复杂科学材料的计算机排版

J. Kuney, B. G. Lazorchak, S. W. Walcavich, D. Sherman
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引用次数: 6

摘要

计算机排版的成功发展是一个在输入编码和对排版过程中各种决策步骤进行编程的能力之间取得平衡的过程。这些决策中最常见的——辩护——已被证明是最适合计算机处理的。即使是规则各异的连字符,也已通过计算机处理,取得了不同程度的成功。但是,为科学期刊撰写文章在输入编码和计算机处理非文本元素(如特殊字符、表格、数学表达式和化学结构形式的图形数据)方面产生了特殊需求。间距考虑和字符选择变得更加复杂,涉及许多选择问题,而不是规则问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Computerized typesetting of complex scientific material
The successful development of computerized typesetting has been a process of striking a balance between input coding and capacity to program the variety of decision-making steps which characterize the typesetting process. The most frequent of these decisions---justification---has proved most adaptable to computer handling. Even hyphenation, with its variety of rules, has been handled via the computer with varying degrees of success. But composition for scientific journals creates special needs both for input coding and for computer processing in the handling of non-text elements such as special characters, tables, mathematical expressions, and graphic data in the form of chemical structures. Spacing considerations and character selection become much more complex and involve many decisions which are a matter of choice, not rule.
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