Implementation of a generic detector layer (base class for forward/barrel layers). More...

#include <SimplifiedGeometry.h>

Inheritance diagram for fastsim::SimplifiedGeometry:

Public Types
enum	CaloType { NONE, TRACKERBOUNDARY, PRESHOWER1, PRESHOWER2, ECAL, HCAL, VFCAL }
	Hack to interface "old" Calorimetry with "new" Tracker. More...

Public Member Functions
CaloType	getCaloType () const
	Hack to interface "old" Calorimetry with "new" Tracker. More...

const DetLayer *	getDetLayer () const
	Return pointer to the assigned active layer (if any). More...

const double	getGeomProperty () const
	Return geometric attribute of the layer. More...

const std::vector< InteractionModel * > &	getInteractionModels () const
	Return the vector of all interaction models that are assigned with a layer. More...

virtual const double	getMagneticFieldZ (const math::XYZTLorentzVector &position) const =0
	Return magnetic field (field only has Z component!) on the layer. More...

const double	getNuclearInteractionThicknessFactor () const
	Some layers have a different thickness for nuclear interactions. More...

virtual const double	getThickness (const math::XYZTLorentzVector &position) const =0
	Return thickness of the layer at a given position. More...

virtual const double	getThickness (const math::XYZTLorentzVector &position, const math::XYZTLorentzVector &momentum) const =0
	Return thickness of the layer at a given position, also considering the incident angle. More...

int	index () const
	Return index of this layer (layers are numbered according to their position in the detector). More...

virtual bool	isForward () const =0
	Returns false/true depending if the object is a (non-abstract) barrel/forward layer. More...

SimplifiedGeometry &	operator= (SimplifiedGeometry &&)=default

SimplifiedGeometry &	operator= (SimplifiedGeometry const &)=delete

void	setCaloType (CaloType type)
	Hack to interface "old" Calorimetry with "new" Tracker. More...

void	setIndex (int index)
	Set index of this layer (layers are numbered according to their position in the detector). More...

	SimplifiedGeometry (double geomProperty)
	Default constructor. More...

	SimplifiedGeometry (SimplifiedGeometry &&)=default

	SimplifiedGeometry (SimplifiedGeometry const &)=delete

virtual	~SimplifiedGeometry ()
	Default destructor. More...

Protected Attributes
CaloType	caloType_
	Hack to interface "old" Calorimetry with "new" Tracker. More...

const DetLayer *	detLayer_
	Return pointer to the assigned active layer (if any). More...

double	geomProperty_
	Geometric property of the layer: radius (barrel layer) / position z (forward layer) More...

int	index_
	Return index of this layer (layers are numbered according to their position in the detector). The (usual) order is increasing 'geomProperty'. More...

std::vector< InteractionModel * >	interactionModels_
	Vector of all interaction models that are assigned with a layer. More...

std::unique_ptr< TH1F >	magneticFieldHist_
	Histogram that stores the size of the magnetic field along the layer. More...

double	nuclearInteractionThicknessFactor_
	Some layers have a different thickness for nuclear interactions. More...

std::unique_ptr< TH1F >	thicknessHist_
	Histogram that stores the tickness (radLengths) along the layer. More...

Friends
class	fastsim::SimplifiedGeometryFactory

std::ostream &	operator<< (std::ostream &os, const SimplifiedGeometry &layer)
	Some basic output. More...

Detailed Description

Implementation of a generic detector layer (base class for forward/barrel layers).

Each layer has a geometric attribute ('geomProperty') which depends on which kind of layer is actually created (radius for barrel layers, position z for forward layers). Furthermore, a thickness in radiation length is assigned which can vary throughout the layer.

See also: BarrelSimplifiedGeometry; ForwardSimplifiedGeometry

Definition at line 35 of file SimplifiedGeometry.h.

Member Enumeration Documentation

◆ CaloType

enum fastsim::SimplifiedGeometry::CaloType

Hack to interface "old" Calorimetry with "new" Tracker.

Enumerator
NONE
TRACKERBOUNDARY
PRESHOWER1
PRESHOWER2
ECAL
HCAL
VFCAL

Definition at line 59 of file SimplifiedGeometry.h.

59 { NONE, TRACKERBOUNDARY, PRESHOWER1, PRESHOWER2, ECAL, HCAL, VFCAL };

Constructor & Destructor Documentation

◆ SimplifiedGeometry() [1/3]

fastsim::SimplifiedGeometry::SimplifiedGeometry ( double geomProperty )

Default constructor.

'geomProperty' depends on which kind of layer is actually created

BarrelSimplifiedGeometry: radius
ForwardSimplifiedGeometry: z

Definition at line 17 of file SimplifiedGeometry.cc.

     : geomProperty_(geomProperty),
       index_(-1),
       detLayer_(nullptr),
       nuclearInteractionThicknessFactor_(1.),
       caloType_(fastsim::SimplifiedGeometry::NONE) {}

◆ SimplifiedGeometry() [2/3]

fastsim::SimplifiedGeometry::SimplifiedGeometry ( SimplifiedGeometry && )

default

◆ SimplifiedGeometry() [3/3]

fastsim::SimplifiedGeometry::SimplifiedGeometry ( SimplifiedGeometry const & )

delete

◆ ~SimplifiedGeometry()

fastsim::SimplifiedGeometry::~SimplifiedGeometry ( )

virtual

Default destructor.

Definition at line 15 of file SimplifiedGeometry.cc.

15 {}

Member Function Documentation

◆ getCaloType()

CaloType fastsim::SimplifiedGeometry::getCaloType ( ) const

inline

Hack to interface "old" Calorimetry with "new" Tracker.

Definition at line 65 of file SimplifiedGeometry.h.

65 { return caloType_; }

References caloType_.

Referenced by FastSimProducer::createFSimTrack().

◆ getDetLayer()

const DetLayer* fastsim::SimplifiedGeometry::getDetLayer ( ) const

inline

Return pointer to the assigned active layer (if any).

Necessary to create SimHits.

Definition at line 127 of file SimplifiedGeometry.h.

127 { return detLayer_; }

References detLayer_.

◆ getGeomProperty()

const double fastsim::SimplifiedGeometry::getGeomProperty ( ) const

inline

Return geometric attribute of the layer.

'geomProperty' depends on which kind of layer is actually created

BarrelSimplifiedGeometry: radius
ForwardSimplifiedGeometry: z

Definition at line 95 of file SimplifiedGeometry.h.

95 { return geomProperty_; }

References geomProperty_.

◆ getInteractionModels()

const std::vector<InteractionModel*>& fastsim::SimplifiedGeometry::getInteractionModels ( ) const

inline

Return the vector of all interaction models that are assigned with a layer.

This makes it easy to switch on/off some interactions for some layers.

Definition at line 146 of file SimplifiedGeometry.h.

146 { return interactionModels_; }

References interactionModels_.

◆ getMagneticFieldZ()

virtual const double fastsim::SimplifiedGeometry::getMagneticFieldZ ( const math::XYZTLorentzVector & position ) const

pure virtual

Return magnetic field (field only has Z component!) on the layer.

Parameters

position A position which has to be on the layer.

Returns: The magnetic field on the layer.

Implemented in fastsim::BarrelSimplifiedGeometry, and fastsim::ForwardSimplifiedGeometry.

◆ getNuclearInteractionThicknessFactor()

const double fastsim::SimplifiedGeometry::getNuclearInteractionThicknessFactor ( ) const

inline

Some layers have a different thickness for nuclear interactions.

Right now only considered for TEC layers.

Definition at line 121 of file SimplifiedGeometry.h.

121 { return nuclearInteractionThicknessFactor_; }

References nuclearInteractionThicknessFactor_.

◆ getThickness() [1/2]

virtual const double fastsim::SimplifiedGeometry::getThickness ( const math::XYZTLorentzVector & position ) const

pure virtual

Return thickness of the layer at a given position.

Returns the thickness of the layer (in radiation length) at a specified position since the thickness can vary throughout the layer.

Parameters

position A position which has to be on the layer.

Returns: The thickness of the layer (in radiation length).

See also: getThickness(const math::XYZTLorentzVector & position, const math::XYZTLorentzVector & momentum)

Implemented in fastsim::BarrelSimplifiedGeometry, and fastsim::ForwardSimplifiedGeometry.

Referenced by FastSimProducer::createFSimTrack().

◆ getThickness() [2/2]

virtual const double fastsim::SimplifiedGeometry::getThickness	(	const math::XYZTLorentzVector &	position,
		const math::XYZTLorentzVector &	momentum
	)		const

pure virtual

Return thickness of the layer at a given position, also considering the incident angle.

Returns the thickness of the layer (in radiation length) at a specified position and a given incident angle since the thickness can vary throughout the layer.

Parameters

position	A position which has to be on the layer.
momentum	The momentum of the incident particle.

Returns: The thickness of the layer (in radiation length).

See also: getThickness(const math::XYZTLorentzVector & position)

Implemented in fastsim::BarrelSimplifiedGeometry, and fastsim::ForwardSimplifiedGeometry.

◆ index()

int fastsim::SimplifiedGeometry::index ( ) const

inline

Return index of this layer (layers are numbered according to their position in the detector).

The (usual) order is increasing 'geomProperty':

BarrelLayers: innermost to outermost
ForwardLayers: -z to +z Makes it more convenient to navigate from one layer to the previous/next layer.

Definition at line 87 of file SimplifiedGeometry.h.

87 { return index_; }

References index_.

Referenced by BeautifulSoup.PageElement::insert(), and setIndex().

◆ isForward()

virtual bool fastsim::SimplifiedGeometry::isForward ( ) const

pure virtual

Returns false/true depending if the object is a (non-abstract) barrel/forward layer.

Function to easily destinguish barrel from forward layers (which both inherit from SimplifiedGeometry).

Implemented in fastsim::BarrelSimplifiedGeometry, and fastsim::ForwardSimplifiedGeometry.

Referenced by FastSimProducer::createFSimTrack().

◆ operator=() [1/2]

SimplifiedGeometry& fastsim::SimplifiedGeometry::operator= ( SimplifiedGeometry && )

default

◆ operator=() [2/2]

SimplifiedGeometry& fastsim::SimplifiedGeometry::operator= ( SimplifiedGeometry const & )

delete

◆ setCaloType()

void fastsim::SimplifiedGeometry::setCaloType ( CaloType type )

inline

Hack to interface "old" Calorimetry with "new" Tracker.

Definition at line 62 of file SimplifiedGeometry.h.

62 { caloType_ = type; }

References caloType_.

◆ setIndex()

void fastsim::SimplifiedGeometry::setIndex ( int index )

inline

Set index of this layer (layers are numbered according to their position in the detector).

The (usual) order is increasing 'geomProperty':

BarrelLayers: innermost to outermost
ForwardLayers: -z to +z Makes it more convenient to navigate from one layer to the previous/next layer.

Definition at line 78 of file SimplifiedGeometry.h.

78 { index_ = index; }

References index(), and index_.

Friends And Related Function Documentation

◆ fastsim::SimplifiedGeometryFactory

friend class fastsim::SimplifiedGeometryFactory

friend

Definition at line 151 of file SimplifiedGeometry.h.

◆ operator<<

std::ostream& operator<<	(	std::ostream &	os,
		const SimplifiedGeometry &	layer
	)

friend

Some basic output.

Member Data Documentation

◆ caloType_

CaloType fastsim::SimplifiedGeometry::caloType_

protected

Hack to interface "old" Calorimetry with "new" Tracker.

Definition at line 162 of file SimplifiedGeometry.h.

Referenced by getCaloType(), and setCaloType().

◆ detLayer_

const DetLayer* fastsim::SimplifiedGeometry::detLayer_

protected

Return pointer to the assigned active layer (if any).

Definition at line 156 of file SimplifiedGeometry.h.

Referenced by getDetLayer().

◆ geomProperty_

double fastsim::SimplifiedGeometry::geomProperty_

protected

Geometric property of the layer: radius (barrel layer) / position z (forward layer)

Definition at line 154 of file SimplifiedGeometry.h.

Referenced by getGeomProperty(), fastsim::BarrelSimplifiedGeometry::getRadius(), and fastsim::ForwardSimplifiedGeometry::getZ().

◆ index_

int fastsim::SimplifiedGeometry::index_

protected

Return index of this layer (layers are numbered according to their position in the detector). The (usual) order is increasing 'geomProperty'.

Definition at line 155 of file SimplifiedGeometry.h.

Referenced by index(), and setIndex().

◆ interactionModels_

std::vector<InteractionModel*> fastsim::SimplifiedGeometry::interactionModels_

protected

Vector of all interaction models that are assigned with a layer.

Definition at line 161 of file SimplifiedGeometry.h.

Referenced by getInteractionModels().

◆ magneticFieldHist_

std::unique_ptr<TH1F> fastsim::SimplifiedGeometry::magneticFieldHist_

protected

Histogram that stores the size of the magnetic field along the layer.

Definition at line 157 of file SimplifiedGeometry.h.

Referenced by fastsim::ForwardSimplifiedGeometry::getMagneticFieldZ(), and fastsim::BarrelSimplifiedGeometry::getMagneticFieldZ().

◆ nuclearInteractionThicknessFactor_

double fastsim::SimplifiedGeometry::nuclearInteractionThicknessFactor_

protected

Some layers have a different thickness for nuclear interactions.

Definition at line 159 of file SimplifiedGeometry.h.

Referenced by getNuclearInteractionThicknessFactor().

◆ thicknessHist_

std::unique_ptr<TH1F> fastsim::SimplifiedGeometry::thicknessHist_

protected

Histogram that stores the tickness (radLengths) along the layer.

Definition at line 158 of file SimplifiedGeometry.h.

Referenced by fastsim::ForwardSimplifiedGeometry::getThickness(), and fastsim::BarrelSimplifiedGeometry::getThickness().

Public Types

Public Member Functions

Protected Attributes

Friends

Detailed Description

Member Enumeration Documentation

◆ CaloType

Constructor & Destructor Documentation

◆ SimplifiedGeometry() [1/3]

◆ SimplifiedGeometry() [2/3]

◆ SimplifiedGeometry() [3/3]

◆ ~SimplifiedGeometry()

Member Function Documentation

◆ getCaloType()

◆ getDetLayer()

◆ getGeomProperty()

◆ getInteractionModels()

◆ getMagneticFieldZ()

◆ getNuclearInteractionThicknessFactor()

◆ getThickness() [1/2]

◆ getThickness() [2/2]

◆ index()

◆ isForward()

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ setCaloType()

◆ setIndex()

Friends And Related Function Documentation

◆ fastsim::SimplifiedGeometryFactory

◆ operator<<

Member Data Documentation

◆ caloType_

◆ detLayer_

◆ geomProperty_

◆ index_

◆ interactionModels_

◆ magneticFieldHist_

◆ nuclearInteractionThicknessFactor_

◆ thicknessHist_