Information about reconstruction of Reconstructed Track.
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#include <PndFTSCounters.h>
Information about reconstruction of Reconstructed Track.
Definition at line 166 of file PndFTSCounters.h.
◆ PndFTSCAPerformanceRecoTrackData()
PndFTSCAPerformanceRecoTrackData::PndFTSCAPerformanceRecoTrackData |
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◆ GetMCTrackId()
int PndFTSCAPerformanceRecoTrackData::GetMCTrackId |
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◆ GetPurity()
float PndFTSCAPerformanceRecoTrackData::GetPurity |
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◆ IsGhost()
bool PndFTSCAPerformanceRecoTrackData::IsGhost |
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float |
minPurity = 0 | ) |
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Definition at line 179 of file PndFTSCounters.h.
179 {
return (mcTrackId == -1) || (purity < minPurity); }
◆ IsReco()
bool PndFTSCAPerformanceRecoTrackData::IsReco |
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float |
minPurity = 0 , |
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int |
minNHits = 0 |
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Definition at line 180 of file PndFTSCounters.h.
180 {
return (mcTrackId != -1) && (purity >= minPurity) && (nHits >= minNHits); }
◆ NHits()
int PndFTSCAPerformanceRecoTrackData::NHits |
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◆ Print()
void PndFTSCAPerformanceRecoTrackData::Print |
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Definition at line 183 of file PndFTSCounters.h.
183 { cout <<
"Track: " << mcTrackId <<
" Purity: " << purity << endl; }
◆ SetMCTrack()
void PndFTSCAPerformanceRecoTrackData::SetMCTrack |
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int |
mcTrackId_, |
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float |
purity_, |
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int |
nHits_ |
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The documentation for this class was generated from the following file: