Module:ábḫ-ipa - Revision history

Thisimpliesthis at 20:24, 28 February 2020

2020-02-28T20:24:31Z

← Older revision		Revision as of 20:24, 28 February 2020
Line 308:		Line 308:
	word = table.concat(newWord)		word = table.concat(newWord)

			word = string.gsub(word, "x", "ɐɔ̯")
	-- go from one-to-one phonetic map to IPA		-- go from one-to-one phonetic map to IPA
	word = string.gsub(word, "ā", "aː")		word = string.gsub(word, "ā", "aː")
Line 363:		Line 364:
	word = string.gsub(word, "w", "ɐ")		word = string.gsub(word, "w", "ɐ")
	word = string.gsub(word, "W", "ɐɪ̯")		word = string.gsub(word, "W", "ɐɪ̯")
	~~word = string.gsub(word, "x", "ɐɔ̯")~~
	word = string.gsub(word, "X", "ʊ̯ɔ́ɪ̯")		word = string.gsub(word, "X", "ʊ̯ɔ́ɪ̯")
	word = string.gsub(word, "y", "j")		word = string.gsub(word, "y", "j")

Thisimpliesthis at 20:22, 28 February 2020

2020-02-28T20:22:49Z

@@ Line 131: / Line 131: @@
 			else
 				table.insert(newWord, "a")
 			end
 		elseif val == "e" then
@@ Line 217: / Line 229: @@
 			else
 				table.insert(newWord, "ǐ")
 			end
 		-- now let's do consonants
 		elseif val == "b" then
 			if ((result[i-1] == ".") or (result[i-1] == "ˌ") or (result[i-1] == "ˈ")) and (result[i-2] == "m") then
 				table.insert(newWord, "8")
 			else
 				table.insert(newWord, "b")
@@ Line 260: / Line 336: @@
 	word = string.gsub(word, "K", "ŋk")
 	word = string.gsub(word, "n", "n̪")
 	word = string.gsub(word, "o", "ɔ")
 	word = string.gsub(word, "ó", "ɔ́")
@@ Line 280: / Line 357: @@
 	word = string.gsub(word, "û", "îːɪ̯")
 	word = string.gsub(word, "ǔ", "ǐːɪ̯")
 	word = string.gsub(word, "w", "ɐ")
 	word = string.gsub(word, "y", "j")
 	word = string.gsub(word, "z", "θ̱")
 	word = string.gsub(word, "1", "ɪ")
 	word = string.gsub(word, "3", "ɛ")
 	word = string.gsub(word, "6", "ȵ̩")
 	word = string.gsub(word, "7", "ŋ̩ʲ")

Thisimpliesthis at 18:13, 28 February 2020

2020-02-28T18:13:14Z

← Older revision		Revision as of 18:13, 28 February 2020
Line 159:		Line 159:
	table.insert(newWord, "1")		table.insert(newWord, "1")
	elseif ((result[i-1] == "m") or (result[i-1] == "n") or (result[i-1] == "j")) and (result[i+1] ~= nil) then		elseif ((result[i-1] == "m") or (result[i-1] == "n") or (result[i-1] == "j")) and (result[i+1] ~= nil) then
	if mw.ustring.match(result[i+1], "[~~njt~~]") then		if mw.ustring.match(result[i+1], "[mnjPTt]") then
	table.insert(newWord, "6")		table.insert(newWord, "6")
	elseif result[i+1] == "k" then		elseif (result[i+1] == "k") or (result[i+1] == "K") then
	table.insert(newWord, "7")		table.insert(newWord, "7")
	elseif mw.ustring.match(result[i+1], "[%.ˌˈ]") then		elseif mw.ustring.match(result[i+1], "[%.ˌˈ]") then
	if mw.ustring.match(result[i+2], "[~~njt~~]") then		if mw.ustring.match(result[i+2], "[mnjt]") then
	table.insert(newWord, "6")		table.insert(newWord, "6")
	elseif result[i+2] == "k" then		elseif (result[i+2] == "k") or (result[i+2] == "kK") then
	table.insert(newWord, "7")		table.insert(newWord, "7")
	else		else

Thisimpliesthis at 18:10, 28 February 2020

2020-02-28T18:10:49Z

← Older revision		Revision as of 18:10, 28 February 2020
Line 163:		Line 163:
	elseif result[i+1] == "k" then		elseif result[i+1] == "k" then
	table.insert(newWord, "7")		table.insert(newWord, "7")
			elseif mw.ustring.match(result[i+1], "[%.ˌˈ]") then
			if mw.ustring.match(result[i+2], "[njt]") then
			table.insert(newWord, "6")
			elseif result[i+2] == "k" then
			table.insert(newWord, "7")
			else
			table.insert(newWord, "i")
			end
	else		else
	table.insert(newWord, "i")		table.insert(newWord, "i")

Thisimpliesthis at 18:05, 28 February 2020

2020-02-28T18:05:36Z

@@ Line 1: / Line 1: @@
 local export = {}
@@ Line 175: / Line 177: @@
 					table.insert(newWord, "i")
 				end
 			end
 		-- now let's do consonants
@@ Line 233: / Line 267: @@
 	word = string.gsub(word, "t", "t̪")
 	word = string.gsub(word, "T", "n̪t̪")
-	word = string.gsub(word, "u", "jɪ")
+	word = string.gsub(word, "u", "ʲɪ")
 	word = string.gsub(word, "ú", "íɪ̯")
 	word = string.gsub(word, "ū", "iːɪ̯")

Thisimpliesthis at 17:51, 28 February 2020

2020-02-28T17:51:20Z

← Older revision		Revision as of 17:51, 28 February 2020
Line 233:		Line 233:
	word = string.gsub(word, "t", "t̪")		word = string.gsub(word, "t", "t̪")
	word = string.gsub(word, "T", "n̪t̪")		word = string.gsub(word, "T", "n̪t̪")
			word = string.gsub(word, "u", "jɪ")
			word = string.gsub(word, "ú", "íɪ̯")
			word = string.gsub(word, "ū", "iːɪ̯")
			word = string.gsub(word, "û", "îːɪ̯")
			word = string.gsub(word, "ǔ", "ǐːɪ̯")
	word = string.gsub(word, "w", "ɐ")		word = string.gsub(word, "w", "ɐ")
	word = string.gsub(word, "y", "j")		word = string.gsub(word, "y", "j")

Thisimpliesthis at 17:49, 28 February 2020

2020-02-28T17:49:09Z

@@ Line 149: / Line 149: @@
 			else
 				table.insert(newWord, "e")
 			end
 		-- now let's do consonants
@@ Line 175: / Line 201: @@
 	word = string.gsub(word, "b", "β")
 	word = string.gsub(word, "B", "ᵐb")
 	word = string.gsub(word, "d", "ð")
 	word = string.gsub(word, "D", "ⁿd̪")
@@ Line 181: / Line 206: @@
 	word = string.gsub(word, "ê", "êːɪ̯")
 	word = string.gsub(word, "ě", "ěːɪ̯")
 	word = string.gsub(word, "G", "ᵑg")
 	word = string.gsub(word, "h", "ɦ")
@@ Line 212: / Line 236: @@
 	word = string.gsub(word, "y", "j")
 	word = string.gsub(word, "z", "θ̱")
 	return "[" .. word .. "]"

Thisimpliesthis at 15:42, 28 February 2020

2020-02-28T15:42:56Z

← Older revision		Revision as of 15:42, 28 February 2020
Line 116:		Line 116:
	index = 1		index = 1
	for i,val in ipairs(result) do		for i,val in ipairs(result) do
	~~stress = newStresses[index-1]~~
	-- look through word and replace the correct .'s with ˌ's		-- look through word and replace the correct .'s with ˌ's
	if (i == 1) and val == "." and newStresses[1] == "." then		if (i == 1) and val == "." and newStresses[1] == "." then
	index = index + 1		index = index + 1
	elseif val == "." or val == "ˈ" then		elseif val == "." or val == "ˈ" then
	table.insert(newWord, ~~stress~~)		table.insert(newWord, newStresses[index])
	index = index + 1		index = index + 1
	-- allophonic rules, i.e., from a one-to-one phonemic map to a one-to-		-- allophonic rules, i.e., from a one-to-one phonemic map to a one-to-
	-- one phonetic map: vowels first		-- one phonetic map: vowels first
	elseif val == "a" then		elseif val == "a" then
	if ~~stress~~ == "." then		if newStresses[index-1] == "." then
	table.insert(newWord, "w")		table.insert(newWord, "w")
	else		else
Line 132:		Line 131:
	end		end
	elseif val == "e" then		elseif val == "e" then
	if ~~stress~~ == "." then		if newStresses[index-1] == "." then
	if result[i+1] ~= nil then		if result[i+1] ~= nil then
	if mw.ustring.match(result[i+1], "[ntzdr]") then		if mw.ustring.match(result[i+1], "[ntzdr]") then

Thisimpliesthis at 15:41, 28 February 2020

2020-02-28T15:41:04Z

← Older revision		Revision as of 15:41, 28 February 2020
Line 116:		Line 116:
	index = 1		index = 1
	for i,val in ipairs(result) do		for i,val in ipairs(result) do
	stress = newStresses[index]		stress = newStresses[index-1]
	-- look through word and replace the correct .'s with ˌ's		-- look through word and replace the correct .'s with ˌ's
	if (i == 1) and val == "." and newStresses[1] == "." then		if (i == 1) and val == "." and newStresses[1] == "." then
Line 191:		Line 191:
	word = string.gsub(word, "I", "ɔɪ̯")		word = string.gsub(word, "I", "ɔɪ̯")
	word = string.gsub(word, "Í", "ɔ́ɪ̯")		word = string.gsub(word, "Í", "ɔ́ɪ̯")
	word = string.gsub(word, "j", "ɲ̟")		word = string.gsub(word, "j", "ȵ")
	word = string.gsub(word, "J", "ʑ")		word = string.gsub(word, "J", "ʑ")
	word = string.gsub(word, "K", "ŋk")		word = string.gsub(word, "K", "ŋk")

Thisimpliesthis at 15:35, 28 February 2020

2020-02-28T15:35:17Z

← Older revision		Revision as of 15:35, 28 February 2020
Line 1:		Line 1:
	local export = {}		local export = {}

	~~function isStressed(p, pp)~~
	~~if (p == "ˌ") or (pp == "ˌ") then~~
	~~return true~~
	~~else~~
	~~return false~~
	~~end~~
	~~end~~

	function export.convert(frame)		function export.convert(frame)
Line 121:		Line 113:
	end		end

	~~-- look through word and replace the correct .'s with ˌ's~~
	newWord = {}		newWord = {}
	index = 1		index = 1
	for i,val in ipairs(result) do		for i,val in ipairs(result) do
			stress = newStresses[index]
			-- look through word and replace the correct .'s with ˌ's
	if (i == 1) and val == "." and newStresses[1] == "." then		if (i == 1) and val == "." and newStresses[1] == "." then
	index = index + 1		index = index + 1
	elseif val == "." or val == "ˈ" then		elseif val == "." or val == "ˈ" then
	table.insert(newWord, ~~newStresses[index]~~)		table.insert(newWord, stress)
	index = index + 1		index = index + 1
	~~else~~		-- allophonic rules, i.e., from a one-to-one phonemic map to a one-to-
	~~table.insert(newWord, val)~~		-- one phonetic map: vowels first
	~~end~~		elseif val == "a" then
	~~end~~		if stress == "." then
			table.insert(newWord, "w")
	~~word = newWord~~		else
	~~newWord = {}~~

	-- allophonic rules, i.e., from a one-to-one phonemic map to a one-to ~~one~~
	-- phonetic map
	~~for i,val in ipairs(word) do~~
	~~-- let's start with~~ vowels
	if val == "a" then
	if ~~isStressed~~(~~word[i-1]~~, ~~word[i-2]~~) ~~then~~
	table.insert(newWord, "a")		table.insert(newWord, "a")
	~~else~~
	~~table.insert(newWord, "w")~~
	end		end
	elseif val == "e" then		elseif val == "e" then
	if ~~word~~[i+1] ~= nil then		if stress == "." then
	if ~~not isStressed~~(~~word~~[i-1], ~~word~~[i-2]) and mw.ustring.match(~~word~~[i+2], "[~~dntz~~]") then		if result[i+1] ~= nil then
	table.insert(newWord, "3")		if mw.ustring.match(result[i+1], "[ntzdr]") then
			table.insert(newWord, "3")
			elseif result[i+2] ~= nil then
			if mw.ustring.match(result[i+1], "[%.ˌˈ]") and mw.ustring.match(result[i+2], "[ntzdr]") then
			table.insert(newWord, "3")
			else
			table.insert(newWord, "e")
			end
			else
			table.insert(newWord, "e")
			end
	else		else
	table.insert(newWord, "e")		table.insert(newWord, "e")
Line 160:		Line 153:
	-- now let's do consonants		-- now let's do consonants
	elseif val == "b" then		elseif val == "b" then
	if ((~~word~~[i-1] == ".") or (~~word~~[i-1] == "ˌ") or (~~word~~[i-1] == "ˈ")) and (~~word~~[i-2] == "m") then		if ((result[i-1] == ".") or (result[i-1] == "ˌ") or (result[i-1] == "ˈ")) and (result[i-2] == "m") then
	table.insert(newWord, "8")		table.insert(newWord, "8")
	else		else