highcharts/indicators/indicators-all.js

JavaScript charting framework

!/**
 * Highstock JS v13.0.1 (2026-08-17)
 * @module highcharts/indicators/indicators-all
 * @requires highcharts
 * @requires highcharts/modules/stock
 *
 * All technical indicators for Highcharts Stock
 *
 * (c) 2010-2026 Highsoft AS
 * Author: Paweł Fus
 *
 * A commercial license may be required depending on use,
 * see www.highcharts.com/license
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null!==t&&null!==s&&null!==a&&null!==o&&s!==a?(o-a-(s-o))/(s-a)*t:(h=p,null)}if(a>0&&a<=o){for(p=0;p<a;p++)i[p]=g(t[p],s[p]),d+=s[p],c+=i[p];for(r.push(e[p-1]),n.push(p-h>=a&&0!==d?c/d:null),l.push([r[0],n[0]]);p<o;p++)i[p]=g(t[p],s[p]),d-=s[p-a],d+=s[p],c-=i[p-a],c+=i[p],u=[e[p],p-h>=a?c/d:null],r.push(u[0]),n.push(u[1]),l.push([u[0],u[1]])}return{values:l,xData:r,yData:n}}}j.defaultOptions=(0,u.merge)(K.defaultOptions,{params:{index:void 0,volumeSeriesID:"volume"}}),x().registerSeriesType("cmf",j);let{sma:H}=x().seriesTypes;class U extends H{calculateDM(e,t,s){let a,o=e[t][1],i=e[t][2],r=e[t-1][1],n=e[t-1][2];return a=o-r>n-i?s?Math.max(o-r,0):0:s?0:Math.max(n-i,0),(0,u.correctFloat)(a)}calculateDI(e,t){return e/t*100}calculateDX(e,t){return(0,u.correctFloat)(Math.abs(e-t)/Math.abs(e+t)*100)}smoothValues(e,t,s){return(0,u.correctFloat)(e-e/s+t)}getTR(e,t){return(0,u.correctFloat)(Math.max(e[1]-e[2],t?Math.abs(e[1]-t[3]):0,t?Math.abs(e[2]-t[3]):0))}getValues(e,t){let s=t.period,a=e.xData,o=e.yData,i=o?o.length:0,r=[],n=[],l=[];if(a.length<=s||!(0,u.isArray)(o[0])||4!==o[0].length)return;let p=0,h=0,d=0,c;for(c=1;c<i;c++){let e,t,i,u,g,m,y,f,x;c<=s?(u=this.calculateDM(o,c,!0),g=this.calculateDM(o,c),m=this.getTR(o[c],o[c-1]),p+=u,h+=g,d+=m,c===s&&(y=this.calculateDI(p,d),f=this.calculateDI(h,d),x=this.calculateDX(p,h),r.push([a[c],x,y,f]),n.push(a[c]),l.push([x,y,f]))):(u=this.calculateDM(o,c,!0),g=this.calculateDM(o,c),m=this.getTR(o[c],o[c-1]),e=this.smoothValues(p,u,s),t=this.smoothValues(h,g,s),i=this.smoothValues(d,m,s),p=e,h=t,d=i,y=this.calculateDI(p,d),f=this.calculateDI(h,d),x=this.calculateDX(p,h),r.push([a[c],x,y,f]),n.push(a[c]),l.push([x,y,f]))}return{values:r,xData:n,yData:l}}}U.defaultOptions=(0,u.merge)(H.defaultOptions,{params:{index:void 0},marker:{enabled:!1},tooltip:{pointFormat:'<span style="color: {point.color}">●</span><b> {series.name}</b><br/><span style="color: {point.color}">DX</span>: {point.y}<br/><span style="color: 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s=t.period,a=t.index,o=Math.floor(s/2+1),i=s+o,r=e.xData||[],n=e.yData||[],l=n.length,p=[],h=[],d=[],c,g,m,y,f,x=0;if(!(r.length<=i)){for(y=0;y<s-1;y++)x=_(x,n,y,a);for(f=0;f<=l-i;f++)g=f+s-1,m=f+i-1,x=_(x,n,g,a),c=(0,u.pick)(n[m][a],n[m])-x/s,x=_(x,n,f,a,!0),p.push([r[m],c]),h.push(r[m]),d.push(c);return{values:p,xData:h,yData:d}}}}q.defaultOptions=(0,u.merge)(Z.defaultOptions,{params:{index:0,period:21}}),(0,u.extend)(q.prototype,{nameBase:"DPO"}),x().registerSeriesType("dpo",q);let{ema:$}=x().seriesTypes;class J extends ${getValues(e,t){let s,a,o=t.periods,i=t.period,r=[],n=[],l=[];if(2!==o.length||o[1]<=o[0])return void(0,u.error)('Error: "Chaikin requires two periods. 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Notice, first period should be lower than the second one."');let p=super.getValues.call(this,e,{index:i,period:o[0]}),h=super.getValues.call(this,e,{index:i,period:o[1]});if(!p||!h)return;let d=o[1]-o[0];for(a=0;a<h.yData.length;a++)s=p.yData[a+d]-h.yData[a],r.push([h.xData[a],s]),n.push(h.xData[a]),l.push(s);return{values:r,xData:n,yData:l}}}el.defaultOptions=(0,u.merge)(en.defaultOptions,{params:{period:void 0,periods:[10,20]}}),(0,u.extend)(el.prototype,{nameBase:"APO",nameComponents:["periods"]}),x().registerSeriesType("apo",el);var ep=l(956),eu=l.n(ep),eh=l(620);let{parse:ed}=l.n(eh)(),{sma:ec}=x().seriesTypes;function eg(e){return{high:e.reduce(function(e,t){return Math.max(e,t[1])},-1/0),low:e.reduce(function(e,t){return Math.min(e,t[2])},1/0)}}function em(e){let t=e.indicator;t.points=e.points,t.nextPoints=e.nextPoints,t.color=e.color,t.options=(0,u.merge)(e.options.senkouSpan.styles,e.gap),t.graph=e.graph,t.fillGraph=!0,x().seriesTypes.sma.prototype.drawGraph.call(t)}class ey extends ec{constructor(){super(...arguments),this.data=[],this.options={},this.points=[],this.graphCollection=[]}init(){super.init.apply(this,arguments),this.options=(0,u.merge)({tenkanLine:{styles:{lineColor:this.color}},kijunLine:{styles:{lineColor:this.color}},chikouLine:{styles:{lineColor:this.color}},senkouSpanA:{styles:{lineColor:this.color,fill:ed(this.color).setOpacity(.5).get()}},senkouSpanB:{styles:{lineColor:this.color,fill:ed(this.color).setOpacity(.5).get()}},senkouSpan:{styles:{fill:ed(this.color).setOpacity(.2).get()}}},this.options)}toYData(e){return[e.tenkanSen,e.kijunSen,e.chikouSpan,e.senkouSpanA,e.senkouSpanB]}translate(){for(let e of(x().seriesTypes.sma.prototype.translate.apply(this),this.points))for(let t of this.pointArrayMap){let s=e[t];(0,u.isNumber)(s)&&(e["plot"+t]=this.yAxis.toPixels(s,!0),e.plotY=e["plot"+t],e.tooltipPos=[e.plotX,e["plot"+t]],e.isNull=!1)}}drawGraph(){let e=this,t=e.points,s=e.options,a=e.graph,o=e.color,i={options:{gapSize:s.gapSize}},r=e.pointArrayMap.length,n=[[],[],[],[],[],[]],l={tenkanLine:n[0],kijunLine:n[1],chikouLine:n[2],senkouSpanA:n[3],senkouSpanB:n[4],senkouSpan:n[5]},p=[],h=e.options.senkouSpan,d=h.color||h.styles.fill,c=h.negativeColor,g=[[],[]],m=[[],[]],y=t.length,f=0,v,D,b,A,S,C,T,P,M,V,O,k,L;for(e.ikhMap=l;y--;){for(b=0,D=t[y];b<r;b++)v=e.pointArrayMap[b],(0,u.defined)(D[v])&&n[b].push({plotX:D.plotX,plotY:D["plot"+v],isNull:!1});if(c&&y!==t.length-1){let e=l.senkouSpanB.length-1,t=function(e,t,s,a){if(e&&t&&s&&a){let o=t.plotX-e.plotX,i=t.plotY-e.plotY,r=a.plotX-s.plotX,n=a.plotY-s.plotY,l=e.plotX-s.plotX,p=e.plotY-s.plotY,u=(-i*l+o*p)/(-r*i+o*n),h=(r*p-n*l)/(-r*i+o*n);if(u>=0&&u<=1&&h>=0&&h<=1)return{plotX:e.plotX+h*o,plotY:e.plotY+h*i}}}(l.senkouSpanA[e-1],l.senkouSpanA[e],l.senkouSpanB[e-1],l.senkouSpanB[e]);if(t){let 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g[O=C[0].plotY>T[0].plotY?0:1]=g[O].concat(C),m[O]=m[O].concat(T);["graphsenkouSpanColor","graphsenkouSpanNegativeColor"].forEach(function(t,a){g[a].length&&m[a].length&&(V=0===a?d:c,em({indicator:e,points:g[a],nextPoints:m[a],color:V,options:s,gap:i,graph:e[t]}),e[t]=e.graph,e.graphCollection.push(t))})}else em({indicator:e,points:l.senkouSpanB,nextPoints:l.senkouSpanA,color:d,options:s,gap:i,graph:e.graphsenkouSpan}),e.graphsenkouSpan=e.graph;delete e.nextPoints,delete e.fillGraph,e.points=t,e.options=s,e.graph=a,e.color=o}getGraphPath(e){let t=[],s,a=[];if(e=e||this.points,this.fillGraph&&this.nextPoints){if((s=x().seriesTypes.sma.prototype.getGraphPath.call(this,this.nextPoints))&&s.length){s[0][0]="L",t=x().seriesTypes.sma.prototype.getGraphPath.call(this,e),a=s.slice(0,t.length);for(let e=a.length-1;e>=0;e--)t.push(a[e])}}else t=x().seriesTypes.sma.prototype.getGraphPath.apply(this,arguments);return t}getValues(e,t){let s,a,o,i,r,n,l,p,h,d,c=t.period,g=t.periodTenkan,m=t.periodSenkouSpanB,y=e.xData,f=e.yData,x=e.xAxis,v=f&&f.length||0,D=(0,u.getClosestDistance)(x.series.map(e=>e.getColumn("x"))),b=[],A=[];if(y.length<=c||!(0,u.isArray)(f[0])||4!==f[0].length)return;let S=y[0]-c*D;for(r=0;r<c;r++)A.push(S+r*D);for(r=0;r<v;r++)r>=g&&(n=((a=eg(f.slice(r-g,r))).high+a.low)/2),r>=c&&(h=(n+(l=((o=eg(f.slice(r-c,r))).high+o.low)/2))/2),r>=m&&(d=((i=eg(f.slice(r-m,r))).high+i.low)/2),p=f[r][3],s=y[r],void 0===b[r]&&(b[r]=[]),void 0===b[r+c-1]&&(b[r+c-1]=[]),b[r+c-1][0]=n,b[r+c-1][1]=l,b[r+c-1][2]=void 0,void 0===b[r+1]&&(b[r+1]=[]),b[r+1][2]=p,r<=c&&(b[r+c-1][3]=void 0,b[r+c-1][4]=void 0),void 0===b[r+2*c-2]&&(b[r+2*c-2]=[]),b[r+2*c-2][3]=h,b[r+2*c-2][4]=d,A.push(s);for(r=1;r<=c;r++)A.push(s+r*D);return{values:b,xData:A,yData:b}}}ey.defaultOptions=(0,u.merge)(ec.defaultOptions,{params:{index:void 0,period:26,periodTenkan:9,periodSenkouSpanB:52},marker:{enabled:!1},tooltip:{pointFormat:'<span style="color:{point.color}">●</span> <b> {series.name}</b><br/>TENKAN SEN: {point.tenkanSen:.3f}<br/>KIJUN SEN: {point.kijunSen:.3f}<br/>CHIKOU SPAN: {point.chikouSpan:.3f}<br/>SENKOU SPAN A: {point.senkouSpanA:.3f}<br/>SENKOU SPAN B: {point.senkouSpanB:.3f}<br/>'},tenkanLine:{styles:{lineWidth:1,lineColor:void 0}},kijunLine:{styles:{lineWidth:1,lineColor:void 0}},chikouLine:{styles:{lineWidth:1,lineColor:void 0}},senkouSpanA:{styles:{lineWidth:1,lineColor:void 0}},senkouSpanB:{styles:{lineWidth:1,lineColor:void 0}},senkouSpan:{styles:{fill:"rgba(255, 0, 0, 0.5)"}},dataGrouping:{approximation:"ichimoku-averages"}}),(0,u.extend)(ey.prototype,{pointArrayMap:["tenkanSen","kijunSen","chikouSpan","senkouSpanA","senkouSpanB"],pointValKey:"tenkanSen",nameComponents:["periodSenkouSpanB","period","periodTenkan"]}),eu()["ichimoku-averages"]=function(){let e,t=[];return[].forEach.call(arguments,function(s,a){t.push(eu().average(s)),e=!e&&void 0===t[a]}),e?void 0:t},x().registerSeriesType("ikh",ey);let{sma:ef}=x().seriesTypes;class ex extends ef{init(){x().seriesTypes.sma.prototype.init.apply(this,arguments),this.options=(0,u.merge)({topLine:{styles:{lineColor:this.color}},bottomLine:{styles:{lineColor:this.color}}},this.options)}getValues(e,t){let s,a,o,i,r,n,l,p=t.period,h=t.periodATR,d=t.multiplierATR,c=t.index,g=e.yData,m=g?g.length:0,y=[],f=x().seriesTypes.ema.prototype.getValues(e,{period:p,index:c}),v=x().seriesTypes.atr.prototype.getValues(e,{period:h}),D=[],b=[];if(!(m<p)){for(l=p;l<=m;l++)r=f.values[l-p],n=v.values[l-h],i=r[0],a=(0,u.correctFloat)(r[1]+d*n[1]),o=(0,u.correctFloat)(r[1]-d*n[1]),s=r[1],y.push([i,a,s,o]),D.push(i),b.push([a,s,o]);return{values:y,xData:D,yData:b}}}}ex.defaultOptions=(0,u.merge)(ef.defaultOptions,{params:{index:0,period:20,periodATR:10,multiplierATR:2},bottomLine:{styles:{lineWidth:1,lineColor:void 0}},topLine:{styles:{lineWidth:1,lineColor:void 0}},tooltip:{pointFormat:'<span style="color:{point.color}">●</span><b> {series.name}</b><br/>Upper Channel: {point.top}<br/>EMA({series.options.params.period}): {point.middle}<br/>Lower Channel: {point.bottom}<br/>'},marker:{enabled:!1},dataGrouping:{approximation:"averages"},lineWidth:1}),(0,u.extend)(ex.prototype,{nameBase:"Keltner Channels",areaLinesNames:["top","bottom"],nameComponents:["period","periodATR","multiplierATR"],linesApiNames:["topLine","bottomLine"],pointArrayMap:["top","middle","bottom"],pointValKey:"middle"}),L.compose(ex),x().registerSeriesType("keltnerchannels",ex);let{ema:ev,sma:eD}=x().seriesTypes;class eb extends eD{calculateTrend(e,t){return e[t][1]+e[t][2]+e[t][3]>e[t-1][1]+e[t-1][2]+e[t-1][3]?1:-1}isValidData(e){let t=this.chart,s=this.options,a=this.linkedParent,o=(0,u.isArray)(e)&&4===e.length,i=this.volumeSeries||(this.volumeSeries=t.get(s.params.volumeSeriesID));return i||(0,u.error)("Series "+s.params.volumeSeriesID+" not found! Check `volumeSeriesID`.",!0,a.chart),!!([a,i].every(function(e){return e&&e.dataTable.rowCount>=s.params.slowAvgPeriod})&&o)}getCM(e,t,s,a,o){return(0,u.correctFloat)(t+(s===a?e:o))}getDM(e,t){return(0,u.correctFloat)(e-t)}getVolumeForce(e){let t=[],s=0,a,o=1,i=0,r=e[0][1]-e[0][2],n=0,l;for(;o<e.length;o++)l=this.calculateTrend(e,o),a=this.getDM(e[o][1],e[o][2]),s=this.getCM(i,a,l,n,r),t.push([this.volumeSeries.getColumn("y")[o]*l*Math.abs(2*(a/s-1))*100]),n=l,i=s,r=a;return t}getEMA(e,t,s,a,o,i,r){return ev.prototype.calculateEma(r||[],e,void 0===i?1:i,a,t,void 0===o?-1:o,s)}getSMA(e,t,s){return ev.prototype.accumulatePeriodPoints(e,t,s)/e}getValues(e,t){let s=[],a=e.xData,o=e.yData,i=[],r=[],n=[],l,p=0,h=0,d,c,g,m=null;if(!this.isValidData(o[0]))return;let y=this.getVolumeForce(o),f=this.getSMA(t.fastAvgPeriod,0,y),x=this.getSMA(t.slowAvgPeriod,0,y),v=2/(t.fastAvgPeriod+1),D=2/(t.slowAvgPeriod+1);for(;p<o.length;p++)p>=t.fastAvgPeriod&&(c=h=this.getEMA(y,c,f,v,0,p,a)[1]),p>=t.slowAvgPeriod&&(g=d=this.getEMA(y,g,x,D,0,p,a)[1],n.push(l=(0,u.correctFloat)(h-d)),n.length>=t.signalPeriod&&(m=n.slice(-t.signalPeriod).reduce((e,t)=>e+t)/t.signalPeriod),s.push([a[p],l,m]),i.push(a[p]),r.push([l,m]));return{values:s,xData:i,yData:r}}}eb.defaultOptions=(0,u.merge)(eD.defaultOptions,{params:{fastAvgPeriod:34,slowAvgPeriod:55,signalPeriod:13,volumeSeriesID:"volume"},signalLine:{styles:{lineWidth:1,lineColor:"#ff0000"}},dataGrouping:{approximation:"averages"},tooltip:{pointFormat:'<span style="color: {point.color}">●</span><b> {series.name}</b><br/><span style="color: {point.color}">Klinger</span>: {point.y}<br/><span style="color: {point.series.options.signalLine.styles.lineColor}">Signal</span>: {point.signal}<br/>'}}),(0,u.extend)(eb.prototype,{areaLinesNames:[],linesApiNames:["signalLine"],nameBase:"Klinger",nameComponents:["fastAvgPeriod","slowAvgPeriod"],pointArrayMap:["y","signal"],parallelArrays:["x","y","signal"],pointValKey:"y"}),L.compose(eb),x().registerSeriesType("klinger",eb);let{noop:eA}=h(),{sma:eS}=x().seriesTypes;class eC extends eS{init(){x().seriesTypes.sma.prototype.init.apply(this,arguments);let e=this.color,t=this.colorIndex;this.options&&((0,u.defined)(this.colorIndex)&&(this.options.signalLine?.styles&&!this.options.signalLine.styles.lineColor&&(this.options.colorIndex=this.colorIndex+1,this.getCyclic("color",void 0,this.chart.options.colors),this.options.signalLine.styles.lineColor=this.color),this.options.macdLine?.styles&&!this.options.macdLine.styles.lineColor&&(this.options.colorIndex=this.colorIndex+1,this.getCyclic("color",void 0,this.chart.options.colors),this.options.macdLine.styles.lineColor=this.color)),this.macdZones={zones:this.options.macdLine?.zones,startIndex:0},this.signalZones={zones:this.macdZones.zones?.concat(this.options.signalLine.zones),startIndex:this.macdZones.zones?.length}),this.color=e,this.colorIndex=t}toYData(e){return[e.y,e.signal,e.MACD]}translate(){let e=this,t=["plotSignal","plotMACD"];h().seriesTypes.column.prototype.translate.apply(e),e.points.forEach(function(s){[s.signal,s.MACD].forEach(function(a,o){null!==a&&(s[t[o]]=e.yAxis.toPixels(a,!0))})})}destroy(){this.graph=null,this.graphmacd=this.graphmacd&&this.graphmacd.destroy(),this.graphsignal=this.graphsignal&&this.graphsignal.destroy(),x().seriesTypes.sma.prototype.destroy.apply(this,arguments)}drawGraph(){let e=this,t=e.points,s=e.options,a=e.zones,o={options:{gapSize:s.gapSize}},i=[[],[]],r,n=t.length;for(;n--;)r=t[n],(0,u.defined)(r.plotMACD)&&i[0].push({plotX:r.plotX,plotY:r.plotMACD,isNull:!(0,u.defined)(r.plotMACD)}),(0,u.defined)(r.plotSignal)&&i[1].push({plotX:r.plotX,plotY:r.plotSignal,isNull:!(0,u.defined)(r.plotMACD)});["macd","signal"].forEach((t,a)=>{e.points=i[a],e.options=(0,u.merge)(s[`${t}Line`]?.styles||{},o),e.graph=e[`graph${t}`],e.zones=(e[`${t}Zones`].zones||[]).slice(e[`${t}Zones`].startIndex||0),x().seriesTypes.sma.prototype.drawGraph.call(e),e[`graph${t}`]=e.graph}),e.points=t,e.options=s,e.zones=a}applyZones(){let e=this.zones;this.zones=this.signalZones.zones,x().seriesTypes.sma.prototype.applyZones.call(this),this.graphmacd&&this.options.macdLine.zones.length&&this.graphmacd.hide(),this.zones=e}getValues(e,t){let s=t.longPeriod-t.shortPeriod,a=[],o=[],i=[],r,n,l,p=0,h=[];if(!(e.xData.length<t.longPeriod+t.signalPeriod)){for(l=0,r=x().seriesTypes.ema.prototype.getValues(e,{period:t.shortPeriod,index:t.index}),n=x().seriesTypes.ema.prototype.getValues(e,{period:t.longPeriod,index:t.index}),r=r.values,n=n.values;l<=r.length;l++)(0,u.defined)(n[l])&&(0,u.defined)(n[l][1])&&(0,u.defined)(r[l+s])&&(0,u.defined)(r[l+s][0])&&a.push([r[l+s][0],0,null,r[l+s][1]-n[l][1]]);for(l=0;l<a.length;l++)o.push(a[l][0]),i.push([0,null,a[l][3]]);for(l=0,h=(h=x().seriesTypes.ema.prototype.getValues({xData:o,yData:i},{period:t.signalPeriod,index:2})).values;l<a.length;l++)a[l][0]>=h[0][0]&&(a[l][2]=h[p][1],i[l]=[0,h[p][1],a[l][3]],null===a[l][3]?(a[l][1]=0,i[l][0]=0):(a[l][1]=(0,u.correctFloat)(a[l][3]-h[p][1]),i[l][0]=(0,u.correctFloat)(a[l][3]-h[p][1])),p++);return{values:a,xData:o,yData:i}}}}eC.defaultOptions=(0,u.merge)(eS.defaultOptions,{params:{shortPeriod:12,longPeriod:26,signalPeriod:9,period:26},signalLine:{zones:[],styles:{lineWidth:1,lineColor:void 0}},macdLine:{zones:[],styles:{lineWidth:1,lineColor:void 0}},threshold:0,groupPadding:.1,pointPadding:.1,crisp:!1,states:{hover:{halo:{size:0}}},tooltip:{pointFormat:'<span style="color:{point.color}">●</span> <b> {series.name}</b><br/>Value: {point.MACD}<br/>Signal: {point.signal}<br/>Histogram: {point.y}<br/>'},dataGrouping:{approximation:"averages"},minPointLength:0}),(0,u.extend)(eC.prototype,{nameComponents:["longPeriod","shortPeriod","signalPeriod"],pointArrayMap:["y","signal","MACD"],parallelArrays:["x","y","signal","MACD"],pointValKey:"y",markerAttribs:eA,getColumnMetrics:h().seriesTypes.column.prototype.getColumnMetrics,crispCol:h().seriesTypes.column.prototype.crispCol,drawPoints:h().seriesTypes.column.prototype.drawPoints}),x().registerSeriesType("macd",eC);let{sma:eT}=x().seriesTypes;function eP(e){return e.reduce(function(e,t){return e+t})}function eM(e){return(e[1]+e[2]+e[3])/3}class eV extends eT{getValues(e,t){let s=t.period,a=e.xData,o=e.yData,i=o?o.length:0,r=t.decimals,n=e.chart.get(t.volumeSeriesID),l=n?.getColumn("y")||[],p=[],h=[],d=[],c=[],g=[],m,y,f,x,v,D,b=!1,A=1;if(!n)return void(0,u.error)("Series "+t.volumeSeriesID+" not found! Check `volumeSeriesID`.",!0,e.chart);if(!(a.length<=s)&&(0,u.isArray)(o[0])&&4===o[0].length&&l){for(m=eM(o[A]);A<s+1;)y=m,b=(m=eM(o[A]))>=y,f=m*l[A],c.push(b?f:0),g.push(b?0:f),A++;for(D=A-1;D<i;D++){var S;D>A-1&&(c.shift(),g.shift(),y=m,b=(m=eM(o[D]))>y,f=m*l[D],c.push(b?f:0),g.push(b?0:f)),x=eP(g),S=100-100/(1+eP(c)/x),v=parseFloat(S.toFixed(r)),p.push([a[D],v]),h.push(a[D]),d.push(v)}return{values:p,xData:h,yData:d}}}}eV.defaultOptions=(0,u.merge)(eT.defaultOptions,{params:{index:void 0,volumeSeriesID:"volume",decimals:4}}),(0,u.extend)(eV.prototype,{nameBase:"Money Flow Index"}),x().registerSeriesType("mfi",eV);let{sma:eO}=x().seriesTypes;function ek(e,t,s,a,o){let i=t[s-1][o]-t[s-a-1][o];return[e[s-1],i]}class eL extends eO{getValues(e,t){let s,a,o=t.period,i=t.index,r=e.xData,n=e.yData,l=n?n.length:0,p=[],h=[],d=[];if(!(r.length<=o)&&(0,u.isArray)(n[0])){for(s=o+1;s<l;s++)a=ek(r,n,s,o,i),p.push(a),h.push(a[0]),d.push(a[1]);return a=ek(r,n,s,o,i),p.push(a),h.push(a[0]),d.push(a[1]),{values:p,xData:h,yData:d}}}}eL.defaultOptions=(0,u.merge)(eO.defaultOptions,{params:{index:3}}),(0,u.extend)(eL.prototype,{nameBase:"Momentum"}),x().registerSeriesType("momentum",eL);let{atr:ew}=x().seriesTypes;class eE extends ew{getValues(e,t){let s=super.getValues.apply(this,arguments),a=s.values.length,o=e.yData,i=0,r=t.period-1;if(s){for(;i<a;i++)s.yData[i]=s.values[i][1]/o[r][3]*100,s.values[i][1]=s.yData[i],r++;return s}}}eE.defaultOptions=(0,u.merge)(ew.defaultOptions,{tooltip:{valueSuffix:"%"}}),x().registerSeriesType("natr",eE);let{sma:eI}=x().seriesTypes;class eN extends eI{getValues(e,t){let s=e.chart.get(t.volumeSeriesID),a=e.xData,o=e.yData,i=[],r=[],n=[],l=!(0,u.isNumber)(o[0]),p=[],h=1,d=0,c=0,g=0,m=0,y;if(!s)return void(0,u.error)("Series "+t.volumeSeriesID+" not found! Check `volumeSeriesID`.",!0,e.chart);for(y=s.getColumn("y"),p=[a[0],d],g=l?o[0][3]:o[0],i.push(p),r.push(a[0]),n.push(p[1]);h<o.length;h++)c=(m=l?o[h][3]:o[h])>g?d+y[h]:m===g?d:d-y[h],p=[a[h],c],d=c,g=m,i.push(p),r.push(a[h]),n.push(p[1]);return{values:i,xData:r,yData:n}}}eN.defaultOptions=(0,u.merge)(eI.defaultOptions,{marker:{enabled:!1},params:{index:void 0,period:void 0,volumeSeriesID:"volume"},tooltip:{valueDecimals:0}}),(0,u.extend)(eN.prototype,{nameComponents:void 0}),x().registerSeriesType("obv",eN);let eF=x().seriesTypes.sma.prototype.pointClass;function eB(e,t){let s=e.series.pointArrayMap,a,o=s.length;for(x().seriesTypes.sma.prototype.pointClass.prototype[t].call(e);o--;)e[a="dataLabel"+s[o]]&&e[a].element&&e[a].destroy(),e[a]=null}let{sma:eG}=x().seriesTypes;class eW extends eG{toYData(e){return[e.P]}translate(){let e=this;super.translate.apply(e),e.points.forEach(function(t){e.pointArrayMap.forEach(function(s){(0,u.defined)(t[s])&&(t["plot"+s]=e.yAxis.toPixels(t[s],!0))})}),e.plotEndPoint=e.xAxis.toPixels(e.endPoint,!0)}getGraphPath(e){let t=this,s=[[],[],[],[],[],[],[],[],[]],a=t.pointArrayMap.length,o=t.plotEndPoint,i=[],r,n,l=e.length,p;for(;l--;){for(p=0,n=e[l];p<a;p++)r=t.pointArrayMap[p],(0,u.defined)(n[r])&&s[p].push({plotX:n.plotX,plotY:n["plot"+r],isNull:!1},{plotX:o,plotY:n["plot"+r],isNull:!1},{plotX:o,plotY:null,isNull:!0});o=n.plotX}return s.forEach(e=>{i=i.concat(super.getGraphPath.call(t,e))}),i}drawDataLabels(){let e,t,s,a,o=this,i=o.pointArrayMap;o.options.dataLabels.enabled&&(t=o.points.length,i.concat([!1]).forEach((r,n)=>{for(a=t;a--;)s=o.points[a],r?(s.y=s[r],s.pivotLine=r,s.plotY=s["plot"+r],e=s["dataLabel"+r],n&&(s["dataLabel"+i[n-1]]=s.dataLabel),s.dataLabels||(s.dataLabels=[]),s.dataLabels[0]=s.dataLabel=e=e&&e.element?e:null):s["dataLabel"+i[n-1]]=s.dataLabel;super.drawDataLabels.call(o)}))}getValues(e,t){let s,a,o,i,r,n,l,p=t.period,h=e.xData,d=e.yData,c=d?d.length:0,g=this[t.algorithm+"Placement"],m=[],y=[],f=[];if(!(h.length<p)&&(0,u.isArray)(d[0])&&4===d[0].length){for(l=p+1;l<=c+p;l+=p)o=h.slice(l-p-1,l),i=d.slice(l-p-1,l),a=o.length,s=o[a-1],n=g(this.getPivotAndHLC(i)),r=m.push([s].concat(n)),y.push(s),f.push(m[r-1].slice(1));return this.endPoint=o[0]+(s-o[0])/a*p,{values:m,xData:y,yData:f}}}getPivotAndHLC(e){let t=e[e.length-1][3],s=-1/0,a=1/0;return e.forEach(function(e){s=Math.max(s,e[1]),a=Math.min(a,e[2])}),[(s+a+t)/3,s,a,t]}standardPlacement(e){let t=e[1]-e[2];return[null,null,e[0]+t,2*e[0]-e[2],e[0],2*e[0]-e[1],e[0]-t,null,null]}camarillaPlacement(e){let t=e[1]-e[2];return[e[3]+1.5*t,e[3]+1.25*t,e[3]+1.1666*t,e[3]+1.0833*t,e[0],e[3]-1.0833*t,e[3]-1.1666*t,e[3]-1.25*t,e[3]-1.5*t]}fibonacciPlacement(e){let t=e[1]-e[2];return[null,e[0]+t,e[0]+.618*t,e[0]+.382*t,e[0],e[0]-.382*t,e[0]-.618*t,e[0]-t,null]}}eW.defaultOptions=(0,u.merge)(eG.defaultOptions,{params:{index:void 0,period:28,algorithm:"standard"},marker:{enabled:!1},enableMouseTracking:!1,dataLabels:{enabled:!0,format:"{point.pivotLine}"},dataGrouping:{approximation:"averages"}}),(0,u.extend)(eW.prototype,{nameBase:"Pivot Points",pointArrayMap:["R4","R3","R2","R1","P","S1","S2","S3","S4"],pointValKey:"P",pointClass:class extends eF{destroyElements(){eB(this,"destroyElements")}destroy(){eB(this,"destroyElements")}}}),x().registerSeriesType("pivotpoints",eW);let{ema:ez}=x().seriesTypes;class eY extends ez{getValues(e,t){let s,a,o=t.periods,i=t.index,r=[],n=[],l=[];if(2!==o.length||o[1]<=o[0])return void(0,u.error)('Error: "PPO requires two periods. 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