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Method of Coding for Multicomponent Objects (RHA) and Its Application for Ordering Roman Fonts
Automatic Documentation and Mathematical Linguistics ( IF 0.5 ) Pub Date : 2019-08-26 , DOI: 10.3103/s0005105519030087
E. T. Petrova , T. G. Petrov , S. V. Chebanov , S. V. Moshkin

Abstract—

The authors propose to systematize the font frameworks of the ''H'' sign types of different fonts on the base of the RHA information language, which has been developed for different types of objects, by assigning a code to the framework by placing the H font in the standardized window (FontWindow), with the subsequent calculation of quantity characteristics (characterizations). The codes are rendered in a diagram. The sorting of codes is carried out using the SBCO special alphabet, where S, B, C, O are, on one hand, code elements, and on the other hand, component designations of fonts frameworks. The sorting of codes is carried out by alphabets (1) ratings of assignment of components fields in a FontWindow, (2) entropies, and (3) anentropies. The codes are accompanied by the names of coded fonts. The authors propose a principle of placing codes, which does not depend on the name, style, width, the purpose of the font, and its author. The described method organizes H fonts by resembling of their frameworks. The created list-catalog can include all Latin and Cyrillic H fonts of direct inscriptions. The catalog layout includes 99 codes of H font frameworks ranged into 6 classes from 24 possible classes in the system made by authors. The proposed variant of the applying of the method can be used as a base of creating of a common method of coding and systematization of bicolored (in the present paper) and multicolored images on the plane, including maps and other presentations, which include sets of components of different colors and forms.


中文翻译:

多分量对象的编码方法(RHA)及其在订购罗马字体中的应用

摘要-

作者建议在RHA的基础上将不同字体的“ H”符号类型的字体框架系统化通过将H字体放在标准化窗口(FontWindow)中并为框架分配代码,并随后计算数量特征(特征),为不同类型的对象开发了一种信息语言。代码在图中呈现。使用SBCO特殊字母对代码进行排序,其中S,B,C,O一方面是代码元素,另一方面是字体框架的组件名称。代码的排序是通过字母(1)FontWindow中组件字段的分配等级,(2)熵和(3)熵来进行的。这些代码随附有编码字体的名称。作者提出了放置代码的原则,该原则不依赖于名称,样式,宽度,字体的用途及其作者。所描述的方法通过类似于H字体的框架来组织H字体。创建的列表目录可以包含所有直接题字的拉丁和西里尔字母H字体。目录布局包括99种H字体框架代码,从作者在系统中的24种可能的类中划分为6类。该方法应用的建议变体可以用作创建在平面上对双色(在本文中)和多色图像进行编码和系统化的通用方法的基础,包括地图和其他表示形式,其中包括不同颜色和形式的组件。目录布局包括99种H字体框架代码,从作者在系统中的24种可能的类中划分为6类。该方法应用的建议变体可以用作创建在平面上对双色(在本文中)和多色图像进行编码和系统化的通用方法的基础,包括地图和其他表示形式,其中包括不同颜色和形式的组件。目录布局包括99种H字体框架代码,从作者在系统中的24种可能的类中划分为6类。该方法应用的建议变体可以用作创建在平面上对双色(在本文中)和多色图像进行编码和系统化的通用方法的基础,包括地图和其他表示形式,其中包括不同颜色和形式的组件。
更新日期:2019-08-26
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