Learn how to make a JavaScript Stacked Mountain Chart using with SciChart's powerful JavaScript Charts and it's range of features.
drawExample.ts
index.html
vanilla.ts
theme.ts
stackedMountainChartData.ts
1import {
2 ELegendOrientation,
3 ELegendPlacement,
4 LegendModifier,
5 MouseWheelZoomModifier,
6 NumericAxis,
7 SciChartSurface,
8 StackedMountainCollection,
9 StackedMountainRenderableSeries,
10 WaveAnimation,
11 XyDataSeries,
12 ZoomExtentsModifier,
13 ZoomPanModifier,
14} from "scichart";
15import { appTheme } from "../../../theme";
16import { xValues, y1Values, y2Values, y3Values, y4Values } from "./data/stackedMountainChartData";
17
18export const drawExample = async (rootElement: string | HTMLDivElement) => {
19 // Create a SciChartSurface
20 const { wasmContext, sciChartSurface } = await SciChartSurface.create(rootElement, {
21 theme: appTheme.SciChartJsTheme,
22 });
23
24 // Create an xAxis, yAxis
25 sciChartSurface.xAxes.add(new NumericAxis(wasmContext, { labelPrecision: 0 }));
26 sciChartSurface.yAxes.add(new NumericAxis(wasmContext, { labelPrecision: 0 }));
27
28 // Create the three Stacked Mountain series
29 const stackedMountain1 = new StackedMountainRenderableSeries(wasmContext, {
30 dataSeries: new XyDataSeries(wasmContext, { xValues, yValues: y1Values, dataSeriesName: "Apples" }),
31 fill: appTheme.VividPurple + "AA",
32 stroke: appTheme.PaleSkyBlue,
33 strokeThickness: 2,
34 });
35 const stackedMountain2 = new StackedMountainRenderableSeries(wasmContext, {
36 dataSeries: new XyDataSeries(wasmContext, { xValues, yValues: y2Values, dataSeriesName: "Pears" }),
37 fill: appTheme.VividPink + "AA",
38 stroke: appTheme.PaleSkyBlue,
39 strokeThickness: 2,
40 });
41 const stackedMountain3 = new StackedMountainRenderableSeries(wasmContext, {
42 dataSeries: new XyDataSeries(wasmContext, { xValues, yValues: y3Values, dataSeriesName: "Bananas" }),
43 fill: appTheme.VividSkyBlue + "AA",
44 stroke: appTheme.PaleSkyBlue,
45 strokeThickness: 2,
46 });
47 const stackedMountain4 = new StackedMountainRenderableSeries(wasmContext, {
48 dataSeries: new XyDataSeries(wasmContext, { xValues, yValues: y4Values, dataSeriesName: "Oranges" }),
49 fill: appTheme.VividOrange + "AA",
50 stroke: appTheme.PaleSkyBlue,
51 strokeThickness: 2,
52 });
53
54 // Group these StackedMountain series together in a StackedMountainCollection
55 const stackedMountainCollection = new StackedMountainCollection(wasmContext);
56 stackedMountainCollection.add(stackedMountain1, stackedMountain2, stackedMountain3, stackedMountain4);
57 stackedMountainCollection.animation = new WaveAnimation({ duration: 600, fadeEffect: true });
58
59 // Add the StackedMountainCollection to the chart
60 sciChartSurface.renderableSeries.add(stackedMountainCollection);
61
62 // Add some interactivity modifiers
63 sciChartSurface.chartModifiers.add(
64 new ZoomExtentsModifier(),
65 new ZoomPanModifier({ enableZoom: true }),
66 new MouseWheelZoomModifier()
67 );
68
69 // Add a legend to the chart to show the series
70 sciChartSurface.chartModifiers.add(
71 new LegendModifier({
72 placement: ELegendPlacement.TopLeft,
73 orientation: ELegendOrientation.Vertical,
74 showLegend: true,
75 showCheckboxes: false,
76 showSeriesMarkers: true,
77 })
78 );
79
80 sciChartSurface.zoomExtents();
81
82 return { wasmContext, sciChartSurface, stackedMountainCollection };
83};
84This example demonstrates how to build a high performance Stacked Mountain Chart using SciChart.js with a JavaScript approach. The implementation uses native JavaScript to initialize a WebGL-powered chart and illustrates how to create multiple stacked mountain series representing different data groups such as Apples, Pears, Bananas, and Oranges. 100% Stacked Mountain chart may be achieved by pressing the '100% Mode' toggle switch.
The chart is created by instantiating a SciChartSurface with a custom theme and adding numeric X and Y axes via NumericAxis. Each data series is defined with an XyDataSeries and rendered using the StackedMountainRenderableSeries. These series are grouped into a StackedMountainCollection which supports smooth visual transitions through a WaveAnimation. 100% Stacked Mountain charts may be achieved by setting the isOneHundredPercent property on StackedMountainCollection. Interactive features such as zooming and panning are provided by modifiers including ZoomExtentsModifier, ZoomPanModifier, and MouseWheelZoomModifier as described in the Tutorial on Adding Zooming and Panning Behavior.
The example highlights real-time update capabilities and advanced customization options. It demonstrates how multiple series can be visually integrated through grouping and animations, providing a rich user experience. The use of a smooth animation for data transitions and interactive chart modifiers ensures that users can explore the chart data dynamically while benefiting from WebGL based performance as discussed in Performance Tips & Tricks.
While this example focuses on a JavaScript implementation, the code structure emphasizes best practices such as modular design and clear separation of chart initialization logic from DOM elements. Developers are encouraged to refer to the Getting Started with SciChart JS guide for foundational setup and the Chart Styling - Creating a Custom Theme documentation to further customize the appearance of their charts. Advanced interactive features and performance optimizations are seamlessly integrated, making this implementation an excellent reference for building complex visualizations with SciChart.js using plain JavaScript.

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