#include <datareductionoperator.h>

Inheritance diagram for DRO::VariablePrecipitationDiffFlux:

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Collaboration diagram for DRO::VariablePrecipitationDiffFlux:

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Public Member Functions
	VariablePrecipitationDiffFlux (cuint popID)
	Precipitation directional differential number flux (within loss cone) Evaluation of the precipitating differential flux (per population). In a selected number (default: 16) of logarithmically spaced energy bins, the average of V*V/mass is calculated within the loss cone of fixed angular opening (default: 10 deg). The differential flux is converted in part. / cm^2 / s / sr / eV (unit used by observers). Parameters that can be set in cfg file under [{species}_precipitation]: nChannels, emin [eV], emax [eV], lossConeAngle [deg] The energy channels are saved in bulk files as PrecipitationCentreEnergy{channel_number}.
virtual	~VariablePrecipitationDiffFlux ()
virtual bool	getDataVectorInfo (std::string &dataType, unsigned int &dataSize, unsigned int &vectorSize) const
virtual std::string	getName () const
virtual bool	reduceData (const SpatialCell cell, char buffer)
virtual bool	setSpatialCell (const SpatialCell *cell)
virtual bool	writeParameters (vlsv::Writer &vlsvWriter)
Public Member Functions inherited from DRO::DataReductionOperatorHasParameters
	DataReductionOperatorHasParameters ()
Public Member Functions inherited from DRO::DataReductionOperator
	DataReductionOperator ()
virtual	~DataReductionOperator ()
virtual bool	getUnitMetadata (std::string &_unit, std::string &_unitLaTeX, std::string &_variableLaTeX, std::string &_unitConversion)
virtual bool	setUnitMetadata (std::string &_unit, std::string &_unitLaTeX, std::string &_variableLaTeX, std::string &_unitConversion)
virtual bool	reduceDiagnostic (const SpatialCell cell, Real result)

Protected Attributes
uint	popID
std::string	popName
int	nChannels
Real	emin
Real	emax
Real	lossConeAngle
std::vector< Real >	channels
std::vector< Real >	dataDiffFlux
Protected Attributes inherited from DRO::DataReductionOperator
std::string	unit
std::string	unitLaTeX
std::string	variableLaTeX
std::string	unitConversion

Detailed Description

Definition at line 577 of file datareductionoperator.h.

Constructor & Destructor Documentation

◆ VariablePrecipitationDiffFlux()

DRO::VariablePrecipitationDiffFlux::VariablePrecipitationDiffFlux ( cuint popID )

Precipitation directional differential number flux (within loss cone) Evaluation of the precipitating differential flux (per population). In a selected number (default: 16) of logarithmically spaced energy bins, the average of V*V/mass is calculated within the loss cone of fixed angular opening (default: 10 deg). The differential flux is converted in part. / cm^2 / s / sr / eV (unit used by observers). Parameters that can be set in cfg file under [{species}_precipitation]: nChannels, emin [eV], emax [eV], lossConeAngle [deg] The energy channels are saved in bulk files as PrecipitationCentreEnergy{channel_number}.

Definition at line 1381 of file datareductionoperator.cpp.

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