LEGION

LEGION Model Builder

Perform models of any place where people converge

LEGION Model Builder is a simulation and modeling software that enables you to build a precise model of a space that can be simulated and analyzed based on a set of key inputs such as design, demand, and operational data. You can use LEGION Model Builder to run and evaluate virtually any place where people converge such as railway stations, sports stadiums, airports, office complexes, theaters, piazzas, and transport hubs.

LEGION Simulator

Better predict and improve pedestrian flow and safety

LEGION Simulator enables you to simulate people movement in order to explore various design alternatives. Its data-rich analysis output supports infrastructure assets that range from metro stations and airports to stadiums and shopping malls. With LEGION Simulator, you can accurately test designs and plans to enhance footfall, wayfinding, crowd management, safety, and security strategies. Get insight to make better decisions with visualization and predictions by combining planning information from the LEGION Model input file with the automated predictions of how people move. Evaluate and visualize traffic flows at a venue before it’s built, and explore a range of scenarios and make informed decisions–and trade-offs–by modeling and simulating up-front.

Build models for any type of venue

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You can build models for any type of venue or building, such as sports facilities, urban and commercial buildings, and airports. Use automated routing, increased intelligence, and simplified objects to build and audit models. You can easily reus

Collaborate faster and more easily

When working with various project team members on tight timelines it’s important to have access to the most up-to-date data. LEGION offers a design environment that enables you and your team members to work on models simultaneously, regardless of their location, using a shared set of libraries and workflows. By being able to incorporate data from a wide range of open applications and geospatial formats, users can reduce time spent on re-work and manual data entry.

LEGION

15.046 €
12-month subscription

Including 2 Keys

  • Pedestrian modeling and simulation software
  • Create simulation models
  • Simulate movement
  • Record and playback simulations
  • Analyze and visualize simulations
  • About this software subscription: This Virtuoso Subscription includes a 12-month practitioner license of this software, that comes with Keys (credits) to unlock training and services.
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LEGION Simulator 1

Model without restrictions

LEGION Simulator supports complex building geometry and designs, so you can quickly create, visualize, test, and interact with the model to explore various “what if” scenarios. Present within the spatial context of the 3D model including solids, surfaces, meshes, drawings, specifications, images, videos, documents, business data, reports and more.

Technical capabilities

Build precise models

Build precise models

Create precise models of how a space will be used

  • Import architectural drawings (CAD) to define physical spaces available for pedestrian use
  • Specify the anticipated pedestrian demand for the space
  • Designate areas where interim activities, such as queuing or waiting, occur
  • Link operational data to the model
  • Plan routes and automatically lay out navigation maps
  • Populate the model based on activities and characteristics, such as size, speed, and personal preferences.

Principle of Least Effort

  • Uses the concept of least effort, or least cost, as the basis of pedestrian logic
  • Dissatisfaction is caused by physical and psychological factors that lower journey quality. Factors that contribute to dissatisfaction:
    • Inconvenience – desire line divergence stress
    • Discomfort – personal space compression stress
    • Frustration – preferred speed relinquishment stress

Unbounded Movement Choice

The ability to adjust individual preferences and attributes

Model space is continuous, rather than structured, based on a pixel grid

Select any vector when optimizing step choice to satisfy individual preferences and objectives in the context of changing physical constraints

This approach follows a two-stage process:

  • Macro-navigation
  • Micro-navigation

Intelligent Entities

  • Social, physical, and behavioral characteristics are assigned probabilistically from established profiles
  • Social characteristics include gender, age, culture and pedestrian type, all of which shape typical movement preferences
  • Physical characteristics determine body sizes
  • Behavioral characteristics include memory, adaptability, and preferences for unimpeded walking speeds, personal space, and acceleration

Output and Analyses

Heat maps provide intuitive overviews to help identify areas requiring deeper analyses, including line graphs, histograms, stacked histograms, cumulative data, or even raw data, which can then be used for statistical analyses

Numerical and graphical outputs derived from a model and user-defined areas, interrogated to provide user-defined combinations of these, based on user-defined thresholds

Measure and quantify the performance of a site with respect to experience, circulation, and safety

Key metrics include counts, flows, distances, densities, journey times, speeds, and levels of service

System Requirements

Processor

Intel Core i9 processor of at least 3.5 GHz

Operating System

Microsoft Windows 10, or later

Memory

64 GB of fast RAM

Hard Disk

separate OS & data SSDs

Video Graphics Card

8 GB graphics card

Microsoft Excel

Microsoft Excel 2007, or later

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