HalCbmV0TempTrack.h

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/* Copyright (C) 2025-2025 Warsaw University of Technology, Warsaw
    SPDX-License-Identifier: GPL-3.0-only
    Authors: Daniel Wielanek [committer] */
#ifndef CBMROOT_V0_ANALYSIS_PWGC2F_FEMTOSCOPY_HAL_HELPERS_V0_HALCBMV0TEMPTRACK_H_
#define CBMROOT_V0_ANALYSIS_PWGC2F_FEMTOSCOPY_HAL_HELPERS_V0_HALCBMV0TEMPTRACK_H_
 
#include "HalCbmTrack.h"
#include "HalCbmV0Track.h"
 
#include <Rtypes.h>
#include <RtypesCore.h>
 
class HalCbmV0TempTrack : public TObject {
  HalCbmV0Track fV0Hidden;
  HalCbmTrack fRecoTrack;
  Int_t fMcId          = {-1};  //match id
  Double_t fCosinePos  = {0};
  Double_t fCosineNeg  = {0};
  Double_t fCosineTopo = {0};
  Double_t fDl         = {0};
 
 public:
  enum class kTriggerCut
  {
    kChi2Geo        = 0,
    kChi2PrimFirst  = 1,
    kChi2PrimSecond = 2,
    kChi2Topo       = 3,
    kCosineFirst    = 4,
    kCosineSecond   = 5,
    kDistance       = 6,
    kL              = 7,
    kDl             = 8,
    kMass           = 9,
    kPt             = 10,
    kEta            = 11,
    kRxy            = 12,
    kRz             = 13,
    kCosineTopo     = 14,
    kPid            = 15,
  };
  HalCbmV0TempTrack(){};
  Double_t GetValue(kTriggerCut val);
  void SetCosPos(Double_t val) { fCosinePos = val; }
  void SetCosNeg(Double_t val) { fCosineNeg = val; }
  void SetCosTopo(Double_t val) { fCosineTopo = val; }
  void SetDL(Double_t val) { fDl = val; }
  HalCbmV0Track& GetV0() { return fV0Hidden; }
  HalCbmTrack& GetTrack() { return fRecoTrack; }
  void ComputeStuff(Hal::Event* event,
                    Hal::Track* assignedTrack);  //compute missing fields (not available in root trees)
  void SetMcId(Int_t mc) { fMcId = mc; };
  Int_t GetMcId() const { return fMcId; }
  virtual ~HalCbmV0TempTrack(){};
  ClassDef(HalCbmV0TempTrack, 1);
};
 
#endif /* CBMROOT_V0_ANALYSIS_PWGC2F_FEMTOSCOPY_HAL_HELPERS_V0_HALCBMV0TEMPTRACK_H_ */