iselshell.h

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#pragma once
// ISELShell.h
 
#include "isel.h"
 
namespace itasca {
 class IThing;
}
 
namespace sel {
 using namespace itasca;
 
 
 class ISELShell {
 public:
 inline static const TType type_ = 0x4c815a04;
 virtual TType getType() const { return type_; }
 virtual const IThing * getIThing() const=0;
 virtual IThing * getIThing()=0;
 virtual const ISEL * getISEL() const=0;
 virtual ISEL * getISEL()=0;
 
 virtual QString getElementType() const=0;
 virtual double getThickness() const=0;
 virtual void setThickness(const double &t)=0;
 virtual double getArea()const=0;
 virtual double getVolume() const =0;
 virtual double getPressure() const=0;
 virtual void setPressure(const double &p)=0;
 
 // *** Shell constitutive model information.
 // The following set of functions operate on iso/ortho/anis elastic CMs.
 // General CM property get/set provided by {get/set}CMProperty() in SELShell class.
 virtual string getConstitutiveModelName() const=0;
 virtual double getIsotropic(int propNo) const=0;
 virtual void setIsotropic(const double &v, int propNo) =0;
 virtual double getOrthotropic(int p, int t) const=0;
 virtual double getAnisotropic(int p, int t) const=0;
 virtual Axes3D getMaterialSys() const=0;
 virtual double getBeta() const=0;
 
 virtual bool canBePlastic() const=0;
 virtual bool isPlastic() const=0;
 virtual void setIPs(const uint32 &numThick, const uint32 &numTri)=0;
 virtual uint32 getIPs(int propNo) const=0;
 virtual bool getIPdata( const uint32 ip, DVMatrix<5> &iData) const=0;
 virtual bool getIPsOnLayer( const double depthFac,
 std::array<int,3> &ipNums ) const=0;
 virtual uint32 getPlasticState( const uint32 ip ) const=0;
 virtual StringList getPlasticStateNames( const uint32 ip ) const=0;
 virtual bool getPlasticStateYieldPct( double &yieldPct ) const=0;
 virtual bool getPlasticStress( const uint32 ip, const bool surfSys,
 DVMatrix<3> &stress ) const=0;
 virtual bool getPlasticStressBounds( double &minStr, double &maxStr ) const=0;
 
 // *** Stress resultants and stresses. The stresses are only available for elements
 // with an elastic model, while the stress resultants are available
 // for all elements. SResData accessed via index parameter with index=0
 // corresponding with engine data.
 virtual bool isStressResultantValid( uint32 index ) const=0;
 virtual double getStressResultant( uint32 index,
 uint32 locCode, uint32 component ) const =0;
 virtual void getElemStressResElastic( DVect3 *memb, DVect3 *bend ) const=0;
 virtual bool isStressValid( uint32 index ) const=0;
 virtual double getDepthFactor( uint32 index ) const=0;
 virtual SymTensor getStressElastic( uint32 index, uint32 locCode ) const=0;
 virtual DVect3 getPrinStressElastic( uint32 index, uint32 locCode ) const=0;
 // Gets the minimum or maximum stress for an elastic element by taking the 2D principal
 // stresses at the shell surfaces. Returns zero for a plastic element.
 virtual double getElasticStressBounds(const bool minimum) const = 0;
 
 virtual double getCouplingStress(const ISELNode *node, bool norm, uint32 side) const = 0;
 };
} // namespace sel
// EoF