万网封停慧聪网,宁波seo推荐运营培训,wordpress会员多语言,微网站和h5有什么区别当前示例源码github地址:
https://github.com/vilyLei/voxwebgpu/blob/feature/rendering/src/voxgpu/sample/GameOfLifePretty.ts
系统特性:
1. 用户态与系统态隔离。
2. 高频调用与低频调用隔离。
3. 面向用户的易用性封装。
4. 渲染数据(内外部相关资源)和渲染机制分离…当前示例源码github地址:
https://github.com/vilyLei/voxwebgpu/blob/feature/rendering/src/voxgpu/sample/GameOfLifePretty.ts
系统特性:
1. 用户态与系统态隔离。
2. 高频调用与低频调用隔离。
3. 面向用户的易用性封装。
4. 渲染数据(内外部相关资源)和渲染机制分离。
5. 用户操作和渲染系统调度并行机制。
6. 数据/语义驱动。
7. 异步并行的场景/模型载入。
8. computing与rendering用法机制一致性。 1). 构造过程一致性。 2). 启用过程一致性。 3). 自动兼容到material多pass以及material graph机制中。
当前示例运行效果: WGSL顶点与片段shader:
struct VertexInput {location(0) pos: vec3f,location(1) uv : vec2f,builtin(instance_index) instance: u32
};struct VertexOutput {builtin(position) pos: vec4f,location(0) cell: vec2f,location(1) uv: vec2f,location(2) instance: f32,
};
group(0) binding(0) varuniform grid: vec2f;
group(0) binding(1) varstorage cellState: arrayu32;
group(0) binding(2) varstorage lifeState: arrayf32;
vertex
fn vertMain(input: VertexInput) - VertexOutput {let i f32(input.instance);let cell vec2f(i % grid.x, floor(i / grid.x));let cellOffset cell / grid * 2.0;var state f32(cellState[input.instance]);let gridPos (input.pos.xy * state 1.0) / grid - 1.0 cellOffset;var output: VertexOutput;output.pos vec4f(gridPos, 0.0, 1.0);output.cell cell;output.uv input.uv;output.instance i;return output;
}fragment
fn fragMain(input: VertexOutput) - location(0) vec4f {let c input.cell / grid;var dis length(input.uv - vec2f32(0.5, 0.5));dis min(dis/0.15, 1.0);let i u32(input.instance);var f clamp((lifeState[i])/100.0, 0.0005, 1.0);dis (1.0 - pow(dis, 100.0)) * (1.0 - f) f;var c3 vec3f(c, (1.0 - c.x) * (1.0 - f) f) * dis;return vec4f(c3, 1.0);
}
此示例基于此渲染系统实现当前示例TypeScript源码如下
export class GameOfLifePretty {private mRscene new RendererScene();initialize(): void {console.log(GameOfLifePretty::initialize() ...);const rc this.mRscene;rc.initialize();this.initScene();}private createUniformValues(): { ufvs0: WGRUniformValue[]; ufvs1: WGRUniformValue[] }[] {const gridsSizesArray new Float32Array([gridSize, gridSize]);const cellStateArray0 new Uint32Array(gridSize * gridSize);for (let i 0; i cellStateArray0.length; i) {cellStateArray0[i] Math.random() 0.6 ? 1 : 0;}const cellStateArray1 new Uint32Array(gridSize * gridSize);for (let i 0; i cellStateArray1.length; i) {cellStateArray1[i] i % 2;}const lifeStateArray3 new Float32Array(gridSize * gridSize);for (let i 0; i lifeStateArray3.length; i) {lifeStateArray3[i] i % 2;}let shared true;let sharedData0 { data: cellStateArray0 };let sharedData1 { data: cellStateArray1 };let sharedData3 { data: lifeStateArray3 };const v0 new WGRUniformValue({ data: gridsSizesArray, stride: 2, shared });v0.toVisibleAll();// build rendering uniformsconst va1 new WGRStorageValue({ sharedData: sharedData0, stride: 1, shared }).toVisibleVertComp();const vb1 new WGRStorageValue({ sharedData: sharedData1, stride: 1, shared }).toVisibleVertComp();const vc1 new WGRStorageValue({ sharedData: sharedData3, stride: 1, shared }).toVisibleAll();// build computing uniformsconst compva1 new WGRStorageValue({ sharedData: sharedData0, stride: 1, shared }).toVisibleVertComp();const compva2 new WGRStorageValue({ sharedData: sharedData1, stride: 1, shared }).toVisibleComp();compva2.toBufferForStorage();const compvb1 new WGRStorageValue({ sharedData: sharedData1, stride: 1, shared }).toVisibleVertComp();const compvb2 new WGRStorageValue({ sharedData: sharedData0, stride: 1, shared }).toVisibleComp();compvb2.toBufferForStorage();const compv3 new WGRStorageValue({ sharedData: sharedData3, stride: 1, shared }).toVisibleComp();compv3.toBufferForStorage();return [{ ufvs0: [v0, va1, vc1], ufvs1: [v0, vb1, vc1] },{ ufvs0: [v0, compva1, compva2, compv3], ufvs1: [v0, compvb1, compvb2, compv3] }];}private mEntity: FixScreenPlaneEntity;private mStep 0;private createMaterial(shaderCodeSrc: WGRShderSrcType, uniformValues: WGRUniformValue[], shadinguuid: string, instanceCount: number): WGMaterial {return new WGMaterial({shadinguuid,shaderCodeSrc,instanceCount,uniformValues});}private createCompMaterial(shaderCodeSrc: WGRShderSrcType, uniformValues: WGRUniformValue[], shadinguuid: string, workgroupCount 2): WGCompMaterial {return new WGCompMaterial({shadinguuid,shaderCodeSrc,uniformValues}).setWorkcounts(workgroupCount, workgroupCount);}private initScene(): void {const rc this.mRscene;const ufvsObjs this.createUniformValues();const instanceCount gridSize * gridSize;const workgroupCount Math.ceil(gridSize / shdWorkGroupSize);let shaderSrc {shaderSrc: {code: shaderWGSL,uuid: shader-gameOfLife,vertEntryPoint: vertMain,fragEntryPoint: fragMain}} as WGRShderSrcType;let compShaderSrc {compShaderSrc: {code: compShdCode,uuid: shader-computing,compEntryPoint: compMain}};const materials: WGMaterial[] [// build ping-pong rendering processthis.createMaterial(shaderSrc, ufvsObjs[0].ufvs0, rshd0, instanceCount),this.createMaterial(shaderSrc, ufvsObjs[0].ufvs1, rshd1, instanceCount),// build ping-pong computing processthis.createCompMaterial(compShaderSrc, ufvsObjs[1].ufvs1, compshd0, workgroupCount),this.createCompMaterial(compShaderSrc, ufvsObjs[1].ufvs0, compshd1, workgroupCount),];let entity new FixScreenPlaneEntity({x: -0.8, y: -0.8, width: 1.6, height: 1.6,materials});rc.addEntity(entity);materials[0].visible false;materials[2].visible false;this.mEntity entity;}private mFrameDelay 3;run(): void {let rendering this.mEntity.isRendering();if (rendering) {if (this.mFrameDelay 0) {this.mFrameDelay--;return;}this.mFrameDelay 3;const ms this.mEntity.materials;for (let i 0; i ms.length; i) {ms[i].visible (this.mStep % 2 i) % 2 0;}this.mStep;}this.mRscene.run(rendering);}
}
