Muon::nsw::NSWResourceId Class Reference

#include <NSWResourceId.h>

Collaboration diagram for Muon::nsw::NSWResourceId:

Public Member Functions
	NSWResourceId (uint32_t logical_id)
virtual	~NSWResourceId ()
uint8_t	elink () const
uint8_t	radius () const
uint8_t	layer () const
uint8_t	sector () const
uint8_t	resourceType () const
uint8_t	dataType () const
uint8_t	version () const
uint8_t	detId () const
uint8_t	group () const
uint8_t	eta () const
uint8_t	technology () const
bool	pre_version () const
bool	is_large_station () const
int8_t	station_eta () const
uint8_t	station_phi () const
uint8_t	multi_layer () const
uint8_t	gas_gap () const

Private Attributes
uint8_t	m_Elink
uint8_t	m_Radius
uint8_t	m_Layer
uint8_t	m_Sector
uint8_t	m_ResourceType
uint8_t	m_DataType
uint8_t	m_Version
uint8_t	m_DetId
uint8_t	m_Eta
uint8_t	m_Tech
bool	m_pre_version

Detailed Description

Definition at line 41 of file NSWResourceId.h.

Constructor & Destructor Documentation

NSWResourceId()

Muon::nsw::NSWResourceId::NSWResourceId ( uint32_t  logical_id )

inlineexplicit

Definition at line 132 of file NSWResourceId.h.

{
  m_DetId        = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskDetId, Muon::nsw::bitPosDetId);
 
  if (m_DetId == 0) // pre-versioned logical ID data format
  {
    m_pre_version     = true;
    m_Version         = 0;
    m_Elink           = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskElink, Muon::nsw::bitPosElink);
    m_Radius          = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskRadius, Muon::nsw::bitPosRadius);
    m_Layer           = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskLayer, Muon::nsw::bitPosLayer);
    m_Sector          = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskSector, Muon::nsw::bitPosSector);
    m_Eta             = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskObsEta, Muon::nsw::bitPosObsEta);
    m_ResourceType    = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskObsResType, Muon::nsw::bitPosObsResType);
    m_Tech            = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskObsTech, Muon::nsw::bitPosObsTech);
    m_DataType        = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskObsDataType, Muon::nsw::bitPosObsDataType);
    m_DetId           = eformat::MUON_STGC_ENDCAP_A_SIDE + m_Eta - 2 * m_Tech;
  }
  else
  {
    m_pre_version  = false;
    m_Elink        = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskElink, Muon::nsw::bitPosElink);
    m_Radius       = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskRadius, Muon::nsw::bitPosRadius);
    m_Layer        = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskLayer, Muon::nsw::bitPosLayer);
    m_Sector       = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskSector, Muon::nsw::bitPosSector);
    m_ResourceType = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskResType, Muon::nsw::bitPosResType);
    m_DataType     = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskDataType, Muon::nsw::bitPosDataType);
    m_Version      = Muon::nsw::helper::get_bits (logical_id, Muon::nsw::bitMaskVersion, Muon::nsw::bitPosVersion);
  }
}

~NSWResourceId()

virtual Muon::nsw::NSWResourceId::~NSWResourceId ( )

inlinevirtual

Definition at line 62 of file NSWResourceId.h.

{};

Member Function Documentation

dataType()

uint8_t Muon::nsw::NSWResourceId::dataType ( ) const

inline

Definition at line 69 of file NSWResourceId.h.

{return m_DataType;};

detId()

uint8_t Muon::nsw::NSWResourceId::detId ( ) const

inline

Definition at line 71 of file NSWResourceId.h.

{return m_DetId;};

elink()

uint8_t Muon::nsw::NSWResourceId::elink ( ) const

inline

Definition at line 64 of file NSWResourceId.h.

{return m_Elink;};

eta()

uint8_t Muon::nsw::NSWResourceId::eta ( ) const

inline

Definition at line 76 of file NSWResourceId.h.

{return m_Eta;};

gas_gap()

uint8_t Muon::nsw::NSWResourceId::gas_gap ( ) const

inline

Definition at line 126 of file NSWResourceId.h.

{
  // 1 to 4
  return (m_Layer + 1 - 4 * (m_Layer / 4));
}

group()

uint8_t Muon::nsw::NSWResourceId::group ( ) const

inline

Definition at line 75 of file NSWResourceId.h.

{return m_Elink;};

is_large_station()

bool Muon::nsw::NSWResourceId::is_large_station ( ) const

inline

Definition at line 93 of file NSWResourceId.h.

{
  // counting from 0, even sectors are large
  return ((m_Sector % 2) == 0);
}

layer()

uint8_t Muon::nsw::NSWResourceId::layer ( ) const

inline

Definition at line 66 of file NSWResourceId.h.

{return m_Layer;};

multi_layer()

uint8_t Muon::nsw::NSWResourceId::multi_layer ( ) const

inline

Definition at line 120 of file NSWResourceId.h.

{
  // 1 = IP; 2 = HO
  return (m_Layer / 4 + 1);
}

pre_version()

bool Muon::nsw::NSWResourceId::pre_version ( ) const

inline

Definition at line 79 of file NSWResourceId.h.

{return m_pre_version;};

radius()

uint8_t Muon::nsw::NSWResourceId::radius ( ) const

inline

Definition at line 65 of file NSWResourceId.h.

{return m_Radius;};

resourceType()

uint8_t Muon::nsw::NSWResourceId::resourceType ( ) const

inline

Definition at line 68 of file NSWResourceId.h.

{return m_ResourceType;};

sector()

uint8_t Muon::nsw::NSWResourceId::sector ( ) const

inline

Definition at line 67 of file NSWResourceId.h.

{return m_Sector;};

station_eta()

int8_t Muon::nsw::NSWResourceId::station_eta ( ) const

inline

Definition at line 99 of file NSWResourceId.h.

{
  int8_t mod_eta;
  // Odd identifiers are on side A
  int8_t side_sign = (m_DetId % 2) == 0 ? -1 : 1;
 
  // MM identifiers are less than STGC identifiers
  if (m_DetId < eformat::MUON_STGC_ENDCAP_A_SIDE)
    mod_eta = m_Radius < 10 ? 1 : 2;
  else
    mod_eta = m_Radius + 1;
 
  return (side_sign * mod_eta);
}

station_phi()

uint8_t Muon::nsw::NSWResourceId::station_phi ( ) const

inline

Definition at line 114 of file NSWResourceId.h.

{
  // Becomes 1 to 8
  return (m_Sector / 2 + 1);
}

technology()

uint8_t Muon::nsw::NSWResourceId::technology ( ) const

inline

Definition at line 77 of file NSWResourceId.h.

{return m_Tech;}

version()

uint8_t Muon::nsw::NSWResourceId::version ( ) const

inline

Definition at line 70 of file NSWResourceId.h.

{return m_Version;};

Member Data Documentation

m_DataType

uint8_t Muon::nsw::NSWResourceId::m_DataType

private

Definition at line 49 of file NSWResourceId.h.

m_DetId

uint8_t Muon::nsw::NSWResourceId::m_DetId

private

Definition at line 51 of file NSWResourceId.h.

m_Elink

uint8_t Muon::nsw::NSWResourceId::m_Elink

private

Definition at line 44 of file NSWResourceId.h.

m_Eta

uint8_t Muon::nsw::NSWResourceId::m_Eta

private

Definition at line 55 of file NSWResourceId.h.

m_Layer

uint8_t Muon::nsw::NSWResourceId::m_Layer

private

Definition at line 46 of file NSWResourceId.h.

m_pre_version

bool Muon::nsw::NSWResourceId::m_pre_version

private

Definition at line 58 of file NSWResourceId.h.

m_Radius

uint8_t Muon::nsw::NSWResourceId::m_Radius

private

Definition at line 45 of file NSWResourceId.h.

m_ResourceType

uint8_t Muon::nsw::NSWResourceId::m_ResourceType

private

Definition at line 48 of file NSWResourceId.h.

m_Sector

uint8_t Muon::nsw::NSWResourceId::m_Sector

private

Definition at line 47 of file NSWResourceId.h.

m_Tech

uint8_t Muon::nsw::NSWResourceId::m_Tech

private

Definition at line 56 of file NSWResourceId.h.

m_Version

uint8_t Muon::nsw::NSWResourceId::m_Version

private

Definition at line 50 of file NSWResourceId.h.

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

• NSWResourceId.h