inline Matrix4<Real,order> & Matrix4<Real,order>::setRotationDegrees( const float *angles )
{
const float m_180_pi=180.0/M_PI;
float vec[3];
vec[0] = ( float )( angles[0]*m_180_pi );
vec[1] = ( float )( angles[1]*m_180_pi );
vec[2] = ( float )( angles[2]*m_180_pi );
return setRotationRadians( vec );
}
void GrnMatrix::setRotationDegrees(Point rotation)
{
rotation *= GRAD_PI2;
setRotationRadians(rotation);
}
