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CalLog.h

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#ifndef CalLog_H
#define CalLog_H

#include "LogId.h"
#include "TObject.h"

class CalLog: public TObject {
public:
    
    CalLog();
    CalLog(LogId &id);
    virtual ~CalLog();
    Int_t Compare(const TObject *obj) const;
    Bool_t IsSortable() const; 
    
    // Enumeration of ADC range values
    // (Should be identical to that found in CalorimeterRawStore.h)
    typedef enum {
        LowEnX4 = 0,
            LowEnX1,
            HiEnX8,
            HiEnX1
    } AdcRange;
    
    typedef enum {
        POS = 0,
            NEG
    } LogFace;
    
    typedef enum
    {
        BESTRANGE = 0,
            ALLRANGE = 2
    } CalTrigMode;
    
private:
    enum {
        ADC_K_RS = 1,
            ADC_V_RS = 0,
            ADC_M_RS = ((1 << ADC_K_RS) - 1),
            
            ADC_K_PIN = 1,
            ADC_V_PIN = (ADC_K_RS + ADC_V_RS),
            ADC_M_PIN = ((1 << ADC_K_PIN) - 1),
            
            ADC_K_ID = 2,
            ADC_V_ID = (ADC_K_PIN + ADC_V_PIN),
            ADC_M_ID = ((1 << ADC_K_ID) - 1),
            
            ADC_K_VAL = 12,
            ADC_V_VAL = (ADC_K_ID + ADC_V_ID),
            ADC_M_VAL = ((1 << ADC_K_VAL) - 1),
    };
    
    
    
    LogId m_log;       // Log identity info class
    
    //    UShort_t m_AdcValues[2][4];
    UShort_t m_AdcValues[8];
    
    static CalTrigMode m_mode;
    
    
    inline static UShort_t getAdc(UShort_t adcWord) {
        return (adcWord >> ADC_V_VAL) & ADC_M_VAL;
    };
    inline static UShort_t getAdcId(UShort_t adcWord) { 
        return (adcWord >> ADC_V_ID) & ADC_M_ID;
    };
    inline static UShort_t getAdcPinId(UShort_t adcWord) {
        return (adcWord >> ADC_V_PIN) & ADC_M_PIN;
    };
    inline static UShort_t getAdcRangeScale(UShort_t adcWord) {
        return (adcWord >> ADC_V_RS) & ADC_M_RS;
    };
    
    inline static UShort_t getAdcRange(UShort_t adcWord) {
        UShort_t rangeScale = getAdcRangeScale(adcWord);
        UShort_t pinId = getAdcPinId(adcWord);
        return( (pinId << 1 | rangeScale) );
    }
    
    
public:
    
    UShort_t getAdc(LogFace face, short index) const {
        return ( ((face*4+index) < 8) ? getAdc(m_AdcValues[face * 4 + index]) : 0);
    };
    UShort_t getAdcSelectedRange(LogFace face, AdcRange range = LowEnX4) const {
        return ( ((face*4 + range) < 8) ? getAdc(m_AdcValues[face * 4 + range]) : 0);
    };
    //   UShort_t getAdcId(LogFace face, AdcGain range = LowEnX4) const {
    //  return getAdcId(m_AdcValues[end * 4 + gain]);
    //    return getADCID(m_AdcValues[end][gain]);
    //  };
    //  UShort_t getADCPinId(LogEnd end, ADCGain gain = LowEnX4) const {
    //    return getADCPinId(ADCValues[end * 4 + gain]);
    //  return getADCPinID(m_AdcValues[end][gain]);
    //};
    UShort_t getRange(LogFace face, short index) const {
        return getAdcRange(m_AdcValues[face * 4 + index]);
    };
    
    inline const CalTrigMode getMode() const { return m_mode; };
    
    
    Bool_t setAdcValue(UShort_t newVal, LogFace face, AdcRange range = LowEnX4);
    Bool_t setAdcId(UShort_t newVal, LogFace face, AdcRange range = LowEnX4);
    Bool_t setAdcPinId(UShort_t newVal, LogFace face, AdcRange range = LowEnX4);
    Bool_t setAdcRangeScale(UShort_t newVal, LogFace face, AdcRange range = LowEnX4);
    inline void setAdcWord(UShort_t newVal, LogFace face, AdcRange range = LowEnX4) {
        m_AdcValues[face * 4 + range] = newVal;
    };
    inline void setTriggerMode(CalTrigMode val) { m_mode = val; };
    
    
    inline LogId* getLogId() { return &m_log; };
    
    
    ClassDef(CalLog,3)      // Digitization for a single Cal Log
};

#endif

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