DIS/HLA for Vega Prime allows users to easily network Vega Prime applications through LynX Prime to provide DIS and HLA operations without any programming. Whether trying to achieve HLA compliance or developing a Vega Prime simulation that must be distributed among multiple machines or with multiple participants, DIS/HLA for Vega Prime reduces time and effort.

The module is built on MÄK Technologies' best-selling VR-Link networking toolkit, providing all the flexibility and networking expertise expected from a MÄK product. The module comes with instant, out-of-the-box interoperability with the RPR FOM. Its flexible FOM-Agile architecture makes using other FOMs easy. Through the FOM Mapper, users can build a simulation once and have it switch between several different federations.

Through the embedded VR-Link API, users can access emissions data, environmental data, logistics and more. Setting up a basic simulation, including vehicle positions and orientations and network parameters, requires no coding. The module handles dead-reckoning, smoothing, thresholding, heartbeats, conversions to and from coordinate systems required by DIS and the RPR FOM, and articulated parts.

	Easily network Vega Prime applications, without writing code, through an intuitive GUI
	Extendible for other types of networking data
	Built-in RPR FOM support
	FOM Agile - Easily switch between FOMs with GUI FOM Mapper
	Built-in support for easily receiving and sending entity information
	C++ API

	Quickly and easily achieve DIS or HLA compliance
	Reduces the cost, time and risk of developing distributed simulations
	Flexible for customization
	All the features of MÄK's VR-Link networking tools are integrated with Vega Prime

	DIS: 2.0.4 (IEEE 1278.1), 2.1.4 (IEEE 1278.1a)
	RPR FOM: 0.5, 0,7, 0.8, 1.0, 2.0
	RTI: DMSO RTI NG 1.3 v6, MÄK RTI 1.3.7 ngc

Available for Vega Prime v2.0.x

WINDOWS
	Windows workstation, 1.0 GHz or higher
	1+ GB RAM
	4+ GB hard drive
	CD Rom drive
	OpenGL 1.2 compliant graphics card
	Windows XP Professional
	Visual C++ 7.1

LINUX
	Linux workstation
	Red Hat Enterprise 3.0
	1+ GM RAM
	4+ GB hard drive
	OpenGL 1.2 compliant graphics card
	64+ MB Texture memory
	gcc 3.2 compiler

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