User's Guide.pdf - MATSim

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---Divider: Pure plan selectors above, innovative strategy modules below.ReRoute. Status: nearly indispensableMaintainer: Marcel RieserAll routes of a plan are recomputed.The module is called by inserting the following lines into the "strategy" module:...The corresponding configuration module unfortunately has a different name:This works pretty reliably for car.It also works for other modes, as "pseudo"-mode, in the following way:Travel times for these other modes are not obtained from true routing on the corresponding network, but by some estimates. These areconfigured by the parameters above, but no guarantee that they work consistently.The mobsim will not execute such routes on the network, but "teleport" them.The scoring works quite normally, since it just takes the time from leg start to leg end by mode.It is possible to route such legs on the network, by using a different router.It is not possible to "physically" execute a leg in the mobsim if it has not been routed before. That is, the capability of the router needs to be>= the capability of the mobsim. (Makes sense, if one thinks about it.)TimeAllocationMutator. Status: works for vsp and ivtSimple module that shifts activity end times randomly. ("Good" time shifts will be selected through the matsim plans selectionmechanism.)The maximum extent of the shifts can be configured; see the config section of the log file. It is, as of now (may'10), not possible to add acomment to that parameter.The usage of the module is configured in the "strategy" section.ChangeSingleLegMode. Status: worksMaintainer: Marcel RieserThis replanning module randomly picks one of the plans of a person and changes the mode of transport of one single leg. The leg ispicked randomly. For changing the mode of transport for all legs use ChangeLegMode [http://www.matsim.org/node/387]. In contrast toChangeLegMode [http://www.matsim.org/node/387], ChangeSingleLegMode allows for multiple modes in one plan. By default, thesupported modes are driving a car and using public transport. Also, this module is able to (optionally) respect car-availability.Note that the configuration is done by and not by . Thereplanning module is configured like this using the very same configuration module as ChangeLegMode[http://www.matsim.org/node/387]:Add the module to the replanning strategy like this:Replace the 'X' with the number you assign to this module. For some more details on the syntax of this section, see here
[http://matsim.org/node/478].By default, the simulation will handle legs with modes different from "car" by using a delayed teleportation. If another behavior isrequested (e.g. detailed simulation of public transport), this needs to be manually configured for the simulation.ChangeLegMode. Status: worksMaintainer: Michael ZilskeThis replanning module randomly picks one of the plans of a person and changes its mode of transport. By default, the supported modesare driving a car and using public transport. Only one mode of transport per plan is supported. For using different modes for sub-tours on asingle day see the "SubtourModeChoice" module. Also, this module is able to (optionally) respect car-availability.The replanning module is configured like this, where the value parameter lists the modes of transport from which the module randomlychooses:Add the module to the replanning strategy like this:Replace the 'X' with the number you assign to this module. For some more details on the syntax of this section, see here[http://matsim.org/node/478].By default, the simulation will handle legs with modes different from "car" by using a delayed teleportation. If another behavior isrequested (e.g. detailed simulation of public transport), this needs to be manually configured for the simulation.ReferenceM. Rieser, D. Grether, K. Nagel; Adding mode choice to a multi-agent transport simulation; TRB'09LocationChoice. Status: readyMaintenance and QuestionsA. Horni, IVT (horni_at_IVT.baug.ethz.ch)Javadocwww.matsim.org/javadoc/org/matsim/locationchoice/package-summary.html[http://www.matsim.org/javadoc/org/matsim/locationchoice/package-summary.html]Config Parameterswww.matsim.org/javadoc/org/matsim/locationchoice/package-summary.html#locationchoice_parameters[http://www.matsim.org/javadoc/org/matsim/locationchoice/package-summary.html#locationchoice_parameters]StatusReadyIn BriefMATSim provides destination choice based on three different basic concepts. First, random search can be applied. Second, local searchimplemented in the time geography framework is available [1]. Third, the most recent module ist best response and includes random errorterms to make MATSim fully compatible with discrete choice theory [2]. The authors recommend to use this recent module in general.Random search should be utilized for algorithmic comparative investigations only.The time geography module provides the possibility to take into account spatial competition in the activity location infrastructure (seeFigure 3 [#Figure3]). It is planned-after a thorough calibration-to integrate spatial competition in the best response version.Estimation of a MATSim destination choice utility function for Switzerland is in development [3].
Page 1 and 2: MATSim User's GuideGenerated 2013-0
Page 3 and 4: VisualizationsnetworkEditorPolicy M
Page 5 and 6: FeaturesThe following list shows th
Page 7 and 8: TerminologyIn many cases, MATSim us
Page 9 and 10: Building new scenariosStarting a ne
Page 11: Config(uration) optionsThis section
Page 15 and 16: Figure 1:Figure 2:Figure 3:Planomat
Page 17 and 18: The behavior of the planomat module
Page 19 and 20: Details of the ModelDifference betw
Page 21 and 22: comparison. To activate the filter,
Page 23 and 24: The config option presumably is:...
Page 25 and 26: svn/publications/vspwp/2011/11-12/]
Page 27 and 28: Traveller increases arriving early
Page 29 and 30: which decreases with increasing t_x
Page 31 and 32: install the corresponding native li
Page 33 and 34: Using MATSim ExtensionsIntroduction
Page 35 and 36: Saving the converted dataFinally, a
Page 37 and 38: a road network in MATSim format (ma
Page 39 and 40: use_logit_scale_parameter_from_MATS
Page 41 and 42: ptStops: This parameter expects a c
Page 43 and 44: Hints for installing UrbanSimTo ins
Page 45 and 46: Travel Model configuration optionsT
Page 47 and 48: lorraine.osm.bz2luxembourg.osm.bz2n
Page 49 and 50: Use the following arguments:-conver
Page 51 and 52: ApplicationsTODO: Describe ARTEMIS
Page 53 and 54: The original data from OSM contains

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