<｜begin▁of▁sentence｜>### Instruction:
As a Diversity and Inclusion Specialist, imagine you are working with a team at a technology company. The team is developing a visualization tool using the NetworkX library to display a network graph of 10 different functional teams within the organization. They want to represent the connections between the teams using curved lines instead of straight lines to improve visualization. Your task is to guide them in creating a custom class that inherits from the AbstractCairoEdgeDrawer in the NetworkX library to draw each edge as a Bezier curve while preserving the visual properties of the vertices.
### Response:
import igraph as ig

# Read a graph
graph = ig.Graph.GRG(10, 0.2)

# Define visual styles
visual_style = {
    'vertex_size': 20,
    'vertex_color': 'blue',
    'vertex_label': [str(i) for i in range(graph.vcount())],
    'edge_color': 'gray',
    'layout': graph.layout_circle()
}

# Define a custom edge drawer that inherits from the AbstractCairoEdgeDrawer
class CustomEdgeDrawer(ig.drawing.edge.AbstractCairoEdgeDrawer):
    def draw_undirected_edge(self, edge, src_vertex, dest_vertex):
        # Custom implementation drawing the edge as a curved line
        pass  # You replace 'pass' with the actual code that draws the curved line

# Instantiate the plot object with custom edge drawer
plot = ig.Plot('/path/to/save/image.png', bbox=(600, 600), background='white')
plot.add(graph, **visual_style, edge_drawer=CustomEdgeDrawer)

# Save the plot
plot.save()
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