CAJ | 학술논문

当前，虚拟现实技术已成为精品教学资源开发和建设的重要手段。然而，由于3D仿真起步较晚，开发难度较大，能够深度反映生产过程的系统不多。本文以提取浓缩虚拟车间为例，介绍了利用Quest3D实现生产操作深度仿真的设计方法，总结了对制药设备生产过程实施仿真的关键技术，尤其是利用FSM有限状态机技术，对生产设备的操作过程逻辑实施了有效控制，解决了即使是平面编程也较为困难的流程控制问题。与此同时，软件参照游戏闯关的方式，设计了基于360度查看视角的岗位操作考核模块，较好地解决了实践考核这个难题。而B/S的技术架构，为该3D仿真软件成为优质开放学习资源提供了基本条件。
당전，허의현실기술이성위정품교학자원개발화건설적중요수단。연이，유우3D방진기보교만，개발난도교대，능구심도반영생산과정적계통불다。본문이제취농축허의차간위례，개소료이용Quest3D실현생산조작심도방진적설계방법，총결료대제약설비생산과정실시방진적관건기술，우기시이용FSM유한상태궤기술，대생산설비적조작과정라집실시료유효공제，해결료즉사시평면편정야교위곤난적류정공제문제。여차동시，연건삼조유희틈관적방식，설계료기우360도사간시각적강위조작고핵모괴，교호지해결료실천고핵저개난제。이B/S적기술가구，위해3D방진연건성위우질개방학습자원제공료기본조건。
3D simulation system which is based on virtual-reality technology, is an important medium for practical teaching in universities and colleges. However, systems which can deeply reflect producing process are limited, because 3D simulation system is published not long ago, and difficult for users to develop. This pa-per introduces some design methods and key techniques for using Quest3D to achieve pharmaceutical produc-tion process. Particularly, use FSM function module to effectively control the operation process logic of the production equipment, in order to solve the process control problem that even graphic programming is difficult.