Measurement.hpp

#ifndef __LIBSPEEDWIRE_MEASUREMENT_HPP__
#define __LIBSPEEDWIRE_MEASUREMENT_HPP__

#include <string>
#include <MeasurementType.hpp>
#include <MeasurementValues.hpp>

namespace libspeedwire {

    /**
     *  Class holding measurement values together with their corresponding measurement type definition.
     */
    class Measurement {
    public:
        MeasurementType   measurementType;
        MeasurementValues measurementValues;
        Wire              wire;
        std::string       description;

        /**
         *  Constructor.
         *  @param mType   measurement type
         *  @param wire_   measurement wire
         */
        Measurement(const MeasurementType& mType, const Wire& mWire) :
            measurementType(mType),
            measurementValues(0),
            wire(mWire),
            description(mType.getFullName(mWire)) {
        }

        /**
         *  Add a new measurement value.
         *  @param value the measurement value
         *  @param time the measurement time
         */
        void addMeasurement(const int32_t  raw_value, const uint32_t time) {
            measurementValues.addMeasurement((double)raw_value / (double)measurementType.divisor, time);
        }
        void addMeasurement(const uint32_t raw_value, const uint32_t time) {
            measurementValues.addMeasurement((double)raw_value / (double)measurementType.divisor, time);
        }
        void addMeasurement(const uint64_t raw_value, const uint32_t time) {
            measurementValues.addMeasurement((double)raw_value / (double)measurementType.divisor, time);
        }
    };

}   // namespace libspeedwire

#endif