ElectronCloud.h

#ifndef ELECTRONCLOUD_H
#define ELECTRONCLOUD_H 1

// stl
#include <string>

// CLHEP
#include <CLHEP/Vector/ThreeVector.h>

// LCIO
#include <UTIL/LCFixedObject.h>
#define ElectronCloudNINTVals 2
#define ElectronCloudNFLOATVals 0
#define ElectronCloudNDOUBLEVals 6

namespace CLHEP {

        class Hep3Vector;
}

namespace marlintpc {

class ElectronCloud : public UTIL::LCFixedObject<ElectronCloudNINTVals, ElectronCloudNFLOATVals, ElectronCloudNDOUBLEVals> {

public:
        ElectronCloud();

  ElectronCloud(EVENT::LCObject* obj) : UTIL::LCFixedObject<ElectronCloudNINTVals,
      ElectronCloudNFLOATVals,
      ElectronCloudNDOUBLEVals>(obj) { }

        int get_electron_count( void ) const;

        void set_electron_count( int );


        double get_x_position( void ) const;

        void set_x_position( double );


        double get_y_position( void ) const;

        void set_y_position( double );


        double get_z_position( void ) const;

        void set_z_position( double );


        double get_time( void ) const;

        void set_time( double );


        double get_transverse_stdev( void ) const;

        void set_transverse_stdev( double );


        double get_longitudinal_stdev( void ) const;

        void set_longitudinal_stdev( double );


        CLHEP::Hep3Vector get_mean_position( void ) const;
        
        void set_mean_position( CLHEP::Hep3Vector );


        int get_cloud_id( void ) const;

        void set_cloud_id( int );


        const std::string getTypeName( void ) const;


        const std::string getDataDescription( void ) const;

protected:

private:


};

} // namespace marlintpc

#endif // ELECTRONCLOUD_H