<｜begin▁of▁sentence｜>### Instruction:
As a disaster relief worker assisting a community affected by a recent earthquake, you need to determine the optimal placement for labeling the bridges and roads across the area to ensure clear navigation for relief efforts. Given the graph of the road network, containing edges [(0, 1), (1, 2), (2, 0)], it's essential to decide where to place the labels on these roads and bridges, and align them appropriately for easy identification by relief teams and navigation aids.
### Response:
import igraph as ig
from igraph.drawing.text import TextAlignment

# Define a simple graph
edges = [(0, 1), (1, 2), (2, 0)]
g = ig.Graph(edges=edges)

# Define the layout for the graph
layout = g.layout('auto')

# Initialize a Plot object with the specified layout
plot = ig.Plot(bbox=(300, 300), layout=layout)

# Retrieve the drawer for the edges
drawer = plot.edge_drawer()

# Get edge label positions and alignments for the first edge
src_vertex = layout[0]  # Position of the source vertex
dest_vertex = layout[1]  # Position of the destination vertex
edge = g.es[0]  # First edge of the graph
label_pos, label_align = drawer.get_label_position(edge, src_vertex, dest_vertex)

# Constants for text alignment
alignment = TextAlignment()
horizontal_align = alignment.ALIGN_CENTER
vertical_align = alignment.ALIGN_CENTER

print(f'Label Position: {label_pos}, Alignment: (Horizontal: {horizontal_align}, Vertical: {vertical_align})')
<|EOT|>
