Create a new WebGPUResourceManager.
A GPU object to use for creating the device.
Gets the depth texture view.
Gets the webgpu device. The device used is common for all instances of this render delegate class. It is set when the first instance is created. Really useful for sharing resources / pipeline caching between instances (or multiple canvas in the same page).
ProtectedgpuGets the presentation texture format.
Creates a bind group.
The bind group layout to use.
The entries for the bind group.
The created bind group.
Creates a bind group layout.
The descriptor for the bind group layout.
The created bind group layout.
Create a preconfigured depth texture.
The width of the texture.
The height of the texture.
Creates an index buffer.
The data to initialize the buffer with.
The created index buffer.
Creates a render pipeline asynchronously.
The vertex shader code in WGSL.
The fragment shader code in WGSL.
The primitive state configuration.
The bind group layouts for the pipeline.
OptionalbuffersLayouts: Iterable<null | GPUVertexBufferLayout, any, any>OptionaltargetBlend: GPUBlendStateThe blend state for the pipeline (optional).
The created render pipeline.
Creates a render bundle encoder.
The descriptor for the render bundle encoder.
The created render bundle encoder.
Creates a sampler.
The descriptor for the sampler.
The created sampler.
Creates a storage buffer.
The size of the buffer in bytes.
The label for the buffer (optional).
The created storage buffer.
Creates a texture from an image URL.
The URL of the image to load.
A promise that resolves to the created texture.
Creates a uniform buffer and fills it with data.
The data to initialize the buffer with.
The created uniform buffer.
Creates a vertex buffer.
The data to initialize the buffer with.
The created vertex buffer.
Destroy all tracked GPU buffers.
Destroy the depth texture and its view.
Release the GPU resources.
Fills a uniform buffer with data.
The buffer to fill.
The data to write to the buffer.
Completes the rendering process by ending the render pass and submitting the command buffer to the GPU queue.
An object containing the command encoder and render pass encoder.
Request and initialize GPU resources. After this, if any error occurs, it will be emitted through the onError event.
A promise that resolves when the GPU resources are ready.
Starts a render pass with a command encoder and render pass encoder.
The GPU texture view for rendering.
The GPU texture to render to.
An object with the command encoder and render pass encoder.
Sets up the render pass descriptor with color and depth-stencil attachments, clearing the color to transparent black and depth to the farthest value.
A class that manages the resources for the WebGPU rendering engine. Implement frequent resource management operations / customized boilerplate for WebGPU.