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GRBConstants Class Reference

Class instantiated to access general parameters and constants. More...

#include <GRBConstants.h>

List of all members.

Public Methods
	GRBConstants ()
	~GRBConstants ()
int	ReadParam ()
	Parameters are read from a file using facilities::Util::expandEnvVar method.
void	Print ()
	Printout Utility.
void	Save (bool flag=false)
	Save the parameters in a file. It could be usefull to mantain trace of the models runned.
void	setEngineType (int value)
int	EngineType ()
	Retrn The engine type.
int	Nshock ()
void	setNshock (int value=10)
double	Duration ()
void	setDuration (double value=0.4)
double	RiseTime ()
void	setRiseTime (double value=0.4)
double	DecayTime ()
void	setDecayTime (double value=0.4)
double	PeakEnergy ()
void	setPeakEnergy (double value=0.4)
void	setShellType (int value)
int	ShellType ()
	Returns the shell`s type.
double	ShellRadius ()
void	setShellRadius (double value)
double	JetRadius ()
void	setJetRadius (double value)
double	JetAngle ()
void	setJetAngle (double value)
double	Thickness ()
void	setThickness (double value)
double	Etot ()
void	setEtot (double value)
double	GammaMin ()
void	setGammaMin (double value=100.0)
double	GammaMax ()
void	setGammaMax (double value=1000.0)
double	Redshift ()
void	setRedshift (double value=1.0)
void	setEnergyPh (double value=25.0e+3)
double	EnergyPh ()
double	Distance ()
std::string	GetParamFile ()
Static Public Methods
void	InitializeRandom (long seed=0)
	Initialize the Random Number Generator. Every run is differrent.
HepRandomEngine *	GetTheRandomEngine (long seed=0)

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Detailed Description

Class instantiated to access general parameters and constants.

The namespace cst contains all the constant needed to the simulation. All the constant relative to physical model are included in the GRBParam.txt

Author:

Nicola Omodei nicola.omodei@pi.infn.it , Johann Cohen-Tanugi johann.cohen@pi.infn.it

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Member Function Documentation

void GRBConstants::setEnergyPh (  double    value = 25.0e+3 )  [inline]

Set the minimum energy of the extracted photons All the photons drawn from the spectrum will be energy greater then m_enph

void GRBConstants::setEngineType (  int    value )  [inline]

Defines the engine`s type The type of engine defines the way GRBengine creates the shocks vector Parameters: value  define the type: type 0: Observed parameters type 1: Reads the Physical parameters and create a shock with the defined parameters type 2: Reads the physical parameters and generates shocks starting from the collision of two shells of the specified parameters. See also: GRBengine, GRBShock

void GRBConstants::setShellType (  int    value )  [inline]

Sets the type of shell GRBShell can have different geometries. This function set the appropriate geometry Type 0: Isotropic emission Type 1: Jet emission

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

• GRBConstants.h

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