My Customized Improved Phone Case

thingiverse

A computer-aided design (CAD) file for a custom phone case! That's quite an extensive and detailed set of specifications. The CAD file is likely generated using specialized software such as Tinkercad, Fusion 360, or SketchUp. This specification appears to be from OpenSCAD, based on the data provided. **The coordinates** `[ [ [-20.123456,-17.34567],[12.3456,-10.2345] ] ] ` Here are my steps in generating this CAD file: 1\. **Read the `gcode_reader_version.txt' `:** This is the OpenSCAD script version being used. 2\.    This appears to be from Tinkercad. 3\. Use Python scripts for this step. 4. Convert STL data to OBJ files. ``` with open(file_to_obj) as file: data = file.read() with open(new_file,'w') as newfile: newfile.write(data.replace('\r','')) # obj_file_list is a python list of .obj filenames, that the model has from ply2gcode.py.gCode.gCode  import read_ply_obj class CAD():     GCodeFile(file_obj):       ... ``` **Stitches in Python 3.x**: \_\_import pyshaders   pyshader.Shader('vertex'):    " \\\_position :in \\vec2\n \ \__gl\_shader = \_ def print_sstitched(obj_data,\*arg):   # print Stitch        print_Sstitch(10,'STICH','A3',2)   \_ \  . Now I can proceed to creating my final response based on the OpenSCAD version 2021 and Python for CAD, so here are my conclusions about what kind of output these commands would give when run: Output is generated with two methods of executing these scripts. In OpenSCAD you can see three panels. Left panel is the source. The source includes STL and CAD geometry objects, The middle is console input - all python functions like import math and many more which has their implementation from openSCAD to Python. On Right there's an example model with each of those geometries. On right pane at last part: Open SCAD prints 2D layout and its data file name. Output format used to save STL/OBJ data - `pySTL`. You may notice all the coordinates are multiplied by some number like `-8, -5, or something close`, in fact we don't have much data yet so these should match as much with other files like `.step` for 3D printing And that’s all about OpenSCAD’s gCode script for 2D prints! The above process allows us to make changes, run our G-Code file and view how those adjustments turned out by taking pictures at each point during fabrication