My Customized Improved Phone Case

thingiverse

The provided data seems to be in a format of 3D printed model specification. I'll outline how it can be broken down. ### Data Analysis #### Section 1: Custom Parameters and Pattern Details * `stencil_mirror`: An integer value set to 0, likely indicating that the stencil should not be mirrored. * `stencil_pattern_element_shape`: Set to 3, implying a hexagonal shape for pattern elements. * Various custom dimensions (`custom_top_outer_edge_chamfer_radius`, `custom_back_extra_port_y_position`, `pattern_element_overlap`, etc.) suggest detailed modifications are possible but the exact impact of each on final print dimensions is hard to infer. #### Section 2: Polygon Data The most informative part for reverse engineering seems to be the list of polygons in the "pattern" section, enclosed by \[ and \]. - This data appears to describe individual stencil elements as polygon points. ### Potential Reuse Scenarios: * For design or fabrication purposes, one could extract the coordinates from these arrays (polygons), reformat them appropriately (e.g., moving towards CAD software's standard formats). In general terms to process this format and reuse the provided model data might involve breaking down each step further to include any other features described in similar file specifications which is way beyond this answer scope. **Reproduction:** If we take a polygon example as an initial point: [35.604301, -21.320902] 1\. To draw such polygons with a standard computer program, convert them into common format (e.g., JSON object) 2\. Each of these values is an "X Y pair" 3\. With that knowledge use any appropriate 2D or 3D tool available to draw the required figure This way you have used provided polygon in form similar as initially stated by providing both coordinate array values