sumo-关于颜色的修改

Let me explain the key differences between route2poly.py and the TraCI-based code I provided:

  1. Purpose and Functionality:
  • route2poly.py: Creates polygon (polyline) visualizations of routes and saves them to a .poly.xml file. These are static visualizations that show the entire route path at once. It's used to visualize route paths before simulation.
  • TraCI code: Dynamically changes edge colors during the simulation runtime. It allows real-time color changes based on conditions while the simulation is running.
  1. When to Use Each:
  • Use route2poly.py when you want to:

    • Visualize all possible routes in your network
    • Create a static visualization of routes
    • Generate a permanent .poly.xml file for later use
    # Example usage of route2poly.py
    python route2poly.py network.net.xml routes.rou.xml --hue 0.5 --saturation 1
    
  • Use TraCI when you want to:

    • Change colors dynamically during simulation
    • Respond to real-time events or conditions
    • Make interactive visualizations
    # Example of TraCI color change
    traci.edge.setColor(edge_id, (255, 0, 0))  # Changes color in real-time
    
  1. Color Control:
  • route2poly.py:

    • Uses HSV color model (Hue, Saturation, Brightness)
    • Colors are set when generating the polygon file
    • Options like --hue, --saturation, --brightness
  • TraCI:

    • Uses RGB color model
    • Colors can be changed at any time during simulation
    • Direct RGB value control (0-255 for each channel)
  1. Output:
  • route2poly.py creates a .poly.xml file:
<polygons>
    <poly id="route1" color="0.5,1,1" shape="x1,y1 x2,y2..."/>
</polygons>
  • TraCI modifies the visualization directly in SUMO-GUI without creating additional files.

Would you like me to show you how to combine both approaches or explain more about either method?

posted @ 2024-12-06 17:18  GraphL  阅读(13)  评论(0编辑  收藏  举报