提出了一个基于网格的计算化学过程可视化解决方案,实时地监控计算过程,增加对计算过程的控制。网格提供了计算作业所需要的大量计算资源,对计算过程的实时监控则增加了对计算过程的控制。为了达到实时的目的,针对计算过程中的原子不变性,提出了优化的三维可视化方法,动态地设定检测的时间间隔,并引入了断点续传的思想。
This paper presented a grid-based interactive visualization of computational process resolution to monitor the process in real time.The grid supplied large resources for the computation.And monitoring the process of computation helped to control the process.As atoms were never changed in the computation process,the paper gave an optimized 3D visualization method.It introduced dynamical interval setting and resume broken transfer in data retrieving from the grid.