text:
Module:User:Benwing2/tl-pronunciation

-- Based on Module:es-pronunc by Benwing2. -- Adaptation by TagaSanPedroAko, Improved by Ysrael214. -- Partly rewritten by Benwing2, merging code from Module:es-pronunc back into this module; restructured --  to take inline modifiers, like.

local export = {}

--[==[ FIXME:

1. Review should_generate_rhyme_from_respelling, e.g. the check for CFLEX. 2. Update align_syllabification_to_spelling. [DONE] 3. Look into how syllabify_from_spelling works; needs rewriting. 4. Delete old code when new code ready. [DONE] 5. Group by accent in adjacent lines, and display accent on a separate line if more than one line with that accent. [DONE] 6. Restore 'Tagalog terms with malumi pronunciation' and similar rhyme categories; also restore 'Tagalog terms with syllabification not matching pagename' (formerly 'Tagalog terms with hyphenation errors'). [DONE] 7. Use "syllabification" everywhere internally in place of "hyphenation" and in abbrevs. [DONE] 8. Change handling of forcing dot. Currently t.s forces /ts/ instead of /tʃ/ (and interferes with syllabification); this should be t_s. Currently you have to write si..yasa with double dot to get /sijasa/ not /ʃasa/; this should be  single dot, and no dot should indicate the palatalized pronunciation. 9. If there are auto-generated pronunciations, they should go on a separate line. If there are other pronunciations on the line, indent the auto-generated ones on a separate line under the pronunciation line; otherwise, at the same bullet level. Good test cases: F, General Mariano Alvarez. [DONE] 10. Fix bug involving Evangelista respelled 'Evanghelista' and barangay respelled 'baranggay'; should recognize for syllabification purposes. [DONE] 11. Rhymes should be displayed even if multiword based on the last word, but just not categorize. 12. DOTOVER should be used to indicate an unstressed word or suffix, e.g. -ȧ to indicate unstressed a phoneme. [NOT DONE; USE MACRON, ALREADY SUPPORTED] 13. Move hyphen-restoring code in syllabify_from_spelling to align_syllabification_to_spelling. 14. Allow h against nothing esp. at beginning of word e.g. in Hermogenes respelled 'Ermógenes' or 'Ermogenes'. Also adhan respelled 'adán' syllabified 'a.dhan', Abdurahman respelled 'Abduramán' syllabified 'Ab.du.rah.man', Agatha respelled 'Ágata' syllabified 'A.ga.tha'. [DONE] 15. Unstressed words should not have rhymes, e.g. 'ba' is a letter that isn't normally stressed but is getting a rhyme. 16. Shouldn't be necessary to write raw: before /.../. 17. Allow w against u e.g. Zulueta respelled 'Zulweta', Aguado respelled 'agwado', syllabified 'Ag.ua.do' (and y   against i). [DONE] 18. Allow l against ll e.g. Allan respelled 'Alan', syllabified 'A.llan', likewise Allahu akbar respelled 'Alahu akbár' syllabified 'A.lla.hu ak.bar'. [DONE] 19. Allow s against ss e.g. assalamu alaikum respelled 'asalamu alaikum', syllabified 'a.ssa.la.mu a.lai.kum'. [DONE] 20. Allow f against ff e.g. Jefferson respelled 'Jéferson', syllabified 'Je.ffer.son' and Gaffud respelled 'Gafud', syllabified 'Ga.ffud'. [DONE] 21. Allow m against mm e.g. Gemma respelled 'Jema', syllabified 'Ge.mma', and ummah respelled 'uma', syllabified 'u.mmah', and nagko-comment respelled 'nagko-coment', syllabified 'nag.ko-co.mment'. [DONE] 22. Allow n against nn e.g. sunna respelled 'suna', syllabified 'su.nna', and Hannah respelled 'Hana', syllabified 'Ha.nnah'. [DONE] 23. Allow b against bb e.g. Abby respelled 'aby', syllabified 'A.bby'. [DONE] 24. Buendia respelled 'Buendía' syllabifies wrong (as 'Bu.end.ia' when it should be 'Bu.en.di.a'). Likewise María (as Mar.ia instead of Ma.ri.a). 25. Arguelles respelled 'Argu.elles' generates correct pronunciation with /gw/ but incorrect syllabification 'Ar.guel.les' instead of 'Ar.gu.el.les'. 26. Caguiat respelled 'Caguiát' generates correct pronunciation with /gj/ but incorrect syllabification 'Ca.gui.at' instead of 'Ca.guiat' ("hyphenation") or maybe 'Cagu.iat'. 27. Allow 7 against ' e.g. Jumu'ah respelled 'Jumu7á' with syllabificaiton 'Ju.mu.'ah'. [DONE] 28. Allow f against ph e.g. Sophia respelled 'Sofi.a' with syllabificaiton 'So.phi.a'. [NOT DONE; ONLY TWO CASES] 29. Correctly handle gaan respelled 'ga7án', and other terms with doubled vowels in them against a glottal stop. [DONE] ]==]

local force_cat = false -- enable for testing

local m_IPA = require("Module:IPA") local m_str_utils = require("Module:string utilities") local m_table = require("Module:table") local put_module = "Module:parse utilities" local set_utilities_module = "Module:set utilities" local headword_data_module = "Module:headword/data" local accent_qualifier_module = "Module:accent qualifier" local accent_qualifier_data_module = "Module:accent qualifier/data"

local lang = require("Module:languages").getByCode("tl")

local maxn = table.maxn local rfind = m_str_utils.find local rsubn = m_str_utils.gsub local rsplit = m_str_utils.split local toNFC = mw.ustring.toNFC local toNFD = mw.ustring.toNFD local trim = mw.text.trim local u = m_str_utils.char local ulen = m_str_utils.len local ulower = m_str_utils.lower

local AC = u(0x0301) -- acute = ́ local GR = u(0x0300) -- grave = ̀ local CFLEX = u(0x0302) -- circumflex = ̂ local TILDE = u(0x0303) -- tilde = ̃ local DIA = u(0x0308) -- diaeresis = ̈ local MACRON = u(0x0304) -- macron = ̄ local DOTOVER = u(0x0307) -- dot over = ̇

local vowel = "aeëəiou" -- vowel local V = "[" .. vowel .. "]" local NV = "[^" .. vowel .. "]" local accent = AC .. GR .. CFLEX .. MACRON local accent_c = "[" .. accent .. "]" local ipa_stress = "ˈˌ" local ipa_stress_c = "[" .. ipa_stress .. "]" local separator = accent .. ipa_stress .. "# ." local C = "[^" .. vowel .. separator .. "]" -- consonant

local unstressed_words = m_table.listToSet({	-- case markers; "nang" here is for written "ng", but can also work with nang as in the contraction na'ng and the	-- conjunction "nang"	"ang", "sa", "nang", "si", "ni", "kay",	-- letter names (abakada and modern Filipino)	"a", "ar", "ay", "ba", "bi", "da", "di", "e", "ef", "eks", "dyi", "i", "jey", "key", "em", "ma", "en", "pi", "ra",	"es", "ta", "ti", "u", "vi", "wa", "way", "ya", "yu", "zey", "zi",	"ko", "mo", "ka", --single-syllable personal pronouns	"na",-- linker, also temporal particle    "daw", "ga", "ha", "pa", -- particles	"di7", "de7", -- negation words	"may", -- single-syllable existential	"pag", "kung", -- subordinating conjunctions	"at", "o", -- coordinating conjunctions	"hay", -- interjections	"de", "del", "el", "la", "las", "los", "y", -- in some Spanish-derived terms and names	"-an", "-en", "-han", "hi-", "-hin", "hin-", "hing-", "-in", "mag-", "mang-", "pa-", "pag-", "pang-", -- affixes "-ay", "-i", "-nin", "-ng", "-oy", "-s" })

local special_words = { ["ng"] = "nang", ["ng̃"] = "nang", ["ñ̃g"] = "nang", ["mga"] = "manga" .. AC, ["mg̃a"] = "manga" .. AC }

local function track(page) require("Module:debug/track")("tl-pronunciation/" .. page) return true end

-- version of rsubn that discards all but the first return value local function rsub(term, foo, bar) local retval = rsubn(term, foo, bar) return retval end

-- version of rsubn that returns a 2nd argument boolean indicating whether -- a substitution was made. local function rsubb(term, foo, bar) local retval, nsubs = rsubn(term, foo, bar) return retval, nsubs > 0 end

-- apply rsub repeatedly until no change local function rsub_repeatedly(term, foo, bar) while true do		local new_term = rsub(term, foo, bar) if new_term == term then return term end term = new_term end end

-- Combine two sets of qualifiers, either of which may be nil or a list of qualifiers. Remove duplicate qualifiers. -- Return value is nil or a list of qualifiers. local function combine_qualifiers(qual1, qual2) if not qual1 then return qual2 end if not qual2 then return qual1 end local qualifiers = m_table.deepcopy(qual1) for _, qual in ipairs(qual2) do		m_table.insertIfNot(qualifiers, qual) end return qualifiers end

local function decompose(text, recompose_e_dia) -- decompose everything but ñ and ü text = toNFD(text) text = rsub(text, ".[" .. TILDE .. DIA .. "]", {		["n" .. TILDE] = "ñ",		["N" .. TILDE] = "Ñ",		["u" .. DIA] = "ü",		["U" .. DIA] = "Ü",	}) if recompose_e_dia then text = rsub(text, ".[" .. DIA .. "]", {			["e" .. DIA] = "ë",			["E" .. DIA] = "Ë",		}) end return text end

local function remove_accents(str) str = decompose(str, "recompose e-dia") str = rsub(str, "(.)" .. accent_c, "%1") return str end

local function split_on_comma(term) if term:find(",%s") then return require(put_module).split_on_comma(term) else return rsplit(term, ",") end end

-- ĵ, ɟ and ĉ are used internally to represent [d͡ʒ], [j] and [t͡ʃ] --

function export.IPA(text, include_phonemic_syllable_boundaries) local debug = {}

text = ulower(text) text = decompose(text, "recompose e-dia") -- convert commas and en/en dashes to IPA foot boundaries text = rsub(text, "%s*[,–—]%s*", " | ") -- question mark or exclamation point in the middle of a sentence -> IPA foot boundary text = rsub(text, "([^%s])%s*[!?]%s*([^%s])", "%1 | %2")

-- canonicalize multiple spaces and remove leading and trailing spaces local function canon_spaces(text) text = rsub(text, "%s+", " ") text = rsub(text, "^ ", "") text = rsub(text, " $", "") return text end

text = canon_spaces(text)

-- Make prefixes unstressed unless they have an explicit stress marker; also make certain -- monosyllabic words (e.g. ang, ng, si, na, etc.) without stress marks be -- unstressed. local words = rsplit(text, " ") for i=1, #words do		words[i] = special_words[words[i]] or words[i] if rfind(words[i], "%-$") and not rfind(words[i], accent_c) or unstressed_words[words[i]] then -- add macron to the last vowel not the first one -- adding the macron after the 'u' words[i] = rsub(words[i], "^(.*" .. V .. ")", "%1" .. MACRON) end words[i] = rsub(words[i], "^%-(" .. V .. ")", "◌%1") -- suffix/infix if vowel, remove glottal stop at start words[i] = rsub(words[i], "^%-([7ʔ])(" .. V .. ")", "-%1%2" .. MACRON)	-- affix that requires glottal stop words[i] = rsub(words[i], "^(de%-)", "de" .. MACRON .. '-')	-- de- fix words[i] = rsub(words[i], "%-(na)%-", '-' .. "na" .. MACRON .. '-')	-- -na- fix words[i] = rsub(words[i], "%-(mga)%-", '-' .. special_words["mga"] .. '-')	-- -mga- fix words[i] = rsub(words[i], "%-(mga)%-", '-' .. special_words["mga"] .. '-')	-- -mga- fix words[i] = rsub(words[i], "^y$", "i" .. MACRON)	-- Spanish y fix end text = table.concat(words, " ") -- Convert hyphens to spaces text = rsub(text, "%-", " ") -- canonicalize multiple spaces again, which may have been introduced by hyphens text = canon_spaces(text) -- now eliminate punctuation text = rsub(text, "[!?']", "") -- put # at word beginning and end and double ## at text/foot boundary beginning/end text = rsub(text, " | ", "# | #") text = "##" .. rsub(text, " ", "# #") .. "##"	text = rsub_repeatedly(text, "([.]?)#([.]?)", "#")

table.insert(debug, text)

-- handle certain combinations; ch ng and sh handling needs to go first text = rsub(text, "([t]?)ch", "ts") --not the real sound text = rsub(text, "([n]?)g̃", "ng") -- Spanish spelling support text = rsub(text, "ng", "ŋ") text = rsub(text, "sh", "ʃ")

--x text = rsub(text, "([#])x(" .. V .. ")", "%1s%2") text = rsub(text, "x", "ks")

--ll text = rsub(text, "ll([i]?)(".. V.. ")", "ly%2")

--c, gü/gu+e or i, q	text = rsub(text, "c([iey])", "s%1") text = rsub(text, "(" .. V .. ")gü([ie])", "%1ɡw%2") text = rsub(text, "gü([ie])", "ɡuw%1") text = rsub(text, "gui([aeëo])", "ɡy%1") text = rsub(text, "gu([ie])", "ɡ%1") text = rsub(text, "qu([ie])", "k%1") text = rsub(text, "ü", "u") text = rsub(text, "ë", "ə")

--alphabet-to-phoneme text = rsub(text, "[cfgjñqrvz7]",	--["g"]="ɡ": U+0067 LATIN SMALL LETTER G → U+0261 LATIN SMALL LETTER SCRIPT G		{ ["c"] = "k", ["g"] = "ɡ", ["j"] = "ĵ", ["ñ"] = "ny", ["q"] = "k", ["r"] = "ɾ", ["7"] = "ʔ"})

-- trill in rr	text = rsub(text, "[ɾ]+", "ɾ") text = rsub(text, "ɾ[.]ɾ", "r")

-- ts	text = rsub(text, "t_s", "ć") --not the real sound text = rsub(text, "ts", "ĉ") --not the real sound

table.insert(debug, text)

text = rsub_repeatedly(text, "(" .. NV .. ")([u])([" .. AC .. MACRON .. "]?)([aeio])(" .. accent_c .. "?)","%1%2%3.w%4%5") text = rsub_repeatedly(text, "(" .. V .. ")([u])([" .. AC .. MACRON .. "]?)([aeio])(" .. accent_c .. "?)","%1.w%3%4%5") text = rsub_repeatedly(text, "(" .. V .. ")([o])([" .. AC .. MACRON .. "]?)([aei])(" .. accent_c .. "?)","%1.w%3%4%5") text = rsub(text, "([i])([" .. AC .. MACRON .. "])([aeou])(" .. accent_c .. "?)","%1%2.y%3%4") text = rsub(text, "([i])([aeou])(" .. accent_c .. "?)","y%2%3") text = rsub(text, "a([".. AC .."]*)o([#.])","a%1w%2")

--determining whether "y" is a consonant or a vowel text = rsub(text, "y(" .. accent_c .. ")", "i%1") text = rsub(text, "y(" .. V .. ")", "ɟ%1") -- not the real sound text = rsub(text,"y([ˈˌ.]*)([bćĉdfɡhjĵklmnɲŋpɾrsʃtvwɟzʔ#" .. vowel .. "])","i%1%2") text = rsub(text, "w(" .. V .. ")","w%1") text = rsub(text,"w([ˈˌ]?)([bćĉdfɡjĵklmnɲŋpɾrsʃtvwɟzʔ#])","u%1%2")

table.insert(debug, text)

--vowels with grave/circumflex to vowel+glottal stop text = rsub(text, CFLEX, AC .. GR) text = rsub(text, "(" .. V .. ")([" .. AC .. "]?)" .. GR .. "([#" .. vowel .. "])", "%1%2ʔ%3") text = rsub(text, "(" .. V .. ")([" .. AC .. "]?)" .. GR, "%1%2")

-- Add glottal stop for words starting with vowel text = rsub(text, "([#])(" .. V .. ")", "%1ʔ%2") text = rsub(text, "◌", "")

text = rsub_repeatedly(text, "(" .. V .. accent_c .. "*)(" .. C .. V .. ")", "%1.%2")

-- "mb", "mp", "nd", "nk", "nt" combinations text = rsub_repeatedly(text, "(m)([bp])([^hlɾrɟw" .. vowel .. separator .."])", "%1%2.%3") text = rsub_repeatedly(text, "(n)([dkt])([^hlɾrɟw" .. vowel .. separator .. "])", "%1%2.%3")	text = rsub_repeatedly(text, "(ŋ)([k])([^hlɾrɟw" .. vowel .. separator .. "])", "%1%2.%3")	text = rsub_repeatedly(text, "([ɾr])([bkdfɡklmnpsʃtvz])([^hlɾrɟyw" .. vowel .. separator .. "])", "%1%2.%3")

text = rsub_repeatedly(text, "(" .. V .. accent_c .. "*" .. C .. "+)(" .. C .. C .. V .. ")", "%1.%2")	text = rsub_repeatedly(text, "(" .. V .. accent_c .. "*" .. C .. ")(" .. C .. V .. ")", "%1.%2")	text = rsub_repeatedly(text, "(" .. V .. accent_c .. "*" .. C .. "+)(" .. C .. C .. V .. ")", "%1.%2")	text = rsub_repeatedly(text, "(" .. C .. ")%.s(" .. C .. ")", "%1s.%2") -- Any aeo, or stressed iu, should be syllabically divided from a following aeo or stressed iu. text = rsub_repeatedly(text, "([aeo]" .. accent_c .. "*)([aeo])", "%1.%2") text = rsub_repeatedly(text, "([aeo]" .. accent_c .. "*)(" .. V .. AC .. ")", "%1.%2")	text = rsub(text, "([iuə]" .. AC .. ")([aeo])", "%1.%2") text = rsub_repeatedly(text, "([iuə]" .. AC .. ")(" .. V .. AC .. ")", "%1.%2")	text = rsub_repeatedly(text, "i(" .. accent_c .. "*)i", "i%1.i") text = rsub_repeatedly(text, "u(" .. accent_c .. "*)u", "u%1.u")

table.insert(debug, text)

local accent_to_stress_mark = { [AC] = "ˈ", [MACRON] = "" }

local function accent_word(word, syllables) -- Now stress the word. If any accent exists in the word (including macron indicating an unaccented word), -- put the stress mark(s) at the beginning of the indicated syllable(s). Otherwise, apply the default -- stress rule. if rfind(word, accent_c) then for i = 1, #syllables do syllables[i] = rsub(syllables[i], "^(.*)(" .. accent_c .. ")(.*)$",					function(pre, accent, post)						return accent_to_stress_mark[accent] .. pre .. post					end				) end else -- Default stress rule. Words without vowels (e.g. IPA foot boundaries) don't get stress. if #syllables > 1 and rfind(word, "[^aeiouəʔbcĉdfɡghjɟĵklmnñɲŋpqrɾsʃtvwxz#]#") or #syllables == 1 and rfind(word, V) then syllables[#syllables] = "ˈ" .. syllables[#syllables] elseif #syllables >= 2 then local vowel_find = false local stress_find = false for i=0, #syllables-1 do					if rfind(syllables[#syllables - i], V) then if vowel_find then syllables[#syllables - i] = "ˈ" .. syllables[#syllables - i]							stress_find = true break end vowel_find = true end end if vowel_find and not stress_find then syllables[#syllables - 1] = "ˈ" .. syllables[#syllables - 1] end end end end

local words = rsplit(text, " ") for j, word in ipairs(words) do		-- accentuation local syllables = rsplit(word, "%.") accent_word(word, syllables) -- Reconstruct the word. words[j] = table.concat(syllables, ".") end

text = table.concat(words, " ")

-- suppress syllable mark before IPA stress indicator text = rsub(text, "%.(" .. ipa_stress_c .. ")", "%1")	--make all primary stresses but the last one be secondary text = rsub_repeatedly(text, "ˈ(.+)ˈ", "ˌ%1ˈ")

table.insert(debug,text) --correct final glottal stop placement text = rsub(text,"([ˈˌ])ʔ([#]*)([ʔbĉćdfɡhĵɟklmnŋɲpɾrsʃtvwz])(" .. V .. ")","%1%2%3%4ʔ")

table.insert(debug,text)

--add temporary macron for /a/, /i/ and /u/ in stressed syllables so they don't get replaced by unstressed form

text = rsub(text,"([ˈˌ])([#]*)([ʔbćĉdfɡhĵɟklmnŋpɾrstvwz]?)([ɟlnɾst]?)([a])([ʔbdfɡiklmnŋpɾstu]?)([bdɡklmnpɾst]?)","%1%2%3%4ā%6%7") text = rsub(text,"([ˈˌ])([#]*)([ʔbćĉdfɡhĵɟklmnŋpɾrstvwz]?)([ɟlnɾst]?)([i])([ʔbdfɡklmnŋpɾstu]?)([bdɡklmnpɾst]?)","%1%2%3%4ī%6%7") text = rsub(text,"([ˈˌ])([#]*)([ʔbćĉdfɡhĵɟklmnŋpɾrstvwz]?)([ɟlnɾst]?)([u])([ʔbdfɡiklmnŋpɾst]?)([bdɡklmnpɾst]?)","%1%2%3%4ū%6%7")

table.insert(debug, text)

--Corrections for diphthongs text = rsub(text,"([aāeəouū])i","%1j") --ay text = rsub(text,"([aāeəiīo])u","%1w") --aw

table.insert(debug, text) --remove "ɟ" and "w" inserted on vowel pair starting with "i" and "u" text = rsub(text,"([i])([ˈˌ]?)ɟ([aāeəouū])","%1%2%3") text = rsub(text,"([u])([ˈˌ]?)w([aāeəiī])","%1%2%3") table.insert(debug,text) --/z/ changes text = rsub(text,"([aāeəoiīuū])z([ˈˌ.#])([^bdfɡĵjɟŋɾrvz])","%1s%2%3") -- /z/ turn to /s/ before some unvoiced sounds text = rsub(text,"([^#bdfɡĵjɟnŋɾrvzaāeəoiīuū])([ˈˌ.#])z","%1%2s") -- /z/ turn to /s/ after some unvoiced sounds text = rsub(text,"([bćĉdfɡhĵjɟklmnŋptvwz])([ˈˌ.]?)([ɟlɾst])([aāeəoiīuū])([.]?)([z])","%1%2%3%4%5s") -- consonant cluster before /z/ turn to /s/ text = rsub_repeatedly(text, "([^z]*)z([^z]*)([^#bdfɡĵjɟnŋɾrvzˈˌ.#][ˈˌ.#]?)z", "%1z%2%3s") -- /z/ turn to /s/ if /z/ already said earlier local tl_IPA_table = { ["phonetic"] = text, ["phonemic"] = text }

for key, value in pairs(tl_IPA_table) do		text = tl_IPA_table[key]

--phonetic transcription if key == "phonetic" then table.insert(debug, text)

--Turn phonemic diphthongs to phonetic diphthongs text = rsub(text, "([aāeəouū])j", "%1ɪ̯") text = rsub(text, "([aāeəiīo])w", "%1ʊ̯")

table.insert(debug, text)

--change a, i, u to unstressed equivalents (certain forms to restore) text = rsub(text,"a","ɐ") text = rsub(text,"i","ɪ") text = rsub(text,"u","ʊ")

table.insert(debug, text) text = rsub(text,"n([ˈˌ.])ɟ","%1ɲ") -- /n/ before /j/ text = rsub(text,"n[ɟj]([ɐāeəɪɪ̯īoʊʊ̯ū])", "ɲ%1") -- /n/ before /j/

--Combine consonants (except H) followed by I/U and certain stressed vowels text = rsub(text,"([bćĉdfɡĵklmnɲŋpɾrstvz])([ɟlnɾst]?)ɪ([ˈˌ.])ɟ?([āɐeəoūʊ])","%3%1%2ɟ%4") text = rsub(text,"([bćĉdfɡĵklmnɲŋpɾrstvz])([ɟlnɾst]?)ʊ([ˈˌ.])w?([āɐeəīɪo])","%3%1%2w%4") text = rsub(text,"([h])ʊ([ˈˌ.])w?([āɐeəīɪ])","%2%1w%3") -- only for hu with (ei) combination text = rsub_repeatedly(text, "([.]+)", ".")

table.insert(debug, text) -- foreign s consonant clusters text = rsub(text,"([ˈˌ.]?)([#]*)([.]?)([s])([ʔbćĉdfɡhĵklmnŋpɾrt])([ɟlnɾst]?)([ɐāeəɪɪ̯īoʊʊ̯ū])",		   	function(stress, boundary, syllable, s, cons1, cons2, vowel)		    		if stress == "" then stress = "." end		    		return boundary .. "ʔɪ" .. s .. stress .. cons1 .. cons2 .. vowel		    	end		    ) text = rsub(text,"([ˈˌ])([ʔbćĉdfɡhĵɟklmnŋpɾrstwvz]?)([ɟlnɾst]?)([ɐ])","%1%2%3ā") text = rsub(text,"([ˈˌ])([ʔbćĉdfɡhĵɟklmnŋpɾrstwvz]?)([ɟlnɾst]?)([ɪ])","%1%2%3ī") text = rsub(text,"([ˈˌ])([ʔbćĉdfɡhĵɟklmnŋpɾrstwvz]?)([ɟlnɾst]?)([ʊ])","%1%2%3ū") table.insert(debug, text)

text = rsub(text,"([nŋ])([ˈˌ# .]*[bfpv])","m%2") text = rsub(text,"([ŋ])([ˈˌ# .]*[dlstz])","n%2") text = rsub_repeatedly(text,"([ɐāeəɪɪ̯īoʊʊ̯ū])([#]?)([ ]?)([ˈˌ#.])([k])([ɐāeəɪīoʊū])","%1%2%3%4x%6") -- /k/ between vowels text = rsub_repeatedly(text,"([ɐāeəɪɪ̯īoʊʊ̯ū])([#]?)([ ]?)([ˈˌ#.])([ɡ])([ɐāeəɪīoʊū])", "%1%2%3%4ɣ%6") -- /ɡ/ between vowels text = rsub(text,"d([ˈˌ.])ɟ","%1ĵ") --/d/ before /j/ text = rsub(text,"d[ɟj]([ɐāeəɪɪ̯īoʊʊ̯ū])","ĵ%1") --/d/ before /j/ text = rsub(text,"s[ɟj]([ɐāeəɪɪ̯īoʊʊ̯ū])","ʃ%1") --/s/ before /j/ text = rsub(text,"([n])([ˈ ˌ# .]*[ɡk])","ŋ%2") -- /n/ before /k/ and /g/ (some proper nouns and loanwords) --text = rsub(text,"n([ˈˌ.])ɟ","%1ɲ") -- /n/ before /j/ text = rsub(text,"s([ˈˌ.])ɟ","%1ʃ") -- /s/ before /j/ text = rsub(text,"z([ˈˌ.])ɟ","%1ʒ") -- /z/ before /j/ text = rsub(text,"t([ˈˌ.])ɟ","%1ĉ") -- /t/ before /j/ text = rsub(text,"([ˈˌ.])d([ɟj])([ɐāeəɪīoʊū])","%1ĵ%3") -- /dj/ before any vowel following stress text = rsub(text,"([ˈˌ.])n([ɟj])([ɐāeəɪīoʊū])","%1ɲ%3") -- /nj/ before any vowel following stress text = rsub(text,"([ˈˌ.])s([ɟj])([ɐāeəɪīoʊū])","%1ʃ%3") -- /sj/ before any vowel following stress text = rsub(text,"([ˈˌ.])t([ɟj])([ɐāeəɪīoʊū])","%1ĉ%3") -- /tj/ before any vowel following stress -- text = rsub(text,"([oʊ])([m])([.]?)([ˈ]?)([pb])","u%2%3%4%5") -- /o/ and /ʊ/ before /mb/ or /mp/ text = rsub(text,"([ɐāeəɪīoʊū])(ɾ)([bćĉdfɡĵklmnŋpstvz])([s]?)([#.])","%1ɹ%3%4%5") -- /ɾ/ becoming /ɹ/ before consonants not part of another syllable --final fix for phonetic diphthongs text = rsub(text,"([ɐ])ɪ̯","aɪ̯") --ay text = rsub(text,"([ɐ])ʊ̯","aʊ̯") --aw text = rsub(text,"([ɪ])ʊ̯","iʊ̯") --iw

table.insert(debug, text)

--Change /e/ closer to native pronunciation. text = rsub(text, "e", "ɛ") else text = rsub(text,"([n])([ˈˌ#.]?[ɡk])","ŋ%2") -- /n/ before /k/ and /g/ (some proper nouns and loanwords) if not include_phonemic_syllable_boundaries then text = rsub(text,"%.","") end text = rsub(text,"‿", " ") text = rsub(text,"ʰ", "") -- Remove aspiration end

table.insert(debug, text)

--delete temporary macron in /a/, /i/ and /u/ text = rsub(text,"ā","a") text = rsub(text,"ī","i") text = rsub(text,"ū","u")

-- Final fix for "iy" and "uw" combination text = rsub(text,"([iɪ])([ˈˌ.]*)ɟ([aɐeɛəouʊ])","%1%2%3") text = rsub(text,"([uʊ])([ˈˌ.]*)w([aɐeɛəiɪo])","%1%2%3") text = rsub(text,"([ɪ])([ˈˌ.]*)ɟ([i])","%1%2%3") text = rsub(text,"([i])([.]*)ɟ([ɪ])","%1%2%3") text = rsub(text,"([ʊ])([ˈˌ.]*)w([u])","%1%2%3") text = rsub(text,"([u])([.]*)w([ʊ])","%1%2%3")

--remove "ɟ" and "w" inserted on vowel pair starting with "e" and "o" text = rsub(text,"([ɛe])([ˈˌ.]*)[ɟj]([aɐo])","%1%2%3") text = rsub(text,"([o])([ˈˌ.]*)w([aɐeɛə])","%1%2%3")

-- convert fake symbols to real ones local final_conversions = { ["ĉ"] = "t͡ʃ", -- fake "ch" to real "ch" ["ć"] = "t͡s", -- fake "ts" to real "ts" ["ɟ"] = "j", -- fake "y" to real "y" ["ĵ"] = "d͡ʒ" -- fake "j" to real "j" }

text = rsub(text, "[ĉćɟĵ]", final_conversions)

-- Do not have multiple syllable break consecutively text = rsub_repeatedly(text, "([.]+)", ".") text = rsub_repeatedly(text, "([.]?)(‿)([.]?)", "%2") -- remove # symbols at word and text boundaries text = rsub_repeatedly(text, "([.]?)#([.]?)", "")

-- resuppress syllable mark before IPA stress indicator text = rsub(text, "%.(" .. ipa_stress_c .. ")", "%1")		text = rsub_repeatedly(text, "([.]?)(" .. ipa_stress_c .. ")([.]?)", "%2")   	tl_IPA_table[key] = toNFC(text) end

return tl_IPA_table end

-- Meant to be called from a bot. function export.IPA_string(frame) local iparams = { [1] = {required = true}, ["type"] = {required = true}, ["include_phonemic_syllable_boundaries"] = {type = "boolean"}, }	local iargs = require("Module:parameters").process(frame.args, iparams) if iargs.type ~= "phonemic" and iargs.type ~= "phonetic" then error(("Saw type='%s' but it must be 'phonemic' or 'phonetic'"):format(iargs.type)) end local retval = export.IPA(iargs[1], iargs.include_phonemic_syllable_boundaries) return retval[iargs.type] end

function export.show(frame) local params = { [1] = {},		["pre"] = {}, ["bullets"] = {type = "number", default = 1}, }

local parargs = frame:getParent.args local args = require("Module:parameters").process(parargs, params)

local results = {}

local text = args[1] or mw.title.getCurrentTitle.text

local IPA_result = export.IPA(text) table.insert(results, { pron = "/" .. IPA_result["phonemic"] .. "/" }) table.insert(results, { pron = "[" .. IPA_result["phonetic"] .. "]" })

local pre = args.pre and args.pre .. " " or "" local bullet = (args.bullets ~= 0) and "* " or ""

return bullet .. pre .. m_IPA.format_IPA_full(lang, results) end

local function parse_gloss(arg) local poses, gloss if arg:find("%^") then poses, gloss = arg:match("^(.-)%^(.*)$") if gloss == "" then gloss = nil end else gloss = arg end if poses then poses = split_on_comma(poses) local m_headword_data = mw.loadData(headword_data_module) for i, pos in ipairs(poses) do			poses[i] = m_headword_data.pos_aliases[pos] or pos end end return { poses = poses, gloss = gloss, } end

-- Parse a raw accent spec, which is one or more comma-separated accents, each of which may be aliases listed in the -- accent data in Module:accent qualifier/data. FIXME: The separate accent qualifier data will be going away and -- merged into label data, at which point we'll have to rewrite this. local function parse_accents(arg) -- Accent group processing local accent_data = mw.loadData(accent_qualifier_data_module)

-- Split on commas and canonicalize aliases. local accents = rsplit(arg, "%s*,%s*") for i, alias in ipairs(accents) do		if accent_data.aliases[alias] then accents[i] = accent_data.aliases[alias] end end

return accents end

-- Return the number of syllables of a phonemic or phonetic representation, which should have syllable dividers in it -- but no hyphens. local function get_num_syl_from_ipa(pron) -- Maybe we should just count vowels instead of the below code. pron = rsub(pron, "|", " ") -- remove IPA foot boundaries local words = rsplit(pron, " +") for i, word in ipairs(words) do -- IPA stress marks are syllable divisions if between characters; otherwise just remove. word = rsub(word, "(.)[ˌˈ](.)", "%1.%2") word = rsub(word, "[ˌˈ]", "") words[i] = word end -- There should be a syllable boundary between words. pron = table.concat(words, ".") return ulen(rsub(pron, "[^.]", "")) + 1 end

-- Get the rhyme by truncating everything up through the last stress mark + any following consonants, and remove -- syllable boundary markers. local function convert_phonemic_to_rhyme(phonemic) -- NOTE: This works because the phonemic vowels are just [aeiou] possibly with diacritics that are separate -- Unicode chars. If we want to handle things like ɛ or ɔ we need to add them to `vowel`. return rsub(rsub(phonemic, ".*[ˌˈ]", ""), "^" .. NV .. "*", ""):gsub("%.", ""):gsub("t͡ʃ", "tʃ") end

local function split_syllabified_spelling(spelling) return rsplit(spelling, "%.") end

-- "Align" syllabified respelling `syllab` to original spelling `spelling` by matching character-by-character, allowing -- for extra syllable and accent markers in the syllabification and certain mismatches in the consonants. The goal is to -- produce the appropriately syllabified version of the original spelling (the pagename) by matching characters in the -- syllabified respelling to the original spelling, putting the syllable boundaries in the appropriate places in the -- original spelling. As an example, given syllabified respelling 'a.ma.7ín' and original spelling 'amain', we would -- like to produce 'a.ma.in'. -- -- If we encounter an extra syllable marker (.), we allow and keep it. If we encounter an extra accent marker in the -- syllabification, we drop it. We allow for mismatches in capitalization and for certain other mismatches, e.g. extra -- glottal stops (written 7), h in respelling vs. g or j in the original, etc. If we can't match, we return nil -- indicating the alignment failed. local function align_syllabification_to_spelling(syllab, spelling) local result = {} local function concat_result return toNFC(table.concat(result)) end -- Remove glottal stop (7) from respelling to simplify the code below, because it's never found in the original -- spelling. (FIXME: We should do the same for diacritics, but they're currently removed earlier, in 	-- syllabify_from_spelling. We should probably get rid of the removal there and put it here.) syllab = decompose(syllab):gsub("7", "") spelling = decompose(spelling) local syll_chars = rsplit(ulower(syllab), "") local spelling_chars = rsplit(spelling, "") local i = 1 local j = 1 local function matches(uci, ucj) -- Return true if a syllabified respelling character (uci) matches the corresponding spelling char (ucj). -- Both uci and ucj should be lowercase. return uci == ucj or			uci == "h" and (ucj == "g" or ucj == "j") or 			uci == "j" and ucj == "g" or 			uci == "y" and ucj == "i" or			uci == "w" and ucj == "u" end local function syll_at(pos) return syll_chars[pos] or "" end local function spell_at(pos) return spelling_chars[pos] or "" end local function uspell_at(pos) local c = spelling_chars[pos] return c and ulower(c) or "" end while i <= #syll_chars or j <= #spelling_chars do		local uci = syll_at(i) local cj = spell_at(j) local ucj = uspell_at(j) if uci == "g" and syll_at(i - 1) == "n" and syll_at(i + 1) == "." and matches(syll_at(i + 2), ucj) then -- As a special case, before checking whether the corresponding characters match, we have to skip an extra -- g in an -ng- sequence in the syllabified respelling if the corresponding spelling character matches the -- next respelling character (taking into account the syllable boundary). This is so that e.g. -- syll='ba.rang.gay' matches spelling='barangay'. Otherwise we will match the first respelling g against -- the spelling g and the second respelling g won't match. A similar case occurs with -- syll='E.vang.he.lis.ta' and spelling='Evangelista'. i = i + 1 elseif matches(uci, ucj) then table.insert(result, cj) i = i + 1 j = j + 1 elseif ucj == uspell_at(j - 1) and uci == "." and ucj ~= syll_at(i + 1) then -- See below. We want to allow for a doubled letter in spelling that is pronounced single, and preserve the -- doubled letter. But it's tricky in the presence of syllable boundaries on both sides of the doubled -- letter as well as doubled letters pronounced double. Specifically, there are three possibilities, -- exemplified by: -- (1) syll='Mal.lig', spelling='Mallig' -> 'Mal.lig'; -- (2) syll='Ma.lig', spelling='Mallig' -> 'Ma.llig'; -- (3) syll='Wil.iam', spelling='William' -> 'Will.iam'. -- If we copy the dot first, we get (1) and (2) right but not (3). -- If we copy the double letter first, we get (2) and (3) right but not (1). -- We choose to copy the dot first except in the situation exemplified by (3), where we copy the doubled -- letter first. The condition above handles (3) (the doubled letter matches against a dot) while not -- interfering with (1) (where the doubled letter also matches against a dot but the next letter in the			-- syllabification is the same as the doubled letter, because the doubled letter is pronounced double). table.insert(result, cj) j = j + 1 elseif (ucj == "h" or ucj == "'") and uci == "." and ucj ~= syll_at(i + 1) and not rfind(uspell_at(j + 1), V) then -- See below for silent h or apostrophe in spelling. This condition is parallel to the one directly above -- for silent doubled letters in spelling and handles the case of syllab='Abduramán', spelling='Abdurahman', -- which should be syllabified 'Ab.du.rah.man'. But we need a check to see that the next spelling character -- isn't a vowel, because in that case we want the silent letter to go after the period, e.g. -- syllab='Jumu7á', spelling='Jumu'ah' -> 'Ju.mu.'ah' (the 7 is removed above). table.insert(result, cj) j = j + 1 elseif uci == "." then table.insert(result, uci) i = i + 1 elseif ucj == uspell_at(j - 1) then -- A doubled letter in spelling that is pronounced single. Examples: -- * syllab='Ma.líg', spelling='Mallig' -> 'Ma.llig' (with l)			-- * syllab='Lu.il.yér', spelling='Lhuillier' -> 'Lhu.ill.ier' (with l; a more complex example) -- * syllab='a.sa.la.mu a.lai.kum', spelling='assalamu alaikum' -> 'as.sa.la.mu a.lai.kum' (with s)			-- * syllab='Jé.fer.son', spelling='Jefferson' -> 'Je.ffer.son' (with f)			-- * syllab='Je.ma', spelling='Gemma' -> 'Ge.mma' (with m)			-- * syllab='Ha.na', spelling='Hannah' -> 'Ha.nnah' (with n)			-- * syllab='A.by', spelling='Abby' -> 'A.bby' (with b)			-- * syllab='Ka.ba', spelling='Kaaba' -> 'Kaa.ba' (with a)			-- * syllab='Fu.ji', spelling='Fujii' -> 'Fu.jii' (with i)			table.insert(result, cj) j = j + 1 elseif ucj == "h" or ucj == "'" then -- A silent h or apostrophe in spelling. Examples: -- * syllab='adán', spelling='adhan' -> 'a.dhan' -- * syllab='Atanasya', spelling='Athanasia' -> 'A.tha.nas.ia' -- * syllab='Cýntiya', spelling='Cynthia' -> 'Cyn.thi.a'			-- * syllab='Ermóhenes', spelling='Hermogenes' -> 'Her.mo.ge.nes' -- * syllab='Abduramán', spelling='Abdurahman' -> 'Ab.du.rah.man' -- * syllab='Jumu7á', spelling='Jumu'ah' -> 'Ju.mu.'ah' table.insert(result, cj) j = j + 1 elseif uci == AC or uci == GR or uci == CFLEX or uci == DIA or uci == TILDE or uci == MACRON or			uci == "y" or uci == "w" then -- skip character i = i + 1 else -- non-matching character mw.log(("Syllabification alignment mismatch for pagename '%s' (position %s, character %s), syllabified respelling '%s' (position %s, character %s), aligned result so far '%s'" ):format(spelling, j, ucj, syllab, i, uci, concat_result)) return nil end end if i <= #syll_chars or j <= #spelling_chars then -- left-over characters on one side or the other mw.log(("Syllabification alignment mismatch for pagename '%s' (%s), syllabified respelling '%s' (%s), aligned result so far '%s'" ):format( spelling, j > #spelling_chars and "end of string" or ("position %s, character %s"):format(j, uspell_at(j)), syllab, i > #syll_chars and "end of string" or ("position %s, character %s"):format(i, syll_at(i)), concat_result)) return nil end return concat_result end

local function generate_syll_obj(term) return {syllabification = term, hyph = split_syllabified_spelling(term)} end

-- Word should already be decomposed. local function word_has_vowels(word) word = ulower(word) return rfind(word, V) or word:find("y") end

local function all_words_have_vowels(term) local words = rsplit(decompose(term), "[ %-]") for i, word in ipairs(words) do -- Allow empty word; this occurs with prefixes and suffixes. if word ~= "" and not word_has_vowels(word) then return false end end return true end

local function should_generate_rhyme_from_respelling(term) local words = rsplit(decompose(term), " +") return #words == 1 and -- no if multiple words not words[1]:find("%-$") and -- no if word is a prefix not (words[1]:find("^%-") and words[1]:find(MACRON)) and -- no if word is an unstressed suffix word_has_vowels(words[1]) -- no if word has no vowels (e.g. a single letter) end

local function should_generate_rhyme_from_ipa(ipa) return not ipa:find("%s") and word_has_vowels(decompose(ipa)) end

local function process_specified_rhymes(rhymes, sylls, parsed_respellings) local rhyme_ret = {} for _, rhyme in ipairs(rhymes) do		local num_syl = rhyme.num_syl local no_num_syl = false

-- If user explicitly gave the rhyme but didn't explicitly specify the number of syllables, try to take it from -- the syllabification. if not num_syl then num_syl = {} for _, syll in ipairs(sylls) do				if should_generate_rhyme_from_respelling(syll.syllabification) then local this_num_syl = 1 + ulen(rsub(syll.syllabification, "[^.]", "")) m_table.insertIfNot(num_syl, this_num_syl) else no_num_syl = true break end end if no_num_syl or #num_syl == 0 then num_syl = nil end end

-- If that fails and term is single-word, try to take it from the phonemic. if not no_num_syl and not num_syl then for _, parsed in ipairs(parsed_respellings) do				for _, pronun in ipairs(parsed.pronuns) do					-- Check that pronun.phonemic exists (it may not if raw phonetic-only pronun is given), and rhyme -- isn't suppressed (which may happen if the term has a qualifier "colloquial", "obsolete" or the					-- like or is an auto-generated "glottal stop elision" pronunciation). if pronun.phonemic and not pronun.no_rhyme then if not should_generate_rhyme_from_ipa(pronun.phonemic) then no_num_syl = true break end -- Count number of syllables by looking at syllable boundaries (including stress marks). local this_num_syl = get_num_syl_from_ipa(pronun.phonemic) m_table.insertIfNot(num_syl, this_num_syl) end end if no_num_syl then break end end if no_num_syl or #num_syl == 0 then num_syl = nil end end

local rhymeobj = m_table.shallowcopy(rhyme) rhymeobj.num_syl = num_syl table.insert(rhyme_ret, rhymeobj) end end

-- Parse a pronunciation modifier in `arg`, the argument portion in an inline modifier (after the prefix), which -- specifies a pronunciation property such as rhyme, syllabification, homophones or audio. The argument can itself have -- inline modifiers, e.g. >. The allowed inline modifiers are specified by `param_mods` (of -- the format expected by `parse_inline_modifiers`); in addition to any modifiers specified there, the modifiers -- , ,  and  are always accepted (and can be repeated). `generate_obj` and `parse_err` are -- like in `parse_inline_modifiers` and specify respectively a function to generate the object into which modifier -- properties are stored given the non-modifier part of the argument, and a function to generate an error message (given -- the message). Normally, a comma-separated list of pronunciation properties is accepted and parsed, where each element -- in the list can have its own inline modifiers and where no spaces are allowed next to the commas in order for them to -- be recognized as separators. If `no_split_on_comma` is given, only a single pronunciation property is accepted. If -- `has_outer_container` is given, the list of pronunciation properties is embedded in the `terms` property of an outer -- container, into which other list-level modifiers can also be stored (by setting `overall = "true"` in the respective -- spec in `param_mods`). The return value is a list if neither `no_split_on_comma` nor `has_outer_container` are given, -- otherwise a container object (which, in the case of `has_outer_container`, will contain a list inside of it, in the -- `terms` property). local function parse_pron_modifier(arg, parse_err, generate_obj, param_mods, no_split_on_comma, has_outer_container) if arg:find("<") then local insert = { store = "insert" } param_mods.q = insert param_mods.qq = insert param_mods.a = insert param_mods.aa = insert return require(put_module).parse_inline_modifiers(arg, {			param_mods = param_mods,			generate_obj = generate_obj,			parse_err = parse_err,			splitchar = not no_split_on_comma and "," or nil,			outer_container = has_outer_container and {} or nil,		}) elseif no_split_on_comma then return generate_obj(arg) else local retval = {} for _, term in ipairs(split_on_comma(arg)) do			table.insert(retval, generate_obj(term)) end if has_outer_container then retval = { terms = retval, }		end return retval end end

local function parse_rhyme(arg, parse_err) local function generate_obj(term) return {rhyme = term} end local param_mods = { s = { item_dest = "num_syl", convert = function(arg, parse_err) local nsyls = rsplit(arg, ",") for i, nsyl in ipairs(nsyls) do					if not nsyl:find("^[0-9]+$") then parse_err("Number of syllables '" .. nsyl .. "' should be numeric") end nsyls[i] = tonumber(nsyl) end return nsyls end, },	}

return parse_pron_modifier(arg, parse_err, generate_obj, param_mods) end

local function parse_syll(arg, parse_err) local param_mods = { cap = { overall = true}, }

-- We need to pass in has_outer_container because we have an overall property  (the caption, defaulting	-- to "Syllabification") applying to the whole set of syllabifications. return parse_pron_modifier(arg, parse_err, generate_syll_obj, param_mods, nil, "has outer container") end

local function parse_homophone(arg, parse_err) local function generate_obj(term) return {term = term} end local param_mods = { t = { -- We need to store the  inline modifier into the "gloss" key of the parsed term, -- because that is what Module:links (called from Module:homophones) expects. item_dest = "gloss", },		gloss = {}, pos = {}, alt = {}, lit = {}, id = {}, g = { -- We need to store the  inline modifier into the "genders" key of the parsed term, -- because that is what Module:links (called from Module:homophones) expects. item_dest = "genders", convert = function(arg) return rsplit(arg, ",") end, },	}

return parse_pron_modifier(arg, parse_err, generate_obj, param_mods) end

local function generate_audio_obj(arg) local file, gloss = arg:match("^(.-)%s*#%s*(.*)$") if not file then file = arg gloss = "Audio" end return {file = file, gloss = gloss} end

local function parse_audio(arg, parse_err) -- None other than qualifiers local param_mods = {}

-- Don't split on comma because some filenames have embedded commas not followed by a space (typically followed by	-- an underscore). return parse_pron_modifier(arg, parse_err, generate_audio_obj, param_mods, "no split on comma") end

local function syllabify_from_spelling(text, pagename) -- Auto syllabifications start -- local vowel = vowel .. "ẃý" -- vowel local V = "[" .. vowel .. "]"	local NV = "[^" .. vowel .. "]"	local C = "[^" .. vowel .. separator .. "]" -- consonant

text = remove_accents(text)

origtext = text text = string.lower(text)

-- put # at word beginning and end and double ## at text/foot boundary beginning/end text = rsub(text, " | ", "# | #") text = "##" .. rsub(text, " ", "# #") .. "##"	text = rsub_repeatedly(text, "([.]?)#([.]?)", "#")

text = rsub(text, "ng", "ŋ") text = rsub(text, "ch", "ĉ") text = rsub(text, "t_s", "ć") text = rsub(text, "sh", "ʃ") text = rsub(text, "gui([aeëo])", "gui.%1") text = rsub(text, "r", "ɾ") text = rsub(text, "ɾɾ", "r")

text = rsub_repeatedly(text, "(" .. NV .. ")([u])([" .. AC .. MACRON .. "]?)([aeio])(" .. accent_c .. "?)","%1%2%3.%4%5")	text = rsub_repeatedly(text, "(" .. V .. ")([u])([" .. AC .. MACRON .. "]?)([aeio])(" .. accent_c .. "?)","%1.u%3%4%5") text = rsub_repeatedly(text, "(" .. V .. ")([o])([" .. AC .. MACRON .. "]?)([aei])(" .. accent_c .. "?)","%1.o%3%4%5") text = rsub(text, "([i])([" .. AC .. MACRON .. "])([aeou])(" .. accent_c .. "?)","%1%2#í%3%4") text = rsub(text, "([i])([aeou])(" .. accent_c .. "?)","í%2%3") text = rsub(text, "a([".. AC .."]*)o([#.])","a%1ó%2")

text = rsub(text, "y([ˈˌ.]*)([bćĉdfɡhjĵklmnɲŋpɾrsʃtvwɟzʔ#" .. vowel .. "])","ý%1%2") text = rsub(text, "ý(" .. V .. ")", "y%1") text = rsub(text, "w([ˈˌ]?)([bćĉdfɡjĵklmnɲŋpɾrsʃtvwɟzʔ#" .. vowel .. "])","ẃ%1%2") text = rsub(text, "ẃ(" .. V .. ")","w%1")

text = rsub_repeatedly(text, "(" .. V .. accent_c .. "*)(" .. C .. V .. ")", "%1.%2")

-- "mb", "mp", "nd", "nk", "nt" combinations text = rsub_repeatedly(text, "(m)([bp])([^lɾrɟyw" .. vowel .. separator .."])", "%1%2.%3") text = rsub_repeatedly(text, "(n)([dkt])([^lɾrɟyw" .. vowel .. separator .. "])", "%1%2.%3")	text = rsub_repeatedly(text, "(ŋ)([k])([^lɾrɟyw" .. vowel .. separator .. "])", "%1%2.%3")	text = rsub_repeatedly(text, "([ɾr])([bkdfɡklmnpsʃtvz])([^lɾrɟyw" .. vowel .. separator .. "])", "%1%2.%3")

text = rsub_repeatedly(text, "(" .. V .. accent_c .. "*" .. C .. ")(" .. C .. V .. ")", "%1.%2")	text = rsub_repeatedly(text, "(" .. V .. accent_c .. "*" .. C .. "+)(" .. C .. C .. V .. ")", "%1.%2")	text = rsub_repeatedly(text, "(" .. C .. ")%.s(" .. C .. ")", "%1s.%2")

-- Any aeo, or stressed iu, should be syllabically divided from a following aeo or stressed iu. text = rsub_repeatedly(text, "([aeo]" .. accent_c .. "*)([aeo])", "%1.%2") text = rsub_repeatedly(text, "([aeo]" .. accent_c .. "*)(" .. V .. AC .. ")", "%1.%2")	text = rsub(text, "([iuə]" .. AC .. ")([aeo])", "%1.%2") text = rsub_repeatedly(text, "([iuə]" .. AC .. ")(" .. V .. AC .. ")", "%1.%2")	text = rsub_repeatedly(text, "i(" .. accent_c .. "*)i", "i%1.i") text = rsub_repeatedly(text, "u(" .. accent_c .. "*)u", "u%1.u")

text = rsub(text, "ĉ", "ch") text = rsub(text, "ć", "ts") text = rsub(text, "ŋ", "ng") text = rsub(text, "ʃ", "sh") text = rsub(text, "r", "rr") text = rsub(text, "ɾ", "r") text = remove_accents(text)

text = rsub_repeatedly(text, "([.]+)", ".") text = rsub(text, "[.]?-[.]?", "-") text = rsub(text, "[‿]([^ ])", "|%1") text = rsub(text, "[.]([^ ])", "|%1")

text = rsub(text, "([gq])([u])|([ei])", "%1%2%3") text = rsub(text, "([|])+", "%1")

-- remove # symbols at word and text boundaries text = rsub_repeatedly(text, "([.]?)#([.]?)", "")

-- Fix Capitalization -- local syllbreak = 0 for i=1, #text do if text:sub(i,i) == "|" and origtext:sub(i-syllbreak, i-syllbreak) ~= "." and origtext:sub(i-syllbreak, i-syllbreak) ~= "7" then syllbreak = syllbreak + 1 elseif origtext:sub(i-syllbreak, i-syllbreak) == text:sub(i,i):upper then text = table.concat({text:sub(1, i-1), text:sub(i,i):upper, text:sub(i+1)}) end end

-- Fix hyphens -- -- FIXME!!! Why are we relying on looking at the pagename here? This should not be happening. origtext = pagename

if (table.concat(rsplit(origtext, "-")) == table.concat(rsplit(table.concat(rsplit(text, "|")), "-"))) then syllbreak = 0 for i=1, #text do			if text:sub(i,i) == "|" then if origtext:sub(i-syllbreak, i-syllbreak) == "-" then text = table.concat({text:sub(1, i-1), "-", text:sub(i+1)}) else syllbreak = syllbreak + 1 end end end end

-- FIXME! Hack -- up above we changed periods to vertical bars. The rest of the code expects periods so change -- them back. We should clean up the code above to leave the periods alone. return (text:gsub("|", "%.")) end

function export.syllabify_and_align(respelling, pagename) local syllabification = syllabify_from_spelling(respelling, pagename) return align_syllabification_to_spelling(syllabification, pagename) end

local function css_wrap(text, classes) return (' %s '):format(classes, text) end

local function format_glosses(glosses) if not glosses then return "" end

local formatted_glosses = {} for _, glossobj in ipairs(glosses) do		local gloss_parts = {} if glossobj.gloss then table.insert(gloss_parts, css_wrap("“", "mention-gloss-double-quote") ..				css_wrap(glossobj.gloss, "mention-gloss") .. css_wrap("”", "mention-gloss-double-quote")) end if glossobj.poses then for _, pos in ipairs(glossobj.poses) do				table.insert(gloss_parts, css_wrap(pos, "ann-pos")) end end table.insert(formatted_glosses, table.concat(gloss_parts, css_wrap(",", "mention-gloss-comma") .. " "))	end

return " " .. css_wrap("(", "mention-gloss-paren annotation-paren") ..		table.concat(formatted_glosses, css_wrap(";", "mention-gloss-semicolon") .. " ") ..		css_wrap(")", "mention-gloss-paren annotation-paren") end

local function format_pronuns(pronuns) local pronunciations = {}

-- Loop through each pronunciation. For each one, add the phonemic and phonetic versions to `pronunciations`, -- for formatting by Module:IPA. for j, pronun in ipairs(pronuns) do		local qs = pronun.q

local first_pronun = #pronunciations + 1

if not pronun.phonemic and not pronun.phonetic then error("Internal error: Saw neither phonemic nor phonetic pronunciation") end

if pronun.phonemic then -- missing if 'raw:[...]' given -- don't display syllable division markers in phonemic local slash_pron = "/" .. pronun.phonemic:gsub("%.", "") .. "/"			table.insert(pronunciations, {				pron = slash_pron,			}) end

if pronun.phonetic then -- missing if 'raw:/.../' given local bracket_pron = "[" .. pronun.phonetic .. "]"			table.insert(pronunciations, {				pron = bracket_pron,			}) end

local last_pronun = #pronunciations

if pronun.q then pronunciations[first_pronun].q = pronun.q		end if j > 1 then pronunciations[first_pronun].separator = ", " end if pronun.qq then pronunciations[last_pronun].qq = pronun.qq		end

if pronun.refs then pronunciations[last_pronun].refs = pronun.refs end if first_pronun ~= last_pronun then pronunciations[last_pronun].separator = " " end end

return m_IPA.format_IPA_full(lang, pronunciations, nil, "") end

local function format_pronun_line(parsed) local formatted_pronuns = format_pronuns(parsed.pronuns) local pre = is_first and parsed.pre and parsed.pre .. " " or "" local post = is_first and parsed.post and " " .. parsed.post or "" return pre .. formatted_pronuns .. format_glosses(parsed.t) .. post end

local function parse_respelling(respelling, pagename, parse_err) local raw_respelling = respelling:match("^raw:(.*)$") if raw_respelling then local raw_phonemic, raw_phonetic = raw_respelling:match("^/(.*)/ %[(.*)%]$") if not raw_phonemic then raw_phonemic = raw_respelling:match("^/(.*)/$") end if not raw_phonemic then raw_phonetic = raw_respelling:match("^%[(.*)%]$") end if not raw_phonemic and not raw_phonetic then parse_err(("Unable to parse raw respelling '%s', should be one of /.../, [...] or /.../ [...]")				:format(raw_respelling)) end return { raw = true, raw_phonemic = raw_phonemic, raw_phonetic = raw_phonetic, }	end if respelling == "+" then respelling = pagename end return {term = respelling} end

-- External entry point for. function export.show_full(frame)

- 1. Parse the arguments.

local params = { [1] = {list = true}, ["rhyme"] = {}, ["syll"] = {}, ["hmp"] = {}, ["audio"] = {list = true}, ["pagename"] = {}, }	local parargs = frame:getParent.args local args = require("Module:parameters").process(parargs, params) local pagename = args.pagename or mw.title.getCurrentTitle.subpageText

local respellings = #args[1] > 0 and args[1] or {"+"} local parsed_respellings = {} local function overall_parse_err(msg, arg, val) error(msg .. ": " .. arg .. "=" .. val) end local overall_rhyme = args.rhyme and parse_rhyme(args.rhyme, function(msg) overall_parse_err(msg, "rhyme", args.rhyme) end) or nil local overall_syll = args.syll and parse_syll(args.syll, function(msg) overall_parse_err(msg, "syll", args.syll) end) or nil local overall_hmp = args.hmp and parse_homophone(args.hmp, function(msg) overall_parse_err(msg, "hmp", args.hmp) end) or nil local overall_audio if #args.audio > 0 then overall_audio = {} for _, audio in ipairs(args.audio) do			local parsed_audio = parse_audio(audio, function(msg) overall_parse_err(msg, "audio", audio) end) table.insert(overall_audio, parsed_audio) end end

-- Parse each respelling. Individual arguments in 1=, 2=, etc. can consist of one or more comma-separated -- respellings, each of which can have inline modifiers , , ,  or . -- In addition, the respellings as a whole of a given argument can be followed by various inline modifiers, -- such as , , , etc. The result of parsing goes into `parsed_respellings`, which -- is a list of objects (one per numbered argument), each of which is a table of the form --	-- {	--  terms = {TERM, TERM, ...}, --  audio = {AUDIO, AUDIO, ...}, --  rhyme = {RHYME, RHYME, ...}, --  syll = {SYLL, SYLL, ...}, --  hmp = {HMP, HMP, ...}, --  t = {GLOSS, GLOSS, ...}, --  pre = "PRE-TEXT" or nil, --  post = "POST-TEXT" or nil, --  bullets = NUM_BULLETS, --  accents = {"ACCENT", "ACCENT", ...}, -- }	--	-- In this structure, TERM is an object that usually has the form --	-- {	--  term = "RESPELLING", --  ref = {"REF-SPEC", "REF-SPEC", ...}, --  q = {"QUALIFIER", "QUALIFIER", ...}, --  qq = {"QUALIFIER", "QUALIFIER", ...}, -- }	--	-- Note that in this structure, "REF-SPEC" of the form parsable by parse_references in Module:references. --	-- Alternatively, if phonemic or phonetic IPA is given in place of a respelling, TERM will have the form --	-- {	--  raw = true, --  phonemic = "PHONEMIC", --  phonetic = "PHONETIC", --  ref = {"REF-SPEC", "REF-SPEC", ...}, --  q = {"QUALIFIER", "QUALIFIER", ...}, --  qq = {"QUALIFIER", "QUALIFIER", ...}, -- }	--	-- AUDIO is a table of the form --	-- {	--  file = "FILE", --  gloss = "GLOSS", --  q = {"QUALIFIER", "QUALIFIER", ...}, --  qq = {"QUALIFIER", "QUALIFIER", ...}, --  a = {"ACCENT-QUALIFIER", "ACCENT-QUALIFIER", ...}, --  aa = {"ACCENT-QUALIFIER", "ACCENT-QUALIFIER", ...}, -- }	--	-- RHYME is a table of the form --	-- {	--  rhyme = "RHYME", --  num_syl = {NUM_SYL, NUM_SYL, ...}, --  q, qq, a, aa = (as for AUDIO), -- }	--	-- SYLL is a table of the form (where `hyph` is required to be named this way for Module:hyphenation) --	-- {	--  syllabification = "SYL.LAB.LES", --  hyph = {"SYL", "LAB", "LES"}, --  q, qq, a, aa = (as for AUDIO), -- }	--	-- HMP is a table of the form --	-- {	--  term = "HOMOPHONE", --  gloss = "GLOSS" or nil, --  pos = "POS" or nil, --  alt = "ALT" or nil, --  lit = "LIT" or nil, --  id = "ID" or nil, --  g = {"G", "G", ...}, --  q, qq, a, aa = (as for AUDIO), -- }	--	-- GLOSS is a table of the form --	-- {	--  poses = {"POS", "POS", ...} or nil, --  gloss = "GLOSS" or nil, -- }	for i, respelling in ipairs(respellings) do		if respelling:find("<") then local param_mods = { pre = { overall = true }, post = { overall = true }, bullets = { overall = true, convert = function(arg, parse_err) if not arg:find("^[0-9]+$") then parse_err("Modifier 'bullets' should have a number as argument, but saw '" .. arg .. "'") end return tonumber(arg) end, },				t = { overall = true, store = "insert", convert = parse_gloss, },				rhyme = { overall = true, store = "insert-flattened", convert = parse_rhyme, },				syll = { overall = true, -- Not `store = "insert-flattened"`. parse_syll does not generates a list but a structure where -- the syllabifications are in `terms` and there's an additional overall property `cap` for the -- caption (defaulting to "Syllabification"). FIXME: Rethink whether we even want "insert-flattened" -- or just "insert" for the remaining pronunciation properties. convert = parse_syll, },				hmp = { overall = true, store = "insert-flattened", convert = parse_homophone, },				audio = { overall = true, store = "insert", -- not "insert-flattened" because parse_audio returns a single object convert = parse_audio, },				ref = { store = "insert" }, q = { store = "insert" }, qq = { store = "insert" }, a = { item_dest = "accents", overall = true, convert = parse_accents, },			}

local parsed = require(put_module).parse_inline_modifiers(respelling, {				paramname = i,				param_mods = param_mods,				generate_obj = function(term, parse_err)					return parse_respelling(term, pagename, parse_err)				end,				pre_normalize_modifiers = function(data)					local modtext = data.modtext					if modtext:find("%^") and not modtext:find("^t:") then						modtext = "t:" .. modtext					end					return modtext				end,				splitchar = ",",				outer_container = {},			}) if not parsed.bullets then parsed.bullets = 1 end table.insert(parsed_respellings, parsed) else local termobjs = {} local function parse_err(msg) error(msg .. ": " .. i .. "=" .. respelling) end for _, term in ipairs(split_on_comma(respelling)) do				table.insert(termobjs, parse_respelling(term, pagename, parse_err)) end table.insert(parsed_respellings, {				terms = termobjs,				bullets = 1,			}) end end

- 2. Generate IPA, rhymes and syllabification.

-- Used for categorization below. local syllabification_alignment_failed = false

if overall_syll then local sylls = {} for _, syll in ipairs(overall_syll.terms) do			if syll.syllabification == "+" then syll.syllabification = syllabify_from_spelling(pagename, pagename) syll.hyph = split_syllabified_spelling(syll.syllabification) elseif syll.syllabification == "-" then overall_syll = {} break end end end

local function doesnt_count_for_rhyme(list) if not list then return false end local accent_no_count = {"colloquial", "obsolete", "relaxed"} for _, item in ipairs(list) do			for _, word_no_count in ipairs(accent_no_count) do if item:find("%f[%w]" .. word_no_count .. "%f[%W]") then return true end end end return false end

-- Loop over individual respellings, processing each. for _, parsed in ipairs(parsed_respellings) do -- First, sort the specified accents and default to "Standard Tagalog". if not parsed.accents then parsed.accents = {"Standard Tagalog"} end

-- If more than one respelling given, then if any accent or qualifier has the words 'colloquial', 'obsolete' or -- 'relaxed' in them, don't generate a rhyme or a '#-syllable word' category. local more_than_one_respelling = #parsed.terms > 1 or #parsed_respellings > 1 local is_standard_tagalog = m_table.contains(parsed.accents, "Standard Tagalog") local all_terms_no_rhyme = more_than_one_respelling and doesnt_count_for_rhyme(parsed.accents)

parsed.pronuns = {} for i, term in ipairs(parsed.terms) do			local phonemic, phonetic if term.raw then phonemic = term.raw_phonemic phonetic = term.raw_phonetic else local ret = export.IPA(term.term, "include phonemic syllable boundaries") phonemic = ret.phonemic phonetic = ret.phonetic end local refs if not term.ref then refs = nil else refs = {} for _, refspec in ipairs(term.ref) do					local this_refs = require("Module:references").parse_references(refspec) for _, this_ref in ipairs(this_refs) do						table.insert(refs, this_ref) end end end

local pronobj = { raw = term.raw, phonemic = phonemic, phonetic = phonetic, refs = refs, q = term.q,				qq = term.qq, -- Same check as above for colloquial/obsolete/relaxed but check the qualifiers, which are attached to -- individual respellings rather than a single-line set of respellings. no_rhyme = all_terms_no_rhyme or more_than_one_respelling and (					doesnt_count_for_rhyme(term.q) or doesnt_count_for_rhyme(term.qq)				) }

table.insert(parsed.pronuns, pronobj)

-- If [fvz] present in phonemic pronunciation, generate a "more native-sounding" variant with [pbs] in -- place. local fvz_pronobj if pronobj.phonemic:find("[fvz]") then local fvz_charmap = { ["f"] = "p", ["v"] = "b", ["z"] = "s"} fvz_pronobj = { raw = pronobj.raw, phonemic = pronobj.phonemic:gsub("[fvz]", fvz_charmap), phonetic = pronobj.phonetic:gsub("[fvz]", fvz_charmap), refs = pronobj.refs, q = combine_qualifiers(pronobj.q, {"more native-sounding"}), qq = pronobj.qq, move_to_next_line = true, }				table.insert(parsed.pronuns, fvz_pronobj) end

-- If the phonemic form of any generated IPA contains a non-final word ending in a glottal stop, augment the -- IPA's with an additional entry where the phonemic glottal stop becomes optional and the phonetic glottal -- stop is converted to a long vowel. local pronobj_for_ipa_check = fvz_pronobj or pronobj if is_standard_tagalog and pronobj_for_ipa_check.phonemic:find("ʔ ") then local glottal_stop_pronobj = { raw = pronobj_for_ipa_check.raw, phonemic = pronobj_for_ipa_check.phonemic:gsub("ʔ ", "(ʔ) "), phonetic = pronobj_for_ipa_check.phonetic:gsub("ʔ ", "ː "), refs = pronobj_for_ipa_check.refs, q = combine_qualifiers(pronobj_for_ipa_check.q, {"with glottal stop elision"}), qq = pronobj_for_ipa_check.qq, -- Based on the old code, which set exclude_rhyme to true for glottal stop elision but not for -- "more native-sounding" f -> p etc.					no_rhyme = true, move_to_next_line = true, }				table.insert(parsed.pronuns, glottal_stop_pronobj) end end

local no_auto_rhyme = false for _, term in ipairs(parsed.terms) do			if term.raw then if not should_generate_rhyme_from_ipa(term.raw_phonemic or term.raw_phonetic) then no_auto_rhyme = true break end elseif not should_generate_rhyme_from_respelling(term.term) then no_auto_rhyme = true break end end

if not parsed.syll then if not overall_syll and all_words_have_vowels(pagename) then for _, term in ipairs(parsed.terms) do					if not term.raw then local syllabification = syllabify_from_spelling(term.term, pagename) local aligned_syll = align_syllabification_to_spelling(syllabification, pagename) if aligned_syll then if not parsed.syll then parsed.syll = {terms = {}} end m_table.insertIfNot(parsed.syll.terms, generate_syll_obj(aligned_syll)) else syllabification_alignment_failed = true end end end end else for _, syll in ipairs(parsed.syll.terms) do				if syll.syllabification == "+" then syll.syllabification = syllabify_from_spelling(pagename, pagename) syll.hyph = split_syllabified_spelling(syll.syllabification) elseif syll.syllabification == "-" then parsed.syll = nil break end end end

if not parsed.rhyme then if overall_rhyme or no_auto_rhyme then parsed.rhyme = nil else -- Generate the rhymes. for _, pronun in ipairs(parsed.pronuns) do					-- We should have already excluded multiword terms and terms without vowels from rhyme generation -- (see `no_auto_rhyme` below). But make sure to check that pronun.phonemic exists (it may not if					-- raw phonetic-only pronun is given), and rhyme isn't suppressed (which may happen if the term has					-- a qualifier "colloquial", "obsolete" or the like or is an auto-generated "glottal stop elision"					-- pronunciation). if pronun.phonemic and not pronun.no_rhyme then -- Count number of syllables by looking at syllable boundaries (including stress marks). local num_syl = get_num_syl_from_ipa(pronun.phonemic) -- Get the rhyme by truncating everything up through the last stress mark + any following -- consonants, and remove syllable boundary markers. local rhyme = convert_phonemic_to_rhyme(pronun.phonemic) -- Copying qualifiers to rhymes: -- (1) If there's only one pronunciation, displaying any associated qualifier on the rhyme is --    is redundant, so don't do it. -- (2) If there are multiple pronunciations, then we generally do want to copy the qualifier(s) --    from pronunciation to rhyme, but only if a given rhyme either derives from a single --    pronunciation, or derives from multiple pronunciations all of which share the same --    qualifier(s). We do NOT want to combine two different qualifiers from two different --    pronunciations. -- (3) If there are multiple pronunciations that map to a single rhyme, and all pronunciations --    share qualifiers, then we might consider omitting the qualifiers as redundant; but this --    case will rarely happen so it might not be worth worrying about. -- (4) Similarly, if there are multiple pronunciations where some have the rhyme suppressed (see						--    above), and all pronunciations share qualifiers, then we might consider omitting the --    qualifiers as redundant; but again, this case will rarely happen (especially since in						--     almost all cases the suppressed-rhyme pronunciation will have distinctive qualifiers) so --    it probably isn't worth worrying about. Note that in the common case where the qualifiers --    of the rhyme-suppressed pronunciation differ from those of the rhyme-included --    pronunciation, we do want to include the qualifiers of the rhyme-included pronunciation --    (imagine e.g. there are two pronunciations marked "standard" and "colloquial"; we want to						--     mark the rhyme as "standard"). -- (4) There are two different types of qualifiers (left and right); when comparing qualifiers, --    we need to compare the entire set of both qualifiers and make sure they both match --    (although it will be rare to have both left and right qualifiers on a single						--     pronunciation). local saw_already = false if not parsed.rhyme then parsed.rhyme = {} end for _, existing in ipairs(parsed.rhyme) do							if existing.rhyme == rhyme then saw_already = true -- We already saw this rhyme but possibly with a different number of syllables, -- e.g. if the user specified two pronunciations 'biología' (4 syllables) and -- 'bi.ología' (5 syllables), both of which have the same rhyme /ia/. m_table.insertIfNot(existing.num_syl, num_syl) if not m_table.deepEquals(existing.q, pronun.q) or not m_table.deepEquals(existing.qq, pronun.qq) then existing.q = nil existing.qq = nil end break end end if not saw_already then table.insert(parsed.rhyme, {								rhyme = rhyme,								num_syl = {num_syl},								q = #parsed.pronuns > 1 and pronun.q or nil,								qq = #parsed.pronuns > 1 and pronun.qq or nil,							}) end end end end else local no_rhyme = false for _, rhyme in ipairs(parsed.rhyme) do				if rhyme.rhyme == "-" then no_rhyme = true break end end if no_rhyme then parsed.rhyme = nil else parsed.rhyme = process_specified_rhymes(parsed.rhyme, parsed.syll and parsed.syll.terms or {}, {parsed}) end end end

if overall_rhyme then local no_overall_rhyme = false for _, orhyme in ipairs(overall_rhyme) do			if orhyme.rhyme == "-" then no_overall_rhyme = true break end end if no_overall_rhyme then overall_rhyme = nil else local all_sylls if overall_syll then all_sylls = overall_syll else all_sylls = {} for _, parsed in ipairs(parsed_respellings) do					if parsed.syll then for _, syll in ipairs(parsed.syll.terms) do							m_table.insertIfNot(all_sylls, syll) end end end end overall_rhyme = process_specified_rhymes(overall_rhyme, all_sylls, parsed_respellings) end end

-- Determine whether all sets of pronunciations have the same value for a pronunciation property (rhymes,	-- syllabifications or homophones). If so, we display them them only once at the bottom, otherwise beneath each set, -- indented. This function takes one argument, the name of a slot specifying the pronunciation property, and -- returns two values, a boolean indicating whether all values are the same and the first value seen (which will	-- be the only value seen if all values are the same). local function all_sets_equal(parsed_slot) local first_set local all_sets_eq = true for j, parsed in ipairs(parsed_respellings) do			if j == 1 then first_set = parsed[parsed_slot] elseif not m_table.deepEquals(first_set, parsed[parsed_slot]) then all_sets_eq = false break end end

return all_sets_eq, first_set end

local all_rhyme_sets_eq, first_rhyme_ret = all_sets_equal("rhyme") local all_syll_sets_eq, first_sylls = all_sets_equal("syll") local all_hmp_sets_eq, first_hmps = all_sets_equal("hmp")

-- 3. Insert categories as appropriate. -

local categories = {}

local function get_rhymes_categories(rhymes) if not rhymes then return end for _, rhyme in ipairs(rhymes) do			local num_vowels_in_rhyme = #rsub(rhyme.rhyme, NV, "") local penult = num_vowels_in_rhyme == 2 local glottal = rhyme.rhyme:find("ʔ$") local pron_cat if penult and glottal then pron_cat = "malumi" elseif penult then pron_cat = "malumay" elseif glottal then pron_cat = "maragsa" else pron_cat = "mabilis" end m_table.insertIfNot(categories,				("%s terms with %s pronunciation"):format(lang:getCanonicalName, pron_cat)) end end

get_rhymes_categories(overall_rhyme) for _, parsed in ipairs(parsed_respellings) do		get_rhymes_categories(parsed.rhyme) end

local function get_syll_categories(sylls) if not sylls then return end for _, syll in ipairs(sylls) do			local syll_no_dot = syll.syllabification:gsub("%.", "") if syll_no_dot ~= pagename then mw.log(("For page '%s', saw syllabification '%s' not matching pagename"):format( pagename, syll.syllabification)) m_table.insertIfNot(categories, ("%s terms with syllabification not matching pagename"):format( lang:getCanonicalName)) end end end

get_syll_categories(overall_rhyme) for _, parsed in ipairs(parsed_respellings) do		get_syll_categories(parsed.syll) end

if syllabification_alignment_failed then table.insert(categories, ("%s terms where syllabification alignment failed"):format(lang:getCanonicalName)) end

4. Format IPA, rhymes and syllabification for display. ---

local function bullet_prefix(num_bullets) return string.rep("*", num_bullets) .. " "	end

local function format_rhyme(rhymes) return require("Module:rhymes").format_rhymes { lang = lang, rhymes = rhymes, force_cat = force_cat, }	end

local function format_syllabifications(syllobj) return require("Module:hyphenation").format_hyphenations { lang = lang, hyphs = syllobj.terms, caption = syllobj.cap or "Syllabification" }	end

local function format_homophones(hmps) return require("Module:homophones").format_homophones { lang = lang, homophones = hmps } end

local function format_audio(audios, num_bullets) local ret = {} for i, audio in ipairs(audios) do			local text = require("Module:audio").format_audios (				{				 lang = lang,				  audios = {{file = audio.file, qualifiers = nil }, },				  caption = audio.gloss				}			)

if audio.q and audio.q[1] or audio.qq and audio.qq[1] or audio.a and audio.a[1] or audio.aa and audio.aa[1] then text = require("Module:pron qualifier").format_qualifiers(audio, text) end table.insert(ret, bullet_prefix(num_bullets) .. text) end return table.concat(ret, "\n") end

-- Implement grouping by accent. If there is a run of more than one consecutive set of pronunciations with the -- same accent, the accent goes on its own line and the pronunciations with this accent go below with an extra -- bullet. local prev_accents local num_seen_with_these_accents for j, parsed in ipairs(parsed_respellings) do		if m_table.deepEquals(prev_accents, parsed.accents) then parsed.of_several_accents = "continuation" num_seen_with_these_accents = num_seen_with_these_accents + 1 if num_seen_with_these_accents == 2 then parsed_respellings[j - 1].of_several_accents = "first" end else prev_accents = parsed.accents num_seen_with_these_accents = 1 end end

-- Pull out autogenerated pronunciations and move to the next line, indented. for _, parsed in ipairs(parsed_respellings) do		local saw_next_line_pronuns = false for _, pronun in ipairs(parsed.pronuns) do			if pronun.move_to_next_line then saw_next_line_pronuns = true break end end if saw_next_line_pronuns then local this_line_pronuns = {} local next_line_pronuns = {} for _, pronun in ipairs(parsed.pronuns) do				if pronun.move_to_next_line then table.insert(next_line_pronuns, pronun) else table.insert(this_line_pronuns, pronun) end end -- Now see if there are qualifiers shared among all elements of the next-line pronuns and deduplicate if so. local function deduplicate_qualifiers(field, keepfirst) local saw_nil = false for _, pronun in ipairs(next_line_pronuns) do					if not pronun[field] then saw_nil = true break end end if not saw_nil then local m_setutil = require(set_utilities_module) local qualifiers = {} for _, pronun in ipairs(next_line_pronuns) do						table.insert(qualifiers, m_setutil.list_to_set(pronun[field])) end local all_shared = m_setutil.intersect(unpack(qualifiers)) if next(all_shared) then local first_index, last_index if keepfirst then first_index = 2 last_index = #pronun else first_index = 1 last_index = #pronun - 1 end for i = first_index, last_index do							local pronun = next_line_pronuns[i] local new_qualifiers = {} for _, q in ipairs(pronun[field]) do								if not all_shared[q] then table.insert(new_qualifiers, q)								end end pronun[field] = new_qualifiers end end end end parsed.pronuns = this_line_pronuns parsed.next_line_pronuns = next_line_pronuns end end

-- Now actually format the pronunciations. local textparts = {} local first_line = true local function ins_line(linetext, num_bullets) if not first_line then table.insert(textparts, "\n") end first_line = false table.insert(textparts, bullet_prefix(num_bullets) .. linetext) end local min_num_bullets = 9999 for j, parsed in ipairs(parsed_respellings) do		if parsed.bullets < min_num_bullets then min_num_bullets = parsed.bullets end local accent_grouping_offset = 0 if parsed.of_several_accents == "first" then ins_line(require(accent_qualifier_module).format_qualifiers(parsed.accents), parsed.bullets) end local pronuns = format_pronun_line(parsed) local accent_prefix if not parsed.of_several_accents then accent_prefix = require(accent_qualifier_module).format_qualifiers(parsed.accents) .. " "		else accent_prefix = "" accent_grouping_offset = 1 end ins_line(accent_prefix .. pronuns, parsed.bullets + accent_grouping_offset) if parsed.next_line_pronuns then ins_line(format_pronuns(parsed.next_line_pronuns), parsed.bullets + accent_grouping_offset + 1) end if parsed.audio then -- format_audio inserts multiple lines and handles bullets by itself. table.insert(textparts, "\n") -- If only one pronunciation set, add the audio with the same number of bullets, otherwise indent audio by -- one more bullet. table.insert(textparts, format_audio(parsed.audio, (#parsed_respellings == 1 and parsed.bullets or parsed.bullets + 1) + accent_grouping_offset)) end if not all_rhyme_sets_eq and parsed.rhyme then ins_line(format_rhyme(parsed.rhyme), parsed.bullets + 1 + accent_grouping_offset) end if not all_syll_sets_eq and parsed.syll then ins_line(format_syllabifications(parsed.syll), parsed.bullets + 1 + accent_grouping_offset) end if not all_hmp_sets_eq and parsed.hmp then ins_line(format_homophones(parsed.hmp), parsed.bullets + 1 + accent_grouping_offset) end end if overall_audio then -- format_audio inserts multiple lines and handles bullets by itself. table.insert(textparts, "\n") table.insert(textparts, format_audio(overall_audio, min_num_bullets)) end if all_rhyme_sets_eq and first_rhyme_ret then ins_line(format_rhyme(first_rhyme_ret), min_num_bullets) end if overall_rhyme then ins_line(format_rhyme(overall_rhyme), min_num_bullets) end if all_syll_sets_eq and first_sylls then ins_line(format_syllabifications(first_sylls), min_num_bullets) end if overall_syll then ins_line(format_syllabifications(overall_syll), min_num_bullets) end if all_hmp_sets_eq and first_hmps then ins_line(format_homophones(first_hmps), min_num_bullets) end if overall_hmp then ins_line(format_homophones(overall_hmp), min_num_bullets) end

return table.concat(textparts) .. require("Module:utilities").format_categories(categories, lang, nil, nil, force_cat) end

return export

title: Module:User:Benwing2/tl-pronunciation


text: pedophile rings

license: Creative Commons - Attribution Share-Alike - https://creativecommons.org/licenses/by-sa/4.0/

title: pedophile rings


text:
ασυνήθης

Adjective

 * 1) unusual

title: ασυνήθης


text:
gruzować

Etymology
From.

Verb

 * 1)  to overlay with rubblestone

title: gruzować


text:
User:Benwing2/test-tl-pr

bantá7
 * sandbox

ba7unán

+

Evánjelin

abót

babà

+

bahín

bálíkan

balíw

+,bihasà

Evanghelista

Henerál Mariáno Álvarez

+

mag7a7â,mag7a7à

Mal.líg,Malíg

Mal.líg

bantá7
 * production

ba7unán

+<hmp:Halili>

Evánjelin

abót<a^within reach><n^reach; power; offering, heirloom><audio:tl-ph-abót.ogg>

babà<t:chin; lowness>

+<n^eye patch>

bahín

bálíkan<n,a^>

balíw<a^insane><n^crazy person>

+,bihasà<q:colloquial><n^>

Evanghelista

Henerál Mariáno Álvarez

+<qq:dated>

mag7a7â,mag7a7à

Mal.líg,Malíg

Mal.líg

title: User:Benwing2/test-tl-pr


title: User:Benwing2/tl-pr


text: ασύντακτος

title: ασύντακτος


text:
reisas

Etymology
Ultimately from. Compare 🇨🇬, 🇨🇬, 🇨🇬.

Noun

 * 1) trip, voyage
 * 2)  flight
 * 1)  flight

title: reisas


text: ruyse

title: ruyse


text: àche

title: àche


text:
αστόμωτος

Adjective

 * 1) sharp, cutting
 * 2)  risky, unrestrained
 * 3)  loquacious

title: αστόμωτος


text:
Prindapan

Etymology
From, the name of a city at Uttar Pradesh, India.

Proper noun

 * 1)  India

title: Prindapan


text:
ܡܫܡܪ

Etymology
Intensitive stem of the verb.

Verb

 * 1)  to unpack, unload, dismantle

title: ܡܫܡܪ


text:
time algorithm

Noun

 * 1)  An algorithm which specifies the amount of time required to solve a problem as a function of its input size.

title: time algorithm


text: bentō box

title: bentō box


text: bentō boxes

title: bentō boxes


text:
time-distance

Noun

 * 1) An interval of spacetime.

title: time-distance


text:
ܡܢܕܝܠܐ

Etymology
, from, borrowed from , from.

Noun

 * 1) various kinds of cloth, textile covering
 * 2) tissue, napkin, serviette
 * 3) tablecloth
 * 4) hand towel, handkerchief
 * 5) turban cloth, sash, kerchief

title: ܡܢܕܝܠܐ


text: Hradilek

title: Hradilek


text: Bártek

title: Bártek


text:
響朵

Verb

 * 1)  to say one's or someone's name (often in order to make an impression or to assert dominance)

title: 響朵


text:
shortest remaining time

Noun

 * 1)  A scheduling algorithm, in which the process with the smallest amount of time remaining until completion is selected to execute.

title: shortest remaining time


text:
Chindo

Etymology
From a. Compare 🇨🇬. See also,.

Noun

 * 1) ; an Indonesian with Chinese descent, whether mixed or pure ethnic Chinese, especially those who identify as such.

Adjective

 * 1) Of or pertaining to  people, culture, or the languages characteristic of them.

title: Chindo


text: shortest remaining times

title: shortest remaining times


text:
sayrılık

Etymology
From.

Noun

 * 1) disease, illness

title: sayrılık


text:
psychophysical time

Noun

 * 1)  The amount of time required for the mind to transform a sensory impression into a motor impulse.

title: psychophysical time


text: psychophysical times

title: psychophysical times