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#include <PomwigProducer.h>
Public Member Functions | |
| void | endRun (Run &r) |
| PomwigProducer (const ParameterSet &) | |
| virtual | ~PomwigProducer () |
Private Member Functions | |
| void | clear () |
| bool | hwgive (const std::string &iParm) |
| virtual void | produce (Event &e, const EventSetup &es) |
| bool | setRngSeeds (int) |
Private Attributes | |
| double | comEnergy_ |
| HepMC::IO_HERWIG | conv |
| int | diffTopology_ |
| bool | doMPInteraction_ |
| bool | enableForcedDecays_ |
| int | eventNumber_ |
| HepMC::GenEvent * | evt |
| double | extCrossSect_ |
| double | extFilterEff_ |
| CLHEP::HepRandomEngine * | fRandomEngine |
| int | h1fit_ |
| bool | herwigHepMCVerbosity_ |
| int | herwigLhapdfVerbosity_ |
| int | herwigVerbosity_ |
| int | maxEventsToPrint_ |
| int | numTrials_ |
| bool | printCards_ |
| double | survivalProbability_ |
| bool | useJimmy_ |
Definition at line 24 of file PomwigProducer.h.
| PomwigProducer::PomwigProducer | ( | const ParameterSet & | pset | ) |
Definition at line 55 of file PomwigProducer.cc.
References comEnergy_, edm::errors::Configuration, constexpr, gather_cfg::cout, diffTopology_, doMPInteraction_, enableForcedDecays_, Exception, python::connectstrParser::f2, fRandomEngine, edm::ParameterSet::getParameter(), edm::ParameterSet::getUntrackedParameter(), h1fit_, herwigHepMCVerbosity_, herwigLhapdfVerbosity_, herwigVerbosity_, hwdspn, hwgive(), hwmodk(), i, jimmin, jminit, jmparm, maxEventsToPrint_, mysetpdfpath, NULL, numTrials_, pdfpath, printCards_, qcd_1994(), qcd_2006(), randomEngine, setherwpdf, setRngSeeds(), AlCaHLTBitMon_QueryRunRegistry::string, and useJimmy_.
: EDProducer(), evt(0), herwigVerbosity_ (pset.getUntrackedParameter<int>("herwigVerbosity",0)), herwigHepMCVerbosity_ (pset.getUntrackedParameter<bool>("herwigHepMCVerbosity",false)), herwigLhapdfVerbosity_ (pset.getUntrackedParameter<int>("herwigLhapdfVerbosity",0)), maxEventsToPrint_ (pset.getUntrackedParameter<int>("maxEventsToPrint",0)), comEnergy_(pset.getParameter<double>("comEnergy")), printCards_(pset.getUntrackedParameter<bool>("printCards",false)), extCrossSect_(pset.getUntrackedParameter<double>("crossSection", -1.)), extFilterEff_(pset.getUntrackedParameter<double>("filterEfficiency", -1.)), survivalProbability_(pset.getParameter<double>("survivalProbability")), diffTopology_(pset.getParameter<int>("diffTopology")), h1fit_(pset.getParameter<int>("h1fit")), enableForcedDecays_(pset.getUntrackedParameter<bool>("enableForcedDecays",false)), eventNumber_(0) { useJimmy_ = false; numTrials_ = 100; doMPInteraction_ = false; std::ostringstream header_str; header_str << "----------------------------------------------\n"; header_str << "Initializing PomwigProducer\n"; header_str << "----------------------------------------------\n"; /* herwigVerbosity Level IPRINT valid argumets are: 0: print title only 1: + print selected input parameters 2: + print table of particle codes and properties 3: + tables of Sudakov form factors *** NOT IMPLEMENTED *** LHA vebosity: 0=silent 1=lowkey (default) 2=all */ header_str << " Herwig verbosity level = " << herwigVerbosity_ << "\n"; header_str << " LHAPDF verbosity level = " << herwigLhapdfVerbosity_ << "\n"; header_str << " HepMC verbosity = " << herwigHepMCVerbosity_ << "\n"; header_str << " Number of events to be printed = " << maxEventsToPrint_ << "\n"; if(useJimmy_) { header_str << " HERWIG will be using JIMMY for UE/MI." << "\n"; if(doMPInteraction_) header_str << " JIMMY trying to generate multiple interactions." << "\n"; } // setting up lhapdf path name from environment varaible (***) char* lhaPdfs = NULL; header_str <<" Trying to find LHAPATH in environment ..."; lhaPdfs = getenv("LHAPATH"); std::string lhapdfSetPath = std::string(lhaPdfs); if(lhaPdfs != NULL) { header_str << " done.\n"; header_str << " Using "<< lhapdfSetPath << "\n"; } else{ throw edm::Exception(edm::errors::Configuration,"PomwigError") << " Could not find LHAPATH"; } // Call hwudat to set up HERWIG block data hwudat(); // Setting basic parameters ... hwproc.PBEAM1 = comEnergy_/2.; hwproc.PBEAM2 = comEnergy_/2.; // Choose beam particles for POMWIG depending on topology switch (diffTopology_){ case 0: //DPE hwbmch.PART1[0] = 'E'; hwbmch.PART1[1] = '-'; hwbmch.PART2[0] = 'E'; hwbmch.PART2[1] = '-'; break; case 1: //SD survive PART1 hwbmch.PART1[0] = 'E'; hwbmch.PART1[1] = '-'; hwbmch.PART2[0] = 'P'; hwbmch.PART2[1] = ' '; break; case 2: //SD survive PART2 hwbmch.PART1[0] = 'P'; hwbmch.PART1[1] = ' '; hwbmch.PART2[0] = 'E'; hwbmch.PART2[1] = '-'; break; case 3: //Non diffractive hwbmch.PART1[0] = 'P'; hwbmch.PART1[1] = ' '; hwbmch.PART2[0] = 'P'; hwbmch.PART2[1] = ' '; break; default: throw edm::Exception(edm::errors::Configuration,"PomwigError") <<" Invalid Diff. Topology. Must be DPE(diffTopology = 0), SD particle 1 (diffTopology = 1), SD particle 2 (diffTopology = 2) and Non diffractive (diffTopology = 3)"; break; } for(int i=2;i<8;++i){ hwbmch.PART1[i] = ' '; hwbmch.PART2[i] = ' ';} if(useJimmy_) jmparm.MSFLAG = 1; // initialize other common blocks ... hwigin(); hwevnt.MAXER = 100000000; // O(inf) hwpram.LWSUD = 0; // don't write Sudakov form factors hwdspn.LWDEC = 0; // don't write three/four body decays // (no fort.77 and fort.88 ...) header_str << " MAXER set to " << hwevnt.MAXER << "\n"; if(useJimmy_) jimmin(); // set some 'non-herwig' defaults hwevnt.MAXPR = maxEventsToPrint_; // no printing out of events hwpram.IPRINT = herwigVerbosity_; // HERWIG print out mode // Set HERWIG parameters in a single ParameterSet ParameterSet herwig_params = pset.getParameter<ParameterSet>("HerwigParameters") ; // The parameter sets to be read (default, min bias, user ...) in the proper order. vector<string> setNames = herwig_params.getParameter<vector<string> >("parameterSets"); // Loop over the sets for ( unsigned i=0; i<setNames.size(); ++i ) { string mySet = setNames[i]; vector<string> pars = herwig_params.getParameter<vector<string> >(mySet); header_str << "----------------------------------------------" << "\n"; header_str << "Read HERWIG parameter set " << mySet << "\n"; header_str << "----------------------------------------------" << "\n"; // Loop over all parameters and stop in case of mistake for(const std::string &par : pars) { constexpr char const *sRandomValueSetting1 = "NRN(1)"; constexpr char const *sRandomValueSetting2 = "NRN(2)"; if( (0 == strcmp(par.c_str(), sRandomValueSetting1) )||(0 == strcmp(par.c_str(), sRandomValueSetting2))) { throw edm::Exception(edm::errors::Configuration,"HerwigError") <<" attempted to set random number using pythia command 'NRN(.)'. This is not allowed.\n Please use the RandomNumberGeneratorService to set the random number seed."; } if( ! hwgive(par) ) { throw edm::Exception(edm::errors::Configuration,"HerwigError") <<" herwig did not accept the following \""<< par <<"\""; } else if(printCards_) header_str << " " << par << "\n"; } } // setting up herwgi RNG seeds NRN(.) header_str << "----------------------------------------------" << "\n"; header_str << "Setting Herwig random number generator seeds" << "\n"; header_str << "----------------------------------------------" << "\n"; edm::Service<RandomNumberGenerator> rng; int wwseed = rng->mySeed(); randomEngine = fRandomEngine = &(rng->getEngine()); bool rngok = setRngSeeds(wwseed); if(!rngok) throw edm::Exception(edm::errors::Configuration,"HerwigError") <<" Impossible error in setting 'NRN(.)'."; header_str << " NRN(1) = " << hwevnt.NRN[0] << "\n"; header_str << " NRN(2) = " << hwevnt.NRN[1] << "\n"; // set the LHAPDF grid directory and path setherwpdf(); char pdfpath[232]; int pathlen = lhapdfSetPath.length(); for(int i=0; i<pathlen; ++i) pdfpath[i]=lhapdfSetPath.at(i); for(int i=pathlen; i<232; ++i) pdfpath[i]=' '; mysetpdfpath(pdfpath); // HERWIG preparations ... hwuinc(); // Function for force QQ decay is hwmodk /* C----------------------------------------------------------------------- SUBROUTINE HWMODK(IDKTMP,BRTMP,IMETMP, & IATMP,IBTMP,ICTMP,IDTMP,IETMP) C----------------------------------------------------------------------- C Takes the decay, IDKTMP -> I-(A+B+C+D+E)-TMP, and simply stores it C if internal pointers not set up (.NOT.DKPSET) else if pre-existing C mode updates branching ratio BRTMP and matrix element code IMETMP, C if -ve leaves as is. If a new mode adds to table and if consistent C adjusts pointers, sets CMMOM (for two-body mode) and resets RSTAB C if necessary. The branching ratios of any other IDKTMP decays are C scaled by (1.-BRTMP)/(1.-BR_OLD) C----------------------------------------------------------------------- */ // Initialization if(enableForcedDecays_){ header_str << "\n----------------------------------------------" << "\n"; header_str << "HWMODK will be called to force decays" << "\n"; header_str << "----------------------------------------------" << "\n"; // Get ParameterSet with settings for forcing decays ParameterSet fdecays_pset = pset.getParameter<ParameterSet>("ForcedDecaysParameters") ; vector<int> defidktmp ; defidktmp.push_back(0) ; std::vector<int> idktmp = fdecays_pset.getUntrackedParameter< vector<int> >("Idktmp", defidktmp); vector<double> defbrtmp ; defbrtmp.push_back(0) ; std::vector<double> brtmp = fdecays_pset.getUntrackedParameter< vector<double> >("Brtmp",defbrtmp); vector<int> defimetmp ; defimetmp.push_back(0) ; std::vector<int> imetmp = fdecays_pset.getUntrackedParameter< vector<int> >("Imetmp",defimetmp); vector<int> defiatmp ; defiatmp.push_back(0) ; std::vector<int> iatmp = fdecays_pset.getUntrackedParameter< vector<int> >("Iatmp",defiatmp); vector<int> defibtmp ; defibtmp.push_back(0) ; std::vector<int> ibtmp = fdecays_pset.getUntrackedParameter< vector<int> >("Ibtmp",defibtmp); vector<int> defictmp ; defictmp.push_back(0) ; std::vector<int> ictmp = fdecays_pset.getUntrackedParameter< vector<int> >("Ictmp",defictmp); vector<int> defidtmp ; defidtmp.push_back(0) ; std::vector<int> idtmp = fdecays_pset.getUntrackedParameter< vector<int> >("Idtmp",defidtmp); vector<int> defietmp ; defietmp.push_back(0) ; std::vector<int> ietmp = fdecays_pset.getUntrackedParameter< vector<int> >("Ietmp",defietmp); for (unsigned int i = 0; i < idktmp.size(); i++){ int idktmp1 = idktmp[i]; double brtmp1 = brtmp[i]; int imetmp1 = imetmp[i]; int iatmp1 = iatmp[i]; int ibtmp1 = ibtmp[i]; int ictmp1 = ictmp[i]; int idtmp1 = idtmp[i]; int ietmp1 = ietmp[i]; // Call Herwig function HWMODK header_str << " Forcing decay " << idktmp1 << "->" << iatmp1 << "+" << ibtmp1 << "+" << ictmp1 << "+" << idtmp1 << "+" << ietmp1 << " with BR " << brtmp1 << "\n"; hwmodk(idktmp1, brtmp1, imetmp1, iatmp1, ibtmp1, ictmp1, idtmp1, ietmp1); } } hwusta("PI0 ",1); // Initialize H1 pomeron/reggeon if(diffTopology_ != 3){ int nstru = hwpram.NSTRU; int ifit = h1fit_; if(nstru == 9){ if((ifit <= 0)||(ifit >= 7)){ throw edm::Exception(edm::errors::Configuration,"PomwigError") <<" Attempted to set non existant H1 1997 fit index. Has to be 1...6"; } cout << " H1 1997 pomeron pdf's" << endl; cout << " IFIT = "<< ifit << endl; double xp = 0.1; double Q2 = 75.0; double xpq[13]; qcd_1994(xp,Q2,xpq,ifit); } else if(nstru == 10){ if((ifit <= 0)||(ifit >= 7)){ throw edm::Exception(edm::errors::Configuration,"PomwigError") <<" Attempted to set non existant H1 1997 fit index. Has to be 1...6"; } cout << " H1 1997 reggeon pdf's" << endl; cout << " IFIT = "<< ifit << endl; double xp = 0.1; double Q2 = 75.0; double xpq[13]; qcd_1994(xp,Q2,xpq,ifit); } else if(nstru == 12){ /*if(ifit != 1){ throw edm::Exception(edm::errors::Configuration,"PomwigError") <<" Attempted to set non existant H1 2006 A fit index. Only IFIT=1"; }*/ ifit = 1; cout << " H1 2006 A pomeron pdf's" << endl; cout << " IFIT = "<< ifit <<endl; double xp = 0.1; double Q2 = 75.0; double xpq[13]; double f2[2]; double fl[2]; double c2[2]; double cl[2]; qcd_2006(xp,Q2,ifit,xpq,f2,fl,c2,cl); } else if(nstru == 13){ /*if(ifit != 1){ throw edm::Exception(edm::errors::Configuration,"PomwigError") <<" Attempted to set non existant H1 2006 A fit index. Only IFIT=1"; }*/ ifit = 1; cout << " H1 2006 A reggeon pdf's" << endl; cout << " IFIT = "<< ifit <<endl; double xp = 0.1; double Q2 = 75.0; double xpq[13]; double f2[2]; double fl[2]; double c2[2]; double cl[2]; qcd_2006(xp,Q2,ifit,xpq,f2,fl,c2,cl); } else if(nstru == 14){ /*if(ifit != 2){ throw edm::Exception(edm::errors::Configuration,"PomwigError") <<" Attempted to set non existant H1 2006 B fit index. Only IFIT=2"; }*/ ifit = 2; cout << " H1 2006 B pomeron pdf's" << endl; cout << " IFIT = "<< ifit <<endl; double xp = 0.1; double Q2 = 75.0; double xpq[13]; double f2[2]; double fl[2]; double c2[2]; double cl[2]; qcd_2006(xp,Q2,ifit,xpq,f2,fl,c2,cl); } else if(nstru == 15){ /*if(ifit != 2){ throw edm::Exception(edm::errors::Configuration,"PomwigError") <<" Attempted to set non existant H1 2006 B fit index. Only IFIT=2"; }*/ ifit = 2; cout << " H1 2006 B reggeon pdf's" << endl; cout << " IFIT = "<< ifit <<endl; double xp = 0.1; double Q2 = 75.0; double xpq[13]; double f2[2]; double fl[2]; double c2[2]; double cl[2]; qcd_2006(xp,Q2,ifit,xpq,f2,fl,c2,cl); } else{ throw edm::Exception(edm::errors::Configuration,"PomwigError") <<" Only running Pomeron H1 1997 (NSTRU=9), H1 2006 fit A (NSTRU=12) and H1 2006 fit B (NSTRU=14) or Reggeon H1 1997 (NSTRU=10), H1 2006 fit A (NSTRU=13) and H1 2006 fit B (NSTRU=15)"; } } hweini(); if(useJimmy_) jminit(); produces<HepMCProduct>(); produces<GenEventInfoProduct>(); produces<GenRunInfoProduct, edm::InRun>(); header_str << "\n----------------------------------------------" << "\n"; header_str << "Starting event generation" << "\n"; header_str << "----------------------------------------------" << "\n"; edm::LogInfo("")<<header_str.str(); }
| PomwigProducer::~PomwigProducer | ( | ) | [virtual] |
Definition at line 426 of file PomwigProducer.cc.
References clear().
| void PomwigProducer::clear | ( | void | ) | [private] |
Definition at line 439 of file PomwigProducer.cc.
References jmefin, and useJimmy_.
Referenced by ~PomwigProducer().
| void PomwigProducer::endRun | ( | Run & | r | ) |
Definition at line 1313 of file PomwigProducer.cc.
References extCrossSect_, extFilterEff_, edm::Run::put(), and survivalProbability_.
{
double intCrossSect = 1000.0*survivalProbability_*hwevnt.AVWGT;
auto_ptr<GenRunInfoProduct> genRunInfoProd (new GenRunInfoProduct());
genRunInfoProd->setInternalXSec(intCrossSect);
genRunInfoProd->setFilterEfficiency(extFilterEff_);
genRunInfoProd->setExternalXSecLO(extCrossSect_);
genRunInfoProd->setExternalXSecNLO(-1.);
run.put(genRunInfoProd);
}
| bool PomwigProducer::hwgive | ( | const std::string & | iParm | ) | [private] |
Definition at line 528 of file PomwigProducer.cc.
References Exception, hw6202, hw6203, hw6300, hw6500, hwbosc, hwbrch, hwdist, hwdspn, hwgupr, hwhard, hwminb, hwprop, hwrpar, hwsusy, hwuclu, hwusud, hwuwts, and jmparm.
Referenced by PomwigProducer().
{
bool accepted = 1;
if(!strncmp(ParameterString.c_str(),"IPROC",5)) {
hwproc.IPROC = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
if(hwproc.IPROC<0) {
throw cms::Exception("HerwigError")
<<" Attempted to set IPROC to a negative value. This is not allowed.\n Please use the McatnloProducer to cope with negative valued IPROCs.";
}
}
else if(!strncmp(ParameterString.c_str(),"AUTPDF(",7)){
LogWarning("") <<" WARNING: AUTPDF parameter *not* suported. HERWIG will use LHAPDF."<<"\n";
}
else if(!strncmp(ParameterString.c_str(),"TAUDEC",6)){
int tostart=0;
while(ParameterString.c_str()[tostart]!='=') tostart++;
tostart++;
while(ParameterString.c_str()[tostart]==' ') tostart++;
int todo = 0;
while(ParameterString.c_str()[todo+tostart]!='\0') {
hwdspn.TAUDEC[todo]=ParameterString.c_str()[todo+tostart];
todo++;
}
if(todo != 6) {
throw cms::Exception("HerwigError")
<<" Attempted to set TAUDEC to "<<hwdspn.TAUDEC<<". This is not allowed.\n Options for TAUDEC are HERWIG and TAUOLA.";
}
}
else if(!strncmp(ParameterString.c_str(),"BDECAY",6)){
LogWarning("")<<" WARNING: BDECAY parameter *not* suported. HERWIG will use default b decay."<<"\n";
}
else if(!strncmp(ParameterString.c_str(),"QCDLAM",6))
hwpram.QCDLAM = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"VQCUT",5))
hwpram.VQCUT = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"VGCUT",5))
hwpram.VGCUT = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"VPCUT",5))
hwpram.VPCUT = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"CLMAX",5))
hwpram.CLMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"CLPOW",5))
hwpram.CLPOW = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PSPLT(1)",8))
hwpram.PSPLT[0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PSPLT(2)",8))
hwpram.PSPLT[1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"QDIQK",5))
hwpram.QDIQK = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PDIQK",5))
hwpram.PDIQK = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"QSPAC",5))
hwpram.QSPAC = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PTRMS",5))
hwpram.PTRMS = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IPRINT",6))
hwpram.IPRINT = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PRVTX",5))
hwpram.PRVTX = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NPRFMT",6))
hwpram.NPRFMT = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PRNDEC",6))
hwpram.PRNDEC = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PRNDEF",6))
hwpram.PRNDEF = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PRNTEX",6))
hwpram.PRNTEX = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PRNWEB",6))
hwpram.PRNWEB = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"MAXPR",5))
hwevnt.MAXPR = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"MAXER",5))
hwevnt.MAXER = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"LWEVT",5))
hwevnt.LWEVT = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"LRSUD",5))
hwpram.LRSUD = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"LWSUD",5))
hwpram.LWSUD = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NRN(1)",6))
hwevnt.NRN[0] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NRN(2)",6))
hwevnt.NRN[1] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"WGTMAX",6))
hwevnt.WGTMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NOWGT",5))
hwevnt.NOWGT = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"AVWGT",5))
hwevnt.AVWGT = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"AZSOFT",6))
hwpram.AZSOFT = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"AZSPIN",6))
hwpram.AZSPIN = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"HARDME",6))
hwpram.HARDME = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"SOFTME",6))
hwpram.SOFTME = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"GCUTME",6))
hwpram.GCUTME = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NCOLO",5))
hwpram.NCOLO = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NFLAV",5))
hwpram.NFLAV = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"MODPDF(1)",9))
hwpram.MODPDF[0] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"MODPDF(2)",9))
hwpram.MODPDF[1] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NSTRU",5))
hwpram.NSTRU = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PRSOF",5))
hwpram.PRSOF = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ENSOF",5))
hwpram.ENSOF = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IOPREM",6))
hwpram.IOPREM = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"BTCLM",5))
hwpram.BTCLM = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ETAMIX",6))
hwpram.ETAMIX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PHIMIX",6))
hwpram.PHIMIX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"H1MIX",5))
hwpram.H1MIX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"F0MIX",5))
hwpram.F0MIX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"F1MIX",5))
hwpram.F1MIX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"F2MIX",5))
hwpram.F2MIX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ET2MIX",6))
hwpram.ET2MIX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"OMHMIX",6))
hwpram.OMHMIX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PH3MIX",6))
hwpram.PH3MIX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"B1LIM",5))
hwpram.B1LIM = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"CLDIR(1)",8))
hwpram.CLDIR[0] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"CLDIR(2)",8))
hwpram.CLDIR[1] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"CLSMR(1)",8))
hwpram.CLSMR[0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"CLSMR(2)",8))
hwpram.CLSMR[1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(1)",8))
hwprop.RMASS[1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(2)",8))
hwprop.RMASS[2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(3)",8))
hwprop.RMASS[3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(4)",8))
hwprop.RMASS[4] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(5)",8))
hwprop.RMASS[5] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(6)",8))
hwprop.RMASS[6] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(13)",9))
hwprop.RMASS[13] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"SUDORD",6))
hwusud.SUDORD = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"INTER",5))
hwusud.INTER = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NEGWTS",6))
hw6203.NEGWTS = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PMBN1",5))
hwminb.PMBN1 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PMBN2",5))
hwminb.PMBN2 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PMBN3",5))
hwminb.PMBN3 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PMBK1",5))
hwminb.PMBK1 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PMBK2",5))
hwminb.PMBK2 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PMBM1",5))
hwminb.PMBM1 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PMBM2",5))
hwminb.PMBM2 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PMBP1",5))
hwminb.PMBP1 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PMBP2",5))
hwminb.PMBP2 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PMBP3",5))
hwminb.PMBP3 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"VMIN2",5))
hwdist.VMIN2 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"EXAG",4))
hwdist.EXAG = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PRECO",5))
hwuclu.PRECO = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"CLRECO",6))
hwuclu.CLRECO = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PWT(1)",6))
hwuwts.PWT[0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PWT(2)",6))
hwuwts.PWT[1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PWT(3)",6))
hwuwts.PWT[2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PWT(4)",6))
hwuwts.PWT[3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PWT(5)",6))
hwuwts.PWT[4] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PWT(6)",6))
hwuwts.PWT[5] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PWT(7)",6))
hwuwts.PWT[6] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,0,0)",12))
hwuwts.REPWT[0][0][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,0,1)",12))
hwuwts.REPWT[1][0][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,0,2)",12))
hwuwts.REPWT[2][0][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,0,3)",12))
hwuwts.REPWT[3][0][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,0,4)",12))
hwuwts.REPWT[4][0][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,1,0)",12))
hwuwts.REPWT[0][1][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,1,1)",12))
hwuwts.REPWT[1][1][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,1,2)",12))
hwuwts.REPWT[2][1][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,1,3)",12))
hwuwts.REPWT[3][1][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,1,4)",12))
hwuwts.REPWT[4][1][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,2,0)",12))
hwuwts.REPWT[0][2][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,2,1)",12))
hwuwts.REPWT[1][2][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,2,2)",12))
hwuwts.REPWT[2][2][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,2,3)",12))
hwuwts.REPWT[3][2][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,2,4)",12))
hwuwts.REPWT[4][2][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,3,0)",12))
hwuwts.REPWT[0][3][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,3,1)",12))
hwuwts.REPWT[1][3][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,3,2)",12))
hwuwts.REPWT[2][3][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,3,3)",12))
hwuwts.REPWT[3][3][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,3,4)",12))
hwuwts.REPWT[4][3][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,4,0)",12))
hwuwts.REPWT[0][4][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,4,1)",12))
hwuwts.REPWT[1][4][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,4,2)",12))
hwuwts.REPWT[2][4][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,4,3)",12))
hwuwts.REPWT[3][4][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(0,4,4)",12))
hwuwts.REPWT[4][4][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,0,0)",12))
hwuwts.REPWT[0][0][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,0,1)",12))
hwuwts.REPWT[1][0][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,0,2)",12))
hwuwts.REPWT[2][0][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,0,3)",12))
hwuwts.REPWT[3][0][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,0,4)",12))
hwuwts.REPWT[4][0][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,1,0)",12))
hwuwts.REPWT[0][1][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,1,1)",12))
hwuwts.REPWT[1][1][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,1,2)",12))
hwuwts.REPWT[2][1][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,1,3)",12))
hwuwts.REPWT[3][1][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,1,4)",12))
hwuwts.REPWT[4][1][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,2,0)",12))
hwuwts.REPWT[0][2][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,2,1)",12))
hwuwts.REPWT[1][2][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,2,2)",12))
hwuwts.REPWT[2][2][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,2,3)",12))
hwuwts.REPWT[3][2][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,2,4)",12))
hwuwts.REPWT[4][2][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,3,0)",12))
hwuwts.REPWT[0][3][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,3,1)",12))
hwuwts.REPWT[1][3][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,3,2)",12))
hwuwts.REPWT[2][3][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,3,3)",12))
hwuwts.REPWT[3][3][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,3,4)",12))
hwuwts.REPWT[4][3][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,4,0)",12))
hwuwts.REPWT[0][4][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,4,1)",12))
hwuwts.REPWT[1][4][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,4,2)",12))
hwuwts.REPWT[2][4][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,4,3)",12))
hwuwts.REPWT[3][4][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(1,4,4)",12))
hwuwts.REPWT[4][4][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,0,0)",12))
hwuwts.REPWT[0][0][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,0,1)",12))
hwuwts.REPWT[1][0][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,0,2)",12))
hwuwts.REPWT[2][0][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,0,3)",12))
hwuwts.REPWT[3][0][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,0,4)",12))
hwuwts.REPWT[4][0][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,1,0)",12))
hwuwts.REPWT[0][1][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,1,1)",12))
hwuwts.REPWT[1][1][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,1,2)",12))
hwuwts.REPWT[2][1][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,1,3)",12))
hwuwts.REPWT[3][1][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,1,4)",12))
hwuwts.REPWT[4][1][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,2,0)",12))
hwuwts.REPWT[0][2][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,2,1)",12))
hwuwts.REPWT[1][2][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,2,2)",12))
hwuwts.REPWT[2][2][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,2,3)",12))
hwuwts.REPWT[3][2][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,2,4)",12))
hwuwts.REPWT[4][2][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,3,0)",12))
hwuwts.REPWT[0][3][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,3,1)",12))
hwuwts.REPWT[1][3][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,3,2)",12))
hwuwts.REPWT[2][3][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,3,3)",12))
hwuwts.REPWT[3][3][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,3,4)",12))
hwuwts.REPWT[4][3][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,4,0)",12))
hwuwts.REPWT[0][4][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,4,1)",12))
hwuwts.REPWT[1][4][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,4,2)",12))
hwuwts.REPWT[2][4][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,4,3)",12))
hwuwts.REPWT[3][4][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(2,4,4)",12))
hwuwts.REPWT[4][4][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,0,0)",12))
hwuwts.REPWT[0][0][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,0,1)",12))
hwuwts.REPWT[1][0][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,0,2)",12))
hwuwts.REPWT[2][0][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,0,3)",12))
hwuwts.REPWT[3][0][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,0,4)",12))
hwuwts.REPWT[4][0][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,1,0)",12))
hwuwts.REPWT[0][1][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,1,1)",12))
hwuwts.REPWT[1][1][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,1,2)",12))
hwuwts.REPWT[2][1][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,1,3)",12))
hwuwts.REPWT[3][1][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,1,4)",12))
hwuwts.REPWT[4][1][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,2,0)",12))
hwuwts.REPWT[0][2][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,2,1)",12))
hwuwts.REPWT[1][2][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,2,2)",12))
hwuwts.REPWT[2][2][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,2,3)",12))
hwuwts.REPWT[3][2][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,2,4)",12))
hwuwts.REPWT[4][2][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,3,0)",12))
hwuwts.REPWT[0][3][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,3,1)",12))
hwuwts.REPWT[1][3][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,3,2)",12))
hwuwts.REPWT[2][3][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,3,3)",12))
hwuwts.REPWT[3][3][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,3,4)",12))
hwuwts.REPWT[4][3][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,4,0)",12))
hwuwts.REPWT[0][4][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,4,1)",12))
hwuwts.REPWT[1][4][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,4,2)",12))
hwuwts.REPWT[2][4][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,4,3)",12))
hwuwts.REPWT[3][4][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"REPWT(3,4,4)",12))
hwuwts.REPWT[4][4][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"SNGWT",5))
hwuwts.SNGWT = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"DECWT",5))
hwuwts.DECWT = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PLTCUT",6))
hwdist.PLTCUT = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"VTOCDK(",7)){
// we find the index ...
int ind = atoi(&ParameterString[7]);
hwprop.VTOCDK[ind] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);}
else if(!strncmp(ParameterString.c_str(),"VTORDK(",7)){
// we find the index ...
int ind = atoi(&ParameterString[7]);
hwprop.VTORDK[ind] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);}
else if(!strncmp(ParameterString.c_str(),"PIPSMR",6))
hwdist.PIPSMR = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"VIPWID(1)",9))
hw6202.VIPWID[0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"VIPWID(2)",9))
hw6202.VIPWID[1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"VIPWID(3)",9))
hw6202.VIPWID[2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"MAXDKL",6))
hwdist.MAXDKL = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IOPDKL",6))
hwdist.IOPDKL = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"DXRCYL",6))
hw6202.DXRCYL = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"DXZMAX",6))
hw6202.DXZMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"DXRSPH",6))
hw6202.DXRSPH = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
// else if(!strncmp(ParameterString.c_str(),"BDECAY",6))
// hwprch.BDECAY = ParameterString[strcspn(ParameterString.c_str(),"=")+1];
else if(!strncmp(ParameterString.c_str(),"MIXING",6))
hwdist.MIXING = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"XMIX(1)",7))
hwdist.XMIX[0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"XMIX(2)",7))
hwdist.XMIX[1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"YMIX(1)",7))
hwdist.YMIX[0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"YMIX(2)",7))
hwdist.YMIX[1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(198)",10))
hwprop.RMASS[198] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(199)",10))
hwprop.RMASS[199] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"GAMW",4))
hwpram.GAMW = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"GAMZ",4))
hwpram.GAMZ = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(200)",10))
hwprop.RMASS[200] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"WZRFR",5))
hw6202.WZRFR = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"MODBOS(",7)) {
int ind = atoi(&ParameterString[7]);
hwbosc.MODBOS[ind-1] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"RMASS(201)",10))
hwprop.RMASS[201] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IOPHIG",6))
hwbosc.IOPHIG = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"GAMMAX",6))
hwbosc.GAMMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ENHANC(",7)) {
int ind = atoi(&ParameterString[7]);
hwbosc.ENHANC[ind-1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"RMASS(209)",10))
hwprop.RMASS[209] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(215)",10))
hwprop.RMASS[215] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ALPHEM",6))
hwpram.ALPHEM = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"SWEIN",5))
hwpram.SWEIN = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"QFCH(",5)){
int ind = atoi(&ParameterString[5]);
hwpram.QFCH[ind-1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(1,",7)){
int ind = atoi(&ParameterString[7]); if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(2,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(3,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(4,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(5,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][4] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(6,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][5] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(7,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][6] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(8,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][7] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(9,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][8] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(10,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][9] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(11,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][10] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(12,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][11] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(13,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][12] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(14,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][13] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(15,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][14] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"AFCH(16,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.AFCH[ind-1][15] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(1,",7)){
int ind = atoi(&ParameterString[7]); if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][0] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(2,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(3,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][2] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(4,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][3] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(5,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][4] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(6,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][5] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(7,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][6] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(8,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][7] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(9,",7)){
int ind = atoi(&ParameterString[7]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][8] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(10,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][9] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(11,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][10] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(12,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][11] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(13,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][12] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(14,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][13] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(15,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][14] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"VFCH(16,",8)){
int ind = atoi(&ParameterString[8]);if(ind<1||ind>2) return 0;
hwpram.VFCH[ind-1][15] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"ZPRIME",6))
hwpram.ZPRIME = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RMASS(202)",10))
hwprop.RMASS[202] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"GAMZP",5))
hwpram.GAMZP = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"VCKM(",5)) {
int ind1 = atoi(&ParameterString[5]);
if(ind1<1||ind1>3) return 0;
int ind2 = atoi(&ParameterString[7]);
if(ind2<1||ind2>3) return 0;
hwpram.VCKM[ind2][ind1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"SCABI",5))
hwpram.SCABI = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"EPOLN(",6)) {
int ind = atoi(&ParameterString[6]);
if(ind<1||ind>3) return 0;
hwhard.EPOLN[ind-1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"PPOLN(",6)) {
int ind = atoi(&ParameterString[6]);
if(ind<1||ind>3) return 0;
hwhard.PPOLN[ind-1] = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]); }
else if(!strncmp(ParameterString.c_str(),"QLIM",4))
hwhard.QLIM = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"THMAX",5))
hwhard.THMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"Y4JT",4))
hwhard.Y4JT = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"DURHAM",6))
hwhard.DURHAM = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IOP4JT(1)",9))
hwpram.IOP4JT[0] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IOP4JT(2)",9))
hwpram.IOP4JT[1] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"BGSHAT",6))
hwhard.BGSHAT = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"BREIT",5))
hwbrch.BREIT = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"USECMF",6))
hwbrch.USECMF = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NOSPAC",6))
hwpram.NOSPAC = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ISPAC",5))
hwpram.ISPAC = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"TMNISR",6))
hwhard.TMNISR = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ZMXISR",6))
hwhard.ZMXISR = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ASFIXD",6))
hwhard.ASFIXD = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"OMEGA0",6))
hwhard.OMEGA0 = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IAPHIG",6))
hwhard.IAPHIG = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PHOMAS",6))
hwhard.PHOMAS = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PRESPL",6))
hw6500.PRESPL = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PTMIN",5))
hwhard.PTMIN = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PTMAX",5))
hwhard.PTMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PTPOW",5))
hwhard.PTPOW = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"YJMIN",5))
hwhard.YJMIN = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"YJMAX",5))
hwhard.YJMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"EMMIN",5))
hwhard.EMMIN = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"EMMAX",5))
hwhard.EMMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"EMPOW",5))
hwhard.EMPOW = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"Q2MIN",5))
hwhard.Q2MIN = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"Q2MAX",5))
hwhard.Q2MAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"Q2POW",5))
hwhard.Q2POW = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"YBMIN",5))
hwhard.YBMIN = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"YBMAX",5))
hwhard.YBMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"WHMIN",5))
hwhard.WHMIN = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ZJMAX",5))
hwhard.ZJMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"Q2WWMN",6))
hwhard.Q2WWMN = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"Q2WWMX",6))
hwhard.Q2WWMX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"YWWMIN",6))
hwhard.YWWMIN = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"YWWMAX",6))
hwhard.YWWMAX = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"CSPEED",6))
hwpram.CSPEED = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"GEV2NB",6))
hwpram.GEV2NB = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IBSH",4))
hwhard.IBSH = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IBRN(1)",7))
hwhard.IBRN[0] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IBRN(2)",7))
hwhard.IBRN[1] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NQEV",4))
hwusud.NQEV = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ZBINM",5))
hwpram.ZBINM = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NZBIN",5))
hwpram.NZBIN = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NBTRY",5))
hwpram.NBTRY = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NCTRY",5))
hwpram.NCTRY = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NETRY",5))
hwpram.NETRY = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"NSTRY",5))
hwpram.NSTRY = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"ACCUR",5))
hwusud.ACCUR = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"RPARTY",6))
hwrpar.RPARTY = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"SUSYIN",6))
hwsusy.SUSYIN = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"LRSUSY",6))
hw6202.LRSUSY = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"SYSPIN",6))
hwdspn.SYSPIN = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"THREEB",6))
hwdspn.THREEB = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"FOURB",5))
hwdspn.FOURB = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"LHSOFT",6))
hwgupr.LHSOFT = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"LHGLSF",6))
hwgupr.LHGLSF = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"OPTM",4))
hw6300.OPTM = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IOPSTP",6))
hw6300.IOPSTP = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"IOPSH",5))
hw6300.IOPSH = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"JMUEO",5))
jmparm.JMUEO = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"PTJIM",5))
jmparm.PTJIM = atof(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else if(!strncmp(ParameterString.c_str(),"JMRAD(73)",9))
jmparm.JMRAD[72] = atoi(&ParameterString[strcspn(ParameterString.c_str(),"=")+1]);
else accepted = 0;
return accepted;
}
| void PomwigProducer::produce | ( | Event & | e, |
| const EventSetup & | es | ||
| ) | [private, virtual] |
Implements edm::EDProducer.
Definition at line 446 of file PomwigProducer.cc.
References conv, doMPInteraction_, edm::errors::EventCorruption, eventNumber_, evt, except, Exception, herwigHepMCVerbosity_, hwmsct_dummy, numTrials_, convertSQLiteXML::ok, edm::Event::put(), and useJimmy_.
{
int counter = 0;
double mpiok = 1.0;
while(mpiok > 0.5 && counter < numTrials_) {
// call herwig routines to create HEPEVT
hwuine();
hwepro();
hwbgen();
// call jimmy ... only if event is not killed yet by HERWIG
if(useJimmy_ && doMPInteraction_ && hwevnt.IERROR==0)
mpiok = hwmsct_dummy(1.1);
else mpiok = 0.0;
counter++;
}
// event after numTrials MP is not ok -> skip event
if(mpiok > 0.5) {
LogWarning("") <<" JIMMY could not produce MI in "<<numTrials_<<" trials.\n"<<" Event will be skipped to prevent from deadlock.\n";
// Throw an exception if generation fails. Use the EventCorruption
// exception since it maps onto SkipEvent which is what we want to do here.
std::ostringstream sstr;
sstr << "PomwigProducer: JIMMY could not produce MI in " << numTrials_ << " trials.\n";
edm::Exception except(edm::errors::EventCorruption, sstr.str());
throw except;
}
hwdhob();
hwcfor();
hwcdec();
hwdhad();
hwdhvy();
hwmevt();
hwufne();
// if event was killed by HERWIG; skip
if(hwevnt.IERROR!=0) {
std::ostringstream sstr;
sstr << "PomwigProducer: HERWIG indicates a failure. Abandon the event.\n";
edm::Exception except(edm::errors::EventCorruption, sstr.str());
throw except;
}
// ----------------- HepMC converter --------------------
//HepMC::IO_HERWIG conv;
// HEPEVT is ok, create new HepMC event
evt = new HepMC::GenEvent();
bool ok = conv.fill_next_event( evt );
// if conversion failed; throw excpetion and stop processing
if(!ok) throw cms::Exception("HerwigError")
<<" Conversion problems in event nr."<< eventNumber_ << ".";
// set process id and event number
evt->set_signal_process_id(hwproc.IPROC);
evt->set_event_number(eventNumber_);
if (herwigHepMCVerbosity_) {
LogWarning("") << "Event process = " << evt->signal_process_id() << "\n----------------------\n";
evt->print();
}
// dummy if: event MUST be there
if(evt) {
auto_ptr<HepMCProduct> bare_product(new HepMCProduct());
bare_product->addHepMCData(evt );
e.put(bare_product);
}
std::auto_ptr<GenEventInfoProduct> genEventInfo(new GenEventInfoProduct(evt));
e.put(genEventInfo);
return;
}
| bool PomwigProducer::setRngSeeds | ( | int | mseed | ) | [private] |
Definition at line 1278 of file PomwigProducer.cc.
References trackerHits::c, and i.
Referenced by PomwigProducer().
{
double temx[5];
for (int i=0; i<5; i++) {
mseed = mseed * 29943829 - 1;
temx[i] = mseed * (1./(65536.*65536.));
}
long double c;
c = (long double)2111111111.0 * temx[3] +
1492.0 * temx[2] +
1776.0 * temx[1] +
5115.0 * temx[0] +
temx[4];
temx[3] = temx[2];
temx[2] = temx[1];
temx[1] = temx[0];
temx[4] = floorl(c);
temx[0] = c - temx[4];
temx[4] = temx[4] * (1./(65536.*65536.));
hwevnt.NRN[0]=int(temx[0]*99999);
c = (long double)2111111111.0 * temx[3] +
1492.0 * temx[2] +
1776.0 * temx[1] +
5115.0 * temx[0] +
temx[4];
temx[3] = temx[2];
temx[2] = temx[1];
temx[1] = temx[0];
temx[4] = floorl(c);
temx[0] = c - temx[4];
hwevnt.NRN[1]=int(temx[0]*99999);
return true;
}
double edm::PomwigProducer::comEnergy_ [private] |
Definition at line 46 of file PomwigProducer.h.
Referenced by PomwigProducer().
HepMC::IO_HERWIG edm::PomwigProducer::conv [private] |
Definition at line 64 of file PomwigProducer.h.
Referenced by produce().
int edm::PomwigProducer::diffTopology_ [private] |
Definition at line 56 of file PomwigProducer.h.
Referenced by PomwigProducer().
bool edm::PomwigProducer::doMPInteraction_ [private] |
Definition at line 48 of file PomwigProducer.h.
Referenced by PomwigProducer(), and produce().
bool edm::PomwigProducer::enableForcedDecays_ [private] |
Definition at line 58 of file PomwigProducer.h.
Referenced by PomwigProducer().
int edm::PomwigProducer::eventNumber_ [private] |
Definition at line 60 of file PomwigProducer.h.
Referenced by produce().
HepMC::GenEvent* edm::PomwigProducer::evt [private] |
Definition at line 41 of file PomwigProducer.h.
Referenced by produce().
double edm::PomwigProducer::extCrossSect_ [private] |
Definition at line 52 of file PomwigProducer.h.
Referenced by endRun().
double edm::PomwigProducer::extFilterEff_ [private] |
Definition at line 53 of file PomwigProducer.h.
Referenced by endRun().
CLHEP::HepRandomEngine* edm::PomwigProducer::fRandomEngine [private] |
Definition at line 62 of file PomwigProducer.h.
Referenced by PomwigProducer().
int edm::PomwigProducer::h1fit_ [private] |
Definition at line 57 of file PomwigProducer.h.
Referenced by PomwigProducer().
bool edm::PomwigProducer::herwigHepMCVerbosity_ [private] |
Definition at line 43 of file PomwigProducer.h.
Referenced by PomwigProducer(), and produce().
int edm::PomwigProducer::herwigLhapdfVerbosity_ [private] |
Definition at line 44 of file PomwigProducer.h.
Referenced by PomwigProducer().
int edm::PomwigProducer::herwigVerbosity_ [private] |
Definition at line 42 of file PomwigProducer.h.
Referenced by PomwigProducer().
int edm::PomwigProducer::maxEventsToPrint_ [private] |
Definition at line 45 of file PomwigProducer.h.
Referenced by PomwigProducer().
int edm::PomwigProducer::numTrials_ [private] |
Definition at line 50 of file PomwigProducer.h.
Referenced by PomwigProducer(), and produce().
bool edm::PomwigProducer::printCards_ [private] |
Definition at line 49 of file PomwigProducer.h.
Referenced by PomwigProducer().
double edm::PomwigProducer::survivalProbability_ [private] |
Definition at line 55 of file PomwigProducer.h.
Referenced by endRun().
bool edm::PomwigProducer::useJimmy_ [private] |
Definition at line 47 of file PomwigProducer.h.
Referenced by clear(), PomwigProducer(), and produce().
1.7.3