The H and the W are variables that are applied to the part as it sits on the screen in the constraint manager. Justin should be posting the answer to the issue soon.
DanEpps wrote:Maybe this is one of the reasons I don't like the constraint manager
Leo and I both were trying our best to constrain the WIDTH of the part to the WIDTH of the cabinet as one would look at the part ON the cabinet.
That area could be a little more intuitive when it comes to the help for formulas. It just doesn't explain it at all.
I tried to use the Height and kept getting zero height. So to use this in the constraint he needed to use the width constrainer and input a height dimension. I understand where you got the 2.333 from (7/3=2.333) but I don't understand the relationship of h/3. Is it that vertical is height and horizontal is width? I think I am getting it. So if I used the formula (h-7)/3 would it still work. Or does the software not understand multi level mathematics? Oh BTW, THANK YOU
OK I messed around with it some and went back to my original formula with a modification to make it work. Instead of (h-7)/3 I made it into .333*(h-7) which shows up as .333(h-7) but still works the same as your h/3-2.33 which is much less intuitive. I think one of the problems I was having is that I constrained all three arcs instead of two and assuming the 3rd arc would fall in place.
You'd better be careful Leo, or you'll end up as confused as I am.
Width and height are relative to how the part is displayed in the constraint manager. I thought it was relative to the cabinet.
None of the documentation makes this clear.
Oh, and on your earlier comment \"Wow, to think I might be able to teach a guru something\", libraries are filled with stuff I don't know. I learn every day from everyone I come into contact with. The best teacher is not necessarily a \"guru\", but one who is looking for the answer to a problem. In looking for the answer I in turn learn from it.