Public Member Functions | |
| OptimumFilter () | |
| default constructor | |
| QError | Compute () |
| Compute quantities needed to filter samples. | |
| QError | Compute_d () |
| Compute quantities needed to filter differentiated samples. | |
| QError | SetFilters (const QVector &avg, const QVector &noise) |
| Load filter parameters. | |
| QError | SetFilters_d (const QVector &avg, const QVector &noise) |
| Load filter parameters (differetiated). | |
| float | Amplitude (QVector &pSamples, float &) |
| compute amplitude | |
| float | PulseAmplitude (QVector &pSamples) |
| compute amplitude with a parabolic interpolation | |
| float | GetTVR () |
| returns TVR shape parameter | |
| float | GetTVL () |
| returns TVL shape parameter | |
| float | GetRT () |
| returns rise time | |
| float | GetDT () |
| returns decay time | |
| float | GetAdc2mV () |
| returns convertionf from ADC units to mV | |
| float | GetDelay () |
| returns pulse delay | |
| float | GetFracDelay () |
| returns pulse fractional delay | |
| void | SetTriggerPos (int trigger) |
| sets trigger standard position (in bins) | |
| void | ShapeParameters (QVector &SamplesFiltered) |
| computes shape parameters TVL&TVR | |
| QVector | PolFit (QVector &x, QVector &y) |
| computes a quadratic polinomial fit and returns the interpolation parameters | |
| QError | PowerSpectrum (const QVector &pSamples, QVector &samplesFiltered) |
| returns pSamples' power spectrum | |
| QError | Filter (const QVector &pSamples, QVector &samplesFiltered) |
| returns filtered samples | |
| QError | Filter_d (const QVector &pSamples, QVector &samplesFiltered) |
| returns filtered samples (differentiated signal) | |
| QError | FAmplitude (const QVector &pSamples, double &) |
| returns frequency domain amplitude (total energy) | |
| float | MultiplePulseCorrection (QVector &, QVector &, QVector &, bool) |
| Gain information from Wiener filter in order to pulse reconstruction. | |
| float | GetAmplitude () |
| float | GetSecondAmplitude () |
| float | GetSecondDelay () |
| void | CallPileUp () |
| void | BiPol (QVector &, QVector &, QVector &) |
| finds the second order polinomial passing between three points | |
| const QVector & | averagePulse () |
| return average pulse used in filtering | |
| const QVector & | averagePulse_f () |
| return average filtered pulse | |
| const QVector & | noiseSpectrum () |
| return noise spectrum used in filtering | |
| QVector | ReconstructionFit (QVector &, QVector &, QVector &) |
| linear interpolation for secondary amplitude extimation and correction * | |
| QVector | GetReconstructedFit () |
| returns reconstructed pulse * | |
| void | Decay_and_Rise (const QVector &) |
| Rise and Decay Time extimation | |
| QVector | fShift (QVector &, float &) |
| Fractional shift | |
| float | GetBLS () |
| Baseline slope extimation | |
| void | SetPulseInfo (const QVector &) |
| Set global information of the event | |
Private Attributes | |
| PulseInfo | data |
| QVector | AvgPulse |
| int | nSigPulses |
| QVector | fPS |
| bool | fMultiPulse |
| int | nNoisePS |
| unsigned int | avg_nmax |
| unsigned int | fTriggerPos |
| int | rms_left |
| int | rms_right |
| int | fMaxRange |
| int | fSize |
| int | fBaseLineStart |
| int | fBaseLineNpt |
| double | conv |
| double | conv_d |
| double | fDelay |
| float | tvl |
| float | tvr |
| float | RT |
| float | DT |
| float | fBS |
| QVectorC | H |
| QVector | AvgPulse_f |
| QVector | fReconstructedPulse |
| QVector OptimumFilter::ReconstructionFit | ( | QVector & | , | |
| QVector & | , | |||
| QVector & | ||||
| ) |
linear interpolation for secondary amplitude extimation and correction *
*
| QVector OptimumFilter::GetReconstructedFit | ( | ) | [inline] |
returns reconstructed pulse *
*
| void OptimumFilter::Decay_and_Rise | ( | const QVector & | ) |
Rise and Decay Time extimation
*
| QVector OptimumFilter::fShift | ( | QVector & | , | |
| float & | ||||
| ) |
Fractional shift
*
| float OptimumFilter::GetBLS | ( | ) | [inline] |
Baseline slope extimation
*
| void OptimumFilter::SetPulseInfo | ( | const QVector & | ) |
Set global information of the event
*
1.5.1