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Light the cab with cablight/dashboardlight light points of the cab model
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@@ -35,8 +35,8 @@ layout(location = 5) uniform vec3 previous_camera;
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// x: share of this frame (1 without history), y: brightness of the lamps in the fog (0: none), z: 1 when the sun casts shadows
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// into the fog, w: 1 when the headlights cast shadows into it
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layout(location = 6) uniform vec4 options;
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// the light of the cab lamp, which lights no fog (the air of the cab is clear), or -1
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layout(location = 7) uniform int cablamp;
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// the number of the lights of the cab, the lights 1 to cablamps, which light no fog (the air of the cab is clear)
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layout(location = 7) uniform int cablamps;
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// x: near, y: slices / log((far + FOG_VOLUME_BIAS) / (near + FOG_VOLUME_BIAS)) of the previous frame
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layout(location = 8) uniform vec2 previous_slicing;
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// where in its cell the cell is sampled this frame across the view (0-1), as slicing.w is along the depth
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@@ -290,7 +290,7 @@ void main()
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for (uint i = 0U; i < range.count; i++)
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{
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uint index = cluster_light_indices[range.offset + i];
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if (int(index) == cablamp)
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if ((index >= 1U) && (int(index) <= cablamps))
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continue;
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partlamps += lamp_scattering(lights[index], partstart, raydirection, partspan, cellwidth, offset.z);
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}
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@@ -39,8 +39,8 @@ layout(std140, set = COMPUTE_SET, binding = 2) uniform kernel_block
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// x: share of this frame (1 without history), y: brightness of the lamps in the fog (0: none), z: 1 when the sun casts shadows
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// into the fog, w: 1 when the headlights cast shadows into it
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vec4 options;
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// the light of the cab lamp, which lights no fog (the air of the cab is clear), or -1
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int cablamp;
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// the number of the lights of the cab, the lights 1 to cablamps, which light no fog (the air of the cab is clear)
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int cablamps;
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// x: near, y: slices / log((far + FOG_VOLUME_BIAS) / (near + FOG_VOLUME_BIAS)) of the previous frame
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vec2 previous_slicing;
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// where in its cell the cell is sampled this frame across the view (0-1), as slicing.w is along the depth
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@@ -295,7 +295,7 @@ void main()
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for (uint i = 0U; i < range.count; i++)
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{
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uint index = cluster_light_indices[range.offset + i];
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if (int(index) == cablamp)
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if ((index >= 1U) && (int(index) <= cablamps))
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continue;
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partlamps += lamp_scattering(lights[index], partstart, raydirection, partspan, cellwidth, offset.z);
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}
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