Useful operations

Collaboration diagram for Useful operations:

template<typename MatrixType >
Tensor< MatrixType >	mptensor::sqrt (Tensor< MatrixType > t)
	Take square-root of each element.
template<typename MatrixType >
Tensor< MatrixType >	mptensor::conj (Tensor< MatrixType > t)
	Take conjugate of each element.
template<typename MatrixType >
double	mptensor::max (const Tensor< MatrixType > &t)
	Return the maximum element. For complex, same as max_abs().
template<typename MatrixType >
double	mptensor::min (const Tensor< MatrixType > &t)
	Return the minimum element. For complex, same as min_abs().
template<typename MatrixType >
double	mptensor::max_abs (const Tensor< MatrixType > &t)
	Return maximum of the absolute value of an element.
template<typename MatrixType >
double	mptensor::min_abs (const Tensor< MatrixType > &t)
	Return minimum of the absolute value of an element.

Detailed Description

Other useful operations.

Function Documentation

conj()

template<typename MatrixType >

Tensor< MatrixType > mptensor::conj

(

Tensor< MatrixType >

t

)

Take conjugate of each element.

max()

template<typename MatrixType >

double mptensor::max ( const Tensor< MatrixType > &  t )

inline

Return the maximum element. For complex, same as max_abs().

max_abs()

template<typename MatrixType >

double mptensor::max_abs ( const Tensor< MatrixType > &  t )

inline

Return maximum of the absolute value of an element.

min()

template<typename MatrixType >

double mptensor::min ( const Tensor< MatrixType > &  t )

inline

Return the minimum element. For complex, same as min_abs().

min_abs()

template<typename MatrixType >

double mptensor::min_abs ( const Tensor< MatrixType > &  t )

inline

Return minimum of the absolute value of an element.

sqrt()

template<typename MatrixType >

Tensor< MatrixType > mptensor::sqrt

(

Tensor< MatrixType >

t

)

Take square-root of each element.