Hi,
I need help regarding this question as soon as possible.
Conventionally a cylindrical face addressed differently in topology.
It has one face and two edges – this means going by the number of the faces it should have only one loop whereas going by the edges it should have two loops , which outer and not connected,. Thus the representation has two loops. But the question is how to differentiate between the two loops because both qualify as outer?
The question is, how to differentiate both two loops.\
i am giving some snaps of the part.
as there is a single cylindrical face in the figure, the single face should have onlu one outer loop, but figure shows it is having two outer loops in figure1 and figure2
figure1
fogure2
then how can i explain and differentiate that the single face has two outer loops?.....could you please give me the answer...............thanks in advance.
Answer of your first que is: the face made by revolve is spherical one. It has two edge. If we look at that face it must have two loops, 'what type of loops they are?' is the query. When i ask that face to give me the type of both loops, it gives type as outer loop in SolidWorks.
I mean to say, if the face having two open loops then why we call it as outer ?, why couldn't say one inner and one outer?
And i got the answer as, for such spherical or cylindrical faces parasolid gives us winding loops and SolidWorks marks those winding loops as outer loops. Thats it!
Thanks Jamil!!!