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Same as event, but with an energy and a weight. More...
#include <AcclaimClustering.h>
Public Member Functions | |
| McEvent (Int_t nT=0) | |
| MC information. | |
| McEvent (const AnitaEventSummary *sum, AnitaPol::AnitaPol_t pol, Int_t peakInd, Int_t nT=0) | |
| McEvent (double weight, double energy, int pol, int peakInd, double peak_phi, double peak_theta, int nT, UInt_t eventNumber, Int_t run, double anita_longitude, double anita_latitude, double anita_altitude, double anita_heading, double coherent_filtered_snr) | |
 Public Member Functions inherited from Acclaim::Clustering::Event | |
| Event (Int_t nT=0) | |
| Event (const AnitaEventSummary *sum, AnitaPol::AnitaPol_t pol, Int_t peakInd, Int_t nT=0) | |
| Event (const Event &event) | |
| Event & | operator= (const Event &event) |
| Event (int pol, int peakInd, double peak_phi, double peak_theta, int nT, UInt_t eventNumber, Int_t run, double anita_longitude, double anita_latitude, double anita_altitude, double anita_heading, double coherent_filtered_snr) | |
| TArrowAntarctica * | makeArrowFromAnitaToEvent () |
| void | setupUsefulPat (bool calculateNow=true) |
| void | resetClusteringNumbers () |
| void | deleteArrays () |
| void | setNThresholds (int n) |
| double | logLikelihoodFromPoint (double sourceLon, double sourceLat, double sourceAlt, bool addOverHorizonPenalty=false) const |
| template<class T > | |
| double | logLikelihoodFromPoint (const T &point, bool addOverHorizonPenalty=false) const |
| template<class T > | |
| double | cartesianSeparation (const T &event2) |
| bool | operator< (const Event &other) const |
Public Attributes | |
| Double_t | weight |
| Double_t | energy |
| MC information. | |
| Public Attributes inherited from Acclaim::Clustering::Event | |
| UInt_t | eventNumber |
| Int_t | run |
| Event number. | |
| AnitaPol::AnitaPol_t | pol |
| Run. | |
| Int_t | peakIndex |
| Polarization. | |
| Double_t | centre [3] |
| Which peak in the map does this represent? | |
| Double_t | latitude |
| /// Cartesian coordinates, does not persist in ROOT | |
| Double_t | longitude |
| latitude | |
| Double_t | altitude |
| longitude | |
| Double_t | easting |
| longitude | |
| Double_t | northing |
| easting | |
| AnitaEventSummary::PayloadLocation | anita |
| northing | |
| Double_t | theta |
| Anita's position. | |
| Double_t | phi |
| reconstructed theta | |
| Double_t | thetaAdjustmentRequired |
| reconstructed phi | |
| Double_t | sigmaTheta |
| the adjustment from traceBackToContinent | |
| Double_t | sigmaPhi |
| resolution associated with this snr? | |
| Int_t | nThresholds |
| resolution associated with this snr? | |
| Int_t * | cluster |
| Double_t * | dThetaCluster |
| Double_t * | dPhiCluster |
| Bool_t | eventEventClustering |
| Double_t | nearestKnownBaseLogLikelihood |
| Remove huge clusters near MCM before doing event-to-event clustering. | |
| Double_t | nearestKnownBaseSurfaceSeparationKm |
| How far to the nearest known base? | |
| Int_t | nearestKnownBaseCluster |
| How far to the nearest known base? | |
| Int_t | nearestKnownBaseClusterSurface |
| How far to the nearest known base? | |
| Double_t | selfLogLikelihood |
| How far to the nearest known base? | |
| Double_t | nearestEventSurfaceDistanceKm |
| If the event is above the continent surface, this may be non-zero. | |
| UInt_t | nearestEventSurfaceEventNumber |
| How far away to the nearest event, in kilometers? | |
| Double_t | nearestEventSurfaceLogLikelihood |
| What's the event number of the nearest surface neighbour? | |
| UInt_t | nearestEventSurfaceLLEventNumber |
| What's the fitted log likelihood to the nearest surface neighbour? | |
| Int_t | antarcticaHistBin |
| What's the event number of the nearest surface neighbour by LL? | |
| UsefulAdu5Pat | usefulPat |
| Which global bin in the TH2DAntarctica? | |
| Bool_t | fDebug |
| /// Only construct this once | |
Same as event, but with an energy and a weight.
Definition at line 155 of file AcclaimClustering.h.
1.8.11
