X-Git-Url: https://git.sesse.net/?a=blobdiff_plain;f=prewarp.frag;h=baf24d1b41e0aefb8c0d1249c1d9ec5b4d7d8fd1;hb=3795723be95f2fe82f3c8b8b45b1a905b2c811fd;hp=4b2db4408ee8d9d35af8c4f72de10cafe5b05e3a;hpb=670611b5a707fb8dcebf60fcfcd0930545d14875;p=nageru

diff --git a/prewarp.frag b/prewarp.frag
index 4b2db44..baf24d1 100644
--- a/prewarp.frag
+++ b/prewarp.frag
@@ -2,21 +2,21 @@
 
 // Warps I_1 according to the flow, then computes the mean and difference to I_0.
 
-in vec2 tc;
+in vec3 tc;
 out float I, I_t;
 out vec2 normalized_flow;
 
-uniform sampler2D image0_tex, image1_tex, flow_tex;
+uniform sampler2DArray image_tex, flow_tex;
 
 void main()
 {
 	vec3 flow = texture(flow_tex, tc).xyz;
 	flow.xy /= flow.z;  // Normalize the sum coming out of the densification.
 
-	float I_0 = texture(image0_tex, tc).x;
-	float I_w = texture(image1_tex, tc + flow.xy).x;  // NOTE: This is effectively a reverse warp since texture() is a gather operation and flow is conceptually scatter.
+	float I_0 = texture(image_tex, tc).x;
+	float I_w = texture(image_tex, vec3(tc.xy + flow.xy, 1.0f - tc.z)).x;  // NOTE: This is effectively a reverse warp since texture() is a gather operation and flow is conceptually scatter.
 
 	I = 0.5f * (I_0 + I_w);
 	I_t = I_w - I_0;
-	normalized_flow = flow.xy * textureSize(image0_tex, 0);
+	normalized_flow = flow.xy * textureSize(image_tex, 0).xy;
 }