Latching Box, Parametric Print in Place

I made this just as a personal project as I'm learning Fusion 360. I wanted to challenge myself to design a parametric box that would securely latch and print in place with zero assembly, this is the result.  Colors in example photo: Prusament PETG: Prusa Orange Overture PLA: Green, Space Grey, Orange, Blue Grey, Purple, Jeans Red Customizing: I am definitely still a Fusion beginner, so expect some rough spots. I've tried to add some basic parameter limits to reduce errors, but there are a few places that can trip you up: The LatchCutoutAngle can be tricky. Depending on your filament type, layer height, and latch size, you might run into some issues with the latch here. Try a few small test prints to dial this in before printing anything large. The CaseExteriorHeight must be tall enough so that the flat surface is large enough for the latch and hinges. You can adjust latch diameter to compensate for smaller boxes. I would keep latch diameter above 5mm. The CaseExteriorWidth must be large enough so that the flat surface is wide enough for the latch and hinges. You can adjust latch width and latch frame thickness to compensate for smaller boxes. In general, you should always double check the geometry in fusion and then again after slicing to make sure everything looks sane.   Available Parameters CaseCornerRadius Controls the radius of the case's corners, set to 0 for the smallest supported radius CaseEdgeChamfer Controls the size of the chamfer on the bottom and top of the case. This is enforced to be smaller than the corner radius to preserve geometry. CaseExteriorHeight Exterior height of each half the case. Overall height when closed is 2x this number. You may need to adjust your other parameters for very small heights CaseExteriorLength The exterior length (Y-axis) of the main case. CaseExteriorWidth The exterior width (X-axis) of the main case CaseOverlap Controls the "lip" on the bottom half of the case. Make sure your other parameters allow enough clearance fo