| #include "hmdcgarsignalreader.h" |
HMdcGarSignalReader
class description - source file - inheritance tree (.pdf)
protected:
Bool_t check(Int_t, Int_t, Int_t, Int_t, TH1F*)
void createChargeHists()
void createHistArrays(Int_t, Int_t, Int_t, Int_t)
void createHists(Int_t, Int_t, Int_t, TH1F**, TH1F**, TH1F**, TH1F**)
void deleteChargeHists()
void deleteHistArrays(Int_t type)
void fillChargeHists(Int_t, Int_t, Int_t, Int_t, Int_t, TH1F*, TH1F*)
void fillDriftTimeVersusDistance(Int_t, Int_t, Int_t)
void findThresholds(Int_t, TH1F*)
void initHistArrays()
void initVariables()
void integrateHists(Int_t, Int_t, Int_t, Int_t, TH1F*, TH1F*)
void readInput(Int_t, Int_t)
void response(Float_t mean, Float_t scale)
void simulateResponse(TH1F*, TH1F*)
void writeChargeHists()
void writeHist(TH1F* h, Int_t i)
void writeHistArrays(Int_t type)
public:
HMdcGarSignalReader(const char* name, const char* title)
HMdcGarSignalReader(const HMdcGarSignalReader&)
~HMdcGarSignalReader()
static TClass* Class()
void closeOutput()
Float_t getBinSizeDist()
Float_t getMinSignal(Int_t i)
Int_t getNBinDist()
Int_t getNBinSignal()
Int_t getNSignals()
Int_t getNStep()
Float_t getRangeSignal()
Float_t getSigma1()
Float_t getSigma2()
Float_t getStepSize()
virtual TClass* IsA() const
void make(Int_t, Int_t, TString)
HMdcGarSignalReader& operator=(const HMdcGarSignalReader&)
void printStatus()
void setBinSizeDist(Float_t i)
void setFileNameIn(TString)
void setFileNameOut(TString)
void setMinSignal(Float_t i, Float_t j, Float_t k, Float_t l)
void setNBinDist(Int_t i)
void setNBinSignal(Int_t i)
void setNSignals(Int_t i)
void setNStep(Int_t i)
void setRangeSignal(Float_t i)
void setSigma1(Float_t sig)
void setSigma2(Float_t sig)
void setSimResponse(Bool_t sim)
void setStepSize(Float_t i)
void setVersion(Int_t vers)
void setWriteHists(Bool_t signal, Bool_t signalint, Bool_t sum, Bool_t dist, Bool_t timedistance, Bool_t mincharge)
virtual void ShowMembers(TMemberInspector& insp, char* parent)
virtual void Streamer(TBuffer& b)
void StreamerNVirtual(TBuffer& b)
protected:
FILE* inputAscii ! file pointer to input
TString fNameAsciiIn ! file name of root input file
TFile* outputRoot ! root file pointer
TString fNameRootOut ! root file pointer
Int_t nSignals ! number of signals per sample point
Int_t nBinSignal ! number of bins of signal hist
Float_t rangeSignal ! upperrange signal hist
Int_t nBinDist ! number of bins of hist drift time vs distance
Float_t binSizeDist ! size of bin hist drift time vs distance (mm)
Int_t nStep ! number of threshold steps
Float_t stepsize ! size of threshold step
Float_t minSignal[4] maximum charge per module type
Int_t version ! read different GARFIELD versions (704,708 (skip))
TH1F* hdist_1[10] ! distribution of time1 per threshold step
TH1F* hdist_2[10] ! distribution of time2 per threshold step
TH1F* htime1[10] ! hist for time1 vs distance per threshold step
TH1F* htime2[10] ! hist for time2 vs distance per threshold step
TH1F* hminCharge[4] ! hist for minimum charge per mdc type
TH1F* hminChargeSum[4] ! hist for minimum charge from sum hist per mdc type
TPaveText* myconfig ! configuration discription
Int_t nmake ! counter for calling make
TH1F* hresponse ! response hist
Bool_t simResponse ! switch simulate response of adc / simple integration
Float_t sigma1 ! sigma 1 of reponse function of adc
Float_t sigma2 ! sigma 2 of reponse function of adc
Bool_t writehists[6] ! switch write on/off for signal
HMdcGarSignalReader
Reads Ascii files containing signals produced by GARFIELD.
Hists for Signal, integrated Signal,ditribution of Time1 and Time2,
summed signals per sample point and summed integrated signals per sample point
can be filled and written to the output file. Hists for maximum charge per
mdc (angle,sample) or (angle,sample,signal) are filled to define the max value
for the threshold calulations. The main output hists for time1 and time2 as function
of distance from wire including the errors are filled from the distribtution hists
for time1 and time2 (mean+RMS) for different threshold values. Those hists are input
to HMdcGarCal2Maker and HMdcGarEffMaker to produce the CAL2 and efficiency
parameters for MDC.
HMdcGarSignalReader(const char* name,const char* title)
: TNamed(name,title)
constructor for HMdcGarSignalReader
~HMdcGarSignalReader()
destructor of HMdcGarSignalReader
void setFileNameOut(TString myfile)
Sets root output of HMdcGarSignalReader
void setFileNameIn(TString myfile)
Sets root input of HMdcGarSignalReader
void initVariables()
inits all variables
void response(Float_t mean,Float_t scale)
void simulateResponse(TH1F* hsignal,TH1F* hint_diff)
void createChargeHists()
creates hists for maximum charge per mdc,angle,sample,signal (per signal)
or mdc,angle,sample (per summed signal)
void fillChargeHists(Int_t mdc,Int_t angle,Int_t sample,Int_t signal,Int_t type,TH1F* hsignal,TH1F* hsum)
fills hists for maximum charge per mdc,angle,sample,signal (per signal)
or mdc,angle,sample (per summed signal)
void writeChargeHists()
writes hists for charge to file
void deleteChargeHists()
delete charge hists
void printStatus(void)
prints the parameters to the screen
void make(Int_t mdc,Int_t angle,TString inputfile)
function to be called from macro.
opens input and output file, loops over input
void readInput(Int_t mdc,Int_t angle)
reads from ascii file containing signals produced by GARFIELD
Creates subdirectory structure in output file, fills and writes hists for
signals, time1 and time2 and max charge
void fillDriftTimeVersusDistance(Int_t mdc,Int_t angle,Int_t sample)
fills main hist for time1 and time2 including errors by mean and RMS of the distribution
signals of time1 and time2.
Bool_t check(Int_t mdc,Int_t angle,Int_t sample,Int_t step,TH1F* hdist)
checks if hist is not empty
void findThresholds(Int_t mdc,TH1F* hint_diff)
loops over signals hist to find the time value at threshold
for different thresholds
void createHists(Int_t sample,Int_t signal,Int_t type,
TH1F** hsignal,TH1F** hint_diff,TH1F** hsum,TH1F** hsumint)
create hists for signal/integrated signal (type==0 per signal)
or sum/integrated sum(type==1 per sample)
void createHistArrays(Int_t mdc,Int_t angle,Int_t sample,Int_t type)
creates his arrays for time1 and time2 as function of distance to wire
for different thresholds (type==1 per angle)
or hists for distribution of time1 and time2 (type==2 per sample)
--------------------------------- create hists per sample point ----------------
void integrateHists(Int_t mdc,Int_t angle,Int_t sample,Int_t signal,TH1F* hsignal,TH1F* hint_diff)
ingetrate signal hist
void closeOutput()
writes charge hist and closes output file
Inline Functions
void initHistArrays()
void writeHistArrays(Int_t type)
void deleteHistArrays(Int_t type)
void writeHist(TH1F* h, Int_t i)
void setVersion(Int_t vers)
void setSigma1(Float_t sig)
void setSigma2(Float_t sig)
void setSimResponse(Bool_t sim)
Float_t getSigma1()
Float_t getSigma2()
void setNSignals(Int_t i)
Int_t getNSignals()
void setNBinSignal(Int_t i)
Int_t getNBinSignal()
void setRangeSignal(Float_t i)
Float_t getRangeSignal()
void setNBinDist(Int_t i)
Int_t getNBinDist()
void setBinSizeDist(Float_t i)
Float_t getBinSizeDist()
void setNStep(Int_t i)
Int_t getNStep()
void setStepSize(Float_t i)
Float_t getStepSize()
void setMinSignal(Float_t i, Float_t j, Float_t k, Float_t l)
Float_t getMinSignal(Int_t i)
void setWriteHists(Bool_t signal, Bool_t signalint, Bool_t sum, Bool_t dist, Bool_t timedistance, Bool_t mincharge)
TClass* Class()
TClass* IsA() const
void ShowMembers(TMemberInspector& insp, char* parent)
void Streamer(TBuffer& b)
void StreamerNVirtual(TBuffer& b)
HMdcGarSignalReader HMdcGarSignalReader(const HMdcGarSignalReader&)
HMdcGarSignalReader& operator=(const HMdcGarSignalReader&)
Last update: Fri Jan 26 12:09:12 2007
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