iselbeam.h

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#pragma once
 
#include "isel.h"
 
namespace itasca {
    class IThing;
}
 
namespace sel {
 
    class ISELBeam {
    public:
        inline static const TType type_ = 0x4c815a09;
        virtual const IThing  *getIThing() const=0;
        virtual IThing *       getIThing()=0;
        virtual const ISEL    *getISEL() const=0;
        virtual ISEL *         getISEL()=0;
 
        virtual double getLength()const=0;
        // Surface area (elastic: xc shape not given, assume circular xc shape;
        //               plastic: true xc shape)
        virtual double getArea()const=0;
        virtual double getVolume()const=0;
#ifdef TWOD
        virtual double getSpacing() const=0;
        virtual void   setSpacing(const double &d)=0;
#endif
        virtual double getAppYPress()const=0;
        virtual void   setAppYPress(const double &d)=0;
#ifdef THREED
        virtual double getAppZPress()const=0;
        virtual void   setAppZPress(const double &d)=0;
#endif
        virtual double getDensity() const=0;
        virtual double getThExp() const=0;
        virtual double getPropE() const=0;
        virtual void   setPropE(const double &e)=0;
        virtual double getPropNu() const=0;
        virtual void   setPropNu(const double &e)=0;
        virtual double getPropXCArea() const=0;
        virtual void   setPropXCArea(const double &d)=0;
        virtual double getXCAreaPlastic() const=0;
#ifdef THREED
        virtual double getPropXCJ() const=0;
        virtual void   setPropXCJ(const double& torsion_constant)=0;
        virtual double getPropXCIy() const=0;
        virtual void   setPropXCIy(const double &d)=0;
        virtual double getPropXCIz() const=0;
        virtual void   setPropXCIz(const double &d)=0;
        virtual double getPropKappaY() const=0;
        virtual void   setPropKappaY(const double &d)=0;
        virtual double getPropKappaZ() const=0;
        virtual void   setPropKappaZ(const double &d)=0;
#else
        virtual double getPropXCI()const=0;
        virtual void   setPropXCI(const double &d)=0;
        virtual double getPropKappa() const=0;
        virtual void   setPropKappa(const double &d)=0;
#endif
        virtual DVect  getPropLsys() const=0;
        virtual void   setPropLsys(const DVect& d)=0;
        virtual double getPropPlasticMoment() const=0;
        virtual void   setPropPlasticMoment(const double &d)=0;
        virtual double getPropPlasticShear() const=0;
        virtual void   setPropPlasticShear(const double &d)=0;
#ifdef THREED
        virtual double getPropPlasticMomentY() const=0;
        virtual void   setPropPlasticMomentY(const double &d)=0;
        virtual double getPropPlasticMomentZ() const=0;
        virtual void   setPropPlasticMomentZ(const double &d)=0;
        virtual double getPropPlasticShearY() const=0;
        virtual void   setPropPlasticShearY(const double &d)=0;
        virtual double getPropPlasticShearZ() const=0;
        virtual void   setPropPlasticShearZ(const double &d)=0;
#endif
        virtual double getNdForce(uint32 dof, uint32 end) const=0;
        virtual DVect  getNdForce(uint32 end) const=0;
#ifdef THREED
        virtual DVect  getNdMoment(uint32 end) const=0;
#else
        virtual double getNdMoment(uint32 end) const=0;
#endif
        // *** Beam constitutive model information.
        //     General CM property get/set provided by {get/set}CMProperty() in SELBeam class.
        virtual string getElementType() const=0;
        virtual string getConstitutiveModelName() const=0;
        // True means that finite element supports plastic behavior.
        virtual bool    canBePlastic() const=0;
        virtual bool    isPlastic() const=0;
        virtual void    setIntData( bool shapeRect, std::array<double,2> size, std::array<uint32,3> nIPs )=0;
        virtual bool    getIntData( bool &shapeRect, std::array<double,2> &iDataSize,
                                    std::array<uint32,3> &iDataNum ) const=0;
        virtual bool    getIPData( const uint32 ip, std::array<double,4> &iData) const=0;
        virtual uint32  getNumIPs() const=0;
        virtual uint32     getPlasticState( const uint32 ip ) const=0;
        virtual StringList getPlasticStateNames( const uint32 ip ) const=0;
        virtual bool       getPlasticStress( const uint32 ip, double &sigXX) const=0;
        virtual bool       getPlasticStressBounds( double &minStr, double &maxStr ) const=0;
        virtual bool       getPlasticStateYieldPct( double &yieldPct ) const=0;
    };
} // namespace sel
// EoF