Thank you for your great help. Now I think I can do it.
On Feb 15, 2018 9:40 AM, "Jakob Erdmann" wrote:
> You would then write another script to read edge-based traffic measures
> (traffic density, average speed) generated by the simulation and also load
> the set of edges for each polygon to ag
You would then write another script to read edge-based traffic measures
(traffic density, average speed) generated by the simulation and also load
the set of edges for each polygon to aggregate the traffic measurements
yourself.
It may also be necessary to load the network itself to retrieve edge
l
So, this means that i will write a script to create polygons then define
which edges are inside each polygon.
Then, how can i obtain data like traffic density, average speed and so for
each polygon (district)?
On Feb 15, 2018 12:57 AM, "Jakob Erdmann"
wrote:
Hello,
if you write your own little s
Hello,
if you write your own little script (basically two nested loops) that
defines polygons in the sumo format for each of your cells (
http://sumo.dlr.de/wiki/Simulation/Shapes#Polygon_Definitions)
you can then use an existing tool to determine all edges that overlap each
of the polygons: http:/
Hello,
I have some research work that requires converting a network into a grid of
cells of a certain size. Each cell may contain multiple edges. A single
edge may be split into multiple edges each one is located in a different
cell. I need to collect some data from each cell as a whole, not from
