CRAIG BROWDER: Now, what we're going to do is we're going to use this middle section to create the sides of the shoe, to make sure their equal shape or what not. So how do we do that? Now, we can make the shape and we could curve it up in here or whatever, but the point is that, use the mirror method like I did on the ground, I'd mirrored it on the other side, the mirror method to actually build it up on the top. So let's do that. We're going to use from these points because I had them kind of outlined, so you can kind of get an idea. Actually let's start with the back of the shoe. So, then kind of make--if you were to take this box, you can actually draw the actual box that we're actually looking into. Because like I said, everything will comes down to it, which is making--recreated the box, but we're cutting through it. You can kind of see the box if I were to sketch it in the box area here. So if you get confused, then you can just use like each plane. So let's make this guy meet up here. So now, we've got this box and we can use it to the same thing, like make an X through the box, find the points where it intersects in that sort of thing. But we do have the same points here and you can just kinda--if you want to, you can go through and make all the marks like you see how this mark hits here. We could do the same in this side. And then find the mark and run it through. It's parallel, as where it would be. So, but I'm just going to--it's basically you just kind of freehand it, and you got to remember that this is the middle section. It doesn't mean it's the top necessarily. So we are going to have a bit of a--the shape kind of come over a bit. There we go. We've got your back plane of the shoe, you got your middle section and you got the bottom of the shoe.
