Difference: TFadcEvent (1 vs. 4)

Revision 42011-04-22 - PeterWinter

Line: 1 to 1
 
META TOPICPARENT name="MuCapPhysicsAnalysisPK"
Changed:
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TFadcEvent

 void SetTriggerTime(int i, Int_t triggerTime);
 void SetTriggerFlags(int i, UShort_t triggerFlags);
 void SetClockPeriod(Double_t dt) { fClockPeriod = dt; }
 void SetTriggerGate(Double_t dT) { fTriggerGate = dT; }
 void SetNTriggerFound(Int_t t) { fNTriggerFound = t; }

 static const int kNChannels; //
 static const int kNSamples;  //

 // The following functions all take the argument in normal counting convention
 // i.e.: i = [1, kMaxFadcTriggers] !!!!!!!
 Int_t GetTriggerTime(int i) const;
 UShort_t GetTriggerFlags(int i) const;
 Int_t GetTmin(int i) const;
 Int_t GetTmax(int i) const;

 Double_t GetClockPeriod() const { return fClockPeriod; }
 Double_t GetTriggerGate() const { return fTriggerGate; }
 int GetNrAnodes(){ return fNAnodes; };
 int GetNrStrips(){ return fNStrips; };
 Int_t GetNTriggerFound() { return fNTriggerFound; }

 // For the following two functions, both arguments are in
 // normal counting convention, i.e. 1, 2, 3,... Max
 TFadcAnode* AddAnode(UShort_t wire, UShort_t trigger); 
 TFadcStrip* AddStrip(UShort_t wire, UShort_t trigger);

 TClonesArray *GetAnodes() const { return fAnodes; }
 TClonesArray *GetStrips() const { return fStrips; }

TFadcAnode

class TFadcAnode : public TFadcWire

TFadcWire

TFadcPulse* GetPulse(int n); // Index n = [1, fNPulses]
TFadcPulse* GetPulses();

Int_t GetNPulses(){ return fNPulses; };
UShort_t GetWireNumber(){ return fWireNumber; };
UShort_t GetTriggerNumber(){ return fTriggerNumber; };

int AddPulse(TFadcPulse *p);
void SetNPulses(Int_t n){ fNPulses = n; };
void SetWireNumber(UShort_t w){ fWireNumber = w; };
void SetTriggerNumber(UShort_t t){ fTriggerNumber = t; };

TFadcPulse

/******************* Data Members Access ***********************/
Short_t GetMaxHeight() const { return MaxHeight; };
Int_t GetIntegral() const { return Integral; };
Int_t GetLeftTime() const { return LeftTime; };
Int_t GetCenterTime() const { return CenterTime; };
Short_t GetThreshold() const { return Threshold; };
Short_t GetLength() const { return Length; };
Bool_t GetOvershoot() const { return Overshoot; };

void SetMaxHeight(Short_t max){ MaxHeight = max; };
void SetIntegral(Int_t integ){ Integral = integ; };
void SetLeftTime(Int_t ltime){ LeftTime = ltime; };
void SetCenterTime(Int_t ctime){ CenterTime = ctime; };
void SetThreshold(Short_t thr){ Threshold = thr; };
void SetLength(Short_t l){ Length = l; };
void SetOvershoot(Bool_t b){ Overshoot = b; };
void CopyPulse(const TFadcPulse &p);

Typical Usage

Typical write in TFadcAnalysis

Typical read example TFadcAnalysis.cpp::printAnodesAndStrips

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Please go to https://muon.npl.washington.edu/twiki/bin/view/Main/TFadcEvent
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Revision 32011-04-07 - PeterKammel

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META TOPICPARENT name="MuCapPhysicsAnalysisPK"
Changed:
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TFadcEvent

 void SetTriggerTime(int i, Int_t triggerTime);
 void SetTriggerFlags(int i, UShort_t triggerFlags);
 void SetClockPeriod(Double_t dt) { fClockPeriod = dt; }
 void SetTriggerGate(Double_t dT) { fTriggerGate = dT; }
 void SetNTriggerFound(Int_t t) { fNTriggerFound = t; }

 
Changed:
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Typical write 00030 void SetNTriggerFound(Int_t t) { fNTriggerFound = t; } 00026 void SetTriggerTime(int i, Int_t triggerTime); 00027 void SetTriggerFlags(int i, UShort_t triggerFlags); 00050 TFadcAnode* AddAnode(UShort_t wire, UShort_t trigger); 00051 TFadcStrip* AddStrip(UShort_t wire, UShort_t trigger); int AddPulse ( TFadcPulse p) | void | SetMaxHeight (Short_t max) | | void | SetIntegral (Int_t integ) | | void | SetLeftTime (Int_t ltime) | | void | SetCenterTime (Int_t ctime) | | void | SetThreshold (Short_t thr) | | void | SetLength (Short_t l) | | void | SetOvershoot (Bool_t b) | Typical read example TFadcAnalysis.cpp::printAnodesAndStrips The private data members are used via accessor functions private: 00057 Int_t fNTriggerFound; 00058 Int_t *fTriggerTime; //[fNTriggerFound] time in ~ns of the hardware trigger 00059 UShort_t *fTriggerFlags; //[fNTriggerFound] which hardware trigger 00061 Double_t fClockPeriod; 00062 Double_t fTriggerGate; 00064 //*********************************************** 00066 int fNAnodes; 00067 TClonesArray *fAnodes; 00070 int fNStrips; 00071 TClonesArray *fStrips
>
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static const int kNChannels; // static const int kNSamples; //

// The following functions all take the argument in normal counting convention // i.e.: i = [1, kMaxFadcTriggers] !!!!!!! Int_t GetTriggerTime(int i) const; UShort_t GetTriggerFlags(int i) const; Int_t GetTmin(int i) const; Int_t GetTmax(int i) const;

Double_t GetClockPeriod() const { return fClockPeriod; } Double_t GetTriggerGate() const { return fTriggerGate; } int GetNrAnodes(){ return fNAnodes; }; int GetNrStrips(){ return fNStrips; }; Int_t GetNTriggerFound() { return fNTriggerFound; }

// For the following two functions, both arguments are in // normal counting convention, i.e. 1, 2, 3,... Max TFadcAnode* AddAnode(UShort_t wire, UShort_t trigger); TFadcStrip* AddStrip(UShort_t wire, UShort_t trigger);

TClonesArray *GetAnodes() const { return fAnodes; } TClonesArray *GetStrips() const { return fStrips; }

TFadcAnode

class TFadcAnode : public TFadcWire

TFadcWire

TFadcPulse* GetPulse(int n); // Index n = [1, fNPulses]
TFadcPulse* GetPulses();

Int_t GetNPulses(){ return fNPulses; };
UShort_t GetWireNumber(){ return fWireNumber; };
UShort_t GetTriggerNumber(){ return fTriggerNumber; };

int AddPulse(TFadcPulse *p);
void SetNPulses(Int_t n){ fNPulses = n; };
void SetWireNumber(UShort_t w){ fWireNumber = w; };
void SetTriggerNumber(UShort_t t){ fTriggerNumber = t; };

TFadcPulse

/******************* Data Members Access ***********************/
Short_t GetMaxHeight() const { return MaxHeight; };
Int_t GetIntegral() const { return Integral; };
Int_t GetLeftTime() const { return LeftTime; };
Int_t GetCenterTime() const { return CenterTime; };
Short_t GetThreshold() const { return Threshold; };
Short_t GetLength() const { return Length; };
Bool_t GetOvershoot() const { return Overshoot; };

void SetMaxHeight(Short_t max){ MaxHeight = max; };
void SetIntegral(Int_t integ){ Integral = integ; };
void SetLeftTime(Int_t ltime){ LeftTime = ltime; };
void SetCenterTime(Int_t ctime){ CenterTime = ctime; };
void SetThreshold(Short_t thr){ Threshold = thr; };
void SetLength(Short_t l){ Length = l; };
void SetOvershoot(Bool_t b){ Overshoot = b; };
void CopyPulse(const TFadcPulse &p);

Typical Usage

Typical write in TFadcAnalysis

Typical read example TFadcAnalysis.cpp::printAnodesAndStrips

Revision 22011-04-07 - PeterKammel

Line: 1 to 1
 
META TOPICPARENT name="MuCapPhysicsAnalysisPK"
Changed:
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Typical write
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Changed:
<
<
00030 void SetNTriggerFound(Int_t t) { fNTriggerFound = t; }

00026 void SetTriggerTime(int i, Int_t triggerTime); 00027 void SetTriggerFlags(int i, UShort_t triggerFlags);

00050 TFadcAnode* AddAnode(UShort_t wire, UShort_t trigger); 00051 TFadcStrip* AddStrip(UShort_t wire, UShort_t trigger);

int AddPulse ( TFadcPulse *p)

void SetMaxHeight (Short_t max)
void SetIntegral (Int_t integ)
void SetLeftTime (Int_t ltime)
void SetCenterTime (Int_t ctime)
void SetThreshold (Short_t thr)
void SetLength (Short_t l)
void SetOvershoot (Bool_t b)

Typical read example

TFadcAnalysis.cpp::printAnodesAndStrips

The private data members are used via accessor functions private:

00057 Int_t fNTriggerFound;

00058 Int_t *fTriggerTime; //[fNTriggerFound] time in ~ns of the hardware trigger

00059 UShort_t *fTriggerFlags; //[fNTriggerFound] which hardware trigger

00061 Double_t fClockPeriod;

00062 Double_t fTriggerGate;

00064 //************************************************

00066 int fNAnodes;

00067 TClonesArray *fAnodes;

00070 int fNStrips;

00071 TClonesArray *fStrips

>
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Typical write 00030 void SetNTriggerFound(Int_t t) { fNTriggerFound = t; } 00026 void SetTriggerTime(int i, Int_t triggerTime); 00027 void SetTriggerFlags(int i, UShort_t triggerFlags); 00050 TFadcAnode* AddAnode(UShort_t wire, UShort_t trigger); 00051 TFadcStrip* AddStrip(UShort_t wire, UShort_t trigger); int AddPulse ( TFadcPulse p) | void | SetMaxHeight (Short_t max) | | void | SetIntegral (Int_t integ) | | void | SetLeftTime (Int_t ltime) | | void | SetCenterTime (Int_t ctime) | | void | SetThreshold (Short_t thr) | | void | SetLength (Short_t l) | | void | SetOvershoot (Bool_t b) | Typical read example TFadcAnalysis.cpp::printAnodesAndStrips The private data members are used via accessor functions private: 00057 Int_t fNTriggerFound; 00058 Int_t *fTriggerTime; //[fNTriggerFound] time in ~ns of the hardware trigger 00059 UShort_t *fTriggerFlags; //[fNTriggerFound] which hardware trigger 00061 Double_t fClockPeriod; 00062 Double_t fTriggerGate; 00064 //*********************************************** 00066 int fNAnodes; 00067 TClonesArray *fAnodes; 00070 int fNStrips; 00071 TClonesArray *fStrips

Revision 12011-04-07 - PeterKammel

Line: 1 to 1
Added:
>
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META TOPICPARENT name="MuCapPhysicsAnalysisPK"
Typical write

00030 void SetNTriggerFound(Int_t t) { fNTriggerFound = t; }

00026 void SetTriggerTime(int i, Int_t triggerTime); 00027 void SetTriggerFlags(int i, UShort_t triggerFlags);

00050 TFadcAnode* AddAnode(UShort_t wire, UShort_t trigger); 00051 TFadcStrip* AddStrip(UShort_t wire, UShort_t trigger);

int AddPulse ( TFadcPulse *p)

void SetMaxHeight (Short_t max)
void SetIntegral (Int_t integ)
void SetLeftTime (Int_t ltime)
void SetCenterTime (Int_t ctime)
void SetThreshold (Short_t thr)
void SetLength (Short_t l)
void SetOvershoot (Bool_t b)

Typical read example

TFadcAnalysis.cpp::printAnodesAndStrips

The private data members are used via accessor functions private:

00057 Int_t fNTriggerFound;

00058 Int_t *fTriggerTime; //[fNTriggerFound] time in ~ns of the hardware trigger

00059 UShort_t *fTriggerFlags; //[fNTriggerFound] which hardware trigger

00061 Double_t fClockPeriod;

00062 Double_t fTriggerGate;

00064 //************************************************

00066 int fNAnodes;

00067 TClonesArray *fAnodes;

00070 int fNStrips;

00071 TClonesArray *fStrips

 
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