STAND ALONE graphics; now more than ever

ACM '75 Pub Date : 1900-01-01 DOI:10.1145/800181.810287
C. D. Barry
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Abstract

The role seen for computer graphics in studying proteins and in aiding their structure determination through interpretation of electron density maps resulting from x-ray (and now neutron) diffraction has changed little since the design of the first molecular graphics system by Leventhal?. The obvious definition of a STAND ALONE SYSTEM has likewise remained unchanged; computers, however, have not. The last 10 years have seen a dramatic change in both the cost and the performance of small machines. We believe these changes strongly favor the development of stand alone systems now and in the future. Examination of the problem at hand shows a spectrum of computer tasks with a range of acceptable response times. The tasks require different degrees of machine performance with certain, but not all, tasks requiring high performance equipment. This is perhaps the major dillemma encountered in designing these systems.
独立图像;现在比以往任何时候都重要
计算机图形学在研究蛋白质和通过解释x射线(现在是中子)衍射产生的电子密度图来帮助确定蛋白质结构方面的作用,自Leventhal设计第一个分子图形系统以来几乎没有变化。独立系统的明显定义同样保持不变;然而,计算机却没有。在过去的十年里,小型机器的成本和性能都发生了巨大的变化。我们相信这些变化在现在和将来都非常有利于独立系统的发展。对手头问题的检查显示了一系列具有可接受响应时间范围的计算机任务。这些任务需要不同程度的机器性能,某些但不是全部的任务需要高性能设备。这可能是在设计这些系统时遇到的主要困境。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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