// -*- Mode: C++  -*-
//------------------------------------------------------------------------------
//  File:     Cal.cc
//  Author:   Pasha Murat, Jodi Lamoureux
//  Creation: Oct 20, 1997
//
//
//  revision history:
//  -----------------
// *0001 Feb 23 1997 P.Murat: add Used flag
// *0002 Feb 27 1997 M.Shapiro, P.Murat: introduce detector set name
// *0003 Mar 14 1997 P.Murat: new hangling of tracking medii
// *0004 Mar 17 1997 P.Murat: `Used' flag defines level of geometry details
// *0005 Apr 27 1997 M.Shapiro Add CEM, CHA and dead scintillator
// *0006 Aug 04 1997 M.Shapiro Fix problem with dead scintillator
// *0007 Oct 20 1997 J.Lamoureux: Setup calorimetery to run off of TYRBOS
// *0008 Oct 25 1997 J.Lamoureux: Comment out Towers.print()
// *0009 Nov  7 1997 J.Lamorueux: Add functionality for reconstruction
// *0010 Nov 17 1997 J.Lamoureux: Fill the map array in init(anEvent)
// *0011 Nov 30 1997 J.Lamoureux: make ieta range from 1 to TENETA
// *0012 Dec 04 1997 P.Murat: change fmodf(x) -->fmod(double(x))
// *0013 Dec  5 1997 J.Lamoureux: fmod(double(x)) --> fmod(x)
// *0014 Dec 10 1997 J.Lamoureux: annLoc.init_loc changed to read vertex.
// *0015 Dec 12 1997 J.Lamoureux: Always use TRY_Record_Iter_Same.
// *0016 Dec 13 1997 J.Lamoureux: Add cleanup for simulation.
// *0017 Dec 16 1997 J.Lamoureux: Use Z=0 for simulation: initEvent().
// *0018 Jan  8 1998 J.Lamoureux: Remove dependence on the vertex.
// *0019 Jan 23 1998 J.Lamoureux: use AbsEvent instead of CDF_EVENT
// *0020 Feb  8 1998 J.Lamoureux: add calls to getCalibConsts() and TOWEtoD()
// *0021 Feb  8 1998 M.Shapiro:   by default, turn off TOWEtoD()
// *0022 Feb 21 1998 J.Lamoureux- find_towe_data(anEvent) removed
// *0023 Mar 20 1998 J.Lamoureux- Take bank making out of Cal class.
// *0024 Apr 17 1998 J.Lamoureux- Make CAL into a registry of Cal geometries
// *0025 May  1 1998 J.Lamoureux- add delete DETECTOR_TOWER_BOUNDARIES
// *0026 May 21 1998 J.Lamoureux- move static map to instance method
// *0027 Sep 12 1998 J.Lamoureux- add include file CalParameters.hh (why?)
//-----------------------------------------------------------------------------

/*

#ifdef __GNUG__
#pragma implementation
#endif
//--------------------------------------------------------------------------
//  ***********************  CAL class methods  *******************
//--------------------------------------------------------------------------
#include <iostream>
#include <algorithm>
#if defined(DEFECT_NO_STDLIB_NAMESPACES)
// Do Nothing
#else // Standard C++
using std::find;
#endif
#include <iterator>

#include <map>
#if defined(DEFECT_NO_STDLIB_NAMESPACES)
// Do Nothing
#else // Standard C++
using std::map;
#endif
#include <functional>
#if defined(DEFECT_NO_STDLIB_NAMESPACES)
// Do Nothing
#else // Standard C++
using std::less;
#endif

#include "inc/bcs.h"
#include "Calor/Cal2.hh"
#include "CalorGeometry/CalConstants.hh"
#include "CalorGeometry/CalParameters.hh"

// #include "Calor/TOWE_Bank_Driver.hh"

#ifdef USE_ROOT_
ClassImp(CAL2)
#endif

CAL2* Cal2;

static map<string, CAL2*, less<string> > CalMap;

//_____________________________________________________________________________
CAL2::CAL2() {
  //  detAnnLoc = new DETECTOR_TOWER_BOUNDARIES;
  // towe      = NULL;
  init();
}

//_____________________________________________________________________________
CAL2::~CAL2() {
  //  delete detAnnLoc;
  // if (towe) delete towe;
}

//_____________________________________________________________________________
void CAL2::init() {
  // global initialization routine: the calorimeter is used if any of its 
  // sub-detectors (Central, Plug and Wall) is used 

   Used = 0;
				// by default turn the miniplug off
   Miniplug.setUsed(0);

   if ( Central.used()>0 || Plug.used()>0 || Wall.used()>0 || Miniplug.used()>0) {
      Used = 1;
   }
                                        // choose the level of detail in
                                        // the simulation 
   Level      = 1;
   Level_geom = 1;

}


//-------------------------------------------------------------------
// getCal(): returns a pointer to a particular instance of CAL2 
//           identified by a character string like "default".  
//-------------------------------------------------------------------
CAL2* CAL2::instance(string type) {
					// Keep a well defined list of 
					// geometries - each identified by a 
					// char string like "default", 
					// or "newSurvey".

  map<string,CAL2*,less<string> >::iterator iter;

  iter = CalMap.find(type);

  if (iter!=CalMap.end()) {
    Cal2 = (*iter).second;
  }
  else {
    Cal2          = new CAL2;
    CalMap[type] = Cal2;
  }
  return Cal2;
}

//_____________________________________________________________________________
void CAL2::DoCleanup() {
  map<string,CAL2*,less<string> >::iterator iter;
  CAL2* cal;
  for (iter=CalMap.begin(); iter != CalMap.end(); iter++) {
    cal = (*iter).second;
    delete cal;
  }
					// in the end reset pointer to CAL2
					// thing to NULL
  Cal2 = NULL;
}


//_____________________________________________________________________________
//int CAL2::addSimEnergy(const float* x, float energy) {
  // useless for the moment
//  return 0;
//}

*/