Monte Carlo simulation of a single pulse to determine the light yield correction factor used when integrating. More...
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Functions | |
| TGraph * | MakeFakePulse (TGraph *singlepe, int nphotons, TGraph *output=0, double spe_resolution=0.0, double t0=-0.18, double fprompt=0.25, double tslow=1.4, double tfast=0.007, double jitter=0., bool use_binomial=true) |
| Create fake pulse by repeating singlepe several times from exp distributions. | |
| TGraph * | GetNormalizedSPETemplate (int channel) |
| Get a TGraph representing the average single photoelectron response. | |
| void | TestCorrectionWithNphotons (int channel, int ntrials, int npoints, int min_photons, int photons_step) |
| Vary the number of photons while testing the light yield correction. | |
| void | TestCorrectionWithTimeParams (int channel, int ntrials, double t0center, double t0width, double fpromptcenter, double fpromptwidth, double tslowcenter, double tslowwidth) |
| Vary the timing parameters while testing the light yield correction. | |
| TGraphErrors * | PlotYieldvsNPE (const char *file, int npoints, int min_photons, int photons_step, const char *treename="yield") |
| Plot and fit the light yield vs npe. | |
Monte Carlo simulation of a single pulse to determine the light yield correction factor used when integrating.
Definition in file LightYieldCorrection.hh.
1.6.1
