Manage the global buffer memory for vertex and indexed vertex buffers,
increase the memory size incrementally twice by default and reduce
the default buffer size, which is not suitable for typical scenarios.
This could reduce the a bit stack memory usage and improve
the portability across systems where has the stack memory
limitation and potentially gaining performance enhancement
by avoiding brutal stack memory usage at the many function calls.
added the internal functions:
- WgVertexBuffer* mpoolReqVertexBuffer(float scale = 1.0f);
- WgIndexedVertexBuffer* mpoolReqIndexedVertexBuffer(float scale = 1.0f);
- void mpoolRetVertexBuffer(WgVertexBuffer* buffer);
- void mpoolRetIndexedVertexBuffer(WgIndexedVertexBuffer* buffer);
issue: https://github.com/thorvg/thorvg/issues/3159
- Changed optimization flags to -Oz, reducing the binary size by 120KB.
- Applied wasm-opt convergence as a post-process to ensure the minimum possible size with the given optimization flag.
The binary size recently increased due to the ASYNCIFY option, which was required for WebGPU initialization.
To prevent unnecessary binary size growth, ThorVG will no longer depend on asynchronous processes such as `emscripten_sleep` (ASYNCIFY or JSPI).
As a result, the combined WASM binary size has been significantly reduced to less than 1MB.
Size comparison: 1559KB → 998KB (-36%)
Updated WASM binding to bring WebGPU on the web player.
binding will generate a WASM binary, which can render animation through both SW and WG raster engine.
A raster engine will be chosen by parameter `engine`, when initializing.
