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> Matrix& scythe::Matrix< T_type, ORDER, STYLE >::operator^= ( const Matrix< T_type, O, S > &  M ) [inline] Exponentiate the elements of this Matrix by another's. This operator exponentiates the elements of this Matrix by another's and places the result into this Matrix. The two matrices must have the same dimensions, or one of the Matrices must be 1x1. Parameters: M The Matrix to exponentiate this one by. See also: operator^=(T_type) operator+=(const Matrix<T_type, O, S> &) operator-=(const Matrix<T_type, O, S> &) operator%=(const Matrix<T_type, O, S> &) operator^=(const Matrix<T_type, O, S> &) operator*=(const Matrix<T_type, O, S> &) kronecker(const Matrix<T_type, O, S> &) Exceptions: scythe_conformation_error (Level 1) scythe_alloc_error (Level 1)