#include <iostream.h>

#include "BrDetectorParamsTPC.h"

ClassImp(BrDetectorParamsTPC)


////////////////////////////////////////////////////////////
//
// BrDetectorParamsTPC is a BRAHMS data class providing storage and 
// access function for TPC specific digitasation parameters.
// This allows modification of the BrDetectorParams content by the 
// user.
//
////////////////////////////////////////////////////////////

  BrDetectorParamsTPC::BrDetectorParamsTPC()

{
// Constructor. Set counter and list data members to zero.
// Don't use this constructor unless you have to and know
// what you are doing
// Use BrDetectorParams(Char_t, Char_t ) instead
}

 BrDetectorParamsTPC::BrDetectorParamsTPC(Char_t *name, Char_t *title)
: TNamed(name,title)
{
SetDefaultParams();
}

  BrDetectorParamsTPC::~BrDetectorParamsTPC()
{
}

 void BrDetectorParamsTPC::SetDefaultParams()
{
  // A set of reosnable parameters for TPC digitization routines
  // are being set. Called by the constructor. The parameters here
  // correspond to T1 in the forward spectrometer
  //

   fTwoPar       = (Float_t)0.80;
   fDlong        = (Float_t)0.04;
   fDtrans       = (Float_t)0.05;
   fEff          = (Float_t)0.97;
   fDriftv       = (Float_t)0.0018;
   fRowDistance  =    (Float_t)4.0;
   fNumberOfRows =           14;
   fPadsprow     =           96;
   fPadDistance  =   (Float_t).35;
   fPadWidth     =   (Float_t).30;
   fPadLength    =  (Float_t)2.75;
   fAnodeGap     =   (Float_t)0.3;
   fTimeBucket   =  (Float_t)80.0;
   fShapingTime  = (Float_t)180.0;
   fADCGain      =   (Float_t)2.0;
   fADCChannels  =          512;
}
 void BrDetectorParamsTPC::ListParameters() const
{
//
//  List the current setting on cout
//
  cout << "**TPC Parameters for : " << GetName();
  cout.width(12);
  cout << "nSimulation Parameters";
  cout.width(12);
  cout << "n Two Particle Resolution " << fTwoPar      << " (cm)";
  cout.width(12);
  cout << "n D(Longitudinal)         " << fDlong       << " (cm)";
  cout.width(12);
  cout << "n D(Transverse)           " << fDtrans      << " (cm)";
  cout.width(12);
  cout << "n Effenciency             " << fEff;
  cout << "n AnodeGap                " << fAnodeGap    << " (cm)";

  cout << "nGas and Readout Parameters";
  cout << "n Drift Velocity          " << fDriftv      << " (micron/ nsec)";
  cout << "n Bucket Size             " << fTimeBucket  << " (nsec)";
  cout << "n Shaping time            " << fShapingTime << " (nsec)";
  cout << "n ADC relative Gain       " << fADCGain ;
  cout << "n ADC relative Channels   " << fADCChannels ;

  cout << "nGeometry Parameters";
  cout << "n Row Distance            " << fRowDistance  << " (cm)";
  cout << "n Number of Rows          " << fNumberOfRows;
  cout << "n Pads per row            " << fPadsprow ;
  cout << "n Pad Pitch               " << fPadDistance  << " (cm)";
  cout << "n Pad Width               " << fPadWidth     << " (cm)";
  cout << "n Pad Length              " << fPadLength    << " (cm)";
 
 cout << endl;
}