Ibus tone marked pinyin entry template with instructions
### File header must not be modified | |
### This file must be encoded into UTF-8. | |
### This table under LGPL | |
### comments start with ### not single # | |
### Derive from the format of SCIM Table, so you can modify the table from | |
### scim-tables' table | |
SCIM_Generic_Table_Phrase_Library_TEXT | |
VERSION_1_0 | |
### How to install me (assuming ibus and ibus-table are already installed) | |
### Instructions from: http://www.studymongolian.net/technical/how-to-create-linux-input-method-editor/ | |
### Save me somewhere as zh_pinyin.txt | |
### Open a terminal and cd to that folder, then: | |
### $ sudo ibus-table-createdb -n /usr/share/ibus-table/tables/zh_pinyin.db -s zh_pinyin.txt | |
### If you have an icon: | |
### $ sudo cp your-icon.svg /usr/share/ibus-table/icons/ | |
### Restart ibus | |
### $ ibus-daemon -drx | |
### Open ibus settings: | |
### $ ibus-setup | |
### Click the “Input Method” tab and check the “Customize active input methods” box. | |
### Click the “Select an input method” dropdown list and choose English and then zh_pinyin. | |
### Then click the “Add” button. Close the dialog. Then open some program that you can write in. | |
### Click the IBus keyboard icon and you should see your new input method available. | |
### Click it and the icon should change into the one for your IM. | |
### You should be able to write in your new IME now. | |
### Begin Table definition. | |
BEGIN_DEFINITION | |
### License | |
LICENSE = LGPL | |
### An unique id to distinguish this table among others. | |
### Use uuidgen to generate this kind of id. | |
UUID = 3df9d538-9cf1-40b2-80b6-51ce8da09aa6 | |
### A unique number indicates the version of this file. | |
### For example the last modified date of this file. | |
### This number must be less than 2^32. | |
### Just make your table version-able | |
SERIAL_NUMBER = 20150830 | |
### ICON can be any format as long as your pygtk can recognized | |
### the most widely ones are "png" and "svg", letter one is recommended | |
ICON = zh_pinyin.svg | |
### The default name of this table, this is needed | |
NAME = zh_pinyin | |
### The local names of this table, this is optional | |
### NAME.zh_CN = 形码 | |
### NAME.zh_HK = 形碼 | |
### NAME.zh_TW = 形碼 | |
### Description | |
DESCRIPTION = For entering pinyin with tone marks | |
### Supported languages of this table | |
### sigle "zh_CN" just be recognized as zh_CN, | |
### but "zh_CN, zh_HK" or more zh_XX will be recognized as zh; | |
### and "en_US, zh_CN" will be just ignored. | |
LANGUAGES = en_US | |
### The author of this table | |
AUTHOR = fzzylogic | |
### Prompt string to be displayed in the status area, CN will be replaced by | |
### the gettext tools in runtime as 中. | |
STATUS_PROMPT = PY | |
### Valid input chars. | |
VALID_INPUT_CHARS = abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ,.?!1234567890()":;#/ | |
### Layout | |
LAYOUT = us | |
### The max number of input keys for every phrase or character. | |
MAX_KEY_LENGTH = 5 | |
### Use auto_commit mode as default | |
### This means the symbol is outputted immediately | |
AUTO_COMMIT = TRUE | |
### Automatically selects the first phrase when typing | |
AUTO_SELECT = TRUE | |
### Use full width punctuation by default | |
DEF_FULL_WIDTH_PUNCT = FALSE | |
### Not use full width letter by default | |
DEF_FULL_WIDTH_LETTER = FALSE | |
### Whether user are allow to define phrase, default is true | |
### You have to define the word construction rules below. | |
### For input methods which do not input phrases, set this to False | |
USER_CAN_DEFINE_PHRASE = TRUE | |
### Whether support PinYin Mode, default is true. | |
### this feature is just for Chinese, set it to False if your IM is not | |
### Chinese. | |
PINYIN_MODE = FALSE | |
### If true then the phrases' frequencies will be adjusted dynamically | |
### according your using frequency. | |
DYNAMIC_ADJUST = FALSE | |
### Some characters whose frequencies should be fix all the time, e.g. | |
### some punctuations | |
### NO_CHECK_CHARS = | |
### Rules for constructing user defined phrase | |
### "ce" stands for "ci equal", a Chinese English :), means "phrase length | |
### equal to", thus ce2 -> phrase length equal to 2; and "ca" means "phrase | |
### length equal or above", so ca4 -> phrase length equal or above 4. | |
### p21 -> the 1st key of 2nd character in the phrase, and so on. | |
### Each rule separate via ";". | |
### Example below is a complete rule-set, | |
### becuase [2,2] ∩ [3,3] ∩ [4,+∞] = [2,+∞], which is the range of length | |
### of phrase. This have to be satisfied if you need ibus-table to build up | |
### your own inputed phrase via your daily using. | |
### RULES = ce2:p11+p12+p21+p22;ce3:p11+p21+p22+p31;ca4:p11+p21+p31+p41 | |
### The key strokes to page up the lookup table. | |
### PAGE_UP_KEYS = Page_Up,KP_Page_Up,minus,comma | |
### The key strokes to page down. | |
### PAGE_DOWN_KEYS = Page_Down,KP_Page_Down,equal,period | |
END_DEFINITION | |
### Begin Table data. | |
### Format of every line whose formated in "input_keys\tphrase\tfreq\n" is an | |
### entry. | |
### From left to right, the 1st column are the input key combination that you | |
### entered via keyboard; the 2nd column are presented character or phrase of | |
### the key combination you want; the 3rd column are frequency of the character | |
### or phrase. | |
BEGIN_TABLE | |
ang5 ang 2 | |
ang1 āng 1 | |
ang2 áng 1 | |
ang3 ǎng 1 | |
ang4 àng 1 | |
eng5 eng 2 | |
eng1 ēng 1 | |
eng2 éng 1 | |
eng3 ěng 1 | |
eng4 èng 1 | |
ing5 ing 2 | |
ing1 īng 1 | |
ing2 íng 1 | |
ing3 ǐng 1 | |
ing4 ìng 1 | |
on5 on 2 | |
ong5 ong 2 | |
ong1 ōng 1 | |
ong2 óng 1 | |
ong3 ǒng 1 | |
ong4 òng 1 | |
va5 va 2 | |
van5 van 2 | |
van1 üān 1 | |
van2 üán 1 | |
van3 üǎn 1 | |
van4 üàn 1 | |
ai5 ai 2 | |
ai1 āi 1 | |
ai2 ái 1 | |
ai3 ǎi 1 | |
ai4 ài 1 | |
an5 an 2 | |
an1 ān 1 | |
an2 án 1 | |
an3 ǎn 1 | |
an4 àn 1 | |
ao5 ao 2 | |
ao1 āo 1 | |
ao2 áo 1 | |
ao3 ǎo 1 | |
ao4 ào 1 | |
ei5 ei 2 | |
ei1 ēi 1 | |
ei2 éi 1 | |
ei3 ěi 1 | |
ei4 èi 1 | |
en5 en 2 | |
en1 ēn 1 | |
en2 én 1 | |
en3 ěn 1 | |
en4 èn 1 | |
er5 er 2 | |
er1 ēr 1 | |
er2 ér 1 | |
er3 ěr 1 | |
er4 èr 1 | |
ia5 ia 2 | |
ia1 iā 1 | |
ia2 iá 1 | |
ia3 iǎ 1 | |
ia4 ià 1 | |
ie5 ie 2 | |
ie1 iē 1 | |
ie2 ié 1 | |
ie3 iě 1 | |
ie4 iè 1 | |
in5 in 2 | |
in1 īn 1 | |
in2 ín 1 | |
in3 ǐn 1 | |
in4 ìn 1 | |
iu5 iu 2 | |
iu1 iū 1 | |
iu2 iú 1 | |
iu3 iǔ 1 | |
iu4 iù 1 | |
ou5 ou 2 | |
ou1 ōu 1 | |
ou2 óu 1 | |
ou3 ǒu 1 | |
ou4 òu 1 | |
ua5 ua 2 | |
ua1 uā 1 | |
ua2 uá 1 | |
ua3 uǎ 1 | |
ua4 uà 1 | |
ui5 ui 2 | |
ui1 uī 1 | |
ui2 uí 1 | |
ui3 uǐ 1 | |
ui4 uì 1 | |
un5 un 2 | |
un1 ūn 1 | |
un2 ún 1 | |
un3 ǔn 1 | |
un4 ùn 1 | |
uo5 uo 2 | |
uo1 uō 1 | |
uo2 uó 1 | |
uo3 uǒ 1 | |
uo4 uò 1 | |
ve5 ve 2 | |
ve1 üē 1 | |
ve2 üé 1 | |
ve3 üě 1 | |
ve4 üè 1 | |
vn5 vn 2 | |
vn1 ǖn 1 | |
vn2 ǘn 1 | |
vn3 ǚn 1 | |
vn4 ǜn 1 | |
a5 a 2 | |
a1 ā 1 | |
a2 á 1 | |
a3 ǎ 1 | |
a4 à 1 | |
e5 e 2 | |
e1 ē 1 | |
e2 é 1 | |
e3 ě 1 | |
e4 è 1 | |
i5 i 2 | |
i1 ī 1 | |
i2 í 1 | |
i3 ǐ 1 | |
i4 ì 1 | |
o5 o 2 | |
o1 ō 1 | |
o2 ó 1 | |
o3 ǒ 1 | |
o4 ò 1 | |
u5 u 2 | |
u1 ū 1 | |
u2 ú 1 | |
u3 ǔ 1 | |
u4 ù 1 | |
v5 v 2 | |
v1 ǖ 1 | |
v2 ǘ 1 | |
v3 ǚ 1 | |
v4 ǜ 1 | |
v5 ü 1 | |
END_TABLE | |
### Since some input methods use different table for every character to make | |
### phrase, such as ZhengMa, they need explict define the goucima (the | |
### phrase-building code for the given character), the format of every entry is | |
### "character\tgoucima\n". | |
### For the input method which just use the full code as word-building code | |
### just skip this field. The ibus-table will build the codes needed from | |
### above TABLE. | |
### if you don't need different word-building code, please comment out the | |
### next few lines with ###, just like these lines you are look at now. | |
### BEGIN_GOUCI | |
### character_1 goucima_1 | |
### character_1 goucima_2 | |
### END_GOUCI |
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