TRestDetectorHitsEventViewer.cxx

 
 
#include "TRestDetectorHitsEventViewer.h"
 
using namespace std;
using namespace TMath;
 
ClassImp(TRestDetectorHitsEventViewer);
 
TRestDetectorHitsEventViewer::TRestDetectorHitsEventViewer() { Initialize(); }
 
TRestDetectorHitsEventViewer::~TRestDetectorHitsEventViewer() {
    // TRestDetectorHitsEventViewer destructor
}
 
void TRestDetectorHitsEventViewer::Initialize() {
    fHitsEvent = new TRestDetectorHitsEvent();
    fEvent = fHitsEvent;
}
 
void TRestDetectorHitsEventViewer::DeleteCurrentEvent() {
    TRestEveEventViewer::DeleteCurrentEvent();
    cout << "Removing event" << endl;
}
 
void TRestDetectorHitsEventViewer::AddEvent(TRestEvent* ev) {
    DeleteCurrentEvent();
 
    fHitsEvent = (TRestDetectorHitsEvent*)ev;
 
    Double_t eDepMin = 1.e6;
    Double_t eDepMax = 0;
    Double_t totalEDep = 0;
 
    for (unsigned int hit = 0; hit < fHitsEvent->GetNumberOfHits(); hit++) {
        Double_t eDep = fHitsEvent->GetEnergy(hit);
        if (eDep > eDepMax) eDepMax = eDep;
        if (eDep < eDepMin) eDepMin = eDep;
        totalEDep += eDep;
    }
 
    Double_t slope;
    if (eDepMin == eDepMax)
        slope = 0;
    else
        slope = (fMaxRadius - fMinRadius) / (eDepMax - eDepMin);
 
    Double_t bias = fMinRadius - slope * eDepMin;
 
    for (unsigned int hit = 0; hit < fHitsEvent->GetNumberOfHits(); hit++) {
        Float_t x = fHitsEvent->GetX(hit);
        Float_t y = fHitsEvent->GetY(hit);
        Float_t energy = fHitsEvent->GetEnergy(hit);
        Float_t z = fHitsEvent->GetZ(hit);
 
        Float_t radius = slope * energy + bias;
 
        if (IsNaN(x)) x = 0;
        if (IsNaN(y)) y = 0;
        if (IsNaN(z)) z = 0;
 
        AddSphericalHit(x, y, z, radius, energy);
    }
 
    Update();
}