00001 #ifndef TSPADICPARAM_H 00002 #define TSPADICPARAM_H 00003 00004 #include "TGo4Parameter.h" 00005 #include "TSpadicEvent.h" 00006 00007 class TSpadicParam : public TGo4Parameter { 00008 public: 00009 TSpadicParam(const char* name = 0); 00010 00011 Int_t numSpadics; // maximum spadic id in use 00012 Int_t numUsedSpadics; // actual number of used spadics, used for optimal drawing 00013 Bool_t activeSpadic[MAX_SPADIC]; //enable spadic/susibo of id 00014 Bool_t idMappingEnabled;// switch if crate id shall be mapped to susibo id 00015 UInt_t idSpadic[MAX_SPADIC]; // id mapping of spadics 00016 Int_t spadic_movie; // number of spadic, used to produce movie 00017 00018 // Bool_t NoiseAnalyse; // Enables Noise analysis Histogramms 00019 // Int_t NoiseCorrectionVersion; // Version of Noise Correction: 0=OFF, 1=Only Pedestle 2=Pedestle + two lowest Channels, 3=Pedestle + Corelation Matrix 00020 // Int_t NoiseCorrectionPedestle; // Hight of Pedestle set by Noise Correction 00021 // Bool_t IgnoreOverflowBins; // kTRUE=Keep overflow bins at 255 kFALSE=correct overflow bins 00022 // Double_t NoiseCorrelationThreshold; // Threshold for Noise Correction using correlation matrix (highly experimental) 00023 // Int_t HitThreshold; // Threshold for Hits (ADC) 00024 // Int_t ClusterizerVersion; // Version of Clusterizer: 0=OFF, 1=Simple Geometric, 2=not implemented yet 00025 // Int_t ClusterizerMaxTimeBin; // Clusterizer: Maximal time bin for cluster search 00026 // Int_t ClusterizerMinTimeBin; // Clusterizer: Minimal time bin for cluster search 00027 // Int_t ClusterizerThreshold; // Clusterizer: Threshold for Clusterizer 00028 // Int_t SpadicSpectral; // Enables filling of Spectral hilstos: 0=OFF, 1=All chanels, 2=Only in found cluster (requires Clusterizer) 00029 00030 00031 // // // Switches: 00032 Bool_t Run_RawSignalStatistics; // Raw Signal Statistics is ON=kTRUE 00033 Bool_t Run_PedestleCorrection; // Pedestle Correction is ON=kTRUE 00034 Int_t pedestalTB; // number of timebins infront of signal used for pedestal !!! DO NOT USE PEDESTAL CORRECTION IN THIS STEP IT DOES NOT WORK PROPPER !!! 00035 Bool_t Run_NoiseCorrection; // Noise Correction is ON=kTRUE 00036 Bool_t Run_PadResponseFunction; // Calculating Pad Response Function is ON=kTRUE 00037 Bool_t Run_SimpleAnalysis; 00038 Bool_t Run_SimpleNoiseReduction; 00039 Bool_t Run_TimeClustering; // Clustering using hit time information !! USE Run_TimeClustering OR Run_AmplitudeClustering BUT AT LEAST ONE !! 00040 Bool_t Run_AmplitudeClustering; // Clustering using amplitude information !! USE Run_TimeClustering OR Run_AmplitudeClustering BUT AT LEAST ONE !! 00041 Bool_t UseClusteredSignal; // Use information of clustered event for spectra 00042 00043 // // // Thresholds and function steering: 00044 Int_t HitThreshold; //Threshold, when channel is counted as hit (Occupancy) 00045 //Bool_t IgnoreOverflowBins; // kTRUE=Keep overflow bins at 255 kFALSE=correct overflow bins 00046 //Int_t Version_PedestleCorr; // Version of Pedestle Correction: 0=OFF, 1=Fix Value, 2=Average of the first 3 Timebins, 3=Value calculated in spill pause event 00047 //Int_t PedestleCorrV1value; // Fix value for PedestleCorr version 1 00048 //Int_t PedestleOffset; // Hight of Pedestle to be add to avoid undershoots 00049 //Int_t Version_NoiseCorrection; // Version of NoiseCorrection: 0=OFF, 1=two lowest (integral) Channels, 2=CorrelationMatrix (STILL UNSTABLE), 3=Sergeys Compensate method 00050 //Double_t NoiseCorrelationThreshold; // Threshold for Noise Correction using correlation matrix (highly experimental) 00051 00052 00053 /* implemented to copy setup of active spadics to spadic event */ 00054 virtual Bool_t UpdateFrom(TGo4Parameter* rhs); 00055 00056 /* Actual set roc event configuration. To be used from setup macro*/ 00057 Bool_t SetConfigSpadics(); 00058 00059 void ResetConfigSpadics(); 00060 00061 00062 ClassDef(TSpadicParam,3) 00063 }; 00064 00065 #endif
1.7.1