Swan2012AcinarUnit.hpp

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*/

#ifndef SWAN2012ACINARUNIT_HPP_
#define SWAN2012ACINARUNIT_HPP_

//#include "AbstractAcinarUnit.hpp"

class Swan2012AcinarUnit
{
friend class TestAcinarUnitModels;

public:
    Swan2012AcinarUnit();

    virtual ~Swan2012AcinarUnit();

    void SetTimestep(double dt);

    virtual void SolveAndUpdateState(double tStart, double tEnd);

    void SetFlow(double flow);

    double GetFlow();

    void SetAirwayPressure(double pressure);

    void SetPleuralPressure(double pressure);

    void SetTerminalBronchioleResistance(double raw);

    double GetStretchRatio();

    void SetStretchRatio(double lambda);

    double GetVolume();

    void SetUndeformedVolume(double v0);

private:
    double mQ;

    double mLambda;

    double mDt;

    double mPaw;

    double mPawOld;

    double mPpl;

    double mPplOld;

    double mRaw;

    double mA;

    double mB;

    double mXi;

    double mV0;

    double CalculateDerivativeVolumeByStrain();


    double CalculateDerivativeStaticRecoilPressureByStrain();

    double CalculateGamma();

    double CalculateAcinarTissueCompliance();
};


#endif /*SWAN2012ACINARUNIT*/