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CLIP Score: 26.58
openscad
// Sunglasses Design in 2D
module sunglasses() {
// Main frame dimensions
frame_width = 140;
frame_height = 40;
lens_radius = 30;
// Offset for the bridge (distance between lenses)
bridge_width = 20;
// Draw left lens
translate([-frame_width / 4, 0])
circle(r = lens_radius);
// Draw right lens
translate([frame_width / 4, 0])
circle(r = lens_radius);
// Draw the bridge
translate([-bridge_width / 2, 0])
square([bridge_width, frame_height / 5]);
// Frame outline (optional)
offset(r = 5) {
translate([-frame_width / 4, 0])
circle(r = lens_radius);
translate([frame_width / 4, 0])
circle(r = lens_radius);
translate([-bridge_width / 2, 0])
square([bridge_width, frame_height / 5]);
}
}
// Draw the sunglasses
sunglasses();
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Please generate a 2D CAD file in OpenSCAD for sunglasses
Let's start by creating a simple 2D design for sunglasses using OpenSCAD. OpenSCAD is a script-based 3D CAD modeler, and it also supports 2D designs. Below is a sample OpenSCAD script to create a basic representation of sunglasses. The design includes the main frame and the lenses.
Please copy the following script into your OpenSCAD editor:
```openscad
// Sunglasses Design in 2D
module sunglasses() {
// Main frame dimensions
frame_width = 140;
frame_height = 40;
lens_radius = 30;
// Offset for the bridge (distance between lenses)
bridge_width = 20;
// Draw left lens
translate([-frame_width / 4, 0])
circle(r = lens_radius);
// Draw right lens
translate([frame_width / 4, 0])
circle(r = lens_radius);
// Draw the bridge
translate([-bridge_width / 2, 0])
square([bridge_width, frame_height / 5]);
// Frame outline (optional)
offset(r = 5) {
translate([-frame_width / 4, 0])
circle(r = lens_radius);
translate([frame_width / 4, 0])
circle(r = lens_radius);
translate([-bridge_width / 2, 0])
square([bridge_width, frame_height / 5]);
}
}
// Draw the sunglasses
sunglasses();
```
Explanation:
- The `module sunglasses()` defines a reusable module for the sunglasses.
- `frame_width` and `frame_height` determine the overall size of the sunglasses frame.
- `lens_radius` sets the radius for the lenses.
- `bridge_width` is the distance between the lenses, representing the bridge of the sunglasses.
- Two circles represent the lenses, positioned with `translate`.
- A `square` is used to represent the bridge, joining the two lenses.
- An `offset` is added around the lenses and bridge to create a frame outline.
This script provides a basic geometric representation and may need refinement depending on your specific requirements for the sunglasses design.
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