Dynamic sight point system on basis of kinect sensor for flight simulators

Abstract

The invention relates to a dynamic sight point system on the basis of a kinect sensor for flight simulators. The dynamic sight point system is characterized in that a data line of the kinect sensor is connected with a computer host, the computer host of an instrument panel is linked with auxiliary units by network communication harnesses, and the various auxiliary units are respectively connected with an upper television screen, a front television screen, a right television screen and a left television screen by 3D (three-dimensional) graphic output harnesses. The dynamic sight point system for the flight simulators has the advantages that projection matrixes can be updated in real time by the dynamic sight point system for the flight simulators when the locations of the eyes of pilots are changed relative to the screens, and then screen images can be changed by the flight simulators by the aid of change of the projection matrixes; contents in actual sight ranges can be shown on the screens by the aid of the dynamic sight point system when the pilots observe environments via windows, accordingly, the pilots can have good immersion and presence, simulation training on the pilots is close to reality, and the flight levels of the pilots can be upgraded.

Description

technical field [0001] The invention relates to a dynamic viewpoint system of a flight simulator based on kinect, relates to a dynamic viewpoint device of a flight simulator, belongs to the field of virtual reality, and particularly relates to a dynamic viewpoint device of a helicopter flight simulator visual simulation aspect. Background technique [0002] With the gradual deregulation of the low-altitude field by the country, the domestic civil aircraft has achieved rapid development in recent years, making professional pilots urgently needed in this area. In the past, pilot training mainly adopted the method of actual flight training. This method has many problems such as high risk factor and complex actual flying environment, which brings great challenges to the flying skills and psychological quality of novice pilots. In recent years, with the rapid development of virtual reality, the use of flight simulator training has become a new way of training pilots. It can not o...

AI Technical Summary

Problems solved by technology

However, the current view of domestic simulators is static. When the pilot's head posture changes, the content within the actual line of sight cannot be dynamically displayed on the screen display, and it cannot satisfy the pilot's visual experience in actual flight. , can not reach the training effect of traditional flight mode

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