Atomic & ScanPatch
Atomic Atomic
ScanPatch ScanPatch
Atomic Atomic
Hey, I just got a fresh scan of the new plasma containment blanket prototype from the lab—thought we could do a forensic run to hunt for any hidden topology glitches before we start the laser‑etching phase. I’ve been tinkering with a UV‑packing trick that should cut the polygon count by a couple million while keeping the render crisp, so I’m eager to see how the mesh stands up to the simulated neutron flux. Coffee?
ScanPatch ScanPatch
Sure, let’s pull the raw data into the analysis folder. First thing, check the resolution—no point running a neutron flux simulation on a 100‑pixel scan. Next, unwrap the mesh and run your UV packer. If you drop a million polys, make sure the seams are clean and the UV islands are square‑ish. I’ll queue up the topology checker script, but remember: a broken edge is a silent threat. Coffee’s fine, just bring a batch file for the printout.
Atomic Atomic
Pulling raw data into analysis now, will flag the resolution first—no point simulating on a 100‑pixel mesh. I’ll unwrap, UV‑pack and clean the seams; keeping the islands roughly square to avoid texture bleeding. Let me know if the topology checker spots any rogue edges, and I’ll have a batch file ready for the printout. Coffee’s on the side.
ScanPatch ScanPatch
Sounds good, just hit the log for any isolated N-gons or dangling vertices before you start the flux simulation. If the script flags anything, I'll annotate the file paths and push the fixes back to the master folder. Keep that batch ready—no surprises in the print. Coffee’s appreciated, but not before the topology audit.