Supplementary character sorting and storing method and device and method and device for creating supplementary font library

Abstract

The invention provides a supplementary character sorting and storing method, which comprises the following steps: 1) judging whether all characters to be supplemented in a sequence of the characters to be supplemented are not included in traditional international or national coding standards, and executing a step 2) if all characters to be supplemented in a sequence of the characters to be supplemented are not included in the traditional international or national coding standards; 2) carrying out data reduction and character normative processing on each character to be supplemented to obtain the attribute information of each character to be supplemented; and 3) according to the attribute information of each character to be supplemented, independently forming a sorting and storing sequence and an index value corresponding to each character to be supplemented, and independently storing a corresponding character to be supplemented on a corresponding position of a user-defined zone according to each formed sorting and storing sequence. Correspondingly, the invention also provides a supplementary character sorting and storing device and a method and a device for creating a supplementary font library. Font repetition can be avoided, storage and retrieval efficiency is improved, and the supplementary character sorting and storing device can transmit and exchange with other systems.

Description

technical field [0001] The invention relates to the field of computer character information processing, in particular to a method and device for sorting and storing complementary characters, and a method and device for creating a supplementary character library. Background technique [0002] Up to now, the international coding standard ISO / IEC10646:2003 that has been promulgated, and the national coding standards GB13000-2010 and GB18030-2005 have included CJK unified Chinese characters, CJK unified Chinese character extension set A and CJK unified Chinese character extension set B, a total of 70195 characters, and the CJK Unified Chinese Character Extension Set C1 is in the process of being formulated. However, such a huge character set still cannot meet the existing usage requirements. For example, it is impossible to meet the demand for words in names and addresses in citizens' personal information. That is to say, the uncommon characters in the names and addresses of c...

AI Technical Summary

Problems solved by technology

However, such a huge character set still cannot meet the existing usage needs

For example, it is unable to meet the needs of the name and address in citizens' personal information

That is to say, the uncommon characters in the names and addresses of citizens’ personal information are still not included in the international or national coding standards. Therefore, the existing fonts that meet the international or national coding standards do not support a large number of uncommon characters in citizens’ personal information. The entry, display, printing, storage, reading, transmission, exchange and processing of characters, resulting in fields involving the processing of citizens' personal information, such as the public security population information management system, the second-generation resident ID card system, banks, Insurance, customs, etc., often encounter the problem of dealing with uncommon characters in residents' names and addresses

[0003] The current situation is: when the user finds that the input method he uses cannot input certain Chinese characters, it is not clear whether the Chinese character has not been included in the international or national coding standards, or the input method fails to cover the existing international or national coding standards, and Randomly fill in a glyph according to your own needs without coding and checking for duplicates, and put the glyph in a certain position in the user-defined area without data sorting and glyph specification

As a result, the complements in the user-defined area are not stored in a hierarchical and sorted manner, not only are the storage disordered and chaotic, but also cause waste of storage space in the user-defined area and low retrieval efficiency

Moreover, due to the absence of duplicate checking and sorting, there may be repetition of fonts

What's more serious is that it is difficult to transmit and exchange the complementary character storage sequence and complementary character library with other systems.

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