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ruffle/render/naga-pixelbender/Cargo.toml

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wpgu: Initial implementation of PixelBender shader execution (#11441) * wpgu: Initial implementation of PixelBender shader execution The implementation is split across four crates: * `ruffle_render` now holds the main PixelBender bytecode parsing implementation (previously, this was in `ruffle_core`). * `ruffle_core` holds some helper functions for converting between AVM2 `Value`s and the PixelBender vector types. * `naga-pixelbender` (newly created) constructs a Naga `Module` from parsed PixelBender bytecode * `ruffle_render_wgpu` sets up the render pipeline for the shader constructed by `naga-pixelbender`, and actually executes the shader. The Actionscript-side shader parameters are passed in through uniforms. This allows us to cache the compiled `naga::Module` and associated wgpu types inside `ShaderData`, when it's first created. Each invocation of a `ShaderJob` only needs to create a bind group and render pass. Limitations: * Only a few of the PixelBender opcodes are implemented - however, this is enough to get Stemlands cannon rotation working, as well as a cool "donut" shader that I found and included as a test. * PixelBender matrix types are not supported. * Only BitmapData is supported as an input/output type - Flash Player also supports using Vector and ByteArray * ShaderJob execution is always synchronous. * Adjust comments * Address review comments
2023-06-15 22:50:24 +00:00
[package]
name = "naga-pixelbender"
authors.workspace = true
edition.workspace = true
homepage.workspace = true
license.workspace = true
repository.workspace = true
version.workspace = true
chore: Delegate `[lints]` in `Cargo.toml` of all packages to the workspace
2024-01-04 21:30:32 +00:00
[lints]
workspace = true
wpgu: Initial implementation of PixelBender shader execution (#11441) * wpgu: Initial implementation of PixelBender shader execution The implementation is split across four crates: * `ruffle_render` now holds the main PixelBender bytecode parsing implementation (previously, this was in `ruffle_core`). * `ruffle_core` holds some helper functions for converting between AVM2 `Value`s and the PixelBender vector types. * `naga-pixelbender` (newly created) constructs a Naga `Module` from parsed PixelBender bytecode * `ruffle_render_wgpu` sets up the render pipeline for the shader constructed by `naga-pixelbender`, and actually executes the shader. The Actionscript-side shader parameters are passed in through uniforms. This allows us to cache the compiled `naga::Module` and associated wgpu types inside `ShaderData`, when it's first created. Each invocation of a `ShaderJob` only needs to create a bind group and render pass. Limitations: * Only a few of the PixelBender opcodes are implemented - however, this is enough to get Stemlands cannon rotation working, as well as a cool "donut" shader that I found and included as a test. * PixelBender matrix types are not supported. * Only BitmapData is supported as an input/output type - Flash Player also supports using Vector and ByteArray * ShaderJob execution is always synchronous. * Adjust comments * Address review comments
2023-06-15 22:50:24 +00:00
[dependencies]
ruffle_render = { path = "../" }
naga = { workspace = true }
render: Implement more PixelBender features (#11800)
2023-07-01 17:50:43 +00:00
naga_oil = { workspace = true }
naga-pixelbender: Stub out Opcode::Loop Some experimentation with Pixel Bender Studio shows that Opcode::Loop has a 23-byte payload. I haven't tried to figure out how to interpet the payload yet, but we can now skip over the opcode instead of bailing out entirely.
2023-08-27 18:03:21 +00:00
tracing = { workspace = true }
fix(deps): update rust dependencies
2024-01-01 00:12:22 +00:00
anyhow = "1.0.78"
fix(deps): update rust dependencies
2023-10-16 00:51:05 +00:00
bitflags = "2.4.1"
wpgu: Initial implementation of PixelBender shader execution (#11441) * wpgu: Initial implementation of PixelBender shader execution The implementation is split across four crates: * `ruffle_render` now holds the main PixelBender bytecode parsing implementation (previously, this was in `ruffle_core`). * `ruffle_core` holds some helper functions for converting between AVM2 `Value`s and the PixelBender vector types. * `naga-pixelbender` (newly created) constructs a Naga `Module` from parsed PixelBender bytecode * `ruffle_render_wgpu` sets up the render pipeline for the shader constructed by `naga-pixelbender`, and actually executes the shader. The Actionscript-side shader parameters are passed in through uniforms. This allows us to cache the compiled `naga::Module` and associated wgpu types inside `ShaderData`, when it's first created. Each invocation of a `ShaderJob` only needs to create a bind group and render pass. Limitations: * Only a few of the PixelBender opcodes are implemented - however, this is enough to get Stemlands cannon rotation working, as well as a cool "donut" shader that I found and included as a test. * PixelBender matrix types are not supported. * Only BitmapData is supported as an input/output type - Flash Player also supports using Vector and ByteArray * ShaderJob execution is always synchronous. * Adjust comments * Address review comments
2023-06-15 22:50:24 +00:00