Using the rich graphic resources inherent in computer processing techniques, it is possible to create in space VR constructions, impossible in the real world, for example, such as for well-known Eshera. Or to occupy the imagined world tvarjami, similar to monsters and Bosch's monsters and Goji, to create the world of El Salvador of the Distance, and it is possible and to wander in Levitan's wood.

It is known, that interpretation of solutions of the difficult mathematical equations often is enough challenge. It is even more difficult, when for the purpose of optimisation in the difficult equation it is necessary to select depending on earlier calculated and parsed results parametres for reception of new data. The example of such problem — solution extremely difficult the equations from physics of the continuous environments, by the way, which special case is law Bernulli, well-known of school course of physics. One of the tasks solved by means of the similar equations, in interests of the aviation industry has been fulfilled in short period with application of resources and possibilities VR. The result of solution of the equations was output in VR in the form of the big volume schedule — a colour body of the freakish form. The form and colour described speed, turbulence, space distribution of the streams which are flowing round units of flying machines. Colour set speed. The given virtual construction could be examined, bypassed, touched carefully. And all it in space VR! Change of parametres it was possible to change both the form, and colour, achieving the necessary result. In some experiences which are carried out in space VR, process of correction of parametres of very difficult equations was carried out by the contributor directly in space VR by means of special gloves — gloves. It supplied gloves and, of course, with a special helmet, worked actually as the sculptor-abstract artist. Practical result of similar researches — optimal forms of the new turbo-propeller plane and blades of its screws. Fuel expenditure has decreased almost on 25 %. And it is a lot of.

Other example — usage of possibilities VR by such known organisation, as NASA. The given organisation already rather uses for a long time various specialised arrangements VR for training of astronauts, for example, to orientation under celestial maps. Wide researches on handle of space vehicles and systems from VR by means of various computer arrangements are besides, carried out. Thus experts, using systems VR, physically are in safe conditions, for example, on the Earth, and the sensors handling the various information in the computer, and the final control devices accepting and executing the commands, — in space. Thus handle objects can be allocated on spaceships, servers, even in a free space. It is meant, that by the person, being in complete safety, receives by means of resources VR in the convenient and natural form all size of the necessary information unavailable in natural conditions for sense organs of the person. It can be electrical signals, radio-waves, infra-red or X-radiation, other-wordly temperatures, high and the pressure low levels, the dangerous gas environments etc . Using this information, by means of computer arrangements the person can supervise over executive mechanisms, for example, the robot, estimating environing space by means of its sensor controls. Thus the robot can be in the conditions unsuitable and dangerous to person. By the way, similar mechanisms can be not in space, and we will tell, on an ocean floor or in a volcano muzzle.

Unfortunately, power of the majority of modern computers and possibilities of resources of the interface has not enough for implementation high-grade VR which could compete on realness, that is on effect on sense organs, with associates, material, the world. Therefore possibilities VR described in numerous sci-fi movies of type "Lawn-mower", "the Virtual reality" etc . — the future, than the present, even taking into account productivity of modern supercomputers of type Cray and Cyber is faster. However computer processing techniques develop, and productivity of a computer technology promptly grows. Some units VR already have reached today very much a realness high-scale. Even on usual computers with processors of Pentium II, and even sometimes and more low, such possibilities as a volume sound — a 3D-sound, the qualitative stereomap etc. are accessible  . Certainly, for implementation of the given possibilities appropriate arrangements of the interface, together with the software without which the given arrangements remain rather expensive, but unnecessary and useless units of difficult computer systems are required.

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