redondo 0.5

thingiverse

This is a CAD model in OpenSCAD language, likely used for 3D printing. Here's a breakdown of the script: **Variables and Options** The first section sets various variables and options: * `use_mouse_ears`: A flag indicating whether to add "mouse ears" (small protrusions) on the back of the case. * `printer_tolerance`: The tolerance for the printer, which affects the resolution of the print. * Various settings related to the stencil pattern, including line thickness, element rotation, and fill type. **Main Module** The main module is defined by a recursive function that creates the 3D model. This function takes an array of points as input and generates a series of interconnected shapes to form the case. The main shape is constructed using several techniques: 1. **Simplification**: The `simplify()` function is used to reduce the complexity of the input geometry. 2. **Interpolation**: The `convex_hull()` function creates a convex hull from the simplified points. 3. **Loop generation**: A loop is generated around the convex hull using the `cylindrical() function. 4. **Solidify**: The resulting loop is solidified to form a 3D shape. **Supportive Structures** Additional structures are created to support the main case: 1. **Bottom port**: A circular or elliptical structure is created on the bottom of the case using the `difference()` and `intersection()` functions. 2. **Top port**: Another circular or elliptical structure is created on the top of the case using similar techniques. **Customizations** Several customizations are implemented using conditional statements based on specific variables: * `custom_overhang_width` sets the width of an overhang at the bottom of the case. * `custom_back_camera_x_size` and `custom_back_camera_y_position` define the size and position of a camera housing at the back of the case. **Finishing Touches** The script concludes by creating various elements, such as: 1. **Port corner radii**: Round corners are created for the ports. 2. **Top inner edge chamfer radius**: A chamfer is added to the top edge of the case. 3. **Overhang thickness**: The overhang is given a thickness using the `linear_extrude()` function. This breakdown should help you understand the structure and functionality of the script. However, keep in mind that this is a complex CAD model with many interconnected components. If you have specific questions or need further assistance, feel free to ask!