begin begin begin begin begin_bd begin_bd begin_bd begin_bd begin_f begin_f begin_f begin_f bidirectional_iterator const_bidirectional_iterator const_forward_iterator const_iterator const_reverse_bidirectional_iterator const_reverse_iterator copy copy detach end end end end end_bd end_bd end_bd end_bd end_f end_f end_f end_f equals equals forward_iterator getArray isDiagonal isIdentity isLowerTriangular isSingular isSkewSymmetric isSymmetric isUpperTriangular isZero iterator kronecker kronecker Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix Matrix operator%= operator%= operator&= operator&= operator() operator() operator() operator() operator() operator() operator() operator() operator() operator() operator*= operator*= operator+= operator+= operator-= operator-= operator/= operator/= operator= operator= operator= operator= operator[] operator[] operator^= operator^= operator|= operator|= rbegin rbegin rbegin rbegin rbegin_bd rbegin_bd rbegin_bd rbegin_bd reference rend rend rend rend rend_bd rend_bd rend_bd rend_bd resize resize2Match reverse_bidirectional_iterator reverse_iterator save swap ttype ~Matrix

template<typename T_type = double, matrix_order ORDER = Col, matrix_style STYLE = Concrete> template<matrix_order O, matrix_style S> void scythe::Matrix< T_type, ORDER, STYLE >::copy ( const Matrix< T_type, O, S > &  M ) [inline] Make this Matrix a copy of another. Converts this Matrix into a deep copy of another Matrix. This Matrix retains its own matrix_order and matrix_style but contains copies of M's elements and becomes the same size and shape as M. Calling this method automatically detaches this Matrix from its previous DataBlock before copying. Parameters: M The Matrix to copy. See also: Matrix(const Matrix&) Matrix(const Matrix<T_type, O, S> &) Matrix(const Matrix<S_type, O, S> &) copy() reference(const Matrix<T_type, O, S> &) detach() Exceptions: scythe_alloc_error (Level 1) Example: #include <iostream> #include <scythestat/matrix.h> using namespace scythe; int main () { // Construct two 10x10 matrices of 1s, one a view of the other. Matrix<> A(10, 10, true, 1); Matrix<double,Col,View> B(A); A[3] = 22; // Prints true (1) std::cout << A.equals(B) << "\n"; B.copy(A); A[4] = 12.4; // Prints false (0) std::cout << A.equals(B) << "\n"; return 0; }