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"use strict"; (self.webpackChunktradingview = self.webpackChunktradingview \|\| []).push([ [3228], { 528474: (t, e, i) => { i.d(e, { blendColors: () => o }); var l = i(724377); const o = (t, e) => (0, l.rgbaToString)((0, l.blendRgba)((0, l.parseRgba)(t), (0, l.parseRgba)(e))) }, 191855: (t, e, i) => { i.d(e, { LollipopTooltip: () => s }); var l = i(650279), o = i(650151); class s { constructor(t, e) { this._isDestroyed = !1, this._lollipopTooltipRenderer = null, this._activeLollipop = t, this._cardType = e, this._activeLollipop.subscribe((t => { null === t && this._destroyTooltip() })) } destroy() { this._destroyTooltip(), this._activeLollipop.release(), this._isDestroyed = !0 } tryToHideTooltipByClickOutside(t, e, i) { if (!this._isClickInsideTooltip(i)) { if (void 0 !== i) { const o = e(t, i); if (null !== o && (0, l.default)(o, this._activeLollipop.value())) return } this._activeLollipop.setValue(null) } } async showTooltip(t, e, l, s) { const n = l(); if (null === n \|\| 0 === n.length) return; const { showLollipopTooltip: a } = await Promise.all([i.e(17372), i.e(4752), i.e(2520), i.e(53953), i.e(62564), i.e(22164), i.e(75826), i.e(65857), i.e(36010), i.e(21199), i.e(46879), i.e(18488), i.e(32887), i.e(2958), i.e(82321), i.e(49039)]).then(i.bind(i, 28300)); this._isDestroyed \|\| ((0, o.assert)(null === this._lollipopTooltipRenderer, "Lollipop tooltip renderer should be null before creating a new one"), this._lollipopTooltipRenderer = a({ items: n, position: e, customCloseSubscriptions: s.customCloseSubscriptions, onClose: () => s.onClose(t), onClickOutside: e => s.onClickOutside(t, e), onSizeChanged: s.onSizeChanged, showScrollFades: !0, cardType: this._cardType })) } _isClickInsideTooltip(t) { return null !== this._lollipopTooltipRenderer && void 0 !== t && this._lollipopTooltipRenderer.isClickInside(t) } _destroyTooltip() { this._lollipopTooltipRenderer ? .hide(), this._lollipopTooltipRenderer = null } } }, 850599: (t, e, i) => { function l(t, e, i = 0) { e.setValue(t.value()); const l = {}; return t.subscribe(l, (t => { e.setValue(t.value()) })), 1 === i && e.subscribe(l, (e => { t.setValue(e.value()) })), () => { t.unsubscribeAll(l), 1 === i && e.unsubscribeAll(l) } } i.d(e, { bindProperties: () => l }) }, 524344: (t, e, i) => { i.d(e, { LollipopPaneView: () => b }); var l = i(650279), o = i(871934), s = i(650151), n = i(86441), a = i(124829), r = i(566238), h = i(188035), d = i(191855), p = i(509078), c = i(982949), u = i(528390), _ = i(728408), y = i(5486), v = i(86e3); class b { constructor(t, e) { this._invalidated = !1, this._renderer = new c.CompositeRenderer, this._textWidthCache = new y.TextWidthCache, this._stylesCache = null, this._lollipops = {}, this._lollipopsCounter = 0, this._activeLollipopInfo = new r.WatchedObject(null), this.onPaneBgChange = () => { this._recreateStyles(this._model) }, this._model = t, this._source = e, this._recreateStyles(t), t.backgroundColor().subscribe(this.onPaneBgChange), t.mainSeries().onSymbolIntervalChanged().subscribe(this, this._onSymbolOrIntervalChanged), this._lollipopTooltip = new d.LollipopTooltip(this._activeLollipopInfo.spawnOwnership(), "mini"), this._activeLollipopInfo.subscribe((() => { this._source.updateAllViewsAndRepaint() })) } destroy() { this._model.backgroundColor().unsubscribe(this.onPaneBgChange), this._model.mainSeries().onSymbolIntervalChanged().unsubscribeAll(this), this._lollipopTooltip.destroy() } processClickInside(t, e, i) { const l = this._lollipops[i]; return !(!l \|\| !l.visible) && (this._lollipopMouseClickHandler(t, this._getLollipopRendererData(l), (0, o.size)({ width: e.clientWidth, height: e.clientHeight }), { preventDefault: () => {}, target: e }), !0) } processClickOutside(t, e) { this._lollipopTooltip.tryToHideTooltipByClickOutside(t, this._getActiveLollipopTooltipInfo.bind(this), e) } update(t) { this._invalidated = !0 } afterUpdate(t, e, i, l) {} getStyle(t, e) { let i = e; if (t.stack && (i += "_stack:" + t.stack), "active" === i) return this._activeStyle; if ("hovered" === i) return this._hoveredStyle; if ("default" === i) return this._defaultStyle; if (this._stylesCache \|\| (this._stylesCache = {}), !this._stylesCache[i]) { const l = (0, a.clone)("active" === e ? this._activeStyle : "hovered" === e ? this._hoveredStyle : this._defaultStyle); t.stack && (l.lollipop.incHeight = 25 * t.stack), this._stylesCache[i] = l } return this._stylesCache[i] } hasTooltip(t) { return !0 } clearActiveLollipop() { this._activeLollipopInfo.setValue(null) } _getY() { let t = 0; const e = this._model.panes(); for (let i = e.length; i--;) { const l = e[i]; l.containsMainSeries() && (t += l.height()) } return t } _showBarLine(t) { return this.hasTooltip(t) && (t.hovered \|\| this._isLollipopActive(t)) } _getLollipopRendererData(t) { const e = this._getLollipopStatus(t), i = this.getStyle(t, e); return { id: t.id, itemIndex: t.itemIndex, centerPoint: new n.Point(t.basePoint.x, t.basePoint.y - i.lollipop.bottom - i.lollipop.height / 2 - (i.lollipop.incHeight \|\| 0)), style: i, status: e } } _createRenderers(t) { const { mediaSize: e } = t; this._renderer.clear(); for (const i of Object.values(this._lollipops)) if (void 0 !== i && i.visible) { const l = this._getLollipopStatus(i), o = this.getStyle(i, l), s = { id: i.id, itemIndex: i.itemIndex, centerPoint: new n.Point(i.basePoint.x, i.basePoint.y - o.lollipop.bottom - o.lollipop.height / 2 - (o.lollipop.incHeight \|\| 0)), style: o, status: l }, a = { cursorType: v.PaneCursorType.Default, activeItem: { id: i.id, itemIndex: i.itemIndex }, hideCrosshairLinesOnHover: !0, clickHandler: (i, l) => this._lollipopMouseClickHandler(t, s, e, i), tapHandler: (i, l) => this._lollipopMouseClickHandler(t, s, e, i) }; if (this._renderer.append(this._createRendererForLollipop(s, a)), this._showBarLine(i)) { const { strokeStyle: t, lineStyle: e, lineWidth: l } = o.barLine, s = { color: t, linestyle: e, linewidth: l, x: i.basePoint.x, top: 0, bottom: i.basePoint.y - o.lollipop.bottom - o.lollipop.height }, n = new _.VerticalLineRenderer; n.setData(s), this._renderer.insert(n, 0) } } } _recreateStyles(t) { this._stylesCache = null } _createRendererForLollipop(t, e) { return new u.LollipopRenderer(t, new p.HitTestResult(p.HitTarget.Custom, e), this._textWidthCache) } _onSymbolOrIntervalChanged() { this._lollipops = {}, this._lollipopsCounter = 0, this._renderer.clear(), this._activeLollipopInfo.setValue(null) } async _lollipopMouseClickHandler(t, e, i, o) { o.preventDefault(); const a = { id: e.id, itemIndex: e.itemIndex }; if ((0, l.default)(this._activeLollipopInfo.value(), a)) return void this._activeLollipopInfo.setValue(null); this._activeLollipopInfo.setValue(a); const r = { target: o.target, targetSize: i, point: new n.Point(e.centerPoint.x, e.centerPoint.y - e.style.lollipop.height / 2 - 8), marginTop: 15 }, h = this._model.timeScale(); this._lollipopTooltip.showTooltip(t, r, (() => { const t = (0, s.ensureDefined)(this._lollipops[e.id]); return this._createTooltipContent(t) }), { onClose: this.processClickOutside.bind(this), onClickOutside: (t, e) => { this._source.onClickOutside ? .(t, (0, s.ensureDefined)(e)) }, customCloseSubscriptions: [h.onScroll(), h.barSpacingChanged(), this._model.mainSeries().onSymbolIntervalChanged()], onSizeChanged: (0, s.ensureNotNull)(this._model.paneForSource(this._source)).onSizeChanged() }) } _getLollipopStatus(t) { return this._isLollipopActive(t) ? "active" : t.hovered ? "hovered" : "default" } _isLollipopActive(t) { return null !== this._activeLollipopInfo.value() && (0, l.default)(this._activeLollipopInfo.value(), { id: t.id, itemIndex: t.itemIndex }) } _getActiveLollipopTooltipInfo(t, e) { const i = (0, h.getClickPosition)(e); if (null === i) return null; const l = this.renderer(t) ? .hitTest(new n.Point(i.x, i.y), t) ? .data() ? .activeItem ? ? null; return null === l ? null : l } } }, 528390: (t, e, i) => { i.d(e, { LollipopRenderer: () => h }); var l = i(934026), o = i(86441), s = i(666574), n = i(665798), a = i(631088), r = i(286436); class h { constructor(t, e, i) { this._data = t, this._hittest = e, this._textWidthCache = i } draw(t, e) { const { horizontalPixelRatio: i, verticalPixelRatio: l } = e, s = this._data.centerPoint, n = Math.round(s.x * i), a = Math.round(s.y * l), r = Math.max(1, Math.floor(i)) % 2 / 2, h = Math.max(1, Math.floor(l)) % 2 / 2, d = new o.Point(n + r, a - h); this._drawLollipop(t, d, e), this._drawLabel(t, d, e) } hitTest(t) { const e = (0, r.interactionTolerance)().esd, i = this._data.centerPoint.y - this._data.style.lollipop.height / 2 - e, s = this._data.centerPoint.x - this._data.style.lollipop.width / 2 - e, n = (0, o.box)(new o.Point(s, i), new o.Point(s + this._data.style.lollipop.width + 2 * e, i + this._data.style.lollipop.height + 2 * e)); return (0, l.pointInBox)(t, n) ? this._hittest : null } _drawLollipop(t, e, i) { const l = this._data.style, { horizontalPixelRatio: o } = i, s = this._fillRadius(o); l.lollipop.fillCircle && l.lollipop.backgroundColor && this._drawFilledCircle(t, e, s, l.lollipop.backgroundColor); const n = Math.round(l.lollipop.lineWidth * o), a = s - Math.round(1 * o + n / 2); this._drawBorderLine(t, e, n, a), l.lollipop.fillCircle && l.lollipop.fillStyle && this._drawFilledCircle(t, e, a, l.lollipop.fillStyle) } _drawLabel(t, e, i) { const l = this._data.style.lollipop.text, o = l.label; if ("" === o) return; const { horizontalPixelRatio: s, verticalPixelRatio: n } = i; t.textAlign = "center", t.textBaseline = "middle", t.fillStyle = l.strokeStyle, t.font = l.font; const r = this._textWidthCache.yMidCorrection(t, o); t.translate(e.x, e.y + ((l.deltaY \|\| 0) + r) * n), (0, a.drawScaled)(t, s, n, (() => { t.fillText(o, 0, 0) })) } _fillRadius(t) { const e = this._data.style, i = Math.max(1, Math.floor(t)); let l = Math.round(e.lollipop.width * t); return l % 2 != i % 2 && (l += 1), l / 2 } _drawBorderLine(t, e, i, l) { const o = this._data.style; t.strokeStyle = o.lollipop.strokeStyle, t.lineWidth = i, (0, n.setLineStyle)(t, s.LINESTYLE_SOLID), (0, n.createCircle)(t, e.x, e.y, l), t.stroke() } _drawFilledCircle(t, e, i, l) { t.fillStyle = l, (0, n.createCircle)(t, e.x, e.y, i), t.fill() } } }, 728408: (t, e, i) => { i.d(e, { VerticalLineRenderer: () => r }); var l = i(509078), o = i(665798), s = i(286436), n = i(631088), a = i(961970); class r extends a.BitmapCoordinatesPaneRenderer { constructor() { super(...arguments), this._data = null, this._hitTest = new l.HitTestResult(l.HitTarget.MovePoint) } setData(t) { this._data = t } setHitTest(t) { this._hitTest = t } hitTest(t) { if (null === this._data \|\| null === this._hitTest) return null; const e = (0, s.interactionTolerance)().line, i = Math.abs(t.x - this._data.x) <= e + this._data.linewidth / 2, l = void 0 === this._data.top \|\| this._data.top - t.y <= e, o = void 0 === this._data.bottom \|\| t.y - this._data.bottom <= e; return i && l && o ? this._hitTest : null } _drawImpl(t) { if (null === this._data \|\| this._data.linewidth <= 0) return; const { context: e, horizontalPixelRatio: i, verticalPixelRatio: l, mediaSize: s } = t; if (this._data.x < -this._data.linewidth / 2 \|\| this._data.x > s.width + this._data.linewidth / 2) return; e.lineCap = "butt", e.strokeStyle = this._data.color, e.lineWidth = Math.max(1, Math.floor(this._data.linewidth * i)), void 0 !== this._data.linestyle && (0, o.setLineStyle)(e, this._data.linestyle); const a = void 0 !== this._data.top ? Math.max(this._data.top, 0) : 0, r = void 0 !== this._data.bottom ? Math.min(this._data.bottom, s.height) : s.height, h = Math.round(this._data.x * i), d = Math.floor(a * l), p = Math.ceil(r * l), c = this._data.excludeBoundaries; void 0 !== c && (0, n.addExclusionAreaByScope)(t, c), (0, o.drawVerticalLine)(e, h, d, p) } } } } ]);