| /third_party/skia/third_party/externals/tint/test/shader_io/ |
| D | interpolate_input_parameters.wgsl | 4 [[location(1), interpolate(flat)]] flat : f32,
5 [[location(2), interpolate(perspective, center)]] perspective_center : f32,
6 [[location(3), interpolate(perspective, centroid)]] perspective_centroid : f32,
7 [[location(4), interpolate(perspective, sample)]] perspective_sample : f32,
8 [[location(5), interpolate(linear, center)]] linear_center : f32,
9 [[location(6), interpolate(linear, centroid)]] linear_centroid : f32,
10 [[location(7), interpolate(linear, sample)]] linear_sample : f32) {
|
| D | interpolate_input_parameters.wgsl.expected.wgsl | 2 …interpolate(flat)]] flat : f32, [[location(2), interpolate(perspective, center)]] perspective_cent…
|
| D | interpolate_input_struct.wgsl | 3 [[location(1), interpolate(flat)]] flat : f32;
4 [[location(2), interpolate(perspective, center)]] perspective_center : f32;
5 [[location(3), interpolate(perspective, centroid)]] perspective_centroid : f32;
6 [[location(4), interpolate(perspective, sample)]] perspective_sample : f32;
7 [[location(5), interpolate(linear, center)]] linear_center : f32;
8 [[location(6), interpolate(linear, centroid)]] linear_centroid : f32;
9 [[location(7), interpolate(linear, sample)]] linear_sample : f32;
|
| D | interpolate_input_struct.wgsl.expected.wgsl | 4 [[location(1), interpolate(flat)]]
6 [[location(2), interpolate(perspective, center)]]
8 [[location(3), interpolate(perspective, centroid)]]
10 [[location(4), interpolate(perspective, sample)]]
12 [[location(5), interpolate(linear, center)]]
14 [[location(6), interpolate(linear, centroid)]]
16 [[location(7), interpolate(linear, sample)]]
|
| D | interpolate_return_struct.wgsl | 4 [[location(1), interpolate(flat)]] flat : f32;
5 [[location(2), interpolate(perspective, center)]] perspective_center : f32;
6 [[location(3), interpolate(perspective, centroid)]] perspective_centroid : f32;
7 [[location(4), interpolate(perspective, sample)]] perspective_sample : f32;
8 [[location(5), interpolate(linear, center)]] linear_center : f32;
9 [[location(6), interpolate(linear, centroid)]] linear_centroid : f32;
10 [[location(7), interpolate(linear, sample)]] linear_sample : f32;
|
| D | interpolate_return_struct.wgsl.expected.wgsl | 6 [[location(1), interpolate(flat)]]
8 [[location(2), interpolate(perspective, center)]]
10 [[location(3), interpolate(perspective, centroid)]]
12 [[location(4), interpolate(perspective, sample)]]
14 [[location(5), interpolate(linear, center)]]
16 [[location(6), interpolate(linear, centroid)]]
18 [[location(7), interpolate(linear, sample)]]
|
| D | interpolate_integers.wgsl.expected.wgsl | 2 [[location(0), interpolate(flat)]]
4 [[location(1), interpolate(flat)]]
6 [[location(2), interpolate(flat)]]
8 [[location(3), interpolate(flat)]]
|
| D | interpolate_integers.wgsl | 2 [[location(0), interpolate(flat)]] i : i32;
3 [[location(1), interpolate(flat)]] u : u32;
4 [[location(2), interpolate(flat)]] vi : vec4<i32>;
5 [[location(3), interpolate(flat)]] vu : vec4<u32>;
|
| D | vertex_output_locations_struct.wgsl.expected.wgsl | 2 [[location(0), interpolate(flat)]]
4 [[location(1), interpolate(flat)]]
|
| D | vertex_output_locations_struct.wgsl | 2 [[location(0), interpolate(flat)]] loc0 : i32;
3 [[location(1), interpolate(flat)]] loc1 : u32;
|
| D | fragment_input_locations.wgsl.expected.wgsl | 2 fn main([[location(0), interpolate(flat)]] loc0 : i32, [[location(1), interpolate(flat)]] loc1 : u3…
|
| D | fragment_input_locations.wgsl | 3 [[location(0), interpolate(flat)]] loc0 : i32,
4 [[location(1), interpolate(flat)]] loc1 : u32,
|
| D | fragment_input_locations_struct.wgsl.expected.wgsl | 2 [[location(0), interpolate(flat)]]
4 [[location(1), interpolate(flat)]]
|
| D | fragment_input_locations_struct.wgsl | 2 [[location(0), interpolate(flat)]] loc0 : i32;
3 [[location(1), interpolate(flat)]] loc1 : u32;
|
| D | fragment_input_mixed.wgsl.expected.wgsl | 4 [[location(0), interpolate(flat)]]
16 …Inputs0, [[builtin(front_facing)]] front_facing : bool, [[location(1), interpolate(flat)]] loc1 : …
|
| D | fragment_input_mixed.wgsl | 3 [[location(0), interpolate(flat)]] loc0 : i32;
14 [[location(1), interpolate(flat)]] loc1 : u32,
|
| /third_party/typescript/tests/baselines/reference/ |
| D | derivedInterfaceCallSignature.types | 17 interpolate(): string;
18 >interpolate : () => string
72 interpolate(interpolator: string): D3SvgArea;
73 >interpolate : (interpolator: string) => D3SvgArea
90 area.interpolate('two')('one');
91 >area.interpolate('two')('one') : string
92 >area.interpolate('two') : D3SvgArea
93 >area.interpolate : (interpolator: string) => D3SvgArea
95 >interpolate : (interpolator: string) => D3SvgArea
|
| D | derivedInterfaceCallSignature.symbols | 19 interpolate(): string;
20 >interpolate : Symbol(D3SvgPath.interpolate, Decl(derivedInterfaceCallSignature.ts, 4, 47))
83 interpolate(interpolator: string): D3SvgArea;
84 >interpolate : Symbol(D3SvgArea.interpolate, Decl(derivedInterfaceCallSignature.ts, 18, 60))
105 area.interpolate('two')('one');
106 >area.interpolate : Symbol(D3SvgArea.interpolate, Decl(derivedInterfaceCallSignature.ts, 18, 60))
108 >interpolate : Symbol(D3SvgArea.interpolate, Decl(derivedInterfaceCallSignature.ts, 18, 60))
|
| D | derivedInterfaceCallSignature.js | 7 interpolate(): string;
22 interpolate(interpolator: string): D3SvgArea;
28 area.interpolate('two')('one');
32 area.interpolate('two')('one');
|
| D | derivedInterfaceCallSignature.errors.txt | 12 interpolate(): string;
31 interpolate(interpolator: string): D3SvgArea;
37 area.interpolate('two')('one');
|
| /third_party/skia/docs/examples/ |
| D | SkPath_cubicTo_example_parametric_animated.cpp | 34 static SkPoint interpolate(SkPoint a, SkPoint b, float t) { in interpolate() function
47 SkPoint ab = interpolate(a, b, frame); in draw()
48 SkPoint bc = interpolate(b, c, frame); in draw()
49 SkPoint cd = interpolate(c, d, frame); in draw()
50 SkPoint abc = interpolate(ab, bc, frame); in draw()
51 SkPoint bcd = interpolate(bc, cd, frame); in draw()
94 canvas->drawPoint(interpolate(abc, bcd, frame), pointPaint); in draw()
|
| D | SkPath_quadTo_example_parametric_animated.cpp | 24 static SkPoint interpolate(SkPoint a, SkPoint b, float t) { in interpolate() function
49 SkPoint ab = interpolate(a, b, frame); in draw()
50 SkPoint bc = interpolate(b, c, frame); in draw()
|
| /third_party/typescript/tests/cases/compiler/ |
| D | derivedInterfaceCallSignature.ts | 6 interpolate(): string; method
21 interpolate(interpolator: string): D3SvgArea; method
27 area.interpolate('two')('one');
|
| /third_party/python/Lib/test/ |
| D | cfgparser.3 | 10 go = %(interpolate)s
58 interpolate = anything will do
64 interpolate = do this
68 interpolate = go shopping
|
| /third_party/ffmpeg/libavfilter/ |
| D | vf_framerate.c | 120 static int blend_frames(AVFilterContext *ctx, int interpolate) in blend_frames() argument
138 td.src2_factor = interpolate; in blend_frames()
159 int64_t interpolate, interpolate8; in process_work_frame() local
180 interpolate = av_rescale(work_pts - s->pts0, s->blend_factor_max, s->delta); in process_work_frame()
183 if (interpolate >= s->blend_factor_max || interpolate8 > s->interp_end) { in process_work_frame()
185 } else if (interpolate <= 0 || interpolate8 < s->interp_start) { in process_work_frame()
188 ret = blend_frames(ctx, interpolate); in process_work_frame()
192 s->work = av_frame_clone(interpolate > (s->blend_factor_max >> 1) ? s->f1 : s->f0); in process_work_frame()
|