noconstraints/butterfly/butterfly7


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butterfly7 image
                
from AIDL import *

def butterfly():
    # Create the butterfly's main assembly
    butterfly = Assembly()
    
    # Define body
    body = Solid()
    butterfly.body = body

    # Define wings
    left_wing = Solid()
    right_wing = Solid()

    butterfly.left_wing = left_wing
    butterfly.right_wing = right_wing
    
    body.body_shape = RoundedRectangle((0, 0), 0.5*inches, 1.5*inches, 0.25*inches)

    # Define left wing geometry
    left_wing.top_section = Arc(center=(-0.75*inches, 0.75*inches), 
                                start=(-0.25*inches, 1.25*inches), 
                                end=(-1.25*inches, 0.25*inches))
    left_wing.bottom_section = Arc(center=(-0.75*inches, -0.75*inches), 
                                   start=(-0.25*inches, -1.25*inches), 
                                   end=(-1.25*inches, -0.25*inches))

    # Duplicate left wing geometry for right wing, by mirroring
    right_wing.top_section = Arc(center=(0.75*inches, 0.75*inches), 
                                 start=(0.25*inches, 1.25*inches), 
                                 end=(1.25*inches, 0.25*inches))
    right_wing.bottom_section = Arc(center=(0.75*inches, -0.75*inches), 
                                    start=(0.25*inches, -1.25*inches), 
                                    end=(1.25*inches, -0.25*inches))

    # Optional: Add some decorative patterns to wings
    wing_decorations = Drawing()
    left_wing.decorations = wing_decorations

    wing_decorations.pattern1 = Circle(center=(-0.75*inches, 0.25*inches), radius=0.1*inches)
    wing_decorations.pattern2 = Circle(center=(-0.75*inches, -0.25*inches), radius=0.1*inches)

    right_wing.decorations = Drawing()
    right_wing.decorations.pattern1 = Circle(center=(0.75*inches, 0.25*inches), radius=0.1*inches)
    right_wing.decorations.pattern2 = Circle(center=(0.75*inches, -0.25*inches), radius=0.1*inches)

    return butterfly

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

                
                Please write an AIDL program to generate a butterfly

Sure! Let's design a butterfly using the AIDL language. The butterfly will consist of two main parts: wings and a body. We'll define the wings using compound geometric shapes, and the body with simple primitives.

### Step-by-Step Design

1. **Define the body structure:**
    - Body: A simple oval shape (rounded rectangle).

2. **Define the wing structures:**
    - LeftWing: A composite shape made up of a couple of curves and arcs.
    - RightWing: A mirror image of the LeftWing.

3. **Subdivide the wings into top and bottom sections for more detail:**
    - TopLeftWing, BottomLeftWing
    - TopRightWing, BottomRightWing

4. **Orthogonal decoration on wings:**
    - Add some decorative patterns using Drawing structures.

Let's start with defining the basic structure and then fill in the geometry.

```python
from AIDL import *

def butterfly():
    # Create the butterfly's main assembly
    butterfly = Assembly()
    
    # Define body
    body = Solid()
    butterfly.body = body

    # Define wings
    left_wing = Solid()
    right_wing = Solid()

    butterfly.left_wing = left_wing
    butterfly.right_wing = right_wing
    
    body.body_shape = RoundedRectangle((0, 0), 0.5*inches, 1.5*inches, 0.25*inches)

    # Define left wing geometry
    left_wing.top_section = Arc(center=(-0.75*inches, 0.75*inches), 
                                start=(-0.25*inches, 1.25*inches), 
                                end=(-1.25*inches, 0.25*inches))
    left_wing.bottom_section = Arc(center=(-0.75*inches, -0.75*inches), 
                                   start=(-0.25*inches, -1.25*inches), 
                                   end=(-1.25*inches, -0.25*inches))

    # Duplicate left wing geometry for right wing, by mirroring
    right_wing.top_section = Arc(center=(0.75*inches, 0.75*inches), 
                                 start=(0.25*inches, 1.25*inches), 
                                 end=(1.25*inches, 0.25*inches))
    right_wing.bottom_section = Arc(center=(0.75*inches, -0.75*inches), 
                                    start=(0.25*inches, -1.25*inches), 
                                    end=(1.25*inches, -0.25*inches))

    # Optional: Add some decorative patterns to wings
    wing_decorations = Drawing()
    left_wing.decorations = wing_decorations

    wing_decorations.pattern1 = Circle(center=(-0.75*inches, 0.25*inches), radius=0.1*inches)
    wing_decorations.pattern2 = Circle(center=(-0.75*inches, -0.25*inches), radius=0.1*inches)

    right_wing.decorations = Drawing()
    right_wing.decorations.pattern1 = Circle(center=(0.75*inches, 0.25*inches), radius=0.1*inches)
    right_wing.decorations.pattern2 = Circle(center=(0.75*inches, -0.25*inches), radius=0.1*inches)

    return butterfly

with AIDL_2D:
    model = butterfly()
print(model.Solve())
model.Render()
```
This AIDL program creates a simple butterfly's body and wings. The wings are subdivided into top and bottom sections using arcs, and decorations in the form of circles are added to each wing.

You can further refine the shapes and sizes based on specific requirements. Let me know if you need any adjustments or more details!