Module:User:Erutuon/ja
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- The following documentation is located at Module:User:Erutuon/ja/documentation. [edit]
- Useful links: root page • root page’s subpages • links • transclusions • testcases • user page • user talk page • userspace
local export = {}
local titleObj = mw.title.getCurrentTitle()
local pagename = titleObj.text
local namespace = titleObj.nsText
local str_gsub = string.gsub
local find = mw.ustring.find
local length = mw.ustring.len
local trim = mw.text.trim
local split = mw.text.split
local sub, gsub = mw.ustring.sub, mw.ustring.gsub
local match, gmatch = mw.ustring.match, mw.ustring.gmatch
local to_cp, to_char = mw.ustring.codepoint, mw.ustring.char
local Jpan = require("Module:scripts").getByCode("Jpan")
local lang = require("Module:languages").getByCode("ja")
-- note that arrays loaded by mw.loadData cannot be directly used by gsub
local function load_only_if_needed(module_title)
local module
return function()
if module == nil then
module = mw.loadData(module_title)
end
return module
end
end
local load_data = load_only_if_needed("Module:ja/data")
-- Unicode normalization often converts these to the corresponding CJK Unified Ideographs characters
local compat_ideo = mw.ustring.char(0xF900) .. "-" .. mw.ustring.char(0xFAD9)
export.data = {
joyo_kanji = load_data().joyo_kanji,
jinmeiyo_kanji = load_data().jinmeiyo_kanji,
grade1 = load_data().grade1,
grade2 = load_data().grade2,
grade3 = load_data().grade3,
grade4 = load_data().grade4,
grade5 = load_data().grade5,
grade6 = load_data().grade6
}
local function track(code)
if type(code) ~= "string" then
error("The track function requires a string as argument.")
end
require("Module:debug").track("ja/" .. code)
end
local function change_codepoint(added_value)
return function(char)
return to_char(to_cp(char) + added_value)
end
end
function export.hira_to_kata(text)
if type(text) == "table" then text = text.args[1] end
return (gsub(gsub(text, '[ぁ-ゖ]', change_codepoint(96)), '[𛅐-𛅒]', change_codepoint(20)))
end
function export.kata_to_hira(text)
if type(text) == "table" then text = text.args[1] end
return (gsub(gsub(text, '[ァ-ヶ]', change_codepoint(-96)), '[𛅤-𛅦]', change_codepoint(-20)))
end
function export.fullwidth_to_halfwidth(text)
if type(text) == "table" then text = text.args[1] end
text = gsub(text, ' ', ' ')
return (gsub(text, '[！-～]', change_codepoint(-65248)))
end
function export.kana_to_romaji(text, options)
-- options: no_diacritics, keep_period, hist, phonetic
local str_find = string.find
if type(text) == "table" then
text = text.args[1]
end
if not options then options = {} end
-- conversions
if not options.phonetic then
text = gsub(text, '(%-)([はハ])$', '%1㊟㈛㊟%2') -- は as suffix (派 "-ha", etc.) and appearing at the end of string
text = gsub(text, '(%-)([はハ]) ', '%1㊟㈛㊟%2 ') -- は as suffix and appearing mid-sentence
end
text = str_gsub(text, '％', '㊟㌫㊟') -- at [[見込む]], for example; avoid collision with % used in our ruby syntax
text = str_gsub(text, '\'\'\'', '㊟⒝㊟')
text = str_gsub(text, '<u>', '㊟㋑⒰㊟')
text = str_gsub(text, '</u>', '㊟㋺⒰㊟')
local text_styling = "㊟[㋑㋺⒝⒰]+㊟"
-- avoid tampering with existing latin text: store it away
local escape = {}
local id = 0
for latin in string.gmatch(text, "[a-z]+") do
escape[id] = latin
text = str_gsub(text, latin, "㊟㊕㊕㊟" .. id .. "㊟㊕㊕㊟")
id = id + 1
end
-- special preformatting
text = str_gsub(text, 'ヶげつ', 'かげつ')
text = gsub(text, 'ヶ(' .. text_styling .. ')げつ', 'か%1げつ') -- 「'''ヶ'''げつ」
text = str_gsub(text, 'ヶ', 'が')
text = str_gsub(text, 'ヵ', 'か')
text = gsub(text, '(.)[ゝヽ]', '%1%1')
text = gsub(text, '(.)[ゞヾ]', function(char) return mw.ustring.toNFC(char .. char .. '゙') end) -- unicode hax
-- [[Wiktionary:Grease_pit/2017/May#Formatting_for_individual_Japanese_readings]]
if options.hist then
text = gsub(text, '[やゆよわゐゑを]', '㊟⒳㊟%0')
text = gsub(text, '.',
{
['し'] = 'si',
['じ'] = 'zi',
['ち'] = 'ti',
['ぢ'] = 'di',
['つ'] = 'tu',
['づ'] = 'du',
['𛀁'] = 'ye',
['𛀆'] = 'yi',
['ゐ'] = 'wi',
['を'] = 'wo'
}
)
end
text = export.hira_to_kata(text)
text = gsub(text, '.', load_data().kr)
text = export.fullwidth_to_halfwidth(text)
if options.hist then
text = str_gsub(text, 'oo', 'o.o')
text = str_gsub(text, 'ou', 'o.u')
text = str_gsub(text, 'h', 'f')
local old = text
text = str_gsub(text, 'i㊟⒳㊟y', 'y') -- くゐやう kwyau
text = str_gsub(text, '([kg])u㊟⒳㊟w', '%1w')
if old ~= text then
--[=[
There may be cases in which i or u is deleted incorrectly, and a
period should be inserted.
"Syncope" isn't quite accurate, as there wasn't a sound change.
It's just an orthographic convention.
[[Special:WhatLinksHere/Wiktionary:Tracking/ja/mora syncope]]
]=]
--mw.log(str_gsub(old, '㊟⒳㊟', '') .. ' → ' .. str_gsub(text, '㊟⒳㊟', '') )
track('mora syncope')
end
text = str_gsub(text, '㊟⒳㊟', '') -- ゑつ wetsu
end
-- markup
text = str_gsub(text, '%%', '.') -- ruby "percent sign" syntax
text = gsub(text, '([ッ¤])%.', '%1') -- 「し を ぼっ.す」; 「るい%じん%えん」→「rui.jin¤.en¤」
-- 「テェェェ」→「テェーー」 (avoid funky romaji effected by the "(テュ→)teユ→tyu" line below)
local kogaki_vowels = {'ァ','ィ','ゥ','ェ','ォ'}
for _, char in ipairs(kogaki_vowels) do
text = gsub(text, '('..char..')('..char..'+)', function(a,b) return a .. mw.ustring.rep('ー', length(b)) end)
end
-- (ゲェ→)geェ→gee (note that this causes things like ウゥ→ū and ギィ→gī)
text = gsub(text, '[aiueo][ァィゥェォ]', {['aァ']='aa',['iィ']='ii',['uゥ']='uu',['eェ']='ee',['oォ']='oo',})
-- (クヮ→)kuヮ→kwa, (ク𛅤→)ku𛅤→kwi, (ク𛅥→)ku𛅥→kwe, (ク𛅦→)ku𛅦→kwo
text = gsub(text, '[uo]([ヮ𛅤𛅥𛅦])', {['ヮ']='wa',['𛅤']='wi',['𛅥']='we',['𛅦']='wo',})
-- (クァ→)kuァ→kwa, (トァ→)toァ→twa, (ウィ→)uィ→wi
text = gsub(text, '[uo]([ァィェォ])', {['ァ']='wa',['ィ']='wi',['ェ']='we',['ォ']='wo',})
if not options.hist then
-- (ツァ→)cwa→ca
text = str_gsub(text, '([fvcsz])w', '%1')
end
-- (テュ→)teユ→tyu, (ギェ→)giェ→gye
text = gsub(text, '[aiueo]([ャュェョ])', {['ャ']='ya',['ュ']='yu',['ェ']='ye',['ョ']='yo',})
-- (ジュ→)jyu→ju
text = gsub(text, '([xjq])y', '%1')
-- (ティ→)teィ→ti (essentially forget about the vowel in between)
text = gsub(text, '[aiueo]([ァィゥェォ])', {['ァ']='a',['ィ']='i',['ゥ']='u',['ェ']='e',['ォ']='o',})
-- chouonpu and sokuon
while str_find(text, '[aiueo]ー') or str_find(text, 'ッ *[bcdfghjklmnpqrstvwxyz]') or find(text, 'ッ' .. text_styling .. '[bcdfghjklmnpqrstvwxyz]') do
text = str_gsub(text, '([aiueo])ー', '%1%1')
text = str_gsub(text, 'ッ( *)([bcdfghjklmnpqrstvwxyz])', '%2%1%2')
text = gsub(text, 'ッ(' .. text_styling .. ')([bcdfghjklmnpqrstvwxyz])', '%2%1%2')
end
-- deal with leftover sokuon not used as geminate
text = str_gsub(text, 'ッ', ''') -- Apostrophe
-- (ん→)n¤
text = str_gsub(text, '¤([aiueoy])', "'%1")
text = str_gsub(text, '¤', '')
-- は, へ
if not options.phonetic and str_find(text, "h[ae]") then
for i, v in ipairs{
{ "ha", "wa" },
{ "he", "e" }
} do
local thingy = '[^a-z.㊟-]' -- not sure what this should be named
text = gsub(text, "(" .. thingy .. ")" .. v[1] .. "(" .. thingy .. ")", "%1" .. v[2] .. "%2")
text = gsub(text, "(" .. thingy .. ")" .. v[1] .. "$", "%1" .. v[2])
text = gsub(text, "^" .. v[1] .. "(" .. thingy .. ")", v[2] .. "%1")
if find(text, text_styling) then
text = gsub(text, "(" .. thingy .. ")" .. v[1] .. "(" .. text_styling .. thingy ..")", "%1" .. v[2] .. "%2")
text = gsub(text, "(" .. thingy .. ")" .. v[1] .. "(" .. text_styling .. ")$", "%1" .. v[2] .. "%2")
text = gsub(text, "(" .. thingy .. text_styling .. ")" .. v[1] .. "(" .. text_styling .. thingy ..")", "%1" .. v[2] .. "%2")
text = gsub(text, "(" .. thingy .. text_styling .. ")" .. v[1] .. "(" .. text_styling .. ")$", "%1" .. v[2] .. "%2")
end
end
end
-- change only when
-- ① not flanked by a-z or a period ("^sore wa nani$", "^hyappou no .he hitotsu$")
-- ② at the end of the string and not preceded by a-z or a period ("^are wa$")
-- ③ at the beginning of the string and not followed by a-z or a period ("^he ikou$") [not sure this is actually necessary, but I suppose it is consistent with ②]
-- this also means that "^ha$" becomes "ha"
-- period can be used next to the kana (either side) to force the "dumb" romanization (i.e. "ha", "he")
-- fix sh, ch, ts
local function handle_digraphs(geminate, intervening, main, following)
--「めちゃ」→「mecha」
--「めっちゃ」→「metcha」
--「めっっちゃ」→「mettcha」
local corresp_geminate_form = {['x']='s',['q']='t',['c']='t'}
local corresp_main = {['x']='sh',['q']='ch',['c']='ts'}
local geminate_repl, main_repl
-- So as not to convert ch to tsh.
if not following or main .. following ~= "ch" then
main_repl = corresp_main[main]
end
if geminate ~= "" then
geminate_repl = string.rep(corresp_geminate_form[main], #geminate)
end
return (geminate_repl or geminate) .. (intervening or "") .. (main_repl or main) .. (following or "")
end
local function handle_digraphs2(geminate, main, following)
return handle_digraphs(geminate, nil, main, following)
end
text = gsub(text, '([xqc]+)(' .. text_styling .. ')([xqc])', handle_digraphs)
text = gsub(text, '([xqc]*)([xqc])(.?)', handle_digraphs2)
-- macrons
-- Will cause problems if combined vowel-macron characters are used below.
if not options.no_diacritics then
if not options.phonetic then
text = str_gsub(text, 'ou', 'ō')
end
local macron = to_char(0x304)
text = str_gsub(
text,
'([oaeui])%1',
'%1' .. macron
)
end
-- remove markup and convert real periods
if not options.keep_period then
text = str_gsub(text, '%.', '')
text = str_gsub(text, '。', '◆.◇')
end
--
text = str_gsub(text, '◇◆', '')
text = str_gsub(text, '◆◇', '')
text = str_gsub(text, ' *◆ *', '')
text = str_gsub(text, ' *◇ *', ' ')
-- restore latin text
text = str_gsub(text, "㊟㊕㊕㊟(%d+)㊟㊕㊕㊟", function(id) return escape[tonumber(id)] end)
-- clean up spaces
text = trim(text)
text = str_gsub(text, ' +', ' ')
-- remove double ampersands used in ruby
text = str_gsub(text, '&&(.-)&&', '%1')
-- uppercase markup
text = str_gsub(text, "(%^)(㊟⒝㊟)", "%2%1") -- move ^ to an effective position if placed before bold markup
text = str_gsub(text, "(%^)( )", "%2%1") -- same but with spaces
text = gsub(text, '%^(.)', mw.ustring.upper) -- uppercase conversion
-- clean up spaces again
text = str_gsub(text, ' +', ' ')
-- conversions
text = str_gsub(text, '㊟⒝㊟', '\'\'\'')
text = str_gsub(text, '㊟㋑⒰㊟', '<u>')
text = str_gsub(text, '㊟㋺⒰㊟', '</u>')
text = str_gsub(text, '㊟㈛㊟', '')
text = str_gsub(text, '㊟㌫㊟', '%%')
-- unicode NFC
text = mw.ustring.toNFC(text)
if find(text, '[ぁ-ー]') then
track('k2r failure')
end
return text
end
-- removes spaces and hyphens from input
-- intended to be used when checking manual romaji to allow the
-- insertion of spaces or hyphens in manual romaji without appearing "wrong"
function export.rm_spaces_hyphens(f)
local text = type(f) == 'table' and f.args[1] or f
text = str_gsub(text, '.', { [' '] = '', ['-'] = '', ['.'] = '', ['\''] = '' })
text = str_gsub(text, ' ', '')
return text
end
function export.romaji_to_kata(f)
local text = type(f) == 'table' and f.args[1] or f
text = gsub(text, '.', load_data().rd)
text = str_gsub(text, '(.)%1', {
k = 'ッk', s = 'ッs', t = 'ッt', p = 'ッp',
b = 'ッb', d = 'ッd', g = 'ッg', j = 'ッj'
})
text = str_gsub(text, 'tc', 'ッc')
text = str_gsub(text, 'tsyu', 'ツュ')
text = str_gsub(text, 'ts[uoiea]', {['tsu']='ツ',['tso']='ツォ',['tsi']='ツィ',['tse']='ツェ',['tsa']='ツァ'})
text = str_gsub(text, 'sh[uoiea]', {['shu']='シュ',['sho']='ショ',['shi']='シ',['she']='シェ',['sha']='シャ'})
text = str_gsub(text, 'ch[uoiea]', {['chu']='チュ',['cho']='チョ',['chi']='チ',['che']='チェ',['cha']='チャ'})
text = str_gsub(text, "n[uoiea']?", {['nu']='ヌ',['no']='ノ',['ni']='ニ',['ne']='ネ',['na']='ナ'})
text = str_gsub(text, '[wvtrpsnmlkjhgfdbzy][yw]?[uoiea]', load_data().rk)
text = str_gsub(text, "n'?", 'ン')
text = str_gsub(text, '[aeiou]', {
u = 'ウ', o = 'オ', i = 'イ', e = 'エ', a = 'ア'
})
return text
end
-- expects: any mix of kanji and kana
-- determines the script types used
-- e.g. given イギリス人, it returns Kana+Hani
function export.script(f)
text, script = type(f) == 'table' and f.args[1] or f, {}
if find(text, '[ぁ-ゖ]') or find(text, '[𛅐-𛅒]') then
table.insert(script, 'Hira')
end
-- TODO: there are two kanas. This should insert Kata.
if find(text, '[ァ-ヺー]') or find(text, '[𛅤-𛅦]') then
table.insert(script, 'Kana')
end
-- 一 is unicode 4e00, previously used 丁 is 4e01
if find(text, '[㐀-䶵一-鿌' .. compat_ideo .. '𠀀-]') then
table.insert(script, 'Hani')
end
-- matching %a should have worked but matched the end of every string
if find(text, '[a-zA-ZāēīōūĀĒĪŌŪａ-ｚＡ-Ｚ]') then
table.insert(script, 'Romaji')
end
if find(text, '[0-9０-９]') then
table.insert(script, 'Number')
end
if find(text, '[〆々]') then
table.insert(script, 'Abbreviation')
end
return table.concat(script, '+')
end
-- when counting morae, most small hiragana belong to the previous mora,
-- so for purposes of counting them, they can be removed and the characters
-- can be counted to get the number of morae. The exception is small tsu,
-- so load_data().nonmora_to_empty maps all small hiragana except small tsu.
function export.count_morae(text)
if type(text) == "table" then
text = text.args[1]
end
-- convert kata to hira (hira is untouched)
text = export.kata_to_hira(text)
-- remove all of the small hiragana such as ょ except small tsu
text = gsub(text,'.',load_data().nonmora_to_empty)
-- remove zero-width spaces
text = gsub(text, '', '')
-- return number of characters, which should be the number of morae
return length(text)
end
-- accepts: any mix of kana
-- returns: a hiragana sort key designed for WMF software
-- this is like sort() but doesn't return |sort=sortkey,
-- just the sort key itself, but unlike sort(), this
-- replaces the long vowel mark with its vowel
function export.jsort(text)
if type(text) == "table" then
text = text.args[1]
end
local textsub = ''
local convertedten = ''
local result = ''
local len = 1
-- remove western spaces, hyphens, and periods
-- diff=41967612: also remove caret
text = gsub(text, '[ %-%.%^]', '')
text = export.kata_to_hira(text)
-- if the first character has dakuten, replace it with the corresponding
-- character without dakuten and add an apostrophe to the end, e.g.
-- がす > かす'
if gsub(sub(text,1,1),'.',load_data().dakuten) == '' then
len = length(text)
textsub = sub(text,2,len)
convertedten = gsub(sub(text,1,1),'.',load_data().tenconv)
text = (convertedten .. textsub .. "'")
else
-- similar thing but with handuken and two apostrophes, e.g. ぱす -> はす''
if gsub(sub(text,1,1),'.',load_data().handakuten) == '' then
len = length(text)
textsub = sub(text,2,len)
convertedten = gsub(sub(text,1,1),'.',load_data().tenconv)
text = (convertedten .. textsub .. "''")
end
end
-- replace the long vowel mark with the vowel that it stands for
for key,value in pairs(load_data().longvowels) do
text = gsub(text,key,value)
end
return text
end
-- returns a sort key with |sort= in front, e.g.
-- |sort=はつぐん' if given ばつぐん
function export.sort(f)
local text = type(f) == 'table' and f.args[1] or f
local textsub = ''
local convertedten = ''
local result = ''
local len = 1
local kyreplace = ''
kyreplace = gsub(text,'[ァ-ヺ]', '')
if kyreplace == '' then
result = ('|' .. 'sort' .. '=')
end
text = export.kata_to_hira(text)
if gsub(sub(text,1,1),'.',load_data().dakuten) == '' then
if kyreplace == '' then else result = ('|' .. 'sort' .. '=') end
len = length(text)
textsub = sub(text,2,len)
convertedten = gsub(sub(text,1,1),'.',load_data().tenconv)
result = (result .. convertedten .. textsub .. "'")
else
if gsub(sub(text,1,1),'.',load_data().handakuten) == '' then
if kyreplace == '' then else result = ('|' .. 'sort' .. '=') end
len = length(text)
textsub = sub(text,2,len)
convertedten = gsub(sub(text,1,1),'.',load_data().tenconv)
result = (result .. convertedten .. textsub .. "''")
else
if kyreplace == '' then
result = (result .. text)
end
end
end
return result
end
-- returns the "stem" of a verb or -i adjective, that is the term minus the final character
function export.definal(f)
return sub(f.args[1],1,(length(f.args[1])-1))
end
function export.remove_ruby_markup(text)
return (string.gsub(text, "[%^%-%. %%]", ""))
end
-- do the work of Template:ja-kanji
function export.kanji(frame)
local pagename = mw.title.getCurrentTitle().text
-- only do this if this entry is a kanji page and not some user's page
if namespace == "" then
local params = {
grade = {},
rs = {},
shin = {},
kyu = {},
head = {},
}
local args = require("Module:parameters").process(frame:getParent().args, params)
local rs = args["rs"] or require("Module:zh-sortkey").makeSortKey(pagename, "ja")
local shin = args["shin"]
local kyu = args["kyu"]
local head = args["head"]
local grade_replacements = {
['c'] = 7,
['n'] = 8,
['uc'] = 9,
['r'] = 0,
}
local grade = tonumber(args['grade']) or args['grade']
grade = grade_replacements[grade] or grade
local wikitext = {}
local categories = {}
local catsort = rs or pagename
-- display the kanji itself at the top at 275% size
table.insert(wikitext, '<div><span lang="ja" class="Jpan" style="font-size:275%; line-height:1;">' .. (args["head"] or pagename) .. '</span></div>')
-- display information for the grade
-- if grade was not specified, determine it now
if not grade then
grade = export.kanji_grade(pagename)
end
local in_parenthesis = {}
local grade_links = {
[1] = "[[w:Kyōiku kanji|grade 1 “Kyōiku” kanji]]",
[2] = "[[w:Kyōiku kanji|grade 2 “Kyōiku” kanji]]",
[3] = "[[w:Kyōiku kanji|grade 3 “Kyōiku” kanji]]",
[4] = "[[w:Kyōiku kanji|grade 4 “Kyōiku” kanji]]",
[5] = "[[w:Kyōiku kanji|grade 5 “Kyōiku” kanji]]",
[6] = "[[w:Kyōiku kanji|grade 6 “Kyōiku” kanji]]",
[7] = "[[w:Jōyō kanji|common “Jōyō” kanji]]",
[8] = "[[w:Jinmeiyō kanji|“Jinmeiyō” kanji used for names]]",
[9] = "[[w:Hyōgai kanji|uncommon “Hyōgai” kanji]]",
[0] = "[[w:Radical_(Chinese_character)|Radical]]",
}
if grade_links[grade] then
table.insert(in_parenthesis, grade_links[grade])
else
table.insert(categories, "[[Category:Japanese kanji missing grade|" .. catsort .. "]]")
end
-- link to shinjitai if shinjitai was specified, and link to kyujitai if kyujitai was specified
if kyu then
table.insert(in_parenthesis, '[[shinjitai]] kanji, [[kyūjitai]] form <span lang="ja" class="Jpan">[[' .. kyu .. '#Japanese|' .. kyu .. ']]</span>')
elseif shin then
table.insert(in_parenthesis, '[[kyūjitai]] kanji, [[shinjitai]] form <span lang="ja" class="Jpan">[[' .. shin .. '#Japanese|' .. shin .. ']]</span>')
end
table.insert(wikitext, "''(" .. table.concat(in_parenthesis, ", ") .. "'')")
-- add categories
table.insert(categories, "[[Category:Japanese Han characters|" .. catsort .. "]]")
local grade_categories = {
[1] = "Grade 1 kanji",
[2] = "Grade 2 kanji",
[3] = "Grade 3 kanji",
[4] = "Grade 4 kanji",
[5] = "Grade 5 kanji",
[6] = "Grade 6 kanji",
[7] = "Common kanji",
[8] = "Kanji used for names",
[9] = "Uncommon kanji",
[0] = "CJKV radicals",
}
table.insert(categories, "[[Category:" .. (grade_categories[grade] or error("The grade " .. grade .. " is invalid.")) .. "|" .. (grade == "0" and " " or catsort) .. "]]")
-- error category
if not rs then
table.insert(categories, "[[Category:Japanese kanji missing radical and strokes]]")
end
return table.concat(wikitext, "") .. table.concat(categories, "\n")
end
end
local grade1_pattern = ('[' .. load_data().grade1 .. ']')
local grade2_pattern = ('[' .. load_data().grade2 .. ']')
local grade3_pattern = ('[' .. load_data().grade3 .. ']')
local grade4_pattern = ('[' .. load_data().grade4 .. ']')
local grade5_pattern = ('[' .. load_data().grade5 .. ']')
local grade6_pattern = ('[' .. load_data().grade6 .. ']')
local secondary_pattern = ('[' .. load_data().secondary .. ']')
local jinmeiyo_kanji_pattern = ('[' .. load_data().jinmeiyo_kanji .. ']')
local hyogaiji_pattern = ('[^' .. load_data().joyo_kanji .. load_data().jinmeiyo_kanji .. ']')
function export.kanji_grade(kanji)
if type(kanji) == "table" then
kanji = kanji.args[1]
end
if find(kanji, hyogaiji_pattern) then return 9
elseif find(kanji, jinmeiyo_kanji_pattern) then return 8
elseif find(kanji, secondary_pattern) then return 7
elseif find(kanji, grade6_pattern) then return 6
elseif find(kanji, grade5_pattern) then return 5
elseif find(kanji, grade4_pattern) then return 4
elseif find(kanji, grade3_pattern) then return 3
elseif find(kanji, grade2_pattern) then return 2
elseif find(kanji, grade1_pattern) then return 1
end
return false
end
return export