.. DO NOT UPDATE THIS FILE!! .. This document has been automatically generated with noisemodelling-scripts/src/main/java/org/noise_planet/noisemodelling/webserver/script/GenerateFunctionsDocs.java Traffic From Events =================== Import traffic data from Matsim simulation output folder Overview -------- Read Matsim events output file in order to get traffic NoiseModelling input Arguments --------- Mandatory inputs ~~~~~~~~~~~~~~~~ ``folder`` — *Path of the Matsim output folder* Path of the Matsim output folder For example : /home/matsim/simulation_output The folder must contain at least the following files: - output_network.xml.gz - output_allVehicles.xml.gz - output_events.xml.gz Type: ``String`` Optional inputs ~~~~~~~~~~~~~~~ ``SRID`` — *Projection identifier* Projection identifier (also called SRID) of the geometric data.It should be an EPSG code, a integer with 4 or 5 digits (ex: 3857 is Web Mercator projection). Type: ``Integer`` ``exportTraffic`` — *Export additionnal traffic data ?* Define if you want to output average speed and flow per vehicle category in an additional table Type: ``Boolean`` Default: ``false`` ``link2GeometryFile`` — *Network CSV file* The path of the pt2matsim CSV file generated when importing OSM network. Ignored if not set. The file must contain at least two columns : - The link ID - The WKT geometry Type: ``String`` ``outTableName`` — *Output table name* Name of the table you want to create. A table with this name will be created plus another with a "_LW" suffix For exemple if set to "MATSIM_ROADS (default value)": - the table MATSIM_ROADS, with the link ID and the geometry field - the table MATSIM_ROADS_LW, with the link ID and the traffic data Type: ``String`` ``populationFactor`` — *Population Factor* Set the population factor of the MATSim simulation Must be a decimal number between 0 and 1 Type: ``Double`` Default: ``1.0`` ``skipUnused`` — *Skip unused links ?* Define if links with unused traffic should be omitted in the output table. Type: ``Boolean`` Default: ``true`` ``timeBinMax`` — *The maximum of time bins in seconds* The maximum of time bins in seconds, Type: ``Integer`` Default: ``86400`` ``timeBinMin`` — *The minimum of time bins in seconds* The minimum of time bins in seconds Type: ``Integer`` Default: ``0`` ``timeBinSize`` — *The size of time bins in seconds.* This parameter dictates the time resolution of the resulting data The time information stored will be the starting time of the time bins For exemple with a timeBinSize of 3600, the data will be analysed using the following timeBins: 0, 3600, 7200, ..., 79200, 82800 Type: ``Integer`` Default: ``3600`` Output ------ ``result`` — *Result output string* This type of result does not allow the blocks to be linked together. Type: ``String``