Changeset 1854 for GTP/trunk/App

Timestamp:

12/05/06 12:01:00 (18 years ago)

Author:

szirmay

Message:

 

Location:

GTP/trunk/App/Demos/Illum/Ogre/Media/materials

Files:

• programs/MetalTeapot.hlsl (modified) (3 diffs)
• scripts/MetalTeapot.material (modified) (1 diff)

GTP/trunk/App/Demos/Illum/Ogre/Media/materials/programs/MetalTeapot.hlsl

@@ -175 +175 @@
 //Metal
 //////////////
-void Metal1BouncePS(  VertOut IN,
+float4 Metal1BouncePS(  VertOut IN,
                 uniform float3 cameraPos,
                 uniform samplerCUBE CubeMap : register(s0),
                 uniform samplerCUBE DistanceMap : register(s1),
-                uniform float3 lastCenter,
-                uniform float3 lightPosition,                           
-                out float4 Color :COLOR0)
-{
-        
-        Color = float4(1,1,1,1);
+                uniform float3 lastCenter):COLOR0
+{
+        
+        float4 Color = float4(1,1,1,1);
         
         IN.mNormal = normalize(IN.mNormal);
@@ -211 +209 @@
         }       
         
-        Color = Color * float4(F,1);    
+        Color = Color * float4(F,1);
+        
+        return Color;   
 }
 
@@ -222 +222 @@
                 uniform samplerCUBE NormDistMap2 : register(s3),
                 uniform float3 lastCenter,
+                uniform float SingleBounce,
                 out float4 Color :COLOR0)
 {
-        
-        Color = float4(1,1,1,1);
-        
-        IN.mNormal = normalize(IN.mNormal);
-        float3 newTexCoord;     
-        float3 mPos = IN.wPos - lastCenter;
-        float3 V  = (IN.wPos - cameraPos);
-        float cameraDistace = length(V);
-        V = normalize(V);
-        float3 R = normalize(reflect( V, IN.mNormal));
-        //float3 R = normalize(refract( V, IN.mNormal, 0.98));
-                
-        newTexCoord = R;
-        
-        //Color = readCubeMap(NormDistMap1, mPos );
-        //return;
-        
-
-        float3 newDir1;
-        float d1 = Hit(mPos, R, NormDistMap1, newDir1);
-        float3 normal1 = readCubeMap(NormDistMap1, newDir1);
-        bool valid1 = dot(normal1, R) < 0 && dot(newDir1,newDir1) != 0;
-        if(valid1)
-                newDir1 = 0;
-        float3 newDir2;
-        float d2 = Hit(mPos, R, NormDistMap2, newDir2);
-        float3 normal2 = readCubeMap(NormDistMap2, newDir2);
-        bool valid2 = dot(normal2, R) < 0 && dot(newDir2,newDir2) != 0;
-        if(valid2)
-                newDir2 = 0;
-                
-        if( !valid1 && !valid2)
-        {
-                Hit(mPos, R, DistanceMap, newTexCoord); 
-                Color = readCubeMap(CubeMap, newTexCoord );
-                //Color = 1;                    
+        if(SingleBounce == 1)
+         Color = Metal1BouncePS(IN,cameraPos,CubeMap,DistanceMap,lastCenter);
+        else
+        {
+                Color = float4(1,1,1,1);
+                
+                IN.mNormal = normalize(IN.mNormal);
+                float3 newTexCoord;     
+                float3 mPos = IN.wPos - lastCenter;
+                float3 V  = (IN.wPos - cameraPos);
+                float cameraDistace = length(V);
+                V = normalize(V);
+                float3 R = normalize(reflect( V, IN.mNormal));
+                //float3 R = normalize(refract( V, IN.mNormal, 0.98));
+                        
+                newTexCoord = R;
+                
+                //Color = readCubeMap(NormDistMap1, mPos );
+                //return;
+                
+
+                float3 newDir1;
+                float d1 = Hit(mPos, R, NormDistMap1, newDir1);
+                float3 normal1 = readCubeMap(NormDistMap1, newDir1);
+                bool valid1 = dot(normal1, R) < 0 && dot(newDir1,newDir1) != 0;
+                if(valid1)
+                        newDir1 = 0;
+                float3 newDir2;
+                float d2 = Hit(mPos, R, NormDistMap2, newDir2);
+                float3 normal2 = readCubeMap(NormDistMap2, newDir2);
+                bool valid2 = dot(normal2, R) < 0 && dot(newDir2,newDir2) != 0;
+                if(valid2)
+                        newDir2 = 0;
+                        
+                if( !valid1 && !valid2)
+                {
+                        Hit(mPos, R, DistanceMap, newTexCoord); 
+                        Color = readCubeMap(CubeMap, newTexCoord );
+                        //Color = 1;                    
+                }
+                else
+                {               
+                        float d;
+                        float3 newN;
+                        
+                        d = d2;
+                        newN = normal2;
+                        
+                        Color = float4(0,0,1,1);
+                        if( !valid2 || (valid1 && d1 < d2)  )
+                        {
+                                d = d1;
+                                newN = normal1;
+                                Color = float4(0,1,0,1);
+                        }
+                        
+                        float3 newV = R;
+                        float3 newX = mPos + R * d;
+                        float3 newR = normalize(reflect( newV, newN));
+                //      float3 newR = normalize(refract( newV, newN, 0.98));
+                
+                        Hit(newX, newR, DistanceMap, newTexCoord);      
+                        Color = readCubeMap(CubeMap, newTexCoord );
+                        //Color = float4(newR,1);
+                        //Color = float4(1,0,0,1);      
+                }
+                
+/*
+                return;
+                
+                float ctheta_in = dot(IN.mNormal,R);
+                float ctheta_out = dot(IN.mNormal,-V);
+
+                float3 F = 0;
+                
+                // F,P,G számítása
+                if ( ctheta_in > 0 && ctheta_out > 0 )
+                {
+                        float3 H = normalize(R - V);    // felezõvektor
+                        float cbeta  = dot(H,R);                
+                        F = F0 + (1-F0)*pow(1-cbeta,5);
+                }       
+                
+                Color = Color * float4(F,1);    */
         }
-        else
-        {               
-                float d;
-                float3 newN;
-                
-                d = d2;
-                newN = normal2;
-                
-                Color = float4(0,0,1,1);
-                if( !valid2 || (valid1 && d1 < d2)  )
-                {
-                        d = d1;
-                        newN = normal1;
-                        Color = float4(0,1,0,1);
-                }
-                
-                float3 newV = R;
-                float3 newX = mPos + R * d;
-                float3 newR = normalize(reflect( newV, newN));
-        //      float3 newR = normalize(refract( newV, newN, 0.98));
-        
-                Hit(newX, newR, DistanceMap, newTexCoord);      
-                Color = readCubeMap(CubeMap, newTexCoord );
-                //Color = float4(newR,1);
-                //Color = float4(1,0,0,1);      
-        }
-        
-        /*
-        float3 newDir2;
-        float d2 = Hit(mPos, R, NormDistMap2, newDir2);
-        float3 normal2 = readCubeMap(NormDistMap2, newDir2);
-        bool valid2 = dot(normal2, R) < 0 && dot(newDir2,newDir2) != 0;
-        if(valid2)
-                newDir2 = 0;
-        if(valid2)
-        {
-                float d;
-                float3 newN;            
-                d = d2;
-                newN = normal2;
-                float3 newV = R;
-                float3 newX = mPos + R * d;
-                float3 newR = normalize(reflect( newV, newN));
-                
-                Hit(newX, newR, DistanceMap, newTexCoord);      
-                Color = readCubeMap(CubeMap, newTexCoord );
-        }
-        else
-        {
-                Hit(mPos, R, DistanceMap, newTexCoord); 
-                Color = readCubeMap(CubeMap, newTexCoord );
-        }
-        */      
-        return;
-        
-        float ctheta_in = dot(IN.mNormal,R);
-        float ctheta_out = dot(IN.mNormal,-V);
-
-        float3 F = 0;
-        
-        // F,P,G számítása
-        if ( ctheta_in > 0 && ctheta_out > 0 )
-        {
-                float3 H = normalize(R - V);    // felezõvektor
-                float cbeta  = dot(H,R);                
-                F = F0 + (1-F0)*pow(1-cbeta,5);
-        }       
-        
-        Color = Color * float4(F,1);    
 }
 

GTP/trunk/App/Demos/Illum/Ogre/Media/materials/scripts/MetalTeapot.material

@@ -190 +190 @@
                         //param_named n float3 0.21 0.96 1.17
                         //param_named k float3 4.16 2.57 2.32
-                        param_named F0 float3 0.95 0.95 0.95                    
+                        param_named F0 float3 0.95 0.95 0.95
+                        param_named SingleBounce float 0.0                      
                 }