Classes
class	ArrayOperExecSetup

class	ArrOperExec
	Parallel task for computing the element wise operations of one array and optionally a second input array. Should not be used directly, instead call getSum(const ArrayND) More...

class	CumArrOperExec
	Parallel task for computing the sum of element wise operations of one array and optionally a second input array. Should not be used directly, instead call getSum(const ArrayND) More...

class	CumSumExec

Functions
template<class T >
T	getAverage (const ArrayND< T > &in, bool noudf, bool parallel)
	returns the average amplitude of the array More...

template<>
float_complex	getAverage< float_complex > (const ArrayND< float_complex > &in, bool noudf, bool parallel)
	Specialization for complex numbers. More...

template<class T , class fT >
bool	getInterceptGradient (const ArrayND< T > &iny, const ArrayND< T > *inx_, T &intercept, T &gradient)
	returns the intercept and gradient of two arrays More...

template<class T >
T	getNorm2 (const ArrayND< T > &in, bool noudf, bool parallel)
	return the Norm-2 of the array More...

template<class T >
double	getNorm2D (const ArrayND< T > &in, bool noudf, bool parallel)

template<class T >
void	getProduct (const ArrayND< T > &in1, const ArrayND< T > &in2, ArrayND< T > &out, bool noudf, bool parallel)
	computes the product array between two arrays More...

template<class T >
T	getResidual (const ArrayND< T > &in1, const ArrayND< T > &in2, bool noudf, bool parallel)
	returns the residual differences of two arrays More...

template<class T >
T	getRMS (const ArrayND< T > &in, bool noudf, bool parallel)
	return the RMS of the array More...

template<class T >
void	getScaledArray (const ArrayND< T > &in, ArrayND< T > *out_, double fact, double shift, bool noudf, bool parallel)
	returns a scaled array More...

template<class RT , class AT >
RT	getStdDev (const ArrayND< AT > &in, bool noudf, bool parallel)
	return the Standard deviation of the array More...

template<>
float_complex	getSum (const ArrayND< float_complex > &in, bool noudf, bool parallel)

template<class T >
T	getSum (const ArrayND< T > &in, bool noudf, bool parallel)
	returns the sum of all defined values in the Array. Returns UDF if empty or only udfs encountered. More...

template<class T >
void	getSum (const ArrayND< T > &in1, const ArrayND< T > &in2, ArrayND< T > &out, bool noudf, bool parallel)
	computes the sum array between two arrays More...

template<class T >
void	getSumArrays (const ArrayND< T > &in1, const ArrayND< T > &in2, ArrayND< T > &out, double fact1, double fact2, bool noudf, bool parallel)
	computes the sum array between two arrays with scaling More...

template<class T >
T	getSumProduct (const ArrayND< T > &in1, const ArrayND< T > &in2, bool noudf, bool parallel)
	returns the sum of product amplitudes between two vectors More...

template<class T >
double	getSumProductD (const ArrayND< T > &in1, const ArrayND< T > &in2, bool noudf, bool parallel)

template<class T >
T	getSumSq (const ArrayND< T > &in, bool noudf, bool parallel)
	returns the sum of squarred amplitudes of the array More...

template<class T >
T	getSumX2MY2 (const ArrayND< T > &in1, const ArrayND< T > &in2, bool noudf, bool parallel)
	returns the sum of subtracted squarred amplitudes of two arrays More...

template<class T >
T	getSumX2PY2 (const ArrayND< T > &in1, const ArrayND< T > &in2, bool noudf, bool parallel)
	returns the sum of summed squarred amplitudes of two arrays More...

template<class T >
T	getSumXMY2 (const ArrayND< T > &in1, const ArrayND< T > &in2, bool noudf, bool parallel)
	returns the sum of squarred differences of two arrays More...

template<class RT , class AT >
RT	getVariance (const ArrayND< AT > &in, bool noudf, bool parallel)
	return the Variance of the array More...

	if (!noudf_ &&(mIsUdf(inpval)))

	if (!noudf_ &&(mIsUdf(val1)\|\|mIsUdf(val2)))

template<class T >
	mDefParallelCalc4Pars (ProdExec, od_static_tr("ProdExec","Array product executor"), const T , arr1, const T , arr2, T *, out, bool, noudf) mDefParallelCalcBody(

template<class T >
	mDefParallelCalc5Pars (ScalingExec, od_static_tr("ScalingExec","Array scaler executor"), const T , arrin, T , arrout, T, fact, T, shift, bool, noudf) mDefParallelCalcBody(

template<class T >
	mDefParallelCalc6Pars (SumExec, od_static_tr("SumExec","Array addition executor"), const T , arr1, const T , arr2, T *, out, T, fact1, T, fact2, bool, noudf) mDefParallelCalcBody(

Variables
	arrout_ [idx] = fact_ * inpval + shift_

const T	inpval = arrin_[idx]

	out_ [idx] = fact1_ * val1 + fact2_ * val2

const T	val1 = arr1_[idx]

const T	val2 = arr2_[idx]

Function Documentation

◆ getAverage()

template<class T >

T ArrayMath::getAverage	(	const ArrayND< T > &	in,
		bool	noudf,
		bool	parallel
	)

inline

returns the average amplitude of the array

◆ getAverage< float_complex >()

template<>

float_complex ArrayMath::getAverage< float_complex >	(	const ArrayND< float_complex > &	in,
		bool	noudf,
		bool	parallel
	)

inline

Specialization for complex numbers.

◆ getInterceptGradient()

template<class T , class fT >

bool ArrayMath::getInterceptGradient	(	const ArrayND< T > &	iny,
		const ArrayND< T > *	inx_,
		T &	intercept,
		T &	gradient
	)

inline

returns the intercept and gradient of two arrays

◆ getNorm2()

template<class T >

T ArrayMath::getNorm2	(	const ArrayND< T > &	in,
		bool	noudf,
		bool	parallel
	)

inline

return the Norm-2 of the array

◆ getNorm2D()

template<class T >

double ArrayMath::getNorm2D	(	const ArrayND< T > &	in,
		bool	noudf,
		bool	parallel
	)

inline

◆ getProduct()

template<class T >

void ArrayMath::getProduct	(	const ArrayND< T > &	in1,
		const ArrayND< T > &	in2,
		ArrayND< T > &	out,
		bool	noudf,
		bool	parallel
	)

inline

computes the product array between two arrays

◆ getResidual()

template<class T >

T ArrayMath::getResidual	(	const ArrayND< T > &	in1,
		const ArrayND< T > &	in2,
		bool	noudf,
		bool	parallel
	)

inline

returns the residual differences of two arrays

◆ getRMS()

template<class T >

T ArrayMath::getRMS	(	const ArrayND< T > &	in,
		bool	noudf,
		bool	parallel
	)

inline

return the RMS of the array

◆ getScaledArray()

template<class T >

void ArrayMath::getScaledArray	(	const ArrayND< T > &	in,
		ArrayND< T > *	out_,
		double	fact,
		double	shift,
		bool	noudf,
		bool	parallel
	)

inline

returns a scaled array

◆ getStdDev()

template<class RT , class AT >

RT ArrayMath::getStdDev	(	const ArrayND< AT > &	in,
		bool	noudf,
		bool	parallel
	)

inline

return the Standard deviation of the array

◆ getSum() [1/3]

template<>

float_complex ArrayMath::getSum	(	const ArrayND< float_complex > &	in,
		bool	noudf,
		bool	parallel
	)

inline

◆ getSum() [2/3]

template<class T >

T ArrayMath::getSum	(	const ArrayND< T > &	in,
		bool	noudf,
		bool	parallel
	)

inline

returns the sum of all defined values in the Array. Returns UDF if empty or only udfs encountered.

◆ getSum() [3/3]

template<class T >

void ArrayMath::getSum	(	const ArrayND< T > &	in1,
		const ArrayND< T > &	in2,
		ArrayND< T > &	out,
		bool	noudf,
		bool	parallel
	)

inline

computes the sum array between two arrays

◆ getSumArrays()

template<class T >

void ArrayMath::getSumArrays	(	const ArrayND< T > &	in1,
		const ArrayND< T > &	in2,
		ArrayND< T > &	out,
		double	fact1,
		double	fact2,
		bool	noudf,
		bool	parallel
	)

inline

computes the sum array between two arrays with scaling

◆ getSumProduct()

template<class T >

T ArrayMath::getSumProduct	(	const ArrayND< T > &	in1,
		const ArrayND< T > &	in2,
		bool	noudf,
		bool	parallel
	)

inline

returns the sum of product amplitudes between two vectors

◆ getSumProductD()

template<class T >

double ArrayMath::getSumProductD	(	const ArrayND< T > &	in1,
		const ArrayND< T > &	in2,
		bool	noudf,
		bool	parallel
	)

inline

◆ getSumSq()

template<class T >

T ArrayMath::getSumSq	(	const ArrayND< T > &	in,
		bool	noudf,
		bool	parallel
	)

inline

returns the sum of squarred amplitudes of the array

◆ getSumX2MY2()

template<class T >

T ArrayMath::getSumX2MY2	(	const ArrayND< T > &	in1,
		const ArrayND< T > &	in2,
		bool	noudf,
		bool	parallel
	)

inline

returns the sum of subtracted squarred amplitudes of two arrays

◆ getSumX2PY2()

template<class T >

T ArrayMath::getSumX2PY2	(	const ArrayND< T > &	in1,
		const ArrayND< T > &	in2,
		bool	noudf,
		bool	parallel
	)

inline

returns the sum of summed squarred amplitudes of two arrays

◆ getSumXMY2()

template<class T >

T ArrayMath::getSumXMY2	(	const ArrayND< T > &	in1,
		const ArrayND< T > &	in2,
		bool	noudf,
		bool	parallel
	)

inline

returns the sum of squarred differences of two arrays

◆ getVariance()

template<class RT , class AT >

RT ArrayMath::getVariance	(	const ArrayND< AT > &	in,
		bool	noudf,
		bool	parallel
	)

inline

return the Variance of the array

◆ if() [1/2]

ArrayMath::if ( !noudf_ && mIsUdf(inpval) )

◆ if() [2/2]

ArrayMath::if ( !noudf_ && mIsUdf(val1)||mIsUdf(val2) )

◆ mDefParallelCalc4Pars()

template<class T >

ArrayMath::mDefParallelCalc4Pars	(	ProdExec	,
		od_static_tr("ProdExec","Array product executor")	,
		const T *	,
		arr1	,
		const T *	,
		arr2	,
		T *	,
		out	,
		bool	,
		noudf
	)

◆ mDefParallelCalc5Pars()

template<class T >

ArrayMath::mDefParallelCalc5Pars	(	ScalingExec	,
		od_static_tr("ScalingExec","Array scaler executor")	,
		const T *	,
		arrin	,
		T *	,
		arrout	,
		T	,
		fact	,
		T	,
		shift	,
		bool	,
		noudf
	)

◆ mDefParallelCalc6Pars()

template<class T >

ArrayMath::mDefParallelCalc6Pars	(	SumExec	,
		od_static_tr("SumExec","Array addition executor")	,
		const T *	,
		arr1	,
		const T *	,
		arr2	,
		T *	,
		out	,
		T	,
		fact1	,
		T	,
		fact2	,
		bool	,
		noudf
	)

Variable Documentation

◆ arrout_

ArrayMath::arrout_[idx] = fact_ * inpval + shift_

◆ inpval

const T ArrayMath::inpval = arrin_[idx]

◆ out_

ArrayMath::out_[idx] = fact1_ * val1 + fact2_ * val2

◆ val1

const T ArrayMath::val1 = arr1_[idx]

◆ val2

const T ArrayMath::val2 = arr2_[idx]

Classes

Functions

Variables

Function Documentation

◆ getAverage()

◆ getAverage< float_complex >()

◆ getInterceptGradient()

◆ getNorm2()

◆ getNorm2D()

◆ getProduct()

◆ getResidual()

◆ getRMS()

◆ getScaledArray()

◆ getStdDev()

◆ getSum() [1/3]

◆ getSum() [2/3]

◆ getSum() [3/3]

◆ getSumArrays()

◆ getSumProduct()

◆ getSumProductD()

◆ getSumSq()

◆ getSumX2MY2()

◆ getSumX2PY2()

◆ getSumXMY2()

◆ getVariance()

◆ if() [1/2]

◆ if() [2/2]

◆ mDefParallelCalc4Pars()

◆ mDefParallelCalc5Pars()

◆ mDefParallelCalc6Pars()

Variable Documentation

◆ arrout_

◆ inpval

◆ out_

◆ val1

◆ val2