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CLIP Score: 27.53
openscad
// Simple 2D Sunglasses Design
// Set parameters
lens_width = 50;
lens_height = 30;
bridge_width = 20;
temple_length = 100;
temple_height = 5;
thickness = 2;
// Lens
module lens() {
square([lens_width, lens_height], center = true);
}
// Frame
module frame() {
difference() {
union() {
translate([-lens_width/2 - bridge_width/2 - thickness, 0])
square([lens_width + thickness*2, lens_height + thickness*2], center = true);
translate([lens_width/2 + bridge_width/2 + thickness, 0])
square([lens_width + thickness*2, lens_height + thickness*2], center = true);
translate([0, -lens_height/2 - thickness/2])
square([bridge_width + thickness*2, thickness], center = true);
}
translate([-lens_width/2 - bridge_width/2, 0])
lens();
translate([lens_width/2 + bridge_width/2, 0])
lens();
}
}
// Temples
module temples() {
translate([-lens_width/2 - bridge_width/2 - lens_width - thickness*2, -temple_height/2])
square([temple_length, temple_height], center = true);
translate([lens_width/2 + bridge_width/2 + lens_width + thickness*2, -temple_height/2])
square([temple_length, temple_height], center = true);
}
// Drawing the sunglasses
module sunglasses() {
frame();
temples();
}
// Render the sunglasses
sunglasses();
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Please generate a 2D CAD file in OpenSCAD for sunglasses
Creating a pair of sunglasses in OpenSCAD involves multiple steps, as you'll want to design the lenses, the frame, and the temples (arms). Below, I provide an example of a simplified 2D design for sunglasses that you can build upon.
```openscad
// Simple 2D Sunglasses Design
// Set parameters
lens_width = 50;
lens_height = 30;
bridge_width = 20;
temple_length = 100;
temple_height = 5;
thickness = 2;
// Lens
module lens() {
square([lens_width, lens_height], center = true);
}
// Frame
module frame() {
difference() {
union() {
translate([-lens_width/2 - bridge_width/2 - thickness, 0])
square([lens_width + thickness*2, lens_height + thickness*2], center = true);
translate([lens_width/2 + bridge_width/2 + thickness, 0])
square([lens_width + thickness*2, lens_height + thickness*2], center = true);
translate([0, -lens_height/2 - thickness/2])
square([bridge_width + thickness*2, thickness], center = true);
}
translate([-lens_width/2 - bridge_width/2, 0])
lens();
translate([lens_width/2 + bridge_width/2, 0])
lens();
}
}
// Temples
module temples() {
translate([-lens_width/2 - bridge_width/2 - lens_width - thickness*2, -temple_height/2])
square([temple_length, temple_height], center = true);
translate([lens_width/2 + bridge_width/2 + lens_width + thickness*2, -temple_height/2])
square([temple_length, temple_height], center = true);
}
// Drawing the sunglasses
module sunglasses() {
frame();
temples();
}
// Render the sunglasses
sunglasses();
```
This code defines a simplified 2D design of sunglasses with basic rectangular lenses and frame. To understand the design:
1. **Lens**: This module creates a simple square for the lens.
2. **Frame**: This module creates the frame by using a `difference()` function to subtract the lenses from the main frame shape.
3. **Temples**: This module creates the temples (arms) of the sunglasses as simple rectangles.
4. **Sunglasses**: This module pieces together the frame and temples.
You can modify the parameters (like `lens_width`, `lens_height`, etc.) to adjust the size and shape as needed.
To expand this into a more detailed and realistic design, you would need to incorporate curves, more complex shapes, and potential 3D elements if required. This basic example provides a starting point for further customization and enhancement.
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