(function () { jQuery.color = {}; jQuery.color.make = function (G, H, J, I) { var A = {}; A.r = G || 0; A.g = H || 0; A.b = J || 0; A.a = I != null ? I : 1; A.add = function (C, D) { for (var E = 0; E < C.length; ++E) { A[C.charAt(E)] += D } return A.normalize() }; A.scale = function (C, D) { for (var E = 0; E < C.length; ++E) { A[C.charAt(E)] *= D } return A.normalize() }; A.toString = function () { if (A.a >= 1) { return "rgb(" + [A.r, A.g, A.b].join(",") + ")" } else { return "rgba(" + [A.r, A.g, A.b, A.a].join(",") + ")" } }; A.normalize = function () { function C(E, D, F) { return D < E ? E : (D > F ? F : D) } A.r = C(0, parseInt(A.r), 255); A.g = C(0, parseInt(A.g), 255); A.b = C(0, parseInt(A.b), 255); A.a = C(0, A.a, 1); return A }; A.clone = function () { return jQuery.color.make(A.r, A.b, A.g, A.a) }; return A.normalize() }; jQuery.color.extract = function (E, F) { var A; do { A = E.css(F).toLowerCase(); if (A != "" && A != "transparent") { break } E = E.parent() } while (!jQuery.nodeName(E.get(0), "body")); if (A == "rgba(0, 0, 0, 0)") { A = "transparent" } return jQuery.color.parse(A) }; jQuery.color.parse = function (A) { var F, H = jQuery.color.make; if (F = /rgb\(\s*([0-9]{1,3})\s*,\s*([0-9]{1,3})\s*,\s*([0-9]{1,3})\s*\)/.exec(A)) { return H(parseInt(F[1], 10), parseInt(F[2], 10), parseInt(F[3], 10)) } if (F = /rgba\(\s*([0-9]{1,3})\s*,\s*([0-9]{1,3})\s*,\s*([0-9]{1,3})\s*,\s*([0-9]+(?:\.[0-9]+)?)\s*\)/.exec(A)) { return H(parseInt(F[1], 10), parseInt(F[2], 10), parseInt(F[3], 10), parseFloat(F[4])) } if (F = /rgb\(\s*([0-9]+(?:\.[0-9]+)?)\%\s*,\s*([0-9]+(?:\.[0-9]+)?)\%\s*,\s*([0-9]+(?:\.[0-9]+)?)\%\s*\)/.exec(A)) { return H(parseFloat(F[1]) * 2.55, parseFloat(F[2]) * 2.55, parseFloat(F[3]) * 2.55) } if (F = /rgba\(\s*([0-9]+(?:\.[0-9]+)?)\%\s*,\s*([0-9]+(?:\.[0-9]+)?)\%\s*,\s*([0-9]+(?:\.[0-9]+)?)\%\s*,\s*([0-9]+(?:\.[0-9]+)?)\s*\)/.exec(A)) { return H(parseFloat(F[1]) * 2.55, parseFloat(F[2]) * 2.55, parseFloat(F[3]) * 2.55, parseFloat(F[4])) } if (F = /#([a-fA-F0-9]{2})([a-fA-F0-9]{2})([a-fA-F0-9]{2})/.exec(A)) { return H(parseInt(F[1], 16), parseInt(F[2], 16), parseInt(F[3], 16)) } if (F = /#([a-fA-F0-9])([a-fA-F0-9])([a-fA-F0-9])/.exec(A)) { return H(parseInt(F[1] + F[1], 16), parseInt(F[2] + F[2], 16), parseInt(F[3] + F[3], 16)) } var G = jQuery.trim(A).toLowerCase(); if (G == "transparent") { return H(255, 255, 255, 0) } else { F = B[G]; return H(F[0], F[1], F[2]) } }; var B = { aqua: [0, 255, 255], azure: [240, 255, 255], beige: [245, 245, 220], black: [0, 0, 0], blue: [0, 0, 255], brown: [165, 42, 42], cyan: [0, 255, 255], darkblue: [0, 0, 139], darkcyan: [0, 139, 139], darkgrey: [169, 169, 169], darkgreen: [0, 100, 0], darkkhaki: [189, 183, 107], darkmagenta: [139, 0, 139], darkolivegreen: [85, 107, 47], darkorange: [255, 140, 0], darkorchid: [153, 50, 204], darkred: [139, 0, 0], darksalmon: [233, 150, 122], darkviolet: [148, 0, 211], fuchsia: [255, 0, 255], gold: [255, 215, 0], green: [0, 128, 0], indigo: [75, 0, 130], khaki: [240, 230, 140], lightblue: [173, 216, 230], lightcyan: [224, 255, 255], lightgreen: [144, 238, 144], lightgrey: [211, 211, 211], lightpink: [255, 182, 193], lightyellow: [255, 255, 224], lime: [0, 255, 0], magenta: [255, 0, 255], maroon: [128, 0, 0], navy: [0, 0, 128], olive: [128, 128, 0], orange: [255, 165, 0], pink: [255, 192, 203], purple: [128, 0, 128], violet: [128, 0, 128], red: [255, 0, 0], silver: [192, 192, 192], white: [255, 255, 255], yellow: [255, 255, 0]} })(); (function (C) { function B(l, W, X, E) { var O = [], g = { colors: ["#edc240", "#afd8f8", "#cb4b4b", "#4da74d", "#9440ed"], legend: { show: true, noColumns: 1, labelFormatter: null, labelBoxBorderColor: "#ccc", container: null, position: "ne", margin: 5, backgroundColor: null, backgroundOpacity: 0.85 }, xaxis: { mode: null, transform: null, inverseTransform: null, min: null, max: null, autoscaleMargin: null, ticks: null, tickFormatter: null, labelWidth: null, labelHeight: null, tickDecimals: null, tickSize: null, minTickSize: null, monthNames: null, timeformat: null, twelveHourClock: false }, yaxis: { autoscaleMargin: 0.02 }, x2axis: { autoscaleMargin: null }, y2axis: { autoscaleMargin: 0.02 }, series: { points: { show: false, radius: 3, lineWidth: 2, fill: true, fillColor: "#ffffff" }, lines: { lineWidth: 2, fill: false, fillColor: null, steps: false }, bars: { show: false, lineWidth: 2, barWidth: 1, fill: true, fillColor: null, align: "left", horizontal: false }, shadowSize: 3 }, grid: { show: true, aboveData: false, color: "#545454", backgroundColor: null, tickColor: "rgba(0,0,0,0.15)", labelMargin: 5, borderWidth: 2, borderColor: null, markings: null, markingsColor: "#f4f4f4", markingsLineWidth: 2, clickable: false, hoverable: false, autoHighlight: true, mouseActiveRadius: 10 }, hooks: {} }, P = null, AC = null, AD = null, Y = null, AJ = null, s = { xaxis: {}, yaxis: {}, x2axis: {}, y2axis: {} }, e = { left: 0, right: 0, top: 0, bottom: 0 }, y = 0, Q = 0, I = 0, t = 0, L = { processOptions: [], processRawData: [], processDatapoints: [], draw: [], bindEvents: [], drawOverlay: [] }, G = this; G.setData = f; G.setupGrid = k; G.draw = AH; G.getPlaceholder = function () { return l }; G.getCanvas = function () { return P }; G.getPlotOffset = function () { return e }; G.width = function () { return I }; G.height = function () { return t }; G.offset = function () { var AK = AD.offset(); AK.left += e.left; AK.top += e.top; return AK }; G.getData = function () { return O }; G.getAxes = function () { return s }; G.getOptions = function () { return g }; G.highlight = AE; G.unhighlight = x; G.triggerRedrawOverlay = q; G.pointOffset = function (AK) { return { left: parseInt(T(AK, "xaxis").p2c(+AK.x) + e.left), top: parseInt(T(AK, "yaxis").p2c(+AK.y) + e.top)} }; G.hooks = L; b(G); r(X); c(); f(W); k(); AH(); AG(); function Z(AM, AK) { AK = [G].concat(AK); for (var AL = 0; AL < AM.length; ++AL) { AM[AL].apply(this, AK) } } function b() { for (var AK = 0; AK < E.length; ++AK) { var AL = E[AK]; AL.init(G); if (AL.options) { C.extend(true, g, AL.options) } } } function r(AK) { C.extend(true, g, AK); if (g.grid.borderColor == null) { g.grid.borderColor = g.grid.color } if (g.xaxis.noTicks && g.xaxis.ticks == null) { g.xaxis.ticks = g.xaxis.noTicks } if (g.yaxis.noTicks && g.yaxis.ticks == null) { g.yaxis.ticks = g.yaxis.noTicks } if (g.grid.coloredAreas) { g.grid.markings = g.grid.coloredAreas } if (g.grid.coloredAreasColor) { g.grid.markingsColor = g.grid.coloredAreasColor } if (g.lines) { C.extend(true, g.series.lines, g.lines) } if (g.points) { C.extend(true, g.series.points, g.points) } if (g.bars) { C.extend(true, g.series.bars, g.bars) } if (g.shadowSize) { g.series.shadowSize = g.shadowSize } for (var AL in L) { if (g.hooks[AL] && g.hooks[AL].length) { L[AL] = L[AL].concat(g.hooks[AL]) } } Z(L.processOptions, [g]) } function f(AK) { O = M(AK); U(); m() } function M(AN) { var AL = []; for (var AK = 0; AK < AN.length; ++AK) { var AM = C.extend(true, {}, g.series); if (AN[AK].data) { AM.data = AN[AK].data; delete AN[AK].data; C.extend(true, AM, AN[AK]); AN[AK].data = AM.data } else { AM.data = AN[AK] } AL.push(AM) } return AL } function T(AM, AK) { var AL = AM[AK]; if (!AL || AL == 1) { return s[AK] } if (typeof AL == "number") { return s[AK.charAt(0) + AL + AK.slice(1)] } return AL } function U() { var AP; var AV = O.length, AK = [], AN = []; for (AP = 0; AP < O.length; ++AP) { var AS = O[AP].color; if (AS != null) { --AV; if (typeof AS == "number") { AN.push(AS) } else { AK.push(C.color.parse(O[AP].color)) } } } for (AP = 0; AP < AN.length; ++AP) { AV = Math.max(AV, AN[AP] + 1) } var AL = [], AO = 0; AP = 0; while (AL.length < AV) { var AR; if (g.colors.length == AP) { AR = C.color.make(100, 100, 100) } else { AR = C.color.parse(g.colors[AP]) } var AM = AO % 2 == 1 ? -1 : 1; AR.scale("rgb", 1 + AM * Math.ceil(AO / 2) * 0.2); AL.push(AR); ++AP; if (AP >= g.colors.length) { AP = 0; ++AO } } var AQ = 0, AW; for (AP = 0; AP < O.length; ++AP) { AW = O[AP]; if (AW.color == null) { AW.color = AL[AQ].toString(); ++AQ } else { if (typeof AW.color == "number") { AW.color = AL[AW.color].toString() } } if (AW.lines.show == null) { var AU, AT = true; for (AU in AW) { if (AW[AU].show) { AT = false; break } } if (AT) { AW.lines.show = true } } AW.xaxis = T(AW, "xaxis"); AW.yaxis = T(AW, "yaxis") } } function m() { var AW = Number.POSITIVE_INFINITY, AQ = Number.NEGATIVE_INFINITY, Ac, Aa, AZ, AV, AL, AR, Ab, AX, AP, AO, AK, Ai, Af, AT; for (AK in s) { s[AK].datamin = AW; s[AK].datamax = AQ; s[AK].used = false } function AN(Al, Ak, Aj) { if (Ak < Al.datamin) { Al.datamin = Ak } if (Aj > Al.datamax) { Al.datamax = Aj } } for (Ac = 0; Ac < O.length; ++Ac) { AR = O[Ac]; AR.datapoints = { points: [] }; Z(L.processRawData, [AR, AR.data, AR.datapoints]) } for (Ac = 0; Ac < O.length; ++Ac) { AR = O[Ac]; var Ah = AR.data, Ae = AR.datapoints.format; if (!Ae) { Ae = []; Ae.push({ x: true, number: true, required: true }); Ae.push({ y: true, number: true, required: true }); if (AR.bars.show) { Ae.push({ y: true, number: true, required: false, defaultValue: 0 }) } AR.datapoints.format = Ae } if (AR.datapoints.pointsize != null) { continue } if (AR.datapoints.pointsize == null) { AR.datapoints.pointsize = Ae.length } AX = AR.datapoints.pointsize; Ab = AR.datapoints.points; insertSteps = AR.lines.show && AR.lines.steps; AR.xaxis.used = AR.yaxis.used = true; for (Aa = AZ = 0; Aa < Ah.length; ++Aa, AZ += AX) { AT = Ah[Aa]; var AM = AT == null; if (!AM) { for (AV = 0; AV < AX; ++AV) { Ai = AT[AV]; Af = Ae[AV]; if (Af) { if (Af.number && Ai != null) { Ai = +Ai; if (isNaN(Ai)) { Ai = null } } if (Ai == null) { if (Af.required) { AM = true } if (Af.defaultValue != null) { Ai = Af.defaultValue } } } Ab[AZ + AV] = Ai } } if (AM) { for (AV = 0; AV < AX; ++AV) { Ai = Ab[AZ + AV]; if (Ai != null) { Af = Ae[AV]; if (Af.x) { AN(AR.xaxis, Ai, Ai) } if (Af.y) { AN(AR.yaxis, Ai, Ai) } } Ab[AZ + AV] = null } } else { if (insertSteps && AZ > 0 && Ab[AZ - AX] != null && Ab[AZ - AX] != Ab[AZ] && Ab[AZ - AX + 1] != Ab[AZ + 1]) { for (AV = 0; AV < AX; ++AV) { Ab[AZ + AX + AV] = Ab[AZ + AV] } Ab[AZ + 1] = Ab[AZ - AX + 1]; AZ += AX } } } } for (Ac = 0; Ac < O.length; ++Ac) { AR = O[Ac]; Z(L.processDatapoints, [AR, AR.datapoints]) } for (Ac = 0; Ac < O.length; ++Ac) { AR = O[Ac]; Ab = AR.datapoints.points, AX = AR.datapoints.pointsize; var AS = AW, AY = AW, AU = AQ, Ad = AQ; for (Aa = 0; Aa < Ab.length; Aa += AX) { if (Ab[Aa] == null) { continue } for (AV = 0; AV < AX; ++AV) { Ai = Ab[Aa + AV]; Af = Ae[AV]; if (!Af) { continue } if (Af.x) { if (Ai < AS) { AS = Ai } if (Ai > AU) { AU = Ai } } if (Af.y) { if (Ai < AY) { AY = Ai } if (Ai > Ad) { Ad = Ai } } } } if (AR.bars.show) { var Ag = AR.bars.align == "left" ? 0 : -AR.bars.barWidth / 2; if (AR.bars.horizontal) { AY += Ag; Ad += Ag + AR.bars.barWidth } else { AS += Ag; AU += Ag + AR.bars.barWidth } } AN(AR.xaxis, AS, AU); AN(AR.yaxis, AY, Ad) } for (AK in s) { if (s[AK].datamin == AW) { s[AK].datamin = null } if (s[AK].datamax == AQ) { s[AK].datamax = null } } } function c() { function AK(AM, AL) { var AN = document.createElement("canvas"); AN.width = AM; AN.height = AL; if (C.browser.msie) { AN = window.G_vmlCanvasManager.initElement(AN) } return AN } y = l.width(); Q = l.height(); l.html(""); if (l.css("position") == "static") { l.css("position", "relative") } if (y <= 0 || Q <= 0) { throw "Invalid dimensions for plot, width = " + y + ", height = " + Q } if (C.browser.msie) { window.G_vmlCanvasManager.init_(document) } P = C(AK(y, Q)).appendTo(l).get(0); Y = P.getContext("2d"); AC = C(AK(y, Q)).css({ position: "absolute", left: 0, top: 0 }).appendTo(l).get(0); AJ = AC.getContext("2d"); AJ.stroke() } function AG() { AD = C([AC, P]); if (g.grid.hoverable) { AD.mousemove(D) } if (g.grid.clickable) { AD.click(d) } Z(L.bindEvents, [AD]) } function k() { function AL(AT, AU) { function AP(AV) { return AV } var AS, AO, AQ = AU.transform || AP, AR = AU.inverseTransform; if (AT == s.xaxis || AT == s.x2axis) { AS = AT.scale = I / (AQ(AT.max) - AQ(AT.min)); AO = AQ(AT.min); if (AQ == AP) { AT.p2c = function (AV) { return (AV - AO) * AS } } else { AT.p2c = function (AV) { return (AQ(AV) - AO) * AS } } if (!AR) { AT.c2p = function (AV) { return AO + AV / AS } } else { AT.c2p = function (AV) { return AR(AO + AV / AS) } } } else { AS = AT.scale = t / (AQ(AT.max) - AQ(AT.min)); AO = AQ(AT.max); if (AQ == AP) { AT.p2c = function (AV) { return (AO - AV) * AS } } else { AT.p2c = function (AV) { return (AO - AQ(AV)) * AS } } if (!AR) { AT.c2p = function (AV) { return AO - AV / AS } } else { AT.c2p = function (AV) { return AR(AO - AV / AS) } } } } function AN(AR, AT) { var AQ, AS = [], AP; AR.labelWidth = AT.labelWidth; AR.labelHeight = AT.labelHeight; if (AR == s.xaxis || AR == s.x2axis) { if (AR.labelWidth == null) { AR.labelWidth = y / (AR.ticks.length > 0 ? AR.ticks.length : 1) } if (AR.labelHeight == null) { AS = []; for (AQ = 0; AQ < AR.ticks.length; ++AQ) { AP = AR.ticks[AQ].label; if (AP) { AS.push('<div class="tickLabel" style="float:left;width:' + AR.labelWidth + 'px">' + AP + "</div>") } } if (AS.length > 0) { var AO = C('<div style="position:absolute;top:-10000px;width:10000px;font-size:smaller">' + AS.join("") + '<div style="clear:left"></div></div>').appendTo(l); AR.labelHeight = AO.height(); AO.remove() } } } else { if (AR.labelWidth == null || AR.labelHeight == null) { for (AQ = 0; AQ < AR.ticks.length; ++AQ) { AP = AR.ticks[AQ].label; if (AP) { AS.push('<div class="tickLabel">' + AP + "</div>") } } if (AS.length > 0) { var AO = C('<div style="position:absolute;top:-10000px;font-size:smaller">' + AS.join("") + "</div>").appendTo(l); if (AR.labelWidth == null) { AR.labelWidth = AO.width() } if (AR.labelHeight == null) { AR.labelHeight = AO.find("div").height() } AO.remove() } } } if (AR.labelWidth == null) { AR.labelWidth = 0 } if (AR.labelHeight == null) { AR.labelHeight = 0 } } function AM() { var AP = g.grid.borderWidth; for (i = 0; i < O.length; ++i) { AP = Math.max(AP, 2 * (O[i].points.radius + O[i].points.lineWidth / 2)) } e.left = e.right = e.top = e.bottom = AP; var AO = g.grid.labelMargin + g.grid.borderWidth; if (s.xaxis.labelHeight > 0) { e.bottom = Math.max(AP, s.xaxis.labelHeight + AO) } if (s.yaxis.labelWidth > 0) { e.left = Math.max(AP, s.yaxis.labelWidth + AO) } if (s.x2axis.labelHeight > 0) { e.top = Math.max(AP, s.x2axis.labelHeight + AO) } if (s.y2axis.labelWidth > 0) { e.right = Math.max(AP, s.y2axis.labelWidth + AO) } I = y - e.left - e.right; t = Q - e.bottom - e.top } var AK; for (AK in s) { K(s[AK], g[AK]) } if (g.grid.show) { for (AK in s) { F(s[AK], g[AK]); p(s[AK], g[AK]); AN(s[AK], g[AK]) } AM() } else { e.left = e.right = e.top = e.bottom = 0; I = y; t = Q } for (AK in s) { AL(s[AK], g[AK]) } if (g.grid.show) { h() } AI() } function K(AN, AQ) { var AM = +(AQ.min != null ? AQ.min : AN.datamin), AK = +(AQ.max != null ? AQ.max : AN.datamax), AP = AK - AM; if (AP == 0) { var AL = AK == 0 ? 1 : 0.01; if (AQ.min == null) { AM -= AL } if (AQ.max == null || AQ.min != null) { AK += AL } } else { var AO = AQ.autoscaleMargin; if (AO != null) { if (AQ.min == null) { AM -= AP * AO; if (AM < 0 && AN.datamin != null && AN.datamin >= 0) { AM = 0 } } if (AQ.max == null) { AK += AP * AO; if (AK > 0 && AN.datamax != null && AN.datamax <= 0) { AK = 0 } } } } AN.min = AM; AN.max = AK } function F(AP, AS) { var AO; if (typeof AS.ticks == "number" && AS.ticks > 0) { AO = AS.ticks } else { if (AP == s.xaxis || AP == s.x2axis) { AO = 0.3 * Math.sqrt(y) } else { AO = 0.3 * Math.sqrt(Q) } } var AX = (AP.max - AP.min) / AO, AZ, AT, AV, AW, AR, AM, AL; if (AS.mode == "time") { var AU = { second: 1000, minute: 60 * 1000, hour: 60 * 60 * 1000, day: 24 * 60 * 60 * 1000, month: 30 * 24 * 60 * 60 * 1000, year: 365.2425 * 24 * 60 * 60 * 1000 }; var AY = [[1, "second"], [2, "second"], [5, "second"], [10, "second"], [30, "second"], [1, "minute"], [2, "minute"], [5, "minute"], [10, "minute"], [30, "minute"], [1, "hour"], [2, "hour"], [4, "hour"], [8, "hour"], [12, "hour"], [1, "day"], [2, "day"], [3, "day"], [0.25, "month"], [0.5, "month"], [1, "month"], [2, "month"], [3, "month"], [6, "month"], [1, "year"]]; var AN = 0; if (AS.minTickSize != null) { if (typeof AS.tickSize == "number") { AN = AS.tickSize } else { AN = AS.minTickSize[0] * AU[AS.minTickSize[1]] } } for (AR = 0; AR < AY.length - 1; ++AR) { if (AX < (AY[AR][0] * AU[AY[AR][1]] + AY[AR + 1][0] * AU[AY[AR + 1][1]]) / 2 && AY[AR][0] * AU[AY[AR][1]] >= AN) { break } } AZ = AY[AR][0]; AV = AY[AR][1]; if (AV == "year") { AM = Math.pow(10, Math.floor(Math.log(AX / AU.year) / Math.LN10)); AL = (AX / AU.year) / AM; if (AL < 1.5) { AZ = 1 } else { if (AL < 3) { AZ = 2 } else { if (AL < 7.5) { AZ = 5 } else { AZ = 10 } } } AZ *= AM } if (AS.tickSize) { AZ = AS.tickSize[0]; AV = AS.tickSize[1] } AT = function (Ac) { var Ah = [], Af = Ac.tickSize[0], Ai = Ac.tickSize[1], Ag = new Date(Ac.min); var Ab = Af * AU[Ai]; if (Ai == "second") { Ag.setUTCSeconds(A(Ag.getUTCSeconds(), Af)) } if (Ai == "minute") { Ag.setUTCMinutes(A(Ag.getUTCMinutes(), Af)) } if (Ai == "hour") { Ag.setUTCHours(A(Ag.getUTCHours(), Af)) } if (Ai == "month") { Ag.setUTCMonth(A(Ag.getUTCMonth(), Af)) } if (Ai == "year") { Ag.setUTCFullYear(A(Ag.getUTCFullYear(), Af)) } Ag.setUTCMilliseconds(0); if (Ab >= AU.minute) { Ag.setUTCSeconds(0) } if (Ab >= AU.hour) { Ag.setUTCMinutes(0) } if (Ab >= AU.day) { Ag.setUTCHours(0) } if (Ab >= AU.day * 4) { Ag.setUTCDate(1) } if (Ab >= AU.year) { Ag.setUTCMonth(0) } var Ak = 0, Aj = Number.NaN, Ad; do { Ad = Aj; Aj = Ag.getTime(); Ah.push({ v: Aj, label: Ac.tickFormatter(Aj, Ac) }); if (Ai == "month") { if (Af < 1) { Ag.setUTCDate(1); var Aa = Ag.getTime(); Ag.setUTCMonth(Ag.getUTCMonth() + 1); var Ae = Ag.getTime(); Ag.setTime(Aj + Ak * AU.hour + (Ae - Aa) * Af); Ak = Ag.getUTCHours(); Ag.setUTCHours(0) } else { Ag.setUTCMonth(Ag.getUTCMonth() + Af) } } else { if (Ai == "year") { Ag.setUTCFullYear(Ag.getUTCFullYear() + Af) } else { Ag.setTime(Aj + Ab) } } } while (Aj < Ac.max && Aj != Ad); return Ah }; AW = function (Aa, Ad) { var Af = new Date(Aa); if (AS.timeformat != null) { return C.plot.formatDate(Af, AS.timeformat, AS.monthNames) } var Ab = Ad.tickSize[0] * AU[Ad.tickSize[1]]; var Ac = Ad.max - Ad.min; var Ae = (AS.twelveHourClock) ? " %p" : ""; if (Ab < AU.minute) { fmt = "%h:%M:%S" + Ae } else { if (Ab < AU.day) { if (Ac < 2 * AU.day) { fmt = "%h:%M" + Ae } else { fmt = "%b %d %h:%M" + Ae } } else { if (Ab < AU.month) { fmt = "%b %d" } else { if (Ab < AU.year) { if (Ac < AU.year) { fmt = "%b" } else { fmt = "%b %y" } } else { fmt = "%y" } } } } return C.plot.formatDate(Af, fmt, AS.monthNames) } } else { var AK = AS.tickDecimals; var AQ = -Math.floor(Math.log(AX) / Math.LN10); if (AK != null && AQ > AK) { AQ = AK } AM = Math.pow(10, -AQ); AL = AX / AM; if (AL < 1.5) { AZ = 1 } else { if (AL < 3) { AZ = 2; if (AL > 2.25 && (AK == null || AQ + 1 <= AK)) { AZ = 2.5; ++AQ } } else { if (AL < 7.5) { AZ = 5 } else { AZ = 10 } } } AZ *= AM; if (AS.minTickSize != null && AZ < AS.minTickSize) { AZ = AS.minTickSize } if (AS.tickSize != null) { AZ = AS.tickSize } AP.tickDecimals = Math.max(0, (AK != null) ? AK : AQ); AT = function (Ac) { var Ae = []; var Af = A(Ac.min, Ac.tickSize), Ab = 0, Aa = Number.NaN, Ad; do { Ad = Aa; Aa = Af + Ab * Ac.tickSize; Ae.push({ v: Aa, label: Ac.tickFormatter(Aa, Ac) }); ++Ab } while (Aa < Ac.max && Aa != Ad); return Ae }; AW = function (Aa, Ab) { return Aa.toFixed(Ab.tickDecimals) } } AP.tickSize = AV ? [AZ, AV] : AZ; AP.tickGenerator = AT; if (C.isFunction(AS.tickFormatter)) { AP.tickFormatter = function (Aa, Ab) { return "" + AS.tickFormatter(Aa, Ab) } } else { AP.tickFormatter = AW } } function p(AO, AQ) { AO.ticks = []; if (!AO.used) { return } if (AQ.ticks == null) { AO.ticks = AO.tickGenerator(AO) } else { if (typeof AQ.ticks == "number") { if (AQ.ticks > 0) { AO.ticks = AO.tickGenerator(AO) } } else { if (AQ.ticks) { var AP = AQ.ticks; if (C.isFunction(AP)) { AP = AP({ min: AO.min, max: AO.max }) } var AN, AK; for (AN = 0; AN < AP.length; ++AN) { var AL = null; var AM = AP[AN]; if (typeof AM == "object") { AK = AM[0]; if (AM.length > 1) { AL = AM[1] } } else { AK = AM } if (AL == null) { AL = AO.tickFormatter(AK, AO) } AO.ticks[AN] = { v: AK, label: AL} } } } } if (AQ.autoscaleMargin != null && AO.ticks.length > 0) { if (AQ.min == null) { AO.min = Math.min(AO.min, AO.ticks[0].v) } if (AQ.max == null && AO.ticks.length > 1) { AO.max = Math.max(AO.max, AO.ticks[AO.ticks.length - 1].v) } } } function AH() { Y.clearRect(0, 0, y, Q); var AL = g.grid; if (AL.show && !AL.aboveData) { S() } for (var AK = 0; AK < O.length; ++AK) { AA(O[AK]) } Z(L.draw, [Y]); if (AL.show && AL.aboveData) { S() } } function N(AL, AR) { var AO = AR + "axis", AK = AR + "2axis", AN, AQ, AP, AM; if (AL[AO]) { AN = s[AO]; AQ = AL[AO].from; AP = AL[AO].to } else { if (AL[AK]) { AN = s[AK]; AQ = AL[AK].from; AP = AL[AK].to } else { AN = s[AO]; AQ = AL[AR + "1"]; AP = AL[AR + "2"] } } if (AQ != null && AP != null && AQ > AP) { return { from: AP, to: AQ, axis: AN} } return { from: AQ, to: AP, axis: AN} } function S() { var AO; Y.save(); Y.translate(e.left, e.top); if (g.grid.backgroundColor) { Y.fillStyle = R(g.grid.backgroundColor, t, 0, "rgba(255, 255, 255, 0)"); Y.fillRect(0, 0, I, t) } var AL = g.grid.markings; if (AL) { if (C.isFunction(AL)) { AL = AL({ xmin: s.xaxis.min, xmax: s.xaxis.max, ymin: s.yaxis.min, ymax: s.yaxis.max, xaxis: s.xaxis, yaxis: s.yaxis, x2axis: s.x2axis, y2axis: s.y2axis }) } for (AO = 0; AO < AL.length; ++AO) { var AK = AL[AO], AQ = N(AK, "x"), AN = N(AK, "y"); if (AQ.from == null) { AQ.from = AQ.axis.min } if (AQ.to == null) { AQ.to = AQ.axis.max } if (AN.from == null) { AN.from = AN.axis.min } if (AN.to == null) { AN.to = AN.axis.max } if (AQ.to < AQ.axis.min || AQ.from > AQ.axis.max || AN.to < AN.axis.min || AN.from > AN.axis.max) { continue } AQ.from = Math.max(AQ.from, AQ.axis.min); AQ.to = Math.min(AQ.to, AQ.axis.max); AN.from = Math.max(AN.from, AN.axis.min); AN.to = Math.min(AN.to, AN.axis.max); if (AQ.from == AQ.to && AN.from == AN.to) { continue } AQ.from = AQ.axis.p2c(AQ.from); AQ.to = AQ.axis.p2c(AQ.to); AN.from = AN.axis.p2c(AN.from); AN.to = AN.axis.p2c(AN.to); if (AQ.from == AQ.to || AN.from == AN.to) { Y.beginPath(); Y.strokeStyle = AK.color || g.grid.markingsColor; Y.lineWidth = AK.lineWidth || g.grid.markingsLineWidth; Y.moveTo(AQ.from, AN.from); Y.lineTo(AQ.to, AN.to); Y.stroke() } else { Y.fillStyle = AK.color || g.grid.markingsColor; Y.fillRect(AQ.from, AN.to, AQ.to - AQ.from, AN.from - AN.to) } } } Y.lineWidth = 1; Y.strokeStyle = g.grid.tickColor; Y.beginPath(); var AM, AP = s.xaxis; for (AO = 0; AO < AP.ticks.length; ++AO) { AM = AP.ticks[AO].v; if (AM <= AP.min || AM >= s.xaxis.max) { continue } Y.moveTo(Math.floor(AP.p2c(AM)) + Y.lineWidth / 2, 0); Y.lineTo(Math.floor(AP.p2c(AM)) + Y.lineWidth / 2, t) } AP = s.yaxis; for (AO = 0; AO < AP.ticks.length; ++AO) { AM = AP.ticks[AO].v; if (AM <= AP.min || AM >= AP.max) { continue } Y.moveTo(0, Math.floor(AP.p2c(AM)) + Y.lineWidth / 2); Y.lineTo(I, Math.floor(AP.p2c(AM)) + Y.lineWidth / 2) } AP = s.x2axis; for (AO = 0; AO < AP.ticks.length; ++AO) { AM = AP.ticks[AO].v; if (AM <= AP.min || AM >= AP.max) { continue } Y.moveTo(Math.floor(AP.p2c(AM)) + Y.lineWidth / 2, -5); Y.lineTo(Math.floor(AP.p2c(AM)) + Y.lineWidth / 2, 5) } AP = s.y2axis; for (AO = 0; AO < AP.ticks.length; ++AO) { AM = AP.ticks[AO].v; if (AM <= AP.min || AM >= AP.max) { continue } Y.moveTo(I - 5, Math.floor(AP.p2c(AM)) + Y.lineWidth / 2); Y.lineTo(I + 5, Math.floor(AP.p2c(AM)) + Y.lineWidth / 2) } Y.stroke(); if (g.grid.borderWidth) { var AR = g.grid.borderWidth; Y.lineWidth = AR; Y.strokeStyle = g.grid.borderColor; Y.strokeRect(-AR / 2, -AR / 2, I + AR, t + AR) } Y.restore() } function h() { l.find(".tickLabels").remove(); var AK = ['<div class="tickLabels" style="font-size:smaller;color:' + g.grid.color + '">']; function AM(AP, AQ) { for (var AO = 0; AO < AP.ticks.length; ++AO) { var AN = AP.ticks[AO]; if (!AN.label || AN.v < AP.min || AN.v > AP.max) { continue } AK.push(AQ(AN, AP)) } } var AL = g.grid.labelMargin + g.grid.borderWidth; AM(s.xaxis, function (AN, AO) { return '<div style="position:absolute;top:' + (e.top + t + AL) + "px;left:" + Math.round(e.left + AO.p2c(AN.v) - AO.labelWidth / 2) + "px;width:" + AO.labelWidth + 'px;text-align:center" class="tickLabel">' + AN.label + "</div>" }); AM(s.yaxis, function (AN, AO) { return '<div style="position:absolute;top:' + Math.round(e.top + AO.p2c(AN.v) - AO.labelHeight / 2) + "px;right:" + (e.right + I + AL) + "px;width:" + AO.labelWidth + 'px;text-align:right" class="tickLabel">' + AN.label + "</div>" }); AM(s.x2axis, function (AN, AO) { return '<div style="position:absolute;bottom:' + (e.bottom + t + AL) + "px;left:" + Math.round(e.left + AO.p2c(AN.v) - AO.labelWidth / 2) + "px;width:" + AO.labelWidth + 'px;text-align:center" class="tickLabel">' + AN.label + "</div>" }); AM(s.y2axis, function (AN, AO) { return '<div style="position:absolute;top:' + Math.round(e.top + AO.p2c(AN.v) - AO.labelHeight / 2) + "px;left:" + (e.left + I + AL) + "px;width:" + AO.labelWidth + 'px;text-align:left" class="tickLabel">' + AN.label + "</div>" }); AK.push("</div>"); l.append(AK.join("")) } function AA(AK) { if (AK.lines.show) { a(AK) } if (AK.bars.show) { n(AK) } if (AK.points.show) { o(AK) } } function a(AN) { function AM(AY, AZ, AR, Ad, Ac) { var Ae = AY.points, AS = AY.pointsize, AW = null, AV = null; Y.beginPath(); for (var AX = AS; AX < Ae.length; AX += AS) { var AU = Ae[AX - AS], Ab = Ae[AX - AS + 1], AT = Ae[AX], Aa = Ae[AX + 1]; if (AU == null || AT == null) { continue } if (Ab <= Aa && Ab < Ac.min) { if (Aa < Ac.min) { continue } AU = (Ac.min - Ab) / (Aa - Ab) * (AT - AU) + AU; Ab = Ac.min } else { if (Aa <= Ab && Aa < Ac.min) { if (Ab < Ac.min) { continue } AT = (Ac.min - Ab) / (Aa - Ab) * (AT - AU) + AU; Aa = Ac.min } } if (Ab >= Aa && Ab > Ac.max) { if (Aa > Ac.max) { continue } AU = (Ac.max - Ab) / (Aa - Ab) * (AT - AU) + AU; Ab = Ac.max } else { if (Aa >= Ab && Aa > Ac.max) { if (Ab > Ac.max) { continue } AT = (Ac.max - Ab) / (Aa - Ab) * (AT - AU) + AU; Aa = Ac.max } } if (AU <= AT && AU < Ad.min) { if (AT < Ad.min) { continue } Ab = (Ad.min - AU) / (AT - AU) * (Aa - Ab) + Ab; AU = Ad.min } else { if (AT <= AU && AT < Ad.min) { if (AU < Ad.min) { continue } Aa = (Ad.min - AU) / (AT - AU) * (Aa - Ab) + Ab; AT = Ad.min } } if (AU >= AT && AU > Ad.max) { if (AT > Ad.max) { continue } Ab = (Ad.max - AU) / (AT - AU) * (Aa - Ab) + Ab; AU = Ad.max } else { if (AT >= AU && AT > Ad.max) { if (AU > Ad.max) { continue } Aa = (Ad.max - AU) / (AT - AU) * (Aa - Ab) + Ab; AT = Ad.max } } if (AU != AW || Ab != AV) { Y.moveTo(Ad.p2c(AU) + AZ, Ac.p2c(Ab) + AR) } AW = AT; AV = Aa; Y.lineTo(Ad.p2c(AT) + AZ, Ac.p2c(Aa) + AR) } Y.stroke() } function AO(AX, Ae, Ac) { var Af = AX.points, AR = AX.pointsize, AS = Math.min(Math.max(0, Ac.min), Ac.max), Aa, AV = 0, Ad = false; for (var AW = AR; AW < Af.length; AW += AR) { var AU = Af[AW - AR], Ab = Af[AW - AR + 1], AT = Af[AW], AZ = Af[AW + 1]; if (Ad && AU != null && AT == null) { Y.lineTo(Ae.p2c(AV), Ac.p2c(AS)); Y.fill(); Ad = false; continue } if (AU == null || AT == null) { continue } if (AU <= AT && AU < Ae.min) { if (AT < Ae.min) { continue } Ab = (Ae.min - AU) / (AT - AU) * (AZ - Ab) + Ab; AU = Ae.min } else { if (AT <= AU && AT < Ae.min) { if (AU < Ae.min) { continue } AZ = (Ae.min - AU) / (AT - AU) * (AZ - Ab) + Ab; AT = Ae.min } } if (AU >= AT && AU > Ae.max) { if (AT > Ae.max) { continue } Ab = (Ae.max - AU) / (AT - AU) * (AZ - Ab) + Ab; AU = Ae.max } else { if (AT >= AU && AT > Ae.max) { if (AU > Ae.max) { continue } AZ = (Ae.max - AU) / (AT - AU) * (AZ - Ab) + Ab; AT = Ae.max } } if (!Ad) { Y.beginPath(); Y.moveTo(Ae.p2c(AU), Ac.p2c(AS)); Ad = true } if (Ab >= Ac.max && AZ >= Ac.max) { Y.lineTo(Ae.p2c(AU), Ac.p2c(Ac.max)); Y.lineTo(Ae.p2c(AT), Ac.p2c(Ac.max)); AV = AT; continue } else { if (Ab <= Ac.min && AZ <= Ac.min) { Y.lineTo(Ae.p2c(AU), Ac.p2c(Ac.min)); Y.lineTo(Ae.p2c(AT), Ac.p2c(Ac.min)); AV = AT; continue } } var Ag = AU, AY = AT; if (Ab <= AZ && Ab < Ac.min && AZ >= Ac.min) { AU = (Ac.min - Ab) / (AZ - Ab) * (AT - AU) + AU; Ab = Ac.min } else { if (AZ <= Ab && AZ < Ac.min && Ab >= Ac.min) { AT = (Ac.min - Ab) / (AZ - Ab) * (AT - AU) + AU; AZ = Ac.min } } if (Ab >= AZ && Ab > Ac.max && AZ <= Ac.max) { AU = (Ac.max - Ab) / (AZ - Ab) * (AT - AU) + AU; Ab = Ac.max } else { if (AZ >= Ab && AZ > Ac.max && Ab <= Ac.max) { AT = (Ac.max - Ab) / (AZ - Ab) * (AT - AU) + AU; AZ = Ac.max } } if (AU != Ag) { if (Ab <= Ac.min) { Aa = Ac.min } else { Aa = Ac.max } Y.lineTo(Ae.p2c(Ag), Ac.p2c(Aa)); Y.lineTo(Ae.p2c(AU), Ac.p2c(Aa)) } Y.lineTo(Ae.p2c(AU), Ac.p2c(Ab)); Y.lineTo(Ae.p2c(AT), Ac.p2c(AZ)); if (AT != AY) { if (AZ <= Ac.min) { Aa = Ac.min } else { Aa = Ac.max } Y.lineTo(Ae.p2c(AT), Ac.p2c(Aa)); Y.lineTo(Ae.p2c(AY), Ac.p2c(Aa)) } AV = Math.max(AT, AY) } if (Ad) { Y.lineTo(Ae.p2c(AV), Ac.p2c(AS)); Y.fill() } } Y.save(); Y.translate(e.left, e.top); Y.lineJoin = "round"; var AP = AN.lines.lineWidth, AK = AN.shadowSize; if (AP > 0 && AK > 0) { Y.lineWidth = AK; Y.strokeStyle = "rgba(0,0,0,0.1)"; var AQ = Math.PI / 18; AM(AN.datapoints, Math.sin(AQ) * (AP / 2 + AK / 2), Math.cos(AQ) * (AP / 2 + AK / 2), AN.xaxis, AN.yaxis); Y.lineWidth = AK / 2; AM(AN.datapoints, Math.sin(AQ) * (AP / 2 + AK / 4), Math.cos(AQ) * (AP / 2 + AK / 4), AN.xaxis, AN.yaxis) } Y.lineWidth = AP; Y.strokeStyle = AN.color; var AL = V(AN.lines, AN.color, 0, t); if (AL) { Y.fillStyle = AL; AO(AN.datapoints, AN.xaxis, AN.yaxis) } if (AP > 0) { AM(AN.datapoints, 0, 0, AN.xaxis, AN.yaxis) } Y.restore() } function o(AN) { function AP(AU, AT, Ab, AR, AV, AZ, AY) { var Aa = AU.points, AQ = AU.pointsize; for (var AS = 0; AS < Aa.length; AS += AQ) { var AX = Aa[AS], AW = Aa[AS + 1]; if (AX == null || AX < AZ.min || AX > AZ.max || AW < AY.min || AW > AY.max) { continue } Y.beginPath(); Y.arc(AZ.p2c(AX), AY.p2c(AW) + AR, AT, 0, AV, false); if (Ab) { Y.fillStyle = Ab; Y.fill() } Y.stroke() } } Y.save(); Y.translate(e.left, e.top); var AO = AN.lines.lineWidth, AL = AN.shadowSize, AK = AN.points.radius; if (AO > 0 && AL > 0) { var AM = AL / 2; Y.lineWidth = AM; Y.strokeStyle = "rgba(0,0,0,0.1)"; AP(AN.datapoints, AK, null, AM + AM / 2, Math.PI, AN.xaxis, AN.yaxis); Y.strokeStyle = "rgba(0,0,0,0.2)"; AP(AN.datapoints, AK, null, AM / 2, Math.PI, AN.xaxis, AN.yaxis) } Y.lineWidth = AO; Y.strokeStyle = AN.color; AP(AN.datapoints, AK, V(AN.points, AN.color), 0, 2 * Math.PI, AN.xaxis, AN.yaxis); Y.restore() } function AB(AV, AU, Ad, AQ, AY, AN, AL, AT, AS, Ac, AZ) { var AM, Ab, AR, AX, AO, AK, AW, AP, Aa; if (AZ) { AP = AK = AW = true; AO = false; AM = Ad; Ab = AV; AX = AU + AQ; AR = AU + AY; if (Ab < AM) { Aa = Ab; Ab = AM; AM = Aa; AO = true; AK = false } } else { AO = AK = AW = true; AP = false; AM = AV + AQ; Ab = AV + AY; AR = Ad; AX = AU; if (AX < AR) { Aa = AX; AX = AR; AR = Aa; AP = true; AW = false } } if (Ab < AT.min || AM > AT.max || AX < AS.min || AR > AS.max) { return } if (AM < AT.min) { AM = AT.min; AO = false } if (Ab > AT.max) { Ab = AT.max; AK = false } if (AR < AS.min) { AR = AS.min; AP = false } if (AX > AS.max) { AX = AS.max; AW = false } AM = AT.p2c(AM); AR = AS.p2c(AR); Ab = AT.p2c(Ab); AX = AS.p2c(AX); if (AL) { Ac.beginPath(); Ac.moveTo(AM, AR); Ac.lineTo(AM, AX); Ac.lineTo(Ab, AX); Ac.lineTo(Ab, AR); Ac.fillStyle = AL(AR, AX); Ac.fill() } if (AO || AK || AW || AP) { Ac.beginPath(); Ac.moveTo(AM, AR + AN); if (AO) { Ac.lineTo(AM, AX + AN) } else { Ac.moveTo(AM, AX + AN) } if (AW) { Ac.lineTo(Ab, AX + AN) } else { Ac.moveTo(Ab, AX + AN) } if (AK) { Ac.lineTo(Ab, AR + AN) } else { Ac.moveTo(Ab, AR + AN) } if (AP) { Ac.lineTo(AM, AR + AN) } else { Ac.moveTo(AM, AR + AN) } Ac.stroke() } } function n(AM) { function AL(AS, AR, AU, AP, AT, AW, AV) { var AX = AS.points, AO = AS.pointsize; 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