////////////////////////////////////
// KRATTA Array Event Unpacker
// for the Asy-Eos experiment
// TKRATPhotodiode IMPLEMENTATION
// March 2012
// revison 3/2012
// E.d.F ver 1.0 
// sebastian.kupny@uj.edu.pl
// Based on TLANDEvent 09/11/2011
////////////////////////////////////


#include "TKRATPhotodiode.h"

ClassImp(TKRATPhotodiode);


/// %%%%%%%%%%%%%%%%%%%%%%%%%%%  TKRATPhotodiode  %%%%%%%%%%%%%%%%%%%%%%%%%%

TKRATPhotodiode::TKRATPhotodiode():fRow(UNKNOWN_ROW), fColumn(UNKNOWN_COLUMN), fPhotodiode(UNKNOWN_PH),fSignalArray()
{
}

//Destructor 
TKRATPhotodiode::~TKRATPhotodiode()
{
}

TKRATPhotodiode::TKRATPhotodiode( EnTColumn  column,
                                  EnTRow row,
                                  EnTPhotodiode photodiode
                                ):fColumn(column),
                                  fRow(row),
                                  fPhotodiode(photodiode),
                                  fSignalArray()
{	  
}

TKRATPhotodiode::TKRATPhotodiode( EnTColumn  column,
                                  EnTRow row,
                                  EnTPhotodiode photodiode,
                                  Int_t signalArraySize,
                                  Int_t * signalArray
                                ):fColumn(column),
                                  fRow(row),
                                  fPhotodiode(photodiode),
                                  fSignalArray(signalArraySize, signalArray)
{	  
}


void TKRATPhotodiode::Set(EnTColumn  column,
                          EnTRow row,
                          EnTPhotodiode photodiode
                         )
{
  fColumn = column;
  fRow = row;
  fPhotodiode = photodiode;
}

void TKRATPhotodiode::Set(  EnTColumn  column,
                            EnTRow row,
                            EnTPhotodiode photodiode,
                            Int_t signalArraySize,
                            Int_t * signalArray
                          )
{
  fColumn = column;
  fRow = row;
  fPhotodiode = photodiode;
  fSignalArray.Set( signalArraySize, signalArray );
}

void TKRATPhotodiode::Set(  Int_t signalArraySize,
                            Int_t * signalArray
                          )
{
  fSignalArray.Set( signalArraySize, signalArray );
}

Int_t TKRATPhotodiode::GetRow_Int()
{
  if(fRow > 0 ){
    return ((Int_t)fRow ) - 1;
  }
  else{
    return ((Int_t)fRow );
  }
}

Int_t TKRATPhotodiode::GetColumn_Int()
{
  return  ((Int_t) fColumn );
}

Int_t TKRATPhotodiode::GetPhotodiode_Int()
{
  return ((Int_t) fPhotodiode );
}

Int_t TKRATPhotodiode::GetId( void )
{
  Int_t id = -1;
  if (fRow >= 0 && fColumn >= 0  && fPhotodiode >= 0 )
    id = (KRATTA_ROWS * KRATTA_COLUMNS) * fPhotodiode + KRATTA_COLUMNS*(fRow-1) + fColumn;
  return id;
}

TString TKRATPhotodiode::ToString( void )
{
  TString str = Form("[PhDiode[%c-%d.%d](%d) sig_size=%d]", (Int_t)fColumn + 65 , (Int_t)fRow, (Int_t)fPhotodiode, GetId(), fSignalArray.GetSize() ); // ASCII('A') = 65
  //TString str = Form("PhDiode[%d] sig_length %d", fId, fSignalArray->GetSize() ); // ASCII('A') = 65
  return str;
}
  
void TKRATPhotodiode::Clear( void )
{
  fColumn = UNKNOWN_COLUMN;
  fRow = UNKNOWN_ROW;
  fPhotodiode = UNKNOWN_PH;
  fSignalArray.Reset();/// Note: Not free memory
  
}