SourceModel Class Reference

#include <source.hh>

Classes
struct	Restriction

Public Member Functions
	SourceModel (const char *model_name)
void	setUpWeights (double t0, double t1, double minE=1e9, double maxE=1e12, int N=1e6)
void	addSource (Source *source)
double	getTimeWeight (double t, bool use_average_nonzero_flux=true) const
double	getPerSourceTimeWeight (double t, int i, bool use_average_nonzero_flux=true) const
const char *	getName () const
int	getDirectionAndEnergy (Vector *nudir, double t, double &nuE, double minE=1e9, double maxE=1e12)
int	getDirection (Vector &nudir, double t, double nuE=1e10)
TH1 *	estimateFlux (double tmin, double tmax, double Emin, double Emax, int nbins=100, int Ntrials=1e6)
const Source *	getSource (int i) const
unsigned	getNSources () const
virtual	~SourceModel ()
void	computeFluxTimeChanges (std::vector< double > *changes) const

Static Public Member Functions
static SourceModel *	getSourceModel (const char *key, Restriction r=Restriction())

Private Attributes
std::vector< Source * >	sources
double	weight_Emin
double	weight_Emax
double	average_flux
double	average_nonzero_flux
std::vector< double >	per_source_average_flux
std::vector< double >	per_source_average_nonzero_flux
const char *	name

Constructor & Destructor Documentation

SourceModel()

SourceModel::SourceModel

(

const char *

model_name

)

~SourceModel()

SourceModel::~SourceModel ( )

virtual

Member Function Documentation

addSource()

void SourceModel::addSource ( Source *  source )

inline

Add a source to our model. This class will then own the source (it will release its memory).

computeFluxTimeChanges()

void SourceModel::computeFluxTimeChanges

(

std::vector< double > *

changes

)

const

fills a vector with the times that sources turn on and off

estimateFlux()

TH1 * SourceModel::estimateFlux	(	double	tmin,
		double	tmax,
		double	Emin,
		double	Emax,
		int	nbins = 100,
		int	Ntrials = 1e6
	)

getDirection()

int SourceModel::getDirection ( Vector &  nudir, double  t, double  nuE = 1e10  )

inline

Returns the index of the source used !

getDirectionAndEnergy()

int SourceModel::getDirectionAndEnergy	(	Vector *	nudir,
		double	t,
		double &	nuE,
		double	minE = 1e9,
		double	maxE = 1e12
	)

Returns the index of the source used !

getName()

const char* SourceModel::getName ( ) const

inline

getNSources()

unsigned SourceModel::getNSources ( ) const

inline

getPerSourceTimeWeight()

double SourceModel::getPerSourceTimeWeight	(	double	t,
		int	i,
		bool	use_average_nonzero_flux = true
	)		const

getSource()

const Source* SourceModel::getSource ( int  i ) const

inline

getSourceModel()

SourceModel * SourceModel::getSourceModel ( const char *  key, SourceModel::Restriction  r = Restriction()  )

static

Afterglow

getTimeWeight()

double SourceModel::getTimeWeight	(	double	t,
		bool	use_average_nonzero_flux = true
	)		const

setUpWeights()

void SourceModel::setUpWeights	(	double	t0,
		double	t1,
		double	minE = 1e9,
		double	maxE = 1e12,
		int	N = 1e6
	)

this must be called before asking for a time weight

Member Data Documentation

average_flux

double SourceModel::average_flux

private

average_nonzero_flux

double SourceModel::average_nonzero_flux

private

name

const char* SourceModel::name

private

per_source_average_flux

std::vector<double> SourceModel::per_source_average_flux

private

per_source_average_nonzero_flux

std::vector<double> SourceModel::per_source_average_nonzero_flux

private

sources

std::vector<Source*> SourceModel::sources

private

weight_Emax

double SourceModel::weight_Emax

private

weight_Emin

double SourceModel::weight_Emin

private

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

• source.hh
• source.cc