 |
CLIP Score: 27.67
from AIDL import *
def umbrella(
canopy_radius: float = 10*cm,
shaft_length: float = 20*cm,
handle_length: float = 5*cm,
shaft_width: float = 0.5*cm,
handle_curve_radius: float = 2*cm
):
"""
Model a 2D laser-cut umbrella with a semicircular canopy, vertical shaft, and curved handle.
"""
umbrella = Solid()
# Canopy structure
canopy = Solid(shift=(0, shaft_length))
umbrella.canopy = canopy
canopy.arc = Arc((0,-shaft_length), -90, 90, canopy_radius)
# Shaft structure
shaft = Solid()
umbrella.shaft = shaft
shaft.body = Rectangle((0, shaft_length / 2), shaft_width, shaft_length, axis_aligned=True)
# Handle structure
handle = Solid(shift=(0, -handle_curve_radius))
umbrella.handle = handle
handle.curve = Arc((0, handle_curve_radius), 180, 360, handle_curve_radius)
return umbrella
with AIDL_2D:
model = umbrella()
print(model.Solve())
model.Render()
|
Please write an AIDL program to generate a umbrella
Sure, let's create an AIDL program to generate an umbrella. To keep it relatively simple and suitable for laser cutting, we'll design a basic 2D representation of an umbrella viewed in profile. The umbrella will have a handle, a shaft, and a semicircular canopy.
Here is the step-by-step design:
### 1. Define the umbrella model structure
The umbrella will consist of:
- A semicircular canopy as a `Solid`
- A handle structure as a `Solid`
- A shaft `Solid` connecting the canopy and handle
### 2. Create the canopy
The canopy will be a semicircle made using an `Arc`.
### 3. Create the shaft
The shaft will be a simple vertical `Rectangle` or `Line`.
### 4. Create the handle
The handle will be a small `Arc` and a `Line` to represent the grip.
### 5. Combine everything into the umbrella structure
Here's the AIDL program to generate this basic umbrella:
```python
from AIDL import *
def umbrella(
canopy_radius: float = 10*cm,
shaft_length: float = 20*cm,
handle_length: float = 5*cm,
shaft_width: float = 0.5*cm,
handle_curve_radius: float = 2*cm
):
"""
Model a 2D laser-cut umbrella with a semicircular canopy, vertical shaft, and curved handle.
"""
umbrella = Solid()
# Canopy structure
canopy = Solid(shift=(0, shaft_length))
umbrella.canopy = canopy
canopy.arc = Arc((0,-shaft_length), -90, 90, canopy_radius)
# Shaft structure
shaft = Solid()
umbrella.shaft = shaft
shaft.body = Rectangle((0, shaft_length / 2), shaft_width, shaft_length, axis_aligned=True)
# Handle structure
handle = Solid(shift=(0, -handle_curve_radius))
umbrella.handle = handle
handle.curve = Arc((0, handle_curve_radius), 180, 360, handle_curve_radius)
return umbrella
with AIDL_2D:
model = umbrella()
print(model.Solve())
model.Render()
```
In this program:
- We define an umbrella with default dimensions for the canopy radius, shaft length, handle length, shaft width, and handle curve radius.
- The `umbrella` structure holds all components.
- The canopy is an `Arc` forming a semicircle.
- The shaft is a `Rectangle` connecting the canopy and handle.
- The handle is an `Arc` with a specified curve radius.
Please let me know if you have any specific requirements or modifications for this umbrella design!
|