forge-compute-shaders

SDL3 GPU compute passes write directly to storage textures by creating a compute pipeline with embedded shader code, binding it, and dispatching groups sized to the texture dimensions before executing a subsequent render pass.

Yes, SDL3 GPU compute is applicable to procedural generation and particle simulations, providing a structured pattern to dispatch compute tasks, push per-frame data, and synchronize outputs for a final render pass.

Calculating dispatch groups for an SDL3 GPU compute pass involves deriving the invocation dimensions from the target texture size and the compute shader's workgroup layout to ensure full pixel coverage.

Yes, SDL3 GPU supports sequencing a compute pass before a render pass, allowing the compute pass to write to storage textures that are then bound and sampled during the subsequent render pass.

Handling per-frame uniforms in an SDL3 GPU compute pipeline involves pushing uniform data per frame before dispatching the compute groups, ensuring the shader reads updated data for each execution cycle.

Storage textures are needed for compute shaders in SDL3 GPU to provide read-write output targets, enabling the compute pass to generate or modify image data that can be directly sampled by the following render pass.