## noconstraints/sunglasses/sunglasses5

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###
CLIP Score: 26.95

    from AIDL import *

    def sunglasses(
            lens_width: float = 2.5*inches,
            lens_height: float = 1*inch,
            bridge_width: float = 0.75*inch,
            temple_length: float = 5*inches,
            temple_width: float = 0.25*inch
    ):
        """
        Create a model of a simple pair of sunglasses.
        """

        sunglasses = Solid()

        # Define the frame structure
        frame = Solid()
        sunglasses.frame = frame

        # Define the left and right lenses and bridges substructures
        left_lens = Solid(shift=(-lens_width-bridge_width/2, 0))
        right_lens = Solid(shift=(lens_width+bridge_width/2, 0))
        frame.left_lens = left_lens
        frame.right_lens = right_lens

        # Adding lenses substructures
        left_lens.lens_body = Rectangle((0, 0), lens_width, lens_height)
        right_lens.lens_body = Rectangle((0, 0), lens_width, lens_height)

        # Define the bridge geometry
        frame.bridge = Rectangle((0, 0), bridge_width, lens_height / 2)

        # Define temples structure
        left_temple = Solid(shift=(-lens_width - bridge_width - temple_length/2, -lens_height / 2))
        right_temple = Solid(shift=(lens_width + bridge_width + temple_length/2, -lens_height / 2))
        frame.left_temple = left_temple
        frame.right_temple = right_temple

        # Adding the temple geometries
        left_temple.arm = Rectangle((0, 0), temple_length, temple_width)
        right_temple.arm = Rectangle((0, 0), temple_length, temple_width)

        return sunglasses

    with AIDL_2D:
        model = sunglasses()
    print(model.Solve())
    model.Render()
                    Please write an AIDL program to generate a sunglasses

    Sure! Let's create an AIDL program to model a simple pair of sunglasses. We'll design the sunglasses with the following main parts:

    1. **Frame**: The overall shape of the sunglasses, including the bridge.
    2. **Lenses**: The lenses fitted into the frame.
    3. **Temples**: The arms of the sunglasses that rest on the ears.

    We'll use a combination of rectangular and circular geometry to construct these parts. Let's define a function for our sunglasses model.

    ```python
    from AIDL import *

    def sunglasses(
            lens_width: float = 2.5*inches,
            lens_height: float = 1*inch,
            bridge_width: float = 0.75*inch,
            temple_length: float = 5*inches,
            temple_width: float = 0.25*inch
    ):
        """
        Create a model of a simple pair of sunglasses.
        """

        sunglasses = Solid()

        # Define the frame structure
        frame = Solid()
        sunglasses.frame = frame

        # Define the left and right lenses and bridges substructures
        left_lens = Solid(shift=(-lens_width-bridge_width/2, 0))
        right_lens = Solid(shift=(lens_width+bridge_width/2, 0))
        frame.left_lens = left_lens
        frame.right_lens = right_lens

        # Adding lenses substructures
        left_lens.lens_body = Rectangle((0, 0), lens_width, lens_height)
        right_lens.lens_body = Rectangle((0, 0), lens_width, lens_height)

        # Define the bridge geometry
        frame.bridge = Rectangle((0, 0), bridge_width, lens_height / 2)

        # Define temples structure
        left_temple = Solid(shift=(-lens_width - bridge_width - temple_length/2, -lens_height / 2))
        right_temple = Solid(shift=(lens_width + bridge_width + temple_length/2, -lens_height / 2))
        frame.left_temple = left_temple
        frame.right_temple = right_temple

        # Adding the temple geometries
        left_temple.arm = Rectangle((0, 0), temple_length, temple_width)
        right_temple.arm = Rectangle((0, 0), temple_length, temple_width)

        return sunglasses

    with AIDL_2D:
        model = sunglasses()
    print(model.Solve())
    model.Render()

    ```

    Here’s a breakdown of how the structure is outlined:

    1. **Frame**: A rectangular frame connecting the lenses.

    2. **Lenses**: Two rectangular lenses shifted left and right from the center, representing the left and right lenses.

    3. **Bridge**: A rectangular bridge at the center-top of the lenses, connecting the frame.

    4. **Temples**: Rectangular arms shifted left and right from the lenses, representing the temples of the sunglasses.

    Note that the program is defined as a function called `sunglasses` that takes several design parameters with reasonable defaults. The function returns the root structure (`sunglasses`), which includes the entire composition.

    If you need any adjustments or additional features, feel free to let me know!