mEmcCalibratorModule.h

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// $Id: mEmcCalibratorModule.h,v 2.12 2006/01/13 23:49:08 pinkenbu Exp $
//-----------------------------------------------------------------------------
//
//  (c) PHENIX Collaboration 1999
//
// Purpose: wraps the filling of rdo, mdo, and cdo from prdf
//
// Description: algorithm class
//
// Author:  Gines MARTINEZ SUBATECH, Broohaven Aug-00
//
//-----------------------------------------------------------------------------

#ifndef __MEMCCALIBRATORMODULE_H__
#define __MEMCCALIBRATORMODULE_H__

#include <map>
#include "EMCModule.h"
#include "emcMixedDataObject.h"
#include "emcManageable.h"
#include "PHTimeStamp.h"

class emcCalibratedDataObject;
class emcRawDataAccessor;
class emcCalibrator;
class emcRawDataObject;

class mEmcCalibratorModule: public EMCModule
{

public:

  mEmcCalibratorModule(const PHTimeStamp& ts,
                       const char* calibrator = "emcRawDataCalibrator",
                       emcManageable::EStorage source = emcManageable::kDB_Objy);

  mEmcCalibratorModule(const char* configfilename = "emcwb.conf",                      
                       const char* calibrator = "emcRawDataCalibrator",
                       emcManageable::EStorage source = emcManageable::kDB_Objy);


  virtual ~mEmcCalibratorModule()
  {}
 
  emcRawDataObject* GetEmcRawDataObject()
  {
    return fRdo;
  }

  bool Init(const char* configfilename = "emcwb.conf",
            const char* calibrator = "emcRawDataCalibrator",
            emcManageable::EStorage source = emcManageable::kDB_Objy);

  bool Init(const PHTimeStamp& ts,
            const char* calibrator = "emcRawDataCalibrator",
            emcManageable::EStorage source = emcManageable::kDB_Objy);

  PHBoolean event(PHCompositeNode * root);

  bool SetCalibrator(const char* calibrator);
  bool SetHighLowLimit(int limit = 512);
  void SetVerbose(int verbo)
  {
    fVerbose = verbo;
  }
  bool SetZeroSuppression(bool ZeroSupression = true);
  void SelectSource(emcManageable::EStorage source);

  void UseTimeStamp(const PHTimeStamp& when);

  void ForceDBCollection();

private:
  bool Config(const char* calibrator, emcManageable::EStorage source);

private:

  // MV 2001/09/24
  // We need to find which MDO index correspond to each CDO index.
  // ItemId is the only key to bind those internal indeces.
  // fIndexMap has ItemId as a key and an index from EmcDynamicData::DataMap
  // index as a value.
  std::map<int, int> fIndexMap;
  std::map<int, int>::iterator fIndexMapIter;
  PHTimeStamp fTimeStamp;
  bool fUseTimeStamp;
  emcCalibratedDataObject* fCdo;
  emcRawDataAccessor * fRda;
  emcMixedDataObject fMdo;
  emcCalibrator* fRdc;
  emcRawDataObject* fRdo;
  bool fZeroSuppression;
  int fVerbose;
  int fHighLowLimit;
};

#endif /*__MEMCCALIBRATORMODULE_H__*/