Inheritance diagram for gear::FTDLayerLayoutImpl:

Classes
struct	Layer
	Helper class for layer properties. More...

Public Types
typedef std::vector< Layer >	LayerVec

Public Member Functions
virtual int	getNLayers () const
	The total number of layers (z-positives and z-negatives disks). More...

virtual int	getNPetals (int layerIndex) const
	The number of petals in the layer layerIndex - layer indexing starts at 0 for the layer closest to IP. More...

virtual int	getNSensors (int layerIndex) const
	The number of sensors per petal on a specific layer - Sensor indexing is defined as follows: (illustrated here by a doublesided petal with 4 sensors) it starts with number 1: the sensor on the side facing the IP (the front), that is farthest from the xy - origin. More...

virtual bool	isDoubleSided (int layerIndex) const
	Whether the petals on a layer have sensors in front and back.

virtual int	getSensorType (int layerIndex) const
	The sensor type of the disk: pixel or micro-strip The return value corresponds to the following values: gear::FTDParameters::PIXEL gear::FTDParameters::STRIP.

virtual double	getPhiHalfDistance (int layerIndex) const
	Angular half-width of the petals of a layer. More...

virtual double	getPhi0 (const int &layerIndex) const
	Angular distance (XY plane) of a first petal (whose index is 0)

virtual double	getAlpha (int layerIndex) const
	Angle of rotation in the own plane of a petal.

virtual double	getZposition (const int &layerIndex) const
	The z-position of the centroid of the disk structure.

virtual double	getZoffset (const int &layerIndex) const
	The z-offset of the support structure in a staggered the setup - the z position of the even numbered petals is getZposition(i)+getZoffsetSign0(i)getZoffset(i), the odd numbered petals: getZposition(i)-getZoffsetSign0(i)getZoffset(i),.

virtual double	getZoffsetSign0 (const int &layerIndex) const
	The z-offset sign for the first petal (petalId=0)

virtual double	getSupportZposition (const int &layerIndex, const int &petalIndex) const
	The position of the support in z direction in mm for the petalIndex petal in layer layerIndex - layer indexing starting at 0 from the layer closest to IP. More...

virtual double	getSupportRinner (int layerIndex) const
	The R-min of the petals in the XY-plane in mm for supports.

virtual double	getSupportRadLength (int layerIndex) const
	The radiation length in the support structure supports of layer layerIndex - layer indexing starts at 0 for the layer closest to IP.

virtual double	getSupportThickness (int layerIndex) const
	The thickness in mm of the supports in layerIndex - layer indexing starting at 0 for the layer closest to IP.

virtual double	getSupportLengthMin (int layerIndex) const
	The length (x-direction) in mm for the smallest edge of the supports in layerIndex - layer indexing starting at 0 for the layer closest to IP.

virtual double	getSupportLengthMax (int layerIndex) const
	The length (x-direction) in mm for the largest edge of the supports in layerIndex - layer indexing starting at 0 for the layer closest to IP.

virtual double	getSupportWidth (int layerIndex) const
	The width in mm for supports in layer layerIndex - layer indexing starting at 0 from the layer closest to IP.

virtual double	getSensitiveZposition (const int &layerIndex, const int &petalIndex, const int &sensorIndex) const
	The position of the sensitive in z direction in mm for sensor sensorIndex of the petal support petalIndex in layer layerIndex - Layer indexing starting at 0 from the layer closest to IP. More...

virtual double	getSensitiveRinner (int layerIndex) const
	The R-min of the support in the XY-plane in mm for sensors.

virtual double	getSensitiveRadLength (int layerIndex) const
	The radiation length in sensitive volumes in layer layerIndex - layer indexing starts at 0 for the layer closest to IP.

virtual double	getSensitiveThickness (int layerIndex) const
	The thickness in mm of the sensitive area in supports in layer layerIndex.

virtual double	getSensitiveLengthMin (int layerIndex) const
	Same as getSupportLengthMin() except for the sensitive part of the support. More...

virtual double	getSensitiveLengthMax (int layerIndex) const
	Same as getSupportLengthMax() except for the sensitive part of the support. More...

virtual double	getSensitiveWidth (int layerIndex) const
	The width of the sensitive area in supports in layer layerIndex in mm.

virtual void	addLayer (int nPetals, int nSensors, bool isDoubleSided, int sensorType, double petalOpAngle, double phi0, double alpha, double zposition, double zoffset, double zsign0, double supportRinner, double supportThickness, double supportLengthMin, double supportLengthMax, double supportWidth, double supportRadLength, double sensitiveRinner, double sensitiveThickness, double sensitiveLengthMin, double sensitiveLengthMax, double sensitiveWidth, double sensitiveRadLength)
	Add a new layer at the given position.

virtual double	getPhiPetalCd (const int &layerIndex, const int &petalIndex) const
	Azimuthal angle of the petal petalIndex Centroid at layer layerIndex. More...

virtual double	getMaxRadius (const int &layerIndex, const bool &sensitive=false) const
	returns maximum radius for a given layer

virtual double	getStartPhi (const int &layerIndex, const int &petalInd, const bool &sensitive=false) const
	returns starting phi for first petal in layer layerIndex (on side facing IP)

virtual double	getEndPhi (const int &layerIndex, const int &petalInd, const bool &sensitive=false) const
	returns ending phi for first petal in layer layerIndex (on side facing IP)

virtual double	getThicknessForAngle (const int &layerIndex, const double &tetha, const double &phi, const bool &sensitive=false) const
	returns thickness as viewed under the incidence angles phi and theta in layer layerIndex. More...

Public Member Functions inherited from gear::FTDLayerLayout
virtual	~FTDLayerLayout ()
	Destructor.

Protected Attributes
LayerVec	_lVec {}

LayerVec	_sVec {}

std::vector< vframe >	_eL {}

std::vector< vframe >	_eS {}

Friends
class	FTDParametersImpl

Detailed Description

Definition at line 36 of file FTDLayerLayoutImpl.h.

Member Function Documentation

virtual int gear::FTDLayerLayoutImpl::getNLayers ( ) const

inlinevirtual

The total number of layers (z-positives and z-negatives disks).

Implements gear::FTDLayerLayout.

Definition at line 75 of file FTDLayerLayoutImpl.h.

virtual int gear::FTDLayerLayoutImpl::getNPetals ( int layerIndex ) const

inlinevirtual

The number of petals in the layer layerIndex - layer indexing starts at 0 for the layer closest to IP.

Implements gear::FTDLayerLayout.

Definition at line 79 of file FTDLayerLayoutImpl.h.

Referenced by gear::FTDParametersImpl::getPetalIndex().

virtual int gear::FTDLayerLayoutImpl::getNSensors ( int layerIndex ) const

inlinevirtual

The number of sensors per petal on a specific layer - Sensor indexing is defined as follows: (illustrated here by a doublesided petal with 4 sensors) it starts with number 1: the sensor on the side facing the IP (the front), that is farthest from the xy - origin.

2 is the next sensor on the same side closer to the xy - origin. 3 is on the back ( the side not facing the IP ) and is back to back to sensor 1. 4 is then back to back to sensor 2.

If it were for exmaple 8 sensors on a doublesided petal, it would be (from outside to inside) 1,2,3,4 on the front and 5,6,7,8 on the back.

If it were 3 sensors on a singlesided petal, it would be just 1,2,3 on the front.

Implements gear::FTDLayerLayout.

Definition at line 94 of file FTDLayerLayoutImpl.h.

virtual double gear::FTDLayerLayoutImpl::getPhiHalfDistance ( int layerIndex ) const

inlinevirtual

Angular half-width of the petals of a layer.

This angle define the trapezoid.

Implements gear::FTDLayerLayout.

Definition at line 110 of file FTDLayerLayoutImpl.h.

double gear::FTDLayerLayoutImpl::getPhiPetalCd	(	const int &	layerIndex,
		const int &	petalIndex
	)		const

virtual

Azimuthal angle of the petal petalIndex Centroid at layer layerIndex.

Layer indexing starting at 0 from the layer closest to IP. Petal indexing starting at 0 for the petal placed in the X-axis and grows with positive rotation around Z-axis.

Implements gear::FTDLayerLayout.

Definition at line 160 of file FTDLayerLayoutImpl.cc.

virtual double gear::FTDLayerLayoutImpl::getSensitiveLengthMax ( int layerIndex ) const

inlinevirtual

Same as getSupportLengthMax() except for the sensitive part of the support.

See Also: getSupportLengthMax

Implements gear::FTDLayerLayout.

Definition at line 225 of file FTDLayerLayoutImpl.h.

virtual double gear::FTDLayerLayoutImpl::getSensitiveLengthMin ( int layerIndex ) const

inlinevirtual

Same as getSupportLengthMin() except for the sensitive part of the support.

See Also: getSupportLengthMin

Implements gear::FTDLayerLayout.

Definition at line 219 of file FTDLayerLayoutImpl.h.

double gear::FTDLayerLayoutImpl::getSensitiveZposition	(	const int &	layerIndex,
		const int &	petalIndex,
		const int &	sensorIndex
	)		const

virtual

The position of the sensitive in z direction in mm for sensor sensorIndex of the petal support petalIndex in layer layerIndex - Layer indexing starting at 0 from the layer closest to IP.

Petal indexing starting at 0 for the petal placed in the X-axis and grows with positive rotation around Z-axis. Sensor indexing is defined as follows: (illustrated here by a doublesided petal with 4 sensors) it starts with number 1: the sensor on the side facing the IP (the front), that is farthest from the xy - origin. 2 is the next sensor on the same side closer to the xy - origin. 3 is on the back ( the side not facing the IP ) and is back to back to sensor 1. 4 is then back to back to sensor 2.

Implements gear::FTDLayerLayout.

Definition at line 124 of file FTDLayerLayoutImpl.cc.

References getSupportZposition().

double gear::FTDLayerLayoutImpl::getSupportZposition	(	const int &	layerIndex,
		const int &	petalIndex
	)		const

virtual

The position of the support in z direction in mm for the petalIndex petal in layer layerIndex - layer indexing starting at 0 from the layer closest to IP.

Petal indexing starting at 0 for the petal placed in the X-axis and grows with positive rotation around Z-axis. The position is defined in the centroid point of the support.

Implements gear::FTDLayerLayout.

Definition at line 102 of file FTDLayerLayoutImpl.cc.

Referenced by getSensitiveZposition().

double gear::FTDLayerLayoutImpl::getThicknessForAngle	(	const int &	layerIndex,
		const double &	tetha,
		const double &	phi,
		const bool &	sensitive = `false`
	)		const

virtual

returns thickness as viewed under the incidence angles phi and theta in layer layerIndex.

theta is the angle defined between the Z-axis (perpendicular to the petal plane) and the plane of the petal; phi is the incident angle defined in the ZX plane

Implements gear::FTDLayerLayout.

Definition at line 212 of file FTDLayerLayoutImpl.cc.

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

Classes

Public Types

Public Member Functions

Protected Attributes

Friends

Detailed Description

Member Function Documentation