sessionId.subscribe(this, (() => this._updateSessionIdProxyProperty())), this._sessionIdProxyProperty.subscribe(this, this._onSessionIdProxyPropertyChanged), this._symbolTextSourceProxyProperty = new _.Property, this._recalcSymbolTextSourceProxyProperty(), u.statusViewStyle.childs().symbolTextSource.subscribe(this, this._recalcSymbolTextSourceProxyProperty), this._symbolTextSourceProxyProperty.subscribe(this, (() => e.lightUpdate())), this._options = (0, ne.merge)((0, ne.clone)(ot), o), this._prevChartStyle = u.style.value(), this._priceAxisView = new x.SeriesPriceAxisView(this, e, { alwaysShowGlobalLast: !Qe, showCountdown: o.countdownEnabled }); let d = null; Ye \|\| Qe \|\| (d = new x.SeriesPriceAxisView(this, e, { visibleOnHistoryOnly: !0, showSymbolLabel: !1, showCountdown: !1, alwaysShowGlobalLast: !1, useSolidBodyColor: !1 })), this._priceLinePriceAxisView = new X.SeriesPriceLineAxisView(this), this._priceLineAxisViews = [this._priceLinePriceAxisView], this._projectionPriceAxisView = new Z.ProjectionSeriesPriceAxisView(this, e, { showCountdown: o.countdownEnabled }), this._priceAxisViews = [this._priceAxisView, this._projectionPriceAxisView], null !== d && this._priceAxisViews.push(d), this._prevClosePriceAxisView = new G.PrevCloseSeriesPriceAxisView(this, e), this._priceAxisViews.unshift(this._prevClosePriceAxisView), this._prevClosePriceLineView = new J.SeriesPrevClosePriceLinePaneView(this), this._panePriceAxisView = new Q.PanePriceAxisView(this._priceAxisView, this, e), this._historyPricePanePriceAxisView = null !== d ? new Q.PanePriceAxisView(d, this, e) : null, this._projectionPanePriceAxisView = new Q.PanePriceAxisView(this._projectionPriceAxisView, this, e), this._labelPaneViews = [this._panePriceAxisView, this._projectionPanePriceAxisView], null !== this._historyPricePanePriceAxisView && this._labelPaneViews.push(this._historyPricePanePriceAxisView), this._highLowAvgPaneViews = [], this._averagePaneViews = [], this._createHighLowAvgViews(), this._subscribeRestartToSessionIdChange(), u.visible.subscribe(this, this._updateLastPriceAnimationActive), this._updateLastPriceAnimationActive(), u.minTick.subscribe(this, this._onFormatterPropsChanged), this._dataWindowView = new ce.SeriesDataWindowView(this, e), this._legendView = new v.SeriesLegendView(this, e), this._statusView = new f.SeriesStatusView(this, u.statusViewStyle), this._marketStatusModel = new w.MarketStatusModel(this._quotesProvider), this._dataUpdatedModeModel = Xe ? new I.DataUpdatedModeModel(this._symbolInfo.spawn().ownership(), this._seriesStatus.spawn().ownership(), (0, $e.createWVFromGetterAndSubscription)((() => this._lastCompleteFlags ? .rt_update_period), h.completed()).ownership()) : null, this._dataProblemModel = new T.DataProblemModel(this._quotesProvider, this._symbolInfo.spawn().ownership()), u.backAdjustment.subscribe(this, (() => { this.isStarted() && this.restart() })), u.settlementAsClose.subscribe(this, (() => { this.isDWM() && this.isStarted() && this.restart() })), this._symbolResolvingActive.subscribe((() => e.realignLineTools())), this._intervalChanged.subscribe(this, (() => e.realignLineTools())), this._intervalChanged.subscribe(this, (() => this._checkChartStyle())), te.enabled("widget") \|\| Promise.all([i.e(66476), i.e(75816), i.e(93703), i.e(44524), i.e(46445), i.e(62093), i.e(21356), i.e(46489), i.e(88015), i.e(61443), i.e(82321), i.e(62526), i.e(66849)]).then(i.bind(i, 342837)).then((e => { this._endOfDataPaneView = new e.EndOfDataLollipopPaneView(this) })), this._studyBindings ? .syncStudy(this.style()), O.alertsAvailable && this._symbolResolvingActive.subscribe(this._updateAlertCreationAvailable.bind(this)), this.createPaneView(), this._properties.addExcludedKey("visible", 1), this._properties.addExcludedKey("currencyId", 1), this._futureBarsPaneView = null, this._priceLineView = null, this._baseHorizontalLineView = new He.SeriesHorizontalBaseLinePaneView(this); for (const [, e] of Object.entries(b.STYLE_SHORT_NAMES)) this._properties.child(`${e}Style`) ? .subscribe(this, (() => this.invalidateBarStylesCache())); const p = u.renkoStyle.childs().inputs.childs(); p.boxSize.subscribe(this, this.restart), p.style.subscribe(this, this.restart), p.atrLength.subscribe(this, this.restart), p.percentageLTP.subscribe(this, this.restart), p.wicks.subscribe(this, this.restart), p.sources.subscribe(this, this.restart), u.pbStyle.childs().inputs.childs().lb.subscribe(this, this.restart); const m = u.kagiStyle.childs().inputs.childs(); m.reversalAmount.subscribe(this, this.restart), m.style.subscribe(this, this.restart), m.atrLength.subscribe(this, this.restart), m.percentageLTP.subscribe(this, this.restart); const P = u.pnfStyle.childs().inputs.childs(); P.boxSize.subscribe(this, this.restart), P.reversalAmount.subscribe(this, this.restart), P.sources.subscribe(this, this.restart), P.style.subscribe(this, this.restart), P.atrLength.subscribe(this, this.restart), P.percentageLTP.subscribe(this, this.restart), P.oneStepBackBuilding.subscribe(this, this.restart), u.rangeStyle.childs().inputs.childs().phantomBars.subscribe(this, this.restart), this._isDWMProperty = new _.Property(this.isDWM()), this._onRestarted.subscribe(this, (() => this._isDWMProperty.setValue(this.isDWM()))), u.dividendsAdjustment.subscribe(this, (() => { const e = u.dividendsAdjustment.value(); (0, n.trackEvent)("Dividends adjust", !0 === e ? "On" : "Off"), this.restart() })), this._dataPoweredBy = null, u.showCountdown.subscribe(this, this._onShowCountdownChanged), this._onShowCountdownChanged(u.showCountdown), this._recreatePriceFormattingDependencies(), u.lineStyle.childs().priceSource.subscribe(this, this._updateBarFunction), u.lineWithMarkersStyle.childs().priceSource.subscribe(this, this._updateBarFunction), u.steplineStyle.childs().priceSource.subscribe(this, this._updateBarFunction), u.areaStyle.childs().priceSource.subscribe(this, this._updateBarFunction), u.baselineStyle.childs().priceSource.subscribe(this, this._updateBarFunction), u.columnStyle.childs().priceSource.subscribe(this, this._updateBarFunction), u.tpoStyle.childs().priceSource.subscribe(this, this._updateBarFunction), this._updateBarFunction(), this._isInReplay = (0, Ke.combine)((e => null !== e), this._replaySubscriber.weakReference()), this._legendValuesProvider = new ie.SeriesLegendValuesProvider(this, this.model()), this._dataWindowValuesProvider = new Ge.SeriesValuesProvider(this, this.model()), t.childs().tpoStyle.childs().summary.childs().visible.subscribe(this, this._updateTpoSummary), t.childs().style.subscribe(this, this._updateTpoSummary), setTimeout((() => this._updateTpoSummary()), 0) } setId(e) { super.setId(e), (0, K.getPersistentLogger)() ? .addPersistentLogEntry(`Set series Id to ${e}`, a.LOGLEVEL.INFO, "chart.series") } supportsPressedChunks() { return !0 } pressedChunks(e, t) { return this.data().pressedChunks(e, t) } seriesErrorMessage() { const { seriesStatus: e, additionalStudyStatus: t } = this._status.value(); return this.isFailed() ? this._seriesErrorMessage : b.seriesLoadingStatuses.has(e) ? null : t ? .type === qe.StudyStatusType.Error ? (0, qe.convertStudyStatusToString)({ type: qe.StudyStatusType.Error, errorDescription: t.errorDescription }, !0) : null } destroy() { this._seriesStatus.destroy(), this._quotesProvider.quotesUpdate().unsubscribeAll(this), this._quotesProvider.destroy(), this.clearGotoDateResult(), this._legendView.destroy(), this._marketStatusModel.destroy(), this._studyBindings && this._studyBindings.destroy(), null !== this._dataUpdatedModeModel && this._dataUpdatedModeModel.destroy(), this._dataProblemModel.destroy(), this._paneView && this._paneView.destroy && this._paneView.destroy(), this._seriesSource.destroy(), this._quotesProvider.quotesUpdate().unsubscribeAll(this), this._model.timeScale().visibleBarsStrictRangeChanged().unsubscribeAll(this), this._unsubscribeRestartToSessionIdChange(), this._paramsNotApplicableForReplay.destroy(), this._onTimeFrameApplied.destroy(), this._deferredDestroyed.resolve(), this._properties.destroy(), this._isInReplay.destroy(), super.destroy() } isActingAsSymbolSource() { return this._isActingAsSymbolSource.readonly() } barColorer() { if (this._barColorerCache) return this._barColorerCache; let e = null; const t = this._model.dataSources(); for (let i = t.length - 1; i >= 0; i--) { const s = t[i]; if ((0, Oe.isStudy)(s) && s.hasBarColorer() && !s.isSourceHidden()) { const t = (0, r.ensureNotNull)(s.barColorer()); null === e ? e = t : e.pushBackBarColorer(t) } } return null === e ? e = new Be.SeriesBarColorer(this) : e.pushBackBarColorer(new Be.SeriesBarColorer(this)), this._barColorerCache = e, e } createPaneView() { this._paneView = null, this._projectionBarsPaneView = null, this._waterlineView = null, this._priceLineView = this.hasClosePrice() ? new Se.SeriesPriceLinePaneView(this) : null; const e = this._properties.childs().style.value(); switch (e) { case 0: this._paneView = new Ve.SeriesBarsPaneView(this, this._model); break; case 17: case 19: case 1: this._paneView = new xe.SeriesCandlesPaneView(this, this._model, 1 === e \|\| 19 === e ? 1 : .2); break; case 2: case 18: case 14: case 15: this._paneView = new De.SeriesLinePaneView(this, this._model); break; case 3: this._paneView = new Ee.SeriesAreaPaneView(this, this._model); break; case 16: this._paneView = new Re.SeriesHLCAreaPaneView(this, this._model); break; case 8: this._paneView = new Le.SeriesHeikenAshiPaneView(this, this._model); break; case 9: this._paneView = new Me.SeriesHollowCandlesPaneView(this, this._model); break; case 13: this._paneView = new Te.SeriesColumnsPaneView(this, this._model); break; case 10: { this._paneView = new Fe.SeriesBaselinePaneView(this, this._model); const e = this._properties.childs().baselineStyle.childs();this._waterlineView = new be.SeriesWaterlinePaneView({ paneHeight: () => this.priceScale().height(), color: () => e.baselineColor.value(), baseLevelPercentage: () => e.baseLevelPercentage.value() }); break } case 12: this._paneView = new fe.SeriesHiLoPaneView(this, this._model) } switch (e) { case 4: this._paneView = new we.SeriesRenkoPaneView(this, this._model), this._projectionBarsPaneView = new we.SeriesProjectionRenkoPaneView(this, this._model); break; case 7: this._paneView = new Pe.SeriesPriceBreakPaneView(this, this._model), this._projectionBarsPaneView = new Pe.SeriesProjectionPriceBreakPaneView(this, this._model); break; case 5: this._paneView = new Ce.SeriesKagiPaneView(this, this._model), this._projectionBarsPaneView = new Ce.SeriesProjectionKagiPaneView(this, this._model); break; case 6: this._paneView = new Ae.SeriesPnFPaneView(this, this._model), this._projectionBarsPaneView = new Ae.SeriesProjectionPnFPaneView(this, this._model) } if (11 === e && (this._properties.childs().rangeStyle.childs().barStyle.value() === ze.RangeBarStyle.Bars ? (this._paneView = new Ve.SeriesBarsPaneView(this, this._model), this._projectionBarsPaneView = new Y.SeriesProjectionRangeBarsPaneView(this, this._model)) : (this._paneView = new xe.SeriesCandlesPaneView(this, this._model), this._projectionBarsPaneView = new Y.SeriesProjectionRangeCandlesPaneView(this, this._model))), 20 === e && (this._paneView = U.EmptyPaneView.instance()), null === this._paneView) throw Error("Unknown chart style assigned: " + e) } properties() { return this._properties } zorder() { return 0 } quotesProvider() { return this._quotesProvider } currentSession() { return this._currentSession } syncModel() { if (!this._syncModel) { const e = this.symbolInfo(), t = this.interval(); if (!e \|\| !t) return null; this._syncModel = new A.SyncModel(e, t) } return this._syncModel } labelPaneViews() { return this._labelPaneViews } topPaneViews() { const e = []; if (null !== this._gotoDateView && e.push(this._gotoDateView), this._lastPriceAnimationActive) { const t = this._lineStyleLastPriceCirclePaneView; t.animationActive() && setTimeout((() => this._model.invalidate(ue.InvalidationMask.cursor())), 0), t.invalidateStage(), e.push(t) } return 0 !== e.length ? e : null } paneViews(e) { if (!this.properties().childs().visible.value() \|\| !this._model.isSnapshot() && !this._wasCompletedBefore()) return null; const t = e === this._model.paneForSource(this), i = t ? [(0, r.ensureNotNull)(this._baseHorizontalLineView), (0, r.ensureNotNull)(this._paneView)] : []; return i.push(...this._studyBindings ? .paneViews(e) ? ? []), t && (this._endOfDataPaneView && i.push(this._endOfDataPaneView), this._futureBarsPaneView && i.push(this._futureBarsPaneView), this._projectionBarsPaneView && i.push(this._projectionBarsPaneView), null !== this._waterlineView && i.push(this._waterlineView), i.push((0, r.ensureNotNull)(this._prevClosePriceLineView)), null !== this._priceLineView && i.push(this._priceLineView), window.TradingView.printing && this._lastPriceAnimationActive && (this._lineStyleLastPriceCirclePaneView.stopAnimation(), i.push(this._lineStyleLastPriceCirclePaneView)), i.push(...this._highLowAvgPaneViews), i.push(...this._averagePaneViews)), i } widgetSideAreaViews(e) { return this._studyBindings ? .widgetSideAreaViews(e) ? ? null } priceAxisViews(e, t) { return e.findTargetPriceAxisViews(this, t, this._priceAxisViews, this._priceLineAxisViews) } clearHighLowPriceCache() { this._highLowPriceCache.clear() } clearAveragePriceCache() { this._averagePriceCache.clear() } priceScale() { return (0, r.ensureNotNull)(this._priceScale) } setPriceScale(e) { this._priceScale !== e && (this._priceScaleAboutToBeChanged.fire(), this._priceScale = e, this._properties.removeProperty("priceAxisProperties"), this._properties.addChild("priceAxisProperties", e.properties()), this._properties.childs().priceAxisProperties.fireChanged(), (0, o.emit)("series_event", "price_scale_changed"), this._priceScaleChanged.fire(e)) } priceScaleChanged() { return this._priceScaleChanged } priceScaleAboutToBeChanged() { return this._priceScaleAboutToBeChanged } applyPreferences(e) { const t = (0, ne.clone)(e); this.priceScale().setMode({ autoScale: t.priceAxisProperties.autoScale, percentage: t.priceAxisProperties.percentage, log: t.priceAxisProperties.log, lockScale: t.priceAxisProperties.lockScale }), this.setChartStyleWithIntervalIfNeeded(t.style); const { style: i, interval: s, ...r } = t; this._properties.mergePreferences(r), this._properties.saveDefaults(), this.createPaneView(), this.invalidateBarStylesCache() } disconnect() { this._studyBindings ? .stop(), this._seriesSource.stop(), this._predictBars = 0, this._updateStatus({ ...this._status.value(), seriesStatus: 0 }), this._model.isSnapshot() \|\| this._symbolInfo.setValue(null) } isStarted() { return this._seriesSource.isStarted() } isCompleted() { return this._seriesCompleted } restart(e, t, i) { if (5 === this._status.value().seriesStatus) return; this._seriesLoaded = !1, this._seriesCompleted = !1, this._lastCompleteFlags = null, this._onRestarted.fire(), this._setStatus(1), this._updateSymbolInfo(null); const s = this._properties.childs().interval.value(); C.Interval.isEqual(s, this._prevRequestedInterval) && this._notifyIntervalChanged(s); let r = null; this._pendingTimeRange && (r = this._pendingTimeRange, this._pendingTimeRange = null), i \|\| this._removeReplaySubscriber(), this._onBeforeModifySeries(this.getSymbolString(), s), this._onTimeFrameApplied.fire(r); const n = (0, ye.getServerInterval)(s); this._data = null, this.model().recalcVisibleRangeStudies(u.RecalcVisibleRangeStudiesReason.SeriesRestart), this._seriesSource.modifySeries(this._getResolvingSymbolObject(), n, r), this._seriesSource.isStarted() \|\| this._seriesSource.start(), this._prevRequestedInterval = this.interval(), this._studyBindings ? .restart(), this.updateAllViews((0, _e.sourceChangeEvent)(this.id())), this._model.lightUpdate() } isSymbolInvalid() { return 4 === this._status.value().seriesStatus } getSymbolString() { return (0, ae.encodeExtendedSymbolOrGetSimpleSymbolString)(this._getSymbolObject()) } getAlertSymbolString() { return (0, ae.encodeExtendedSymbolOrGetSimpleSymbolString)(this._getSymbolObject(this.actualSymbol())) } invalidateBarStylesCache(e) { st.logDebug("Invalidate style cache starting from " + e), this._clearStylePlot(this.bars(), e), this._clearStylePlot(this.nsBars()) } isLoading() { return b.seriesLoadingStatuses.has(this.statusWV().value()) } isFailed() { const e = this.status(); return 12 === e \|\| 4 === e \|\| 10 === e \|\| 14 === e } isStatusError() { return 12 === this.status() } unsupportedResolutionState() { return this._unsupportedResolutionState.readonly() } actualSymbol() { return (0, g.actualSymbol)(this.symbolInfo(), this.symbol()) } proSymbol() { return (0, g.proSymbol)(this.symbolInfo(), this.symbol()) } onStyleChanged() { return this._onStyleChanged } style() { return this.properties().childs().style.value() } setStyle(e) { this.setSymbolParams({ style: e }) } isRangeBasedStyle() { return (0, g.isRangeBasedStyle)(this.style()) } symbolSameAsCurrent(e) { return this.symbol() === e \|\| (0, oe.symbolSameAsCurrent)(e, this.symbolInfo()) } symbolSameAsResolved(e) { return this._model.isSnapshot() ? this.symbolSameAsCurrent(e) : this._seriesSource.symbolSameAsResolved(e) } status() { return this._seriesStatus.value() } statusWV() { return this._seriesStatus } compositeStatusVW() { return this._status } symbol() { return this.properties().childs().symbol.value() } symbolChanged() { return this.properties().childs().symbol } seriesSource() { return this._seriesSource } symbolInfo() { return this._symbolInfo.value() } symbolResolved() { return this.dataEvents().symbolResolved() } symbolResolvingActive() { return this._symbolResolvingActive } symbolHibernated() { return this._seriesAlwaysFalseHibernatedVW } getSymbolName() { return this.symbolInfo() ? .name ? ? "" } firstValue() { const e = this.firstBar(); return null === e ? null : this._barFunction(e, 0) } firstBar() { const e = this.model().timeScale().visibleBarsStrictRange(); if (null === e) return null; const t = e.firstBar(), i = this.data().search(t, p.PlotRowSearchMode.NearestRight); return null !== i ? i.value : null } formatter(e = !0) { return e ? this._formatter : this._ignoreMinMoveFormatter } defaultFormatter() { return this._defaultFormatter } priceStep(e = !0) { return e ? this._priceStep : this._ignoreMinMovePriceStep } bars() { return this.data().bars() } nsBars() { return this.data().nsBars() } interval() { return this.properties().childs().interval.value() } setInterval(e) { this.setSymbolParams({ interval: e }) } intervalObj() { const e = this.interval(); if (null !== this._intervalObj && this._intervalObj.resolutionString === e) return this._intervalObj.interval; const t = C.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, { signPositive: !0 }), formattedPriceAbsolute: e.formatPriceAbsolute(s), formattedPriceIndexedTo100: e.formatPriceIndexedTo100(s, i) } } priceLineColor(e) { return this.properties().childs().priceLineColor.value() \|\| e } hasClosePrice() { return it \|\| 12 !== this.properties().childs().style.value() } lastValueData(e, t, i) { const s = { noData: !0 }, r = this.priceScale(); if (this.model().timeScale().isEmpty() \|\| r.isEmpty() \|\| this.data().isEmpty()) return s; const n = this.model().timeScale().visibleBarsStrictRange(), o = this.firstValue(); if (null === n \|\| null === o) return s; let a, l; if (t) { const e = this.data().bars().last(); if (null === e) return s; a = e.value, l = e.index } else { const e = this.data().bars().search(n.lastBar(), p.PlotRowSearchMode.NearestLeft); if (null === e) return s; a = e.value, l = e.index } const h = (void 0 !== e ? a[e] : this._barFunction(a, 2)) ? ? NaN, u = this.barColorer().barStyle(l, !1), c = r.priceToCoordinate(h, o), d = { ...r.getFormattedValues(h, o, !0), noData: !1, color: u.barColor, floatCoordinate: c, coordinate: c, index: l }; return i && (d.price = h), d } isDWM() { return this.intervalObj().isDWM() } isPulse() { const e = this.symbolInfo(); return null !== e && (e.resolutions ? ? []).length > 0 } data() { return this._data ? ? this._seriesSource.data() } clearData() { (0, r.assert)(null === this._data, "Cannot clear loaded data"), this._studyBindings ? .clearData(), this._seriesSource.clearData() } nearestData(e, t) { return this.data().search(e, t) ? ? void 0 } nearestIndex(e, t) { return this.nearestData(e, t) ? .index } nearestValue(e, t, i) { const s = this.nearestData(e, i); return s ? .value[t] ? ? void 0 } onSymbolIntervalChanged() { return this._symbolIntervalChanged } onIntervalChanged() { return this._intervalChanged } onStatusChanged() { return this._onStatusChanged } onRestarted() { return this._onRestarted } fixLastBar(e) { if (!this._futureBarsPaneView) { const t = this.bars().lastIndex(); t && (this._futureBarsPaneView = new B.FutureBarsPaneView(this.model().timeScale(), this, t, e)) } } requestMoreData(e) { if (!b.seriesReadyStatuses.has(this._status.value().seriesStatus)) return; if (this._model.timeScale().isEmpty()) return; const t = this._model.timeScale().visibleBarsStrictRange(); if (null === t) return; if (0 === this.bars().size()) return; const i = t.lastBar() - (0, r.ensureNotNull)(this.data().last()).index; if (this._predictBars < i && (this._predictBars = i, this._seriesSource.requestMoreTickmarks(i)), !this._requestMoreDataAvailable) return; const s = (0, r.ensureNotNull)(this.bars().firstIndex()), n = e \|\| Math.max(s - t.firstBar(), s - (this._studyBindings ? .requestMoreDataIndex() ? ? s)); n <= 0 \|\| (Number.isFinite(n) ? (this._requestMoreDataAvailable = !1, this._seriesSource.requestMoreData(n), this._setStatus(2)) : st.logWarn("requestMoreData: invalid bar count: " + n + ", visible bars: [" + t.firstBar() + ", " + t.lastBar() + "], last index: " + (0, r.ensureNotNull)(this.data().last()).index + ", predicted bars: " + this._predictBars + ", required bars:" + e)) } isNeedRestart(e) { return 5 !== this._status.value().seriesStatus && (void 0 === e && (e = this.properties().childs().style.value()), (0, g.styleChangeRequiresRestart)(this._prevChartStyle, e)) } isStyleSupported(e) { return !this.isInReplay().value() \|\| (0, g.isStyleSupportedForReplay)(e) } sessionId() { return this.properties().childs().sessionId.value() } sessionIdChanged() { return this._sessionIdChanged } priceRange(e, t, i) { const s = this._priceScale; if (this.data().isEmpty() \|\| !s) return null; if (s.isLockScale()) { const e = this._model.mainSeriesScaleRatio(); if (null !== e) { const i = s.internalHeight() / (this.model().timeScale().barSpacing() / e), n = (0, r.ensureNotNull)(this.data().search(t, p.PlotRowSearchMode.NearestLeft)).value, o = ((0, r.ensure)(n[2]) + (0, r.ensure)(n[3])) / 2; return new m.PriceRange(o - .5 * i, o + .5 * i) } } const n = this.priceSource(); let o, a, l; if (null !== n ? (o = this.data().bars().minMaxOnRangeCached(e, t, [{ name: n, offset: 0 }]), a = this.data().nsBars().minMaxOnRangeCached(e, t, [{ name: n, offset: 0 }])) : (o = this.data().bars().minMaxOnRangeCached(e, t, [{ name: "low", offset: 0 }, { name: "high", offset: 0 }]), a = this.data().nsBars().minMaxOnRange(e, t, [{ name: "low", offset: 0 }, { name: "high", offset: 0 }])), o = (0, d.mergeMinMax)(o, a), null === o) l = new m.PriceRange(-.5, .5); else if (o.min === o.max) { const e = 5 / (this.symbolInfo() ? .pricescale ? ? 100); l = new m.PriceRange(o.min - e, o.max + e) } else l = new m.PriceRange(o.min, o.max); return s.isLog() ? new m.PriceRange(s.priceToLogical(l.minValue()), s.priceToLogical(l.maxValue())) : l } autoScaleInfo(e, t, i) { let s = { range: this.priceRange(e, t, { ...i, scaleSeriesOnly: !0 }), topPixelMargin: this._paneView ? .topPixelMargin ? .(), bottomPixelMargin: this._paneView ? .bottomPixelMargin ? .() }; if (!i.scaleSeriesOnly) { const r = this._model.allStudies().filter((e => e.isVisible())), n = (e, t) => void 0 === e ? t : void 0 === t ? e : Math.max(e, t), o = r.map((s => s.autoScaleInfo(e, t, { ...i, forceOverlayOnly: !0 }))); this._studyBindings && o.push(...this._studyBindings.autoScaleInfos(e, t, i)); const a = (e, t) => ({ range: e.range ? t.range ? e.range.merge(t.range) : e.range : t.range, topPixelMargin: n(e.topPixelMargin, t.topPixelMargin), bottomPixelMargin: n(e.bottomPixelMargin, t.bottomPixelMargin) }); s = o.reduce(a, s) } return s } onChartStyleChanged() { this._updateBarFunction(), this.isNeedRestart() && (this.data().clear(), this.isInReplay().value() && !(0, g.isStyleSupportedForReplay)(this.style()) && this._removeReplaySubscriber(), this._saveLeftEdgeIfRequired(!1) \|\| this.model().timeScale().scrollToRealtime(!1), this.restart()); const e = this.properties(); this._prevChartStyle !== e.childs().style.value() && this._studyBindings ? .syncStudy(this.style()), this._prevChartStyle = e.childs().style.value(), this._onStyleChanged.fire(e.childs().style.value()), this.invalidateBarStylesCache(), this._updateLastPriceAnimationActive(), this._styleToRecover ? .originalStyle !== this.style() && (this._styleToRecover = null), this._updateTimeScaleTimePointWeights() } setChartStyleWithIntervalIfNeeded(e, t) { const i = this.interval(), s = t ? ? (0, ge.getResolutionByChartStyle)(e, i, this._model.defaultResolutions()), r = C.Interval.isEqual(s, i); this.setSymbolParams({ interval: r ? void 0 : s, style: e }) } getInputsProperties() { const e = this._properties.child(`${this.getStyleShortName()}Style`); return e ? .childs().inputs ? ? new _.Property } getInputsInfoProperties() { const e = this._studyBindings ? .getInputsInfoProperties(); if (e) return e; const t = this._properties.child(`${this.getStyleShortName()}Style`); return t ? .childs().inputInfo ? ? new _.Property } getSourceIcon() { return { type: "loadSvg", svgId: `series.${this.style()}` } } onSourceIconChanged() { return this._onStyleChanged } purgeSymbolInfo() { this._symbolInfo.setValue(null) } idForAlert() { return (0, M.getSeriesIdForAlert)(this.getSymbolString(), this.interval()) } hasStateForAlert() { return super.hasStateForAlert() && !(0, g.isEconomicSymbol)(this.symbolInfo()) } stateForAlert() { const e = this.idForAlert(), t = F.FormattersSerializer.serialize(this._formatter); let i; const s = this.isDWM() ? y.SubsessionId.Regular : this.sessionIdProxyProperty().value(), r = this.symbolInfo(); if (r && r.subsessions && r.subsessions.length > 1) { const e = r.subsessions ? .find((e => e.id === s)); e && (i = (0, k.translateSessionExtendedDescription)(e.description)) } const n = this.properties().childs(), o = { id: e, type: "MainSeries", actualSymbol: this.actualSymbol(), symbolString: this.getSymbolString(), interval: this.interval(), style: n.style.value(), styleInputs: this.getInputsProperties().state(), sessionId: s, sessionDescription: i, dividendsAdjustment: n.dividendsAdjustment.value(), boxSize: this.data().boxSize, reversalAmount: this.data().reversalAmount, isSpread: this.isSpread(), formatter: t }, a = (0, N.getSeriesDangerReason)(this); return a && (o.dangerReason = a), o } styleStudyInfos() { return { haStyle: this._haStyle, renkoStyle: this._renkoStyle, pbStyle: this._pbStyle, kagiStyle: this._kagiStyle, pnfStyle: this._pnfStyle, rangeStyle: this._rangeStyle, volFootprintStyle: this._volFootprintStyle, tpoStyle: this._tpoStyle, svpStyle: this._svpStyle } } dataEvents() { return this._seriesSource.dataEvents() } isSpread() { return "spread" === this.symbolInfo() ? .type } isYield() { const e = this.symbolInfo(); return null !== e && (0, We.isYield)(e) } dividendsAdjustmentProperty() { return this._properties.childs().dividendsAdjustment } sessionIdProxyProperty() { return this._sessionIdProxyProperty } symbolTextSourceProxyProperty() { return this._symbolTextSourceProxyProperty } setTextSourceIsAlwaysTickerRestrictionEnabled(e) { this._textSourceIsAlwaysTickerRestrictionEnabled = e, this._recalcSymbolTextSourceProxyProperty() } isDWMProperty() { return this._isDWMProperty } isPrePostMarketPricesAvailableProperty() { return this._isPrePostMarketPricesAvailableProperty } isSettlementAsCloseForbiddenProperty() { return this._isSettlementAsCloseForbiddenProperty } isBackAdjustmentForbiddenProperty() { return this._isBackAdjustmentForbiddenProperty } getStyleShortName() { const e = this.style(), t = b.STYLE_SHORT_NAMES[e]; return (0, r.assert)(!!t, `Missed short name for style ${e}`), t } invalidateBarColorerCache() { this._barColorerCache = null, this.invalidateBarStylesCache() } paramsNotApplicableForReplay() { return this._paramsNotApplicableForReplay } onTimeFrameApplied() { return this._onTimeFrameApplied } onInReplayStateChanged() { return this._onInReplayStateChanged } onReplayModified() { return this._onReplaySubscriberSeriesModified } dataWindowView() { return this._dataWindowView } statusView() { return Ze ? this._statusView : null } legendView() { return this._legendView } marketStatusModel() { return this._marketStatusModel } isMainSeries() { return !0 } dataUpdatedModeModel() { return this._dataUpdatedModeModel } dataProblemModel() { return this._dataProblemModel } setDefaultTimeframe(e) { this._pendingTimeRange = e } loadDataTo(e) { const t = this._properties.childs().interval.value(); this._onTimeFrameApplied.fire(e), this._seriesSource.modifySeries(this._getResolvingSymbolObject(), (0, ye.getServerInterval)(t), e) } isInReplay() { return this._isInReplay } quotes() { return this.data().isEmpty() ? null : this._quotesProvider.quotes() } base() { return this._base } pointValue() { return this._pointValue } barCloseTime() { return this._lastBarCloseTime } priceSource() { let e = null; const t = this._properties.childs(); switch (t.style.value()) { case 2: e = t.lineStyle.childs().priceSource.value(); break; case 18: e = t.tpoStyle.childs().priceSource.value(); break; case 14: e = t.lineWithMarkersStyle.childs().priceSource.value(); break; case 15: e = t.steplineStyle.childs().priceSource.value(); break; case 3: e = t.areaStyle.childs().priceSource.value(); break; case 10: e = t.baselineStyle.childs().priceSource.value(); break; case 13: e = t.columnStyle.childs().priceSource.value() } return e } lineColorAtYPercentFromTop(e) { let t; switch (this.style()) { case 2: t = this.properties().childs().lineStyle.childs(); break; case 14: t = this.properties().childs().lineWithMarkersStyle.childs(); break; case 15: t = this.properties().childs().steplineStyle.childs(); break; default: t = null } return t ? t.colorType ? .value() === Je.ColorType.Solid ? t.color.value() : this._lineColorAtYPercentFromTop.gradientColor((0, r.ensureDefined)(t.gradientStartColor).value(), (0, r.ensureDefined)(t.gradientEndColor).value(), e) : null } updateAllViews(e) { if ("hover-change" === e.type) return; this._paneView ? .update(e), this._dataWindowView.update(), this._legendView.update(), this._statusView.update(), this._averagePaneViews.forEach((t => t.update(e))), this._highLowAvgPaneViews.forEach((t => t.update(e))), this._labelPaneViews.forEach((t => t.update(e))), this._priceAxisViews.forEach((t => t.update(e))), this._priceLineAxisViews.forEach((t => t.update(e))), this._futureBarsPaneView ? .update(e), this._projectionBarsPaneView ? .update(e), this._waterlineView ? .update(e), this._prevClosePriceLineView ? .update(e), this._priceLineView ? .update(e), this._gotoDateView ? .update(e), this._endOfDataPaneView ? .update(e), this._baseHorizontalLineView ? .update(e); const t = this._model.activeStrategySource().value(); t ? .updateAllViews(e), this._model.replayStudyStrategy().value() ? .updateAllViews(e), this._lineStyleLastPriceCirclePaneView.update(e), this._studyBindings ? .updateAllViews(e) } styleStudyInfo(e) { return this.styleStudyInfos()[e] } barFunction() { return this._barFunction } precomputedBarStyle(e) { return this._precomputedBarStyles.get(e) } setPrecomputedBarStyle(e, t) { this._precomputedBarStyles.set(e, t) } symbolParams() { return (0, oe.symbolParams)(this) } compareSymbolParams(e) { return (0, oe.compareSymbolParams)(this, e, this._model.unitConversionEnabled()) } setSymbolParams(e) { const { symbol: t, currency: i, unit: s, style: n, interval: o } = e, { symbolChanged: a, intervalChanged: l, currencyChanged: h, unitChanged: u, styleChanged: c } = this.compareSymbolParams(e), d = [at("symbol", t, a), at("interval", o, l), at("currency", i, h), at("unit", s, u), at("style", n, c)].filter((e => null !== e)).join("; "); st.logInfo(`Applying series symbol params: ${d}`); const p = this.properties().childs(); void 0 !== t && p.symbol.setValue(t), void 0 !== i && p.currencyId.setValue(i), void 0 !== s && p.unitId.setValue(s), l && p.interval.setValue((0, r.ensureDefined)(o)), void 0 !== n && c && p.style.setValue(n); let m = !1; c && (m = this.isNeedRestart(), this.onChartStyleChanged()); let _ = Promise.resolve(); return !m && (a \|\| l \|\| h \|\| u) && (_ = this._applySymbolParamsChanges({ symbolChanged: a, currencyChanged: h, unitChanged: u, intervalChanged: l, styleChanged: c })), (a \|\| h \|\| u) && this.model().checkLineToolSelection(), _ } setSymbol(e) { this.setSymbolParams({ symbol: e }) } currency() { return this.properties().childs().currencyId.value() \|\| null } setCurrency(e) { this.setSymbolParams({ currency: e }) } isConvertedToOtherCurrency() { return (0, g.isConvertedToOtherCurrency)(this.symbolInfo()) } unit() { return this.properties().childs().unitId.value() \|\| null } setUnit(e) { this.setSymbolParams({ unit: e }) } measureUnitId() { return (0, g.measureUnitId)(this.symbolInfo()) } isConvertedToOtherUnit() { return (0, g.isConvertedToOtherUnit)(this.symbolInfo(), this._model.unitConversionEnabled()) } valueAt(e, t) { return this.data().search(e) ? .value[t] ? ? null } symbolSource() { return this } barsProvider() { return this } title(e) { return this.symbolTitle(e) } name() { return this.symbolTitle(Ue.TitleDisplayTarget.StatusLine) } symbolTitle(e, t, i, s = "exchange") { let r = this.properties().childs().symbol.value(); const n = this.symbolInfo(); if (null !== n) { const { type: e } = n; r = (0, g.symbolTitle)(n, t, "forex" === e ? "exchange" : s) } return i ? r : `${r}, ${(0,le.translatedIntervalString)(this.properties().childs().interval.value())}` } setObsoleteZOrder(e) { this._obsoleteZOrder = e } obsoleteZOrder() { return this._obsoleteZOrder } legendValuesProvider() { return this._studyBindings ? .legendValuesProvider() ? ? this._legendValuesProvider } dataWindowValuesProvider() { return this._studyBindings ? .dataWindowValuesProvider() ? ? this._dataWindowValuesProvider } statusProvider(e) { return new se.SeriesStatusProvider(this, this.properties().childs().statusViewStyle, e) } moveItem(e, t, i) { if (10 === this.style() && 0 === t) { const t = this.priceScale(), i = this.properties().childs().baselineStyle, s = t.height(), r = 100 - e.y / s * 100, n = r < 0 ? 0 : Math.round(10 * r) / 10; i.childs().baseLevelPercentage.setValue(Math.max(Math.min(n, 100), 0)) } } rerequestData() { this._applySymbolParamsChanges({ force: !0 }) } switchToReplay(e, t) { this._replaySubscriber.setValue(e), this._isReplayResolutionAvailableForUser = t, this._onInReplayStateChanged.fire(), e.onSeriesModified().subscribe(this, (() => this._onReplaySubscriberSeriesModified.fire())), e.modifySeries(this.getSymbolString(), this._properties.childs().interval.value()), this.rerequestData() } switchToRealtime() { this.isInReplay().value() && (this._removeReplaySubscriber(), this.rerequestData()) } async canChangeResolution(e) { { if (!this.isInReplay().value()) return !0; const t = "changeResolution"; if (!(0, r.ensureNotNull)(this._isReplayResolutionAvailableForUser)(e)) return this._paramsNotApplicableForReplay.fire(3, t), !1; const i = await (0, r.ensureNotNull)(this._replaySubscriber.value()).canChangeSymbolParams(this.getSymbolString(), e); return i \|\| this._paramsNotApplicableForReplay.fire(2, t), i } } async canChangeSymbol(e) { { if (!this.isInReplay().value()) return { result: !0 }; const t = this._getExtendedSymbolObject(e); delete t["currency-id"], delete t["unit-id"]; const i = (0, ae.encodeExtendedSymbolOrGetSimpleSymbolString)(t), s = "changeSymbol"; return new Promise((e => { this._model.chartApi().resolveSymbol((0, D.makeNextSymbolId)(), i, (t => { if ("symbol_error" === t.method) this._paramsNotApplicableForReplay.fire(0, s), e({ result: !1, reason: 0 }); else if (t.params[1].is_replayable) { const t = this.interval(); (0, r.ensureNotNull)(this._isReplayResolutionAvailableForUser)(t) ? (0, r.ensureNotNull)(this._replaySubscriber.value()).canChangeSymbolParams(i, t).then((t => t ? e({ result: !0 }) : (this._paramsNotApplicableForReplay.fire(2, s), e({ result: !1, reason: 2 })))): (this._paramsNotApplicableForReplay.fire(3, s), e({ result: !1, reason: 3 })) } else this._paramsNotApplicableForReplay.fire(1, s), e({ result: !1, reason: 1 }) })) })) } } requestMoreDataAvailable() { return this._requestMoreDataAvailable } seriesLoaded() { return this._seriesLoaded } endOfData() { return void 0 !== this._lastCompleteFlags ? .data_completed } endOfDataType() { return this._lastCompleteFlags ? .data_completed ? ? null } dataPoweredBy() { return this._dataPoweredBy } boxSizeValue() { return this._boxSizeValue } isUserDeletable() { return !1 } changeTimeFrame() { (0, n.trackEvent)("GUI", "Change timeframe") } onTagsChanged() { return this._tagsChanged } state(e) { const t = this.obsoleteZOrder(); let i = { type: "MainSeries", id: this.id(), zorder: t, haStyle: this._haStyle, renkoStyle: this._renkoStyle, pbStyle: this._pbStyle, kagiStyle: this._kagiStyle, pnfStyle: this._pnfStyle, rangeStyle: this._rangeStyle, volFootprintStyle: this._volFootprintStyle, tpoStyle: this._tpoStyle, svpStyle: this._svpStyle, formattingDeps: this._formattingDeps, studyBindings: this._studyBindings ? .state(!!e) }; const s = this.properties().state(void 0, 2); if (s.symbol = (0, g.symbolToSaveInState)(this.symbolInfo() ? ? this._model.chartApi().lastSymbolResolveInfo(s.symbol), s.symbol), this._model.unitConversionEnabled() \|\| (s.unitId = null), i.state = s, e) { let e = this.bars(); const t = this._model.timeScale().visibleExtendedDataRange(e, 0); null !== t && (e = e.range(t.firstBar(), t.lastBar())), i = { ...i, bars: lt(e), nsBars: lt(this.nsBars()), symbolInfo: this.symbolInfo(), rtPrice: this.data().lastProjectionPrice, boxSize: this.data().boxSize, reversalAmount: this.data().reversalAmount } } return i } restoreState(e, t) { t && this._setStatus(5), !this._model.unitConversionEnabled() && e.state && delete e.state.unitId, e.state && C.Interval.isRange(e.state.interval) && (e.state.style = 11); const i = e.state; if (void 0 !== i) { const e = i.style, t = z.chartStylePermissions.get(e); t && !this._model.isSnapshot() && (i.style = 2, (0, W.runOrGoProWithoutSync)((() => { i.style = e }), t.feature, { feature: t.featureName })) } if (this._properties.mergeAndFire(e.state), this._prevChartStyle = this.properties().childs().style.value(), this.createPaneView(), t) { const t = e; this.restoreData(t.bars, t.nsBars, t.symbolInfo, t.rtPrice, t.boxSize, t.reversalAmount) } e.formattingDeps && (this._formattingDeps = e.formattingDeps, this._recreatePriceFormattingDependencies()), this._studyBindings ? .restoreState(e.studyBindings ? ? {}, t), this._studyBindings ? .syncStudy(this.style()) } restoreData(e, t, i, s, r, n) { this._updateStatus({ seriesStatus: 5 }), this._data = new c.SeriesData, this._data.bars().restoreState(e), this._data.nsBars().restoreState(t), this._updateSymbolInfo(i), this._data.lastProjectionPrice = s, this._data.boxSize = r; const o = this.properties().childs(); r \|\| (6 === o.style.value() ? this._data.boxSize = o.pnfStyle.childs().inputs.childs().boxSize.value() : 4 === o.style.value() && (this._data.boxSize = o.renkoStyle.childs().inputs.childs().boxSize.value())), this._data.reversalAmount = n, n \|\| 5 === o.style.value() && (this._data.reversalAmount = o.kagiStyle.childs().inputs.childs().reversalAmount.value()) } async setGotoDateResult(e, t) { this._gotoDateResultCleared = !1; const s = await Promise.all([i.e(36778), i.e(4079)]).then(i.bind(i, 739281)); this._gotoDateResultCleared \|\| (this._gotoDateView = new s.GotoDateView(this, e, t), this._gotoDateView.doNotShowLastAvailableBar(this._doNotShowLastAvailableBar), this._model.updateSource(this)) } clearGotoDateResult() { this._gotoDateView = null, this._gotoDateResultCleared = !0 } doNotShowLastAvailableBar(e) { this._doNotShowLastAvailableBar = e, this._gotoDateView ? .doNotShowLastAvailableBar(e) } dataUpdated() { return this.dataEvents().dataUpdated() } moveData(e) { this._seriesSource.moveData(e), null !== this._volumePointWeights && this._volumePointWeights.moveData(e), this._studyBindings ? .moveData(e) } async seriesCreated() { const e = this._seriesSource.instanceId(); if (null !== e) return e; const t = await Promise.race([this._deferredDestroyed.promise.then((() => {})), this._model.isSnapshot() ? Promise.resolve(null) : new Promise((e => { this.dataEvents().created().subscribe(this, e, !0) }))]); if (void 0 === t) throw new Error("Series has been destroyed"); return t } activeStudyBinding() { return this._studyBindings ? .activeStudy() ? ? null } _updateBarFunction() { this._barFunction = (0, Ne.barFunctionByStyle)(this.style(), this.priceSource()) } _setProperties(e) { e.hasChild("timeframe") \|\| e.merge({ timeframe: "" }), e.hasChild("shortName") \|\| e.merge({ shortName: "" }), e.hasChild("currencyId") \|\| e.addChild("currencyId", new _.Property(null)), e.hasChild("unitId") \|\| e.addChild("unitId", new _.Property(null)), this._properties = e; const t = e.childs(); t.currencyId.subscribe(this, this._onCurrencyChanged), t.unitId.subscribe(this, this._onUnitChanged), t.timeframe.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() } _onSymbolResolved(e) { this._seriesErrorMessage = null, this._updateSymbolInfo(e), this._model.updateSource(this), this._model.onWidget() \|\| ((0, n.trackEvent)("Symbol", e.listed_exchange, e.name), (0, n.trackEvent)("Symbol Type", e.type, e.listed_exchange)); const t = e.minmov / e.pricescale, i = this.properties().childs(); 4 === i.style.value() && i.renkoStyle.childs().inputs.childs().boxSize.value() < t ? i.renkoStyle.childs().inputs.merge({ boxSize: t }) : 6 === i.style.value() && i.pnfStyle.childs().inputs.childs().boxSize.value() < t ? i.pnfStyle.childs().inputs.merge({ boxSize: t }) : 5 === i.style.value() && i.kagiStyle.childs().inputs.childs().reversalAmount.value() < t && i.kagiStyle.childs().inputs.merge({ reversalAmount: t }), this._checkChartStyle(), this._formattingDeps = { format: e.format, pricescale: e.pricescale, minmov: e.minmov, fractional: e.fractional, minmove2: e.minmove2, variable_tick_size: e.variable_tick_size } } _onSymbolError(e) { this._setStatus(4), this._properties.childs().shortName.setValue(this._properties.childs().symbol.value()), this._model.clearAllStudies(), this.updateAllViews((0, _e.sourceChangeEvent)(this.id())), this._model.updateSource(this), this._sendTelemetryCounter("symbol_error", this._getTelemetryAdditionalData(e, !1)), this._symbolResolvingActive.setValue(!1) } _sendTelemetryCounter(e, t) { void 0 === t && (t = this._getTelemetryAdditionalData()); const i = Object.assign({ count: 1 }, { additional: t }); L.telemetry.sendChartReport(e, i) } _getTelemetryAdditionalData(e, t) { t = void 0 === t \|\| t; const i = { symbol: this.actualSymbol() }; return t && (i.resolution = this.interval()), void 0 !== e && (i.reason = e), i } _onSeriesTimeFrame(e, t, i, s, r) { const n = (0, g.isSingleValueBasedStyle)(this.style()) ? e + .5 : e; let o = t; if (void 0 === r) null !== i && "period-back" !== i.type \|\| (o += this._model.studyAwareDefaultRightOffset()); else if (r.applyDefaultRightMargin) o += this._model.studyAwareDefaultRightOffset(); else if (r.percentRightMargin) { const e = t - n + 1, i = Math.max(0, Math.min(.99, r.percentRightMargin / 100)); o += i * e / (1 - i) } this._model.setTimeViewport(n, o) } _onSeriesError(e) { let t = e.error; const i = e.ctx; if (i) { const e = {}; Object.keys(i).forEach((t => { e[t] = i[t].toString() })), t = t.format(e) } tt && st.logNormal("Error reason: " + t), this._seriesErrorMessage = t; const s = et && this.symbolInfo() ? 10 : 4; this._setStatus(s), this._seriesLoaded = !0, this._sendTelemetryCounter("series_error", this._getTelemetryAdditionalData(t)), this._enablePriceRangeReady() } _onSeriesLoading(e) { this._setStatus(2) } _onDataUpdated(e, t, i, s) { const n = this.symbolInfo(); if (s && n) { let e = 0, t = 0; if ((0, g.hasVolume)(n)) for (const i of this.bars().fullRangeIterator()) { const s = i.value[5]; 0 !== s && (e += s, t += 1) } this._volumePointWeights = t > 0 ? new $.VolumeBasedTimePointWeights(e / t) : null, this._updateTimeScaleTimePointWeights() } if (null !== this._volumePointWeights) { const e = t ? this.bars().fullRangeIterator() : i ? this.bars().rangeIterator(i.index, (0, r.ensureNotNull)(this.bars().lastIndex())) : null; if (null !== e) for (const t of e) this._volumePointWeights.setVolume(t.index, t.value[5]) } t ? this._requestMoreDataAvailable = !0 : this._lastPriceAnimationActive && this._seriesLoaded && this._lineStyleLastPriceCirclePaneView.update((0, _e.sourceChangeEvent)(this.id())), this._lastBarCloseTime = e && e.closeTime \|\| null, this._boxSizeValue.setValue(this.data().boxSize), this._statusView.update(), this.clearAveragePriceCache(), this.clearHighLowPriceCache(); const o = this.model(), a = (0, r.ensureNotNull)(o.paneForSource(this)); o.recalculatePane(a, (0, _e.sourceChangeEvent)({ sourceId: this.id(), realtime: !t, firstUpdatedTimePointIndex: i ? .index ? ? void 0 })), o.updateSource(this) } _setStatus(e) { const t = { ...this._status.value(), seriesStatus: e }; this._updateStatus(t), this._statusView.update(), this.model().updateSource(this), this._onStatusChanged.fire() } _onBarReceived(e) { this.model().recalcVisibleRangeStudies(u.RecalcVisibleRangeStudiesReason.DataUpdate) } _onUnsupportedResolutionRequested() { const e = (0, r.ensureNotNull)(this._getStateForUnsupportedResolution()); this._seriesErrorMessage = e.reason, this._unsupportedResolutionState.setValue(e), this._setStatus(14), this._seriesLoaded = !0, this._seriesSource.clearData(), this._model.timeScale().points().clear(), this._enablePriceRangeReady() } _getStateForUnsupportedResolution() { const e = this.symbolInfo(); if (null === e) return null; const t = this.interval(), i = (0, ke.getResolutionUnsupportedReason)(e, t); if (null === i) return null; const s = e.name; if ("less_than_frequency" !== i) { let e = ["D", "W", "M"]; return { ticker: s, reason: i, unsupportedResolution: t, applicableResolution: e[0], supportedResolutions: e } } { const n = (0, r.ensureDefined)(e.data_frequency); let o = (0, ge.getApplicableIntervalForFrequency)(n, t); const a = this._model.defaultResolutions(); if (!(a.includes(o) \|\| window.is_authenticated && window.user.is_pro)) { const e = a.find((e => (0, ge.compareResolutions)(e, o) >= 0)); o = e ? ? a[a.length - 1] } return { ticker: s, reason: i, applicableResolution: o, unsupportedResolution: t, supportedResolutions: [] } } } _recreateFormatter() { this._defaultFormatter = (0, g.createSeriesFormatter)(this.symbolInfo() ? ? this._formattingDeps, "default"), this._formatter = (0, g.createSeriesFormatter)(this.symbolInfo() ? ? this._formattingDeps, this.properties().childs().minTick.value()), this._ignoreMinMoveFormatter = (0, g.createSeriesFormatter)(this.symbolInfo(), this.properties().childs().minTick.value(), !0), this._priceScale ? .updateFormatter(), this._formatterChanged.fire() } _recreatePriceStep() { const { minMove: e, priceScale: t } = (0, g.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) { { const e = void 0 !== t.values.change \|\| void 0 !== t.values.change_percent; e && rt && this._legendView.update(); const i = void 0 !== t.values.prev_close_price; i && ((0, r.ensureNotNull)(this._prevClosePriceLineView).update((0, _e.sourceChangeEvent)(this.id())), (0, r.ensureNotNull)(this._prevClosePriceAxisView).update((0, _e.sourceChangeEvent)(this.id()))), (e \|\| i) && this.model().updateSource(this) } void 0 !== e.values.current_session && e.values.current_session !== this._currentSession && (this._currentSession = e.values.current_session, this._updateLastPriceAnimationActive()) } _updateIsPrePostMarketPricesForbiddenProperty() { const e = this.symbolInfo(), t = (0, g.symbolHasPreOrPostMarket)(e) && (this.isDWM() \|\| !!e && (0, g.isRegularSessionId)(this.sessionIdProxyProperty().value(), e)); this._isPrePostMarketPricesAvailableProperty.setValue(t) } _updateSettlementAsCloseForbiddenProperty() { const e = this.isDWM() && Boolean(this.symbolInfo() ? .has_settlement); this._isSettlementAsCloseForbiddenProperty.setValue(!e) } _updateBackAdjustmentForbiddenProperty() { const e = Boolean(this.symbolInfo() ? .has_backadjustment); this._isBackAdjustmentForbiddenProperty.setValue(!e) } _removeReplaySubscriber() { { if (!this.isInReplay().value()) return; const e = this._replaySubscriber.value(); this._replaySubscriber.setValue(null), this._isReplayResolutionAvailableForUser = null, this._onInReplayStateChanged.fire(), e ? .onSeriesModified().unsubscribeAll(this), e ? .destroy() } } _getSymbolForApi() { return this.symbol() } _getSymbolObject(e) { const t = this._getExtendedSymbolObject(e), i = this.properties().childs().style.value(); if (b.SYMBOL_STRING_DATA.hasOwnProperty(i) && !b.chartStylesWithAttachedStudies.includes(i)) { return { symbol: t, type: this.styleStudyInfo(this.getStyleShortName() + "Style").studyId + "!", inputs: this.getInputsProperties().state() } } return t } _getExtendedSymbolObject(e) { const t = { symbol: e ? ? this._getSymbolForApi() }, i = this.properties().childs(); null !== this.currency() && (t["currency-id"] = this.currency()); const s = this.unit(); return this._model.unitConversionEnabled() && null !== s && (t["unit-id"] = s), this.isDWM() \|\| (t.session = i.sessionId.value()), t.adjustment = i.dividendsAdjustment.value() ? "dividends" : "splits", i.backAdjustment.value() && (t.backadjustment = "default"), i.settlementAsClose.value() \|\| (t["settlement-as-close"] = !1), t } _checkChartStyle() { const e = this.style(); (0, g.isCloseBasedSymbol)(this.symbolInfo()) \|\| this.intervalObj().is1Tick() ? (0, g.isSingleValueBasedStyle)(e) \|\| (this.requestingStyleIsNotSupported.fire(), this._styleToRecover = { correctedStyle: this.style(), originalStyle: e }) : null !== this._styleToRecover && (this.requestingStyleSupportRecovered.fire(this._styleToRecover.originalStyle), this._styleToRecover = null) } _updateSymbolInfo(e) { if (this._symbolInfo.setValue(e), e) { const t = this._properties.childs(); t.shortName.setValue(e.name); const i = (0, g.extractSymbolNameFromSymbolInfo)(e, this.symbol()); i && t.symbol.setValue(i); const s = (0, g.symbolCurrency)(e), r = (0, g.symbolUnit)(e, this._model.unitConversionEnabled()); "alwaysOff" === (0, P.currencyUnitVisibilityProperty)().value() \|\| s === t.currencyId.value() && r === t.unitId.value() \|\| this._model.fullUpdate(), t.currencyId.setValue(s), t.unitId.setValue(r), this._updateSessionIdProxyProperty(!0) } this._base = e ? e.pricescale / e.minmov : 100, this._pointValue = e && e.pointvalue \|\| 1; const t = (0, ae.encodeExtendedSymbolOrGetSimpleSymbolString)(this._getExtendedSymbolObject()); this._quotesProvider.setQuotesSessionSymbol(t), this._marketStatusModel.setSymbolInfo(e), e && this._recreatePriceFormattingDependencies(), this._statusView.update(), this.priceScale().updateFormatter(), this._symbolResolvingActive.setValue(!e), this._updateIsPrePostMarketPricesForbiddenProperty(), this._dataPoweredBy = (0, R.getDataVendorString)(e), this._updateBackAdjustmentForbiddenProperty(), this._updateSettlementAsCloseForbiddenProperty() } _createHighLowAvgViews() { const e = this.properties().childs().highLowAvgPrice, t = this._getHighLowPrice.bind(this), i = (0, ee.createHighLowViews)(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) } _createAverageViews() {} _getHighLowPrice(e) { if (!this._highLowPriceCache.has(e)) { const e = this._model.timeScale().visibleBarsStrictRange(); if (null === e) return null; const t = function(e, t, i) { return e.minMaxOnRangeCached(t, i, [{ name: "low", offset: 0 }, { name: "high", offset: 0 }]) }(this._model.mainSeries().bars(), e.firstBar(), e.lastBar()); if (null === t) return null; this._highLowPriceCache.set(1, t.min), this._highLowPriceCache.set(0, t.max) } return this._highLowPriceCache.get(e) } _getAveragePrice(e) { return null } _updateCompleteStatusMode(e) { switch (e = "pulsed" === e ? "delayed" : e) { case "streaming": this._setStatus(3); break; case "endofday": this._setStatus(6); break; case "delayed": this._setStatus(8); break; case "replay": this._setStatus(11) } e.match(/delayed_streaming/) && this._setStatus(9) } _onSeriesCompleted(e) { if (14 === this._status.value().seriesStatus) return; this._sendTelemetryCounter("series_loaded", this._getTelemetryAdditionalData()), this._seriesErrorMessage = null, this._updateCompleteStatusMode(e.updateMode), this._lastCompleteFlags = e.flags ? ? null; const t = (0, r.ensureNotNull)(this._model.paneForSource(this)); t.recalculatePriceScale(this.priceScale(), (0, _e.sourceChangeEvent)(this.id())); const s = ue.InvalidationMask.full(); if (null !== this._model.appliedTimeFrame().value() && s.lockVisibleTimeRangeOnResize(), this._model.invalidate(s), !this.priceScale().isLockScale() \|\| this.model().timeScale().isEmpty() \|\| this._seriesLoaded \|\| (this.model().timeScale().correctOffset(), this.model().timeScale().correctBarSpacing(), this.model().resetPriceScale(t, this.priceScale())), this._seriesLoaded = !0, this._seriesCompleted = !0, this.model().recalcVisibleRangeStudies(u.RecalcVisibleRangeStudiesReason.SeriesCompleted), this.model().recalcStudyBasedLineTools(), !nt) { nt = !0; (0, i(975420).trackTiming)("Chart", "Time to series", window.performance.now()) } if (this.requestMoreData(), null !== this._savedLeftEdge && 2 !== this._status.value().seriesStatus) { const e = 1e3 * this._savedLeftEdge, t = this._pendingScrollToLeftEdge; setTimeout((() => { this._model.syncTimeWithModel((0, r.ensureNotNull)(this.syncModel()).syncSourceTarget(), e, { targetPointAlignment: "left", alignIfTargetPointIsVisible: !0, autoscaleAfterScroll: !1 }).then((() => { t ? .resolve() })).catch((() => {})) }), 0), this._savedLeftEdge = null, this._pendingScrollToLeftEdge = null } this._enablePriceRangeReady() } _notifyIntervalChanged(e) { const t = { timeframe: this._pendingTimeRange ? ? void 0 }; this._intervalChanged.fire(e, t), this._pendingTimeRange = t.timeframe ? ? null } _onCurrencyChanged() { this._currencyChanged.fire() } _onUnitChanged() { this._unitChanged.fire() } _saveLeftEdgeIfRequired(e, t = null) { if (this._savedLeftEdge = null, !t && !e && this._model.properties().childs().scalesProperties.childs().saveLeftEdge.value()) { const e = this._model.timeScale(); if (!e.isEmpty()) { let t = e.visibleBarsStrictRange() ? .firstBar(); if (void 0 !== t) { const i = this._seriesSource.data() ? .bars().first(); return null != i && (t = Math.max(t, i.index)), this._savedLeftEdge = e.indexToTimePoint(t), this._pendingScrollToLeftEdge = (0, l.createDeferredPromise)(), !0 } } } return !1 } async _processReplayOnApplySymbolParamsChanges(e, t) { if (this.isInReplay().value()) { const i = () => this._removeReplaySubscriber(); e && (C.Interval.isRange(t) \|\| C.Interval.isTicks(t) ? i() : (0, r.ensureNotNull)(this._isReplayResolutionAvailableForUser)(t) ? await this.canChangeResolution(t) \|\| i() : (i(), this._paramsNotApplicableForReplay.fire(3, "changeResolution"))) } } async _applySymbolParamsChanges(e) { this._lastCompleteFlags = null, this.clearGotoDateResult(); const t = this.interval(), i = this.currency(), s = this.unit(); C.Interval.isRange(t) && this._properties.childs().rangeStyle.childs().inputs.childs().range.setValue(C.Interval.parse(t).multiplier()); const { symbolChanged: r, intervalChanged: n, currencyChanged: o, unitChanged: a, force: l } = e, h = n && C.Interval.parse(t).isDWM() != C.Interval.parse(t).isDWM(); if ((null !== i && o \|\| null !== s && a) && this.isInReplay().value()) { const e = this.symbolInfo(); (null === e \|\| null !== i && e.original_currency_id !== i \|\| null !== s && e.original_unit_id !== s) && this._removeReplaySubscriber() } if (this._syncModel = null, this._prevRequestedInterval = t, 5 !== this._status.value().seriesStatus && (!this._seriesSource.isStarted() \|\| r \|\| o \|\| a \|\| h) && this._updateSymbolInfo(null), this._processReplayOnApplySymbolParamsChanges(!!n, t), 5 === this._status.value().seriesStatus) return void this._model.realignLineTools(); this._setStatus(1), this._updateIsPrePostMarketPricesForbiddenProperty(), this._updateBackAdjustmentForbiddenProperty(), this._updateSettlementAsCloseForbiddenProperty(), this._symbolIntervalChanged.fire(), n && this._notifyIntervalChanged(t), this._onRestarted.fire(), this._seriesLoaded = !1, this._seriesCompleted = !1, this._lineStyleLastPriceCirclePaneView.stopAnimation(); let c = null; this._pendingTimeRange && (c = this._pendingTimeRange, this._pendingTimeRange = null), this._onTimeFrameApplied.fire(c), this._onBeforeModifySeries(this.getSymbolString(), t); const d = this._shouldDefineNumberOfBarsForModifySeries(e) && this._visibleBarsCount() \|\| null; this.model().recalcVisibleRangeStudies(u.RecalcVisibleRangeStudiesReason.SeriesRestart), this._saveLeftEdgeIfRequired(!!r, c), this._data = null, this._seriesSource.modifySeries(this._getResolvingSymbolObject(), (0, ye.getServerInterval)(t), c, l, d), this._seriesSource.isStarted() \|\| (this._predictBars = 0, this._seriesSource.start()), (r \|\| o \|\| a) && this.disablePriceRangeReady(), this.updateAllViews((0, _e.sourceChangeEvent)(this.id())), this._model.lightUpdate(), this._pendingScrollToLeftEdge && await this._pendingScrollToLeftEdge.promise } async _onBeforeModifySeries(e, t) { const i = this._replaySubscriber.value(); i ? .modifySeries(e, t) } _getResolvingSymbolObject() { let e = this._getSymbolObject(this._symbolForResolve()); const t = this._replaySubscriber.value(); return t && (e = t.generateReplaySymbol(e)), e } _onSessionIdPropertyChanged() { this._sessionIdChanged.fire(), this.isDWM() \|\| (this._saveLeftEdgeIfRequired(!1), this.restart(this._properties.childs().sessionId, "sessionId", !0), this._updateLastPriceAnimationActive()) } _subscribeRestartToSessionIdChange() { this.properties().childs().sessionId.subscribe(this, this._onSessionIdPropertyChangedBound) } _unsubscribeRestartToSessionIdChange() { this.properties().childs().sessionId.unsubscribe(this, this._onSessionIdPropertyChangedBound) } _updateLastPriceAnimationActive() { if (!this._options.lastPriceAnimationEnabled \|\| te.enabled("disable_pulse_animation")) return; const e = this._lastPriceAnimationActive, t = this.properties().childs(), i = t.style.value(), s = 3 === i \|\| 10 === i \|\| 2 === i \|\| 14 === i \|\| 15 === i, r = this.symbolInfo(); if (!this._model.isSnapshot() && t.visible.value() && s && r) { const e = this.currentSession(), t = !(0, g.isRegularSessionId)(this.sessionIdProxyProperty().value(), r) && !this.isDWM(); this._lastPriceAnimationActive = "market" === e \|\| t && ("pre_market" === e \|\| "post_market" === e) } else this._lastPriceAnimationActive = !1; this._lastPriceAnimationActive && e !== this._lastPriceAnimationActive && this.model().invalidate(ue.InvalidationMask.cursor()) } _onPropertiesChanged(e) { const t = this._properties.childs(); if (e === t.symbol \|\| e === t.interval \|\| e === t.timeframe) return; const i = this._id.value(); this._tagsChanged.fire(), this.createPaneView(), this.updateAllViews((0, _e.sourceChangeEvent)(i)), this.model().updateSource(this), (0, o.emit)("series_properties_changed", i) } _recalcSymbolTextSourceProxyProperty() { this._textSourceIsAlwaysTickerRestrictionEnabled ? this._symbolTextSourceProxyProperty.setValue("ticker") : this._symbolTextSourceProxyProperty.setValue(this._properties.childs().statusViewStyle.childs().symbolTextSource.value()) } _clearStylePlot(e, t) { if (0 === e.size()) return; if (void 0 === t && e !== this.nsBars()) return void(this._precomputedBarStyles = new WeakMap); const i = t ? ? (0, r.ensureNotNull)(e.firstIndex()), s = (0, r.ensureNotNull)(e.lastIndex()) + 1; e.range(i, s).each(((e, t) => (this._precomputedBarStyles.delete(t), !1))) } _visibleBarsCount() { const e = this._model.timeScale().visibleBarsStrictRange(); return e ? .count() } _symbolForResolve() { const e = this.symbol(); return this._seriesSource.symbolSameAsResolved(e) ? this._seriesSource.resolvedSymbol() ? ? e : e } _shouldDefineNumberOfBarsForModifySeries(e) { return !1 } _onShowCountdownChanged(e) { e.value() ? this._countdownUpdateTimer = this._model.setInterval((() => { this._priceAxisView.updateCountdown ? .(), this._projectionPriceAxisView.updateCountdown ? .() }), 500) : null !== this._countdownUpdateTimer && (this._model.clearInterval(this._countdownUpdateTimer), this._countdownUpdateTimer = null) } _onFormatterPropsChanged() { this._recreateFormatter(), this._model.fullUpdate() } _updateStatus(e) { 14 !== e.seriesStatus && this._unsupportedResolutionState.setValue(null), this._status.setValue(e) } _wasCompletedBefore() { return this.isCompleted() && (this._studyBindings ? .wasCompletedBefore() ? ? !0) } _updateTpoSummary() { if (this._model.isInRestoreState()) return; const e = this._model.dataSourceForId(H.tpoSummaryDataSourceId); if (18 !== this.style() \|\| !(0, E.isFeatureEnabled)("tpo_summary")) return void(e && this._model.removeSource(e)); const t = this._properties.childs().tpoStyle.childs().summary.childs().visible.value(); if (t && !e) { const e = (0, r.ensureNotNull)(this._model.paneForSource(this)), t = this._model.panes().indexOf(e); this._model.createPane(t + 1, void 0, void 0, me.PaneMode.Widget).insertDataSource(new H.TpoSummaryDataSource(this._model), null, 0) } else !t && e && this._model.removeSource(e) } } }, 169115: (e, t, i) => { "use strict"; window.TradingView = window.TradingView \|\| {}, i(778785).setClasses(), i(49817), i(128327).install(), i(638456), i(124829), i(466281), i(885660), i(354541), i(934440), i(829075), i(125226), i(49437), i(716004), i(84804), i(62802) }, 841264: (e, t, i) => { "use strict"; i(728566), i(169115); var s = i(650151), r = i(62802), n = i.n(r), o = i(764829); o.enabled("use_localstorage_for_settings") && n().sync(void 0); var a = i(444372), l = i(211183), h = i(236951), u = i(616465), c = i(326988), d = i(345297), p = i(583912), m = i(268552), _ = i.n(m), g = i(934440), y = i.n(g), S = i(625545), b = i(975179), f = i(378975), v = i(813442); function w() { return Promise.all([i.e(11638), i.e(86401), i.e(45702)]).then(i.bind(i, 325949)) } var P = i(375397); class C { constructor(e, t) { this._visibility = new P.WatchedValue(!1), this._dialogPromise = null, this._dialog = null, this._chartWidgetCollection = e, this._options = t } visible() { return this._visibility.readonly() } show(e, t, i) { const s = Array.isArray(e) ? e : [], r = Array.isArray(e) ? void 0 : e; null === this._dialog && this._requestDialog(s ? ? [], t, i, r), this._dialog ? .open(s ? ? [], this._options ? .indicatorsPreloader ? .getIndicatorPromises(), t, i, r) } hide() { this._dialog ? .hide() } getDialog() { return this._dialog } resetAllPages() { this._dialog ? .resetAllStudies() } _requestDialog(e, t, s, r) { if (null === this._dialogPromise) { let n; n = this._options ? .onWidget ? Promise.all([i.e(45659), i.e(75816), i.e(93703), i.e(44524), i.e(46445), i.e(4752), i.e(62093), i.e(2520), i.e(21356), i.e(53953), i.e(49481), i.e(59258), i.e(82421), i.e(22164), i.e(67158), i.e(75826), i.e(99325), i.e(45621), i.e(72197), i.e(10597), i.e(24125), i.e(98734), i.e(21199), i.e(93523), i.e(98397), i.e(32736), i.e(39967), i.e(17762), i.e(86314), i.e(49745), i.e(40796), i.e(98858), i.e(11858), i.e(11792), i.e(82321), i.e(87473), i.e(83420), i.e(31863), i.e(4532), i.e(6456)]).then(i.bind(i, 162938)).then((e => new e.IndicatorsLibraryContainer(this._chartWidgetCollection, this._options))) : Promise.all([i.e(45659), i.e(75816), i.e(93703), i.e(44524), i.e(46445), i.e(4752), i.e(62093), i.e(2520), i.e(21356), i.e(53953), i.e(49481), i.e(59258), i.e(82421), i.e(22164), i.e(67158), i.e(75826), i.e(99325), i.e(45621), i.e(72197), i.e(10597), i.e(24125), i.e(98734), i.e(21199), i.e(93523), i.e(98397), i.e(32736), i.e(39967), i.e(17762), i.e(86314), i.e(49745), i.e(40796), i.e(98858), i.e(11858), i.e(11792), i.e(82321), i.e(87473), i.e(83420), i.e(31863), i.e(4532), i.e(6456)]).then(i.bind(i, 21801)).then((e => new e.IndicatorsContainer(this._chartWidgetCollection))), this._dialogPromise = n.then((i => { this._dialog = i, this._dialog.visible().subscribe((e => { this._visibility.setValue(e) })), this._dialog.open(e, this._options ? .indicatorsPreloader ? .getIndicatorPromises(), t, s, r) })) } return this._dialogPromise } } var A = i(872220), I = i(308721), T = i(331633), V = i(778785), x = i(563360), D = i(468302); const E = { 8: [x.timeFrames.ytd, x.timeFrames["12m"], x.timeFrames["60m"], x.timeFrames.all], 3: [x.timeFrames["1d"], x.timeFrames["5d"], x.timeFrames["1m"], x.timeFrames["3m"], x.timeFrames["6m"], x.timeFrames.ytd, x.timeFrames["12m"], x.timeFrames["60m"], x.timeFrames.all] }; function R(e, t) { return null !== e ? (E[3] \|\| []).filter((t => null === (0, D.getResolutionUnsupportedReason)(e, t.targetResolution))) : (9 === t && (t = 3), 6 === t && (t = 8), E[t] \|\| []) } function L(e, t, i) { const s = { name: e, frameElementId: t, data: i }; window.parent.postMessage(s, "") } function M(e, t) { function i(i) { i.data && i.data.name && i.data.name === e && t(i.data.data) } return window.addEventListener("message", i, !1), () => { window.removeEventListener("message", i, !1) } } var F, k; function N(e) { return "seekingalpha" === e \|\| "smartlab-custom" === e ? Promise.all([i.e(18699), i.e(93703), i.e(4752), i.e(62093), i.e(2520), i.e(53953), i.e(62564), i.e(49481), i.e(22164), i.e(46489), i.e(75826), i.e(74600), i.e(72197), i.e(97384), i.e(32175), i.e(49325), i.e(78687), i.e(39963), i.e(50632), i.e(43362), i.e(44066), i.e(17175), i.e(32736), i.e(84353), i.e(14876), i.e(65891), i.e(19478), i.e(55206), i.e(16164), i.e(69504), i.e(47534), i.e(46190), i.e(45814), i.e(59497), i.e(779), i.e(40796), i.e(57112), i.e(80532), i.e(36635), i.e(82321), i.e(11015), i.e(10397), i.e(83964), i.e(61677), i.e(8133)]).then(i.bind(i, 208133)) : "cme" === e ? Promise.all([i.e(96378), i.e(93703), i.e(4752), i.e(62093), i.e(2520), i.e(53953), i.e(62564), i.e(49481), i.e(22164), i.e(46489), i.e(75826), i.e(74600), i.e(72197), i.e(97384), i.e(32175), i.e(49325), i.e(78687), i.e(39963), i.e(50632), i.e(43362), i.e(44066), i.e(17175), i.e(32736), i.e(84353), i.e(14876), i.e(65891), i.e(19478), i.e(55206), i.e(16164), i.e(69504), i.e(47534), i.e(46190), i.e(45814), i.e(59497), i.e(779), i.e(40796), i.e(57112), i.e(82321), i.e(11015), i.e(10397), i.e(83964), i.e(61677), i.e(3397)]).then(i.bind(i, 103397)) : Promise.all([i.e(79706), i.e(93703), i.e(4752), i.e(62093), i.e(2520), i.e(53953), i.e(62564), i.e(49481), i.e(22164), i.e(46489), i.e(75826), i.e(74600), i.e(72197), i.e(97384), i.e(32175), i.e(49325), i.e(78687), i.e(39963), i.e(50632), i.e(43362), i.e(44066), i.e(17175), i.e(32736), i.e(84353), i.e(14876), i.e(65891), i.e(19478), i.e(55206), i.e(16164), i.e(69504), i.e(47534), i.e(46190), i.e(45814), i.e(59497), i.e(779), i.e(40796), i.e(57112), i.e(36635), i.e(82321), i.e(11015), i.e(10397), i.e(83964), i.e(61677), i.e(55139)]).then(i.bind(i, 255139)) }! function(e) { let t; ! function(e) { e.SetSymbol = "set-symbol", e.SetInterval = "set-interval" }(t = e.Names \|\| (e.Names = {})) }(F \|\| (F = {})), function(e) { let t; ! function(e) { e.SymbolClick = "tv-widget-symbol-click", e.WidgetLoad = "tv-widget-load", e.WidgetReady = "tv-widget-ready", e.ResizeIframe = "tv-widget-resize-iframe", e.NoData = "tv-widget-no-data" }(t = e.Names \|\| (e.Names = {})) }(k \|\| (k = {})); var B = i(419283), O = i(627620), W = i(638456), z = i(470316); const U = ["LineToolTrendLine", "LineToolRay", "LineToolInfoLine", "LineToolExtended", "LineToolRegressionTrend", "LineToolRotatedRectangle", "LineToolParallelChannel", "LineToolFlatBottom", "LineToolDisjointAngle", "LineToolPitchfork", "LineToolSchiffPitchfork", "LineToolSchiffPitchfork2", "LineToolInsidePitchfork", "LineToolVertLine", "LineToolCrossLine", "LineToolHorzLine", "LineToolHorzRay", "LineToolTrendAngle"]; function j(e, t = !1, n = !1) { if (!o.enabled("popup_hints")) return () => {}; const l = e.getContainer(); let h = null, u = null, c = null; return B.tool.subscribe(d), B.createdLineTool.subscribe(null, p), B.finishedLineTool.subscribe(null, m), e.layoutSizesChanged().subscribe(_), t \|\| W.CheckMobile.any() \|\| !y("hint.startFocusedZoom") \|\| (c = 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 (!y("hint.startFocusedZoom")) return; if (e) u && (c = null, S("hint.startFocusedZoom")); else { g(a.t(null, void 0, i(681712)).format({ key: (0, z.humanReadableModifiers)(z.Modifiers.Mod, !1) }), "hint.startFocusedZoom") } }))), () => { B.tool.unsubscribe(d), B.createdLineTool.unsubscribe(null, p), B.finishedLineTool.unsubscribe(null, m), e.layoutSizesChanged().unsubscribe(_), c ? .() }; function d() { const t = B.tool.value(), s = W.CheckMobile.any(); if (h ? .hide(), !s && (0, B.toolIsDemonstration)(t) && y("hint.demonstrationCursorSelected")) { return void g(a.t(null, void 0, i(187133)).format({ key: (0, z.humanReadableModifiers)(z.Modifiers.Alt, !1) }), "hint.demonstrationCursorSelected") } if (n && s && (r = t, U.includes(r))) return void async function(t) { { const s = () => (0, B.resetToCursor)(!0); if (h) h.show(t, s); else { const { DrawingHintsRenderer: r } = await Promise.all([i.e(71731), i.e(22164), i.e(96795), i.e(82321), i.e(35858)]).then(i.bind(i, 953745)); h = new r(e), t === B.tool.value() && h.show(t, s) } } }(t); var r; if (!y("hint.touchPainting")) return; const o = (0, O.isLineToolDrawWithoutPoints)(t); !(0, O.isStudyLineToolName)(t) \|\| "LineToolRegressionTrend" === t \|\| o \|\| s ? (0, O.isLineToolName)(t) && !(0, O.isLineDrawnWithPressedButton)(t) && !o && s ? g(a.t(null, void 0, i(360663)), "hint.touchPainting") : u && u.hide() : g(a.t(null, void 0, i(414985)), "hint.touchPainting") } function p() { const e = B.tool.value(); "LineToolPath" === e && y("hint.finishBuildPathByDblClick") ? g(a.t(null, void 0, i(275296)), "hint.finishBuildPathByDblClick") : "LineToolPolyline" === e && y("hint.finishBuildPolylineByDblClick") && g(a.t(null, void 0, i(317409)), "hint.finishBuildPolylineByDblClick") } function m() { if (u) { const e = B.tool.value(); "LineToolPath" === e ? S("hint.finishBuildPathByDblClick") : "LineToolPolyline" === e && S("hint.finishBuildPolylineByDblClick") } } function _() { if (!y("hint.startResizingChartInLayout")) return; g(W.CheckMobile.any() ? a.t(null, void 0, i(436539)) : a.t(null, void 0, i(9430)), "hint.startResizingChartInLayout") } function g(e, t) { if (u) u.show(e, S.bind(null, t)); else { const s = B.tool.value(); Promise.all([i.e(62093), i.e(32690), i.e(82321), i.e(26166)]).then(i.bind(i, 410837)).then((i => { u = new i.ChartEventHintRenderer(l), s === B.tool.value() && u.show(e, S.bind(null, t)) })) } } function y(e) { return !Boolean(r.getBool(e)) } function S(e) { r.setValue(e, !0, { forceFlush: !0 }), (0, s.ensureNotNull)(u).destroy(), null !== c && c(), u = null } } var H = i(251954); function K(e, t) { const r = a.t(null, void 0, i(337367)).format({ emoji: "👍" }), n = a.t(null, void 0, i(569804)).format({ emoji: "👍" }), o = a.t(null, void 0, i(506655)).format({ emoji: "👍" }); H.on("onServerScreenshotCopiedToClipboard", (() => u(r)), null), H.on("onClientScreenshotCopiedToClipboard", (() => u(n)), null), H.on("onServerScreenshotEmbedCodeCopiedToClipboard", (() => u(o)), null); let l = null; const h = e.getContainer(); function u(e) { l ? l.show(e) : Promise.all([i.e(44524), i.e(3062), i.e(76821), i.e(82321), i.e(30092)]).then(i.bind(i, 360126)).then((i => { l \|\| (l = new i.ChartScreenshotHintRenderer((0, s.ensureNotNull)(h), { bottomPadding: t.seriesControlBarEnabled }), l.show(e)) })) } } var q = i(261309), $ = i(564894); class G { constructor(e = []) { this._list = { id: "DEFAULT_SINGLE_WATCHLIST", type: "custom", name: a.t(null, void 0, i(512504)), description: null, symbols: [...e], shared: !1, persistedState: null } } getCustomWatchLists() { return Promise.resolve([this._list]) } getSymbols(e) { return Promise.resolve(this._list.symbols) } createWatchList(e) { throw new Error("not implemented") } putWatchList(e) { throw new Error("not implemented") } removeWatchList(e) { throw new Error("not implemented") } renameWatchList(e, t) { return Promise.resolve(null) } replaceSymbols(e, t) { return this._list.symbols = [...t], Promise.resolve(this._list.symbols) } addSymbols(e, t) { return this._list.symbols.push(...t), Promise.resolve(this._list.symbols) } removeSymbols(e, t) { return this._list.symbols = this._list.symbols.filter((e => !t.includes(e))), Promise.resolve(this._list.symbols) } setActive(e) { return Promise.resolve(this._list) } getActive() { return Promise.resolve(this._list) } changeDescription(e, t) { throw new Error("not implemented") } getCustomWatchlist(e) { throw new Error("not implemented") } renameSeparator(e, t, i) { return Promise.resolve(null) } } var J = i(79342), Y = i(942634); const X = new Y.Delegate, Z = new Y.Delegate, Q = new Y.Delegate, ee = new Y.Delegate, te = new Y.Delegate; class ie { constructor(e = [], t = r) { if (this._lists = {}, this._activeListSettingsKey = "widgetbar.widget.watchlist", o.enabled("trading_terminal") && (this._activeListSettingsKey += "terminal"), this._settings = t, this._settings.onSync.subscribe(this, this._updateLists), this._updateLists(), 0 === Object.keys(this._lists).length) { const t = this._createList({ title: this._pickTitle(), symbols: [...e] }); this.setActive({ id: t.id, type: "custom" }) } } destroy() { this._settings.onSync.unsubscribeAll(this) } getCustomWatchLists() { this._updateLists(); const e = []; return Object.keys(this._lists).forEach((t => { const i = this._getList(t); i && e.push(this._toSymbolList(i)) })), Promise.resolve(e) } createWatchList(e) { const t = this._createList({ id: e.id, title: e.name \|\| this._pickTitle(), symbols: e.symbols \|\| [] }); return Q.fire(t.id, [...t.symbols]), Promise.resolve(this._toSymbolList(t)) } putWatchList(e) { this._updateLists(); const t = this._getList(e.id), i = t ? .title, s = e.name; return this.saveList({ id: e.id, symbols: e.symbols, title: e.name }), void 0 !== i && i !== s && te.fire(e.id, i, s), null !== t ? X.fire(e.id) : Q.fire(e.id, e.symbols), Promise.resolve(e) } removeWatchList(e) { const { id: t } = e; return this._settings.remove(`savedwatch.${t}`, { forceFlush: !0 }), delete this._lists[t], ee.fire(t), Promise.resolve() } renameWatchList(e, t) { this._updateLists(); const { name: i } = e; return e.name = t, this.saveList({ id: e.id, symbols: e.symbols, title: t }), te.fire(e.id, i, t), Promise.resolve(null) } replaceSymbols(e, t) { const i = this._getList(e.id); return null === i \|\| (i.symbols = [...t], this.saveList(i), X.fire(e.id)), Promise.resolve(null) } addSymbols(e, t) { const i = this._getList(e.id); return null === i ? Promise.resolve([]) : (i.symbols.push(...t), this.saveList(i), X.fire(e.id), Promise.resolve([...i.symbols])) } removeSymbols(e, t) { const i = this._getList(e.id); return null === i ? Promise.resolve([]) : (i.symbols = i.symbols.filter((e => !t.includes(e))), this.saveList(i), X.fire(e.id), Promise.resolve([...i.symbols])) } setActive(e) { return this._settings.setValue(this._activeListSettingsKey, e.id), Z.fire(), Promise.resolve(null) } getActive() { const e = this._getActive(); return Promise.resolve(this._toSymbolList(e)) } changeDescription(e, t) { throw new Error("not implemented") } renameSeparator(e, t, i) { this._updateLists(); const s = this._getList(e); if (null === s) return Promise.resolve(null); const r = s.symbols.findIndex((e => e === t)); return s.symbols[r] = i, this.saveList(s), X.fire(e), Promise.resolve(null) } saveList(e) { const t = { symbols: e.symbols, title: String(e.title) }; this._settings.setJSON(`savedwatch.${e.id}`, t, { forceFlush: !0 }), this._lists[e.id] = t } getCustomWatchlist(e) { throw new Error("not implemented") } _createList(e) { const t = { id: e.id ? ? (0, J.randomHash)(), symbols: e.symbols, title: e.title }; return this.saveList(t), t } _getList(e) { if (this._updateLists(), this._lists.hasOwnProperty(e)) { const t = this._lists[e]; return { id: e, symbols: t.symbols.slice(), title: t.title } } return null } _toSymbolList(e) { return { type: "custom", id: e.id, name: e.title, description: null, symbols: e.symbols, shared: !1, persistedState: null } } _updateLists() { this._lists = {}; this._settings.keys().forEach((e => { const t = /^savedwatch\.(.)$/.exec(e); if (!t) return; const i = t[1], s = this._settings.getJSON(e, null); s && (s.symbols \|\| (s.symbols = []), this._lists[i] = s) })) } _getActive() { const e = this._settings.getValue(this._activeListSettingsKey), [t, i] = Object.entries(this._lists)[0], s = { id: t, ...i }; return void 0 !== e && this._getList(e) \|\| s } _pickTitle() { this._updateLists(); const e = Object.keys(this._lists).map((e => this._lists[e].title)); for (let t = 1;; t++) { const s = a.t(null, void 0, i(512504)) + (t > 1 ? ` (${t})` : ""); if (-1 === e.indexOf(s)) return s } } } var se = i(581996); class re { constructor(e) { this._document = e, this.isFullscreen = new P.WatchedValue; 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 ne { constructor(e) { this.isFullscreen = new P.WatchedValue, this._handleExit = e => { 27 !== (0, z.hashFromEvent)(e) \|\| e.defaultPrevented \|\| (e.preventDefault(), this.exit()) }, this._element = e } enter() { this.isFullscreen.setValue(!0), H.emit("onInternalFullscreenShow"), this._element.addEventListener("keydown", this._handleExit) } exit() { this.isFullscreen.setValue(!1), H.emit("onInternalFullscreenHide"), this._element.removeEventListener("keydown", this._handleExit) } } var oe = i(554433), ae = i(314802); function le(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 he(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 ue(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 ce = i(192087); const de = o.enabled("no_min_chart_width"), pe = o.enabled("bypass_chart_height_check"); function me(e) { const t = o.enabled("side_toolbar_in_fullscreen_mode"), i = o.enabled("header_in_fullscreen_mode"); return "center" === e \|\| "left" === e && t \|\| "top" === e && i } const _e = [...R(null, 3)]; _e.splice(7, 0, x.timeFrames["24m"]); var ge = i(971417), ye = i(201871), Se = i(459423); const be = { whitelabel: !0, permissionOverrides: !0 }; var fe = i(125226), ve = i(768261), we = i(439563); i(563349); const Pe = (0, fe.isFeatureEnabled)("disable-calendar-advanced-chart-widget"), Ce = window.initData, Ae = window.initData.widgetDefaults, Ie = function(e, t = [], i) { return function(e, t, i, s = [], r) { const n = i.slice(1), o = decodeURIComponent(n); let a = {}; try { "" !== o && (a = JSON.parse(o), void 0 !== r && r(e, a), Object.keys(a).forEach((e => { (be[e] \|\| s.includes(e)) && delete a[e] }))) } catch (e) { a = {}, console.warn("Hash params parsing error! Hash params ignored.") } const l = t.slice(1), h = t.includes("%") ? decodeURIComponent(l) : t, u = new URLSearchParams(h); let c = {}; try { u.forEach(((e, t) => { s.includes(t) \|\| (c[t] = e) })), void 0 !== r && r(e, c) } catch (e) { c = {}, console.warn("Search query params parsing error! Search query params ignored.") } return Object.assign({}, e, a, c) }(e, location.search, location.hash, t, i) }(Ae); try { !async function(e) { Math.random() > .005 \|\| (await (0, we.getEmbedWidgetTracker)()) ? .trackWidgetLoadMetaInfo(e) }({ widget_id: "advanced-chart", symbols: JSON.stringify([Ie.symbol]), customer: Ie.customer }) } catch {} Pe && (Ie.calendar = !1); const Te = void 0 !== Ie.extended_hours ? st(Ie.extended_hours) ? "extended" : "regular" : void 0 !== Ae.def_extended_hours ? st(Ae.def_extended_hours) ? "extended" : "regular" : Ae.def_session_id; const Ve = Ae.customer, xe = Ae.customerReadableName, De = Ie.range \|\| Ae.def_range, Ee = st(Ie.withdateranges ? ? Ae.def_withdateranges), Re = st(Ie.save_image ? ? Ce.def_save_image, !0); let Le; (void 0 === Ie.allow_symbol_change ? st(Ae.def_hide_symbol_edit) : !st(Ie.allow_symbol_change)) && (o.setEnabled("header_symbol_search", !1), o.setEnabled("disable_legend_inplace_symbol_change", !0)), o.setEnabled("header_screenshot", Boolean(Re)), "bovespa" === Ve && (o.disable("header_settings"), Le = [{ symbol: "IBOV", title: "Bovespa Index" }, { symbol: "IBXX", title: "Brazil 100 Index" }, { symbol: "IBXL", title: "Brazil 50 Index" }, { symbol: "IBRA", title: "Brazil Broad-Based Index" }, { symbol: "IGCX", title: "Special Corporate Governance Stock Index" }, { symbol: "ITAG", title: "Special Tag-Along Stock Index" }, { symbol: "IGNM", title: "Novo Mercado Corporate Governance Equity Index" }]), window.pro = new c.Pro(window.shopConf); let Me = Ie.symbol \|\| Ae.def_symbol \|\| window.DEFAULT_SYMBOL; "cme" === Ie.symbology && (Me = (e => { const t = new(_().SymbolToken)(e); if (!t.root()) return e; const i = d.CMEToTVSymbologyAdapter.convertSymbolDataToTV(t.root(), t.exchange(), Ie.venue ? ? ""); return "ok" !== i.status ? e : (i.data.symbol && t.root(i.data.symbol), i.data.exchange && t.exchange(i.data.exchange), t.toString()) })(Me)); const Fe = y()(parent), ke = []; let Ne, Be = []; if (Ie.watchlist && (Be = (Array.isArray(Ie.watchlist) ? Ie.watchlist : Ie.watchlist.split(/\x1f/)).map((e => e.trim())).filter(Boolean)), Be.length \|\| Ie.editablewatchlist) { const e = { type: "watchlist", properties: { list: Be } }; Ie.editablewatchlist ? (e.readonly = !1, e.data = { hideTitleButton: !0 }, e.settingsKey = "onwidget.watchlist", e.unAuthEditable = !0, function(e) { const t = new ie(e); (0, $.registerService)(q.SYMBOL_LIST_REPOSITORY_BACKEND_SERVICE, t) }(Be)) : function(e) { const t = new G(e); (0, $.registerService)(q.SYMBOL_LIST_REPOSITORY_BACKEND_SERVICE, t) }(Be), ke.push(e) } st(Ie.details) && ke.push({ type: "detail" }), void 0 !== Ie.widgetbar_width && (Ne = +Ie.widgetbar_width), (!Ne \|\| !isFinite(Ne) \|\| Ne < 200) && (Ne = 200); const Oe = ke.length ? [{ name: "base", title: a.t(null, void 0, i(708675)), icon: "base", widgets: ke.map((e => e)) }] : []; Ie.hotlist && Oe.push({ name: "hotlist", title: a.t(null, void 0, i(840095)), icon: "hotlists", widgets: [{ type: "hotlist", properties: { exchangeByLocale: { default: window.COUNTRY_CODE_TO_DEFAULT_EXCHANGE.en }, groupByLocale: { default: "volume_gainers" } } }, { type: "hotlist", properties: { exchangeByLocale: { default: window.COUNTRY_CODE_TO_DEFAULT_EXCHANGE.en }, groupByLocale: { default: "percent_change_gainers" } } }, { type: "hotlist", properties: { exchangeByLocale: { default: window.COUNTRY_CODE_TO_DEFAULT_EXCHANGE.en }, groupByLocale: { default: "percent_change_loosers" } } }] }), Ie.calendar && Oe.push({ name: "calendar", title: a.t(null, void 0, i(839643)), icon: "calendar", widgets: [{ type: "reuters_calendar", properties: {} }, { type: "earnings_calendar", properties: {} }] }); const We = new class { constructor(e, t) { this._updateDocumentHeight = e => { "visual" === this._viewportType && this._window.document.documentElement.style.setProperty("height", `${e}px`, "important") }, this._window = e, this._fullscreenApi = t ? new ne(e.document.body) : new re(e.document), this._viewportType = W.CheckMobile.iOS() && !(0, ae.isOnMobileAppPage)("any") && this._window.visualViewport ? "visual" : "quirks", "visual" === this._viewportType ? this._viewport = (0, s.ensure)(this._window.visualViewport) : this._viewport = this._window; const i = this._layoutSizeSensor = this._window.document.createElement("div"); i.id = "layout-size-sensor", i.style.position = "fixed", i.style.top = "0", i.style.left = "0", i.style.right = "0", i.style.bottom = "0", i.style.pointerEvents = "none", i.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 oe.VisibilityApi(this._window.document); const i = { alive: new P.WatchedValue(!0), fullscreenable: new P.WatchedValue(!0), container: new P.WatchedValue(t), width: new P.WatchedValue, height: new P.WatchedValue, availWidth: new P.WatchedValue, availHeight: new P.WatchedValue, 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 se.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 = 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() })) } }(window), ze = new class { 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, i) => { let s = i; this._fullscreenArea !== e.name && (e.availWidth.setValue(i), e.canNegotiate.width && (s = le(i, e.negotiations.width))), t \|\| (s = 0); const r = e.container.value(); return r && t && (r.style.width = s + "px"), e.width.setValue(s), s }, this._setHeight = (e, t, i) => { let s = i; this._fullscreenArea !== e.name && (e.availHeight.setValue(i), e.canNegotiate.height && (s = le(i, e.negotiations.height))), t \|\| (s = 0); const r = e.container.value(); return r && t && (r.style.height = s + "px"), e.height.setValue(s), s }; 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 = he(e); ue(s.negotiations.width, t) \|\| (s.negotiations.width = t, this.recalculate()) }, negotiateHeight: e => { if (!s.canNegotiate.height) return; const t = he(e); ue(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 P.WatchedValue, height: new P.WatchedValue, availWidth: new P.WatchedValue, availHeight: new P.WatchedValue, alive: new P.WatchedValue(!0), container: new P.WatchedValue(i), visible: new P.WatchedValue(!0), fullscreen: new P.WatchedValue(!1), fullscreenable: new P.WatchedValue("right" === t \|\| "center" === t), rdState: new se.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, h = this._width.value(), u = this._height.value(); let c = 0, d = 0, p = 0, m = 0, _ = 0, g = 0, y = 0, S = 0; if (e === this._recalcSingleRunToken && l) { const e = this._processVisibility(l); S = this._setHeight(l, e, u), this._setWidth(l, e, h) } if (e === this._recalcSingleRunToken && t) { const e = this._processVisibility(t); y = this._setHeight(t, e, u), g = this._setWidth(t, e, h); const i = t.container.value(); e && i && (i.style.top = S + "px") } let b = 0; if (e === this._recalcSingleRunToken && n) { const e = this._processVisibility(n), t = n.container.value(); e && t && (t.style.left = g + "px", t.style.top = S + "px"); const i = h - g; this._setWidth(n, e, i), c = this._setHeight(n, e, u), c && (b = 1) } if (e === this._recalcSingleRunToken && i) { const e = this._processVisibility(i), t = Math.max(y, c); p = this._setWidth(i, e, h), p && (p += 4), p && 1 === b && (b = 4); const s = i.container.value(); e && s && (s.style.top = t + S + b + "px"), this._setHeight(i, e, u - t - S) } if (e === this._recalcSingleRunToken && s) { const e = this._processVisibility(s); let t = h - p; de \|\| (t -= 300), _ = this._setWidth(s, e, t), _ && 1 === b && (b = 4), this._setHeight(s, e, u - S - c - b) } if (e === this._recalcSingleRunToken && r) { const e = this._processVisibility(r); let t = h - p - _; de \|\| (t -= 300), m = this._setWidth(r, e, t), m && 1 === b && (b = 4), this._setHeight(r, e, u - S - c - b); const i = r.container.value(); e && i && (i.style.top = c + S + b + "px") } const f = _ + m; let v = 0, w = h - p - _ - m - (f ? 4 : 0); const P = Boolean(_ \|\| !f); if (!m && _ && (w += 4), e === this._recalcSingleRunToken && o) { const e = this._processVisibility(o), t = o.container.value(); e && t && (t.style.left = p + "px", t.classList.toggle("no-border-top-left-radius", !p), t.classList.toggle("no-border-top-right-radius", P)), this._setWidth(o, e, w); const i = u - S; v = Math.min(300, i - 0), d = this._setHeight(o, e, i) + 4 } const C = Boolean(c && (p \|\| f)); if (this._container.classList.toggle("layout-with-border-radius", C), ce.setNewBlackColor && this._container.classList.toggle("black-border-bigger-radius", !0), e === this._recalcSingleRunToken && a) { const e = this._processVisibility(a), t = a.container.value(); e && t && (t.style.left = p + "px", t.style.top = c + S + b + "px", t.classList.toggle("no-border-bottom-left-radius", !d \|\| !p), t.classList.toggle("no-border-bottom-right-radius", P \|\| !d), t.classList.toggle("no-border-top-left-radius", Boolean(!p && f)), t.classList.toggle("no-border-top-right-radius", P)), this._setWidth(a, e, w); const i = u - c - d - S - b; this._setHeight(a, e, Math.max(i, v)) } if (e === this._recalcSingleRunToken && s && this.affectsLayout("tradingpanel")) { const e = s.container.value(); e && (e.style.right = _ && m ? `${m+4}px` : `${m}px`, e.style.top = S + c + b + "px", e.style.borderTopRightRadius = C && m ? "4px" : "0px") } 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 me(e); if (this._width.value() <= 567 \|\| this._height.value() <= 445 && !pe) { if (!["center", "top", "left", "topleft", "extratop"].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 } s.fullscreen.setValue(!1); const r = s.container.value(); r && r.classList.toggle("js-hidden", e && !me(i)) } this._updateVisibility(), this.recalculate() } _createDOM(e) { const t = document.createElement("div"); return t.classList.add("layout__area--" + e), t.style.position = "absolute", "tradingpanel" === e && (t.style.borderTopRightRadius = "4px"), "bottom" === e ? t.style.bottom = "0" : t.style.top = "0", "right" === e \|\| "tradingpanel" === e ? t.style.right = "0" : t.style.left = "0", t } }(We.allocate()), Ue = st(Ie.hide_top_toolbar) ? null : ze.allocate({ areaName: "top" }), je = void 0 === Ie.hide_side_toolbar \|\| +Ie.hide_side_toolbar ? null : ze.allocate({ areaName: "left" }), He = ze.allocate({ areaName: "center" }), Ke = Oe.length ? ze.allocate({ areaName: "right" }) : null; if ((0, Se.setSupportPortalProblemsHost)(Ie.support_host ? ? ""), De) { const e = (qe = De, _e.find((e => e.value.value === qe))); e && (Ie.range = De, Ie.interval = e.targetResolution) } var qe; let $e, Ge; $e = void 0 === Ie.interval ? void 0 === Ie.style ? Ae.def_interval ? ? "1" : (0, v.getDefaultResolution)((0, b.isRangeStyle)(parseInt(Ie.style))) : Ie.interval, Ge = void 0 === Ie.style ? void 0 === Ie.interval ? Ae.def_style ? ? 1 : (0, b.getDefaultStyle)(f.Interval.isRange(Ie.interval)) : parseInt(Ie.style); const Je = window.chartWidgetCollection = new h.ChartWidgetCollection({ resizerBridge: He, padding: 5, edge: Number(Ie.padding) \|\| 0, publishedChartsEnabled: !1, saveChartEnabled: !1, widgetOptions: { onWidget: !0, useUserChartPreferences: !st(Ie.doNotStoreSettings, !1), addToWatchlistEnabled: !1, propertyPagesEnabled: !1, chartEventsEnabled: !Pe, newsNotificationsEnabled: !1, esdEnabled: o.enabled("esdonwidget"), sourceStatusesWidget: { errorSolution: !1 }, marketStatusWidgetEnabled: !0, chartWarningWidget: { subscriptionFullInfo: !1 }, widgetCustomer: Ve, customerReadableName: xe, hideIdeas: !0, controlBarEnabled: !0, addVolume: !st(Ie.hide_volume), muteSessionErrors: !o.enabled("referral_program_for_widget_owners"), defSymbol: Me, defInterval: $e, defStyle: Ge, defSessionId: Te, timezone: Ie.timezone \|\| Ae.def_timezone, defTimeframe: De, isDrawingToolbarVisible: A.isDrawingToolbarVisible, watermarkEnabled: !0, paneContextMenuEnabled: !1, compareSymbols: Le, timeScaleWidget: { contextMenuEnabled: !1, timezoneMenuEnabled: !1 }, timeScale: { preserveBarSpacing: !0, lockVisibleTimeRangeOnResize: !1 }, legendWidgetEnabled: !st(Ie.hide_legend), legendWidget: { contextMenu: { settings: !1, fundamentals: !1, showOpenMarketStatus: !0 } }, goToDateEnabled: !1, handleScroll: { vertTouchDrag: st(Ie.verttouchdrag), horzTouchDrag: st(Ie.horztouchdrag, !0) }, handleScale: { mouseWheel: "investopedia" !== Ve && "eurex" !== Ve }, currencyConversionEnabled: !0, unitConversionEnabled: !0 }, seriesControlBarEnabled: !!Ee, seriesControlBar: { timeFramesWidgetEnabled: !0, timeFramesWidget: { goToDateEnabled: !1, availableTimeFrames: R }, timeWidgetEnabled: !0, timeWidget: { timezoneMenuEnabled: !1 }, adjustForDividendsButtonEnabled: !0, sessionIdButtonEnabled: Boolean(Te), backAdjustmentButtonEnabled: !1, settlementAsCloseButtonEnabled: !1, percentageScaleButtonEnabled: !1, logScaleButtonEnabled: !1, autoScaleButtonEnabled: !1, fullscreenButtonEnabled: !0, mobileChangeLayoutEnabled: !1 }, mobileForceChartMaximizeEnabled: !1 }); let Ye = !1; Je.onAboutToBeDestroyed.subscribe(null, (() => { Ye = !0 }), !0), Ie.studies_overrides && Je.applyStudiesOverrides(JSON.parse(Ie.studies_overrides)), Promise.all([i.e(12931), i.e(26258), i.e(24377), i.e(50687), i.e(30187)]).then(i.bind(i, 776503)).then((e => { e.addBrandingSource(Je) })); const Xe = Je.activeChartWidget.value(); let Ze; if (window.chartWidget = Xe, Je.readOnly() \|\| (window.studyMarket = new C(Je, { onWidget: !0 })), p.linking.bindToChartWidgetCollection(Je), L(k.Names.WidgetLoad, Ie.frameElementId \|\| null, void 0), Ie.theme) { const e = Ie.theme.toLowerCase(), t = I.themes[e]; if (t && ((0, T.setTheme)(e), !t.noChartTheme)) { const e = Ie.theme && Ie.theme.toLowerCase(), t = I.getStdTheme(e); t && t.content && (Ze = t.content, Ie.style && (Ze.mainSourceProperties.style = parseInt(Ie.style)), (0, l.applyDefaultsOverrides)(Ze, { mainSeriesProperties: "mainSourceProperties" }, !0)) } } let Qe = !1, et = !1; function tt(e) { return (0, ge.isPineIdString)(e) ? { type: "pine", pineId: e } : { type: "java", studyId: e } } function it() { document.querySelectorAll(".loading-indicator").forEach((e => { e instanceof HTMLElement && (e.style.display = "none") })) } function st(e, t = !1) { return !1 === e \|\| !0 === e ? e : "1" === e \|\| 1 === e \|\| "true" === e \|\| "0" !== e && 0 !== e && "false" !== e && t } Xe.withModel(null, (function() { const e = Xe.model().mainSeries(); Xe.applyOverrides({ "mainSeriesProperties.showCountdown": !1 }), Ze && Xe.model().model().restoreTheme(Ze, !1), Ie.backgroundColor && Xe.applyOverrides({ "paneProperties.background": Ie.backgroundColor, "paneProperties.backgroundType": ye.ColorType.Solid }), Ie.gridColor && Xe.applyOverrides({ "paneProperties.vertGridProperties.color": Ie.gridColor, "paneProperties.horzGridProperties.color": Ie.gridColor }), async function(e) { if (!e) return; try { const t = "string" == typeof e ? JSON.parse(decodeURIComponent(e)) : e; if (!Array.isArray(t) \|\| 0 === t.length) return; const i = Xe.model().model().mainSeries(); for (let e = 0; e < t.length; e++) { const s = t[e]; if (s.symbol && s.position && ve.CompareOption[s.position]) switch (s.position) { case "SameScale": Xe.addCompareAsOverlay(s.symbol, !1, i.isYield()); break; case "NewPriceScale": Xe.addOverlayStudy(s.symbol, !0); break; case "NewPane": Xe.addOverlayStudy(s.symbol, !1) } } } catch (e) { return } }(Ie.compareSymbols), e.dataEvents().symbolResolved().subscribe(e, (() => { ! function(e, t) { if (!t) return; const i = e.model().model(); try { JSON.parse(decodeURIComponent(t)).forEach((e => { const t = i.createStudyInserter(tt(e.id)); t.setForceOverlay(e.overlay), t.insert((() => Promise.resolve({ inputs: e.inputs, parentSources: [] }))) })) } catch (e) { ((Array.isArray(t) ? t : t.split(/\x1f/)) \|\| []).forEach((e => { i.createStudyInserter(tt(e)).insert() })) } }(window.chartWidget, Ie.studies) }), !0), e.dataEvents().completed().subscribe(this, (() => { Ze && it(), j && !Qe && (j(Je, !0), Qe = !0), K && !et && (K(Je, { seriesControlBarEnabled: !!Ee }), et = !0) })), e.dataEvents().symbolError().subscribe(null, (() => { L(k.Names.NoData, Ie.frameElementId \|\| null, void 0) })) })), je && (async () => { const [e, t, { DrawingToolbar: s }, { default: r }] = await Promise.all([Promise.all([i.e(73367), i.e(93703), i.e(46445), i.e(4752), i.e(62093), i.e(2520), i.e(53953), i.e(62564), i.e(49481), i.e(22164), i.e(46489), i.e(75826), i.e(74600), i.e(29800), i.e(23141), i.e(72197), i.e(97384), i.e(32175), i.e(7001), i.e(49325), i.e(78687), i.e(39963), i.e(50632), i.e(43362), i.e(71329), i.e(44066), i.e(17175), i.e(61135), i.e(32736), i.e(84353), i.e(25375), i.e(65891), i.e(82440), i.e(89255), i.e(19478), i.e(69504), i.e(47534), i.e(59497), i.e(41917), i.e(86339), i.e(1198), i.e(37153), i.e(46287), i.e(82321), i.e(87473), i.e(5483), i.e(7517), i.e(49499), i.e(11015), i.e(83964), i.e(91890), i.e(73558)]).then(i.t.bind(i, 50959, 19)), Promise.all([i.e(73367), i.e(93703), i.e(46445), i.e(4752), i.e(62093), i.e(2520), i.e(53953), i.e(62564), i.e(49481), i.e(22164), i.e(46489), i.e(75826), i.e(74600), i.e(29800), i.e(23141), i.e(72197), i.e(97384), i.e(32175), i.e(7001), i.e(49325), i.e(78687), i.e(39963), i.e(50632), i.e(43362), i.e(71329), i.e(44066), i.e(17175), i.e(61135), i.e(32736), i.e(84353), i.e(25375), i.e(65891), i.e(82440), i.e(89255), i.e(19478), i.e(69504), i.e(47534), i.e(59497), i.e(41917), i.e(86339), i.e(1198), i.e(37153), i.e(46287), i.e(82321), i.e(87473), i.e(5483), i.e(7517), i.e(49499), i.e(11015), i.e(83964), i.e(91890), i.e(73558)]).then(i.t.bind(i, 632227, 19)), Promise.all([i.e(73367), i.e(93703), i.e(46445), i.e(4752), i.e(62093), i.e(2520), i.e(53953), i.e(62564), i.e(49481), i.e(22164), i.e(46489), i.e(75826), i.e(74600), i.e(29800), i.e(23141), i.e(72197), i.e(97384), i.e(32175), i.e(7001), i.e(49325), i.e(78687), i.e(39963), i.e(50632), i.e(43362), i.e(71329), i.e(44066), i.e(17175), i.e(61135), i.e(32736), i.e(84353), i.e(25375), i.e(65891), i.e(82440), i.e(89255), i.e(19478), i.e(69504), i.e(47534), i.e(59497), i.e(41917), i.e(86339), i.e(1198), i.e(37153), i.e(46287), i.e(82321), i.e(87473), i.e(5483), i.e(7517), i.e(49499), i.e(11015), i.e(83964), i.e(91890), i.e(73558)]).then(i.bind(i, 449611)), Promise.all([i.e(73367), i.e(93703), i.e(46445), i.e(4752), i.e(62093), i.e(2520), i.e(53953), i.e(62564), i.e(49481), i.e(22164), i.e(46489), i.e(75826), i.e(74600), i.e(29800), i.e(23141), i.e(72197), i.e(97384), i.e(32175), i.e(7001), i.e(49325), i.e(78687), i.e(39963), i.e(50632), i.e(43362), i.e(71329), i.e(44066), i.e(17175), i.e(61135), i.e(32736), i.e(84353), i.e(25375), i.e(65891), i.e(82440), i.e(89255), i.e(19478), i.e(69504), i.e(47534), i.e(59497), i.e(41917), i.e(86339), i.e(1198), i.e(37153), i.e(46287), i.e(82321), i.e(87473), i.e(5483), i.e(7517), i.e(49499), i.e(11015), i.e(83964), i.e(91890), i.e(73558)]).then(i.t.bind(i, 490317, 23))]); Ye \|\| (t.render(e.createElement(s, { chartWidgetCollection: Je, resizerBridge: je, screenshotButton: "cme" === Ve }), je.container.value()), window.lineToolPropertiesToolbar = new r(Je)) })(), Ue && (async () => { const [e, t, s, { HeaderToolbar: r }] = await Promise.all([N(Ve), Promise.all([i.e(42576), i.e(4896), i.e(37153), i.e(88411), i.e(82321), i.e(79022)]).then(i.t.bind(i, 50959, 19)), Promise.all([i.e(42576), i.e(4896), i.e(37153), i.e(88411), i.e(82321), i.e(79022)]).then(i.t.bind(i, 632227, 19)), Promise.all([i.e(42576), i.e(4896), i.e(37153), i.e(88411), i.e(82321), i.e(79022)]).then(i.bind(i, 15159))]), n = await e.getToolSet(), o = V.mobiletouch ? ["full"] : void 0; s.render(t.createElement(r, { tools: n, chartApiInstance: window.ChartApiInstance, availableTimeFrames: R, chartWidgetCollection: Je, ideas: !1, resizerBridge: Ue, popupButton: st(Ie.show_popup_button), studyMarket: window.studyMarket, windowMessageService: Fe, isFundamental: !1, allowedModes: o }), Ue.container.value()) })(), Ke && (async () => { const [{ WidgetBar: e }, { configuration: t }] = await Promise.all([Promise.all([i.e(43208), i.e(93703), i.e(44524), i.e(4752), i.e(62093), i.e(2520), i.e(62564), i.e(49481), i.e(97384), i.e(49478), i.e(61135), i.e(46879), i.e(29266), i.e(19478), i.e(41917), i.e(47386), i.e(36299), i.e(86339), i.e(86542), i.e(18528), i.e(82321), i.e(50030), i.e(67087), i.e(49772), i.e(54876)]).then(i.bind(i, 363701)), Promise.all([i.e(43208), i.e(93703), i.e(44524), i.e(4752), i.e(62093), i.e(2520), i.e(62564), i.e(49481), i.e(97384), i.e(49478), i.e(61135), i.e(46879), i.e(29266), i.e(19478), i.e(41917), i.e(47386), i.e(36299), i.e(86339), i.e(86542), i.e(18528), i.e(82321), i.e(50030), i.e(67087), i.e(49772), i.e(54876)]).then(i.bind(i, 667232))]); Oe.forEach((e => { e.widgets = e.widgets ? 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