TW201512969A - Method of increasing handwriting input efficiency - Google Patents

Method of increasing handwriting input efficiency Download PDF

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TW201512969A
TW201512969A TW102134275A TW102134275A TW201512969A TW 201512969 A TW201512969 A TW 201512969A TW 102134275 A TW102134275 A TW 102134275A TW 102134275 A TW102134275 A TW 102134275A TW 201512969 A TW201512969 A TW 201512969A
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stroke
sequence
handwriting input
chinese character
improving
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TW102134275A
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TWI503740B (en
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Wen-Lian Hsu
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Academia Sinica
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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0487Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
    • G06F3/0488Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
    • G06F3/04883Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures for inputting data by handwriting, e.g. gesture or text
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/02Input arrangements using manually operated switches, e.g. using keyboards or dials
    • G06F3/023Arrangements for converting discrete items of information into a coded form, e.g. arrangements for interpreting keyboard generated codes as alphanumeric codes, operand codes or instruction codes
    • G06F3/0233Character input methods
    • G06F3/0236Character input methods using selection techniques to select from displayed items

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Document Processing Apparatus (AREA)
  • Character Discrimination (AREA)

Abstract

The present invention provides a method of increasing handwriting input efficiency, which first constructs a Chinese character library having a plurality of coding sequences of strokes of Chinese characters. Each coding sequence of strokes corresponds to the order of strokes of a Chinese character, and the stroke also corresponds to a basic font coding; when a partial stroke of a targeted character is inputted on a touch panel, the partial stroke could be those of discontinuous orders which can be converted into a subsequence including the basic character coding through using a processor, and therefore, such subsequence is compared with the stroke coding sequence in the Chinese character library to select those as candidate characters where the stroke coding sequence of Chinese characters is fitted with the subsequence. Finally, the candidate characters are displayed on a touch panel provided for selection of right targeted characters by the user.

Description

增進手寫輸入效率之方法 Ways to improve handwriting input efficiency

本發明係有關一種手寫輸入之技術,特別是指一種增進手寫輸入效率之方法。 The present invention relates to a technique for handwriting input, and more particularly to a method for improving the efficiency of handwriting input.

按,世界上的語言可大致分為拼音文字的語言(alphabetic language)以及圖像式的語言(graphic language),以手寫輸入而言包括體控輸入及觸控輸入,拼音文字的每個字是以字母的序列表示,手寫輸入通常要按照這個序列的字母一一寫出,輸入的過程有可能遇到字母辨識混淆的情況,輸入者需要對裝置所提供的一些候選字母進行篩選,以獲得正確的字;圖像式的語言(如中、日、韓文)有所謂的筆畫,以中文而言,其定義有不同的方式,基本筆畫簡單分類有橫、豎、撇、點、折等五種,每個字的筆畫都是由這最基本的五種所構成。 According to the world language, it can be roughly divided into an alphabetic language and a graphic language. In terms of handwriting input, it includes a body control input and a touch input. Each word of the pinyin text is In the sequence of letters, the handwriting input is usually written according to the letters of the sequence. The input process may encounter confusion of the letter recognition. The input person needs to filter some candidate letters provided by the device to get the correct one. The word-based language (such as Chinese, Japanese, and Korean) has so-called strokes. In Chinese, there are different ways to define it. The basic strokes are simply classified into five types: horizontal, vertical, 撇, point, and fold. The strokes of each word are composed of the five most basic ones.

中文字的輸入筆畫有一定的順序,茲稱之為筆順,手寫輸入通常要按照這個序列的筆畫一一寫出,電子裝置依據辨識出可能的筆畫序列提供候選字(通常會包含所欲輸入的標的字),讓使用者在候選字中選出他要的字。但中文字筆畫繁多,手寫輸入速度慢,影響手寫輸入的適用性,若寫得太潦草還可能會使電子裝置無法辨識,因此如何在不影響電子裝置辨識度的情況下提升手寫輸入的速度是目前手寫輸入技術待解決的一項課題。 有鑑於此,本發明遂針對上述習知技術之缺失,提出一種增進手寫輸入效率之方法,以有效克服上述之該等問題。 Chinese character input strokes have a certain order, which is called stroke order. Handwriting input is usually written according to the strokes of this sequence. The electronic device provides candidate words according to the sequence of possible strokes (usually containing the desired input). The target word) allows the user to select the desired word among the candidate words. However, there are many strokes in Chinese characters, and the handwriting input speed is slow, which affects the applicability of handwriting input. If it is too sloppy, it may make the electronic device unrecognizable. Therefore, how to increase the speed of handwriting input without affecting the recognition of the electronic device is At present, a topic to be solved by handwriting input technology. In view of the above, the present invention proposes a method for improving the efficiency of handwriting input in order to effectively overcome the above problems in view of the above-mentioned shortcomings of the prior art.

本發明之主要目的在提供一種增進手寫輸入效率之方法,其僅需一個漢字的部分筆畫即可從漢字字庫中找出候選字,並依據相似度排列於觸控螢幕上。 The main object of the present invention is to provide a method for improving the efficiency of handwriting input, which can find a candidate word from a Chinese character font by only a part of a stroke of a Chinese character, and arrange it on the touch screen according to the similarity.

本發明之另一目的在提供一種增進手寫輸入效率之方法,其係將漢字的筆畫順序定義為筆順編碼序列,並給予每一個筆畫的基本字形一個編碼,只要使用者手寫輸入一個漢字的部分筆畫,若漢字字庫中的漢字中有筆順編碼序列與該部分筆畫的基本字形編碼序列相符者,即成為候選字。 Another object of the present invention is to provide a method for improving handwriting input efficiency, which defines a stroke order of a Chinese character as a stroke order coding sequence, and gives a basic glyph of each stroke a code as long as the user inputs a stroke of a Chinese character by handwriting. If there is a stroke order coding sequence in the Chinese character in the Chinese character font that matches the basic glyph coding sequence of the part of the stroke, it becomes a candidate word.

本發明之再一目的在提供一種增進手寫輸入效率之方法,其將漢字切割成四個方格,定義出漢字每一筆畫的位置並將此位置加入到筆順編碼序列中,成為輔助序列,以對候選字與輸入之目標字相似度加以排序。 A further object of the present invention is to provide a method for improving handwriting input efficiency, which cuts Chinese characters into four squares, defines the position of each stroke of the Chinese character, and adds the position to the stroke order coding sequence to become a auxiliary sequence, Sort the similarity between the candidate word and the input target word.

為達上述之目的,本發明提供一種增進手寫輸入效率之方法,包括下列步驟,建立一漢字字庫,漢字字庫中包含複數漢字之筆順編碼序列,每一筆順編碼序列對應一漢字之筆畫的順序,且筆畫對應一基本字形編碼;於一觸控螢幕上輸入一目標字之部分筆畫,此部分筆畫可為筆順不連續的筆畫,利用一處理器將此部分筆畫轉換成包含基本字形編碼之一子序列;將子序列與漢字字庫中之筆順編碼序列進行比對,判斷漢字之筆順編碼序列中是否有與子序列相符之候選字;以及將候選字顯示於觸控螢幕上。 To achieve the above object, the present invention provides a method for improving the efficiency of handwriting input, comprising the steps of: creating a Chinese character font, the Chinese character font comprising a stroke order coding sequence of a plurality of Chinese characters, each stroke order sequence corresponding to the order of strokes of a Chinese character, The stroke corresponds to a basic glyph code; a part of the stroke of the target word is input on a touch screen, and the part of the stroke can be a stroke with a discontinuous stroke, and a part of the stroke is converted into one of the basic glyph codes by using a processor. Sequence; comparing the subsequence with the stroke order coding sequence in the Chinese character font, determining whether there is a candidate word matching the subsequence in the stroke order coding sequence of the Chinese character; and displaying the candidate word on the touch screen.

第1圖為本發明增進手寫輸入效率之方法之流程圖。 Figure 1 is a flow chart of a method for improving handwriting input efficiency of the present invention.

第2圖為第1圖中步驟S16之細部流程圖。 Fig. 2 is a detailed flow chart of step S16 in Fig. 1.

本發明是一種增進手寫輸入效率之方法,將每個漢字依照手 寫的筆順及筆畫位置定義出筆順編碼序列,使用者只需手寫輸入漢字的部分筆畫,亦即任何子序列,便可從漢字字庫中找出包含此子序列的漢字並列為候選字。 The invention is a method for improving the efficiency of handwriting input, and according to the hand of each Chinese character The written stroke order and the stroke position define the stroke order coding sequence. The user only needs to hand-write some strokes of the Chinese character, that is, any sub-sequence, and the Chinese character containing the sub-sequence can be found from the Chinese character font and listed as a candidate word.

請參考第1圖,其為本發明增進手寫輸入效率之方法之流程圖,首先步驟S10建立一漢字字庫,此漢字字庫中包含複數漢字之筆順編碼序列,每一筆順編碼序列對應一漢字的筆畫順序,且筆畫對應一基本字形編碼,基本字形編碼包含各種漢字基本字形,其編碼表如下表一: Please refer to FIG. 1 , which is a flowchart of a method for improving handwriting input efficiency according to the present invention. First, step S10 establishes a Chinese character font library, wherein the Chinese character font library includes a stroke order coding sequence of a plurality of Chinese characters, and each stroke order code sequence corresponds to a Chinese character stroke. The order, and the stroke corresponds to a basic glyph coding, and the basic glyph coding includes various basic glyphs of Chinese characters, and the coding table thereof is as follows:

筆順編碼序列包括僅有基本字形編碼之一主要序列及包含基本字形編碼與每一筆畫的位置之一輔助序列,以「兄」為例,其筆畫包括、一、丿、乚,分別對應編碼表中的編號2,6,1,3,10,因此「兄」的主要序列即為[2,6,1,3,10]。再論輔助序列,其係為了額外增加手寫筆畫的鑑別度,約略區分筆畫所寫的位置,假設每個漢字都填在一個虛擬字體方塊中,虛擬字體方塊分為左上、左下、右上、右下四個大小相同的小方格 (田字形,分別稱之為左上、左下、右上、右下;左上、左下合起來的長方格稱為左方;右上、右下合起來稱為右方;左上、右上合起來稱為上方;左下、右下合起來稱為下方),以筆畫主要所在的方格紀錄其位置,若一個筆畫四分之三以上的長度都落在左上方格內,則稱此筆畫之位置為左上;依此類推,同理可定義出位置在右上、左下、右下的筆畫。當一個筆畫穿過左上、左下兩個小方格,在這兩個方格內都不到四分之三,但其四分之三以上的長度都落在左方者,則稱其位置為左方;同理可定義出位置在右方、上方及下方的筆畫。不屬於以上這些位置的筆畫(必須至少穿過三個小方格)則稱其位置為「中」。因此「兄」的編碼可寫成2左上,6上,1中,3左下,10右下,更清楚的「兄」字之筆順及編碼如下表二: 另以「國」字為例,其主要序列為[2,6,1,2,6,1,1,13,5,4,1],輔助序列為[2左,6中,1上,2左,6左,1左下,1左下,13右,5右上,4中,1下],另,「國」字之筆順及編碼如下表三: The stroke order coding sequence includes one main sequence of only basic glyph coding and one auxiliary sequence including a basic glyph coding and a position of each stroke, and the "brother" is taken as an example, and the stroke includes , 1, 丿, 乚, corresponding to the number 2,6,1,3,10 in the code table, so the main sequence of "brother" is [2,6,1,3,10]. In addition to the auxiliary sequence, in order to additionally increase the discriminating degree of the handwritten stroke, roughly distinguish the position written by the stroke, assuming that each Chinese character is filled in a virtual font square, the virtual font square is divided into upper left, lower left, upper right, and lower right. Small squares of the same size (field shape, respectively called upper left, lower left, upper right, lower right; the long squares of the upper left and lower left are called the left side; the upper right and the lower right are called the right side; upper left; The upper right is called the upper part; the lower left and the lower right are called the lower part), and the square where the stroke is mainly located records its position. If more than three-quarters of the strokes are in the upper left, it is called The position of the stroke is the upper left; and so on, the same strokes can be defined in the upper right, lower left, and lower right. When a stroke passes through the upper left and lower left squares, it is less than three-quarters of the two squares, but more than three-quarters of the lengths are on the left, and the position is called The left side; the same reason can define the strokes on the right, above and below. Strokes that do not belong to these positions (must pass through at least three small squares) are called "medium". Therefore, the code of "brother" can be written as 2 upper left, 6 upper, 1 middle, 3 lower left, 10 lower right, and the clearer "brother" word stroke and code are as follows: Taking the word "country" as an example, the main sequence is [2,6,1,2,6,1,1,13,5,4,1], and the auxiliary sequence is [2 left, 6 in, 1 on, 2 left, 6 left, 1 left lower, 1 left lower, 13 right, 5 right upper, 4 middle, 1 lower], in addition, the "national" word stroke order and coding are as follows:

當所有漢字之筆順編碼序列皆已儲存在漢字字庫中之後,當使用者要開始手寫輸入時,如步驟S12所述,於一觸控螢幕上輸入一目標 字之部分筆畫,此部分筆畫可為筆順不連續的筆畫,例如若目標字為八筆畫的漢字,則使用者可僅輸入目標字的前三個筆畫及倒數第二個筆畫,共四筆畫;接著於步驟S14中,利用一處理器將此部分筆畫與基本字形的編碼表互相對照,轉換成包含基本字形編碼之一子序列,若目標字的筆順為a1a2a3a4a5a6a7a8,其中每個字母ai代表一個筆畫編碼,則使用者手寫輸入目標字的筆順的任意子序列,如a1a3a4a7、a2a4a6a7a8或a1a2a4a8等;步驟S16將子序列與漢字字庫中之筆順編碼序列進行比對,判斷漢字之筆順編碼序列中是否有與子序列相符之候選字,並在步驟S18中將所有的候選字顯示於觸控螢幕上,以供使用者選擇。 After all the stroke sequences of the Chinese characters have been stored in the Chinese character font, when the user wants to start the handwriting input, a target is input on a touch screen as described in step S12. Part of the stroke of the word, this part of the stroke can be a stroke with a discontinuous stroke. For example, if the target word is a Chinese character of eight strokes, the user can input only the first three strokes of the target word and the second to last stroke, for a total of four strokes; Next, in step S14, the partial stroke and the basic glyph coding table are compared with each other by a processor, and converted into a sub-sequence including the basic glyph coding. If the target word has a stroke order of a1a2a3a4a5a6a7a8, each of the letters ai represents a stroke. Encoding, the user handwriting input any subsequence of the stroke order of the target word, such as a1a3a4a7, a2a4a6a7a7a8 or a1a2a4a8, etc.; step S16 compares the subsequence with the stroke order coding sequence in the Chinese character library, and determines whether there is any stroke sequence of the Chinese character The candidate words conform to the sub-sequence, and all the candidate words are displayed on the touch screen in step S18 for the user to select.

觸控螢幕與處理器電性連接,如手寫板、觸控板、觸控式手機、觸控螢幕連接電腦等電子裝置。 The touch screen is electrically connected to the processor, such as a tablet, a touchpad, a touch-sensitive mobile phone, a touch screen connected to a computer, and the like.

步驟S16在比對子序列及漢字字庫時,更包括二步驟,如第2圖所示,首先如步驟S162比對主要序列,亦即僅比對基本字形編碼,對漢字字庫的所有筆順編碼序列進行篩選,從各主要序列中挑出與子序列相符之候選字;接著步驟S164將篩選出的候選字進行排序,依據輔助序列比較子序列與各候選字的相似度,最後按相似度排序將候選字顯示於觸控螢幕上,如步驟S18。 Step S16 further includes two steps in comparing the subsequence and the Chinese character font. As shown in FIG. 2, firstly, the main sequence is compared as in step S162, that is, only the basic glyph encoding is compared, and all the stroke encoding sequences of the Chinese character library are aligned. Performing screening, picking out candidate words corresponding to the sub-sequences from each main sequence; then, in step S164, sorting the selected candidate words, comparing the similarity between the sub-sequences and the candidate words according to the auxiliary sequence, and finally sorting by similarity The candidate words are displayed on the touch screen as in step S18.

以「劉」、「靜」、「鈞」三個字為例,劉的縮寫可以是,靜可以寫成,最後的鈞可寫成,使用者不需手寫完整的字,按照筆順只寫部分筆畫同樣可藉由筆順編碼序列與目標字的子序列之比對找出候選字,再利用每一筆畫的位置判斷哪一個候選字與目標字的子序列最為相似。所有候選字都會顯示在觸控螢幕上,但相似度最高的候選字排在最前面。 Taking the words "Liu", "Quiet" and "钧" as an example, Liu's abbreviation can be , static can be written The last 钧 can be written as The user does not need to write a complete word, and only writes part of the stroke according to the stroke order. The candidate word can also be found by the ratio of the stroke order coding sequence to the sub-sequence of the target word, and then the position of each stroke is used to determine which candidate word is used. The subsequence of the target word is most similar. All candidate words are displayed on the touch screen, but the most similar candidates are listed first.

本發明為避免使用者手寫太潦草而無法辨識,在位置判別上提供容錯,以符合手寫位置的筆畫權重最高,其相鄰位置的權重次之等等。譬如,「劉」字的第一個筆畫「」,如果使用者撰寫的筆畫過長,被判定為左方,而非左上,則左上或左下的這個筆畫「」都會取得一個適當的分數,以避免目標字的權重太低。 The invention avoids the user's handwriting and is unrecognizable, and provides fault tolerance in position discrimination, so that the stroke weight corresponding to the handwritten position is the highest, the weight of the adjacent position is second, and the like. For example, the first stroke of the word "Liu" If the stroke written by the user is too long, it is judged as the left side, not the upper left, then the left or lower left stroke is " An appropriate score will be obtained to avoid the target word's weight being too low.

再者,本發明更包括一字典,此字典可分為系統字典及使用 者字典,系統字典結合了一般常用字典及打字者所需的特殊領域字典,如生物醫學字典;使用者字典中包括了單字、詞及常用的文字片段、文章、或任何符號組成之資料(如歌曲的簡譜)以及其在一大量的語料內出現之頻率。是以,本發明可具有智慧記憶詞彙功能,輸入過的詞、常用字串或已存入字典中的詞彙,在下次使用者輸入時可採用更簡化的方式輸入,以「劉靜鈞」為例,假設「劉靜鈞」已經輸入過或存入辭典,被視為一個詞彙,則劉靜鈞這個字串可以用更少的筆畫就能被搜尋出,如或甚至,處理器依次比對三個目標字,找出可能的候選詞彙。 Furthermore, the present invention further includes a dictionary, which can be divided into a system dictionary and a user dictionary. The system dictionary combines a common dictionary and a special domain dictionary required by the typewriter, such as a biomedical dictionary; the user dictionary includes Single words, words, and commonly used text fragments, articles, or any symbolic material (such as a notation of a song) and how often it appears in a large amount of corpus. Therefore, the present invention can have a smart memory vocabulary function, and the input words, common strings, or vocabularies already stored in the dictionary can be input in a more simplified manner when the user inputs the next time, taking "Liu Jingwei" as an example. Assuming that "Liu Jingwei" has been entered or stored in a dictionary and is regarded as a vocabulary, the string Liu Jingyi can be searched with fewer strokes, such as Or even The processor sequentially compares the three target words to find possible candidate words.

綜上所述,本發明提供之增進手寫輸入效率之方法係減少手寫輸入時的筆畫,將每個漢字依據其基本字形編列為一個筆順編碼序列,使用者只需要手寫輸入此筆順編碼序列的任何子序列,便可依據漢字字庫將目標字預測為候選字之一,子序列越長,則包含此子序列之候選字越少;再根據筆畫的位置比對出候選字與目標字的相似度,依據相似度及使用頻率排序,可將相似度高或常使用的候選字排在前面,以方便使用者選取,子序列第一個筆畫編碼也不必是該字的第一個筆畫。因此,針對筆畫繁複的中文字而言,若使用者忘記字的正確寫法,但仍記得部分筆畫,則輸入這些筆畫仍可得到正確的字,不需切換其它輸入法,且加快輸入速度,較之輸入簡體字更加快捷。 In summary, the method for improving handwriting input efficiency of the present invention reduces strokes during handwriting input, and each Chinese character is arranged as a stroke order coding sequence according to its basic character shape, and the user only needs to manually input any of the stroke order coding sequences. The subsequence can predict the target word as one of the candidate words according to the Chinese character font. The longer the subsequence, the fewer candidate words containing the subsequence; and the similarity between the candidate word and the target word according to the position of the stroke According to the similarity and the frequency of use, the candidates with high similarity or frequently used can be ranked in front, so that the user can select, and the first stroke code of the subsequence does not have to be the first stroke of the word. Therefore, for the Chinese characters with complicated strokes, if the user forgets the correct writing of the words, but still remembers some of the strokes, the correct words can still be obtained by inputting these strokes, without switching other input methods, and speeding up the input speed. Entering simplified characters is faster.

唯以上所述者,僅為本發明之較佳實施例而已,並非用來限定本發明實施之範圍。故即凡依本發明申請範圍所述之特徵及精神所為之均等變化或修飾,均應包括於本發明之申請專利範圍內。 The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention. Therefore, any changes or modifications of the features and spirits of the present invention should be included in the scope of the present invention.

Claims (9)

一種增進手寫輸入效率之方法,包括:建立一漢字字庫,該漢字字庫中包含複數漢字之筆順編碼序列,每一筆順編碼序列對應一漢字之筆畫的順序,且每一該筆畫對應一基本字形編碼;於一觸控螢幕上輸入一目標字之部分筆畫,利用一處理器將該部分筆畫轉換成包含該等基本字形編碼之一子序列;將該子序列與該漢字字庫中之該等筆順編碼序列進行比對,判斷該等漢字之該等筆順編碼序列中是否有與該子序列相符之至少一候選字;以及將該至少一候選字顯示於該觸控螢幕上。 A method for improving handwriting input efficiency, comprising: establishing a Chinese character font, the Chinese character font comprising a stroke order coding sequence of a plurality of Chinese characters, each stroke order sequence corresponding to a stroke order of a Chinese character, and each stroke corresponding to a basic font code Inputting a part of a stroke of a target word on a touch screen, converting a part of the stroke into a sub-sequence containing the basic font code by using a processor; and encoding the sub-sequence with the stroke order in the Chinese character font And comparing the sequences, determining whether the stroke order coding sequences of the Chinese characters have at least one candidate word corresponding to the sub-sequence; and displaying the at least one candidate word on the touch screen. 如請求項1所述之增進手寫輸入效率之方法,其中該等筆順編碼序列分別包括僅有基本字形編碼之一主要序列及包含基本字形編碼與每一筆畫的位置之一輔助序列。 The method of claim 1 for improving handwriting input efficiency, wherein the stroke order coding sequences respectively comprise one primary sequence of only basic glyph coding and one auxiliary sequence comprising a basic glyph coding and a position of each stroke. 如請求項2所述之增進手寫輸入效率之方法,其中該處理器對該目標字之該部分筆畫比對之步驟更包括:從該等主要序列中挑出與該子序列相符之該至少一候選字;以及將該至少一候選字依據該輔助序列進行相似度排序,按排序顯示於該觸控螢幕上。 The method of claim 2, wherein the step of comparing, by the processor, the portion of the stroke of the target word comprises: selecting, from the primary sequences, the at least one corresponding to the subsequence a candidate word; and sorting the at least one candidate word according to the auxiliary sequence for similarity, and displaying the same on the touch screen. 如請求項2所述之增進手寫輸入效率之方法,更包括將該等漢字填在一虛擬字體方塊中,該虛擬字體方塊分為左上、左下、右上、右下四方格,依據每一漢字之每一筆畫的基本字形編碼及位置決定每一漢字之該輔助序列。 The method for improving the efficiency of handwriting input according to claim 2, further comprising filling the Chinese characters into a virtual font square, the virtual font square is divided into upper left, lower left, upper right, and lower right squares, according to each Chinese character. The basic glyph coding and position of each stroke determines the auxiliary sequence of each Chinese character. 如請求項4所述之增進手寫輸入效率之方法,其中該漢字之該等筆畫位置為左方、左上、左下、右方、右上、右下、上方、下方或中。 The method for improving the efficiency of handwriting input according to claim 4, wherein the stroke positions of the Chinese characters are left, upper left, lower left, right, upper right, lower right, upper, lower or middle. 如請求項4所述之增進手寫輸入效率之方法,其中該筆畫有75%在同一方格中,定義該筆畫之位置為該方格之位置。 A method for improving the efficiency of handwriting input according to claim 4, wherein 75% of the stroke is in the same square, and the position of the stroke is defined as the position of the square. 如請求項4所述之增進手寫輸入效率之方法,其中該筆畫同時在該虛擬字體方塊之二方格中,且二方格中之該筆畫皆佔不到該筆畫的75%面積,則定義該筆畫之位置為該二方格之位置。 The method for improving the efficiency of handwriting input according to claim 4, wherein the stroke is in the two squares of the virtual font square, and the strokes in the two squares do not occupy 75% of the area of the stroke, then the definition is The position of the stroke is the position of the two squares. 如請求項7所述之增進手寫輸入效率之方法,其中該筆畫跨越該虛擬字體方塊之至少二個該方格時,該筆畫所經過之該等方格皆取得一分數。 The method for improving the efficiency of handwriting input according to claim 7, wherein when the stroke spans at least two of the squares of the virtual font block, the squares through which the stroke passes are scored. 如請求項1所述之增進手寫輸入效率之方法,更包括建立一字典,提供一智慧記憶詞彙功能,將輸入過的詞及常用字串儲存到該字典中,該處理器比對複數目標字與該漢字字庫、得到複數組候選字後,再將該等候選字與該字典進行比對,得到至少一候選詞彙。 The method for improving the efficiency of handwriting input according to claim 1, further comprising: creating a dictionary, providing a smart memory vocabulary function, storing the input words and common strings into the dictionary, the processor comparing the plurality of target words After obtaining the complex array candidate words with the Chinese character font, the candidate words are compared with the dictionary to obtain at least one candidate vocabulary.
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