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CLIP Score: 30.6
from AIDL import *
def tshirt_pattern(
chest_width: float = 18 * inches,
shirt_length: float = 24 * inches,
armhole_depth: float = 9 * inches,
sleeve_length: float = 9 * inches,
sleeve_width: float = 7 * inches,
neck_width: float = 7 * inches,
neck_depth: float = 3 * inches
):
tshirt = Assembly() # Top-level Assembly to contain all parts
# Front Panel
front_panel = Solid()
tshirt.front_panel = front_panel
# Back Panel
back_panel = Solid(shift=(chest_width + 2 * inches, 0)) # Shifted to the right for clarity in cutting
tshirt.back_panel = back_panel
# Define front panel geometry
front_panel.body = Rectangle((0, 0), chest_width, shirt_length)
# Define the neck cut out in the front panel
front_neck = Hole()
front_panel.neck = front_neck
front_neck.neck_cut = Circle((0, (shirt_length / 2) - neck_depth), neck_width / 2)
# Define the armhole cut out in the front panel
front_armhole = Hole()
front_panel.armhole = front_armhole
front_armhole.left = Rectangle((-chest_width / 2 + 1*inch, (shirt_length / 2) - armhole_depth), 2*inches, (shirt_length / 2) - armhole_depth)
front_armhole.right = Rectangle((chest_width / 2 - 1*inch, (shirt_length / 2) - armhole_depth), 2*inches, (shirt_length / 2) - armhole_depth)
# Define back panel geometry
back_panel.body = Rectangle((0, 0), chest_width, shirt_length)
# Define the neck cut out in the back panel
back_neck = Hole()
back_panel.neck = back_neck
back_neck.neck_cut = Arc((0, (shirt_length / 2) - neck_depth), 0, 180, neck_width / 2)
# Define the armhole cut out in the back panel
back_armhole = Hole()
back_panel.armhole = back_armhole
back_armhole.left = Rectangle((-chest_width / 2 + 1*inch, (shirt_length / 2) - armhole_depth), 2*inches, (shirt_length / 2) - armhole_depth)
back_armhole.right = Rectangle((chest_width / 2 - 1*inch, (shirt_length / 2) - armhole_depth), 2*inches, (shirt_length / 2) - armhole_depth)
# Define Sleeve
sleeve = Solid(shift=(0, -shirt_length - 2 * inches)) # Shifted below the T-shirt body for clarity
tshirt.sleeve = sleeve
sleeve.body = Rectangle((0, 0), sleeve_width, sleeve_length)
# Define the armhole cut out in the sleeve
sleeve_armhole = Hole()
sleeve.armhole = sleeve_armhole
sleeve_armhole.cut = Rectangle((0, (sleeve_length / 2)), 2 * inches, 2 * inches)
return tshirt
with AIDL_2D:
model = tshirt_pattern()
print(model.Solve())
model.Render()
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Please write an AIDL program to generate a garment patterns for clothing manufacturing
Certainly! Garment patterns are generally intricate and involve multiple components such as front and back panels, sleeves, collars, etc. For simplicity, let's start by creating a basic T-shirt pattern. This will include the front and back patterns of the T-shirt.
Please note that designing garment patterns involves many specific measurements which can vary based on size and fit preferences. I'll create a basic T-shirt pattern with customizable parameters for the chest width, length, and sleeve length.
Here's how you can write an AIDL program to generate a basic T-shirt pattern:
```python
from AIDL import *
def tshirt_pattern(
chest_width: float = 18 * inches,
shirt_length: float = 24 * inches,
armhole_depth: float = 9 * inches,
sleeve_length: float = 9 * inches,
sleeve_width: float = 7 * inches,
neck_width: float = 7 * inches,
neck_depth: float = 3 * inches
):
tshirt = Assembly() # Top-level Assembly to contain all parts
# Front Panel
front_panel = Solid()
tshirt.front_panel = front_panel
# Back Panel
back_panel = Solid(shift=(chest_width + 2 * inches, 0)) # Shifted to the right for clarity in cutting
tshirt.back_panel = back_panel
# Define front panel geometry
front_panel.body = RoundedRectangle((0, 0), chest_width, shirt_length, 1*inch)
# Define the neck cut out in the front panel
front_neck = Hole()
front_panel.neck = front_neck
front_neck_neckline = Edge()
front_neck.neck_cut = Circle((0, (shirt_length / 2) - neck_depth), neck_width / 2)
# Define the armhole cut out in the front panel
front_armhole = Hole()
front_panel.armhole = front_armhole
front_armhole.left = Rectangle((-chest_width / 2 + 1*inch, armhole_depth - shirt_length / 2), 2*inches, (shirt_length / 2) - armhole_depth)
front_armhole.right = Rectangle((chest_width / 2 - 1*inch, armhole_depth - shirt_length / 2), 2*inches, (shirt_length / 2) - armhole_depth)
# Define back panel geometry
back_panel.body = RoundedRectangle((0, 0), chest_width, shirt_length, 1*inch)
# Define the neck cut out in the back panel
back_neck = Hole()
back_panel.neck = back_neck
back_neck_neckline = Edge()
back_neck.neck_cut = Arc((-neck_width / 2, (shirt_length / 2) - neck_depth), 0, 180, neck_width / 2)
# Define the armhole cut out in the back panel
back_armhole = Hole()
back_panel.armhole = back_armhole
back_armhole.left = Rectangle((-chest_width / 2 + 1*inch, armhole_depth - shirt_length / 2), 2*inches, (shirt_length / 2) - armhole_depth)
back_armhole.right = Rectangle((chest_width / 2 - 1*inch, armhole_depth - shirt_length / 2), 2*inches, (shirt_length / 2) - armhole_depth)
# Define Sleeve
sleeve = Solid(shift=(0, -shirt_length - 2 * inches)) # Shifted below the T-shirt body for clarity
tshirt.sleeve = sleeve
sleeve.body = Rectangle((0, 0), sleeve_width, sleeve_length)
# Define the armhole cut out in the sleeve
sleeve_armhole = Hole()
sleeve.armhole = sleeve_armhole
sleeve_armhole.cut = Rectangle((0, 0), 2 * inches, (sleeve_length / 2)
return tshirt
with AIDL_2D:
model = tshirt_pattern()
print(model.Solve())
model.Render()
```
This is a simplified garment pattern for a basic T-shirt. Each panel has been split into separate pieces: front and back panels, and sleeves, each with neck and armhole cut-outs. The positions of the pieces in the 2D plane are shifted apart for clarity when cutting. You can adjust the parameters to fit different sizes and styles. If you need something more specific or additional details, feel free to provide further instructions!
Traceback (most recent call last):
File "/net/projects/ranalab/jz/aidl/AIDL/generation/backend.py", line 21, in dumbrun
exec(code, env)
File "", line 62
sleeve_armhole.cut = Rectangle((0, 0), 2 * inches, (sleeve_length / 2)
^
SyntaxError: '(' was never closed
I see the error in the code, the syntax for the sleeve_armhole cut was incomplete. Let me correct the code and provide a more polished version for generating a basic T-shirt pattern:
```python
from AIDL import *
def tshirt_pattern(
chest_width: float = 18 * inches,
shirt_length: float = 24 * inches,
armhole_depth: float = 9 * inches,
sleeve_length: float = 9 * inches,
sleeve_width: float = 7 * inches,
neck_width: float = 7 * inches,
neck_depth: float = 3 * inches
):
tshirt = Assembly() # Top-level Assembly to contain all parts
# Front Panel
front_panel = Solid()
tshirt.front_panel = front_panel
# Back Panel
back_panel = Solid(shift=(chest_width + 2 * inches, 0)) # Shifted to the right for clarity in cutting
tshirt.back_panel = back_panel
# Define front panel geometry
front_panel.body = Rectangle((0, 0), chest_width, shirt_length)
# Define the neck cut out in the front panel
front_neck = Hole()
front_panel.neck = front_neck
front_neck.neck_cut = Circle((0, (shirt_length / 2) - neck_depth), neck_width / 2)
# Define the armhole cut out in the front panel
front_armhole = Hole()
front_panel.armhole = front_armhole
front_armhole.left = Rectangle((-chest_width / 2 + 1*inch, (shirt_length / 2) - armhole_depth), 2*inches, (shirt_length / 2) - armhole_depth)
front_armhole.right = Rectangle((chest_width / 2 - 1*inch, (shirt_length / 2) - armhole_depth), 2*inches, (shirt_length / 2) - armhole_depth)
# Define back panel geometry
back_panel.body = Rectangle((0, 0), chest_width, shirt_length)
# Define the neck cut out in the back panel
back_neck = Hole()
back_panel.neck = back_neck
back_neck.neck_cut = Arc((0, (shirt_length / 2) - neck_depth), 0, 180, neck_width / 2)
# Define the armhole cut out in the back panel
back_armhole = Hole()
back_panel.armhole = back_armhole
back_armhole.left = Rectangle((-chest_width / 2 + 1*inch, (shirt_length / 2) - armhole_depth), 2*inches, (shirt_length / 2) - armhole_depth)
back_armhole.right = Rectangle((chest_width / 2 - 1*inch, (shirt_length / 2) - armhole_depth), 2*inches, (shirt_length / 2) - armhole_depth)
# Define Sleeve
sleeve = Solid(shift=(0, -shirt_length - 2 * inches)) # Shifted below the T-shirt body for clarity
tshirt.sleeve = sleeve
sleeve.body = Rectangle((0, 0), sleeve_width, sleeve_length)
# Define the armhole cut out in the sleeve
sleeve_armhole = Hole()
sleeve.armhole = sleeve_armhole
sleeve_armhole.cut = Rectangle((0, (sleeve_length / 2)), 2 * inches, 2 * inches)
return tshirt
with AIDL_2D:
model = tshirt_pattern()
print(model.Solve())
model.Render()
```
In the revised code:
- The neck and armhole cut-outs for both the front and back panels are corrected.
- The positions for the geometric elements are adjusted to ensure they reflect the actual garment pattern.
- The misplaced and incomplete parenthesis causing the syntax error is now fixed.
This script creates a T-shirt pattern with front and back panels, each having cut-outs for the neck and armholes, and includes a basic sleeve pattern. Let me know if there is anything specific you would like to modify or add!
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