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CLIP Score: 27.51
from AIDL import *
def heart_steering_wheel(
heart_width: float = 12*inches,
heart_height: float = 10*inches,
mounting_hole_radius: float = 0.5*inch,
mounting_hole_spacing: float = 2*inches
):
# Define the main structure: the heart-shaped steering wheel
steering_wheel = Solid()
# Define the heart shape as a solid
heart_shape = Solid()
steering_wheel.heart_shape = heart_shape
# Define the cutout structure: mounting holes for attachment
mounting_holes = Hole()
steering_wheel.mounting_holes = mounting_holes
# Define the heart shape using lines and arcs
heart_width_half = heart_width / 2
heart_height_half = heart_height / 2
top_radius = heart_width_half * 0.6 # Approximately 60% of half the width
bottom_point = Point((0, -heart_height_half))
heart_shape.top_right_arc = Arc((heart_width_half * 0.4, heart_height_half * 0.4), top_radius, 0, 180)
heart_shape.top_left_arc = Arc((-heart_width_half * 0.4, heart_height_half * 0.4), top_radius, 180, 360)
heart_shape.bottom_left = Line(heart_shape.top_left_arc.end, bottom_point)
heart_shape.bottom_right = Line(heart_shape.top_right_arc.end, bottom_point)
heart_shape.AddConstraint(HorizontallySymmetric(heart_shape.top_left_arc.center, heart_shape.top_right_arc.center))
# Define the mounting holes and position them centrically
mounting_holes.center_hole = Circle((0, 0), mounting_hole_radius)
mounting_holes.left_hole = Circle((-mounting_hole_spacing, 0), mounting_hole_radius)
mounting_holes.right_hole = Circle((mounting_hole_spacing, 0), mounting_hole_radius)
steering_wheel.AddConstraint(HorizontallySymmetric(mounting_holes.left_hole.center, mounting_holes.right_hole.center))
steering_wheel.AddConstraint(steering_wheel.bb.horizontal_center == mounting_holes.center_hole.center.u)
steering_wheel.AddConstraint(steering_wheel.bb.vertical_center == mounting_holes.center_hole.center.v)
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 start by breaking down the heart-shaped steering wheel into its main components and structures. We'll likely need the following:
1. **Outer Heart Shape**: This will be a Solid structure.
2. **Inner Cutouts/Details**: These will probably be Holes to cut out the shape and mounts to place the steering wheel onto the steering column.
Here's a step-by-step guide to how we might construct this:
1. **Define the main structures**: The heart-shaped steering wheel's main parts as Solid structures.
2. **Define geometry and constraints**: Add geometric shapes and necessary constraints to form the heart and any internal features.
Let's go through the steps in detail:
### Step 1: Define the Main Structures
We will define the outer heart shape as a Solid. Inside this will be some Holes for the steering column attachment and possibly some Drawing for any decorative engravings.
```python
from AIDL import *
def heart_steering_wheel(
heart_width: float = 12*inches,
heart_height: float = 10*inches,
mounting_hole_radius: float = 0.5*inch,
mounting_hole_spacing: float = 2*inches
):
# Define the main structure: the heart-shaped steering wheel
steering_wheel = Solid()
# Define the heart shape as a solid
heart_shape = Solid()
steering_wheel.heart_shape = heart_shape
# Define the cutout structure: mounting holes for attachment
mounting_holes = Hole()
steering_wheel.mounting_holes = mounting_holes
# Define the heart shape using lines and arcs
heart_width_half = heart_width / 2
heart_height_half = heart_height / 2
top_radius = heart_width_half * 0.6 # Approximately 60% of half the width
bottom_point = Point((0, -heart_height_half))
heart_shape.top_right_arc = Arc((heart_width_half * 0.4, heart_height_half * 0.4), top_radius, 0, 180)
heart_shape.top_left_arc = Arc((-heart_width_half * 0.4, heart_height_half * 0.4), top_radius, 180, 360)
heart_shape.bottom_left = Line(heart_shape.top_left_arc.end, bottom_point)
heart_shape.bottom_right = Line(heart_shape.top_right_arc.end, bottom_point)
heart_shape.AddConstraint(HorizontallySymmetric(heart_shape.top_left_arc.center, heart_shape.top_right_arc.center))
# Define the mounting holes and position them centrically
mounting_holes.center_hole = Circle((0, 0), mounting_hole_radius)
mounting_holes.left_hole = Circle((-mounting_hole_spacing, 0), mounting_hole_radius)
mounting_holes.right_hole = Circle((mounting_hole_spacing, 0), mounting_hole_radius)
steering_wheel.AddConstraint(HorizontallySymmetric(mounting_holes.left_hole.center, mounting_holes.right_hole.center))
steering_wheel.AddConstraint(steering_wheel.bb.horizontal_center == mounting_holes.center_hole.center.u)
steering_wheel.AddConstraint(steering_wheel.bb.vertical_center == mounting_holes.center_hole.center.v)
return steering_wheel
with AIDL_2D:
model = heart_steering_wheel()
print(model.Solve())
model.Render()
```
### Explanation
1. **Main Structure (Steering Wheel)**: This is a Solid that holds all parts of the steering wheel.
2. **Heart Shape**: The heart shape is created using two arcs and two lines that connect at the bottom forming the heart shape.
3. **Mounting Holes**: These are three circles (one central and two on the sides) for attaching the steering wheel.
In the above program:
- The heart shape is specified in terms of its width and height.
- The heart is divided into two arcs for the top and two connecting lines for the bottom.
- The mounting holes are placed symmetrically around the center.
Feel free to modify any additional details or constraints necessary for your design. This structure gives a clear shape and function to the heart-shaped steering wheel.
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