1. Selection: I carefully chose a specific area of the map to work with.

2. Refinement: The chosen fragment was cleaned to retain only the essential elements for our design, including main roads, side roads, riverbanks, and water channels.

3. Geometric Transformation: To simplify the representation, we converted the selected map piece into a geometric grid, reducing the number of points on the plane.

4. Curves and Points: The key map features were transformed into curves and subdivided into closely spaced points, ensuring intricate detail and accuracy.

5. Simulation with Kangaroo: By leveraging the Kangaroo physics engine, we created a simulation environment that accurately depicted the physical properties of the landscape.

6. Anchor Points: Anchors, such as main roads, side roads, riverbanks, and water channels, were strategically selected to preserve the overall geometry.

7. Balanced Forces: Equal forces were applied to each point on the grid, ensuring a harmonious and visually appealing result.

8. Dynamic Forces: Specific force vectors were employed for main roads, side roads, and water-related elements, creating a sense of balance and fluidity with values carefully calibrated (e.g., 8, 3, 10).

9. Visualization: The simulation produced a stunning geometry illustrating the interplay of physical forces, adding a dynamic element to the design.

10. Production Preparation: The remaining steps of the algorithm focused on refining the resulting smooth geometry, making it suitable for fabrication purposes.

Prefabrication process is easier thanks to the mapping:

To summarize we can show the process in this way: