ATLAS Offline Software
RDOindex.h
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1 /*
2  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
3 */
4 
5 #ifndef RDOINDEX_H
6 #define RDOINDEX_H
7 
8 // Mapping of the PAD into Receiver(RX), Sector Logic(SL), ROD and ROB.
9 // The PAD is identified inside the SL by a progressive number. The mapping
10 // between SL and RX is one on one, the same between RDO and ROB. Two SL go
11 // into one ROD
12 
13 // MAP for the Sector Logic
14 //
15 // phi
16 // ^ eta < 0, side C (0x66) eta > 0, side A (0x65)
17 // | +----------------------------------+----------------------------------+
18 // | | RX=1, SL=31, ROD=ROB=15 | RX=1, SL=31, ROD=ROB=15 |
19 // | +----------------------------------+----------------------------------+
20 // | | RX=0, SL=30, ROD=ROB=15 | RX=0, SL=30, ROD=ROB=15 |
21 // | +----------------------------------+----------------------------------+
22 // | | RX=1, SL=29, ROD=ROB=14 | RX=1, SL=29, ROD=ROB=14 |
23 // | +----------------------------------+----------------------------------+
24 // | | RX=0, SL=28, ROD=ROB=14 | RX=0, SL=28, ROD=ROB=14 |
25 // | +----------------------------------+----------------------------------+
26 // | | RX=1, SL=27, ROD=ROB=13 | RX=1, SL=27, ROD=ROB=13 |
27 // | +----------------------------------+----------------------------------+
28 // | | RX=0, SL=26, ROD=ROB=13 | RX=0, SL=26, ROD=ROB=13 |
29 // | +----------------------------------+----------------------------------+
30 // | | RX=1, SL=25, ROD=ROB=12 | RX=1, SL=25, ROD=ROB=12 |
31 // | +----------------------------------+----------------------------------+
32 // | | RX=0, SL=24, ROD=ROB=12 | RX=0, SL=24, ROD=ROB=12 |
33 // | +----------------------------------+----------------------------------+
34 // | | RX=1, SL=23, ROD=ROB=11 | RX=1, SL=23, ROD=ROB=11 |
35 // | +----------------------------------+----------------------------------+
36 // | | RX=0, SL=22, ROD=ROB=11 | RX=0, SL=22, ROD=ROB=11 |
37 // | +----------------------------------+----------------------------------+
38 // | | RX=1, SL=21, ROD=ROB=10 | RX=1, SL=21, ROD=ROB=10 |
39 // | +----------------------------------+----------------------------------+
40 // | | RX=0, SL=20, ROD=ROB=10 | RX=0, SL=20, ROD=ROB=10 |
41 // | +----------------------------------+----------------------------------+
42 // | | RX=1, SL=19, ROD=ROB=09 | RX=1, SL=19, ROD=ROB=09 |
43 // | +----------------------------------+----------------------------------+
44 // | | RX=0, SL=18, ROD=ROB=09 | RX=0, SL=18, ROD=ROB=09 |
45 // | +----------------------------------+----------------------------------+
46 // | | RX=1, SL=17, ROD=ROB=08 | RX=1, SL=17, ROD=ROB=08 |
47 // | +----------------------------------+----------------------------------+
48 // | | RX=0, SL=16, ROD=ROB=08 | RX=0, SL=16, ROD=ROB=08 |
49 // | +----------------------------------+----------------------------------+
50 // | | RX=1, SL=15, ROD=ROB=07 | RX=1, SL=15, ROD=ROB=07 |
51 // | +----------------------------------+----------------------------------+
52 // | | RX=0, SL=14, ROD=ROB=07 | RX=0, SL=14, ROD=ROB=07 |
53 // | +----------------------------------+----------------------------------+
54 // | | RX=1, SL=13, ROD=ROB=06 | RX=1, SL=13, ROD=ROB=06 |
55 // | +----------------------------------+----------------------------------+
56 // | | RX=0, SL=12, ROD=ROB=06 | RX=0, SL=12, ROD=ROB=06 |
57 // | +----------------------------------+----------------------------------+
58 // | | RX=1, SL=11, ROD=ROB=05 | RX=1, SL=11, ROD=ROB=05 |
59 // | +----------------------------------+----------------------------------+
60 // | | RX=0, SL=10, ROD=ROB=05 | RX=0, SL=10, ROD=ROB=05 |
61 // | +----------------------------------+----------------------------------+
62 // | | RX=1, SL=09, ROD=ROB=04 | RX=1, SL=09, ROD=ROB=04 |
63 // | +----------------------------------+----------------------------------+
64 // | | RX=0, SL=08, ROD=ROB=04 | RX=0, SL=08, ROD=ROB=04 |
65 // | +----------------------------------+----------------------------------+
66 // | | RX=1, SL=07, ROD=ROB=03 | RX=1, SL=07, ROD=ROB=03 |
67 // | +----------------------------------+----------------------------------+
68 // | | RX=0, SL=06, ROD=ROB=03 | RX=0, SL=06, ROD=ROB=03 |
69 // | +----------------------------------+----------------------------------+
70 // | | RX=1, SL=05, ROD=ROB=02 | RX=1, SL=05, ROD=ROB=02 |
71 // | +----------------------------------+----------------------------------+
72 // | | RX=0, SL=04, ROD=ROB=02 | RX=0, SL=04, ROD=ROB=02 |
73 // | +----------------------------------+----------------------------------+
74 // | | RX=1, SL=03, ROD=ROB=01 | RX=1, SL=03, ROD=ROB=01 |
75 // | +----------------------------------+----------------------------------+
76 // | | RX=0, SL=02, ROD=ROB=01 | RX=0, SL=02, ROD=ROB=01 |
77 // | +----------------------------------+----------------------------------+
78 // | | RX=1, SL=01, ROD=ROB=00 | RX=1, SL=01, ROD=ROB=00 |
79 // | +----------------------------------+----------------------------------+
80 // | | RX=0, SL=00, ROD=ROB=00 | RX=0, SL=00, ROD=ROB=00 |
81 // + +----------------------------------+----------------------------------+
82 
84 
85 class RDOindex {
86 private:
87  unsigned short int m_ROBid{0}; // hardware Id for the ROB
88  unsigned short int m_RODid{0}; // hardware Id for the ROD
89  unsigned short int m_side{0}; // hardware Id for the Sector Logic Side
90  unsigned short int m_SLid{0}; // hardware Id for the Sector Logic
91  unsigned short int m_RXid{0}; // hardware Id for the Receiver
92  unsigned short int m_PADid{0}; // hardware Id for the PAD
93 
94  unsigned long int m_lvl1_code{0}; // Identification of the first RPC strip
95  // on eta projection read by this PAD
96 
97  int m_stationName{0}; // StationName index according to offline Ids
98  int m_stationEta{0}; // StationEta index according to offline Ids
99  int m_stationPhi{0}; // StationPhi index according to offline Ids
100  int m_doubletR{0}; // DoubletR index according to offline Ids
101  int m_doubletZ{0}; // DoubletZ index according to offline Ids
102  int m_doubletPhi{0}; // DoubletPhi index according to offline Ids
103 
104  unsigned int m_hash{0}; // hash id to be used for allocation into the container
105 
106  bool m_status{false}; // boolean flag for checking the map integrity
107 
108  void set_indexes(void);
109 
110 public:
111  RDOindex(unsigned int, unsigned int,
112  const RpcIdHelper& helper);
113  RDOindex(unsigned int, unsigned int, const std::string&, int, int, int, int, int,
114  const RpcIdHelper& helper);
115 
116  RDOindex(const RDOindex&) = default;
117  ~RDOindex() = default;
118 
119  RDOindex& operator=(const RDOindex&) = delete;
120  operator bool() const;
121  bool operator!() const;
122 
123  void set_hash(unsigned int h);
124 
125  unsigned short int ROBid(void) const { return m_ROBid; }
126  unsigned short int RODid(void) const { return m_RODid; }
127  unsigned short int side(void) const { return m_side; }
128 
129  unsigned short int SLid(void) const { return m_SLid; }
130  unsigned short int RXid(void) const { return m_RXid; }
131  unsigned short int PADid(void) const { return m_PADid; }
132 
133  unsigned long int lvl1_code(void) const { return m_lvl1_code; }
134 
135  int stationName(void) const { return m_stationName; }
136  int stationEta(void) const { return m_stationEta; }
137  int stationPhi(void) const { return m_stationPhi; }
138  int doubletR(void) const { return m_doubletR; }
139  int doubletZ(void) const { return m_doubletZ; }
140  int doubletPhi(void) const { return m_doubletPhi; }
141 
142  unsigned int hash(void) const { return m_hash; }
143 
144  bool status(void) const { return m_status; }
145 
146 public:
147  void offline_indexes(int& name, int& eta, int& phi, int& doublet_r, int& doublet_z, int& doublet_phi, int& gas_gap, int& measures_phi,
148  int& strip) const;
149 
150  void pad_identifier(Identifier& id) const;
151 
152 private:
154 
155  friend std::ostream& operator<<(std::ostream&, const RDOindex&);
156 };
157 
158 #endif
RDOindex::operator!
bool operator!() const
Definition: RDOindex.cxx:47
SiliconTech::strip
@ strip
RDOindex::m_lvl1_code
unsigned long int m_lvl1_code
Definition: RDOindex.h:94
RDOindex::doubletZ
int doubletZ(void) const
Definition: RDOindex.h:139
phi
Scalar phi() const
phi method
Definition: AmgMatrixBasePlugin.h:64
RDOindex::doubletPhi
int doubletPhi(void) const
Definition: RDOindex.h:140
RDOindex::set_indexes
void set_indexes(void)
Definition: RDOindex.cxx:34
eta
Scalar eta() const
pseudorapidity method
Definition: AmgMatrixBasePlugin.h:79
RDOindex::m_PADid
unsigned short int m_PADid
Definition: RDOindex.h:92
RDOindex::PADid
unsigned short int PADid(void) const
Definition: RDOindex.h:131
RDOindex::side
unsigned short int side(void) const
Definition: RDOindex.h:127
RDOindex::RODid
unsigned short int RODid(void) const
Definition: RDOindex.h:126
RDOindex::m_side
unsigned short int m_side
Definition: RDOindex.h:89
RpcIdHelper
Definition: RpcIdHelper.h:51
RpcIdHelper.h
RDOindex::m_ROBid
unsigned short int m_ROBid
Definition: RDOindex.h:87
RDOindex::pad_identifier
void pad_identifier(Identifier &id) const
Definition: RDOindex.cxx:69
runBeamSpotCalibration.helper
helper
Definition: runBeamSpotCalibration.py:112
RDOindex::~RDOindex
~RDOindex()=default
RDOindex::m_RODid
unsigned short int m_RODid
Definition: RDOindex.h:88
Identifier
Definition: DetectorDescription/Identifier/Identifier/Identifier.h:32
RDOindex::m_stationPhi
int m_stationPhi
Definition: RDOindex.h:99
RDOindex::operator=
RDOindex & operator=(const RDOindex &)=delete
RDOindex::lvl1_code
unsigned long int lvl1_code(void) const
Definition: RDOindex.h:133
RDOindex::RDOindex
RDOindex(unsigned int, unsigned int, const RpcIdHelper &helper)
Definition: RDOindex.cxx:11
RDOindex::m_stationName
int m_stationName
Definition: RDOindex.h:97
RDOindex::stationName
int stationName(void) const
Definition: RDOindex.h:135
RDOindex::RXid
unsigned short int RXid(void) const
Definition: RDOindex.h:130
RDOindex::m_stationEta
int m_stationEta
Definition: RDOindex.h:98
RDOindex::doubletR
int doubletR(void) const
Definition: RDOindex.h:138
RDOindex::set_hash
void set_hash(unsigned int h)
Definition: RDOindex.cxx:49
RDOindex::m_RXid
unsigned short int m_RXid
Definition: RDOindex.h:91
RDOindex::m_hash
unsigned int m_hash
Definition: RDOindex.h:104
name
std::string name
Definition: Control/AthContainers/Root/debug.cxx:195
RDOindex::stationPhi
int stationPhi(void) const
Definition: RDOindex.h:137
RDOindex::m_doubletZ
int m_doubletZ
Definition: RDOindex.h:101
RDOindex::offline_indexes
void offline_indexes(int &name, int &eta, int &phi, int &doublet_r, int &doublet_z, int &doublet_phi, int &gas_gap, int &measures_phi, int &strip) const
Definition: RDOindex.cxx:52
RDOindex::RDOindex
RDOindex(const RDOindex &)=default
h
RDOindex::hash
unsigned int hash(void) const
Definition: RDOindex.h:142
RDOindex::status
bool status(void) const
Definition: RDOindex.h:144
RDOindex::operator<<
friend std::ostream & operator<<(std::ostream &, const RDOindex &)
Definition: RDOindex.cxx:92
RDOindex::ROBid
unsigned short int ROBid(void) const
Definition: RDOindex.h:125
RDOindex::m_doubletPhi
int m_doubletPhi
Definition: RDOindex.h:102
xAOD::bool
setBGCode setTAP setLVL2ErrorBits bool
Definition: TrigDecision_v1.cxx:60
RDOindex::m_status
bool m_status
Definition: RDOindex.h:106
RDOindex::stationEta
int stationEta(void) const
Definition: RDOindex.h:136
RDOindex::SLid
unsigned short int SLid(void) const
Definition: RDOindex.h:129
RDOindex::m_doubletR
int m_doubletR
Definition: RDOindex.h:100
RDOindex::m_rpcIdHelper
const RpcIdHelper * m_rpcIdHelper
Definition: RDOindex.h:153
RDOindex
Definition: RDOindex.h:85
RDOindex::m_SLid
unsigned short int m_SLid
Definition: RDOindex.h:90