The design achieves the regulation of parameters and the interaction between human and computer and proves the feasibility of virtual visualization flow pattern scheme based on particle system.
该系统可以调节气力输送参数，进行人机交互等，并给出了可视化运行的结果，初步验证了基于粒子的气力输送流型虚拟可视化的方案的可行性。
参考来源 - 气力输送管路流型虚拟可视化技术研究·2,447,543篇论文数据，部分数据来源于NoteExpress
VR technology makes the interaction between human and computer becomes more natural, more advanced.
虚拟现实技术使人与计算机的交互方式更加自然，更加先进。
Through an intuitive and friendly human-computer interface control system make the system more humane in the use of, improvement the interaction between the system and human.
通过直观、友好的人机界面对系统进行操控，使系统在使用上更加人性化，系统和人之间的交互性得到了改善。
In the past, CAD developers can't display photo-realistic images while keeping good computer-human interaction, and have to make trade-off between them.
在过去CAD的显示中，开发人员不能同时实现真实的图像和良好的人机交互，而必须在两者之间权衡。
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