| calculateCLEANPolarity(TGraph *gwf) (defined in PolarityMachine) | PolarityMachine | |
| CRtemplate (defined in PolarityMachine) | PolarityMachine | |
| CRtemplate_deconv (defined in PolarityMachine) | PolarityMachine | |
| CRtemplate_deconv_windowed (defined in PolarityMachine) | PolarityMachine | |
| fourierPhasePolarity(int window_type, AnalysisWaveform *wf) (defined in PolarityMachine) | PolarityMachine | |
| generateNoisyWaveform(AnalysisWaveform *templateWf, AnalysisWaveform *noiseWf, double snr, TRandom3 *tr) (defined in PolarityMachine) | PolarityMachine | |
| generatePolarityMeasurements(int N, int eventNumber, double cr_phi=0, double cr_theta=0, double cr_snr=3, int pol=0, int metric=0, const char *outhistoname="h0", std::vector< int > whichTemplates={0, 1, 2, 3, 4}) (defined in PolarityMachine) | PolarityMachine | |
| getCorrelationGraph() (defined in PolarityMachine) | PolarityMachine | inline |
| getCRWaveform() (defined in PolarityMachine) | PolarityMachine | inline |
| getInputWaveform() (defined in PolarityMachine) | PolarityMachine | inline |
| getNotchStr() (defined in PolarityMachine) | PolarityMachine | inline |
| hilbertWindow(AnalysisWaveform *wf, double window_size_ns=5, bool roll=false, bool use_cdf=false, int how_to_use_cdf=0) (defined in PolarityMachine) | PolarityMachine | |
| loadTemplates(unsigned int eventTime, int version=AnitaVersion::get()) (defined in PolarityMachine) | PolarityMachine | |
| makeNoiseWaveformFromMinBias(int eventNumber, double phi, double theta, int pol, int current_N) (defined in PolarityMachine) | PolarityMachine | |
| makeSameSize(AnalysisWaveform *wf1, AnalysisWaveform *wf2) (defined in PolarityMachine) | PolarityMachine | |
| numCRTemplates (defined in PolarityMachine) | PolarityMachine | static |
| peterWindow(AnalysisWaveform *wf, double window_size_ns=5, bool roll=false) (defined in PolarityMachine) | PolarityMachine | |
| PolarityMachine(int padX=15) (defined in PolarityMachine) | PolarityMachine | |
| runPolaritySimulation(int N, int eventNumber, double cr_phi=0, double cr_theta=0, double cr_snr=3, int pol=0, int metric=0, const char *outhistoname="h0") (defined in PolarityMachine) | PolarityMachine | |
| setCLEANDeconvolution(AnitaResponse::DeconvolutionMethod *opt) (defined in PolarityMachine) | PolarityMachine | |
| setDeconvolutionMethod(AnitaResponse::DeconvolutionMethod *opt) (defined in PolarityMachine) | PolarityMachine | |
| setOffset(int opt) (defined in PolarityMachine) | PolarityMachine | inline |
| setPadFactor(int opt) (defined in PolarityMachine) | PolarityMachine | inline |
| setTestCoherent(bool opt) (defined in PolarityMachine) | PolarityMachine | inline |
| setWindowSizeNs(double opt) (defined in PolarityMachine) | PolarityMachine | inline |
| simulatedCRPeaks (defined in PolarityMachine) | PolarityMachine | |
| simulatedCRs (defined in PolarityMachine) | PolarityMachine | |
| testPolarity(int metric, AnalysisWaveform *wf, bool deconvolved) (defined in PolarityMachine) | PolarityMachine | |
| theImpTemplate (defined in PolarityMachine) | PolarityMachine | |
| windowWaveform(AnalysisWaveform *wf, double window_size_ns=5) (defined in PolarityMachine) | PolarityMachine | |
| zeroInternals() (defined in PolarityMachine) | PolarityMachine | |
| ~PolarityMachine() (defined in PolarityMachine) | PolarityMachine | |
1.8.11
