HgcrocTriggerCalculations.h

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#ifndef TOOLS_HGCROCTRIGGERCALCULATIONS_H_
#define TOOLS_HGCROCTRIGGERCALCULATIONS_H_
 
#include <map>
 
#include "Conditions/SimpleTableCondition.h"
 
namespace ldmx {
 
class HgcrocTriggerConditions {
 public:
  static const unsigned int IADC_PEDESTAL = 0;
  static const unsigned int IADC_THRESHOLD = 1;
  static const unsigned int ITOT_PEDESTAL = 2;
  static const unsigned int ITOT_THRESHOLD = 3;
  static const unsigned int ITOT_GAIN = 4;
 
  HgcrocTriggerConditions(const conditions::IntegerTableCondition &,
                          bool validate = true);
 
  int adcPedestal(unsigned int id) const { return ict_.get(id, IADC_PEDESTAL); }
 
  int adcThreshold(unsigned int id) const {
    return ict_.get(id, IADC_THRESHOLD);
  }
 
  int totPedestal(unsigned int id) const { return ict_.get(id, ITOT_PEDESTAL); }
 
  int totThreshold(unsigned int id) const {
    return ict_.get(id, ITOT_THRESHOLD);
  }
 
  int totGain(unsigned int id) const { return ict_.get(id, ITOT_GAIN); }
 
 private:
  const conditions::IntegerTableCondition &ict_;
};  // HgcrocTriggerConditions
 
class HgcrocTriggerCalculations {
 public:
  static unsigned int singleChannelCharge(int adc, int tot, int adc_ped,
                                          int adc_thresh, int tot_ped,
                                          int tot_thresh, int tot_gain);
 
  HgcrocTriggerCalculations(const conditions::IntegerTableCondition &ict);
 
  void addDigi(unsigned int id, unsigned int tid, int adc, int tot);
 
  void compressDigis(int cells_per_trig);
 
  const std::map<unsigned int, uint8_t> &compressedEnergies() const {
    return compressedCharge_;
  }
 
 private:
  HgcrocTriggerConditions conditions_;
  std::map<unsigned int, unsigned int> linearCharge_;
  std::map<unsigned int, uint8_t> compressedCharge_;
};  // HgcrocTriggerCalculations
 
}  // namespace ldmx
 
#endif  // TOOLS_HGCROCTRIGGERCALCULATIONS_H_