<｜begin▁of▁sentence｜>### Instruction:
As a Green Building Consultant, you're working on a project to design an eco-friendly community center in a bustling urban area. In order to create a visually appealing and energy-efficient space, you're exploring innovative architectural elements, including curved pathways and structures.

You've identified two key points within the community center's landscape design: one at the entrance plaza with coordinates (10, 20) and another at the central courtyard with coordinates (30, 40). To seamlessly connect these points with a curved pathway, you're considering utilizing Bezier curves, known for their smooth and natural flow.

In your exploration of implementing Bezier curves, you're intrigued by the capabilities of the `get_bezier_control_points_for_curved_edge` function in the drawing utilities of the igraph API. This function could potentially assist you in determining the optimal control points for the curved pathway, ensuring a harmonious blend between aesthetics and sustainability in your community center design.
### Response:
from igraph.drawing.utils import get_bezier_control_points_for_curved_edge

# Coordinates for the start and end points of the curved edge
x1, y1 = (10, 20)
x2, y2 = (30, 40)

# Calculate the Bezier control points
ctrl_points = get_bezier_control_points_for_curved_edge(x1, y1, x2, y2)
print('Bezier Control Points:', ctrl_points)
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