lint problems, phetsims/chipper#1462

phetsims · Nov 27, 2024 · 54e6862 · 54e6862
1 parent a318c3b
commit 54e6862
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Showing 2 changed files with 20 additions and 20 deletions.
diff --git a/js/render-program/RenderProgram.ts b/js/render-program/RenderProgram.ts
@@ -8,7 +8,6 @@
 
 import Matrix3 from '../../../dot/js/Matrix3.js';
 import Vector4 from '../../../dot/js/Vector4.js';
-// eslint-disable-next-line phet/single-line-import
 import { alpenglow, ClippableFace, PolygonalFace, RenderableFace, RenderAlpha, RenderBarycentricBlend, RenderBarycentricPerspectiveBlend, RenderBlendCompose, RenderColor, RenderColorSpace, RenderColorSpaceConversion, RenderDepthSort, RenderEvaluationContext, RenderFilter, RenderImage, RenderInstruction, RenderLinearBlend, RenderLinearGradient, RenderNormalDebug, RenderNormalize, RenderPath, RenderPathBoolean, RenderPhong, RenderProgramNeeds, RenderRadialBlend, RenderRadialGradient, RenderStack, SerializedRenderAlpha, SerializedRenderBarycentricBlend, SerializedRenderBarycentricPerspectiveBlend, SerializedRenderBlendCompose, SerializedRenderColor, SerializedRenderColorSpaceConversion, SerializedRenderDepthSort, SerializedRenderFilter, SerializedRenderImage, SerializedRenderLinearBlend, SerializedRenderLinearGradient, SerializedRenderNormalDebug, SerializedRenderNormalize, SerializedRenderPathBoolean, SerializedRenderPhong, SerializedRenderRadialBlend, SerializedRenderRadialGradient, SerializedRenderStack } from '../imports.js';
 
 // Output should be chained (the `output` parameter should be returned, for convenience)

diff --git a/js/webgpu/tests/render-program/RenderProgramComputeTests.ts b/js/webgpu/tests/render-program/RenderProgramComputeTests.ts
@@ -10,6 +10,7 @@ import Matrix4 from '../../../../../dot/js/Matrix4.js';
 import Vector2 from '../../../../../dot/js/Vector2.js';
 import Vector3 from '../../../../../dot/js/Vector3.js';
 import Vector4 from '../../../../../dot/js/Vector4.js';
+// eslint-disable-next-line phet/single-line-import
 import {
   asyncTestWithDevice, BufferArraySlot, BufferBindingType, BufferSlot, ByteEncoder, ConcreteType, DeviceContext, DirectModule, evaluate_render_program_instructionsWGSL, F32Type, getArrayType, LinearEdge, LinearEdgeWGSL, Procedure, RenderAlpha, RenderBarycentricBlend, RenderBarycentricBlendAccuracy, RenderBarycentricPerspectiveBlend, RenderBarycentricPerspectiveBlendAccuracy, RenderBlendCompose, RenderBlendType, RenderColor, RenderComposeType, RenderEvaluationContext, RenderExtend, RenderFilter, RenderGradientStop, RenderInstruction, RenderLight, RenderLinearBlend, RenderLinearBlendAccuracy, RenderLinearDisplayP3ToLinearSRGB, RenderLinearGradient, RenderLinearGradientAccuracy, RenderLinearSRGBToLinearDisplayP3, RenderLinearSRGBToOklab, RenderLinearSRGBToSRGB, RenderNormalDebug, RenderNormalize, RenderOklabToLinearSRGB, RenderPhong, RenderPremultiply, RenderProgram, RenderRadialBlend, RenderRadialBlendAccuracy, RenderRadialGradient, RenderRadialGradientAccuracy, RenderSRGBToLinearSRGB, RenderStack, RenderUnpremultiply, Routine, StoreStatementCallback, U32Type, wgsl, WGSLExpression, WGSLMainModule, WGSLReferenceModule, WGSLSlot, WGSLStatements
 } from '../../../imports.js';
@@ -161,25 +162,25 @@ const renderProgramComputeEvaluate = async (
         @builtin(workgroup_id) workgroup_id: vec3u
       ) {
         let result: vec4f = ${evaluate_render_program_instructionsWGSL(
-          wgsl`config.render_program_index`,
-          wgsl`config.edgesOffset`,
-          wgsl`config.numEdges`,
-          wgsl`config.isFullArea != 0u`,
-          wgsl`config.needsFace != 0u`,
-          wgsl`config.area`,
-          wgsl`config.minX`,
-          wgsl`config.minY`,
-          wgsl`config.maxX`,
-          wgsl`config.maxY`,
-          wgsl`config.minXCount`,
-          wgsl`config.minYCount`,
-          wgsl`config.maxXCount`,
-          wgsl`config.maxYCount`,
-          {
-            getRenderProgramInstruction: index => wgsl`render_program_instructions[ ${index} ]`,
-            getLinearEdge: index => wgsl`${LinearEdgeWGSL}( vec2( complete_edges[ 4u * ${index} ], complete_edges[ 4 * ${index} + 1u ] ), vec2( complete_edges[ 4u * ${index} + 2u ], complete_edges[ 4u * ${index} + 3u ] ) )`
-          }
-        )};
+      wgsl`config.render_program_index`,
+      wgsl`config.edgesOffset`,
+      wgsl`config.numEdges`,
+      wgsl`config.isFullArea != 0u`,
+      wgsl`config.needsFace != 0u`,
+      wgsl`config.area`,
+      wgsl`config.minX`,
+      wgsl`config.minY`,
+      wgsl`config.maxX`,
+      wgsl`config.maxY`,
+      wgsl`config.minXCount`,
+      wgsl`config.minYCount`,
+      wgsl`config.maxXCount`,
+      wgsl`config.maxYCount`,
+      {
+        getRenderProgramInstruction: index => wgsl`render_program_instructions[ ${index} ]`,
+        getLinearEdge: index => wgsl`${LinearEdgeWGSL}( vec2( complete_edges[ 4u * ${index} ], complete_edges[ 4 * ${index} + 1u ] ), vec2( complete_edges[ 4u * ${index} + 2u ], complete_edges[ 4u * ${index} + 3u ] ) )`
+      }
+    )};
         
         // TODO: typing
         output[ 0u ] = result.x;