MarlinUtil  1.12.1
PG_Zone.h
1 #ifndef PG_ZONE_H
2 #define PG_ZONE_H 1
3 
4 class PG_Zone {
5 
23 public:
24 
25  int min_lay; // Minimal Layer number
26  int max_lay; // Minimal Layer number
27 
28  double th_sampl; // Sampling layer thickness
29  double th_det; // Detector layer thickness
30  double cell_size; // Cell size in X and Y (square)
31 // MIP most probable detector energy, does not include energy lost in absorber
32  double mip_vis;
33 // Coeff converts visible enery to physical energy
34 // i.e. converts energy lost in detector into energy lost in sampling layer
35 // including absorber
36  double e_coeff;
37 
38  double r_neibour; // Predicted distance to neibour for particular zone
39 
40  double cell_vol; // Volume including absorber
41 // Predicted cutoffs for particular zone around MIP
42  double cut_noise;
43  double cut_mip;
44  double cut_hadr;
45 // MIP most probable physical energy, i.e. including energy lost in absorber
46  double mip_whole;
47 
48  double mip_dens; // MIP energy density in whole cell volume
49 
50 };
51 #endif
Definition: PG_Zone.h:4
int min_lay
Physical Geometrical database will be used in the reconstruction procedure to get fast access to valu...
Definition: PG_Zone.h:25