....
// Contruct a 163 x 3 Matrix from an array of float
Matrix m( arr1, 163, 3 );
// Contruct a vector of 163 x 3 floats from a second array
vector<float> v( arr2, arr2+163*3 );
// Set up typedefs to increase readablility of code
typedef Matrix::iterator iterator;
typedef vector<float>::const_iterator const_iterator;
typedef LeastSquaresFit LSQ;
// Fit the coordinates in the Matrix to those in the vector
double RMSD = LSQ::Fit( m.begin(), m.end(), v.begin(), v.end() );
BTL code:
template <class ForwardIterator, class ConstForwardIterator>
class LeastSquatesFit
{
public:
// Least squares fit 1st set of coordinates to 2nd using
// Kearsley's method
static REAL
Fit(ForwardIterator begin1, ForwardIterator end1,
ConstForwardIterator begin2, ConstForwardIterator end2);
...
};
