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include
PG_Zone.h
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#ifndef PG_ZONE_H
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#define PG_ZONE_H 1
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class
PG_Zone
{
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public
:
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int
min_lay
;
// Minimal Layer number
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int
max_lay;
// Minimal Layer number
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double
th_sampl;
// Sampling layer thickness
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double
th_det;
// Detector layer thickness
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double
cell_size;
// Cell size in X and Y (square)
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// MIP most probable detector energy, does not include energy lost in absorber
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double
mip_vis;
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// Coeff converts visible enery to physical energy
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// i.e. converts energy lost in detector into energy lost in sampling layer
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// including absorber
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double
e_coeff;
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double
r_neibour;
// Predicted distance to neibour for particular zone
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double
cell_vol;
// Volume including absorber
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// Predicted cutoffs for particular zone around MIP
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double
cut_noise;
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double
cut_mip;
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double
cut_hadr;
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// MIP most probable physical energy, i.e. including energy lost in absorber
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double
mip_whole;
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double
mip_dens;
// MIP energy density in whole cell volume
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};
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#endif
PG_Zone
Definition:
PG_Zone.h:4
PG_Zone::min_lay
int min_lay
Physical Geometrical database will be used in the reconstruction procedure to get fast access to valu...
Definition:
PG_Zone.h:25
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