Data structure for single silicon layer geometry parameters. More...

#include <dataobjects/ScdGeoParams.h>

Inheritance diagram for Herd::ScdGeoParams:

Classes
struct	WaferLookupTable
	Internal lookup table used to speedup WaferID queries as function of position. More...

Public Types
enum	BondingType { BondingType::NONE, BondingType::STRAIGHT, BondingType::ZIGZAG }
	Enum class for the different bonding types. More...

Public Member Functions
	ScdGeoParams ()
	Default constructor. More...

	ScdGeoParams (RefFrame::Side dside, size_t layerNumber, RefFrame::Direction stripMainSegm)
	Construct a new ScdGeoParams object. More...

	~ScdGeoParams () override=default
	Virtual destructor More...

const Parallelepiped &	BoundingBox () const
	Get the layer bounding box for quick geometric checks (intersections and such). More...

size_t	NWafers () const
	Get the total number of wafers in a single la_boundingBoxyer. More...

size_t	NTotElements () const
	Get the total number of strips (sensitive elements) in a single layer. More...

float	StripPitch () const
	Get strip pitch.Calls ChannelPitch. Kept for backwards compatibility. More...

int	NStripsPerWafer () const
	Number of strips for each wafer. More...

int	NStripsPerBondedLadder () const
	Number of strips for each bonded ladder. More...

int	NStripsPerPhysLadder () const
	Number of strips for each physical ladder. More...

float	FirstStripPosition () const
	Get distance of first strip from wafer edge. More...

const AxesArray< int > &	NWafersPerBondedLadder () const
	Get the number of wafers that make up a ladder. More...

const AxesArray< int > &	NBondedLadders () const
	Get the number of ladders that make up a layer. More...

const AxesArray< int > &	NWafersPerPhysLadder () const
	Get the number of wafers that make up a physical ladder. More...

const AxesArray< int > &	NPhysLadders () const
	Get the number of physical ladders that make up a layer. More...

const AxesArray< float > &	WaferSize () const
	Get the dimensions of the single wafer. More...

Point	ElementPosition (unsigned int volID) const override
	Get position of a given strip. More...

Point	StripPosition (unsigned int volID) const
	Get position of a given strip. More...

const Point &	WaferPosition (unsigned int volID) const
	Get position of a given wafer in layer. More...

Point	LadderPosition (unsigned int ladderID) const
	Get position of a given ladder. More...

std::pair< RefFrame::Direction, RefFrame::Direction >	StripSegmentationDirections () const
	Return the segmentation directions of the silicon strips. More...

std::pair< RefFrame::Direction, RefFrame::Direction >	WaferSegmentationDirections () const
	Return the segmentation directions of the silicon Wafers. More...

std::pair< RefFrame::Direction, RefFrame::Direction >	LadderSegmentationDirections () const
	Return the segmentation directions of the silicon Ladders. More...

unsigned int	LadderIDFromStripID (unsigned int stripID) const
	Retrieves the volume ID of the ladder containing the strip with the given volumeID. More...

unsigned int	LadderIDFromWaferID (unsigned int waferID) const
	Retrieves the volume ID of the ladder containing the wafer with the given volumeID. More...

std::pair< unsigned int, unsigned int >	WaferIDsFromLadderID (unsigned int ladderID) const
	Retrieves the volume ID of the first and last wafers contained in the ladder with the given volumeID. More...

unsigned int	WaferIDFromStripID (unsigned int stripID) const
	Retrieves the ID of the wafer containing the given unbonded strip. More...

std::pair< unsigned int, unsigned int >	StripIDsFromLadderID (unsigned int ladderID) const
	Retrieves the volume ID of the first and last strip contained in the ladder with the given volumeID. More...

unsigned int	StripIDOnLadder (unsigned int stripID) const
	Returns the strip ID on ladder. More...

std::optional< unsigned int >	WaferID (const Point &position) const
	Utility function to get waferID from a set of coordinates. More...

std::optional< unsigned int >	ElementID (const Point &position) const override
	Utility function to get volumeID from a set of coordinates. Reimplemented in derived classes. More...

std::optional< unsigned int >	StripID (const Point &position) const
	Utility function to get stripID from a set of coordinates. Calls ElementID. More...

Parallelepiped	ElementShape (size_t volID) const
	Utility function to get the shape in space of a particular strip. More...

BondingType	LadderBonding () const

void	SetSideAndStripMainSegmDir (RefFrame::Side dside, RefFrame::Direction segmDir)
	Set the detector side and the main segmentation direction for strips. Calls SetSideAndMainSegmDir. Kept for backwards compatibility. More...

void	SetSideAndMainSegmDir (RefFrame::Side dside, RefFrame::Direction segmDir) override
	Set the detector side and the main segmentation direction for channels. More...

void	SetStripPitch (float pitch)
	Set the strip pitch. More...

void	SetNStripsPerWafer (int nStrips)
	Set the number of strips per wafer. More...

void	SetBondedLadders (const AxesArray< int > &nLadders, const AxesArray< int > &nWafersPerLadder, BondingType bType)
	Set the ladders bonding. More...

void	SetPhysLadders (const AxesArray< int > &nLadders, const AxesArray< int > &nWafersPerLadder)
	Set the number of physical ladders and of wafers per physical ladder along each axis. More...

void	SetWaferSize (const AxesArray< float > &sizes)
	Set the wafer sizes along the three axes. More...

void	SetWaferPosition (size_t waferID, Point position)
	Set the wafer position for a given wafer. More...

void	SetLadderNormalToStrips (bool value=true)
	Sets a flag for ladders normal to strips. More...

Public Member Functions inherited from Herd::TrackingDetectorGeoParams
	TrackingDetectorGeoParams ()
	Default constructor. More...

virtual	~TrackingDetectorGeoParams ()=default
	Virtual destructor More...

virtual const RefFrame::Side &	Side () const
	Return the detector side this layer is in. More...

virtual size_t	LayerNumber () const
	Return the layer number for this layer in its detector. More...

virtual bool	HasTungsten () const
	Check if layer is preceded by tungsten plane. More...

float	TungstenThickness () const
	Get the tungsten layer thickness. More...

virtual float	ElementPitch () const
	Get element pitch. More...

virtual RefFrame::Direction	NormalDirection () const
	Get the normal direction to the detector. More...

virtual std::pair< RefFrame::Direction, RefFrame::Direction >	SegmentationDirections () const
	Return the segmentation directions of the tracking elements. More...

virtual void	SetHasTungsten (bool value)
	Set the tungsten flag. More...

virtual void	SetTungstenThickness (float value)
	Set the tungsten plane thickness. More...

Protected Member Functions
void	UpdateLUT () const

Protected Attributes
struct Herd::ScdGeoParams::WaferLookupTable	m_waferLUT
	! ROOT-transient More...

Protected Attributes inherited from Herd::TrackingDetectorGeoParams
RefFrame::Side	_side

size_t	_layerNumber
	Detector side. More...

RefFrame::Direction	_normalDir
	Layer number. More...

RefFrame::Direction	_mainSegmDir
	Normal direction. More...

RefFrame::Direction	_secSegmDir
	Main segmentation direction for elements. More...

float	_elementPitch
	Secondary segmentation direction for elements. More...

bool	_hasTungsten
	Element pitch. More...

float	_tungstenThickness
	True if layer is preceded by a tungsten plane. More...

Private Member Functions
void	ComputeBoundingBox () const
	Number of physical ladders along the three axes. More...

void	SetLaddersHelper (const AxesArray< int > &nLadders, const AxesArray< int > &nWafersPerLadder, int type)

Private Attributes
float	_firstStripPos

int	_nStripsPerWafer
	Position of the first strip w.r.t the left border of the wafer [cm];. More...

AxesArray< float >	_waferSize
	Number of strips in each wafer. More...

AxesArray< int >	_nWafersPerBondedLadder
	Dimensions of a Si wafer along the three axes. More...

AxesArray< int >	_nBondedLadders
	Number of wafers in each bonded ladder along the three axes. More...

std::vector< Point >	_waferPos
	Number of bonded ladders along the three axes. More...

bool	_bbIsValid {false}
	Position of all the Si wafers. More...

Parallelepiped	_boundingBox
	Flag to signal Bounding box must be recomputed. More...

BondingType	m_ladderBonding
	Bounding box for this layer, to use for quick intersection checks. More...

bool	m_ladderNormalToStrips
	Type of bonding applied to wafer strips of a ladder. More...

AxesArray< int >	_nWafersPerPhysLadder
	true if the strips are normal to the ladder More...

AxesArray< int >	_nPhysLadders
	Number of wafers in each physical ladder along the three axes. More...

Detailed Description

Data structure for single silicon layer geometry parameters.

Member Enumeration Documentation

◆ BondingType

enum Herd::ScdGeoParams::BondingType

strong

Enum class for the different bonding types.

Enumerator

NONE

STRAIGHT

No bonding has been applied.

ZIGZAG

Strips are aligned along the ladder and bonded straightly.

Strips are orthogonal to the ladder and zigzag-bonded.

Constructor & Destructor Documentation

◆ ScdGeoParams() [1/2]

Herd::ScdGeoParams::ScdGeoParams ( )

Default constructor.

◆ ScdGeoParams() [2/2]

Herd::ScdGeoParams::ScdGeoParams	(	RefFrame::Side	dside,
		size_t	layerNumber,
		RefFrame::Direction	stripMainSegm
	)

Construct a new ScdGeoParams object.

Parameters

dside	The detector side.
layerNumber	The number of layers.
stripMainSegm	The main segmentation direction for strips.

◆ ~ScdGeoParams()

Herd::ScdGeoParams::~ScdGeoParams ( )

overridedefault

Virtual destructor

Member Function Documentation

◆ BoundingBox()

const Parallelepiped & Herd::ScdGeoParams::BoundingBox ( ) const

Get the layer bounding box for quick geometric checks (intersections and such).

Returns: a Parallelepiped object approximating the layer volume.

◆ ComputeBoundingBox()

void Herd::ScdGeoParams::ComputeBoundingBox ( ) const

private

Number of physical ladders along the three axes.

◆ ElementID()

std::optional< unsigned int > Herd::ScdGeoParams::ElementID ( const Point & position ) const

overridevirtual

Utility function to get volumeID from a set of coordinates. Reimplemented in derived classes.

Parameters

position The coordinates of the point (normal coordinate is ignored).

Returns: Optional: The ID of the element containing the point. If the position is not on any element, returns defaultValue<unsigned int>.

Implements Herd::TrackingDetectorGeoParams.

◆ ElementPosition()

Point Herd::ScdGeoParams::ElementPosition ( unsigned int volID ) const

overridevirtual

Get position of a given strip.

Parameters

volID The unique ID of the strip.

Returns: the strip position.

Implements Herd::TrackingDetectorGeoParams.

◆ ElementShape()

Parallelepiped Herd::ScdGeoParams::ElementShape ( size_t volID ) const

Utility function to get the shape in space of a particular strip.

Parameters

volID The volume ID of the requested strip.

Returns: A Parallelepiped describing the sensitive element and its position in 3D space.

◆ FirstStripPosition()

float Herd::ScdGeoParams::FirstStripPosition ( ) const

inline

Get distance of first strip from wafer edge.

Returns: first strip position

◆ LadderBonding()

BondingType Herd::ScdGeoParams::LadderBonding ( ) const

inline

◆ LadderIDFromStripID()

unsigned int Herd::ScdGeoParams::LadderIDFromStripID ( unsigned int stripID ) const

Retrieves the volume ID of the ladder containing the strip with the given volumeID.

Parameters

stripID The volumeID of the strip.

Returns: The volumeID of the ladder containing the strip.

◆ LadderIDFromWaferID()

unsigned int Herd::ScdGeoParams::LadderIDFromWaferID ( unsigned int waferID ) const

Retrieves the volume ID of the ladder containing the wafer with the given volumeID.

Parameters

waferID The volumeID of the wafer.

Returns: The volumeID of the ladder containing the wafer.

◆ LadderPosition()

Point Herd::ScdGeoParams::LadderPosition ( unsigned int ladderID ) const

Get position of a given ladder.

Parameters

ladderID The unique ID of the ladder.

Returns: the ladder position.

◆ LadderSegmentationDirections()

std::pair< RefFrame::Direction, RefFrame::Direction > Herd::ScdGeoParams::LadderSegmentationDirections ( ) const

Return the segmentation directions of the silicon Ladders.

The first element of the returned pair is the direction along which the volume ID increases by 1 (the so called "main segmentation direction"), the second element is the other segmentation direction (the "secondary segmentation direction"). For the silicon strip the main segmentation direction is the natural one defined by the strip orientation.

Returns: the two segmentation directions.

Exceptions

std::runtime_error if the normal direction setting is not valid.

◆ NBondedLadders()

const AxesArray<int>& Herd::ScdGeoParams::NBondedLadders ( ) const

inline

Get the number of ladders that make up a layer.

This is intended as number of ladders along each direction. Here "ladder" means a set of bonded wafers, which might or might not coincide with a physical ladder (i.e. a set of wafers mounted in the same ladder support) depending on whether the wafers are bonded or not, on the bonding scheme etc. As a convention the number of ladders in the normal plane direction is 1. When the wafers are not bonded the returned number of ladders is equal to the number of wafers, or in other words, each ladder is made of a single wafer.

Returns: Number of ladders in each plane along each axis.

◆ NPhysLadders()

const AxesArray<int>& Herd::ScdGeoParams::NPhysLadders ( ) const

inline

Get the number of physical ladders that make up a layer.

This is intended as number of ladders along each direction. The difference with #NLadders() is that the latter returns the number of ladder made of bonded wafers (so for unbonded wafers it returns the number of wafers itself, and if a fancy bonding scheme is applied it might return a different value than this method).

Returns: Number of physical ladders in each plane along each axis.

◆ NStripsPerBondedLadder()

int Herd::ScdGeoParams::NStripsPerBondedLadder ( ) const

inline

Number of strips for each bonded ladder.

Returns: number of strips per bonded ladder.

◆ NStripsPerPhysLadder()

int Herd::ScdGeoParams::NStripsPerPhysLadder ( ) const

inline

Number of strips for each physical ladder.

Returns: number of strips per physical ladder.

◆ NStripsPerWafer()

int Herd::ScdGeoParams::NStripsPerWafer ( ) const

inline

Number of strips for each wafer.

Returns: number of strips per wafer.

◆ NTotElements()

size_t Herd::ScdGeoParams::NTotElements ( ) const

Get the total number of strips (sensitive elements) in a single layer.

Returns: const size_t nWafers

◆ NWafers()

size_t Herd::ScdGeoParams::NWafers ( ) const

inline

Get the total number of wafers in a single la_boundingBoxyer.

Returns: const size_t nWafers

◆ NWafersPerBondedLadder()

const AxesArray<int>& Herd::ScdGeoParams::NWafersPerBondedLadder ( ) const

inline

Get the number of wafers that make up a ladder.

This is intended as number of wafers along each direction, and basically defines the ladder orientation. Here "ladder" means a set of bonded wafers, which might or might not coincide with a physical ladder (i.e. a set of wafers mounted in the same ladder support) depending on whether the wafers are bonded or not, on the bonding scheme etc. As a convention the number of wafers in the normal plane direction is one. When the wafers are not bonded the returned number of wafers per ladder is 1 in every direction, or in other words, each ladder is made of a single wafer.

Returns: Number of wafers per ladder along each axis.

◆ NWafersPerPhysLadder()

const AxesArray<int>& Herd::ScdGeoParams::NWafersPerPhysLadder ( ) const

inline

Get the number of wafers that make up a physical ladder.

The returned values are the number of wafers which are physically present in a ladder. The difference with #NWafersPerLadder() is that the latter returns the number of wafers that are bonded into a ladder (so for unbonded wafers it returns 1, and if a fancy bonding scheme is applied it might return a different value than this method).

Returns: Number of wafers in each physical ladders along each axis.

◆ SetBondedLadders()

void Herd::ScdGeoParams::SetBondedLadders	(	const AxesArray< int > &	nLadders,
		const AxesArray< int > &	nWafersPerLadder,
		BondingType	bType
	)

Set the ladders bonding.

Must be called after SetPhysLadders. The total number of wafers along each direction as computed from the given parameters must coincide with the same number computed from number of physical ladders and of wafers per physical ladder. The number of ladders must be 1 along the normal axis. The number of wafers must be 1 along the normal and along the strip main segmentation axis.

Parameters

nLadders	The number of ladders along each axis.
nWafers	The number of wafers per ladder along each axis.
bType	The bonding type.

Exceptions

std::runtime_error	if this method is called before SetPhysLadders.
std::runtime_error	if BondingType::NONE is set with a number of wafers per ladder different from 1.
std::runtime_error	if the number of ladders along the orthogonal direction is not 1.
std::runtime_error	if the number of wafers along the orthogonal axis and along the strip main segmentation axis is not 1.
std::runtime_error	if the total number of wafers along each axis does not coincide with that computed from physical ladders parameters.

◆ SetLadderNormalToStrips()

void Herd::ScdGeoParams::SetLadderNormalToStrips ( bool value = true )

inline

Sets a flag for ladders normal to strips.

wafer * The segmentation direction for the strips are set by SetSideAndMainSegmDir, and the segmentation directions for the wafers and ladders are derived from strip directions. In the standard case the wafer strips are aligned with the ladder direction, to be bonded straightly, so strip main direction is the wafer and ladder secondary direction, and vice-versa. By calling this method the ladder will be flagged to be orthogonal to the strips, to be then bonded in a crossed fashion, so the ladders and wafers segmentation directions will be equal to the strips segmentation directions.

Parameters

value Flag for setting the strips orthogonal to the ladder.

◆ SetLaddersHelper()

void Herd::ScdGeoParams::SetLaddersHelper	(	const AxesArray< int > &	nLadders,
		const AxesArray< int > &	nWafersPerLadder,
		int	type
	)

private

◆ SetNStripsPerWafer()

void Herd::ScdGeoParams::SetNStripsPerWafer ( int nStrips )

Set the number of strips per wafer.

Must be called after SetSideAndStripMainSegmDir and SetWaferSize. This method computes and sets also the strip pitch.

Parameters

nStrips The number of strips per wafer.

Exceptions

std::runtime_error if this method is called before SetSideAndStripMainSegmDir or SetWaferSize.

See also: FirstStripPosition

◆ SetPhysLadders()

void Herd::ScdGeoParams::SetPhysLadders	(	const AxesArray< int > &	nLadders,
		const AxesArray< int > &	nWafersPerLadder
	)

inline

Set the number of physical ladders and of wafers per physical ladder along each axis.

Must be called after SetSideAndStripMainSegmDir. The number of ladders must be 1 along the normal axis. The number of wafers must be 1 along the normal and along the strip main segmentation axis. If the given parameters differ from the current values this method resets the information about ladder bonding, setting the bonding type to BondingType::NONE and the number of wafers per bonded ladder to 1.

Parameters

nLadders	The number of ladders along each axis.
nWafers	The number of wafers per ladder along each axis.

Exceptions

std::runtime_error	if this method is called before SetSideAndStripMainSegmDir.
std::runtime_error	if the number of ladders along the orthogonal direction is not 1.
std::runtime_error	if the number of wafers along the orthogonal axis and along the strip main segmentation axis is not 1.

◆ SetSideAndMainSegmDir()

void Herd::ScdGeoParams::SetSideAndMainSegmDir	(	RefFrame::Side	dside,
		RefFrame::Direction	segmDir
	)

overridevirtual

Set the detector side and the main segmentation direction for channels.

Parameters

dside	The side.
segmDir	the main segmentation direction for channels.

Implements Herd::TrackingDetectorGeoParams.

◆ SetSideAndStripMainSegmDir()

void Herd::ScdGeoParams::SetSideAndStripMainSegmDir	(	RefFrame::Side	dside,
		RefFrame::Direction	segmDir
	)

inline

Set the detector side and the main segmentation direction for strips. Calls SetSideAndMainSegmDir. Kept for backwards compatibility.

Parameters

dside	The side.
segmDir	the main segmentation direction for strips.

◆ SetStripPitch()

void Herd::ScdGeoParams::SetStripPitch ( float pitch )

Set the strip pitch.

Must be called after SetSideAndStripMainSegmDir and SetWaferSize. This method computes and sets also the position of the first strip.

Parameters

pitch the strip pitch [cm].

Exceptions

std::runtime_error if this method is called before SetSideAndStripMainSegmDir or SetWaferSize.

See also: FirstStripPosition

◆ SetWaferPosition()

void Herd::ScdGeoParams::SetWaferPosition	(	size_t	waferID,
		Point	position
	)

inline

Set the wafer position for a given wafer.

See the wiki page for the wafer numbering convention.

Parameters

waferID
position

◆ SetWaferSize()

void Herd::ScdGeoParams::SetWaferSize ( const AxesArray< float > & sizes )

inline

Set the wafer sizes along the three axes.

Must be called before SetStripPitch and SetNStripsPerWafer.

Parameters

sizes the size of the wafer along each axis [cm].

◆ StripID()

std::optional<unsigned int> Herd::ScdGeoParams::StripID ( const Point & position ) const

inline

Utility function to get stripID from a set of coordinates. Calls ElementID.

This method is just a more descriptive name for ElementID.

Parameters

position The coordinates of the point (normal coordinate is ignored).

Returns: Optional: The ID of the strip containing the point. If the position is not on any strip, returns defaultValue<unsigned int>.

◆ StripIDOnLadder()

unsigned int Herd::ScdGeoParams::StripIDOnLadder ( unsigned int stripID ) const

Returns the strip ID on ladder.

This method computes the relative strip ID on the ladder for the given strip. This will return 0 for the first strip of the ladder etc.

Parameters

stripID The absolute strip ID.

Returns: The strip ID relative to the ladder.

◆ StripIDsFromLadderID()

std::pair< unsigned int, unsigned int > Herd::ScdGeoParams::StripIDsFromLadderID ( unsigned int ladderID ) const

Retrieves the volume ID of the first and last strip contained in the ladder with the given volumeID.

Parameters

ladderID The volumeID of the ladder.

Returns: The volumeIDs of the first and last strip contained in the ladder.

◆ StripPitch()

float Herd::ScdGeoParams::StripPitch ( ) const

inline

Get strip pitch.Calls ChannelPitch. Kept for backwards compatibility.

Returns: strip pitch

◆ StripPosition()

Point Herd::ScdGeoParams::StripPosition ( unsigned int volID ) const

inline

Get position of a given strip.

Parameters

volID The unique ID of the strip.

Returns: the strip position.

◆ StripSegmentationDirections()

std::pair<RefFrame::Direction, RefFrame::Direction> Herd::ScdGeoParams::StripSegmentationDirections ( ) const

inline

Return the segmentation directions of the silicon strips.

The first element of the returned pair is the direction along which the volume ID increases by 1 (the so called "main segmentation direction"), the second element is the other segmentation direction (the "secondary segmentation direction"). For the silicon strip the main segmentation direction is the natural one defined by the strip orientation.

Returns: the two segmentation directions.

Exceptions

std::runtime_error if the normal direction setting is not valid.

◆ UpdateLUT()

void Herd::ScdGeoParams::UpdateLUT ( ) const

protected

◆ WaferID()

std::optional< unsigned int > Herd::ScdGeoParams::WaferID ( const Point & position ) const

Utility function to get waferID from a set of coordinates.

Parameters

position The coordinates of the point (normal coordinate is ignored).

Returns: The ID of the wafer containing the point. If the position is not on any Wafer, returns defaultValue<unsigned int>.

◆ WaferIDFromStripID()

unsigned int Herd::ScdGeoParams::WaferIDFromStripID ( unsigned int stripID ) const

Retrieves the ID of the wafer containing the given unbonded strip.

The stripID argument must be the volume ID of a single wafer strip, not the volume ID of a bonded strip.

Parameters

stripID The volumeID of the unbonded strip.

Returns: The volumeID of the wafer containing the unbonded strip.

◆ WaferIDsFromLadderID()

std::pair< unsigned int, unsigned int > Herd::ScdGeoParams::WaferIDsFromLadderID ( unsigned int ladderID ) const

Retrieves the volume ID of the first and last wafers contained in the ladder with the given volumeID.

Parameters

ladderID The volumeID of the ladder.

Returns: The volumeIDs of the first and last wafer contained in the ladder.

◆ WaferPosition()

const Point& Herd::ScdGeoParams::WaferPosition ( unsigned int volID ) const

inline

Get position of a given wafer in layer.

Parameters

volID The wafer ID

Returns: const Point& position

◆ WaferSegmentationDirections()

std::pair< RefFrame::Direction, RefFrame::Direction > Herd::ScdGeoParams::WaferSegmentationDirections ( ) const

Return the segmentation directions of the silicon Wafers.

The first element of the returned pair is the direction along which the volume ID increases by 1 (the so called "main segmentation direction"), the second element is the other segmentation direction (the "secondary segmentation direction"). For the silicon strip the main segmentation direction is the natural one defined by the strip orientation.

Returns: the two segmentation directions.

Exceptions

std::runtime_error if the normal direction setting is not valid.

◆ WaferSize()

const AxesArray<float>& Herd::ScdGeoParams::WaferSize ( ) const

inline

Get the dimensions of the single wafer.

Returns: wafer dimensions

Member Data Documentation

◆ _bbIsValid

bool Herd::ScdGeoParams::_bbIsValid {false}

mutableprivate

Position of all the Si wafers.

◆ _boundingBox

Parallelepiped Herd::ScdGeoParams::_boundingBox

mutableprivate

Flag to signal Bounding box must be recomputed.

◆ _firstStripPos

float Herd::ScdGeoParams::_firstStripPos

private

◆ _nBondedLadders

AxesArray<int> Herd::ScdGeoParams::_nBondedLadders

private

Number of wafers in each bonded ladder along the three axes.

◆ _nPhysLadders

AxesArray<int> Herd::ScdGeoParams::_nPhysLadders

private

Number of wafers in each physical ladder along the three axes.

◆ _nStripsPerWafer

int Herd::ScdGeoParams::_nStripsPerWafer

private

Position of the first strip w.r.t the left border of the wafer [cm];.

◆ _nWafersPerBondedLadder

AxesArray<int> Herd::ScdGeoParams::_nWafersPerBondedLadder

private

Dimensions of a Si wafer along the three axes.

◆ _nWafersPerPhysLadder

AxesArray<int> Herd::ScdGeoParams::_nWafersPerPhysLadder

private

true if the strips are normal to the ladder

◆ _waferPos

std::vector<Point> Herd::ScdGeoParams::_waferPos

private

Number of bonded ladders along the three axes.

◆ _waferSize

AxesArray<float> Herd::ScdGeoParams::_waferSize

private

Number of strips in each wafer.

◆ m_ladderBonding

BondingType Herd::ScdGeoParams::m_ladderBonding

private

Bounding box for this layer, to use for quick intersection checks.

◆ m_ladderNormalToStrips

bool Herd::ScdGeoParams::m_ladderNormalToStrips

private

Type of bonding applied to wafer strips of a ladder.

◆ m_waferLUT

struct Herd::ScdGeoParams::WaferLookupTable Herd::ScdGeoParams::m_waferLUT

protected

! ROOT-transient

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

/builds/herd/HerdSoftware/include/herd/analysis/dataobjects/ScdGeoParams.h
/builds/herd/HerdSoftware/src/analysis/dataobjects/ScdGeoParams.cpp

Classes

Public Types

Public Member Functions

Protected Member Functions

Protected Attributes

Private Member Functions

Private Attributes

Detailed Description

Member Enumeration Documentation

◆ BondingType

Constructor & Destructor Documentation

◆ ScdGeoParams() [1/2]

◆ ScdGeoParams() [2/2]

◆ ~ScdGeoParams()

Member Function Documentation

◆ BoundingBox()

◆ ComputeBoundingBox()

◆ ElementID()

◆ ElementPosition()

◆ ElementShape()

◆ FirstStripPosition()

◆ LadderBonding()

◆ LadderIDFromStripID()

◆ LadderIDFromWaferID()

◆ LadderPosition()

◆ LadderSegmentationDirections()

◆ NBondedLadders()

◆ NPhysLadders()

◆ NStripsPerBondedLadder()

◆ NStripsPerPhysLadder()

◆ NStripsPerWafer()

◆ NTotElements()

◆ NWafers()

◆ NWafersPerBondedLadder()

◆ NWafersPerPhysLadder()

◆ SetBondedLadders()

◆ SetLadderNormalToStrips()

◆ SetLaddersHelper()

◆ SetNStripsPerWafer()

◆ SetPhysLadders()

◆ SetSideAndMainSegmDir()

◆ SetSideAndStripMainSegmDir()

◆ SetStripPitch()

◆ SetWaferPosition()

◆ SetWaferSize()

◆ StripID()

◆ StripIDOnLadder()

◆ StripIDsFromLadderID()

◆ StripPitch()

◆ StripPosition()

◆ StripSegmentationDirections()

◆ UpdateLUT()

◆ WaferID()

◆ WaferIDFromStripID()

◆ WaferIDsFromLadderID()

◆ WaferPosition()

◆ WaferSegmentationDirections()

◆ WaferSize()

Member Data Documentation

◆ _bbIsValid

◆ _boundingBox

◆ _firstStripPos

◆ _nBondedLadders

◆ _nPhysLadders

◆ _nStripsPerWafer

◆ _nWafersPerBondedLadder

◆ _nWafersPerPhysLadder

◆ _waferPos

◆ _waferSize

◆ m_ladderBonding

◆ m_ladderNormalToStrips

◆ m_waferLUT