+ Add support for scaler data in SP

NPLib/SplitPole/TSplitPoleData.cxx

@@ -33,7 +33,8 @@ TSplitPoleData::TSplitPoleData()
      fDeltaE(-1),
      fWire(-1),
      fPlasticP(-1),
-     fPlasticG(-1)
+     fPlasticG(-1),
+     fTick(-1)
 {
 }
 
@@ -54,6 +55,7 @@ void TSplitPoleData::Clear()
    fPlasticG = -1;
    fTime1.clear();
    fTime2.clear();
+   fTick     = -1;
 }
 
 
@@ -67,6 +69,7 @@ void TSplitPoleData::Dump() const
    cout << "Wire:     " << fWire     << endl;
    cout << "PlasticP: " << fPlasticP << endl;
    cout << "PlasticG: " << fPlasticG << endl;
+   cout << "Tick:     " << fTick     << endl;
 
    cout << "Time1:";
    for (UInt_t i = 0; i < fTime1.size(); ++i) {   // loop on fTime1

NPLib/SplitPole/TSplitPoleData.h

@@ -37,8 +37,9 @@ class TSplitPoleData : public TObject
       Double_t fWire;
       Double_t fPlasticP;
       Double_t fPlasticG;
-      vector<Double_t> fTime1;     // ch 117
-      vector<Double_t> fTime2;     // ch 126
+      vector<Double_t> fTime1;      // ch 117
+      vector<Double_t> fTime2;      // ch 126
+      Double_t fTick;               // data from scaler
 
 
    public:
@@ -57,6 +58,7 @@ class TSplitPoleData : public TObject
       void SetPlasticG(Double_t plg)      {fPlasticG = plg;}
       void SetTime1(Double_t time)        {fTime1.push_back(time);}
       void SetTime2(Double_t time)        {fTime2.push_back(time);}
+      void SetTick(Double_t tick)         {fTick     = tick;}
       void SetFocalPlane(Double_t position, Double_t deltae, Double_t wire, Double_t plp, Double_t plg) {
          SetPosition(position);
          SetDeltaE(deltae);
@@ -76,6 +78,7 @@ class TSplitPoleData : public TObject
       Double_t GetTime2(Int_t i)          const {return fTime2[i];}
       UShort_t GetTime1Multiplicity()     const {return fTime1.size();}
       UShort_t GetTime2Multiplicity()     const {return fTime2.size();}
+      Double_t GetTick()                  const {return fTick;}
 
 
       ClassDef(TSplitPoleData, 1) // TSplitPoleData raw data