deleted expand-nuchart-QBxn-QBxp-QBa.cxx

expand-nuchart-QBxn-QBxp-QBa.cxx

-// TODO: Finish this script (remember to check whether the resulting values correct?),
-//       same as expand-nuchart-QEC.cxx
-
-/*
- * In this ROOT macro the ROOT Tree 'nuchart.root' generated by treemaker.py is expanded by 
- * adding Q-values for electron capture to the tree via the formula 
- *   QEC = MEP - MED;
- *   QEC is the Q-value for electron capture,
- *   MEP is the mass excess of the Parent which is decaying,
- *   MED is the mass excess of the Daughter which the Parent decays into.
- * If either or both of MEP or MED is an estimate (as given by the original ROOT Tree 
- * 'nuchart.root'), QEC is also considered an estimate.
- * If MEP exists, but there is no available MED, the Q-value for the Parent is flagged as
- * incalculable.
- */
-
-#define ELMASS 510.99895 // electron mass in keV
-
-#include <TFile.h>
-#include <TTree.h>
-
-using namespace std;
-
-int main() {
-  // Open tree file and retrieve the tree named 'a'
-  TFile f("nuchart.root", "update");
-  TTree *a;
-  f.GetObject("a", a);
-  
-  // Locate the tabulated values of mass excesses which are already defined in the tree
-  struct QEC_params { Double_t QEC; Bool_t QEC_est; Bool_t QEC_calc; };
-  QEC_params QEC = QEC_params();
-  a->SetBranchAddress("QEC", &QEC);
-  struct Sp_params { Double_t Sp; Bool_t Sp_est; Bool_t Sp_calc; };
-  Sp_params Sp = Sp_params();
-  a->SetBranchAddress("Sp", &Sp);
-  
-  
-  // Add a new branch to the tree which is to contain QEC values and the above-mentioned boolean values
-  struct QBp_params { Double_t QBp; Bool_t QBp_est; Bool_t QBp_calc; };
-  QBp_params qbp = QBp_params();
-  TBranch *newBranch = a->Branch("QBp", &qbp.QBp, "QBp/D:QBp_est/O:QBp_calc");
-  
-  
-  a->BuildIndex("A", "Z"); // prerequisite for searching in the tree based on A and Z values in GetEntryNumberWithIndex() below
-  Double_t QBP = 0.0, SpD = 0.0;
-  Double_t QBp = 0.0;
-  Bool_t QBp_est = 0, QBp_calc = 0;
-  Long64_t indP = -1, indD = -1;
-  Long64_t minA = a->GetMinimum("A"), maxA = a->GetMaximum("A"), minZ = a->GetMinimum("Z"), maxZ = a->GetMaximum("Z");
-  for (Long64_t A = minA; A < maxA; A++) {
-    for (Long64_t Z = minZ; Z < maxZ; Z++) {
-      indP = a->GetEntryNumberWithIndex(A, Z);     // returns '-1' if the entry does not exist
-      indD = a->GetEntryNumberWithIndex(A, Z - 1);
-      
-      if (indP != -1 && indD != -1) { // we can get the mass excesses of both the Parent and the Daughter nuclei
-        QBp_calc = 1;
-        a->GetEntry(indP);
-        if (QEC.QEC_est == 1) {
-          QBp_est = 1;
-        }
-        QBP = QEC.QEC - 2*ELMASS;
-        a->GetEntry(indD);
-        if (Sp.Sp_est == 1) {
-          QBp_est = 1;
-        } else { // if neither of the ME's were estimates (ME_est = 0) then QEC is not an estimate (QEC_est = 0)
-          QBp_est = 0;
-        }
-        SpD = Sp.Sp;
-        QBp = QBP - SpD;
-        
-        qbp.QBp = QBp;           // values might not be recorded correctly, unless the values are assigned in this order
-        qbp.QBp_est = QBp_est;
-        qbp.QBp_calc = QBp_calc;
-      } else if (indP != -1) { // only the mass excess of the Parent is known; record the fact that we cannot compute QEC
-        QBp = NAN;               // mimicking assignment order and appearance from just above
-        QBp_est = 0;
-        QBp_calc = 0;
-        
-        qbp.QBp = QBp;
-        qbp.QBp_est = QBp_est;
-        qbp.QBp_calc = QBp_calc;
-      } else { // no entry in the tree corresponds to this case
-        continue;
-      }
-      a->GetEntry(indP); // navigate (back) to the index of the Parent nucleus ...
-      newBranch->Fill(); // ... and record the QEC value and the boolean values there
-    }
-  }
-  a->Write("", TObject::kOverwrite); // save only the new version of the tree
-  f.Close();
-  
-  return EXIT_SUCCESS;
-}