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CLIP Score: 27.83
from AIDL import *
def heart_steering_wheel(
outer_radius: float = 8*inches,
inner_radius: float = 6*inches,
column_hole_radius: float = 1*inch
):
"""
Creates a heart-shaped steering wheel with a central hole
for attaching it to the steering column.
"""
wheel = Solid()
# Define the outer heart shape
outer_heart = Solid(shift=(0,0))
wheel.outer_heart = outer_heart
# Left and right arcs of the heart
outer_heart.left_arc = Arc((0, outer_radius / 2), (-outer_radius / 2, outer_radius / 2), (0, -outer_radius))
outer_heart.right_arc = Arc((0, outer_radius / 2), (outer_radius / 2, outer_radius / 2), (0, -outer_radius))
# Bottom point of the heart
outer_heart.bottom_left_line = Line(outer_heart.left_arc.end, (0, -outer_radius))
outer_heart.bottom_right_line = Line(outer_heart.right_arc.end, (0, -outer_radius))
# Define the inner heart shape (cutout)
inner_heart = Hole(shift=(0,0))
wheel.inner_heart = inner_heart
# Left and right arcs of the inner heart
inner_heart.left_arc = Arc((0, inner_radius / 2), (-inner_radius / 2, inner_radius / 2), (0, -inner_radius))
inner_heart.right_arc = Arc((0, inner_radius / 2), (inner_radius / 2, inner_radius / 2), (0, -inner_radius))
# Bottom point of the inner heart
inner_heart.bottom_left_line = Line(inner_heart.left_arc.end, (0, -inner_radius))
inner_heart.bottom_right_line = Line(inner_heart.right_arc.end, (0, -inner_radius))
# Define the steering column hole
column_hole = Hole(shift=(0,0))
wheel.column_hole = column_hole
column_hole.hole = Circle((0,0), column_hole_radius)
return 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
Alright, let's create a heart-shaped steering wheel. Here's a high-level plan for this object:
1. **Heart Shape**: The heart shape will be achieved using a combination of arcs and a triangular point at the bottom.
2. **Inner Cutout**: The central part of the steering wheel should be cut out to make it a hollow heart.
3. **Steering Column Hole**: A circular hole in the middle for attaching to the steering column.
Let's start writing the AIDL program step-by-step:
### Step 1: Define the Heart Shape
We'll use arcs and lines to form the heart shape.
```python
from AIDL import *
def heart_steering_wheel(
outer_radius: float = 8*inches,
inner_radius: float = 6*inches,
column_hole_radius: float = 1*inch
):
"""
Creates a heart-shaped steering wheel with a central hole
for attaching it to the steering column.
"""
wheel = Solid()
# Define the outer heart shape
outer_heart = Solid(shift=(0,0))
wheel.outer_heart = outer_heart
# Left and right arcs of the heart
outer_heart.left_arc = Arc((0, outer_radius / 2), (-outer_radius / 2, outer_radius / 2), (0, -outer_radius))
outer_heart.right_arc = Arc((0, outer_radius / 2), (outer_radius / 2, outer_radius / 2), (0, -outer_radius))
# Bottom point of the heart
outer_heart.bottom_left_line = Line(outer_heart.left_arc.end, (0, -outer_radius))
outer_heart.bottom_right_line = Line(outer_heart.right_arc.end, (0, -outer_radius))
# Define the inner heart shape (cutout)
inner_heart = Hole(shift=(0,0))
wheel.inner_heart = inner_heart
# Left and right arcs of the inner heart
inner_heart.left_arc = Arc((0, inner_radius / 2), (-inner_radius / 2, inner_radius / 2), (0, -inner_radius))
inner_heart.right_arc = Arc((0, inner_radius / 2), (inner_radius / 2, inner_radius / 2), (0, -inner_radius))
# Bottom point of the inner heart
inner_heart.bottom_left_line = Line(inner_heart.left_arc.end, (0, -inner_radius))
inner_heart.bottom_right_line = Line(inner_heart.right_arc.end, (0, -inner_radius))
# Define the steering column hole
column_hole = Hole(shift=(0,0))
wheel.column_hole = column_hole
column_hole.hole = Circle((0,0), column_hole_radius)
return wheel
with AIDL_2D:
model = heart_steering_wheel()
print(model.Solve())
model.Render()
```
In this program, we define a `wheel` Solid structure that contains `outer_heart` and `inner_heart` shapes, as well as a `column_hole`. The `outer_heart` and `inner_heart` are defined using arcs and lines to achieve the heart shape. The `column_hole` is a simple circular hole in the middle of the heart.
This should give us a heart-shaped steering wheel with a central hole for the steering column. Let me know if you have any specific modifications or additional features you'd like to include!
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