public void SetTransformation(gpAx3 ToSystem)
{
gp_Trsf_SetTransformation1B3CAD05(Instance, ToSystem.Instance);
}
public void SetDisplacement(gpAx3 FromSystem1, gpAx3 ToSystem2)
{
gp_Trsf_SetDisplacementB5D8FD04(Instance, FromSystem1.Instance, ToSystem2.Instance);
}
public void SetTransformation(gpAx3 FromSystem1, gpAx3 ToSystem2)
{
gp_Trsf_SetTransformationB5D8FD04(Instance, FromSystem1.Instance, ToSystem2.Instance);
}
public gpCylinder(gpAx3 A3, double Radius)
:
base(gp_Cylinder_Ctor5C6D1CB8(A3.Instance, Radius))
{
}
public gpPln(gpAx3 A3)
:
base(gp_Pln_Ctor1B3CAD05(A3.Instance))
{
}
public gpCone(gpAx3 A3, double Ang, double Radius)
:
base(gp_Cone_Ctor32BF0691(A3.Instance, Ang, Radius))
{
}
public bool IsCoplanar(gpAx3 Other, double LinearTolerance, double AngularTolerance)
{
return(gp_Ax3_IsCoplanar32BF0691(Instance, Other.Instance, LinearTolerance, AngularTolerance));
}
public double Angle(gpAx3 Other)
{
return(gp_Ax3_Angle1B3CAD05(Instance, Other.Instance));
}
public gpSphere(gpAx3 A3, double Radius)
:
base(gp_Sphere_Ctor5C6D1CB8(A3.Instance, Radius))
{
}
public gpTorus(gpAx3 A3, double MajorRadius, double MinorRadius)
:
base(gp_Torus_Ctor32BF0691(A3.Instance, MajorRadius, MinorRadius))
{
}