 |
CLIP Score: 27.87
from AIDL import *
def cabinet(
height: float = 3*feet,
width: float = 2*feet,
depth: float = 1*feet,
num_shelves: int = 3,
door_thickness: float = 0.75*inch,
wall_thickness: float = 0.75*inch,
shelf_thickness: float = 0.75*inch
):
"""
Model a simple cabinet with optional doors.
dimensions are in feet but modeled in inches and converted later.
"""
cabinet = Assembly() # Root Assembly
# Convert feet to inches for all dimensions
height_inch = height * 12
width_inch = width * 12
depth_inch = depth * 12
# Define the main box structure with 4 walls and a back panel
main_box = Solid()
cabinet.main_box = main_box
# Top and Bottom Walls
main_box.top_wall = Rectangle((0, height_inch/2), width_inch, wall_thickness)
main_box.bottom_wall = Rectangle((0, -height_inch/2), width_inch, wall_thickness)
# Left and Right Walls
main_box.left_wall = Rectangle((-width_inch/2, 0), wall_thickness, height_inch)
main_box.right_wall = Rectangle((width_inch/2, 0), wall_thickness, height_inch)
# Back Panel
main_box.back_panel = Rectangle((0, 0), width_inch, height_inch)
# Define shelves inside the main box
shelves = Solid()
cabinet.shelves = shelves
shelf_spacing = height_inch / (num_shelves + 1) # Calculate vertical spacing between shelves
for i in range(num_shelves):
shelf_y = -height_inch/2 + shelf_spacing * (i + 1)
shelf_name = f"shelf_{i+1}"
shelves.__setattr__(
shelf_name,
Rectangle((0, shelf_y), width_inch - 2*wall_thickness, shelf_thickness)
)
# Optional front doors
left_door = Solid()
right_door = Solid()
cabinet.left_door = left_door
cabinet.right_door = right_door
door_height = height_inch - 2*wall_thickness
door_width = (width_inch - wall_thickness) / 2
left_door.panel = Rectangle((-door_width/2, 0), door_width, door_height)
right_door.panel = Rectangle((door_width/2, 0), door_width, door_height)
return cabinet
with AIDL_2D:
model = cabinet()
print(model.Solve())
model.Render()
|
Please write an AIDL program to generate a cabinet
Certainly! Let's outline the design requirements for the cabinet and break it down into manageable parts. We will create the cabinet using several structures such as shelves, walls, and possibly doors or drawers.
### Cabinet Design Requirements:
1. **Overall Dimensions**:
- Height: 3 feet
- Width: 2 feet
- Depth: 1 foot
2. **Components**:
- **Main Box**: Four main walls (top, bottom, left, right)
- **Shelves**: Three horizontal shelves
- **Back Panel**: One back panel
- **Doors (Optional)**: Two front doors
### Steps:
1. **Define the cabinet's main box**.
2. **Add shelves inside the main box**.
3. **Attach the back panel**.
4. **Add doors if required**.
Let's go ahead and write the AIDL program step-by-step:
```python
from AIDL import *
def cabinet(
height: float = 3*feet,
width: float = 2*feet,
depth: float = 1*feet,
num_shelves: int = 3,
door_thickness: float = 0.75*inch,
wall_thickness: float = 0.75*inch,
shelf_thickness: float = 0.75*inch
):
"""
Model a simple cabinet with optional doors.
dimensions are in feet but modeled in inches and converted later.
"""
cabinet = Assembly() # Root Assembly
# Convert feet to inches for all dimensions
height_inch = height * 12
width_inch = width * 12
depth_inch = depth * 12
# Define the main box structure with 4 walls and a back panel
main_box = Solid()
cabinet.main_box = main_box
# Top and Bottom Walls
main_box.top_wall = Rectangle((0, height_inch/2), width_inch, wall_thickness)
main_box.bottom_wall = Rectangle((0, -height_inch/2), width_inch, wall_thickness)
# Left and Right Walls
main_box.left_wall = Rectangle((-width_inch/2, 0), wall_thickness, height_inch)
main_box.right_wall = Rectangle((width_inch/2, 0), wall_thickness, height_inch)
# Back Panel
main_box.back_panel = Rectangle((0, 0), width_inch, height_inch)
# Define shelves inside the main box
shelves = Solid()
cabinet.shelves = shelves
shelf_spacing = height_inch / (num_shelves + 1) # Calculate vertical spacing between shelves
for i in range(num_shelves):
shelf_y = -height_inch/2 + shelf_spacing * (i + 1)
shelves.add_geometry(
Rectangle((0, shelf_y), width_inch - 2*wall_thickness, shelf_thickness)
)
# Optional front doors
left_door = Solid()
right_door = Solid()
cabinet.left_door = left_door
cabinet.right_door = right_door
door_height = height_inch - 2*wall_thickness
door_width = (width_inch - wall_thickness) / 2
left_door.panel = Rectangle((-door_width/2, 0), door_width, door_height)
right_door.panel = Rectangle((door_width/2, 0), door_width, door_height)
return cabinet
with AIDL_2D:
model = cabinet()
print(model.Solve())
model.Render()
```
This AIDL program defines a basic cabinet with the main box, shelves, and optional front doors. The cabinet is built using the defined dimensions and parameters, with shelves evenly spaced inside the main box. The doors are optional and can be disabled by removing or commenting out the relevant sections of the code.
Feel free to guide me through any specific adjustments or additional features you would like to add to this cabinet model.
Traceback (most recent call last):
File "/net/projects/ranalab/jz/aidl/AIDL/generation/backend.py", line 21, in dumbrun
exec(code, env)
File "", line 66, in
File "", line 47, in cabinet
File "/net/projects/ranalab/jz/aidl/AIDL/structure.py", line 1242, in __getattr__
return self.bb.__getattribute__(name)
AttributeError: 'BoundingBox' object has no attribute 'add_geometry'
I apologize for the oversight. The error occurred because we attempted to call a non-existent method `add_geometry` on the `Solid` object. Instead, we should directly assign the shelves to the `Solid` structure. Let's fix this by appending the shelves directly to a list within the `shelves` structure.
Here is the revised AIDL program:
```python
from AIDL import *
def cabinet(
height: float = 3*feet,
width: float = 2*feet,
depth: float = 1*feet,
num_shelves: int = 3,
door_thickness: float = 0.75*inch,
wall_thickness: float = 0.75*inch,
shelf_thickness: float = 0.75*inch
):
"""
Model a simple cabinet with optional doors.
dimensions are in feet but modeled in inches and converted later.
"""
cabinet = Assembly() # Root Assembly
# Convert feet to inches for all dimensions
height_inch = height * 12
width_inch = width * 12
depth_inch = depth * 12
# Define the main box structure with 4 walls and a back panel
main_box = Solid()
cabinet.main_box = main_box
# Top and Bottom Walls
main_box.top_wall = Rectangle((0, height_inch/2), width_inch, wall_thickness)
main_box.bottom_wall = Rectangle((0, -height_inch/2), width_inch, wall_thickness)
# Left and Right Walls
main_box.left_wall = Rectangle((-width_inch/2, 0), wall_thickness, height_inch)
main_box.right_wall = Rectangle((width_inch/2, 0), wall_thickness, height_inch)
# Back Panel
main_box.back_panel = Rectangle((0, 0), width_inch, height_inch)
# Define shelves inside the main box
shelves = Solid()
cabinet.shelves = shelves
shelf_spacing = height_inch / (num_shelves + 1) # Calculate vertical spacing between shelves
shelves_items = []
for i in range(num_shelves):
shelf_y = -height_inch/2 + shelf_spacing * (i + 1)
shelf_name = f"shelf_{i+1}"
shelves_items.append(Rectangle((0, shelf_y), width_inch - 2*wall_thickness, shelf_thickness))
shelves shelves = shelves_items
# Optional front doors
left_door = Solid()
right_door = Solid()
cabinet.left_door = left_door
cabinet.right_door = right_door
door_height = height_inch - 2*wall_thickness
door_width = (width_inch - wall_thickness) / 2
left_door.panel = Rectangle((-door_width/2, 0), door_width, door_height)
right_door.panel = Rectangle((door_width/2, 0), door_width, door_height)
return cabinet
with AIDL_2D:
model = cabinet()
print(model.Solve())
model.Render()
```
I've fixed the program by properly appending the shelves to a list within the `shelves` structure. Try running this updated program to see if it solves the issue.
Traceback (most recent call last):
File "/net/projects/ranalab/jz/aidl/AIDL/generation/backend.py", line 21, in dumbrun
exec(code, env)
File "", line 51
shelves shelves = shelves_items
^^^^^^^
SyntaxError: invalid syntax
My apologies for the error in the code. It seems I made a typo. Let’s correct it. We'll properly assign the list of shelf geometries to the shelves object.
Here is the corrected code:
```python
from AIDL import *
def cabinet(
height: float = 3*feet,
width: float = 2*feet,
depth: float = 1*feet,
num_shelves: int = 3,
door_thickness: float = 0.75*inch,
wall_thickness: float = 0.75*inch,
shelf_thickness: float = 0.75*inch
):
"""
Model a simple cabinet with optional doors.
dimensions are in feet but modeled in inches and converted later.
"""
cabinet = Assembly() # Root Assembly
# Convert feet to inches for all dimensions
height_inch = height * 12
width_inch = width * 12
depth_inch = depth * 12
# Define the main box structure with 4 walls and a back panel
main_box = Solid()
cabinet.main_box = main_box
# Top and Bottom Walls
main_box.top_wall = Rectangle((0, height_inch/2), width_inch, wall_thickness)
main_box.bottom_wall = Rectangle((0, -height_inch/2), width_inch, wall_thickness)
# Left and Right Walls
main_box.left_wall = Rectangle((-width_inch/2, 0), wall_thickness, height_inch)
main_box.right_wall = Rectangle((width_inch/2, 0), wall_thickness, height_inch)
# Back Panel
main_box.back_panel = Rectangle((0, 0), width_inch, height_inch)
# Define shelves inside the main box
shelves = Solid()
cabinet.shelves = shelves
shelf_spacing = height_inch / (num_shelves + 1) # Calculate vertical spacing between shelves
for i in range(num_shelves):
shelf_y = -height_inch/2 + shelf_spacing * (i + 1)
shelf_name = f"shelf_{i+1}"
shelves.__setattr__(
shelf_name,
Rectangle((0, shelf_y), width_inch - 2*wall_thickness, shelf_thickness)
)
# Optional front doors
left_door = Solid()
right_door = Solid()
cabinet.left_door = left_door
cabinet.right_door = right_door
door_height = height_inch - 2*wall_thickness
door_width = (width_inch - wall_thickness) / 2
left_door.panel = Rectangle((-door_width/2, 0), door_width, door_height)
right_door.panel = Rectangle((door_width/2, 0), door_width, door_height)
return cabinet
with AIDL_2D:
model = cabinet()
print(model.Solve())
model.Render()
```
I've corrected the code by using `setattr` to dynamically add shelf geometries to the `shelves` structure based on the index within the loop. Try running this updated code to see if it resolves the issue.
|