Tensor_unary.h File Reference

Go to the source code of this file.

Macros
#define	UNARY(func)
#define	BINARY_RSCALAR(func, scal)

Functions
	NAMESPACE_BEGIN (Grid)
	UNARY (sqrt)
	UNARY (sin)
	UNARY (cos)
	UNARY (asin)
	UNARY (acos)
	UNARY (log)
	UNARY (exp)
	UNARY (abs)
	UNARY (Not)
template<class obj>
accelerator_inline auto	toReal (const iScalar< obj > &z) -> typename iScalar< obj >::Realified
template<class obj, int N>
accelerator_inline auto	toReal (const iVector< obj, N > &z) -> typename iVector< obj, N >::Realified
template<class obj, int N>
accelerator_inline auto	toReal (const iMatrix< obj, N > &z) -> typename iMatrix< obj, N >::Realified
template<class obj>
accelerator_inline auto	toComplex (const iScalar< obj > &z) -> typename iScalar< obj >::Complexified
template<class obj, int N>
accelerator_inline auto	toComplex (const iVector< obj, N > &z) -> typename iVector< obj, N >::Complexified
template<class obj, int N>
accelerator_inline auto	toComplex (const iMatrix< obj, N > &z) -> typename iMatrix< obj, N >::Complexified
	BINARY_RSCALAR (div, Integer)
	BINARY_RSCALAR (mod, Integer)
	BINARY_RSCALAR (pow, RealD)
	BINARY_RSCALAR (pow, RealF)
	NAMESPACE_END (Grid)

Macro Definition Documentation

UNARY

#define UNARY

(

func

)

Definition at line 35 of file Tensor_unary.h.

BINARY_RSCALAR

#define BINARY_RSCALAR	(		func,
			scal )

Definition at line 61 of file Tensor_unary.h.

Function Documentation

NAMESPACE_BEGIN()

NAMESPACE_BEGIN

(

Grid

)

UNARY() [1/9]

UNARY

(

sqrt

)

References sqrt().

UNARY() [2/9]

UNARY

(

sin

)

References sin().

UNARY() [3/9]

UNARY

(

cos

)

References cos().

UNARY() [4/9]

UNARY

(

asin

)

References asin().

UNARY() [5/9]

UNARY

(

acos

)

References acos().

UNARY() [6/9]

UNARY

(

log

)

References log().

UNARY() [7/9]

UNARY

(

exp

)

References exp().

UNARY() [8/9]

UNARY

(

abs

)

References abs().

UNARY() [9/9]

UNARY

(

Not

)

References Not().

toReal() [1/3]

template<class obj>

accelerator_inline auto toReal

(

const iScalar< obj > &

z

)

-> typename iScalar< obj >::Realified

Definition at line 97 of file Tensor_unary.h.

References iScalar< vtype >::_internal, accelerator_inline, and toReal().

Referenced by toReal(), toReal(), and toReal().

toReal() [2/3]

template<class obj, int N>

accelerator_inline auto toReal

(

const iVector< obj, N > &

z

)

-> typename iVector< obj, N >::Realified

Definition at line 103 of file Tensor_unary.h.

References iVector< vtype, N >::_internal, accelerator_inline, and toReal().

toReal() [3/3]

template<class obj, int N>

accelerator_inline auto toReal

(

const iMatrix< obj, N > &

z

)

-> typename iMatrix< obj, N >::Realified

Definition at line 111 of file Tensor_unary.h.

References iMatrix< vtype, N >::_internal, accelerator_inline, and toReal().

toComplex() [1/3]

template<class obj>

accelerator_inline auto toComplex

(

const iScalar< obj > &

z

)

-> typename iScalar< obj >::Complexified

Definition at line 121 of file Tensor_unary.h.

References iScalar< vtype >::_internal, accelerator_inline, and toComplex().

Referenced by toComplex(), toComplex(), and toComplex().

toComplex() [2/3]

template<class obj, int N>

accelerator_inline auto toComplex

(

const iVector< obj, N > &

z

)

-> typename iVector< obj, N >::Complexified

Definition at line 127 of file Tensor_unary.h.

References iVector< vtype, N >::_internal, accelerator_inline, and toComplex().

toComplex() [3/3]

template<class obj, int N>

accelerator_inline auto toComplex

(

const iMatrix< obj, N > &

z

)

-> typename iMatrix< obj, N >::Complexified

Definition at line 135 of file Tensor_unary.h.

References iMatrix< vtype, N >::_internal, accelerator_inline, and toComplex().

BINARY_RSCALAR() [1/4]

BINARY_RSCALAR	(	div	,
		Integer	)

References div().

BINARY_RSCALAR() [2/4]

BINARY_RSCALAR	(	mod	,
		Integer	)

References mod().

BINARY_RSCALAR() [3/4]

BINARY_RSCALAR	(	pow	,
		RealD	)

References pow().

BINARY_RSCALAR() [4/4]

BINARY_RSCALAR	(	pow	,
		RealF	)

References pow().

NAMESPACE_END()

NAMESPACE_END

(

Grid

)