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#include <CSCTFSPCoreLogic.h>
Classes | |
| struct | SPio |
Public Member Functions | |
| CSCTFSPCoreLogic () | |
| unsigned int | GetCoreFirmwareVersion () |
| unsigned int | GetSPFirmwareVersion () |
| bool | IsVerbose () |
| void | loadData (const CSCTriggerContainer< csctf::TrackStub > &, const unsigned &endcap, const unsigned §or, const int &minBX, const int &maxBX) |
| bool | run (const unsigned &endcap, const unsigned §or, const unsigned &latency, const unsigned &etamin1, const unsigned &etamin2, const unsigned &etamin3, const unsigned &etamin4, const unsigned &etamin5, const unsigned &etamin6, const unsigned &etamin7, const unsigned &etamin8, const unsigned &etamax1, const unsigned &etamax2, const unsigned &etamax3, const unsigned &etamax4, const unsigned &etamax5, const unsigned &etamax6, const unsigned &etamax7, const unsigned &etamax8, const unsigned &etawin1, const unsigned &etawin2, const unsigned &etawin3, const unsigned &etawin4, const unsigned &etawin5, const unsigned &etawin6, const unsigned &etawin7, const unsigned &mindphip, const unsigned &mindetap, const unsigned &mindeta12_accp, const unsigned &maxdeta12_accp, const unsigned &maxdphi12_accp, const unsigned &mindeta13_accp, const unsigned &maxdeta13_accp, const unsigned &maxdphi13_accp, const unsigned &mindeta112_accp, const unsigned &maxdeta112_accp, const unsigned &maxdphi112_accp, const unsigned &mindeta113_accp, const unsigned &maxdeta113_accp, const unsigned &maxdphi113_accp, const unsigned &mindphip_halo, const unsigned &mindetap_halo, const unsigned &straightp, const unsigned &curvedp, const unsigned &mbaPhiOff, const unsigned &mbbPhiOff, const unsigned &m_extend_length, const unsigned &m_allowALCTonly, const unsigned &m_allowCLCTonly, const unsigned &m_preTrigger, const unsigned &m_widePhi, const int &minBX, const int &maxBX) |
| void | SetCoreFirmwareVersion (const unsigned int fwVer) |
| void | SetSPFirmwareVersion (const unsigned int fwVer) |
| void | SetVerbose (const bool verb) |
| CSCTriggerContainer< csc::L1Track > | tracks () |
Private Attributes | |
| unsigned int | coreFirmwareVersion |
| std::vector< SPio > | io_ |
| CSCTriggerContainer< csc::L1Track > | mytracks |
| bool | runme |
| unsigned int | spFirmwareVersion |
| bool | verboseCore |
Static Private Attributes | |
| static vpp_generated_2010_01_22 | sp_2010_01_22_ |
| static vpp_generated_2010_07_28 | sp_2010_07_28_ |
| static vpp_generated_2010_09_01 | sp_2010_09_01_ |
| static vpp_generated_2010_10_11 | sp_2010_10_11_ |
| static vpp_generated_2010_12_10 | sp_2010_12_10_ |
| static vpp_generated_2011_01_18 | sp_2011_01_18_ |
Definition at line 25 of file CSCTFSPCoreLogic.h.
| CSCTFSPCoreLogic::CSCTFSPCoreLogic | ( | ) | [inline] |
Definition at line 70 of file CSCTFSPCoreLogic.h.
: runme(false), spFirmwareVersion(0), coreFirmwareVersion(0), verboseCore(false){}
| unsigned int CSCTFSPCoreLogic::GetCoreFirmwareVersion | ( | ) | [inline] |
Definition at line 108 of file CSCTFSPCoreLogic.h.
References coreFirmwareVersion.
Referenced by run().
{return coreFirmwareVersion; }
| unsigned int CSCTFSPCoreLogic::GetSPFirmwareVersion | ( | ) | [inline] |
Definition at line 105 of file CSCTFSPCoreLogic.h.
References spFirmwareVersion.
Referenced by loadData().
{return spFirmwareVersion; }
| bool CSCTFSPCoreLogic::IsVerbose | ( | ) | [inline] |
Definition at line 111 of file CSCTFSPCoreLogic.h.
References verboseCore.
Referenced by run().
{ return verboseCore; }
| void CSCTFSPCoreLogic::loadData | ( | const CSCTriggerContainer< csctf::TrackStub > & | theStubs, |
| const unsigned & | endcap, | ||
| const unsigned & | sector, | ||
| const int & | minBX, | ||
| const int & | maxBX | ||
| ) |
Definition at line 20 of file CSCTFSPCoreLogic.cc.
References CSCDetId, CSCTriggerContainer< T >::get(), GetSPFirmwareVersion(), io_, CSCDetId::maxStationId(), CSCDetId::minStationId(), runme, and CSCTriggerNumbering::triggerSubSectorFromLabels().
Referenced by CSCTFSectorProcessor::run().
{
io_.clear();
runme = 0;
io_.resize(maxBX - minBX + 2);
unsigned relative_bx = 0;
for(int bx = minBX; bx <= maxBX; ++bx)
{
for(int st = CSCDetId::minStationId(); st <= CSCDetId::maxStationId() + 1; ++st) // 1 - 5 for DT stubs
{
std::vector<csctf::TrackStub> stub_list;
std::vector<csctf::TrackStub>::const_iterator stubi;
if(st == 1)
{
stub_list = theStubs.get(endcap, st, sector, 1, bx);
std::vector<csctf::TrackStub> stub_list2 = theStubs.get(endcap, st, sector, 2, bx);
stub_list.insert(stub_list.end(), stub_list2.begin(), stub_list2.end());
}
else stub_list = theStubs.get(endcap, st, sector, 0, bx);
for(stubi = stub_list.begin(); stubi != stub_list.end(); stubi++)
{
runme |= stubi->isValid();
switch(st)
{
case 1:
switch(stubi->getMPCLink())
{
case 1:
if(CSCTriggerNumbering::triggerSubSectorFromLabels(CSCDetId(stubi->getDetId().rawId())) == 1)
{
io_[relative_bx+1].me1aVp = stubi->isValid();
io_[relative_bx+1].me1aQp = stubi->getQuality();
io_[relative_bx+1].me1aEtap = stubi->etaPacked();
io_[relative_bx+1].me1aPhip = stubi->phiPacked();
io_[relative_bx+1].me1aAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
io_[relative_bx+1].me1aCSCIdp = stubi->cscid();
io_[relative_bx+1].me1aCLCTp = stubi->getCLCTPattern();
}
if(CSCTriggerNumbering::triggerSubSectorFromLabels(CSCDetId(stubi->getDetId().rawId())) == 2)
{
io_[relative_bx+1].me1dVp = stubi->isValid();
io_[relative_bx+1].me1dQp = stubi->getQuality();
io_[relative_bx+1].me1dEtap = stubi->etaPacked();
io_[relative_bx+1].me1dPhip = stubi->phiPacked();
io_[relative_bx+1].me1dAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
io_[relative_bx+1].me1dCSCIdp = stubi->cscid();
io_[relative_bx+1].me1dCLCTp = stubi->getCLCTPattern();
}
break;
case 2:
if(CSCTriggerNumbering::triggerSubSectorFromLabels(CSCDetId(stubi->getDetId().rawId())) == 1)
{
io_[relative_bx+1].me1bVp = stubi->isValid();
io_[relative_bx+1].me1bQp = stubi->getQuality();
io_[relative_bx+1].me1bEtap = stubi->etaPacked();
io_[relative_bx+1].me1bPhip = stubi->phiPacked();
io_[relative_bx+1].me1bAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
io_[relative_bx+1].me1bCSCIdp = stubi->cscid();
io_[relative_bx+1].me1bCLCTp = stubi->getCLCTPattern();
}
if(CSCTriggerNumbering::triggerSubSectorFromLabels(CSCDetId(stubi->getDetId().rawId())) == 2)
{
io_[relative_bx+1].me1eVp = stubi->isValid();
io_[relative_bx+1].me1eQp = stubi->getQuality();
io_[relative_bx+1].me1eEtap = stubi->etaPacked();
io_[relative_bx+1].me1ePhip = stubi->phiPacked();
io_[relative_bx+1].me1eAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
io_[relative_bx+1].me1eCSCIdp = stubi->cscid();
io_[relative_bx+1].me1eCLCTp = stubi->getCLCTPattern();
}
break;
case 3:
if(CSCTriggerNumbering::triggerSubSectorFromLabels(CSCDetId(stubi->getDetId().rawId())) == 1)
{
io_[relative_bx+1].me1cVp = stubi->isValid();
io_[relative_bx+1].me1cQp = stubi->getQuality();
io_[relative_bx+1].me1cEtap = stubi->etaPacked();
io_[relative_bx+1].me1cPhip = stubi->phiPacked();
io_[relative_bx+1].me1cAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
io_[relative_bx+1].me1cCSCIdp = stubi->cscid();
io_[relative_bx+1].me1cCLCTp = stubi->getCLCTPattern();
}
if(CSCTriggerNumbering::triggerSubSectorFromLabels(CSCDetId(stubi->getDetId().rawId())) == 2)
{
io_[relative_bx+1].me1fVp = stubi->isValid();
io_[relative_bx+1].me1fQp = stubi->getQuality();
io_[relative_bx+1].me1fEtap = stubi->etaPacked();
io_[relative_bx+1].me1fPhip = stubi->phiPacked();
io_[relative_bx+1].me1fAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
io_[relative_bx+1].me1fCSCIdp = stubi->cscid();
io_[relative_bx+1].me1fCLCTp = stubi->getCLCTPattern();
}
break;
default:
edm::LogWarning("CSCTFSPCoreLogic::loadData()") << "SERIOUS ERROR: MPC LINK " << stubi->getMPCLink()
<< " NOT IN RANGE [1,3]\n";
};
break;
case 2:
switch(stubi->getMPCLink())
{
case 1:
io_[relative_bx+1].me2aVp = stubi->isValid();
io_[relative_bx+1].me2aQp = stubi->getQuality();
io_[relative_bx+1].me2aEtap = stubi->etaPacked();
io_[relative_bx+1].me2aPhip = stubi->phiPacked();
io_[relative_bx+1].me2aAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
break;
case 2:
io_[relative_bx+1].me2bVp = stubi->isValid();
io_[relative_bx+1].me2bQp = stubi->getQuality();
io_[relative_bx+1].me2bEtap = stubi->etaPacked();
io_[relative_bx+1].me2bPhip = stubi->phiPacked();
io_[relative_bx+1].me2bAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
break;
case 3:
io_[relative_bx+1].me2cVp = stubi->isValid();
io_[relative_bx+1].me2cQp = stubi->getQuality();
io_[relative_bx+1].me2cEtap = stubi->etaPacked();
io_[relative_bx+1].me2cPhip = stubi->phiPacked();
io_[relative_bx+1].me2cAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
break;
default:
edm::LogWarning("CSCTFSPCoreLogic::loadData()") << "SERIOUS ERROR: MPC LINK " << stubi->getMPCLink()
<< " NOT IN RANGE [1,3]\n";
};
break;
case 3:
switch(stubi->getMPCLink())
{
case 1:
io_[relative_bx+1].me3aVp = stubi->isValid();
io_[relative_bx+1].me3aQp = stubi->getQuality();
io_[relative_bx+1].me3aEtap = stubi->etaPacked();
io_[relative_bx+1].me3aPhip = stubi->phiPacked();
io_[relative_bx+1].me3aAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
break;
case 2:
io_[relative_bx+1].me3bVp = stubi->isValid();
io_[relative_bx+1].me3bQp = stubi->getQuality();
io_[relative_bx+1].me3bEtap = stubi->etaPacked();
io_[relative_bx+1].me3bPhip = stubi->phiPacked();
io_[relative_bx+1].me3bAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
break;
case 3:
io_[relative_bx+1].me3cVp = stubi->isValid();
io_[relative_bx+1].me3cQp = stubi->getQuality();
io_[relative_bx+1].me3cEtap = stubi->etaPacked();
io_[relative_bx+1].me3cPhip = stubi->phiPacked();
io_[relative_bx+1].me3cAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
break;
default:
edm::LogWarning("CSCTFSPCoreLogic::loadData()") << "SERIOUS ERROR: MPC LINK " << stubi->getMPCLink()
<< " NOT IN RANGE [1,3]\n";
};
break;
case 4:
switch(stubi->getMPCLink())
{
case 1:
io_[relative_bx+1].me4aVp = stubi->isValid();
io_[relative_bx+1].me4aQp = stubi->getQuality();
io_[relative_bx+1].me4aEtap = stubi->etaPacked();
io_[relative_bx+1].me4aPhip = stubi->phiPacked();
io_[relative_bx+1].me4aAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
break;
case 2:
io_[relative_bx+1].me4bVp = stubi->isValid();
io_[relative_bx+1].me4bQp = stubi->getQuality();
io_[relative_bx+1].me4bEtap = stubi->etaPacked();
io_[relative_bx+1].me4bPhip = stubi->phiPacked();
io_[relative_bx+1].me4bAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
break;
case 3:
io_[relative_bx+1].me4cVp = stubi->isValid();
io_[relative_bx+1].me4cQp = stubi->getQuality();
io_[relative_bx+1].me4cEtap = stubi->etaPacked();
io_[relative_bx+1].me4cPhip = stubi->phiPacked();
io_[relative_bx+1].me4cAmp = (stubi->getQuality() == 1 || stubi->getQuality() == 2);
break;
default:
edm::LogWarning("CSCTFSPCoreLogic::loadData()") << "SERIOUS ERROR: MPC LINK " << stubi->getMPCLink()
<< " NOT IN RANGE [1,3]\n";
};
break;
case 5:
// We need to put the DT stubs 1 BX ahead of the CSC ones for the TF firmware
//std::cout << "DT Stub at bx: " << relative_bx << std::endl;
switch(stubi->getMPCLink())
{
case 1:
if (this->GetSPFirmwareVersion() < 20100629) {
// introducing the bug which was causing only even DT qualities
// to get accepted
if(stubi->getQuality()%2==1)
{
//io_[relative_bx].mb1aVp = stubi->isValid();
io_[relative_bx].mb1aVp = stubi->getStrip();
io_[relative_bx].mb1aQp = stubi->getQuality();
io_[relative_bx].mb1aPhip = stubi->phiPacked();
io_[relative_bx].mb1aBendp= stubi->getBend();
}
} else {
io_[relative_bx].mb1aVp = stubi->getStrip();
io_[relative_bx].mb1aQp = stubi->getQuality();
io_[relative_bx].mb1aPhip = stubi->phiPacked();
io_[relative_bx].mb1aBendp= stubi->getBend();
}
break;
case 2:
if (this->GetSPFirmwareVersion() < 20100629) {
// introducing the bug which was causing only even DT qualities
// to get accepted
if(stubi->getQuality()%2==1)
{
//io_[relative_bx].mb1aVp = stubi->isValid();
io_[relative_bx].mb1bVp = stubi->getStrip();
io_[relative_bx].mb1bQp = stubi->getQuality();
io_[relative_bx].mb1bPhip = stubi->phiPacked();
io_[relative_bx].mb1bBendp= stubi->getBend();
}
} else {
io_[relative_bx].mb1bVp = stubi->getStrip();
io_[relative_bx].mb1bQp = stubi->getQuality();
io_[relative_bx].mb1bPhip = stubi->phiPacked();
io_[relative_bx].mb1bBendp= stubi->getBend();
}
break;
/*case 3:
io_[relative_bx].mb1cVp = stubi->isValid();
io_[relative_bx].mb1cQp = stubi->getQuality();
io_[relative_bx].mb1cPhip = stubi->phiPacked();
break;
case 4:
io_[relative_bx].mb1dVp = stubi->isValid();
io_[relative_bx].mb1dQp = stubi->getQuality();
io_[relative_bx].mb1dPhip = stubi->phiPacked();
break;*/
default:
edm::LogWarning("CSCTFSPCoreLogic::loadData()") << "SERIOUS ERROR: DT LINK " << stubi->getMPCLink()
<< " NOT IN RANGE [1,4]\n";
}
break;
default:
edm::LogWarning("CSCTFSPCoreLogic::loadData()") << "SERIOUS ERROR: STATION " << st << " NOT IN RANGE [1,5]\n";
};
}
}
++relative_bx;
}
}
| bool CSCTFSPCoreLogic::run | ( | const unsigned & | endcap, |
| const unsigned & | sector, | ||
| const unsigned & | latency, | ||
| const unsigned & | etamin1, | ||
| const unsigned & | etamin2, | ||
| const unsigned & | etamin3, | ||
| const unsigned & | etamin4, | ||
| const unsigned & | etamin5, | ||
| const unsigned & | etamin6, | ||
| const unsigned & | etamin7, | ||
| const unsigned & | etamin8, | ||
| const unsigned & | etamax1, | ||
| const unsigned & | etamax2, | ||
| const unsigned & | etamax3, | ||
| const unsigned & | etamax4, | ||
| const unsigned & | etamax5, | ||
| const unsigned & | etamax6, | ||
| const unsigned & | etamax7, | ||
| const unsigned & | etamax8, | ||
| const unsigned & | etawin1, | ||
| const unsigned & | etawin2, | ||
| const unsigned & | etawin3, | ||
| const unsigned & | etawin4, | ||
| const unsigned & | etawin5, | ||
| const unsigned & | etawin6, | ||
| const unsigned & | etawin7, | ||
| const unsigned & | mindphip, | ||
| const unsigned & | mindetap, | ||
| const unsigned & | mindeta12_accp, | ||
| const unsigned & | maxdeta12_accp, | ||
| const unsigned & | maxdphi12_accp, | ||
| const unsigned & | mindeta13_accp, | ||
| const unsigned & | maxdeta13_accp, | ||
| const unsigned & | maxdphi13_accp, | ||
| const unsigned & | mindeta112_accp, | ||
| const unsigned & | maxdeta112_accp, | ||
| const unsigned & | maxdphi112_accp, | ||
| const unsigned & | mindeta113_accp, | ||
| const unsigned & | maxdeta113_accp, | ||
| const unsigned & | maxdphi113_accp, | ||
| const unsigned & | mindphip_halo, | ||
| const unsigned & | mindetap_halo, | ||
| const unsigned & | straightp, | ||
| const unsigned & | curvedp, | ||
| const unsigned & | mbaPhiOff, | ||
| const unsigned & | mbbPhiOff, | ||
| const unsigned & | m_extend_length, | ||
| const unsigned & | m_allowALCTonly, | ||
| const unsigned & | m_allowCLCTonly, | ||
| const unsigned & | m_preTrigger, | ||
| const unsigned & | m_widePhi, | ||
| const int & | minBX, | ||
| const int & | maxBX | ||
| ) |
Definition at line 278 of file CSCTFSPCoreLogic.cc.
References CSCTriggerContainer< T >::clear(), gather_cfg::cout, GetCoreFirmwareVersion(), io_, IsVerbose(), mytracks, CSCTriggerContainer< T >::push_back(), runme, L1MuRegionalCand::setBx(), L1MuRegionalCand::setChargePacked(), L1MuRegionalCand::setEtaPacked(), L1MuRegionalCand::setFineHaloPacked(), csc::L1Track::setLocalPhi(), csc::L1TrackId::setMode(), csc::L1Track::setOutputLink(), csc::L1Track::setPtLUTAddress(), csc::L1Track::setStationIds(), csc::L1Track::setTbins(), edm::shift, sp_2010_01_22_, sp_2010_07_28_, sp_2010_09_01_, sp_2010_10_11_, sp_2010_12_10_, sp_2011_01_18_, vpp_generated_2011_01_18::wrap(), vpp_generated_2010_07_28::wrap(), vpp_generated_2010_12_10::wrap(), vpp_generated_2010_01_22::wrap(), vpp_generated_2010_10_11::wrap(), and vpp_generated_2010_09_01::wrap().
Referenced by CSCTFSectorProcessor::run().
{
mytracks.clear();
int train_length = io_.size();
int bx = 0;
io_.resize(train_length + latency);
std::vector<SPio>::iterator io;
// run over enough clock cycles to get tracks from input stubs.
for( io = io_.begin(); io != io_.end() && runme; io++)
{
switch(this->GetCoreFirmwareVersion()) {
case 20100122:
sp_2010_01_22_.wrap
(
io->me1aVp, io->me1aQp, io->me1aEtap, io->me1aPhip, io->me1aCSCIdp,
io->me1bVp, io->me1bQp, io->me1bEtap, io->me1bPhip, io->me1bCSCIdp,
io->me1cVp, io->me1cQp, io->me1cEtap, io->me1cPhip, io->me1cCSCIdp,
io->me1dVp, io->me1dQp, io->me1dEtap, io->me1dPhip, io->me1dCSCIdp,
io->me1eVp, io->me1eQp, io->me1eEtap, io->me1ePhip, io->me1eCSCIdp,
io->me1fVp, io->me1fQp, io->me1fEtap, io->me1fPhip, io->me1fCSCIdp,
io->me2aVp, io->me2aQp, io->me2aEtap, io->me2aPhip,
io->me2bVp, io->me2bQp, io->me2bEtap, io->me2bPhip,
io->me2cVp, io->me2cQp, io->me2cEtap, io->me2cPhip,
io->me3aVp, io->me3aQp, io->me3aEtap, io->me3aPhip,
io->me3bVp, io->me3bQp, io->me3bEtap, io->me3bPhip,
io->me3cVp, io->me3cQp, io->me3cEtap, io->me3cPhip,
io->me4aVp, io->me4aQp, io->me4aEtap, io->me4aPhip,
io->me4bVp, io->me4bQp, io->me4bEtap, io->me4bPhip,
io->me4cVp, io->me4cQp, io->me4cEtap, io->me4cPhip,
io->mb1aVp, io->mb1aQp, io->mb1aPhip,
io->mb1bVp, io->mb1bQp, io->mb1bPhip,
io->mb1cVp, io->mb1cQp, io->mb1cPhip,
io->mb1dVp, io->mb1dQp, io->mb1dPhip,
io->ptHp, io->signHp, io->modeMemHp, io->etaPTHp, io->FRHp, io->phiHp,
io->ptMp, io->signMp, io->modeMemMp, io->etaPTMp, io->FRMp, io->phiMp,
io->ptLp, io->signLp, io->modeMemLp, io->etaPTLp, io->FRLp, io->phiLp,
io->me1idH, io->me2idH, io->me3idH, io->me4idH, io->mb1idH, io->mb2idH,
io->me1idM, io->me2idM, io->me3idM, io->me4idM, io->mb1idM, io->mb2idM,
io->me1idL, io->me2idL, io->me3idL, io->me4idL, io->mb1idL, io->mb2idL,
etamin1,etamin2,etamin3,etamin4,etamin5,etamin6,etamin7,etamin8,
etamax1,etamax2,etamax3,etamax4,etamax5,etamax6,etamax7,etamax8,
etawin1, etawin2, etawin3, etawin4, etawin5, etawin6, etawin7,
mindphip, mindetap,
mindeta12_accp, maxdeta12_accp, maxdphi12_accp,
mindeta13_accp, maxdeta13_accp, maxdphi13_accp,
mindeta112_accp, maxdeta112_accp, maxdphi112_accp,
mindeta113_accp, maxdeta113_accp, maxdphi113_accp,
mindphip_halo, mindetap_halo,
straightp, curvedp,
mbaPhiOff, mbbPhiOff,
(m_preTrigger<<7)|(m_allowCLCTonly<<5)|(m_allowALCTonly<<4)|(m_extend_length<<1)|(m_widePhi)
);
break;
case 20100728:
sp_2010_07_28_.wrap
(
io->me1aVp, io->me1aQp, io->me1aEtap, io->me1aPhip, io->me1aCSCIdp,
io->me1bVp, io->me1bQp, io->me1bEtap, io->me1bPhip, io->me1bCSCIdp,
io->me1cVp, io->me1cQp, io->me1cEtap, io->me1cPhip, io->me1cCSCIdp,
io->me1dVp, io->me1dQp, io->me1dEtap, io->me1dPhip, io->me1dCSCIdp,
io->me1eVp, io->me1eQp, io->me1eEtap, io->me1ePhip, io->me1eCSCIdp,
io->me1fVp, io->me1fQp, io->me1fEtap, io->me1fPhip, io->me1fCSCIdp,
io->me2aVp, io->me2aQp, io->me2aEtap, io->me2aPhip,
io->me2bVp, io->me2bQp, io->me2bEtap, io->me2bPhip,
io->me2cVp, io->me2cQp, io->me2cEtap, io->me2cPhip,
io->me3aVp, io->me3aQp, io->me3aEtap, io->me3aPhip,
io->me3bVp, io->me3bQp, io->me3bEtap, io->me3bPhip,
io->me3cVp, io->me3cQp, io->me3cEtap, io->me3cPhip,
io->me4aVp, io->me4aQp, io->me4aEtap, io->me4aPhip,
io->me4bVp, io->me4bQp, io->me4bEtap, io->me4bPhip,
io->me4cVp, io->me4cQp, io->me4cEtap, io->me4cPhip,
io->mb1aVp, io->mb1aQp, io->mb1aPhip,
io->mb1bVp, io->mb1bQp, io->mb1bPhip,
io->mb1cVp, io->mb1cQp, io->mb1cPhip,
io->mb1dVp, io->mb1dQp, io->mb1dPhip,
io->ptHp, io->signHp, io->modeMemHp, io->etaPTHp, io->FRHp, io->phiHp,
io->ptMp, io->signMp, io->modeMemMp, io->etaPTMp, io->FRMp, io->phiMp,
io->ptLp, io->signLp, io->modeMemLp, io->etaPTLp, io->FRLp, io->phiLp,
io->me1idH, io->me2idH, io->me3idH, io->me4idH, io->mb1idH, io->mb2idH,
io->me1idM, io->me2idM, io->me3idM, io->me4idM, io->mb1idM, io->mb2idM,
io->me1idL, io->me2idL, io->me3idL, io->me4idL, io->mb1idL, io->mb2idL,
etamin1,etamin2,etamin3,etamin4,etamin5,etamin6,etamin7,etamin8,
etamax1,etamax2,etamax3,etamax4,etamax5,etamax6,etamax7,etamax8,
etawin1, etawin2, etawin3, etawin4, etawin5, etawin6, etawin7,
mindphip, mindetap,
mindeta12_accp, maxdeta12_accp, maxdphi12_accp,
mindeta13_accp, maxdeta13_accp, maxdphi13_accp,
mindeta112_accp, maxdeta112_accp, maxdphi112_accp,
mindeta113_accp, maxdeta113_accp, maxdphi113_accp,
mindphip_halo, mindetap_halo,
straightp, curvedp,
mbaPhiOff, mbbPhiOff,
(m_preTrigger<<7)|(m_allowCLCTonly<<5)|(m_allowALCTonly<<4)|(m_extend_length<<1)|(m_widePhi)
);
break;
case 20100901:
sp_2010_09_01_.wrap
(
io->me1aVp, io->me1aQp, io->me1aEtap, io->me1aPhip, io->me1aCSCIdp,
io->me1bVp, io->me1bQp, io->me1bEtap, io->me1bPhip, io->me1bCSCIdp,
io->me1cVp, io->me1cQp, io->me1cEtap, io->me1cPhip, io->me1cCSCIdp,
io->me1dVp, io->me1dQp, io->me1dEtap, io->me1dPhip, io->me1dCSCIdp,
io->me1eVp, io->me1eQp, io->me1eEtap, io->me1ePhip, io->me1eCSCIdp,
io->me1fVp, io->me1fQp, io->me1fEtap, io->me1fPhip, io->me1fCSCIdp,
io->me2aVp, io->me2aQp, io->me2aEtap, io->me2aPhip,
io->me2bVp, io->me2bQp, io->me2bEtap, io->me2bPhip,
io->me2cVp, io->me2cQp, io->me2cEtap, io->me2cPhip,
io->me3aVp, io->me3aQp, io->me3aEtap, io->me3aPhip,
io->me3bVp, io->me3bQp, io->me3bEtap, io->me3bPhip,
io->me3cVp, io->me3cQp, io->me3cEtap, io->me3cPhip,
io->me4aVp, io->me4aQp, io->me4aEtap, io->me4aPhip,
io->me4bVp, io->me4bQp, io->me4bEtap, io->me4bPhip,
io->me4cVp, io->me4cQp, io->me4cEtap, io->me4cPhip,
io->mb1aVp, io->mb1aQp, io->mb1aPhip,
io->mb1bVp, io->mb1bQp, io->mb1bPhip,
io->mb1cVp, io->mb1cQp, io->mb1cPhip,
io->mb1dVp, io->mb1dQp, io->mb1dPhip,
io->ptHp, io->signHp, io->modeMemHp, io->etaPTHp, io->FRHp, io->phiHp,
io->ptMp, io->signMp, io->modeMemMp, io->etaPTMp, io->FRMp, io->phiMp,
io->ptLp, io->signLp, io->modeMemLp, io->etaPTLp, io->FRLp, io->phiLp,
io->me1idH, io->me2idH, io->me3idH, io->me4idH, io->mb1idH, io->mb2idH,
io->me1idM, io->me2idM, io->me3idM, io->me4idM, io->mb1idM, io->mb2idM,
io->me1idL, io->me2idL, io->me3idL, io->me4idL, io->mb1idL, io->mb2idL,
etamin1,etamin2,etamin3,etamin4,etamin5,etamin6,etamin7,etamin8,
etamax1,etamax2,etamax3,etamax4,etamax5,etamax6,etamax7,etamax8,
etawin1, etawin2, etawin3, etawin4, etawin5, etawin6, etawin7,
mindphip, mindetap,
mindeta12_accp, maxdeta12_accp, maxdphi12_accp,
mindeta13_accp, maxdeta13_accp, maxdphi13_accp,
mindeta112_accp, maxdeta112_accp, maxdphi112_accp,
mindeta113_accp, maxdeta113_accp, maxdphi113_accp,
mindphip_halo, mindetap_halo,
straightp, curvedp,
mbaPhiOff, mbbPhiOff,
(m_preTrigger<<7)|(m_allowCLCTonly<<5)|(m_allowALCTonly<<4)|(m_extend_length<<1)|(m_widePhi)
);
break;
case 20101011:
sp_2010_10_11_.wrap
(
io->me1aVp, io->me1aQp, io->me1aEtap, io->me1aPhip, io->me1aCSCIdp,
io->me1bVp, io->me1bQp, io->me1bEtap, io->me1bPhip, io->me1bCSCIdp,
io->me1cVp, io->me1cQp, io->me1cEtap, io->me1cPhip, io->me1cCSCIdp,
io->me1dVp, io->me1dQp, io->me1dEtap, io->me1dPhip, io->me1dCSCIdp,
io->me1eVp, io->me1eQp, io->me1eEtap, io->me1ePhip, io->me1eCSCIdp,
io->me1fVp, io->me1fQp, io->me1fEtap, io->me1fPhip, io->me1fCSCIdp,
io->me2aVp, io->me2aQp, io->me2aEtap, io->me2aPhip,
io->me2bVp, io->me2bQp, io->me2bEtap, io->me2bPhip,
io->me2cVp, io->me2cQp, io->me2cEtap, io->me2cPhip,
io->me3aVp, io->me3aQp, io->me3aEtap, io->me3aPhip,
io->me3bVp, io->me3bQp, io->me3bEtap, io->me3bPhip,
io->me3cVp, io->me3cQp, io->me3cEtap, io->me3cPhip,
io->me4aVp, io->me4aQp, io->me4aEtap, io->me4aPhip,
io->me4bVp, io->me4bQp, io->me4bEtap, io->me4bPhip,
io->me4cVp, io->me4cQp, io->me4cEtap, io->me4cPhip,
io->mb1aVp, io->mb1aQp, io->mb1aPhip,
io->mb1bVp, io->mb1bQp, io->mb1bPhip,
io->mb1cVp, io->mb1cQp, io->mb1cPhip,
io->mb1dVp, io->mb1dQp, io->mb1dPhip,
io->ptHp, io->signHp, io->modeMemHp, io->etaPTHp, io->FRHp, io->phiHp,
io->ptMp, io->signMp, io->modeMemMp, io->etaPTMp, io->FRMp, io->phiMp,
io->ptLp, io->signLp, io->modeMemLp, io->etaPTLp, io->FRLp, io->phiLp,
io->me1idH, io->me2idH, io->me3idH, io->me4idH, io->mb1idH, io->mb2idH,
io->me1idM, io->me2idM, io->me3idM, io->me4idM, io->mb1idM, io->mb2idM,
io->me1idL, io->me2idL, io->me3idL, io->me4idL, io->mb1idL, io->mb2idL,
etamin1,etamin2,etamin3,etamin4,etamin5,/*etamin6,*/etamin7,etamin8,
etamax1,etamax2,etamax3,etamax4,etamax5,/*etamax6,*/etamax7,etamax8,
etawin1, etawin2, etawin3, etawin4, etawin5, /*etawin6,*/ etawin7,
mindphip, mindetap,
mindeta12_accp, maxdeta12_accp, maxdphi12_accp,
mindeta13_accp, maxdeta13_accp, maxdphi13_accp,
mindeta112_accp, maxdeta112_accp, maxdphi112_accp,
mindeta113_accp, maxdeta113_accp, maxdphi113_accp,
mindphip_halo, mindetap_halo,
straightp, curvedp,
mbaPhiOff, mbbPhiOff,
(m_preTrigger<<7)|(m_allowCLCTonly<<5)|(m_allowALCTonly<<4)|(m_extend_length<<1)|(m_widePhi)
);
break;
case 20101210:
sp_2010_12_10_.wrap
(
io->me1aVp, io->me1aQp, io->me1aEtap, io->me1aPhip, io->me1aCSCIdp,
io->me1bVp, io->me1bQp, io->me1bEtap, io->me1bPhip, io->me1bCSCIdp,
io->me1cVp, io->me1cQp, io->me1cEtap, io->me1cPhip, io->me1cCSCIdp,
io->me1dVp, io->me1dQp, io->me1dEtap, io->me1dPhip, io->me1dCSCIdp,
io->me1eVp, io->me1eQp, io->me1eEtap, io->me1ePhip, io->me1eCSCIdp,
io->me1fVp, io->me1fQp, io->me1fEtap, io->me1fPhip, io->me1fCSCIdp,
io->me2aVp, io->me2aQp, io->me2aEtap, io->me2aPhip,
io->me2bVp, io->me2bQp, io->me2bEtap, io->me2bPhip,
io->me2cVp, io->me2cQp, io->me2cEtap, io->me2cPhip,
io->me3aVp, io->me3aQp, io->me3aEtap, io->me3aPhip,
io->me3bVp, io->me3bQp, io->me3bEtap, io->me3bPhip,
io->me3cVp, io->me3cQp, io->me3cEtap, io->me3cPhip,
io->me4aVp, io->me4aQp, io->me4aEtap, io->me4aPhip,
io->me4bVp, io->me4bQp, io->me4bEtap, io->me4bPhip,
io->me4cVp, io->me4cQp, io->me4cEtap, io->me4cPhip,
io->mb1aVp, io->mb1aQp, io->mb1aPhip,
io->mb1bVp, io->mb1bQp, io->mb1bPhip,
io->mb1cVp, io->mb1cQp, io->mb1cPhip,
io->mb1dVp, io->mb1dQp, io->mb1dPhip,
io->ptHp, io->signHp, io->modeMemHp, io->etaPTHp, io->FRHp, io->phiHp,
io->ptMp, io->signMp, io->modeMemMp, io->etaPTMp, io->FRMp, io->phiMp,
io->ptLp, io->signLp, io->modeMemLp, io->etaPTLp, io->FRLp, io->phiLp,
io->me1idH, io->me2idH, io->me3idH, io->me4idH, io->mb1idH, io->mb2idH,
io->me1idM, io->me2idM, io->me3idM, io->me4idM, io->mb1idM, io->mb2idM,
io->me1idL, io->me2idL, io->me3idL, io->me4idL, io->mb1idL, io->mb2idL,
etamin1,etamin2,etamin3,etamin4,etamin5,/*etamin6,*/etamin7,etamin8,
etamax1,etamax2,etamax3,etamax4,etamax5,/*etamax6,*/etamax7,etamax8,
etawin1, etawin2, etawin3, etawin4, etawin5, /*etawin6,*/ etawin7,
mindphip, mindetap,
mindeta12_accp, maxdeta12_accp, maxdphi12_accp,
mindeta13_accp, maxdeta13_accp, maxdphi13_accp,
mindeta112_accp, maxdeta112_accp, maxdphi112_accp,
mindeta113_accp, maxdeta113_accp, maxdphi113_accp,
mindphip_halo, mindetap_halo,
straightp, curvedp,
mbaPhiOff, mbbPhiOff,
(m_preTrigger<<7)|(m_allowCLCTonly<<5)|(m_allowALCTonly<<4)|(m_extend_length<<1)|(m_widePhi)
);
break;
case 20110118:
sp_2011_01_18_.wrap
(
io->me1aVp, io->me1aQp, io->me1aEtap, io->me1aPhip, io->me1aCSCIdp, io->me1aCLCTp,
io->me1bVp, io->me1bQp, io->me1bEtap, io->me1bPhip, io->me1bCSCIdp, io->me1bCLCTp,
io->me1cVp, io->me1cQp, io->me1cEtap, io->me1cPhip, io->me1cCSCIdp, io->me1cCLCTp,
io->me1dVp, io->me1dQp, io->me1dEtap, io->me1dPhip, io->me1dCSCIdp, io->me1dCLCTp,
io->me1eVp, io->me1eQp, io->me1eEtap, io->me1ePhip, io->me1eCSCIdp, io->me1eCLCTp,
io->me1fVp, io->me1fQp, io->me1fEtap, io->me1fPhip, io->me1fCSCIdp, io->me1fCLCTp,
io->me2aVp, io->me2aQp, io->me2aEtap, io->me2aPhip,
io->me2bVp, io->me2bQp, io->me2bEtap, io->me2bPhip,
io->me2cVp, io->me2cQp, io->me2cEtap, io->me2cPhip,
io->me3aVp, io->me3aQp, io->me3aEtap, io->me3aPhip,
io->me3bVp, io->me3bQp, io->me3bEtap, io->me3bPhip,
io->me3cVp, io->me3cQp, io->me3cEtap, io->me3cPhip,
io->me4aVp, io->me4aQp, io->me4aEtap, io->me4aPhip,
io->me4bVp, io->me4bQp, io->me4bEtap, io->me4bPhip,
io->me4cVp, io->me4cQp, io->me4cEtap, io->me4cPhip,
io->mb1aVp, io->mb1aQp, io->mb1aPhip, io->mb1aBendp,
io->mb1bVp, io->mb1bQp, io->mb1bPhip, io->mb1bBendp,
io->mb1cVp, io->mb1cQp, io->mb1cPhip, io->mb1cBendp,
io->mb1dVp, io->mb1dQp, io->mb1dPhip, io->mb1dBendp,
io->ptHp, io->signHp, io->modeMemHp, io->etaPTHp, io->FRHp, io->phiHp,
io->ptMp, io->signMp, io->modeMemMp, io->etaPTMp, io->FRMp, io->phiMp,
io->ptLp, io->signLp, io->modeMemLp, io->etaPTLp, io->FRLp, io->phiLp,
io->me1idH, io->me2idH, io->me3idH, io->me4idH, io->mb1idH, io->mb2idH,
io->me1idM, io->me2idM, io->me3idM, io->me4idM, io->mb1idM, io->mb2idM,
io->me1idL, io->me2idL, io->me3idL, io->me4idL, io->mb1idL, io->mb2idL,
etamin1,etamin2,etamin3,etamin4,etamin5,/*etamin6,*/etamin7,etamin8,
etamax1,etamax2,etamax3,etamax4,etamax5,/*etamax6,*/etamax7,etamax8,
etawin1, etawin2, etawin3, etawin4, etawin5, /*etawin6,*/ etawin7,
mindphip, mindetap,
mindeta12_accp, maxdeta12_accp, maxdphi12_accp,
mindeta13_accp, maxdeta13_accp, maxdphi13_accp,
mindeta112_accp, maxdeta112_accp, maxdphi112_accp,
mindeta113_accp, maxdeta113_accp, maxdphi113_accp,
mindphip_halo, mindetap_halo,
straightp, curvedp,
mbaPhiOff, mbbPhiOff,
(m_preTrigger<<7)|(m_allowCLCTonly<<5)|(m_allowALCTonly<<4)|(m_extend_length<<1)|(m_widePhi)
);
break;
default:
edm::LogInfo("CSCSTFSPCoreLogic") << "Warning: using the default core is what you want?"
<< " Core version is " << this->GetCoreFirmwareVersion();
sp_2010_01_22_.wrap
(
io->me1aVp, io->me1aQp, io->me1aEtap, io->me1aPhip, io->me1aCSCIdp,
io->me1bVp, io->me1bQp, io->me1bEtap, io->me1bPhip, io->me1bCSCIdp,
io->me1cVp, io->me1cQp, io->me1cEtap, io->me1cPhip, io->me1cCSCIdp,
io->me1dVp, io->me1dQp, io->me1dEtap, io->me1dPhip, io->me1dCSCIdp,
io->me1eVp, io->me1eQp, io->me1eEtap, io->me1ePhip, io->me1eCSCIdp,
io->me1fVp, io->me1fQp, io->me1fEtap, io->me1fPhip, io->me1fCSCIdp,
io->me2aVp, io->me2aQp, io->me2aEtap, io->me2aPhip,
io->me2bVp, io->me2bQp, io->me2bEtap, io->me2bPhip,
io->me2cVp, io->me2cQp, io->me2cEtap, io->me2cPhip,
io->me3aVp, io->me3aQp, io->me3aEtap, io->me3aPhip,
io->me3bVp, io->me3bQp, io->me3bEtap, io->me3bPhip,
io->me3cVp, io->me3cQp, io->me3cEtap, io->me3cPhip,
io->me4aVp, io->me4aQp, io->me4aEtap, io->me4aPhip,
io->me4bVp, io->me4bQp, io->me4bEtap, io->me4bPhip,
io->me4cVp, io->me4cQp, io->me4cEtap, io->me4cPhip,
io->mb1aVp, io->mb1aQp, io->mb1aPhip,
io->mb1bVp, io->mb1bQp, io->mb1bPhip,
io->mb1cVp, io->mb1cQp, io->mb1cPhip,
io->mb1dVp, io->mb1dQp, io->mb1dPhip,
io->ptHp, io->signHp, io->modeMemHp, io->etaPTHp, io->FRHp, io->phiHp,
io->ptMp, io->signMp, io->modeMemMp, io->etaPTMp, io->FRMp, io->phiMp,
io->ptLp, io->signLp, io->modeMemLp, io->etaPTLp, io->FRLp, io->phiLp,
io->me1idH, io->me2idH, io->me3idH, io->me4idH, io->mb1idH, io->mb2idH,
io->me1idM, io->me2idM, io->me3idM, io->me4idM, io->mb1idM, io->mb2idM,
io->me1idL, io->me2idL, io->me3idL, io->me4idL, io->mb1idL, io->mb2idL,
etamin1,etamin2,etamin3,etamin4,etamin5,etamin6,etamin7,etamin8,
etamax1,etamax2,etamax3,etamax4,etamax5,etamax6,etamax7,etamax8,
etawin1, etawin2, etawin3, etawin4, etawin5, etawin6, etawin7,
mindphip, mindetap,
mindeta12_accp, maxdeta12_accp, maxdphi12_accp,
mindeta13_accp, maxdeta13_accp, maxdphi13_accp,
mindeta112_accp, maxdeta112_accp, maxdphi112_accp,
mindeta113_accp, maxdeta113_accp, maxdphi113_accp,
mindphip_halo, mindetap_halo,
straightp, curvedp,
mbaPhiOff, mbbPhiOff,
(m_preTrigger<<7)|(m_allowCLCTonly<<5)|(m_allowALCTonly<<4)|(m_extend_length<<1)|(m_widePhi));
break;
}
if ( IsVerbose() ) {
std::cout << "Core Verbose Output For Debugging\n";
std::cout << io->me1aVp << " " << io->me1aQp << " " << io->me1aEtap << " " << io->me1aPhip << " " << io->me1aCSCIdp << " " << io->me1aCLCTp << std::endl;
std::cout << io->me1bVp << " " << io->me1bQp << " " << io->me1bEtap << " " << io->me1bPhip << " " << io->me1bCSCIdp << " " << io->me1bCLCTp << std::endl;
std::cout << io->me1cVp << " " << io->me1cQp << " " << io->me1cEtap << " " << io->me1cPhip << " " << io->me1cCSCIdp << " " << io->me1cCLCTp << std::endl;
std::cout << io->me1dVp << " " << io->me1dQp << " " << io->me1dEtap << " " << io->me1dPhip << " " << io->me1dCSCIdp << " " << io->me1dCLCTp << std::endl;
std::cout << io->me1eVp << " " << io->me1eQp << " " << io->me1eEtap << " " << io->me1ePhip << " " << io->me1eCSCIdp << " " << io->me1eCLCTp << std::endl;
std::cout << io->me1fVp << " " << io->me1fQp << " " << io->me1fEtap << " " << io->me1fPhip << " " << io->me1fCSCIdp << " " << io->me1fCLCTp << std::endl;
std::cout << io->me2aVp << " " << io->me2aQp << " " << io->me2aEtap << " " << io->me2aPhip << " " << 0 << " " << 0 << std::endl;
std::cout << io->me2bVp << " " << io->me2bQp << " " << io->me2bEtap << " " << io->me2bPhip << " " << 0 << " " << 0 << std::endl;
std::cout << io->me2cVp << " " << io->me2cQp << " " << io->me2cEtap << " " << io->me2cPhip << " " << 0 << " " << 0 << std::endl;
std::cout << io->me3aVp << " " << io->me3aQp << " " << io->me3aEtap << " " << io->me3aPhip << " " << 0 << " " << 0 << std::endl;
std::cout << io->me3bVp << " " << io->me3bQp << " " << io->me3bEtap << " " << io->me3bPhip << " " << 0 << " " << 0 << std::endl;
std::cout << io->me3cVp << " " << io->me3cQp << " " << io->me3cEtap << " " << io->me3cPhip << " " << 0 << " " << 0 << std::endl;
std::cout << io->me4aVp << " " << io->me4aQp << " " << io->me4aEtap << " " << io->me4aPhip << " " << 0 << " " << 0 << std::endl;
std::cout << io->me4bVp << " " << io->me4bQp << " " << io->me4bEtap << " " << io->me4bPhip << " " << 0 << " " << 0 << std::endl;
std::cout << io->me4cVp << " " << io->me4cQp << " " << io->me4cEtap << " " << io->me4cPhip << " " << 0 << " " << 0 << std::endl;
std::cout << io->mb1aVp << " " << io->mb1aQp << " " << 0 << " " << io->mb1aPhip <<" " << 0 << " " << io->mb1aBendp << std::endl;
std::cout << io->mb1bVp << " " << io->mb1bQp << " " << 0 << " " << io->mb1bPhip <<" " << 0 << " " << io->mb1bBendp << std::endl;
std::cout << io->mb1cVp << " " << io->mb1cQp << " " << 0 << " " << 0/*io->mb1cPhip*/ <<" " << 0 << " " << 0/*io->mb1aBendp*/ << std::endl;
std::cout << io->mb1dVp << " " << io->mb1dQp << " " << 0 << " " << 0/*io->mb1dPhip*/ <<" " << 0 << " " << 0/*io->mb1aBendp*/ << std::endl;
std::cout << io->ptHp << " " << io->signHp << " " << io->modeMemHp << " " << io->etaPTHp << " " << io->FRHp << " " << io->phiHp << std::endl;
std::cout << io->ptMp << " " << io->signMp << " " << io->modeMemMp << " " << io->etaPTMp << " " << io->FRMp << " " << io->phiMp << std::endl;
std::cout << io->ptLp << " " << io->signLp << " " << io->modeMemLp << " " << io->etaPTLp << " " << io->FRLp << " " << io->phiLp << std::endl;
std::cout << io->me1idH << " " << io->me2idH << " " << io->me3idH << " " << io->me4idH << " " << io->mb1idH << " " << io->mb2idH << std::endl;
std::cout << io->me1idM << " " << io->me2idM << " " << io->me3idM << " " << io->me4idM << " " << io->mb1idM << " " << io->mb2idM << std::endl;
std::cout << io->me1idL << " " << io->me2idL << " " << io->me3idL << " " << io->me4idL << " " << io->mb1idL << " " << io->mb2idL << std::endl << std::endl;
}
++bx;
}
bx = 0;
//int nmuons = 0;
// start from where tracks could first possibly appear
// read out tracks from io_
// We add first +1 to the starting position because the CSC data started 1 BX after DT,
// and the other +1 because of the number of calls to the core (i.e. latency+1):
for(io = io_.begin() + latency + 1 + 1; io != io_.end(); io++)
{
csc::L1TrackId trkHid(endcap, sector), trkMid(endcap, sector), trkLid(endcap, sector);
trkHid.setMode(io->modeMemHp);
trkMid.setMode(io->modeMemMp);
trkLid.setMode(io->modeMemLp);
csc::L1Track trkH(trkHid), trkM(trkMid), trkL(trkLid);
ptadd LUTAddressH, LUTAddressM, LUTAddressL;
// construct PT LUT address for all possible muons
LUTAddressH.delta_phi_12 = io->ptHp & 0xff;
LUTAddressH.delta_phi_23 = (io->ptHp >> 8) & 0xf;
LUTAddressH.track_eta = (io->etaPTHp>>1) & 0xf;
LUTAddressH.track_mode = io->modeMemHp & 0xf;
// Line Replaced due to removal of spbits.h, note that
// BWPT and MODE_ACC are now hard coded (13 and 15 respectively)
// LUTAddressH.delta_phi_sign = (io->ptHp >> (BWPT-1)) & 0x1;
LUTAddressH.delta_phi_sign = (io->ptHp >> (13-1)) & 0x1;
LUTAddressH.track_fr = io->FRHp & 0x1;
LUTAddressM.delta_phi_12 = io->ptMp & 0xff;
LUTAddressM.delta_phi_23 = (io->ptMp >> 8) & 0xf;
LUTAddressM.track_eta = (io->etaPTMp>>1) & 0xf;
LUTAddressM.track_mode = io->modeMemMp & 0xf;
// LUTAddressM.delta_phi_sign = (io->ptMp >> (BWPT-1)) & 0x1;
LUTAddressM.delta_phi_sign = (io->ptMp >> (13-1)) & 0x1;
LUTAddressM.track_fr = io->FRMp & 0x1;
LUTAddressL.delta_phi_12 = io->ptLp & 0xff;
LUTAddressL.delta_phi_23 = (io->ptLp >> 8) & 0xf;
LUTAddressL.track_eta = (io->etaPTLp>>1) & 0xf;
LUTAddressL.track_mode = io->modeMemLp & 0xf;
// LUTAddressL.delta_phi_sign = (io->ptLp >> (BWPT-1)) & 0x1;
LUTAddressL.delta_phi_sign = (io->ptLp >> (13-1)) & 0x1;
LUTAddressL.track_fr = io->FRLp & 0x1;
// Core's input was loaded in a relative time window starting from BX=1(CSC)/0(DT)
// If we account for latency related shift in the core's output (as we do in this loop)
// then output tracks appear in the same BX as input stubs.
// To create new time window with perfectly timed-in tracks placed at BX=0 we introduce a shift:
int shift = (maxBX - minBX)/2;
if(LUTAddressH.track_mode)
{
trkH.setPtLUTAddress(LUTAddressH.toint());
trkH.setChargePacked(~(io->signHp)&0x1);
trkH.setLocalPhi(io->phiHp);
trkH.setEtaPacked(io->etaPTHp);
trkH.setBx((int)(bx)-shift);
trkH.setStationIds(io->me1idH&0x7, io->me2idH&0x3, io->me3idH&0x3, io->me4idH&0x3, io->mb1idH&0x3 );
trkH.setTbins (io->me1idH>>3, io->me2idH>>2, io->me3idH>>2, io->me4idH>>2, io->mb1idH>>2 );
trkH.setOutputLink(1);
if( LUTAddressH.track_mode==15 ) trkH.setFineHaloPacked(1);
mytracks.push_back(trkH);
}
if(LUTAddressM.track_mode)
{
trkM.setPtLUTAddress(LUTAddressM.toint());
trkM.setChargePacked(~(io->signMp)&0x1);
trkM.setLocalPhi(io->phiMp);
trkM.setEtaPacked(io->etaPTMp);
trkM.setBx((int)(bx)-shift);
trkM.setStationIds(io->me1idM&0x7, io->me2idM&0x3, io->me3idM&0x3, io->me4idM&0x3, io->mb1idM&0x3 );
trkM.setTbins (io->me1idM>>3, io->me2idM>>2, io->me3idM>>2, io->me4idM>>2, io->mb1idM>>2 );
trkM.setOutputLink(2);
if( LUTAddressM.track_mode==15 ) trkM.setFineHaloPacked(1);
mytracks.push_back(trkM);
}
if(LUTAddressL.track_mode)
{
trkL.setPtLUTAddress(LUTAddressL.toint());
trkL.setChargePacked(~(io->signLp)&0x1);
trkL.setLocalPhi(io->phiLp);
trkL.setEtaPacked(io->etaPTLp);
trkL.setBx((int)(bx)-shift);
trkL.setStationIds(io->me1idL&0x7, io->me2idL&0x3, io->me3idL&0x3, io->me4idL&0x3, io->mb1idL&0x3 );
trkL.setTbins (io->me1idL>>3, io->me2idL>>2, io->me3idL>>2, io->me4idL>>2, io->mb1idL>>2 );
trkL.setOutputLink(3);
if( LUTAddressL.track_mode==15 ) trkL.setFineHaloPacked(1);
mytracks.push_back(trkL);
}
++bx;
}
return runme;
}
| void CSCTFSPCoreLogic::SetCoreFirmwareVersion | ( | const unsigned int | fwVer | ) | [inline] |
Definition at line 107 of file CSCTFSPCoreLogic.h.
References coreFirmwareVersion.
{coreFirmwareVersion=fwVer; }
| void CSCTFSPCoreLogic::SetSPFirmwareVersion | ( | const unsigned int | fwVer | ) | [inline] |
Definition at line 104 of file CSCTFSPCoreLogic.h.
References spFirmwareVersion.
{spFirmwareVersion=fwVer; }
| void CSCTFSPCoreLogic::SetVerbose | ( | const bool | verb | ) | [inline] |
| CSCTriggerContainer< csc::L1Track > CSCTFSPCoreLogic::tracks | ( | void | ) |
Definition at line 830 of file CSCTFSPCoreLogic.cc.
References mytracks.
Referenced by CSCTFSectorProcessor::run().
{
return mytracks;
}
unsigned int CSCTFSPCoreLogic::coreFirmwareVersion [private] |
Definition at line 124 of file CSCTFSPCoreLogic.h.
Referenced by GetCoreFirmwareVersion(), and SetCoreFirmwareVersion().
std::vector<SPio> CSCTFSPCoreLogic::io_ [private] |
Definition at line 120 of file CSCTFSPCoreLogic.h.
Referenced by loadData(), and run().
Definition at line 122 of file CSCTFSPCoreLogic.h.
bool CSCTFSPCoreLogic::runme [private] |
Definition at line 121 of file CSCTFSPCoreLogic.h.
Referenced by loadData(), and run().
vpp_generated_2010_01_22 CSCTFSPCoreLogic::sp_2010_01_22_ [static, private] |
Definition at line 114 of file CSCTFSPCoreLogic.h.
Referenced by run().
vpp_generated_2010_07_28 CSCTFSPCoreLogic::sp_2010_07_28_ [static, private] |
Definition at line 115 of file CSCTFSPCoreLogic.h.
Referenced by run().
vpp_generated_2010_09_01 CSCTFSPCoreLogic::sp_2010_09_01_ [static, private] |
Definition at line 116 of file CSCTFSPCoreLogic.h.
Referenced by run().
vpp_generated_2010_10_11 CSCTFSPCoreLogic::sp_2010_10_11_ [static, private] |
Definition at line 117 of file CSCTFSPCoreLogic.h.
Referenced by run().
vpp_generated_2010_12_10 CSCTFSPCoreLogic::sp_2010_12_10_ [static, private] |
Definition at line 118 of file CSCTFSPCoreLogic.h.
Referenced by run().
vpp_generated_2011_01_18 CSCTFSPCoreLogic::sp_2011_01_18_ [static, private] |
Definition at line 119 of file CSCTFSPCoreLogic.h.
Referenced by run().
unsigned int CSCTFSPCoreLogic::spFirmwareVersion [private] |
Definition at line 123 of file CSCTFSPCoreLogic.h.
Referenced by GetSPFirmwareVersion(), and SetSPFirmwareVersion().
bool CSCTFSPCoreLogic::verboseCore [private] |
Definition at line 125 of file CSCTFSPCoreLogic.h.
Referenced by IsVerbose(), and SetVerbose().
1.7.3