Resource Library

Unlock the power of KPI alarms in PTV Flows! Learn how to customize alerts and send targeted emails based on alarm severity. 

Scripting without a script: Learn how to use attribute modifications with PTV Vissim and PTV Viswalk models.

Import General Transit Feed Specification (GTFS) data to get public transport lines, routes and timetables into PTV Visum fast to save time.

New in 2018: How to use the new Python Console in Visum 18, including the new support for scripting: auto-completion.

How to get started with PTV Visum in a few simple steps. 
 

This webinar demonstrates efficient PTV Visum network setup from internet data sources.

PTV Visum may be used to model any type of fare - short-distance, zones, distance, from-to fare, etc.

This webinar demonstrates the dynamic matrix estimation for timetable based public transport assignment in PTV Visum.

Learn how to compare version files in PTV Visum to analyse differences between networks and their results.

How to export a sub-model from another model, for use in smaller project studies or exporting to PTV Vissim.

How to export a model from PTV Visum to PTV Vissim in a few simple steps.

Learn some practical tips & tricks about SBA in PTV Visum like defining base volumes, modeling temporary road closures, and more.

Learn about workflows for multi-resolution modeling, creating subnetworks with dynamic demand, and your exporting results to PTV Vissim.

Learn about adding dynamic count data to the model, Creating user-defined attributes for evaluating results, converting demand time series • Setting up dynamic OD matrix estimation (DODME) procedure, and more.

Learn about the display of dynamic link results (volumes, speeds, densities, queues), display of node results (delays), viewing these results in lists, and evaluating journey times.

Learn about SBA visualization, assignment statistics and convergence, path lists and evaluation of paths, graphical procedures like flow bundle (aka link analysis), and dynamic shortest path evaluation.

Learn about basic coding requirements (links, transport systems, turns), visualization in the network and viewing data in lists as well as coding junctions (control type, gap acceptance parameters, signal times, daily plans).

Learn about the creation of demand profiles and allocation of demand time series to demand segments.

Learn about creating groups and procedures in the procedure sequence, settings parameters for the simulation-based assignment (SBA), and troubleshooting errors.