#ifndef CPRWIREPAR_HH
#define CPRWIREPAR_HH
/****************************************************************
   File and Version Information :
     CprWirePar class - functions to set and access some of the 
     parameters to build the wire collection

   Author: Tania Moulik (created)
   
   Revision History :
      Adding wire collection strategy flag wireCollStrat 
      to choose between track based or seed based wire clustering 
*****************************************************************/     							  

//---------------
// C++ Headers --
//---------------
#include <string>

//-------------------------------
// Collaborating Class Headers --
//-------------------------------
#include "BaBar/Experiment.hh"
#include "Framework/AbsParmGeneral.hh"

//----------------------------------
// Forward Declaration of Classes --
//----------------------------------
class AppModule;

// Declare the class
class CprWirePar {
public:
  friend class CprClusterModule;
  friend class CprClusterTest;
  friend class CprNtpMaker;
  friend class CprWireCollectionMaker;
  friend class SoftElectronModule;
  friend class StntupleMakerModule;

  CprWirePar(AppModule* theModule);

  ~CprWirePar() { };                          // use default destructor

/*===========================================================================*\
 * Parameter accessor functions                                              *
\*===========================================================================*/

  double seedThrs() const;
  double wireThrs() const;
  bool printWires() const;
  int numberWires() const;
  double ptcut_track() const;
  double etamin_track() const;
  double etamax_track() const;
  double cesenergycut() const;
  int wirecollstrat() const;

  void setSeedThrs(double par);
  void setWireThrs(double par);
  void setPrintWires(bool par);
  void setNumberWires(int par);
  void setPtcut_track(double par);
  void setEtamin_track(double par);
  void setEtamax_track(double par);
  void setCesenergycut(double par);
  void setWirecollstrat(int par);

/*===========================================================================*\
 * Additional functions to make class functional                             *
\*===========================================================================*/
  void                      print( void ) const;

/*===========================================================================*\
 * Operator overloads                                                        *
\*===========================================================================*/

/*===========================================================================*\
 * Data members of class                                                     *
\*===========================================================================*/

private:

  AbsParmGeneral<double>     _seedThrsParam;      // Min E for seed
  AbsParmGeneral<double>     _wireThrsParam;      // Min E for wires
  AbsParmGeneral<bool>       _printWiresParam;    // Print wires info/hists?
  AbsParmGeneral<int>        _numberWiresParam;
  AbsParmGeneral<double>     _ptcutParam;        
  AbsParmGeneral<double>     _etaminParam;      
  AbsParmGeneral<double>     _etamaxParam; 
  AbsParmGeneral<int>        _wirecollstratParam;
  AbsParmGeneral<double>     _cesenergycutParam;
  AbsParmGeneral<bool>       _useCPRQ;
};

/*===========================================================================*\
 * Inline functions                                                          *
\*===========================================================================*/

/******************************************************************************
 * Parameter accessor functions                                               *
 *      Return the value of the corresponding data member                     *
 *****************************************************************************/

inline double CprWirePar::seedThrs( void ) const {
  return _seedThrsParam.value(); }
inline double CprWirePar::wireThrs( void ) const {
  return _wireThrsParam.value(); }
inline bool CprWirePar::printWires( void ) const {
  return _printWiresParam.value(); }
inline int CprWirePar::numberWires( void ) const {
  return _numberWiresParam.value(); }
inline double CprWirePar::ptcut_track(void) const {
  return _ptcutParam.value(); }
inline double CprWirePar::etamin_track( void ) const {
  return _etaminParam.value(); }
inline double CprWirePar::etamax_track( void ) const {
  return _etamaxParam.value(); }
inline int CprWirePar::wirecollstrat(void) const {
  return _wirecollstratParam.value(); }
inline double CprWirePar::cesenergycut(void) const {
  return _cesenergycutParam.value(); }

inline void CprWirePar::setSeedThrs(double par) {
  _seedThrsParam.set(par); }
inline void CprWirePar::setWireThrs(double par) {
  _wireThrsParam.set(par); }
inline void CprWirePar::setPrintWires(bool par) {
  _printWiresParam.set(par); }
inline void CprWirePar::setNumberWires(int par) {
  _numberWiresParam.set(par); }
inline void CprWirePar::setPtcut_track(double par) {
  _ptcutParam.set(par); }
inline void CprWirePar::setEtamin_track(double par) {
  _etaminParam.set(par); }
inline void CprWirePar::setEtamax_track(double par) {
  _etamaxParam.set(par); }
inline void CprWirePar::setCesenergycut(double par) {
  _cesenergycutParam.set(par); }
inline void CprWirePar::setWirecollstrat(int par) {
  _wirecollstratParam.set(par); }

#endif