#include <iostream.h>


#include "BrDetectorParamsTof.h"

ClassImp(BrDetectorParamsTof)


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

  BrDetectorParamsTof::BrDetectorParamsTof()
{
// 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
}

 BrDetectorParamsTof::BrDetectorParamsTof(Char_t *name, Char_t *title)
{
	// Standard constructor. 
	// the name should be that of the associated detector e.g. "H1"
SetDefaultParams();

}

  BrDetectorParamsTof::~BrDetectorParamsTof()
{
}

 void BrDetectorParamsTof::SetDefaultParams()
{
  // Set a set of reasonable default parameters.
  // This is mainly to ensure that the private members are
  // initialized with values that do not give rise to any
  // problems in the methods which uses these parameters;
  //
  fADCGainUp   = 400.;	  // 1 Mip == channel 400
  fADCGainDown = 400;     // 1 Mip == channel 400
  fSigmaTime = .080;      // 80 psec
  fSigmaAdc  = .020;      //  dAdc/Adc == 20%
  fTdcConv   = 0.025;     // 25 pico seconds per channel (Philips 7681)
  fTdcOffset = 10;        // channel number for t0
  fNoSlats     = 40;      // Number of slats for this detector.
  fMeVperMIP   = 1.3;
  fAttLength   = 80.0;
  fSignalSpeed = 0.050;   // 50 psec/cm <==> 1 nsec==20cm.

  fNoSlats     = 40;      // Number of slats for this detector.
  fScintLength = 20.0;    // 
}


 void BrDetectorParamsTof::ListParameters() const
{
  printf("**Tof Parameter Listing; The Detector name is %sn",GetName());
  cout << "ADC relative Gain Up   " << fADCGainUp << " Channels per MIP" << endl;
  cout << "ADC relative Gain Down   " << fADCGainDown << " Channels per MIP" << endl;
}