d4/dce/Args_8h_source.html

/*

  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration

*/


#ifndef ISF_FASTCALOGPU_GPUARGS_H

#define ISF_FASTCALOGPU_GPUARGS_H


#include "FH_structs.h"

#include "GpuGeneral_structs.h"


#define MAXHITS 200000

#define MAXBINS 1024

#define MAXHITCT 2000


struct GeoGpu;


typedef struct Chain0_Args {


  bool debug;


  double extrapol_eta_ent;

  double extrapol_phi_ent;

  double extrapol_r_ent;

  double extrapol_z_ent;

  double extrapol_eta_ext;

  double extrapol_phi_ext;

  double extrapol_r_ext;

  double extrapol_z_ext;


  float extrapWeight;

  float E;


  int    pdgId;

  double charge;

  int    cs;

  bool   is_phi_symmetric;

  float* rand;

  int    nhits;

  void*  rd4h;


  FH1D* fh1d;//for energy reweigth

  FH2D* fh2d;

  FHs*  fhs;

  FH1D  fh1d_h; // for energy reweight

  FH2D  fh2d_h; // host struct so we have info

  FHs   fhs_h;  // host struct


  GeoGpu* geo;


  bool is_first; // first event

  bool is_last;  // last event


  int*          hitcells_ct; // GPU pointer for number of uniq hit cells

  unsigned long ncells;

  unsigned int  maxhitct;


  float*  cells_energy; // big, all cells, ~ 200K array

  Cell_E* hitcells_E;   // array with only hit cells (Mem maxhitct )

  Cell_E* hitcells_E_h; // host array


  unsigned int* hitcounts_b; // GPU pointer for interm blockwise result of hit counts


  unsigned int ct; // cells got hit for the event


  int reweight; // 1: use gaus log weight for pion, 0: no reweight


} Chain0_Args;


#endif