 |
CLIP Score: 28.92
from AIDL import *
def mountain(base_width: float = 10*inches, height: float = 7*inches):
"""
Model a simple mountain with triangular peaks.
"""
mountain = Solid()
# Main body of the mountain
mountain.main_body = Triangle((0,0), base_width, height)
# Adding smaller 'peaks'
mountain.peaks = []
# Example: Adding three peaks at different positions and heights
peak_heights = [height*0.7, height*0.8, height*0.6]
peak_positions = [(-base_width*0.3, height*0.3), (0, height*0.5), (base_width*0.3, height*0.4)]
for i in range(3):
peak_height = peak_heights[i]
peak_position = peak_positions[i]
mountain.peaks.append(Triangle(peak_position, base_width*0.2, peak_height))
# Optionally, add contour lines as drawing details
contour_lines = Drawing()
contour_levels = [height*0.2, height*0.4, height*0.6, height*0.8]
contour_lines.lines = [Line((-base_width/2, level), (base_width/2, level)) for level in contour_levels]
mountain.contours = contour_lines
return mountain
with AIDL_2D:
model = mountain()
print(model.Solve())
model.Render()
|
Please write an AIDL program to generate a mountain
Great! Let's start by defining the requirements and structure for the mountain. A mountain can be represented as a series of triangular sections and perhaps some contour lines for details. Here's how we might proceed:
1. **Define the overall structure**:
- The mountain will be a `Solid`.
2. **Define the main body of the mountain**:
- The body of the mountain will likely be a large `Triangle`.
3. **Add details**:
- Add smaller triangles to simulate peaks and ridges.
- Optionally, use `Drawing` nodes to add contour lines.
Let's write the AIDL program step-by-step, starting with the basic structure and then adding details.
### Step 1: Import AIDL
```python
from AIDL import *
```
### Step 2: Define the mountain function
```python
def mountain(base_width: float = 10*inches, height: float = 7*inches):
"""
Model a simple mountain with triangular peaks.
"""
mountain = Solid()
# Main body of the mountain
mountain.main_body = Triangle((0,0), base_width, height)
# Adding smaller 'peaks'
mountain.peaks = []
# Example: Adding three peaks at different positions and heights
peak_heights = [height*0.7, height*0.8, height*0.6]
peak_positions = [(-base_width*0.3, height*0.3), (0, height*0.5), (base_width*0.3, height*0.4)]
for i in range(3):
peak_height = peak_heights[i]
peak_position = peak_positions[i]
mountain.peaks.append(Triangle(peak_position, base_width*0.2, peak_height))
# Optionally, add contour lines as drawing details
contour_lines = Drawing()
contour_levels = [height*0.2, height*0.4, height*0.6, height*0.8]
contour_lines.lines = [Line((-base_width/2, level), (base_width/2, level)) for level in contour_levels]
mountain.contours = contour_lines
return mountain
```
### Step 3: Create, solve, and render the model
```python
with AIDL_2D:
model = mountain()
print(model.Solve())
model.Render()
```
### Full AIDL Program
```python
from AIDL import *
def mountain(base_width: float = 10*inches, height: float = 7*inches):
"""
Model a simple mountain with triangular peaks.
"""
mountain = Solid()
# Main body of the mountain
mountain.main_body = Triangle((0,0), base_width, height)
# Adding smaller 'peaks'
mountain.peaks = []
# Example: Adding three peaks at different positions and heights
peak_heights = [height*0.7, height*0.8, height*0.6]
peak_positions = [(-base_width*0.3, height*0.3), (0, height*0.5), (base_width*0.3, height*0.4)]
for i in range(3):
peak_height = peak_heights[i]
peak_position = peak_positions[i]
mountain.peaks.append(Triangle(peak_position, base_width*0.2, peak_height))
# Optionally, add contour lines as drawing details
contour_lines = Drawing()
contour_levels = [height*0.2, height*0.4, height*0.6, height*0.8]
contour_lines.lines = [Line((-base_width/2, level), (base_width/2, level)) for level in contour_levels]
mountain.contours = contour_lines
return mountain
with AIDL_2D:
model = mountain()
print(model.Solve())
model.Render()
```
This program defines a simple mountain with a main triangular body and smaller peaks. Optional contour lines are added for extra detail. If you have any specific requirements or additional details to add, please let me know!
|