CN106227362A - Four lattice input methods - Google Patents
Four lattice input methods Download PDFInfo
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- CN106227362A CN106227362A CN201610601338.1A CN201610601338A CN106227362A CN 106227362 A CN106227362 A CN 106227362A CN 201610601338 A CN201610601338 A CN 201610601338A CN 106227362 A CN106227362 A CN 106227362A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input 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
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/02—Input arrangements using manually operated switches, e.g. using keyboards or dials
- G06F3/023—Arrangements 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
- G06F3/0233—Character input methods
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input 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
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0487—Interaction 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
- G06F3/0488—Interaction 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
- G06F3/04886—Interaction 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 by partitioning the display area of the touch-screen or the surface of the digitising tablet into independently controllable areas, e.g. virtual keyboards or menus
Abstract
The invention discloses a kind of four lattice input methods, it is that two row are provided with four adjacent input blocks in two rows in input area, utilize the input action clicked in some input block, or in some input block, or the input action in the paddling direction between two different input blocks, be stored in English alphabet corresponding in data base or initial consonant or simple or compound vowel of a Chinese syllable maps one by one and by character output in system.The four lattice input methods utilizing the present invention can input English or Chinese on small display electronic product, has that mutual area is little, it is comfortable, the most easy to remember to operate, feature without syllable repeated code.
Description
Technical field
The present invention relates to one and be simply input method, more specifically, particularly relate to a kind of four lattice input methods.
Background technology
At present, the input method of existing majority is all to need to utilize keyboard to realize input, and these input modes have accurately
The feature that rate is high, the repetition rate of coding is low.Some existing input method is for the smart machine inputs such as mobile phone, these input sides
Fado with reference to the mode of input through keyboard, uses endian format, and the key mapping of each input key is less, and when input Chinese,
The initial and the final is in same key mapping more, and during use, operating procedure is many, and the repetition rate of coding is high.Along with the continuous progress of electronic product, more
The electronic product carrying out the most small displays comes out, and such as intelligent electronic watch etc., these products have advantage easy to carry, but go back
There is no that a kind of input method can offer be convenient, comfortable, accurately enter experience for it.It would therefore be highly desirable to invent a kind of new input
Method realizes preferably inputting function in the case of input area is less.
Summary of the invention
It is an object of the invention to provide a kind of four lattice input methods, utilize this input method can be in the less feelings of input area
Preferably input English or Chinese under condition, have that mutual area is little, it is comfortable, the most easy to remember to operate, feature without syllable repeated code.
The technical solution used in the present invention is as follows:
A kind of four lattice input methods, it is characterised in that be that two row are provided with four adjacent input lists in two rows in input area
Unit, utilizes the input action clicked in some input block, or in some input block, or two differences are defeated
Enter the input action in paddling direction between unit, and be stored in English alphabet corresponding in data base or initial consonant or simple or compound vowel of a Chinese syllable one
One maps and by character output to system.
Preferably, four described input blocks are divided into upper left cell, upper right unit, lower-left unit, bottom right list by orientation
Unit.
Preferably, described input action is divided into click type and paddling type, and described paddling type is divided into sowing
Class:
(1) paddling class to the left, the described class of paddling to the left is included in a certain input block paddling and defeated from certain to the left
Enter unit paddling to the input action of its left side input block；
(2) paddling class to the right, the described class of paddling to the right is included in a certain input block paddling and defeated from certain to the right
Enter unit paddling to the input action of input block on the right of it；
(3) upwards paddling class, the described class of paddling to the right is included in a certain input block upwards paddling and defeated from certain
Enter unit paddling to the input action of input block above it；
(4) downward stroke class, described downward stroke class is included in a certain input block downward stroke and defeated from certain
Enter unit paddling to the input action of input block below；
(5) diagonal angle paddling class, described diagonal angle paddling class include from a certain input block paddling to this input block phase
The input action of the input block at diagonal angle.
Preferably, described English letter input method includes clicking on type and paddling type both input actions, respectively
Corresponding English alphabet is:
(1) English alphabet clicked in type correspondence database is: e, i, o, a；
(2) paddling type:
(2.1) English alphabet in paddling class correspondence database is to the left: p, j, b, s；
(2.2) English alphabet in paddling class correspondence database is to the right: t, r, k, f, z；
(2.3) upwards the English alphabet in paddling class correspondence database is: u, w, g, c；
(2.4) English alphabet in downward stroke class correspondence database is: n, m, l, h, d, q；
(2.5) English alphabet in diagonal angle paddling class correspondence database is: x, y, v.
Preferably, in described English letter input method, corresponding to the concrete operations of each type, the letter of data base is:
(1) type is clicked on:
When upper left cell is clicked on correspondence database Chinese and English letter e and by character output in system；
When upper right unit is clicked on correspondence database Chinese and English letter i and by character output in system；
When lower-left unit is clicked on correspondence database Chinese and English letter o and by character output in system；
When bottom-right cell is clicked on correspondence database Chinese and English letter a and by character output in system；
(2) paddling type:
(2.1) paddling class to the left:
In upper right unit during paddling to the left correspondence database Chinese and English letter p and by character output in system；
In the unit of lower-left during paddling to the left correspondence database Chinese and English letter j and by character output in system；
In bottom-right cell to the left paddling time correspondence database Chinese and English letter b and by character output in system；
When bottom-right cell unit paddling to left down correspondence database Chinese and English letter s and by character output to system；
(2.2) paddling class to the right:
In upper left cell to the right paddling time correspondence database Chinese and English letter t and by character output in system；
In upper right unit during paddling to the right correspondence database Chinese and English letter r and by character output in system；
In bottom-right cell to the right paddling time correspondence database Chinese and English letter k and by character output in system；
From upper left cell to correspondence database Chinese and English letter f during upper right unit paddling and by character output to system；
From lower-left unit to correspondence database Chinese and English letter z during bottom-right cell paddling and by character output to system；
(2.3) upwards paddling class:
In upper left cell upwards paddling time correspondence database Chinese and English letter u and by character output in system；
In upper right unit during upwards paddling correspondence database Chinese and English letter w and by character output in system；
In the unit of lower-left during upwards paddling correspondence database Chinese and English letter g and by character output in system；
In bottom-right cell upwards paddling time correspondence database Chinese and English letter c and by character output in system；
(2.4) downward stroke class:
In upper left cell from the top down paddling time correspondence database Chinese and English letter n and by character output in system；
In upper right unit during paddling from the top down correspondence database Chinese and English letter m and by character output in system；
In the unit of lower-left during paddling from the top down correspondence database Chinese and English letter l and by character output in system；
In bottom-right cell from the top down paddling time correspondence database Chinese and English letter h and by character output in system；
When upper left cell unit paddling to left down correspondence database Chinese and English letter d and by character output to system；
From upper right unit to correspondence database Chinese and English letter q during bottom-right cell paddling and by character output to system；
(2.5) diagonal angle paddling class:
From upper left cell to correspondence database Chinese and English letter x during bottom-right cell paddling and by character output to system；
When upper right unit unit paddling to left down correspondence database Chinese and English letter y and by character output to system；
From lower-left unit to correspondence database Chinese and English letter v during upper right unit paddling and by character output to system.
Preferably, described Chinese character coding input method includes that initial consonant input and simple or compound vowel of a Chinese syllable input two steps, described initial consonant input
Including the input action of paddling type, the initial consonant of its correspondence is:
(1) initial consonant in paddling class correspondence database is to the left: p, j, b, ch, s；
(2) initial consonant in paddling class correspondence database is to the right: t, r, k, f, z；
(3) upwards the initial consonant in paddling class correspondence database is: w, g, c, zh, sh；
(4) initial consonant in downward stroke class correspondence database is: n, m, l, h, d, q；
(5) initial consonant in diagonal angle paddling class correspondence database is: x, y；
Described simple or compound vowel of a Chinese syllable input includes clicking on type and paddling type both input actions, and simple or compound vowel of a Chinese syllable corresponding respectively is:
(1) simple or compound vowel of a Chinese syllable clicked in type correspondence database is: e, er, i, u, a；
(2) paddling type:
(2.1) simple or compound vowel of a Chinese syllable in paddling class correspondence database is to the left: o, uo, ian, uan, iao, ie；
(2.2) simple or compound vowel of a Chinese syllable in paddling class correspondence database is to the right: iong, iang, uang, uai, ei, ua；
(2.3) upwards the simple or compound vowel of a Chinese syllable in paddling class correspondence database is: en, in, un, an, ue, ai；
(2.4) simple or compound vowel of a Chinese syllable in downward stroke class correspondence database is: eng, ing, ong, ang, ou, ia；
(2.5) simple or compound vowel of a Chinese syllable in diagonal angle paddling class correspondence database is: ao, iu, ui, ü.
Preferably, in described initial consonant input, corresponding to the concrete operations of each type, the initial consonant of data base is:
(1) paddling class to the left:
In upper right unit during paddling to the left in correspondence database initial consonant p and by character output in system；
In the unit of lower-left during paddling to the left in correspondence database initial consonant j and by character output in system；
In bottom-right cell to the left paddling time correspondence database in initial consonant b and by character output in system；
From upper right unit to initial consonant ch correspondence database during upper left cell paddling and by character output to system；
When bottom-right cell unit paddling to left down correspondence database initial consonant s and by character output in system；
(2) paddling class to the right:
In upper left cell to the right paddling time correspondence database in initial consonant t and by character output in system；
In upper right unit during paddling to the right in correspondence database initial consonant r and by character output in system；
In bottom-right cell to the right paddling time correspondence database in initial consonant k and by character output in system；
From upper left cell to initial consonant f correspondence database during upper right unit paddling and by character output to system；
From lower-left unit to initial consonant z correspondence database during bottom-right cell paddling and by character output to system；
(3) upwards paddling class:
In upper right unit during upwards paddling in correspondence database initial consonant w and by character output in system；
In the unit of lower-left during upwards paddling in correspondence database initial consonant g and by character output in system；
In bottom-right cell upwards paddling time correspondence database in initial consonant c and by character output in system；
From lower-left unit to initial consonant zh correspondence database during upper left cell paddling and by character output to system；
From bottom-right cell to initial consonant sh correspondence database during upper right unit paddling and by character output to system；
(4) downward stroke class:
In upper left cell during downward stroke in correspondence database initial consonant n and by character output in system；
In upper right unit during downward stroke in correspondence database initial consonant m and by character output in system；
In the unit of lower-left during downward stroke in correspondence database initial consonant l and by character output in system；
In bottom-right cell during downward stroke in correspondence database initial consonant h and by character output in system；
When upper left cell unit paddling to left down correspondence database initial consonant d and by character output in system；
From upper right unit to initial consonant q correspondence database during bottom-right cell paddling and by character output to system；
(5) diagonal angle paddling class:
From upper left cell to initial consonant x correspondence database during bottom-right cell paddling and by character output to system；
When upper right unit unit paddling to left down correspondence database initial consonant y and by character output in system.Described
Simple or compound vowel of a Chinese syllable input in each type concrete operations corresponding to the simple or compound vowel of a Chinese syllable of data base be:
(1) type is clicked on:
When upper left cell is clicked in correspondence database simple or compound vowel of a Chinese syllable e or er and by character output in system；
When upper right unit is clicked in correspondence database simple or compound vowel of a Chinese syllable i and by character output in system；
When lower-left unit is clicked in correspondence database simple or compound vowel of a Chinese syllable u and by character output in system；
When bottom-right cell is clicked in correspondence database simple or compound vowel of a Chinese syllable a and by character output in system；
(2) paddling type:
(2.1) paddling class to the left:
In upper left cell to the left paddling time correspondence database in simple or compound vowel of a Chinese syllable o or uo and by character output in system；
In upper right unit during paddling to the left in correspondence database simple or compound vowel of a Chinese syllable ian and by character output in system；
In the unit of lower-left during paddling to the left in correspondence database simple or compound vowel of a Chinese syllable uan and by character output in system；
In bottom-right cell to the left paddling time correspondence database in simple or compound vowel of a Chinese syllable iao and by character output in system；
From upper right unit to simple or compound vowel of a Chinese syllable ie correspondence database during upper left cell paddling and by character output to system；
(2.2) paddling class to the right:
In upper left cell to the right paddling time correspondence database in simple or compound vowel of a Chinese syllable iong and by character output in system；In upper right
In unit to the right paddling time correspondence database in simple or compound vowel of a Chinese syllable iang and by character output in system；
In the unit of lower-left during paddling to the right in correspondence database simple or compound vowel of a Chinese syllable uang and by character output in system；
In bottom-right cell to the right paddling time correspondence database in simple or compound vowel of a Chinese syllable uai and by character output in system；
From upper left cell to simple or compound vowel of a Chinese syllable ei correspondence database during upper right unit paddling and by character output to system；
From lower-left unit to simple or compound vowel of a Chinese syllable ua correspondence database during bottom-right cell paddling and by character output to system；
(2.3) upwards paddling class:
In upper left cell upwards paddling time correspondence database in simple or compound vowel of a Chinese syllable en and by character output in system；
In upper right unit during upwards paddling in correspondence database simple or compound vowel of a Chinese syllable in and by character output in system；
In the unit of lower-left during upwards paddling in correspondence database simple or compound vowel of a Chinese syllable un and by character output in system；
In bottom-right cell upwards paddling time correspondence database in simple or compound vowel of a Chinese syllable an and by character output in system；
From lower-left unit to simple or compound vowel of a Chinese syllable ue correspondence database during upper left cell paddling and by character output to system；
From bottom-right cell to simple or compound vowel of a Chinese syllable ai correspondence database during upper right unit paddling and by character output to system；
(2.4) downward stroke class:
In upper left cell during downward stroke in correspondence database simple or compound vowel of a Chinese syllable eng and by character output in system；
In upper right unit during downward stroke in correspondence database simple or compound vowel of a Chinese syllable ing and by character output in system；
In the unit of lower-left during downward stroke in correspondence database simple or compound vowel of a Chinese syllable ong and by character output in system；
In bottom-right cell during downward stroke in correspondence database simple or compound vowel of a Chinese syllable ang and by character output in system.
When upper left cell unit paddling to left down correspondence database simple or compound vowel of a Chinese syllable ou and by character output in system；
From upper right unit to simple or compound vowel of a Chinese syllable ia correspondence database during bottom-right cell paddling and by character output to system；
(2.5) diagonal angle paddling class:
From bottom-right cell to simple or compound vowel of a Chinese syllable ao correspondence database during upper left cell paddling and by character output to system；
When upper right unit unit paddling to left down correspondence database simple or compound vowel of a Chinese syllable iu and by character output in system；
From lower-left unit to simple or compound vowel of a Chinese syllable ui or ü correspondence database during upper right unit paddling and by character output to system.
Compared with prior art, the device have the advantages that into:
The four lattice input methods of the present invention, are that two row are provided with four adjacent input blocks in two rows in input area, utilize
The input action clicked in some input block, or in some input block, or two different input blocks
Between the input action in paddling direction, and be stored in English alphabet corresponding in data base or initial consonant or simple or compound vowel of a Chinese syllable maps one by one
And by character output to system.The input method of the present invention only has four input blocks, and required mutual area is the least, key mapping
Less, singly-bound area big, operate comfortable, key mapping is the most easy to remember, be suitable for wrist-watch, intelligent glasses, VR, gesture identification equipment (as
Intelligent television) etc. use on equipment, also be adapted for the scene of one-handed performance；Equal nothing inside English alphabet, inside initial consonant, inside simple or compound vowel of a Chinese syllable
Repeated code, therefore the syllable of Chinese character there will not be repeated code appearance accordingly.The four lattice input method input actions of the present invention only click on or
Paddling two kinds, action is succinctly graceful, and for the simple or compound vowel of a Chinese syllable especially for more than 2 letter compositions, its input action is the simplest
Change, input more convenient.
Accompanying drawing explanation
Fig. 1 is that the present invention shows that the region of touch screen divides schematic diagram.
Detailed description of the invention
Below in conjunction with detailed description of the invention, technical scheme is described in further detail, but do not constitute right
Any restriction of the present invention.
With reference to shown in Fig. 1, the four lattice input methods of the present invention, are that input area two row in two rows shielded in sensing are provided with four
Adjacent input block, utilizes the input action clicked in some input block, or in some input block, or
The input action in the paddling direction between two different input blocks of person, be stored in English alphabet corresponding in data base or
Initial consonant or simple or compound vowel of a Chinese syllable map and one by one by character output to system；Aforementioned input mode is referred to as coherent formula input, also includes and connects
Passing through the breakdown input that formula input is mated one by one, the input of described breakdown includes twice click, and first, second click is the most right
Should be in first during coherent formula inputs, last some position.
The input method of the present invention only has four input blocks, and required mutual area is the least, and key mapping is few, singly-bound area big,
Operating comfortable, key mapping is the most easy to remember.Two bors d's oeuveres mode decreases action frequency, is suitable on the equipment such as wrist-watch using, also is adapted for
The scene of one-handed performance, such as carry out record of typewriting, or need input on the other hand to operate the sight of mouse on the other hand, especially when answering the call
It is suitable for being fabricated to special entity keypad.Compared with existing nine grids input method, the singly-bound of the four lattice input methods of the present invention
Area is bigger than nine grids in the case of the gross area is identical, seldom can use same between each initial consonant, simple or compound vowel of a Chinese syllable when input in Chinese
Key mapping or same action, the repetition rate of coding is consistent with present QWERTY full key board input method, far below mobile phone nine grids input method.This
Four lattice input methods of invention are all without repeated code inside English alphabet, inside initial consonant, inside simple or compound vowel of a Chinese syllable, and therefore the syllable of Chinese character is corresponding the most also
Do not have repeated code to occur.The coherent formula input action of the four lattice input methods of the present invention is only clicked on or paddling two kinds, and paddling road
Footpath is straight line without turnover, and action is succinct and graceful, and for the simple or compound vowel of a Chinese syllable especially for more than 2 letter compositions, its input is moved
It is greatly simplified, inputs more convenient.English alphabet and initial consonant determine input action according to font, and simple or compound vowel of a Chinese syllable is mainly with letter line
Determining input action, its corresponding relation is simple, clear, direct, can greatly alleviate memory burden and reduce learning cost.
Wherein, input area has been divided into two row two and has arranged totally four adjacent input blocks, four described input blocks
It is divided into upper left cell 1, upper right unit 2, lower-left unit 3, bottom-right cell 4 by orientation.
This input method is applicable to plurality of devices, and on intelligent watch as a example by coherent formula input, described input action divides
Becoming to click on type and paddling type, described paddling type is divided into following kind:
(1) paddling class to the left, the described class of paddling to the left is included in a certain input block paddling and defeated from certain to the left
Enter unit paddling to the input action of its left side input block；
(2) paddling class to the right, the described class of paddling to the right is included in a certain input block paddling and defeated from certain to the right
Enter unit paddling to the input action of input block on the right of it；
(3) upwards paddling class, the described class of paddling to the right is included in a certain input block upwards paddling and defeated from certain
Enter unit paddling to the input action of input block above it；
(4) downward stroke class, described downward stroke class is included in a certain input block downward stroke and defeated from certain
Enter unit paddling to the input action of input block below；
(5) diagonal angle paddling class, described diagonal angle paddling class include from a certain input block paddling to this input block phase
The input action of the input block at diagonal angle.
Described English letter input method includes clicking on type and paddling type both input actions, the most corresponding English
Word mother is:
(1) English alphabet clicked in type correspondence database is: e, i, o, a；
(2) paddling type:
(2.1) English alphabet in paddling class correspondence database is to the left: p, j, b, s；
(2.2) English alphabet in paddling class correspondence database is to the right: t, r, k, f, z；
(2.3) upwards the English alphabet in paddling class correspondence database is: u, w, g, c；
(2.4) English alphabet in downward stroke class correspondence database is: n, m, l, h, d, q；
(2.5) English alphabet in diagonal angle paddling class correspondence database is: x, y, v.
The four lattice input methods of the present invention need the English alphabet letter stored in data base in advance corresponding to concrete operations
Breath.One of maximum of which advantage is to set up the corresponding relation between concrete input action and character, specifically by font
For, except respectively in addition to the English alphabet of four English alphabets having clicked on input in key mapping and indivedual exception, at brains
Middle the font of other letters is superimposed upon in the key mapping of input area, and makes letter fully support four key mappings, according in English alphabet font
The trend of last flat segments, determines key mapping and the direction at input action place, then inquires correspondence from data base
Character is also exported to system by English alphabet.Described English letter input method includes:
In described English letter input method, corresponding to the concrete operations of each type, the letter of data base is:
(1) type is clicked on:
When upper left cell 1 is clicked on correspondence database Chinese and English letter e and by character output in system；
When upper right unit 2 is clicked on correspondence database Chinese and English letter i and by character output in system；
When lower-left unit 3 is clicked on correspondence database Chinese and English letter o and by character output in system；
When bottom-right cell 4 is clicked on correspondence database Chinese and English letter a and by character output in system；
(2) paddling type:
(2.1) paddling class to the left:
In upper right unit 2 during paddling to the left correspondence database Chinese and English letter p and by character output in system；
In lower-left unit 3 during paddling to the left correspondence database Chinese and English letter j and by character output in system；
In bottom-right cell 4 during paddling to the left correspondence database Chinese and English letter b and by character output in system；
When bottom-right cell 4 unit 3 paddling to left down correspondence database Chinese and English letter s and by character export to system
In；
(2.2) paddling class to the right:
In upper left cell 1 during paddling to the right correspondence database Chinese and English letter t and by character output in system；
In upper right unit 2 during paddling to the right correspondence database Chinese and English letter r and by character output in system；
In bottom-right cell 4 during paddling to the right correspondence database Chinese and English letter k and by character output in system；
From upper left cell 1 to correspondence database Chinese and English letter f during upper right unit 2 paddling and by character export to system
In；
From lower-left unit 3 to correspondence database Chinese and English letter z during bottom-right cell 4 paddling and by character export to system
In；
(2.3) upwards paddling class:
In upper left cell 1 during upwards paddling correspondence database Chinese and English letter u and by character output in system；
In upper right unit 2 during upwards paddling correspondence database Chinese and English letter w and by character output in system；Due to
The finishing touch direction of English alphabet u and English alphabet w is all paddling from bottom to top, in order to distinguish the two English alphabet,
When input, top for English alphabet u keeping left being write, making system determine is paddling from bottom to top in upper left cell 1, and by English
Word mother w is top to be write, and making system determine is paddling from bottom to top in upper right unit 2；
In lower-left unit 3 during upwards paddling correspondence database Chinese and English letter g and by character output in system；
In bottom-right cell 4 during upwards paddling correspondence database Chinese and English letter c and by character output in system；
(2.4) downward stroke class:
In upper left cell 1 during paddling from the top down correspondence database Chinese and English letter n and by character output in system；
In upper right unit 2 during paddling from the top down correspondence database Chinese and English letter m and by character output in system；
In lower-left unit 3 during paddling from the top down correspondence database Chinese and English letter l and by character output in system；
In bottom-right cell 4 during paddling from the top down correspondence database Chinese and English letter h and by character output in system；
Owing to the finishing touch direction of English alphabet n, m, l, h is all paddling from the top down, in order to distinguish this four English alphabets,
During input, top for English alphabet n keeping left being write, making system determine is paddling from the top down in upper left cell；By English words
Female m is top writes, and making system determine is paddling from the top down in upper right unit 2；The side that kept left by English alphabet l is write, make be
System determines it is paddling from the top down in lower-left unit 3；Normally being write by English alphabet h, making system determine is in bottom-right cell 4
Paddling the most from the top down；
When upper left cell 1 unit 3 paddling to left down correspondence database Chinese and English letter d and by character export to system
In；
From upper right unit 2 to correspondence database Chinese and English letter q during bottom-right cell 4 paddling and by character export to system
In；Owing to the finishing touch direction of English alphabet d and kue is all paddling from the top down, in order to distinguish the two English
Word is female, and when input, the side that kept left by English alphabet d is write, and making system determine is from upper left cell 1 unit 3 paddling to left down,
And kue is normally write, making system determine is to bottom-right cell 4 paddling from upper right unit 2；
(2.5) diagonal angle paddling class:
From upper left cell 1 to correspondence database Chinese and English letter x during bottom-right cell 4 paddling and by character export to system
In；
When upper right unit 2 unit 3 paddling to left down correspondence database Chinese and English letter y and by character export to system
In；Owing to the finishing touch direction of English alphabet x and English alphabet y is all from upper right unit 2 unit 3 paddling to left down, for
Difference the two English alphabet, according to first stroke of English alphabet x, determines key mapping and the direction at input action place,
Making system determine is then according to last stroke, to determine input from upper left cell 1 to bottom-right cell 4 paddling, English alphabet y
The key mapping at action place and direction, making system determine is from upper right unit 2 unit 3 paddling to left down；
From lower-left unit 3 to correspondence database Chinese and English letter v during upper right unit 2 paddling and by character export to system
In.
Described Chinese character coding input method includes that initial consonant input and simple or compound vowel of a Chinese syllable input two steps, and described initial consonant input includes paddling
The input action of type, the initial consonant of its correspondence is:
(1) initial consonant in paddling class correspondence database is to the left: p, j, b, ch, s；
(2) initial consonant in paddling class correspondence database is to the right: t, r, k, f, z；
(3) upwards the initial consonant in paddling class correspondence database is: w, g, c, zh, sh；
(4) initial consonant in downward stroke class correspondence database is: n, m, l, h, d, q；
(5) initial consonant in diagonal angle paddling class correspondence database is: x, y；
Upper left cell 1 is bound letter e when described simple or compound vowel of a Chinese syllable input state, and upper right unit 2 binds letter i, left
Lower unit 3 binds letter u, and bottom-right cell 4 binds letter a, then determines defeated further according to each simple or compound vowel of a Chinese syllable with the relation of key mapping name
Enter action, then from data base, inquire the simple or compound vowel of a Chinese syllable of correspondence and by character output to system.Described simple or compound vowel of a Chinese syllable input includes a little
Hitting type and paddling type both input actions, simple or compound vowel of a Chinese syllable corresponding respectively is:
(1) simple or compound vowel of a Chinese syllable clicked in type correspondence database is: e, er, i, u, a；
(2) paddling type:
(2.1) simple or compound vowel of a Chinese syllable in paddling class correspondence database is to the left: o, uo, ian, uan, iao, ie；
(2.2) simple or compound vowel of a Chinese syllable in paddling class correspondence database is to the right: iong, iang, uang, uai, ei, ua；
(2.3) upwards the simple or compound vowel of a Chinese syllable in paddling class correspondence database is: en, in, un, an, ue, ai；
(2.4) simple or compound vowel of a Chinese syllable in downward stroke class correspondence database is: eng, ing, ong, ang, ou, ia；
(2.5) simple or compound vowel of a Chinese syllable in diagonal angle paddling class correspondence database is: ao, iu, ui, ü.
Described Chinese character coding input method includes that initial consonant input and simple or compound vowel of a Chinese syllable input two steps, and the four lattice input methods of the present invention need
The initial consonant corresponding to concrete operations and simple or compound vowel of a Chinese syllable information has been stored in advance in data base.During input initial consonant, according to the font of statement
In the trend of last flat segments, be included in 5 paddling types, if initial consonant be two alphabetical, it is only necessary to first letter,
Make letter fully support four key mappings, according to the trend of last flat segments, determine key mapping and the direction at input action place, then
The initial consonant of correspondence is inquired and by character output to system from data base.
In described initial consonant input, corresponding to the concrete operations of each type, the initial consonant of data base is:
(1) paddling class to the left:
In upper right unit 2 during paddling to the left in correspondence database initial consonant p and by character output in system；
In lower-left unit 3 during paddling to the left in correspondence database initial consonant j and by character output in system；
In bottom-right cell 4 during paddling to the left in correspondence database initial consonant b and by character output in system；
From upper right unit 2 to initial consonant ch correspondence database during upper left cell 1 paddling and by character output to system；
When bottom-right cell 4 unit 3 paddling to left down correspondence database initial consonant s and by character output in system；
(2) paddling class to the right:
In upper left cell 1 during paddling to the right in correspondence database initial consonant t and by character output in system；
In upper right unit 2 during paddling to the right in correspondence database initial consonant r and by character output in system；
In bottom-right cell 4 during paddling to the right in correspondence database initial consonant k and by character output in system；
From upper left cell 1 to initial consonant f correspondence database during upper right unit 2 paddling and by character output to system；
From lower-left unit 3 to initial consonant z correspondence database during bottom-right cell 4 paddling and by character output to system；
(3) upwards paddling class:
In upper right unit 2 during upwards paddling in correspondence database initial consonant w and by character output in system；
In lower-left unit 3 during upwards paddling in correspondence database initial consonant g and by character output in system；
In bottom-right cell 4 during upwards paddling in correspondence database initial consonant c and by character output in system；
From lower-left unit 3 to initial consonant zh correspondence database during upper left cell 1 paddling and by character output to system；
From bottom-right cell 4 to initial consonant sh correspondence database during upper right unit 2 paddling and by character output to system；
(4) downward stroke class:
In upper left cell 1 during downward stroke in correspondence database initial consonant n and by character output in system；
In upper right unit 2 during downward stroke in correspondence database initial consonant m and by character output in system；
In lower-left unit 3 during downward stroke in correspondence database initial consonant l and by character output in system；
In bottom-right cell 4 during downward stroke in correspondence database initial consonant h and by character output in system；
When upper left cell 1 unit 3 paddling to left down correspondence database initial consonant d and by character output in system；
From upper right unit 2 to initial consonant q correspondence database during bottom-right cell 4 paddling and by character output to system；By
It is all paddling from the top down in the finishing touch direction of initial consonant d and initial consonant q, in order to distinguish the two initial consonant, when input, will
Initial consonant d writes at the side that keeps left, and making system determine is from upper left cell 1 unit 3 paddling to left down, and is normally write by initial consonant q, make be
System determines it is to bottom-right cell 4 paddling from upper right unit 2；
(5) diagonal angle paddling class:
From upper left cell 1 to initial consonant x correspondence database during bottom-right cell 4 paddling and by character output to system；
When upper right unit 2 unit 3 paddling to left down correspondence database initial consonant y and by character output in system；By
In the finishing touch direction of initial consonant x and initial consonant y all from upper right unit 2 unit 3 paddling to left down, in order to distinguish the two sound
Mother, according to first stroke of initial consonant x, determines key mapping and the direction at input action place, and making system determine is from upper left cell 1
To bottom-right cell 4 paddling, initial consonant y then according to last stroke, determines key mapping and the direction at input action place, make be
System determines it is from upper right unit 2 unit 3 paddling to left down.
In described simple or compound vowel of a Chinese syllable input, corresponding to the concrete operations of each type, the simple or compound vowel of a Chinese syllable of data base is:
(1) type is clicked on:
When upper left cell 1 is clicked in correspondence database simple or compound vowel of a Chinese syllable e or er and by character output in system；
When upper right unit 2 is clicked in correspondence database simple or compound vowel of a Chinese syllable i and by character output in system；
When lower-left unit 3 is clicked in correspondence database simple or compound vowel of a Chinese syllable u and by character output in system；
When bottom-right cell 4 is clicked in correspondence database simple or compound vowel of a Chinese syllable a and by character output in system.
The type is the simple or compound vowel of a Chinese syllable of input and the binding of this input block, clicks directly on this input block, at input simple or compound vowel of a Chinese syllable e
Identical input block is used with simple or compound vowel of a Chinese syllable er.
(2) paddling type: the type is by two simple or compound vowel of a Chinese syllable being made up of the letter bound in key mapping, and it determines that mode is
O in paddling between two key mappings, simple or compound vowel of a Chinese syllable ao and simple or compound vowel of a Chinese syllable ou replaces with e, and simple or compound vowel of a Chinese syllable ü takes the mode generation identical with English alphabet v
Replace.
(2.1) paddling class to the left:
In upper left cell 1 during paddling to the left in correspondence database simple or compound vowel of a Chinese syllable o or uo and by character output in system；
In upper right unit 2 during paddling to the left in correspondence database simple or compound vowel of a Chinese syllable ian and by character output in system；
In lower-left unit 3 during paddling to the left in correspondence database simple or compound vowel of a Chinese syllable uan and by character output in system；
In bottom-right cell 4 during paddling to the left in correspondence database simple or compound vowel of a Chinese syllable iao and by character output in system；
From upper right unit 2 to simple or compound vowel of a Chinese syllable ie correspondence database during upper left cell 1 paddling and by character output to system；
(2.2) paddling class to the right:
In upper left cell 1 during paddling to the right in correspondence database simple or compound vowel of a Chinese syllable iong and by character output in system；
In upper right unit 2 during paddling to the right in correspondence database simple or compound vowel of a Chinese syllable iang and by character output in system；
In lower-left unit 3 during paddling to the right in correspondence database simple or compound vowel of a Chinese syllable uang and by character output in system；
In bottom-right cell 4 during paddling to the right in correspondence database simple or compound vowel of a Chinese syllable uai and by character output in system；
From upper left cell 1 to simple or compound vowel of a Chinese syllable ei correspondence database during upper right unit 2 paddling and by character output to system；
From lower-left unit 3 to simple or compound vowel of a Chinese syllable ua correspondence database during bottom-right cell 4 paddling and by character output to system；
(2.3) upwards paddling class:
In upper left cell 1 during upwards paddling in correspondence database simple or compound vowel of a Chinese syllable en and by character output in system；
In upper right unit 2 during upwards paddling in correspondence database simple or compound vowel of a Chinese syllable in and by character output in system；
In lower-left unit 3 during upwards paddling in correspondence database simple or compound vowel of a Chinese syllable un and by character output in system；
In bottom-right cell 4 during upwards paddling in correspondence database simple or compound vowel of a Chinese syllable an and by character output in system；
From lower-left unit 3 to simple or compound vowel of a Chinese syllable ue correspondence database during upper left cell 1 paddling and by character output to system；
From bottom-right cell 4 to simple or compound vowel of a Chinese syllable ai correspondence database during upper right unit 2 paddling and by character output to system；
(2.4) downward stroke class:
In upper left cell 1 during downward stroke in correspondence database simple or compound vowel of a Chinese syllable eng and by character output in system；
In upper right unit 2 during downward stroke in correspondence database simple or compound vowel of a Chinese syllable ing and by character output in system；
In lower-left unit 3 during downward stroke in correspondence database simple or compound vowel of a Chinese syllable ong and by character output in system；
In bottom-right cell 4 during downward stroke in correspondence database simple or compound vowel of a Chinese syllable ang and by character output in system.
When upper left cell 1 unit 3 paddling to left down correspondence database simple or compound vowel of a Chinese syllable ou and by character output in system；
From upper right unit 2 to simple or compound vowel of a Chinese syllable ia correspondence database during bottom-right cell 4 paddling and by character output to system；
(2.5) diagonal angle paddling class:
From bottom-right cell 4 to simple or compound vowel of a Chinese syllable ao correspondence database during upper left cell 1 paddling and by character output to system；
When upper right unit 2 unit 3 paddling to left down correspondence database simple or compound vowel of a Chinese syllable iu and by character output in system；
From lower-left unit 3 to simple or compound vowel of a Chinese syllable ui or ü correspondence database during upper right unit 2 paddling and by character export to system
In.
With the simple or compound vowel of a Chinese syllable of multiple letter compositions of key mapping name beginning, with the simple or compound vowel of a Chinese syllable of key mapping name with letter n composition, in initial
Paddling from bottom to top in key mapping；With the simple or compound vowel of a Chinese syllable of key mapping name with letter ng composition, paddling from the top down in the key mapping of initial；With
The simple or compound vowel of a Chinese syllable of key mapping name and letter an composition, paddling from right to left in the key mapping of initial；With key mapping name and letter ang composition
Simple or compound vowel of a Chinese syllable, paddling from left to right in the key mapping of initial.
The product of four lattice input methods employing the present invention is additionally provided with the switching for switching input character types
Key, enables input method to convert in English alphabet input and input in Chinese both input methods, facilitates user to input word
The type of symbol freely switches.
The foregoing is only presently preferred embodiments of the present invention, all made in the range of the spirit and principles in the present invention any
Amendment, equivalent and improvement etc., should be included within the scope of the present invention.
Claims (7)
1. a lattice input method, it is characterised in that be that two row are provided with four adjacent input blocks in two rows in input area,
Utilize the input action clicked in some input block, or in some input block, or two different inputs
The input action in the paddling direction between unit, and is stored in English alphabet corresponding in data base or initial consonant or simple or compound vowel of a Chinese syllable one by one
Map and by character output to system.
Four lattice input methods the most according to claim 1, it is characterised in that four described input blocks are divided into a left side by orientation
Upper unit (1), upper right unit (2), lower-left unit (3), bottom-right cell (4).
Four lattice input methods the most according to claim 2, it is characterised in that described input action is divided into click type and draws
Dynamic type, described paddling type is divided into following kind:
(1) paddling class to the left, the described class of paddling to the left is included in a certain input block paddling and single from certain input to the left
Unit's paddling is to the input action of its left side input block；
(2) paddling class to the right, the described class of paddling to the right is included in a certain input block paddling and single from certain input to the right
Unit's paddling is to the input action of input block on the right of it；
(3) upwards paddling class, the described class of paddling to the right is included in a certain input block upwards paddling and single from certain input
Unit's paddling is to the input action of input block above it；
(4) downward stroke class, described downward stroke class is included in a certain input block downward stroke and single from certain input
Unit's paddling is to the input action of input block below；
(5) diagonal angle paddling class, described diagonal angle paddling class include from a certain input block paddling to this input block relative angle
The input action of input block.
Four lattice input methods the most according to claim 3, it is characterised in that described English letter input method includes clicking on class
Type and paddling type both input actions, English alphabet corresponding respectively is:
(1) English alphabet clicked in type correspondence database is: e, i, o, a；
(2) paddling type:
(2.1) English alphabet in paddling class correspondence database is to the left: p, j, b, s；
(2.2) English alphabet in paddling class correspondence database is to the right: t, r, k, f, z；
(2.3) upwards the English alphabet in paddling class correspondence database is: u, w, g, c；
(2.4) English alphabet in downward stroke class correspondence database is: n, m, l, h, d, q；
(2.5) English alphabet in diagonal angle paddling class correspondence database is: x, y, v.
Four lattice input methods the most according to claim 4, it is characterised in that each type in described English letter input method
Concrete operations corresponding to the letter of data base be:
(1) type is clicked on:
Upper left cell (1) is upper click on time correspondence database Chinese and English letter e by character output to system；
Upper right unit (2) is upper click on time correspondence database Chinese and English letter i by character output to system；
Lower-left unit (3) is upper click on time correspondence database Chinese and English letter o by character output to system；
Bottom-right cell (4) is upper click on time correspondence database Chinese and English letter a by character output to system；
(2) paddling type:
(2.1) paddling class to the left:
In upper right unit (2) during paddling to the left correspondence database Chinese and English letter p and by character output in system；
In lower-left unit (3) during paddling to the left correspondence database Chinese and English letter j and by character output in system；
In bottom-right cell (4) during paddling to the left correspondence database Chinese and English letter b and by character output in system；
When bottom-right cell (4) unit to left down (3) paddling correspondence database Chinese and English letter s and by character export to system
In；
(2.2) paddling class to the right:
In upper left cell (1) during paddling to the right correspondence database Chinese and English letter t and by character output in system；
In upper right unit (2) during paddling to the right correspondence database Chinese and English letter r and by character output in system；
In bottom-right cell (4) during paddling to the right correspondence database Chinese and English letter k and by character output in system；
From upper left cell (1) to correspondence database Chinese and English letter f during upper right unit (2) paddling and by character export to system
In；
From lower-left unit (3) to correspondence database Chinese and English letter z during bottom-right cell (4) paddling and by character export to system
In；
(2.3) upwards paddling class:
In upper left cell (1) during upwards paddling correspondence database Chinese and English letter u and by character output in system；
In upper right unit (2) during upwards paddling correspondence database Chinese and English letter w and by character output in system；
In lower-left unit (3) during upwards paddling correspondence database Chinese and English letter g and by character output in system；
In bottom-right cell (4) during upwards paddling correspondence database Chinese and English letter c and by character output in system；
(2.4) downward stroke class:
In upper left cell (1) during paddling from the top down correspondence database Chinese and English letter n and by character output in system；
In upper right unit (2) during paddling from the top down correspondence database Chinese and English letter m and by character output in system；
In lower-left unit (3) during paddling from the top down correspondence database Chinese and English letter l and by character output in system；
In bottom-right cell (4) during paddling from the top down correspondence database Chinese and English letter h and by character output in system；
When upper left cell (1) unit to left down (3) paddling correspondence database Chinese and English letter d and by character export to system
In；
From upper right unit (2) to correspondence database Chinese and English letter q during bottom-right cell (4) paddling and by character export to system
In；
(2.5) diagonal angle paddling class:
From upper left cell (1) to correspondence database Chinese and English letter x during bottom-right cell (4) paddling and by character export to system
In；
When upper right unit (2) unit to left down (3) paddling correspondence database Chinese and English letter y and by character export to system
In；
From lower-left unit (3) to correspondence database Chinese and English letter v during upper right unit (2) paddling and by character export to system
In.
Four lattice input methods the most according to claim 3, it is characterised in that described Chinese character coding input method include initial consonant input and
Simple or compound vowel of a Chinese syllable two steps of input, described initial consonant input includes the input action of paddling type, and the initial consonant of its correspondence is:
(1) initial consonant in paddling class correspondence database is to the left: p, j, b, ch, s；
(2) initial consonant in paddling class correspondence database is to the right: t, r, k, f, z；
(3) upwards the initial consonant in paddling class correspondence database is: w, g, c, zh, sh；
(4) initial consonant in downward stroke class correspondence database is: n, m, l, h, d, q；
(5) initial consonant in diagonal angle paddling class correspondence database is: x, y；
Described simple or compound vowel of a Chinese syllable input includes clicking on type and paddling type both input actions, and simple or compound vowel of a Chinese syllable corresponding respectively is:
(1) simple or compound vowel of a Chinese syllable clicked in type correspondence database is: e, er, i, u, a；
(2) paddling type:
(2.1) simple or compound vowel of a Chinese syllable in paddling class correspondence database is to the left: o, uo, ian, uan, iao, ie；
(2.2) simple or compound vowel of a Chinese syllable in paddling class correspondence database is to the right: iong, iang, uang, uai, ei, ua；
(2.3) upwards the simple or compound vowel of a Chinese syllable in paddling class correspondence database is: en, in, un, an, ue, ai；
(2.4) simple or compound vowel of a Chinese syllable in downward stroke class correspondence database is: eng, ing, ong, ang, ou, ia；
(2.5) simple or compound vowel of a Chinese syllable in diagonal angle paddling class correspondence database is: ao, iu, ui, ü.
Four lattice input methods the most according to claim 6, it is characterised in that in described initial consonant input, each type is concrete
The initial consonant of the corresponding data base of operation is:
(1) paddling class to the left:
In upper right unit (2) during paddling to the left in correspondence database initial consonant p and by character output in system；
In lower-left unit (3) during paddling to the left in correspondence database initial consonant j and by character output in system；
In bottom-right cell (4) during paddling to the left in correspondence database initial consonant b and by character output in system；
From upper right unit (2) to initial consonant ch correspondence database during upper left cell (1) paddling and by character output to system；
When bottom-right cell (4) unit to left down (3) paddling correspondence database initial consonant s and by character output in system；
(2) paddling class to the right:
In upper left cell (1) during paddling to the right in correspondence database initial consonant t and by character output in system；
In upper right unit (2) during paddling to the right in correspondence database initial consonant r and by character output in system；
In bottom-right cell (4) during paddling to the right in correspondence database initial consonant k and by character output in system；
From upper left cell (1) to initial consonant f correspondence database during upper right unit (2) paddling and by character output to system；
From lower-left unit (3) to initial consonant z correspondence database during bottom-right cell (4) paddling and by character output to system；
(3) upwards paddling class:
In upper right unit (2) during upwards paddling in correspondence database initial consonant w and by character output in system；
In lower-left unit (3) during upwards paddling in correspondence database initial consonant g and by character output in system；
In bottom-right cell (4) during upwards paddling in correspondence database initial consonant c and by character output in system；
From lower-left unit (3) to initial consonant zh correspondence database during upper left cell (1) paddling and by character output to system；
From bottom-right cell (4) to initial consonant sh correspondence database during upper right unit (2) paddling and by character output to system；
(4) downward stroke class:
In upper left cell (1) during downward stroke in correspondence database initial consonant n and by character output in system；
In upper right unit (2) during downward stroke in correspondence database initial consonant m and by character output in system；
In lower-left unit (3) during downward stroke in correspondence database initial consonant l and by character output in system；
In bottom-right cell (4) during downward stroke in correspondence database initial consonant h and by character output in system；
When upper left cell (1) unit to left down (3) paddling correspondence database initial consonant d and by character output in system；
From upper right unit (2) to initial consonant q correspondence database during bottom-right cell (4) paddling and by character output to system；
(5) diagonal angle paddling class:
From upper left cell (1) to initial consonant x correspondence database during bottom-right cell (4) paddling and by character output to system；
When upper right unit (2) unit to left down (3) paddling correspondence database initial consonant y and by character output in system.
In described simple or compound vowel of a Chinese syllable input, corresponding to the concrete operations of each type, the simple or compound vowel of a Chinese syllable of data base is:
(1) type is clicked on:
Upper left cell (1) is upper click on time correspondence database in simple or compound vowel of a Chinese syllable e or er by character output to system；
Upper right unit (2) is upper click on time correspondence database in simple or compound vowel of a Chinese syllable i by character output to system；
Lower-left unit (3) is upper click on time correspondence database in simple or compound vowel of a Chinese syllable u by character output to system；
Bottom-right cell (4) is upper click on time correspondence database in simple or compound vowel of a Chinese syllable a by character output to system；
(2) paddling type:
(2.1) paddling class to the left:
In upper left cell (1) during paddling to the left in correspondence database simple or compound vowel of a Chinese syllable o or uo and by character output in system；
In upper right unit (2) during paddling to the left in correspondence database simple or compound vowel of a Chinese syllable ian and by character output in system；
In lower-left unit (3) during paddling to the left in correspondence database simple or compound vowel of a Chinese syllable uan and by character output in system；
In bottom-right cell (4) during paddling to the left in correspondence database simple or compound vowel of a Chinese syllable iao and by character output in system；
From upper right unit (2) to simple or compound vowel of a Chinese syllable ie correspondence database during upper left cell (1) paddling and by character output to system；
(2.2) paddling class to the right:
In upper left cell (1) during paddling to the right in correspondence database simple or compound vowel of a Chinese syllable iong and by character output in system；In upper right
In unit (2) to the right paddling time correspondence database in simple or compound vowel of a Chinese syllable iang and by character output in system；
In lower-left unit (3) during paddling to the right in correspondence database simple or compound vowel of a Chinese syllable uang and by character output in system；In bottom right
In unit (4) to the right paddling time correspondence database in simple or compound vowel of a Chinese syllable uai and by character output in system；
From upper left cell (1) to simple or compound vowel of a Chinese syllable ei correspondence database during upper right unit (2) paddling and by character output to system；
From lower-left unit (3) to simple or compound vowel of a Chinese syllable ua correspondence database during bottom-right cell (4) paddling and by character output to system；
(2.3) upwards paddling class:
In upper left cell (1) during upwards paddling in correspondence database simple or compound vowel of a Chinese syllable en and by character output in system；
In upper right unit (2) during upwards paddling in correspondence database simple or compound vowel of a Chinese syllable in and by character output in system；
In lower-left unit (3) during upwards paddling in correspondence database simple or compound vowel of a Chinese syllable un and by character output in system；
In bottom-right cell (4) during upwards paddling in correspondence database simple or compound vowel of a Chinese syllable an and by character output in system；
From lower-left unit (3) to simple or compound vowel of a Chinese syllable ue correspondence database during upper left cell (1) paddling and by character output to system；
From bottom-right cell (4) to simple or compound vowel of a Chinese syllable ai correspondence database during upper right unit (2) paddling and by character output to system；
(2.4) downward stroke class:
In upper left cell (1) during downward stroke in correspondence database simple or compound vowel of a Chinese syllable eng and by character output in system；
In upper right unit (2) during downward stroke in correspondence database simple or compound vowel of a Chinese syllable ing and by character output in system；
In lower-left unit (3) during downward stroke in correspondence database simple or compound vowel of a Chinese syllable ong and by character output in system；
In bottom-right cell (4) during downward stroke in correspondence database simple or compound vowel of a Chinese syllable ang and by character output in system.
When upper left cell (1) unit to left down (3) paddling correspondence database simple or compound vowel of a Chinese syllable ou and by character output in system；
From upper right unit (2) to simple or compound vowel of a Chinese syllable ia correspondence database during bottom-right cell (4) paddling and by character output to system；
(2.5) diagonal angle paddling class:
From bottom-right cell (4) to simple or compound vowel of a Chinese syllable ao correspondence database during upper left cell (1) paddling and by character output to system；
When upper right unit (2) unit to left down (3) paddling correspondence database simple or compound vowel of a Chinese syllable iu and by character output in system；
From lower-left unit (3) to simple or compound vowel of a Chinese syllable ui or ü correspondence database during upper right unit (2) paddling and by character export to system
In.
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