API for OrderReduction scheme (extends 2way M2L) More...

#include <FFTAccelerationAPI_extensions.h>

Inheritance diagram for FFTAccelerationAPI_full:

Public Member Functions
virtual	~FFTAccelerationAPI_full ()
	destructor, child class will be upcasted, virtual destructor required to call the right child class destructor

virtual void	FFT_M2L_OrderReduction (FFTAccelerableExpansion &Source, FFTAccelerableExpansion &Target, FFTDataContainer *TransferFunction, int order)=0
	M2L using Order Reduction. More...

virtual void	FFT_M2L_OrderReduction_vec (FFTAccelerableExpansion &Source, FFTAccelerableExpansion &Target, FFTDataContainer *TransferFunction, int order)=0

virtual void	FFT_M2L_2way_ORed (FFTAccelerableExpansion &Source1, FFTAccelerableExpansion &Source2, FFTAccelerableExpansion &Target1, FFTAccelerableExpansion &Target2, FFTDataContainer *TransferFunction, int order)=0
	M2L using both Order Reduction and 2way. More...

virtual void	FFT_M2L_2way_ORed_vec (FFTAccelerableExpansion &Source1, FFTAccelerableExpansion &Source2, FFTAccelerableExpansion &Target1, FFTAccelerableExpansion &Target2, FFTDataContainer *TransferFunction, int order)=0

Public Member Functions inherited from FFTAccelerationAPI_2Way
virtual	~FFTAccelerationAPI_2Way ()
	destructor, child class will be upcasted, virtual destructor required to call the right child class destructor

virtual void	FFT_M2L_2way (FFTAccelerableExpansion &Source1, FFTAccelerableExpansion &Source2, FFTAccelerableExpansion &Target1, FFTAccelerableExpansion &Target2, FFTDataContainer *TransferFunction)=0
	M2L using 2way scheme (see doc/2wayM2L) More...

virtual void	FFT_M2L_2way_vec (FFTAccelerableExpansion &Source1, FFTAccelerableExpansion &Source2, FFTAccelerableExpansion &Target1, FFTAccelerableExpansion &Target2, FFTDataContainer *TransferFunction)=0

Public Member Functions inherited from FFTAccelerationAPI
virtual	~FFTAccelerationAPI ()
	destructor, child class will be upcasted, virtual destructor required to call the right child class destructor

virtual void	FFT_initialize_Source (FFTAccelerableExpansion &Expansion, double radius)=0

virtual void	FFT_initialize_Target (FFTAccelerableExpansion &Expansion)=0

virtual void	FFT_initialize_TransferFunction (FFTAccelerableExpansion &Expansion)=0

virtual void	FFT_M2L (FFTAccelerableExpansion &Source, FFTAccelerableExpansion &Target, FFTDataContainer *TransferFunction)=0

virtual void	FFT_M2L_vec (FFTAccelerableExpansion &Source, FFTAccelerableExpansion &Target, FFTDataContainer *TransferFunction)=0

virtual void	FFT_finalize_Target (FFTAccelerableExpansion &Expansion, double radius)=0

Additional Inherited Members
Protected Attributes inherited from FFTAccelerationAPI
int	_p

int	_fft_nx
	order of the expansions (start at 0 so usually order+1)

int	_fft_ny
	number of line of the FFT matrices (or similar)

Detailed Description

API for OrderReduction scheme (extends 2way M2L)

Member Function Documentation

◆ FFT_M2L_2way_ORed()

virtual void FFTAccelerationAPI_full::FFT_M2L_2way_ORed	(	FFTAccelerableExpansion &	Source1,
		FFTAccelerableExpansion &	Source2,
		FFTAccelerableExpansion &	Target1,
		FFTAccelerableExpansion &	Target2,
		FFTDataContainer *	TransferFunction,
		int	order
	)

pure virtual

M2L using both Order Reduction and 2way.

Implemented in FFTAcceleration_blocks, and FFTAcceleration_scalBlocks_optFFT.

◆ FFT_M2L_OrderReduction()

virtual void FFTAccelerationAPI_full::FFT_M2L_OrderReduction	(	FFTAccelerableExpansion &	Source,
		FFTAccelerableExpansion &	Target,
		FFTDataContainer *	TransferFunction,
		int	order
	)

pure virtual

M2L using Order Reduction.

Implemented in FFTAcceleration_blocks, and FFTAcceleration_scalBlocks_optFFT.

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

src/bhfmm/fft/FFTAccelerationAPI_extensions.h

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ FFT_M2L_2way_ORed()

◆ FFT_M2L_OrderReduction()