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CLIP Score: 30.03
from AIDL import *
def heart_steering_wheel(
width: float = 12*inches,
height: float = 10*inches,
thickness: float = 1*inch):
"""
Creates a heart-shaped steering wheel.
"""
steering_wheel = Solid()
# Define the heart shape as a combination of arcs and lines
top_curve_radius = width / 4
lobe_center_offset_x = width / 4
lobe_center_offset_y = height / 4
left_lobe_center = (-lobe_center_offset_x, lobe_center_offset_y)
right_lobe_center = (lobe_center_offset_x, lobe_center_offset_y)
steering_wheel.left_lobe = Arc(left_lobe_center, 0, -180, top_curve_radius)
steering_wheel.right_lobe = Arc(right_lobe_center, 0, 180, top_curve_radius)
bottom_tip = (0, -height / 2)
# Lines forming the "V" shape below the arcs
steering_wheel.left_line = Line(steering_wheel.left_lobe.end, bottom_tip)
steering_wheel.right_line = Line(steering_wheel.right_lobe.end, bottom_tip)
# For the handle, create a smaller circle inside the heart
handle_radius = (width - 2*thickness) / 4
handle_center = (0, lobe_center_offset_y - handle_radius - 0.5*inch) # Adjust the height of the handle
handle = Circle(handle_center, handle_radius)
steering_wheel.handle = Hole()
steering_wheel.handle.handle_cutout = handle
return steering_wheel
with AIDL_2D:
model = heart_steering_wheel()
print(model.Solve())
model.Render()
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Please write an AIDL program to generate a heart shaped steering wheel
Sure, let's generate an AIDL program for a heart-shaped steering wheel. To outline the necessary steps for this program:
1. **Define the overall model structure** (main steering wheel, and possibly some detailed substructures if necessary).
2. **Sketch the heart shape** using a combination of arcs and lines.
3. **Define the handle part** of the steering wheel.
4. **Sole and render the model** at the end.
For simplicity, I'll break down the heart shape as:
- Two semicircular arcs for the top lobes.
- Two lines meeting at the bottom tip forming the "V" shape.
Here is the AIDL program:
```python
from AIDL import *
def heart_steering_wheel(
width: float = 12*inches,
height: float = 10*inches,
thickness: float = 1*inch):
"""
Creates a heart-shaped steering wheel.
"""
steering_wheel = Solid()
# Define the heart shape as a combination of arcs and lines
top_curve_radius = width / 4
lobe_center_offset_x = width / 4
lobe_center_offset_y = height / 4
left_lobe_center = (-lobe_center_offset_x, lobe_center_offset_y)
right_lobe_center = (lobe_center_offset_x, lobe_center_offset_y)
steering_wheel.left_lobe = Arc(left_lobe_center, 0, -180, top_curve_radius)
steering_wheel.right_lobe = Arc(right_lobe_center, 0, 180, top_curve_radius)
bottom_tip = (0, -height / 2)
# Lines forming the "V" shape below the arcs
steering_wheel.left_line = Line(steering_wheel.left_lobe.end, bottom_tip)
steering_wheel.right_line = Line(steering_wheel.right_lobe.end, bottom_tip)
# For the handle, create a smaller circle inside the heart
handle_radius = (width - 2*thickness) / 4
handle_center = (0, lobe_center_offset_y - handle_radius - 0.5*inch) # Adjust the height of the handle
handle = Circle(handle_center, handle_radius)
steering_wheel.handle = Hole()
steering_wheel.handle.handle_cutout = handle
return steering_wheel
with AIDL_2D:
model = heart_steering_wheel()
print(model.Solve())
model.Render()
```
### Explanation:
1. **Define the main structure** (`steering_wheel`), which will be a solid.
2. **Create the top arcs** (`left_lobe` and `right_lobe`) of the heart shape using Arc primitives.
3. **Create the bottom lines** (`left_line` and `right_line`) connecting the arcs to form the "V" shape of the heart.
4. **Create the handle** by adding a Circle and treating it as a hole (`handle_cutout`) for the handle of the steering wheel.
Feel free to provide any further adjustments you would like to make to the steering wheel!
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