Stroke order refers to the order in which the strokes of a Chinese character are written.
Stroke order may also refer to:
Collation is the assembly of written information into a standard order. Many systems of collation are based on numerical order or alphabetical order, or extensions and combinations thereof. Collation is a fundamental element of most office filing systems, library catalogs, and reference books.
The Wubizixing input method, often abbreviated to simply Wubi or Wubi Xing, is a Chinese character input method primarily for inputting simplified Chinese and traditional Chinese text on a computer. Wubi should not be confused with the Wubihua (五笔画) method, which is a different input method that shares the categorization into five types of strokes.
Written Chinese is a writing system that uses Chinese characters and other symbols to represent the Chinese languages. Chinese characters do not directly represent pronunciation, unlike letters in an alphabet or syllabograms in a syllabary. Rather, the writing system is morphosyllabic: characters are one spoken syllable in length, but generally correspond to morphemes in the language, which may either be independent words, or part of a polysyllabic word. Most characters are constructed from smaller components that may reflect the character's meaning or pronunciation. Literacy requires the memorization of thousands of characters; college-educated Chinese speakers know approximately 4,000. This has led in part to the adoption of complementary transliteration systems as a means of representing the pronunciation of Chinese.
A radical, or indexing component, is a visually prominent component of a Chinese character under which the character is traditionally listed in a Chinese dictionary. The radical for a character is typically a semantic component, but can also be another structural component or even an artificially extracted portion of the character. In some cases the original semantic or phonological connection has become obscure, owing to changes in the meaning or pronunciation of the character over time.
The four-corner method or four-corner system is a character-input method used for encoding Chinese characters into either a computer or a manual typewriter, using four or five numerical digits per character.
The Stroke Count Method, Wubihua method, Stroke input method or Bihua IME is a relatively simple Chinese input method for writing text on a computer or a mobile phone. It is based on the stroke order of a word, not pronunciation. It uses five or six buttons, and is often placed on a numerical keypad. Although it is possible to input Traditional Chinese characters with this method, this method is often associated with Simplified Chinese characters. The Wubihua method should not be confused with the Wubi method.
The Kangxi radicals, also known as Zihui radicals, are a set of 214 radicals that were collated in the 18th-century Kangxi Dictionary to aid categorization of Chinese characters. They are primarily sorted by stroke count. They are the most popular system of radicals for dictionaries that order characters by radical and stroke count. They are encoded in Unicode alongside other CJK characters, under the block "Kangxi radicals", while graphical variants are included in the block "CJK Radicals Supplement".
The surname stroke order is a system for the collation of Chinese surnames. It arose as an impartial method of categorization of the order in which names appear in official documentation or in ceremonial procedure without any line of hierarchy. In official setting, the number of strokes in a person's surname determines where a name should be placed and the list order. Surnames "Ding" and "Wang" for example, are simple surnames that usually appear on the front of lists, while surnames such as "Dai" and "Wei" often appear on the bottom of lists.
2008 Summer Olympics Parade of Nations was part of the opening ceremony that originating with the 1896 Olympic Games. The national team from each nation participating in the Olympic Games paraded behind their national flag into the Olympic Stadium. The flag bearer was an athlete of each national delegation chosen, to represent the athletes, either by the National Olympic Committee or by the national team.
Tally marks, also called hash marks, are a form of numeral used for counting. They can be thought of as a unary numeral system.
During the Parade of Nations within the Beijing 2022 Winter Paralympics opening ceremony on March 4, athletes and officials from each participating country marched in the Beijing National Stadium, preceded by their flag and placard bearer bearing the respective country's name. Each flag bearer was chosen either by the nation's National Paralympic Committee or by the team of athletes themselves.
Stroke-based sorting, also called stroke-based ordering or stroke-based order, is one of the five sorting methods frequently used in modern Chinese dictionaries, the others being radical-based sorting, pinyin-based sorting, bopomofo and the four-corner method. In addition to functioning as an independent sorting method, stroke-based sorting is often employed to support the other methods. For example, in Xinhua Dictionary (新华字典), Xiandai Hanyu Cidian (现代汉语词典) and Oxford Chinese Dictionary, stroke-based sorting is used to sort homophones in Pinyin sorting, while in radical-based sorting it helps to sort the radical list, the characters under a common radical, as well as the list of characters difficult to lookup by radicals.
The GB stroke-based order, full name GB13000.1 Character Set Chinese Character Order , is a standard released by the State Language Commission of China in 1999. It is the current national standard for stroke-based sorting, and has been applied to the arrangement of the List of Commonly Used Standard Chinese Characters (通用规范汉字表), and the new versions of Xinhua Zidian and Xiandai Hanyu Cidian, etc.
Chinese character order, or Chinese character indexing, Chinese character collation and Chinese character sorting, is the way in which a Chinese character set is sorted into a sequence for the convenience of information retrieval. It may also refer to the sequence so produced.
The YES stroke alphabetical order (一二三漢字筆順排檢法), also called YES stroke-order sorting, briefly YES order or YES sorting, is a Chinese character sorting method based on a stroke alphabet and stroke orders. It is a simplified stroke-based sorting method free of stroke counting and grouping.
Strokes are the smallest structural units making up written Chinese characters. In the act of writing, a stroke is defined as a movement of a writing instrument on a writing material surface, or the trace left on the surface from a discrete application of the writing implement. The modern sense of discretized strokes first came into being with the clerical script during the Han dynasty. In the regular script that emerged during the Tang dynasty—the most recent major style, highly studied for its aesthetics in East Asian calligraphy—individual strokes are discrete and highly regularized. By contrast, the ancient seal script has line terminals within characters that are often unclear, making them non-trivial to count.
Stroke number, or stroke count, is the number of strokes of a Chinese character. It may also refer to the number of different strokes in a Chinese character set. Stroke number plays an important role in Chinese character sorting, teaching and computer information processing.
Chinese character forms are the shapes and structures of Chinese characters. They are the physical carriers of written Chinese.
CJK Unified Ideographs (YES order) is a list of CJK Unified Ideographs sorted in YES order, a simpler alternative to the traditional Radical order employed in CJK Unified Ideographs (Unicode block), List of CJK Unified Ideographs, part 1, part 2, part 3, part 4.
Stroke orders of CJK Unified Ideographs (YES order) is a list of stroke orders of the CJK Unified Ideographs sorted in YES order, a simpler alternative to the traditional Radical order employed in CJK Unified Ideographs (Unicode block), List of CJK Unified Ideographs, part 1, part 2, part 3, part 4.