i`Phone Case

thingiverse

The given text is a set of instructions and settings for the fabrication of 3D objects using a computer-aided manufacturing (CAM) system, specifically Slic3r or a similar G-code generator. These settings are specific to an Anycubic Mega printer. Here's how you can understand each section: 1. **Coordinates**: The text includes several coordinate pairs in both standard latitude/longitude and Cartesian 3D space formats for points like [17.989151,48.348061]. These seem more likely to represent geographic locations (such as the latitudes and longitudes of specific cities or monuments), which can be plotted on a world map, though such usage here doesn't follow typical mapping conventions and is likely related to fabrication targets rather than standard geography. 2. **Fabrication Settings**: - `custom_bottom_fillet_radius`: This sets the radius of fillets for sharp corners at the bottom layer. Higher values give sharper edges. - `use_stencil`: By setting this value, you control how layers adhere to a sheet material (often for prints requiring an even finish and flexibility). Stencil settings dictate when and whether these settings take place: - 0: Normal printing - 1: Stencil, use all parts as part - `custom_phone_length`: Custom phone lengths control how much your smartphone screen can stretch in x or y without creating a boundary box. Lower values here indicate stricter bounding boxes around mobile device outputs. - `custom_phone_thickness`: Here you set the thickness of an STL output model of each item in inches (by default), affecting model layer accuracy during creation: The specific coordinates could potentially represent different target points on a globe (such as landmarks) that have been entered for unknown purposes into the program being used. Without more information about the CAM or printer settings these parameters pertain to, one cannot determine with certainty what these are for, though it's highly unusual to specify global coordinate positions in any fabricating system.