#include <DistributionMoments.h>

Collaboration diagram for DistributionMoments:

Public Member Functions
	DistributionMoments ()
void	foo ()
void	compute (const std::vector< OpalParticle >::const_iterator &, const std::vector< OpalParticle >::const_iterator &)
void	computeMoments (ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &Rview, ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &Pview, ippl::ParticleAttrib< double >::view_type &Mview, size_t Np, size_t Nlocal)
void	computeMinMaxPosition (ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &Rview, size_t Nlcoal)
void	computeMeanKineticEnergy ()
void	computeDebyeLength (ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &Rview, ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &Pview, size_t Np, size_t Nlocal, double density)
void	computePlasmaParameter (double)
Vector_t< double, 3 >	getMeanPosition () const
Vector_t< double, 3 >	getStandardDeviationPosition () const
Vector_t< double, 3 >	getMeanMomentum () const
Vector_t< double, 3 >	getStandardDeviationMomentum () const
Vector_t< double, 3 >	getNormalizedEmittance () const
Vector_t< double, 3 >	getGeometricEmittance () const
Vector_t< double, 3 >	getStandardDeviationRP () const
Vector_t< double, 3 >	getHalo () const
Vector_t< double, 3 >	getMinPosition () const
Vector_t< double, 3 >	getMaxPosition () const
Vector_t< double, 3 >	getMaxR () const
Vector_t< double, 3 >	get68Percentile () const
Vector_t< double, 3 >	get95Percentile () const
Vector_t< double, 3 >	get99Percentile () const
Vector_t< double, 3 >	get99_99Percentile () const
Vector_t< double, 3 >	getNormalizedEmittance68Percentile () const
Vector_t< double, 3 >	getNormalizedEmittance95Percentile () const
Vector_t< double, 3 >	getNormalizedEmittance99Percentile () const
Vector_t< double, 3 >	getNormalizedEmittance99_99Percentile () const
double	getMeanTime () const
double	getStdTime () const
double	getMeanGamma () const
double	getMeanGammaZ () const
double	getMeanKineticEnergy () const
double	getTemperature () const
double	getDebyeLength () const
double	getPlasmaParameter () const
double	getStdKineticEnergy () const
double	getDx () const
double	getDDx () const
double	getDy () const
double	getDDy () const
Vector_t< double, 6 >	getMeans () const
Vector_t< double, 6 >	getCentroid () const
matrix_t	getMoments6x6 () const
double	getTotalCharge () const
double	getTotalMass () const
double	getTotalNumParticles () const
void	computeMeans (ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &Rview, ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &Pview, ippl::ParticleAttrib< double >::view_type &Mview, size_t Np, size_t Nlocal)

Private Types
using	iterator_t = std::vector<Vector_t<double, 2>>::const_iterator

Private Member Functions
bool	isParticleExcluded (const OpalParticle &) const
template<class InputIt>
void	computePercentiles (const InputIt &, const InputIt &)
std::pair< double, iterator_t >	determinePercentilesDetail (const iterator_t &begin, const iterator_t &end, const std::vector< int > &globalAccumulatedHistogram, const std::vector< int > &localAccumulatedHistogram, unsigned int dimension, int numRequiredParticles) const
double	computeNormalizedEmittance (const iterator_t &begin, const iterator_t &end) const
void	fillMembers (std::vector< double > &)
void	reset ()
void	resetPlasmaParameters ()

Private Attributes
Vector_t< double, 3 >	meanR_m
Vector_t< double, 3 >	meanP_m
Vector_t< double, 3 >	stdR_m
Vector_t< double, 3 >	stdP_m
Vector_t< double, 3 >	stdRP_m
Vector_t< double, 3 >	normalizedEps_m
Vector_t< double, 3 >	geometricEps_m
Vector_t< double, 3 >	halo_m
Vector_t< double, 3 >	maxR_m
Vector_t< double, 3 >	minR_m
Vector_t< double, 3 >	sixtyEightPercentile_m
Vector_t< double, 3 >	normalizedEps68Percentile_m
Vector_t< double, 3 >	ninetyFivePercentile_m
Vector_t< double, 3 >	normalizedEps95Percentile_m
Vector_t< double, 3 >	ninetyNinePercentile_m
Vector_t< double, 3 >	normalizedEps99Percentile_m
Vector_t< double, 3 >	ninetyNine_NinetyNinePercentile_m
Vector_t< double, 3 >	normalizedEps99_99Percentile_m
double	meanTime_m
double	stdTime_m
double	meanKineticEnergy_m
double	temperature_m
double	debyeLength_m
double	plasmaParameter_m
double	stdKineticEnergy_m
double	meanGamma_m
double	meanGammaZ_m
Vector_t< double, 6 >	centroid_m
Vector_t< double, 6 >	means_m
matrix_t	moments_m
matrix_t	notCentMoments_m
double	totalCharge_m
double	totalMass_m
unsigned int	totalNumParticles_m

Static Private Attributes
static const double	percentileOneSigmaNormalDist_m = std::erf(1 / sqrt(2))
static const double	percentileTwoSigmasNormalDist_m = std::erf(2 / sqrt(2))
static const double	percentileThreeSigmasNormalDist_m = std::erf(3 / sqrt(2))
static const double	percentileFourSigmasNormalDist_m = std::erf(4 / sqrt(2))

Detailed Description

Definition at line 38 of file DistributionMoments.h.

Member Typedef Documentation

◆ iterator_t

using DistributionMoments::iterator_t = std::vector<Vector_t<double, 2>>::const_iterator

private

Definition at line 114 of file DistributionMoments.h.

Constructor & Destructor Documentation

◆ DistributionMoments()

DistributionMoments::DistributionMoments ( )

Definition at line 39 of file DistributionMoments.cpp.

References moments_m, notCentMoments_m, reset(), and resetPlasmaParameters().

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Member Function Documentation

◆ compute()

void DistributionMoments::compute	(	const std::vector< OpalParticle >::const_iterator &	first,
		const std::vector< OpalParticle >::const_iterator &	last )

Definition at line 343 of file DistributionMoments.cpp.

Referenced by LossDataSink::saveH5().

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◆ computeDebyeLength()

void DistributionMoments::computeDebyeLength	(	ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &	Rview,
		ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &	Pview,
		size_t	Np,
		size_t	Nlocal,
		double	density )

Todo: check with opal

Definition at line 744 of file DistributionMoments.cpp.

References Physics::c, computePlasmaParameter(), debyeLength_m, Dim, Physics::epsilon_0, Units::eV2kg, Units::GeV2eV, Physics::m_e, Physics::q_e, resetPlasmaParameters(), and temperature_m.

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◆ computeMeanKineticEnergy()

void DistributionMoments::computeMeanKineticEnergy ( )

Definition at line 731 of file DistributionMoments.cpp.

◆ computeMeans()

void DistributionMoments::computeMeans	(	ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &	Rview,
		ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &	Pview,
		ippl::ParticleAttrib< double >::view_type &	Mview,
		size_t	Np,
		size_t	Nlocal )

Definition at line 47 of file DistributionMoments.cpp.

References centroid_m, Dim, meanGamma_m, meanGammaZ_m, meanKineticEnergy_m, meanP_m, meanR_m, and means_m.

Referenced by computeMoments().

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◆ computeMinMaxPosition()

void DistributionMoments::computeMinMaxPosition	(	ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &	Rview,
		size_t	Nlcoal )

Definition at line 298 of file DistributionMoments.cpp.

References Dim, maxR_m, and minR_m.

◆ computeMoments()

void DistributionMoments::computeMoments	(	ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &	Rview,
		ippl::ParticleAttrib< Vector_t< double, 3 > >::view_type &	Pview,
		ippl::ParticleAttrib< double >::view_type &	Mview,
		size_t	Np,
		size_t	Nlocal )

Definition at line 136 of file DistributionMoments.cpp.

References centroid_m, computeMeans(), Dim, geometricEps_m, halo_m, Options::haloShift, meanGamma_m, meanKineticEnergy_m, meanP_m, meanR_m, moments_m, normalizedEps_m, notCentMoments_m, reset(), stdKineticEnergy_m, stdP_m, stdR_m, and stdRP_m.

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◆ computeNormalizedEmittance()

double DistributionMoments::computeNormalizedEmittance	(	const iterator_t &	begin,
		const iterator_t &	end ) const

private

Definition at line 646 of file DistributionMoments.cpp.

References begin(), and end().

Referenced by computePercentiles().

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◆ computePercentiles()

template<class InputIt>

void DistributionMoments::computePercentiles	(	const InputIt &	first,
		const InputIt &	last )

private

Definition at line 461 of file DistributionMoments.cpp.

References computeNormalizedEmittance(), Options::computePercentiles, determinePercentilesDetail(), maxR_m, meanR_m, minR_m, ninetyFivePercentile_m, ninetyNine_NinetyNinePercentile_m, ninetyNinePercentile_m, normalizedEps68Percentile_m, normalizedEps95Percentile_m, normalizedEps99_99Percentile_m, normalizedEps99Percentile_m, percentileFourSigmasNormalDist_m, percentileOneSigmaNormalDist_m, percentileThreeSigmasNormalDist_m, percentileTwoSigmasNormalDist_m, sixtyEightPercentile_m, and totalNumParticles_m.

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◆ computePlasmaParameter()

void DistributionMoments::computePlasmaParameter ( double density )

Definition at line 830 of file DistributionMoments.cpp.

References debyeLength_m, Physics::pi, and plasmaParameter_m.

Referenced by computeDebyeLength().

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◆ determinePercentilesDetail()

std::pair< double, DistributionMoments::iterator_t > DistributionMoments::determinePercentilesDetail	(	const iterator_t &	begin,
		const iterator_t &	end,
		const std::vector< int > &	globalAccumulatedHistogram,
		const std::vector< int > &	localAccumulatedHistogram,
		unsigned int	dimension,
		int	numRequiredParticles ) const

private

Computes the percentile and the range of all local particles that are contained therein. In a first step the container globalAccumulatedHistogram is looped through until accumulated histogram value exceeds the required number of particles. The percentile then is between the boundaries of the last histogram bin before the loop stopped. Then all particle coordinates that are between the boundaries of this bin are communicated acros all nodes and sorted. The exact percentile is then determined by counting the n smallest coordinates such that the total number of partiles results is equal to 'numRequiredParticles'. In accordance with matlab (?) the percentile is the midpoint between the last particle within the percentile and tje first particle outside. Finally each node determines which of its particles are contained in the percentile.

To determine the histogram, the coordinates should not be used directly. Instead, the absolute value of the difference between a coordinate and the mean, |x - <x>|, should be used so that the percentile values are similar to the standard deviation.

Parameters

begin	begin of a container containing the one dimensional phase space of all local particles.
end	end of the container.
globalAccumulatedHistogram	container with partial sum of histogram values of position coordinates summed up across all nodes. The first value should be 0.
localAccumulatedHistogram	container with partial sum of histogram values of position coordinates of all local particles. The first value should be 0.
dimension	dimension of the one dimensional phase space.
numRequiredParticles	number of particles that are contained in the requested percentile. Is determined by the total number of particles and the percentile.

Returns: : pair of percentile and iterator pointing to the element after the range contained in the percentile.

Definition at line 590 of file DistributionMoments.cpp.

References begin(), end(), and meanR_m.

Referenced by computePercentiles().

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◆ fillMembers()

void DistributionMoments::fillMembers ( std::vector< double > & localMoments )

private

Definition at line 683 of file DistributionMoments.cpp.

◆ foo()

void DistributionMoments::foo ( )

◆ get68Percentile()

Vector_t< double, 3 > DistributionMoments::get68Percentile ( ) const

inline

Definition at line 287 of file DistributionMoments.h.

References sixtyEightPercentile_m.

Referenced by LossDataSink::saveH5().

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◆ get95Percentile()

Vector_t< double, 3 > DistributionMoments::get95Percentile ( ) const

inline

Definition at line 295 of file DistributionMoments.h.

References ninetyFivePercentile_m.

Referenced by LossDataSink::saveH5().

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◆ get99_99Percentile()

Vector_t< double, 3 > DistributionMoments::get99_99Percentile ( ) const

inline

Definition at line 311 of file DistributionMoments.h.

References ninetyNine_NinetyNinePercentile_m.

Referenced by LossDataSink::saveH5().

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◆ get99Percentile()

Vector_t< double, 3 > DistributionMoments::get99Percentile ( ) const

inline

Definition at line 303 of file DistributionMoments.h.

References ninetyNinePercentile_m.

Referenced by LossDataSink::saveH5().

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◆ getCentroid()

Vector_t< double, 6 > DistributionMoments::getCentroid ( ) const

inline

Definition at line 263 of file DistributionMoments.h.

References centroid_m.

◆ getDDx()

double DistributionMoments::getDDx ( ) const

inline

Definition at line 251 of file DistributionMoments.h.

References moments_m.

◆ getDDy()

double DistributionMoments::getDDy ( ) const

inline

Definition at line 259 of file DistributionMoments.h.

References moments_m.

◆ getDebyeLength()

double DistributionMoments::getDebyeLength ( ) const

inline

Definition at line 236 of file DistributionMoments.h.

References debyeLength_m.

◆ getDx()

double DistributionMoments::getDx ( ) const

inline

Definition at line 247 of file DistributionMoments.h.

References moments_m.

◆ getDy()

double DistributionMoments::getDy ( ) const

inline

Definition at line 255 of file DistributionMoments.h.

References moments_m.

◆ getGeometricEmittance()

Vector_t< double, 3 > DistributionMoments::getGeometricEmittance ( ) const

inline

Definition at line 192 of file DistributionMoments.h.

References geometricEps_m.

Referenced by LossDataSink::saveH5().

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◆ getHalo()

Vector_t< double, 3 > DistributionMoments::getHalo ( ) const

inline

Definition at line 200 of file DistributionMoments.h.

References halo_m.

◆ getMaxPosition()

Vector_t< double, 3 > DistributionMoments::getMaxPosition ( ) const

inline

Definition at line 208 of file DistributionMoments.h.

References maxR_m.

◆ getMaxR()

Vector_t< double, 3 > DistributionMoments::getMaxR ( ) const

inline

Definition at line 319 of file DistributionMoments.h.

References maxR_m, and minR_m.

Referenced by LossDataSink::saveH5().

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◆ getMeanGamma()

double DistributionMoments::getMeanGamma ( ) const

inline

Definition at line 220 of file DistributionMoments.h.

References meanGamma_m.

◆ getMeanGammaZ()

double DistributionMoments::getMeanGammaZ ( ) const

inline

Definition at line 224 of file DistributionMoments.h.

References meanGammaZ_m.

◆ getMeanKineticEnergy()

double DistributionMoments::getMeanKineticEnergy ( ) const

inline

Definition at line 228 of file DistributionMoments.h.

References meanKineticEnergy_m.

Referenced by LossDataSink::saveH5().

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◆ getMeanMomentum()

Vector_t< double, 3 > DistributionMoments::getMeanMomentum ( ) const

inline

Definition at line 180 of file DistributionMoments.h.

References meanP_m.

Referenced by LossDataSink::saveH5().

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◆ getMeanPosition()

Vector_t< double, 3 > DistributionMoments::getMeanPosition ( ) const

inline

Definition at line 172 of file DistributionMoments.h.

References meanR_m.

Referenced by LossDataSink::saveH5().

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◆ getMeans()

Vector_t< double, 6 > DistributionMoments::getMeans ( ) const

inline

Definition at line 267 of file DistributionMoments.h.

References means_m.

◆ getMeanTime()

double DistributionMoments::getMeanTime ( ) const

inline

Definition at line 212 of file DistributionMoments.h.

References meanTime_m.

Referenced by LossDataSink::saveH5().

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◆ getMinPosition()

Vector_t< double, 3 > DistributionMoments::getMinPosition ( ) const

inline

Definition at line 204 of file DistributionMoments.h.

References minR_m.

◆ getMoments6x6()

matrix_t DistributionMoments::getMoments6x6 ( ) const

inline

Definition at line 271 of file DistributionMoments.h.

References moments_m.

◆ getNormalizedEmittance()

Vector_t< double, 3 > DistributionMoments::getNormalizedEmittance ( ) const

inline

Definition at line 188 of file DistributionMoments.h.

References normalizedEps_m.

Referenced by LossDataSink::saveH5().

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◆ getNormalizedEmittance68Percentile()

Vector_t< double, 3 > DistributionMoments::getNormalizedEmittance68Percentile ( ) const

inline

Definition at line 291 of file DistributionMoments.h.

References normalizedEps68Percentile_m.

Referenced by LossDataSink::saveH5().

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◆ getNormalizedEmittance95Percentile()

Vector_t< double, 3 > DistributionMoments::getNormalizedEmittance95Percentile ( ) const

inline

Definition at line 299 of file DistributionMoments.h.

References normalizedEps95Percentile_m.

Referenced by LossDataSink::saveH5().

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◆ getNormalizedEmittance99_99Percentile()

Vector_t< double, 3 > DistributionMoments::getNormalizedEmittance99_99Percentile ( ) const

inline

Definition at line 315 of file DistributionMoments.h.

References normalizedEps99_99Percentile_m.

Referenced by LossDataSink::saveH5().

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◆ getNormalizedEmittance99Percentile()

Vector_t< double, 3 > DistributionMoments::getNormalizedEmittance99Percentile ( ) const

inline

Definition at line 307 of file DistributionMoments.h.

References normalizedEps99Percentile_m.

Referenced by LossDataSink::saveH5().

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◆ getPlasmaParameter()

double DistributionMoments::getPlasmaParameter ( ) const

inline

Definition at line 239 of file DistributionMoments.h.

References plasmaParameter_m.

◆ getStandardDeviationMomentum()

Vector_t< double, 3 > DistributionMoments::getStandardDeviationMomentum ( ) const

inline

Definition at line 184 of file DistributionMoments.h.

References stdP_m.

Referenced by LossDataSink::saveH5().

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◆ getStandardDeviationPosition()

Vector_t< double, 3 > DistributionMoments::getStandardDeviationPosition ( ) const

inline

Definition at line 176 of file DistributionMoments.h.

References stdR_m.

Referenced by LossDataSink::saveH5().

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◆ getStandardDeviationRP()

Vector_t< double, 3 > DistributionMoments::getStandardDeviationRP ( ) const

inline

Definition at line 196 of file DistributionMoments.h.

References stdRP_m.

◆ getStdKineticEnergy()

double DistributionMoments::getStdKineticEnergy ( ) const

inline

Definition at line 243 of file DistributionMoments.h.

References stdKineticEnergy_m.

Referenced by LossDataSink::saveH5().

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◆ getStdTime()

double DistributionMoments::getStdTime ( ) const

inline

Definition at line 216 of file DistributionMoments.h.

References stdTime_m.

Referenced by LossDataSink::saveH5().

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◆ getTemperature()

double DistributionMoments::getTemperature ( ) const

inline

Definition at line 233 of file DistributionMoments.h.

References Physics::c, Units::eV2kg, Physics::kB, and temperature_m.

◆ getTotalCharge()

double DistributionMoments::getTotalCharge ( ) const

inline

Definition at line 275 of file DistributionMoments.h.

References totalCharge_m.

Referenced by LossDataSink::saveH5().

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◆ getTotalMass()

double DistributionMoments::getTotalMass ( ) const

inline

Definition at line 279 of file DistributionMoments.h.

References totalMass_m.

Referenced by LossDataSink::saveH5().

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◆ getTotalNumParticles()

double DistributionMoments::getTotalNumParticles ( ) const

inline

Definition at line 283 of file DistributionMoments.h.

References totalNumParticles_m.

◆ isParticleExcluded()

bool DistributionMoments::isParticleExcluded ( const OpalParticle & particle ) const

private

Todo: this needs to go

Definition at line 870 of file DistributionMoments.cpp.

◆ reset()

void DistributionMoments::reset ( )

private

Definition at line 835 of file DistributionMoments.cpp.

References centroid_m, geometricEps_m, halo_m, meanKineticEnergy_m, meanP_m, meanR_m, ninetyFivePercentile_m, ninetyNine_NinetyNinePercentile_m, ninetyNinePercentile_m, normalizedEps68Percentile_m, normalizedEps95Percentile_m, normalizedEps99_99Percentile_m, normalizedEps99Percentile_m, normalizedEps_m, sixtyEightPercentile_m, stdKineticEnergy_m, stdP_m, stdR_m, stdRP_m, totalCharge_m, totalMass_m, and totalNumParticles_m.

Referenced by computeMoments(), and DistributionMoments().

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◆ resetPlasmaParameters()

void DistributionMoments::resetPlasmaParameters ( )

private

Definition at line 863 of file DistributionMoments.cpp.

References debyeLength_m, plasmaParameter_m, and temperature_m.

Referenced by computeDebyeLength(), and DistributionMoments().

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Member Data Documentation

◆ centroid_m

Vector_t<double, 6> DistributionMoments::centroid_m

private

Definition at line 157 of file DistributionMoments.h.

Referenced by computeMeans(), computeMoments(), getCentroid(), and reset().

◆ debyeLength_m

double DistributionMoments::debyeLength_m

private

Definition at line 151 of file DistributionMoments.h.

Referenced by computeDebyeLength(), computePlasmaParameter(), getDebyeLength(), and resetPlasmaParameters().

◆ geometricEps_m

Vector_t<double, 3> DistributionMoments::geometricEps_m

private

Definition at line 134 of file DistributionMoments.h.

Referenced by computeMoments(), getGeometricEmittance(), and reset().

◆ halo_m

Vector_t<double, 3> DistributionMoments::halo_m

private

Definition at line 135 of file DistributionMoments.h.

Referenced by computeMoments(), getHalo(), and reset().

◆ maxR_m

Vector_t<double, 3> DistributionMoments::maxR_m

private

Definition at line 136 of file DistributionMoments.h.

Referenced by computeMinMaxPosition(), computePercentiles(), getMaxPosition(), and getMaxR().

◆ meanGamma_m

double DistributionMoments::meanGamma_m

private

Definition at line 154 of file DistributionMoments.h.

Referenced by computeMeans(), computeMoments(), and getMeanGamma().

◆ meanGammaZ_m

double DistributionMoments::meanGammaZ_m

private

Definition at line 155 of file DistributionMoments.h.

Referenced by computeMeans(), and getMeanGammaZ().

◆ meanKineticEnergy_m

double DistributionMoments::meanKineticEnergy_m

private

Definition at line 149 of file DistributionMoments.h.

Referenced by computeMeans(), computeMoments(), getMeanKineticEnergy(), and reset().

◆ meanP_m

Vector_t<double, 3> DistributionMoments::meanP_m

private

Definition at line 129 of file DistributionMoments.h.

Referenced by computeMeans(), computeMoments(), getMeanMomentum(), and reset().

◆ meanR_m

Vector_t<double, 3> DistributionMoments::meanR_m

private

Definition at line 128 of file DistributionMoments.h.

Referenced by computeMeans(), computeMoments(), computePercentiles(), determinePercentilesDetail(), getMeanPosition(), and reset().

◆ means_m

Vector_t<double, 6> DistributionMoments::means_m

private

Definition at line 158 of file DistributionMoments.h.

Referenced by computeMeans(), and getMeans().

◆ meanTime_m

double DistributionMoments::meanTime_m

private

Definition at line 147 of file DistributionMoments.h.

Referenced by getMeanTime().

◆ minR_m

Vector_t<double, 3> DistributionMoments::minR_m

private

Definition at line 137 of file DistributionMoments.h.

Referenced by computeMinMaxPosition(), computePercentiles(), getMaxR(), and getMinPosition().

◆ moments_m

matrix_t DistributionMoments::moments_m

private

Definition at line 159 of file DistributionMoments.h.

Referenced by computeMoments(), DistributionMoments(), getDDx(), getDDy(), getDx(), getDy(), and getMoments6x6().

◆ ninetyFivePercentile_m

Vector_t<double, 3> DistributionMoments::ninetyFivePercentile_m

private

Definition at line 140 of file DistributionMoments.h.

Referenced by computePercentiles(), get95Percentile(), and reset().

◆ ninetyNine_NinetyNinePercentile_m

Vector_t<double, 3> DistributionMoments::ninetyNine_NinetyNinePercentile_m

private

Definition at line 144 of file DistributionMoments.h.

Referenced by computePercentiles(), get99_99Percentile(), and reset().

◆ ninetyNinePercentile_m

Vector_t<double, 3> DistributionMoments::ninetyNinePercentile_m

private

Definition at line 142 of file DistributionMoments.h.

Referenced by computePercentiles(), get99Percentile(), and reset().

◆ normalizedEps68Percentile_m

Vector_t<double, 3> DistributionMoments::normalizedEps68Percentile_m

private

Definition at line 139 of file DistributionMoments.h.

Referenced by computePercentiles(), getNormalizedEmittance68Percentile(), and reset().

◆ normalizedEps95Percentile_m

Vector_t<double, 3> DistributionMoments::normalizedEps95Percentile_m

private

Definition at line 141 of file DistributionMoments.h.

Referenced by computePercentiles(), getNormalizedEmittance95Percentile(), and reset().

◆ normalizedEps99_99Percentile_m

Vector_t<double, 3> DistributionMoments::normalizedEps99_99Percentile_m

private

Definition at line 145 of file DistributionMoments.h.

Referenced by computePercentiles(), getNormalizedEmittance99_99Percentile(), and reset().

◆ normalizedEps99Percentile_m

Vector_t<double, 3> DistributionMoments::normalizedEps99Percentile_m

private

Definition at line 143 of file DistributionMoments.h.

Referenced by computePercentiles(), getNormalizedEmittance99Percentile(), and reset().

◆ normalizedEps_m

Vector_t<double, 3> DistributionMoments::normalizedEps_m

private

Definition at line 133 of file DistributionMoments.h.

Referenced by computeMoments(), getNormalizedEmittance(), and reset().

◆ notCentMoments_m

matrix_t DistributionMoments::notCentMoments_m

private

Definition at line 160 of file DistributionMoments.h.

Referenced by computeMoments(), and DistributionMoments().

◆ percentileFourSigmasNormalDist_m

const double DistributionMoments::percentileFourSigmasNormalDist_m = std::erf(4 / sqrt(2))

staticprivate

Definition at line 169 of file DistributionMoments.h.

Referenced by computePercentiles().

◆ percentileOneSigmaNormalDist_m

const double DistributionMoments::percentileOneSigmaNormalDist_m = std::erf(1 / sqrt(2))

staticprivate

Definition at line 166 of file DistributionMoments.h.

Referenced by computePercentiles().

◆ percentileThreeSigmasNormalDist_m

const double DistributionMoments::percentileThreeSigmasNormalDist_m = std::erf(3 / sqrt(2))

staticprivate

Definition at line 168 of file DistributionMoments.h.

Referenced by computePercentiles().

◆ percentileTwoSigmasNormalDist_m

const double DistributionMoments::percentileTwoSigmasNormalDist_m = std::erf(2 / sqrt(2))

staticprivate

Definition at line 167 of file DistributionMoments.h.

Referenced by computePercentiles().

◆ plasmaParameter_m

double DistributionMoments::plasmaParameter_m

private

Definition at line 152 of file DistributionMoments.h.

Referenced by computePlasmaParameter(), getPlasmaParameter(), and resetPlasmaParameters().

◆ sixtyEightPercentile_m

Vector_t<double, 3> DistributionMoments::sixtyEightPercentile_m

private

Definition at line 138 of file DistributionMoments.h.

Referenced by computePercentiles(), get68Percentile(), and reset().

◆ stdKineticEnergy_m

double DistributionMoments::stdKineticEnergy_m

private

Definition at line 153 of file DistributionMoments.h.

Referenced by computeMoments(), getStdKineticEnergy(), and reset().

◆ stdP_m

Vector_t<double, 3> DistributionMoments::stdP_m

private

Definition at line 131 of file DistributionMoments.h.

Referenced by computeMoments(), getStandardDeviationMomentum(), and reset().

◆ stdR_m

Vector_t<double, 3> DistributionMoments::stdR_m

private

Definition at line 130 of file DistributionMoments.h.

Referenced by computeMoments(), getStandardDeviationPosition(), and reset().

◆ stdRP_m

Vector_t<double, 3> DistributionMoments::stdRP_m

private

Definition at line 132 of file DistributionMoments.h.

Referenced by computeMoments(), getStandardDeviationRP(), and reset().

◆ stdTime_m

double DistributionMoments::stdTime_m

private

Definition at line 148 of file DistributionMoments.h.

Referenced by getStdTime().

◆ temperature_m

double DistributionMoments::temperature_m

private

Definition at line 150 of file DistributionMoments.h.

Referenced by computeDebyeLength(), getTemperature(), and resetPlasmaParameters().

◆ totalCharge_m

double DistributionMoments::totalCharge_m

private

Definition at line 162 of file DistributionMoments.h.

Referenced by getTotalCharge(), and reset().

◆ totalMass_m

double DistributionMoments::totalMass_m

private

Definition at line 163 of file DistributionMoments.h.

Referenced by getTotalMass(), and reset().

◆ totalNumParticles_m

unsigned int DistributionMoments::totalNumParticles_m

private

Definition at line 164 of file DistributionMoments.h.

Referenced by computePercentiles(), getTotalNumParticles(), and reset().

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

Public Member Functions

Private Types

Private Member Functions

Private Attributes

Static Private Attributes

Detailed Description

Member Typedef Documentation

◆ iterator_t

Constructor & Destructor Documentation

◆ DistributionMoments()

Member Function Documentation

◆ compute()

◆ computeDebyeLength()

◆ computeMeanKineticEnergy()

◆ computeMeans()

◆ computeMinMaxPosition()

◆ computeMoments()

◆ computeNormalizedEmittance()

◆ computePercentiles()

◆ computePlasmaParameter()

◆ determinePercentilesDetail()

◆ fillMembers()

◆ foo()

◆ get68Percentile()

◆ get95Percentile()

◆ get99_99Percentile()

◆ get99Percentile()

◆ getCentroid()

◆ getDDx()

◆ getDDy()

◆ getDebyeLength()

◆ getDx()

◆ getDy()

◆ getGeometricEmittance()

◆ getHalo()

◆ getMaxPosition()

◆ getMaxR()

◆ getMeanGamma()

◆ getMeanGammaZ()

◆ getMeanKineticEnergy()

◆ getMeanMomentum()

◆ getMeanPosition()

◆ getMeans()

◆ getMeanTime()

◆ getMinPosition()

◆ getMoments6x6()

◆ getNormalizedEmittance()

◆ getNormalizedEmittance68Percentile()

◆ getNormalizedEmittance95Percentile()

◆ getNormalizedEmittance99_99Percentile()

◆ getNormalizedEmittance99Percentile()

◆ getPlasmaParameter()

◆ getStandardDeviationMomentum()

◆ getStandardDeviationPosition()

◆ getStandardDeviationRP()

◆ getStdKineticEnergy()

◆ getStdTime()

◆ getTemperature()

◆ getTotalCharge()

◆ getTotalMass()

◆ getTotalNumParticles()

◆ isParticleExcluded()

◆ reset()

◆ resetPlasmaParameters()

Member Data Documentation

◆ centroid_m

◆ debyeLength_m

◆ geometricEps_m

◆ halo_m

◆ maxR_m

◆ meanGamma_m

◆ meanGammaZ_m

◆ meanKineticEnergy_m

◆ meanP_m

◆ meanR_m

◆ means_m

◆ meanTime_m

◆ minR_m

◆ moments_m

◆ ninetyFivePercentile_m