//------------------------- Global settings ------------------------------//
EventsInPack              = 500                    // how many events per vector (pack)
EventsUsedForAnalysis     = 2500                   // how many events used for gas analysis
NIUpdataRate              = 20                     // updata ni values after given # of events from GOOFIE borad 20
GenerationMode            = 3                      // 1=True Event, 2=True event Smeared, 3=intiger numbers, work only with compilation option "NO_HARDWARE_REQUIRED"
StoreRawData              = 1                      // should the raw data to be stored on HD, 1=Yes, 0=No   
RawDataSize               = 100                    // write tree to root file after # of pack (int)
PrintGasAnalysisResults   = 1                      // print on screan gas analysis results
DriftLenght               = 12.75                  // electron drift lenght (cm) (12.75=TRD, 20.4=TPC)
ADCTimeBin                = 0.05                   // Goofie ACD single time bin in usec.

//---------------------- Gas Analysis settings ---------------------------//
//DriftCorrectionP0         = 4.0931                 // from premix gas 70-30    Ar-CO2
//DriftCorrectionP1         = -2.2320                // from premix gas 70-30    Ar-CO2 - slope to linear fct v_d over T/P (gas density)

DriftCorrectionP0         = 4.516                  // for Xe/CO2 85/15
DriftCorrectionP1         = -2.617                 // for Xe/CO2 85/15 - slope to linear fct v_d over T/P (gas density)

GainNearCorrectionP0      = 7829.03
GainNearCorrectionP1      = -4753.33     	   // from premix gas 70-30    Ar-CO2
GainFarCorrectionP0       = 8121.18
GainFarCorrectionP1       = -5216.79               // from premix gas 70-30    Ar-CO2
MeanValue_P_TU            = 0.0002969
MeanValue_P_T             = 3.35168
MeanValue_DriftVel        = 1.853016
MeanValue_GainNear        = 3031.15
MeanValue_GainFar         = 2820.46
GasComFitToDvPlaneP0      = 0.0                    // Fit parameters for parametrization of simulated dependency of electron drift on gas composition
GasComFitToDvPlaneP1      = 1.0                    // Fit equation --> DriftVelocity = GasComFitToDvPlaneP0*N2(%) + GasComFitToDvPlaneP1*CO2(%) + GasComFitToDvPlaneP2
GasComFitToDvPlaneP2      = 0.0                    //
GasComFitToGainPlaneP0    = 0.0                    // Fit parameters for parametrization of simulated dependency of gas gain on gas composition
GasComFitToGainPlaneP1    = 1.0                    // Fit equation --> GasGain = GasComFitToGainPlaneP0*N2(%) + GasComFitToGainPlaneP1*CO2(%) + GasComFitToGainPlaneP2
GasComFitToGainPlaneP2    = 0.0                    //
TriggerMinimumAmplitude   = 20.0                   // To get the hardware trigger threshold add the trigger pulse offset to TriggerMinimumAmplitude cut. Gas composition dependent variable.
TriggerMaximumPosition    = 35.0
PickupMinimumWidth        = 12.0
PickupMinimumAmplitude    = 5.0
PickupMinimumOffset       = 35.0

AnalysisMethodEvent       = 1                      // 0 - only pickup information used, 1 - all channels used
AnalysisMethod            = 1                      // 1 - event by event analysis 
EventQualityCutOnOff      = 0                      // 0 - off, 1 - on
TemperatureScale          = 0                      // 0 - K, 1 - C
CalculateMeans            = 0                      // 0 - no, 1 - yes --> to store and calculate mean values for P/T, P/TU, Dv, Gain
GainFromTriggersOrPickup  = 0                      // 0 - from Pickup, 1 - from triggers
EventNearPeakLow          = 1                      // Near peak window low limit
EventNearPeakHigh         = 90                     // Near peak window high limit
EventFarPeakLow           = 91                     // Far peak window low limit
EventFarPeakHigh          = 470                    // Far peak window high limit
PeakIntegrationRange      = 45                     // Constant intergation window, center at 22 % of the window (35)

//------------------------ Path and prefixes ------------------------------//
DIMServerPrefix           = ALICE.TRD              
RootFileName              = ALICE_TRD_GOOFIE       
PathToRootFile            = /data/GOOFIE_DATA/RUN-0003/
TrueEventDataFileLocation = ./