private Vector calculateReflectedVec(Vector light, Vector normal)
{
float up = VectorOperations.ScalarMultiplication(light, normal);
float bottom = VectorOperations.ScalarMultiplication(normal, normal);
float division = up / bottom;
Vector right = new Vector(2 * division * normal.X, 2 * division * normal.Y, 2 * division * normal.Z);
Vector reflectedVec = VectorOperations.Diff(light, right);
return(reflectedVec);
}
private Vector calculateLight(Vector colorVecM, Vector colorVecL, Vector vecLight, Vector vecNormal, Vector vecReflected, Vector vecViewer, float shining)
{
float r = colorVecM.X * colorVecL.X + VectorOperations.ScalarMultiplication(vecLight, vecNormal) + (float)Math.Pow((VectorOperations.ScalarMultiplication(vecReflected, vecViewer)), shining);
float g = colorVecM.Y * colorVecL.Y + VectorOperations.ScalarMultiplication(vecLight, vecNormal) + (float)Math.Pow((VectorOperations.ScalarMultiplication(vecReflected, vecViewer)), shining);
float b = colorVecM.Z * colorVecL.Z + VectorOperations.ScalarMultiplication(vecLight, vecNormal) + (float)Math.Pow((VectorOperations.ScalarMultiplication(vecReflected, vecViewer)), shining);
r = (r > 1) ? 1.0f : r;
g = (g > 1) ? 1.0f : g;
b = (b > 1) ? 1.0f : b;
return(new Vector(r, g, b));
}
