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To achieve a routing style in G6 similar to the Manhattan type in X6, you would need to implement a custom routing algorithm. The Manhattan routing style is characterized by lines that move horizontally and vertically, avoiding obstacles by skirting around them.
Here's a general approach to create a similar routing in G6:
Custom Routing Algorithm: Implement a custom routing function that calculates the path by checking for obstacles (nodes) and adjusting the path to go around them. This involves:
- Identifying the positions of nodes.
- Calculating a path that moves in straight lines (horizontal and vertical).
- Adjusting the path to avoid nodes by adding bends at appropriate points.
Use of G6's Built-in Features: G6 provides some built-in edge types and routing strategies, but for a Manhattan style, you might need to extend or customize these.
Pathfinding Libraries: Consider using pathfinding algorithms or libraries that can help calculate paths around obstacles. Libraries like A* or Dijkstra's algorithm can be adapted for grid-based pathfinding.
Visualization and Testing: Once the routing logic is implemented, visualize the paths in G6 and test with different node configurations to ensure the routing behaves as expected.
If you need further assistance or specific code examples, feel free to ask!
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And there is an example of implementation?
posted by yvonneyx 4 months ago 
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