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OFDMAMeasurement.hpp

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// #include <OFDMAPHY/OFDMAMeasurement.hpp>

#ifndef WNS_OFDMAPHY_MEASUREMENT_HPP
#define WNS_OFDMAPHY_MEASUREMENT_HPP

#include <WNS/service/phy/power/OFDMAMeasurement.hpp>
#include <RISE/scenario/ftfading/FTFading.hpp>


namespace ofdmaphy {

    class OFDMAMeasurement:
        public wns::service::phy::power::OFDMAMeasurement, // Interface
        public wns::Cloneable<ofdmaphy::OFDMAMeasurement> // allow SmartPtr
    {
    public:
        OFDMAMeasurement(wns::node::Interface* _source,
                         int _numberOfSubChannels,
                         simTimeType _timeOfValidity,
                         wns::Ratio _quasiStaticPathLoss,
                         rise::scenario::ftfading::FTFading* _ftfading,
                         std::vector<wns::Power> _interferenceVector,
                         wns::logger::Logger& _logger
                         );
        virtual ~OFDMAMeasurement();
        /* timeOffset=+1 means look into the future for one frame (samplingTime) */
        virtual const wns::Ratio getPathLoss(int subChannel) const;
        //virtual const wns::Ratio getPathLossInFuture(int subChannel, int samplingTimeOffset=0) const = 0;
        virtual const std::vector<wns::Ratio> getPathLoss() const;
        //virtual const std::vector<wns::Ratio> getPathLossInFuture(int samplingTimeOffset) const;
        virtual const wns::Power getInterferencePlusNoise(int subChannel) const;
        virtual const std::vector<wns::Power>& getInterferencePlusNoise() const;
        // something to specify the origin (source node, transmitter)
        virtual wns::node::Interface* getSourceNode() const;
        virtual const int getNumberOfSubChannels() const { return numberOfSubChannels; };
        virtual const simTimeType getMeasurementTime() const { return timestamp; };
        virtual const bool isUpToDate() const;
        virtual std::string getString() const;
    private:
        wns::node::Interface* source;
        int numberOfSubChannels;
        simTimeType timestamp;
        simTimeType timeOfValidity;
        wns::Ratio  quasiStaticPathLoss;
        rise::scenario::ftfading::FTFading* ftfading;
        std::vector<wns::Power> interferencePlusNoise;
        wns::logger::Logger& logger; // same logger as OFDMA
    };
    inline std::ostream&
    operator<< (std::ostream& s, const OFDMAMeasurement& m) {
        return s << m.getString();
    }
    typedef wns::SmartPtr<const ofdmaphy::OFDMAMeasurement> OFDMAPHYMeasurementPtr;
    typedef const ofdmaphy::OFDMAMeasurement& OFDMAPHYMeasurementConstRef;

} // ofdmaphy
#endif // WNS_SERVICE_PHY_OFDMA_MEASUREMENT_HPP

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