Cascade

A Cascade sparkline uses vertical or horizontal bars to display the data. This makes it easier to compare data values.

Description
app.component.ts
index.html
app.component.html
styles.css
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You can create a Cascade sparkline using the CascadeSparkline function in a formula: =CASCADESPARKLINE(pointsRange, pointIndex, labelsRange?, minimum?, maximum?, colorPositive?, colorNegative?, vertical?, itemTypeRange?).

The function has the following parameters:

  • pointsRange: Reference that represents the range of cells that contain values, such as "B2:B8".

  • pointIndex: Number or reference that represents the index of the points. The pointIndex is >= 1 such as 1 or "D2".

  • labelsRange: (optional) Reference that represents the range of cells that contains the labels, such as "A2:A8"; default value is no label.

  • minimum: (optional) Number or reference that represents the minimum values of the display area, such as -2000; the default value is the minimum of the sum (the sum of the points' value).

  • maximum: (optional) Number or reference that represents the maximum values of the display area, such as 6000; the default value is the maximum of the sum (the sum of the points' value).

  • colorPositive: (optional) String that represents the color of the first or last positive sparkline's box (this point's value is positive); default value is "#8CBF64".

  • colorNegative: (optional) String that represents the color of the first or last negative sparkline's box (this point's value is negative); default value is "#D6604D".

  • vertical: (optional) Boolean that represents whether the box's direction is vertical or horizontal; default value is false.

  • itemTypeRange: (optional) Array or reference that represents the all item types of data range. The value should be {"-", "+", "="} or "A1:A7" that reference the value of {"+", "-", "="}. And "+" as positive change, "-" as negative change and "=" for total columns.

  • colorTotal: (optional) String that represents the color of the last sparkline's box when itemTypeRange did not exist. Or represents the color of the result sparkline's box when itemTypeRange exists..

You can create a Cascade sparkline using the CascadeSparkline function in a formula: =CASCADESPARKLINE(pointsRange, pointIndex, labelsRange?, minimum?, maximum?, colorPositive?, colorNegative?, vertical?, itemTypeRange?). The function has the following parameters: pointsRange: Reference that represents the range of cells that contain values, such as "B2:B8". pointIndex: Number or reference that represents the index of the points. The pointIndex is >= 1 such as 1 or "D2". labelsRange: (optional) Reference that represents the range of cells that contains the labels, such as "A2:A8"; default value is no label. minimum: (optional) Number or reference that represents the minimum values of the display area, such as -2000; the default value is the minimum of the sum (the sum of the points' value). maximum: (optional) Number or reference that represents the maximum values of the display area, such as 6000; the default value is the maximum of the sum (the sum of the points' value). colorPositive: (optional) String that represents the color of the first or last positive sparkline's box (this point's value is positive); default value is "#8CBF64". colorNegative: (optional) String that represents the color of the first or last negative sparkline's box (this point's value is negative); default value is "#D6604D". vertical: (optional) Boolean that represents whether the box's direction is vertical or horizontal; default value is false. itemTypeRange: (optional) Array or reference that represents the all item types of data range. The value should be {"-", "+", "="} or "A1:A7" that reference the value of {"+", "-", "="}. And "+" as positive change, "-" as negative change and "=" for total columns. colorTotal: (optional) String that represents the color of the last sparkline's box when itemTypeRange did not exist. Or represents the color of the result sparkline's box when itemTypeRange exists..
import { Component, NgModule, enableProdMode } from '@angular/core'; import { BrowserModule } from '@angular/platform-browser'; import { platformBrowserDynamic } from '@angular/platform-browser-dynamic'; import { SpreadSheetsModule } from '@mescius/spread-sheets-angular'; import GC from '@mescius/spread-sheets'; import './styles.css'; @Component({ selector: 'app-component', templateUrl: 'src/app.component.html' }) export class AppComponent { spread: GC.Spread.Sheets.Workbook; hostStyle = { width: '100%', height: '100%', overflow: 'hidden', float: 'left' }; initCascadeSparklineWithType (sheet: GC.Spread.Sheets.Worksheet) { sheet.suspendPaint(); this.spread.options.allowDynamicArray = true; sheet.setFormula(4, 4, '=CASCADESPARKLINE(D5:D20, SEQUENCE(COUNTA(D5:D20),1,1,1),P5:P20,,,"#8CBF64","#D6604D",false,A5:A20)'); sheet.setFormula(4, 8, '=CASCADESPARKLINE(H5:H20, SEQUENCE(COUNTA(H5:H20),1,1,1),Q5:Q20,,,"#8CBF64","#D6604D",false,A5:A20)'); sheet.setFormula(4, 15,'=TEXT(D5:D20,"#,##0,,")&" M"'); sheet.setFormula(4, 16,'=TEXT(H5:H20,"#,##0,,")&" M"'); //hide auxiliary columns sheet.setColumnVisible(3, false); sheet.setColumnVisible(7, false); sheet.setColumnVisible(15, false); sheet.setColumnVisible(16, false); sheet.resumePaint(); } initHorizontalSparkline(sheet: GC.Spread.Sheets.Worksheet) { sheet.suspendPaint(); //cascade sparkline located at column E for (var i = 1; i <= 14; i++) { sheet.setFormula(i, 4, '=CASCADESPARKLINE($C$2:$C$17,ROW()-1,$B$2:$B$17,,,"#8CBF64","#D6604D",false)'); } sheet.resumePaint(); } initVerticalSparkline(sheet: GC.Spread.Sheets.Worksheet) { sheet.suspendPaint(); //cascade sparkline located at 4th row for (var c = 0; c < 5; c++) { sheet.setColumnWidth(c, 100); sheet.setFormula(3, c, '=CASCADESPARKLINE($A$3:$E$3,COLUMN(),$A$2:$E$2,,,"#8CBF64","#D6604D",true)'); } sheet.resumePaint(); } initSpread($event: any) { this.spread = $event.spread; let spread = this.spread; spread.fromJSON(dataSource); this.initCascadeSparklineWithType(spread.sheets[0]); this.initHorizontalSparkline(spread.sheets[1]); this.initVerticalSparkline(spread.sheets[2]); } } @NgModule({ imports: [BrowserModule, SpreadSheetsModule], declarations: [AppComponent], exports: [AppComponent], bootstrap: [AppComponent] }) export class AppModule { } enableProdMode(); // Bootstrap application with hash style navigation and global services. platformBrowserDynamic().bootstrapModule(AppModule);
<!doctype html> <html style="height:100%;font-size:14px;"> <head> <meta charset="utf-8" /> <meta name="viewport" content="width=device-width, initial-scale=1.0" /> <link rel="stylesheet" type="text/css" href="$DEMOROOT$/en/angular/node_modules/@mescius/spread-sheets/styles/gc.spread.sheets.excel2013white.css"> <script src="$DEMOROOT$/spread/source/data/statement-for-cascade.js" type="text/javascript"></script> <!-- Polyfills --> <script src="$DEMOROOT$/en/angular/node_modules/core-js/client/shim.min.js"></script> <script src="$DEMOROOT$/en/angular/node_modules/zone.js/fesm2015/zone.min.js"></script> <!-- SystemJS --> <script src="$DEMOROOT$/en/angular/node_modules/systemjs/dist/system.js"></script> <script src="systemjs.config.js"></script> <script> // workaround to load 'rxjs/operators' from the rxjs bundle System.import('rxjs').then(function (m) { System.import('@angular/compiler'); System.set(SystemJS.resolveSync('rxjs/operators'), System.newModule(m.operators)); System.import('$DEMOROOT$/en/lib/angular/license.ts'); System.import('./src/app.component'); }); </script> </head> <body> <app-component></app-component> </body> </html>
<div class="sample-tutorial"> <gc-spread-sheets [hostStyle]="hostStyle" (workbookInitialized)="initSpread($event)" [newTabVisible] = false> <gc-worksheet> </gc-worksheet> <gc-worksheet> </gc-worksheet> <gc-worksheet> </gc-worksheet> </gc-spread-sheets> </div>
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