#include <StiDetector.h>

Inheritance diagram for StiDetector:

Public Member Functions
void	reset ()

void	unset ()

int	splitIt (StiDetVect &vect, double thick=0.2, int nMax=20)

bool	isOn () const

bool	isActive (double dYlocal, double dZlocal) const

bool	isActive () const

bool	isDiscreteScatterer () const

int	insideL (const double xl[3], int mode=1, double fakt=1) const

int	insideG (const double xl[3], int mode=1, double fakt=1) const

StiMaterial *	getGas () const

StiMaterial *	getMaterial () const

double	getCos () const

double	getSin () const

StiShape *	getShape () const

StiPlacement *	getPlacement () const

StiIsActiveFunctor *	getIsActiveFunctor ()

void	setIsOn (bool)

void	setIsActive (StiIsActiveFunctor *val)

void	setIsContinuousMedium (bool)

void	setIsDiscreteScatterer (bool)

void	setGas (StiMaterial *val)

void	setMaterial (StiMaterial *val)

void	setShape (StiShape *val)

void	setPlacement (StiPlacement *val)

void	setProperties (std::string name, StiIsActiveFunctor activeFunctor, StiShape shape, StiPlacement placement, StiMaterial gas, StiMaterial *material)

virtual void	build ()

virtual void	copy (StiDetector &detector)

void	setTreeNode (StiCompositeTreeNode< StiDetector > *val)

StiCompositeTreeNode < StiDetector > *	getTreeNode () const

void	setHitErrorCalculator (const StiHitErrorCalculator *calculator)

const StiHitErrorCalculator *	getHitErrorCalculator () const

void	setGroupId (int id)

int	getGroupId () const

void	setTrackingParameters (const StiTrackingParameters *pars)

const StiTrackingParameters *	getTrackingParameters () const

void	setKey (int index, int value)

int	getKey (int index) const

double	getVolume () const

double	getWeight () const

void	getDetPlane (double plane[4]) const

Public Member Functions inherited from Named
void	setName (const string &newName)
	Set the name of the object.

const string &	getName () const
	Get the name of the object.

bool	isName (const string &aName) const
	Determine whether name equals given name.

Static Public Attributes
static int	mgIndex =0

static double	mgValue [2] ={0}

Protected Attributes
char	mBeg [1]

StiIsActiveFunctor *	isActiveFunctor

const StiHitErrorCalculator *	_hitErrorCalculator
	Hit Error Calculator for this detector.

StiMaterial *	gas
	Continuous scatter attributes.

StiMaterial *	material
	Discrete scatterer attributes.

StiShape *	shape
	Physical Shape attribute of this detector or voloume.

StiPlacement *	placement
	Physical position and orientation of this detector or volume.

StiCompositeTreeNode < StiDetector > *	mNode
	Pointer to the parent detector node.

double	_cos
	Convenience storage of cos(refAngle)

double	_sin
	Convenience storage of sin(refAngle)

int	_groupId = -1
	Detector group identifier.

const StiTrackingParameters *	_pars

int	_key1

int	_key2

char	mEnd [1]

Protected Attributes inherited from Named
string	_name

Friends
class	StiHit

ostream &	operator<< (ostream &os, const StiDetector &det)

Additional Inherited Members
Protected Member Functions inherited from Named
	Named (const string &aName=" ")
	Only derived class are Named.

Detailed Description

StiDetector represents a detector for the purposes of ITTF tracking. It contains all information about the geometry of the detector and the necessary physical properties for incorporating it in tracking.

Definition at line 29 of file StiDetector.h.

Member Function Documentation

void StiDetector::setProperties	(	std::string	name,
		StiIsActiveFunctor *	activeFunctor,
		StiShape *	shape,
		StiPlacement *	placement,
		StiMaterial *	gas,
		StiMaterial *	material
	)

A setter for most of the detector properties. We do not pass arguments in a constructor because StiDetector-s are normally created by an StiFactory.

Author: Dmitri Smirnov, BNL

Definition at line 226 of file StiDetector.cxx.

References Named::setName().

Referenced by StiIstDetectorBuilder::buildInactiveVolumes(), StiSstDetectorBuilder::buildInactiveVolumes(), StiPxlDetectorBuilder::useVMCGeometry(), StiIstDetectorBuilder::useVMCGeometry(), and StiSstDetectorBuilder::useVMCGeometry().

Member Data Documentation

StiIsActiveFunctor* StiDetector::isActiveFunctor

protected

Functor used to calculate whether the posistion reached by a track is to be considered within the active area of the detector, and is thus susceptible of providing hit information.

Definition at line 114 of file StiDetector.h.

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

Sti/StiDetector.h
Sti/StiDetector.cxx

Public Member Functions

Static Public Attributes

Protected Attributes

Friends

Additional Inherited Members

Detailed Description

Member Function Documentation

Member Data Documentation