TrackerMap.cc

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#include "CommonTools/TrackerMap/interface/TrackerMap.h"
#include "CommonTools/TrackerMap/interface/TmModule.h"
#include "FWCore/ParameterSet/interface/ParameterSet.h"
#include "FWCore/ParameterSet/interface/FileInPath.h"
#include "CondFormats/SiStripObjects/interface/FedChannelConnection.h"
#include "CalibFormats/SiStripObjects/interface/SiStripFecCabling.h"
#include "CalibFormats/SiStripObjects/interface/SiStripDetCabling.h"
#include "DataFormats/TrackerCommon/interface/TrackerTopology.h"
#include "CommonTools/TrackerMap/interface/TmApvPair.h"
#include "CommonTools/TrackerMap/interface/TmCcu.h"
#include "CommonTools/TrackerMap/interface/TmPsu.h"
#include <fstream>
#include <vector>
#include <iostream>
#include <sstream>
#include "TCanvas.h"
#include "TPolyLine.h"
#include "TStyle.h"
#include "TColor.h"
#include "TROOT.h"
#include "TGaxis.h"
#include "TLatex.h"
#include "TArrow.h"
#include "TLegend.h"
#include "TH1F.h"

/**********************************************************
Allocate all the modules in a map of TmModule
The filling of the values for each module is done later
when the user starts to fill it.
**********************************************************/

TrackerMap::TrackerMap(const edm::ParameterSet &tkmapPset,
                       const SiStripFedCabling *tkFed,
                       const TrackerTopology *const topology) {
  psetAvailable = true;
  xsize = 340;
  ysize = 200;

  title = " ";
  jsPath = "";
  jsfilename = "CommonTools/TrackerMap/data/trackermap.txt";
  infilename = "CommonTools/TrackerMap/data/tracker.dat";
  saveAsSingleLayer = false;
  tkMapLog = false;
  //  if(tkmapPset.exists("trackermaptxtPath")){
  jsPath = tkmapPset.getUntrackedParameter<std::string>("trackermaptxtPath", "CommonTools/TrackerMap/data/");
  jsfilename = jsPath + "trackermap.txt";
  std::cout << jsfilename << std::endl;
  infilename =
      tkmapPset.getUntrackedParameter<std::string>("trackerdatPath", "CommonTools/TrackerMap/data/") + "tracker.dat";
  std::cout << infilename << std::endl;
  saveWebInterface = tkmapPset.getUntrackedParameter<bool>("saveWebInterface", false);
  saveGeoTrackerMap = tkmapPset.getUntrackedParameter<bool>("saveGeoTrackerMap", true);
  ncrates = 0;
  firstcrate = 0;
  enableFedProcessing = tkmapPset.getUntrackedParameter<bool>("loadFedCabling", false);
  if (tkFed == nullptr && enableFedProcessing) {
    enableFedProcessing = false;
    std::cout << "ERROR:fed trackermap requested but no valid fedCabling is available!!!" << std::endl;
  }
  nfeccrates = 0;
  enableFecProcessing = tkmapPset.getUntrackedParameter<bool>("loadFecCabling", false);
  if (tkFed == nullptr && enableFecProcessing) {
    enableFecProcessing = false;
    std::cout << "ERROR:fec trackermap requested but no valid fedCabling is available!!!" << std::endl;
  }
  // std::cout << "loadFecCabling " << enableFecProcessing << std::endl;
  npsuracks = 0;
  enableLVProcessing = tkmapPset.getUntrackedParameter<bool>("loadLVCabling", false);
  // std::cout << "loadLVCabling " << enableLVProcessing << std::endl;
  enableHVProcessing = tkmapPset.getUntrackedParameter<bool>("loadHVCabling", false);
  // std::cout << "loadHVCabling " << enableHVProcessing << std::endl;
  tkMapLog = tkmapPset.getUntrackedParameter<bool>("logScale", false);
  //  } else std::cout << "no parameters found" << std::endl;

  init();
  // Now load fed cabling information
  if (enableFedProcessing) {
    auto feds = tkFed->fedIds();
    std::cout << "SiStripFedCabling has " << feds.size() << " active FEDS" << std::endl;
    //    int num_board=0;
    //    int num_crate=0;
    for (std::vector<unsigned short>::const_iterator ifed = feds.begin(); ifed < feds.end(); ifed++) {
      auto theconn = tkFed->fedConnections(*ifed);
      int num_conn = 0;
      for (auto iconn = theconn.begin(); iconn < theconn.end(); iconn++) {
        if (iconn->fedId() == sistrip::invalid_ || iconn->detId() == sistrip::invalid_ ||
            iconn->detId() == sistrip::invalid32_ || iconn->apvPairNumber() == sistrip::invalid_ ||
            iconn->nApvPairs() == sistrip::invalid_) {
          continue;
        }

        TmModule *imod = imoduleMap[iconn->detId()];
        int key = iconn->fedId() * 1000 + iconn->fedCh();
        TmApvPair *apvpair = apvMap[key];
        if (apvpair != nullptr)
          std::cout << "Fed " << iconn->fedId() << " channel " << iconn->fedCh() << " seem to be already loaded!"
                    << std::endl;
        else {
          num_conn++;
          if (num_conn == 1) {
            //      if(fedMap[iconn->fedId()]==0){num_crate=num_board/18+1;fedMap[iconn->fedId()]=num_crate;num_board++;}
            if (fedMap[iconn->fedId()] == 0) {
              fedMap[iconn->fedId()] = iconn->fedCrate();
            }
            if (slotMap[iconn->fedId()] == 0) {
              slotMap[iconn->fedId()] = iconn->fedSlot();
            }
            if (ncrates == 0 || ncrates < iconn->fedCrate())
              ncrates = iconn->fedCrate();
            if (firstcrate == 0 || firstcrate > iconn->fedCrate())
              firstcrate = iconn->fedCrate();
          }

          //      apvpair = new TmApvPair(key,num_crate);
          apvpair = new TmApvPair(key, iconn->fedCrate());
          apvpair->mod = imod;
          apvpair->mpos = iconn->apvPairNumber();
          apvMap[key] = apvpair;
          apvModuleMap.insert(std::make_pair(iconn->detId(), apvpair));
          std::stringstream s;
          iconn->print(s);
          apvpair->text = s.str();
        }
      }
    }
    //  ncrates=num_crate;
    std::cout << "from " << firstcrate << " to " << ncrates << " crates used " << std::endl;
    //Now add APv information to module name
    std::map<int, TmModule *>::iterator i_mod;
    for (i_mod = imoduleMap.begin(); i_mod != imoduleMap.end(); i_mod++) {
      TmModule *mod = i_mod->second;
      if (mod != nullptr) {
        std::ostringstream outs, outs1;
        outs << " connected to ";
        outs1 << "(";

        int idmod = mod->idex;
        int nchan = 0;
        std::multimap<const int, TmApvPair *>::iterator pos;
        for (pos = apvModuleMap.lower_bound(idmod); pos != apvModuleMap.upper_bound(idmod); ++pos) {
          TmApvPair *apvpair = pos->second;
          if (apvpair != nullptr) {
            outs << apvpair->mpos << " " << apvpair->getFedId() << "/" << apvpair->getFedCh() << " ";
            outs1 << apvpair->idex + apvpair->crate * 1000000 << ",";
            nchan++;
          }
        }
        outs << "(" << nchan << ")";
        mod->name = mod->name + outs.str();
        std::string s = outs1.str();
        s.erase(s.end() - 1, s.end());
        mod->capvids = s + ")";
      }
    }
  }
  // Now load fec cabling information
  if (enableFecProcessing) {
    int nfec = 0;
    int nccu;
    int nmod;
    int crate, slot, ring, addr, pos;
    SiStripFecCabling *fecCabling_;
    fecCabling_ = new SiStripFecCabling(*tkFed);
    std::string Ccufilename = tkmapPset.getUntrackedParameter<std::string>("trackerdatPath", "") + "cculist.txt";
    std::ifstream Ccufile(edm::FileInPath(Ccufilename).fullPath().c_str(), std::ios::in);
    std::string dummys;
    while (!Ccufile.eof()) {
      Ccufile >> crate >> slot >> ring >> addr >> pos;
      getline(Ccufile, dummys);
      int key = crate * 10000000 + slot * 100000 + ring * 1000 + addr;
      TmCcu *ccu = ccuMap[key];
      if (ccu == nullptr) {
        ccu = new TmCcu(crate, slot, ring, addr);
        ccu->mpos = pos, ccuMap[key] = ccu;
      }
    }

    for (std::vector<SiStripFecCrate>::const_iterator icrate = fecCabling_->crates().begin();
         icrate != fecCabling_->crates().end();
         icrate++) {
      for (std::vector<SiStripFec>::const_iterator ifec = icrate->fecs().begin(); ifec != icrate->fecs().end();
           ifec++) {
        for (std::vector<SiStripRing>::const_iterator iring = ifec->rings().begin(); iring != ifec->rings().end();
             iring++) {
          nccu = 0;
          nfec++;
          for (std::vector<SiStripCcu>::const_iterator iccu = iring->ccus().begin(); iccu != iring->ccus().end();
               iccu++) {
            nccu++;
            nmod = 0;
            int key =
                icrate->fecCrate() * 10000000 + ifec->fecSlot() * 100000 + iring->fecRing() * 1000 + iccu->ccuAddr();
            int layer = 0;
            TmCcu *ccu = ccuMap[key];
            for (std::vector<SiStripModule>::const_iterator imod = iccu->modules().begin();
                 imod != iccu->modules().end();
                 imod++) {
              nmod++;
              TmModule *imod1 = imoduleMap[imod->detId()];
              layer = imod1->layer;
              fecModuleMap.insert(std::make_pair(ccu, imod1));
              if (imod1 != nullptr)
                imod1->CcuId = key;  //imod1->ccuId=key+Crate*1000000
            }
            if (ccu == nullptr)
              std::cout << key << " This ccu seems to have not been stored! " << std::endl;
            else {
              ccu->nmod = nmod;
              ccu->layer = layer;
            }
            //std::cout <<nfec<<" "<< nccu << " " << nmod << std::endl;
          }
        }
      }
    }

    std::map<int, TmCcu *>::iterator i_ccu;
    std::multimap<TmCcu *, TmModule *>::iterator it;
    std::pair<std::multimap<TmCcu *, TmModule *>::iterator, std::multimap<TmCcu *, TmModule *>::iterator> ret;
    nccu = 0;
    for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
      TmCcu *ccu = i_ccu->second;
      nccu++;
      if (ccu != nullptr) {
        std::ostringstream outs;
        std::ostringstream outs1;
        outs << "CCU " << ccu->idex << " connected to fec,ring " << ccu->getCcuSlot() << "," << ccu->getCcuRing()
             << " in crate " << ccu->getCcuCrate() << " at position " << ccu->mpos << " with  " << ccu->nmod
             << " modules: ";
        outs1 << "(";
        ret = fecModuleMap.equal_range(ccu);
        for (it = ret.first; it != ret.second; ++it) {
          outs << (*it).second->idex << " ";
          outs1 << (*it).second->getKey() << ",";
        }
        outs1 << ")";
        ccu->text = outs.str();
        ccu->cmodid = outs1.str();
        //std::cout << ccu->text << std::endl;
      }
    }
    nfeccrates = 4;
    std::cout << nccu << " ccu stored in " << nfeccrates << " crates" << std::endl;

    delete fecCabling_;
  }
  //load Psu cabling info
  //load Psu cabling info
  if (enableLVProcessing || enableHVProcessing) {
    SiStripDetCabling *detCabling = nullptr;
    if (enableFedProcessing)
      detCabling = new SiStripDetCabling(*tkFed, topology);

    int npsu = 0;
    int nmod, nmodHV2, nmodHV3;
    int modId1, dcuId;  // ,modId2;
    int dcs, branch, crate, board;
    int rack = 0;
    std::string channelstr1;
    short int channel;
    std::string psinfo;
    std::string psIdinfo;
    int rack_order[54] = {0,  1,  0, 2,  0,  3,  0,  4,  0, 5,  6,  0, 7,  8,  0, 9,  10, 0,
                          11, 12, 0, 13, 14, 0,  15, 0,  0, 0,  0,  0, 0,  16, 0, 17, 18, 0,
                          19, 20, 0, 21, 0,  22, 0,  23, 0, 24, 25, 0, 26, 27, 0, 28, 0,  29};
    //  std::ifstream *LVfile;
    //  std::ifstream *HVfile;

    std::string LVfilename =
        tkmapPset.getUntrackedParameter<std::string>("trackerdatPath", "CommonTools/TrackerMap/data/") + "psdcumap.dat";
    //std::string HVfilename=tkmapPset.getUntrackedParameter<std::string>("trackerdatPath","")+"hvmap.dat";

    std::ifstream LVfile(edm::FileInPath(LVfilename).fullPath().c_str(), std::ios::in);

    std::cout << LVfilename << std::endl;

    /* 
   if(enableHVProcessing){
        std::ifstream HVfile(edm::FileInPath(HVfilename).fullPath().c_str(),std::ios::in);
        while(!HVfile.eof()) {
        HVfile >> modId2 >> channelstr1;
        std::string channelstr2 = channelstr1.substr(9,1);
            channel= atoi(channelstr2.c_str());
        TmModule *imod = imoduleMap[modId2];
       // if(modId1==modId2){
            imod->HVchannel=channel;      
           
          } 
            
        }
*/

    while (!LVfile.eof()) {
      LVfile >> modId1 >> dcuId >> psIdinfo >> psinfo;

      if (detCabling && detCabling->getConnections(modId1).empty())
        continue;

      //      int length=psinfo.length();
      std::string dcsinfo = psinfo.substr(39, 1);
      std::string branchinfo = psinfo.substr(57, 2);
      std::string crateinfo = psinfo.substr(69, 1);
      std::string boardinfo = psinfo.substr(80, 2);
      std::string channelinfo = psinfo.substr(90, 3);

      dcs = atoi(dcsinfo.c_str());
      branch = atoi(branchinfo.c_str());
      crate = atoi(crateinfo.c_str()) + 1;
      board = atoi(boardinfo.c_str()) + 1;
      rack = (branch + 1) + (dcs - 1) * 6;
      rack = rack_order[rack];
      channel = atoi(channelinfo.c_str());
      //      std::cout << dcs << " " << branch<< " " <<crate<< " " << board<<" " << rack << std::endl;
      int key = rack * 1000 + crate * 100 + board;

      TmPsu *psu = psuMap[key];
      TmModule *imod = imoduleMap[modId1];
      if (psu == nullptr) {
        psu = new TmPsu(dcs, branch, rack, crate, board);
        psuMap[key] = psu;
        psu->psId = psIdinfo;
      }

      psuModuleMap.insert(std::make_pair(psu, imod));
      if (imod != nullptr) {
        imod->PsuId = psIdinfo;
        imod->psuIdex = psu->idex;
        imod->HVchannel = channel;
      }
    }

    //  int nmax=0;
    std::map<int, TmPsu *>::iterator ipsu;
    std::multimap<TmPsu *, TmModule *>::iterator it;
    std::pair<std::multimap<TmPsu *, TmModule *>::iterator, std::multimap<TmPsu *, TmModule *>::iterator> ret;
    npsu = 0;

    for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
      TmPsu *psu = ipsu->second;
      npsu++;

      if (psu != nullptr) {
        std::ostringstream outs;
        std::ostringstream outs1;

        std::ostringstream outs3;
        std::ostringstream outs4;

        std::ostringstream outs5;
        std::ostringstream outs6;

        outs << "PSU " << psu->psId << " connected to Mainframe " << psu->getPsuDcs() << " BranchController "
             << psu->getPsuBranch() << " (Rack " << psu->getPsuRack() << "), crate " << psu->getPsuCrate()
             << " in position " << psu->getPsuBoard() << " with modules: ";
        outs1 << "(";

        if (enableHVProcessing) {
          outs3 << "PSU " << psu->psId << " connected to Mainframe " << psu->getPsuDcs() << " BranchController "
                << psu->getPsuBranch() << " (Rack " << psu->getPsuRack() << "),crate " << psu->getPsuCrate()
                << " in position " << psu->getPsuBoard() << " and HV channel 002 with modules: ";
          outs4 << "(";

          outs5 << "PSU " << psu->psId << " connected to Mainframe " << psu->getPsuDcs() << " BranchController "
                << psu->getPsuBranch() << " (Rack " << psu->getPsuRack() << "), crate " << psu->getPsuCrate()
                << " in position " << psu->getPsuBoard() << " and HV channel 002 with modules: ";
          outs6 << "(";
        }

        ret = psuModuleMap.equal_range(psu);
        nmod = 0;
        nmodHV2 = 0;
        nmodHV3 = 0;
        for (it = ret.first; it != ret.second; ++it) {
          nmod++;
          outs << (*it).second->idex << ", ";
          outs1 << (*it).second->getKey() << ",";

          if (enableHVProcessing) {
            if ((*it).second->HVchannel == 2) {
              nmodHV2++;
              outs3 << (*it).second->idex << ", ";
              outs4 << (*it).second->getKey() << ",";
            } else if ((*it).second->HVchannel == 3) {
              nmodHV3++;
              outs5 << (*it).second->idex << ", ";
              outs6 << (*it).second->getKey() << ",";
            }
          }
        }

        outs1 << ")";
        psu->nmod = nmod;
        outs << "(" << psu->nmod << ")";
        psu->text = outs.str();
        psu->cmodid_LV = outs1.str();
        if (enableHVProcessing) {
          outs4 << ")";
          outs6 << ")";
          psu->nmodHV2 = nmodHV2;
          psu->nmodHV3 = nmodHV3;
          outs3 << "(" << psu->nmodHV2 << ")";
          outs5 << "(" << psu->nmodHV3 << ")";
          psu->textHV2 = outs3.str();
          psu->textHV3 = outs5.str();
          psu->cmodid_HV2 = outs4.str();
          psu->cmodid_HV3 = outs6.str();
        }
      }
    }

    npsuracks = 29;
    std::cout << npsu << " psu stored in " << npsuracks << " racks" << std::endl;
  }
}

TrackerMap::TrackerMap(const edm::ParameterSet &tkmapPset) {
  psetAvailable = true;
  xsize = 340;
  ysize = 200;
  title = " ";
  jsfilename = "CommonTools/TrackerMap/data/trackermap.txt";
  infilename = "CommonTools/TrackerMap/data/tracker.dat";
  enableFedProcessing = true;
  ncrates = 0;
  firstcrate = 0;
  saveAsSingleLayer = false;
  tkMapLog = tkmapPset.getUntrackedParameter<bool>("logScale", false);
  saveWebInterface = tkmapPset.getUntrackedParameter<bool>("saveWebInterface", false);
  saveGeoTrackerMap = tkmapPset.getUntrackedParameter<bool>("saveGeoTrackerMap", true);
  //  if(tkmapPset.exists("trackermaptxtPath")){
  jsfilename = tkmapPset.getUntrackedParameter<std::string>("trackermaptxtPath", "CommonTools/TrackerMap/data/") +
               "trackermap.txt";
  std::cout << jsfilename << std::endl;
  infilename =
      tkmapPset.getUntrackedParameter<std::string>("trackerdatPath", "CommonTools/TrackerMap/data/") + "tracker.dat";
  std::cout << infilename << std::endl;
  //  } else std::cout << "no parameters found" << std::endl;
  init();
}

TrackerMap::TrackerMap(std::string s, int xsize1, int ysize1) {
  psetAvailable = false;
  xsize = xsize1;
  ysize = ysize1;
  title = s;
  jsfilename = "CommonTools/TrackerMap/data/trackermap.txt";
  infilename = "CommonTools/TrackerMap/data/tracker.dat";
  saveWebInterface = false;
  saveGeoTrackerMap = true;
  tkMapLog = false;
  jsPath = "CommonTools/TrackerMap/data/";
  enableFedProcessing = false;
  enableFecProcessing = false;
  enableLVProcessing = false;
  enableHVProcessing = false;
  saveAsSingleLayer = false;
  init();
}

void TrackerMap::reset() {
  std::map<int, TmModule *>::iterator i_mod;
  for (i_mod = imoduleMap.begin(); i_mod != imoduleMap.end(); i_mod++) {
    TmModule *mod = i_mod->second;
    mod->count = 0;
    mod->value = 0;
    mod->red = -1;
  }
}

void TrackerMap::init() {
  int ntotmod = 0;
  ix = 0;
  iy = 0;  //used to compute the place of each layer in the tracker map
  firstcall = true;
  minvalue = 0.;
  maxvalue = minvalue;
  posrel = true;
  palette = 1;
  printflag = true;
  addPixelFlag = false;
  onlyPixelFlag = false;
  temporary_file = false;
  gminvalue = 0.;
  gmaxvalue = 0.;  //default global range for online rendering

  ndet = 3;   // number of detectors: pixel, inner silicon, outer silicon
  npart = 3;  // number of detector parts: endcap -z, barrel, endcap +z

  //allocate module map
  for (int subdet = 1; subdet < ndet + 1; subdet++) {        //loop on subdetectors
    for (int detpart = 1; detpart < npart + 1; detpart++) {  //loop on subdetectors parts
      int nlayers = getlayerCount(subdet, detpart);          // compute number of layers
      for (int layer = 1; layer < nlayers + 1; layer++) {    //loop on layers
        int nrings = getringCount(subdet, detpart, layer);   // compute number of rings
                                                             //fill arrays used to do the loop on the rings
        int layer_g = nlayer(subdet, detpart, layer);
        ntotRing[layer_g - 1] = nrings;
        firstRing[layer_g - 1] = 1;
        if (subdet == 3 && detpart != 2)
          firstRing[layer_g - 1] = 8 - nrings;  //special numbering for TEC
        for (int ring = firstRing[layer_g - 1]; ring < ntotRing[layer_g - 1] + firstRing[layer_g - 1];
             ring++) {                                                  //loop on rings
          int nmodules = getmoduleCount(subdet, detpart, layer, ring);  // compute number of modules
          int key = 0;
          TmModule *smodule;
          for (int module = 1; module < nmodules + 1; module++) {  //loop on modules
            smodule = new TmModule(module, ring, layer_g);
            key = layer_g * 100000 + ring * 1000 + module;  //key identifying module
            smoduleMap[key] = smodule;
            ntotmod++;
          }
          if (isRingStereo(key))
            for (int module = 1; module < nmodules + 1; module++) {  //loop on stereo modules
              smodule = new TmModule(module + 100, ring, layer_g);
              int key = layer_g * 100000 + ring * 1000 + module + 100;
              smoduleMap[key] = smodule;
              ntotmod++;
            }
        }
      }
    }
  }
  build();
}

TrackerMap::~TrackerMap() {
  for (int layer = 1; layer < 44; layer++) {
    for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
      for (int module = 1; module < 200; module++) {
        int key = layer * 100000 + ring * 1000 + module;
        TmModule *mod = smoduleMap[key];
        if (mod != nullptr)
          delete mod;
      }
    }
  }

  //std::map<int , TmModule *>::iterator i_mod;
  //   for( i_mod=imoduleMap.begin();i_mod !=imoduleMap.end(); i_mod++){
  //      TmModule *  mod= i_mod->second;
  //      delete mod;
  //      }
  std::map<int, TmApvPair *>::iterator i_apv;
  for (i_apv = apvMap.begin(); i_apv != apvMap.end(); i_apv++) {
    TmApvPair *apvPair = i_apv->second;
    delete apvPair;
  }

  std::map<int, TmCcu *>::iterator i_ccu;
  for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
    TmCcu *ccu = i_ccu->second;
    delete ccu;
  }

  std::map<int, TmPsu *>::iterator ipsu;
  for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
    TmPsu *psu = ipsu->second;
    delete psu;
  }

  gROOT->Reset();

  //for(std::vector<TColor*>::iterator col1=vc.begin();col1!=vc.end();col1++){
  //     std::cout<<(*col1)<<std::endl;}
}

void TrackerMap::drawModule(TmModule *mod, int key, int mlay, bool print_total, std::ofstream *svgfile) {
  //int x,y;
  nlay = mlay;
  double phi, r, dx, dy, dy1;
  double xp[4], yp[4], xp1, yp1;
  double vhbot, vhtop, vhapo;
  double rmedio[] = {0.041, 0.0701, 0.0988, 0.255, 0.340, 0.430, 0.520, 0.610, 0.696, 0.782, 0.868, 0.965, 1.080};
  double xt1, yt1, xs1 = 0., ys1 = 0., xt2, yt2, xs2, ys2, pv1, pv2;
  int green = 0;
  int red = 0;
  int blue = 0;
  double xd[4], yd[4];
  int np = 4;
  //int numrec=0;
  int numod = 0;
  phi = phival(mod->posx, mod->posy);
  r = sqrt(mod->posx * mod->posx + mod->posy * mod->posy);
  vhtop = mod->width;
  vhapo = mod->length;
  if (mlay < 31) {  //endcap
    vhbot = mod->widthAtHalfLength / 2. - (mod->width / 2. - mod->widthAtHalfLength / 2.);
    vhtop = mod->width / 2.;
    vhapo = mod->length / 2.;
    if (mlay > 12 && mlay < 19) {
      if (posrel)
        r = r + r;
      xp[0] = r - vhtop;
      yp[0] = -vhapo;
      xp[1] = r + vhtop;
      yp[1] = -vhapo;
      xp[2] = r + vhtop;
      yp[2] = vhapo;
      xp[3] = r - vhtop;
      yp[3] = vhapo;
    } else {
      if (posrel)
        r = r + r / 3.;
      xp[0] = r - vhapo;
      yp[0] = -vhbot;
      xp[1] = r + vhapo;
      yp[1] = -vhtop;
      xp[2] = r + vhapo;
      yp[2] = vhtop;
      xp[3] = r - vhapo;
      yp[3] = vhbot;
    }
    for (int j = 0; j < 4; j++) {
      xp1 = xp[j] * cos(phi) - yp[j] * sin(phi);
      yp1 = xp[j] * sin(phi) + yp[j] * cos(phi);
      xp[j] = xp1;
      yp[j] = yp1;
    }
  } else {  //barrel
    numod = mod->idModule;
    if (numod > 100)
      numod = numod - 100;
    int vane = mod->ring;
    if (posrel) {
      dx = vhapo;
      phi = M_PI;
      xt1 = rmedio[mlay - 31];
      yt1 = -vhtop / 2.;
      xs1 = xt1 * cos(phi) - yt1 * sin(phi);
      ys1 = xt1 * sin(phi) + yt1 * cos(phi);
      xt2 = rmedio[mlay - 31];
      yt2 = vhtop / 2.;
      xs2 = xt2 * cos(phi) - yt2 * sin(phi);
      ys2 = xt2 * sin(phi) + yt2 * cos(phi);
      dy = phival(xs2, ys2) - phival(xs1, ys1);
      dy1 = dy;
      if (mlay == 31)
        dy1 = 0.39;
      if (mlay == 32)
        dy1 = 0.23;
      if (mlay == 33)
        dy1 = 0.16;
      xp[0] = vane * (dx + dx / 8.);
      yp[0] = numod * (dy1);
      xp[1] = vane * (dx + dx / 8.) + dx;
      yp[1] = numod * (dy1);
      xp[2] = vane * (dx + dx / 8.) + dx;
      yp[2] = numod * (dy1) + dy;
      xp[3] = vane * (dx + dx / 8.);
      yp[3] = numod * (dy1) + dy;
    } else {
      xt1 = r;
      yt1 = -vhtop / 2.;
      xs1 = xt1 * cos(phi) - yt1 * sin(phi);
      ys1 = xt1 * sin(phi) + yt1 * cos(phi);
      xt2 = r;
      yt2 = vhtop / 2.;
      xs2 = xt2 * cos(phi) - yt2 * sin(phi);
      ys2 = xt2 * sin(phi) + yt2 * cos(phi);
      pv1 = phival(xs1, ys1);
      pv2 = phival(xs2, ys2);
      if (fabs(pv1 - pv2) > M_PI && numod == 1)
        pv1 = pv1 - 2. * M_PI;
      if (fabs(pv1 - pv2) > M_PI && numod != 1)
        pv2 = pv2 + 2. * M_PI;
      xp[0] = mod->posz - vhapo / 2.;
      yp[0] = 4.2 * pv1;
      xp[1] = mod->posz + vhapo / 2.;
      yp[1] = 4.2 * pv1;
      xp[2] = mod->posz + vhapo / 2.;
      yp[2] = 4.2 * pv2;
      xp[3] = mod->posz - vhapo / 2.;
      yp[3] = 4.2 * pv2;
    }
  }
  if (isRingStereo(key)) {
    np = 3;
    if (mod->idModule > 100) {
      for (int j = 0; j < 3; j++) {
        xd[j] = xdpixel(xp[j]);
        yd[j] = ydpixel(yp[j]);
      }
    } else {
      xd[0] = xdpixel(xp[2]);
      yd[0] = ydpixel(yp[2]);
      xd[1] = xdpixel(xp[3]);
      yd[1] = ydpixel(yp[3]);
      xd[2] = xdpixel(xp[0]);
      yd[2] = ydpixel(yp[0]);
    }
  } else {
    for (int j = 0; j < 4; j++) {
      xd[j] = xdpixel(xp[j]);
      yd[j] = ydpixel(yp[j]);
    }
  }
  char buffer[20];
  sprintf(buffer, "%X", mod->idex);

  if (mod->red < 0) {  //use count to compute color
    int color = getcolor(mod->value, palette);
    red = (color >> 16) & 0xFF;
    green = (color >> 8) & 0xFF;
    blue = (color)&0xFF;

    if (!print_total)
      mod->value = mod->value * mod->count;  //restore mod->value

    if (mod->count > 0)
      if (temporary_file)
        *svgfile << red << " " << green << " " << blue << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << mod->idex << "\" count=\"" << mod->count << "\" value=\"" << mod->value
            << "\" id=\"" << key << "\" capvids=\"" << mod->capvids << "\" lv=\"" << mod->psuIdex << "\" hv=\""
            << mod->psuIdex * 10 + mod->HVchannel << "\" fec=\"" << mod->CcuId
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
            << mod->text << "\" POS=\"" << mod->name << " \" fill=\"rgb(" << red << "," << green << "," << blue
            << ")\" points=\"";
    else if (temporary_file)
      *svgfile << 255 << " " << 255 << " " << 255 << " ";
    else
      *svgfile
          << "<svg:polygon detid=\"" << mod->idex << "\" count=\"" << mod->count << "\" value=\"" << mod->value
          << "\" id=\"" << key << "\" capvids=\"" << mod->capvids << "\" lv=\"" << mod->psuIdex << "\" hv=\""
          << mod->psuIdex * 10 + mod->HVchannel << "\" fec=\"" << mod->CcuId
          << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
          << mod->text << "\" POS=\"" << mod->name << " \" fill=\"white\" points=\"";
    if (temporary_file)
      *svgfile << np << " ";
    for (int k = 0; k < np; k++) {
      if (temporary_file)
        *svgfile << xd[k] << " " << yd[k] << " ";
      else
        *svgfile << xd[k] << "," << yd[k] << " ";
    }
    if (temporary_file)
      *svgfile << std::endl;
    else
      *svgfile << "\" />" << std::endl;
  } else {  //color defined with fillc
    if (mod->red > 255)
      mod->red = 255;
    if (mod->green > 255)
      mod->green = 255;
    if (mod->blue > 255)
      mod->blue = 255;
    if (temporary_file)
      *svgfile << mod->red << " " << mod->green << " " << mod->blue << " ";
    else
      *svgfile
          << "<svg:polygon detid=\"" << mod->idex << "\" count=\"" << mod->count << "\" value=\"" << mod->value
          << "\" id=\"" << key << "\" capvids=\"" << mod->capvids << "\" lv=\"" << mod->psuIdex << "\" hv=\""
          << mod->psuIdex * 10 + mod->HVchannel << "\" fec=\"" << mod->CcuId
          << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
          << mod->text << "\" POS=\"" << mod->name << " \" fill=\"rgb(" << mod->red << "," << mod->green << ","
          << mod->blue << ")\" points=\"";
    if (temporary_file)
      *svgfile << np << " ";
    for (int k = 0; k < np; k++) {
      if (temporary_file)
        *svgfile << xd[k] << " " << yd[k] << " ";
      else
        *svgfile << xd[k] << "," << yd[k] << " ";
    }
    if (temporary_file)
      *svgfile << std::endl;
    else
      *svgfile << "\" />" << std::endl;
  }
}
void TrackerMap::setRange(float min, float max) {
  gminvalue = min;
  gmaxvalue = max;
  if (tkMapLog) {
    gminvalue = pow(10., min);
    gmaxvalue = pow(10., max);
  }
}

std::pair<float, float> TrackerMap::getAutomaticRange() {
  float minval, maxval;
  minval = 9999999.;
  maxval = -9999999.;
  for (int layer = 1; layer < 44; layer++) {
    for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
      for (int module = 1; module < 200; module++) {
        int key = layer * 100000 + ring * 1000 + module;
        TmModule *mod = smoduleMap[key];
        if (mod != nullptr && !mod->notInUse() && mod->count > 0) {
          if (minval > mod->value)
            minval = mod->value;
          if (maxval < mod->value)
            maxval = mod->value;
        }
      }
    }
  }
  if (tkMapLog) {
    minval = log(minval) / log(10);
    maxval = log(maxval) / log(10);
  }
  return std::make_pair(minval, maxval);
}

//export  tracker map
//print_total = true represent in color the total stored in the module
//print_total = false represent in color the average
void TrackerMap::save(bool print_total, float minval, float maxval, std::string s, int width, int height) {
  printflag = true;
  bool rangefound = true;
  if (saveGeoTrackerMap) {
    std::string filetype = s, outputfilename = s;
    std::vector<TPolyLine *> vp;
    TGaxis *axis = nullptr;
    size_t found = filetype.find_last_of('.');
    filetype = filetype.substr(found + 1);
    found = outputfilename.find_last_of('.');
    outputfilename = outputfilename.substr(0, found);
    //outputfilename.erase(outputfilename.begin()+outputfilename.find("."),outputfilename.end());
    temporary_file = true;
    if (filetype == "svg")
      temporary_file = false;
    std::ostringstream outs;
    minvalue = minval;
    maxvalue = maxval;
    outs << outputfilename << ".coor";
    savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
    if (!print_total) {
      for (int layer = 1; layer < 44; layer++) {
        for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
          for (int module = 1; module < 200; module++) {
            int key = layer * 100000 + ring * 1000 + module;
            TmModule *mod = smoduleMap[key];
            if (mod != nullptr && !mod->notInUse()) {
              mod->value = mod->value / mod->count;
            }
          }
        }
      }
    }

    if (minvalue >= maxvalue) {
      minvalue = 9999999.;
      maxvalue = -9999999.;
      rangefound = false;
      for (int layer = 1; layer < 44; layer++) {
        for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
          for (int module = 1; module < 200; module++) {
            int key = layer * 100000 + ring * 1000 + module;
            TmModule *mod = smoduleMap[key];
            if (mod != nullptr && !mod->notInUse() && mod->count > 0) {
              rangefound = true;
              if (minvalue > mod->value)
                minvalue = mod->value;
              if (maxvalue < mod->value)
                maxvalue = mod->value;
            }
          }
        }
      }
    }
    if ((title.find("QTestAlarm") != std::string::npos) || (maxvalue == minvalue) || !rangefound)
      printflag = false;
    if (!temporary_file) {
      *savefile << "<?xml version=\"1.0\"  standalone=\"no\" ?>" << std::endl;
      *savefile << "<svg  xmlns=\"http://www.w3.org/2000/svg\"" << std::endl;
      *savefile << "xmlns:svg=\"http://www.w3.org/2000/svg\" " << std::endl;
      *savefile << "xmlns:xlink=\"http://www.w3.org/1999/xlink\">" << std::endl;
      *savefile << "<svg:svg id=\"mainMap\" x=\"0\" y=\"0\" viewBox=\"0 0 3100 1600"
                << "\" width=\"" << width << "\" height=\"" << height << "\">" << std::endl;
      *savefile << "<svg:rect fill=\"lightblue\" stroke=\"none\" x=\"0\" y=\"0\" width=\"3100\" height=\"1600\" /> "
                << std::endl;
      *savefile << "<svg:g id=\"tracker\" transform=\"translate(10,1500) rotate(270)\" "
                   "style=\"fill:none;stroke:black;stroke-width:0;\"> "
                << std::endl;
    }
    for (int layer = 1; layer < 44; layer++) {
      //    nlay=layer;
      defwindow(layer);
      for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
        for (int module = 1; module < 200; module++) {
          int key = layer * 100000 + ring * 1000 + module;
          TmModule *mod = smoduleMap[key];
          if (mod != nullptr && !mod->notInUse()) {
            drawModule(mod, key, layer, print_total, savefile);
          }
        }
      }
    }

    if (!temporary_file) {
      *savefile << "</svg:g>" << std::endl;
      *savefile << " <svg:text id=\"Title\" class=\"normalText\"  x=\"300\" y=\"0\">" << title << "</svg:text>"
                << std::endl;
    }

    if (printflag) {
      if (onlyPixelFlag) {
        drawPalette(savefile, -30);
      } else {
        drawPalette(savefile);
      }
    }
    if (!temporary_file) {
      *savefile << "</svg:svg>" << std::endl;
      *savefile << "</svg>" << std::endl;
    }
    savefile->close();
    delete savefile;

    const char *command1;
    std::string tempfilename = outputfilename + ".coor";
    if (filetype == "svg") {
      std::string command = "mv " + tempfilename + " " + outputfilename + ".svg";
      command1 = command.c_str();
      std::cout << "Executing " << command1 << std::endl;
      system(command1);
    }

    if (temporary_file) {  // create root trackermap image
      int red, green, blue, npoints, colindex, ncolor;
      double x[4], y[4];
      std::ifstream tempfile(tempfilename.c_str(), std::ios::in);
      TCanvas *MyC = new TCanvas("MyC", "TrackerMap", width, height);
      gPad->SetFillColor(38);

      if (addPixelFlag) {
        gPad->Range(0, 0, 3800, 1600);
      } else if (onlyPixelFlag) {
        gPad->Range(-100, 0, 800, 1600);
      } else {
        gPad->Range(800, 0, 3800, 1600);
      }

      //First  build palette
      ncolor = 0;
      typedef std::map<int, int> ColorList;
      ColorList colorList;
      ColorList::iterator pos;
      TColor *col, *c;
      std::cout << "tempfilename " << tempfilename << std::endl;
      while (!tempfile.eof()) {
        tempfile >> red >> green >> blue >> npoints;
        colindex = red + green * 1000 + blue * 1000000;
        pos = colorList.find(colindex);
        if (pos == colorList.end()) {
          colorList[colindex] = ncolor + 100;
          col = gROOT->GetColor(ncolor + 100);
          if (col)
            col->SetRGB((Double_t)(red / 255.), (Double_t)(green / 255.), (Double_t)(blue / 255.));
          else
            c = new TColor(ncolor + 100, (Double_t)(red / 255.), (Double_t)(green / 255.), (Double_t)(blue / 255.));
          vc.push_back(c);
          ncolor++;
        }
        for (int i = 0; i < npoints; i++) {
          tempfile >> x[i] >> y[i];
        }
      }

      if (ncolor > 0 && ncolor < 10000) {
        Int_t colors[10000];
        for (int i = 0; i < ncolor; i++) {
          colors[i] = i + 100;
        }
        gStyle->SetPalette(ncolor, colors);
      }

      tempfile.clear();
      tempfile.seekg(0, std::ios::beg);
      std::cout << "created palette with " << ncolor << " colors" << std::endl;

      while (!tempfile.eof()) {  //create polylines
        tempfile >> red >> green >> blue >> npoints;
        for (int i = 0; i < npoints; i++) {
          tempfile >> x[i] >> y[i];
        }
        colindex = red + green * 1000 + blue * 1000000;
        pos = colorList.find(colindex);
        if (pos != colorList.end()) {
          TPolyLine *pline = new TPolyLine(npoints, y, x);
          vp.push_back(pline);
          pline->SetFillColor(colorList[colindex]);
          pline->SetLineWidth(0);
          pline->Draw("f");
        }
      }
      if (printflag) {
        float lminvalue = minvalue;
        float lmaxvalue = maxvalue;
        if (tkMapLog) {
          lminvalue = log(minvalue) / log(10);
          lmaxvalue = log(maxvalue) / log(10);
        }
        if (onlyPixelFlag) {
          axis = new TGaxis(-30, 36, -30, 1530, lminvalue, lmaxvalue, 510, "+L");
        } else {
          axis = new TGaxis(3660, 36, 3660, 1530, lminvalue, lmaxvalue, 510, "+L");
        }
        axis->SetLabelSize(0.02);
        axis->Draw();
      }
      TLatex l;
      l.SetTextSize(0.03);
      l.DrawLatex(950, 1330, "TID");
      l.DrawLatex(2300, 1330, "TEC");
      l.DrawLatex(300, 1330, "FPIX");
      l.DrawLatex(20, 560, "BPIX L1");
      l.DrawLatex(500, 385, "BPIX L2");
      l.DrawLatex(500, 945, "BPIX L3");
      l.SetTextSize(0.04);
      std::string fulltitle = title;
      if (tkMapLog && (fulltitle.find("Log10 scale") == std::string::npos))
        fulltitle += ": Log10 scale";
      if (onlyPixelFlag) {
        l.DrawLatex(30, 1500, fulltitle.c_str());
      } else {
        l.DrawLatex(850, 1500, fulltitle.c_str());
      }
      if (onlyPixelFlag) {
        l.DrawLatex(380, 40, "-z");
      } else {
        l.DrawLatex(1730, 40, "-z");
      }
      if (onlyPixelFlag) {
        l.DrawLatex(380, 1330, "+z");
      } else {
        l.DrawLatex(1730, 1360, "+z");
      }
      l.DrawLatex(1085, 330, "TIB L1");
      l.DrawLatex(1085, 1000, "TIB L2");
      l.DrawLatex(1585, 330, "TIB L3");
      l.DrawLatex(1585, 1000, "TIB L4");
      l.DrawLatex(2085, 330, "TOB L1");
      l.DrawLatex(2085, 1000, "TOB L2");
      l.DrawLatex(2585, 330, "TOB L3");
      l.DrawLatex(2585, 1000, "TOB L4");
      l.DrawLatex(3085, 330, "TOB L5");
      l.DrawLatex(3085, 1000, "TOB L6");
      TArrow arx(3448, 1190, 3448, 1350, 0.01, "|>");
      l.DrawLatex(3460, 1350, "x");
      TArrow ary(3448, 1190, 3312, 1190, 0.01, "|>");
      l.DrawLatex(3312, 1210, "y");
      TArrow arz(3485, 373, 3485, 676, 0.01, "|>");
      l.DrawLatex(3510, 667, "z");
      TArrow arphi(3485, 511, 3037, 511, 0.01, "|>");
      l.DrawLatex(3023, 520, "#Phi");
      arx.SetLineWidth(3);
      ary.SetLineWidth(3);
      arz.SetLineWidth(3);
      arphi.SetLineWidth(3);
      if (onlyPixelFlag) {
        arx.SetX1(570);
        arx.SetX2(570);
        arx.SetY1(1190);
        arx.SetY2(1350);
        l.DrawLatex(570 + 12, 1190 + 160, "x");
        ary.SetX1(570);
        ary.SetX2(570 - 160);
        ary.SetY1(1190);
        ary.SetY2(1190);
        l.DrawLatex(570 - 160, 1190 + 30, "y");
        arz.SetX1(380);
        arz.SetX2(380);
        arz.SetY1(683 - 100);
        arz.SetY2(683 + 100);
        l.DrawLatex(380 + 15, 683 + 100 - 9, "z");
        arphi.SetX1(380);
        arphi.SetX2(380 - 390);
        arphi.SetY1(683);
        arphi.SetY2(683);
        l.DrawLatex(380 - 390 - 14, 683 + 9, "#Phi");
      }
      arx.Draw();
      ary.Draw();
      arz.Draw();
      arphi.Draw();
      TLegend *MyL = buildLegend();

      if (title.find("QTestAlarm") != std::string::npos) {
        MyL->Draw();
      }
      MyC->Update();
      if (filetype == "png") {
        std::string filename = outputfilename + ".png";
        std::cout << "printing " << filename << std::endl;
        MyC->Print(filename.c_str());
      }
      if (filetype == "jpg") {
        std::string filename = outputfilename + ".jpg";
        MyC->Print(filename.c_str());
      }
      if (filetype == "pdf") {
        std::string filename = outputfilename + ".pdf";
        MyC->Print(filename.c_str());
      }
      std::string command = "rm " + tempfilename;
      command1 = command.c_str();
      std::cout << "Executing " << command1 << std::endl;
      system(command1);
      MyC->Clear();
      delete MyC;
      delete MyL;
      if (printflag)
        delete axis;
      for (std::vector<TPolyLine *>::iterator pos1 = vp.begin(); pos1 != vp.end(); pos1++) {
        delete (*pos1);
      }
    }
  }
  return;
}
void TrackerMap::drawApvPair(
    int crate, int numfed_incrate, bool print_total, TmApvPair *apvPair, std::ofstream *svgfile, bool useApvPairValue) {
  double xp[4], yp[4];
  int color;
  int green = 0;
  int red = 0;
  int blue = 0;
  double xd[4], yd[4];
  int np = 4;
  double boxinitx = 0., boxinity = 0.;
  double dx = .9, dy = .9;
  /*
  int numfedch_incolumn = 12;
  int numfedch_inrow = 8;
  int numfed_incolumn = 6;
  int numfed_inrow = 4;
  */
  boxinitx = boxinitx + (NUMFED_INCOLUMN - 1 - (numfed_incrate - 1) / NUMFED_INROW) * (NUMFEDCH_INCOLUMN + 2);
  boxinity = boxinity + (NUMFED_INROW - 1 - (numfed_incrate - 1) % NUMFED_INROW) * (NUMFEDCH_INROW + 1);
  boxinity = boxinity + NUMFEDCH_INROW - (apvPair->getFedCh() / NUMFEDCH_INCOLUMN);
  boxinitx = boxinitx + NUMFEDCH_INCOLUMN - (int)(apvPair->getFedCh() % NUMFEDCH_INCOLUMN);
  //  std::cout << crate << " " << numfed_incrate << " " << apvPair->getFedCh()<<" "<<boxinitx<< " " << boxinity << std::endl; ;
  xp[0] = boxinitx;
  yp[0] = boxinity;
  xp[1] = boxinitx + dx;
  yp[1] = boxinity;
  xp[2] = boxinitx + dx;
  yp[2] = boxinity + dy;
  xp[3] = boxinitx;
  yp[3] = boxinity + dy;
  for (int j = 0; j < 4; j++) {
    xd[j] = xdpixelc(xp[j]);
    yd[j] = ydpixelc(yp[j]);
    //std::cout << boxinity << " "<< ymax << " "<< yp[j] << std::endl;
  }

  char buffer[20];
  sprintf(buffer, "%X", apvPair->mod->idex);
  std::string s = apvPair->mod->name;
  s.erase(s.begin() + s.find("connected"), s.end());

  if (useApvPairValue) {
    if (apvPair->red < 0) {  //use count to compute color
      if (apvPair->count > 0) {
        color = getcolor(apvPair->value, palette);
        red = (color >> 16) & 0xFF;
        green = (color >> 8) & 0xFF;
        blue = (color)&0xFF;
        if (!print_total)
          apvPair->value = apvPair->value * apvPair->count;  //restore mod->value
        if (temporary_file)
          *svgfile << red << " " << green << " " << blue << " ";
        else
          *svgfile
              << "<svg:polygon detid=\"" << apvPair->idex << "\" count=\"" << apvPair->count << "\" value=\""
              << apvPair->value << "\" id=\"" << apvPair->idex + crate * 1000000 << "\" cmodid=\""
              << apvPair->mod->getKey()
              << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
                 "\" POS=\"Fed/Ch "
              << apvPair->getFedId() << "/" << apvPair->getFedCh() << " connected to " << s << " Id " << buffer
              << " \" fill=\"rgb(" << red << "," << green << "," << blue << ")\" points=\"";
      } else {
        if (temporary_file)
          *svgfile << 255 << " " << 255 << " " << 255 << " ";
        else
          *svgfile
              << "<svg:polygon detid=\"" << apvPair->idex << "\" count=\"" << apvPair->count << "\" value=\""
              << apvPair->value << "\" id=\"" << apvPair->idex + crate * 1000000 << "\"  cmodid=\""
              << apvPair->mod->getKey()
              << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
                 "\" POS=\"Fed/Ch "
              << apvPair->getFedId() << "/" << apvPair->getFedCh() << " connected to " << s << " Id " << buffer
              << " \" fill=\"white\" points=\"";
      }
    } else {  //color defined with fillc
      if (apvPair->red > 255)
        apvPair->red = 255;
      if (apvPair->green > 255)
        apvPair->green = 255;
      if (apvPair->blue > 255)
        apvPair->blue = 255;
      if (temporary_file)
        *svgfile << apvPair->red << " " << apvPair->green << " " << apvPair->blue << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << apvPair->idex << "\" count=\"" << apvPair->count << "\" value=\""
            << apvPair->value << "\" id=\"" << apvPair->idex + crate * 1000000 << "\" cmodid=\""
            << apvPair->mod->getKey()
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
               "\" POS=\"Fed/Ch "
            << apvPair->getFedId() << "/" << apvPair->getFedCh() << " connected to " << s << " Id " << buffer
            << " \" fill=\"rgb(" << apvPair->red << "," << apvPair->green << "," << apvPair->blue << ")\" points=\"";
    }
  } else {
    if (apvPair->mod->red < 0) {  //use count to compute color
      if (apvPair->mod->count > 0) {
        color = getcolor(apvPair->mod->value, palette);
        red = (color >> 16) & 0xFF;
        green = (color >> 8) & 0xFF;
        blue = (color)&0xFF;
        if (temporary_file)
          *svgfile << red << " " << green << " " << blue << " ";
        else
          *svgfile
              << "<svg:polygon detid=\"" << apvPair->idex << "\" count=\"" << apvPair->count << "\" value=\""
              << apvPair->value << "\" id=\"" << apvPair->idex + crate * 1000000 << "\" cmodid=\""
              << apvPair->mod->getKey()
              << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
                 "\" POS=\"Fed/Ch "
              << apvPair->getFedId() << "/" << apvPair->getFedCh() << " connected to " << s << " Id " << buffer
              << " \" fill=\"rgb(" << red << "," << green << "," << blue << ")\" points=\"";
      } else {
        if (temporary_file)
          *svgfile << 255 << " " << 255 << " " << 255 << " ";
        else
          *svgfile
              << "<svg:polygon detid=\"" << apvPair->idex << "\" count=\"" << apvPair->count << "\" value=\""
              << apvPair->value << "\" id=\"" << apvPair->idex + crate * 1000000 << "\"  cmodid=\""
              << apvPair->mod->getKey()
              << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
                 "\" POS=\"Fed/Ch "
              << apvPair->getFedId() << "/" << apvPair->getFedCh() << " connected to " << s << " Id " << buffer
              << " \" fill=\"white\" points=\"";
      }
    } else {  //color defined with fillc
      if (apvPair->mod->red > 255)
        apvPair->mod->red = 255;
      if (apvPair->mod->green > 255)
        apvPair->mod->green = 255;
      if (apvPair->mod->blue > 255)
        apvPair->mod->blue = 255;
      if (temporary_file)
        *svgfile << apvPair->mod->red << " " << apvPair->mod->green << " " << apvPair->mod->blue << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << apvPair->idex << "\" count=\"" << apvPair->count << "\" value=\""
            << apvPair->value << "\" id=\"" << apvPair->idex + crate * 1000000 << "\" cmodid=\""
            << apvPair->mod->getKey()
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
               "\" POS=\"Fed/Ch "
            << apvPair->getFedId() << "/" << apvPair->getFedCh() << " connected to " << s << " Id " << buffer
            << " \" fill=\"rgb(" << apvPair->mod->red << "," << apvPair->mod->green << "," << apvPair->mod->blue
            << ")\" points=\"";
    }
  }
  if (temporary_file)
    *svgfile << np << " ";
  for (int k = 0; k < np; k++) {
    if (temporary_file)
      *svgfile << xd[k] << " " << yd[k] << " ";
    else
      *svgfile << xd[k] << "," << yd[k] << " ";
  }
  if (temporary_file)
    *svgfile << std::endl;
  else
    *svgfile << "\" />" << std::endl;
}
void TrackerMap::drawCcu(
    int crate, int numfec_incrate, bool print_total, TmCcu *ccu, std::ofstream *svgfile, bool useCcuValue) {
  double xp[4], yp[4];
  int color;
  int green = 0;
  int red = 0;
  int blue = 0;
  double xd[4], yd[4];
  int np = 4;
  double boxinitx = 0., boxinity = 0.;
  double dx = .9, dy = .9;
  int numccu_incolumn = 8;
  int numccu_inrow = 15;
  int numfec_incolumn = 5;
  int numfec_inrow = 4;
  boxinitx = boxinitx + (numfec_incolumn - (numfec_incrate - 1) / numfec_inrow) * 14.;
  boxinity = boxinity + (numfec_inrow - (numfec_incrate - 1) % numfec_inrow) * 16.;
  boxinity = boxinity + numccu_inrow - ccu->mpos;
  boxinitx = boxinitx + numccu_incolumn - (int)(ccu->getCcuRing() % numccu_incolumn);
  //std::cout << crate << " " << numfec_incrate << " " << ccu->getCcuRing()<<" "<<ccu->mpos<<" "<<boxinitx<< " " << boxinity << std::endl; ;
  xp[0] = boxinitx;
  yp[0] = boxinity;
  xp[1] = boxinitx + dx;
  yp[1] = boxinity;
  xp[2] = boxinitx + dx;
  yp[2] = boxinity + dy;
  xp[3] = boxinitx;
  yp[3] = boxinity + dy;
  for (int j = 0; j < 4; j++) {
    xd[j] = xdpixelfec(xp[j]);
    yd[j] = ydpixelfec(yp[j]);
    //std::cout << boxinity << " "<< ymax << " "<< yp[j] << std::endl;
  }

  char buffer[20];
  sprintf(buffer, "%X", ccu->idex);
  //sprintf(buffer,"%X",ccu->mod->idex);
  //std::string s = ccu->mod->name;
  std::string s = ccu->text;
  s.erase(s.begin() + s.find("connected"), s.end());

  if (ccu->red < 0) {  //use count to compute color
    if (ccu->count > 0) {
      color = getcolor(ccu->value, palette);
      red = (color >> 16) & 0xFF;
      green = (color >> 8) & 0xFF;
      blue = (color)&0xFF;
      if (!print_total)
        ccu->value = ccu->value * ccu->count;  //restore mod->value
      if (temporary_file)
        *svgfile << red << " " << green << " " << blue << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << ccu->idex << "\" count=\"" << ccu->count << "\" value=\"" << ccu->value
            << "\" id=\"" << ccu->idex + crate * 1000000 << "\" cmodid=\"" << ccu->cmodid << "\" layer=\"" << ccu->layer
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
               "\" POS=\"Slot/Ring"
            << ccu->getCcuSlot() << "/" << ccu->getCcuRing() << " connected to " << s << " Id " << buffer
            << " \" fill=\"rgb(" << red << "," << green << "," << blue << ")\" points=\"";
    } else {
      if (temporary_file)
        *svgfile << 255 << " " << 255 << " " << 255 << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << ccu->idex << "\" count=\"" << ccu->count << "\" value=\"" << ccu->value
            << "\" id=\"" << ccu->idex + crate * 1000000 << "\"  cmodid=\"" << ccu->cmodid << "\" layer=\""
            << ccu->layer
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
               "\" POS=\"Slot/Ring "
            << ccu->getCcuSlot() << "/" << ccu->getCcuRing() << " connected to " << s << " Id " << buffer
            << " \" fill=\"white\" points=\"";
    }
  } else {  //color defined with fillc
    if (ccu->red > 255)
      ccu->red = 255;
    if (ccu->green > 255)
      ccu->green = 255;
    if (ccu->blue > 255)
      ccu->blue = 255;
    if (temporary_file)
      *svgfile << ccu->red << " " << ccu->green << " " << ccu->blue << " ";
    else
      *svgfile
          << "<svg:polygon detid=\"" << ccu->idex << "\" count=\"" << ccu->count << "\" value=\"" << ccu->value
          << "\" id=\"" << ccu->idex + crate * 1000000 << "\" cmodid=\"" << ccu->cmodid << "\" layer=\"" << ccu->layer
          << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
             "\" POS=\"Slot/Ring "
          << ccu->getCcuSlot() << "/" << ccu->getCcuRing() << " connected to " << s << " Id " << buffer
          << " \" fill=\"rgb(" << ccu->red << "," << ccu->green << "," << ccu->blue << ")\" points=\"";
  }
  if (temporary_file)
    *svgfile << np << " ";
  for (int k = 0; k < np; k++) {
    if (temporary_file)
      *svgfile << xd[k] << " " << yd[k] << " ";
    else
      *svgfile << xd[k] << "," << yd[k] << " ";
  }
  if (temporary_file)
    *svgfile << std::endl;
  else
    *svgfile << "\" />" << std::endl;
}
void TrackerMap::drawPsu(
    int rack, int numcrate_inrack, bool print_total, TmPsu *psu, std::ofstream *svgfile, bool usePsuValue) {
  double xp[4], yp[4];
  int color;
  int green = 0;
  int red = 0;
  int blue = 0;
  double xd[4], yd[4];
  int np = 4;
  double boxinitx = 0., boxinity = 0.;
  double dx = .9, dy = .9;

  boxinitx = boxinitx + (NUMPSUCRATE_INCOLUMN - psu->getPsuCrate()) * 1.5;
  boxinity = boxinity + (NUMPSUCH_INROW - psu->getPsuBoard());

  xp[0] = boxinitx;
  yp[0] = boxinity;
  xp[1] = boxinitx + dx;
  yp[1] = boxinity;
  xp[2] = boxinitx + dx;
  yp[2] = boxinity + dy;
  xp[3] = boxinitx;
  yp[3] = boxinity + dy;

  for (int j = 0; j < 4; j++) {
    xd[j] = xdpixelpsu(xp[j]);
    yd[j] = ydpixelpsu(yp[j]);
    //std::cout << boxinity << " "<< ymax << " "<< yp[j] << std::endl;
  }

  // lines needed to prepare the clickable maps: understand why I get twice the full list of channels (HV1 and HV0?)
  /*
  double scalex=2695./2700.;
  double scaley=1520./1550.;
  std::cout << "<area shape=\"rect\" coords=\" " 
        << int(scalex*yd[2]) << "," << int(1520-scaley*xd[2]) 
        << "," << int(scalex*yd[0]) << "," << int(1520-scaley*xd[0]) 
        << "\" title=\" " << psu->psId << "\" /> " << std::endl;
  */
  //

  char buffer[20];
  sprintf(buffer, "%X", psu->idex);
  std::string s = psu->text;
  s.erase(s.begin() + s.find("connected"), s.end());

  if (psu->red < 0) {  //use count to compute color
    if (psu->count > 0) {
      color = getcolor(psu->value, palette);
      red = (color >> 16) & 0xFF;
      green = (color >> 8) & 0xFF;
      blue = (color)&0xFF;
      if (!print_total)
        psu->value = psu->value * psu->count;  //restore mod->value
      if (temporary_file)
        *svgfile << red << " " << green << " " << blue << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << psu->idex << "\" count=\"" << psu->count << "\" value=\"" << psu->value
            << "\" id=\"" << psu->idex << "\" cmodid=\"" << psu->cmodid_LV
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
               "\" POS=\"easyCrate/easyBoard "
            << psu->getPsuCrate() << "/" << psu->getPsuBoard() << " connected to " << s << " \" fill=\"rgb(" << red
            << "," << green << "," << blue << ")\" points=\"";
    } else {
      if (temporary_file)
        *svgfile << 255 << " " << 255 << " " << 255 << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << psu->idex << "\" count=\"" << psu->count << "\" value=\"" << psu->value
            << "\" id=\"" << psu->idex << "\"  cmodid=\"" << psu->cmodid_LV
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
               "\" POS=\"easyCrate/easyBoard "
            << psu->getPsuCrate() << "/" << psu->getPsuBoard() << " connected to " << s
            << " \" fill=\"white\" points=\"";
    }
  }

  else {  //color defined with fillc
    if (psu->red > 255)
      psu->red = 255;
    if (psu->green > 255)
      psu->green = 255;
    if (psu->blue > 255)
      psu->blue = 255;
    if (temporary_file)
      *svgfile << psu->red << " " << psu->green << " " << psu->blue << " ";
    else
      *svgfile
          << "<svg:polygon detid=\"" << psu->idex << "\" count=\"" << psu->count << "\" value=\"" << psu->value
          << "\" id=\"" << psu->idex << "\" cmodid=\"" << psu->cmodid_LV
          << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
             "\" POS=\"easyCrate/easyBoard "
          << psu->getPsuCrate() << "/" << psu->getPsuBoard() << " connected to " << s << " \" fill=\"rgb(" << psu->red
          << "," << psu->green << "," << psu->blue << ")\" points=\"";
  }

  if (temporary_file)
    *svgfile << np << " ";
  for (int k = 0; k < np; k++) {
    if (temporary_file)
      *svgfile << xd[k] << " " << yd[k] << " ";
    else
      *svgfile << xd[k] << "," << yd[k] << " ";
  }
  if (temporary_file)
    *svgfile << std::endl;
  else
    *svgfile << "\" />" << std::endl;
}

void TrackerMap::drawHV2(
    int rack, int numcrate_inrack, bool print_total, TmPsu *psu, std::ofstream *svgfile, bool usePsuValue) {
  double xp[4], yp[4];
  int color;
  int greenHV2 = 0;
  int redHV2 = 0;
  int blueHV2 = 0;
  double xd[4], yd[4];
  int np = 4;
  double boxinitx = 35, boxinity = 12;
  double dx = 1.1, dy = 1.3;

  boxinitx = boxinitx + (5 - psu->getPsuCrate()) * 5;
  boxinity = boxinity + (18 - psu->getPsuBoard()) * 1.75;

  xp[0] = boxinitx;
  yp[0] = boxinity;
  xp[1] = boxinitx + dx;
  yp[1] = boxinity;
  xp[2] = boxinitx + dx;
  yp[2] = boxinity + dy;
  xp[3] = boxinitx;
  yp[3] = boxinity + dy;

  for (int j = 0; j < 4; j++) {
    xd[j] = xdpixelpsu(xp[j]);
    yd[j] = ydpixelpsu(yp[j]);
    //std::cout << boxinity << " "<< ymax << " "<< yp[j] << std::endl;
  }

  char buffer[20];
  sprintf(buffer, "%X", psu->idex);
  std::string s = psu->textHV2;
  s.erase(s.begin() + s.find("connected"), s.end());

  if (psu->redHV2 < 0) {  //use count to compute color

    if (psu->valueHV2 > 0) {
      color = getcolor(psu->valueHV2, palette);
      redHV2 = (color >> 16) & 0xFF;
      greenHV2 = (color >> 8) & 0xFF;
      blueHV2 = (color)&0xFF;
      if (!print_total)
        psu->valueHV2 = psu->valueHV2 * psu->countHV2;  //restore mod->value
      if (temporary_file)
        *svgfile << redHV2 << " " << greenHV2 << " " << blueHV2 << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << psu->idex << "\" count=\"" << psu->countHV2 << "\" value=\"" << psu->valueHV2
            << "\" id=\"" << psu->idex * 10 + 2 << "\" cmodid=\"" << psu->cmodid_HV2
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
               "\" POS=\"easyCrate/easyBoard "
            << psu->getPsuCrate() << "/" << psu->getPsuBoard() << " connected to " << s << " \" fill=\"rgb(" << redHV2
            << "," << greenHV2 << "," << blueHV2 << ")\" points=\"";
    } else {
      if (temporary_file)
        *svgfile << 255 << " " << 255 << " " << 255 << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << psu->idex << "\" count=\"" << psu->countHV2 << "\" value=\"" << psu->valueHV2
            << "\" id=\"" << psu->idex * 10 + 2 << "\"  cmodid=\"" << psu->cmodid_HV2
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
               "\" POS=\"easyCrate/easyBoard "
            << psu->getPsuCrate() << "/" << psu->getPsuBoard() << " connected to " << s
            << " \" fill=\"white\" points=\"";
    }
  }

  else {  //color defined with fillc
    if (psu->redHV2 > 255)
      psu->redHV2 = 255;
    if (psu->greenHV2 > 255)
      psu->greenHV2 = 255;
    if (psu->blueHV2 > 255)
      psu->blueHV2 = 255;
    if (temporary_file)
      *svgfile << psu->redHV2 << " " << psu->greenHV2 << " " << psu->blueHV2 << " ";
    else
      *svgfile
          << "<svg:polygon detid=\"" << psu->idex << "\" count=\"" << psu->countHV2 << "\" value=\"" << psu->valueHV2
          << "\" id=\"" << psu->idex * 10 + 2 << "\" cmodid=\"" << psu->cmodid_HV2
          << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
             "\" POS=\"easyCrate/easyBoard "
          << psu->getPsuCrate() << "/" << psu->getPsuBoard() << " connected to " << s << " \" fill=\"rgb("
          << psu->redHV2 << "," << psu->greenHV2 << "," << psu->blueHV2 << ")\" points=\"";
  }

  if (temporary_file)
    *svgfile << np << " ";
  for (int k = 0; k < np; k++) {
    if (temporary_file)
      *svgfile << xd[k] << " " << yd[k] << " ";
    else
      *svgfile << xd[k] << "," << yd[k] << " ";
  }
  if (temporary_file)
    *svgfile << std::endl;
  else
    *svgfile << "\" />" << std::endl;
}

void TrackerMap::drawHV3(
    int rack, int numcrate_inrack, bool print_total, TmPsu *psu, std::ofstream *svgfile, bool usePsuValue) {
  double xp[4], yp[4];
  int color;
  int greenHV3 = 0;
  int redHV3 = 0;
  int blueHV3 = 0;
  double xd[4], yd[4];
  int np = 4;
  double boxinitx = 36.5, boxinity = 12;
  double dx = 1.1, dy = 1.3;

  boxinitx = boxinitx + (5 - psu->getPsuCrate()) * 5;
  boxinity = boxinity + (18 - psu->getPsuBoard()) * 1.75;

  xp[0] = boxinitx;
  yp[0] = boxinity;
  xp[1] = boxinitx + dx;
  yp[1] = boxinity;
  xp[2] = boxinitx + dx;
  yp[2] = boxinity + dy;
  xp[3] = boxinitx;
  yp[3] = boxinity + dy;

  for (int j = 0; j < 4; j++) {
    xd[j] = xdpixelpsu(xp[j]);
    yd[j] = ydpixelpsu(yp[j]);
    //std::cout << boxinity << " "<< ymax << " "<< yp[j] << std::endl;
  }

  char buffer[20];
  sprintf(buffer, "%X", psu->idex);
  std::string s = psu->textHV3;
  s.erase(s.begin() + s.find("connected"), s.end());

  if (psu->redHV3 < 0) {  //use count to compute color
    if (psu->valueHV3 > 0) {
      color = getcolor(psu->valueHV3, palette);
      redHV3 = (color >> 16) & 0xFF;
      greenHV3 = (color >> 8) & 0xFF;
      blueHV3 = (color)&0xFF;
      if (!print_total)
        psu->valueHV3 = psu->valueHV3 * psu->countHV3;  //restore mod->value
      if (temporary_file)
        *svgfile << redHV3 << " " << greenHV3 << " " << blueHV3 << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << psu->idex << "\" count=\"" << psu->countHV3 << "\" value=\"" << psu->valueHV3
            << "\" id=\"" << psu->idex * 10 + 3 << "\" cmodid=\"" << psu->cmodid_HV3
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
               "\" POS=\"easyCrate/easyBoard"
            << psu->getPsuCrate() << "/" << psu->getPsuBoard() << " connected to " << s << " \" fill=\"rgb(" << redHV3
            << "," << greenHV3 << "," << blueHV3 << ")\" points=\"";
    } else {
      if (temporary_file)
        *svgfile << 255 << " " << 255 << " " << 255 << " ";
      else
        *svgfile
            << "<svg:polygon detid=\"" << psu->idex << "\" count=\"" << psu->countHV3 << "\" value=\"" << psu->valueHV3
            << "\" id=\"" << psu->idex * 10 + 3 << "\"  cmodid=\"" << psu->cmodid_HV3
            << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
               "\" POS=\"easyCrate/easyBoard "
            << psu->getPsuCrate() << "/" << psu->getPsuBoard() << " connected to " << s
            << " \" fill=\"white\" points=\"";
    }
  }

  else {  //color defined with fillc
    if (psu->redHV3 > 255)
      psu->redHV3 = 255;
    if (psu->greenHV3 > 255)
      psu->greenHV3 = 255;
    if (psu->blueHV3 > 255)
      psu->blueHV3 = 255;
    if (temporary_file)
      *svgfile << psu->redHV3 << " " << psu->greenHV3 << " " << psu->blueHV3 << " ";
    else
      *svgfile
          << "<svg:polygon detid=\"" << psu->idex << "\" count=\"" << psu->countHV3 << "\" value=\"" << psu->valueHV3
          << "\" id=\"" << psu->idex * 10 + 3 << "\" cmodid=\"" << psu->cmodid_HV3
          << "\" onclick=\"showData(evt);\" onmouseover=\"showData(evt);\" onmouseout=\"showData(evt);\" MESSAGE=\""
             "\" POS=\"easyCrate/easyBoard "
          << psu->getPsuCrate() << "/" << psu->getPsuBoard() << " connected to " << s << " \" fill=\"rgb("
          << psu->redHV3 << "," << psu->greenHV3 << "," << psu->blueHV3 << ")\" points=\"";
  }

  if (temporary_file)
    *svgfile << np << " ";
  for (int k = 0; k < np; k++) {
    if (temporary_file)
      *svgfile << xd[k] << " " << yd[k] << " ";
    else
      *svgfile << xd[k] << "," << yd[k] << " ";
  }
  if (temporary_file)
    *svgfile << std::endl;
  else
    *svgfile << "\" />" << std::endl;
}

void TrackerMap::save_as_fectrackermap(
    bool print_total, float minval, float maxval, std::string s, int width, int height) {
  if (enableFecProcessing) {
    std::string filetype = s, outputfilename = s;
    std::vector<TPolyLine *> vp;
    TGaxis *axis = nullptr;
    size_t found = filetype.find_last_of('.');
    filetype = filetype.substr(found + 1);
    found = outputfilename.find_last_of('.');
    outputfilename = outputfilename.substr(0, found);
    temporary_file = true;
    if (filetype == "xml" || filetype == "svg")
      temporary_file = false;
    std::ostringstream outs;
    minvalue = minval;
    maxvalue = maxval;
    outs << outputfilename << ".coor";
    if (temporary_file)
      savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
    std::map<int, TmCcu *>::iterator i_ccu;
    std::multimap<TmCcu *, TmModule *>::iterator it;
    std::pair<std::multimap<TmCcu *, TmModule *>::iterator, std::multimap<TmCcu *, TmModule *>::iterator> ret;
    //Decide if we must use Module or Ccu value
    bool useCcuValue = false;

    for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
      TmCcu *ccu = i_ccu->second;
      if (ccu != nullptr) {
        if (ccu->count > 0 || ccu->red != -1) {
          useCcuValue = true;
          break;
        }
      }
    }

    if (!useCcuValue)  //store mean of connected modules value{
      for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
        TmCcu *ccu = i_ccu->second;
        if (ccu != nullptr) {
          ret = fecModuleMap.equal_range(ccu);
          for (it = ret.first; it != ret.second; ++it) {
            if ((*it).second->count > 0) {
              ccu->value = ccu->value + (*it).second->value;
              ccu->count++;
            }
          }
          if (ccu->count > 0)
            ccu->value = ccu->value / ccu->count;
          if (ccu->nmod == 0) {
            ccu->red = 0;
            ccu->green = 0;
            ccu->blue = 0;
          }
        }
      }

    if (title.find("QTestAlarm") != std::string::npos) {
      for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
        TmCcu *ccu = i_ccu->second;
        if (ccu != nullptr) {
          ret = fecModuleMap.equal_range(ccu);
          ccu->red = 0;
          ccu->green = 255;
          ccu->blue = 0;
          for (it = ret.first; it != ret.second; ++it) {
            if (!((*it).second->red == 0 && (*it).second->green == 255 && (*it).second->blue == 0) &&
                !((*it).second->red == 255 && (*it).second->green == 255 && (*it).second->blue == 255)) {
              ccu->red = 255;
              ccu->green = 0;
              ccu->blue = 0;
            }
          }
        }
      }
    }

    if (!print_total) {
      for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
        TmCcu *ccu = i_ccu->second;
        if (ccu != nullptr) {
          if (useCcuValue)
            ccu->value = ccu->value / ccu->count;
        }
      }
    }

    if (minvalue >= maxvalue) {
      minvalue = 9999999.;
      maxvalue = -9999999.;
      for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
        TmCcu *ccu = i_ccu->second;
        if (ccu != nullptr && ccu->count > 0) {
          if (minvalue > ccu->value)
            minvalue = ccu->value;
          if (maxvalue < ccu->value)
            maxvalue = ccu->value;
        }
      }
    }

    if (filetype == "svg") {
      saveAsSingleLayer = false;
      std::ostringstream outs;
      outs << outputfilename << ".svg";
      savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
      *savefile << "<?xml version=\"1.0\"  standalone=\"no\" ?>" << std::endl;
      *savefile << "<svg  xmlns=\"http://www.w3.org/2000/svg\"" << std::endl;
      *savefile << "xmlns:svg=\"http://www.w3.org/2000/svg\" " << std::endl;
      *savefile << "xmlns:xlink=\"http://www.w3.org/1999/xlink\">" << std::endl;
      *savefile << "<svg:svg id=\"mainMap\" x=\"0\" y=\"0\" viewBox=\"0 0 3000 1600"
                << "\" width=\"" << width << "\" height=\"" << height << "\">" << std::endl;
      *savefile << "<svg:rect fill=\"lightblue\" stroke=\"none\" x=\"0\" y=\"0\" width=\"3000\" height=\"1600\" /> "
                << std::endl;
      *savefile << "<svg:g id=\"fedtrackermap\" transform=\"translate(10,1500) rotate(270)\" "
                   "style=\"fill:none;stroke:black;stroke-width:0;\"> "
                << std::endl;
    }
    for (int crate = 1; crate < (nfeccrates + 1); crate++) {
      if (filetype == "xml") {
        saveAsSingleLayer = true;
        std::ostringstream outs;
        outs << outputfilename << "feccrate" << crate << ".xml";
        savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
        *savefile << "<?xml version=\"1.0\" standalone=\"no\"?>" << std::endl;
        *savefile << "<svg xmlns=\"http://www.w3.org/2000/svg\"" << std::endl;
        *savefile << "xmlns:svg=\"http://www.w3.org/2000/svg\"" << std::endl;
        *savefile << "xmlns:xlink=\"http://www.w3.org/1999/xlink\" >" << std::endl;
        *savefile << "<script type=\"text/ecmascript\" xlink:href=\"feccrate.js\" />" << std::endl;
        *savefile << "<svg id=\"mainMap\" x=\"0\" y=\"0\" viewBox=\"0 0  500 500\" width=\"700\" height=\"700\" "
                     "onload=\"TrackerCrate.init()\">"
                  << std::endl;
        *savefile << "<rect fill=\"lightblue\" stroke=\"none\" x=\"0\" y=\"0\" width=\"700\" height=\"700\" />"
                  << std::endl;
        *savefile << "<g id=\"crate\" transform=\" translate(280,580) rotate(270) scale(.7,.8)\"  > " << std::endl;
      }
      //    ncrate=crate;
      deffecwindow(crate);

      for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
        TmCcu *ccu = i_ccu->second;
        if (ccu != nullptr) {
          if (ccu->getCcuCrate() == crate) {
            drawCcu(crate, ccu->getCcuSlot() - 2, print_total, ccu, savefile, useCcuValue);
          }
        }
      }

      if (!temporary_file) {
        if (filetype == "xml") {
          *savefile << "</g> </svg> <text id=\"currentElementText\" x=\"40\" y=\"30\"> " << std::endl;
          *savefile << "<tspan id=\"line1\" x=\"40\" y=\"30\"> </tspan> " << std::endl;
          *savefile << "<tspan id=\"line2\" x=\"40\" y=\"60\"> </tspan> " << std::endl;
          *savefile << " </text> </svg>" << std::endl;
          savefile->close();
          saveAsSingleLayer = false;
        }
      }
    }
    if (filetype == "svg") {
      *savefile << "</g> </svg> </svg> " << std::endl;
      savefile->close();
    }
    if (!print_total && !useCcuValue) {
      //Restore ccu value
      for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
        TmCcu *ccu = i_ccu->second;
        if (ccu != nullptr) {
          ccu->value = ccu->value * ccu->count;
        }
      }
    }
    if (temporary_file) {
      if (printflag && !saveWebInterface)
        drawPalette(savefile);
      savefile->close();

      const char *command1;
      std::string tempfilename = outputfilename + ".coor";
      int red, green, blue, npoints, colindex, ncolor;
      double x[4], y[4];
      std::ifstream tempfile(tempfilename.c_str(), std::ios::in);
      TCanvas *MyC = new TCanvas("MyC", "TrackerMap", width, height);
      gPad->SetFillColor(38);

      if (saveWebInterface)
        gPad->Range(0, 0, 3700, 1600);
      else
        gPad->Range(0, 0, 3800, 1600);

      //First  build palette
      ncolor = 0;
      typedef std::map<int, int> ColorList;
      ColorList colorList;
      ColorList::iterator pos;
      TColor *col, *c;
      while (!tempfile.eof()) {
        tempfile >> red >> green >> blue >> npoints;
        colindex = red + green * 1000 + blue * 1000000;
        pos = colorList.find(colindex);
        if (pos == colorList.end()) {
          colorList[colindex] = ncolor + 100;
          col = gROOT->GetColor(ncolor + 100);
          if (col)
            col->SetRGB((Double_t)(red / 255.), (Double_t)(green / 255.), (Double_t)(blue / 255.));
          else {
            c = new TColor(ncolor + 100, (Double_t)(red / 255.), (Double_t)(green / 255.), (Double_t)(blue / 255.));
            vc.push_back(c);
          }
          ncolor++;
        }
        for (int i = 0; i < npoints; i++) {
          tempfile >> x[i] >> y[i];
        }
      }
      if (ncolor > 0 && ncolor < 10000) {
        Int_t colors[10000];
        for (int i = 0; i < ncolor; i++) {
          colors[i] = i + 100;
        }
        gStyle->SetPalette(ncolor, colors);
      }
      tempfile.clear();
      tempfile.seekg(0, std::ios::beg);
      std::cout << "created palette with " << ncolor << " colors" << std::endl;
      while (!tempfile.eof()) {  //create polylines
        tempfile >> red >> green >> blue >> npoints;
        for (int i = 0; i < npoints; i++) {
          tempfile >> x[i] >> y[i];
        }
        colindex = red + green * 1000 + blue * 1000000;
        pos = colorList.find(colindex);
        if (pos != colorList.end()) {
          TPolyLine *pline = new TPolyLine(npoints, y, x);
          vp.push_back(pline);
          pline->SetFillColor(colorList[colindex]);
          pline->SetLineWidth(0);
          pline->Draw("f");
        }
      }
      if (printflag && !saveWebInterface) {
        float lminvalue = minvalue;
        float lmaxvalue = maxvalue;
        if (tkMapLog) {
          lminvalue = log(minvalue) / log(10);
          lmaxvalue = log(maxvalue) / log(10);
        }
        axis = new TGaxis(3660, 36, 3660, 1530, lminvalue, lmaxvalue, 510, "+L");
        axis->SetLabelSize(0.02);
        axis->Draw();
      }

      if (!saveWebInterface) {
        TLatex l;
        l.SetTextSize(0.05);
        std::string fulltitle = title;
        if (tkMapLog && (fulltitle.find("Log10 scale") == std::string::npos))
          fulltitle += ": Log10 scale";
        l.DrawLatex(50, 1530, fulltitle.c_str());
      }
      MyC->Update();
      std::cout << "Filetype " << filetype << std::endl;
      if (filetype == "png") {
        std::string filename = outputfilename + ".png";
        MyC->Print(filename.c_str());
      }
      if (filetype == "jpg") {
        std::string filename = outputfilename + ".jpg";
        MyC->Print(filename.c_str());
      }
      if (filetype == "pdf") {
        std::string filename = outputfilename + ".pdf";
        MyC->Print(filename.c_str());
      }
      std::string command = "rm " + tempfilename;
      command1 = command.c_str();
      std::cout << "Executing " << command1 << std::endl;
      system(command1);
      MyC->Clear();
      delete MyC;
      if (printflag && !saveWebInterface)
        delete axis;
      for (std::vector<TPolyLine *>::iterator pos1 = vp.begin(); pos1 != vp.end(); pos1++) {
        delete (*pos1);
      }

    }  //if(temporary_file)
  }    //if(enabledFecProcessing)
}
void TrackerMap::save_as_HVtrackermap(
    bool print_total, float minval, float maxval, std::string s, int width, int height) {
  if (enableHVProcessing) {
    std::string filetype = s, outputfilename = s;
    std::vector<TPolyLine *> vp;
    TGaxis *axis = nullptr;
    size_t found = filetype.find_last_of('.');
    filetype = filetype.substr(found + 1);
    found = outputfilename.find_last_of('.');
    outputfilename = outputfilename.substr(0, found);

    temporary_file = true;

    if (filetype == "xml" || filetype == "svg")
      temporary_file = false;

    std::ostringstream outs;
    minvalue = minval;
    maxvalue = maxval;
    outs << outputfilename << ".coor";
    if (temporary_file)
      savefile = new std::ofstream(outs.str().c_str(), std::ios::out);

    std::map<int, TmPsu *>::iterator ipsu;
    std::multimap<TmPsu *, TmModule *>::iterator it;
    std::pair<std::multimap<TmPsu *, TmModule *>::iterator, std::multimap<TmPsu *, TmModule *>::iterator> ret;

    bool usePsuValue = false;

    for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
      TmPsu *psu = ipsu->second;
      if (psu != nullptr) {
        if (psu->countHV2 > 0 || psu->redHV2 != -1 || psu->countHV3 > 0 || psu->redHV3 != -1) {
          usePsuValue = true;
          break;
        }
      }
    }

    if (!usePsuValue) {  //store mean of connected modules value{

      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr) {
          ret = psuModuleMap.equal_range(psu);
          int nconn1 = 0;
          int nconn2 = 0;
          for (it = ret.first; it != ret.second; ++it) {
            if ((*it).second->HVchannel == 2 && (*it).second->count > 0) {
              nconn1++;
              psu->valueHV2 = psu->valueHV2 + (*it).second->value;
            }
            if ((*it).second->HVchannel == 3 && (*it).second->count > 0) {
              nconn2++;
              psu->valueHV3 = psu->valueHV3 + (*it).second->value;
            }
          }
          if (psu->nmodHV2 != 0 && nconn1 > 0) {
            psu->valueHV2 = psu->valueHV2 / psu->nmodHV2;
            psu->countHV2 = 1;
          }
          if (psu->nmodHV3 != 0 && nconn2 > 0) {
            psu->valueHV3 = psu->valueHV3 / psu->nmodHV3;
            psu->countHV3 = 1;
          }
        }
      }
    }

    if (title.find("QTestAlarm") != std::string::npos) {
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr) {
          ret = psuModuleMap.equal_range(psu);
          psu->redHV2 = 0;
          psu->greenHV2 = 255;
          psu->blueHV2 = 0;
          psu->redHV3 = 0;
          psu->greenHV3 = 255;
          psu->blueHV3 = 0;
          for (it = ret.first; it != ret.second; ++it) {
            if ((*it).second->HVchannel == 2) {
              if (!((*it).second->red == 0 && (*it).second->green == 255 && (*it).second->blue == 0) &&
                  !((*it).second->red == 255 && (*it).second->green == 255 && (*it).second->blue == 255)) {
                psu->redHV2 = 255;
                psu->greenHV2 = 0;
                psu->blueHV2 = 0;
              }
            }
            if ((*it).second->HVchannel == 3) {
              if (!((*it).second->red == 0 && (*it).second->green == 255 && (*it).second->blue == 0) &&
                  !((*it).second->red == 255 && (*it).second->green == 255 && (*it).second->blue == 255)) {
                psu->redHV3 = 255;
                psu->greenHV3 = 0;
                psu->blueHV3 = 0;
              }
            }
          }
        }
      }
    }

    if (!print_total) {
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr) {
          if (usePsuValue) {
            psu->valueHV2 = psu->valueHV2 / psu->countHV2;
            psu->valueHV3 = psu->valueHV3 / psu->countHV3;
          }
        }
      }
    }

    if (minvalue >= maxvalue) {
      minvalue = 9999999.;
      maxvalue = -9999999.;

      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr && psu->countHV2 > 0 && psu->countHV3 > 0) {
          if (minvalue > psu->valueHV2 || minvalue > psu->valueHV3)
            minvalue = std::min(psu->valueHV2, psu->valueHV3);
          if (maxvalue < psu->valueHV2 || maxvalue < psu->valueHV3)
            maxvalue = std::max(psu->valueHV2, psu->valueHV3);
        }
      }
    }

    if (filetype == "svg") {
      saveAsSingleLayer = false;
      std::ostringstream outs;
      outs << outputfilename << ".svg";
      savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
      *savefile << "<?xml version=\"1.0\"  standalone=\"no\" ?>" << std::endl;
      *savefile << "<svg  xmlns=\"http://www.w3.org/2000/svg\"" << std::endl;
      *savefile << "xmlns:svg=\"http://www.w3.org/2000/svg\" " << std::endl;
      *savefile << "xmlns:xlink=\"http://www.w3.org/1999/xlink\">" << std::endl;
      *savefile << "<svg:svg id=\"mainMap\" x=\"0\" y=\"0\" viewBox=\"0 0 3000 1600"
                << "\" width=\"" << width << "\" height=\"" << height << "\">" << std::endl;
      *savefile << "<svg:rect fill=\"lightblue\" stroke=\"none\" x=\"0\" y=\"0\" width=\"3000\" height=\"1600\" /> "
                << std::endl;
      *savefile << "<svg:g id=\"HVtrackermap\" transform=\"translate(10,1500) rotate(270)\" "
                   "style=\"fill:none;stroke:black;stroke-width:0;\"> "
                << std::endl;
    }

    for (int irack = 1; irack < (npsuracks + 1); irack++) {
      if (filetype == "xml") {
        saveAsSingleLayer = true;
        std::ostringstream outs;
        outs << outputfilename << "HVrack" << irack << ".xml";
        savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
        *savefile << "<?xml version=\"1.0\" standalone=\"no\"?>" << std::endl;
        *savefile << "<svg xmlns=\"http://www.w3.org/2000/svg\"" << std::endl;
        *savefile << "xmlns:svg=\"http://www.w3.org/2000/svg\"" << std::endl;
        *savefile << "xmlns:xlink=\"http://www.w3.org/1999/xlink\" >" << std::endl;
        *savefile << "<script type=\"text/ecmascript\" xlink:href=\"rackhv.js\" />" << std::endl;
        *savefile << "<svg id=\"mainMap\" x=\"0\" y=\"0\" viewBox=\"0 0  500 500\" width=\"700\" height=\"700\" "
                     "onload=\"TrackerRackhv.init()\">"
                  << std::endl;
        *savefile << "<rect fill=\"lightblue\" stroke=\"none\" x=\"0\" y=\"0\" width=\"700\" height=\"700\" />"
                  << std::endl;
        *savefile << "<g id=\"rackhv\" transform=\" translate(150,500) rotate(270) scale(1.,1.)\"  > " << std::endl;
      }

      // nrack=irack;
      defpsuwindow(irack);
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu->getPsuRack() == irack) {
          drawHV2(irack, psu->getPsuCrate(), print_total, psu, savefile, usePsuValue);
          drawHV3(irack, psu->getPsuCrate(), print_total, psu, savefile, usePsuValue);
        }
      }

      if (!temporary_file) {
        if (filetype == "xml") {
          *savefile << "</g> </svg> <text id=\"currentElementText\" x=\"40\" y=\"30\"> " << std::endl;
          *savefile << "<tspan id=\"line1\" x=\"40\" y=\"30\"> </tspan> " << std::endl;
          *savefile << "<tspan id=\"line2\" x=\"40\" y=\"60\"> </tspan> " << std::endl;
          *savefile << " </text> </svg>" << std::endl;
          savefile->close();
          saveAsSingleLayer = false;
        }
      }
    }
    if (filetype == "svg") {
      *savefile << "</g> </svg> </svg> " << std::endl;
      savefile->close();
    }

    //Restore psu value
    if (!print_total && !usePsuValue) {
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr) {
          psu->valueHV2 = psu->valueHV2 * psu->countHV2;
          psu->valueHV3 = psu->valueHV3 * psu->countHV3;
        }
      }
    }

    if (temporary_file) {
      if (printflag && !saveWebInterface)
        drawPalette(savefile);
      savefile->close();

      const char *command1;
      std::string tempfilename = outputfilename + ".coor";
      int red, green, blue, npoints, colindex, ncolor;
      double x[4], y[4];
      std::ifstream tempfile(tempfilename.c_str(), std::ios::in);
      TCanvas *MyC = new TCanvas("MyC", "TrackerMap", width, height);
      gPad->SetFillColor(38);

      if (saveWebInterface)
        gPad->Range(0, 0, 3700, 1600);
      else
        gPad->Range(0, 0, 3800, 1600);

      //First  build palette
      ncolor = 0;
      typedef std::map<int, int> ColorList;
      ColorList colorList;
      ColorList::iterator pos;
      TColor *col, *c;
      while (!tempfile.eof()) {
        tempfile >> red >> green >> blue >> npoints;
        colindex = red + green * 1000 + blue * 1000000;
        pos = colorList.find(colindex);
        if (pos == colorList.end()) {
          colorList[colindex] = ncolor + 100;
          col = gROOT->GetColor(ncolor + 100);
          if (col)
            col->SetRGB((Double_t)(red / 255.), (Double_t)(green / 255.), (Double_t)(blue / 255.));
          else {
            c = new TColor(ncolor + 100, (Double_t)(red / 255.), (Double_t)(green / 255.), (Double_t)(blue / 255.));
            vc.push_back(c);
          }
          ncolor++;
        }
        for (int i = 0; i < npoints; i++) {
          tempfile >> x[i] >> y[i];
        }
      }
      if (ncolor > 0 && ncolor < 10000) {
        Int_t colors[10000];
        for (int i = 0; i < ncolor; i++) {
          colors[i] = i + 100;
        }
        gStyle->SetPalette(ncolor, colors);
      }
      tempfile.clear();
      tempfile.seekg(0, std::ios::beg);
      std::cout << "created palette with " << ncolor << " colors" << std::endl;
      while (!tempfile.eof()) {  //create polylines
        tempfile >> red >> green >> blue >> npoints;
        for (int i = 0; i < npoints; i++) {
          tempfile >> x[i] >> y[i];
        }
        colindex = red + green * 1000 + blue * 1000000;
        pos = colorList.find(colindex);
        if (pos != colorList.end()) {
          TPolyLine *pline = new TPolyLine(npoints, y, x);
          vp.push_back(pline);
          pline->SetFillColor(colorList[colindex]);
          pline->SetLineWidth(0);
          pline->Draw("f");
        }
      }
      if (printflag && !saveWebInterface) {
        float lminvalue = minvalue;
        float lmaxvalue = maxvalue;
        if (tkMapLog) {
          lminvalue = log(minvalue) / log(10);
          lmaxvalue = log(maxvalue) / log(10);
        }
        axis = new TGaxis(3660, 36, 3660, 1530, lminvalue, lmaxvalue, 510, "+L");
        axis->SetLabelSize(0.02);
        axis->Draw();
      }

      if (!saveWebInterface) {
        TLatex l;
        l.SetTextSize(0.05);
        std::string fulltitle = title;
        if (tkMapLog && (fulltitle.find("Log10 scale") == std::string::npos))
          fulltitle += ": Log10 scale";
        l.DrawLatex(50, 1530, fulltitle.c_str());
      }
      MyC->Update();
      std::cout << "Filetype " << filetype << std::endl;
      if (filetype == "png") {
        std::string filename = outputfilename + ".png";
        MyC->Print(filename.c_str());
      }
      if (filetype == "jpg") {
        std::string filename = outputfilename + ".jpg";
        MyC->Print(filename.c_str());
      }
      if (filetype == "pdf") {
        std::string filename = outputfilename + ".pdf";
        MyC->Print(filename.c_str());
      }
      std::string command = "rm " + tempfilename;
      command1 = command.c_str();
      std::cout << "Executing " << command1 << std::endl;
      system(command1);
      MyC->Clear();
      delete MyC;
      if (printflag && !saveWebInterface)
        delete axis;
      for (std::vector<TPolyLine *>::iterator pos1 = vp.begin(); pos1 != vp.end(); pos1++) {
        delete (*pos1);
      }

    }  //if(temporary_file)
  }    //if(enabledHVProcessing)
}

void TrackerMap::save_as_psutrackermap(
    bool print_total, float minval, float maxval, std::string s, int width, int height) {
  if (enableLVProcessing) {
    printflag = true;
    bool rangefound = true;
    std::string filetype = s, outputfilename = s;
    std::vector<TPolyLine *> vp;
    TGaxis *axis = nullptr;

    size_t found = filetype.find_last_of('.');
    filetype = filetype.substr(found + 1);
    found = outputfilename.find_last_of('.');
    outputfilename = outputfilename.substr(0, found);

    temporary_file = true;

    if (filetype == "xml" || filetype == "svg")
      temporary_file = false;

    std::ostringstream outs;
    minvalue = minval;
    maxvalue = maxval;
    outs << outputfilename << ".coor";
    if (temporary_file)
      savefile = new std::ofstream(outs.str().c_str(), std::ios::out);

    std::map<int, TmPsu *>::iterator ipsu;
    std::multimap<TmPsu *, TmModule *>::iterator it;
    std::pair<std::multimap<TmPsu *, TmModule *>::iterator, std::multimap<TmPsu *, TmModule *>::iterator> ret;

    //Decide if we must use Module or Power Psupply value
    bool usePsuValue = false;

    for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
      TmPsu *psu = ipsu->second;
      if (psu != nullptr) {
        if (psu->count > 0 || psu->red != -1) {
          usePsuValue = true;
          break;
        }
      }
    }

    if (!usePsuValue) {  //store mean of connected modules value{
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr) {
          ret = psuModuleMap.equal_range(psu);
          int nconn = 0;
          for (it = ret.first; it != ret.second; ++it) {
            if ((*it).second->count > 0) {
              nconn++;
              psu->value = psu->value + (*it).second->value;
            }
          }
          if (nconn > 0) {
            psu->value = psu->value / psu->nmod;
            psu->count = 1;
          }
        }
      }
    }

    if (title.find("QTestAlarm") != std::string::npos) {
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr) {
          ret = psuModuleMap.equal_range(psu);
          //    psu->red=255;psu->green=255;psu->blue=255;
          psu->red = -1;
          int nconn = 0;
          for (it = ret.first; it != ret.second; ++it) {
            if (!((*it).second->red == 0 && (*it).second->green == 255 && (*it).second->blue == 0) &&
                !((*it).second->red == 255 && (*it).second->green == 255 && (*it).second->blue == 255)) {
              nconn++;
              psu->value++;
            }
          }
          if (nconn > 0) {
            psu->value = psu->value / psu->nmod;
            psu->count = 1;
          }
        }
      }
    }

    if (!print_total) {
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr) {
          if (usePsuValue)
            psu->value = psu->value / psu->count;
        }
      }
    }

    if (minvalue >= maxvalue) {
      minvalue = 9999999.;
      maxvalue = -9999999.;
      rangefound = false;
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr && psu->count > 0) {
          rangefound = true;
          if (minvalue > psu->value)
            minvalue = psu->value;
          if (maxvalue < psu->value)
            maxvalue = psu->value;
        }
      }
    }
    if ((maxvalue == minvalue) || !rangefound)
      printflag = false;

    if (filetype == "svg") {
      saveAsSingleLayer = false;
      std::ostringstream outs;
      outs << outputfilename << ".svg";
      savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
      *savefile << "<?xml version=\"1.0\"  standalone=\"no\" ?>" << std::endl;
      *savefile << "<svg  xmlns=\"http://www.w3.org/2000/svg\"" << std::endl;
      *savefile << "xmlns:svg=\"http://www.w3.org/2000/svg\" " << std::endl;
      *savefile << "xmlns:xlink=\"http://www.w3.org/1999/xlink\">" << std::endl;
      *savefile << "<svg:svg id=\"mainMap\" x=\"0\" y=\"0\" viewBox=\"0 0 3000 1600"
                << "\" width=\"" << width << "\" height=\"" << height << "\">" << std::endl;
      *savefile << "<svg:rect fill=\"lightblue\" stroke=\"none\" x=\"0\" y=\"0\" width=\"3000\" height=\"1600\" /> "
                << std::endl;
      *savefile << "<svg:g id=\"psutrackermap\" transform=\"translate(10,1500) rotate(270)\" "
                   "style=\"fill:none;stroke:black;stroke-width:0;\"> "
                << std::endl;
    }

    for (int irack = 1; irack < (npsuracks + 1); irack++) {
      if (filetype == "xml") {
        saveAsSingleLayer = true;
        std::ostringstream outs;
        outs << outputfilename << "psurack" << irack << ".xml";
        savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
        *savefile << "<?xml version=\"1.0\" standalone=\"no\"?>" << std::endl;
        *savefile << "<svg xmlns=\"http://www.w3.org/2000/svg\"" << std::endl;
        *savefile << "xmlns:svg=\"http://www.w3.org/2000/svg\"" << std::endl;
        *savefile << "xmlns:xlink=\"http://www.w3.org/1999/xlink\" >" << std::endl;
        *savefile << "<script type=\"text/ecmascript\" xlink:href=\"rack.js\" />" << std::endl;
        *savefile << "<svg id=\"mainMap\" x=\"0\" y=\"0\" viewBox=\"0 0  500 500\" width=\"700\" height=\"700\" "
                     "onload=\"TrackerCrate.init()\">"
                  << std::endl;
        *savefile << "<rect fill=\"lightblue\" stroke=\"none\" x=\"0\" y=\"0\" width=\"700\" height=\"700\" />"
                  << std::endl;
        *savefile << "<g id=\"rack\" transform=\" translate(150,500) rotate(270) scale(1.,1.)\"  > " << std::endl;
      }

      // nrack=irack;
      defpsuwindow(irack);
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu->getPsuRack() == irack) {
          drawPsu(irack, psu->getPsuCrate(), print_total, psu, savefile, usePsuValue);
        }
      }

      if (!temporary_file) {
        if (filetype == "xml") {
          *savefile << "</g> </svg> <text id=\"currentElementText\" x=\"40\" y=\"30\"> " << std::endl;
          *savefile << "<tspan id=\"line1\" x=\"40\" y=\"30\"> </tspan> " << std::endl;
          *savefile << "<tspan id=\"line2\" x=\"40\" y=\"60\"> </tspan> " << std::endl;
          *savefile << " </text> </svg>" << std::endl;
          savefile->close();
          saveAsSingleLayer = false;
        }
      }
    }
    if (filetype == "svg") {
      *savefile << "</g> </svg> </svg> " << std::endl;
      savefile->close();
    }

    //Restore psu value
    if (!print_total && !usePsuValue) {
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr) {
          psu->value = psu->value * psu->count;
        }
      }
    }

    int rangex = YPSUOFFSET + (YPSURSIZE + YPSUOFFSET) * NUMPSURACK_INROW + 300;
    int rangey = XPSUOFFSET + (XPSURSIZE + XPSUOFFSET) * NUMPSURACK_INCOLUMN + 300;

    if (temporary_file) {
      if (printflag && !saveWebInterface)
        drawPalette(savefile, rangex - 140, rangey - 100);
      savefile->close();

      const char *command1;
      std::string tempfilename = outputfilename + ".coor";
      int red, green, blue, npoints, colindex, ncolor;
      double x[4], y[4];
      std::ifstream tempfile(tempfilename.c_str(), std::ios::in);
      TCanvas *MyC = new TCanvas("MyC", "TrackerMap", width, height);
      gPad->SetFillColor(38);

      //    if(saveWebInterface)gPad->Range(0,0,3700,1600); else gPad->Range(0,0,3800,1600);
      std::cout << " range x " << rangex << std::endl;
      std::cout << " range y " << rangey << std::endl;
      gPad->Range(0, 0, rangex, rangey);

      //First  build palette
      ncolor = 0;
      typedef std::map<int, int> ColorList;
      ColorList colorList;
      ColorList::iterator pos;
      TColor *col, *c;
      while (!tempfile.eof()) {
        tempfile >> red >> green >> blue >> npoints;
        colindex = red + green * 1000 + blue * 1000000;
        pos = colorList.find(colindex);
        if (pos == colorList.end()) {
          colorList[colindex] = ncolor + 100;
          col = gROOT->GetColor(ncolor + 100);
          if (col)
            col->SetRGB((Double_t)(red / 255.), (Double_t)(green / 255.), (Double_t)(blue / 255.));
          else
            c = new TColor(ncolor + 100, (Double_t)(red / 255.), (Double_t)(green / 255.), (Double_t)(blue / 255.));
          vc.push_back(c);
          ncolor++;
        }
        for (int i = 0; i < npoints; i++) {
          tempfile >> x[i] >> y[i];
        }
      }
      if (ncolor > 0 && ncolor < 10000) {
        Int_t colors[10000];
        for (int i = 0; i < ncolor; i++) {
          colors[i] = i + 100;
        }
        gStyle->SetPalette(ncolor, colors);
      }
      tempfile.clear();
      tempfile.seekg(0, std::ios::beg);
      std::cout << "created palette with " << ncolor << " colors" << std::endl;
      while (!tempfile.eof()) {  //create polylines
        tempfile >> red >> green >> blue >> npoints;
        for (int i = 0; i < npoints; i++) {
          tempfile >> x[i] >> y[i];
        }
        colindex = red + green * 1000 + blue * 1000000;
        pos = colorList.find(colindex);
        if (pos != colorList.end()) {
          TPolyLine *pline = new TPolyLine(npoints, y, x);
          vp.push_back(pline);
          pline->SetFillColor(colorList[colindex]);
          pline->SetLineWidth(0);
          pline->Draw("f");
        }
      }
      if (printflag && !saveWebInterface) {
        float lminvalue = minvalue;
        float lmaxvalue = maxvalue;
        if (tkMapLog) {
          lminvalue = log(minvalue) / log(10);
          lmaxvalue = log(maxvalue) / log(10);
        }
        axis = new TGaxis(rangex - 140, 34, rangex - 140, rangey - 106, lminvalue, lmaxvalue, 510, "+L");
        axis->SetLabelSize(0.02);
        axis->Draw();
      }

      if (!saveWebInterface) {
        TLatex l;
        l.SetTextSize(0.05);
        std::string fulltitle = title;
        if (tkMapLog && (fulltitle.find("Log10 scale") == std::string::npos))
          fulltitle += ": Log10 scale";
        l.DrawLatex(50, rangey - 200, fulltitle.c_str());
      }
      MyC->Update();
      std::cout << "Filetype " << filetype << std::endl;
      if (filetype == "png") {
        std::string filename = outputfilename + ".png";
        MyC->Print(filename.c_str());
      }
      if (filetype == "jpg") {
        std::string filename = outputfilename + ".jpg";
        MyC->Print(filename.c_str());
      }
      if (filetype == "pdf") {
        std::string filename = outputfilename + ".pdf";
        MyC->Print(filename.c_str());
      }
      std::string command = "rm " + tempfilename;
      command1 = command.c_str();
      std::cout << "Executing " << command1 << std::endl;
      system(command1);
      MyC->Clear();
      delete MyC;
      if (printflag && !saveWebInterface)
        delete axis;
      for (std::vector<TPolyLine *>::iterator pos1 = vp.begin(); pos1 != vp.end(); pos1++) {
        delete (*pos1);
      }

    }  //if(temporary_file)
  }    //if(enabledFedProcessing)
}

void TrackerMap::save_as_fedtrackermap(
    bool print_total, float minval, float maxval, std::string s, int width, int height) {
  if (enableFedProcessing) {
    printflag = true;
    bool rangefound = true;
    std::string filetype = s, outputfilename = s;
    std::vector<TPolyLine *> vp;
    TGaxis *axis = nullptr;

    size_t found = filetype.find_last_of('.');
    filetype = filetype.substr(found + 1);
    found = outputfilename.find_last_of('.');
    outputfilename = outputfilename.substr(0, found);

    temporary_file = true;
    if (filetype == "xml" || filetype == "svg")
      temporary_file = false;
    std::ostringstream outs;
    minvalue = minval;
    maxvalue = maxval;
    outs << outputfilename << ".coor";
    if (temporary_file)
      savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
    std::map<int, TmApvPair *>::iterator i_apv;
    std::map<int, int>::iterator i_fed;
    //Decide if we must use Module or ApvPair value
    bool useApvPairValue = false;
    for (i_apv = apvMap.begin(); i_apv != apvMap.end(); i_apv++) {
      TmApvPair *apvPair = i_apv->second;
      if (apvPair != nullptr) {
        TmModule *apv_mod = apvPair->mod;
        if (apv_mod != nullptr && !apv_mod->notInUse()) {
          if (apvPair->count > 0 || apvPair->red != -1) {
            useApvPairValue = true;
            break;
          }
        }
      }
    }
    if (!print_total) {
      for (i_apv = apvMap.begin(); i_apv != apvMap.end(); i_apv++) {
        TmApvPair *apvPair = i_apv->second;
        if (apvPair != nullptr) {
          TmModule *apv_mod = apvPair->mod;
          if (apv_mod != nullptr && !apv_mod->notInUse()) {
            if (useApvPairValue)
              apvPair->value = apvPair->value / apvPair->count;
            else if (apvPair->mpos == 0 && apv_mod->count > 0)
              apv_mod->value = apv_mod->value / apv_mod->count;
          }
        }
      }
    }
    if (minvalue >= maxvalue) {
      minvalue = 9999999.;
      maxvalue = -9999999.;
      rangefound = false;
      for (i_apv = apvMap.begin(); i_apv != apvMap.end(); i_apv++) {
        TmApvPair *apvPair = i_apv->second;
        if (apvPair != nullptr) {
          TmModule *apv_mod = apvPair->mod;
          if (apv_mod != nullptr && !apv_mod->notInUse()) {
            if (useApvPairValue) {
              rangefound = true;
              if (minvalue > apvPair->value)
                minvalue = apvPair->value;
              if (maxvalue < apvPair->value)
                maxvalue = apvPair->value;
            } else {
              if (apv_mod->count > 0) {
                rangefound = true;
                if (minvalue > apv_mod->value)
                  minvalue = apv_mod->value;
                if (maxvalue < apv_mod->value)
                  maxvalue = apv_mod->value;
              }
            }
          }
        }
      }
    }
    if ((title.find("QTestAlarm") != std::string::npos) || (maxvalue == minvalue) || !rangefound)
      printflag = false;

    if (filetype == "svg") {
      saveAsSingleLayer = false;
      std::ostringstream outs;
      outs << outputfilename << ".svg";
      savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
      *savefile << "<?xml version=\"1.0\"  standalone=\"no\" ?>" << std::endl;
      *savefile << "<svg  xmlns=\"http://www.w3.org/2000/svg\"" << std::endl;
      *savefile << "xmlns:svg=\"http://www.w3.org/2000/svg\" " << std::endl;
      *savefile << "xmlns:xlink=\"http://www.w3.org/1999/xlink\">" << std::endl;
      *savefile << "<svg:svg id=\"mainMap\" x=\"0\" y=\"0\" viewBox=\"0 0 3000 1600"
                << "\" width=\"" << width << "\" height=\"" << height << "\">" << std::endl;
      *savefile << "<svg:rect fill=\"lightblue\" stroke=\"none\" x=\"0\" y=\"0\" width=\"3000\" height=\"1600\" /> "
                << std::endl;
      *savefile << "<svg:g id=\"fedtrackermap\" transform=\"translate(10,1500) rotate(270)\" "
                   "style=\"fill:none;stroke:black;stroke-width:0;\"> "
                << std::endl;
    }
    for (int crate = firstcrate; crate < (ncrates + 1); crate++) {
      if (filetype == "xml") {
        saveAsSingleLayer = true;
        std::ostringstream outs;
        outs << outputfilename << "crate" << crate << ".xml";
        savefile = new std::ofstream(outs.str().c_str(), std::ios::out);
        *savefile << "<?xml version=\"1.0\" standalone=\"no\"?>" << std::endl;
        *savefile << "<svg xmlns=\"http://www.w3.org/2000/svg\"" << std::endl;
        *savefile << "xmlns:svg=\"http://www.w3.org/2000/svg\"" << std::endl;
        *savefile << "xmlns:xlink=\"http://www.w3.org/1999/xlink\" >" << std::endl;
        *savefile << "<script type=\"text/ecmascript\" xlink:href=\"crate.js\" />" << std::endl;
        *savefile << "<svg id=\"mainMap\" x=\"0\" y=\"0\" viewBox=\"0 0  500 500\" width=\"700\" height=\"700\" "
                     "onload=\"TrackerCrate.init()\">"
                  << std::endl;
        *savefile << "<rect fill=\"lightblue\" stroke=\"none\" x=\"0\" y=\"0\" width=\"700\" height=\"700\" />"
                  << std::endl;
        *savefile << "<g id=\"crate\" transform=\" translate(150,500) rotate(270) scale(1.,1.)\"  > " << std::endl;
      }
      //    ncrate=crate;
      defcwindow(crate);
      int numfed_incrate = 0;
      for (i_fed = fedMap.begin(); i_fed != fedMap.end(); i_fed++) {
        if (i_fed->second == crate) {
          int fedId = i_fed->first;
          //    numfed_incrate++;
          numfed_incrate = slotMap[fedId];
          // the following piece of code is used to prepare the HTML clickable map
          /*    
    double scalex=6285./6290.;
    double scaley=3510./3540.;
    double boxinitix=(NUMFED_INCOLUMN-1-(numfed_incrate-1)/NUMFED_INROW)*(NUMFEDCH_INCOLUMN+2)+NUMFEDCH_INCOLUMN+0.9;
    double boxinitiy=(NUMFED_INROW-1-(numfed_incrate-1)%NUMFED_INROW)*(NUMFEDCH_INROW+1)+NUMFEDCH_INROW+0.9;
    double boxendix=boxinitix-(NUMFEDCH_INCOLUMN-1)-0.9;
    double boxendiy=boxinitiy-(NUMFEDCH_INROW-1)-0.9;

    std::cout << "<area shape=\"rect\" coords=\" " 
          << int(scalex*ydpixelc(boxinitiy)) << "," << int(3510-scaley*xdpixelc(boxinitix)) 
          << "," << int(scalex*ydpixelc(boxendiy)) << "," << int(3510-scaley*xdpixelc(boxendix)) 
          << "\" href=\"\" title=\"crate " << crate << " slot " << numfed_incrate << " FED " << fedId << "\" /> " << std::endl;
    */
          //
          for (int nconn = 0; nconn < 96; nconn++) {
            int key = fedId * 1000 + nconn;
            TmApvPair *apvPair = apvMap[key];
            if (apvPair != nullptr) {
              TmModule *apv_mod = apvPair->mod;
              if (apv_mod != nullptr && !apv_mod->notInUse()) {
                drawApvPair(crate, numfed_incrate, print_total, apvPair, savefile, useApvPairValue);
              }
            }
          }
        }
      }
      if (!temporary_file) {
        if (filetype == "xml") {
          *savefile << "</g> </svg> <text id=\"currentElementText\" x=\"40\" y=\"30\"> " << std::endl;
          *savefile << "<tspan id=\"line1\" x=\"40\" y=\"30\"> </tspan> " << std::endl;
          *savefile << "<tspan id=\"line2\" x=\"40\" y=\"60\"> </tspan> " << std::endl;
          *savefile << " </text> </svg>" << std::endl;
          savefile->close();
          delete savefile;
          saveAsSingleLayer = false;
        }
      }
    }
    if (filetype == "svg") {
      *savefile << "</g> </svg> </svg> " << std::endl;
      savefile->close();
      delete savefile;
    }
    if (!print_total && !useApvPairValue) {
      //Restore module value
      for (i_apv = apvMap.begin(); i_apv != apvMap.end(); i_apv++) {
        TmApvPair *apvPair = i_apv->second;
        if (apvPair != nullptr) {
          TmModule *apv_mod = apvPair->mod;
          if (apv_mod != nullptr && apvPair->mpos == 0 && !apv_mod->notInUse()) {
            apv_mod->value = apv_mod->value * apv_mod->count;
          }
        }
      }
    }

    int rangex = YFEDOFFSET + (YFEDCSIZE + YFEDOFFSET) * NUMFEDCRATE_INROW + 300;
    int rangey = XFEDOFFSET + (XFEDCSIZE + XFEDOFFSET) * NUMFEDCRATE_INCOLUMN + 300;

    if (temporary_file) {
      if (printflag && !saveWebInterface)
        drawPalette(savefile, rangex - 140, rangey - 100);
      savefile->close();
      delete savefile;

      const char *command1;
      std::string tempfilename = outputfilename + ".coor";
      int red, green, blue, npoints, colindex, ncolor;
      double x[4], y[4];
      std::ifstream tempfile(tempfilename.c_str(), std::ios::in);
      TCanvas *MyC = new TCanvas("MyC", "TrackerMap", width, height);
      gPad->SetFillColor(38);

      //    if(saveWebInterface)gPad->Range(0,0,3750,1600); else gPad->Range(0,0,3800,1600);
      std::cout << " range x " << rangex << std::endl;
      std::cout << " range y " << rangey << std::endl;
      gPad->Range(0, 0, rangex, rangey);

      //First  build palette
      ncolor = 0;
      typedef std::map<int, int> ColorList;
      ColorList colorList;
      ColorList::iterator pos;
      TColor *col, *c;
      while (!tempfile.eof()) {
        tempfile >> red >> green >> blue >> npoints;
        colindex = red + green * 1000 + blue * 1000000;
        pos = colorList.find(colindex);
        if (pos == colorList.end()) {
          colorList[colindex] = ncolor + 100;
          col = gROOT->GetColor(ncolor + 100);
          if (col)
            col->SetRGB((Double_t)(red / 255.), (Double_t)(green / 255.), (Double_t)(blue / 255.));
          else
            c = new TColor(ncolor + 100, (Double_t)(red / 255.), (Double_t)(green / 255.), (Double_t)(blue / 255.));
          vc.push_back(c);
          ncolor++;
        }
        for (int i = 0; i < npoints; i++) {
          tempfile >> x[i] >> y[i];
        }
      }
      if (ncolor > 0 && ncolor < 10000) {
        Int_t colors[10000];
        for (int i = 0; i < ncolor; i++) {
          colors[i] = i + 100;
        }
        gStyle->SetPalette(ncolor, colors);
      }
      tempfile.clear();
      tempfile.seekg(0, std::ios::beg);
      std::cout << "created palette with " << ncolor << " colors" << std::endl;
      while (!tempfile.eof()) {  //create polylines
        tempfile >> red >> green >> blue >> npoints;
        for (int i = 0; i < npoints; i++) {
          tempfile >> x[i] >> y[i];
        }
        colindex = red + green * 1000 + blue * 1000000;
        pos = colorList.find(colindex);
        if (pos != colorList.end()) {
          TPolyLine *pline = new TPolyLine(npoints, y, x);
          vp.push_back(pline);
          pline->SetFillColor(colorList[colindex]);
          pline->SetLineWidth(0);
          pline->Draw("f");
        }
      }
      if (printflag && !saveWebInterface) {
        float lminvalue = minvalue;
        float lmaxvalue = maxvalue;
        if (tkMapLog) {
          lminvalue = log(minvalue) / log(10);
          lmaxvalue = log(maxvalue) / log(10);
        }
        axis = new TGaxis(rangex - 140, 34, rangex - 140, rangey - 106, lminvalue, lmaxvalue, 510, "+L");
        axis->SetLabelSize(0.02);
        axis->Draw();
      }

      if (!saveWebInterface) {
        TLatex l;
        l.SetTextSize(0.05);
        std::string fulltitle = title;
        if (tkMapLog && (fulltitle.find("Log10 scale") == std::string::npos))
          fulltitle += ": Log10 scale";
        l.DrawLatex(50, rangey - 200, fulltitle.c_str());
      }
      MyC->Update();
      std::cout << "Filetype " << filetype << std::endl;
      if (filetype == "png") {
        std::string filename = outputfilename + ".png";
        MyC->Print(filename.c_str());
      }
      if (filetype == "jpg") {
        std::string filename = outputfilename + ".jpg";
        MyC->Print(filename.c_str());
      }
      if (filetype == "pdf") {
        std::string filename = outputfilename + ".pdf";
        MyC->Print(filename.c_str());
      }
      std::string command = "rm " + tempfilename;
      command1 = command.c_str();
      std::cout << "Executing " << command1 << std::endl;
      system(command1);
      MyC->Clear();
      delete MyC;
      if (printflag && !saveWebInterface)
        delete axis;
      for (std::vector<TPolyLine *>::iterator pos1 = vp.begin(); pos1 != vp.end(); pos1++) {
        delete (*pos1);
      }

    }  //if(temporary_file)
  }    //if(enabledFedProcessing)
}

void TrackerMap::load(std::string inputfilename) {
  inputfile = new std::ifstream(inputfilename.c_str(), std::ios::in);
  std::string line, value;
  int ipos, ipos1, ipos2, id = 0, val = 0;
  int nline = 0;
  while (getline(*inputfile, line)) {
    ipos1 = line.find("value=\"");
    if (ipos1 > 0) {
      value = line.substr(ipos1 + 7, 10);
      ipos = value.find('\"');
      value = value.substr(0, ipos);
      val = atoi(value.c_str());
    }
    ipos2 = line.find("detid=\"");
    if (ipos2 > 0) {
      value = line.substr(ipos2 + 7, 10);
      ipos = value.find('\"');
      value = value.substr(0, ipos);
      id = atoi(value.c_str());
    }
    if (ipos1 > 0 && ipos2 > 0 && val > 0)
      this->fill(id, val);
    if (ipos1 > 0 && ipos2 > 0)
      nline++;
    //if(ipos1>0 && ipos2>0)std::cout << nline << " " << id << " " << val << std::endl;
  }
  std::cout << nline << " modules found in this svg file " << std::endl;
  inputfile->close();
  delete inputfile;
}

//print in svg format tracker map
//print_total = true represent in color the total stored in the module
//print_total = false represent in color the average
void TrackerMap::print(bool print_total, float minval, float maxval, std::string outputfilename) {
  temporary_file = false;
  std::ostringstream outs;
  minvalue = minval;
  maxvalue = maxval;
  outs << outputfilename << ".xml";
  svgfile = new std::ofstream(outs.str().c_str(), std::ios::out);
  jsfile = new std::ifstream(edm::FileInPath(jsfilename).fullPath().c_str(), std::ios::in);

  //copy javascript interface from trackermap.txt file
  std::string line;
  while (getline(*jsfile, line)) {
    *svgfile << line << std::endl;
  }
  jsfile->close();
  delete jsfile;
  //
  if (!print_total) {
    for (int layer = 1; layer < 44; layer++) {
      for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
        for (int module = 1; module < 200; module++) {
          int key = layer * 100000 + ring * 1000 + module;
          TmModule *mod = smoduleMap[key];
          if (mod != nullptr && !mod->notInUse()) {
            mod->value = mod->value / mod->count;
          }
        }
      }
    }
  }
  if (minvalue >= maxvalue) {
    minvalue = 9999999.;
    maxvalue = -9999999.;
    for (int layer = 1; layer < 44; layer++) {
      for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
        for (int module = 1; module < 200; module++) {
          int key = layer * 100000 + ring * 1000 + module;
          TmModule *mod = smoduleMap[key];
          if (mod != nullptr && !mod->notInUse()) {
            if (minvalue > mod->value)
              minvalue = mod->value;
            if (maxvalue < mod->value)
              maxvalue = mod->value;
          }
        }
      }
    }
  }
  for (int layer = 1; layer < 44; layer++) {
    //    nlay=layer;
    defwindow(layer);
    for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
      for (int module = 1; module < 200; module++) {
        int key = layer * 100000 + ring * 1000 + module;
        TmModule *mod = smoduleMap[key];
        if (mod != nullptr && !mod->notInUse()) {
          drawModule(mod, key, layer, print_total, svgfile);
        }
      }
    }
  }
  *svgfile << "</svg:g></svg:svg>" << std::endl;
  *svgfile << " <svg:text id=\"Title\" class=\"normalText\"  x=\"300\" y=\"0\">" << title << "</svg:text>" << std::endl;
  if (printflag)
    drawPalette(svgfile);
  *svgfile << "</svg:svg>" << std::endl;
  *svgfile << "</body></html>" << std::endl;
  svgfile->close();
  delete svgfile;
}

void TrackerMap::drawPalette(std::ofstream *svgfile, int xoffset, int yoffset) {
  std::cout << "preparing the palette" << std::endl;
  int color, red, green, blue;
  float val = minvalue;
  int paletteLength = 250;
  int width = 50 * (yoffset - 40) / 1500;
  float dval = (maxvalue - minvalue) / (float)paletteLength;
  bool rtkMapLog = tkMapLog;
  if (tkMapLog)
    tkMapLog = false;
  float step = float(yoffset - 40) / float(paletteLength);
  for (int i = 1; i < paletteLength + 1; i++) {
    color = getcolor(val, palette);
    red = (color >> 16) & 0xFF;
    green = (color >> 8) & 0xFF;
    blue = (color)&0xFF;
    //   if(!temporary_file)*svgfile <<"<svg:rect  x=\"3010\" y=\""<<(1550-6*i)<<"\" width=\"50\" height=\"6\" fill=\"rgb("<<red<<","<<green<<","<<blue<<")\" />\n";
    //  else *svgfile << red << " " << green << " " << blue << " 4 " << (6*i)+40 << " 3010. " <<//
    //           (6*i)+40 << " 3060. " <<//
    //          (6*(i-1))+40 << " 3060. " <<//
    //         (6*(i-1))+40 <<" 3010. " << std::endl; //

    // if(i%50 == 0){
    //  if(!temporary_file)*svgfile <<"<svg:rect  x=\"3010\" y=\""<<(1550-6*i)<<"\" width=\"50\" height=\"1\" fill=\"black\" />\n";
    // if(i%50==0&&!temporary_file)*svgfile << " <svg:text  class=\"normalText\"  x=\"3060\" y=\""<<(1560-6*i)<<"\">" <<val<<"</svg:text>"<<std::endl;

    if (!temporary_file)
      *svgfile << "<svg:rect  x=\"3610\" y=\"" << (1550 - 6 * i) << "\" width=\"50\" height=\"6\" fill=\"rgb(" << red
               << "," << green << "," << blue << ")\" />\n";
    else
      *svgfile << red << " " << green << " " << blue << " 4 " << int(step * i) + 34 << " " << xoffset - width << ". "
               <<                                                                   //
          int(step * i) + 34 << " " << xoffset << ". " <<                           //
          int(step * (i - 1)) + 34 << " " << xoffset << ". " <<                     //
          int(step * (i - 1)) + 34 << " " << xoffset - width << ". " << std::endl;  //

    if (i % 50 == 0) {
      if (!temporary_file)
        *svgfile << "<svg:rect  x=\"3610\" y=\"" << (1550 - 6 * i)
                 << "\" width=\"50\" height=\"1\" fill=\"black\" />\n";
      if (i % 50 == 0 && !temporary_file)
        *svgfile << " <svg:text  class=\"normalText\"  x=\"3660\" y=\"" << (1560 - 6 * i) << "\">" << val
                 << "</svg:text>" << std::endl;
    }
    val = val + dval;
  }
  tkMapLog = rtkMapLog;
}
void TrackerMap::fillc_fed_channel(int fedId, int fedCh, int red, int green, int blue) {
  int key = fedId * 1000 + fedCh;
  TmApvPair *apvpair = apvMap[key];

  if (apvpair != nullptr) {
    apvpair->red = red;
    apvpair->green = green;
    apvpair->blue = blue;
    return;
  }
  std::cout << "*** error in FedTrackerMap fillc method ***";
}

void TrackerMap::fill_fed_channel(int idmod, float qty) {
  std::multimap<const int, TmApvPair *>::iterator pos;
  for (pos = apvModuleMap.lower_bound(idmod); pos != apvModuleMap.upper_bound(idmod); ++pos) {
    TmApvPair *apvpair = pos->second;
    if (apvpair != nullptr) {
      apvpair->value = apvpair->value + qty;
      apvpair->count++;
    }
  }
  return;
  std::cout << "*** error in FedTrackerMap fill by module method ***";
}

void TrackerMap::fill_current_val_fed_channel(int fedId, int fedCh, float current_val) {
  int key = fedId * 1000 + fedCh;
  TmApvPair *apvpair = apvMap[key];

  if (apvpair != nullptr) {
    apvpair->value = current_val;
    apvpair->count = 1;
    apvpair->red = -1;
  } else
    std::cout << "*** error in FedTrackerMap fill_current_val method ***";
}

void TrackerMap::fillc_fec_channel(int crate, int slot, int ring, int addr, int red, int green, int blue) {
  int key = crate * 10000000 + slot * 100000 + ring * 1000 + addr;

  TmCcu *ccu = ccuMap[key];

  if (ccu != nullptr) {
    ccu->red = red;
    ccu->green = green;
    ccu->blue = blue;
    return;
  }
  std::cout << "*** error in FecTrackerMap fillc method ***";
}

void TrackerMap::fill_fec_channel(int crate, int slot, int ring, int addr, float qty) {
  int key = crate * 10000000 + slot * 100000 + ring * 1000 + addr;
  TmCcu *ccu = ccuMap[key];
  if (ccu != nullptr) {
    ccu->count++;
    ccu->value = ccu->value + qty;
    return;
  }

  std::cout << "*** error in FecTrackerMap fill by module method ***";
}

void TrackerMap::fillc_lv_channel(int rack, int crate, int board, int red, int green, int blue) {
  int key = rack * 1000 + crate * 100 + board;

  TmPsu *psu = psuMap[key];

  if (psu != nullptr) {
    psu->red = red;
    psu->green = green;
    psu->blue = blue;
    return;
  }
  std::cout << "*** error in LVTrackerMap fillc method ***";
}

void TrackerMap::fill_lv_channel(int rack, int crate, int board, float qty) {
  int key = rack * 1000 + crate * 100 + board;
  TmPsu *psu = psuMap[key];
  if (psu != nullptr) {
    psu->count++;
    psu->value = psu->value + qty;
    return;
  }

  std::cout << "*** error in LVTrackerMap fill by module method ***";
}

void TrackerMap::fillc_hv_channel2(int rack, int crate, int board, int red, int green, int blue) {
  int key = rack * 1000 + crate * 100 + board;

  TmPsu *psu = psuMap[key];

  if (psu != nullptr) {
    psu->redHV2 = red;
    psu->greenHV2 = green;
    psu->blueHV2 = blue;
    return;
  }
  std::cout << "*** error in HVTrackerMap (channel 2) fillc method ***";
}
void TrackerMap::fillc_hv_channel3(int rack, int crate, int board, int red, int green, int blue) {
  int key = rack * 1000 + crate * 100 + board;

  TmPsu *psu = psuMap[key];

  if (psu != nullptr) {
    psu->redHV3 = red;
    psu->greenHV3 = green;
    psu->blueHV3 = blue;
    return;
  }
  std::cout << "*** error in HVTrackerMap (channel 3) fillc method ***";
}

void TrackerMap::fill_hv_channel2(int rack, int crate, int board, float qty) {
  int key = rack * 1000 + crate * 100 + board;
  TmPsu *psu = psuMap[key];
  if (psu != nullptr) {
    psu->countHV2++;
    psu->valueHV2 = psu->valueHV2 + qty;
    return;
  }

  std::cout << "*** error in HVTrackerMap fill by module method ***";
}
void TrackerMap::fill_hv_channel3(int rack, int crate, int board, float qty) {
  int key = rack * 1000 + crate * 100 + board;
  TmPsu *psu = psuMap[key];
  if (psu != nullptr) {
    psu->countHV3++;
    psu->valueHV3 = psu->valueHV3 + qty;
    return;
  }

  std::cout << "*** error in HVTrackerMap fill by module method ***";
}

int TrackerMap::module(int fedId, int fedCh) {
  int key = fedId * 1000 + fedCh;
  TmApvPair *apvpair = apvMap[key];
  if (apvpair != nullptr) {
    return (apvpair->mod->idex);
  }
  return (0);
  std::cout << "*** error in FedTrackerMap module method ***";
}
void TrackerMap::fill_fed_channel(int fedId, int fedCh, float qty) {
  int key = fedId * 1000 + fedCh;
  TmApvPair *apvpair = apvMap[key];
  if (apvpair != nullptr) {
    apvpair->value = apvpair->value + qty;
    apvpair->count++;
    return;
  }
  std::cout << "*** error inFedTrackerMap fill method ***";
}

void TrackerMap::fillc(int idmod, int red, int green, int blue) {
  TmModule *mod = imoduleMap[idmod];
  if (mod != nullptr) {
    mod->red = red;
    mod->green = green;
    mod->blue = blue;
    return;
  }
  std::cout << "**************************error in fill method **************module " << idmod << std::endl;
}
void TrackerMap::fillc(int layer, int ring, int nmod, int red, int green, int blue) {
  int key = layer * 10000 + ring * 1000 + nmod;
  TmModule *mod = smoduleMap[key];

  if (mod != nullptr) {
    mod->red = red;
    mod->green = green;
    mod->blue = blue;
    return;
  }
  std::cout << "**************************error in fill method **************" << std::endl;
}

void TrackerMap::fillc_all_blank() {
  std::map<const int, TmModule *>::iterator imod;
  for (imod = imoduleMap.begin(); imod != imoduleMap.end(); imod++) {
    fillc(imod->first, 255, 255, 255);
  }
}

void TrackerMap::fill_all_blank() {
  std::map<const int, TmModule *>::iterator imod;
  for (imod = imoduleMap.begin(); imod != imoduleMap.end(); imod++) {
    fill_current_val(imod->first, 0);
  }
}

void TrackerMap::fill_current_val(int idmod, float current_val) {
  TmModule *mod = imoduleMap[idmod];
  if (mod != nullptr) {
    mod->value = current_val;
    mod->count = 1;
    mod->red = -1;
  } else
    std::cout << "**error in fill_current_val method ***module " << idmod << std::endl;
}

void TrackerMap::fill(int idmod, float qty) {
  TmModule *mod = imoduleMap[idmod];
  if (mod != nullptr) {
    mod->value = mod->value + qty;
    mod->count++;
    return;
  } else {
    TmModule *mod1 = imoduleMap[idmod + 1];
    TmModule *mod2 = imoduleMap[idmod + 2];
    if (mod1 != nullptr && mod2 != nullptr) {
      mod1->value = mod1->value + qty;
      mod1->count++;
      mod2->value = mod2->value + qty;
      mod2->count++;
      return;
    }
  }
  std::cout << "**************************error in fill method **************module " << idmod << std::endl;
}

void TrackerMap::fill(int layer, int ring, int nmod, float qty) {
  int key = layer * 100000 + ring * 1000 + nmod;
  TmModule *mod = smoduleMap[key];
  if (mod != nullptr) {
    mod->value = mod->value + qty;
    mod->count++;
  } else
    std::cout << "**************************error in SvgModuleMap **************";
}

void TrackerMap::setText(int idmod, std::string s) {
  TmModule *mod = imoduleMap[idmod];
  if (mod != nullptr) {
    mod->text = s;
  } else
    std::cout << "**************************error in IdModuleMap **************";
}

void TrackerMap::setText(int layer, int ring, int nmod, std::string s) {
  int key = layer * 100000 + ring * 1000 + nmod;
  TmModule *mod = smoduleMap[key];
  if (mod != nullptr) {
    mod->text = s;
  } else
    std::cout << "**************************error in SvgModuleMap **************";
}

void TrackerMap::build() {
  //  std::ifstream* infile;

  int nmods, pix_sil, fow_bar, ring, nmod, layer;
  unsigned int idex;
  float posx, posy, posz, length, width, thickness, widthAtHalfLength;
  int iModule = 0, old_layer = 0, ntotMod = 0;
  std::string name, dummys;
  std::ifstream infile(edm::FileInPath(infilename).fullPath().c_str(), std::ios::in);
  while (!infile.eof()) {
    infile >> nmods >> pix_sil >> fow_bar >> layer >> ring >> nmod >> posx >> posy >> posz >> length >> width >>
        thickness >> widthAtHalfLength >> idex;
    getline(infile, dummys);  //necessary to reach end of record
    getline(infile, name);
    if (old_layer != layer) {
      old_layer = layer;
      iModule = 0;
    }
    iModule++;
    ntotMod++;
    int key = layer * 100000 + ring * 1000 + nmod;
    TmModule *mod = smoduleMap[key];

    imoduleMap[idex] = mod;

    if (mod == nullptr)
      std::cout << "error in module " << key << std::endl;
    else {
      mod->posx = posx;
      mod->posy = posy;
      mod->setUsed();
      mod->value = 0;
      mod->count = 0;
      mod->posz = posz;
      mod->length = length;
      mod->width = width;
      mod->thickness = thickness;
      mod->widthAtHalfLength = widthAtHalfLength;
      mod->idex = idex;
      mod->name = name;
    }
  }
  infile.close();
  number_modules = ntotMod - 1;
}
int TrackerMap::getcolor(float value, int palette) {
  int red, green, blue;
  float lminvalue, lmaxvalue;
  lminvalue = minvalue;
  lmaxvalue = maxvalue;
  if (tkMapLog) {
    lminvalue = log(minvalue) / log(10);
    lmaxvalue = log(maxvalue) / log(10);
    value = log(value) / log(10);
  }

  red = 0;
  green = 0;
  blue = 0;
  if (palette == 1) {  //palette1 1 - raibow
    float delta = (lmaxvalue - lminvalue);
    float x = (value - lminvalue);
    if (value < lminvalue) {
      red = 0;
      green = 0;
      blue = 255;
    }
    if (value > lmaxvalue) {
      red = 255;
      green = 0;
      blue = 0;
    }
    if (value >= lminvalue && value <= lmaxvalue) {
      red = (int)(x < (delta / 2) ? 0 : (x > ((3. / 4.) * delta) ? 255 : 255 / (delta / 4) * (x - (2. / 4.) * delta)));
      green =
          (int)(x < delta / 4 ? (x * 255 / (delta / 4))
                              : (x > ((3. / 4.) * delta) ? 255 - 255 / (delta / 4) * (x - (3. / 4.) * delta) : 255));
      blue = (int)(x < delta / 4 ? 255
                                 : (x > ((1. / 2.) * delta) ? 0 : 255 - 255 / (delta / 4) * (x - (1. / 4.) * delta)));
    }
  }
  if (palette == 2) {  //palette 2 yellow-green
    green = (int)((value - lminvalue) / (lmaxvalue - lminvalue) * 256.);
    if (green > 255)
      green = 255;
    red = 255;
    blue = 0;
    green = 255 - green;
  }
  // std::cout<<red<<" "<<green<<" "<<blue<<" "<<value <<" "<<lminvalue<<" "<< lmaxvalue<<std::endl;
  return (blue | (green << 8) | (red << 16));
}
void TrackerMap::printonline() {
  //Copy interface
  std::ofstream *ofilename;
  std::ifstream *ifilename;
  std::ostringstream ofname;
  std::string ifname;
  std::string command;
  std::string line;
  std::string outputfilename = "dqmtmap";
  ifilename = findfile("viewerHeader.xhtml");
  ofname << outputfilename << "viewer.html";
  ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
  while (getline(*ifilename, line)) {
    *ofilename << line << std::endl;
  }
  *ofilename << "    var tmapname=\"" << outputfilename << "\"" << std::endl;
  *ofilename << "    var tmaptitle=\"" << title << "\"" << std::endl;
  *ofilename << "    var ncrates=" << ncrates << ";" << std::endl;
  *ofilename << "    var nfeccrates=" << nfeccrates << ";" << std::endl;
  *ofilename << "    var npsuracks=" << npsuracks << ";" << std::endl;

  ifilename->close();
  delete ifilename;

  ifilename = findfile("viewerTrailer.xhtml");
  while (getline(*ifilename, line)) {
    *ofilename << line << std::endl;
  }
  ofilename->close();
  delete ofilename;
  command = "sed -i \"s/XtmapnameX/" + outputfilename + "/g\" " + ofname.str();
  std::cout << "Executing " << command << std::endl;
  system(command.c_str());
  command = "sed -i \"s/XtmaptitleX/" + title + "/g\" " + ofname.str();
  std::cout << "Executing " << command << std::endl;
  system(command.c_str());
  ofname.str("");
  ifilename->close();
  delete ifilename;

  ifilename = findfile("jqviewer.js");
  ofname << "jqviewer.js";
  ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
  while (getline(*ifilename, line)) {
    *ofilename << line << std::endl;
  }
  ofname.str("");
  ofilename->close();
  delete ofilename;
  ifilename->close();
  delete ifilename;

  ifilename = findfile("crate.js");
  ofname << "crate.js";
  ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
  while (getline(*ifilename, line)) {
    *ofilename << line << std::endl;
  }
  ofname.str("");
  ofilename->close();
  delete ofilename;
  ifilename->close();
  delete ifilename;

  ifilename = findfile("feccrate.js");
  ofname << "feccrate.js";
  ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
  while (getline(*ifilename, line)) {
    *ofilename << line << std::endl;
  }
  ofname.str("");
  ofilename->close();
  delete ofilename;
  ifilename->close();
  delete ifilename;

  ifilename = findfile("layer.js");
  ofname << "layer.js";
  ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
  while (getline(*ifilename, line)) {
    *ofilename << line << std::endl;
  }
  ofname.str("");
  ofilename->close();
  delete ofilename;
  ifilename->close();
  delete ifilename;

  ifilename = findfile("rack.js");
  ofname << "rack.js";
  ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
  while (getline(*ifilename, line)) {
    *ofilename << line << std::endl;
  }
  ofname.str("");
  ofilename->close();
  delete ofilename;
  ifilename->close();
  delete ifilename;
  ofname.str("");

  ifilename = findfile("rackhv.js");
  ofname << "rackhv.js";
  ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
  while (getline(*ifilename, line)) {
    *ofilename << line << std::endl;
  }
  ofname.str("");
  ofilename->close();
  delete ofilename;
  ifilename->close();
  delete ifilename;

  std::ostringstream outs, outs1, outs2;
  outs << outputfilename << ".png";
  save(true, gminvalue, gmaxvalue, outs.str(), 3000, 1600);
  temporary_file = false;
  printlayers(true, gminvalue, gmaxvalue, outputfilename);

  //Now print a text file for each layer
  std::ofstream *txtfile;
  for (int layer = 1; layer < 44; layer++) {
    std::ostringstream outs;
    outs << outputfilename << "layer" << layer << ".html";
    txtfile = new std::ofstream(outs.str().c_str(), std::ios::out);
    *txtfile << "<html><head></head> <body>" << std::endl;
    for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
      for (int module = 1; module < 200; module++) {
        int key = layer * 100000 + ring * 1000 + module;
        TmModule *mod = smoduleMap[key];
        if (mod != nullptr && !mod->notInUse()) {
          int idmod = mod->idex;
          int nchan = 0;
          *txtfile << "<a name=" << idmod << "><pre>" << std::endl;
          std::multimap<const int, TmApvPair *>::iterator pos;
          for (pos = apvModuleMap.lower_bound(idmod); pos != apvModuleMap.upper_bound(idmod); ++pos) {
            TmApvPair *apvpair = pos->second;
            if (apvpair != nullptr) {
              nchan++;
              *txtfile << apvpair->text << std::endl;
            }
          }
          *txtfile << "</pre><h3>" << mod->name << "</h3>" << std::endl;
        }
      }
    }
    *txtfile << "</body></html>" << std::endl;
    txtfile->close();
    delete txtfile;
  }
  if (enableFedProcessing) {
    outs1 << outputfilename << "fed.png";
    save_as_fedtrackermap(true, gminvalue, gmaxvalue, outs1.str(), 6000, 3200);
    outs2 << outputfilename << ".xml";
    save_as_fedtrackermap(true, gminvalue, gmaxvalue, outs2.str(), 3000, 1600);
    //And a text file for each crate
    std::map<int, int>::iterator i_fed;
    std::ofstream *txtfile;
    for (int crate = firstcrate; crate < (ncrates + 1); crate++) {
      std::ostringstream outs;
      outs << outputfilename << "crate" << crate << ".html";
      txtfile = new std::ofstream(outs.str().c_str(), std::ios::out);
      *txtfile << "<html><head></head> <body>" << std::endl;
      for (i_fed = fedMap.begin(); i_fed != fedMap.end(); i_fed++) {
        if (i_fed->second == crate) {
          int fedId = i_fed->first;
          for (int nconn = 0; nconn < 96; nconn++) {
            int key = fedId * 1000 + nconn;
            TmApvPair *apvPair = apvMap[key];
            if (apvPair != nullptr) {
              int idmod = apvPair->idex;
              *txtfile << "<a name=" << idmod << "><pre>" << std::endl;
              *txtfile << apvPair->text << std::endl;
              std::ostringstream outs;
              outs << "fedchannel " << apvPair->getFedId() << "/" << apvPair->getFedCh() << " connects to module  "
                   << apvPair->mod->idex;
              *txtfile << "</pre><h3>" << outs.str() << "</h3>" << std::endl;
            }
          }
        }
      }
      *txtfile << "</body></html>" << std::endl;
      txtfile->close();
      delete txtfile;
    }
  }
  if (enableFecProcessing) {
    std::ostringstream outs1, outs2;
    outs1 << outputfilename << "fec.png";
    save_as_fectrackermap(true, gminvalue, gmaxvalue, outs1.str(), 6000, 3200);
    outs2 << outputfilename << ".xml";
    save_as_fectrackermap(true, gminvalue, gmaxvalue, outs2.str(), 3000, 1600);
    //And a text file for each crate
    std::ofstream *txtfile;
    std::map<int, TmCcu *>::iterator i_ccu;
    std::multimap<TmCcu *, TmModule *>::iterator it;
    std::pair<std::multimap<TmCcu *, TmModule *>::iterator, std::multimap<TmCcu *, TmModule *>::iterator> ret;
    for (int crate = 1; crate < (nfeccrates + 1); crate++) {
      std::ostringstream outs;
      outs << outputfilename << "feccrate" << crate << ".html";
      txtfile = new std::ofstream(outs.str().c_str(), std::ios::out);
      *txtfile << "<html><head></head> <body>" << std::endl;
      for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
        TmCcu *ccu = i_ccu->second;
        if (ccu != nullptr && ccu->getCcuCrate() == crate) {
          int idmod = ccu->idex;
          *txtfile << "<a name=" << idmod << "><pre>" << std::endl;
          *txtfile << ccu->text << std::endl;
          std::ostringstream outs;
          if (ccu->nmod == 0)
            outs << "ccu  is in position" << ccu->mpos << "in ring but doesn't seem to have any module connected";
          else {
            outs << "ccu  is in position " << ccu->mpos << " in ring and connects  " << ccu->nmod << " modules"
                 << std::endl;
            ret = fecModuleMap.equal_range(ccu);
            for (it = ret.first; it != ret.second; ++it) {
              outs << (*it).second->idex << " " << (*it).second->name << " value= " << (*it).second->value << "\n\n";
            }

            *txtfile << "</pre><h4>" << outs.str() << "</h4>" << std::endl;
          }  //ifccu->nmod==0
        }    //if ccu!=0
      }      //for i_ccu
      *txtfile << "</body></html>" << std::endl;
      txtfile->close();
      delete txtfile;
    }  //for int crate
  }
  if (enableLVProcessing) {
    std::ostringstream outs3, outs4;
    outs3 << outputfilename << "psu.png";
    save_as_psutrackermap(true, gminvalue, gmaxvalue, outs3.str(), 6000, 3200);

    outs4 << outputfilename << ".xml";
    save_as_psutrackermap(true, gminvalue, gmaxvalue, outs4.str(), 3000, 1600);
    //And a text file for each rack

    std::ofstream *txtfile;
    std::map<int, TmPsu *>::iterator ipsu;
    std::multimap<TmPsu *, TmModule *>::iterator it;
    std::pair<std::multimap<TmPsu *, TmModule *>::iterator, std::multimap<TmPsu *, TmModule *>::iterator> ret;
    for (int rack = 1; rack < (npsuracks + 1); rack++) {
      std::ostringstream outs;

      outs << outputfilename << "psurack" << rack << ".html";
      txtfile = new std::ofstream(outs.str().c_str(), std::ios::out);
      *txtfile << "<html><head></head> <body>" << std::endl;
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr && psu->getPsuRack() == rack) {
          *txtfile << "<a name=" << psu->idex << "><pre>" << std::endl;
          *txtfile << psu->text << std::endl;
          std::ostringstream outs;
          if (psu->nmod == 0)
            outs << "Ps is in position" << psu->getPsuBoard()
                 << "in crate but doesn't seem to have any module connected";
          else {
            outs << "PS is in position " << psu->getPsuBoard() << " in crate and connects to " << psu->nmod
                 << " modules. " << std::endl;

            ret = psuModuleMap.equal_range(psu);
            for (it = ret.first; it != ret.second; ++it) {
              outs << (*it).second->idex << " " << (*it).second->name << " value= " << (*it).second->value << " <br>"
                   << std::endl;
            }
            *txtfile << "</pre><h4>" << outs.str() << "</h4>" << std::endl;
          }
        }
      }
      *txtfile << "</body></html>" << std::endl;
      txtfile->close();
      delete txtfile;
    }
  }

  if (enableHVProcessing) {
    std::ostringstream outs5, outs6;
    outs5 << outputfilename << "hv.png";
    save_as_HVtrackermap(true, gminvalue, gmaxvalue, outs5.str(), 6000, 3200);

    outs6 << outputfilename << ".xml";
    save_as_HVtrackermap(true, gminvalue, gmaxvalue, outs6.str(), 3000, 1600);
    //And a text file for each rack

    std::ofstream *txtfile;
    std::map<int, TmPsu *>::iterator ipsu;
    std::multimap<TmPsu *, TmModule *>::iterator it;
    std::pair<std::multimap<TmPsu *, TmModule *>::iterator, std::multimap<TmPsu *, TmModule *>::iterator> ret;
    for (int rack = 1; rack < (npsuracks + 1); rack++) {
      std::ostringstream outs;

      outs << outputfilename << "HVrack" << rack << ".html";
      txtfile = new std::ofstream(outs.str().c_str(), std::ios::out);
      *txtfile << "<html><head></head> <body>" << std::endl;
      for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
        TmPsu *psu = ipsu->second;
        if (psu != nullptr && psu->getPsuRack() == rack) {
          *txtfile << "<a name=" << psu->idex << "><pre>" << std::endl;
          *txtfile << psu->textHV2 << std::endl;
          std::ostringstream outsHV2;
          if (psu->nmodHV2 == 0)
            outsHV2 << "HV Channel002 is in position" << psu->getPsuBoard()
                    << "in crate but doesn't seem to have any module connected";
          else {
            outsHV2 << "HV Channel002 is in position " << psu->getPsuBoard() << " in crate and connects to "
                    << psu->nmodHV2 << " modules. "
                    << " <br>" << std::endl;

            ret = psuModuleMap.equal_range(psu);
            for (it = ret.first; it != ret.second; ++it) {
              if ((*it).second->HVchannel == 2) {
                outsHV2 << (*it).second->idex << " " << (*it).second->name << " value= " << (*it).second->value
                        << " <br>" << std::endl;
              }
            }
            *txtfile << "</pre><h4>" << outsHV2.str() << "</h4>" << std::endl;
          }

          *txtfile << psu->textHV3 << std::endl;
          std::ostringstream outsHV3;
          if (psu->nmodHV3 == 0)
            outsHV3 << "HV Channel003 is in position" << psu->getPsuBoard()
                    << "in crate but doesn't seem to have any module connected";
          else {
            outsHV3 << "HV Channel003 is in position " << psu->getPsuBoard() << " in crate and connects to "
                    << psu->nmodHV3 << " modules. "
                    << " <br>" << std::endl;

            ret = psuModuleMap.equal_range(psu);
            for (it = ret.first; it != ret.second; ++it) {
              if ((*it).second->HVchannel == 3) {
                outsHV3 << (*it).second->idex << " " << (*it).second->name << " value= " << (*it).second->value
                        << " <br>" << std::endl;
              }
            }
            *txtfile << "</pre><h4>" << outsHV3.str() << "</h4>" << std::endl;
          }
        }
      }
      *txtfile << "</body></html>" << std::endl;
      txtfile->close();
      delete txtfile;
    }
  }
}
void TrackerMap::printall(bool print_total, float minval1, float maxval1, std::string s, int width, int height) {
  //Copy interface
  float minval, maxval;
  minval = minval1;
  maxval = maxval1;
  if (tkMapLog && (minval < maxval)) {
    minval = pow(10., minval1);
    maxval = pow(10., maxval1);
  }
  std::string filetype = s, outputfilename = s;
  if (saveWebInterface) {
    width = 6000;
    height = 3200;
  } else {
    size_t found = filetype.find_last_of('.');
    filetype = filetype.substr(found + 1);
    found = outputfilename.find_last_of('.');
    outputfilename = outputfilename.substr(0, found);
  }
  std::ofstream *ofilename;
  std::ifstream *ifilename;
  std::ostringstream ofname;
  std::string ifname;
  std::string line;
  std::string command;
  if (saveWebInterface) {
    ifilename = findfile("viewerHeader.xhtml");
    ofname << outputfilename << "viewer.html";
    ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
    while (getline(*ifilename, line)) {
      *ofilename << line << std::endl;
    }
    *ofilename << "    var tmapname=\"" << outputfilename << "\"" << std::endl;
    *ofilename << "    var tmaptitle=\"" << title << "\"" << std::endl;
    *ofilename << "    var ncrates=" << ncrates << ";" << std::endl;
    *ofilename << "    var nfeccrates=" << nfeccrates << ";" << std::endl;
    *ofilename << "    var npsuracks=" << npsuracks << ";" << std::endl;
    ifilename->close();
    delete ifilename;
    ifilename = findfile("viewerTrailer.xhtml");
    while (getline(*ifilename, line)) {
      *ofilename << line << std::endl;
    }
    ofilename->close();
    delete ofilename;
    ifilename->close();
    delete ifilename;
    command = "sed -i \"s/XtmapnameX/" + outputfilename + "/g\" " + ofname.str();
    std::cout << "Executing " << command << std::endl;
    system(command.c_str());
    command = "sed -i \"s/XtmaptitleX/" + title + "/g\" " + ofname.str();
    std::cout << "Executing " << command << std::endl;
    system(command.c_str());
    ofname.str("");

    ifilename = findfile("jqviewer.js");
    ofname << "jqviewer.js";
    ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
    while (getline(*ifilename, line)) {
      *ofilename << line << std::endl;
    }
    ofilename->close();
    delete ofilename;
    ifilename->close();
    delete ifilename;

    ofname.str("");
    ifilename = findfile("crate.js");
    ofname << "crate.js";
    ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
    while (getline(*ifilename, line)) {
      *ofilename << line << std::endl;
    }
    ofilename->close();
    delete ofilename;
    ifilename->close();
    delete ifilename;

    ofname.str("");
    ifilename = findfile("feccrate.js");
    ofname << "feccrate.js";
    ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
    while (getline(*ifilename, line)) {
      *ofilename << line << std::endl;
    }
    ofilename->close();
    delete ofilename;
    ifilename->close();
    delete ifilename;

    ofname.str("");
    ifilename = findfile("rack.js");
    ofname << "rack.js";
    ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
    while (getline(*ifilename, line)) {
      *ofilename << line << std::endl;
    }
    ofilename->close();
    delete ofilename;
    ifilename->close();
    delete ifilename;

    ofname.str("");
    ifilename = findfile("rackhv.js");
    ofname << "rackhv.js";
    ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
    while (getline(*ifilename, line)) {
      *ofilename << line << std::endl;
    }
    ofilename->close();
    delete ofilename;
    ifilename->close();
    delete ifilename;

    ofname.str("");
    ifilename = findfile("layer.js");
    ofname << "layer.js";
    ofilename = new std::ofstream(ofname.str().c_str(), std::ios::out);
    while (getline(*ifilename, line)) {
      *ofilename << line << std::endl;
    }
    ofilename->close();
    delete ofilename;
    ifilename->close();
    delete ifilename;

    command = "scp -r ../../DQM/TrackerCommon/test/jquery/ .";
    std::cout << "Executing " << command << std::endl;
    system(command.c_str());
    command = "scp -r ../../CommonTools/TrackerMap/data/images/ .";
    std::cout << "Executing " << command << std::endl;
    system(command.c_str());
  }

  std::ostringstream outs;
  outs << outputfilename << ".png";
  if (saveWebInterface)
    save(true, minval, maxval, outs.str(), 3000, 1600);
  else {
    if (saveGeoTrackerMap)
      save(true, minval, maxval, s, width, height);
  }
  if (saveWebInterface) {
    std::ostringstream outs;
    outs << outputfilename << ".png";
    temporary_file = false;
    printlayers(true, minval, maxval, outputfilename);

    //Now print a text file for each layer
    std::ofstream *txtfile;
    for (int layer = 1; layer < 44; layer++) {
      std::ostringstream outs;
      outs << outputfilename << "layer" << layer << ".html";
      txtfile = new std::ofstream(outs.str().c_str(), std::ios::out);
      *txtfile << "<html><head></head> <body>" << std::endl;
      for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
        for (int module = 1; module < 200; module++) {
          int key = layer * 100000 + ring * 1000 + module;
          TmModule *mod = smoduleMap[key];
          if (mod != nullptr && !mod->notInUse()) {
            int idmod = mod->idex;
            int nchan = 0;
            *txtfile << "<a name=" << idmod << "><pre>" << std::endl;
            std::multimap<const int, TmApvPair *>::iterator pos;
            for (pos = apvModuleMap.lower_bound(idmod); pos != apvModuleMap.upper_bound(idmod); ++pos) {
              TmApvPair *apvpair = pos->second;
              if (apvpair != nullptr) {
                nchan++;
                *txtfile << apvpair->text << std::endl;
              }
            }
            *txtfile << "</pre><h3>" << mod->name << "</h3>" << std::endl;
          }
        }
      }
      *txtfile << "</body></html>" << std::endl;
      txtfile->close();
      delete txtfile;
    }
  }
  if (enableFedProcessing) {
    std::ostringstream outs1, outs2;
    if (saveWebInterface)
      outs1 << outputfilename << "fed.png";
    else
      outs1 << outputfilename << "fed." << filetype;
    save_as_fedtrackermap(true, 0., 0., outs1.str(), width, height);
    if (saveWebInterface) {
      outs2 << outputfilename << ".xml";
      save_as_fedtrackermap(true, 0., 0., outs2.str(), 3000, 1600);
      //And a text file for each crate
      std::map<int, int>::iterator i_fed;
      std::ofstream *txtfile;
      for (int crate = firstcrate; crate < (ncrates + 1); crate++) {
        std::ostringstream outs;
        outs << outputfilename << "crate" << crate << ".html";
        txtfile = new std::ofstream(outs.str().c_str(), std::ios::out);
        *txtfile << "<html><head></head> <body>" << std::endl;
        for (i_fed = fedMap.begin(); i_fed != fedMap.end(); i_fed++) {
          if (i_fed->second == crate) {
            int fedId = i_fed->first;
            for (int nconn = 0; nconn < 96; nconn++) {
              int key = fedId * 1000 + nconn;
              TmApvPair *apvPair = apvMap[key];
              if (apvPair != nullptr) {
                int idmod = apvPair->idex;
                *txtfile << "<a name=" << idmod << "><pre>" << std::endl;
                *txtfile << apvPair->text << std::endl;
                std::ostringstream outs;
                outs << "fedchannel " << apvPair->getFedId() << "/" << apvPair->getFedCh() << " connects to module  "
                     << apvPair->mod->idex;
                *txtfile << "</pre><h3>" << outs.str() << "</h3>" << std::endl;
              }
            }
          }
        }
        *txtfile << "</body></html>" << std::endl;
        txtfile->close();
        delete txtfile;
      }
    }
  }
  if (enableFecProcessing) {
    std::ostringstream outs1, outs2;
    if (saveWebInterface)
      outs1 << outputfilename << "fec.png";
    else
      outs1 << outputfilename << "fec." << filetype;
    save_as_fectrackermap(true, 0., 0., outs1.str(), width, height);
    if (saveWebInterface) {
      outs2 << outputfilename << ".xml";
      save_as_fectrackermap(true, 0., 0., outs2.str(), 3000, 1600);
      //And a text file for each crate
      std::ofstream *txtfile;
      std::map<int, TmCcu *>::iterator i_ccu;
      std::multimap<TmCcu *, TmModule *>::iterator it;
      std::pair<std::multimap<TmCcu *, TmModule *>::iterator, std::multimap<TmCcu *, TmModule *>::iterator> ret;
      for (int crate = 1; crate < (nfeccrates + 1); crate++) {
        std::ostringstream outs;
        outs << outputfilename << "feccrate" << crate << ".html";
        txtfile = new std::ofstream(outs.str().c_str(), std::ios::out);
        *txtfile << "<html><head></head> <body>" << std::endl;
        for (i_ccu = ccuMap.begin(); i_ccu != ccuMap.end(); i_ccu++) {
          TmCcu *ccu = i_ccu->second;
          if (ccu != nullptr && ccu->getCcuCrate() == crate) {
            int idmod = ccu->idex;
            *txtfile << "<a name=" << idmod << "><pre>" << std::endl;
            *txtfile << ccu->text << std::endl;
            std::ostringstream outs;
            if (ccu->nmod == 0)
              outs << "ccu  is in position" << ccu->mpos << "in ring but doesn't seem to have any module connected";
            else {
              outs << "ccu  is in position " << ccu->mpos << " in ring and connects  " << ccu->nmod << " modules"
                   << std::endl;
              ret = fecModuleMap.equal_range(ccu);
              for (it = ret.first; it != ret.second; ++it) {
                outs << (*it).second->idex << " " << (*it).second->name << " value= " << (*it).second->value << "\n\n";
              }

              *txtfile << "</pre><h4>" << outs.str() << "</h4>" << std::endl;
            }  //ifccu->nmod==0
          }    //if ccu!=0
        }      //for i_ccu
        *txtfile << "</body></html>" << std::endl;
        txtfile->close();
      }  //for int crate
    }
  }
  if (enableLVProcessing) {
    std::ostringstream outs3, outs4;
    if (saveWebInterface)
      outs3 << outputfilename << "psu.png";
    else
      outs3 << outputfilename << "psu." << filetype;
    save_as_psutrackermap(true, 0., 0., outs3.str(), width, height);
    if (saveWebInterface) {
      outs4 << outputfilename << ".xml";
      save_as_psutrackermap(true, 0., 0., outs4.str(), 3000, 1600);
      //And a text file for each rack

      std::ofstream *txtfile;
      std::map<int, TmPsu *>::iterator ipsu;
      std::multimap<TmPsu *, TmModule *>::iterator it;
      std::pair<std::multimap<TmPsu *, TmModule *>::iterator, std::multimap<TmPsu *, TmModule *>::iterator> ret;
      for (int rack = 1; rack < (npsuracks + 1); rack++) {
        std::ostringstream outs;

        outs << outputfilename << "psurack" << rack << ".html";
        txtfile = new std::ofstream(outs.str().c_str(), std::ios::out);
        *txtfile << "<html><head></head> <body>" << std::endl;
        for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
          TmPsu *psu = ipsu->second;
          if (psu != nullptr && psu->getPsuRack() == rack) {
            *txtfile << "<a name=" << psu->idex << "><pre>" << std::endl;
            *txtfile << psu->text << std::endl;
            std::ostringstream outs;
            if (psu->nmod == 0)
              outs << "Ps is in position" << psu->getPsuBoard()
                   << "in crate but doesn't seem to have any module connected";
            else {
              outs << "PS is in position " << psu->getPsuBoard() << " in crate and connects to " << psu->nmod
                   << " modules. " << std::endl;

              ret = psuModuleMap.equal_range(psu);
              for (it = ret.first; it != ret.second; ++it) {
                outs << (*it).second->idex << " " << (*it).second->name << " value= " << (*it).second->value << " <br>"
                     << std::endl;
              }
              *txtfile << "</pre><h4>" << outs.str() << "</h4>" << std::endl;
            }
          }
        }
        *txtfile << "</body></html>" << std::endl;
        txtfile->close();
      }
    }
  }

  if (enableHVProcessing) {
    std::ostringstream outs5, outs6;
    if (saveWebInterface)
      outs5 << outputfilename << "hv.png";
    else
      outs5 << outputfilename << "hv." << filetype;
    save_as_HVtrackermap(true, 0., 0., outs5.str(), width, height);
    if (saveWebInterface) {
      outs6 << outputfilename << ".xml";
      save_as_HVtrackermap(true, 0., 0., outs6.str(), 3000, 1600);
      //And a text file for each rack

      std::ofstream *txtfile;
      std::map<int, TmPsu *>::iterator ipsu;
      std::multimap<TmPsu *, TmModule *>::iterator it;
      std::pair<std::multimap<TmPsu *, TmModule *>::iterator, std::multimap<TmPsu *, TmModule *>::iterator> ret;
      for (int rack = 1; rack < (npsuracks + 1); rack++) {
        std::ostringstream outs;

        outs << outputfilename << "HVrack" << rack << ".html";
        txtfile = new std::ofstream(outs.str().c_str(), std::ios::out);
        *txtfile << "<html><head></head> <body>" << std::endl;
        for (ipsu = psuMap.begin(); ipsu != psuMap.end(); ipsu++) {
          TmPsu *psu = ipsu->second;
          if (psu != nullptr && psu->getPsuRack() == rack) {
            *txtfile << "<a name=" << psu->idex << "><pre>" << std::endl;
            *txtfile << psu->textHV2 << std::endl;
            std::ostringstream outsHV2;
            if (psu->nmodHV2 == 0)
              outsHV2 << "HV Channel002 is in position" << psu->getPsuBoard()
                      << "in crate but doesn't seem to have any module connected";
            else {
              outsHV2 << "HV Channel002 is in position " << psu->getPsuBoard() << " in crate and connects to "
                      << psu->nmodHV2 << " modules. "
                      << " <br>" << std::endl;

              ret = psuModuleMap.equal_range(psu);
              for (it = ret.first; it != ret.second; ++it) {
                if ((*it).second->HVchannel == 2) {
                  outsHV2 << (*it).second->idex << " " << (*it).second->name << " value= " << (*it).second->value
                          << " <br>" << std::endl;
                }
              }
              *txtfile << "</pre><h4>" << outsHV2.str() << "</h4>" << std::endl;
            }

            *txtfile << psu->textHV3 << std::endl;
            std::ostringstream outsHV3;
            if (psu->nmodHV3 == 0)
              outsHV3 << "HV Channel003 is in position" << psu->getPsuBoard()
                      << "in crate but doesn't seem to have any module connected";
            else {
              outsHV3 << "HV Channel003 is in position " << psu->getPsuBoard() << " in crate and connects to "
                      << psu->nmodHV3 << " modules. "
                      << " <br>" << std::endl;

              ret = psuModuleMap.equal_range(psu);
              for (it = ret.first; it != ret.second; ++it) {
                if ((*it).second->HVchannel == 3) {
                  outsHV3 << (*it).second->idex << " " << (*it).second->name << " value= " << (*it).second->value
                          << " <br>" << std::endl;
                }
              }
              *txtfile << "</pre><h4>" << outsHV3.str() << "</h4>" << std::endl;
            }
          }
        }
        *txtfile << "</body></html>" << std::endl;
        txtfile->close();
      }
    }
  }
}

std::ifstream *TrackerMap::findfile(std::string filename) {
  std::ifstream *ifilename;
  std::string ifname;
  if (!jsPath.empty()) {
    ifname = jsPath + filename;
    ifilename = new std::ifstream(edm::FileInPath(ifname).fullPath().c_str(), std::ios::in);
    if (!ifilename) {
      ifname = "CommonTools/TrackerMap/data/" + filename;
      ifilename = new std::ifstream(edm::FileInPath(ifname).fullPath().c_str(), std::ios::in);
    }
  } else {
    ifname = "CommonTools/TrackerMap/data/" + filename;
    ifilename = new std::ifstream(edm::FileInPath(ifname).fullPath().c_str(), std::ios::in);
  }
  if (!ifilename)
    std::cout << "File " << filename << " missing" << std::endl;
  return ifilename;
}
void TrackerMap::printlayers(bool print_total, float minval, float maxval, std::string outputfilename) {
  std::ofstream *xmlfile;
  saveAsSingleLayer = true;
  if (!print_total) {
    for (int layer = 1; layer < 44; layer++) {
      for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
        for (int module = 1; module < 200; module++) {
          int key = layer * 100000 + ring * 1000 + module;
          TmModule *mod = smoduleMap[key];
          if (mod != nullptr && !mod->notInUse()) {
            mod->value = mod->value / mod->count;
          }
        }
      }
    }
  }
  if (minvalue >= maxvalue) {
    minvalue = 9999999.;
    maxvalue = -9999999.;
    for (int layer = 1; layer < 44; layer++) {
      for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
        for (int module = 1; module < 200; module++) {
          int key = layer * 100000 + ring * 1000 + module;
          TmModule *mod = smoduleMap[key];
          if (mod != nullptr && !mod->notInUse()) {
            if (minvalue > mod->value)
              minvalue = mod->value;
            if (maxvalue < mod->value)
              maxvalue = mod->value;
          }
        }
      }
    }
  }
  for (int layer = 1; layer < 44; layer++) {
    std::ostringstream outs;
    outs << outputfilename << "layer" << layer << ".xml";
    xmlfile = new std::ofstream(outs.str().c_str(), std::ios::out);
    *xmlfile << "<?xml version=\"1.0\" standalone=\"no\"?>" << std::endl;
    *xmlfile << "<svg xmlns=\"http://www.w3.org/2000/svg\"" << std::endl;
    *xmlfile << "xmlns:svg=\"http://www.w3.org/2000/svg\"" << std::endl;
    *xmlfile << "xmlns:xlink=\"http://www.w3.org/1999/xlink\" >" << std::endl;
    *xmlfile << "<script type=\"text/ecmascript\" xlink:href=\"layer.js\" />" << std::endl;
    *xmlfile << "<svg id=\"mainMap\" x=\"0\" y=\"0\" viewBox=\"0 0  500 500\" width=\"700\" height=\"700\" "
                "onload=\"TrackerLayer.init()\">"
             << std::endl;
    if (layer < 31)
      *xmlfile << "<g id=\"layer\" transform=\" translate(0,400) rotate(270) scale(1.,1.)\"  > " << std::endl;
    else
      *xmlfile << "<g id=\"layer\" transform=\" translate(0,400) rotate(270) scale(1.,0.8)\"  > " << std::endl;
    *xmlfile << "<rect fill=\"lightblue\" stroke=\"none\" x=\"0\" y=\"0\" width=\"700\" height=\"700\" />" << std::endl;
    *xmlfile << "<svg:polygon id=\"fed\" mapAttribute=\"fed\" points=\"250,40 250,10 230,10 230,40\" "
                "onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" onmouseout=\"chooseMap(evt);\" "
                "fill=\"rgb(0,127,255)\"/>"
             << std::endl;
    *xmlfile << "<svg:polygon id=\"fec\" mapAttribute=\"fec\" points=\"228,40 228,10 208,10 208,40\" "
                "onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" onmouseout=\"chooseMap(evt);\" "
                "fill=\"rgb(0,127,255)\"/>"
             << std::endl;
    *xmlfile << "<svg:polygon id=\"lv\" mapAttribute=\"lv\" points=\"206,40 206,10 186,10 186,40\" "
                "onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" onmouseout=\"chooseMap(evt);\" "
                "fill=\"rgb(0,127,255)\"/>"
             << std::endl;
    *xmlfile << "<svg:polygon id=\"hv\" mapAttribute=\"hv\" points=\"184,40 184,10 164,10 164,40\" "
                "onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" onmouseout=\"chooseMap(evt);\" "
                "fill=\"rgb(0,127,255)\"/>"
             << std::endl;
    *xmlfile << "<svg:polygon id=\"plot\" mapAttribute=\"plot\" points=\"155,45 155,5 135,5 135,45\" "
                "onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" onmouseout=\"chooseMap(evt);\" "
                "fill=\"rgb(200,0,0)\"/>"
             << std::endl;

    //    nlay=layer;
    defwindow(layer);
    for (int ring = firstRing[layer - 1]; ring < ntotRing[layer - 1] + firstRing[layer - 1]; ring++) {
      for (int module = 1; module < 200; module++) {
        int key = layer * 100000 + ring * 1000 + module;
        TmModule *mod = smoduleMap[key];
        if (mod != nullptr && !mod->notInUse()) {
          drawModule(mod, key, layer, print_total, xmlfile);
        }
      }
    }
    *xmlfile << "</g> </svg> <text id=\"currentElementText\" x=\"40\" y=\"30\">" << std::endl;
    *xmlfile << "<tspan id=\"line1\" x=\"40\" y=\"30\"> </tspan> " << std::endl;
    *xmlfile << "<tspan id=\"line2\" x=\"40\" y=\"60\"> </tspan> " << std::endl;
    *xmlfile << "<tspan id=\"line3\" x=\"40\" y=\"90\"> </tspan> " << std::endl;
    *xmlfile << "<tspan id=\"line4\" x=\"40\" y=\"120\"> </tspan> " << std::endl;
    if (layer > 33) {
      *xmlfile << "<tspan  mapAttribute=\"fed\" onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" "
                  "onmouseout=\"chooseMap(evt);\" x=\"15\" y=\"228\" font-size=\"12\" font-family=\"arial\" "
                  "fill=\"white\">FED</tspan> "
               << std::endl;
      *xmlfile << "<tspan  mapAttribute=\"fec\" onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" "
                  "onmouseout=\"chooseMap(evt);\" x=\"15\" y=\"258\" font-size=\"12\" font-family=\"arial\" "
                  "fill=\"white\">FEC</tspan> "
               << std::endl;
      *xmlfile << "<tspan  mapAttribute=\"lv\" onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" "
                  "onmouseout=\"chooseMap(evt);\" x=\"18\" y=\"289\" font-size=\"12\" font-family=\"arial\" "
                  "fill=\"white\">LV</tspan> "
               << std::endl;
      *xmlfile << "<tspan  mapAttribute=\"hv\" onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" "
                  "onmouseout=\"chooseMap(evt);\" x=\"18\" y=\"319\" font-size=\"12\" font-family=\"arial\" "
                  "fill=\"white\">HV</tspan> "
               << std::endl;
      *xmlfile << "<tspan  mapAttribute=\"plot\" onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" "
                  "onmouseout=\"chooseMap(evt);\" x=\"12\" y=\"360\" font-size=\"12\" font-family=\"arial\" "
                  "fill=\"white\">PLOT</tspan> "
               << std::endl;
    } else {
      *xmlfile << "<tspan   mapAttribute=\"fed\" onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" "
                  "onmouseout=\"chooseMap(evt);\" x=\"21\" y=\"228\" font-size=\"12\" font-family=\"arial\" "
                  "fill=\"white\">FED</tspan> "
               << std::endl;
      *xmlfile << "<tspan   mapAttribute=\"fec\" onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" "
                  "onmouseout=\"chooseMap(evt);\" x=\"21\" y=\"258\" font-size=\"12\" font-family=\"arial\" "
                  "fill=\"white\">FEC</tspan> "
               << std::endl;
      *xmlfile << "<tspan   mapAttribute=\"lv\" onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" "
                  "onmouseout=\"chooseMap(evt);\" x=\"24\" y=\"289\" font-size=\"12\" font-family=\"arial\" "
                  "fill=\"white\">LV</tspan> "
               << std::endl;
      *xmlfile << "<tspan   mapAttribute=\"hv\" onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" "
                  "onmouseout=\"chooseMap(evt);\" x=\"24\" y=\"319\" font-size=\"12\" font-family=\"arial\" "
                  "fill=\"white\">HV</tspan> "
               << std::endl;
      *xmlfile << "<tspan   mapAttribute=\"plot\" onclick=\"chooseMap(evt);\" onmouseover=\"chooseMap(evt);\" "
                  "onmouseout=\"chooseMap(evt);\" x=\"17\" y=\"360\" font-size=\"12\" font-family=\"arial\" "
                  "fill=\"white\">PLOT</tspan> "
               << std::endl;
    }
    *xmlfile << " </text> </svg>" << std::endl;
    xmlfile->close();
    delete xmlfile;
  }
  saveAsSingleLayer = false;
}

TLegend *TrackerMap::buildLegend() {
  if (legInfos_.empty()) {
    legInfos_.reserve(8);

    legInfos_.push_back(new TPolyLine(0));
    legInfos_.back()->SetFillColor(kGreen);
    legInfos_.push_back(new TPolyLine(0));
    legInfos_.back()->SetFillColor(kBlue - 9);
    legInfos_.push_back(new TPolyLine(0));
    legInfos_.back()->SetFillColor(kRed + 2);
    legInfos_.push_back(new TPolyLine(0));
    legInfos_.back()->SetFillColor(kPink - 9);
    legInfos_.push_back(new TPolyLine(0));
    legInfos_.back()->SetFillColor(kOrange + 2);
    legInfos_.push_back(new TPolyLine(0));
    legInfos_.back()->SetFillColor(kYellow);
    legInfos_.push_back(new TPolyLine(0));
    legInfos_.back()->SetFillColor(kRed + 1);
    legInfos_.push_back(new TPolyLine(0));
    legInfos_.back()->SetFillColor(kViolet - 5);
    legKeys_ = {"Good Modules",
                "Excluded FED",
                "FED errors",
                "# Clusters",
                "# Digis",
                "PCL bad",
                "# Clusters & Digis",
                "DCS Error"};
  }

  TLegend *myL = new TLegend(0.56, 0.87, 0.95, 0.99);
  myL->SetNColumns(2);
  myL->SetBorderSize(0);
  myL->SetFillColor(38);
  for (unsigned int i = 0; i < legInfos_.size(); i++) {
    myL->AddEntry((TObject *)legInfos_[i], legKeys_[i].c_str(), "f");
  }
  //  myL->Draw();
  return myL;
}