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#include "CondFormats/GEMObjects/interface/GEMeMap.h"
#include "CondFormats/GEMObjects/interface/GEMROMapping.h"
#include "DataFormats/MuonDetId/interface/GEMDetId.h"
#include "DataFormats/FEDRawData/interface/FEDNumbering.h"
GEMeMap::GEMeMap() : theVersion("") {}
GEMeMap::GEMeMap(const std::string& version) : theVersion(version) {}
GEMeMap::~GEMeMap() {}
const std::string& GEMeMap::version() const { return theVersion; }
void GEMeMap::convert(GEMROMapping& romap) {
// fed->amc->geb mapping to GEMDetId
for (auto imap : theChamberMap_) {
for (unsigned int ix = 0; ix < imap.fedId.size(); ix++) {
GEMROMapping::chamEC ec{imap.fedId[ix], imap.amcNum[ix], imap.gebId[ix]};
GEMROMapping::chamDC dc;
dc.detId = GEMDetId((imap.gemNum[ix] > 0) ? 1 : -1,
1,
abs(imap.gemNum[ix] / 1000),
abs(imap.gemNum[ix] / 100 % 10),
abs(imap.gemNum[ix] % 100),
0);
dc.vfatVer = imap.vfatVer[ix];
romap.add(ec, dc);
GEMROMapping::sectorEC amcEC = {imap.fedId[ix], imap.amcNum[ix]};
if (!romap.isValidAMC(amcEC))
romap.add(amcEC);
}
}
// chamberType to vfatType
for (auto imap : theVFatMap_) {
for (unsigned int ix = 0; ix < imap.vfatAdd.size(); ix++) {
GEMDetId gemId((imap.gemNum[ix] > 0) ? 1 : -1,
1,
abs(imap.gemNum[ix] / 1000),
abs(imap.gemNum[ix] / 100 % 10),
abs(imap.gemNum[ix] % 100),
imap.iEta[ix]);
GEMROMapping::vfatEC ec;
ec.detId = gemId.chamberId();
ec.vfatAdd = imap.vfatAdd[ix] & chipIdMask_;
GEMROMapping::vfatDC dc;
dc.vfatType = imap.vfatType[ix];
dc.detId = gemId;
dc.localPhi = imap.localPhi[ix];
romap.add(ec, dc);
romap.add(gemId.chamberId(), ec);
}
}
// channel mapping
for (auto imap : theStripMap_) {
for (unsigned int ix = 0; ix < imap.vfatType.size(); ix++) {
GEMROMapping::channelNum cMap;
cMap.vfatType = imap.vfatType[ix];
cMap.chNum = imap.vfatCh[ix];
GEMROMapping::stripNum sMap;
sMap.vfatType = imap.vfatType[ix];
sMap.stNum = imap.vfatStrip[ix];
romap.add(cMap, sMap);
romap.add(sMap, cMap);
}
}
}
void GEMeMap::convertDummy(GEMROMapping& romap) {
// 12 bits for vfat, 5 bits for geb, 8 bit long GLIB serial number
unsigned int fedId = 0;
for (int st = GEMDetId::minStationId0; st <= GEMDetId::maxStationId; ++st) {
for (int re = -1; re <= 1; re = re + 2) {
uint8_t amcNum = 1; //amc
uint8_t gebId = 0;
int maxVFat = 0;
int maxLayerId = GEMDetId::maxLayerId;
int maxiEtaId = 0;
if (st == 0) {
maxVFat = maxVFatGE0_;
fedId = (re == 1 ? FEDNumbering::MINGE0FEDID + 1 : FEDNumbering::MINGE0FEDID);
maxLayerId = GEMDetId::maxLayerId0;
maxiEtaId = maxiEtaIdGE0_;
} else if (st == 1) {
maxVFat = maxVFatGE11_;
fedId = (re == 1 ? FEDNumbering::MINGEMFEDID + 1 : FEDNumbering::MINGEMFEDID);
maxiEtaId = maxiEtaIdGE11_;
} else if (st == 2) {
maxVFat = maxVFatGE21_;
fedId = (re == 1 ? FEDNumbering::MINGE21FEDID + 1 : FEDNumbering::MINGE21FEDID);
maxiEtaId = maxiEtaIdGE21_;
}
for (int ch = 1; ch <= GEMDetId::maxChamberId; ++ch) {
for (int ly = 1; ly <= maxLayerId; ++ly) {
GEMDetId gemId(re, 1, st, ly, ch, 0);
GEMROMapping::chamEC ec;
ec.fedId = fedId;
ec.gebId = gebId;
ec.amcNum = amcNum;
GEMROMapping::chamDC dc;
dc.detId = gemId;
dc.vfatVer = vfatVerV3_;
romap.add(ec, dc);
GEMROMapping::sectorEC amcEC = {fedId, amcNum};
if (!romap.isValidAMC(amcEC))
romap.add(amcEC);
uint16_t chipPos = 0;
for (int lphi = 0; lphi < maxVFat; ++lphi) {
for (int ieta = 1; ieta <= maxiEtaId; ++ieta) {
GEMROMapping::vfatEC vec;
vec.vfatAdd = chipPos;
vec.detId = gemId;
GEMROMapping::vfatDC vdc;
vdc.vfatType = vfatTypeV3_; // > 10 is vfat v3
vdc.detId = GEMDetId(re, 1, st, ly, ch, ieta);
vdc.localPhi = lphi;
romap.add(vec, vdc);
romap.add(gemId.chamberId(), vec);
chipPos++;
}
}
// 5 bits for gebId
if (st > 0 && gebId == maxGEB1_) {
gebId = 0;
amcNum += 2; // only odd amc No. is used for GE11
} else if (st == 0 && gebId == maxGEBs_) {
gebId = 0;
amcNum++;
} else {
// 1 geb per chamber
gebId++;
}
}
}
}
}
for (int i = 0; i < maxChan_; ++i) {
// only 1 vfat type for dummy map
GEMROMapping::channelNum cMap;
cMap.vfatType = vfatTypeV3_;
cMap.chNum = i;
GEMROMapping::stripNum sMap;
sMap.vfatType = vfatTypeV3_;
sMap.stNum = i;
romap.add(cMap, sMap);
romap.add(sMap, cMap);
}
}
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