p3m_data_struct_dipoles< FloatType > Struct Template Reference

#include <dp3m.impl.hpp>

Inheritance diagram for p3m_data_struct_dipoles< FloatType >:

Collaboration diagram for p3m_data_struct_dipoles< FloatType >:

Public Attributes
int	sum_dip_part = 0
	number of dipolar particles (only on head node).
double	sum_mu2 = 0.
	Sum of square of magnetic dipoles (only on head node).
double	pos_shift = 0.
	position shift for calculation of first assignment mesh point.
double	energy_correction = 0.
	cached k-space self-energy correction
std::vector< FloatType >	ks_scalar
	k-space scalar mesh for k-space calculations.
p3m_interpolation_cache	inter_weights
Public Attributes inherited from p3m_data_struct< FloatType >
P3MParameters	params
	P3M base parameters.
P3MLocalMesh	local_mesh
	Local mesh properties.
P3MFFTMesh< FloatType >	mesh
	Local mesh FFT buffers.
std::array< std::vector< int >, 3 >	d_op
	Spatial differential operator in k-space.
std::vector< FloatType >	g_force
	Force optimised influence function (k-space)
std::vector< FloatType >	g_energy
	Energy optimised influence function (k-space)
std::unique_ptr< FFTBackend< FloatType > >	fft
	FFT algorithm.
std::unique_ptr< FFTBuffers< FloatType > >	fft_buffers
	FFT buffers.

Additional Inherited Members
Public Types inherited from p3m_data_struct< FloatType >
using	value_type = FloatType
Public Member Functions inherited from p3m_data_struct< FloatType >
	p3m_data_struct (P3MParameters &&parameters)
void	calc_differential_operator ()
	Calculate the Fourier transformed differential operator.
void	init ()
void	update_mesh_views ()
template<typename T , class... Args>
void	make_fft_instance (Args... args)
template<typename T , class... Args>
void	make_mesh_instance (Args... args)

Detailed Description

template<typename FloatType>
struct p3m_data_struct_dipoles< FloatType >

Definition at line 45 of file dp3m.impl.hpp.

Member Data Documentation

energy_correction

template<typename FloatType >

double p3m_data_struct_dipoles< FloatType >::energy_correction = 0.

cached k-space self-energy correction

Definition at line 57 of file dp3m.impl.hpp.

Referenced by DipolarP3MImpl< FloatType, Architecture >::calc_energy_correction(), and DipolarP3MImpl< FloatType, Architecture >::scaleby_box_l().

inter_weights

template<typename FloatType >

p3m_interpolation_cache p3m_data_struct_dipoles< FloatType >::inter_weights

Definition at line 61 of file dp3m.impl.hpp.

ks_scalar

template<typename FloatType >

std::vector<FloatType> p3m_data_struct_dipoles< FloatType >::ks_scalar

k-space scalar mesh for k-space calculations.

Definition at line 59 of file dp3m.impl.hpp.

pos_shift

template<typename FloatType >

double p3m_data_struct_dipoles< FloatType >::pos_shift = 0.

position shift for calculation of first assignment mesh point.

Definition at line 54 of file dp3m.impl.hpp.

sum_dip_part

template<typename FloatType >

int p3m_data_struct_dipoles< FloatType >::sum_dip_part = 0

number of dipolar particles (only on head node).

Definition at line 49 of file dp3m.impl.hpp.

Referenced by DipolarTuningAlgorithm< FloatType, Architecture >::calculate_accuracy(), DipolarTuningAlgorithm< FloatType, Architecture >::determine_mesh_limits(), DipolarTuningAlgorithm< FloatType, Architecture >::setup_logger(), and DipolarP3MImpl< FloatType, Architecture >::tune().

sum_mu2

template<typename FloatType >

double p3m_data_struct_dipoles< FloatType >::sum_mu2 = 0.

Sum of square of magnetic dipoles (only on head node).

Definition at line 51 of file dp3m.impl.hpp.

Referenced by DipolarP3MImpl< FloatType, Architecture >::calc_energy_correction(), DipolarTuningAlgorithm< FloatType, Architecture >::calculate_accuracy(), and DipolarTuningAlgorithm< FloatType, Architecture >::setup_logger().

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

• dp3m.impl.hpp