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[GPU/UI] XeSL readability improvements + float suffix

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Use the _xe suffix instead of the xesl_ prefix for quicker visual
recognition of identifiers, also switch to snake_case for consistency.

Also add the f suffix to float32 literals because the Metal Shading
Language is based on C++.
This commit is contained in:
Triang3l
2025-08-19 21:36:06 +03:00
parent 3b4b04c371
commit 04d5c40d0d
201 changed files with 90552 additions and 92369 deletions
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104
src/xenia/gpu/shaders/apply_gamma_table.xesli
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@@ -11,76 +11,76 @@
#ifdef XE_APPLY_GAMMA_COMPUTE
#ifdef XE_APPLY_GAMMA_FXAA_LUMA
#define XE_APPLY_GAMMA_DEST_FORMAT xesl_imageFormat_rgba16f
#define XE_APPLY_GAMMA_DEST_FORMAT image_format_rgba16f_xe
#else
#define XE_APPLY_GAMMA_DEST_FORMAT xesl_imageFormat_rgb10_a2
#define XE_APPLY_GAMMA_DEST_FORMAT image_format_rgb10_a2_xe
#endif
xesl_pushConstants_begin(b0, space0)
xesl_uint2 xe_apply_gamma_size;
xesl_pushConstants_end
#define xesl_localSize_x 16
#define xesl_localSize_y 8
#define xesl_localSize_z 1
xesl_entry_bindings_begin_compute
xesl_pushConstants_binding(buffer(0))
xesl_entry_binding_next
xesl_texture(xesl_textureBuffer, xe_apply_gamma_ramp, set=0, binding=0, t0,
space0, texture(0))
xesl_entry_binding_next
xesl_texture(xesl_texture2D, xe_apply_gamma_source, set=1, binding=0, t1,
space0, texture(1))
xesl_entry_binding_next
xesl_writeImage(xesl_image2D, XE_APPLY_GAMMA_DEST_FORMAT, xe_apply_gamma_dest,
set=2, binding=0, u0, space0, texture(2))
xesl_entry_bindings_end_inputs_begin_compute
xesl_entry_input_globalInvocationID
xesl_entry_inputs_end_code_begin_compute
xesl_uint2 pixel_index = xesl_GlobalInvocationID.xy;
xesl_dont_flatten
if (any(xesl_greaterThanEqual(pixel_index,
xesl_pushConstant(xe_apply_gamma_size)))) {
push_const_begin_xe(b0, space0)
uint2_xe xe_apply_gamma_size;
push_const_end_xe
#define LOCAL_SIZE_X_XE 16
#define LOCAL_SIZE_Y_XE 8
#define LOCAL_SIZE_Z_XE 1
entry_bindings_begin_compute_xe
push_const_binding_xe(buffer(0))
entry_binding_next_xe
texture_xe(texture_buffer_xe, xe_apply_gamma_ramp, set=0, binding=0, t0,
space0, texture(0))
entry_binding_next_xe
texture_xe(texture_2d_xe, xe_apply_gamma_source, set=1, binding=0, t1,
space0, texture(1))
entry_binding_next_xe
image_wo_xe(image_2d_xe, XE_APPLY_GAMMA_DEST_FORMAT, xe_apply_gamma_dest,
set=2, binding=0, u0, space0, texture(2))
entry_bindings_end_inputs_begin_compute_xe
entry_in_global_thread_id_xe
entry_inputs_end_code_begin_compute_xe
uint2_xe pixel_index = in_global_thread_id_xe.xy;
dont_flatten_xe
if (any(greater_than_equal_xe(pixel_index,
push_const_xe(xe_apply_gamma_size)))) {
return;
}
#else
xesl_entry_outputs_begin
xesl_entry_output_target(xesl_float4, xe_apply_gamma_dest, 0)
xesl_entry_outputs_end_stageInputs_begin
xesl_entry_stageInputs_end_bindings_begin_pixel
xesl_texture(xesl_textureBuffer, xe_apply_gamma_ramp, set=0, binding=0, t0,
space0, texture(0))
xesl_entry_binding_next
xesl_texture(xesl_texture2D, xe_apply_gamma_source, set=1, binding=0, t1,
space0, texture(1))
xesl_entry_bindings_end_inputs_begin
xesl_entry_input_fragCoord
xesl_entry_inputs_end_code_begin
xesl_uint2 pixel_index = xesl_uint2(xesl_FragCoord.xy);
entry_outputs_begin_xe
entry_out_target_xe(float4_xe, xe_apply_gamma_dest, 0)
entry_outputs_end_stage_inputs_begin_xe
entry_stage_inputs_end_bindings_begin_pixel_xe
texture_xe(texture_buffer_xe, xe_apply_gamma_ramp, set=0, binding=0, t0,
space0, texture(0))
entry_binding_next_xe
texture_xe(texture_2d_xe, xe_apply_gamma_source, set=1, binding=0, t1,
space0, texture(1))
entry_bindings_end_inputs_begin_xe
entry_in_pixel_coord_xe
entry_inputs_end_code_begin_xe
uint2_xe pixel_index = uint2_xe(in_pixel_coord_xe.xy);
#endif // XE_APPLY_GAMMA_COMPUTE
// UNORM conversion according to the Direct3D 10+ rules.
xesl_uint3 apply_gamma_input = xesl_uint3(
xesl_texelFetch2D(xe_apply_gamma_source, pixel_index, 0).rgb * 255.0 +
0.5);
uint3_xe apply_gamma_input = uint3_xe(
texel_fetch_2d_xe(xe_apply_gamma_source, pixel_index, 0).rgb * 255.0f +
0.5f);
// The ramp has blue in bits 0:9, green in 10:19, red in 20:29 - BGR passed as
// an R10G10B10A2 buffer.
xesl_float4 apply_gamma_output;
float4_xe apply_gamma_output;
apply_gamma_output.r =
xesl_texelFetchBuffer(xe_apply_gamma_ramp, apply_gamma_input.r).b;
texel_fetch_buffer_xe(xe_apply_gamma_ramp, apply_gamma_input.r).b;
apply_gamma_output.g =
xesl_texelFetchBuffer(xe_apply_gamma_ramp, apply_gamma_input.g).g;
texel_fetch_buffer_xe(xe_apply_gamma_ramp, apply_gamma_input.g).g;
apply_gamma_output.b =
xesl_texelFetchBuffer(xe_apply_gamma_ramp, apply_gamma_input.b).r;
texel_fetch_buffer_xe(xe_apply_gamma_ramp, apply_gamma_input.b).r;
#ifdef XE_APPLY_GAMMA_FXAA_LUMA
// Perceptual luma.
apply_gamma_output.a =
dot(apply_gamma_output.rgb, xesl_float3(0.299, 0.587, 0.114));
dot(apply_gamma_output.rgb, float3_xe(0.299f, 0.587f, 0.114f));
#else
// Perceptual luma.
apply_gamma_output.a = 1.0;
apply_gamma_output.a = 1.0f;
#endif
#ifdef XE_APPLY_GAMMA_COMPUTE
xesl_imageStore2DRGBA(xe_apply_gamma_dest, pixel_index, apply_gamma_output);
xesl_entry_code_end_compute
image_store_2d_rgba_xe(xe_apply_gamma_dest, pixel_index, apply_gamma_output);
entry_code_end_compute_xe
#else
xesl_Output(xe_apply_gamma_dest) = apply_gamma_output;
xesl_entry_code_end
out_xe(xe_apply_gamma_dest) = apply_gamma_output;
entry_code_end_xe
#endif