ireinforcementthing.h

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#pragma once
// ireinforcementthing.h

#include "iblockdef.h"

namespace itasca
{
  class IThing;
}

namespace block
{

  class IBlockThing;
  class IContactThing;
  class IFaceThing;

  class IReinforcementThing
  {
  public:

    inline static const TType type_ = 0x52b3460a;
    virtual const itasca::IThing *      getIThing() const=0;
    virtual itasca::IThing *            getIThing()=0;
    virtual quint64 getReinforcementID() const=0;
    virtual quint64 getSELCollectionID() const=0;
    virtual FInt getFortranOffset() const=0;
    virtual DVect3              getLocation() const=0;
    virtual const IBlockThing * getBlock1() const=0;
    virtual const IBlockThing * getBlock2() const=0;
    virtual const IFaceThing * getFace1() const=0;
    virtual const IFaceThing * getFace2() const=0;
    virtual const IContactThing *getContact() const=0;
    virtual int getMaterial() const=0;
    virtual DVect3 getShearDisplacement() const=0;
    virtual DVect3 getShearForce() const=0;
    virtual double getShearStrain() const = 0;
    virtual double getAxialDisplacement() const=0;
    virtual double getAxialForce() const=0;
    virtual double getAxialStrain() const = 0;
    virtual DVect3 getNormal() const=0;
    virtual QString getStateString() const=0;
    // 1 yield in past
    // 2 shear yield
    // 3 axial yield
    // 4 axial rupture
    // 5 shear rupture
    virtual int getState() const = 0;
    virtual double getHalfLength() const=0;
    // other properties
    virtual double getAxialStiffness() const=0;
    virtual double getShearStiffness() const=0;
    virtual double getAxialYield() const=0;
    virtual double getShearYield() const=0;
    virtual double getAxialRuptureStrain() const=0;
    virtual double getShearRuptureStrain() const=0;
    // get axial and shear force as a percentage of strength
    virtual double getShearForcePcStrength() const=0;
    virtual double getAxialForcePcStrength() const=0;
  };

} // end namespace block
// EOF