论文部分内容阅读
基于VRML和JAVA技术的结合构建了网络三维交互原子吸收虚拟实验室。利用VRML技术构建虚拟仪器部分,实现了可控制的非线性的场景与视角变换、仪器的仿真操作等多种功能,以此取代实际环境中的各种硬件。利用JAVA技术构建工作站部分,实现了对虚拟仪器中各种部件的控制及参数设定功能,完整实现了虚拟硬件与工作软件之间的数据传送等功能。据此建立的原子吸收网络虚拟实验室可在网络上顺利运行。
Based on the combination of VRML and JAVA technology, a virtual three-dimensional interactive atomic absorption network laboratory is constructed. The use of VRML technology to build part of the virtual instrument to achieve a variety of functions such as controllable nonlinear scene and perspective transformation, the simulation operation of the instrument, as a substitute for a variety of hardware in the actual environment. The use of JAVA technology to build part of the workstation to achieve a variety of components in the virtual instrument control and parameter setting functions, the complete realization of the virtual hardware and software between the work of the data transfer functions. The atomic absorption network virtual laboratory established here can run smoothly on the network.