public void Scale(gpPnt P, double S)
{
gp_Circ_ScaleF0D1E3E6(Instance, P.Instance, S);
}
public gpCirc Scaled(gpPnt P, double S)
{
return(new gpCirc(gp_Circ_ScaledF0D1E3E6(Instance, P.Instance, S)));
}
public void Mirror(gpPnt P)
{
gp_Circ_Mirror9EAECD5B(Instance, P.Instance);
}
public gpCirc Mirrored(gpPnt P)
{
return(new gpCirc(gp_Circ_Mirrored9EAECD5B(Instance, P.Instance)));
}
public double SquareDistance(gpPnt P)
{
return(gp_Circ_SquareDistance9EAECD5B(Instance, P.Instance));
}
public bool Contains(gpPnt P, double LinearTolerance)
{
return(gp_Circ_ContainsF0D1E3E6(Instance, P.Instance, LinearTolerance));
}
public void Translate(gpPnt P1, gpPnt P2)
{
gp_Circ_Translate5C63477E(Instance, P1.Instance, P2.Instance);
}
public gpCirc Translated(gpPnt P1, gpPnt P2)
{
return(new gpCirc(gp_Circ_Translated5C63477E(Instance, P1.Instance, P2.Instance)));
}
public gpVec(gpPnt P1, gpPnt P2)
:
base(gp_Vec_Ctor5C63477E(P1.Instance, P2.Instance))
{
}
public gpParab Scaled(gpPnt P, double S)
{
return(new gpParab(gp_Parab_ScaledF0D1E3E6(Instance, P.Instance, S)));
}
public gpParab Mirrored(gpPnt P)
{
return(new gpParab(gp_Parab_Mirrored9EAECD5B(Instance, P.Instance)));
}
public gpParab(gpAx1 D, gpPnt F)
:
base(gp_Parab_Ctor3B6CEA26(D.Instance, F.Instance))
{
}
public gpParab Translated(gpPnt P1, gpPnt P2)
{
return(new gpParab(gp_Parab_Translated5C63477E(Instance, P1.Instance, P2.Instance)));
}