The compiled binaries at least for MS Windows. The path you have saved your SUMO-package into.įrom version 0.8 on, we want not only supply the sources, but also '' indicate a type - insert your own value in here. ']' indicate that the enclosed information is optional. You may also find some notations from the EBNF brackets '[' and Their values if optionalĬomplete examples of XML-Files are shown like the following: XML-elements and attributes are shownĪre coloured like this. The following example means exactly the sameĪs the one above: netconvert -visum=MyVisumNet.inp \Ĭommand line option names are normally coloured this To continue typing without pressing return (ignoring both the '\' and You should know that this is a call on the command line. If you encounter something like this: netconvert -visum=MyVisumNet.inp -output-file= This document uses coloring to differ between different type of In this case, for aggregation times of 1s, 1min, 5min (from left to A sample usage of the aggregation option (for an induct loop A sample Parameter Window (for the number of vehicles withinĪ simulation in this case) 7.5. A sample Parameter Window (for an induct loop in thisĬase) 7.4. The difference between simple (left) and full (right) The GUI-Window with a loaded simulation (violet: names of theĬontrols as used below) 7.2. Visualization of a bus stop in SUMO (from Route distribution within the network blue color indicates that anĮdge is used within the step, red shows jams 6.1. Sketch showing the effects of Christian Gawron dua-approach on A network where the usage of random routes causes an improperīehaviour due to the mixture of rural and minor roads 5.3. spider-circle-number=3 -spider-space-rad=100 spider-circle-number=10 -spider-space-rad=100 netgen -grid-net -grid-number=10 -grid-length=400 Network with explicit lane-2-lane connections 4.6. Network with explicit edge-2-edge connections 4.5. Process of simulation with SUMO (grey and rounded: data used The difference between a space-continuous (top) and a Macroscopic, microscopic, sub-microscopic (within the circle: The different simulation granularities from left to right: EXTENDED: Examples for using additional SUMO-structures ROUTER: Examples for DUAROUTER and JTRROUTER B.2.4. NETBUILD: Examples for NETCONVERT'S XML-Import B.2.3. Handling Routes and Route Alternatives A. Additional Microscopic View Controls 7.2.3. Traffic Management and Other Structures 6.3.1. Net-Wide Vehicle Emission States & Travel Times 6.1.5. Aggregated Lane/Edge States (Edge/Lane-Dumps) 6.1.4. Dynamic User Assignment and Alternative Routes 5.5.1. Importing Routes from other Simulations 5.4.1. Using the Junction Turning Ratio - Router 5.3.4. Importing Networks without Traffic Light Logics 4.4.7. Using Edges' maximum Speed Definitions in km/h 4.4.6. Importing Elmar's converted NavTech-Files 4.3.7. Importing Artemis-simulation folders 4.3.3. Building Networks from own XML-descriptions 4.2.1. The Workflow of Preparing a Simulation 3.3. ![]() A short Introduction to Traffic Simulation Theory 3.1.1.
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