Attachment 143912 Details for Bug 110344 – compute shader_dumped

compute shader_dumped

compute shader_dumped (text/plain), 12.48 KB, created by Denis on 2019-04-10 08:27:07 UTC

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Creator: Denis

Created: 2019-04-10 08:27:07 UTC

Size: 12.48 KB

patch

obsolete

>[require]
>GLSL >= 4.40
>
>[compute shader]
>#version 440
>#extension GL_ARB_compute_shader : enable
>#extension GL_ARB_shader_image_load_store : enable
>#define tex1D texture
>#define tex3D texture
>#define LUT_POS(x, lut_size) mix(0.5 / (lut_size), 1.0 - 0.5 / (lut_size), (x))
>layout(std140, binding=0) uniform UBO {
>layout(offset=0) vec3 src_luma;
>layout(offset=16) vec3 dst_luma;
>layout(offset=32) vec2 texture_size0;
>layout(offset=48) mat2 texture_rot0;
>layout(offset=80) vec2 texture_off0;
>layout(offset=88) vec2 pixel_size0;
>layout(offset=96) vec2 out_scale;
>layout(offset=104) vec2 tex_scale0;
>};
>uniform sampler1D lut;
>layout(rgba16f) uniform writeonly image2D out_image;
>uniform sampler2D texture0;
>layout (local_size_x = 32, local_size_y = 8) in;
>#define outcoord(id) (out_scale * (vec2(id) + vec2(0.5)))
>#define texmap0_raw(id) (tex_scale0 * outcoord(id))
>#define texmap0(id) (texture_rot0 * texmap0_raw(id) + pixel_size0 * texture_off0)
>#define texcoord0 texmap0(gl_GlobalInvocationID)
>shared float in0[420];
>shared float in1[420];
>shared float in2[420];
>void main() {
>vec4 color = vec4(0.0, 0.0, 0.0, 1.0);
>#undef tex
>#undef texmap
>#define tex texture0
>#define texmap texmap0
>vec2 pos = texcoord0;
>vec2 size = texture_size0;
>vec2 pt = pixel_size0;
>color = vec4(0.0);
>{
>vec2 wpos = texmap(gl_WorkGroupID * gl_WorkGroupSize);
>vec2 wbase = wpos - pt * fract(wpos * size - vec2(0.5));
>vec2 fcoord = fract(pos * size - vec2(0.5));
>vec2 base = pos - pt * fcoord;
>ivec2 rel = ivec2(round((base - wbase) * size));
>int idx;
>float w, d, wsum = 0.0;
>vec4 c;
>for (int y = int(gl_LocalInvocationID.y); y < 14; y += 8) {
>for (int x = int(gl_LocalInvocationID.x); x < 30; x += 32) {
>c = texture(tex, wbase + pt * vec2(x - 3, y - 3));
>in0[30 * y + x] = c[0];
>in1[30 * y + x] = c[1];
>in2[30 * y + x] = c[2];
>}}
>groupMemoryBarrier();
>barrier();
>// scaler samples
>idx = 30 * rel.y + rel.x + 0;
>idx = 30 * rel.y + rel.x + 1;
>idx = 30 * rel.y + rel.x + 2;
>idx = 30 * rel.y + rel.x + 3;
>d = length(vec2(0.0, -3.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 4;
>d = length(vec2(1.0, -3.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 5;
>idx = 30 * rel.y + rel.x + 6;
>idx = 30 * rel.y + rel.x + 7;
>idx = 30 * rel.y + rel.x + 30;
>idx = 30 * rel.y + rel.x + 31;
>d = length(vec2(-2.0, -2.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 32;
>d = length(vec2(-1.0, -2.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 33;
>d = length(vec2(0.0, -2.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 34;
>d = length(vec2(1.0, -2.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 35;
>d = length(vec2(2.0, -2.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 36;
>d = length(vec2(3.0, -2.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 37;
>idx = 30 * rel.y + rel.x + 60;
>idx = 30 * rel.y + rel.x + 61;
>d = length(vec2(-2.0, -1.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 62;
>d = length(vec2(-1.0, -1.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 63;
>d = length(vec2(0.0, -1.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 64;
>d = length(vec2(1.0, -1.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 65;
>d = length(vec2(2.0, -1.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 66;
>d = length(vec2(3.0, -1.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 67;
>idx = 30 * rel.y + rel.x + 90;
>d = length(vec2(-3.0, 0.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 91;
>d = length(vec2(-2.0, 0.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 92;
>d = length(vec2(-1.0, 0.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 93;
>d = length(vec2(0.0, 0.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 94;
>d = length(vec2(1.0, 0.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 95;
>d = length(vec2(2.0, 0.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 96;
>d = length(vec2(3.0, 0.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 97;
>d = length(vec2(4.0, 0.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 120;
>d = length(vec2(-3.0, 1.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 121;
>d = length(vec2(-2.0, 1.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 122;
>d = length(vec2(-1.0, 1.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 123;
>d = length(vec2(0.0, 1.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 124;
>d = length(vec2(1.0, 1.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 125;
>d = length(vec2(2.0, 1.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 126;
>d = length(vec2(3.0, 1.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 127;
>d = length(vec2(4.0, 1.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 150;
>idx = 30 * rel.y + rel.x + 151;
>d = length(vec2(-2.0, 2.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 152;
>d = length(vec2(-1.0, 2.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 153;
>d = length(vec2(0.0, 2.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 154;
>d = length(vec2(1.0, 2.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 155;
>d = length(vec2(2.0, 2.0) - fcoord);
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>idx = 30 * rel.y + rel.x + 156;
>d = length(vec2(3.0, 2.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 157;
>idx = 30 * rel.y + rel.x + 180;
>idx = 30 * rel.y + rel.x + 181;
>d = length(vec2(-2.0, 3.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 182;
>d = length(vec2(-1.0, 3.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 183;
>d = length(vec2(0.0, 3.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 184;
>d = length(vec2(1.0, 3.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 185;
>d = length(vec2(2.0, 3.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 186;
>d = length(vec2(3.0, 3.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 187;
>idx = 30 * rel.y + rel.x + 210;
>idx = 30 * rel.y + rel.x + 211;
>idx = 30 * rel.y + rel.x + 212;
>idx = 30 * rel.y + rel.x + 213;
>d = length(vec2(0.0, 4.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 214;
>d = length(vec2(1.0, 4.0) - fcoord);
>if (d < 3.032708) {
>w = tex1D(lut, LUT_POS(d * 1.0/3.238315, 64.0)).r;
>wsum += w;
>color[0] += w * in0[idx];
>color[1] += w * in1[idx];
>color[2] += w * in2[idx];
>}
>idx = 30 * rel.y + rel.x + 215;
>idx = 30 * rel.y + rel.x + 216;
>idx = 30 * rel.y + rel.x + 217;
>color = color / vec4(wsum);
>}
>color *= 1.000000;
>color.a = 1.000000;
>// scaler post-conversion
>color.rgb = clamp(color.rgb, 0.0, 1.0);
>color.rgb = (1.0/(1.0 + exp(6.500000 * (0.750000 - color.rgb))) - 0.007577) * 1.0/0.827906;
>// color mapping
>color.rgb *= vec3(1.000000);
>color.rgb *= vec3(1.000000);
>// delinearize
>color.rgb = clamp(color.rgb, 0.0, 1.0);
>color.rgb *= vec3(1.000000);
>color.rgb = pow(color.rgb, vec3(1.0/2.4));
>imageStore(out_image, ivec2(gl_GlobalInvocationID), color);
>}
>

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Attachments on bug 110344: 143912 | 143913 | 143914 | 143915

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