Periscope simulation imaging method based on immersive man-machine interaction simulation system

Abstract

The invention discloses a periscope simulation imaging method based on an immersive man-machine interaction simulation system. The method comprises the following steps of 1, constructing a three-dimensional image rendering module, and achieving the construction of a virtual armored equipment environment; 2, constructing a laser positioning space structure by means of a space positioning technology; 3, a virtual camera being placed outside the armored equipment in the virtual space to serve as periscope rendering input, and the virtual camera receiving positioning data transmitted by the space positioning module and completing view finding of views observed by the periscope from different angles in combination with parameters of the virtual camera; and 4, transmitting an image of the virtual camera into the periscope in a pixel mapping mode by means of an optical imaging technology and an image recognition technology to complete imaging. The method is advantaged in that the three-dimensional imaging of the periscope scene in the armored equipment is realized, the visual field range which can be observed by the periscope is expanded, simulation authenticity is improved, training immersion is greatly enhanced, and the training authenticity and effect are improved.

Description

technical field [0001] The invention relates to the field of military training equipment, in particular to a periscope simulation imaging method based on an immersive human-computer interaction simulation system. Background technique [0002] In order to meet the needs of military training, the troops have equipped the soldiers with various types of simulation training equipment such as driving, shooting, communication, and tactics. However, the periscope display methods in the armored equipment of the existing simulation training equipment are all flat-panel displays. Although the flat-panel displays can display A complete periscope picture is produced, but the picture is not three-dimensional enough, the dimension is low, and the displayed angle is relatively single compared with the real scene, which cannot provide enough immersion and the training effect is not good. Contents of the invention [0003] In order to solve the above problems, the object of the present inve...

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Problems solved by technology

[0002] In order to meet the needs of military training, the troops have equipped the soldiers with various types of simulation training equipment such as driving, shooting, communication, and tactics. However, the periscope display methods in the armored equipment of the existing simulation training equipment are all flat-panel displays. Although the flat-panel displays can display A complete periscope picture is produced, but the picture is not three-dimensional enough, the dimension is low, and the displayed angle is relatively single compared with the real scene, which cannot provide enough immersion and the training effect is not good

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