Class to identify a sector inside of the VXD. More...

#include <FullSecID.h>

Public Types
typedef unsigned int	BaseType
	defines the base type used for FullSecID

Public Member Functions
bool	operator< (const FullSecID &secID) const
	overloaded '<'-operator for sorting algorithms

bool	operator== (const FullSecID &secID) const
	overloaded '=='-operator for sorting algorithms

bool	equalIgnoreSubLayerID (const FullSecID &secID)
	comparison which ignores the sublayer ID

FullSecID &	operator= (const FullSecID &secID)
	overloaded assignment operator

	operator unsigned int () const
	overloaded int cast

	operator std::string (void) const
	overloaded string cast

	FullSecID (const FullSecID &secID)
	Copy constructor.

	FullSecID (unsigned int id=0)
	Constructor taking the encoded full Sec ID (int).

	FullSecID (std::string sid)
	Constructor taking the encoded full Sec ID (string).

	FullSecID (VxdID vxdID, bool subLayerID=false, unsigned int sectorNumber=0)
	Constructor.

	FullSecID (unsigned int layerID, bool subLayerID, unsigned int sensorID, unsigned int sectorNumber)
	Another contstructor which does not need a VxdID nor another coded valid FullSecID.

	~FullSecID ()
	Destructor.

short int	getLayerID () const
	returns LayerID compatible with basf2 standards.

short int	getLayerNumber () const
	returns LayerID compatible with basf2 standards.

int	getLadderID () const
	returns LadderID compatible with basf2 standards

int	getLadderNumber () const
	returns LadderID compatible with basf2 standards

bool	getSubLayerID () const
	returns SubLayerID which tells you whether it is useful to search for compatible sectors in the same layer as well.

VxdID	getVxdID () const
	returns VxdID of sensor.

unsigned short int	getUniID () const
	returns uniID of sensor (basically the same as VxdID (can simply converted to vxdID(uniID)) but a trifle faster when only the short int value storing the VxdID information is wanted).

short int	getSecID () const
	returns SecID of current FullSecID (only unique for each sensor).

unsigned int	getFullSecID () const
	returns the FullSecID coded as integer for further use (can be reconverted to FullSecID by using FullSecID(value))

std::string	getFullSecString () const
	returns the FullSecID coded as string compatible to secIDs stored in the xml-sectormaps

Protected Attributes
BaseType	m_fullSecID
	contains full info of current SecID.

Static Protected Attributes
static const int	LayerBits = 4
	Number of bits available to represent a layer.

static const int	SubLayerBits = 1
	Number of bits available to represent a subLayer (a sublayer is 1 if current sector on sensor is in an overlapping region, where it is possible that an inner hit of the same track could be on the same layer)

static const int	VxdIDBits = 16
	Number of bits available to store a full vxdID.

static const int	SectorBits = 11
	Number of bits available to represent a sector.

static const int	Bits = LayerBits + SubLayerBits + VxdIDBits + SectorBits
	Total bit size of the VxdID.

static const int	MaxLayer = (1 << LayerBits) - 1
	Maximum valid Layer ID.

static const int	MaxSubLayer = (1 << SubLayerBits) - 1
	Maximum valid Ladder ID.

static const int	MaxVxdID = (1 << VxdIDBits) - 1
	Maximum valid Sensor ID.

static const int	MaxSector = (1 << SectorBits) - 1
	Maximum valid Segment ID.

static const int	MaxID = std::numeric_limits<unsigned int>::max()
	Maximum value for ID.

static const int	LayerBitShift = SubLayerBits + VxdIDBits + SectorBits
	Number of bits to shift for storing a LayerID.

static const int	SubLayerBitShift = VxdIDBits + SectorBits
	Number of bits to shift for storing a SubLayerID.

static const int	VxdIDBitShift = SectorBits
	Number of bits shift for storing a full vxdID.

static const int	SubLayerMask = MaxSubLayer << SubLayerBitShift
	mask to get subLayerID from fullSecID

static const int	VxdIDMask = MaxVxdID << VxdIDBitShift
	mask to get VxdID from fullSecID

static const int	SectorMask = MaxSector
	mask to get SectorID from fullSecID

Friends
std::ostream &	operator<< (std::ostream &out, const FullSecID &secID)
	overloaded '<<' stream operator.

Detailed Description

Class to identify a sector inside of the VXD.

It allows to uniquely identify a SecID within the Vxd-SectorMap: The following information is coded into the FullSecID: Layer: bits 0 - 3 (Values 0-15, calculated using shift: 28) SubLayer: bits 4 (Values 0,1, calculated using: 27) VxdID: bits 5 - 21 (Values: whole range of VxdIDs, calculated using: 11) SecID: bits 22 - 32 ( Values: 0 up to 2047)

Definition at line 33 of file FullSecID.h.

Member Typedef Documentation

◆ BaseType

typedef unsigned int BaseType

defines the base type used for FullSecID

Definition at line 38 of file FullSecID.h.

Constructor & Destructor Documentation

◆ FullSecID() [1/5]

FullSecID ( const FullSecID & secID )

inline

Copy constructor.

Definition at line 73 of file FullSecID.h.

73: m_fullSecID(secID.m_fullSecID) {}

Belle2::FullSecID::m_fullSecID

BaseType m_fullSecID

contains full info of current SecID.

Definition: FullSecID.h:221

◆ FullSecID() [2/5]

FullSecID ( unsigned int id = 0 )

inlineexplicit

Constructor taking the encoded full Sec ID (int).

use this one if you have got an already existing integer storing the FullSecID information and you want the possibility to extract its entries (layer, sublayer, vxdID, secID)

Parameters

id	Number of the SecID using the encoded format. Careful - SecIDs are not continuously within the encoded number. The default is set to zero which represents the secID of the IP

Definition at line 82 of file FullSecID.h.

82 :

83 m_fullSecID(id) {}

◆ FullSecID() [3/5]

FullSecID ( std::string sid )

explicit

Constructor taking the encoded full Sec ID (string).

use this one if you want to convert a string-encoded sector into the internal version (e.g. provided by the xml-files storing a sectormap) into the internal version. This constructor should be dispensable after changing from xml-based data storage to sql-storage

Parameters

sid	global secID encoded in a string file eg "41_12345_3" 41 means layer 4, sublayer 1, 12345 is a dummy for the integer-version of the VxdID and the last digit is the local secID on the sensor

Definition at line 43 of file FullSecID.cc.

{
  std::vector<std::string> stringSegments;
  boost::split(stringSegments, sid, boost::is_any_of("_"));
 
  unsigned int LayerID = stringSegments[0][0] -
                         '0'; // since chars are (compared to strings) very problematic to convert to ints, this solution is very dirty but at least it's short and easy to read.
  unsigned int SubLayerID = 0;
  if (stringSegments[0].size() > 1) {
    SubLayerID = stringSegments[0][1] - '0';
  }
//   unsigned int SubLayerID = stringSegments[0][1] - '0';
  unsigned int UniID =  std::stoi(stringSegments[1]);   // C++03: atoi(stringSegments[1].c_str());
  unsigned int sectorNumber = std::stoi(stringSegments[2]);   //  atoi(stringSegments[2].c_str());
  B2DEBUG(29, "FullSecID-constructor: Value before converting: " << sid << ", after converting: layerID " << LayerID <<
          ", subLayerID " << SubLayerID << ", UniID " << UniID << ", secID " << sectorNumber);
  assert(LayerID < MaxLayer + 1);
  assert(SubLayerID < MaxSubLayer + 1);
  assert(UniID < MaxVxdID + 1);
  assert(sectorNumber < MaxSector + 1);
 
  LayerID <<= LayerBitShift;
  SubLayerID <<= SubLayerBitShift;
  UniID <<= VxdIDBitShift;
  m_fullSecID = LayerID | SubLayerID | UniID | sectorNumber;
}

◆ FullSecID() [4/5]

FullSecID	(	VxdID	vxdID,
		bool	subLayerID = `false`,
		unsigned int	sectorNumber = `0`
	)

explicit

Constructor.

If you want to create a new Full Sec ID using the information which shall be stored there (e.g. layer, sublayer, vxdID, secID)

Parameters

vxdID	full VxdID of sensor of current sector.
subLayerID	0 if not in overlapping area of sensor, 1 if within overlap.
sectorNumber	number of sector at current sensor/vxdID.

Definition at line 72 of file FullSecID.cc.

                                                                           :
  m_fullSecID(0)   // setting to 0 to be sure that value is 0 when using it within the brackets
{
  unsigned int LayerID = vxdID.getLayerNumber();
  unsigned int SubLayerID = subLayerID; // converting to int
  unsigned int UniID = vxdID;
 
  B2DEBUG(28, "FullSecID-constructor: LayerID " << LayerID << ", MaxLayer " << MaxLayer << ", SubLayerID " << SubLayerID <<
          ", MaxSubLayer " << MaxSubLayer << ", UniID " << UniID << ", MaxVxdID " << MaxVxdID << ", sectorNumber " << sectorNumber <<
          ", MaxSector " << MaxSector);
  assert(LayerID < MaxLayer + 1);
  assert(SubLayerID < MaxSubLayer + 1);
  assert(UniID < MaxVxdID + 1);
  assert(sectorNumber < MaxSector + 1);
 
  LayerID <<= LayerBitShift;
  SubLayerID <<= SubLayerBitShift;
  UniID <<= VxdIDBitShift;
  m_fullSecID = LayerID | SubLayerID | UniID | sectorNumber; // should be the same as below
//  m_fullSecID = LayerID + SubLayerID + UniID + sectorNumber; // should be the same as above
}

◆ FullSecID() [5/5]

FullSecID	(	unsigned int	layerID,
		bool	subLayerID,
		unsigned int	sensorID,
		unsigned int	sectorNumber
	)

Another contstructor which does not need a VxdID nor another coded valid FullSecID.

Parameters

layerID	set here the layer number as an ID...
subLayerID	0 if not in overlapping area of sensor, 1 if within overlap.
sensorID	an ID representing the sensorID (e.g. uniID/vxdID).
sectorNumber	number of sector at current sensor/vxdID.

Definition at line 96 of file FullSecID.cc.

{
  unsigned int SubLayerID = subLayerID; // converting to int
  B2DEBUG(28, "FullSecID-constructor: LayerID " << layerID << ", MaxLayer " << MaxLayer << ", SubLayerID " << subLayerID <<
          ", MaxSubLayer " << MaxSubLayer << ", UniID " << sensorID << ", MaxVxdID " << MaxVxdID << ", sectorNumber " << sectorNumber <<
          ", MaxSector " << MaxSector);
  assert(layerID < MaxLayer + 1);
  assert(SubLayerID < MaxSubLayer + 1);
  assert(sensorID < MaxVxdID + 1);
  assert(sectorNumber < MaxSector + 1);
 
  layerID <<= LayerBitShift;
  SubLayerID <<= SubLayerBitShift;
  sensorID <<= VxdIDBitShift;
  m_fullSecID = layerID | SubLayerID | sensorID | sectorNumber;
  B2DEBUG(28, " m_fullSecID/binary: " << m_fullSecID << "/" << std::bitset<32>(m_fullSecID) << "\n, secID/binary: " << sectorNumber
          << "/" << std::bitset<32>(sectorNumber) << ", layerID-binary: " << std::bitset<32>(layerID) << "\n, SubLayerID-binary: " <<
          std::bitset<32>(SubLayerID)  << ", sensorID-binary: " << std::bitset<32>(sensorID));
}

◆ ~FullSecID()

~FullSecID ( )

inline

Destructor.

Definition at line 114 of file FullSecID.h.

114{}

Member Function Documentation

◆ equalIgnoreSubLayerID()

bool equalIgnoreSubLayerID ( const FullSecID & secID )

inline

comparison which ignores the sublayer ID

Definition at line 50 of file FullSecID.h.

    {
      return ((~FullSecID::SubLayerMask)&m_fullSecID) == ((~FullSecID::SubLayerMask)&secID.m_fullSecID);
    }

◆ getFullSecID()

unsigned int getFullSecID ( ) const

inline

returns the FullSecID coded as integer for further use (can be reconverted to FullSecID by using FullSecID(value))

Definition at line 150 of file FullSecID.h.

150{ return m_fullSecID; }

◆ getFullSecString()

std::string getFullSecString ( ) const

returns the FullSecID coded as string compatible to secIDs stored in the xml-sectormaps

Definition at line 116 of file FullSecID.cc.

{
  if (getLayerID() == 0) {
    return (boost::format("0%1%_000_%2%") % getLayerID() % getSecID()).str();
  }
  return (boost::format("%1%%2%_%3%_%4%") % getLayerID() % getSubLayerID() % getUniID() %
          getSecID()).str();  // WARNING this bypasses the following code - intended?
//   if (getLayerID() == 0) {
//     return (boost::format("%1%%2%_0.0.0_%3%") % getLayerID() % getSubLayerID() % getSecID()).str();
//   }
//   return (boost::format("%1%%2%_%3%.%4%.%5%_%6%") % getLayerID() % getSubLayerID() % getVxdID().getLayerNumber() % getVxdID().getLadderNumber() % getVxdID().getSensorNumber() % getSecID()).str();
}

◆ getLadderID()

int getLadderID ( ) const

inline

returns LadderID compatible with basf2 standards

Definition at line 126 of file FullSecID.h.

126{ return getLadderNumber(); }

Belle2::FullSecID::getLadderNumber

int getLadderNumber() const

returns LadderID compatible with basf2 standards

Definition: FullSecID.h:130

◆ getLadderNumber()

int getLadderNumber ( ) const

inline

returns LadderID compatible with basf2 standards

Definition at line 130 of file FullSecID.h.

130{ return getVxdID().getLadderNumber(); }

Belle2::FullSecID::getVxdID

VxdID getVxdID() const

returns VxdID of sensor.

Definition: FullSecID.h:138

Belle2::VxdID::getLadderNumber

baseType getLadderNumber() const

Get the ladder id.

Definition: VxdID.h:98

◆ getLayerID()

short int getLayerID ( ) const

inline

returns LayerID compatible with basf2 standards.

Definition at line 118 of file FullSecID.h.

118{ return getLayerNumber(); }

Belle2::FullSecID::getLayerNumber

short int getLayerNumber() const

returns LayerID compatible with basf2 standards.

Definition: FullSecID.h:122

◆ getLayerNumber()

short int getLayerNumber ( ) const

inline

returns LayerID compatible with basf2 standards.

Definition at line 122 of file FullSecID.h.

122{ return m_fullSecID >> LayerBitShift; }

◆ getSecID()

short int getSecID ( ) const

inline

returns SecID of current FullSecID (only unique for each sensor).

Definition at line 146 of file FullSecID.h.

146{ return (m_fullSecID bitand SectorMask); }

Belle2::FullSecID::SectorMask

static const int SectorMask

mask to get SectorID from fullSecID

Definition: FullSecID.h:218

◆ getSubLayerID()

bool getSubLayerID ( ) const

inline

returns SubLayerID which tells you whether it is useful to search for compatible sectors in the same layer as well.

Definition at line 134 of file FullSecID.h.

134{ return (m_fullSecID bitand SubLayerMask) >> SubLayerBitShift; }

◆ getUniID()

unsigned short int getUniID ( ) const

inline

returns uniID of sensor (basically the same as VxdID (can simply converted to vxdID(uniID)) but a trifle faster when only the short int value storing the VxdID information is wanted).

Definition at line 142 of file FullSecID.h.

142{ return (m_fullSecID bitand VxdIDMask) >> VxdIDBitShift; }

Belle2::FullSecID::VxdIDMask

static const int VxdIDMask

mask to get VxdID from fullSecID

Definition: FullSecID.h:214

◆ getVxdID()

VxdID getVxdID ( ) const

inline

returns VxdID of sensor.

Definition at line 138 of file FullSecID.h.

138{ return VxdID((m_fullSecID bitand VxdIDMask) >> VxdIDBitShift); }

◆ operator std::string()

operator std::string ( void ) const

inline

overloaded string cast

Definition at line 64 of file FullSecID.h.

64{ return getFullSecString(); }

Belle2::FullSecID::getFullSecString

std::string getFullSecString() const

returns the FullSecID coded as string compatible to secIDs stored in the xml-sectormaps

Definition: FullSecID.cc:116

◆ operator unsigned int()

operator unsigned int ( ) const

inline

overloaded int cast

Definition at line 60 of file FullSecID.h.

60{ return m_fullSecID; }

◆ operator<()

bool operator< ( const FullSecID & secID ) const

inline

overloaded '<'-operator for sorting algorithms

Definition at line 43 of file FullSecID.h.

43{ return m_fullSecID < secID.m_fullSecID; }

◆ operator=()

FullSecID & operator= ( const FullSecID & secID )

inline

overloaded assignment operator

Definition at line 56 of file FullSecID.h.

56{ m_fullSecID = secID.m_fullSecID; return *this; }

◆ operator==()

bool operator== ( const FullSecID & secID ) const

inline

overloaded '=='-operator for sorting algorithms

Definition at line 47 of file FullSecID.h.

47{ return m_fullSecID == secID.m_fullSecID; }

Friends And Related Function Documentation

◆ operator<<

std::ostream & operator<<	(	std::ostream &	out,
		const FullSecID &	secID
	)

friend

overloaded '<<' stream operator.

Print secID to stream by converting it to string

Definition at line 68 of file FullSecID.h.

68{ out << secID.getFullSecString(); return out; }

Member Data Documentation

◆ Bits

const int Bits = LayerBits + SubLayerBits + VxdIDBits + SectorBits

staticprotected

Total bit size of the VxdID.

Definition at line 174 of file FullSecID.h.

◆ LayerBits

const int LayerBits = 4

staticprotected

Number of bits available to represent a layer.

Definition at line 158 of file FullSecID.h.

◆ LayerBitShift

const int LayerBitShift = SubLayerBits + VxdIDBits + SectorBits

staticprotected

Number of bits to shift for storing a LayerID.

Definition at line 198 of file FullSecID.h.

◆ m_fullSecID

BaseType m_fullSecID

protected

contains full info of current SecID.

Check class definition for detailed description

Definition at line 221 of file FullSecID.h.

◆ MaxID

const int MaxID = std::numeric_limits<unsigned int>::max()

staticprotected

Maximum value for ID.

Definition at line 194 of file FullSecID.h.

◆ MaxLayer

const int MaxLayer = (1 << LayerBits) - 1

staticprotected

Maximum valid Layer ID.

Definition at line 178 of file FullSecID.h.

◆ MaxSector

const int MaxSector = (1 << SectorBits) - 1

staticprotected

Maximum valid Segment ID.

Definition at line 190 of file FullSecID.h.

◆ MaxSubLayer

const int MaxSubLayer = (1 << SubLayerBits) - 1

staticprotected

Maximum valid Ladder ID.

Definition at line 182 of file FullSecID.h.

◆ MaxVxdID

const int MaxVxdID = (1 << VxdIDBits) - 1

staticprotected

Maximum valid Sensor ID.

Definition at line 186 of file FullSecID.h.

◆ SectorBits

const int SectorBits = 11

staticprotected

Number of bits available to represent a sector.

Definition at line 170 of file FullSecID.h.

◆ SectorMask

const int SectorMask = MaxSector

staticprotected

mask to get SectorID from fullSecID

Definition at line 218 of file FullSecID.h.

◆ SubLayerBits

const int SubLayerBits = 1

staticprotected

Number of bits available to represent a subLayer (a sublayer is 1 if current sector on sensor is in an overlapping region, where it is possible that an inner hit of the same track could be on the same layer)

Definition at line 162 of file FullSecID.h.

◆ SubLayerBitShift

const int SubLayerBitShift = VxdIDBits + SectorBits

staticprotected

Number of bits to shift for storing a SubLayerID.

Definition at line 202 of file FullSecID.h.

◆ SubLayerMask

const int SubLayerMask = MaxSubLayer << SubLayerBitShift

staticprotected

mask to get subLayerID from fullSecID

Definition at line 210 of file FullSecID.h.

◆ VxdIDBits

const int VxdIDBits = 16

staticprotected

Number of bits available to store a full vxdID.

Definition at line 166 of file FullSecID.h.

◆ VxdIDBitShift

const int VxdIDBitShift = SectorBits

staticprotected

Number of bits shift for storing a full vxdID.

Definition at line 206 of file FullSecID.h.

◆ VxdIDMask

const int VxdIDMask = MaxVxdID << VxdIDBitShift

staticprotected

mask to get VxdID from fullSecID

Definition at line 214 of file FullSecID.h.

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

tracking/dataobjects/include/FullSecID.h
tracking/dataobjects/src/FullSecID.cc

Public Types

Public Member Functions

Protected Attributes

Static Protected Attributes

Friends

Detailed Description

Member Typedef Documentation

◆ BaseType

Constructor & Destructor Documentation

◆ FullSecID() [1/5]

◆ FullSecID() [2/5]

◆ FullSecID() [3/5]

◆ FullSecID() [4/5]

◆ FullSecID() [5/5]

◆ ~FullSecID()

Member Function Documentation

◆ equalIgnoreSubLayerID()

◆ getFullSecID()

◆ getFullSecString()

◆ getLadderID()

◆ getLadderNumber()

◆ getLayerID()

◆ getLayerNumber()

◆ getSecID()

◆ getSubLayerID()

◆ getUniID()

◆ getVxdID()

◆ operator std::string()

◆ operator unsigned int()

◆ operator<()

◆ operator=()

◆ operator==()

Friends And Related Function Documentation

◆ operator<<

Member Data Documentation

◆ Bits

◆ LayerBits

◆ LayerBitShift

◆ m_fullSecID

◆ MaxID

◆ MaxLayer

◆ MaxSector

◆ MaxSubLayer

◆ MaxVxdID

◆ SectorBits

◆ SectorMask

◆ SubLayerBits

◆ SubLayerBitShift

◆ SubLayerMask

◆ VxdIDBits

◆ VxdIDBitShift

◆ VxdIDMask