public void setProgramConstantsFromMatrix(string programType, int firstRegister, Matrix3D matrix,
bool transposedMatrix = false)
{
throw new NotImplementedException();
}
public void setProgramConstantsFromMatrix (string programType, int firstRegister, Matrix3D matrix,
bool transposedMatrix = false)
{
// GLES does not support transposed uniform setting so do it manually
if (transposedMatrix) {
// 0 1 2 3
// 4 5 6 7
// 8 9 10 11
// 12 13 14 15
double[] source = matrix.mData;
mTemp[0] = (float)source[0];
mTemp[1] = (float)source[4];
mTemp[2] = (float)source[8];
mTemp[3] = (float)source[12];
mTemp[4] = (float)source[1];
mTemp[5] = (float)source[5];
mTemp[6] = (float)source[9];
mTemp[7] = (float)source[13];
mTemp[8] = (float)source[2];
mTemp[9] = (float)source[6];
mTemp[10]= (float)source[10];
mTemp[11]= (float)source[14];
mTemp[12]= (float)source[3];
mTemp[13]= (float)source[7];
mTemp[14]= (float)source[11];
mTemp[15]= (float)source[15];
} else {
// convert double->float
convertDoubleToFloat (mTemp, matrix.mData, 16);
}
bool isVertex = (programType == "vertex");
// set uniform registers
Program3D.Uniform uniform =mProgram.getUniform(isVertex, firstRegister);
if (uniform != null)
{
GL.UniformMatrix4(uniform.Location, 1, false, mTemp);
}
else
{
if (enableErrorChecking) {
Console.WriteLine ("warning: program register not found: {0}", firstRegister);
}
}
}
public void append(Matrix3D lhs)
{
}
public void interpolateTo(Matrix3D toMat, float percent)
{
}
public static Matrix3D interpolate(Matrix3D thisMat, Matrix3D toMat, float percent)
{
return thisMat;
}