YieldSurface_BC2D.hGo to the documentation of this file.00001 // YieldSurfaceBC_2D.h: interface for the HingeForceDeformation class. 00002 // 00004 00005 #if !defined YIELDSURFACE_BC2D_H 00006 #define YIELDSURFACE_BC2D_H 00007 00008 #include "YieldSurface_BC.h" 00009 #include <UniaxialMaterial.h> 00010 00011 class YieldSurface_BC2D : public YieldSurface_BC 00012 { 00013 public: 00014 YieldSurface_BC2D(int tag, int classTag, double xmax, double ymax, 00015 YS_Evolution &model); 00016 00017 virtual ~YieldSurface_BC2D(); 00018 00019 00020 // virtual Response *setResponse(char **argv, int argc, Information &info); 00021 // virtual int getResponse(int responseID, Information &info); 00022 virtual void Print(OPS_Stream &s, int flag =0)=0; 00023 virtual int sendSelf(int commitTag, Channel &theChannel){return -1;} 00024 virtual int recvSelf(int commitTag, Channel &theChannel, 00025 FEM_ObjectBroker &theBroker){return -1;} 00026 00027 virtual void setTransformation(int xDof, int yDof, int xFact, int yFact); 00028 00029 virtual void getCommitGradient(Matrix &G); 00030 virtual void getTrialGradient(Matrix &G, Vector &force); 00031 //virtual const Vector &getGradient(void); 00032 //virtual const Vector &getTrialGradient(void); 00033 00034 virtual int update(int flag = 0); 00035 virtual int getState(int stateInfo); 00036 virtual double getTrialDrift(Vector &force); 00037 virtual int getTrialForceLocation(Vector &force); 00038 virtual int getCommitForceLocation(); 00039 //virtual const Vector &getForce(void); 00040 //virtual const Vector &getTrialForce(void); 00041 00042 //virtual int setTrialForce(Vector &force); 00043 00044 // double getIsotropicFactor(void){ return hModel->getIsotropicFactor();} 00045 00046 virtual void addPlasticStiffness(Matrix &K); 00047 // virtual void checkState(Vector &trialforce, bool &plastify, bool &shootsthrough); 00048 00049 virtual double setToSurface(Vector &force, int algoType, int colorFlag = 0); 00050 virtual int modifySurface(double magPlasticDefo, Vector &Fsurface, Matrix &G, int flag=0); 00051 //virtual int trialModifySurface(double magPlasticDefo); 00052 //virtual double getElasticForce(Vector &force, Vector &elasticForce); 00053 00054 virtual int commitState(Vector &force); 00055 virtual int revertToLastCommit(void); 00056 00057 virtual YieldSurface_BC *getCopy(void) = 0; 00058 virtual int displaySelf(Renderer &theViewer, int displayMode, float fact); 00059 00060 int displayCommitForcePoint(Renderer &theViewer, int displayMode, float fact); 00061 int displayForcePoint(bool toDeformed, double f_x, double f_y, int color); 00062 int displayForcePoint(Vector &force, int color = 4); 00063 //protected: 00064 virtual Vector& translationTo(Vector &f_new, Vector &f_dir); 00065 virtual double getDrift(double x, double y); 00066 // For the following 2 methods, x, y already non-dimensionalized 00067 virtual void getGradient(double &gx, double &gy, double x, double y)=0; 00068 virtual double getSurfaceDrift(double x, double y)=0; 00069 virtual void setExtent()=0; 00070 virtual const Vector &getExtent(void); 00071 00072 virtual int forceLocation(double drift); 00073 virtual double interpolate(double xi, double yi, double xj, double yj); 00074 virtual void customizeInterpolate(double &xi, double &yi, double &xj, double &yj); 00075 00076 double interpolateClose(double xi, double yi, double xj, double yj); 00077 // Dimensionalizing taken care at Element System <--> Local System level 00078 // void toDeformedCoord(double &x, double &y); 00079 // void toOriginalCoord(double &x, double &y); 00080 00081 protected: 00082 // UniaxialMaterial *kpMatX, *kpMatY; 00083 00084 double xPos, xNeg, yPos, yNeg; // Extent along X and Y 00085 double a1, b1, a2, b2, a3, b3, a4, b4; // y = ax +b -> inner quad 00086 double offset, increment; 00087 // double isotropicRatio; // Ratio of the plastic deformation that 00088 // is isotropic 00090 // state variables 00092 // double translateX, translateY; // Kinematic displacement 00093 // double isotropicFactor; // Magnification factor 00094 // double sumPlasticDeformX, sumPlasticDeformY; 00095 00096 // double translateX_hist, translateY_hist; 00097 int status_hist; 00098 int state; 00099 // double isotropicFactor_hist; 00100 // double sumPlasticDeformX_hist, sumPlasticDeformY_hist; 00101 double fx_hist, fy_hist, gx_hist, gy_hist; 00102 double fx_trial, fy_trial, gx_trial, gy_trial; 00103 00104 static Vector v6; 00105 static double error; 00106 static Vector v2; 00107 static Vector g2; 00108 static Vector v4; 00109 static Vector T2; 00110 static Vector F2; 00111 public: 00112 // const static int dFReturn, RadialReturn, ConstantXReturn, ConstantYReturn; 00113 00114 }; 00115 00116 #endif
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