what it did end up modeling for us. Cool. Let's give this a 3D modeling task. I'm giving it the one I normally do where I need a little 3D model of a V8 engine that will fit a 280 DC motor inside of it and it needs to be able to be 3D printed with few to no supports required. All right, it's going to at least attempt to write this. And this is something that I think maybe this would be a little difficult for a model of this size or performance, but I'm interested to see what it gives us. All right, supposedly in like 90 seconds we have our V8 engine model right here. I'm just going to open it in OpenSCAD so we can look at it. Okay. It made something. The problem is I don't entirely know what to make of what we're looking at. It did include STLs, so the top half and bottom half. Let's look at these in a slicer program just to maybe get a better bit of insight. Okay, I can also tell you that's Okay, so that's the bottom half. Let's see the top half. Okay, it's I'm giving it a little constructive criticism. Cuz it did actually produce two clean in terms of like there's no weird floating overhangs or oddities to this. Pieces that would I guess hypothetically be able to be mated together. The big problem is it is absolutely in no way properly a V8 engine. Again, hypothetically that was quick. Okay, so we just have this now. There are eight individual pegs, so it's we'll just look at these in Cura. The slicer program. It made some changes. I don't know that this probably understands what a V8 engine is supposed to look like, but it shows some ability to create STLs as well as an OpenSCAD model that's at least not any like weird floating artifacts or things of the sort, although pretty poor in terms of actually what we wanted. That looked absolutely nothing like a V8. All right, I'm now giving