ClusterParams.h

Go to the documentation of this file.

#ifndef UTIL_CLUSTERPARAMS_H
#define UTIL_CLUSTERPARAMS_H


#include "lardata/Utilities/PxUtils.h"
#include "Polygon2D.h"

namespace cluster{

  /**
     \class cluster_params
     (Detailed) information holder for 2D cluster, computed by ClusterParamsAlg
  */
  class cluster_params
  {
  public:
    cluster_params(){
      //Initialize all values.
      Clear();
    }

    Polygon2D PolyObject;               ///< Polygon Object...see Polygon2D.hh

    util::PxPoint start_point;      ///< start point
    util::PxPoint end_point;        ///< end point

    double sum_charge;                 ///< Sum charge of hits in ADC
    double mean_charge;                ///< Mean (average) charge of hits in ADC
    double rms_charge;                 ///< RMS (standard deviation of sample) of charge of hits in ADC
    double sum_ADC;                    ///< Sum charge of ADC counts of hits, in ADC
    double mean_ADC;                   ///< Mean (average) of ADC counts of hits, in ADC
    double rms_ADC;                    ///< RMS (standard deviation of sample) of ADC counts of hits in ADC
    double mean_x;                     ///< Mean of hits along x, peaks only
    double mean_y;                     ///< Mean of hits along y, peaks only
    double rms_x;                      ///< rms of hits along x (wires)
    double rms_y;                      ///< rms of hits along y, (time)
    double charge_wgt_x;               ///< Mean of hits along x, charge weighted
    double charge_wgt_y;               ///< Mean of hits along y, charge weighted
    double cluster_angle_2d;           ///< Linear best fit to high-charge hits in the cluster
    double angle_2d;                   ///< Angle of axis in wire/hit view
    double opening_angle;              ///< Width of angular distubtion wrt vertx
    double opening_angle_charge_wgt;   ///< Same for charge_wgt
    double closing_angle;              ///< Width of angular distubtion wrt endpoint
    double closing_angle_charge_wgt;   ///< Same for charge_wgt
    double start_charge;               ///< Charge at the start of the cluster
    double end_charge;                 ///< Charge at the (other) end of the cluster
    double eigenvalue_principal;       ///< the principal eigenvalue from PCA
    double eigenvalue_secondary;       ///< the secondary eigenvalue from PCA
    double verticalness;               ///< ???

    double length;
    double width;

    double hit_density_1D;
    double hit_density_2D;
    double multi_hit_wires;
    double N_Wires;
    double modified_hit_density;
    double N_Hits;
    double N_Hits_HC;

    double modmeancharge;
    double RMS_charge;

    /**
       +1 means shower is "forward - start wire < end wire"
       -1 is backwards, 0 is undecided
    */
    int    direction;

    double showerness;                 ///< got heart
    double trackness;                  ///< got soul
    double offaxis_hits;               ///< got brain

    void Clear(){
      start_point.Clear();
      end_point.Clear();
      sum_charge                        = -999.999 ;
      mean_charge                       = -999.999 ;
      rms_charge                        = -999.999 ;
      sum_ADC                           = -999.999 ;
      mean_ADC                          = -999.999 ;
      rms_ADC                           = -999.999 ;
      mean_x                            = -999.999 ;
      mean_y                            = -999.999 ;
      rms_x                             = -999.999 ;
      rms_y                             = -999.999 ;
      charge_wgt_x                      = -999.999 ;
      charge_wgt_y                      = -999.999 ;
      cluster_angle_2d                  = -999.999 ;
      angle_2d                          = -999.999 ;
      eigenvalue_principal              = -999.999 ;
      eigenvalue_secondary              = -999.999 ;
      multi_hit_wires                   = -999.999 ;
      N_Wires                           = -999.999 ;
      verticalness                      = -999.999 ;
      opening_angle                     = -999.999 ;
      opening_angle_charge_wgt          = -999.999 ;
      closing_angle                     = -999.999 ;
      closing_angle_charge_wgt          = -999.999 ;
      start_charge                      = -999.999 ;
      end_charge                        = -999.999 ;
      offaxis_hits                      = -999.999 ;
      modmeancharge                     = -999.999 ;
      RMS_charge                        = -999.999 ;
      modified_hit_density              = -999.999 ;
      N_Hits                            = -999.999 ;
      N_Hits_HC                         = -999.999 ;
      length                            = -999.999 ;
      width                             = -999.999 ;
      hit_density_1D                    = -999.999 ;
      hit_density_2D                    = -999.999 ;
      direction                         =  0       ;
      showerness                        = -999.999 ;
      trackness                         = -999.999 ;
    }

    template <typename Stream>
    void Report(Stream& os) const {

      os << "ClusterParams report: \n"
         << "   start_point  .............. : (" << start_point.w <<","<<start_point.t<<")\n"
         << "   end_point  ................ : (" << end_point.w <<","<<end_point.t<<")\n"
         << "   sum_charge  ............... : "<< sum_charge << "\n"
         << "   mean_charge   ............. : " << mean_charge << "\n"
         << "   mean_x  ................... : " << mean_x << "\n"
         << "   mean_y  ................... : " << mean_y << "\n"
         << "   rms_x  .................... : " << rms_x << "\n"
         << "   rms_y  .................... : " << rms_y << "\n"
         << "   charge_wgt_x  ............. : " << charge_wgt_x << "\n"
         << "   charge_wgt_y  ............. : " << charge_wgt_y << "\n"
         << "   cluster_angle_2d  ......... : " << cluster_angle_2d << "\n"
         << "   angle_2d  ................. : " << angle_2d         << "\n"
         << "   eigenvalue_principal  ..... : " << eigenvalue_principal << "\n"
         << "   eigenvalue_secondary  ..... : " << eigenvalue_secondary << "\n"
         << "   multi_hit_wires  .......... : " << multi_hit_wires << "\n"
         << "   N_Wires  .................. : " << N_Wires << "\n"
         << "   N_Hits  ................... : " << N_Hits << "\n"
         << "   N_Hits_HC  ................ : " << N_Hits_HC << "\n"
         << "   verticalness  ............. : " << verticalness << "\n"
         << "   opening_angle  ............ : " << opening_angle << "\n"
         << "   opening_angle_charge_wgt  . : " << opening_angle_charge_wgt << "\n"
         << "   closing_angle  ............ : " << closing_angle << "\n"
         << "   closing_angle_charge_wgt  . : " << closing_angle_charge_wgt << "\n"
         << "   start_charge  ............. : " << start_charge << "\n"
         << "   end_charge  ............... : " << end_charge << "\n"
         << "   offaxis_hits  ............. : " << offaxis_hits << "\n"
         << "   modified_hit_density  ..... : " << modified_hit_density << "\n"
         << "   modified mean charge ...... : " << modmeancharge << "\n"
         << "   charge_RMS ................ : " << RMS_charge << "\n"
         << "   length  ................... : " << length << "\n"
         << "   width  .................... : " << width << "\n"
         << "   hit_density_1D  ........... : " << hit_density_1D << "\n"
         << "   hit_density_2D  ........... : " << hit_density_2D << "\n"
         << "   showerness  ............... : " << showerness << "\n"
         << "   trackness  ................ : " << trackness << "\n"
         << "   direction  ................ : " << direction << "\n";
    }

  }; // class cluster_params
} // namespace cluster

#endif