compareTrdPoint.h

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#ifndef COMPARETRDPOINT_H
#define COMPARETRDPOINT_H 1
 
#include "compareFairMCPoint.h"
 
void compareTrdPointDataMembers(CbmTrdPoint& test,
                                Int_t trackID,
                                Int_t detID,
                                TVector3 posin,
                                TVector3 momin,
                                TVector3 posout,
                                TVector3 momout,
                                Double_t tof,
                                Double_t length,
                                Double_t eLoss,
                                Int_t eventid) {
 
  FairMCPoint test1 = static_cast<FairMCPoint>(test);
  compareFairMCPointDataMembers(
    test1, trackID, detID, posin, momin, tof, length, eLoss, eventid);
 
  Int_t retValInt {-222};
  Double_t retValDouble {-222.};
 
  retValInt = test.GetModuleAddress();
  EXPECT_EQ(detID, retValInt);
 
  retValDouble = test.GetXIn();
  EXPECT_EQ(posin.X(), retValDouble);
 
  retValDouble = test.GetXOut();
  EXPECT_EQ(posout.X(), retValDouble);
 
  retValDouble = test.GetPxIn();
  EXPECT_EQ(momin.Px(), retValDouble);
 
  retValDouble = test.GetPxOut();
  EXPECT_EQ(momout.Px(), retValDouble);
 
  retValDouble = test.GetYIn();
  EXPECT_EQ(posin.Y(), retValDouble);
 
  retValDouble = test.GetYOut();
  EXPECT_EQ(posout.Y(), retValDouble);
 
  retValDouble = test.GetPyIn();
  EXPECT_EQ(momin.Py(), retValDouble);
 
  retValDouble = test.GetPyOut();
  EXPECT_EQ(momout.Py(), retValDouble);
 
  retValDouble = test.GetZIn();
  EXPECT_EQ(posin.Z(), retValDouble);
 
  retValDouble = test.GetZOut();
  EXPECT_EQ(posout.Z(), retValDouble);
 
  retValDouble = test.GetPzIn();
  EXPECT_EQ(momin.Pz(), retValDouble);
 
  retValDouble = test.GetPzOut();
  EXPECT_EQ(momout.Pz(), retValDouble);
}
 
#endif  // COMPARETRDDIGI_H