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CLIP Score: 28.11
from AIDL import *
def fountain_pen(
cap_length: float = 5*inches,
barrel_length: float = 6*inches,
grip_length: float = 1.5*inches,
nib_length: float = 1*inch,
pen_diameter: float = 0.5*inch
):
# Create the main structure of the fountain pen
fountain_pen = Solid()
# Substructures for different parts of the pen
cap = Solid()
barrel = Solid()
grip_section = Solid()
nib = Solid()
# Attach substructures to the main structure
fountain_pen.cap = cap
fountain_pen.barrel = barrel
fountain_pen.grip_section = grip_section
fountain_pen.nib = nib
### Geometry Definitions ###
# Cap geometry: A simple rectangle
cap.body = Rectangle((0,0), pen_diameter, cap_length)
# Barrel geometry: A rectangle
barrel.body = Rectangle((0,0), pen_diameter, barrel_length)
# Grip section geometry: A rectangle
grip_section.body = Rectangle((0,0), pen_diameter, grip_length)
# Nib geometry: A triangle representing the nib
nib.body = Triangle((0,0), pen_diameter, nib_length)
### Constraints ###
# Set constraints here to position and size the substructures correctly
# Align the structures end-to-end (cap -> barrel -> grip_section -> nib)
fountain_pen.AddConstraint(cap.bb.bottom == barrel.bb.top)
fountain_pen.AddConstraint(barrel.bb.bottom == grip_section.bb.top)
fountain_pen.AddConstraint(grip_section.bb.bottom == nib.bb.top)
# Center and align geometries horizontally
fountain_pen.AddConstraint(cap.bb.horizontal_center == barrel.bb.horizontal_center)
fountain_pen.AddConstraint(barrel.bb.horizontal_center == grip_section.bb.horizontal_center)
fountain_pen.AddConstraint(grip_section.bb.horizontal_center == nib.bb.horizontal_center)
# Ensure the diameters are consistent
cap.AddConstraint(cap.body.width == pen_diameter)
barrel.AddConstraint(barrel.body.width == pen_diameter)
grip_section.AddConstraint(grip_section.body.width == pen_diameter)
nib.AddConstraint(nib.body.base.length == pen_diameter)
return fountain_pen
with AIDL_2D:
model = fountain_pen()
print(model.Solve())
model.Render()
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Please write an AIDL program to generate a fountain pen
Absolutely! Let's create a step-by-step plan to generate a fountain pen model. A typical fountain pen consists of a few main parts:
1. **Cap**
2. **Barrel**
3. **Grip Section**
4. **Nib**
We'll start by defining the structure of the pen and its components, then add the geometry, and finally apply the necessary constraints to ensure everything fits together correctly.
First, let's outline our structure:
1. The main `Solid` structure (`fountain_pen`) will have substructures for the `cap`, `barrel`, `grip_section`, and `nib`.
2. Each of these substructures will consist of simple geometric shapes such as rectangles and circles.
### Step 1: Define the structure and add geometry
```python
from AIDL import *
def fountain_pen(
cap_length: float = 5*inches,
barrel_length: float = 6*inches,
grip_length: float = 1.5*inches,
nib_length: float = 1*inch,
pen_diameter: float = 0.5*inch
):
# Create the main structure of the fountain pen
fountain_pen = Solid()
# Substructures for different parts of the pen
cap = Solid()
barrel = Solid()
grip_section = Solid()
nib = Solid()
# Attach substructures to the main structure
fountain_pen.cap = cap
fountain_pen.barrel = barrel
fountain_pen.grip_section = grip_section
fountain_pen.nib = nib
### Geometry Definitions ###
# Cap geometry: A simple rectangle
cap.body = Rectangle((0,0), pen_diameter, cap_length)
# Barrel geometry: A rectangle
barrel.body = Rectangle((0,0), pen_diameter, barrel_length)
# Grip section geometry: A rectangle
grip_section.body = Rectangle((0,0), pen_diameter, grip_length)
# Nib geometry: A triangle representing the nib
nib.body = Triangle((0,0), pen_diameter, nib_length)
### Constraints ###
# Set constraints here to position and size the substructures correctly
# Align the structures end-to-end (cap -> barrel -> grip_section -> nib)
fountain_pen.AddConstraint(cap.bb.bottom == barrel.bb.top)
fountain_pen.AddConstraint(barrel.bb.bottom == grip_section.bb.top)
fountain_pen.AddConstraint(grip_section.bb.bottom == nib.bb.top)
# Center and align geometries horizontally
fountain_pen.AddConstraint(cap.bb.horizontal_center == barrel.bb.horizontal_center)
fountain_pen.AddConstraint(barrel.bb.horizontal_center == grip_section.bb.horizontal_center)
fountain_pen.AddConstraint(grip_section.bb.horizontal_center == nib.bb.horizontal_center)
# Ensure the diameters are consistent
cap.AddConstraint(cap.body.width == pen_diameter)
barrel.AddConstraint(barrel.body.width == pen_diameter)
grip_section.AddConstraint(grip_section.body.width == pen_diameter)
nib.AddConstraint(nib.body.base.length == pen_diameter)
return fountain_pen
with AIDL_2D:
model = fountain_pen()
print(model.Solve())
model.Render()
```
This initial definition sets up the structure of the fountain pen and establishes basic geometries and constraints. Next, we can add more detailed design features, such as cap engravings, specific nib detailing, or additional hole constraints for ink flow.
Feel free to ask for more detailed features or constraints, and I can further extend the model accordingly!
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