多平台的船用陀螺罗经交互仿真系统研究

针对现有教学培训中，陀螺罗经结构复杂、价格昂贵、培训周期长等现状，开发陀螺罗经三维交互仿真系统.采用3ds Max构建陀螺罗经的三维模型，利用Unity3D引擎进行陀螺罗经的操纵交互，模拟陀螺罗经的相关功能，通过三维几何变换实现罗经拆装，同时借助HTML文件实现陀螺罗经与航海模拟器的数据接口.该仿真系统有练习和评估两种模式，可运行于Windows、iPhone、Android等多个平台上，同时还可发布为网页版，完全满足教学培训和评估的需求.
Aiming at the problems of complexity structure, expensive price and long training cycle about the gyrocompass in teaching training process, the 3dimensional interactive simulation system of gyrocompass was developed. The 3ds Max was adopted to construct the 3D model, and the interaction of gyrocompass was realized by using Unity3D to simulate the related functions of gyrocompass, and the disassembly of gyrocompass by geometric transformation was realized. Meanwhile, the data interface between gyrocompass and simulator was accomplished by means of HTML file. The simulation system has both mode of exercise and evaluation, which can be run on multiple platforms such as Windows, iPhone and Android, etc, in addition, it can also be published as Web version, as a consequence, it can completely meet the requirements of teaching and assessment.