public bool IsCoplanarTo(Circle circle) { return(Plane.smethod_0(circle.Center, circle.NormalVector, this)); }
public bool IsCoplanarTo(Ellipse ellipse) { return(Plane.smethod_0(ellipse.Center, ellipse.NormalVector, this)); }
public bool IsCoplanarTo(Ellipse ellipse) { return(Plane.smethod_0(ellipse.Center, ellipse.NormalVector, this.StartPoint) && Plane.smethod_0(ellipse.Center, ellipse.NormalVector, this.EndPoint)); }
public bool IsCoplanarTo(Triangle triangle) { return(Plane.smethod_0(triangle.Vertex1, triangle.NormalVector, this)); }
public bool IsCoplanarTo(Circle circle) { return(Plane.smethod_0(circle.Center, circle.NormalVector, this.StartPoint) && Plane.smethod_0(circle.Center, circle.NormalVector, this.EndPoint)); }
public bool IsCoplanarTo(Triangle triangle) { return(Plane.smethod_0(triangle.Vertex1, triangle.NormalVector, this.StartPoint) && Plane.smethod_0(triangle.Vertex1, triangle.NormalVector, this.EndPoint)); }
public bool IsCoplanarTo(Ellipse ellipse) { return(Plane.smethod_0(ellipse.Center, ellipse.NormalVector, this.point_0) && ellipse.NormalVector.IsOrthogonalTo(this.vector3d_0)); }
public bool IsCoplanarTo(Circle circle) { return(Plane.smethod_0(circle.Center, circle.NormalVector, this.point_0) && circle.NormalVector.IsOrthogonalTo(this.vector3d_0)); }
public bool IsCoplanarTo(Triangle triangle) { return(Plane.smethod_0(triangle.Vertex1, triangle.NormalVector, this.point_0) && triangle.NormalVector.IsOrthogonalTo(this.vector3d_0)); }