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> Matrix& scythe::Matrix< T_type, ORDER, STYLE >::operator&= ( T_type  x ) [inline] Logically AND this Matrix with a scalar. This operator computes the element-wise logical AND of this Matrix and a scalar. That is, after the operation, an element in this Matrix will evaluate to true (or the type-specific analog of true, typically 1) iff the corresponding element previously residing in this Matrix and x both evaluate to true. Parameters: x The scalar to AND with each element. See also: operator&=(const Matrix<T_type, O, S> &) operator|=(T_type) Exceptions: scythe_conformation_error (Level 1)