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纸质出版日期:2006
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[1]张明,周智峰.基于MATLAB与VRML的凸轮机构虚拟设计研究及实现[J].机械传动,2006(01):40-42+87.
[1]张明,周智峰.基于MATLAB与VRML的凸轮机构虚拟设计研究及实现[J].机械传动,2006(01):40-42+87. DOI: 10.16578/j.issn.1004.2539.2006.01.014.
DOI:
将Matlab软件的虚拟现实工具箱、M编程语言与VRML技术相结合
开发出一种能够对各类常用凸轮机构进行虚拟设计的系统。该系统通过简洁的图形用户界面
能够为用户提供各种常用凸轮的参数化设计、三维造型和虚拟运动仿真
并具有辅助参数优化、性能分析、图文数据输出等功能
同时用户还可以对实时生成的凸轮机构虚拟场景进行交互操作
控制仿真进程。实践表明
运用该方法开发的虚拟设计系统
能合理地利用VRML和MATLAB各自的优点
大大降低开发的难度和强度
缩短开发时间。
Integrating Matlab Virtual Reality Toolbox
Matlab language and VRML technology
a virtual design system has been developed
on which various cam mechanisms can be designed.The software has a simple and clear graphical user interfaces
and can provide user with parameterized design
three-dimensional graphics and virtual simulation.Further more
the software has some assistant function such as parameter optimization
movement performance analysis
output for graphics and character data
and so on.On this system
user can interact on the virtual scene of cam mechanism created Real-timely
and control the course of simulation.The system indicates that the method can effectively reduce the difficulties and workload
and shorten the time of programing accordingly
because it could take advantage of MATLAB’s and VRML’s strongpoints.
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