## noconstraints/heart shaped steering wheel/heart shaped steering wheel5

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CLIP Score: 26.5

    from AIDL import *

    def heart_steering_wheel(radius: float = 6*inches, grip_radius: float = 1.5*inches):
        """
        Creates a heart-shaped steering wheel model with a central grip
        for mounting to a steering column.
        """
        steering_wheel = Solid()
        center_grip = Hole()
        steering_wheel.center_grip = center_grip

        # Defines the outer heart shape using arcs and lines
        steering_wheel.left_arc = Arc((0, radius/2), (-radius/2, radius), (0, radius))
        steering_wheel.right_arc = Arc((0, radius/2), (radius/2, radius), (0, radius))
        steering_wheel.bottom_line_left = Line((0, radius), (-radius/2, 0))
        steering_wheel.bottom_line_right = Line((0, radius), (radius/2, 0))

        # Center Grip geometry
        center_grip.hole = Circle((0, 0), grip_radius)

        return steering_wheel

    with AIDL_2D:
        model = heart_steering_wheel()
    print(model.Solve())
    model.Render()
                    Please write an AIDL program to generate a heart shaped steering wheel

    Sure, let's design a heart-shaped steering wheel. We will want to create the following components for our model:

    1. **Outer Heart Shape**: The outer boundary of the steering wheel.
    2. **Central Grip**: A central hole where the wheel attaches to the steering column.

    We will use **Solid** for the outer heart shape and **Hole** for the hole in the center.

    Let's begin. We're going to make an outline of the heart shape using two arcs and two lines to connect between them for a basic heart shape. Here is the AIDL program to generate a heart-shaped steering wheel:

    ```python
    from AIDL import *

    def heart_steering_wheel(radius: float = 6*inches, grip_radius: float = 1.5*inches):
        """
        Creates a heart-shaped steering wheel model with a central grip
        for mounting to a steering column.
        """
        steering_wheel = Solid()
        center_grip = Hole()
        steering_wheel.center_grip = center_grip

        # Defines the outer heart shape using arcs and lines
        steering_wheel.left_arc = Arc((0, radius/2), (-radius/2, radius), (0, radius))
        steering_wheel.right_arc = Arc((0, radius/2), (radius/2, radius), (0, radius))
        steering_wheel.bottom_line_left = Line((0, radius), (-radius/2, 0))
        steering_wheel.bottom_line_right = Line((0, radius), (radius/2, 0))

        # Center Grip geometry
        center_grip.hole = Circle((0, 0), grip_radius)

        return steering_wheel

    with AIDL_2D:
        model = heart_steering_wheel()
    print(model.Solve())
    model.Render()
    ```

    In this program, we have:
    - Created two arcs representing the top-left and top-right curves of the heart shape.
    - Connected these arcs with two lines representing the bottom part of the heart shape.
    - Added a circular hole at the center of the steering wheel for the attachment point.

    You can customize the `radius` and `grip_radius` parameters to adjust the size of the steering wheel and the hole, respectively.

    Feel free to provide any feedback or request modifications if needed!