FEMM/femm/hv_problem.h

203 lines
3.4 KiB
C++

namespace hviewtype
{
/////////////////////////////////////////////////////////////////////////////
// CNode -- structure that holds information about each control point.
class CNode
{
public:
CNode();
double x,y;
int xs,ys;
BOOL IsSelected;
int BoundaryMarker;
int InGroup,InConductor;
double GetDistance(double xo, double yo);
CComplex CC();
void ToggleSelect();
private:
};
class CMeshNode
{
public:
CMeshNode();
double x,y,T;
double msk;
int xs,ys;
BOOL Q,IsSelected;
double GetDistance(double xo, double yo);
CComplex CC();
private:
};
/////////////////////////////////////////////////////////////////////////////
// CSegment -- structure that holds information about lines joining control pts
class CSegment
{
public:
CSegment();
int n0,n1;
double MaxSideLength;
BOOL IsSelected;
BOOL Hidden;
int BoundaryMarker;
int InGroup,InConductor;
void ToggleSelect();
private:
};
class CArcSegment
{
public:
CArcSegment();
int n0,n1;
BOOL IsSelected;
BOOL Hidden;
double MaxSideLength,ArcLength;
int BoundaryMarker;
int InGroup, InConductor;
void ToggleSelect();
private:
};
/////////////////////////////////////////////////////////////////////////////
// CBlockLabel -- structure that holds block label information
class CBlockLabel
{
public:
CBlockLabel();
double x,y;
double MaxArea;
double MagDir;
BOOL IsSelected;
int BlockType;
int InGroup;
BOOL IsExternal;
BOOL IsDefault;
void ToggleSelect();
double GetDistance(double xo, double yo);
private:
};
class CMaterialProp
{
public:
CString BlockName;
double Kx,Ky; // thermal conductivity for linear (possibly anisotropic) regions
double Kt; // volumetric heat capacity
double qv; // volume heat generation
// properties for nonlinear conductivity
int npts; // number of points in the nonlinear conductivity curve
CComplex Kn[128]; // here, I'm being _very_ lazy by defining a fixed-length buffer for the
// thermal conductivity data points.
CComplex GetK(double t);
CMaterialProp();
private:
};
class CBoundaryProp
{
public:
CBoundaryProp();
CString BdryName;
CString InConductor;
int BdryFormat;
double Tset; // Fixed value of temperature for BdryFormat=0;
double Tinf; // External temperature for convection or radiation
double qs; // Heat flux;
double beta; // radiosity coefficient
double h; // Heat transfer coefficient
private:
};
class CPointProp
{
public:
CPointProp();
CString PointName;
CString InConductor;
double V,qp;
private:
};
class CCircuit
{
public:
CCircuit();
CString CircName;
double V,q;
int CircType;
private:
};
class CElement
{
public:
int p[3];
int blk,lbl;
CComplex D; // elemental flux density
CComplex d[3]; // smoothed flux density at corners
CComplex ctr;
double rsqr;
int n[3]; // Add 3 ints to store elem's neigh.
CComplex E();
private:
};
class CPointVals
{
public:
double T; // temperature
CComplex F; // heat flux density
CComplex K; // thermal conductivity
CComplex G; // temperature gradient
CPointVals();
private:
};
}
using namespace hviewtype;