<languageVersion : 1.0;> 
kernel Ripped3 
{
    parameter float time;
    parameter float coef0;
    parameter float coef1;
    parameter float coef2;
    
    input image4 source;
    output pixel4 result; 
     
    void evaluatePixel()
    {
        const float width = 341.0;
        const float height = 576.0;
 
        float2 coords = outCoord();
        float2 coords2 = float2(coords.x-1.0, coords.y+1.0);
        
        pixel4 pxy;
        float2 sampleXY = float2(coords.x, time*10.0);
        float2 sampleWHT = float2(time*width, time*height);
        float n = cos(coords.x)*coef0;
        pixel4 nColor2 = sample(source, sampleXY);
        pixel4 nColor6 = sample(source, sampleWHT);
        pxy = pixel4(n-nColor6.r+nColor2.r, n-nColor6.g+nColor2.g, n-nColor6.b+nColor2.b, 1.0);
        
        
        float fX = pow(cos(coords.x*5.0)*coef0*10.0, sin(coords.x)*5.0);
        float fX2 = pow(coords.y, 3.0)*coef0*10.0 + coef1*20.0*pow(coords.y, 2.0) + coef2*40.0*coords.y - 80.0;
        float fX3 = log(coords.x)*coef0*coef1*coef2;
        float fZ = fX * fX2 / fX3;
        
        float m = sin(coords.x)*coef0 + cos(coords.y)*coef1 + tan(time)*coef2;
        float j = sin(coords.x)*coef2 + cos(coords.y)*coef0 + tan(time)*coef1;
        pixel4 fColor = sample(source, coords*j);
        pixel4 fColor2 = sample(source, coords*m);

        if(fZ*time > coords.y){
            pxy = fColor;
        }else if(fZ+time*width > coords.x){
            pxy = fColor2;
        }else{
            pxy += pxy;
        }
        
        result = pxy;
    }
 }