igniteui-react-charts
Version:
Ignite UI React charting components for building rich data visualizations using TypeScript APIs.
1,172 lines (1,169 loc) • 36.5 kB
JavaScript
import * as React from 'react';
import { Treemap } from "./Treemap";
import { toPoint, ensureEnum, brushToString, stringToBrush, ensureBool, initializePropertiesFromCss, NamePatcher, isValidProp, toSpinal, getModifiedProps, fromBrushCollection, toBrushCollection } from "igniteui-react-core";
import { FontInfo } from "igniteui-react-core";
import { ReactRenderer } from "igniteui-react-core";
import { delegateCombine, delegateRemove } from "igniteui-react-core";
import { DataChartStylingDefaults } from './DataChartStylingDefaults';
import { TreemapNodeStyleMapping } from './TreemapNodeStyleMapping';
import { IgrTreemapNodeStyleMappingCollection } from './igr-treemap-node-style-mapping-collection';
import { ContentChildrenManager } from "igniteui-react-core";
import { CollectionAdapter } from "igniteui-react-core";
import { NotifyCollectionChangedAction } from "igniteui-react-core";
import { TreemapFillScaleMode_$type } from "./TreemapFillScaleMode";
import { IgrTreemapNodeStylingEventArgs } from "./igr-treemap-node-styling-event-args";
import { TreemapOrientation_$type } from './TreemapOrientation';
import { TreemapLayoutType_$type } from './TreemapLayoutType';
import { IgrTreemapNodePointerEventArgs } from './igr-treemap-node-pointer-event-args';
import { TreemapHeaderDisplayMode_$type } from './TreemapHeaderDisplayMode';
import { HorizontalAlignment_$type } from "igniteui-react-core";
import { VerticalAlignment_$type } from "igniteui-react-core";
import { TreemapLabelHorizontalFitMode_$type } from './TreemapLabelHorizontalFitMode';
import { TreemapLabelVerticalFitMode_$type } from './TreemapLabelVerticalFitMode';
import { TreemapHighlightingMode_$type } from './TreemapHighlightingMode';
import { TreemapHighlightedValueDisplayMode_$type } from './TreemapHighlightedValueDisplayMode';
export class IgrTreemap extends React.Component {
set height(value) {
this._height = value;
if (this._elRef) {
this._elRef.style.height = value;
this._treeMap.notifySizeChanged();
}
}
get height() {
return this._height;
}
set width(value) {
this._width = value;
if (this._elRef) {
this._elRef.style.height = value;
this._treeMap.notifySizeChanged();
}
}
get width() {
return this._width;
}
_getMainRef(ref) {
this._elRef = ref;
}
_updateContentChildren() {
this.contentStyleMappings.length = 0;
let contentChildrenActual = this._contentChildrenManager.contentChildrenActual;
for (let i = 0; i < contentChildrenActual.length; i++) {
if ((TreemapNodeStyleMapping.$type).isAssignableFrom(contentChildrenActual[i].i.$type)) {
this.contentStyleMappings.push(contentChildrenActual[i]);
}
}
if (this._styleMappingsAdapter !== null) {
this._styleMappingsAdapter.notifyContentChanged();
}
}
/**
* A collection of manually added style mappings for the treemap.
*/
get styleMappings() {
if (this._styleMappings === null) {
let coll = new IgrTreemapNodeStyleMappingCollection();
let inner = coll._innerColl;
inner.addListener((sender, e) => {
switch (e.action) {
case NotifyCollectionChangedAction.Add:
this._styleMappingsAdapter.insertManualItem(e.newStartingIndex, e.newItems.item(0));
break;
case NotifyCollectionChangedAction.Remove:
this._styleMappingsAdapter.removeManualItemAt(e.oldStartingIndex);
break;
case NotifyCollectionChangedAction.Replace:
this._styleMappingsAdapter.removeManualItemAt(e.oldStartingIndex);
this._styleMappingsAdapter.insertManualItem(e.newStartingIndex, e.newItems.item(0));
break;
case NotifyCollectionChangedAction.Reset:
this._styleMappingsAdapter.clearManualItems();
break;
}
});
this._styleMappings = coll;
}
return this._styleMappings;
}
render() {
let children = this._contentChildrenManager.getChildren(this.props.children);
let div = React.createElement("div", {
className: "ig-treemap igr-treemap",
ref: this._getMainRef,
children: children
});
//}
return div;
}
constructor(props) {
super(props);
this._wrapper = null;
this.contentStyleMappings = [];
/**
* The style mappings actually present in the treemap. Do not directly modify this array.
* This array's contents can be modified by causing React to reproject the child content.
* Or adding and removing ranges from the manual ranges collection on the ranges property.
*/
this.actualStyleMappings = [];
this._styleMappings = null;
this._styleMappingsAdapter = null;
this._implementation = null;
this.__p = null;
this._hasUserValues = new Set();
this._stylingContainer = null;
this._stylingParent = null;
this._inStyling = false;
this._nodeStyling = null;
this._nodeStyling_wrapped = null;
this._nodeRenderStyling = null;
this._nodeRenderStyling_wrapped = null;
this._nodePointerOver = null;
this._nodePointerOver_wrapped = null;
this._nodePointerEnter = null;
this._nodePointerEnter_wrapped = null;
this._nodePointerLeave = null;
this._nodePointerLeave_wrapped = null;
this._nodePointerPressed = null;
this._nodePointerPressed_wrapped = null;
this._nodePointerReleased = null;
this._nodePointerReleased_wrapped = null;
if (this._styling) {
NamePatcher.ensureStylablePatched(Object.getPrototypeOf(this));
}
this._getMainRef = this._getMainRef.bind(this);
this._contentChildrenManager = new ContentChildrenManager((ch) => ch.key || ch.props.name, (ch) => ch.key || ch.props.name, () => this._updateContentChildren());
this._implementation = this.createImplementation();
if (document) {
this._container = document.createElement("div");
this._container.style.display = "block";
this._container.style.width = "100%";
this._container.style.height = "100%";
}
var root;
root = this._container;
if (this._container != null) {
root = this._container;
}
var ren = new ReactRenderer(root, document, true, DataChartStylingDefaults);
this._wrapper = ren;
var treemap = this.i;
this._treeMap = treemap;
this._styleMappingsAdapter = new CollectionAdapter(this.contentStyleMappings, this.i.styleMappings, this.actualStyleMappings, (c) => c.i, (i) => {
if (this._container && this._container.parentElement) {
i._styling(this._container, this, this);
}
}, (i) => { });
treemap.provideContainer(ren);
treemap.notifySizeChanged();
if (props) {
this.initializeProperties();
}
ren.addSizeWatcher(() => {
this._treeMap.notifySizeChanged();
});
}
shouldComponentUpdate(nextProps, nextState) {
const mod = getModifiedProps(this.props, nextProps);
for (const p of Object.keys(mod)) {
if (isValidProp(this, p)) {
this[p] = mod[p];
}
}
return true;
}
initializeProperties() {
for (const p of Object.keys(this.props)) {
if (isValidProp(this, p)) {
this[p] = this.props[p];
}
}
}
// supports angular themes or custom properties set in CSS
updateStyle() {
this._styling(this._elRef, this);
}
destroy() {
this._treeMap.destroy();
this._wrapper.destroy();
}
componentWillUnmount() {
}
componentDidMount() {
this._elRef.style.width = this._width ? this._width : "";
this._elRef.style.height = this._height ? this._height : "";
this._elRef.appendChild(this._container);
this._treeMap.notifySizeChanged();
this.initializeContent();
}
initializeContent() {
this._styling(this._container, this);
if (this.actualStyleMappings && this.actualStyleMappings.length > 0) {
var currStyleMapping = this.actualStyleMappings;
for (var i = 0; i < currStyleMapping.length; i++) {
currStyleMapping[i]._styling(this._container, this, this);
}
}
this._updateContentChildren();
this.updateStyle();
this.i.notifySizeChanged();
}
createImplementation() {
return new Treemap();
}
get i() {
return this._implementation;
}
/**
* Gets or sets path to use to get the values from the items.
*/
get valueMemberPath() {
return this.i.hx;
}
set valueMemberPath(v) {
this.i.hx = v;
}
/**
* Gets or sets the root title to use for breadcrumbs.
*/
get rootTitle() {
return this.i.hn;
}
set rootTitle(v) {
this.i.hn = v;
}
/**
* Gets or sets the root title to use for breadcrumbs.
*/
get breadcrumbSequence() {
return this.i.fh;
}
set breadcrumbSequence(v) {
this.i.fh = v;
}
/**
* Gets or sets the path to use to get the Parent of the items.
*/
get parentIdMemberPath() {
return this.i.hb;
}
set parentIdMemberPath(v) {
this.i.hb = v;
}
/**
* Gets or sets the path to use to get the Label of the items.
*/
get labelMemberPath() {
return this.i.gt;
}
set labelMemberPath(v) {
this.i.gt = v;
}
/**
* Gets or sets the path to use to get the custom value of the items.
*/
get customValueMemberPath() {
return this.i.fk;
}
set customValueMemberPath(v) {
this.i.fk = v;
}
/**
* Gets or sets the path to use to get the id of the items.
*/
get idMemberPath() {
return this.i.gj;
}
set idMemberPath(v) {
this.i.gj = v;
}
/**
* Gets or sets the (possibly hierarchical) data to assign to the TreeMap.
*/
get dataSource() {
return this.i.dataSource;
}
set dataSource(v) {
this.i.dataSource = v;
}
/**
* Gets or sets the data to highlight.
*/
get highlightedDataSource() {
return this.i.highlightedDataSource;
}
set highlightedDataSource(v) {
this.i.highlightedDataSource = v;
}
/**
* Gets or sets the highlighted value mapping property.
*/
get highlightedValueMemberPath() {
return this.i.gb;
}
set highlightedValueMemberPath(v) {
this.i.gb = v;
}
/**
* Gets or sets the opacity applied to the node underneath the highlighted value.
*/
get highlightedValueOpacity() {
return this.i.dt;
}
set highlightedValueOpacity(v) {
this.i.dt = +v;
}
/**
* Gets or sets the display mode for highlighted values.
*/
get highlightedValuesDisplayMode() {
return this.i.l;
}
set highlightedValuesDisplayMode(v) {
this.i.l = ensureEnum(TreemapHighlightedValueDisplayMode_$type, v);
}
/**
* Gets or sets brushes to use for the fill scale.
*/
get fillBrushes() {
return fromBrushCollection(this.i.b);
}
set fillBrushes(v) {
this.i.b = toBrushCollection(v);
}
/**
* Gets or sets mode to use for the fill scale.
*/
get fillScaleMode() {
return this.i.d;
}
set fillScaleMode(v) {
this.i.d = ensureEnum(TreemapFillScaleMode_$type, v);
}
/**
* Gets or sets whether the fill scale is logarithmic.
*/
get isFillScaleLogarithmic() {
return this.i.bx;
}
set isFillScaleLogarithmic(v) {
this.i.bx = ensureBool(v);
}
/**
* Gets or sets the logarithm base to use if the fill scale is logarithmic.
*/
get fillScaleLogarithmBase() {
return this.i.ez;
}
set fillScaleLogarithmBase(v) {
this.i.ez = +v;
}
/**
* Gets or sets the minimum value to use for the fill scale.
*/
get fillScaleMinimumValue() {
return this.i.dl;
}
set fillScaleMinimumValue(v) {
this.i.dl = +v;
}
/**
* Gets or sets the maximum value to use for the fill scale.
*/
get fillScaleMaximumValue() {
return this.i.dk;
}
set fillScaleMaximumValue(v) {
this.i.dk = +v;
}
/**
* Gets or sets the vertical fit mode to use for the node labels.
*/
get labelVerticalFitMode() {
return this.i.r;
}
set labelVerticalFitMode(v) {
this.i.r = ensureEnum(TreemapLabelVerticalFitMode_$type, v);
}
/**
* Gets or sets the horizontal fit mode to use for the node labels.
*/
get labelHorizontalFitMode() {
return this.i.o;
}
set labelHorizontalFitMode(v) {
this.i.o = ensureEnum(TreemapLabelHorizontalFitMode_$type, v);
}
/**
* Gets or sets the background to use for the overlay header when it is hovered.
*/
get overlayHeaderHoverBackground() {
return brushToString(this.i.jx);
}
set overlayHeaderHoverBackground(v) {
this.i.jx = stringToBrush(v);
}
/**
* Gets or sets the background to use for the header when it is hovered.
*/
get headerHoverBackground() {
return brushToString(this.i.jr);
}
set headerHoverBackground(v) {
this.i.jr = stringToBrush(v);
}
/**
* Gets or sets the background to use for the header.
*/
get headerBackground() {
return brushToString(this.i.jp);
}
set headerBackground(v) {
this.i.jp = stringToBrush(v);
}
/**
* Gets or sets the background to use for the overlay header.
*/
get overlayHeaderBackground() {
return brushToString(this.i.jw);
}
set overlayHeaderBackground(v) {
this.i.jw = stringToBrush(v);
}
/**
* Gets or sets the text color to use for the header.
*/
get headerTextColor() {
return brushToString(this.i.ju);
}
set headerTextColor(v) {
this.i.ju = stringToBrush(v);
}
/**
* Gets or sets the dark text color to use for the header.
*/
get headerDarkTextColor() {
return brushToString(this.i.jq);
}
set headerDarkTextColor(v) {
this.i.jq = stringToBrush(v);
}
/**
* Gets or sets the text color to use for the nodes.
*/
get textColor() {
return brushToString(this.i.j7);
}
set textColor(v) {
this.i.j7 = stringToBrush(v);
}
/**
* Gets or sets the dark text color to use for the nodes.
*/
get darkTextColor() {
return brushToString(this.i.jo);
}
set darkTextColor(v) {
this.i.jo = stringToBrush(v);
}
/**
* Gets or sets the text color to use for the header.
*/
get headerHoverTextColor() {
return brushToString(this.i.jt);
}
set headerHoverTextColor(v) {
this.i.jt = stringToBrush(v);
}
/**
* Gets or sets the dark text color to use for the header when hovered.
*/
get headerHoverDarkTextColor() {
return brushToString(this.i.js);
}
set headerHoverDarkTextColor(v) {
this.i.js = stringToBrush(v);
}
/**
* Gets or sets the font to use for content nodes
*/
get textStyle() {
if (this.i.a8 == null) {
return null;
}
return this.i.a8.fontString;
}
set textStyle(v) {
let fi = new FontInfo();
fi.fontString = v;
this.i.a8 = fi;
}
/**
* Gets or sets the font to use for header nodes
*/
get headerTextStyle() {
if (this.i.a6 == null) {
return null;
}
return this.i.a6.fontString;
}
set headerTextStyle(v) {
let fi = new FontInfo();
fi.fontString = v;
this.i.a6 = fi;
}
/**
* Gets or sets the font to use for header nodes
*/
get headerDisplayMode() {
return this.i.j;
}
set headerDisplayMode(v) {
this.i.j = ensureEnum(TreemapHeaderDisplayMode_$type, v);
}
/**
* Gets or sets the left margin to use for the header.
*/
get headerLabelLeftMargin() {
return this.i.dq;
}
set headerLabelLeftMargin(v) {
this.i.dq = +v;
}
/**
* Gets or sets the top margin to use for the header.
*/
get headerLabelTopMargin() {
return this.i.ds;
}
set headerLabelTopMargin(v) {
this.i.ds = +v;
}
/**
* Gets or sets the right margin to use for the header.
*/
get headerLabelRightMargin() {
return this.i.dr;
}
set headerLabelRightMargin(v) {
this.i.dr = +v;
}
/**
* Gets or sets the bottom margin to use for the header.
*/
get headerLabelBottomMargin() {
return this.i.dp;
}
set headerLabelBottomMargin(v) {
this.i.dp = +v;
}
/**
* Gets or sets the left margin to use for the overlay header.
*/
get overlayHeaderLabelLeftMargin() {
return this.i.d3;
}
set overlayHeaderLabelLeftMargin(v) {
this.i.d3 = +v;
}
/**
* Gets or sets the top margin to use for the overlay header.
*/
get overlayHeaderLabelTopMargin() {
return this.i.d5;
}
set overlayHeaderLabelTopMargin(v) {
this.i.d5 = +v;
}
/**
* Gets or sets the right margin to use for the overlay header.
*/
get overlayHeaderLabelRightMargin() {
return this.i.d4;
}
set overlayHeaderLabelRightMargin(v) {
this.i.d4 = +v;
}
/**
* Gets or sets the bottom margin to use for the overlay header.
*/
get overlayHeaderLabelBottomMargin() {
return this.i.d2;
}
set overlayHeaderLabelBottomMargin(v) {
this.i.d2 = +v;
}
/**
* Gets or sets the left margin to use for the labels.
*/
get labelLeftMargin() {
return this.i.dx;
}
set labelLeftMargin(v) {
this.i.dx = +v;
}
/**
* Gets or sets the top margin to use for the labels.
*/
get labelTopMargin() {
return this.i.dz;
}
set labelTopMargin(v) {
this.i.dz = +v;
}
/**
* Gets or sets the right margin to use for the labels.
*/
get labelRightMargin() {
return this.i.dy;
}
set labelRightMargin(v) {
this.i.dy = +v;
}
/**
* Gets or sets the bottom margin to use for the labels.
*/
get labelBottomMargin() {
return this.i.dw;
}
set labelBottomMargin(v) {
this.i.dw = +v;
}
/**
* Gets or sets the left margin to use for the parent nodes.
*/
get parentNodeLeftMargin() {
return this.i.d8;
}
set parentNodeLeftMargin(v) {
this.i.d8 = +v;
}
/**
* Gets or sets the top margin to use for the parent nodes.
*/
get parentNodeTopMargin() {
return this.i.ec;
}
set parentNodeTopMargin(v) {
this.i.ec = +v;
}
/**
* Gets or sets the right margin to use for the parent nodes.
*/
get parentNodeRightMargin() {
return this.i.ea;
}
set parentNodeRightMargin(v) {
this.i.ea = +v;
}
/**
* Gets or sets the bottom margin to use for the parent nodes.
*/
get parentNodeBottomMargin() {
return this.i.d6;
}
set parentNodeBottomMargin(v) {
this.i.d6 = +v;
}
/**
* Gets or sets the left padding to use for the parent nodes.
*/
get parentNodeLeftPadding() {
return this.i.d9;
}
set parentNodeLeftPadding(v) {
this.i.d9 = +v;
}
/**
* Gets or sets the top padding to use for the parent nodes.
*/
get parentNodeTopPadding() {
return this.i.ed;
}
set parentNodeTopPadding(v) {
this.i.ed = +v;
}
/**
* Gets or sets the right padding to use for the parent nodes.
*/
get parentNodeRightPadding() {
return this.i.eb;
}
set parentNodeRightPadding(v) {
this.i.eb = +v;
}
/**
* Gets or sets the bottom padding to use for the parent nodes.
*/
get parentNodeBottomPadding() {
return this.i.d7;
}
set parentNodeBottomPadding(v) {
this.i.d7 = +v;
}
/**
* Gets or sets the horizontal alignment to use for the node labels.
*/
get labelHorizontalAlignment() {
return this.i.ja;
}
set labelHorizontalAlignment(v) {
this.i.ja = ensureEnum(HorizontalAlignment_$type, v);
}
/**
* Gets or sets the vertical alignment to use for the node labels.
*/
get labelVerticalAlignment() {
return this.i.kd;
}
set labelVerticalAlignment(v) {
this.i.kd = ensureEnum(VerticalAlignment_$type, v);
}
/**
* Gets or sets the height to use for the header.
*/
get headerHeight() {
return this.i.dn;
}
set headerHeight(v) {
this.i.dn = +v;
}
/**
* Gets or sets the outline to use for the nodes.
*/
get outline() {
return brushToString(this.i.jv);
}
set outline(v) {
this.i.jv = stringToBrush(v);
}
/**
* Gets or sets the stroke thickness to use for the node outline.
*/
get strokeThickness() {
return this.i.es;
}
set strokeThickness(v) {
this.i.es = +v;
}
/**
* Gets or sets the opacity to use for the nodes.
*/
get nodeOpacity() {
return this.i.d1;
}
set nodeOpacity(v) {
this.i.d1 = +v;
}
/**
* Gets or sets the orientation to use for the stripped and slice and dice layout types.
*/
get layoutOrientation() {
return this.i.al;
}
set layoutOrientation(v) {
this.i.al = ensureEnum(TreemapOrientation_$type, v);
}
/**
* Gets or sets the type of layout to use for the nodes.
*/
get layoutType() {
return this.i.u;
}
set layoutType(v) {
this.i.u = ensureEnum(TreemapLayoutType_$type, v);
}
/**
* Gets or sets the minimum size (width or height) to display a node.
*/
get minimumDisplaySize() {
return this.i.d0;
}
set minimumDisplaySize(v) {
this.i.d0 = +v;
}
/**
* Gets or sets the number of milliseconds over which changes to the gauge should be animated.
*/
get transitionDuration() {
return this.i.e3;
}
set transitionDuration(v) {
this.i.e3 = +v;
}
/**
* Gets or sets the scaling value used to affect the pixel density of the control.
* A higher scaling ratio will produce crisper visuals at the expense of memory. Lower values will cause the control
* to appear blurry.
*/
get pixelScalingRatio() {
return this.i.ee;
}
set pixelScalingRatio(v) {
this.i.ee = +v;
}
get actualPixelScalingRatio() {
return this.i.dg;
}
set actualPixelScalingRatio(v) {
this.i.dg = +v;
}
/**
* Gets or sets the scaling value used to affect the pixel density of the control while it is animating.
* A higher scaling ratio will produce crisper visuals at the expense of memory. Lower values will cause the control
* to appear blurry.
*/
get interactionPixelScalingRatio() {
return this.i.dv;
}
set interactionPixelScalingRatio(v) {
this.i.dv = +v;
}
/**
* Gets or sets the resolved scaling value used to affect the pixel density of the control while it is animating.
* A higher scaling ratio will produce crisper visuals at the expense of memory. Lower values will cause the control
* to appear blurry.
*/
get actualInteractionPixelScalingRatio() {
return this.i.df;
}
set actualInteractionPixelScalingRatio(v) {
this.i.df = +v;
}
/**
* Gets or sets the number of milliseconds over which the highlighting effect will render.
*/
get highlightingTransitionDuration() {
return this.i.e1;
}
set highlightingTransitionDuration(v) {
this.i.e1 = +v;
}
/**
* Gets or sets the highlighting mode to use.
*/
get highlightingMode() {
return this.i.aw;
}
set highlightingMode(v) {
this.i.aw = ensureEnum(TreemapHighlightingMode_$type, v);
}
/**
* Gets the actual highlighting mode used.
*/
get actualHighlightingMode() {
return this.i.au;
}
set actualHighlightingMode(v) {
this.i.au = ensureEnum(TreemapHighlightingMode_$type, v);
}
/**
* Gets or sets the opacity to use for nodes that are not highlighted when HighlightingMode is set to FadeOthers.
*/
get highlightingFadeOpacity() {
return this.i.du;
}
set highlightingFadeOpacity(v) {
this.i.du = +v;
}
get animating() {
return this.i.bs;
}
/**
* Gets or sets the item to drill to in the treemap.
*/
get focusItem() {
return this.i.e5;
}
set focusItem(v) {
this.i.e5 = v;
}
findByName(name) {
if (this.findEphemera) {
if (name && name.indexOf("@@e:") == 0) {
return this.findEphemera(name);
}
}
if (this.styleMappings != null && this.styleMappings.findByName && this.styleMappings.findByName(name)) {
return this.styleMappings.findByName(name);
}
return null;
}
get hasUserValues() {
return this._hasUserValues;
}
__m(propertyName) {
if (!this._inStyling) {
this._hasUserValues.add(propertyName);
}
}
_styling(container, component, parent) {
if (this._inStyling) {
return;
}
this._inStyling = true;
this._stylingContainer = container;
this._stylingParent = component;
let genericPrefix = "";
let typeName = this.i.$type.name;
if (typeName.indexOf("Xam") === 0) {
typeName = typeName.substring(3);
}
genericPrefix = toSpinal("Treemap");
let additionalPrefixes = [];
let prefix = toSpinal(typeName);
additionalPrefixes.push(prefix + "-");
let b = this.i.$type.baseType;
while (b && b.name != "Object" &&
b.name != "Base" &&
b.name != "Control" &&
b.Name != "DependencyObject" &&
b.Name != "FrameworkElement") {
typeName = b.name;
if (typeName.indexOf("Xam") === 0) {
typeName = typeName.substring(3);
}
let basePrefix = toSpinal(typeName);
additionalPrefixes.push(basePrefix + "-");
b = b.baseType;
}
if (parent) {
let parentTypeName = parent.i.$type.name;
if (parentTypeName.indexOf("Xam") === 0) {
parentTypeName = parentTypeName.substring(3);
}
let parentPrefix = toSpinal(parentTypeName);
additionalPrefixes.push(parentPrefix + "-" + genericPrefix + "-");
additionalPrefixes.push(parentPrefix + "-" + prefix + "-");
}
initializePropertiesFromCss(container, this, genericPrefix + "-", this.hasUserValues, false, additionalPrefixes);
if (this._otherStyling) {
this._otherStyling(container, component, parent);
}
this._inStyling = false;
}
notifySizeChanged() {
this.i.notifySizeChanged();
}
/**
* Returns visuals as a serialized string.
*/
exportSerializedVisualData() {
let iv = this.i.fn();
return (iv);
}
markDirty() {
this.i.ic();
}
onDetachedFromUI() {
this.i.onDetachedFromUI();
}
onAttachedToUI() {
this.i.onAttachedToUI();
}
flush() {
this.i.h9();
}
notifySetItem(source_, index, oldItem, newItem) {
this.i.ii(source_, index, oldItem, newItem);
}
/**
* Manually notifies the treemap's data source that the data it has bound to has been cleared and needs to be re-examined.
* This should not be called if the data that the pie chart is bound to is already observable.
* @param source_ * The data source.
*/
notifyClearItems(source_) {
this.i.ie(source_);
}
notifyInsertItem(source_, index, newItem) {
this.i.ig(source_, index, newItem);
}
notifyRemoveItem(source_, index, oldItem) {
this.i.ih(source_, index, oldItem);
}
simulateHover(point) {
this.i.i2(toPoint(point));
}
/**
* Fired when a node is being styled. Provides an opportunity to customize node styling.
*/
get nodeStyling() {
return this._nodeStyling;
}
set nodeStyling(ev) {
if (this._nodeStyling_wrapped !== null) {
this.i.nodeStyling = delegateRemove(this.i.nodeStyling, this._nodeStyling_wrapped);
this._nodeStyling_wrapped = null;
this._nodeStyling = null;
}
this._nodeStyling = ev;
this._nodeStyling_wrapped = (o, e) => {
let outerArgs = new IgrTreemapNodeStylingEventArgs();
outerArgs._provideImplementation(e);
if (this.beforeNodeStyling) {
this.beforeNodeStyling(this, outerArgs);
}
if (this._nodeStyling) {
this._nodeStyling(this, outerArgs);
}
};
this.i.nodeStyling = delegateCombine(this.i.nodeStyling, this._nodeStyling_wrapped);
;
}
/**
* Fired before a node is rendered for last minute style changes.
*/
get nodeRenderStyling() {
return this._nodeRenderStyling;
}
set nodeRenderStyling(ev) {
if (this._nodeRenderStyling_wrapped !== null) {
this.i.nodeRenderStyling = delegateRemove(this.i.nodeRenderStyling, this._nodeRenderStyling_wrapped);
this._nodeRenderStyling_wrapped = null;
this._nodeRenderStyling = null;
}
this._nodeRenderStyling = ev;
this._nodeRenderStyling_wrapped = (o, e) => {
let outerArgs = new IgrTreemapNodeStylingEventArgs();
outerArgs._provideImplementation(e);
if (this.beforeNodeRenderStyling) {
this.beforeNodeRenderStyling(this, outerArgs);
}
if (this._nodeRenderStyling) {
this._nodeRenderStyling(this, outerArgs);
}
};
this.i.nodeRenderStyling = delegateCombine(this.i.nodeRenderStyling, this._nodeRenderStyling_wrapped);
;
}
/**
* Fired with the pointer is moving over a node.
*/
get nodePointerOver() {
return this._nodePointerOver;
}
set nodePointerOver(ev) {
if (this._nodePointerOver_wrapped !== null) {
this.i.nodePointerOver = delegateRemove(this.i.nodePointerOver, this._nodePointerOver_wrapped);
this._nodePointerOver_wrapped = null;
this._nodePointerOver = null;
}
this._nodePointerOver = ev;
this._nodePointerOver_wrapped = (o, e) => {
let outerArgs = new IgrTreemapNodePointerEventArgs();
outerArgs._provideImplementation(e);
if (this.beforeNodePointerOver) {
this.beforeNodePointerOver(this, outerArgs);
}
if (this._nodePointerOver) {
this._nodePointerOver(this, outerArgs);
}
};
this.i.nodePointerOver = delegateCombine(this.i.nodePointerOver, this._nodePointerOver_wrapped);
;
}
/**
* Fired when the pointer enters a node.
*/
get nodePointerEnter() {
return this._nodePointerEnter;
}
set nodePointerEnter(ev) {
if (this._nodePointerEnter_wrapped !== null) {
this.i.nodePointerEnter = delegateRemove(this.i.nodePointerEnter, this._nodePointerEnter_wrapped);
this._nodePointerEnter_wrapped = null;
this._nodePointerEnter = null;
}
this._nodePointerEnter = ev;
this._nodePointerEnter_wrapped = (o, e) => {
let outerArgs = new IgrTreemapNodePointerEventArgs();
outerArgs._provideImplementation(e);
if (this.beforeNodePointerEnter) {
this.beforeNodePointerEnter(this, outerArgs);
}
if (this._nodePointerEnter) {
this._nodePointerEnter(this, outerArgs);
}
};
this.i.nodePointerEnter = delegateCombine(this.i.nodePointerEnter, this._nodePointerEnter_wrapped);
;
}
/**
* Fired when the pointer leaved a node.
*/
get nodePointerLeave() {
return this._nodePointerLeave;
}
set nodePointerLeave(ev) {
if (this._nodePointerLeave_wrapped !== null) {
this.i.nodePointerLeave = delegateRemove(this.i.nodePointerLeave, this._nodePointerLeave_wrapped);
this._nodePointerLeave_wrapped = null;
this._nodePointerLeave = null;
}
this._nodePointerLeave = ev;
this._nodePointerLeave_wrapped = (o, e) => {
let outerArgs = new IgrTreemapNodePointerEventArgs();
outerArgs._provideImplementation(e);
if (this.beforeNodePointerLeave) {
this.beforeNodePointerLeave(this, outerArgs);
}
if (this._nodePointerLeave) {
this._nodePointerLeave(this, outerArgs);
}
};
this.i.nodePointerLeave = delegateCombine(this.i.nodePointerLeave, this._nodePointerLeave_wrapped);
;
}
/**
* Fired when the pointer is pressed on a node.
*/
get nodePointerPressed() {
return this._nodePointerPressed;
}
set nodePointerPressed(ev) {
if (this._nodePointerPressed_wrapped !== null) {
this.i.nodePointerPressed = delegateRemove(this.i.nodePointerPressed, this._nodePointerPressed_wrapped);
this._nodePointerPressed_wrapped = null;
this._nodePointerPressed = null;
}
this._nodePointerPressed = ev;
this._nodePointerPressed_wrapped = (o, e) => {
let outerArgs = new IgrTreemapNodePointerEventArgs();
outerArgs._provideImplementation(e);
if (this.beforeNodePointerPressed) {
this.beforeNodePointerPressed(this, outerArgs);
}
if (this._nodePointerPressed) {
this._nodePointerPressed(this, outerArgs);
}
};
this.i.nodePointerPressed = delegateCombine(this.i.nodePointerPressed, this._nodePointerPressed_wrapped);
;
}
/**
* Fired when the pointer is released on a node.
*/
get nodePointerReleased() {
return this._nodePointerReleased;
}
set nodePointerReleased(ev) {
if (this._nodePointerReleased_wrapped !== null) {
this.i.nodePointerReleased = delegateRemove(this.i.nodePointerReleased, this._nodePointerReleased_wrapped);
this._nodePointerReleased_wrapped = null;
this._nodePointerReleased = null;
}
this._nodePointerReleased = ev;
this._nodePointerReleased_wrapped = (o, e) => {
let outerArgs = new IgrTreemapNodePointerEventArgs();
outerArgs._provideImplementation(e);
if (this.beforeNodePointerReleased) {
this.beforeNodePointerReleased(this, outerArgs);
}
if (this._nodePointerReleased) {
this._nodePointerReleased(this, outerArgs);
}
};
this.i.nodePointerReleased = delegateCombine(this.i.nodePointerReleased, this._nodePointerReleased_wrapped);
;
}
}