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CLIP Score: 28.53
scad
// OpenSCAD code to generate a simplistic 2D human face
module face() {
difference() {
union() {
// Main face circle
translate([0, 0])
circle(r=50);
// Eyes
translate([-15, 20])
circle(r=7);
translate([15, 20])
circle(r=7);
// Mouth (arc created by subtraction)
translate([0, -20])
difference() {
circle(r=20);
translate([0, 5])
circle(r=20);
}
}
// Subtract out the inner eye parts (whites of the eyes)
translate([-15, 20])
circle(r=3);
translate([15, 20])
circle(r=3);
}
}
// Render the face module as a 2D object
face();
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Please generate a 2D CAD file in OpenSCAD for human face
Creating a comprehensive human face in OpenSCAD using purely 2D techniques will be quite rudimentary, given that OpenSCAD is generally more suited for 3D modeling. However, I can help you generate a simplified 2D representation of a human face using basic shapes. Here's a basic example of how you might construct a simple face:
```scad
// OpenSCAD code to generate a simplistic 2D human face
module face() {
difference() {
union() {
// Main face circle
translate([0, 0])
circle(r=50);
// Eyes
translate([-15, 20])
circle(r=7);
translate([15, 20])
circle(r=7);
// Mouth (arc created by subtraction)
translate([0, -20])
difference() {
circle(r=20);
translate([0, 5])
circle(r=20);
}
}
// Subtract out the inner eye parts (whites of the eyes)
translate([-15, 20])
circle(r=3);
translate([15, 20])
circle(r=3);
}
}
// Render the face module as a 2D object
face();
```
In this simplistic example, the face consists of:
- A large circle for the head.
- Two smaller circles representing eyes.
- An arc for the mouth, created by subtracting one circle from another slightly offset circle.
- Additional smaller circles to remove the centers of the eyes making them look like pupils.
To generate the actual 2D design, copy and paste the above code into an OpenSCAD editor and render it.
For a more detailed and realistic face, you'd need a combination of more advanced shapes and techniques, potentially incorporating 3D elements and extruding them into a 2D plane, or using an external tool to generate a more sophisticated SVG path you can import into OpenSCAD.
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