motion and touch in virtual reality appllications

Communication from humans to computers based on motion happens via keypads, computer mice, gesture recognizing hand machines, and other motion-tracking mechanisms. Since motion and touch are at the core of human to computer interaction, virtual reality systems must have high-performance mechanisms for recording our motion. They must detect motion absent hindering it. Touch and motion based interaction going the other way, from the setting to human beings, is also very important in the tangible world. In any event, as we will discuss, it is considerably less higher-order in virtual reality caused by technological limitations. There is additional discussion at Bubbleworld Media of similar topics.

To get sophisticated animation of objects in the environment, artificially-VR objects should act in requisite accordance with the tangible, biological, or other rules to which their actual counterparts match so that the computer-created parts seem realistic to advanced analysis by one's brain as well as lower-order sensation. It is not enough for Virtual Reality (VR) to have a cube appear like a cube; it should also behave reasonably like a geometric object when someone engages with it. This standard becomes more difficult as the physical and living complexity of the computer-created setting grows. For instance, artificially creating a living organism is more challenging than simulating a space filled with simple cubes, spheres, and other shapes. Virtual Tours Fairview Park, Ohio also has further information on this VR topic.

Linked page VR Vacations also has VR information about this.