swOperation/node_modules/@antv/g-plugin-canvas-renderer/dist/CanvasRendererPlugin.d.ts

import type { DisplayObject, RenderingPlugin, RenderingPluginContext, CanvasContext, GlobalRuntime } from '@antv/g-lite';
import type { CanvasRendererPluginOptions } from './interfaces';
/**
 * support 2 modes in rendering:
 * * immediate
 * * delayed: render at the end of frame with dirty-rectangle
 */
export declare class CanvasRendererPlugin implements RenderingPlugin {
    private canvasRendererPluginOptions;
    static tag: string;
    private context;
    private pathGeneratorFactory;
    /**
     * RBush used in dirty rectangle rendering
     */
    private rBush;
    constructor(canvasRendererPluginOptions: CanvasRendererPluginOptions);
    private removedRBushNodeAABBs;
    private renderQueue;
    /**
     * This stack is only used by clipPath for now.
     */
    private restoreStack;
    private clearFullScreen;
    /**
     * view projection matrix
     */
    private vpMatrix;
    private dprMatrix;
    private tmpMat4;
    private vec3a;
    private vec3b;
    private vec3c;
    private vec3d;
    apply(context: RenderingPluginContext, runtime: GlobalRuntime): void;
    private clearRect;
    renderDisplayObject(object: DisplayObject, context: CanvasRenderingContext2D, canvasContext: CanvasContext, restoreStack: DisplayObject[], runtime: GlobalRuntime): void;
    private convertAABB2Rect;
    /**
     * TODO: merge dirty rectangles with some strategies.
     * For now, we just simply merge all the rectangles into one.
     * @see https://idom.me/articles/841.html
     */
    private mergeDirtyAABBs;
    private searchDirtyObjects;
    private saveDirtyAABB;
    /**
     * TODO: batch the same global attributes
     */
    private applyAttributesToContext;
    private applyWorldTransform;
    private safeMergeAABB;
}
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