Input method of 6-code number oracle

Abstract

The invention discloses an input method of a 6-code number oracle, comprising the steps of: coding every structural division of oracle characters into a 6-bit code element, constituting a code element sequence by an eye code, an eyelash code, a tiller code, a branch code, a flutter code and a structure code, and respectively corresponding same to the numbers from 0 to 9 on a computer keyboard, wherein the eye code is a number of strokes formed by a closed curve in the oracle characters; the eyelash code is a number of non-bifurcated strokes connected with the eye in the oracle characters; the tiller code is a number of intersections of non-eye crossed strokes; the branch code is a number of strokes which can be described by using minimum strokes; the flutter code is a number of floating strokes which do not form the eye, the tiller and the branch in the oracle characters; and the structure code is a number of non-conglutinated structure blocks which form an oracle character. By coding and inputting the oracles by a computer according to the 6-bit code elements, the ancient writing office automation can be realized and the history of transcribing ancient characters by hands in publishing industry is put to an end.

Description

technical field [0001] The invention relates to an oracle bone inscription input method for an electronic computer. Background technique [0002] Oracle bone inscriptions are one of the oldest writings in the world and the only writing that has survived to this day. The study of oracle bone inscriptions is of great significance to many disciplines such as philology, history, archaeology, and linguistics, as well as to the research and creation of calligraphy. Therefore, it is necessary to create a computer-recognized oracle bone inscription information processing system, but the research in this area is very limited, far behind the modern character recognition and processing technology. [0003] The information processing technology of modern Chinese characters is very mature, and there are hundreds of input methods alone, while oracle bone inscriptions and other ancient characters do not have simple and easy-to-remember computer input methods. Therefore, it is difficult t...

AI Technical Summary

Problems solved by technology

These methods are only applicable to the "standardized" oracle bone inscriptions and bronze inscriptions, which cannot express the original writing method, and can only be used to retrieve the oracle bone inscriptions corresponding to a certain modern Chinese character (ie, forward search), and cannot be used to see a certain character. oracle bone inscriptions to retrieve the corresponding modern Chinese characters or whether there are corresponding modern Chinese characters (that is, reverse search), and many oracle bone inscriptions only have font shapes, and it is impossible to know their pronunciation and meaning. When seeing an oracle bone inscription, it is difficult to find its meaning. First, you have to estimate what character it is, and then look it up according to the radical search method. If the estimate is not accurate, you have to try again and again. Besides, there are a large number of characters in oracle bone inscriptions that have no radicals at all; and input methods such as pinyin cannot Realize the input of all Oracle characters

In addition, some encoding methods only have four-digit codes, even if they can express all oracle bone inscriptions and bronze inscriptions, there will be many repeated codes

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