-
Notifications
You must be signed in to change notification settings - Fork 84
Commit
This commit does not belong to any branch on this repository, and may belong to a fork outside of the repository.
webgpu/shader/execution/builtin: Implement
ceil tests (#780)
- Loading branch information
1 parent
7f6e233
commit 2ebec0e
Showing
3 changed files
with
142 additions
and
16 deletions.
There are no files selected for viewing
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
| Original file line number | Diff line number | Diff line change |
|---|---|---|
| @@ -0,0 +1,141 @@ | ||
| export const description = ` | ||
| Execution Tests for the 'ceil' builtin function | ||
| `; | ||
|
|
||
| import { makeTestGroup } from '../../../../common/framework/test_group.js'; | ||
| import { assert } from '../../../../common/util/util.js'; | ||
| import { GPUTest } from '../../../gpu_test.js'; | ||
| import { NumberRepr } from '../../../util/conversion.js'; | ||
| import { generateTypes } from '../../types.js'; | ||
|
|
||
| import { kBit, kValue, runShaderTest } from './builtin.js'; | ||
|
|
||
| export const g = makeTestGroup(GPUTest); | ||
|
|
||
| g.test('float_builtin_functions,ceil') | ||
| .uniqueId('38d65728ea728bc5') | ||
| .specURL('https://www.w3.org/TR/2021/WD-WGSL-20210929/#float-builtin-functions') | ||
| .desc( | ||
| ` | ||
| ceil: | ||
| T is f32 or vecN<f32> ceil(e: T ) -> T Returns the ceiling of e. Component-wise when T is a vector. (GLSLstd450Ceil) | ||
| Please read the following guidelines before contributing: | ||
| https://github.com/gpuweb/cts/blob/main/docs/plan_autogen.md | ||
| ` | ||
| ) | ||
| .params(u => | ||
| u | ||
| .combineWithParams([ | ||
| { storageClass: 'storage', storageMode: 'read_write', access: 'read' }, | ||
| ] as const) | ||
| .combine('containerType', ['scalar', 'vector'] as const) | ||
| .combine('isAtomic', [false]) | ||
| .combine('baseType', ['f32'] as const) | ||
| .expandWithParams(generateTypes) | ||
| ) | ||
| .fn(async t => { | ||
| assert(t.params._kTypeInfo !== undefined, 'generated type is undefined'); | ||
| runShaderTest( | ||
| t, | ||
| t.params.storageClass, | ||
| t.params.storageMode, | ||
| t.params.type, | ||
| t.params._kTypeInfo.arrayLength, | ||
| 'ceil', | ||
| Float32Array, | ||
| /* prettier-ignore */ [ | ||
| // Small positive numbers | ||
| {input: NumberRepr.fromF32(0.1), expected: [NumberRepr.fromF32(1.0)] }, | ||
| {input: NumberRepr.fromF32(0.9), expected: [NumberRepr.fromF32(1.0)] }, | ||
| {input: NumberRepr.fromF32(1.1), expected: [NumberRepr.fromF32(2.0)] }, | ||
| {input: NumberRepr.fromF32(1.9), expected: [NumberRepr.fromF32(2.0)] }, | ||
|
|
||
| // Small negative numbers | ||
| {input: NumberRepr.fromF32(-0.1), expected: [NumberRepr.fromF32(0.0)] }, | ||
| {input: NumberRepr.fromF32(-0.9), expected: [NumberRepr.fromF32(0.0)] }, | ||
| {input: NumberRepr.fromF32(-1.1), expected: [NumberRepr.fromF32(-1.0)] }, | ||
| {input: NumberRepr.fromF32(-1.9), expected: [NumberRepr.fromF32(-1.0)] }, | ||
|
|
||
| // Min and Max f32 | ||
| {input: NumberRepr.fromF32Bits(kBit.f32.negative.max), expected: [NumberRepr.fromF32(0.0)] }, | ||
| {input: NumberRepr.fromF32Bits(kBit.f32.negative.min), expected: [NumberRepr.fromF32Bits(kBit.f32.negative.min)] }, | ||
| {input: NumberRepr.fromF32Bits(kBit.f32.positive.min), expected: [NumberRepr.fromF32(1.0)] }, | ||
| {input: NumberRepr.fromF32Bits(kBit.f32.positive.max), expected: [NumberRepr.fromF32Bits(kBit.f32.positive.max)] }, | ||
|
|
||
| // Subnormal f32 | ||
| {input: NumberRepr.fromF32Bits(kBit.f32.subnormal.positive.max), expected: [NumberRepr.fromF32(1.0), NumberRepr.fromF32(0.0)] }, | ||
| {input: NumberRepr.fromF32Bits(kBit.f32.subnormal.positive.min), expected: [NumberRepr.fromF32(1.0), NumberRepr.fromF32(0.0)] }, | ||
|
|
||
| // Infinity f32 | ||
| {input: NumberRepr.fromF32Bits(kBit.f32.infinity.negative), expected: [NumberRepr.fromF32Bits(kBit.f32.infinity.negative)] }, | ||
| {input: NumberRepr.fromF32Bits(kBit.f32.infinity.positive), expected: [NumberRepr.fromF32Bits(kBit.f32.infinity.positive)] }, | ||
|
|
||
| // Powers of +2.0: 2.0^i: 1 <= i <= 31 | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to1), expected: [NumberRepr.fromF32(kValue.powTwo.to1)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to2), expected: [NumberRepr.fromF32(kValue.powTwo.to2)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to3), expected: [NumberRepr.fromF32(kValue.powTwo.to3)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to4), expected: [NumberRepr.fromF32(kValue.powTwo.to4)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to5), expected: [NumberRepr.fromF32(kValue.powTwo.to5)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to6), expected: [NumberRepr.fromF32(kValue.powTwo.to6)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to7), expected: [NumberRepr.fromF32(kValue.powTwo.to7)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to8), expected: [NumberRepr.fromF32(kValue.powTwo.to8)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to9), expected: [NumberRepr.fromF32(kValue.powTwo.to9)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to10), expected: [NumberRepr.fromF32(kValue.powTwo.to10)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to11), expected: [NumberRepr.fromF32(kValue.powTwo.to11)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to12), expected: [NumberRepr.fromF32(kValue.powTwo.to12)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to13), expected: [NumberRepr.fromF32(kValue.powTwo.to13)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to14), expected: [NumberRepr.fromF32(kValue.powTwo.to14)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to15), expected: [NumberRepr.fromF32(kValue.powTwo.to15)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to16), expected: [NumberRepr.fromF32(kValue.powTwo.to16)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to17), expected: [NumberRepr.fromF32(kValue.powTwo.to17)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to18), expected: [NumberRepr.fromF32(kValue.powTwo.to18)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to19), expected: [NumberRepr.fromF32(kValue.powTwo.to19)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to20), expected: [NumberRepr.fromF32(kValue.powTwo.to20)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to21), expected: [NumberRepr.fromF32(kValue.powTwo.to21)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to22), expected: [NumberRepr.fromF32(kValue.powTwo.to22)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to23), expected: [NumberRepr.fromF32(kValue.powTwo.to23)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to24), expected: [NumberRepr.fromF32(kValue.powTwo.to24)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to25), expected: [NumberRepr.fromF32(kValue.powTwo.to25)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to26), expected: [NumberRepr.fromF32(kValue.powTwo.to26)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to27), expected: [NumberRepr.fromF32(kValue.powTwo.to27)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to28), expected: [NumberRepr.fromF32(kValue.powTwo.to28)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to29), expected: [NumberRepr.fromF32(kValue.powTwo.to29)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to30), expected: [NumberRepr.fromF32(kValue.powTwo.to30)] }, | ||
| {input: NumberRepr.fromF32(kValue.powTwo.to31), expected: [NumberRepr.fromF32(kValue.powTwo.to31)] }, | ||
|
|
||
| // Powers of -2.0: -2.0^i: 1 <= i <= 31 | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to1), expected: [NumberRepr.fromF32(kValue.negPowTwo.to1)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to2), expected: [NumberRepr.fromF32(kValue.negPowTwo.to2)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to3), expected: [NumberRepr.fromF32(kValue.negPowTwo.to3)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to4), expected: [NumberRepr.fromF32(kValue.negPowTwo.to4)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to5), expected: [NumberRepr.fromF32(kValue.negPowTwo.to5)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to6), expected: [NumberRepr.fromF32(kValue.negPowTwo.to6)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to7), expected: [NumberRepr.fromF32(kValue.negPowTwo.to7)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to8), expected: [NumberRepr.fromF32(kValue.negPowTwo.to8)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to9), expected: [NumberRepr.fromF32(kValue.negPowTwo.to9)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to10), expected: [NumberRepr.fromF32(kValue.negPowTwo.to10)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to11), expected: [NumberRepr.fromF32(kValue.negPowTwo.to11)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to12), expected: [NumberRepr.fromF32(kValue.negPowTwo.to12)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to13), expected: [NumberRepr.fromF32(kValue.negPowTwo.to13)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to14), expected: [NumberRepr.fromF32(kValue.negPowTwo.to14)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to15), expected: [NumberRepr.fromF32(kValue.negPowTwo.to15)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to16), expected: [NumberRepr.fromF32(kValue.negPowTwo.to16)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to17), expected: [NumberRepr.fromF32(kValue.negPowTwo.to17)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to18), expected: [NumberRepr.fromF32(kValue.negPowTwo.to18)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to19), expected: [NumberRepr.fromF32(kValue.negPowTwo.to19)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to20), expected: [NumberRepr.fromF32(kValue.negPowTwo.to20)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to21), expected: [NumberRepr.fromF32(kValue.negPowTwo.to21)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to22), expected: [NumberRepr.fromF32(kValue.negPowTwo.to22)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to23), expected: [NumberRepr.fromF32(kValue.negPowTwo.to23)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to24), expected: [NumberRepr.fromF32(kValue.negPowTwo.to24)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to25), expected: [NumberRepr.fromF32(kValue.negPowTwo.to25)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to26), expected: [NumberRepr.fromF32(kValue.negPowTwo.to26)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to27), expected: [NumberRepr.fromF32(kValue.negPowTwo.to27)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to28), expected: [NumberRepr.fromF32(kValue.negPowTwo.to28)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to29), expected: [NumberRepr.fromF32(kValue.negPowTwo.to29)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to30), expected: [NumberRepr.fromF32(kValue.negPowTwo.to30)] }, | ||
| {input: NumberRepr.fromF32(kValue.negPowTwo.to31), expected: [NumberRepr.fromF32(kValue.negPowTwo.to31)] }, | ||
| ] | ||
| ); | ||
| }); |
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters