FLAMES Modules

The FLAMES standard applications include several advanced modules to address specialized simulation requirements quickly and inexpensively.

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Module

Description

Supported Operating Systems

Checkpoint/Restart Module

 

Saves all internal data values in checkpoint files at specified times during execution. Also allows the simulation to restart using the data in a checkpoint file.

Windows® (except Windows Vista)

Digital Terrain Module

Allows Digital Terrain Elevation Data (DTED®) to be imported into a FLAMES database and used in all model calculations and display operations that involve the terrain.

Windows and Linux®

 

Distributed Interactive Simulation (DIS) Module

Allows participation in DIS exercises using the IEEE DIS protocol.

Windows and Linux

Enhanced 3D Module

Allows the visualization of FLAMES scenarios using scenes drawn with high-resolution, texture-based, three-dimensional (3D) graphics.

Windows

 

Enhanced Analysis Module

Allows the performance of complex parametric trade studies and Monte-Carlo analysis. Multiple scenario executions can also be performed with a single execution of the simulation.

Windows and Linux

FLAMES Advanced Correlated Terrain (FACT) Module

Allows the environment data of a FLAMES scenario to include a detailed mathematical description of terrain, bathymetry, and features (such as roads, lakes, and buildings) that is correlated with the data used by the Enhanced 3D module. This data can be used in visual displays and in all model calculations that involve the terrain.

Windows and Linux

High Level Architecture (HLA) Module 

Allows participation in HLA federations during scenario execution.

Windows

Interactive Client Module

 

Set of services callable from any application to allow it to communicate interactively with the simulation during scenario execution.

Windows and Linux

Interactive Server Module

Allows interactive scenario execution with virtual simulators and real-world command, control, and communications systems.

Windows and Linux

Multithreading Module

Allows a scenario to execute  using two or more of the processors of a multiple-processor (or multi-core) computer simultaneously.

Windows

 

Sensor Coverage Analysis Module

Allows static, 2D sensor coverage diagrams to be displayed based on full sensor model detection processing (not just line-of-sight tests).

Windows and Linux

 

  bullet_gytriangle_rt.gif bullet_gytriangle_rt.gif More information on FLAMES Support for Distributed, Interactive Simulation.