Include dependency graph for arrayndalgo.h:

This graph shows which files directly or indirectly include this file:

Classes
class	ArrayMath::ArrayOperExecSetup

class	ArrayMath::CumArrOperExec< ArrType, SumType, OperType, RetType >
	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) Template parameter SumType should be double (real or complex) for all float types. Should be od_int64 for all integer types. Template parameter OperType should be double (real) for all float types. Should be od_int64 for all integer types. More...

class	ArrayMath::ArrOperExec< ArrType, SumType, OperType >
	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	ArrayNDWindow
	Tapers the N-dimentional ArrayND with a windowFunction. More...

class	Array2DCopier< T >
	Transfers the common samples from one 2D array to another. More...

class	Array3DCopier< T >
	Transfers the common samples from one 3D array to another. More...

class	PolyTrend
	Polynomial trend with order 0 (mean), 1 (linear) or 2 (parabolic) The trend is derived from a set of values with positions and can be applied thereafter on any other position. More...

class	ArrayUdfValReplacer< T >

class	ArrayUdfValRestorer< T >

class	Array3DUdfTrcRestorer< T >

class	MuteArrayExtracter< T >

Namespaces
	ArrayMath

Macros
#define	mFillTrendXArray()

#define	mGetInfo()

Functions
template<class ArrType , class SumType , class OperType , class RetType >
RetType	ArrayMath::getSum (const ArrayND< ArrType > &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 ArrType , class SumType , class OperType , class RetType >
RetType	ArrayMath::getAverage (const ArrayND< ArrType > &in, bool noudf, bool parallel)
	returns the average amplitude of the array More...

template<class ArrType , class SumType , class OperType >
void	ArrayMath::getScaled (const ArrayND< ArrType > &in, ArrayND< ArrType > *out_, OperType fact, SumType shift, bool noudf, bool parallel)
	returns a scaled array More...

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

template<class ArrType , class SumType , class OperType >
void	ArrayMath::getSum (const ArrayND< ArrType > &in1, const ArrayND< ArrType > &in2, ArrayND< ArrType > &out, OperType fact1, OperType fact2, bool noudf, bool parallel)
	computes the sum array between two arrays with scaling More...

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

template<class ArrType , class SumType , class OperType , class RetType >
RetType	ArrayMath::getSumProduct (const ArrayND< ArrType > &in1, const ArrayND< ArrType > &in2, bool noudf, bool parallel)
	returns the sum of product amplitudes between two vectors More...

template<class ArrType , class SumType , class OperType , class RetType >
RetType	ArrayMath::getSumSq (const ArrayND< ArrType > &in, bool noudf, bool parallel)
	returns the sum of squarred amplitudes of the array More...

template<class ArrType , class SumType , class OperType , class RetType >
RetType	ArrayMath::getNorm2 (const ArrayND< ArrType > &in, bool noudf, bool parallel)
	return the Norm-2 of the array More...

template<class ArrType , class SumType , class OperType , class RetType >
RetType	ArrayMath::getRMS (const ArrayND< ArrType > &in, bool noudf, bool parallel)
	return the RMS of the array More...

template<class ArrType , class SumType , class OperType , class RetType >
RetType	ArrayMath::getResidual (const ArrayND< ArrType > &in1, const ArrayND< ArrType > &in2, bool noudf, bool parallel)
	returns the residual differences of two arrays More...

template<class ArrType , class SumType , class OperType , class RetType >
RetType	ArrayMath::getSumXMY2 (const ArrayND< ArrType > &in1, const ArrayND< ArrType > &in2, bool noudf, bool parallel)
	returns the sum of squarred differences of two arrays More...

template<class ArrType , class SumType , class OperType , class RetType >
RetType	ArrayMath::getSumX2PY2 (const ArrayND< ArrType > &in1, const ArrayND< ArrType > &in2, bool noudf, bool parallel)
	returns the sum of summed squarred amplitudes of two arrays More...

template<class ArrType , class SumType , class OperType , class RetType >
RetType	ArrayMath::getSumX2MY2 (const ArrayND< ArrType > &in1, const ArrayND< ArrType > &in2, bool noudf, bool parallel)
	returns the sum of subtracted squarred amplitudes of two arrays More...

template<class ArrType , class SumType , class OperType >
bool	ArrayMath::removeBias (const ArrayND< ArrType > &in, ArrayND< ArrType > &out, bool noudf, bool parallel)
	Fills an ArrayND with an unbiased version of another. More...

template<class ArrType , class SumType , class OperType >
bool	ArrayMath::removeBias (ArrayND< ArrType > &inout, bool noudf, bool parallel)
	Removes the bias ( 0 order trend = average ) from an ArrayND. More...

template<class ArrType , class OperType >
bool	ArrayMath::getInterceptGradient (const ArrayND< ArrType > &iny, const ArrayND< ArrType > *inx_, OperType &intercept, OperType &gradient, bool parallel)
	returns the intercept and gradient of two arrays More...

template<class ArrType , class OperType >
bool	ArrayMath::removeTrend (const ArrayND< ArrType > &in, ArrayND< ArrType > &out)
	Fills an ArrayND with a de-trended version of another. More...

template<class ArrType , class OperType >
bool	ArrayMath::removeTrend (ArrayND< ArrType > &inout)
	Removes a 1st order (linear) trend from an ArrayND. More...

template<class fT >
bool	hasUndefs (const ArrayND< fT > &in)
	Returns whether there are undefs in the Array. More...

template<class fT >
bool	interpUdf (Array1D< fT > &in, typename BendPointBasedMathFunction< fT, fT >::InterpolType ipoltyp=BendPointBasedMathFunction< fT, fT >::Poly)

template<class T >
T	Array3DInterpolate (const Array3D< T > &array, float p0, float p1, float p2, bool posperiodic=false)

template<class T >
bool	ArrayNDCopy (ArrayND< T > &dest, const ArrayND< T > &src, const TypeSet< int > &copypos, bool srcperiodic=false)

template<class T >
bool	Array3DCopy (Array3D< T > &dest, const Array3D< T > &src, int p0, int p1, int p2, bool srcperiodic=false)

template<class T >
bool	ArrayNDPaste (ArrayND< T > &dest, const ArrayND< T > &src, const TypeSet< int > &pastepos, bool destperiodic=false)

template<class T >
bool	Array2DPaste (Array2D< T > &dest, const Array2D< T > &src, int p0, int p1, bool destperiodic=false)

template<class T >
bool	Array3DPaste (Array3D< T > &dest, const Array3D< T > &src, int p0, int p1, int p2, bool destperiodic=false)

void	convertUndefinedIndexList (const TrcKeyZSampling &tkzsin, const TrcKeyZSampling &tkzsout, LargeValVec< od_uint64 > &)

Macro Definition Documentation

#define mFillTrendXArray ( )

Value:

{ \
    ArrType* trendxvals = trendx.getData(); \
    ValueSeries<ArrType>* trendstor = trendx.getStorage(); \
    if ( trendxvals ) \
    { \
        for ( od_uint64 idx=0; idx<sz; idx++ ) \
            trendxvals[idx] = mCast(ArrType,idx); \
    } \
    else if ( trendstor ) \
    { \
        for ( od_uint64 idx=0; idx<sz; idx++ ) \
            trendstor->setValue(idx,mCast(ArrType,idx)); \
    } \
    else \
    { \
        ArrayNDIter iter( trendx.info() ); \
	od_uint64 idx = 0; \
        do \
        { \
            trendx.setND( iter.getPos(), mCast(ArrType,idx) ); \
            idx++; \
        } while ( iter.next() ); \
    } \
}

#define mGetInfo ( )

Value:

const Array3DInfoImpl infoin( tkzsin_.hsamp_.nrLines(), \
                                  tkzsin_.hsamp_.nrTrcs(), tkzsin_.nrZ() ); \
    const Array3DInfoImpl infoout( tkzsout_.hsamp_.nrLines(), \
                                   tkzsout_.hsamp_.nrTrcs(), tkzsout_.nrZ() );

Function Documentation

template<class T >

bool Array2DPaste	(	Array2D< T > &	dest,
		const Array2D< T > &	src,
		int	p0,
		int	p1,
		bool	destperiodic = `false`
	)

inline

template<class T >

bool Array3DCopy	(	Array3D< T > &	dest,
		const Array3D< T > &	src,
		int	p0,
		int	p1,
		int	p2,
		bool	srcperiodic = `false`
	)

inline

template<class T >

T Array3DInterpolate	(	const Array3D< T > &	array,
		float	p0,
		float	p1,
		float	p2,
		bool	posperiodic = `false`
	)

inline

template<class T >

bool Array3DPaste	(	Array3D< T > &	dest,
		const Array3D< T > &	src,
		int	p0,
		int	p1,
		int	p2,
		bool	destperiodic = `false`
	)

inline

template<class T >

bool ArrayNDCopy	(	ArrayND< T > &	dest,
		const ArrayND< T > &	src,
		const TypeSet< int > &	copypos,
		bool	srcperiodic = `false`
	)

inline

template<class T >

bool ArrayNDPaste	(	ArrayND< T > &	dest,
		const ArrayND< T > &	src,
		const TypeSet< int > &	pastepos,
		bool	destperiodic = `false`
	)

inline

void convertUndefinedIndexList	(	const TrcKeyZSampling &	tkzsin,
		const TrcKeyZSampling &	tkzsout,
		LargeValVec< od_uint64 > &
	)

Replaces undefined values back to an ND array

template<class fT >

bool hasUndefs ( const ArrayND< fT > & in )

inline

Returns whether there are undefs in the Array.

template<class fT >

bool interpUdf	(	Array1D< fT > &	in,
		typename BendPointBasedMathFunction< fT, fT >::InterpolType	ipoltyp = `BendPointBasedMathFunction<fT,fT>::Poly`
	)

inline

The function interpUdf fills all the undefined values in a Array1D by using an inter- or extrapolation from the defined values. It uses the BendPointBasedMathFunction for this. Note that even if there is only one defined value, this function will fill the entire array by this value.

Returns whether any substitution was made.

Classes

Namespaces

Macros

Functions

Macro Definition Documentation

Function Documentation