At first, make sure SUMO path value is set.
export SUMO_HOME=/usr/share/sumo
In second step, cd to directory of your project. To generate network execute this command:
netconvert --node-files=hello.nod.xml --edge-files=hello.edg.xml --output-file=hello.net.xml
To run simulation, execute:
sumo -c map.sumo.cfg
or
sumo-gui -c map.sumo.cfg
At first we need to remove all the highways where car ride is not allowed. In JSOM editor delete nodes, selected by filters:
("highway"="service")
("highway"="footway")
("highway"="cycleway")
("highway"="track")
("highway"="path")
("highway"="steps")
("highway"="pedestrian")
After deleting the appropriate nodes, save file and close JOSM.
In second step we need to remove all the nodes with tag "action"="delete" in previously saved file.
This can be done by executing python file: ./purge.py -i map.osm
Link: http://sumo.dlr.de/wiki/Networks/Import/OpenStreetMap#Importing_the_Road_Network
Convert osm map to sumo format
netconvert --osm-files map.osm -o map.net.xml
Convert osm map to enable overtaking
netconvert --opposites.guess.fix-lengths --opposites.guess true --osm-files map.osm -o map.net.xml --junctions.join --tls.default-type actuated
Recomended options
--geometry.remove --roundabouts.guess --ramps.guess --junctions.join --tls.guess-signals --tls.discard-simple --tls.join
C:\Python27\python.exe "C:\Program Files (x86)\DLR\Sumo\tools\tlsCycleAdaptation.py" -n map.net.xml -r map.rou.xml -o newTLS.add.xml
Save xml bellow as typemap.xml
<polygonTypes>
<polygonType id="waterway" name="water" color=".71,.82,.82" layer="-4"/>
<polygonType id="natural" name="natural" color=".55,.77,.42" layer="-4"/>
<polygonType id="natural.water" name="water" color=".71,.82,.82" layer="-4"/>
<polygonType id="natural.wetland" name="water" color=".71,.82,.82" layer="-4"/>
<polygonType id="natural.wood" name="forest" color=".55,.77,.42" layer="-4"/>
<polygonType id="natural.land" name="land" color=".98,.87,.46" layer="-4"/>
<polygonType id="landuse" name="landuse" color=".76,.76,.51" layer="-3"/>
<polygonType id="landuse.forest" name="forest" color=".55,.77,.42" layer="-3"/>
<polygonType id="landuse.park" name="park" color=".81,.96,.79" layer="-3"/>
<polygonType id="landuse.residential" name="residential" color=".92,.92,.89" layer="-3"/>
<polygonType id="landuse.commercial" name="commercial" color=".82,.82,.80" layer="-3"/>
<polygonType id="landuse.industrial" name="industrial" color=".82,.82,.80" layer="-3"/>
<polygonType id="landuse.military" name="military" color=".60,.60,.36" layer="-3"/>
<polygonType id="landuse.farm" name="farm" color=".95,.95,.80" layer="-3"/>
<polygonType id="landuse.greenfield" name="farm" color=".95,.95,.80" layer="-3"/>
<polygonType id="landuse.village_green" name="farm" color=".95,.95,.80" layer="-3"/>
<polygonType id="tourism" name="tourism" color=".81,.96,.79" layer="-2"/>
<polygonType id="military" name="military" color=".60,.60,.36" layer="-2"/>
<polygonType id="sport" name="sport" color=".31,.90,.49" layer="-2"/>
<polygonType id="leisure" name="leisure" color=".81,.96,.79" layer="-2"/>
<polygonType id="leisure.park" name="tourism" color=".81,.96,.79" layer="-2"/>
<polygonType id="aeroway" name="aeroway" color=".50,.50,.50" layer="-2"/>
<polygonType id="aerialway" name="aerialway" color=".20,.20,.20" layer="-2"/>
<polygonType id="shop" name="shop" color=".93,.78,1.0" layer="-1"/>
<polygonType id="historic" name="historic" color=".50,1.0,.50" layer="-1"/>
<polygonType id="man_made" name="building" color="1.0,.90,.90" layer="-1"/>
<polygonType id="building" name="building" color="1.0,.90,.90" layer="-1"/>
<polygonType id="amenity" name="amenity" color=".93,.78,.78" layer="-1"/>
<polygonType id="amenity.parking" name="parking" color=".72,.72,.70" layer="-1"/>
<polygonType id="power" name="power" color=".10,.10,.30" layer="-1" discard="true"/>
<polygonType id="highway" name="highway" color=".10,.10,.10" layer="-1" discard="true"/>
<polygonType id="boundary" name="boundary" color="1.0,.33,.33" layer="0" fill="false" discard="true"/>
<polygonType id="admin_level" name="admin_level" color="1.0,.33,.33" layer="0" fill="false" discard="true"/>
</polygonTypes>
Convert poly map with command:
polyconvert --net-file map.net.xml --osm-files map.osm --type-file typemap.xml -o map.poly.xml
"randomTrips.py" generates a set of random trips for a given network (option -n) The trips are distributed evenly in an interval defined by begin (option -b, default 0) and end time (option -e, default 3600) in seconds. The number of trips is defined by the repetition rate (option -p, default 1) in seconds.
First command generate .rou.xml file, which is used as an input to second command, where trips are generated.
python $SUMO_HOME/tools/randomTrips.py -n map.net.xml -e 100 -l
python $SUMO_HOME/tools/randomTrips.py -n map.net.xml -r map.rou.xml -e 100 -l