beamtime/gsi-aug12/get4v10/go4/ROOTCONV/TRootConverterParam.cxx (r4864/r3846)

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/* Generated by Together */

#include "TRootConverterParam.h"
#include "TGo4Version.h"
#if __GO4BUILDVERSION__ > 40502
   #include "go4iostream.h"
#else
   #include "Riostream.h"
#endif

/***** Default values definition *****/
#define OUTPUT_FILE_ENABLE     0
#define OUTPUT_FILENAME    "testTree.root"
#define ROOT_TREE_DISPLAY      0
#define EVNT_BEF_RESET         5000
#define GET4_DATA_IN_TREE      0
#define TDC_REFERENCE         -1
#define CHANNEL_TDC_REFERENCE -1
#define CAEN_TDC_MODE          1
#define CAEN_TDC_MUTLTI        0
#define CAEN_TDC_GENERAL_ENA   0
#define PMT_TDC               -1
#define PMT_QDC               -1
#define RPC_TDC_LEADING       -1
#define RPC_TDC_LEADING       -1
#define TRIGLOG_DATA_IN_TREE   0
#define HODOSCOPE_DATA_IN_TREE 0
#define HODOSCOPE_DEBUG_HISTO  0
#define VFTX_DATA_IN_TREE      0
#define VFTX_FULL_DATA_MODE    0
#define SCALORMU_IN_TREE       0
#define VFTX_ENABLE            0
#define SLOW_CONTROL_IN_TREE   0
#define NB_SLOW_CONTROL_CH     0
/*************************************/

//***********************************************************
TRootConverterParam::TRootConverterParam() : TGo4Parameter()
{
   uRootDisplay         = 0;  // No Online Change - Enable/Disable root tree display in GO4 interface
   uCleanOuputEnable    = 0;  // No Online Change - Enable/Disable the generation of a cleaned data output file
   uEventsUntilReset    = 0;  // When tree displayed but not saved, number of events in Tree before periodic reset
   sOutputFilename      = ""; // No Online Change - Filename for the output of the Cleanning/Unpack step
   uAddGet4DataInTree   = 0;  // No Online Change - Enable/Disable the Get4 data in the TTree root output
   iReferenceTdc        = -1; // Index of the Caen TDC containing the t0 hybrid reference time
   iReferenceChannel1   = -1; // Index of the channel containing the t0 hybrid reference time
   iReferenceChannel2   = -1; // Index of the channel containing the t0 hybrid reference time
   uCaenMode            =  0; // No Online Change - Caen Output mode
   uCaenMulti           =  0; // No Online Change - Enable/disable multi hits support for caen in general mode
   iPmtTdc              = -1; // Index of the Caen TDC containing the PMT data
   iPmtQdc              = -1; // Index of the Lecroy Qdc containing the PMT data
   iRpcTdcLeading       = -1; // Index of the Caen TDC containing the RPC leading  edge data
   iRpcTdcTrailing      = -1; // Index of the Caen TDC containing the RPC trailing edge data
   uTriglogInputInTree  = 0;  // No Online Change - Enable/Disable the triglog input scalers data in the TTree root output
   uHodoInputInTree     = 0;  // No Online Change - Enable/Disable the fiber hodoscope data in the TTree root output
   uHodoDebugHisto      = 0;  // No Online Change - Enable/Disable the fiber hodoscope ddebug histograms
   uVftxInTree          = 0;  // No Online Change - Enable/Disable the Vftx (Fpga TDC) data in the TTree root output
   uVftxFullDataMode    = 0;  // No Online Change - Enable/Disable the Vftx (Fpga TDC) data in the TTree root output
   uScalOrMuInTree      = 0;  // No Online Change - Enable/Disable the Scaler Or Multiplicity scaler data in TTree root output
   uSlowControlInTree   = 0;  // No Online Change - Enable/Disable inclusion of slow control data for HDRPC in Tree
   uNbSlowControlChan   = 0;  // No Online Change - Number of HV channels Slow Control to be saved in the tree
}


//***********************************************************
TRootConverterParam::TRootConverterParam(const char* name) : TGo4Parameter(name)
{
   uRootDisplay         = 0;  // No Online Change - Enable/Disable root tree display in GO4 interface
   uCleanOuputEnable    = 0;  // No Online Change - Enable/Disable the generation of a cleaned data output file
   uEventsUntilReset    = 0;  // When tree displayed but not saved, number of events in Tree before periodic reset
   sOutputFilename      = ""; // No Online Change - Filename for the output of the Cleanning/Unpack step
   uAddGet4DataInTree   = 0;  // No Online Change - Enable/Disable the Get4 data in the TTree root output
   iReferenceTdc        = -1; // Index of the Caen TDC containing the t0 hybrid reference time
   iReferenceChannel1   = -1; // Index of the channel containing the t0 hybrid reference time
   iReferenceChannel2   = -1; // Index of the channel containing the t0 hybrid reference time
   uCaenMode            =  0; // No Online Change - Caen Output mode
   uCaenMulti           =  0; // No Online Change - Enable/disable multi hits support for caen in general mode
   iPmtTdc              = -1; // Index of the Caen TDC containing the PMT data
   iPmtQdc              = -1; // Index of the Lecroy Qdc containing the PMT data
   iRpcTdcLeading       = -1; // Index of the Caen TDC containing the RPC leading  edge data
   iRpcTdcTrailing      = -1; // Index of the Caen TDC containing the RPC trailing edge data
   uTriglogInputInTree  = 0;  // No Online Change - Enable/Disable the triglog input scalers data in the TTree root output
   uHodoInputInTree     = 0;  // No Online Change - Enable/Disable the fiber hodoscope data in the TTree root output
   uHodoDebugHisto      = 0;  // No Online Change - Enable/Disable the fiber hodoscope ddebug histograms
   uVftxInTree          = 0;  // No Online Change - Enable/Disable the Vftx (Fpga TDC) data in the TTree root output
   uVftxFullDataMode    = 0;  // No Online Change - Enable/Disable the Vftx (Fpga TDC) data in the TTree root output
   uScalOrMuInTree      = 0;  // No Online Change - Enable/Disable the Scaler Or Multiplicity scaler data in TTree root output
   uSlowControlInTree   = 0;  // No Online Change - Enable/Disable inclusion of slow control data for HDRPC in Tree
   uNbSlowControlChan   = 0;  // No Online Change - Number of HV channels Slow Control to be saved in the tree

   ReadOptions();
   this->PrintOptions();
}
//***********************************************************

TRootConverterParam::~TRootConverterParam()
{
}
//-----------------------------------------------------------
Bool_t TRootConverterParam::UpdateFrom(TGo4Parameter *pp)
{
  if(pp->InheritsFrom("TRootConverterParam")) {
     TRootConverterParam * from = (TRootConverterParam *) pp;
     cout << "**** TRootConverterParam " << GetName() << " updated from source parameter" << endl;
  } else
     cout << "Wrong parameter object: " << pp->ClassName() << endl;
  return kTRUE;
}

Bool_t TRootConverterParam::ReadOptions()
{// Loading default values for safety
   uRootDisplay         = ROOT_TREE_DISPLAY;
   uCleanOuputEnable    = OUTPUT_FILE_ENABLE;
   uEventsUntilReset    = EVNT_BEF_RESET;
   sOutputFilename      = OUTPUT_FILENAME;
   uAddGet4DataInTree   = GET4_DATA_IN_TREE;
   iReferenceTdc        = TDC_REFERENCE;
   iReferenceChannel1   = CHANNEL_TDC_REFERENCE;
   iReferenceChannel2   = CHANNEL_TDC_REFERENCE;
   uCaenMode            = CAEN_TDC_MODE;
   uCaenMulti           = CAEN_TDC_MUTLTI;
   for(UInt_t temp_index = 0; temp_index < MAX_HV_CHAN_SC; temp_index++)
      uGeneralCaenTdcEnabled[temp_index] = CAEN_TDC_GENERAL_ENA;
   iPmtTdc              = PMT_TDC;
   iPmtQdc              = PMT_QDC;
   iRpcTdcLeading       = RPC_TDC_LEADING;
   iRpcTdcTrailing      = RPC_TDC_LEADING;
   uTriglogInputInTree  = TRIGLOG_DATA_IN_TREE;
   uHodoInputInTree     = HODOSCOPE_DATA_IN_TREE;
   uHodoDebugHisto      = HODOSCOPE_DEBUG_HISTO;
   uVftxInTree          = VFTX_DATA_IN_TREE;
   uVftxFullDataMode    = VFTX_FULL_DATA_MODE;
   uScalOrMuInTree      = SCALORMU_IN_TREE;
   for(UInt_t temp_index = 0; temp_index < MAX_FPGA_TDC; temp_index++)
      uVftxEnabled[temp_index] = VFTX_ENABLE;
   uSlowControlInTree   = SLOW_CONTROL_IN_TREE;
   uNbSlowControlChan   = NB_SLOW_CONTROL_CH;
   for(UInt_t temp_index = 0; temp_index < MAX_HV_CHAN_SC; temp_index++)
   {
      sScInputNamePosI[temp_index] = "";
      sScOutputNamePosI[temp_index]= "";
      sScInputNamePosU[temp_index] = "";
      sScOutputNamePosU[temp_index]= "";
      sScInputNameNegI[temp_index] = "";
      sScOutputNameNegI[temp_index]= "";
      sScInputNameNegU[temp_index] = "";
      sScOutputNameNegU[temp_index]= "";
   } // for(UInt_t temp_index = 0; temp_index < MAX_HV_CHAN_SC; temp_index++)

   // Try to read the option filename from the general option files text file
   TString sOptionFileName = "./rootconv_options.txt";
   Bool_t bFilenameFound = kFALSE;
   fstream optionFilenameFile("./Option_files.txt", ios::in);
   // Testing if the file does exist. If not I use default values
   if( optionFilenameFile.fail() == true)
   {
      cout<<"************************************************************************"<<endl;
      cout<<" File with option filename for Root Conv not found: using the default value ";
      cout<<sOptionFileName<<endl;
   } // if( optionFilenameFile.fail() == true)
      else
      {
         TString line;

         // Goes through all lines
         while( !optionFilenameFile.eof() )
         {
           line.ReadLine(optionFilenameFile, kFALSE); // Read a line of the option file and set the iterator automatically to the next line

           if(line(0) == '#' || line(0) == '*'||
               (line(0) == '/' && line(1) == '/') )
           {
              //Comment in the text file
              ;
           }
           else if(line.Contains("rootconv")==kTRUE)
           {
              sOptionFileName = ((TString)line(11, line.Sizeof()-11 ));
              cout<<"************************************************************************"<<endl;
              cout<<"Using "<<sOptionFileName<<" as source for the options of Root Conv step"<<endl;
              bFilenameFound = kTRUE;
              break;
           }
         } // while( !optionFilenameFile.eof() )
         if( optionFilenameFile.eof() && kFALSE == bFilenameFound )
         {
            cout<<"************************************************************************"<<endl;
            cout<<"Field for Root Conv step not found in File with option filename => Using "<<sOptionFileName<<endl;
         } // if( optionFilenameFile.eof() && kFALSE == bFilenameFound )
      } // else of if( optionFilenameFile.fail() == true)


   // Reading out parameters from the option file
   //~ fstream setupFile("./ROOTFORMAT/rootconv_options.txt", ios::in);
   fstream setupFile(sOptionFileName, ios::in);
   if( setupFile.fail() == true)
   {
      cout<<"Error for TRootConverterParam: Setup file "<<sOptionFileName<<" can not be opened or is missing."<<endl;
      cout<<"=> Using default values!"<<endl;
   }
   else
   {
      TString line;
      while( !setupFile.eof() )
      {
         line.ReadLine(setupFile, kFALSE); // Read a line of the option file and set the iterator automatically to the next line
         if(line(0) == '#' || line(0) == '*')
         {
            //Comment
            ;
         }
         else if(line.Contains("disproot")==kTRUE)
         {
            uRootDisplay = ((TString)line(8,10)).Atoi();
         }
         else if(line.Contains("cleanoutp")==kTRUE)
         {
            uCleanOuputEnable = ((TString)line(10,10)).Atoi();
         }
         else if(line.Contains("nbevtrst")==kTRUE)
         {
            uEventsUntilReset = ((TString)line(8,10)).Atoi();
         }
         else if(line.Contains("cleanfile")==kTRUE)
         {
            sOutputFilename = line(10,120);
         }
         else if(line.Contains("get4intree")==kTRUE)
         {
            uAddGet4DataInTree = ((TString)line(11,10)).Atoi();
         }
         else if(line.Contains("indreftdc")==kTRUE)
         {
            iReferenceTdc = ((TString)line(10,10)).Atoi();
         }
         else if(line.Contains("charefone")==kTRUE)
         {
            iReferenceChannel1 = ((TString)line(10,10)).Atoi();
         }
         else if(line.Contains("chareftwo")==kTRUE)
         {
            iReferenceChannel2 = ((TString)line(10,10)).Atoi();
         }
         else if(line.Contains("caenmode")==kTRUE)
         {
            uCaenMode = ((TString)line(10,10)).Atoi();
         }
         else if(line.Contains("caenmulti")==kTRUE)
         {
            uCaenMulti = ((TString)line(10,10)).Atoi();
         }
         else if(line.Contains("caentdcena")==kTRUE)
         {
            line = line(11,39);
            if( 0 != line.Sizeof() )
            {
               for(UInt_t temp_index = 0; temp_index < MAX_1290 && 0 != line.Sizeof(); temp_index++)
               {
                  uGeneralCaenTdcEnabled[temp_index] = ((TString)line(0,3)).Atoi();
                  line = line(3,39);
               } // for(UInt_t temp_index = 0; temp_index < MAX_1290 && 0 != line.Sizeof(); temp_index++)
            } // if( 0 != line.Sizeof() )
         }
         else if(line.Contains("pmttdcind")==kTRUE)
         {
            iPmtTdc = ((TString)line(10,10)).Atoi();
         }
         else if(line.Contains("pmtqdcind")==kTRUE)
         {
            iPmtQdc = ((TString)line(10,10)).Atoi();
         }
         else if(line.Contains("rpctdclei")==kTRUE)
         {
            iRpcTdcLeading = ((TString)line(10,10)).Atoi();
         }
         else if(line.Contains("rpctdcfai")==kTRUE)
         {
            iRpcTdcTrailing = ((TString)line(10,10)).Atoi();
         }
         else if(line.Contains("trigintree")==kTRUE)
         {
            uTriglogInputInTree = ((TString)line(11,10)).Atoi();
         }
         else if(line.Contains("hodointree")==kTRUE)
         {
            uHodoInputInTree = ((TString)line(11,10)).Atoi();
         }
         else if(line.Contains("hodohisdeb")==kTRUE)
         {
            uHodoDebugHisto = ((TString)line(11,10)).Atoi();
         }
         else if(line.Contains("vftxintree")==kTRUE)
         {
            uVftxInTree = ((TString)line(11,10)).Atoi();
         }
         else if(line.Contains("vftxfullda")==kTRUE)
         {
            uVftxFullDataMode = ((TString)line(11,10)).Atoi();
         }
         else if(line.Contains("vftxenable")==kTRUE)
         {
            line = line(11,39);
            if( 0 != line.Sizeof() )
            {
               for(UInt_t temp_index = 0; temp_index < MAX_FPGA_TDC && 0 != line.Sizeof(); temp_index++)
               {
                  uVftxEnabled[temp_index] = ((TString)line(0,3)).Atoi();
                  line = line(3,39);
               } // for(UInt_t temp_index = 0; temp_index < MAX_1290 && 0 != line.Sizeof(); temp_index++)
            } // if( 0 != line.Sizeof() )
         }
         else if(line.Contains("scomintree")==kTRUE)
         {
            uScalOrMuInTree = ((TString)line(11,10)).Atoi();
         }
         else if(line.Contains("slcointree")==kTRUE)
         {
            uSlowControlInTree = ((TString)line(11,10)).Atoi();
         }
         else if(line.Contains("nbslowcoch")==kTRUE)
         {
            uNbSlowControlChan = ((TString)line(11,10)).Atoi();
            if( MAX_HV_CHAN_SC < uNbSlowControlChan)
               uNbSlowControlChan = MAX_HV_CHAN_SC;
         }
         else if(line.Contains("slowcontch")==kTRUE)
         {
            line = line(12,36);
            if( 0 != uNbSlowControlChan && 0 != line.Sizeof() )
            {
               UInt_t uChannelIndex = 0;
               for(UInt_t temp_index = 0; temp_index < uNbSlowControlChan && 0 != line.Sizeof(); temp_index++)
               {
                  uChannelIndex = ((TString)line(0,3)).Atoi();

                  uSlowControlChans[temp_index]= uChannelIndex;
                  sScInputNamePosI[temp_index] = Form("CBM:HV:A1526P:CH%d:imon", uChannelIndex);
                  sScOutputNamePosI[temp_index]= Form("I_PosHv_ch%d", uChannelIndex);
                  sScInputNamePosU[temp_index] = Form("CBM:HV:A1526P:CH%d:vmon", uChannelIndex);
                  sScOutputNamePosU[temp_index]= Form("U_PosHv_ch%d", uChannelIndex);
                  sScInputNameNegI[temp_index] = Form("CBM:HV:A1526N:CH%d:imon", uChannelIndex);
                  sScOutputNameNegI[temp_index]= Form("I_NegHv_ch%d", uChannelIndex);
                  sScInputNameNegU[temp_index] = Form("CBM:HV:A1526N:CH%d:vmon", uChannelIndex);
                  sScOutputNameNegU[temp_index]= Form("U_NegHv_ch%d", uChannelIndex);

                  line = line(3,36);
               } // for(UInt_t temp_index = 0; temp_index < uNbStrips && 0 != line.Sizeof(); temp_index++)
            } //  if( 0 != uNbSlowControlChan && 0 != line.Sizeof() )
            else if( 0 == line.Sizeof() )
               cout<<"Error: Some HV channel expected and empty string for exact indexes!"<<endl;
         } // else if(line.Contains("slowcontch")==kTRUE)
         
      }
   }
   
   setupFile.close();
   
   return kTRUE;
}
Int_t TRootConverterParam::PrintOptions()
{
   cout<<"******************* ROOT Tree converter parameters *********************"<<endl;
//   cout<<"       Option values Root Converter Param"<<endl;
   if( uRootDisplay )
      cout<<"Clean data tree display in Go4:    ON "<<endl;
      else cout<<"Clean data tree display in Go4:    OFF"<<endl;
   if( uCleanOuputEnable )
   {
      cout<<"Output file for clean data tree:   ON "<<endl;
      cout<<"Output filename:                   "<<sOutputFilename<<endl;
   }
      else cout<<"Output file for clean data tree:   OFF"<<endl;
   if( uRootDisplay && 0 == uCleanOuputEnable )
      cout<<"Nb Events before periodic reset:   "<<uEventsUntilReset<<endl;
   if(1 == uRootDisplay || 1 == uCleanOuputEnable )
   {
      if( 1 == uAddGet4DataInTree )
         cout<<"GET4 data added to the TTree:       ON "<<endl;
         else cout<<"GET4 data added to the TTree:       OFF"<<endl;
      if( -1 != iPmtTdc || -1 != iPmtQdc )
      {
         cout<<"Caen TDC for PMT data:             "<<iPmtTdc<<endl;
         cout<<"Lecroy for PMT data:               "<<iPmtQdc<<endl;
      }
      if( 0 == uCaenMode)
      {
         cout<<"mode for CAEN data in tree:        COSY 2011 like "<<endl;
         if( -1 != iRpcTdcLeading || -1 != iRpcTdcTrailing )
         {
            cout<<"Caen TDC for RPC leading edge:    "<<iRpcTdcLeading<<endl;
            cout<<"Caen TDC for RPC trailing edge:   "<<iRpcTdcTrailing<<endl;
         }
         if( -1 != iReferenceTdc || -1 != iReferenceChannel1 || -1 != iReferenceChannel2)
         {
            cout<<"Caen TDC for t0 reference:        "<<iReferenceTdc<<endl;
            cout<<"1st Caen TDC Channel for t0 ref:  "<<iReferenceChannel1<<endl;
            cout<<"2nd Caen TDC Channel for t0 ref:  "<<iReferenceChannel2<<endl;
         }
      } // if( 0 == uCaenMode)
      else
      {
         cout<<"mode for CAEN data in tree:        General "<<endl;
         if( 1 == uCaenMulti )
            cout<<"CAEN multiple hits in TTree:       ON "<<endl;
            else cout<<"CAEN multiple hits in TTree:       OFF"<<endl;

         cout<<"Caen v1290 tdc index:      |-      ";
         for( Int_t iIndex1290 = 0; iIndex1290 < MAX_1290; iIndex1290++)
         {
            cout.width(2);
            cout<<iIndex1290<<" ";
         }
         cout<<endl<<"Added in Tree?             |->     ";
         for( Int_t iIndex1290 = 0; iIndex1290 < MAX_1290; iIndex1290++)
         {
            cout.width(2);
            cout<<uGeneralCaenTdcEnabled[iIndex1290]<<" ";
         }
         cout<<endl;
      } // else of if( 0 == uCaenMode) => general mode
      if( uTriglogInputInTree )
         cout<<"TrigLog data added to the TTree:   ON "<<endl;
         else cout<<"TrigLog data added to the TTree:   OFF"<<endl;
      if( uHodoInputInTree )
         cout<<"Hodoscope data added to the TTree: ON "<<endl;
         else cout<<"Hodoscope data added to the TTree: OFF"<<endl;
      if( uHodoDebugHisto )
         cout<<"Hodoscope debug histograms:        ON "<<endl;
         else cout<<"Hodoscope debug histograms:        OFF"<<endl;
      if( uVftxInTree )
      {
         cout<<"VFTX data added to the TTree:      ON "<<endl;

         if( uVftxFullDataMode )
         cout<<"VFTX data in tree:                 FULL = raw + calib "<<endl;
            else cout<<"VFTX data in tree:                 Only CALIB "<<endl;

         cout<<"VFTX tdc index:            |-      ";
         for( Int_t iIndexVftx = 0; iIndexVftx < MAX_FPGA_TDC; iIndexVftx++)
         {
            cout.width(2);
            cout<<iIndexVftx<<" ";
         }
         cout<<endl<<"Added in Tree?             |->     ";
         for( Int_t iIndexVftx = 0; iIndexVftx < MAX_FPGA_TDC; iIndexVftx++)
         {
            cout.width(2);
            cout<<uVftxEnabled[iIndexVftx]<<" ";
         }
         cout<<endl;
      }
         else cout<<"VFTX data added to the TTree:      OFF"<<endl;
      if( uScalOrMuInTree )
         cout<<"ScalOrMu scalers added to TTree:   ON "<<endl;
         else cout<<"ScalOrMu scalers added to TTree:   OFF"<<endl;
      if( uSlowControlInTree )
      {
         cout<<"HDRPC HV value added to the TTree: ON "<<endl;
         cout<<"Nb slow control HV channels saved:  "<<uNbSlowControlChan<<endl;
         cout<<"Index slow control HV channels:     ";
         for(UInt_t temp_index = 0; temp_index < uNbSlowControlChan; temp_index++)
            cout<<uSlowControlChans[temp_index]<<" ";
         cout<<endl;
//         for(UInt_t temp_index = 0; temp_index < uNbSlowControlChan; temp_index++)
//         {
//            cout<<sScInputNamePosI[temp_index]<<" ";
//            cout<<sScOutputNamePosI[temp_index]<<" ";
//            cout<<sScInputNamePosU[temp_index]<<" ";
//            cout<<sScOutputNamePosU[temp_index]<<" ";
//            cout<<sScInputNameNegI[temp_index]<<" ";
//            cout<<sScOutputNameNegI[temp_index]<<" ";
//            cout<<sScInputNameNegU[temp_index]<<" ";
//            cout<<sScOutputNameNegU[temp_index]<<" ";
//            cout<<endl;
//         }
      }
         else cout<<"HDRPC HV value added to the TTree: OFF"<<endl;
   }
   cout<<"************************************************************************"<<endl;
   
   return 0;
}