#include <matrix.hpp>

Inheritance diagram for scaled_Matrix:

Collaboration diagram for scaled_Matrix:

Public Member Functions
	scaled_Matrix (complex s, Matrix *m)
	Construct a transposed Matrix out of a normal one.

Public Member Functions inherited from Matrix
void	assert_size (row r, column c)
	assert that the Matrix has a minimum number of rows and columns, if not try to resize

void	assert_size (row r, column c) const
	assert that the Matrix has a minimum number of rows and columns, if not throw an exception

void	Insert (row r, column c, complex v)
	Insert an element at a given position (overwritten if already there)

void	Add (row r, column c, complex v)
	Add an element at a given position.

complex	Get (row r, column c) const
	Obtain an element at a given position.

row	nrows () const
	Number of rows.

size_t	num_of_rows () const

column	ncols () const
	Number of Columns.

size_t	num_of_cols () const

void	add_diagonal (complex e)
	Add a number to the entire diagonal of the Matrix.

void	insert_diagonal (complex e)
	Insert a number to the entire diagonal of the Matrix.

void	multiply_by_number (complex v)
	multiply whole Matrix by a complex number

void	print (std::ostream &) const
	Output matrix to the stream.

void	formatted_print (std::ostream &) const

bool	check_hermitian () const

bool	check_realsymmetric () const

Matrix &	operator+= (Matrix const &rhs)

Detailed Description

scaled_Matrix can be used for example when you want to bulid the matrix -H0: scaled_Matrix sm(-1.,&mat); H->create_H0(sm);

The documentation for this class was generated from the following file:

Public Member Functions