PTV Group launches add-in marketplace

PTV Group has launched the PTV Vision traffic add-in marketplace (link vision-traffic.ptvgroup.com/en/add-in), where its developers and users can discuss and learn about new features and functions of the company’s PTV Visum and PTV Vissim products and contribute their own add-ins. "In the last few years, a secondary market has built up around our transport planning software, where users of PTV Visum and PTV Vissim offer valuable functional extensions," said Dr Klaus Nökel, vice president Traffic Softwar
GIS/ Mapping & Location Based Systems / November 13, 2014
3264 PTV Group has launched the PTV Vision traffic add-in 2External<?xml version="1.0" encoding="utf-16"?><dictionary />000oLinkExternalmarketplaceVisit vision traffic ptv group page falsehttp://vision-traffic.ptvgroup.com/index.php?id=8799falsefalse%>, where its developers and users can discuss and learn about new features and functions of the company’s PTV Visum and PTV Vissim products and contribute their own add-ins.

"In the last few years, a secondary market has built up around our transport planning software, where users of PTV Visum and PTV Vissim offer valuable functional extensions," said Dr Klaus Nökel, vice president Traffic Software Product Management and Development at PTV Group. "With the add-in marketplace, we wanted to make these available, and we also wanted to offer script developers a platform on which to present their developments."

The first publications include add-ins such as MapFormer, a tool for network geolocation, and Optimal Count Locator, which helps the user to determine the optimal position of counting locations in transport models.

Webinars on 2 and 4 December will provide information on the development of both the MAT.TRAFFIC start-up and SISTeMA: MAT.TRAFFIC will present VS-CrossCheck. This is an add-on for the traffic simulation software PTV Vissim, which allows users to analyse the quality of traffic light control planning. SISTeMA will present PTV Visum add-in TRE (Traffic Realtime Equilibrium), a dynamic assignment model that considers node details.
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