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CLIP Score: 29.92
from AIDL import *
def square_steering_wheel(edge_length: float = 12*inches, corner_radius: float = 2*inches, hole_radius: float = 1.5*inches):
"""
Create a square-shaped steering wheel. The outer shape is a square with rounded corners.
There is a cylindrical hole at the center for fitting onto the column.
"""
# Create the main solid structure for the wheel
wheel = Solid()
center_hole = Hole() # Center hole for fitting onto the steering column
wheel.center_hole = center_hole
# Outer square shape with rounded corners
wheel.outer_shape = RoundedRectangle(center=(0,0), width=edge_length, height=edge_length, corner_radius=corner_radius)
# Center hole for the steering column
center_hole.shape = Circle(center=(0,0), radius=hole_radius)
# Constraints to ensure the symmetry and proper sizing
wheel.AddConstraint(center_hole.shape.center.u == wheel.outer_shape.center.u)
wheel.AddConstraint(center_hole.shape.center.v == wheel.outer_shape.center.v)
wheel.AddConstraint(center_hole.shape.radius == hole_radius) # The radius of the center hole
return wheel
with AIDL_2D:
model = square_steering_wheel()
print(model.Solve())
model.Render()
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Please write an AIDL program to generate a square shaped steering wheel
Sure! Let's break this down into steps, following the AIDL structure and examples you've provided. A square-shaped steering wheel can be defined with the following features:
1. Outer square shape.
2. Inner hole for fitting onto the steering column.
3. Rounded edges at the corners for comfort.
4. The design should be symmetrical.
We'll start by defining the main `Solid` structure and then add geometry and constraints.
### Step 1: Define the Structures
We need to define the main `wheel`, the inner `hole`, and we will use `RoundedRectangle` for the outer square with rounded corners.
### Step 2: Add Geometry
We'll add a `RoundedRectangle` for the outer square of the wheel. For the inner hole, we'll use a smaller `Circle`.
### Step 3: Add Constraints
We will define the primary dimensions and ensure that the wheel and hole are centered.
### Step-by-Step Implementation
Here's the complete AIDL program:
```python
from AIDL import *
def square_steering_wheel(edge_length: float = 12*inches, corner_radius: float = 2*inches, hole_radius: float = 1.5*inches):
"""
Create a square-shaped steering wheel. The outer shape is a square with rounded corners.
There is a cylindrical hole at the center for fitting onto the column.
"""
# Create the main solid structure for the wheel
wheel = Solid()
center_hole = Hole() # Center hole for fitting onto the steering column
wheel.center_hole = center_hole
# Outer square shape with rounded corners
wheel.outer_shape = RoundedRectangle(center=(0,0), width=edge_length, height=edge_length, corner_radius=corner_radius)
# Center hole for the steering column
center_hole.shape = Circle(center=(0,0), radius=hole_radius)
# Constraints to ensure the symmetry and proper sizing
wheel.AddConstraint(center_hole.shape.center.u == wheel.outer_shape.center.u)
wheel.AddConstraint(center_hole.shape.center.v == wheel.outer_shape.center.v)
wheel.AddConstraint(center_hole.shape.radius == hole_radius) # The radius of the center hole
return wheel
with AIDL_2D:
model = square_steering_wheel()
print(model.Solve())
model.Render()
```
### Explanation:
- **Structure Definitions**:
- `wheel` is the main `Solid` for the steering wheel.
- `center_hole` is a `Hole` within the `wheel`.
- **Geometry Definitions**:
- `wheel.outer_shape`: A `RoundedRectangle` defining the outer square shape with rounded corners.
- `center_hole.shape`: A `Circle` defining the hole in the center of the wheel.
- **Constraints**:
- Ensuring that the center of the hole is coincident with the center of the wheel.
- Radius of the center hole is defined by `hole_radius`.
This should create a functional model of a square-shaped steering wheel suitable for laser cutting. Let me know if you need further details or modifications!
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