DTACDigiHit.h

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/*
 * DTACDigiHit.h
 *
 *  Created on: Mar 24, 2017
 *      Author: Hovanes Egiyan
 */

#ifndef LIBRARIES_TAC_DTACDIGIHIT_H_
#define LIBRARIES_TAC_DTACDIGIHIT_H_

#include <JANA/JObject.h>

class DTACDigiHit: public jana::JObject {
public:
   JOBJECT_PUBLIC(DTACDigiHit)

   uint32_t pulse_integral;          ///< identified pulse integral as returned by FPGA algorithm
   uint32_t pulse_time;          ///< identified pulse time as returned by FPGA algorithm
   uint32_t pedestal;          ///< pedestal info used by FPGA (if any)
   uint32_t QF;             ///< Quality Factor from FPGA algorithms
   uint32_t nsamples_integral;          ///< number of samples used in integral
   uint32_t nsamples_pedestal;          ///< number of samples used in pedestal
   uint32_t pulse_peak;           ///<  maximum sample in pulse

   uint32_t datasource;          ///<  0=window raw data, 1=old(pre-Fall16) firmware, 2=Df250PulseData

   // This method is used primarily for pretty printing
   // the second argument to AddString is printf style format
   void toStrings(vector<pair<string, string> > &items) const {
      AddString(items, "pulse_integral", "%d", pulse_integral);
      AddString(items, "pulse_peak", "%d", pulse_peak);
      AddString(items, "pulse_time", "%d", pulse_time);
      AddString(items, "pedestal", "%d", pedestal);
      AddString(items, "QF", "%d", QF);
      AddString(items, "nsamples_integral", "%d", nsamples_integral);
      AddString(items, "nsamples_pedestal", "%d", nsamples_pedestal);
   }


   uint32_t getDataSource() const {
      return datasource;
   }

   void setDataSource(uint32_t datasource) {
      this->datasource = datasource;
   }

   uint32_t getNsamplesIntegral() const {
      return nsamples_integral;
   }

   void setNsamplesIntegral(uint32_t nsamplesIntegral) {
      nsamples_integral = nsamplesIntegral;
   }

   uint32_t getNsamplesPedestal() const {
      return nsamples_pedestal;
   }

   void setNsamplesPedestal(uint32_t nsamplesPedestal) {
      nsamples_pedestal = nsamplesPedestal;
   }

   uint32_t getPedestal() const {
      return pedestal;
   }

   void setPedestal(uint32_t pedestal) {
      this->pedestal = pedestal;
   }

   uint32_t getPulseIntegral() const {
      return pulse_integral;
   }

   void setPulseIntegral(uint32_t pulseIntegral) {
      pulse_integral = pulseIntegral;
   }

   uint32_t getPulseTime() const {
      return pulse_time;
   }

   void setPulseTime(uint32_t pulseTime) {
      pulse_time = pulseTime;
   }

   uint32_t getQF() const {
      return QF;
   }

   void setQF(uint32_t qf) {
      QF = qf;
   }

   uint32_t getPulsePeak() const {
      return pulse_peak;
   }

   void setPulsePeak(uint32_t pulsePeak) {
      pulse_peak = pulsePeak;
   }
};

#endif /* LIBRARIES_TAC_DTACDIGIHIT_H_ */