#include <TrackerMap.h>

Inheritance diagram for TrackerMap:

Public Types
typedef std::multimap< TmCcu , TmModule >	FecModule
typedef std::map< const int, TmModule * >	ImoduleMap
typedef std::map< const int, TmCcu * >	MapCcu
typedef std::map< const int, TmPsu * >	MapPsu
typedef std::multimap< const int, TmApvPair * >	ModApvPair
typedef std::multimap< TmPsu , TmModule >	PsuModule
typedef std::map< const int, TmModule * >	SmoduleMap
typedef std::map< const int, TmApvPair * >	SvgApvPair
typedef std::map< const int, int >	SvgFed
Public Member Functions
void	addPixel (bool addPixelfl)
void	build ()
void	defcwindow (int num_crate)
void	deffecwindow (int num_crate)
void	defpsuwindow (int num_rack)
void	defwindow (int num_lay)
void	drawApvPair (int crate, int numfed_incrate, bool total, TmApvPair apvPair, std::ofstream file, bool useApvPairValue)
void	drawCcu (int crate, int numfed_incrate, bool total, TmCcu ccu, std::ofstream file, bool useCcuValue)
void	drawHV2 (int rack, int numcrate_inrack, bool print_total, TmPsu psu, ofstream svgfile, bool usePsuValue)
void	drawHV3 (int rack, int numcrate_inrack, bool print_total, TmPsu psu, ofstream svgfile, bool usePsuValue)
void	drawModule (TmModule mod, int key, int layer, bool total, std::ofstream file)
void	drawPalette (std::ofstream *file)
void	drawPsu (int rack, int numcrate_inrack, bool print_total, TmPsu psu, ofstream svgfile, bool usePsuValue)
void	fill (int layer, int ring, int nmod, float x)
void	fill (int idmod, float qty)
void	fill_all_blank ()
void	fill_current_val (int idmod, float current_val)
void	fill_current_val_fed_channel (int fedId, int fedCh, float current_val)
void	fill_fec_channel (int crate, int slot, int ring, int addr, float qty)
void	fill_fed_channel (int modId, float qty)
void	fill_fed_channel (int fedId, int fedCh, float qty)
void	fill_hv_channel2 (int rack, int crate, int board, float qty)
void	fill_hv_channel3 (int rack, int crate, int board, float qty)
void	fill_lv_channel (int rack, int crate, int board, float qty)
void	fillc (int idmod, int RGBcode)
void	fillc (int idmod, int red, int green, int blue)
void	fillc (int layer, int ring, int nmod, int red, int green, int blue)
void	fillc_all_blank ()
void	fillc_fec_channel (int crate, int slot, int ring, int addr, int red, int green, int blue)
void	fillc_fed_channel (int fedId, int fedCh, int red, int green, int blue)
void	fillc_hv_channel2 (int rack, int crate, int board, int red, int green, int blue)
void	fillc_hv_channel3 (int rack, int crate, int board, int red, int green, int blue)
void	fillc_lv_channel (int rack, int crate, int board, int red, int green, int blue)
int	find_layer (int ix, int iy)
std::ifstream *	findfile (std::string filename)
int	getcolor (float value, int palette)
int	getlayerCount (int subdet, int partdet)
int	getmoduleCount (int subdet, int partdet, int layer, int ring)
int	getNumMod ()
int	getringCount (int subdet, int partdet, int layer)
int	getxsize ()
int	getysize ()
void	init ()
std::string	layername (int layer)
void	load (std::string s="tmap.svg")
int	module (int fedId, int fedCh)
int	nlayer (int det, int part, int lay)
double	phival (double x, double y)
void	print (bool print_total=true, float minval=0., float maxval=0., std::string s="svgmap")
void	printall (bool print_total=true, float minval=0., float maxval=0., std::string s="svgmap")
void	printlayers (bool print_total=true, float minval=0., float maxval=0., std::string s="layer")
void	printonline ()
void	reset ()
void	save (bool print_total=true, float minval=0., float maxval=0., std::string s="svgmap.svg", int width=1500, int height=800)
void	save_as_fectrackermap (bool print_total=true, float minval=0., float maxval=0., std::string s="fec_svgmap.svg", int width=1500, int height=800)
void	save_as_fedtrackermap (bool print_total=true, float minval=0., float maxval=0., std::string s="fed_svgmap.svg", int width=1500, int height=800)
void	save_as_HVtrackermap (bool print_total=true, float minval=0., float maxval=0., std::string s="psu_svgmap.svg", int width=1500, int height=800)
void	save_as_psutrackermap (bool print_total=true, float minval=0., float maxval=0., std::string s="psu_svgmap.svg", int width=1500, int height=800)
void	setPalette (int numpalette)
void	setRange (float min, float max)
void	setText (int layer, int ring, int nmod, std::string s)
void	setText (int idmod, std::string s)
void	setTitle (std::string s)
void	showPalette (bool printflag1)
	TrackerMap (const edm::ParameterSet &iConfig)
	TrackerMap (const edm::ParameterSet &iConfig, const edm::ESHandle< SiStripFedCabling > tkFed)
	TrackerMap (std::string s=" ", int xsize1=340, int ysize1=200)
double	xdpixel (double x)
double	xdpixelc (double x)
double	xdpixelfec (double x)
double	xdpixelpsu (double x)
double	ydpixel (double y)
double	ydpixelc (double y)
double	ydpixelfec (double y)
double	ydpixelpsu (double y)
	~TrackerMap ()
	default destructor
Static Public Member Functions
static bool	isRingStereo (int key)
static int	layerno (int subdet, int leftright, int layer)
Public Attributes
SvgApvPair	apvMap
ModApvPair	apvModuleMap
MapCcu	ccuMap
bool	enableFecProcessing
bool	enableFedProcessing
bool	enableHVProcessing
bool	enableLVProcessing
FecModule	fecModuleMap
SvgFed	fedMap
int	firstRing [43]
ImoduleMap	imoduleMap
std::string	infilename
std::string	jsfilename
std::string	jsPath
int	ndet
int	npart
int	ntotRing [43]
int	palette
bool	printflag
bool	psetAvailable
MapPsu	psuMap
PsuModule	psuModuleMap
SmoduleMap	smoduleMap
std::string	title
std::vector< TColor * >	vc
Protected Attributes
std::ifstream *	ccufile
bool	firstcall
float	gmaxvalue
float	gminvalue
std::ifstream *	inputfile
int	ix
int	iy
std::ifstream *	jsfile
float	maxvalue
float	minvalue
int	ncrate
int	ncrates
int	nfeccrates
int	nlay
int	npsuracks
int	nrack
int	number_modules
bool	posrel
std::ofstream *	savefile
std::ofstream *	svgfile
bool	temporary_file
double	xmax
double	xmin
int	xsize
double	ymax
double	ymin
int	ysize
Private Attributes
bool	addPixelFlag
float	oldz
bool	saveAsSingleLayer

Detailed Description

Definition at line 20 of file TrackerMap.h.

Member Typedef Documentation

typedef std::multimap<TmCcu* , TmModule*> TrackerMap::FecModule

Definition at line 94 of file TrackerMap.h.

typedef std::map<const int , TmModule *> TrackerMap::ImoduleMap

Definition at line 84 of file TrackerMap.h.

typedef std::map<const int , TmCcu*> TrackerMap::MapCcu

Definition at line 92 of file TrackerMap.h.

typedef std::map<const int , TmPsu*> TrackerMap::MapPsu

Definition at line 96 of file TrackerMap.h.

typedef std::multimap<const int , TmApvPair*> TrackerMap::ModApvPair

Definition at line 88 of file TrackerMap.h.

typedef std::multimap<TmPsu* , TmModule*> TrackerMap::PsuModule

Definition at line 98 of file TrackerMap.h.

typedef std::map<const int , TmModule *> TrackerMap::SmoduleMap

Definition at line 82 of file TrackerMap.h.

typedef std::map<const int , TmApvPair*> TrackerMap::SvgApvPair

Definition at line 86 of file TrackerMap.h.

typedef std::map<const int , int> TrackerMap::SvgFed

Definition at line 90 of file TrackerMap.h.

Constructor & Destructor Documentation

TrackerMap::TrackerMap	(	std::string	s = `" "`,
		int	xsize1 = `340`,
		int	ysize1 = `200`
	)

Definition at line 379 of file TrackerMap.cc.

References enableFedProcessing, infilename, init(), jsfilename, psetAvailable, asciidump::s, saveAsSingleLayer, title, xsize, and ysize.

                                                        {
 psetAvailable=false;
  xsize=xsize1;ysize=ysize1;
  title=s;
  jsfilename="CommonTools/TrackerMap/data/trackermap.txt";
  infilename="CommonTools/TrackerMap/data/tracker.dat";
  enableFedProcessing=false; 
  saveAsSingleLayer=false;
 init();
}

TrackerMap::TrackerMap ( const edm::ParameterSet & iConfig )

Definition at line 362 of file TrackerMap.cc.

References gather_cfg::cout, enableFedProcessing, edm::ParameterSet::exists(), edm::ParameterSet::getUntrackedParameter(), infilename, init(), jsfilename, ncrates, psetAvailable, saveAsSingleLayer, title, xsize, and ysize.

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

TrackerMap::TrackerMap	(	const edm::ParameterSet &	iConfig,
		const edm::ESHandle< SiStripFedCabling >	tkFed
	)

Definition at line 30 of file TrackerMap.cc.

References apvMap, apvModuleMap, dataDML::branchinfo, TmModule::capvids, TmModule::CcuId, ccuMap, TmCcu::cmodid, TmPsu::cmodid_HV2, TmPsu::cmodid_HV3, TmPsu::cmodid_LV, gather_cfg::cout, TmApvPair::crate, SiStripFecCabling::crates(), enableFecProcessing, enableFedProcessing, enableHVProcessing, enableLVProcessing, edm::ParameterSet::exists(), fecModuleMap, fedMap, TmCcu::getCcuCrate(), TmCcu::getCcuRing(), TmCcu::getCcuSlot(), TmApvPair::getFedCh(), TmApvPair::getFedId(), TmPsu::getPsuBoard(), TmPsu::getPsuBranch(), TmPsu::getPsuCrate(), TmPsu::getPsuDcs(), TmPsu::getPsuRack(), edm::ParameterSet::getUntrackedParameter(), TmPsu::idex, TmModule::idex, TmApvPair::idex, TmCcu::idex, imoduleMap, recoMuon::in, infilename, init(), sistrip::invalid32_, sistrip::invalid_, jsfilename, jsPath, combine::key, TmModule::layer, TmCcu::layer, mod(), TmApvPair::mod, TmApvPair::mpos, TmCcu::mpos, TmModule::name, nchan, ncrates, nfeccrates, TmPsu::nmod, TmCcu::nmod, TmPsu::nmodHV2, TmPsu::nmodHV3, npsuracks, pos, psetAvailable, TmPsu::psId, TmModule::PsuId, TmModule::psuIdex, psuMap, psuModuleMap, runTheMatrix::ret, relativeConstraints::ring, asciidump::s, saveAsSingleLayer, TmPsu::text, TmApvPair::text, TmCcu::text, TmPsu::textHV2, TmPsu::textHV3, title, xsize, and ysize.

                                                                                                   {

 psetAvailable=true;
  xsize=340;ysize=200;
  title=" ";
  jsPath="";
  jsfilename="CommonTools/TrackerMap/data/trackermap.txt";
  infilename="CommonTools/TrackerMap/data/tracker.dat";
  saveAsSingleLayer=false;
  if(tkmapPset.exists("trackermaptxtPath")){
  jsPath=tkmapPset.getUntrackedParameter<std::string>("trackermaptxtPath",""
);
  jsfilename=jsPath+"trackermap.txt";
  std::cout << jsfilename << std::endl;
  infilename=tkmapPset.getUntrackedParameter<std::string>("trackerdatPath","")+"tracker.dat";
  std::cout << infilename << std::endl;
  ncrates=0;
  enableFedProcessing=tkmapPset.getUntrackedParameter<bool>("loadFedCabling",false);
  nfeccrates=0;
  enableFecProcessing=tkmapPset.getUntrackedParameter<bool>("loadFecCabling",false);
 // 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;
  } else std::cout << "no parameters found" << std::endl;

 init();
// Now load fed cabling information
 if(enableFedProcessing){
 const std::vector<unsigned short> feds = tkFed->feds();
  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++){
    const std::vector<FedChannelConnection> theconn = tkFed->connections( *ifed );
    int num_conn=0;
    for(std::vector<FedChannelConnection>::const_iterator 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!=0)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++;}
          }
          apvpair = new TmApvPair(key,num_crate);
          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 << num_crate << " 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!=0) {
        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!=0){
       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";
   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==0){
       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!=0)imod1->CcuId=key;//imod1->ccuId=key+Crate*1000000
           }
           if(ccu==0)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!=0){
       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){
   int npsu=0; int nmod,nmodHV2,nmodHV3;
   int modId1,modId2, dcuId;
   int dcs,branch,crate,board;
   int rack=0;
   std::string channelstr1;
   short int channel;
   std::string psinfo;
 //  ifstream *LVfile;
 //  ifstream *HVfile;
   
  
 
  std::string LVfilename=tkmapPset.getUntrackedParameter<std::string>("trackerdatPath","")+"psdcumap.dat";
  std::string HVfilename=tkmapPset.getUntrackedParameter<std::string>("trackerdatPath","")+"hvmap.dat";
  
  ifstream LVfile(edm::FileInPath(LVfilename).fullPath().c_str(),std::ios::in);
  
  std::cout<<LVfilename<<" "<<HVfilename<<std::endl;
  
  
   if(enableHVProcessing){
           
            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 >>  psinfo;
      
      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 psIdinfo = psinfo.substr(83,length-83);
    
      dcs= atoi(dcsinfo.c_str());
      branch= atoi(branchinfo.c_str());
      crate= atoi(crateinfo.c_str())+1;
      board= atoi(boardinfo.c_str())+1;
   
      if(dcs==1)rack=(branch+1)/2;
      if(dcs==2)rack=(branch+1)/2 + 7;
      if(dcs==3)rack=(branch+1)/2 + 15;
      if(dcs==4)rack=(branch+1)/2 + 22;
      
      int key = rack*1000+crate*100+board;
      
      TmPsu *psu = psuMap[key];
      TmModule *imod = imoduleMap[modId1];
      if(psu==0){
        psu = new TmPsu(dcs,branch,rack,crate,board);
        psuMap[key]=psu;
        psu->psId=psIdinfo;
      }
   
      psuModuleMap.insert(std::make_pair(psu,imod));
      if(imod!=0)imod->PsuId=psIdinfo;imod->psuIdex=psu->idex;
       
      }
      
   
 //  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!=0){
        
      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 ( )

default destructor

Definition at line 448 of file TrackerMap.cc.

References apvMap, ccuMap, firstRing, combine::key, mod(), module(), ntotRing, psuMap, relativeConstraints::ring, and smoduleMap.

                        {
 
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 !=0 ) 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;}
}

Member Function Documentation

void TrackerMap::addPixel ( bool addPixelfl ) [inline]

Definition at line 73 of file TrackerMap.h.

References addPixelFlag.

{addPixelFlag=addPixelfl;};

void TrackerMap::build ( )

Definition at line 2579 of file TrackerMap.cc.

References TmModule::count, gather_cfg::cout, TmModule::idex, imoduleMap, recoMuon::in, EdgesToViz::infile, infilename, combine::key, TmModule::length, mod(), TmModule::name, AlCaRecoCosmics_cfg::name, number_modules, TmModule::posx, TmModule::posy, TmModule::posz, relativeConstraints::ring, TmModule::setUsed(), smoduleMap, TmModule::thickness, TmModule::value, tablePrinter::width, TmModule::width, and TmModule::widthAtHalfLength.

Referenced by init().

                      {
  //  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;
  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==0) 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;
}

void TrackerMap::defcwindow ( int num_crate ) [inline]

Definition at line 237 of file TrackerMap.h.

References ix, iy, ncrate, xmax, xmin, xsize, ymax, ymin, and ysize.

Referenced by save_as_fedtrackermap().

                                 {
    ncrate = num_crate;
    int xoffset=xsize/3;
    int yoffset=ysize;
    xmin=-1.;xmax=63.;  ymin = -1.; ymax=37.;
    if((ncrate%3)==2)ix = xoffset+xsize*4/3;
    if((ncrate%3)==1)ix = xoffset+2*xsize*4/3;
    if((ncrate%3)==0)ix = xoffset;
    iy = yoffset+((ncrate-1)/3)*ysize*2;
  }

void TrackerMap::deffecwindow ( int num_crate ) [inline]

Definition at line 247 of file TrackerMap.h.

References ix, iy, ncrate, xmax, xmin, xsize, ymax, ymin, and ysize.

Referenced by save_as_fectrackermap().

                                   {
    ncrate = num_crate;
    int xoffset=xsize/3;
    int yoffset=2*ysize;
    xmin=-1.;xmax=37.;  ymin = -10.; ymax=40.;
    if(ncrate==1||ncrate==3)ix = xoffset+xsize*2;
    if(ncrate==2||ncrate==4)ix = xoffset;
    iy = yoffset+((ncrate-1)/2)*ysize*4;
  }

void TrackerMap::defpsuwindow ( int num_rack ) [inline]

Definition at line 256 of file TrackerMap.h.

References ix, iy, nrack, xmax, xmin, xsize, ymax, ymin, and ysize.

Referenced by save_as_HVtrackermap(), and save_as_psutrackermap().

                                  {
    nrack = num_rack;
    int xoffset=xsize/5;
    int yoffset=ysize;
    xmin=-1.;xmax=63.;  ymin = -1.; ymax=37.;

    if((nrack%5)==1)ix = xoffset+4*int(xsize/1.5);
    if((nrack%5)==2)ix = xoffset+3*int(xsize/1.5);
    if((nrack%5)==3)ix = xoffset+2*int(xsize/1.5);
    if((nrack%5)==4)ix = xoffset+int(xsize/1.5);
    if((nrack%5)==0)ix = xoffset;

    iy = yoffset+((nrack-1)/5)*ysize*2;

    }

void TrackerMap::defwindow ( int num_lay ) [inline]

Definition at line 273 of file TrackerMap.h.

References ix, iy, nlay, posrel, xmax, xmin, xsize, ymax, ymin, and ysize.

Referenced by print(), printlayers(), and save().

                           {
  nlay = num_lay;
  if(posrel){ // separated modules
    xmin=-2.;ymin=-2.;xmax=2.;ymax=2.;
    if(nlay >12 && nlay < 19){
      xmin=-.40;xmax=.40;ymin=-.40;ymax=.40;
    }
    if(nlay>30){
      xmin=-0.1;xmax=3.;ymin=-0.1;ymax=8.5;
      if(nlay<34){xmin=-0.3;xmax=1.0;}
      if(nlay>33&&nlay<38){xmax=2.0;}
      if(nlay>37){ymax=8.;}//inner
    }
  }else{ //overlayed modules
    xmin=-1.3;ymin=-1.3;xmax=1.3;ymax=1.3;
    if(nlay >12 && nlay < 19){
      xmin=-.20;xmax=.20;ymin=-.20;ymax=.20;
    }
    if(nlay>30){
      xmin=-1.5;xmax=1.5;ymin=-1.;ymax=28.;
      if(nlay<34){xmin=-0.5;xmax=0.5;}
      if(nlay>33&&nlay<38){xmin=-1.;xmax=1.;}
    }
    
  }
  if(nlay<16){
      ix=0;
      if(nlay==15||nlay==14)iy=(15-nlay)*2*ysize; else 
          {if(nlay>9&&nlay<13)iy=4*ysize-(int)(ysize/2.)+(12-nlay)*(int)(ysize/1.50);else iy=6*ysize+(9-nlay)*(int)(ysize*1.3);}}
  if(nlay>15&&nlay<31){
    ix=3*xsize;
     if(nlay==16||nlay==17)iy=(nlay-16)*2*ysize; else 
          {if(nlay>18&&nlay<22)iy=4*ysize-(int)(ysize/2.)+(nlay-19)*(int)(ysize/1.50);else iy=6*ysize+(nlay-22)*(int)(ysize*1.3);}}
  if(nlay>30){
    if(nlay==31){ix=(int)(1.5*xsize);iy=0;}
    if(nlay==32){int il=(nlay-30)/2;ix=xsize;iy=il*2*ysize;}
    if(nlay==33){int il=(nlay-30)/2;ix=2*xsize;iy=il*2*ysize;}
    if(nlay==34){int il=(nlay-30)/2;ix=xsize;iy=il*(int)(2.57*ysize);}
    if(nlay>34 && nlay%2==0){int il=(nlay-30)/2;ix=xsize;iy=il*(int)(2.5*ysize);}
    if(nlay>34 && nlay%2!=0){int il=(nlay-30)/2;ix=2*xsize;iy=il*(int)(2.5*ysize);}
  }
 }

void TrackerMap::drawApvPair	(	int	crate,
		int	numfed_incrate,
		bool	total,
		TmApvPair *	apvPair,
		std::ofstream *	file,
		bool	useApvPairValue
	)

Definition at line 847 of file TrackerMap.cc.

References TmModule::blue, TmApvPair::blue, TmModule::count, TmApvPair::count, getcolor(), TmApvPair::getFedCh(), TmApvPair::getFedId(), TmModule::getKey(), cmsRelvalreport::green(), TmApvPair::green, TmModule::green, TmModule::idex, TmApvPair::idex, j, gen::k, TmApvPair::mod, TmModule::name, runTheMatrix::np, palette, TmApvPair::red, TmModule::red, cmsRelvalreport::red(), asciidump::s, temporary_file, TmApvPair::value, TmModule::value, xdpixelc(), and ydpixelc().

Referenced by save_as_fedtrackermap().

{
  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 = 5;
  int numfed_inrow = 4;
  boxinitx=boxinitx+(numfed_incolumn-(numfed_incrate-1)/numfed_inrow)*14.;
  boxinity=boxinity+(numfed_inrow-(numfed_incrate-1)%numfed_inrow)*9.;
  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	numfed_incrate,
		bool	total,
		TmCcu *	ccu,
		std::ofstream *	file,
		bool	useCcuValue
	)

Definition at line 931 of file TrackerMap.cc.

References TmCcu::blue, TmCcu::cmodid, TmCcu::count, TmCcu::getCcuRing(), TmCcu::getCcuSlot(), getcolor(), cmsRelvalreport::green(), TmCcu::green, TmCcu::idex, j, gen::k, TmCcu::layer, TmCcu::mpos, runTheMatrix::np, palette, TmCcu::red, cmsRelvalreport::red(), asciidump::s, temporary_file, TmCcu::text, TmCcu::value, xdpixelfec(), and ydpixelfec().

Referenced by save_as_fectrackermap().

{
  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 numfed_incolumn = 5;
  int numfed_inrow = 4;
  boxinitx=boxinitx+(numfed_incolumn-(numfec_incrate-1)/numfed_inrow)*14.;
  boxinity=boxinity+(numfed_inrow-(numfec_incrate-1)%numfed_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::drawHV2	(	int	rack,
		int	numcrate_inrack,
		bool	print_total,
		TmPsu *	psu,
		ofstream *	svgfile,
		bool	usePsuValue
	)

Definition at line 1062 of file TrackerMap.cc.

References TmPsu::blueHV2, TmPsu::cmodid_HV2, TmPsu::countHV2, getcolor(), TmPsu::getPsuBoard(), TmPsu::getPsuCrate(), TmPsu::greenHV2, TmPsu::idex, j, gen::k, runTheMatrix::np, palette, TmPsu::redHV2, asciidump::s, temporary_file, TmPsu::textHV2, TmPsu::valueHV2, xdpixelpsu(), and ydpixelpsu().

Referenced by save_as_HVtrackermap().

{
  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 - numcrate_inrack)*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,
		ofstream *	svgfile,
		bool	usePsuValue
	)

Definition at line 1129 of file TrackerMap.cc.

References TmPsu::blueHV3, TmPsu::cmodid_HV3, TmPsu::countHV3, getcolor(), TmPsu::getPsuBoard(), TmPsu::getPsuCrate(), TmPsu::greenHV3, TmPsu::idex, j, gen::k, runTheMatrix::np, palette, TmPsu::redHV3, asciidump::s, temporary_file, TmPsu::textHV3, TmPsu::valueHV3, xdpixelpsu(), and ydpixelpsu().

Referenced by save_as_HVtrackermap().

{
  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 - numcrate_inrack)*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::drawModule	(	TmModule *	mod,
		int	key,
		int	layer,
		bool	total,
		std::ofstream *	file
	)

Definition at line 495 of file TrackerMap.cc.

References TmModule::blue, TmModule::capvids, TmModule::CcuId, funct::cos(), TmModule::count, getcolor(), cmsRelvalreport::green(), TmModule::green, TmModule::HVchannel, TmModule::idex, TmModule::idModule, isRingStereo(), j, gen::k, TmModule::length, M_PI, TmModule::name, runTheMatrix::np, palette, phi, phival(), posrel, TmModule::posx, TmModule::posy, TmModule::posz, TmModule::psuIdex, csvReporter::r, TmModule::red, cmsRelvalreport::red(), TmModule::ring, funct::sin(), mathSSE::sqrt(), temporary_file, TmModule::text, TmModule::value, TmModule::width, TmModule::widthAtHalfLength, xdpixel(), and ydpixel().

Referenced by print(), printlayers(), and save().

                                                                                                    {
  //int x,y;
  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);
  vhbot = mod->width;
  vhtop=mod->width;
  vhapo=mod->length;
  if(nlay < 31){ //endcap
    vhbot = mod->widthAtHalfLength/2.-(mod->width/2.-mod->widthAtHalfLength/2.);
    vhtop=mod->width/2.;
    vhapo=mod->length/2.;
    if(nlay >12 && nlay <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[nlay-31]; yt1=-vhtop/2.;
      xs1 = xt1*cos(phi)-yt1*sin(phi);
      ys1 = xt1*sin(phi)+yt1*cos(phi);
      xt2=rmedio[nlay-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(nlay==31)dy1=0.39;
      if(nlay==32)dy1=0.23;
      if(nlay==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::drawPalette ( std::ofstream * file )

Definition at line 2276 of file TrackerMap.cc.

References getcolor(), cmsRelvalreport::green(), i, maxvalue, minvalue, palette, cmsRelvalreport::red(), and temporary_file.

Referenced by print(), and save().

                                                 {
  int color,red, green, blue;
  float val=minvalue;
  int paletteLength = 250;
  float dval = (maxvalue-minvalue)/(float)paletteLength;
  for(int i=0;i<paletteLength;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 " << (6*i)+40 << " 3610. " <<//
              (6*i)+40 << " 3660. " <<//
              (6*(i-1))+40 << " 3660. " <<//
              (6*(i-1))+40 <<" 3610. " << 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;
   }
}

void TrackerMap::drawPsu	(	int	rack,
		int	numcrate_inrack,
		bool	print_total,
		TmPsu *	psu,
		ofstream *	svgfile,
		bool	usePsuValue
	)

Definition at line 996 of file TrackerMap.cc.

References TmPsu::blue, TmPsu::cmodid_LV, TmPsu::count, getcolor(), TmPsu::getPsuBoard(), TmPsu::getPsuCrate(), cmsRelvalreport::green(), TmPsu::green, TmPsu::idex, j, gen::k, runTheMatrix::np, palette, TmPsu::red, cmsRelvalreport::red(), asciidump::s, temporary_file, TmPsu::text, TmPsu::value, xdpixelpsu(), and ydpixelpsu().

Referenced by save_as_psutrackermap().

{
  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=35, boxinity=12; 
  double dx=3,dy=1.3;
  
  boxinitx= boxinitx+(5 - numcrate_inrack)*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->text;
  s.erase(s.begin()+s.find("connected"),s.end());
   
  if(psu->red < 0){ //use count to compute color
    if(psu->value > 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::fill	(	int	layer,
		int	ring,
		int	nmod,
		float	x
	)

Definition at line 2548 of file TrackerMap.cc.

References TmModule::count, gather_cfg::cout, combine::key, mod(), smoduleMap, and TmModule::value.

Referenced by SiStripQualityStatistics::analyze(), SiStripCablingTrackerMap::analyze(), SiStripDQMProfileToTkMapConverter::beginRun(), SiStripCorrelateNoise::DoAnalysis(), SiStripPlotGain::DoAnalysis(), TkHistoMap::dumpInTkMap(), SiStripBaseCondObjDQM::fillTkMap(), load(), and SiStripHitEffFromCalibTree::makeTKMap().

                                                              {

  int key = layer*100000+ring*1000+nmod;
  TmModule * mod = smoduleMap[key];
  if(mod!=0){
     mod->value=mod->value+qty;
     mod->count++;
  }
  else std::cout << "**************************error in SvgModuleMap **************";
}

void TrackerMap::fill	(	int	idmod,
		float	qty
	)

Definition at line 2528 of file TrackerMap.cc.

References TmModule::count, gather_cfg::cout, imoduleMap, mod(), and TmModule::value.

                                          {

  TmModule * mod = imoduleMap[idmod];
  if(mod!=0){
    mod->value=mod->value+qty;
    mod->count++;
    return;
  }else{
   TmModule * mod1 = imoduleMap[idmod+1];
   TmModule * mod2 = imoduleMap[idmod+2];
   if(mod1!=0 && mod2!=0){
    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_all_blank ( )

Definition at line 2511 of file TrackerMap.cc.

References fill_current_val(), and imoduleMap.

Referenced by SiStripTrackerMapCreator::create().

                               {

  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
	)

Definition at line 2521 of file TrackerMap.cc.

References TmModule::count, gather_cfg::cout, imoduleMap, mod(), TmModule::red, and TmModule::value.

Referenced by TrackerDpgAnalysis::beginRun(), fill_all_blank(), and SiStripTrackerMapCreator::paintTkMapFromHistogram().

                                                              {

  TmModule * mod = imoduleMap[idmod];
  if(mod!=0)  {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_current_val_fed_channel	(	int	fedId,
		int	fedCh,
		float	current_val
	)

Definition at line 2336 of file TrackerMap.cc.

References apvMap, TmApvPair::count, gather_cfg::cout, combine::key, TmApvPair::red, and TmApvPair::value.

{
  int key = fedId*1000+fedCh;
  TmApvPair* apvpair = apvMap[key];
  
  if(apvpair!=0)  {apvpair->value=current_val; apvpair->count=1; apvpair->red=-1;}
  else 
    std::cout << "*** error in FedTrackerMap fill_current_val method ***";
}

void TrackerMap::fill_fec_channel	(	int	crate,
		int	slot,
		int	ring,
		int	addr,
		float	qty
	)

Definition at line 2360 of file TrackerMap.cc.

References ccuMap, TmCcu::count, gather_cfg::cout, combine::key, and TmCcu::value.

{
 int key =crate*10000000+slot*100000+ring*1000+addr;
 TmCcu *ccu = ccuMap[key];
  if(ccu!=0){
    ccu->count++; ccu->value=ccu->value+qty;
    return;
 
  }
  
  std::cout << "*** error in FecTrackerMap fill by module method ***";
  }

void TrackerMap::fill_fed_channel	(	int	fedId,
		int	fedCh,
		float	qty
	)

Definition at line 2469 of file TrackerMap.cc.

References apvMap, TmApvPair::count, gather_cfg::cout, combine::key, and TmApvPair::value.

{
  int key = fedId*1000+fedCh;
  TmApvPair* apvpair = apvMap[key];
  if(apvpair!=0){
    apvpair->value=apvpair->value+qty;
    apvpair->count++;
    return;
  }
  std::cout << "*** error inFedTrackerMap fill method ***";
}

void TrackerMap::fill_fed_channel	(	int	modId,
		float	qty
	)

Definition at line 2321 of file TrackerMap.cc.

References apvModuleMap, TmApvPair::count, gather_cfg::cout, pos, and TmApvPair::value.

{
  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!=0){
    apvpair->value=apvpair->value+qty;
    apvpair->count++;
  }
  }
    return;
  std::cout << "*** error in FedTrackerMap fill by module method ***";
  }

void TrackerMap::fill_hv_channel2	(	int	rack,
		int	crate,
		int	board,
		float	qty
	)

Definition at line 2430 of file TrackerMap.cc.

References TmPsu::countHV2, gather_cfg::cout, combine::key, psuMap, and TmPsu::valueHV2.

{
 int key = rack*1000+crate*100+board;
 TmPsu *psu = psuMap[key];
  if(psu!=0){
    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
	)

Definition at line 2442 of file TrackerMap.cc.

References TmPsu::countHV3, gather_cfg::cout, combine::key, psuMap, and TmPsu::valueHV3.

{
 int key = rack*1000+crate*100+board;
 TmPsu *psu = psuMap[key];
  if(psu!=0){
    psu->countHV3++; psu->valueHV3=psu->valueHV3+qty;
    return;
 
  }
  
  std::cout << "*** error in HVTrackerMap fill by module method ***";
  }

void TrackerMap::fill_lv_channel	(	int	rack,
		int	crate,
		int	board,
		float	qty
	)

Definition at line 2389 of file TrackerMap.cc.

References TmPsu::count, gather_cfg::cout, combine::key, psuMap, and TmPsu::value.

{
 int key = rack*1000+crate*100+board;
 TmPsu *psu = psuMap[key];
  if(psu!=0){
    psu->count++; psu->value=psu->value+qty;
    return;
 
  }
  
  std::cout << "*** error in LVTrackerMap fill by module method ***";
  }

void TrackerMap::fillc	(	int	idmod,
		int	RGBcode
	)		`[inline]`

Definition at line 48 of file TrackerMap.h.

References fillc().

Referenced by SiStripQualityStatistics::analyze(), SiStripCorrelateBadStripAndNoise::correlateWithNoise(), fillc(), fillc_all_blank(), SiStripHitEffFromCalibTree::makeTKMap(), SiStripTrackerMapCreator::paintTkMapFromAlarm(), SiStripTrackerMapCreator::paintTkMapFromHistogram(), and SiStripQualityStatistics::SetBadComponents().

{fillc(idmod,(RGBcode>>16) & 0xFF , (RGBcode>>8) & 0xFF, RGBcode & 0xFF);}

void TrackerMap::fillc	(	int	idmod,
		int	red,
		int	green,
		int	blue
	)

Definition at line 2482 of file TrackerMap.cc.

References TmModule::blue, gather_cfg::cout, cmsRelvalreport::green(), TmModule::green, imoduleMap, mod(), TmModule::red, and cmsRelvalreport::red().

                                                               {

  TmModule * mod = imoduleMap[idmod];
  if(mod!=0){
     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
	)

Definition at line 2491 of file TrackerMap.cc.

References TmModule::blue, gather_cfg::cout, cmsRelvalreport::green(), TmModule::green, combine::key, mod(), TmModule::red, cmsRelvalreport::red(), and smoduleMap.

                                                                                   {
  
  int key = layer*10000+ring*1000+nmod;
  TmModule * mod = smoduleMap[key];

  if(mod!=0){
     mod->red=red; mod->green=green; mod->blue=blue;
    return;
  }
  std::cout << "**************************error in fill method **************"<< std::endl;
}

void TrackerMap::fillc_all_blank ( )

Definition at line 2503 of file TrackerMap.cc.

References fillc(), and imoduleMap.

Referenced by SiStripTrackerMapCreator::create().

                                {

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

void TrackerMap::fillc_fec_channel	(	int	crate,
		int	slot,
		int	ring,
		int	addr,
		int	red,
		int	green,
		int	blue
	)

Definition at line 2347 of file TrackerMap.cc.

References TmCcu::blue, ccuMap, gather_cfg::cout, cmsRelvalreport::green(), TmCcu::green, combine::key, TmCcu::red, and cmsRelvalreport::red().

 {
 int key =crate*10000000+slot*100000+ring*1000+addr;

 TmCcu *ccu = ccuMap[key];
 
 if(ccu!=0){
    ccu->red=red; ccu->green=green; ccu->blue=blue;
    return;
  }
  std::cout << "*** error in FecTrackerMap fillc method ***";
}

void TrackerMap::fillc_fed_channel	(	int	fedId,
		int	fedCh,
		int	red,
		int	green,
		int	blue
	)

Definition at line 2309 of file TrackerMap.cc.

References apvMap, TmApvPair::blue, gather_cfg::cout, cmsRelvalreport::green(), TmApvPair::green, combine::key, TmApvPair::red, and cmsRelvalreport::red().

{
  int key = fedId*1000+fedCh;
  TmApvPair* apvpair = apvMap[key];
  
  if(apvpair!=0){
    apvpair->red=red; apvpair->green=green; apvpair->blue=blue;
    return;
  }
  std::cout << "*** error in FedTrackerMap fillc method ***";
}

void TrackerMap::fillc_hv_channel2	(	int	rack,
		int	crate,
		int	board,
		int	red,
		int	green,
		int	blue
	)

Definition at line 2402 of file TrackerMap.cc.

References TmPsu::blueHV2, gather_cfg::cout, cmsRelvalreport::green(), TmPsu::greenHV2, combine::key, psuMap, cmsRelvalreport::red(), and TmPsu::redHV2.

{
 
 int key = rack*1000+crate*100+board;
 
 TmPsu *psu = psuMap[key];
  
  if(psu!=0){
    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
	)

Definition at line 2415 of file TrackerMap.cc.

References TmPsu::blueHV3, gather_cfg::cout, cmsRelvalreport::green(), TmPsu::greenHV3, combine::key, psuMap, cmsRelvalreport::red(), and TmPsu::redHV3.

{
 
 int key = rack*1000+crate*100+board;
 
 TmPsu *psu = psuMap[key];
  
  if(psu!=0){
    psu->redHV3=red; psu->greenHV3=green; psu->blueHV3=blue;
    return;
  }
  std::cout << "*** error in HVTrackerMap (channel 3) fillc method ***";
}

void TrackerMap::fillc_lv_channel	(	int	rack,
		int	crate,
		int	board,
		int	red,
		int	green,
		int	blue
	)

Definition at line 2375 of file TrackerMap.cc.

References TmPsu::blue, gather_cfg::cout, cmsRelvalreport::green(), TmPsu::green, combine::key, psuMap, TmPsu::red, and cmsRelvalreport::red().

{
 
 int key = rack*1000+crate*100+board;
 
 TmPsu *psu = psuMap[key];
  
  if(psu!=0){
    psu->red=red; psu->green=green; psu->blue=blue;
    return;
  }
  std::cout << "*** error in LVTrackerMap fillc method ***";
}

int TrackerMap::find_layer	(	int	ix,
		int	iy
	)		`[inline]`

Definition at line 126 of file TrackerMap.h.

References Clusterizer1DCommons::add(), xsize, and ysize.

    {
      int add;
      int layer=0;
      if(iy <= xsize){//endcap+z
        add = 15;
        layer = ix/ysize;
        layer = layer+add+1;
      }
      if(iy > xsize && iy< 3*xsize){//barrel
        add=30;
        if(ix < 2*ysize){
          layer=1;
        }else {
          layer = ix/(2*ysize);
          if(iy < 2*xsize)layer=layer*2+1; else layer=layer*2;
        }
        layer = layer+add;
      }
      if(iy >= 3*xsize){        //endcap-z
        layer = ix/ysize;
        layer = 15-layer;
      }
      return layer;  
    }

std::ifstream * TrackerMap::findfile ( std::string filename )

Definition at line 3250 of file TrackerMap.cc.

References gather_cfg::cout, lut2db_cfg::filename, recoMuon::in, and jsPath.

Referenced by printall(), and printonline().

                                                     {
  std::ifstream * ifilename;
  std::string ifname;
  if(jsPath!=""){
  ifname=jsPath+filename;
  ifilename = new ifstream(edm::FileInPath(ifname).fullPath().c_str(),std::ios::in);
  if(!ifilename){
  ifname="CommonTools/TrackerMap/data/"+filename;
  ifilename = new ifstream(edm::FileInPath(ifname).fullPath().c_str(),std::ios::in);
  }
  }else {
  ifname="CommonTools/TrackerMap/data/"+filename;
  ifilename = new ifstream(edm::FileInPath(ifname).fullPath().c_str(),std::ios::in);
 }
  if(!ifilename)std::cout << "File " << filename << " missing" << std::endl;
  return ifilename;
 }

int TrackerMap::getcolor	(	float	value,
		int	palette
	)

Definition at line 2622 of file TrackerMap.cc.

References delta, cmsRelvalreport::green(), maxvalue, minvalue, cmsRelvalreport::red(), and ExpressReco_HICollisions_FallBack::x.

Referenced by drawApvPair(), drawCcu(), drawHV2(), drawHV3(), drawModule(), drawPalette(), and drawPsu().

                                               {
   int red,green,blue;
   red=0;green=0;blue=0;
   if(palette==1){//palette1 1 - raibow
   float delta=(maxvalue-minvalue);
   float x =(value-minvalue);
   if(value<minvalue){red=0;green=0;blue=255;}
   if(value>maxvalue){red=255;green=0;blue=0;}
   if(value>=minvalue&&value<=maxvalue){ 
   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-minvalue)/(maxvalue-minvalue)*256.);
         if (green > 255) green=255;
         red = 255; blue=0;green=255-green;  
        } 
   return(blue|(green<<8)|(red<<16));
}

int TrackerMap::getlayerCount	(	int	subdet,
		int	partdet
	)		`[inline]`

Definition at line 152 of file TrackerMap.h.

Referenced by init().

                                            {
    int ncomponent=0;
    if(subdet == 1){ //1=pixel
      if(partdet == 1 || partdet == 3){ //1-3=encap
        ncomponent = 3;
      }
      else { ncomponent = 3; } //barrel
    }
    if(subdet== 2){ //2=inner silicon
      if(partdet == 1 || partdet == 3){ //1-3=encap
        ncomponent = 3;
      }
      else { ncomponent = 4; } //barrel
    }
    if(subdet== 3){ //3=outer silicon
      if(partdet == 1 || partdet == 3){ //1-3=encap
        ncomponent = 9;
      }
      else { ncomponent = 6; } //barrel
    }
    return(ncomponent);
  }

int TrackerMap::getmoduleCount	(	int	subdet,
		int	partdet,
		int	layer,
		int	ring
	)		`[inline]`

Definition at line 349 of file TrackerMap.h.

Referenced by init().

                                                                  {
    int ncomponent=0;
    int spicchif[] ={24,24,40,56,40,56,80};
    int spicchib[] ={20,32,44,30,38,46,56,42,48,54,60,66,74};
    int numero_layer = 0;
    
    if(partdet == 2){ //barrel
      numero_layer = layer-1;
      if(subdet== 2){ //inner
        numero_layer = numero_layer+3;
      }
      if(subdet == 3){ //outer
        numero_layer = numero_layer+7;
      }
      ncomponent = spicchib[numero_layer];
    }
    if(partdet!= 2){ //endcap
      if(subdet== 1)ncomponent=24;//pixel
      else
        ncomponent = spicchif[ring-1];
    }
    return(ncomponent);
  }

int TrackerMap::getNumMod ( ) [inline]

Definition at line 80 of file TrackerMap.h.

{return number_modules;};

int TrackerMap::getringCount	(	int	subdet,
		int	partdet,
		int	layer
	)		`[inline]`

Definition at line 316 of file TrackerMap.h.

Referenced by init().

                                                      {
    int ncomponent=0;
    if(subdet== 1){ //1=pixel
      if(partdet== 1 || partdet== 3){ //end-cap
        ncomponent = 7;
      }
      else{ncomponent = 8;} //barrel
    }   
    if(subdet== 2){ //inner-silicon
      if(partdet== 1 || partdet== 3){ //end-cap
        ncomponent = 3;
      }
      else{ncomponent = 12;} //barrel
    }
    if(subdet== 3){ //outer-silicon
      if(partdet== 1){ //end-cap-z
        if (layer== 1) ncomponent = 4;
        if (layer== 2 || layer== 3) ncomponent = 5;
        if (layer== 4 || layer== 5 || layer== 6) ncomponent = 6;
        if (layer== 7 || layer== 8 || layer== 9) ncomponent = 7;
      }
      if(partdet== 3){ //endcap+z
        if (layer== 9) ncomponent = 4;
        if (layer== 8 || layer== 7) ncomponent = 5;
        if (layer== 6 || layer== 5 || layer== 4) ncomponent = 6;
        if (layer== 3 || layer== 2 || layer== 1) ncomponent = 7;
      }
      if(partdet== 2){ //barrel
        ncomponent = 12;
      }
    }
    return(ncomponent);
  }

int TrackerMap::getxsize ( ) [inline]

Definition at line 76 of file TrackerMap.h.

References xsize.

{return xsize;};

int TrackerMap::getysize ( ) [inline]

Definition at line 77 of file TrackerMap.h.

References ysize.

{return ysize;};

void TrackerMap::init ( void )

Definition at line 398 of file TrackerMap.cc.

References addPixelFlag, build(), firstcall, firstRing, getlayerCount(), getmoduleCount(), getringCount(), gmaxvalue, gminvalue, isRingStereo(), ix, iy, combine::key, maxvalue, minvalue, module(), ndet, nlayer(), npart, ntotRing, palette, posrel, printflag, relativeConstraints::ring, smoduleMap, and temporary_file.

Referenced by TrackerMap().

                      {
  
  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;
  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();
}

static bool TrackerMap::isRingStereo ( int key ) [inline, static]

Definition at line 384 of file TrackerMap.h.

Referenced by drawModule(), SiPixelTrackerMap::drawModule(), and init().

                                   {
    int layer=key/100000;
    int ring = key - layer*100000;
    ring = ring/1000;
    if(layer==34 || layer==35 || layer==38 || layer==39) return true;
    if(layer<13 || (layer>18&&layer<31))
      if(ring==1 || ring==2 || ring==5)return true;
    return false;
  }

std::string TrackerMap::layername ( int layer ) [inline]

Definition at line 406 of file TrackerMap.h.

References asciidump::s.

                                {
    std::string s= " ";
    std::ostringstream ons;
    
    if(layer < 10) ons << "TEC -z Layer " << layer;
    if(layer < 13 && layer > 9) ons << "TID -z Layer " << layer-9;
    if(layer < 16 && layer > 12) ons << "FPIX -z Layer " << layer-12;
    if(layer < 19 && layer > 15) ons << "FPIX +z Layer " << layer-15;
    if(layer < 22 && layer > 18) ons << "TID +z Layer " << layer-18;
    if(layer < 31 && layer > 21) ons << "TEC +z Layer " << layer-21;
    if(layer < 34 && layer > 30) ons << "TPB Layer " << layer-30;
    if(layer < 38 && layer > 33) ons << "TIB Layer " << layer-33;
    if(layer > 37) ons << "TOB Layer " << layer-37;
    s = ons.str(); 
    return s;  
  }

static int TrackerMap::layerno	(	int	subdet,
		int	leftright,
		int	layer
	)		`[inline, static]`

Definition at line 372 of file TrackerMap.h.

                                                        {
    if(subdet==6&&leftright==1)return(10-layer);
    if(subdet==6&&leftright==2)return(layer+21);
    if(subdet==4&&leftright==1)return(4-layer+9);
    if(subdet==4&&leftright==2)return(layer+18);
    if(subdet==2&&leftright==1)return(4-layer+12);
    if(subdet==2&&leftright==2)return(layer+15);
    if(subdet==1)return(layer+30);
    if(subdet==3)return(layer+33);
    if(subdet==5)return(layer+37);
  }

void TrackerMap::load ( std::string s = "tmap.svg" )

Definition at line 2174 of file TrackerMap.cc.

References gather_cfg::cout, fill(), recoMuon::in, inputfile, geometryCSVtoXML::line, and relativeConstraints::value.

                                            {
  inputfile = new 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;
 }

int TrackerMap::module	(	int	fedId,
		int	fedCh
	)

Definition at line 2459 of file TrackerMap.cc.

References apvMap, gather_cfg::cout, TmModule::idex, combine::key, and TmApvPair::mod.

Referenced by init(), print(), printall(), printlayers(), printonline(), save(), and ~TrackerMap().

{
  int key = fedId*1000+fedCh;
  TmApvPair* apvpair = apvMap[key];
  if(apvpair!=0){
    return(apvpair->mod->idex);
  }
  return(0);
  std::cout << "*** error in FedTrackerMap module method ***";
}

int TrackerMap::nlayer	(	int	det,
		int	part,
		int	lay
	)		`[inline]`

Definition at line 393 of file TrackerMap.h.

Referenced by init().

                                      {
    if(det==3 && part==1) return lay;
    if(det==2 && part==1) return lay+9;
    if(det==1 && part==1) return lay+12;
    if(det==1 && part==3) return lay+15;
    if(det==2 && part==3) return lay+18;
    if(det==3 && part==3) return lay+21;
    if(det==1 && part==2) return lay+30;
    if(det==2 && part==2) return lay+33;
    if(det==3 && part==2) return lay+37;
    return -1; 
  }

double TrackerMap::phival	(	double	x,
		double	y
	)		`[inline]`

Definition at line 112 of file TrackerMap.h.

References M_PI, and phi.

Referenced by drawModule(), and SiPixelTrackerMap::drawModule().

                                   {
    double phi;
    double phi1=atan(y/x);
    phi = phi1;
    if(y<0. && x>0) phi = phi1+2.*M_PI;
    if(x<0.)phi=phi1+M_PI;
    if(fabs(y)<0.000001 && x>0)phi=0;
    if(fabs(y)<0.000001&&x<0)phi=M_PI;
    if(fabs(x)<0.000001&&y>0)phi=M_PI/2.;
    if(fabs(x)<0.000001&&y<0)phi=3.*M_PI/2.;
      
    return phi;
  }

void TrackerMap::print	(	bool	print_total = `true`,
		float	minval = `0.`,
		float	maxval = `0.`,
		std::string	s = `"svgmap"`
	)

Definition at line 2209 of file TrackerMap.cc.

References TmModule::count, defwindow(), drawModule(), drawPalette(), firstRing, recoMuon::in, jsfile, jsfilename, combine::key, geometryCSVtoXML::line, maxvalue, minvalue, mod(), module(), nlay, TmModule::notInUse(), ntotRing, dbtoconf::out, printflag, relativeConstraints::ring, smoduleMap, svgfile, temporary_file, title, TmModule::value, and relativeConstraints::value.

Referenced by SiStripQualityStatistics::analyze(), SiStripCablingTrackerMap::endJob(), and SiStripQualityStatistics::endJob().

                                                                                            {
  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 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 !=0 && !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 !=0 && !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(nlay);
    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 !=0 && !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::printall	(	bool	print_total = `true`,
		float	minval = `0.`,
		float	maxval = `0.`,
		std::string	s = `"svgmap"`
	)

Definition at line 2944 of file TrackerMap.cc.

References apvMap, apvModuleMap, ccuMap, edmPickEvents::command, gather_cfg::cout, enableFecProcessing, enableFedProcessing, enableHVProcessing, enableLVProcessing, fecModuleMap, fedMap, findfile(), firstRing, TmCcu::getCcuCrate(), TmApvPair::getFedCh(), TmApvPair::getFedId(), TmPsu::getPsuBoard(), TmPsu::getPsuRack(), TmPsu::idex, TmModule::idex, TmApvPair::idex, TmCcu::idex, combine::key, geometryCSVtoXML::line, mod(), TmApvPair::mod, module(), TmCcu::mpos, TmModule::name, nchan, ncrates, nfeccrates, TmPsu::nmod, TmCcu::nmod, TmPsu::nmodHV2, TmPsu::nmodHV3, TmModule::notInUse(), npsuracks, ntotRing, dbtoconf::out, pos, printlayers(), psuMap, psuModuleMap, runTheMatrix::ret, relativeConstraints::ring, save(), save_as_fectrackermap(), save_as_fedtrackermap(), save_as_HVtrackermap(), save_as_psutrackermap(), smoduleMap, temporary_file, TmPsu::text, TmApvPair::text, TmCcu::text, TmPsu::textHV2, TmPsu::textHV3, title, and run_Gflash_TBH4_setup_cfg::txtfile.

                                                                                               {
//Copy interface
  std::ofstream * ofilename;
  std::ifstream * ifilename;
  std::ostringstream ofname;
  std::string ifname;
  std::string line;
  std::string command;

  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";
save(true,minval,maxval,outs.str(),3000,1600);
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 !=0 && !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!=0){
                   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;
    outs1 << outputfilename<<"fed.png";
save_as_fedtrackermap(true,0.,0.,outs1.str(),6000,3200);
    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=1; 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 !=0){
            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,0.,0.,outs1.str(),6000,3200);
    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!=0&&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;
    outs3 << outputfilename<<"psu.png";
save_as_psutrackermap(true,0.,0.,outs3.str(),6000,3200);

    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!=0 && 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;
    outs5 << outputfilename<<"hv.png";
save_as_HVtrackermap(true,0.,0.,outs5.str(),6000,3200);

    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!=0 && 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();
  }
 } 


}

void TrackerMap::printlayers	(	bool	print_total = `true`,
		float	minval = `0.`,
		float	maxval = `0.`,
		std::string	s = `"layer"`
	)

Definition at line 3267 of file TrackerMap.cc.

References TmModule::count, defwindow(), drawModule(), firstRing, combine::key, maxvalue, minvalue, mod(), module(), nlay, TmModule::notInUse(), ntotRing, dbtoconf::out, relativeConstraints::ring, saveAsSingleLayer, smoduleMap, TmModule::value, and relativeConstraints::value.

Referenced by printall(), and printonline().

                                                                                                  {
  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 !=0 && !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 !=0 && !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=\"https://www.w3.org/2000/svg\""<<std::endl;
    *xmlfile << "xmlns:svg=\"https://www.w3.org/2000/svg\""<<std::endl;
    *xmlfile << "xmlns:xlink=\"https://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(nlay);
    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 !=0 && !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;
}

void TrackerMap::printonline ( )

Definition at line 2643 of file TrackerMap.cc.

References apvMap, apvModuleMap, ccuMap, edmPickEvents::command, gather_cfg::cout, enableFecProcessing, enableFedProcessing, enableHVProcessing, enableLVProcessing, fecModuleMap, fedMap, findfile(), firstRing, TmCcu::getCcuCrate(), TmApvPair::getFedCh(), TmApvPair::getFedId(), TmPsu::getPsuBoard(), TmPsu::getPsuRack(), gmaxvalue, gminvalue, TmPsu::idex, TmModule::idex, TmApvPair::idex, TmCcu::idex, combine::key, geometryCSVtoXML::line, mod(), TmApvPair::mod, module(), TmCcu::mpos, TmModule::name, nchan, ncrates, nfeccrates, TmPsu::nmod, TmCcu::nmod, TmPsu::nmodHV2, TmPsu::nmodHV3, TmModule::notInUse(), npsuracks, ntotRing, dbtoconf::out, pos, printlayers(), psuMap, psuModuleMap, runTheMatrix::ret, relativeConstraints::ring, save(), save_as_fectrackermap(), save_as_fedtrackermap(), save_as_HVtrackermap(), save_as_psutrackermap(), smoduleMap, temporary_file, TmPsu::text, TmApvPair::text, TmCcu::text, TmPsu::textHV2, TmPsu::textHV3, title, and run_Gflash_TBH4_setup_cfg::txtfile.

Referenced by SiStripTrackerMapCreator::create().

                            {
//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 !=0 && !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!=0){
                   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=1; 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 !=0){
            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!=0&&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!=0 && 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!=0 && 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::reset ( void )

Definition at line 390 of file TrackerMap.cc.

References TmModule::count, imoduleMap, mod(), TmModule::red, and TmModule::value.

                       {
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::save	(	bool	print_total = `true`,
		float	minval = `0.`,
		float	maxval = `0.`,
		std::string	s = `"svgmap.svg"`,
		int	width = `1500`,
		int	height = `800`
	)

Definition at line 632 of file TrackerMap.cc.

References addPixelFlag, trackerHits::c, colors, edmPickEvents::command, TmModule::count, gather_cfg::cout, defwindow(), drawModule(), drawPalette(), lut2db_cfg::filename, alcaDQMUpload::filetype(), firstRing, newFWLiteAna::found, cmsRelvalreport::green(), i, recoMuon::in, combine::key, prof2calltree::l, maxvalue, minvalue, mod(), module(), nlay, TmModule::notInUse(), ntotRing, dbtoconf::out, pos, printflag, cmsRelvalreport::red(), relativeConstraints::ring, asciidump::s, savefile, smoduleMap, temporary_file, title, TmModule::value, relativeConstraints::value, vc, ExpressReco_HICollisions_FallBack::x, and ExpressReco_HICollisions_FallBack::y.

Referenced by SiStripQualityStatistics::analyze(), TrackerDpgAnalysis::beginRun(), SiStripTrackerMapCreator::createForOffline(), SiStripCorrelateNoise::DoPlots(), SiStripCorrelateBadStripAndNoise::endJob(), SiStripCablingTrackerMap::endJob(), SiStripDQMProfileToTkMapConverter::endJob(), BuildTrackerMapPlugin::endJob(), SiStripQualityStatistics::endJob(), SiStripPlotGain::endJob(), APVShotsAnalyzer::endJob(), SiStripHitEffFromCalibTree::makeTKMap(), printall(), printonline(), and SiStripBaseCondObjDQM::saveTkMap().

                                                                                                  {
  
  std::string filetype=s,outputfilename=s;
  std::vector<TPolyLine*> vp;
  TGaxis *axis = 0 ;
  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 !=0 && !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 !=0 && !mod->notInUse()){
          if (minvalue > mod->value)minvalue=mod->value;
          if (maxvalue < mod->value)maxvalue=mod->value;
        }
      }
    }
  }
}
  if (maxvalue == minvalue) printflag = false;
  if(!temporary_file){
  *savefile << "<?xml version=\"1.0\"  standalone=\"no\" ?>"<<std::endl;
  *savefile << "<svg  xmlns=\"https://www.w3.org/2000/svg\""<<std::endl;
  *savefile << "xmlns:svg=\"https://www.w3.org/2000/svg\" "<<std::endl;
  *savefile << "xmlns:xlink=\"https://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(nlay);
    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 !=0 && !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)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];
    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 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) {
      axis = new TGaxis(3660,36,3660,1530,minvalue,maxvalue,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);
    l.DrawLatex(850,1500,title.c_str());
    l.DrawLatex(1730,40,"-z");
    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);
    arx.Draw();
    ary.Draw();
    arz.Draw();
    arphi.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;
    if (printflag)delete axis;
    for(std::vector<TPolyLine*>::iterator pos1=vp.begin();pos1!=vp.end();pos1++){
         delete (*pos1);}
    
  }

  
}

void TrackerMap::save_as_fectrackermap	(	bool	print_total = `true`,
		float	minval = `0.`,
		float	maxval = `0.`,
		std::string	s = `"fec_svgmap.svg"`,
		int	width = `1500`,
		int	height = `800`
	)

Definition at line 1194 of file TrackerMap.cc.

References TmCcu::blue, trackerHits::c, ccuMap, colors, edmPickEvents::command, TmCcu::count, gather_cfg::cout, deffecwindow(), drawCcu(), enableFecProcessing, fecModuleMap, lut2db_cfg::filename, alcaDQMUpload::filetype(), newFWLiteAna::found, TmCcu::getCcuCrate(), TmCcu::getCcuSlot(), cmsRelvalreport::green(), TmCcu::green, i, recoMuon::in, maxvalue, minvalue, ncrate, nfeccrates, TmCcu::nmod, dbtoconf::out, pos, TmCcu::red, cmsRelvalreport::red(), runTheMatrix::ret, asciidump::s, saveAsSingleLayer, savefile, temporary_file, title, TmCcu::value, relativeConstraints::value, vc, ExpressReco_HICollisions_FallBack::x, and ExpressReco_HICollisions_FallBack::y.

Referenced by printall(), and printonline().

                                                                                                                   {
 if(enableFecProcessing){
  std::string filetype=s,outputfilename=s;
  std::vector<TPolyLine*> vp;
  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!=0) {
        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!=0) {
            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==" Tracker Map from  QTestAlarm"){
      for(  i_ccu=ccuMap.begin();i_ccu !=ccuMap.end(); i_ccu++){
          TmCcu *  ccu= i_ccu->second;
          if(ccu!=0) {
            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!=0) {
          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!=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=\"https://www.w3.org/2000/svg\""<<std::endl;
  *savefile << "xmlns:svg=\"https://www.w3.org/2000/svg\" "<<std::endl;
  *savefile << "xmlns:xlink=\"https://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=\"https://www.w3.org/2000/svg\""<<std::endl;
    *savefile << "xmlns:svg=\"https://www.w3.org/2000/svg\""<<std::endl;
    *savefile << "xmlns:xlink=\"https://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(ncrate);
 
    for ( i_ccu=ccuMap.begin();i_ccu !=ccuMap.end(); i_ccu++){
      TmCcu *  ccu= i_ccu->second;
      if(ccu!=0){
        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!=0) {
          ccu->value = ccu->value * ccu->count;
    }
}
}
 if(temporary_file){
   // if(printflag)drawPalette(savefile);
  savefile->close();

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

    gPad->Range(0,0,3700,1600);

    //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");
      }
    }
    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;
    for(std::vector<TPolyLine*>::iterator pos1=vp.begin();pos1!=vp.end();pos1++){
         delete (*pos1);}
   



}//if(temporary_file)
}//if(enabledFecProcessing)
}

void TrackerMap::save_as_fedtrackermap	(	bool	print_total = `true`,
		float	minval = `0.`,
		float	maxval = `0.`,
		std::string	s = `"fed_svgmap.svg"`,
		int	width = `1500`,
		int	height = `800`
	)

Definition at line 1949 of file TrackerMap.cc.

References apvMap, trackerHits::c, colors, edmPickEvents::command, TmModule::count, TmApvPair::count, gather_cfg::cout, defcwindow(), drawApvPair(), enableFedProcessing, fedMap, lut2db_cfg::filename, alcaDQMUpload::filetype(), newFWLiteAna::found, cmsRelvalreport::green(), i, recoMuon::in, combine::key, maxvalue, minvalue, TmApvPair::mod, TmApvPair::mpos, ncrate, ncrates, TmModule::notInUse(), dbtoconf::out, pos, TmApvPair::red, cmsRelvalreport::red(), asciidump::s, saveAsSingleLayer, savefile, temporary_file, TmApvPair::value, TmModule::value, relativeConstraints::value, vc, ExpressReco_HICollisions_FallBack::x, and ExpressReco_HICollisions_FallBack::y.

Referenced by BuildTrackerMapPlugin::endJob(), printall(), and printonline().

                                                                                                                   {
 if(enableFedProcessing){
  std::string filetype=s,outputfilename=s;
  std::vector<TPolyLine*> vp;
  
  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!=0) {
      TmModule * apv_mod = apvPair->mod;
      if(apv_mod !=0 && !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!=0) {
        TmModule * apv_mod = apvPair->mod;
        if(apv_mod !=0 && !apv_mod->notInUse()){
          if(useApvPairValue) apvPair->value = apvPair->value / apvPair->count;
          else if(apvPair->mpos==0)apv_mod->value = apv_mod->value / apv_mod->count;
        }
      }
    }
  }
  if(minvalue>=maxvalue){
    
    minvalue=9999999.;
    maxvalue=-9999999.;
    for(i_apv=apvMap.begin();i_apv !=apvMap.end(); i_apv++){
        TmApvPair *  apvPair= i_apv->second;
        if(apvPair!=0) {
          TmModule * apv_mod = apvPair->mod;
          if( apv_mod !=0 && !apv_mod->notInUse()){
            if(useApvPairValue){
              if (minvalue > apvPair->value)minvalue=apvPair->value;
              if (maxvalue < apvPair->value)maxvalue=apvPair->value;
            } else {
              if (minvalue > apv_mod->value)minvalue=apv_mod->value;
              if (maxvalue < apv_mod->value)maxvalue=apv_mod->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=\"https://www.w3.org/2000/svg\""<<std::endl;
  *savefile << "xmlns:svg=\"https://www.w3.org/2000/svg\" "<<std::endl;
  *savefile << "xmlns:xlink=\"https://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 < (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=\"https://www.w3.org/2000/svg\""<<std::endl;
    *savefile << "xmlns:svg=\"https://www.w3.org/2000/svg\""<<std::endl;
    *savefile << "xmlns:xlink=\"https://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(ncrate);
    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++;
        for (int nconn=0;nconn<96;nconn++){
          int key = fedId*1000+nconn; 
          TmApvPair *  apvPair= apvMap[key];
          if(apvPair !=0){
            TmModule * apv_mod = apvPair->mod;
            if(apv_mod !=0 && !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!=0) {
        TmModule * apv_mod = apvPair->mod;
        if(apv_mod !=0 && apvPair->mpos==0 && !apv_mod->notInUse()){
          apv_mod->value = apv_mod->value * apv_mod->count;
        }
      }
    }
}
  
  if(temporary_file){
    //if(printflag)drawPalette(savefile);
  savefile->close(); delete savefile;

  const char * command1;
  std::string tempfilename = outputfilename + ".coor";
    int red,green,blue,npoints,colindex,ncolor;
    double x[4],y[4];
    ifstream tempfile(tempfilename.c_str(),std::ios::in);
    TCanvas *MyC = new TCanvas("MyC", "TrackerMap",width,height);
    gPad->SetFillColor(38);
    
    gPad->Range(0,0,3750,1600);
    
    //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");
      }
    }
    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;
    for(std::vector<TPolyLine*>::iterator pos1=vp.begin();pos1!=vp.end();pos1++){
         delete (*pos1);}
   
  
}//if(temporary_file)
}//if(enabledFedProcessing)
}

void TrackerMap::save_as_HVtrackermap	(	bool	print_total = `true`,
		float	minval = `0.`,
		float	maxval = `0.`,
		std::string	s = `"psu_svgmap.svg"`,
		int	width = `1500`,
		int	height = `800`
	)

Definition at line 1435 of file TrackerMap.cc.

References TmPsu::blueHV2, TmPsu::blueHV3, trackerHits::c, colors, edmPickEvents::command, TmPsu::countHV2, TmPsu::countHV3, gather_cfg::cout, defpsuwindow(), drawHV2(), drawHV3(), enableHVProcessing, lut2db_cfg::filename, alcaDQMUpload::filetype(), newFWLiteAna::found, TmPsu::getPsuCrate(), TmPsu::getPsuRack(), cmsRelvalreport::green(), TmPsu::greenHV2, TmPsu::greenHV3, i, recoMuon::in, max(), maxvalue, min, minvalue, TmPsu::nmodHV2, TmPsu::nmodHV3, npsuracks, nrack, dbtoconf::out, pos, psuMap, psuModuleMap, cmsRelvalreport::red(), TmPsu::redHV2, TmPsu::redHV3, runTheMatrix::ret, asciidump::s, saveAsSingleLayer, savefile, temporary_file, title, TmPsu::valueHV2, TmPsu::valueHV3, vc, ExpressReco_HICollisions_FallBack::x, and ExpressReco_HICollisions_FallBack::y.

Referenced by printall(), and printonline().

                                                                                                                  {
  
 if(enableHVProcessing){
  std::string filetype=s,outputfilename=s;
  std::vector<TPolyLine*> vp;
  
  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!=0) {
      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!=0) {
       ret = psuModuleMap.equal_range(psu);
         for(it = ret.first; it != ret.second; ++it){
           if((*it).second->HVchannel==2){ psu->valueHV2=psu->valueHV2+(*it).second->value;}
           if((*it).second->HVchannel==3){ psu->valueHV3=psu->valueHV3+(*it).second->value;} 
            }
         if(psu->nmodHV2!=0){psu->valueHV2=psu->valueHV2/psu->nmodHV2;}
         if(psu->nmodHV3!=0){psu->valueHV3=psu->valueHV3/psu->nmodHV3;}
         psu->countHV2=1;
         psu->countHV3=1; 
          
           }
         
         }
       }
   
   if(title==" Tracker Map from  QTestAlarm"){
      for(  ipsu=psuMap.begin();ipsu !=psuMap.end(); ipsu++){
          TmPsu *  psu= ipsu->second;
          if(psu!=0) {
            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!=0) {
          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!=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=\"https://www.w3.org/2000/svg\""<<std::endl;
  *savefile << "xmlns:svg=\"https://www.w3.org/2000/svg\" "<<std::endl;
  *savefile << "xmlns:xlink=\"https://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=\"https://www.w3.org/2000/svg\""<<std::endl;
    *savefile << "xmlns:svg=\"https://www.w3.org/2000/svg\""<<std::endl;
    *savefile << "xmlns:xlink=\"https://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(nrack);
    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!=0) {
          psu->valueHV2 = psu->valueHV2 * psu->countHV2;
          psu->valueHV3 = psu->valueHV3 * psu->countHV3;
          }
       }
     }
  

  if(temporary_file){
 //   if(printflag)drawPalette(savefile);
    savefile->close(); 

  const char * command1;
  std::string tempfilename = outputfilename + ".coor";
    int red,green,blue,npoints,colindex,ncolor;
    double x[4],y[4];
    ifstream tempfile(tempfilename.c_str(),std::ios::in);
    TCanvas *MyC = new TCanvas("MyC", "TrackerMap",width,height);
    gPad->SetFillColor(38);
    
    gPad->Range(0,0,3700,1600);
    
    //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");
      }
    }
    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;
    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 = `true`,
		float	minval = `0.`,
		float	maxval = `0.`,
		std::string	s = `"psu_svgmap.svg"`,
		int	width = `1500`,
		int	height = `800`
	)

Definition at line 1700 of file TrackerMap.cc.

References TmPsu::blue, trackerHits::c, colors, edmPickEvents::command, TmPsu::count, gather_cfg::cout, defpsuwindow(), drawPsu(), enableLVProcessing, lut2db_cfg::filename, alcaDQMUpload::filetype(), newFWLiteAna::found, TmPsu::getPsuCrate(), TmPsu::getPsuRack(), cmsRelvalreport::green(), TmPsu::green, i, recoMuon::in, maxvalue, minvalue, TmPsu::nmod, npsuracks, nrack, dbtoconf::out, pos, psuMap, psuModuleMap, TmPsu::red, cmsRelvalreport::red(), runTheMatrix::ret, asciidump::s, saveAsSingleLayer, savefile, temporary_file, title, TmPsu::value, relativeConstraints::value, vc, ExpressReco_HICollisions_FallBack::x, and ExpressReco_HICollisions_FallBack::y.

Referenced by printall(), and printonline().

                                                                                                                   {
  
 if(enableLVProcessing){
  
  std::string filetype=s,outputfilename=s;
  std::vector<TPolyLine*> vp;
  
  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!=0) {
      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!=0) {
         ret = psuModuleMap.equal_range(psu);
         for(it = ret.first; it != ret.second; ++it){
            psu->value=psu->value+(*it).second->value;
            
            }
         psu->value=psu->value/psu->nmod;
         psu->count=1;
     
         }
       }
    }
  
  if(title==" Tracker Map from  QTestAlarm"){
      for(  ipsu=psuMap.begin();ipsu !=psuMap.end(); ipsu++){
          TmPsu *  psu= ipsu->second;
          if(psu!=0) {
            ret = psuModuleMap.equal_range(psu);
            psu->red=0;psu->green=255;psu->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 ) ){
                psu->red=255;psu->green=0;psu->blue=0;
                }
              }
           }
      }
   }
  
  
  
  if(!print_total){
    for(  ipsu=psuMap.begin();ipsu !=psuMap.end(); ipsu++){
    TmPsu *  psu= ipsu->second;
      if(psu!=0) {
          if(usePsuValue) psu->value = psu->value / psu->count;

        }
    }
  }
  
  if(minvalue>=maxvalue){
    
    minvalue=9999999.;
    maxvalue=-9999999.;
    for( ipsu=psuMap.begin();ipsu !=psuMap.end(); ipsu++){
       TmPsu *  psu= ipsu->second;
       if(psu!=0) {
              if (minvalue > psu->value)minvalue=psu->value;
              if (maxvalue < psu->value)maxvalue=psu->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=\"https://www.w3.org/2000/svg\""<<std::endl;
  *savefile << "xmlns:svg=\"https://www.w3.org/2000/svg\" "<<std::endl;
  *savefile << "xmlns:xlink=\"https://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;
    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=\"https://www.w3.org/2000/svg\""<<std::endl;
    *savefile << "xmlns:svg=\"https://www.w3.org/2000/svg\""<<std::endl;
    *savefile << "xmlns:xlink=\"https://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(nrack);
    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!=0) {
          psu->value = psu->value * psu->count;
          }
       }
     }
  
  
  if(temporary_file){
  //  if(printflag)drawPalette(savefile);
    savefile->close(); 

  const char * command1;
  std::string tempfilename = outputfilename + ".coor";
    int red,green,blue,npoints,colindex,ncolor;
    double x[4],y[4];
    ifstream tempfile(tempfilename.c_str(),std::ios::in);
    TCanvas *MyC = new TCanvas("MyC", "TrackerMap",width,height);
    gPad->SetFillColor(38);
    
    gPad->Range(0,0,3700,1600);
    
    //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");
      }
    }
    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;
    for(std::vector<TPolyLine*>::iterator pos1=vp.begin();pos1!=vp.end();pos1++){
         delete (*pos1);}
   
}//if(temporary_file)
}//if(enabledFedProcessing)
}

void TrackerMap::setPalette ( int numpalette ) [inline]

Definition at line 68 of file TrackerMap.h.

References palette.

Referenced by BuildTrackerMapPlugin::endJob(), APVShotsAnalyzer::endJob(), and SiStripBaseCondObjDQM::saveTkMap().

{palette=numpalette;}

void TrackerMap::setRange	(	float	min,
		float	max
	)		`[inline]`

Definition at line 72 of file TrackerMap.h.

References gmaxvalue, gminvalue, max(), and min.

Referenced by SiStripTrackerMapCreator::setTkMapRange().

{gminvalue=min;gmaxvalue=max;};

void TrackerMap::setText	(	int	layer,
		int	ring,
		int	nmod,
		std::string	s
	)

Definition at line 2569 of file TrackerMap.cc.

References gather_cfg::cout, combine::key, mod(), asciidump::s, smoduleMap, and TmModule::text.

                                                                  {

  int key = layer*100000+ring*1000+nmod;
  TmModule * mod = smoduleMap[key];
  if(mod!=0){
     mod->text=s;
  }
  else std::cout << "**************************error in SvgModuleMap **************";
}

void TrackerMap::setText	(	int	idmod,
		std::string	s
	)

Definition at line 2559 of file TrackerMap.cc.

References gather_cfg::cout, imoduleMap, mod(), asciidump::s, and TmModule::text.

Referenced by SiStripTrackerMapCreator::paintTkMapFromAlarm(), and SiStripTrackerMapCreator::paintTkMapFromHistogram().

                                              {

  TmModule * mod = imoduleMap[idmod];
  if(mod!=0){
     mod->text=s;
  }
  else std::cout << "**************************error in IdModuleMap **************";
}

void TrackerMap::setTitle ( std::string s ) [inline]

Definition at line 71 of file TrackerMap.h.

References asciidump::s, and title.

Referenced by SiStripTrackerMapCreator::create(), and SiStripTrackerMapCreator::createForOffline().

{title=s;};

void TrackerMap::showPalette ( bool printflag1 ) [inline]

Definition at line 70 of file TrackerMap.h.

References printflag.

Referenced by BuildTrackerMapPlugin::endJob(), and SiStripBaseCondObjDQM::saveTkMap().

{printflag=printflag1;};

double TrackerMap::xdpixel ( double x ) [inline]

Definition at line 174 of file TrackerMap.h.

References ix, saveAsSingleLayer, xmax, xmin, and xsize.

Referenced by drawModule(), and SiPixelTrackerMap::drawModule().

                           {
    double res;
    if(saveAsSingleLayer)res= ((x-xmin)/(xmax-xmin)*xsize);
    else res= ((x-xmin)/(xmax-xmin)*xsize)+ix;
    return res;
  }

double TrackerMap::xdpixelc ( double x ) [inline]

Definition at line 194 of file TrackerMap.h.

References ix, saveAsSingleLayer, xmax, xmin, and xsize.

Referenced by drawApvPair().

                            {
    double res;
    if(saveAsSingleLayer)res= ((x-xmin)/(xmax-xmin)*xsize);
    else res= ((x-xmin)/(xmax-xmin)*xsize)+ix;
    return res;
  }

double TrackerMap::xdpixelfec ( double x ) [inline]

Definition at line 208 of file TrackerMap.h.

References ix, saveAsSingleLayer, xmax, xmin, and xsize.

Referenced by drawCcu().

                              {
    double res;
    if(saveAsSingleLayer)res= ((x-xmin)/(xmax-xmin)*xsize);
    else res= ((x-xmin)/(xmax-xmin)*xsize)+ix;
    return res;
  }

double TrackerMap::xdpixelpsu ( double x ) [inline]

Definition at line 222 of file TrackerMap.h.

References ix, saveAsSingleLayer, xmax, xmin, and xsize.

Referenced by drawHV2(), drawHV3(), and drawPsu().

                              {
    double res;
    if(saveAsSingleLayer)res= ((x-xmin)/(xmax-xmin)*xsize);
    else res= ((x-xmin)/(xmax-xmin)*xsize)+ix;
    return res;
  }

double TrackerMap::ydpixel ( double y ) [inline]

Definition at line 180 of file TrackerMap.h.

References iy, nlay, saveAsSingleLayer, xsize, ymax, ymin, and ysize.

Referenced by drawModule(), and SiPixelTrackerMap::drawModule().

                           {
    double res=0;
    double y1;
    y1 = (y-ymin)/(ymax-ymin);
    if(nlay>30)
       {
        if(nlay <34) res= 2*ysize - (y1*2*ysize);
        if(nlay==34) res= 2.4*ysize - (y1*2.4*ysize);
        if(nlay>34) res= 2.5*ysize - (y1*2.5*ysize);  
        }
    else res= xsize - (y1*xsize);
    if(!saveAsSingleLayer) res=res+iy;
    return res;
  }

double TrackerMap::ydpixelc ( double y ) [inline]

Definition at line 200 of file TrackerMap.h.

References iy, saveAsSingleLayer, ymax, ymin, and ysize.

Referenced by drawApvPair().

                            {
    double res;
    double y1;
    y1 = (y-ymin)/(ymax-ymin);
     if(saveAsSingleLayer)res= 2*ysize - (y1*2*ysize);
     else res= 2*ysize - (y1*2*ysize)+iy;
    return res;
  }

double TrackerMap::ydpixelfec ( double y ) [inline]

Definition at line 214 of file TrackerMap.h.

References iy, saveAsSingleLayer, ymax, ymin, and ysize.

Referenced by drawCcu().

                              {
    double res;
    double y1;
    y1 = (y-ymin)/(ymax-ymin);
     if(saveAsSingleLayer)res= 2*ysize - (y1*2*ysize);
     else res= 2*ysize - (y1*2*ysize)+iy;
    return res;
  }

double TrackerMap::ydpixelpsu ( double y ) [inline]

Definition at line 228 of file TrackerMap.h.

References iy, saveAsSingleLayer, ymax, ymin, and ysize.

Referenced by drawHV2(), drawHV3(), and drawPsu().

                               {
    double res;
    double y1;
    y1 = (y-ymin)/(ymax-ymin);
     if(saveAsSingleLayer)res= 2*ysize - (y1*2*ysize);
     else res= 2*ysize - (y1*2*ysize)+iy;
    return res;
  }