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Hub AI
Engineering Animation AI simulator
(@Engineering Animation_simulator)
Hub AI
Engineering Animation AI simulator
(@Engineering Animation_simulator)
Engineering Animation
Engineering Animation, Inc., or EAI, was a services and software company based in Ames, Iowa, United States. It remained headquartered there from its incorporation in 1990 until it was acquired in 2000 by Unigraphics Solutions, Inc., now a subsidiary of the German technology multinational Siemens AG. During its existence, EAI produced animations to support litigants in court, wrote and sold animation and visualization software, and developed a number of multimedia medical and computer game titles. Part of EAI's business now exists in a spin-off company, Demonstratives.
EAI was incorporated in 1990 by Martin Vanderploeg, Jay Shannan, Jim Bernard, and Jeff Trom, all Ames-based engineers closely involved with Iowa State University's Virtual Reality Applications Center (VRAC) founded by Vanderpoeg and Bernard. Later that year they were joined by a former colleague of Vanderploeg's, Matthew Rizai, a mechanical engineer and software entrepreneur, who became CEO.
EAI got its start by producing computer animations to help illustrate crime scenes and other technical courtroom testimony for lawyers and expert witnesses, eventually branching out in to visualization applications in medicine, product design, and a wide range of other applications. In 1994, EAI launched VisLab, an animation package initially written to leverage the graphics capabilities of the SGI UNIX computer platform.
At the time, it was considered unusual in its ability to render complex animation in hardware rather than in software. Steve Ursenbach, general manager of SGI's Application Division commented, "VisLab is the first software program to take such advantage of our hardware rendering capabilities." VisLab's UI was based on the widely used Motif software.
EAI's computer-generated animations were used in reconstructing the TWA Flight 800 plane crash scenario and numerous crime scene investigations, including the murder of Nicole Brown Simpson and the Oklahoma City bombing for NBC's Inside Edition. In 1997, EAI collaborated with the American Bar Association Judicial Division Lawyers Conference to produce "Computer Animation in the Courtroom – A Primer," a CD-ROM introduction and guide to the use of computer animations in reconstructing crimes.
EAI's manufacturing clients included Ford, Motorola, Lockheed Martin, and 3M.
Based on the initial success of VisLab with automotive companies, EAI developed and released the first commercially viable 3D interactive visualization software package, VisFly, first on the SGI and later the HP and Sun platforms in 1995 and 1996. VisFly was eventually ported to Microsoft Windows and IBM AIX and expanded into the VisView and VisMockup product lines. Networking capabilities were subsequently added to VisFly via NetFly and to VisView/VisMockup via VisNetwork.
Providing the visualization software, tools, and network access methods to convert common CAD data into the JT visualization format were keys to this most successful of EAI's business ventures. Networking capabilities were eventually expanded further with e-Vis.com, which provided an internet-hosted environment and many of the features now seen in mainstream collaboration software.
Engineering Animation
Engineering Animation, Inc., or EAI, was a services and software company based in Ames, Iowa, United States. It remained headquartered there from its incorporation in 1990 until it was acquired in 2000 by Unigraphics Solutions, Inc., now a subsidiary of the German technology multinational Siemens AG. During its existence, EAI produced animations to support litigants in court, wrote and sold animation and visualization software, and developed a number of multimedia medical and computer game titles. Part of EAI's business now exists in a spin-off company, Demonstratives.
EAI was incorporated in 1990 by Martin Vanderploeg, Jay Shannan, Jim Bernard, and Jeff Trom, all Ames-based engineers closely involved with Iowa State University's Virtual Reality Applications Center (VRAC) founded by Vanderpoeg and Bernard. Later that year they were joined by a former colleague of Vanderploeg's, Matthew Rizai, a mechanical engineer and software entrepreneur, who became CEO.
EAI got its start by producing computer animations to help illustrate crime scenes and other technical courtroom testimony for lawyers and expert witnesses, eventually branching out in to visualization applications in medicine, product design, and a wide range of other applications. In 1994, EAI launched VisLab, an animation package initially written to leverage the graphics capabilities of the SGI UNIX computer platform.
At the time, it was considered unusual in its ability to render complex animation in hardware rather than in software. Steve Ursenbach, general manager of SGI's Application Division commented, "VisLab is the first software program to take such advantage of our hardware rendering capabilities." VisLab's UI was based on the widely used Motif software.
EAI's computer-generated animations were used in reconstructing the TWA Flight 800 plane crash scenario and numerous crime scene investigations, including the murder of Nicole Brown Simpson and the Oklahoma City bombing for NBC's Inside Edition. In 1997, EAI collaborated with the American Bar Association Judicial Division Lawyers Conference to produce "Computer Animation in the Courtroom – A Primer," a CD-ROM introduction and guide to the use of computer animations in reconstructing crimes.
EAI's manufacturing clients included Ford, Motorola, Lockheed Martin, and 3M.
Based on the initial success of VisLab with automotive companies, EAI developed and released the first commercially viable 3D interactive visualization software package, VisFly, first on the SGI and later the HP and Sun platforms in 1995 and 1996. VisFly was eventually ported to Microsoft Windows and IBM AIX and expanded into the VisView and VisMockup product lines. Networking capabilities were subsequently added to VisFly via NetFly and to VisView/VisMockup via VisNetwork.
Providing the visualization software, tools, and network access methods to convert common CAD data into the JT visualization format were keys to this most successful of EAI's business ventures. Networking capabilities were eventually expanded further with e-Vis.com, which provided an internet-hosted environment and many of the features now seen in mainstream collaboration software.