aidl/garment patterns for clothing manufacturing/garment patterns for clothing manufacturing0


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garment patterns for clothing manufacturing0 image
                
from AIDL import *

def t_shirt_pattern(
    chest_width: float = 20 * inches,
    shirt_length: float = 25 * inches,
    sleeve_length: float = 10 * inches,
    neck_hole_diameter: float = 8 * inches
):
    """
    Design a basic t-shirt pattern with the given dimensions.
    """

    # Define the model structure
    pattern = Solid() # Root of the model
    front_piece = Solid()
    back_piece = Solid()
    left_sleeve = Solid()
    right_sleeve = Solid()

    pattern.front_piece = front_piece
    pattern.back_piece = back_piece
    pattern.left_sleeve = left_sleeve
    pattern.right_sleeve = right_sleeve

    # --- Front Piece ---
    front_piece.main_body = Rectangle((0, 0), chest_width, shirt_length)
    front_piece.neck_hole = Hole()
    front_piece.neck_hole.circle = Circle((0, shirt_length - 2*inches), neck_hole_diameter / 2)
    front_piece.left_shoulder_slope = Line((-(neck_hole_diameter / 2), shirt_length - 2*inches), (-(chest_width / 2), shirt_length - 3*inches))
    front_piece.right_shoulder_slope = Line((neck_hole_diameter / 2, shirt_length - 2*inches), (chest_width / 2, shirt_length - 3*inches))

    # --- Back Piece ---
    back_piece.main_body = Rectangle((0, 0), chest_width, shirt_length)
    back_piece.neck_hole = Hole()
    back_piece.neck_hole.circle = Circle((0, shirt_length - 1.5*inches), neck_hole_diameter / 2)
    back_piece.left_shoulder_slope = Line((-(neck_hole_diameter / 2), shirt_length - 1.5*inches), (-(chest_width / 2), shirt_length - 2.5*inches))
    back_piece.right_shoulder_slope = Line((neck_hole_diameter / 2, shirt_length - 1.5*inches), (chest_width / 2, shirt_length - 2.5*inches))

    # --- Sleeves ---
    left_sleeve.main_body = Rectangle((0, 0), chest_width / 2, sleeve_length)
    right_sleeve.main_body = Rectangle((0, 0), chest_width / 2, sleeve_length)
    pattern.right_sleeve.shift = (chest_width, 0) # Shift the right sleeve for better visualization

    # Add constraints for symmetrical positioning and alignment if any

    return pattern

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

                
                Please write an AIDL program to generate a garment patterns for clothing manufacturing

Certainly! Let's start by specifying the details of the garment pattern you'd like to create. For simplicity, let's design a basic t-shirt pattern. Here are some initial parameters we might consider:

1. **Chest Width**
2. **Shirt Length**
3. **Sleeve Length**
4. **Neck Hole Diameter**

These are basic parameters that we can adjust, and they'll allow us to create a simple t-shirt pattern. 

Our t-shirt pattern will consist of:
- A front piece with a neckline and shoulder slopes.
- A back piece with a neckline and shoulder slopes.
- Two sleeves.

Here is the AIDL program to generate such a t-shirt pattern:

```python
from AIDL import *

def t_shirt_pattern(
    chest_width: float = 20 * inches,
    shirt_length: float = 25 * inches,
    sleeve_length: float = 10 * inches,
    neck_hole_diameter: float = 8 * inches
):
    """
    Design a basic t-shirt pattern with the given dimensions.
    """

    # Define the model structure
    pattern = Solid() # Root of the model
    front_piece = Solid()
    back_piece = Solid()
    left_sleeve = Solid()
    right_sleeve = Solid()

    pattern.front_piece = front_piece
    pattern.back_piece = back_piece
    pattern.left_sleeve = left_sleeve
    pattern.right_sleeve = right_sleeve

    # --- Front Piece ---
    front_piece.main_body = Rectangle((0, 0), chest_width, shirt_length)
    front_piece.neck_hole = Hole()
    front_piece.neck_hole.circle = Circle((0, shirt_length - 2*inches), neck_hole_diameter / 2)
    front_piece.left_shoulder_slope = Line((-(neck_hole_diameter / 2), shirt_length - 2*inches), (-(chest_width / 2), shirt_length - 3*inches))
    front_piece.right_shoulder_slope = Line((neck_hole_diameter / 2, shirt_length - 2*inches), (chest_width / 2, shirt_length - 3*inches))

    # --- Back Piece ---
    back_piece.main_body = Rectangle((0, 0), chest_width, shirt_length)
    back_piece.neck_hole = Hole()
    back_piece.neck_hole.circle = Circle((0, shirt_length - 1.5*inches), neck_hole_diameter / 2)
    back_piece.left_shoulder_slope = Line((-(neck_hole_diameter / 2), shirt_length - 1.5*inches), (-(chest_width / 2), shirt_length - 2.5*inches))
    back_piece.right_shoulder_slope = Line((neck_hole_diameter / 2, shirt_length - 1.5*inches), (chest_width / 2, shirt_length - 2.5*inches))

    # --- Sleeves ---
    left_sleeve.main_body = Rectangle((0, 0), chest_width / 2, sleeve_length)
    right_sleeve.main_body = Rectangle((0, 0), chest_width / 2, sleeve_length)
    pattern.right_sleeve.shift = (chest_width, 0) # Shift the right sleeve for better visualization

    # Add constraints for symmetrical positioning and alignment if any

    return pattern

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

In this program:

- We create the main structure `pattern` containing the `front_piece`, `back_piece`, `left_sleeve`, and `right_sleeve`.
- For each piece, we define its main body using rectangles and include neck holes as circles (holes).
- Shoulder slopes are defined using lines.
- The right sleeve is shifted horizontally for visualization purposes.

Please let me know if you would like to make adjustments or add more details to the pattern.