Cube Dynasim

Simulate. Animate. Evaluate.

Cube Dynasim is the only scenario-based microscopic traffic simulation.

Scenario-Based Simulation

Cube Dynasim allows you to quickly and easily test any number of alternatives by managing all aspects of the simulation project, without redundancy, in a single file.

Parking Analysis

The parking extension allows you to accurately evaluate the largest and most complex parking structures with ease. The extension allows you to include ITS and other parking technologies to test the impacts of different types of information systems.

Cube Integration

As a key part of the Cube modeling platform, Cube Dynasim easily integrates and shares networks, flows and routes, as well as all of the output and performance measures with the rest of the Cube modeling suite.

Traffic Simulation

Cube Dynasim provides the most accurate method of modeling every detail of traffic operations. Regardless the complexity of the traffic operations in your area, Cube Dynasim is there to help you recreate what you see on the street and then quickly test changes to identify the most effective ways to reduce congestion and delays as well as improve safety in your community.

The software realistically emulates the flows and interaction of the complete street including all types of users:

  • Vehicles traveling through
  • Cars circulating and parking
  • Trucks making stops and deliveries
  • Motorcycles traveling with or working their way through the traffic
  • Buses, Rail Vehicles, Circulators making stops and preempting the traffic control as appropriate
  • Bicycles and Pedestrians interacting with all the other vehicles and the environment

The simulation output provides the most robust statistical analysis, geodatabases with all the simulation performance metrics, as well as summary reports, and completely interactive 2D and 3D animations.

Scenario Based Simulation

The layer-based network construction allows you to simply turn on & off alternative geometries, control, and other simulation components to create a unique network alternative. Then, Cube Dynasim manages all aspects of the simulation project to give you the ability to easily build, manage, and run an unlimited number of simulation scenarios.

Create simulation scenarios by simply mixing and matching:

  • Network Alternatives
  • Signal timing plans
  • Public transport routes and schedules
  • Traffic counts and flow profiles

Cube Integration

Iterate simulated delays from Cube Dynasim with the advanced routing of Cube Voyager and Cube Avenue. Further refine traffic counts and flow profiles with Bluetooth, mobile phone, or other origin-destination data sources. Cube Dynasim, as with all of Cube, works seamlessly with Esri Geodatabases and ArcGIS. This easy data exchange allows you to develop workflows that make optimal use of your software and data.

Parking Analysis

Cube Dynasim offers a dedicated extension to simulate parking, from very simple on-street parking spots to extremely large and complex parking structures.

  • Build complete parking lots with hundreds of parking spots in minutes
  • Consider multiple lots for overflow and circulation of vehicles searching for a parking spot
  • Mark the building entrances to realistically simulate where people want to park
  • Include ITS and other parking technologies to test improvements to circulation
  • Accurately simulate the entrance and exit gates, queuing, and payment systems

Railway Simulation

Cube Dynasim offers a dedicated extension to simulate Railways specifically built for the simulation of extremely complex railways, ports and logistic nodes.

  • Build complex railways and simulate train movements and all the operations that occur in a station, in a railway yard or along the line
  • Not only railways, but a complete multimodal system, capable of dealing with Trucks, Boats and Trains in complex environments such as ports and logistic platforms
  • Allows the simulation of complex Signal Protection schemes
  • Simulate the true geometry of railway track, stations, railway yard, turnouts and interchanges
  • User can define own rail vehicles or use a set of predefined locomotives and carriages. The user can define all the relevant Kinematic and Dynamic parameters of the train
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