Presagis Vega Prime is a visualization toolkit for the real-time 3D development and deployment of simulation applications. Ideal for both high-performance and low-cost hardware platforms, Vega Prime’s flexible plug-in architecture facilitates the rapid design and prototyping of real-time 3D applications by utilizing the most sophisticated technology available.
Providing the only framework you need to rapidly configure, create, and deploy advanced simulation applications, Vega Prime delivers the tools you need for the optimal end-to-end solution. And, because it allows for the easy integration of new or existing code, Vega Prime offers tremendous cost and time savings by improving your asset utilization and re-use.
Vega Prime now provides built-in support for DIS/HLA/CIGI so that you easily network Vega Prime applications with multiple machines and participants. These capabilities are available out-of-the-box and no additional tools or modules are required.
Through features and functionality designed specifically for the requirements of visual simulation, Vega Prime provides developers and programmers with the means to rapidly and flexibly develop high performance applications with minimum effort and maximum productivity and flexibility. Based on the Vega Scene Graph (VSG) advanced cross platform scene graph API, Vega Prime includes:
Presagis also offers several powerful COTS application-specific modules that work with Vega Prime for solving the challenges of real-time 3D application development. The Vega Prime infrastructure allows you to create your own custom development modules and to scale the functionality based on the complexity of the application.
Vega Prime delivers the infrastructure needed for the optimal end-to-end solution. Its extendable architecture supports a high degree of customization, allowing you to tailor the application to fit your design rather than altering your software to fit within a product’s constraints. In addition, its scalable architecture prevents unnecessary performance overhead because you are able to scale the functionality based on the complexity of the application.
Ideal for both high performance and low cost hardware platforms, Vega Prime’s plug-in architecture facilitates the rapid design and prototyping of real-time 3D applications. With access to all of the functionality available in VSG while providing an enhanced level of functionality, ease-of-use, and productivity, Vega Prime allows you to spend more time on the application-specific functionality required by your project.
Vega Prime provides a development environment designed specifically to increase your ability to rapidly create and deploy advanced real-time 3D applications. In addition to the flexibility of VSG and the ease of use of a GUI configuration tool, Vega Prime delivers such functionality as environment effects, motion models, coordinate systems, virtual texture, and path/navigator tools.
By taking advantage of core capabilities, Vega Prime is designed to facilitate the development and deployment of applications that require very large or complex databases. High performance levels are guaranteed by optimizing the loading and organization of large datasets through the dynamic paging of “tiles” and user definable paging centers or Areas of Interest. Vega Prime offers optimized rendering that is fully customizable and scalable to take advantage of available resources.
With its latest drivers, NVIDIA has included a Global Preset tailored to the Presagis suite of visualization tools within the control panel.
Allows for rapid application prototyping and modification, meaning that you can see changes within the application as you make them.
Applications configured and developed on one platform may be deployed on another without code modification.
Provides the capability to render extremely high resolution imagery without affecting performance.
Create correlated visual and sensor displays.
Allows you to mix and match necessary feature sets or to create your own custom functionality within the Vega Prime environment.
Offers maximum flexibility within other application frameworks.