Classes | |
| class | LightYieldGraph |
| Class to generate a scaled/calibrated plot of light yield vs time. More... | |
| class | Baseline |
| Variables related to the found baseline for a channel. More... | |
| class | ChannelData |
| processed information for each channel and pointers to raw data More... | |
| class | eTrain |
| leaves you the worst channel and first/last bad events for grassy runs. More... | |
| class | EventData |
| Processed data for a trigger which is stored in the ROOT tree. More... | |
| class | Pulse |
| Stores information relevant to a single scintillation event. More... | |
| class | PulseFit |
| Defines a function to fit scintillation pulses and store results. More... | |
| class | Roi |
| Stores info about a region of interest defined by start,end time. More... | |
| class | Spe |
| Store information about a single photoelectron pulse in the root tree. More... | |
| class | SumOfIntegral |
| Stores information relevant to the sum of single scintillation event across all channels. More... | |
| class | TOF |
| Store information about a single pulse in the root tree. More... | |
| class | Unspikes |
| Store number of rising edges found by eTrainFinder. More... | |
Files | |
| file | FitOverROI.hh |
defines FitOverROI namespace and functions for fitting laser data. | |
| file | LightYield.hh |
Classes and functions for calculating light yield for source runs. | |
| file | LightYieldCorrection.hh |
Monte Carlo simulation of a single pulse to determine the light yield correction factor used when integrating. | |
| file | utilities.hh |
Useful functions for loading trees/files/etc within root. | |
| file | daqroot.cc |
main file for the daqroot executable | |
| file | Baseline.hh |
Defines the Baseline data class. | |
| file | ChannelData.hh |
Defines the ChannelData storage class. | |
| file | eTrain.hh |
defines the eTrain storage class | |
| file | EventData.hh |
Defines the EventData storage class. | |
| file | Pulse.hh |
Defines the Pulse data class. | |
| file | PulseFit.hh |
Defines the PulseFit storage class. | |
| file | Roi.hh |
Defines the Roi storage class. | |
| file | Spe.hh |
Defines the Spe storage class. | |
| file | SumOfIntegral.hh |
Defines the SumOfIntegral data class. | |
| file | Unspikes.hh |
Defines the Unspikes storage class. | |
Functions | |
| TFile * | OpenFile (const char *filename, const char *option="READ") |
| Open a file, and make sure it actually did open properly. | |
| TTree * | GetEventsTree (const char *filename) |
| Load the 'Events' tree from a given file. | |
| TGraph * | GetAverageGraph (const char *filename, int channel) |
| Load the 'average_channel#' graph from a given file for channel n. | |
| TGraphErrors * | GetAverageGraph (int run_no, int channel) |
| Load the 'average_channel#' graph from the official file for run run_no and channel n. | |
| double | GetBaseline (TGraph *g, int npts=100, bool subtract=false) |
| Get the baseline of a TGraph by averagint the first npts points. | |
| int | DividePad (TPad *p, int nplots) |
| Decide how to divde a pad based on the number of plots. | |
| int | explode_string (const std::string &s, char delim, std::vector< std::string > &out) |
| Break a string at char delim into subtstrings in the out vector. | |
| std::vector< std::string > | explode_cut (const TCut &cut) |
| Break a compound TCut into it's individual pieces. | |
| void | DrawOperationsBoxes (bool drawbubble=true, bool drawrecirc=true) |
| Draw TBoxes on a graph where we did mechanical operations on the detector. | |
| TGraph * | GetRealEvent (const char *filename, int eventnum, int channel) |
| Get the response for the given channel and event in file as a TGraph. | |
| ChannelData * | GetChannelData (const char *filename, int eventnum, int channel) |
| Get the pointer to ChannelData the the given event and channel. | |
| double | CorrelationCoefficient (int npts, double *x, double *y) |
| Calculate the correlation coefficient between two vectors. | |
| TCut | GetStandardCuts () |
| Get a TCut with the standard analysis cuts. | |
| TCut | GetTwoPulseCuts () |
| Get a TCut with standard cuts used for two-phase runs. | |
| TCut | GetOnePulseCuts (bool onlyone=true) |
| Get a TCut with standard cuts used for single-phase runs. | |
| TCanvas * | TwoPulsePlots (TTree *Events, bool queryfit=false, TCut cuts="", TCanvas *c=new TCanvas) |
| Plot relevant plots for 2-pulse events. | |
| TCanvas * | OnePulsePlots (TTree *Events, TCut cuts="", TCanvas *c=new TCanvas) |
| Plot relevant plots for 1-pulse events. | |
| TCanvas * | PlotSpeDistributions (TTree *Events, bool normalize=true) |
| Plot the single photoelectron distribution from in-run events. | |
| double | ElectronLifetime (TTree *Events, bool newcanvas=false, bool defaultlimits=true) |
| Get the electron lifetime for a run. | |
| void | SaveHistoToFile (TObject *c) |
| Print a TH1 bin contents to a text file. | |
| void | CustomizeHistogramMenus () |
| Add menus to TH1{F,D}. | |
1.6.1
