pixi.js/lib/rendering/batcher/canvas/CanvasBatchAdaptor.mjs.map

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{"version":3,"file":"CanvasBatchAdaptor.mjs","sources":["../../../../src/rendering/batcher/canvas/CanvasBatchAdaptor.ts"],"sourcesContent":["import { ExtensionType } from '../../../extensions/Extensions';\nimport { groupD8 } from '../../../maths/matrix/groupD8';\nimport { Matrix } from '../../../maths/matrix/Matrix';\nimport { bgr2rgb } from '../../../scene/container/container-mixins/getGlobalMixin';\nimport { multiplyHexColors } from '../../../scene/container/utils/multiplyHexColors';\nimport { type PatternRepetition } from '../../../scene/graphics/shared/fill/FillPattern';\nimport { canvasUtils } from '../../renderers/canvas/utils/canvasUtils';\n\nimport type { CanvasRenderer } from '../../renderers/canvas/CanvasRenderer';\nimport type { Geometry } from '../../renderers/shared/geometry/Geometry';\nimport type { Shader } from '../../renderers/shared/shader/Shader';\nimport type { Batch } from '../shared/Batcher';\nimport type { BatcherAdaptor, BatcherPipe } from '../shared/BatcherPipe';\nimport type { DefaultBatchableQuadElement } from '../shared/DefaultBatcher';\n\n/**\n * A BatcherAdaptor that renders batches using Canvas2D.\n * @category rendering\n * @ignore\n */\nexport class CanvasBatchAdaptor implements BatcherAdaptor\n{\n    private static readonly _tempPatternMatrix = new Matrix();\n\n    private static _getPatternRepeat(\n        addressModeU?: string,\n        addressModeV?: string\n    ): PatternRepetition\n    {\n        const repeatU = addressModeU && addressModeU !== 'clamp-to-edge';\n        const repeatV = addressModeV && addressModeV !== 'clamp-to-edge';\n\n        if (repeatU && repeatV) return 'repeat';\n        if (repeatU) return 'repeat-x';\n        if (repeatV) return 'repeat-y';\n\n        return 'no-repeat';\n    }\n\n    /** @ignore */\n    public static extension = {\n        type: [\n            ExtensionType.CanvasPipesAdaptor,\n        ],\n        name: 'batch',\n    } as const;\n\n    public start(batchPipe: BatcherPipe, geometry: Geometry, shader: Shader): void\n    {\n        void batchPipe;\n        void geometry;\n        void shader;\n    }\n\n    public execute(batchPipe: BatcherPipe, batch: Batch): void\n    {\n        const elements = batch.elements;\n\n        if (!elements || !elements.length) return;\n\n        const renderer = batchPipe.renderer as CanvasRenderer;\n        const contextSystem = renderer.canvasContext;\n        const context = contextSystem.activeContext;\n\n        for (let i = 0; i < elements.length; i++)\n        {\n            const element = elements[i];\n\n            if (!element.packAsQuad) continue;\n\n            const quad = element as DefaultBatchableQuadElement;\n            const texture = quad.texture;\n            const source = texture ? canvasUtils.getCanvasSource(texture) : null;\n\n            if (!source) continue;\n\n            const textureStyle = texture.source.style;\n            const smoothProperty = contextSystem.smoothProperty;\n            const shouldSmooth = textureStyle.scaleMode !== 'nearest';\n\n            if (context[smoothProperty] !== shouldSmooth)\n            {\n                context[smoothProperty] = shouldSmooth;\n            }\n\n            // Use the batch-level (already alpha-adjusted) blend mode\n            contextSystem.setBlendMode(batch.blendMode);\n\n            const globalColor = renderer.globalUniforms.globalUniformData?.worldColor ?? 0xFFFFFFFF;\n            const argb = quad.color;\n\n            const globalAlpha = ((globalColor >>> 24) & 0xFF) / 255;\n            const quadAlpha = ((argb >>> 24) & 0xFF) / 255;\n\n            const filterAlpha = (renderer.filter as { alphaMultiplier?: number } | null)?.alphaMultiplier ?? 1;\n            const alpha = globalAlpha * quadAlpha * filterAlpha;\n\n            if (alpha <= 0) continue;\n\n            context.globalAlpha = alpha;\n\n            const globalTint = globalColor & 0xFFFFFF;\n            const quadTint = argb & 0xFFFFFF;\n\n            const tint = bgr2rgb(multiplyHexColors(quadTint, globalTint));\n            const frame = texture.frame;\n            const repeatU = textureStyle.addressModeU ?? textureStyle.addressMode;\n            const repeatV = textureStyle.addressModeV ?? textureStyle.addressMode;\n            const repeat = CanvasBatchAdaptor._getPatternRepeat(repeatU, repeatV);\n\n            const resolution = texture.source._resolution ?? texture.source.resolution ?? 1;\n\n            const isFromCachedRenderGroup = ((quad as any).renderable as any)?.renderGroup?.isCachedAsTexture;\n\n            const sx = frame.x * resolution;\n            const sy = frame.y * resolution;\n            const sw = frame.width * resolution;\n            const sh = frame.height * resolution;\n\n            const bounds = quad.bounds;\n\n            const isRootTarget = renderer.renderTarget.renderTarget.isRoot;\n            const dx = bounds.minX;\n            const dy = bounds.minY;\n            const dw = bounds.maxX - bounds.minX;\n            const dh = bounds.maxY - bounds.minY;\n\n            const rotate = texture.rotate;\n\n            const uvs = texture.uvs;\n            const uvMin = Math.min(uvs.x0, uvs.x1, uvs.x2, uvs.x3, uvs.y0, uvs.y1, uvs.y2, uvs.y3);\n            const uvMax = Math.max(uvs.x0, uvs.x1, uvs.x2, uvs.x3, uvs.y0, uvs.y1, uvs.y2, uvs.y3);\n            const needsRepeat = repeat !== 'no-repeat' && (uvMin < 0 || uvMax > 1);\n\n            // Determine if we'll use getTintedCanvas (which handles rotation internally)\n            // Use it for tinting OR rotation (for non-repeat path)\n            const willUseProcessedCanvas = !needsRepeat && (tint !== 0xFFFFFF || rotate);\n            // Only apply rotation transform when NOT using processed canvas (which handles rotation itself)\n            const applyRotateTransform = rotate && !willUseProcessedCanvas;\n\n            if (applyRotateTransform)\n            {\n                CanvasBatchAdaptor._tempPatternMatrix.copyFrom(quad.transform);\n                groupD8.matrixAppendRotationInv(\n                    CanvasBatchAdaptor._tempPatternMatrix,\n                    rotate,\n                    dx,\n                    dy,\n                    dw,\n                    dh\n                );\n                contextSystem.setContextTransform(\n                    CanvasBatchAdaptor._tempPatternMatrix,\n                    quad.roundPixels === 1,\n                    undefined,\n                    isFromCachedRenderGroup && isRootTarget\n                );\n            }\n            else\n            {\n                contextSystem.setContextTransform(\n                    quad.transform,\n                    quad.roundPixels === 1,\n                    undefined,\n                    isFromCachedRenderGroup && isRootTarget\n                );\n            }\n\n            const drawX = applyRotateTransform ? 0 : dx;\n            const drawY = applyRotateTransform ? 0 : dy;\n            const drawW = dw;\n            const drawH = dh;\n\n            if (needsRepeat)\n            {\n                // We can now allow tinting for PMA textures because getCanvasSource\n                // returns an un-premultiplied (straight alpha) version for Canvas.\n                // NOTE: Don't use getTintedCanvas when rotated because it applies rotation compensation,\n                // but the repeat path uses UV-based pattern transforms that expect the original rotated source.\n                let patternSource = source;\n\n                const canTint = tint !== 0xFFFFFF && !rotate;\n                const fitsFrame = frame.width <= texture.source.width && frame.height <= texture.source.height;\n\n                if (canTint && fitsFrame)\n                {\n                    patternSource = canvasUtils.getTintedCanvas({ texture }, tint) as CanvasImageSource;\n                }\n\n                const pattern = context.createPattern(patternSource, repeat);\n\n                if (!pattern) continue;\n\n                const denomX = drawW;\n                const denomY = drawH;\n\n                if (denomX === 0 || denomY === 0) continue;\n\n                const invDx = 1 / denomX;\n                const invDy = 1 / denomY;\n\n                const a = (uvs.x1 - uvs.x0) * invDx;\n                const b = (uvs.y1 - uvs.y0) * invDx;\n                const c = (uvs.x3 - uvs.x0) * invDy;\n                const d = (uvs.y3 - uvs.y0) * invDy;\n                const tx = uvs.x0 - (a * drawX) - (c * drawY);\n                const ty = uvs.y0 - (b * drawX) - (d * drawY);\n\n                const pixelWidth = texture.source.pixelWidth;\n                const pixelHeight = texture.source.pixelHeight;\n\n                CanvasBatchAdaptor._tempPatternMatrix.set(\n                    a * pixelWidth,\n                    b * pixelHeight,\n                    c * pixelWidth,\n                    d * pixelHeight,\n                    tx * pixelWidth,\n                    ty * pixelHeight\n                );\n\n                canvasUtils.applyPatternTransform(pattern, CanvasBatchAdaptor._tempPatternMatrix);\n                context.fillStyle = pattern;\n                context.fillRect(drawX, drawY, drawW, drawH);\n            }\n            else\n            {\n                // We can now allow tinting for PMA textures because getCanvasSource\n                // returns an un-premultiplied (straight alpha) version for Canvas.\n                // getTintedCanvas handles rotation internally, so use it for rotated textures too\n                const needsProcessing = tint !== 0xFFFFFF || rotate;\n                const processedSource = needsProcessing\n                    ? canvasUtils.getTintedCanvas({ texture }, tint) as CanvasImageSource\n                    : source;\n\n                const isProcessed = processedSource !== source;\n\n                context.drawImage(\n                    processedSource,\n                    isProcessed ? 0 : sx,\n                    isProcessed ? 0 : sy,\n                    isProcessed ? (processedSource as any).width : sw,\n                    isProcessed ? (processedSource as any).height : sh,\n                    drawX,\n                    drawY,\n                    drawW,\n                    drawH\n                );\n            }\n        }\n    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