In This Package:

GeometryInfoPlus Class Reference

Based on "most trivial" implementation of Vanya Belyaev and Sebastien Ponce. More...

#include <Lib/GeometryInfoPlus.h>

Inheritance diagram for GeometryInfoPlus:

[legend]Collaboration diagram for GeometryInfoPlus:[legend]List of all members.


Public Types
typedef std::vector< std::string >	ChildName
	type of vector of children's names
typedef std::vector< Gaudi::Transform3D >::const_iterator	matrix_iterator
typedef std::vector< IGeometryInfo * >	IGIChildren
typedef IGeometryInfo::IGIChildrens::iterator	iGInfo_iterator
typedef std::vector< IGeometryInfo * >	IGIChildrens
	type of vector of daughter elements
typedef IGeometryInfo::IGIChildrens::iterator	IGIChildrenIterator
typedef IGeometryInfo::IGIChildrens::const_iterator	IGIChildrenConstIterator
	SUCCESS
	NO_INTERFACE
	VERSMISMATCH
	LAST_ERROR
enum	Status
Public Member Functions
	GeometryInfoPlus (IDetectorElement *de)
	constructor, creates "ghost"
	GeometryInfoPlus (IDetectorElement *de, const std::string &LogVol)
	constructor, creates "orphan"
	GeometryInfoPlus (IDetectorElement *de, const std::string &LogVol, const std::string &Support, const ILVolume::ReplicaPath &ReplicaPath, const std::string &alignmentPath="")
	constructor, create regular element
	GeometryInfoPlus (IDetectorElement *de, const std::string &LogVol, const std::string &Support, const std::string &ReplicaNamePath, const std::string &alignmentPath="")
	constructor, create regular element
virtual	~GeometryInfoPlus ()
	Destructor.
StatusCode	initialize ()
StatusCode	cache ()
StatusCode	updateChildren ()
bool	hasLVolume () const
	Is the GeometryInfo object associated with Logical Volume? This is to distinguish the Ghost case from the others.
bool	hasSupport () const
	Has the GeometryInfo object support in Geometry tree? distinguish "regular" from others.
const AlignmentCondition *	alignmentCondition () const
	Access to this IGeometryInfo condition.
const Gaudi::Transform3D &	toLocalMatrix () const
	Full transformation matrix from Global Reference System to the local reference system of this Geometry Info object, including misalignments.
const Gaudi::Transform3D &	toGlobalMatrix () const
	transformation matrix from Local Reference System to the Global Reference System of this IGeometryInfo.
const Gaudi::Transform3D &	toLocalMatrixNominal () const
	Ideal transformation matrix from Global Reference System to the local reference system of this Geometry Info object, excluding misalignments.
const Gaudi::Transform3D &	toGlobalMatrixNominal () const
	Ideal transformation matrix from local Reference System to the global reference system of this Geometry Info object, excluding misalignments.
const Gaudi::Transform3D &	ownToLocalMatrixNominal () const
	Ideal transformation matrix from parent Reference System to the local reference system of this Geometry Info object, excluding misalignment.
const Gaudi::Transform3D &	ownToNominalMatrix () const
	Transformation that takes this IGeometryInfoPlus from an off-nominal position within a its parent to the nominal one.
Gaudi::Transform3D	ownToOffNominalMatrix () const
	Transformation that takes this IGeometryInfoPlus from a nominal position within a its parent to the off-nominal one.
Gaudi::Transform3D	ownMatrix () const
	Transformation from this reference frame to the reference frame of the parent.
StatusCode	ownToOffNominalMatrix (const Gaudi::Transform3D &)
	Upate the nominal-> off-nominal 3D transformation of this IGeometryInfo.
StatusCode	ownToOffNominalParams (const std::vector< double > &trans, const std::vector< double > &rot, const std::vector< double > &pivot=std::vector< double >(3))
	Update the transformation parametrs describing the nominal->off-nominal 3D transformation of this GeometryInfo.
Gaudi::XYZPoint	toLocal (const Gaudi::XYZPoint &globalPoint) const
	Perform transformation of point from the Global Reference System to Local Reference System of Geometry Info object.
Gaudi::XYZPoint	toGlobal (const Gaudi::XYZPoint &localPoint) const
	perform transformation of point from the LocalReference System to Global Reference System
Gaudi::XYZVector	toLocal (const Gaudi::XYZVector &globalDirection) const
	Perform transformation a vector from the Global Reference System to Local Reference System of Geometry Info object.
Gaudi::XYZVector	toGlobal (const Gaudi::XYZVector &localDirection) const
	Perform transformation of a vector from the Local Reference System to the Global Reference System.
bool	isInside (const Gaudi::XYZPoint &globalPoint) const
	Check for given 3D-point - "Is inside the volume?" For regular case the defnition "is inside" is trivial For "orphan" case the definition is less trivial but also can be defined in a proper way, e.g.
std::string	belongsToPath (const Gaudi::XYZPoint &globalPoint)
	return the name of the daughter element to which the given point belongs to
IGeometryInfo *	belongsTo (const Gaudi::XYZPoint &globalPoint)
	return the C++ pointer to the daughter element to which the given point belongs to
std::string	belongsToPath (const Gaudi::XYZPoint &globalPoint, const int level)
	return the name of the daughter element to which the given point belongs to (taking into account the level)
IGeometryInfo *	belongsTo (const Gaudi::XYZPoint &globalPoint, const int level)
	return the C++ pointer to the daughter element to which the given point belongs to (taking into account the level)
StatusCode	fullGeoInfoForPoint (const Gaudi::XYZPoint &point, const int level, IGeometryInfo *&start, ILVolume::PVolumePath &volumePath)
	return the full geometry info for a given point in the global reference system
StatusCode	fullGeoInfoForPoint (const Gaudi::XYZPoint &point, const int level, IGeometryInfo *&start, ILVolume::ReplicaPath &volumePath)
	return the full geometry info for a given point in the global reference system
StatusCode	fullGeoInfoForPoint (const Gaudi::XYZPoint &point, const int level, std::string &start, ILVolume::PVolumePath &volumePath)
	return the full geometry info for a given point in the global reference system
StatusCode	fullGeoInfoForPoint (const Gaudi::XYZPoint &point, const int level, std::string &start, ILVolume::ReplicaPath &volumePath)
	return the full geometry info for a given point in the global reference system
const std::string &	lvolumeName () const
	return the name of the assosiated logical volume
const ILVolume *	lvolume () const
	return the C++ pointer4 to the assosiated logical volume
StatusCode	location (IGeometryInfo *&start, ILVolume::ReplicaPath &replicaPath) const
	return the location (address) of this geometry object
StatusCode	location (std::string &start, ILVolume::ReplicaPath &replicaPath) const
	return the location (address) of this geometry object
IGeometryInfo *	supportIGeometryInfo () const
	return the IGeometryInfo supporting this one.
std::string	lvolumePath (const std::string &start, const ILVolume::ReplicaPath &replicaPath)
	return the name of the logical volume with a given address
const ILVolume *	lvolume (const std::string &start, const ILVolume::ReplicaPath &replicaPath)
	return the C++ pointer to the logical volume with a given address
std::string	lvolumePath (IGeometryInfo *start, const ILVolume::ReplicaPath &replicaPath)
	return the name of the logical volume with a given address
const ILVolume *	lvolume (IGeometryInfo *start, const ILVolume::ReplicaPath &replicaPath)
	return the C++ pointer to the logical volume with a given address
const ILVolume::ReplicaPath &	supportPath () const
	retrive reference to replica path (mistrerious "rpath" or "npath")
IGeometryInfo *	parentIGeometryInfo ()
	pointer to the parent IGeometryInfo
const IGeometryInfo *	parentIGeometryInfo () const
	pointer to the parent IGeometryInfo (const version)
IGeometryInfo::IGIChildrens &	childIGeometryInfos ()
	(reference to) container of children IGeometryInfo
const IGeometryInfo::IGIChildrens &	childIGeometryInfos () const
	(reference to) container of children IGeometryInfo
IGeometryInfo::IGIChildrens::const_iterator	childBegin () const
	iterators for manipulation of daughter elements begin iterator
IGeometryInfo::IGIChildrens::iterator	childBegin ()
	begin iterator (const version)
IGeometryInfo::IGIChildrens::iterator	childEnd ()
	end iterator
IGeometryInfo::IGIChildrens::const_iterator	childEnd () const
	end iterator (const version)
std::ostream &	printOut (std::ostream &) const
	overloades printout to std::ostream
MsgStream &	printOut (MsgStream &) const
	overloaded printout to the MsgStream
IGeometryInfo *	reset ()
	reset to the initial state
StatusCode	queryInterface (const InterfaceID &ID, void **ppI)
	query the interface
unsigned long	addRef ()
	add reference
unsigned long	release ()
	release
Static Public Member Functions
static const InterfaceID &	interfaceID ()
	retrieve the uniqie interface identifier
Public Attributes
	SUCCESS
	NO_INTERFACE
	VERSMISMATCH
	LAST_ERROR
Private Member Functions
IMessageSvc *	msgSvc () const
IDataProviderSvc *	dataSvc () const
ISvcLocator *	svcLocator () const
IUpdateManagerSvc *	updMgrSvc (bool create=false) const
MsgStream &	log () const
bool	isInsideDaughter (const Gaudi::XYZPoint &globalPoint) const
bool	childLoaded () const
StatusCode	registerSupportGI ()
	Register the parent IGeometryInfo.
StatusCode	calculateMatrices ()
StatusCode	combineMatrices (matrix_iterator deltaFirst, matrix_iterator deltaEnd, matrix_iterator pvFirst, matrix_iterator pvEnd)
StatusCode	calculateFullMatrices (matrix_iterator deltaFirst, matrix_iterator deltaEnd, matrix_iterator pvFirst)
	Calculate the combined ideal and delta matrix connecting this IGeometryInfo to the global frame.
void	calculateIdealMatrix (matrix_iterator pvFirst, matrix_iterator pvEnd)
	Calculate the total ideal matrix connecting this IGeometryInfo to the global frame.
StatusCode	setLocalOffNominalDeltaMatrix (const Gaudi::Transform3D &newDelta)
	Force the local delta matrix to be newDelta and re-do all necessary matrix calculations.
StatusCode	getAlignmentCondition ()
StatusCode	registerCondition ()
void	clearMatrices ()
bool	needsAlignmentCondition () const
void	needsAlignmentCondition (const bool &needsAlignment)
bool	hasAlignmentCondition () const
void	hasAlignmentCondition (const bool &hasAlignment)
AlignmentCondition *	myAlignmentCondition () const
IDetectorElement *	parentIDetectorElement (IDetectorElement *iDetElem)
IGeometryInfo *	geoByName (const std::string &name) const
ILVolume *	findLogical () const
StatusCode	loadChildren () const
	could throw GeometryInfoException
IDetectorElement *	detElem () const
void	Assert (bool assertion, const std::string &name) const
	Assertion JUAN: beware: dummies do nothing!
void	Assert (bool assertion, const std::string &name, const GaudiException &ge) const
	Assertion.
Gaudi::Transform3D *	accumulateMatrices (const ILVolume::PVolumePath &volumePath) const
bool	idealMatrixLoaded ()
matrix_iterator	idealBegin () const
matrix_iterator	idealEnd () const
matrix_iterator	deltaBegin () const
matrix_iterator	deltaEnd () const
Private Attributes
MsgStream *	m_log
bool	m_gi_has_logical
	flag for logical volume association
std::string	m_gi_lvolumeName
	name of logical volume ( full path (address) in the Transient Store )
ILVolume *	m_gi_lvolume
	C++ pointer to the logical volume (loaded on demand only!).
bool	m_hasAlignment
std::string	m_alignmentPath
bool	m_hasAlignmentPath
AlignmentCondition *	m_alignmentCondition
Gaudi::Transform3D *	m_matrix
	Transformation from the global reference system to the local reference system.
Gaudi::Transform3D *	m_idealMatrix
	Transformation from the global reference system to the local reference system.
Gaudi::Transform3D *	m_localIdealMatrix
Gaudi::Transform3D *	m_localDeltaMatrix
Gaudi::Transform3D *	m_matrixInv
	transformation FROM local reference system to the global reference system
Gaudi::Transform3D *	m_idealMatrixInv
bool	m_gi_has_support
	flag for support association
std::string	m_gi_supportName
	name of DetectorElement (full path(address) in the Transient Store) , which supports the addres)
IGeometryInfo *	m_gi_support
	C++ pointer to element, which supports the address (loaded on demand).
ILVolume::ReplicaPath	m_gi_supportPath
	the address itself (numeric replic apath)
std::string	m_gi_supportNamePath
	another form of address (name replica path)
IDetectorElement *	m_gi_iDetectorElement
	The corresponding IDtectorElement object.
bool	m_gi_parentLoaded
	flag for parent object
IGeometryInfo *	m_gi_parent
	C++ pointer to parent object (resolved on demand only).
bool	m_gi_childLoaded
	flag for children objects
IGeometryInfo::IGIChildrens	m_gi_childrens
	container of pointers to children objects (resolved on demand only)
GeometryInfoPlus::ChildName	m_gi_childrensNames
	container of names of children objects (resolved on demand only)
DetDesc::Services *	m_services
	reference to services
std::vector< Gaudi::Transform3D >	m_pvMatrices
	Keep for now the local and all the parents ideal and delta transformation matrices.
std::vector< Gaudi::Transform3D >	m_deltaMatrices
bool	m_has_condition
	flag for alignment condition
std::string	m_gi_condPath
	Path on data store where alignment condition is to be found.
Static Private Attributes
static unsigned long	m_count
	object/reference counter
Friends
class	DetectorElement
	friend class

Detailed Description

Based on "most trivial" implementation of Vanya Belyaev and Sebastien Ponce.

Author:

Vanya Belyaev

Sebastien Ponce

Juan PALACIOS

Date:: 2005-04-28

Definition at line 45 of file GeometryInfoPlus.h.

Member Typedef Documentation

typedef std::vector<std::string> GeometryInfoPlus::ChildName

type of vector of children's names

Definition at line 53 of file GeometryInfoPlus.h.

typedef std::vector<Gaudi::Transform3D>::const_iterator GeometryInfoPlus::matrix_iterator

Definition at line 55 of file GeometryInfoPlus.h.

typedef std::vector<IGeometryInfo*> GeometryInfoPlus::IGIChildren

Definition at line 57 of file GeometryInfoPlus.h.

typedef IGeometryInfo::IGIChildrens::iterator GeometryInfoPlus::iGInfo_iterator

Definition at line 58 of file GeometryInfoPlus.h.

typedef std::vector<IGeometryInfo*> IGeometryInfo::IGIChildrens [inherited]

type of vector of daughter elements

Definition at line 39 of file IGeometryInfo.h.

typedef IGeometryInfo::IGIChildrens::iterator IGeometryInfo::IGIChildrenIterator [inherited]

Definition at line 40 of file IGeometryInfo.h.

typedef IGeometryInfo::IGIChildrens::const_iterator IGeometryInfo::IGIChildrenConstIterator [inherited]

Definition at line 41 of file IGeometryInfo.h.

Constructor & Destructor Documentation

GeometryInfoPlus::GeometryInfoPlus ( IDetectorElement * de )

constructor, creates "ghost"

Parameters:

pointer to detector element

GeometryInfoPlus::GeometryInfoPlus	(	IDetectorElement *	de,
		const std::string &	LogVol
	)

constructor, creates "orphan"

Parameters:

	de	pointer to detector element
	LogVol	name of logical volume

GeometryInfoPlus::GeometryInfoPlus	(	IDetectorElement *	de,
		const std::string &	LogVol,
		const std::string &	Support,
		const ILVolume::ReplicaPath &	ReplicaPath,
		const std::string &	alignmentPath = `""`
	)

constructor, create regular element

Parameters:

	de	pointer to detector element
	LogVol	name of logical volume
	Support	name of support element
	ReplicaPath	replica path/address
	alignmentPath	alignment path/address

GeometryInfoPlus::GeometryInfoPlus	(	IDetectorElement *	de,
		const std::string &	LogVol,
		const std::string &	Support,
		const std::string &	ReplicaNamePath,
		const std::string &	alignmentPath = `""`
	)

constructor, create regular element

Parameters:

	de	pointer to detector element
	LogVol	name of logical volume
	Support	name of support element
	ReplicaNamePath	replica path/address
	alignmentPath	alignment path/address

virtual GeometryInfoPlus::~GeometryInfoPlus ( ) [virtual]

Destructor.

Member Function Documentation

StatusCode GeometryInfoPlus::initialize ( )

StatusCode GeometryInfoPlus::cache ( ) [virtual]

Implements IGeometryInfo.

StatusCode GeometryInfoPlus::updateChildren ( ) [virtual]

Implements IGeometryInfo.

bool GeometryInfoPlus::hasLVolume ( ) const [virtual]

Is the GeometryInfo object associated with Logical Volume? This is to distinguish the Ghost case from the others.

A Detector Element ( or any arbitrary "Geometry Object") can be associated with Logical Volume in a Geometry Tree almost all behaviour of all other functions depends on the fact of this association.

There can be 3 types of such "association":

"Regular case":
- An Logical Volume embedded into the overall geometry tree is associated with this element.
"Orphan":
- A standalone Logical Volume ( which is not embedded into overall geometry tree ) is associated with this "geometry object". An interesting case: a "top" volume acts like "orphan" :-))
"Ghost": No any Logical Volume is associated with this "geometry element". Can be useful for naming, grouping and classification and navigation.

Implements IGeometryInfo.

bool GeometryInfoPlus::hasSupport ( ) const [virtual]

Has the GeometryInfo object support in Geometry tree? distinguish "regular" from others.

Implements IGeometryInfo.

const AlignmentCondition* GeometryInfoPlus::alignmentCondition ( ) const [virtual]

Access to this IGeometryInfo condition.

Implements IGeometryInfo.

const Gaudi::Transform3D& GeometryInfoPlus::toLocalMatrix ( ) const [virtual]

Full transformation matrix from Global Reference System to the local reference system of this Geometry Info object, including misalignments.

for "ghosts","orphans" and top-level elements it is just an Identity transformation
See also:
toGlobalMatrix()

Returns:
the full 3D transformation from the global reference system

Implements IGeometryInfo.

const Gaudi::Transform3D& GeometryInfoPlus::toGlobalMatrix ( ) const [virtual]

transformation matrix from Local Reference System to the Global Reference System of this IGeometryInfo.

See also:

toLocalMatrix()

for "ghosts","orphans" and top-level elements it is just an Identity transformation

Returns:: the 3D transformation from the local to the global reference system

Implements IGeometryInfo.

const Gaudi::Transform3D& GeometryInfoPlus::toLocalMatrixNominal ( ) const [virtual]

Ideal transformation matrix from Global Reference System to the local reference system of this Geometry Info object, excluding misalignments.

See also:: toGlobalMatrixNominal()

Returns:: the 3D transformation from the "Global" reference system in the nominal frame.

Implements IGeometryInfo.

const Gaudi::Transform3D& GeometryInfoPlus::toGlobalMatrixNominal ( ) const [virtual]

Ideal transformation matrix from local Reference System to the global reference system of this Geometry Info object, excluding misalignments.

See also:: toLocalMatrixNominal()

Returns:: the 3D transformation from "Local" system in the nominal frame.

Implements IGeometryInfo.

const Gaudi::Transform3D& GeometryInfoPlus::ownToLocalMatrixNominal ( ) const [virtual]

Ideal transformation matrix from parent Reference System to the local reference system of this Geometry Info object, excluding misalignment.

See also:: ownToGlobalMatrixNominal()

Returns:: the transformation from parent's reference system in the nominal frame.

Implements IGeometryInfo.

const Gaudi::Transform3D& GeometryInfoPlus::ownToNominalMatrix ( ) const [virtual]

Transformation that takes this IGeometryInfoPlus from an off-nominal position within a its parent to the nominal one.

It can be thought of as the inverse of the "delta" matrix.

Returns:: the 3D transformation that returns an off-nominal position to the nominal position in the frame of the parent

Implements IGeometryInfo.

Gaudi::Transform3D GeometryInfoPlus::ownToOffNominalMatrix ( ) const [virtual]

Transformation that takes this IGeometryInfoPlus from a nominal position within a its parent to the off-nominal one.

It can be thought of as the "delta" matrix.

Returns:: the 3D transformation that returns a nominal position to the off-nominal position in the frame of the parent

Implements IGeometryInfo.

Gaudi::Transform3D GeometryInfoPlus::ownMatrix ( ) const [virtual]

Transformation from this reference frame to the reference frame of the parent.

Includes local misalignment.

Returns:: the 3D transrmation taking this frame to the frame of the parent.

Implements IGeometryInfo.

StatusCode GeometryInfoPlus::ownToOffNominalMatrix ( const Gaudi::Transform3D & ) [virtual]

Upate the nominal-> off-nominal 3D transformation of this IGeometryInfo.

Implements IGeometryInfo.

StatusCode GeometryInfoPlus::ownToOffNominalParams	(	const std::vector< double > &	trans,
		const std::vector< double > &	rot,
		const std::vector< double > &	pivot = `std::vector< double >(3)`
	)			`[virtual]`

Update the transformation parametrs describing the nominal->off-nominal 3D transformation of this GeometryInfo.

Implements IGeometryInfo.

Gaudi::XYZPoint GeometryInfoPlus::toLocal ( const Gaudi::XYZPoint & globalPoint ) const [virtual]

Perform transformation of point from the Global Reference System to Local Reference System of Geometry Info object.

See also:

toLocalMatrix()

toGlobalMatrix()

toGlobal( const Gaudi::XYZPoint&)

Parameters:

globalPoint

point in Global Reference System

Returns:: point in Local reference system

Implements IGeometryInfo.

Gaudi::XYZPoint GeometryInfoPlus::toGlobal ( const Gaudi::XYZPoint & localPoint ) const [virtual]

perform transformation of point from the LocalReference System to Global Reference System

See also:

toLocalMatrix()

toGlobalMatrix()

toLocal( const Gaudi::XYZPoint&)

Parameters:

localPoint

point in Local Reference System

Returns:: point in Global reference system

Implements IGeometryInfo.

Gaudi::XYZVector GeometryInfoPlus::toLocal ( const Gaudi::XYZVector & globalDirection ) const [virtual]

Perform transformation a vector from the Global Reference System to Local Reference System of Geometry Info object.

See also:

toLocalMatrix()

toGlobalMatrix()

toGlobal( const Gaudi::XYZVector&)

Parameters:

globalDirection

vector in Global Reference System

Returns:: vector in Local reference system direction

Implements IGeometryInfo.

Gaudi::XYZVector GeometryInfoPlus::toGlobal ( const Gaudi::XYZVector & localDirection ) const [virtual]

Perform transformation of a vector from the Local Reference System to the Global Reference System.

See also:

toLocalMatrix()

toGlobalMatrix()

toLocal( const Gaudi::XYZVector&)

Parameters:

localDirection

vector in Local Reference System

Returns:: vector in Global reference system direction

Implements IGeometryInfo.

bool GeometryInfoPlus::isInside ( const Gaudi::XYZPoint & globalPoint ) const [virtual]

Check for given 3D-point - "Is inside the volume?"

For regular case the defnition "is inside" is trivial
For "orphan" case the definition is less trivial but also can be defined in a proper way, e.g.

by considering the point as "local point". Within this approach the previous case is just the combination of transformation into local frame and then *is inside* method for pseudo-orphan.

For "ghosts" only one formal definition can be done - it is just the logical "OR" for all registered daughter Geometry Elements. Obviously it triggers the recursive calls. What to do if the ghost element has no any descendants? The best way is just to return "false" - "something" can not be *inside* of "nothing". :-))
See also:
toLocal( const Gaudi::XYZPoint& )
toGlobal( const Gaudi::XYZPoint& )
toLocalMatrix()
toGlobalMatrix()

Parameters:

globalPoint point in Global Referency System

Returns:
true if point "is inside" of the Geometry Info element

Implements IGeometryInfo.

std::string GeometryInfoPlus::belongsToPath ( const Gaudi::XYZPoint & globalPoint ) [virtual]

return the name of the daughter element to which the given point belongs to

Implements IGeometryInfo.

IGeometryInfo* GeometryInfoPlus::belongsTo ( const Gaudi::XYZPoint & globalPoint ) [virtual]

return the C++ pointer to the daughter element to which the given point belongs to

Implements IGeometryInfo.

std::string GeometryInfoPlus::belongsToPath	(	const Gaudi::XYZPoint &	globalPoint,
		const int	level
	)			`[virtual]`

return the name of the daughter element to which the given point belongs to (taking into account the level)

Implements IGeometryInfo.

IGeometryInfo* GeometryInfoPlus::belongsTo	(	const Gaudi::XYZPoint &	globalPoint,
		const int	level
	)			`[virtual]`

return the C++ pointer to the daughter element to which the given point belongs to (taking into account the level)

Implements IGeometryInfo.

StatusCode GeometryInfoPlus::fullGeoInfoForPoint	(	const Gaudi::XYZPoint &	point,
		const int	level,
		IGeometryInfo *&	start,
		ILVolume::PVolumePath &	volumePath
	)			`[virtual]`

return the full geometry info for a given point in the global reference system

Implements IGeometryInfo.

StatusCode GeometryInfoPlus::fullGeoInfoForPoint	(	const Gaudi::XYZPoint &	point,
		const int	level,
		IGeometryInfo *&	start,
		ILVolume::ReplicaPath &	volumePath
	)			`[virtual]`

return the full geometry info for a given point in the global reference system

Implements IGeometryInfo.

StatusCode GeometryInfoPlus::fullGeoInfoForPoint	(	const Gaudi::XYZPoint &	point,
		const int	level,
		std::string &	start,
		ILVolume::PVolumePath &	volumePath
	)			`[virtual]`

return the full geometry info for a given point in the global reference system

Implements IGeometryInfo.

StatusCode GeometryInfoPlus::fullGeoInfoForPoint	(	const Gaudi::XYZPoint &	point,
		const int	level,
		std::string &	start,
		ILVolume::ReplicaPath &	volumePath
	)			`[virtual]`

return the full geometry info for a given point in the global reference system

Implements IGeometryInfo.

const std::string& GeometryInfoPlus::lvolumeName ( ) const [inline, virtual]

return the name of the assosiated logical volume

Implements IGeometryInfo.

Definition at line 201 of file GeometryInfoPlus.h.

00201 { return m_gi_lvolumeName; }

const ILVolume* GeometryInfoPlus::lvolume ( ) const [virtual]

return the C++ pointer4 to the assosiated logical volume

Implements IGeometryInfo.

StatusCode GeometryInfoPlus::location	(	IGeometryInfo *&	start,
		ILVolume::ReplicaPath &	replicaPath
	)			const `[virtual]`

return the location (address) of this geometry object

Implements IGeometryInfo.

StatusCode GeometryInfoPlus::location	(	std::string &	start,
		ILVolume::ReplicaPath &	replicaPath
	)			const `[virtual]`

return the location (address) of this geometry object

Implements IGeometryInfo.

IGeometryInfo* GeometryInfoPlus::supportIGeometryInfo ( ) const [virtual]

return the IGeometryInfo supporting this one.

Implements IGeometryInfo.

std::string GeometryInfoPlus::lvolumePath	(	const std::string &	start,
		const ILVolume::ReplicaPath &	replicaPath
	)			`[virtual]`

return the name of the logical volume with a given address

Implements IGeometryInfo.

const ILVolume* GeometryInfoPlus::lvolume	(	const std::string &	start,
		const ILVolume::ReplicaPath &	replicaPath
	)			`[virtual]`

return the C++ pointer to the logical volume with a given address

Implements IGeometryInfo.

std::string GeometryInfoPlus::lvolumePath	(	IGeometryInfo *	start,
		const ILVolume::ReplicaPath &	replicaPath
	)			`[virtual]`

return the name of the logical volume with a given address

Implements IGeometryInfo.

const ILVolume* GeometryInfoPlus::lvolume	(	IGeometryInfo *	start,
		const ILVolume::ReplicaPath &	replicaPath
	)			`[virtual]`

return the C++ pointer to the logical volume with a given address

Implements IGeometryInfo.

const ILVolume::ReplicaPath& GeometryInfoPlus::supportPath ( ) const [virtual]

retrive reference to replica path (mistrerious "rpath" or "npath")

Implements IGeometryInfo.

IGeometryInfo* GeometryInfoPlus::parentIGeometryInfo ( ) [virtual]

pointer to the parent IGeometryInfo

Implements IGeometryInfo.

const IGeometryInfo* GeometryInfoPlus::parentIGeometryInfo ( ) const [virtual]

pointer to the parent IGeometryInfo (const version)

Implements IGeometryInfo.

IGeometryInfo::IGIChildrens& GeometryInfoPlus::childIGeometryInfos ( ) [inline, virtual]

(reference to) container of children IGeometryInfo

Implements IGeometryInfo.

Definition at line 246 of file GeometryInfoPlus.h.

00247   {
00248     if( !m_gi_childLoaded ) loadChildren(); 
00249     return m_gi_childrens; 
00250   }

const IGeometryInfo::IGIChildrens& GeometryInfoPlus::childIGeometryInfos ( ) const [inline, virtual]

(reference to) container of children IGeometryInfo

Implements IGeometryInfo.

Definition at line 252 of file GeometryInfoPlus.h.

00253   {
00254     if( !m_gi_childLoaded ) loadChildren();
00255     return m_gi_childrens; 
00256   }

IGeometryInfo::IGIChildrens::const_iterator GeometryInfoPlus::childBegin ( ) const [inline, virtual]

iterators for manipulation of daughter elements begin iterator

Implements IGeometryInfo.

Definition at line 259 of file GeometryInfoPlus.h.

00260   {
00261      if( !m_gi_childLoaded ) {  
00262        try{ loadChildren(); }
00263        catch(...) { return m_gi_childrens.end(); }
00264      }
00265      return m_gi_childrens.begin();
00266   }

IGeometryInfo::IGIChildrens::iterator GeometryInfoPlus::childBegin ( ) [inline, virtual]

begin iterator (const version)

Implements IGeometryInfo.

Definition at line 270 of file GeometryInfoPlus.h.

00271   {  
00272     if( !m_gi_childLoaded ) 
00273     {  try{ loadChildren(); } catch(...){ return m_gi_childrens.end(); }  }
00274     return m_gi_childrens.begin(); 
00275   }

IGeometryInfo::IGIChildrens::iterator GeometryInfoPlus::childEnd ( ) [inline, virtual]

end iterator

Implements IGeometryInfo.

Definition at line 278 of file GeometryInfoPlus.h.

00279   {
00280     if( !m_gi_childLoaded ) 
00281     {  try{ loadChildren(); } catch(...){ return m_gi_childrens.end(); }  }
00282     return m_gi_childrens.end(); 
00283   }

IGeometryInfo::IGIChildrens::const_iterator GeometryInfoPlus::childEnd ( ) const [inline, virtual]

end iterator (const version)

Implements IGeometryInfo.

Definition at line 287 of file GeometryInfoPlus.h.

00288   {
00289     if( !m_gi_childLoaded ) 
00290     {  try{ loadChildren(); } catch(...){ return m_gi_childrens.end(); }  }
00291     return m_gi_childrens.end(); 
00292   }

std::ostream& GeometryInfoPlus::printOut ( std::ostream & ) const [virtual]

overloades printout to std::ostream

Implements IGeometryInfo.

MsgStream& GeometryInfoPlus::printOut ( MsgStream & ) const [virtual]

overloaded printout to the MsgStream

Implements IGeometryInfo.

IGeometryInfo* GeometryInfoPlus::reset ( ) [virtual]

reset to the initial state

Implements IGeometryInfo.

StatusCode GeometryInfoPlus::queryInterface	(	const InterfaceID &	ID,
		void **	ppI
	)			`[virtual]`

query the interface

Parameters:

	ID	interface identifier
	ppI	placeholder for returned interface

Returns:: status code

Implements IInterface.

unsigned long GeometryInfoPlus::addRef ( ) [inline, virtual]

add reference

Implements IInterface.

Definition at line 308 of file GeometryInfoPlus.h.

00309   {
00310     return 0;
00311   }

unsigned long GeometryInfoPlus::release ( ) [inline, virtual]

release

Implements IInterface.

Definition at line 314 of file GeometryInfoPlus.h.

00315   {
00316     return 0;
00317   }

IMessageSvc* GeometryInfoPlus::msgSvc ( ) const [inline, private]

Definition at line 327 of file GeometryInfoPlus.h.

00327                                            {
00328     return m_services->msgSvc();
00329   }

IDataProviderSvc* GeometryInfoPlus::dataSvc ( ) const [inline, private]

Definition at line 330 of file GeometryInfoPlus.h.

00330                                             {
00331     return m_services->detSvc();
00332   }

ISvcLocator* GeometryInfoPlus::svcLocator ( ) const [inline, private]

Definition at line 333 of file GeometryInfoPlus.h.

00333                                                {
00334     return m_services->svcLocator();
00335   }

IUpdateManagerSvc* GeometryInfoPlus::updMgrSvc ( bool create = false ) const [inline, private]

Definition at line 336 of file GeometryInfoPlus.h.

00336                                                                  {
00337     return m_services->updMgrSvc(create);
00338   }

MsgStream& GeometryInfoPlus::log ( ) const [inline, private]

Definition at line 340 of file GeometryInfoPlus.h.

00340 { return *m_log; }

bool GeometryInfoPlus::isInsideDaughter ( const Gaudi::XYZPoint & globalPoint ) const [inline, private]

Definition at line 342 of file GeometryInfoPlus.h.

00343   {
00344     if( !childLoaded() || loadChildren().isFailure() )  return false;
00345     IGeometryInfo::IGIChildrens::const_iterator it = 
00346       std::find_if( childBegin() , childEnd  () , 
00347                     IGeometryInfo_isInside( globalPoint ) ) ;  
00348     return ( ( childEnd() == it ) ? false : true );
00349   }

bool GeometryInfoPlus::childLoaded ( ) const [inline, private]

Definition at line 351 of file GeometryInfoPlus.h.

00351 { return m_gi_childLoaded ; }

StatusCode GeometryInfoPlus::registerSupportGI ( ) [private]

This should trigger a re-cahing if a parent changes its validity.

StatusCode GeometryInfoPlus::calculateMatrices ( ) [private]

StatusCode GeometryInfoPlus::combineMatrices	(	matrix_iterator	deltaFirst,
		matrix_iterator	deltaEnd,
		matrix_iterator	pvFirst,
		matrix_iterator	pvEnd
	)			`[private]`

StatusCode GeometryInfoPlus::calculateFullMatrices	(	matrix_iterator	deltaFirst,
		matrix_iterator	deltaEnd,
		matrix_iterator	pvFirst
	)			`[private]`

Calculate the combined ideal and delta matrix connecting this IGeometryInfo to the global frame.

Set the corresponding inverse matrix.

void GeometryInfoPlus::calculateIdealMatrix	(	matrix_iterator	pvFirst,
		matrix_iterator	pvEnd
	)			`[private]`

Calculate the total ideal matrix connecting this IGeometryInfo to the global frame.

Set the corresponding inverse matrix.

StatusCode GeometryInfoPlus::setLocalOffNominalDeltaMatrix ( const Gaudi::Transform3D & newDelta ) [private]

Force the local delta matrix to be newDelta and re-do all necessary matrix calculations.

StatusCode GeometryInfoPlus::getAlignmentCondition ( ) [private]

StatusCode GeometryInfoPlus::registerCondition ( ) [private]

void GeometryInfoPlus::clearMatrices ( ) [private]

bool GeometryInfoPlus::needsAlignmentCondition ( ) const [inline, private]

Definition at line 389 of file GeometryInfoPlus.h.

00390   {
00391     return m_hasAlignmentPath;
00392   }

void GeometryInfoPlus::needsAlignmentCondition ( const bool & needsAlignment ) [inline, private]

Definition at line 394 of file GeometryInfoPlus.h.

00395   {
00396     m_hasAlignmentPath = needsAlignment;
00397   }

bool GeometryInfoPlus::hasAlignmentCondition ( ) const [inline, private]

Definition at line 399 of file GeometryInfoPlus.h.

00400   {
00401     return m_hasAlignment;
00402   }

void GeometryInfoPlus::hasAlignmentCondition ( const bool & hasAlignment ) [inline, private]

Definition at line 404 of file GeometryInfoPlus.h.

00405   {
00406     m_hasAlignment = hasAlignment;
00407   }

AlignmentCondition* GeometryInfoPlus::myAlignmentCondition ( ) const [inline, private]

Definition at line 409 of file GeometryInfoPlus.h.

00410   {
00411     return m_alignmentCondition;
00412   }

IDetectorElement* GeometryInfoPlus::parentIDetectorElement ( IDetectorElement * iDetElem ) [inline, private]

Definition at line 414 of file GeometryInfoPlus.h.

00415   {
00416     return (0!=iDetElem) ? iDetElem->parentIDetectorElement() : 0; 
00417   }

IGeometryInfo* GeometryInfoPlus::geoByName ( const std::string & name ) const [private]

ILVolume* GeometryInfoPlus::findLogical ( ) const [private]

StatusCode GeometryInfoPlus::loadChildren ( ) const [private]

could throw GeometryInfoException

IDetectorElement* GeometryInfoPlus::detElem ( ) const [inline, private]

Definition at line 425 of file GeometryInfoPlus.h.

00425                                            { 
00426     return m_gi_iDetectorElement ;
00427   }

void GeometryInfoPlus::Assert	(	bool	assertion,
		const std::string &	name
	)			const `[inline, private]`

Assertion JUAN: beware: dummies do nothing!

Definition at line 430 of file GeometryInfoPlus.h.

00431                                                     {
00432     if( !assertion ) { throw GeometryInfoException( name , this ); }
00433   };

void GeometryInfoPlus::Assert	(	bool	assertion,
		const std::string &	name,
		const GaudiException &	ge
	)			const `[inline, private]`

Assertion.

Definition at line 436 of file GeometryInfoPlus.h.

00437                                                        {
00438     if( !assertion ) { throw GeometryInfoException( name , ge , this ); }
00439   };

Gaudi::Transform3D* GeometryInfoPlus::accumulateMatrices ( const ILVolume::PVolumePath & volumePath ) const [private]

bool GeometryInfoPlus::idealMatrixLoaded ( ) [inline, private]

Definition at line 445 of file GeometryInfoPlus.h.

00445 { return (0!= m_idealMatrix); }

matrix_iterator GeometryInfoPlus::idealBegin ( ) const [inline, private]

Definition at line 543 of file GeometryInfoPlus.h.

00544   {
00545     return m_pvMatrices.begin();
00546   }

matrix_iterator GeometryInfoPlus::idealEnd ( ) const [inline, private]

Definition at line 548 of file GeometryInfoPlus.h.

00549   {
00550     return m_pvMatrices.end();
00551   }

matrix_iterator GeometryInfoPlus::deltaBegin ( ) const [inline, private]

Definition at line 553 of file GeometryInfoPlus.h.

00554   {
00555     return m_deltaMatrices.begin();
00556   }

matrix_iterator GeometryInfoPlus::deltaEnd ( ) const [inline, private]

Definition at line 558 of file GeometryInfoPlus.h.

00559   {
00560     return m_deltaMatrices.end();
00561   }

static const InterfaceID& IGeometryInfo::interfaceID ( ) [inline, static, inherited]

retrieve the uniqie interface identifier

Returns:: the unique interface identifier

Reimplemented from IInterface.

Definition at line 45 of file IGeometryInfo.h.

00045 { return IID_IGeometryInfo; }

Friends And Related Function Documentation

friend class DetectorElement [friend]

friend class

Definition at line 48 of file GeometryInfoPlus.h.

Member Data Documentation

MsgStream* GeometryInfoPlus::m_log [private]

Definition at line 449 of file GeometryInfoPlus.h.

bool GeometryInfoPlus::m_gi_has_logical [private]

flag for logical volume association

Definition at line 452 of file GeometryInfoPlus.h.

std::string GeometryInfoPlus::m_gi_lvolumeName [private]

name of logical volume ( full path (address) in the Transient Store )

Definition at line 456 of file GeometryInfoPlus.h.

ILVolume* GeometryInfoPlus::m_gi_lvolume [mutable, private]

C++ pointer to the logical volume (loaded on demand only!).

Definition at line 458 of file GeometryInfoPlus.h.

bool GeometryInfoPlus::m_hasAlignment [private]

Definition at line 460 of file GeometryInfoPlus.h.

std::string GeometryInfoPlus::m_alignmentPath [private]

Definition at line 462 of file GeometryInfoPlus.h.

bool GeometryInfoPlus::m_hasAlignmentPath [private]

Definition at line 464 of file GeometryInfoPlus.h.

AlignmentCondition* GeometryInfoPlus::m_alignmentCondition [private]

Definition at line 466 of file GeometryInfoPlus.h.

Gaudi::Transform3D* GeometryInfoPlus::m_matrix [mutable, private]

Transformation from the global reference system to the local reference system.

Total matrix, including ideal alignment plus deltas.

Definition at line 471 of file GeometryInfoPlus.h.

Gaudi::Transform3D* GeometryInfoPlus::m_idealMatrix [mutable, private]

Transformation from the global reference system to the local reference system.

Ideal geometry with no misalignments.

Definition at line 476 of file GeometryInfoPlus.h.

Gaudi::Transform3D* GeometryInfoPlus::m_localIdealMatrix [mutable, private]

Definition at line 478 of file GeometryInfoPlus.h.

Gaudi::Transform3D* GeometryInfoPlus::m_localDeltaMatrix [mutable, private]

Definition at line 479 of file GeometryInfoPlus.h.

Gaudi::Transform3D* GeometryInfoPlus::m_matrixInv [mutable, private]

transformation FROM local reference system to the global reference system

Definition at line 489 of file GeometryInfoPlus.h.

Gaudi::Transform3D* GeometryInfoPlus::m_idealMatrixInv [mutable, private]

Definition at line 490 of file GeometryInfoPlus.h.

bool GeometryInfoPlus::m_gi_has_support [private]

flag for support association

Definition at line 493 of file GeometryInfoPlus.h.

std::string GeometryInfoPlus::m_gi_supportName [private]

name of DetectorElement (full path(address) in the Transient Store) , which supports the addres)

Definition at line 497 of file GeometryInfoPlus.h.

IGeometryInfo* GeometryInfoPlus::m_gi_support [mutable, private]

C++ pointer to element, which supports the address (loaded on demand).

Definition at line 499 of file GeometryInfoPlus.h.

ILVolume::ReplicaPath GeometryInfoPlus::m_gi_supportPath [mutable, private]

the address itself (numeric replic apath)

Definition at line 501 of file GeometryInfoPlus.h.

std::string GeometryInfoPlus::m_gi_supportNamePath [private]

another form of address (name replica path)

Definition at line 503 of file GeometryInfoPlus.h.

IDetectorElement* GeometryInfoPlus::m_gi_iDetectorElement [mutable, private]

The corresponding IDtectorElement object.

Definition at line 506 of file GeometryInfoPlus.h.

bool GeometryInfoPlus::m_gi_parentLoaded [mutable, private]

flag for parent object

Definition at line 509 of file GeometryInfoPlus.h.

IGeometryInfo* GeometryInfoPlus::m_gi_parent [mutable, private]

C++ pointer to parent object (resolved on demand only).

Definition at line 511 of file GeometryInfoPlus.h.

bool GeometryInfoPlus::m_gi_childLoaded [mutable, private]

flag for children objects

Definition at line 513 of file GeometryInfoPlus.h.

IGeometryInfo::IGIChildrens GeometryInfoPlus::m_gi_childrens [mutable, private]

container of pointers to children objects (resolved on demand only)

Definition at line 517 of file GeometryInfoPlus.h.

GeometryInfoPlus::ChildName GeometryInfoPlus::m_gi_childrensNames [mutable, private]

container of names of children objects (resolved on demand only)

Definition at line 521 of file GeometryInfoPlus.h.

unsigned long GeometryInfoPlus::m_count [static, private]

object/reference counter

Definition at line 524 of file GeometryInfoPlus.h.

DetDesc::Services* GeometryInfoPlus::m_services [private]

reference to services

Definition at line 527 of file GeometryInfoPlus.h.

std::vector<Gaudi::Transform3D> GeometryInfoPlus::m_pvMatrices [private]

Keep for now the local and all the parents ideal and delta transformation matrices.

The code is written such that these could become automatic, temporary objects in one algorithm. Juan.

Definition at line 533 of file GeometryInfoPlus.h.

std::vector<Gaudi::Transform3D> GeometryInfoPlus::m_deltaMatrices [private]

Definition at line 534 of file GeometryInfoPlus.h.

bool GeometryInfoPlus::m_has_condition [private]

flag for alignment condition

Definition at line 538 of file GeometryInfoPlus.h.

std::string GeometryInfoPlus::m_gi_condPath [private]

Path on data store where alignment condition is to be found.

Definition at line 540 of file GeometryInfoPlus.h.

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

/home/dayabay/installs/trunk_2011_04_11_opt/NuWa-trunk/lhcb/Det/DetDesc/DetDesc/GeometryInfoPlus.h

Generated on Mon Apr 11 20:00:18 2011 for DetDesc by 1.4.7

In This Package:

GeometryInfoPlus Class Reference

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Private Member Functions

Private Attributes

Static Private Attributes

Friends

Detailed Description

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Member Data Documentation