Class for the non-uniform single silicon station entity. More...

#include <ERQTelescopeGeoNonUniformSingleSi.h>

Inheritance diagram for ERQTelescopeGeoNonUniformSingleSi:

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Collaboration diagram for ERQTelescopeGeoNonUniformSingleSi:

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Public Member Functions
	ERQTelescopeGeoNonUniformSingleSi (const TString &xmlTypeSingleSi, const TString &id, const TVector3 &position, const TVector3 &rotation, const TString &orientAroundZ, const TString &thicknessMapFileName)
	Constructor. More...

virtual void	ConstructGeometryVolume (void)

virtual Int_t	GetChannelFromSensetiveNodePath (const TString &path, OrientationAroundZ orientation=OrientationAroundZ::Default) const

Public Member Functions inherited from ERTelescopeGeoComponentSingleSi
	ERTelescopeGeoComponentSingleSi (const TString &typeFromXML, const TString &id, const TString &orientAroundZ)

	ERTelescopeGeoComponentSingleSi (const TString &typeFromXML, const TString &id, const TVector3 &position, const TVector3 &rotation, const TString &orientAroundZ)

virtual TString	GetBranchName (ERDataObjectType object, OrientationAroundZ orientationAroundZ=OrientationAroundZ::Default, ChannelSide side=ChannelSide::None) const

virtual std::list< OrientationAroundZ >	GetOrientationsAroundZ () const

virtual std::list< ChannelSide >	GetChannelSides () const

Public Member Functions inherited from ERTelescopeGeoComponentSensetive
	ERTelescopeGeoComponentSensetive (const TString &typeFromXML, const TString &id)

	ERTelescopeGeoComponentSensetive (const TString &typeFromXML, const TString &id, const TVector3 &position, const TVector3 &rotation)

Bool_t	HasTwoSidedChannel () const

virtual std::list< TString >	GetBranchNames (ERDataObjectType object) const

Public Member Functions inherited from ERGeoComponent
	ERGeoComponent (const TString &name)

	ERGeoComponent (const TString &name, const TVector3 &position, const TVector3 &rotation)

	ERGeoComponent (const TString &typeFromXML, const TString &id)

	ERGeoComponent (const TString &typeFromXML, const TString &id, const TVector3 &position, const TVector3 &rotation)

void	SetVolumeNamePrefix (const TString &prefix)

void	SetPosition (const TVector3 &position)

void	SetRotation (const TVector3 &rotation)

TGeoVolume *	GetVolume ()

const TVector3 *	GetPosition () const

const TGeoRotation *	GetRotation () const

const TString &	GetID () const

const TString &	GetType () const

const TString &	GetVolumeName () const

Private Attributes
TH2D *	fThicknessMap = nullptr

Int_t	fXPseudoStripCount = 0

Int_t	fYPseudoStripCount = 0

Additional Inherited Members
Protected Member Functions inherited from ERQTelescopeGeoComponentSingleSi
virtual void	ParseXmlParameters ()

Protected Member Functions inherited from ERTelescopeGeoComponentSensetive
TString	GetBranchNamePrefix (SensetiveType sensetiveType, ERDataObjectType object) const

void	FillTwoSidedChannelAttribute (const TList *attributes)

Protected Member Functions inherited from ERGeoComponent
TGeoMedium *	CreateMaterial (const TString &name)

Protected Attributes inherited from ERQTelescopeGeoComponentSingleSi
Double_t	fSensX = 0.

Double_t	fSensY = 0.

Double_t	fSensZ = 0.

Protected Attributes inherited from ERTelescopeGeoComponentSingleSi
OrientationAroundZ	fOrientAroundZ = OrientationAroundZ::Default

Double_t	fDeadLayerThicknessFrontSide = 0.

Double_t	fDeadLayerThicknessBackSide = 0.

Int_t	fStripCount = 0

Protected Attributes inherited from ERTelescopeGeoComponentSensetive
TString	fMedia

Double_t	fSizeX = 0.

Double_t	fSizeY = 0.

Double_t	fSizeZ = 0.

Bool_t	fHasTwoSidedChannel = false

Protected Attributes inherited from ERGeoComponent
TGeoVolume *	fVolume = nullptr

TVector3	fPosition

TGeoRotation	fRotation

TString	fType

TString	fComponentId

TString	fVolumeName

Detailed Description

Class for the non-uniform single silicon station entity.

Author: M.Kozlov kozlo.nosp@m.v.m..nosp@m.your@.nosp@m.yand.nosp@m.ex.ru

Version: 1.0

The class defines non-uniform single silicon station as pseudo-intersection between perpendicular stips between different silicon stations. It is constructed by inhomogeneity maps retrieved from the calibration procedure by means of (TODO: link to calibration classes description). Strips of the single thin station are divided into pixels depending on choosen second station strip plane. For example, if second station is doubled then division into pixels may be different for first and second double-Si strip planes due to different strips count on theese sides.

In this implementation there is no non-sensitive frame around the station.

For now, until clarification of the thin detector calibration, three maps are needed:

full pseudo-pixel map (/TODO: clarify what values are included)
map of the front dead layer for the single silicone station
map of the back dead layer for the single silicone station

The information about stations from the DB is needed for further advanced methods of the geometry creation when beam not parallel and relative position of stations influences on the spatial trajectories spreading.

Definition at line 42 of file ERQTelescopeGeoNonUniformSingleSi.h.

Constructor & Destructor Documentation

ERQTelescopeGeoNonUniformSingleSi::ERQTelescopeGeoNonUniformSingleSi	(	const TString &	xmlTypeSingleSi,
		const TString &	id,
		const TVector3 &	position,
		const TVector3 &	rotation,
		const TString &	orientAroundZ,
		const TString &	thicknessMapFileName
	)

Constructor.

Parameters

xmlTypeSingleSi	single silicon station type from equipment database
id	single silicon station identifier from equipment database
thicknessMapFileName	path to the detector thickness map

Definition at line 24 of file ERQTelescopeGeoNonUniformSingleSi.cxx.

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

telescope/geo/ERQTelescopeGeoNonUniformSingleSi.h
telescope/geo/ERQTelescopeGeoNonUniformSingleSi.cxx

Public Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation