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vello/.vscode/settings.json

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Use 'C style' preprocessing in piet-wgsl (#194) This lets us use https://github.com/wgsl-analyzer/wgsl-analyzer for writing the wgsl files. The imports (for wgsl-analyzer) have to be machine specific at the moment - to use this you need to configure .vscode/settings.json yourself. The alternative is to point them at static files on GitHub, which is tempting to make things easier, but would potentially go out of sync with what is actually used.
2022-10-27 15:27:46 +01:00
{
"wgsl-analyzer.customImports": {
Move the vello crate to the workspace root (#231) * Move the vello crate to the root of the crate * Add warning that README is work in progress * Add newline in warning * Move the unlicense into the shader folder * Fixup wgsl-analyzer include paths
2023-01-05 09:32:09 +00:00
"bbox": "${workspaceFolder}/shader/shared/bbox.wgsl",
"blend": "${workspaceFolder}/shader/shared/blend.wgsl",
"bump": "${workspaceFolder}/shader/shared/bump.wgsl",
"clip": "${workspaceFolder}/shader/shared/clip.wgsl",
"config": "${workspaceFolder}/shader/shared/config.wgsl",
"cubic": "${workspaceFolder}/shader/shared/cubic.wgsl",
"drawtag": "${workspaceFolder}/shader/shared/drawtag.wgsl",
"pathtag": "${workspaceFolder}/shader/shared/pathtag.wgsl",
"ptcl": "${workspaceFolder}/shader/shared/ptcl.wgsl",
"segment": "${workspaceFolder}/shader/shared/segment.wgsl",
rework radial gradients Adds full support for COLRv1 radial gradients based on the two-point conical gradient algorithm at https://skia.org/docs/dev/design/conical/ Also adds robustness to degenerate cases in gradient encoding: * Radial where p0 == p1 && r0 == r1 renders transparent solid * Empty stops render as transparent solid * Single stop renders as solid
2023-05-09 18:09:53 -04:00
"tile": "${workspaceFolder}/shader/shared/tile.wgsl",
"transform": "${workspaceFolder}/shader/shared/transform.wgsl"
Use 'C style' preprocessing in piet-wgsl (#194) This lets us use https://github.com/wgsl-analyzer/wgsl-analyzer for writing the wgsl files. The imports (for wgsl-analyzer) have to be machine specific at the moment - to use this you need to configure .vscode/settings.json yourself. The alternative is to point them at static files on GitHub, which is tempting to make things easier, but would potentially go out of sync with what is actually used.
2022-10-27 15:27:46 +01:00
},
Unify scene buffer All streams of the scene are combined into a single buffer. This is very much like existing piet-gpu, however the various outputs from the compute stages (whether computed on CPU or GPU) will retain their separate bindings, which is more native to WGSL. There's a touch of ergonomics loss, in particular when we do transforms we'll need to unmarshal them by hand, but I think overall not too bad.
2022-11-02 18:07:32 -07:00
"wgsl-analyzer.diagnostics.nagaVersion": "main",
Move the vello crate to the workspace root (#231) * Move the vello crate to the root of the crate * Add warning that README is work in progress * Add newline in warning * Move the unlicense into the shader folder * Fixup wgsl-analyzer include paths
2023-01-05 09:32:09 +00:00
"wgsl-analyzer.preprocessor.shaderDefs": [
"full"
]
Use 'C style' preprocessing in piet-wgsl (#194) This lets us use https://github.com/wgsl-analyzer/wgsl-analyzer for writing the wgsl files. The imports (for wgsl-analyzer) have to be machine specific at the moment - to use this you need to configure .vscode/settings.json yourself. The alternative is to point them at static files on GitHub, which is tempting to make things easier, but would potentially go out of sync with what is actually used.
2022-10-27 15:27:46 +01:00
}
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