08-13-2024, 12:06 PM
Heeey nice work! You're onto some more advanced stuff. The pespective drawings from plans look right to me. The one with the cube churn thing, I had a think about it, and I decided I just don't know how to do it lol. I wonder if what he wanted you to do was to actually rotate the cube, as if turning the handle, and draw that 3 different times, not positive though, it's worded in a confusing way.
Either way, the question is how to rotate the cube so that it stays consistent, whether by rotating it along the crankshaft, or by looking at a different angle. And to do that we need to know the relationship between the cube's own VPs and those of the stand. I can't think of a way of doing the exercise without just guessing or estimating. But fortunately, that usually is sufficient. I might be way overthinking it, though. Maybe the way you did the exercise is just what you were supposed to do.
Anyway, if anyone know how you could rotate a tilted cube along an axis like that, I'm very curious.
Either way, the question is how to rotate the cube so that it stays consistent, whether by rotating it along the crankshaft, or by looking at a different angle. And to do that we need to know the relationship between the cube's own VPs and those of the stand. I can't think of a way of doing the exercise without just guessing or estimating. But fortunately, that usually is sufficient. I might be way overthinking it, though. Maybe the way you did the exercise is just what you were supposed to do.
Anyway, if anyone know how you could rotate a tilted cube along an axis like that, I'm very curious.