High-sense-of-reality marine engine room equipment three-dimensional virtual evaluation and training system

Abstract

The invention provides a high-sense-of-reality marine engine room equipment three-dimensional virtual evaluation and training system comprising a man-machine interaction module, a disassembly and assembly task module, a virtual roaming environment module, an evaluation test simulation module and a marine engine equipment model database. The disassembly and assembly task module is sequentially communicated with the virtual roaming environment module and the evaluation test simulation module. The virtual roaming environment module can be operated by an operator through a shortcut key to input the instruction. The software interface unit performs three-dimensional dynamic display of the operation training. The high-sense-of-reality highlight and light-shade effect is realized by using the off-line baking and on-line shader programming. The student performs engine room equipment virtual maintenance training according to the set virtual environment. The multi-functional virtual simulation system which can be used for teaching and examination can be realized. The training cost is low and the training efficiency is high.

Description

technical field [0001] The invention relates to the technical field of ship maintenance training, in particular to a high-realistic three-dimensional virtual evaluation training system for ship engine room equipment. Background technique [0002] In the field of seafarer education and training, theoretical examination and practical evaluation are important links in crew management and certification. At present, theoretical examinations have been fully computerized for paperless examinations, but practical assessments have long been conducted with physical objects due to the particularity of the assessment content. At present, the practical evaluation of seafarers is usually carried out in laboratories with corresponding equipment on land, while the practical evaluation of inland river crews is mostly carried out on real ships. The existing assessment methods have disadvantages such as large equipment investment costs and high safety risks. [0003] With the development of ...

AI Technical Summary

Problems solved by technology

The research on the use of virtual reality simulation technology in the field of civil ships has also been going on. Among them, the turbine simulator produced by NorControl Company of Norway and the turbine simulator produced by British Shipbuilding Co., Ltd. have been at the leading level in the world, but there is no relevant turbine equipment. Software related to virtual disassembly

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