AtTrapezoidFilter.h

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#ifndef ATTRAPEZOIDFILTER_H
#define ATTRAPEZOIDFILTER_H
 
#include "AtFilter.h"
 
#include <Rtypes.h>
 
#include <vector>
 
class AtPad;
class AtRawEvent;
struct AtPadReference;
 
class AtTrapezoidFilter : public AtFilter {
 
private:
   Float_t fM;
   Int_t fRiseTime;
   Int_t fTopTime;
   Int_t fDiscriminatorThreshold;
 
   // Variables to track this event
   Int_t fStartIndex;
   std::vector<Float_t> d;
 
   void setSignalStart(AtPad *pad);
   void zeroSignalBeforeStart(AtPad *pad);
   void setDVector(AtPad *pad);
 
   Float_t p(int index);
   Float_t r(int index);
   Float_t s(int index);
 
public:
   void SetM(Float_t m) { fM = m; }
   void SetRiseTime(Int_t riseTime) { fRiseTime = riseTime; }
   void SetTopTime(Int_t topTime) { fTopTime = topTime; }
   void SetDiscriminatorThreshold(Int_t threshold) { fDiscriminatorThreshold = threshold; }
 
   Float_t GetM() { return fM; }
   Int_t GetRiseTime() { return fRiseTime; }
   Int_t GetTopTime() { return fTopTime; }
 
   virtual void Init() override {}
   virtual void InitEvent(AtRawEvent *event) override {}
   virtual void Filter(AtPad *pad, AtPadReference *padReference) override;
   virtual bool IsGoodEvent() override { return true; }
};
 
#endif //#ifndef ATTRAPEZOIDFILTER_H