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"use strict"; (self.webpackChunktradingview = self.webpackChunktradingview \|\| []).push([ [83660], { 759214: (e, t, i) => { i.d(t, { containsBackgroundTimePointIndexes: () => r, dematerializeBackground: () => a, isBackgroundInBarsRange: () => d, materializeBackground: () => l }); var n = i(650151), o = i(501571), s = i(585240); const r = !0; function l(e, t) { if (e.start >= t.length \|\| e.stop >= t.length) return null; const i = t[e.start], s = t[e.stop]; return s === o.INVALID_TIME_POINT_INDEX ? null : ((0, n.assert)(i === o.INVALID_TIME_POINT_INDEX \|\| i <= s, "start should not exceed stop"), { start: i === o.INVALID_TIME_POINT_INDEX ? null : i, stop: s }) } function a(e, t, i) { return { id: t, start: (0, s.ensureTimePointIndexIndex)(i.indexOf(null !== e.start ? e.start : o.INVALID_TIME_POINT_INDEX)), stop: (0, s.ensureTimePointIndexIndex)(i.indexOf(e.stop)) } } function d(e, t) { if (null === e.start) return t.firstBar() <= e.stop; const i = Math.min(e.start, e.stop), n = Math.max(e.start, e.stop); return t.contains(i) \|\| t.contains(n) \|\| i < t.firstBar() && n > t.lastBar() } }, 18613: (e, t, i) => { i.d(t, { DwgBoxStyle: () => n, containsDwgBoxTimePointIndexes: () => d, dematerializeDwgBox: () => h, isDwgBoxInBarsRange: () => m, materializeDwgBox: () => c }); var n, o, s, r = i(501571), l = i(585240), a = i(597461); ! function(e) { e.Solid = "sol", e.Dotted = "dot", e.Dashed = "dsh", e.LeftArrow = "al", e.RightArrow = "ar", e.BothArrow = "ab" }(n \|\| (n = {})), function(e) { e.Top = "top", e.Center = "center", e.Bottom = "bottom" }(o \|\| (o = {})), function(e) { e.Monospace = "monospace" }(s \|\| (s = {})); const d = !0; function c(e, t) { if (e.x1 >= t.length \|\| e.x2 >= t.length \|\| null === e.y1 \|\| null === e.y2) return null; let i = t[e.x1], n = t[e.x2]; return i === r.INVALID_TIME_POINT_INDEX && (i = null), n === r.INVALID_TIME_POINT_INDEX && (n = null), { left: i, right: n, top: e.y1, bottom: e.y2, borderColorIndex: e.c, backgroundColorIndex: e.bc, extend: e.ex, borderStyle: e.st, borderWidth: e.w, text: e.t, textFormatting: e.tfrm ? ? 0, wordWrap: e.tw, horizontalTextAlignment: e.tha, verticalTextAlignment: e.tva, fontSize: e.ts, textColorIndex: e.tc ? ? null, fontType: e.tf ? ? null, forceOverlay: e.fo } } function h(e, t, i) { return { id: t, x1: (0, l.ensureTimePointIndexIndex)(i.indexOf(e.left ? ? r.INVALID_TIME_POINT_INDEX)), x2: (0, l.ensureTimePointIndexIndex)(i.indexOf(e.right ? ? r.INVALID_TIME_POINT_INDEX)), y1: e.top, y2: e.bottom, c: e.borderColorIndex, bc: e.backgroundColorIndex, ex: e.extend, st: e.borderStyle, w: e.borderWidth, t: e.text, tw: e.wordWrap, tha: e.horizontalTextAlignment, tva: e.verticalTextAlignment, tfrm: e.textFormatting, ts: e.fontSize, tf: e.fontType ? ? void 0, tc: e.textColorIndex, fo: e.forceOverlay } } function m(e, t) { const i = e.extend; if (i === a.DwgExtend.Both) return null === e.left \|\| null === e.right; if (null === e.left \|\| null === e.right) return null !== e.right ? e.right <= t.lastBar() && i === a.DwgExtend.Right : null !== e.left && (e.left >= t.firstBar() && i === a.DwgExtend.Left); const n = Math.min(e.left, e.right), o = Math.max(e.left, e.right); if (t.contains(n) \|\| t.contains(o) \|\| n < t.firstBar() && o > t.lastBar()) return !0; const s = e.left < e.right ? e.extend === a.DwgExtend.Left : e.extend === a.DwgExtend.Right, r = e.left < e.right ? e.extend === a.DwgExtend.Right : e.extend === a.DwgExtend.Left; return o < t.firstBar() && r \|\| n > t.lastBar() && s } }, 15141: (e, t, i) => { i.d(t, { DwgLabelStyle: () => s, DwgLabelTextAlign: () => n, DwgLabelYloc: () => o, containsDwgLabelTimePointIndexes: () => d, dematerializeDwgLabel: () => h, isDwgLabelInBarsRange: () => m, materializeDwgLabel: () => c }); var n, o, s, r, l = i(501571), a = i(585240); ! function(e) { e.Left = "left", e.Center = "center", e.Right = "right" }(n \|\| (n = {})), function(e) { e.AboveBar = "ab", e.BelowBar = "bl", e.Price = "pr", e.Auto = "auto" }(o \|\| (o = {})), function(e) { e.Xcross = "xcr", e.Cross = "cr", e.Triangleup = "tup", e.Triangledown = "tdn", e.Flag = "flg", e.Circle = "cir", e.Arrowup = "aup", e.Arrowdown = "adn", e.LabelUp = "lup", e.LabelDown = "ldn", e.LabelLeft = "llf", e.LabelRight = "lrg", e.LabelCenter = "lcn", e.LabelLeftUp = "luplf", e.LabelLeftDown = "llwlf", e.LabelRightUp = "luprg", e.LabelRightDown = "llwrg", e.Square = "sq", e.Diamond = "dia", e.TextOutline = "to", e.None = "n" }(s \|\| (s = {})), function(e) { e.Monospace = "monospace" }(r \|\| (r = {})); const d = !0; function c(e, t) { if (e.x >= t.length) return null; const i = t[e.x]; return i === l.INVALID_TIME_POINT_INDEX ? null : { x: i, y: e.y, yloc: e.yl, text: e.t, style: e.st, size: e.sz, colorIndex: e.ci, textColorIndex: e.tci, textAlign: e.ta \|\| n.Center, tooltip: e.tt \|\| "", fontType: e.tf ? ? null, forceOverlay: e.fo, textFormatting: e.tfrm ? ? 0 } } function h(e, t, i) { return { id: t, x: (0, a.ensureTimePointIndexIndex)(i.indexOf(e.x)), y: e.y, yl: e.yloc, t: e.text, st: e.style, sz: e.size, ci: e.colorIndex, tci: e.textColorIndex, ta: e.textAlign, tt: e.tooltip, tf: e.fontType ? ? void 0, fo: e.forceOverlay, tfrm: e.textFormatting } } function m(e, t) { return t.contains(e.x) } }, 276507: (e, t, i) => { i.d(t, { containsDwgLineFillTimePointIndexes: () => n, dematerializeDwgLineFill: () => s, materializeDwgLineFill: () => o }); const n = !1; function o(e) { return { id: e.id, line1: e.line1, line2: e.line2, colorIndex: e.ci } } function s(e, t) { return { id: t, line1: e.line1, line2: e.line2, ci: e.colorIndex } } }, 164937: (e, t, i) => { i.d(t, { DwgLineStyle: () => n, containsDwgLineTimePointIndexes: () => l, dematerializeDwgLine: () => d, isDwgLineInBarsRange: () => c, materializeDwgLine: () => a }); var n, o = i(501571), s = i(585240), r = i(597461); ! function(e) { e.Solid = "sol", e.Dotted = "dot", e.Dashed = "dsh", e.LeftArrow = "al", e.RightArrow = "ar", e.BothArrow = "ab" }(n \|\| (n = {})); const l = !0; function a(e, t) { if (e.x1 >= t.length \|\| e.x2 >= t.length \|\| null === e.y1 \|\| null === e.y2) return null; let i = t[e.x1], n = t[e.x2]; return i === o.INVALID_TIME_POINT_INDEX && (i = null), n === o.INVALID_TIME_POINT_INDEX && (n = null), null !== i && null !== n \|\| e.y1 === e.y2 ? { id: e.id, x1: i, y1: e.y1, x2: n, y2: e.y2, style: e.st, extend: e.ex, width: e.w, colorIndex: e.ci, forceOverlay: e.fo } : null } function d(e, t, i) { const n = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.x1 ? ? o.INVALID_TIME_POINT_INDEX)), r = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.x2 ? ? o.INVALID_TIME_POINT_INDEX)); return { id: t, x1: n, y1: e.y1, x2: r, y2: e.y2, st: e.style, ex: e.extend, w: e.width, ci: e.colorIndex, fo: e.forceOverlay } } function c(e, t) { const i = e.extend; if (i === r.DwgExtend.Both) return !0; if (null === e.x1 \|\| null === e.x2) return null !== e.x2 ? e.x2 <= t.lastBar() && i === r.DwgExtend.Right : null !== e.x1 && (e.x1 >= t.firstBar() && i === r.DwgExtend.Left); const n = Math.min(e.x1, e.x2), o = Math.max(e.x1, e.x2); if (t.contains(n) \|\| t.contains(o) \|\| n < t.firstBar() && o > t.lastBar()) return !0; const s = e.x1 < e.x2 ? e.extend === r.DwgExtend.Left : e.extend === r.DwgExtend.Right, l = e.x1 < e.x2 ? e.extend === r.DwgExtend.Right : e.extend === r.DwgExtend.Left; return o < t.firstBar() && l \|\| n > t.lastBar() && s } }, 551789: (e, t, i) => { i.d(t, { DwgPolylineStyle: () => r, containsDwgPolylineTimePointIndexes: () => s, dematerializeDwgPolyline: () => a, isDwgPolylineInBarsRange: () => d, materializeDwgPolyline: () => l }); var n = i(585240), o = i(501571); const s = !0; var r; function l(e, t) { const i = []; for (const n of e.points) { if (n.x >= t.length) continue; const e = t[n.x]; e !== o.INVALID_TIME_POINT_INDEX && i.push({ x: e, y: n.y }) } return 0 === i.length ? null : { id: e.id, points: i, width: e.w, curved: e.crv, closed: e.cls, color: e.c, fillColor: e.fc, style: e.st, forceOverlay: e.fo } } function a(e, t, i) { return { id: t, points: e.points.map((e => ({ x: (0, n.ensureTimePointIndexIndex)(i.indexOf(e.x ? ? o.INVALID_TIME_POINT_INDEX)), y: e.y }))), w: e.width, crv: e.curved, cls: e.closed, c: e.color, fc: e.fillColor, st: e.style, fo: e.forceOverlay } } function d(e, t) { if (0 === e.points.length) return !1; const i = t.firstBar(), n = t.lastBar(); let o = !1, s = !1; for (const r of e.points) { if (t.contains(r.x)) return !0; if (r.x < i ? o = !0 : r.x > n && (s = !0), o && s) return !0 } return !1 }! function(e) { e.Solid = "sol", e.Dotted = "dot", e.Dashed = "dsh", e.ArrowLeft = "al", e.ArrowRight = "ar", e.ArrowBoth = "ab" }(r \|\| (r = {})) }, 817959: (e, t, i) => { var n, o; i.d(t, { DwgTableCellFontType: () => o, containsDwgTableCellTimePointIndexes: () => a, containsDwgTableTimePointIndexes: () => s, dematerializeDwgTable: () => l, dematerializeDwgTableCell: () => c, materializeDwgTable: () => r, materializeDwgTableCell: () => d }), function(e) { e.Top = "top", e.Center = "center", e.Bottom = "bottom" }(n \|\| (n = {})), function(e) { e.Monospace = "monospace" }(o \|\| (o = {})); const s = !1; function r(e, t) { return { id: e.id, position: e.pos, rows: e.rows, columns: e.cols, backgroundColorIndex: e.bgc, frameColorIndex: e.frmc, frameWidth: e.frmw, borderColorIndex: e.brdc, borderWidth: e.brdw, forceOverlay: e.fo } } function l(e, t, i) { return { id: t, pos: e.position, rows: e.rows, cols: e.columns, bgc: e.backgroundColorIndex, frmc: e.frameColorIndex, frmw: e.frameWidth, brdc: e.borderColorIndex, brdw: e.borderWidth, fo: e.forceOverlay } } const a = !1; function d(e, t) { return { tableId: e.tid, row: e.row, column: e.col, widthInPercentsOfPaneWidth: e.w, heightInPercentOfPaneHeight: e.h, text: e.t, textColorIndex: e.tc, horizontalTextAlignment: e.tha, verticalTextAlignment: e.tva, fontSize: e.ts, backgroundColorIndex: e.bgc, colSpan: e.colspan ? ? 1, rowSpan: e.rowspan ? ? 1, tooltip: e.tt, fontType: e.tf ? ? null, textFormatting: e.tfrm ? ? 0 } } function c(e, t, i) { return { id: t, tid: e.tableId, row: e.row, col: e.column, w: e.widthInPercentsOfPaneWidth, h: e.heightInPercentOfPaneHeight, t: e.text, tc: e.textColorIndex, tha: e.horizontalTextAlignment, tva: e.verticalTextAlignment, ts: e.fontSize, bgc: e.backgroundColorIndex, colspan: e.colSpan, rowspan: e.rowSpan, tt: e.tooltip, tf: e.fontType ? ? void 0, tfrm: e.textFormatting } } }, 307801: (e, t, i) => { i.d(t, { HHistDirection: () => r.HHistDirection, HHistLocation: () => r.HHistLocation, HHistVolumeMode: () => r.HHistVolumeMode, containsHHistTimePointIndexes: () => l, dematerializeHHist: () => d, isHHistInBarsRange: () => c, materializeHHist: () => a }); var n = i(650151), o = i(501571), s = i(585240), r = i(577916); const l = !0; function a(e, t) { if (e.lastBarTime >= t.length) return null; const i = t[e.firstBarTime], s = t[e.lastBarTime]; return s === o.INVALID_TIME_POINT_INDEX ? null : ((0, n.assert)(i <= s, "firstBarTime should not exceed lastBarTime"), (0, n.assert)(e.priceLow <= e.priceHigh, "priceLow should not exceed priceHigh"), { firstBarTime: i === o.INVALID_TIME_POINT_INDEX ? null : i, lastBarTime: s, rate: e.rate, priceHigh: e.priceHigh, priceLow: e.priceLow }) } function d(e, t, i) { const n = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.firstBarTime ? ? o.INVALID_TIME_POINT_INDEX)), r = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.lastBarTime)); return { id: t, ...e, firstBarTime: n, lastBarTime: r } } function c(e, t) { const i = Math.min(e.firstBarTime ? ? o.INVALID_TIME_POINT_INDEX, e.lastBarTime), n = Math.max(e.firstBarTime ? ? o.INVALID_TIME_POINT_INDEX, e.lastBarTime); return t.contains(i) \|\| t.contains(n) \|\| i < t.firstBar() && n > t.lastBar() } }, 224621: (e, t, i) => { i.d(t, { containsHorizLineTimePointIndexes: () => r, dematerializeHorizLine: () => a, isHorizLineInBarsRange: () => d, materializeHorizLine: () => l }); var n = i(650151), o = i(501571), s = i(585240); const r = !0; function l(e, t) { if (e.startIndex >= t.length \|\| e.endIndex >= t.length) return null; const i = t[e.startIndex], s = t[e.endIndex]; return s === o.INVALID_TIME_POINT_INDEX ? null : ((0, n.assert)(i <= s, "startIndex should not exceed endIndex"), { startIndex: i === o.INVALID_TIME_POINT_INDEX ? null : i, endIndex: s, level: e.level, extendLeft: e.extendLeft, extendRight: e.extendRight }) } function a(e, t, i) { const n = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.startIndex ? ? o.INVALID_TIME_POINT_INDEX)), r = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.endIndex)); return { id: t, ...e, startIndex: n, endIndex: r } } function d(e, t) { if (null === e.startIndex) return t.firstBar() <= e.endIndex; const i = Math.min(e.startIndex, e.endIndex), n = Math.max(e.startIndex, e.endIndex); if (t.contains(i) \|\| t.contains(n) \|\| i < t.firstBar() && n > t.lastBar()) return !0; const o = e.startIndex < e.endIndex ? e.extendLeft : e.extendRight, s = e.startIndex < e.endIndex ? e.extendRight : e.extendLeft; return n < t.firstBar() && s \|\| i > t.lastBar() && o } }, 951586: (e, t, i) => { var n; i.d(t, { TextPos: () => n, containsLevelTimePointIndexes: () => o, dematerializeLevel: () => r, materializeLevel: () => s }), function(e) { e[e.TopLeft = 0] = "TopLeft", e[e.TopCenter = 1] = "TopCenter", e[e.TopRight = 2] = "TopRight", e[e.MiddleLeft = 3] = "MiddleLeft", e[e.MiddleCenter = 4] = "MiddleCenter", e[e.MiddleRight = 5] = "MiddleRight", e[e.BottomLeft = 6] = "BottomLeft", e[e.BottomCenter = 7] = "BottomCenter", e[e.BottomRight = 8] = "BottomRight" }(n \|\| (n = {})); const o = !1; function s(e) { return { level: e.level, text: e.text } } function r(e, t, i) { return { id: t, ...e } } }, 649420: (e, t, i) => { i.d(t, { containsLineTimePointIndexes: () => r, dematerializeLine: () => a, isLineInBarsRange: () => d, materializeLine: () => l }); var n = i(650151), o = i(501571), s = i(585240); const r = !0; function l(e, t) { if (e.startIndex >= t.length \|\| e.endIndex >= t.length) return null; const i = t[e.startIndex], s = t[e.endIndex]; return i === o.INVALID_TIME_POINT_INDEX \|\| s === o.INVALID_TIME_POINT_INDEX ? null : ((0, n.assert)(i <= s, "startIndex should not exceed endIndex"), { startIndex: i, endIndex: s, startOffset: e.startOffset, endOffset: e.endOffset, startPrice: e.startPrice, endPrice: e.endPrice }) } function a(e, t, i) { const n = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.startIndex)), o = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.endIndex)); return { id: t, ...e, startIndex: n, endIndex: o } } function d(e, t) { const i = e.startIndex + (e.startOffset ? ? 0), n = e.endIndex + (e.endOffset ? ? 0), o = Math.min(i, n), s = Math.max(i, n); return t.contains(i) \|\| t.contains(n) \|\| o < t.firstBar() && s > t.lastBar() } }, 444468: (e, t, i) => { i.d(t, { LiveStudyGraphics: () => S }); var n = i(650151), o = i(828473), s = i(942634), r = i(307801), l = i(224621), a = i(267439), d = i(239041), c = i(759214), h = i(15141), m = i(164937), p = i(551789), x = i(18613), u = i(951586), I = i(649420), f = i(521854), g = i(968632), w = i(323070), _ = i(817959), T = i(276507), v = i(892686), y = i(487027), b = i(399890), L = i(73239), P = i(130551); function E(e) { const t = JSON.parse(e.pp); var i; return (0, n.assert)("s" in (i = t) && (0, P.isObject)(i.s) && "l" in i.s && "c" in i.s && "e" in i && (0, P.isObject)(i.e) && "l" in i.e && "c" in i.e, "unexpected log source"), { barTime: e.t, time: e.tms, level: e.ll, source: { start: { line: t.s.l, column: t.s.c }, end: { line: t.e.l, column: t.e.c } }, message: e.m } } function B(e) { return { lines: e.l, time: e.t, invocations: e.c } } const D = !1; function z(e) { return { total: e.total, profile: e.profile.map(B) } } var k = i(255866), N = i(408582), C = i(829889), M = i(355468), V = i(515821); class S { constructor(e = {}) { this._indexes = [], this._hhistsByTimePointIndex = new Map, this._primitivesCollection = function(e) { const t = {}; for (const i of M.primitiveNames) { t[i] = new Map; const n = e[i]; if (void 0 !== n) for (const e in n) if (n.hasOwnProperty(e)) switch (i) { case "horizlines": t[i].set(e, G.horizlines()); break; case "vertlines": t[i].set(e, G.vertlines()); break; case "lines": t[i].set(e, G.lines()); break; case "hlines": t[i].set(e, G.hlines()); break; case "textmarks": t[i].set(e, G.textmarks()); break; case "shapemarks": t[i].set(e, G.shapemarks()); break; case "backgrounds": t[i].set(e, G.backgrounds()); break; case "polygons": t[i].set(e, G.polygons()); break; case "trendchannels": t[i].set(e, G.trendchannels()); break; case "hhists": t[i].set(e, G.hhists()); break; case "dwglabels": case "dwglines": case "dwgpolylines": case "dwgboxes": case "dwgtables": case "tpoBlockSets": case "tpoLevels": case "tpoVolumeRows": case "tpoSummaryInfo": t[i].set(e, new Map); break; case "dwgtablecells": t[i].set(e, G.dwgtablecells()); break; case "dwglinefills": t[i].set(e, G.dwglinefills()); break; case "tpos": t[i].set(e, G.tpos()); break; case "logs": t[i].set(e, G.logs()); break; case "footprints": t[i].set(e, G.footprints()); break; case "footprintLevels": t[i].set(e, G.footprintLevels()) } } t.performance.set("performance", new R(z, D)); return t }(e) } horizlines() { return this._primitivesCollection.horizlines } vertlines() { return this._primitivesCollection.vertlines } lines() { return this._primitivesCollection.lines } hlines() { return this._primitivesCollection.hlines } textmarks() { return this._primitivesCollection.textmarks } shapemarks() { return this._primitivesCollection.shapemarks } backgrounds() { return this._primitivesCollection.backgrounds } polygons() { return this._primitivesCollection.polygons } trendchannels() { return this._primitivesCollection.trendchannels } hhists() { return this._primitivesCollection.hhists } dwglabels() { return this._primitivesCollection.dwglabels } dwglines() { return this._primitivesCollection.dwglines } dwgpolylines() { return this._primitivesCollection.dwgpolylines } dwgboxes() { return this._primitivesCollection.dwgboxes } dwgtables() { return this._primitivesCollection.dwgtables } dwgtablecells() { return this._primitivesCollection.dwgtablecells } dwglinefills() { return this._primitivesCollection.dwglinefills } tpos() { return this._primitivesCollection.tpos } tpoBlockSets() { return this._primitivesCollection.tpoBlockSets } tpoLevels() { return this._primitivesCollection.tpoLevels } tpoVolumeRows() { return this._primitivesCollection.tpoVolumeRows } tpoSummaryInfo() { return this._primitivesCollection.tpoSummaryInfo } logs() { return this._primitivesCollection.logs } observableLogs() { return this._primitivesCollection.logs } performance() { return this._primitivesCollection.performance } observablePerformance() { return this._primitivesCollection.performance } footprints() { return this._primitivesCollection.footprints } footprintLevels() { return this._primitivesCollection.footprintLevels } hhistsByTimePointIndex() { return this._hhistsByTimePointIndex } clear() { this._indexes = []; for (const e of M.regularPrimitiveNames) this._primitivesCollection[e].forEach((e => e.clear())); for (const e of M.groupedPrimitiveNames) this._primitivesCollection[e].forEach((e => { e.forEach((e => e.clear())) })); this._hhistsByTimePointIndex = new Map } extract() { const e = { indexes: this._indexes, horizlines: A(this._primitivesCollection.horizlines), vertlines: A(this._primitivesCollection.vertlines), lines: A(this._primitivesCollection.lines), hlines: A(this._primitivesCollection.hlines), textmarks: A(this._primitivesCollection.textmarks), shapemarks: A(this._primitivesCollection.shapemarks), backgrounds: A(this._primitivesCollection.backgrounds), polygons: A(this._primitivesCollection.polygons), trendchannels: A(this._primitivesCollection.trendchannels), hhists: A(this._primitivesCollection.hhists), dwglabels: H(this._primitivesCollection.dwglabels), dwglines: H(this._primitivesCollection.dwglines), dwgpolylines: H(this._primitivesCollection.dwgpolylines), dwgboxes: H(this._primitivesCollection.dwgboxes), dwgtables: H(this._primitivesCollection.dwgtables), dwgtablecells: A(this._primitivesCollection.dwgtablecells), dwglinefills: A(this._primitivesCollection.dwglinefills), tpos: A(this._primitivesCollection.tpos), tpoBlockSets: H(this._primitivesCollection.tpoBlockSets), tpoLevels: H(this._primitivesCollection.tpoLevels), tpoVolumeRows: H(this._primitivesCollection.tpoVolumeRows), tpoSummaryInfo: H(this._primitivesCollection.tpoSummaryInfo), logs: new Map, performance: new Map, footprints: A(this._primitivesCollection.footprints), footprintLevels: A(this._primitivesCollection.footprintLevels) }; return this._hhistsByTimePointIndex = new Map, new V.StaticStudyGraphics("data", e) } replaceIndexesTo(e) { this._indexes = e; const t = e => e.replaceIndexesTo(this._indexes); for (const e of M.regularPrimitiveNames) this._primitivesCollection[e].forEach(t); for (const e of M.groupedPrimitiveNames) this._primitivesCollection[e].forEach((e => { e.forEach(t) })); this._hhistsByTimePointIndex = (0, M.splitHHistsByTimePointIndex)(this._primitivesCollection.hhists) } processCommands(e) { void 0 !== e.erase && this._processEraseCommands(e.erase), void 0 !== e.create && this._processCreateCommands(e.create) } _processCreateCommands(e) { for (const t in e) { if (!e.hasOwnProperty(t)) continue; const i = t; switch (i) { case "horizlines": X(this._indexes, this._primitivesCollection.horizlines, e[i]); break; case "vertlines": X(this._indexes, this._primitivesCollection.vertlines, e[i]); break; case "lines": X(this._indexes, this._primitivesCollection.lines, e[i]); break; case "hlines": X(this._indexes, this._primitivesCollection.hlines, e[i]); break; case "textmarks": X(this._indexes, this._primitivesCollection.textmarks, e[i]); break; case "shapemarks": X(this._indexes, this._primitivesCollection.shapemarks, e[i]); break; case "backgrounds": X(this._indexes, this._primitivesCollection.backgrounds, e[i]); break; case "polygons": X(this._indexes, this._primitivesCollection.polygons, e[i]); break; case "trendchannels": X(this._indexes, this._primitivesCollection.trendchannels, e[i]); break; case "hhists": X(this._indexes, this._primitivesCollection.hhists, e[i]); break; case "dwglabels": F(i, this._indexes, this._primitivesCollection.dwglabels, G.dwglabels, e[i]); break; case "dwglines": F(i, this._indexes, this._primitivesCollection.dwglines, G.dwglines, e[i]); break; case "dwgpolylines": F(i, this._indexes, this._primitivesCollection.dwgpolylines, G.dwgpolylines, e[i]); break; case "dwgboxes": F(i, this._indexes, this._primitivesCollection.dwgboxes, G.dwgboxes, e[i]); break; case "dwgtables": F(i, this._indexes, this._primitivesCollection.dwgtables, G.dwgtables, e[i]); break; case "dwgtablecells": X(this._indexes, this._primitivesCollection.dwgtablecells, e[i]); break; case "dwglinefills": X(this._indexes, this._primitivesCollection.dwglinefills, e[i]); break; case "tpos": X(this._indexes, this._primitivesCollection.tpos, e[i]); break; case "tpoBlockSets": F(i, this._indexes, this._primitivesCollection.tpoBlockSets, G.tpoBlockSets, e[i]); break; case "tpoLevels": F(i, this._indexes, this._primitivesCollection.tpoLevels, G.tpoLevels, e[i]); break; case "tpoVolumeRows": F(i, this._indexes, this._primitivesCollection.tpoVolumeRows, G.tpoVolumeRows, e[i]); break; case "tpoSummaryInfo": F(i, this._indexes, this._primitivesCollection.tpoSummaryInfo, G.tpoSummary, e[i]); break; case "logs": X(this._indexes, this._primitivesCollection.logs, e[i]); break; case "performance": X(this._indexes, this._primitivesCollection.performance, e[i]); break; case "footprints": X(this._indexes, this._primitivesCollection.footprints, e[i]); break; case "footprintLevels": X(this._indexes, this._primitivesCollection.footprintLevels, e[i]) } } this._hhistsByTimePointIndex = (0, M.splitHHistsByTimePointIndex)(this._primitivesCollection.hhists) } _processEraseCommands(e) { for (const t of e) if ("all" === t.action) { for (const e of M.regularPrimitiveNames) this._primitivesCollection[e].forEach((e => e.clearPrimitives())); for (const e of M.groupedPrimitiveNames) this._primitivesCollection[e].forEach((e => { e.forEach((e => e.clearPrimitives())) })) } else { const e = e => e.deleteById(t.id); (0, M.isRegularPrimiriveName)(t.type) ? this._primitivesCollection[t.type].forEach(e): this._primitivesCollection[t.type].forEach((t => { t.forEach(e) })) } this._hhistsByTimePointIndex = (0, M.splitHHistsByTimePointIndex)(this._primitivesCollection.hhists) } } class R { constructor(e, t) { this._primitivesDataById = new Map, this._primitiveById = new Map, this._changed = new s.Delegate, this._cleared = new s.Delegate, this._materializePrimitive = e, this._isRematerializationRequiredWithNewIndexes = t } changed() { return this._changed } cleared() { return this._cleared } forEach(e, t) { this._primitiveById.forEach((i => { e.call(t, i, i, this) })) } has(e) { let t = !1; return this._primitiveById.forEach((i => { t = t \|\| i === e })), t } get size() { return this._primitiveById.size }[Symbol.iterator]() { return this._primitiveById.values() } entries() { throw new Error("Not implemented") } keys() { throw new Error("Not implemented") } union() { throw new Error("Not implemented") } intersection() { throw new Error("Not implemented") } difference() { throw new Error("Not implemented") } symmetricDifference() { throw new Error("Not implemented") } isSubsetOf() { throw new Error("Not implemented") } isSupersetOf() { throw new Error("Not implemented") } isDisjointFrom() { throw new Error("Not implemented") } values() { return this._primitiveById.values() } hasId(e) { return this._primitiveById.has(e) } addData(e, t) { const i = []; e.forEach((e => { this._primitivesDataById.set(e.id, e); const n = this._tryMaterialize(t, e); null !== n && i.push(n) })), i.length > 0 && this._changed.fire({ created: i, removed: [] }) } deleteById(e) { const t = this._primitiveById.get(e); t && (this._primitiveById.delete(e), this._primitivesDataById.delete(e), this._changed.fire({ created: [], removed: [t] })) } clear() { this.clearPrimitives() } clearPrimitives() { this._primitivesDataById.clear(), this._primitiveById.clear(), this._cleared.fire() } replaceIndexesTo(e) { if (!this._isRematerializationRequiredWithNewIndexes) return; const t = Array.from(this._primitiveById.values()); this._primitiveById.clear(), this._primitivesDataById.forEach(this._tryMaterialize.bind(this, e), this); const i = Array.from(this._primitiveById.values()); this._changed.fire({ created: i, removed: t }) } extract() { const e = new Set(this._primitivesDataById.values()); return this.clearPrimitives(), e } _tryMaterialize(e, t) { const i = this._materializePrimitive(t, e); return null !== i && ((0, n.assert)(!this._primitiveById.has(t.id), "primitive with specified id should not exist"), this._primitiveById.set(t.id, i)), i } } function O(e) { const t = new Map; for (const [s, r] of e) t.set(s, (i = r, (n = t.get(s)) ? (0, o.join)(n, i.extract()) : i.extract())); var i, n; return t } function A(e) { return O((0, o.mapEntriesGenerator)(e)) } function H(e) { return O((0, o.nestedMapGenerator)(e)) } function X(e, t, i = []) { for (const o of i) { const i = o.styleId, s = t.get(i); (0, n.assert)(void 0 !== s, "Every style used by graphics primitive should be declared in study metainfo"), s.addData(o.data, e) } } function F(e, t, i, o, s = []) { for (const r of s) { const s = r.styleId, l = i.get(s); (0, n.assert)(void 0 !== l, "Every style used by graphics primitive should be declared in study metainfo"), r.data.forEach((i => { const n = (0, M.getPrimitiveDataKey)(i, e), s = l.get(n) ? ? o(); s.addData([i], t), l.set(n, s) })) } } const G = { horizlines: () => new R(l.materializeHorizLine, l.containsHorizLineTimePointIndexes), vertlines: () => new R(a.materializeVertLine, a.containsVertLineTimePointIndexes), lines: () => new R(I.materializeLine, I.containsLineTimePointIndexes), hlines: () => new R(u.materializeLevel, u.containsLevelTimePointIndexes), textmarks: () => new R(g.materializeTextMark, g.containsTextMarkTimePointIndexes), shapemarks: () => new R(f.materializeShapeMark, f.containsShapeMarkTimePointIndexes), backgrounds: () => new R(c.materializeBackground, c.containsBackgroundTimePointIndexes), polygons: () => new R(d.materializePolygon, d.containsPolygonTimePointIndexes), trendchannels: () => new R(w.materializeTrendChannel, w.containsTrendChannelTimePointIndexes), hhists: () => new R(r.materializeHHist, r.containsHHistTimePointIndexes), dwglines: () => new R(m.materializeDwgLine, m.containsDwgLineTimePointIndexes), dwglinefills: () => new R(T.materializeDwgLineFill, T.containsDwgLineFillTimePointIndexes), dwglabels: () => new R(h.materializeDwgLabel, h.containsDwgLabelTimePointIndexes), dwgtablecells: () => new R(_.materializeDwgTableCell, _.containsDwgTableCellTimePointIndexes), dwgpolylines: () => new R(p.materializeDwgPolyline, p.containsDwgPolylineTimePointIndexes), dwgboxes: () => new R(x.materializeDwgBox, x.containsDwgBoxTimePointIndexes), dwgtables: () => new R(_.materializeDwgTable, _.containsDwgTableTimePointIndexes), tpos: () => new R(v.materializeTpo, v.containsTpoTimePointIndexes), tpoBlockSets: () => new R(y.materializeTpoBlockSet, y.containsTpoBlockSetTimePointIndexes), tpoLevels: () => new R(b.materializeTpoLevelGroup, b.containsTpoLevelGroupTimePointIndexes), tpoVolumeRows: () => new R(L.materializeTpoVolumeRow, L.containsTpoVolumeRowTimePointIndexes), tpoSummary: () => new R(C.materializeTpoSummary, C.containsTpoSummaryTimePointIndexes), logs: () => new R(E, false), footprints: () => new R(k.materializeVolumeFootprint, k.containsFootprintTimePointIndexes), footprintLevels: () => new R(N.materializeVolumeFootprintPriceLevel, N.containsFootprintPriceLevelTimePointIndexes) } }, 239041: (e, t, i) => { i.d(t, { containsPolygonTimePointIndexes: () => s, dematerializePolygon: () => l, isPolygonInBarsRange: () => a, materializePolygon: () => r }); var n = i(501571), o = i(585240); const s = !0; function r(e, t) { for (const i of e.points) { if (i.index >= t.length) return null; if (t[i.index] === n.INVALID_TIME_POINT_INDEX) return null } return { points: e.points.map((e => ({ index: t[e.index], offset: e.offset, level: e.level }))) } } function l(e, t, i) { return { id: t, points: e.points.map((e => ({ ...e, index: (0, o.ensureTimePointIndexIndex)(i.indexOf(e.index)) }))) } } function a(e, t) { if (e.points.some((e => t.contains(e.index + (e.offset ? ? 0))))) return !0; let i = !1, n = !1; const o = t.firstBar(); for (const t of e.points) t.index + (t.offset ? ? 0) < o ? i = !0 : n = !0; return i && n } }, 521854: (e, t, i) => { i.d(t, { containsShapeMarkTimePointIndexes: () => r, dematerializeShapeMark: () => a, isShapeMarkInBarsRange: () => d, materializeShapeMark: () => l }); var n, o = i(501571), s = i(585240); ! function(e) { e.Circle = "circle", e.ArrowUp = "arrowUp", e.ArrowDown = "arrowDown", e.ArrowRight = "arrowRight", e.ArrowLeft = "arrowLeft", e.Square = "square" }(n \|\| (n = {})); const r = !0; function l(e, t) { if (e.time >= t.length) return null; const i = t[e.time]; return i === o.INVALID_TIME_POINT_INDEX ? null : { time: i, price: e.price } } function a(e, t, i) { const n = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.time)); return { id: t, ...e, time: n } } function d(e, t) { return t.contains(e.time) } }, 515821: (e, t, i) => { i.d(t, { StaticStudyGraphics: () => D, emptyStudyGraphics: () => R, loadStudyGraphics: () => O, saveStudyGraphics: () => H }); var n = i(501571), o = i(224621), s = i(267439), r = i(307801), l = i(239041), a = i(759214), d = i(951586), c = i(649420), h = i(521854), m = i(968632), p = i(323070), x = i(15141), u = i(164937), I = i(551789), f = i(18613), g = i(817959), w = i(276507), _ = i(892686), T = i(487027), v = i(399890), y = i(73239), b = i(829889), L = i(255866), P = i(408582), E = i(355468), B = i(124829); class D { constructor(e, t) { if (this._indexes = [], this._horizlines = new Map, this._vertlines = new Map, this._lines = new Map, this._hlines = new Map, this._textmarks = new Map, this._shapemarks = new Map, this._backgrounds = new Map, this._polygons = new Map, this._trendchannels = new Map, this._hhists = new Map, this._dwglabels = new Map, this._dwglines = new Map, this._dwgpolylines = new Map, this._dwgboxes = new Map, this._dwgtables = new Map, this._dwgtablecells = new Map, this._dwglinefills = new Map, this._tpos = new Map, this._tpoBlockSets = new Map, this._tpoLevelGroups = new Map, this._tpoVolumeRows = new Map, this._tpoSummaryInfo = new Map, this._logs = new Map, this._performance = new Map, this._footprints = new Map, this._footprintLevels = new Map, "data" === e) { const e = t; this._indexes = e.indexes, this._vertlines = z(e.vertlines, this._indexes, s.materializeVertLine), this._horizlines = z(e.horizlines, this._indexes, o.materializeHorizLine), this._polygons = z(e.polygons, this._indexes, l.materializePolygon), this._hhists = z(e.hhists, this._indexes, r.materializeHHist), this._backgrounds = z(e.backgrounds, this._indexes, a.materializeBackground), this._lines = z(e.lines, this._indexes, c.materializeLine), this._hlines = z(e.hlines, this._indexes, d.materializeLevel), this._textmarks = z(e.textmarks, this._indexes, m.materializeTextMark), this._shapemarks = z(e.shapemarks, this._indexes, h.materializeShapeMark), this._trendchannels = z(e.trendchannels, this._indexes, p.materializeTrendChannel), this._dwglabels = k("dwglabels", e.dwglabels, this._indexes, x.materializeDwgLabel), this._dwglines = k("dwglines", e.dwglines, this._indexes, u.materializeDwgLine), this._dwgpolylines = k("dwgpolylines", e.dwgpolylines, this._indexes, I.materializeDwgPolyline), this._dwgboxes = k("dwgboxes", e.dwgboxes, this._indexes, f.materializeDwgBox), this._dwgtables = k("dwgtables", e.dwgtables, this._indexes, g.materializeDwgTable), this._dwgtablecells = z(e.dwgtablecells, this._indexes, g.materializeDwgTableCell), this._dwglinefills = z(e.dwglinefills, this._indexes, w.materializeDwgLineFill), this._tpos = z(e.tpos, this._indexes, _.materializeTpo), this._tpoBlockSets = k("tpoBlockSets", e.tpoBlockSets, this._indexes, T.materializeTpoBlockSet), this._tpoVolumeRows = k("tpoVolumeRows", e.tpoVolumeRows, this._indexes, y.materializeTpoVolumeRow), this._tpoSummaryInfo = k("tpoSummaryInfo", e.tpoSummaryInfo, this._indexes, b.materializeTpoSummary), this._tpoLevelGroups = k("tpoLevels", e.tpoLevels, this._indexes, v.materializeTpoLevelGroup), this._footprints = z(e.footprints, this._indexes, L.materializeVolumeFootprint), this._footprintLevels = z(e.footprintLevels, this._indexes, P.materializeVolumeFootprintPriceLevel) } else if ("state" === e) { const e = t; this._indexes = e.indexes \|\| [], this._vertlines = N(e.vertlines, this._indexes, s.materializeVertLine), this._horizlines = N(e.horizlines, this._indexes, o.materializeHorizLine), this._polygons = N(e.polygons, this._indexes, l.materializePolygon), this._hhists = N(e.hhists, this._indexes, r.materializeHHist), this._backgrounds = N(e.backgrounds, this._indexes, a.materializeBackground), this._lines = N(e.lines, this._indexes, c.materializeLine), this._hlines = N(e.hlines, this._indexes, d.materializeLevel), this._textmarks = N(e.textmarks, this._indexes, m.materializeTextMark), this._shapemarks = N(e.shapemarks, this._indexes, h.materializeShapeMark), this._trendchannels = N(e.trendchannels, this._indexes, p.materializeTrendChannel), this._dwglabels = C("dwglabels", e.dwglabels, this._indexes, x.materializeDwgLabel), this._dwglines = C("dwglines", e.dwglines, this._indexes, u.materializeDwgLine), this._dwgpolylines = C("dwgpolylines", e.dwgpolylines, this._indexes, I.materializeDwgPolyline), this._dwgboxes = C("dwgboxes", e.dwgboxes, this._indexes, f.materializeDwgBox), this._dwgtables = C("dwgtables", e.dwgtables, this._indexes, g.materializeDwgTable), this._dwgtablecells = N(e.dwgtablecells, this._indexes, g.materializeDwgTableCell), this._dwglinefills = N(e.dwglinefills, this._indexes, w.materializeDwgLineFill), this._tpos = N(e.tpos, this._indexes, _.materializeTpo), this._tpoBlockSets = C("tpoBlockSets", e.tpoBlockSets, this._indexes, T.materializeTpoBlockSet), this._tpoVolumeRows = C("tpoVolumeRows", e.tpoVolumeRows, this._indexes, y.materializeTpoVolumeRow), this._tpoSummaryInfo = C("tpoSummaryInfo", e.tpoSummaryInfo, this._indexes, b.materializeTpoSummary), this._tpoLevelGroups = C("tpoLevels", e.tpoLevels, this._indexes, v.materializeTpoLevelGroup), this._footprints = N(e.footprints, this._indexes, L.materializeVolumeFootprint), this._footprintLevels = N(e.footprintLevels, this._indexes, P.materializeVolumeFootprintPriceLevel) } this._hhistsByTimePointIndex = (0, E.splitHHistsByTimePointIndex)(this._hhists) } horizlines() { return this._horizlines } vertlines() { return this._vertlines } lines() { return this._lines } hlines() { return this._hlines } textmarks() { return this._textmarks } shapemarks() { return this._shapemarks } backgrounds() { return this._backgrounds } polygons() { return this._polygons } trendchannels() { return this._trendchannels } hhists() { return this._hhists } dwglabels() { return this._dwglabels } dwglines() { return this._dwglines } dwgpolylines() { return this._dwgpolylines } dwgboxes() { return this._dwgboxes } dwgtables() { return this._dwgtables } dwgtablecells() { return this._dwgtablecells } dwglinefills() { return this._dwglinefills } tpos() { return this._tpos } tpoBlockSets() { return this._tpoBlockSets } tpoLevels(e) { return this._tpoLevelGroups } tpoVolumeRows(e) { return this._tpoVolumeRows } tpoSummaryInfo(e) { return this._tpoSummaryInfo } logs() { return this._logs } performance() { return this._performance } footprints() { return this._footprints } footprintLevels() { return this._footprintLevels } hhistsByTimePointIndex() { return this._hhistsByTimePointIndex } } function z(e, t, i) { return new Map(Array.from(e.entries()).map((e => [e[0], new Set(Array.from(e[1]).map((e => i(e, t))).filter(B.notNull))]))) } function k(e, t, i, n) { const o = t => { const i = new Map; return t.forEach((t => { const n = (0, E.getPrimitiveKey)(t, e), o = i.get(n) ? ? new Set; o.add(t), i.set(n, o) })), i }; return new Map(Array.from(t.entries()).map((e => [e[0], o(Array.from(e[1]).map((e => n(e, i))).filter(B.notNull))]))) } function N(e, t, i) { const n = new Map; if (void 0 === e) return n; for (const o of e) { const e = o.styleId, s = n.get(e) \|\| new Set; o.data.forEach((e => { const n = i(e, t); null !== n && s.add(n) })), n.set(e, s) } return n } function C(e, t, i, n) { const o = t => { const i = new Map; return t.forEach((t => { const n = (0, E.getPrimitiveKey)(t, e), o = i.get(n) ? ? new Set; o.add(t), i.set(n, o) })), i }; return new Map((t ? ? []).map((e => [e.styleId, o(e.data.map((e => n(e, i))).filter(B.notNull))]))) } function M(e, t, i) { let n = null; for (const i of e) i.styleId === t && (n = i); null === n && (n = { styleId: t, data: [] }, e.push(n)), n.data.push(i) } function V(e, t, i, n, o, s) { const r = []; return e.forEach(((e, l) => { e.forEach((e => { (null === o \|\| n(e, o)) && M(r, l, s(e, t(e), i)) })) })), r.length > 0 ? r : void 0 } function S(e, t, i, n, o, s) { const r = []; return e.forEach(((e, l) => { e.forEach((e => { e.forEach((e => { (null === o \|\| n(e, o)) && M(r, l, s(e, t(e), i)) })) })) })), r.length > 0 ? r : void 0 } function R() { return new D } function O(e) { return new D("state", e) } function A(e, t) { return !0 } function H(e, t) { const i = function(e) { const t = new Set, i = e => { null != e && t.add(e) }; e.horizlines().forEach(((e, i) => { e.forEach((e => { t.add(e.startIndex ? ? n.INVALID_TIME_POINT_INDEX), t.add(e.endIndex) })) })), e.vertlines().forEach(((e, i) => { e.forEach((e => { t.add(e.index) })) })), e.lines().forEach(((e, i) => { e.forEach((e => { t.add(e.startIndex), t.add(e.endIndex) })) })), e.textmarks().forEach(((e, i) => { e.forEach((e => { t.add(e.time) })) })), e.shapemarks().forEach(((e, i) => { e.forEach((e => { t.add(e.time) })) })), e.backgrounds().forEach(((e, i) => { e.forEach((e => { t.add(null !== e.start ? e.start : n.INVALID_TIME_POINT_INDEX), t.add(e.stop) })) })), e.polygons().forEach(((e, i) => { e.forEach((e => { e.points.forEach((e => { t.add(e.index) })) })) })), e.trendchannels().forEach(((e, i) => { e.forEach((e => { t.add(e.startIndex), t.add(e.endIndex) })) })), e.hhists().forEach(((e, i) => { e.forEach((e => { t.add(e.firstBarTime ? ? n.INVALID_TIME_POINT_INDEX), t.add(e.lastBarTime) })) })), e.dwglabels().forEach((e => { e.forEach((e => { e.forEach((e => { t.add(e.x) })) })) })), e.dwglines().forEach((e => { e.forEach((e => { e.forEach((e => { t.add(e.x1 ? ? n.INVALID_TIME_POINT_INDEX), t.add(e.x2 ? ? n.INVALID_TIME_POINT_INDEX) })) })) })), e.dwgpolylines().forEach((e => { e.forEach((e => { e.forEach((e => { for (const i of e.points) t.add(i.x ? ? n.INVALID_TIME_POINT_INDEX) })) })) })), e.dwgboxes().forEach((e => { e.forEach((e => { e.forEach((e => { t.add(e.left ? ? n.INVALID_TIME_POINT_INDEX), t.add(e.right ? ? n.INVALID_TIME_POINT_INDEX) })) })) })), e.tpos().forEach((e => { e.forEach((e => { t.add(e.firstBarTime), t.add(e.lastBarTime) })) })), e.tpoLevels().forEach((e => { e.forEach((e => { e.forEach((e => { i(e.poorHighExtendTo), i(e.poorLowExtendTo), i(e.tpoPocExtendTo), (e.singleprints ? ? []).map((e => e.extendTo)).map(i) })) })) })), e.footprints().forEach((e => { e.forEach((e => { t.add(e.index) })) })), e.footprintLevels().forEach((e => { e.forEach((e => { t.add(e.startIndex), i(e.extendTo) })) })); const o = Array.from(t); return o.sort(((e, t) => e - t)), o }(e), E = { indexes: i }; let D = 0; const z = () => ++D, k = e => e.id; E.vertlines = V(e.vertlines(), z, i, s.isVertLineInBarsRange, t, s.dematerializeVertLine), E.horizlines = V(e.horizlines(), z, i, o.isHorizLineInBarsRange, t, o.dematerializeHorizLine), E.polygons = V(e.polygons(), z, i, l.isPolygonInBarsRange, t, l.dematerializePolygon), E.hhists = V(e.hhists(), z, i, r.isHHistInBarsRange, t, r.dematerializeHHist), E.backgrounds = V(e.backgrounds(), z, i, a.isBackgroundInBarsRange, t, a.dematerializeBackground); { E.lines = V(e.lines(), z, i, c.isLineInBarsRange, t, c.dematerializeLine), E.hlines = V(e.hlines(), z, i, A, t, d.dematerializeLevel), E.textmarks = V(e.textmarks(), z, i, m.isTextMarkInBarsRange, t, m.dematerializeTextMark), E.shapemarks = V(e.shapemarks(), z, i, h.isShapeMarkInBarsRange, t, h.dematerializeShapeMark), E.trendchannels = V(e.trendchannels(), z, i, p.isTrendChannelInBarsRange, t, p.dematerializeTrendChannel), E.dwglabels = S(e.dwglabels(), z, i, x.isDwgLabelInBarsRange, t, x.dematerializeDwgLabel), E.dwglines = S(e.dwglines(), k, i, u.isDwgLineInBarsRange, t, u.dematerializeDwgLine), E.dwgpolylines = S(e.dwgpolylines(), k, i, I.isDwgPolylineInBarsRange, t, I.dematerializeDwgPolyline), E.dwgboxes = S(e.dwgboxes(), z, i, f.isDwgBoxInBarsRange, t, f.dematerializeDwgBox), E.dwgtables = S(e.dwgtables(), k, i, A, t, g.dematerializeDwgTable), E.dwgtablecells = V(e.dwgtablecells(), z, i, A, t, g.dematerializeDwgTableCell), E.dwglinefills = V(e.dwglinefills(), z, i, A, t, w.dematerializeDwgLineFill); const n = new Map(Array.from(e.tpos().get("tpo") ? .values() ? ? []).map((e => [e.id, e]))), o = e => n.get(e), s = S(e.tpoBlockSets(), z, i, T.isTpoBlockSetInBarsRange.bind(null, o), t, T.dematerializeTpoBlockSet); E.tpoLevels = S(e.tpoLevels(), z, i, v.isTpoLevelInBarsRange.bind(null, o), t, v.dematerializeTpoLevelGroup), E.tpoVolumeRows = S(e.tpoVolumeRows(), z, i, y.isTpoVolumeRowsInBarsRange.bind(null, o), t, y.dematerializeTpoVolumeRow), E.tpoSummaryInfo = S(e.tpoSummaryInfo(), z, i, b.isTpoSummaryInBarsRange.bind(null, o), t, b.dematerializeTpoSummary); const r = [s ? .[0].data, E.tpoLevels ? .[0].data, E.tpoVolumeRows ? .[0].data].filter(B.notUndefined).reduce(((e, t) => e.concat(t.map((e => e.tpoId)))), []), l = new Set(r); E.tpos = V(e.tpos(), k, i, (e => l.has(e.id)), t, _.dematerializeTpo), E.tpoBlockSets = S(e.tpoBlockSets(), z, i, (e => l.has(e.tpoId)), t, T.dematerializeTpoBlockSet), E.footprints = V(e.footprints(), z, i, L.isVolumeFootprintInBarsRange, t, L.dematerializeVolumeFootprint), E.footprintLevels = V(e.footprintLevels(), z, i, P.isVolumeFootprintPriceLevelInBarsRange, t, P.dematerializeVolumeFootprintPriceLevel) } return E } }, 355468: (e, t, i) => { i.d(t, { getPrimitiveDataKey: () => c, getPrimitiveKey: () => d, groupedPrimitiveNames: () => m, hasForceOverlayPrimitives: () => g, isRegularPrimiriveName: () => x, isStudyGraphicsEmpty: () => I, primitiveNames: () => p, primitivesZOrders: () => u, regularPrimitiveNames: () => h, splitHHistsByTimePointIndex: () => f }); const n = ["dwglines", "dwgboxes", "dwglabels", "dwgpolylines", "dwgtables"], o = e => !!e.fo, s = e => !!e.forceOverlay, r = e => e.tpoId, l = e => e.tpoId; function a(e) { return n.includes(e) } function d(e, t) { return a(t) ? s(e) : l(e) } function c(e, t) { return a(t) ? o(e) : r(e) } const h = ["horizlines", "vertlines", "lines", "hlines", "textmarks", "shapemarks", "backgrounds", "polygons", "trendchannels", "hhists", "dwgtablecells", "dwglinefills", "tpos", "logs", "performance", "footprints", "footprintLevels"], m = n.concat(["tpoBlockSets", "tpoLevels", "tpoVolumeRows", "tpoSummaryInfo"]), p = h.concat(m); function x(e) { return h.includes(e) } const u = new Map([ ["logs", -4], ["performance", -4], ["polygons", -4], ["trendchannels", -3], ["textmarks", -2], ["shapemarks", -2], ["backgrounds", -1], ["footprints", 1], ["footprintLevels", 1], ["hlines", 1], ["horizlines", 1], ["hhists", 1], ["dwglinefills", 2], ["vertlines", 3], ["lines", 3], ["dwglines", 3], ["dwgpolylines", 3], ["dwgboxes", 4], ["dwglabels", 5], ["dwgtables", 6], ["dwgtablecells", 6], ["tpos", 7], ["tpoBlockSets", 7], ["tpoLevels", 7], ["tpoVolumeRows", 7], ["tpoSummaryInfo", 1] ]); function I(e) { return !p.some((t => { const i = e[t](); for (const [, e] of i) if (e.size > 0) return !0; return !1 })) } function f(e) { const t = new Map; return e.forEach(((e, i) => { e.forEach((e => { const n = { ...e, styleId: i }, o = e.firstBarTime; let s = t.get(o); void 0 === s && (s = new Set, t.set(o, s)), s.add(n) })) })), t } function g(e) { return !!(e.graphics.dwglines \|\| e.graphics.dwgboxes \|\| e.graphics.dwglabels \|\| e.graphics.dwgpolylines \|\| e.graphics.dwgtables) } }, 968632: (e, t, i) => { i.d(t, { TextMarkType: () => n, containsTextMarkTimePointIndexes: () => l, dematerializeTextMark: () => d, isTextMarkInBarsRange: () => c, materializeTextMark: () => a }); var n, o, s = i(501571), r = i(585240); ! function(e) { e.Triangle = "triangle", e.Rectangle = "rectangle" }(n \|\| (n = {})), function(e) { e.Verdana = "Verdana", e.CourierNew = "Courier New", e.TimesNewRoman = "Times New Roman", e.Arial = "Arial" }(o \|\| (o = {})); const l = !0; function a(e, t) { if (e.time >= t.length) return null; const i = t[e.time]; return i === s.INVALID_TIME_POINT_INDEX ? null : { time: i, offset: e.offset, text: e.text, price: e.price } } function d(e, t, i) { const n = (0, r.ensureTimePointIndexIndex)(i.indexOf(e.time)); return { id: t, ...e, time: n } } function c(e, t) { return t.contains(e.time + (e.offset ? ? 0)) } }, 487027: (e, t, i) => { i.d(t, { containsTpoBlockSetTimePointIndexes: () => o, dematerializeTpoBlockSet: () => r, isTpoBlockSetInBarsRange: () => l, materializeTpoBlockSet: () => s }); var n = i(892686); const o = !1; function s(e, t) { return { tpoId: e.tpoId, blocks: e.blocks, rowIndex: e.rowIndex } } function r(e, t, i) { return { id: t, tpoId: e.tpoId, blocks: e.blocks, rowIndex: e.rowIndex } } function l(e, t, i) { const o = e(t.tpoId); return Boolean(o && (0, n.isTpoInBarsRange)(o, i)) } }, 399890: (e, t, i) => { i.d(t, { containsTpoLevelGroupTimePointIndexes: () => r, dematerializeTpoLevelGroup: () => h, isTpoLevelInBarsRange: () => m, materializeTpoLevelGroup: () => a }); var n = i(124829), o = i(501571), s = i(585240); const r = !0; function l(e, t) { const i = null == e ? e : t[e]; return i === o.INVALID_TIME_POINT_INDEX ? null : i } function a(e, t) { return { tpoId: e.tpoId, tpoPocIndex: e.tpoPocIndex, tpoPocExtendTo: l(e.tpoPocExtendTo, t), tpoValIndex: e.tpoValIndex, tpoValExtendTo: l(e.tpoValExtendTo, t), tpoVahIndex: e.tpoVahIndex, tpoVahExtendTo: l(e.tpoVahExtendTo, t), tpoMidpointIndex: e.tpoMidpointIndex, volumePocIndex: e.volumePocIndex, volumePocExtendTo: l(e.volumePocExtendTo, t), volumeValIndex: e.volumeValIndex, volumeValExtendTo: l(e.volumeValExtendTo, t), volumeVahIndex: e.volumeVahIndex, volumeVahExtendTo: l(e.volumeVahExtendTo, t), poorHighIndex: e.poorHighIndex, poorHighExtendTo: l(e.poorHighExtendTo, t), poorLowIndex: e.poorLowIndex, poorLowExtendTo: l(e.poorLowExtendTo, t), singleprints: e.singleprints ? .map((e => function(e, t) { return { index: e.index, extendTo: l(e.extendTo, t) } }(e, t))) } } function d(e, t) { return null == e ? e : (0, s.ensureTimePointIndexIndex)(t.indexOf(e)) } function c(e) { return Object.keys(e).filter((t => void 0 === e[t])).forEach((t => delete e[t])), e } function h(e, t, i) { return c({ id: t, tpoId: e.tpoId, tpoPocIndex: e.tpoPocIndex, tpoPocExtendTo: d(e.tpoPocExtendTo, i), tpoValIndex: e.tpoValIndex, tpoValExtendTo: d(e.tpoValExtendTo, i), tpoVahIndex: e.tpoVahIndex, tpoVahExtendTo: d(e.tpoVahExtendTo, i), tpoMidpointIndex: e.tpoMidpointIndex, volumePocIndex: e.volumePocIndex, volumePocExtendTo: d(e.volumePocExtendTo, i), volumeValIndex: e.volumeValIndex, volumeValExtendTo: d(e.volumeValExtendTo, i), volumeVahIndex: e.volumeVahIndex, volumeVahExtendTo: d(e.volumeVahExtendTo, i), poorHighIndex: e.poorHighIndex, poorHighExtendTo: d(e.poorHighExtendTo, i), poorLowIndex: e.poorLowIndex, poorLowExtendTo: d(e.poorLowExtendTo, i), singleprints: e.singleprints ? .map((e => function(e, t) { return c({ index: e.index, extendTo: d(e.extendTo, t) }) }(e, i))) }) } function m(e, t, i) { const o = e(t.tpoId); if (!o) return !1; const s = o.firstBarTime, r = [t.poorHighExtendTo, t.poorLowExtendTo, t.tpoPocExtendTo, t.tpoValExtendTo, t.tpoVahExtendTo, t.volumePocExtendTo, t.volumeValExtendTo, t.volumeVahExtendTo].concat((t.singleprints ? ? []).map((e => e.extendTo))).filter(n.notUndefined).map((e => e ? ? 1 / 0)); return !(((r.length ? Math.max(...r) : null) ? ? o.lastBarTime) < i.firstBar() \|\| s > i.lastBar()) } }, 829889: (e, t, i) => { i.d(t, { containsTpoSummaryTimePointIndexes: () => o, dematerializeTpoSummary: () => r, isTpoSummaryInBarsRange: () => l, materializeTpoSummary: () => s }); var n = i(892686); const o = !1; function s(e) { return { ...e } } function r(e, t) { return { id: t, ...e } } function l(e, t, i) { const o = e(t.tpoId); return Boolean(o && (0, n.isTpoInBarsRange)(o, i)) } }, 73239: (e, t, i) => { i.d(t, { containsTpoVolumeRowTimePointIndexes: () => o, dematerializeTpoVolumeRow: () => r, isTpoVolumeRowsInBarsRange: () => l, materializeTpoVolumeRow: () => s }); var n = i(892686); const o = !1; function s(e, t) { return { tpoId: e.tpoId, rowIndex: e.rowIndex, volume: e.volume } } function r(e, t, i) { return { id: t, tpoId: e.tpoId, rowIndex: e.rowIndex, volume: e.volume } } function l(e, t, i) { const o = e(t.tpoId); return Boolean(o && (0, n.isTpoInBarsRange)(o, i)) } }, 323070: (e, t, i) => { i.d(t, { containsTrendChannelTimePointIndexes: () => r, dematerializeTrendChannel: () => a, isTrendChannelInBarsRange: () => d, materializeTrendChannel: () => l }); var n = i(650151), o = i(501571), s = i(585240); const r = !0; function l(e, t) { if (e.startIndex >= t.length \|\| e.endIndex >= t.length) return null; const i = t[e.startIndex], s = t[e.endIndex]; return i === o.INVALID_TIME_POINT_INDEX \|\| s === o.INVALID_TIME_POINT_INDEX ? null : ((0, n.assert)(i <= s, "startIndex should not exceed endIndex"), { startIndex: i, endIndex: s, extendLeft: e.extendLeft, extendRight: e.extendRight, startHighPrice: e.startHighPrice, startLowPrice: e.startLowPrice, endHighPrice: e.endHighPrice, transparency: e.transparency }) } function a(e, t, i) { const n = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.startIndex)), o = (0, s.ensureTimePointIndexIndex)(i.indexOf(e.endIndex)); return { id: t, ...e, startIndex: n, endIndex: o } } function d(e, t) { const i = Math.min(e.startIndex, e.endIndex), n = Math.max(e.startIndex, e.endIndex); if (t.contains(i) \|\| t.contains(n) \|\| i < t.firstBar() && n > t.lastBar()) return !0; const o = e.startIndex < e.endIndex ? e.extendLeft : e.extendRight, s = e.startIndex < e.endIndex ? e.extendRight : e.extendLeft; return n < t.firstBar() && s \|\| i > t.lastBar() && o } }, 267439: (e, t, i) => { i.d(t, { containsVertLineTimePointIndexes: () => s, dematerializeVertLine: () => l, isVertLineInBarsRange: () => a, materializeVertLine: () => r }); var n = i(501571), o = i(585240); const s = !0; function r(e, t) { if (e.index >= t.length) return null; const i = t[e.index]; return i === n.INVALID_TIME_POINT_INDEX ? null : { startPrice: e.startPrice, endPrice: e.endPrice, index: i, extendTop: e.extendTop, extendBottom: e.extendBottom } } function l(e, t, i) { const n = (0, o.ensureTimePointIndexIndex)(i.indexOf(e.index)); return { id: t, ...e, index: n } } function a(e, t) { return t.contains(e.index) } }, 408582: (e, t, i) => { i.d(t, { containsFootprintPriceLevelTimePointIndexes: () => s, dematerializeVolumeFootprintPriceLevel: () => l, isVolumeFootprintPriceLevelInBarsRange: () => a, materializeVolumeFootprintPriceLevel: () => r }); var n = i(501571), o = i(585240); const s = !0; function r(e, t) { if (e.startIndex >= t.length) return null; const i = t[e.startIndex], o = null === e.extendTo ? null : t[e.extendTo]; return i === n.INVALID_TIME_POINT_INDEX \|\| o === n.INVALID_TIME_POINT_INDEX ? null : { id: e.id, price: e.price, type: e.type, startIndex: i, extendTo: o } } function l(e, t, i) { const s = (0, o.ensureTimePointIndexIndex)(i.indexOf(e.startIndex ? ? n.INVALID_TIME_POINT_INDEX)), r = null === e.extendTo ? null : (0, o.ensureTimePointIndexIndex)(i.indexOf(e.extendTo ? ? n.INVALID_TIME_POINT_INDEX)); return { id: t, price: e.price, type: e.type, startIndex: s, extendTo: r } } function a(e, t) { const i = e.startIndex; return !((e.extendTo ? ? 1 / 0) < t.firstBar() \|\| i > t.lastBar()) } }, 984217: (e, t, i) => { function n(e) { const t = new Map; return e.plots.forEach(((e, i) => { t.set(e.id, (e => e[i + 1])) })), t } function o(e, t) { return null == e[t] } i.d(t, { studyEmptyPlotValuePredicate: () => o, studyPlotFunctionMap: () => n }) } } ]);