![]() When you're wearing the goggles, it's as if the car was actually in front of you. The image displayed depends on the head movements of the user, creating a sensation of complete immersion. ![]() CAVE™ technology allows greater freedom of movement than a wide-angle immersive head-mounted display (no wires between the head-mounted display and the computers). A motion capture system records the position of the user's head in real time. The display is controlled by the physical movements of the user inside the CAVE™ space. The word CAVE™ may have you frowning, so let's explain what it is. This superb working tool features CAVE™ (Cave Automatic Virtual Environment) technology with 70 million 3D pixels and impressive computing power of several dozen teraflops (unit of computing speed). With the digital databases developed by design and engineering, users can analyze all the details of a life-sized virtual vehicle, either from the inside or the outside. This simulator lets engineers observe and interact with a fully digitized vehicle. This interactive, immersive 3D visualization tool provides Renault with the best imaging quality currently available. Its 4096 x 4096 pixel definition and ability to calculate 19 images every 16 milliseconds set it apart from other simulators. This is no video game, but a new tool used by Renault engineers at the Technocentre, the Group's vehicle development site in Guyancourt, outside Paris.
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