MappedField Class Reference

#include <MagneticField.h>

Inheritance diagram for MappedField:

Collaboration diagram for MappedField:

Public Member Functions
	MappedField ()
	~MappedField ()
	MappedField (gemc_opts, int, int, double Tlimits[2], double Llimits[2], string, double origin[3], string units[5], double scale_factor, string symmetry)
	MappedField (gemc_opts, int, int, double Tlimits[2], double Llimits[2], string, double origin[3], string units[5], double scale_factor, string symmetry, int dummy)
	MappedField (gemc_opts, int, int, int, double Tlimits[2], double Llimits[2], double Zlimits[2], string, double origin[3], string units[5], double scale_factor)
	MappedField (gemc_opts, int, int, int, double Tlimits[2], double Llimits[2], double Zlimits[2], string, double origin[3], string units[5], double scale_factor, bool ySymmetry)
void	GetFieldValue (const double x[3], double *Bfield) const

Data Fields
double	segm_phi_span
	azimuthal span of the map for phi-segmented fields More...
int	nsegments
	number of segments More...
string	Symmetry

Detailed Description

MappedField

This class defines gemc Mapped Magnetic Field.

Definition at line 29 of file MagneticField.h.

Constructor & Destructor Documentation

MappedField::MappedField

(

)

Definition at line 468 of file MagneticField.cc.

MappedField::~MappedField

(

)

Definition at line 469 of file MagneticField.cc.

MappedField::MappedField	(	gemc_opts	Opt,
		int	TNPOINTS,
		int	LNPOINTS,
		double	Tlimits[2],
		double	Llimits[2],
		string	filename,
		double	origin[3],
		string	units[5],
		double	scale_factor,
		string	symmetry
	)

Definition at line 474 of file MagneticField.cc.

MappedField::MappedField	(	gemc_opts	Opt,
		int	TNPOINTS,
		int	LNPOINTS,
		double	Tlimits[2],
		double	Llimits[2],
		string	filename,
		double	origin[3],
		string	units[5],
		double	scale_factor,
		string	symmetry,
		int	dummy
	)

Definition at line 591 of file MagneticField.cc.

MappedField::MappedField	(	gemc_opts	Opt,
		int	rNPOINTS,
		int	pNPOINTS,
		int	zNPOINTS,
		double	Tlimits[2],
		double	Llimits[2],
		double	Zlimits[2],
		string	filename,
		double	origin[3],
		string	units[5],
		double	scale_factor
	)

Definition at line 715 of file MagneticField.cc.

MappedField::MappedField	(	gemc_opts	Opt,
		int	yNPOINTS,
		int	xNPOINTS,
		int	zNPOINTS,
		double	Tlimits[2],
		double	Llimits[2],
		double	Zlimits[2],
		string	filename,
		double	origin[3],
		string	units[5],
		double	scale_factor,
		bool	ySymmetry
	)

Definition at line 881 of file MagneticField.cc.

Member Function Documentation

void MappedField::GetFieldValue	(	const double	x[3],
		double *	Bfield
	)		const

< coordinates of the track in the global coordinate system. Transverse (r), Phi, Longitudinal

< phi local to the first segment

< indexes of the vector map

< R

< Z

< coordinates of the track in the global coordinate system. Transverse (r), Phi, Longitudinal

< indexes of the vector map

Definition at line 1067 of file MagneticField.cc.

Field Documentation

int MappedField::nsegments

Definition at line 110 of file MagneticField.h.

double MappedField::segm_phi_span

Definition at line 109 of file MagneticField.h.

string MappedField::Symmetry

Definition at line 111 of file MagneticField.h.