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CLIP Score: 28.26
from AIDL import *
def square_steering_wheel(
outer_size: float = 12 * inches,
inner_radius: float = 4 * inches,
mounting_hole_radius: float = 0.2 * inch,
mounting_points: int = 4
):
"""
Creates a square-shaped steering wheel with a circular grip hole and mounting holes.
"""
# Define the main structure of the steering wheel.
steering_wheel = Solid()
grip_hole = Hole()
mounting_holes = Hole()
steering_wheel.grip_hole = grip_hole
steering_wheel.mounting_holes = mounting_holes
# Define the outer square geometry.
steering_wheel.outer_square = Rectangle((0,0), outer_size, outer_size)
# Define the grip hole geometry.
grip_hole.circle = Circle((0,0), inner_radius)
# Define mounting holes in a circular pattern around the grip.
for i in range(mounting_points):
angle = (2 * pi / mounting_points) * i
x = (inner_radius + mounting_hole_radius * 2) * cos(angle)
y = (inner_radius + mounting_hole_radius * 2) * sin(angle)
mounting_holes.__setattr__(f'mounting_hole_{i}', Circle((x, y), mounting_hole_radius))
return steering_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 start by understanding the requirements for a square-shaped steering wheel.
### Requirements:
1. **Outer Shape:** The steering wheel is square.
2. **Inner Grip (Hole):** The center part (where hands grip) will be a circular hole inside the square.
3. **Mounting Holes:** Add some holes for mounting in the center or around the grip hole.
With these requirements in mind, let's break down the steps:
1. **Create the outer square shape.**
2. **Cut out a circular hole in the middle for grip.**
3. **Add mounting holes at defined locations.**
Let's first define the parameters and how to organize the structure.
### Parameters:
- `outer_size`: The size of the outer square.
- `inner_radius`: The radius of the inner grip.
- `mounting_hole_radius`: The radius of the mounting holes.
- `mounting_points`: Locations for mounting holes in a circular pattern around the grip.
### Structure:
- One `Solid` for the main square.
- One `Hole` for the inner grip.
- Multiple `Holes` for the mounting points.
Now, let’s write the AIDL program for the square-shaped steering wheel.
```python
from AIDL import *
def square_steering_wheel(
outer_size: float = 12 * inches,
inner_radius: float = 4 * inches,
mounting_hole_radius: float = 0.2 * inch,
mounting_points: int = 4
):
"""
Creates a square-shaped steering wheel with a circular grip hole and mounting holes.
"""
# Define the main structure of the steering wheel.
steering_wheel = Solid()
grip_hole = Hole()
mounting_holes = Hole()
steering_wheel.grip_hole = grip_hole
steering_wheel.mounting_holes = mounting_holes
# Define the outer square geometry.
steering_wheel.outer_square = Rectangle((0,0), outer_size, outer_size)
# Define the grip hole geometry.
grip_hole.circle = Circle((0,0), inner_radius)
# Define mounting holes in a circular pattern around the grip.
for i in range(mounting_points):
angle = (2 * pi / mounting_points) * i
x = (inner_radius + mounting_hole_radius * 2) * cos(angle)
y = (inner_radius + mounting_hole_radius * 2) * sin(angle)
mounting_holes.__setattr__(f'mounting_hole_{i}', Circle((x, y), mounting_hole_radius))
return steering_wheel
with AIDL_2D:
model = square_steering_wheel()
print(model.Solve())
model.Render()
```
### Explanation:
1. **Main Structure (`steering_wheel`):** Contains the overall solid structure of the wheel.
2. **Grip Hole:** Defined as a circular hole in the center of the square.
3. **Mounting Holes:** Created in a circular pattern around the grip hole.
### Geometry:
- The outer square is defined to have the specified `outer_size`.
- The circular hole in the center is defined to have the specified `inner_radius`.
- The mounting holes are placed evenly around the grip hole in a circular pattern.
This should create a square-shaped steering wheel with a circular grip and multiple mounting holes. If you need any adjustments or additional features, please let me know!
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