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CLIP Score: 27.57
from AIDL import *
def speaker_with_subwoofer(speaker_width: float = 8 * inches, speaker_height: float = 12 * inches, driver_radius: float = 1.5 * inches, subwoofer_radius: float = 3 * inches):
# Speaker main body structure
speaker = Solid()
# Subwoofer structure
subwoofer = Solid()
speaker.subwoofer = subwoofer
# Main speaker driver structure
drivers = Solid()
speaker.drivers = drivers
# Speaker Housing Geometry
speaker.body = Rectangle((0, 0), speaker_width, speaker_height)
# Subwoofer Geometry
subwoofer.driver = Circle((0, -speaker_height / 4), subwoofer_radius)
# Main Speaker Drivers Geometry
num_drivers = 2 # Let's use two main drivers for this example
spacing_between_drivers = 1 * inch
driver_y_positions = [0, driver_radius * 2 + spacing_between_drivers]
drivers.driver_1 = Circle((0, driver_y_positions[0]), driver_radius)
drivers.driver_2 = Circle((0, driver_y_positions[1]), driver_radius)
# Add necessary constraints
# Center the subwoofer horizontally in the speaker
speaker.AddConstraint(subwoofer.driver.center.u == speaker.body.center.u)
# Center the drivers in the speaker
speaker.AddConstraint(drivers.driver_1.center.u == speaker.body.center.u)
speaker.AddConstraint(drivers.driver_2.center.u == speaker.body.center.u)
# Vertically position the drivers and subwoofer inside the speaker
speaker.AddConstraint(subwoofer.driver.center.v == -speaker_height / 4) # Subwoofer 1/4 from bottom
speaker.AddConstraint(drivers.driver_1.center.v == speaker_height / 4) # First driver 1/4 from top
speaker.AddConstraint(drivers.driver_2.center.v == speaker_height / 4 + driver_y_positions[1]) # Second driver above first
# Return the constructed speaker model
return speaker
with AIDL_2D:
model = speaker_with_subwoofer()
print(model.Solve())
model.Render()
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Please write an AIDL program to generate a speaker with subwoofer
Sure! Let's break down the design into manageable parts before constructing the AIDL model. Here's how we can structure the speaker with a subwoofer:
1. **Speaker Housing**: This will be the main body of the speaker.
2. **Subwoofer**: Located within the housing, likely central and towards the bottom.
3. **Speaker Driver(s)**: Located above the subwoofer.
4. **Assembly and Constraints**: To position everything correctly.
We'll start by defining the speaker's housing and subwoofer, then add the speaker drivers and constraints.
### Step-by-Step Guide:
1. **Define the Speaker Housing**:
- Use a `Solid` structure for the speaker housing.
- Use a `Rectangle` to represent the speaker's body.
2. **Define the Subwoofer**:
- Use a `Solid` structure for the subwoofer.
- Use a `Circle` for the subwoofer driver hole.
3. **Define the Speaker Drivers**:
- Use multiple `Circle` shapes for the main speaker drivers.
4. **Add Constraints**:
- Position the subwoofer and speaker drivers inside the speaker housing.
- Ensure proper spacing and alignment.
Here's how this could look in AIDL:
```python
from AIDL import *
def speaker_with_subwoofer(speaker_width: float = 8 * inches, speaker_height: float = 12 * inches, driver_radius: float = 1.5 * inches, subwoofer_radius: float = 3 * inches):
# Speaker main body structure
speaker = Solid()
# Subwoofer structure
subwoofer = Solid()
speaker.subwoofer = subwoofer
# Main speaker driver structure
drivers = Solid()
speaker.drivers = drivers
# Speaker Housing Geometry
speaker.body = Rectangle((0, 0), speaker_width, speaker_height)
# Subwoofer Geometry
subwoofer.driver = Circle((0, -speaker_height / 4), subwoofer_radius)
# Main Speaker Drivers Geometry
num_drivers = 2 # Let's use two main drivers for this example
spacing_between_drivers = 1 * inch
driver_y_positions = [0, driver_radius * 2 + spacing_between_drivers]
drivers.driver_1 = Circle((0, driver_y_positions[0]), driver_radius)
drivers.driver_2 = Circle((0, driver_y_positions[1]), driver_radius)
# Add necessary constraints
# Center the subwoofer horizontally in the speaker
speaker.AddConstraint(subwoofer.driver.center.u == speaker.body.center.u)
# Center the drivers in the speaker
speaker.AddConstraint(drivers.driver_1.center.u == speaker.body.center.u)
speaker.AddConstraint(drivers.driver_2.center.u == speaker.body.center.u)
# Vertically position the drivers and subwoofer inside the speaker
speaker.AddConstraint(subwoofer.driver.center.v == -speaker_height / 4) # Subwoofer 1/4 from bottom
speaker.AddConstraint(drivers.driver_1.center.v == speaker_height / 4) # First driver 1/4 from top
speaker.AddConstraint(drivers.driver_2.center.v == speaker_height / 4 + driver_y_positions[1]) # Second driver above first
# Return the constructed speaker model
return speaker
with AIDL_2D:
model = speaker_with_subwoofer()
print(model.Solve())
model.Render()
```
### Explanation:
1. **Speaker Housing `Solid`**: Defined with a rectangular shape.
2. **Subwoofer and Main Drivers `Solid`**: Added as sub-structures to the speaker.
3. **Constraints**: Used to ensure proper alignment and spacing within the speaker housing.
Let me know if you need any adjustments or additional features for the speaker model!
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