public void SetLinearForm(double A1, gpVec V1, double A2, gpVec V2, double A3, gpVec V3, gpVec V4)
{
gp_Vec_SetLinearFormC27F2330(Instance, A1, V1.Instance, A2, V2.Instance, A3, V3.Instance, V4.Instance);
}
public gpLin Translated(gpVec V)
{
return(new gpLin(gp_Lin_Translated9BD9CFFE(Instance, V.Instance)));
}
public void Translate(gpVec V)
{
gp_Hypr_Translate9BD9CFFE(Instance, V.Instance);
}
public gpDir(gpVec V)
:
base(gp_Dir_Ctor9BD9CFFE(V.Instance))
{
}
public gpElips Translated(gpVec V)
{
return(new gpElips(gp_Elips_Translated9BD9CFFE(Instance, V.Instance)));
}
public void Translate(gpVec V)
{
gp_Sphere_Translate9BD9CFFE(Instance, V.Instance);
}
public gpCone Translated(gpVec V)
{
return(new gpCone(gp_Cone_Translated9BD9CFFE(Instance, V.Instance)));
}
public void Mirror(gpVec V)
{
gp_Vec_Mirror9BD9CFFE(Instance, V.Instance);
}
public gpVec Mirrored(gpVec V)
{
return(new gpVec(gp_Vec_Mirrored9BD9CFFE(Instance, V.Instance)));
}
public void SetLinearForm(double A1, gpVec V1, gpVec V2)
{
gp_Vec_SetLinearForm8045255A(Instance, A1, V1.Instance, V2.Instance);
}
public void SetLinearForm(gpVec V1, gpVec V2)
{
gp_Vec_SetLinearFormD5A0F1EC(Instance, V1.Instance, V2.Instance);
}
public void SetLinearForm(double A1, gpVec V1, double A2, gpVec V2)
{
gp_Vec_SetLinearFormF12FD193(Instance, A1, V1.Instance, A2, V2.Instance);
}
public void SetLinearForm(double A1, gpVec V1, double A2, gpVec V2, gpVec V3)
{
gp_Vec_SetLinearForm5C2CAE24(Instance, A1, V1.Instance, A2, V2.Instance, V3.Instance);
}
public void SetLinearForm(double A1, gpVec V1, double A2, gpVec V2, double A3, gpVec V3)
{
gp_Vec_SetLinearForm9A51AB42(Instance, A1, V1.Instance, A2, V2.Instance, A3, V3.Instance);
}
public gpCirc Translated(gpVec V)
{
return(new gpCirc(gp_Circ_Translated9BD9CFFE(Instance, V.Instance)));
}
public bool IsEqual(gpVec Other, double LinearTolerance, double AngularTolerance)
{
return(gp_Vec_IsEqualB72DB00(Instance, Other.Instance, LinearTolerance, AngularTolerance));
}
public gpTorus Translated(gpVec V)
{
return(new gpTorus(gp_Torus_Translated9BD9CFFE(Instance, V.Instance)));
}
public bool IsOpposite(gpVec Other, double AngularTolerance)
{
return(gp_Vec_IsOpposite45D40C1(Instance, Other.Instance, AngularTolerance));
}
public gpSphere Translated(gpVec V)
{
return(new gpSphere(gp_Sphere_Translated9BD9CFFE(Instance, V.Instance)));
}
public bool IsParallel(gpVec Other, double AngularTolerance)
{
return(gp_Vec_IsParallel45D40C1(Instance, Other.Instance, AngularTolerance));
}
public gpCylinder Translated(gpVec V)
{
return(new gpCylinder(gp_Cylinder_Translated9BD9CFFE(Instance, V.Instance)));
}
public double Angle(gpVec Other)
{
return(gp_Vec_Angle9BD9CFFE(Instance, Other.Instance));
}
public gpPnt Translated(gpVec V)
{
return(new gpPnt(gp_Pnt_Translated9BD9CFFE(Instance, V.Instance)));
}
public double AngleWithRef(gpVec Other, gpVec VRef)
{
return(gp_Vec_AngleWithRefD5A0F1EC(Instance, Other.Instance, VRef.Instance));
}
public gpAx1 Translated(gpVec V)
{
return(new gpAx1(gp_Ax1_Translated9BD9CFFE(Instance, V.Instance)));
}
public void Add(gpVec Other)
{
gp_Vec_Add9BD9CFFE(Instance, Other.Instance);
}
public void SetTranslation(gpVec V)
{
gp_Trsf_SetTranslation9BD9CFFE(Instance, V.Instance);
}
public gpVec Added(gpVec Other)
{
return(new gpVec(gp_Vec_Added9BD9CFFE(Instance, Other.Instance)));
}
public gpHypr Translated(gpVec V)
{
return(new gpHypr(gp_Hypr_Translated9BD9CFFE(Instance, V.Instance)));
}
public double DotCross(gpVec V1, gpVec V2)
{
return(gp_Vec_DotCrossD5A0F1EC(Instance, V1.Instance, V2.Instance));
}
