My Customized Improved Phone Case

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It looks like you have provided a text file containing various CAD parameters, including geometry-related variables and design choices. However, it seems like the provided snippet does not directly correspond to a CAD model that could be rendered visually as an image or 3D model. The snippet appears to describe parameters used for generating the CAD drawing itself, possibly in an engineering context such as mechanical design or electrical board layout. Here's how you might use Python and libraries such as Autodesk Inventor’s Python API, OpenSCAD (a free/open-source software for creating solid 3D CAD models), or PyCAD for this purpose: ```python from cadquery import Workplane # define work plane with reference origin at (0, 0) wp = Workplane("XY") # create square base with side length of 100 mm base_shape = wp.box(20).edges(">X").chamfer(2.4) # move the object up by a specified height to represent thickness of plate move_by_height=10 # translate shape upwards so its centroid will end up on surface z-5.0 units centroid_up_shifted=(base_shape.vertices()[0]+ base_shape.center()) shifted=centroid_up_shifted.z+(height_move) shape_base_z_shifting(wp=base_shape.vertices()[0], move_by_height=z-move_by_height, z_value=-5) ``` You can also consider other alternatives for creating CAD designs using OpenSCAD: ```python // simple 2d shape creation example module top_ports_corner(radius = radius_default=5){ polygon( [ for(i=[0:4]) radius*2*cos(360*i/10+180), radius_default + height_port/1.6 ]); } module top_fuse(){ union() { translate([radius-default , 2]){ sphere(radius_default ); } top_ports_corner (r= radius_defauLT); for(j=[1:9])top_ports_corner(j=3*(i+j-8)); }} module body() { // define module cylinder(r=7, h =20 ); translate([4,-16]){ sphere(10 ); } // simple design with offset on the z-axis body(); top_fuse(); ```