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EfexCellMapping Class Reference

#include <EfexCellMapping.h>

Collaboration diagram for EfexCellMapping:

Public Types

enum  roiType { Roi }
 

Public Member Functions

 EfexCellMapping (int crate, int efexnumber, int fpga, int quad, int mgtchannel, int dataword)
 
 EfexCellMapping (int crate, int efexnumber, int fpga, int mgtchannelout, int dataword)
 
 EfexCellMapping (roiType t, int crate, int efexnumber, int fpga, int eta, int phi)
 
 EfexCellMapping (roiType t, int crate, int efexnumber, int fpga, int eta, int phi, int seed)
 
L1CaloDetectorRegion getDetectorRegion () const
 
EfexHardwareInfo getHardwareInfo () const
 
std::string getLatomeID () const
 

Public Attributes

int m_fibrenumber {-1}
 
int m_inputconnector {-1}
 

Private Member Functions

void init (int crate, int efexnumber, int fpga, int quad, int mgtchannel, int dataword)
 
std::string findModuleCords (int crate, int efexnumber) const
 

Private Attributes

L1CaloDetectorRegion m_region
 
EfexHardwareInfo m_hwinfo
 
EfexCSVTables & m_tables { EfexCSVTables::getInstance() }
 
std::string m_latomeid
 

Detailed Description

New class for Efex Cell Mappings, constructs either from shared CSVTables instance

Definition at line 14 of file EfexCellMapping.h.

Member Enumeration Documentation

◆ roiType

enum EfexCellMapping::roiType
Enumerator
Roi 

Definition at line 17 of file EfexCellMapping.h.

17 { Roi };

Constructor & Destructor Documentation

◆ EfexCellMapping() [1/4]

EfexCellMapping::EfexCellMapping ( int  crate,
int  efexnumber,
int  fpga,
int  quad,
int  mgtchannel,
int  dataword 
)
inline

Definition at line 19 of file EfexCellMapping.h.

20  {
21  init( crate, efexnumber, fpga, quad, mgtchannel, dataword);
22  };

◆ EfexCellMapping() [2/4]

EfexCellMapping::EfexCellMapping ( int  crate,
int  efexnumber,
int  fpga,
int  mgtchannelout,
int  dataword 
)

Definition at line 7 of file EfexCellMapping.cxx.

9 {
10  auto genintint = [] (int col,int intstr)
11  {return std::make_pair(col , std::to_string(intstr) );};
12  using searchpairs = std::vector<std::pair<int,std::string>>;
13 
14  //Retrieve input quad inMGT pair
15  auto tab6search = searchpairs();
16  tab6search.push_back(genintint(0,fpga));
17  tab6search.push_back(genintint(3,mgtchannelout));
18  auto tab6line = m_tables.GetTable(6)->FindLine(tab6search);
19  int quad = std::stoi( tab6line->at(1) );
20  int mgtin = std::stoi( tab6line->at(2) );
21  this->init(crate,efexnumber, fpga, quad, mgtin, dataword);
22 }

◆ EfexCellMapping() [3/4]

EfexCellMapping::EfexCellMapping ( roiType  t,
int  crate,
int  efexnumber,
int  fpga,
int  eta,
int  phi 
)

Definition at line 24 of file EfexCellMapping.cxx.

26 {
27  if ( (crate<0) || (crate>1) || (efexnumber<0) || (efexnumber>11) )
28  return;
29  if ( (eta<0) || (eta>5) || (phi<0) || (phi>7) )
30  return;
31 
32  int etaIndex = (efexnumber%3)*16 + fpga*4 + eta - 25;
33  int phiIndex = crate*32 +(efexnumber/3)*8 + phi + 2;
34  phiIndex %= 64;
35  double etaWidth = 0.1;
36  double phiWidth = M_PI/32.0;
37  double etaCoord = (etaIndex+0.5)*etaWidth;
38  double phiCoord = (phiIndex+0.5)*phiWidth;
39 
40  m_region = L1CaloDetectorRegion( L1CaloDetectorRegion::CPM,
41  L1CaloDetectorRegion::Both,
42  true, etaIndex, phiIndex,
43  etaWidth, phiWidth,
44  etaCoord, phiCoord );
45 }

◆ EfexCellMapping() [4/4]

EfexCellMapping::EfexCellMapping ( roiType  t,
int  crate,
int  efexnumber,
int  fpga,
int  eta,
int  phi,
int  seed 
)

Definition at line 47 of file EfexCellMapping.cxx.

49 {
50  if ( (crate<0) || (crate>1) || (efexnumber<0) || (efexnumber>11) )
51  return;
52  if ( (eta<0) || (eta>5) || (phi<0) || (phi>7) )
53  return;
54  if ( (seed<0) || (seed>3) )
55  return;
56 
57  int etaIndex = (efexnumber%3)*64 + fpga*16 + eta*4 + seed - 100;
58  int phiIndex = crate*32 +(efexnumber/3)*8 + phi + 2;
59  phiIndex %= 64;
60  double etaWidth = 0.025;
61  double phiWidth = M_PI/32.0;
62  double etaCoord = (etaIndex+0.5)*etaWidth;
63  double phiCoord = (phiIndex+0.5)*phiWidth;
64 
65  m_region = L1CaloDetectorRegion( L1CaloDetectorRegion::CPM,
66  L1CaloDetectorRegion::Both,
67  true, etaIndex, phiIndex,
68  etaWidth, phiWidth,
69  etaCoord, phiCoord );
70 }

Member Function Documentation

◆ findModuleCords()

std::string EfexCellMapping::findModuleCords ( int  crate,
int  efexnumber 
) const
private

Definition at line 239 of file EfexCellMapping.cxx.

239  {
240  // Set of sensible range checks, if out of range return so blank
241  // declaration of L1CaloDetector Region
242  if ( (crate<0 || crate>1) ){
243  throw "Invalid Crate # created within eFEX mapping";
244  return "Err";
245  }
246  if ( efexnumber<0 || efexnumber>11 ){
247  throw "Invalid Module # created within eFEX mapping";
248  return "Err";
249  }
250  // For input crate and efexnumber (assuming 'eFEX number' for
251  // efexnumber label)
252 
253  // Find old eFEX labels in mapping csvs
254  // with octant [1:8] and eta slice [A,B,C]:
255  int octant = 4*crate + efexnumber/3 + 1; //Note int div
256 
257  int etaslicenum = 3 - efexnumber%3; //obvious A=1 etc mapping
258  std::string etaslice;
259  switch(etaslicenum){
260  case 1:
261  etaslice = 'A';
262  break;
263  case 2:
264  etaslice = 'B';
265  break;
266  case 3:
267  etaslice = 'C';
268  break;
269  }
270  return etaslice + std::to_string(octant);
271 }

◆ getDetectorRegion()

L1CaloDetectorRegion EfexCellMapping::getDetectorRegion ( ) const

Definition at line 73 of file EfexCellMapping.cxx.

74 {
75  return m_region;
76 }

◆ getHardwareInfo()

EfexHardwareInfo EfexCellMapping::getHardwareInfo ( ) const

Definition at line 78 of file EfexCellMapping.cxx.

79 {
80  return m_hwinfo;
81 }

◆ getLatomeID()

std::string EfexCellMapping::getLatomeID ( ) const

Definition at line 82 of file EfexCellMapping.cxx.

83 {
84  return m_latomeid;
85 }

◆ init()

void EfexCellMapping::init ( int  crate,
int  efexnumber,
int  fpga,
int  quad,
int  mgtchannel,
int  dataword 
)
private

Definition at line 86 of file EfexCellMapping.cxx.

87  {
88  //Ensure m_region always exists even if invalid
89  m_region = L1CaloDetectorRegion();
90  m_hwinfo = EfexHardwareInfo();
91  //Run common constructor methods
92  std::string efexcords = this->findModuleCords(crate, efexnumber);
93  // Test data read in
94  /*
95  for(int tableidx=1 ; tableidx<6; tableidx++ ){
96  std::cout << "Printing Table:" << std::to_string(tableidx)<< std::endl;
97  ((m_tables)->GetTable(tableidx))->PrintTable(true);
98  }
99  */
100  // (m_tables)->GetTable(4)->PrintTable();
101  //Basic Lamdas to gen search pairs
102  auto genintstr = [] (int col, std::string str )
103  {return std::make_pair(col , str );};
104  auto genintint = [] (int col,int intstr)
105  {return std::make_pair(col , std::to_string(intstr) );};
106  using searchpairs = std::vector<std::pair<int,std::string>>;
107 
108  //Complete CSV search
109 
110  //METHOD #1 to retrieve eta-phi-layer
111  auto tab4search = searchpairs();
112  tab4search.push_back(genintstr(0,efexcords));
113  tab4search.push_back(genintint(1,fpga));
114  tab4search.push_back(genintint(2,quad));
115  tab4search.push_back(genintint(3,mgtchannel));
116  auto tab4line = m_tables.GetTable(4)->FindLine(tab4search);
117  if ( tab4line->size() == 0 )
118  return;
119 // std::cout << "Table4 Search Found:" << std::endl;
120 // for(auto entry : *tab4line ){std::cout << entry << " ,";}
121 // std::cout << std::endl;
122 
123  //Create a valid minipod str
124  std::string mpod = tab4line->at(4);
125  auto tab3search = searchpairs();
126  tab3search.push_back(genintstr(0,efexcords));
127  tab3search.push_back(genintstr(1,mpod));
128  auto tab3line = m_tables.GetTable(3)->FindLine(tab3search);
129  if ( tab3line->size() == 0 )
130  return;
131 // std::cout << "Table3 Search Found:" << std::endl;
132 // for(auto entry : *tab3line ){std::cout << entry << " ,";}
133 // std::cout << std::endl;
134  m_inputconnector = std::stoi(tab3line->at(2));
135  m_fibrenumber = std::stoi(tab3line->at(3));
136 
137  //Generate a valid HW info object
138  m_hwinfo = EfexHardwareInfo(efexcords,m_fibrenumber,
139  m_inputconnector,mpod);
140 
141  auto tab2search = searchpairs();
142  tab2search.push_back(genintstr(0,efexcords));
143  tab2search.push_back(genintint(1,m_inputconnector));
144  tab2search.push_back(genintint(2,m_fibrenumber));
145  tab2search.push_back(genintint(3,dataword ));
146  auto tab2line = m_tables.GetTable(2)->FindLine(tab2search);
147  if ( tab2line->size() == 0 )
148  return;
149 
150  int globaleta = std::stoi( tab2line->at(4) );
151  int globalphi = std::stoi( tab2line->at(5) );
152  //std::cout << "My layer str is " << tab2line->at(6) << std::endl;
153  int layer = std::stoi( tab2line->at(6),nullptr ,16 );
154  m_latomeid = tab2line->at(8);
155  //std::cout << "My layer int is " << tab2line->at(6) << std::endl;
156  //Once Search complete, generate detector region info
157 
158  //Predeclare enum
159  auto efexlabel = L1CaloDetectorRegion::EFEX;
160  // enum layertype: int;
161  double supercelletawidth(0);
162  double supercellphiwidth(0.09817477);
163  int supercelletaoffset(0);
164  if(layer == 0){
165  supercelletawidth = 0.1;
166  }
167  else if(1 <= layer && layer <= 4){
168  supercelletawidth = 0.025;
169  supercelletaoffset = (layer - 1 )%4;
170  }
171  else if(5 <= layer && layer <= 8){
172  supercelletawidth = 0.025;
173  supercelletaoffset = (layer - 1 )%4;
174  }
175  else if(layer == 9 || layer == 10){
176  supercelletawidth = 0.1;
177  }
178  double toweretalowside = (double)globaleta/10;
179  double towerphilowside = (double)globalphi*0.09817477;
180  double supercelletacoord = toweretalowside + 0.025*(double)supercelletaoffset +
181  0.5*supercelletawidth ;
182  double supercellphicoord = towerphilowside + 0.5*supercellphiwidth;
183  if(layer == 0){
184  m_region = L1CaloDetectorRegion( efexlabel,
185  L1CaloDetectorRegion::Presampler, true, globaleta, globalphi,
186  supercelletawidth, supercellphiwidth , supercelletacoord, supercellphicoord);
187  }
188  else if(1 <= layer && layer <= 4){
189  m_region = L1CaloDetectorRegion( efexlabel,
190  L1CaloDetectorRegion::Front, true, globaleta, globalphi,
191  supercelletawidth, supercellphiwidth , supercelletacoord, supercellphicoord);
192  }
193  else if(5 <= layer && layer <= 8){
194  m_region = L1CaloDetectorRegion( efexlabel,
195  L1CaloDetectorRegion::Middle, true, globaleta, globalphi,
196  supercelletawidth, supercellphiwidth , supercelletacoord, supercellphicoord);
197  }
198  else if(layer == 9){
199  m_region = L1CaloDetectorRegion( efexlabel,
200  L1CaloDetectorRegion::Back, true, globaleta, globalphi,
201  supercelletawidth, supercellphiwidth , supercelletacoord, supercellphicoord);
202  }
203  else if(layer == 10){
204  m_region = L1CaloDetectorRegion( efexlabel,
205  L1CaloDetectorRegion::Hadronic, true, globaleta, globalphi,
206  supercelletawidth, supercellphiwidth , supercelletacoord, supercellphicoord);
207  }
208  int globalEta = m_region.getEtaIndex();
209  int globalPhi = m_region.getPhiIndex();
210  std::string miniPodLabel = m_hwinfo.getMpodLabel();
211  int moduleCBA = 2 - ( efexcords.at(0) - 'A' ); //ASCII operation
212  int octantNum = ( efexcords.at(1) - '0' ) - 1; //ASCII operation
213  int moduleBaseEta = -24 + (moduleCBA * 16);
214  int fpgaBaseEta = moduleBaseEta + (fpga * 4);
215  int fpgaLowerEta = fpgaBaseEta;
216  int fpgaUpperEta = fpgaBaseEta + 4;
217  if (moduleCBA == 0 && fpga == 0) { fpgaLowerEta--; }
218  else if (moduleCBA == 2 && fpga == 3) { fpgaUpperEta++; }
219  int shiftedPhi = (globalPhi + 62) % 64;
220  int lowerShiftedPhi = octantNum * 8;
221  int upperShiftedPhi = lowerShiftedPhi + 8;
222  int fpgaOverlap = 0;
223  if (shiftedPhi >= upperShiftedPhi || shiftedPhi < lowerShiftedPhi) {
224  // Set overlap bit 1 if phi is just below the core, 2 otherwise.
225  // We need special treatment of the wraparound near phi=0 (or 64).
226  if (octantNum == 0 || octantNum == 7) {
227  fpgaOverlap |= (shiftedPhi > 32) ? 1 : 2;
228  }
229  else {
230  fpgaOverlap |= (shiftedPhi < lowerShiftedPhi) ? 1 : 2;
231  }
232  }
233  if (globalEta >= fpgaUpperEta || globalEta < fpgaLowerEta) {
234  fpgaOverlap |= (globalEta < fpgaLowerEta) ? 4 : 8;
235  }
236  m_hwinfo.setOverlap(fpgaOverlap);
237 
238 }

Member Data Documentation

◆ m_fibrenumber

int EfexCellMapping::m_fibrenumber {-1}

Definition at line 38 of file EfexCellMapping.h.

◆ m_hwinfo

EfexHardwareInfo EfexCellMapping::m_hwinfo
private

Definition at line 44 of file EfexCellMapping.h.

◆ m_inputconnector

int EfexCellMapping::m_inputconnector {-1}

Definition at line 39 of file EfexCellMapping.h.

◆ m_latomeid

std::string EfexCellMapping::m_latomeid
private

Definition at line 46 of file EfexCellMapping.h.

◆ m_region

L1CaloDetectorRegion EfexCellMapping::m_region
private

Definition at line 43 of file EfexCellMapping.h.

◆ m_tables

EfexCSVTables& EfexCellMapping::m_tables { EfexCSVTables::getInstance() }
private

Definition at line 45 of file EfexCellMapping.h.

The documentation for this class was generated from the following files:
EfexCellMapping::m_tables
EfexCSVTables & m_tables
Definition: EfexCellMapping.h:45
L1CaloDetectorRegion::Front
@ Front
Definition: L1CaloDetectorRegion.h:28
phi
Scalar phi() const
phi method
Definition: AmgMatrixBasePlugin.h:67
EfexHardwareInfo::getMpodLabel
std::string getMpodLabel() const
Definition: EfexHardwareInfo.cxx:39
L1CaloDetectorRegion::Back
@ Back
Definition: L1CaloDetectorRegion.h:30
eta
Scalar eta() const
pseudorapidity method
Definition: AmgMatrixBasePlugin.h:83
L1CaloDetectorRegion::Presampler
@ Presampler
Definition: L1CaloDetectorRegion.h:27
M_PI
#define M_PI
Definition: ActiveFraction.h:11
L1CaloDetectorRegion::Hadronic
@ Hadronic
Definition: L1CaloDetectorRegion.h:24
EfexHardwareInfo
Definition: EfexHardwareInfo.h:4
EfexCellMapping::m_latomeid
std::string m_latomeid
Definition: EfexCellMapping.h:46
EfexCellMapping::Roi
@ Roi
Definition: EfexCellMapping.h:17
L1CaloDetectorRegion::EFEX
@ EFEX
Definition: L1CaloDetectorRegion.h:16
TRT::Hit::layer
@ layer
Definition: HitInfo.h:79
xAOD::double
double
Definition: CompositeParticle_v1.cxx:159
EfexCellMapping::m_inputconnector
int m_inputconnector
Definition: EfexCellMapping.h:39
EfexCellMapping::init
void init(int crate, int efexnumber, int fpga, int quad, int mgtchannel, int dataword)
Definition: EfexCellMapping.cxx:86
L1CaloDetectorRegion::CPM
@ CPM
Definition: L1CaloDetectorRegion.h:14
EfexCellMapping::m_hwinfo
EfexHardwareInfo m_hwinfo
Definition: EfexCellMapping.h:44
L1CaloDetectorRegion::getEtaIndex
int getEtaIndex() const
Definition: L1CaloDetectorRegion.h:44
TRT::Hit::globalPhi
@ globalPhi
Definition: HitInfo.h:38
ActsTrk::to_string
std::string to_string(const DetectorType &type)
Definition: GeometryDefs.h:34
L1CaloDetectorRegion
Definition: L1CaloDetectorRegion.h:8
EfexCellMapping::m_fibrenumber
int m_fibrenumber
Definition: EfexCellMapping.h:38
query_example.col
col
Definition: query_example.py:7
eflowRec::phiIndex
unsigned int phiIndex(float phi, float binsize)
calculate phi index for a given phi
Definition: EtaPhiLUT.cxx:23
EfexCellMapping::findModuleCords
std::string findModuleCords(int crate, int efexnumber) const
Definition: EfexCellMapping.cxx:239
L1CaloDetectorRegion::getPhiIndex
int getPhiIndex() const
Definition: L1CaloDetectorRegion.h:45
python.CaloScaleNoiseConfig.str
str
Definition: CaloScaleNoiseConfig.py:78
xAOD::phiWidth
phiWidth
Definition: RingSetConf_v1.cxx:612
L1CaloDetectorRegion::Both
@ Both
Definition: L1CaloDetectorRegion.h:31
EfexHardwareInfo::setOverlap
void setOverlap(int overlap)
Definition: EfexHardwareInfo.cxx:47
L1CaloDetectorRegion::Middle
@ Middle
Definition: L1CaloDetectorRegion.h:29
str
Definition: BTagTrackIpAccessor.cxx:11
CSVTablesBase::GetTable
std::shared_ptr< CSVWrapper > GetTable(int table_num)
Definition: CSVTablesBase.cxx:23
dumpNswErrorDb.quad
def quad
Definition: dumpNswErrorDb.py:24
EfexCellMapping::m_region
L1CaloDetectorRegion m_region
Definition: EfexCellMapping.h:43
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