iPhone 5 Case

thingiverse

The input code appears to be an Autodesk Inventor 3D CAD file in ASCII text format, containing data for designing and rendering a case pattern. To break it down: 1. The `part_design_data` section contains information on shapes that need to be rendered on the back and bottom of the phone case. The `x` and `y` values represent positions in the design plane where lines should start, with line widths specified in terms of resolutions for a stencil (lines). 2. `Custom Phone Case Settings`: These lines contain variables for defining dimensions, ports' size, patterns for cuts in specific parts, pattern shapes for a phone's screen pattern if you desire that as part of your final design and any other features which might be applied directly onto the model during manufacture but only by hand (as with most stencil patterns). It controls customisation beyond just cutting or shaping according to default design plans. This kind of script would generally require 3D modelling expertise in order to accurately modify all parts included into overall device model. Therefore, if we assume this has been provided in order for another modelled object - then here is some basic Python script (to extract custom dimensions from your code above) assuming it matches most design features expected as shown. Note, that without running or using Inventor CAD itself to run code within part context there may exist inconsistencies: ```python import json part_design_data = """your-part-design-data-here """ part_json = """stencil_size = 40 custom_top_port_corner_radius = 5 stencil_pattern_element_shape = 3 custom_back_camera_x_size = 20 custom_left_port_corner_resolution = 8 use_mouse_ears = 0 custom_top_port_corner_resolution = 8 custom_back_extra_port_x_position = 0 custom_overhang_width = 1.6 custom_back_extra_port_y_size = 30 pattern_line_thickness = 20 custom_bottom_fillet_radius = 1.6 custom_phone_length = 100 pattern_element_rotation = 0 use_stencil = 0 stencil_pattern_element_overlap = 0 custom_case_pattern_thickness = .8 custom_left_port_y_position = 0 custom_left_port_length = 50 pattern_element_overlap = 0 """ design_data_json_dict = json.loads(part_design_data + '\n' + part_json) for k,v in design_data_json_dict.items(): if type(v) is str: v_str_list = [int(w.replace(',', '')) for w in v.strip("[]").split()] design_data_json_dict[k] = {str(indx): elmt for indx, elmt in enumerate(v_str_list)} # now the custom variables should look like below for key in list(design_data_json_dict.keys()): if key not in ['pattern_element_rotation','use_mouse_ears', 'stencil_size', 'custom_left_port_corner_resolution','stencil_pattern_element_shape', 'pattern_line_thickness' , 'stencil_pattern_element_overlap']: design_data_json_dict[key] = {'width': None,'x':design_data_json_dict.pop(key), 'thickness' : None} ``` Note the output here should still be manipulated and filtered depending on needs. The intention of script code shown - just an attempt to break through complex CAD configuration into Pythonic readable objects as a formative part. Let me know if this clarifies any or if you want it formatted according another approach