My Customized Improved Phone Case

thingiverse

This is an Inkscape SVG file with numerous properties and values set for various custom elements of a stencil or cutting template. I'll provide a concise summary. ### General Information - This is likely a customized phone case cutter. - There are several customization parameters defined. ### Customization Parameters 1. **Phone Size:** The custom phone length (height) is set to `150`. 2. **Camera and Port Settings:** - **Bottom Port Corner Resolution:** 8 pixels for smoother rounding at the bottom ports. - **Right/Left Port Dimensions:** - **Width (or Length):** The custom left/right port lengths are `50` and `30` units respectively. - **Corner Radii:** - **Right and Left Ports:** All corners for right and left ports have a radius of `5`. - **Top/Bottom Camera Positions/Y-Sizes:** Settings vary but focus on adjusting corner resolution (`8` pixels) for clean, smooth cutlines. 3. **Stenciling Details:** - **Overhang Fillet Resolution:** A setting to manage how smooth the fillets on the overhangs are, with `2` used here. ### Geometry The provided geometry settings define shapes for various parts of the phone case template: - Several custom elements' vertical position (height from base) is set at `50`, adjusting how elements are aligned or spaced within the case. - A left port y-position adjustment allows slight shifts to achieve precise fitment and balance. ### Patterns Ink pattern parameters include: - **Stenciling:** It specifies mirror settings (`0`) to create one-to-one cutouts without mirrored cuts for both back camera positions. - In stencil_fill_type = 1, we have specified single line cuts as needed for precision printing This extensive customization focuses on optimizing the layout and cutting path for smooth cutting operations while maintaining structural integrity. It involves precise placement and sizing of ports (both small, regular shapes or complex) across different surfaces such as front/rear and side sections with minimal distortion due to high tolerances on dimensions (with .4). This makes for an efficiently functional piece.