icontactfluid.h

#pragma once
// icontactfluid.h
 
namespace itasca {
    class IThing;
}
 
namespace itascaxd {
    using namespace itasca;
 
    class IContact;
    class IContactModel;
    class IContactModelFluid;
    class IContactMechanical;
    class IPiece;
    class IPieceFluid;
 
    class IContactFluid { // Fluid Contacts may exist between two IPieceFluid objects
      public:
        inline static const TType type_ = 0x65525faf;
 
        virtual const IThing* getIThing() const = 0;
        virtual       IThing* getIThing() = 0;
        virtual const IContact*           getContact() const = 0;
        virtual       IContact*           getContact() = 0;
        virtual const IContactMechanical* getContactMechanical() const = 0;
        virtual       IContactMechanical* getContactMechanical() = 0;
        virtual const IContactFluid*      getContactFluid() const = 0;
        virtual       IContactFluid*      getContactFluid() = 0;
        virtual const IPiece*      getEnd1() const = 0;
        virtual       IPiece*      getEnd1() = 0;
        virtual const IPiece*      getEnd2() const = 0;
        virtual       IPiece*      getEnd2() = 0;
        virtual const IPieceFluid* getEnd1Fluid() const = 0;
        virtual       IPieceFluid* getEnd1Fluid() = 0;
        virtual const IPieceFluid* getEnd2Fluid() const = 0;
        virtual       IPieceFluid* getEnd2Fluid() = 0;
        // Return fluid contact model present at this mechanical contact
        virtual const IContactModel* getModel() const = 0;
        virtual       IContactModel* getModel() = 0;
        virtual QString              getModelName() const = 0;
        // Assigns a clone of fluid CM passed in arguments, and copies its properties.
        virtual IContactModel*       setModel(const IContactModel* toClone, bool validate = true) = 0;
        // Assigns fluid contact model based on a name.
        virtual IContactModel*       setModelName(const QString& name) = 0;
        
        virtual void   setPorePressure(const double& d) =0;
        virtual double getPorePressure() const =0;
        virtual void   setHydrostaticPressure(const double& d) =0;
        virtual double getHydrostaticPressure() const =0;
        virtual double getPressureHead() const =0;
        virtual void   setPressureFixity(const bool& b) =0;
        virtual bool   getPressureFixity() const =0;
        virtual DVect2 getFlowRateQi() const =0;          // see flowRateQi_
        virtual void   setFlowRateQs(const double& d) =0; // see flowRateQs_
        virtual double getFlowRateQs() const =0;
        virtual double getFlowRateQr() const =0;          // see flowRateQr_
        virtual double getFlowRateSum() const =0;
        virtual void   setAccumVolume(const double& d, bool external) =0;
        virtual DVect2 getAccumVolume() const =0;         // see accumVolume_
        virtual DVect2 getLength_li() const =0;           // see length_li_
        virtual void   setAreaPipe(const double& d) =0;
        virtual double getAreaPipe() const =0;
        virtual double getAreaContact() const =0;
        virtual double getVolumeMaterial() const =0;
        virtual DVect  getTotalForceGbl() const =0;
        virtual DVect  getEffectiveForceGbl() const =0;
        virtual DVect  getFluidForceGbl() const =0;
        virtual double getFluidForce() const =0;
 
        // Fluid physics
        virtual double getCritTS() const =0;
        virtual void   setPipeSegmentLengths() =0;
        virtual void   getAndSendConductivityTerms() =0;
        virtual void   updateFlowAndPressureAtKnot( double& timestep ) =0;
    };
}