Flight training method implemented by using virtual reality equipment

Abstract

The invention discloses a flight training method implemented by using virtual reality equipment. The flight training method comprises the steps of: step 1, photographing by using a panoramic camera, acquiring a panoramic view capable of providing 360-degree free browsing in the horizontal direction and 180-degree free browsing in the vertical direction at an arbitrary observation point, and restoring the obtained panoramic view into all-viewing-angle image content in a software platform; step 2, setting up a battlefield environment in a Unity 3D engine, importing panoramic image texture materials photographed by the panoramic camera into the virtual environment, adhering the panoramic image texture materials to the surface of an environment model in a mapping manner, and establishing a virtual panoramic flight environment. The flight training method simulates the flight environment by means of the virtual reality equipment, the participants achieve the purpose of flight training in the realistic flight experience, excellent training effects are achieved and the training cost is saved.

Description

technical field [0001] The invention relates to a flight training method, in particular to a flight training method using virtual reality equipment. Background technique [0002] Virtual reality (referred to as VR) technology is being widely used in military and aviation fields, and relevant organizations at home and abroad are conducting related research and development activities. For example, pilot training, war simulation exercises, air force experience recruitment, air force education and teaching, aerial refueling training, military doctor training, etc. Many countries have invested in research on virtual reality and military affairs. However, most of the existing virtual reality training uses computer-generated images for simulation, using traditional training cabins or multi-display splicing, which is expensive and has a poor sense of reality, making it difficult to achieve realistic immersion. Or use old-style VR equipment with imitation cockpit models, which not ...

AI Technical Summary

Problems solved by technology

However, the existing virtual reality training mostly uses computer-generated images for simulation, using traditional training cabins or multi-display splicing, which is expensive and has poor realism in the pictures, making it difficult to achieve a realistic sense of immersion

Or use old-fashioned VR equipment with imitation cockpit models, which not only increases the training cost, but also easily causes dizziness and other discomfort due to backward hardware

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