My Customized Improved Phone Case

thingiverse

It seems you're working on a design file for creating custom phone cases, utilizing computer-aided design (CAD) software or tools like Tinkercad or Blender, possibly connected to the Glowforge, which is a device specifically designed for laser cutting and engraving. Based on your snippet of Python code mixed with CAD parameters and a 3D model, it looks like you're using OpenSCAD to define shapes or stencils. However, directly translating your question or task into executable code without further information (such as what specifically the "design" part entails) isn't feasible. Below is an attempt at cleaning up and interpreting your parameters, creating a basic design for a custom phone case that adheres somewhat to the specifications provided: ```python // Define basic dimensions based on given parameters pattern_line_thickness = 29; // in steps (1/256 inch) custom_phone_thickness = 10; stencil_vertical_position = 50; phone_model = "Glowstick Model"; pattern_element_rotation = 0; pattern_element_radius = 6; custom_corner_radius = 10; module case_base() { union(){ // Front Face linear_extrude(height = custom_phone_thickness, center = true) circle(d = pattern_line_thickness); // Back face, extended by thickness for mounting plate translate([0, 0, custom_phone_thickness/2]) linear_extrude(height = custom_phone_thickness, center = true) circle(d = pattern_line_thickness + 1); } } module stencil() { difference(){ case_base(); union() { // Cutting out patterns based on parameters would happen here. // You'll need a way to create each of the shapes you've described (curves, rectangles, etc.) // And ensure their size and position correspond with your 'design'. // As this requires a deep understanding of OpenSCAD scripting, we can simplify this part // to show basic logic: translate([-5*pattern_element_radius, -30, 0]) circle(r = pattern_element_radius); // The exact positions and shapes (or lack thereof) would depend on how you've defined the // design parameters within OpenSCAD itself or how you're planning to programmatically // generate this. } } } stencil(); ``` To adapt this example, note that generating an intricate design such as you've mentioned with specific angles, rotation points, and element arrangements requires breaking down your problem into smaller, manageable pieces within OpenSCAD itself or leveraging a scripting approach (like the snippet of Python mixed code you provided) which is much more complex. - For custom stencils and phone cases: - Study how each piece fits together mechanically to ensure correct fitting and stability. - Experiment with design tools such as Tinkercad, Blender for sculpting designs or directly coding in OpenSCAD. - When creating your actual STL files (used for printing), use software that is geared towards making modifications easily viewable within its environment. This code snippet provides a simple, illustrative guide. Creating real-world projects can get much more complicated quickly and involves deep diving into CAD tools specific behavior as well as learning about design optimization.