Module:akk-common

local export = {}

function export.assimilate(pattern) 
	local replace = {
		 = "tt",
		 = "dd",
		 = "ṭṭ", 
		 = "zz", 
		 = "ss", 
		 = "ṣṣ"
	}
	return replace or pattern
end

local to_OB = {
     = "pi₂",
     = "pe₂",
     = "qu₂", 
     = "qa₂",
     = "qi₂",
     = "ṭu₂"
}
function export.to_long(vowel) 
    local table = {
         = "ā", 
         = "ē",
         = "ī",
         = "ū",
    }
    return table or vowel
end
function export.to_double_long(vowel) 
    local table = {
         = "â", 
         = "ê",
         = "î",
         = "û",
    }
    return table or vowel
end

function export.to_short(vowel) 
    local table = {
         = "a", 
         = "e",
         = "i",
         = "u",
         = "a", 
         = "e",
         = "i",
         = "u",
    }
    return table or vowel
end

local function is_vowel(char)
	local table = {
         = true, 
         = true,
         = true,
         = true,
         = true, 
         = true,
         = true,
         = true,
         = true,
         = true,
         = true,
         = true,
    }
    return table ~= nil
end
local Stream = {}

function Stream:new(word)
	local object = setmetatable({}, {__index = self})
	object.index = 0
	object.word = word
	return object
end

function Stream:peek(step)
	return mw.ustring.sub(self.word, self.index + (step or 0), self.index + (step or 0))
	
end
function Stream:next()
	self.index = self.index + 1
	return self:peek()
end
function Stream:is_vowel(offset)
	return is_vowel(self:peek(offset))
end
function Stream:is_geminate()
	-- VCC or VC$
	local v1 = self:peek(1) == self:peek(2) 
	-- CVCC or CVC$
	local v2 = self:peek(2) == self:peek(3)
	if self:is_vowel() then
		return v1 and self:peek(2) ~= ""
	else 
		return v2 and self:peek(2) ~= ""
	end
end

function Stream:is_closed() 
	local v = {
		self:is_vowel(),
		self:is_vowel(1),
		self:is_vowel(2), 
		self:is_vowel(3), 
	}
	local e = {
		self:peek() == "", 
		self:peek(1) == "", 
		self:peek(2) == "", 
		self:peek(3) == "", 
	}
	-- VCC or VC$
	local v1 = v and not v and (not v or e)
	local e1 = not e and not e
	-- CVCC or CVC$
	local v2 = not v and v and not v and (not v or e)
	local e2 = not e and not e and not e
	return (v1 and e1) or (v2 and e2)
end 

function Stream:syll_phonetic()
	local syll = {}
	local i = #syll
	while self:next() ~= "" do
		i = #syll + 1
		if self:is_closed() then
			syll	= self:peek()..self:next()
			if self:is_vowel() then 
				syll = syll..self:next()	
			end	
		elseif self:is_vowel() then
			syll = self:peek()
		else 
			syll = self:peek()..self:next()
		end
	end
	return syll
end
-- this function will syllabify an Akkadian word 
-- phonetically. It is intended to be used for 
-- inflection table modules that will occationally need 
-- to do this kind of work. E.G
--		"parasum" => "pa" - "ra" - "sum"
--		"abriqqu" => "ab" - "riq" - "qum"
function export.syllabify_phonetic(word) 
	local stream = Stream:new(word)
	return stream:syll_phonetic()
end

function Stream:syll()
	local syll = {}
	local i = #syll
	while self:next() ~= "" do
		i = #syll + 1
		local p = self:peek()
		if i == 1 and (p == "a" or p == "e") and self:is_closed() then
			syll = p
			i = #syll + 1
		end
		if self:is_closed() then
			syll	= self:peek()..self:next()
			if self:is_vowel() then 
				syll = self:peek()..self:next()	
			end	
		elseif self:is_vowel() then
			syll = self:peek()
		else 
			syll = self:peek()..self:next()
		end
	end
	return syll
end

function export.syllable_is_closed(syll) 
	return not export.is_vowel(mw.ustring.sub(syll, #syll))
end
local function syllabify(word)
	if word == "–" or word == "" then 
		return {"–"}
	end
	local normalized = ""
	for char in mw.ustring.gmatch(word, ".") do 
		normalized = normalized..export.to_short(char)
	end
	local stream = Stream:new(normalized)
	return stream:syll()
end
-- this function returns a naive transliteration 
-- for the word based of the broad transcription. 
function export.naive_transliteration(word) 
	local translit = nil
	for _, sign in ipairs(syllabify(word)) do
		if translit then
			translit = translit.."-"..(to_OB or sign)
		else 
			translit = to_OB or sign
		end
	end
	translit = mw.ustring.gsub(translit, "tuum", "tum")
	translit = mw.ustring.gsub(translit, "luum", "lum")
	translit = mw.ustring.gsub(translit, "liim", "lim")
	translit = mw.ustring.gsub(translit, "laam", "lam")
	translit = mw.ustring.gsub(translit, "tiim", "tim")
	translit = mw.ustring.gsub(translit, "taam", "tam")
	return translit
end
-- This will transform a transcription into cuneiform
function export.from_transliteration(trans) 
	local cuneiform = ""
	for sign in mw.ustring.gmatch(trans, "(+)?") do
		if not export.cuneiform and sign ~= "–" then
			error("no cuneiform sign for ".. sign)
		end
		cuneiform = cuneiform..(export.cuneiform or sign)
	end
	return cuneiform
end


function export.from_transcription(word)
	if word == "–" then return word end
	local trans = export.naive_transliteration(word)
	return export.from_transliteration(trans)
end
export.is_vowel = is_vowel
export.cuneiform = {
	 = '𒀀',
	 = '𒀁',
	 = '𒀂',
	 = '𒀄',
	 = '𒀅',
	 = '𒀇',
	 = '𒀈',
	 = '𒀉',
	 = '𒀊',
	 = '𒀋',
	 = '𒀍',
	 = '𒀏',
	 = '𒀑',
	 = '𒀒',
	 = '𒀓',
	 = '𒀔',
	 = '𒀖',
	 = '𒀗',
	 = '𒀙',
	 = '𒀚',
	 = '𒀛',
	 = '𒀜',
	 = '𒀝',
	 = '𒀞',
	 = '𒀟',
	 = '𒀠',
	 = '𒀡',
	 = '𒀢',
	 = '𒀣',
	 = '𒀤',
	 = '𒀥',
	 = '𒀦',
	 = '𒀧',
	 = '𒀨',
	 = '𒀩',
	 = '𒀪',
	 = '𒀫',
	 = '𒀬',
	 = '𒀭',
	 = '𒀲',
	 = '𒀳',
	 = '𒀴',
	 = '𒀵',
	 = '𒀶',
	 = '𒀷',
	 = '𒀸',
	 = '𒀿',
	 = '𒁀',
	 = '𒁁',
	 = '𒁂',
	 = '𒁃',
	 = '𒁄',
	 = '𒁆',
	 = '𒈦',
	 = '𒁈',
	 = '𒁉',
	 = '𒁊',
	 = '𒁋',
	 = '𒁍',
	 = '𒁑',
	 = '𒁓',
	 = '𒁔',
	 = '𒁕',
	 = '𒁖',
	 = '𒁮',
	 = '𒁯',
	 = '𒁰',
	 = '𒁱',
	 = '𒁲',
	 = '𒁳',
	 = '𒁴',
	 = '𒁵',
	 = '𒁶',
	 = '𒁷',
	 = '𒁹',
	 = '𒁺',
	 = '𒁾',
	 = '𒁿',
	 = '𒂀',
	 = '𒂁',
	 = '𒂂',
	 = '𒂃',
	 = '𒂄',
	 = '𒂅',
	 = '𒂈',
	 = '𒂉',
	 = '𒂊',
	 = '𒂋',
	 = '𒂍',
	 = '𒂎',
	 = '𒂏',
	 = '𒂐',
	 = '𒂑',
	 = '𒂒',
	 = '𒂓',
	 = '𒂔',
	 = '𒂕',
	 = '𒂖',
	 = '𒂗',
	 = '𒂘',
	 = '𒂚',
	 = '𒂞',
	 = '𒂟',
	 = '𒂠',
	 = '𒂡',
	 = '𒂢',
	 = '𒂣',
	 = '𒂤',
	 = '𒂥',
	 = '𒂦',
	 = '𒂩',
	 = '𒂬',
	 = '𒂮',
	 = '𒂯',
	 = '𒂰',
	 = '𒂱',
	 = '𒂲',
	 = '𒂳',
	 = '𒂴',
	 = '𒂵',
	 = '𒂷',
	 = '𒂸',
	 = '𒂹',
	 = '𒂺',
	 = '𒂼',
	 = '𒂽',
	 = '𒂾',
	 = '𒂿',
	 = '𒃀',
	 = '𒃁',
	 = '𒃂',
	 = '𒃃',
	 = '𒃄',
	 = '𒃅',
	 = '𒃆',
	 = '𒃇',
	 = '𒃈',
	 = '𒃉',
	 = '𒃌',
	 = '𒃍',
	 = '𒃎',
	 = '𒃏',
	 = '𒃐',
	 = '𒃑',
	 = '𒃒',
	 = '𒃓',
	 = '𒃔',
	 = '𒃕',
	 = '𒃗',
	 = '𒃘',
	 = '𒃙',
	 = '𒃚',
	 = '𒃛',
	 = '𒃜',
	 = '𒃝',
	 = '𒃞',
	 = '𒃟',
	 = '𒃠',
	 = '𒃢',
	 = '𒃣',
	 = '𒃤',
	 = '𒃥',
	 = '𒃦',
	 = '𒃧',
	 = '𒃨',
	 = '𒃩',
	 = '𒃪',
	 = '𒃫',
	 = '𒃬',
	 = '𒃮',
	 = '𒃰',
	 = '𒃲',
	 = '𒃴',
	 = '𒃵',
	 = '𒃶',
	 = '𒃷',
	 = '𒃻',
	 = '𒃼',
	 = '𒃽',
	 = '𒃾',
	 = '𒃿',
	 = '𒄀',
	 = '𒄁',
	 = '𒄂',
	 = '𒄄',
	 = '𒄇',
	 = '𒄈',
	 = '𒄊',
	 = '𒄋',
	 = '𒄍',
	 = '𒄎',
	 = '𒄏',
	 = '𒄐',
	 = '𒄑',
	 = '𒄓',
	 = '𒄔',
	 = '𒄖',
	 = '𒄘',
	 = '𒄙',
	 = '𒄛',
	 = '𒄜',
	 = '𒄞',
	 = '𒄟',
	 = '𒄠',
	 = '𒄢',
	 = '𒄣',
	 = '𒄤',
	 = '𒄥',
	 = '𒄦',
	 = '𒄧',
	 = '𒄨',
	 = '𒄩',
	 = '𒄬',
	 = '𒄭',
	 = '𒄮',
	 = '𒄯',
	 = '𒄰',
	 = '𒄱',
	 = '𒄲',
	 = '𒄳',
	 = '𒄴',
	 = '𒄵',
	 = '𒄶',
	 = '𒄷',
	 = '𒄸',
	 = '𒄹',
	 = '𒄺',
	 = '𒄻',
	 = '𒄼',
	 = '𒄽',
	 = '𒄾',
	 = '𒄿',
	 = '𒅁',
	 = '𒅂',
	 = '𒅅',
	 = '𒃲',
	 = '𒅋',
	 = '𒅍',
	 = '𒅎',
	 = '𒅏',
	 = '𒅓',
	 = '𒅔',
	 = '𒅕',
	 = '𒅖',
	 = '𒅗',
	 = '𒅘',
	 = '𒅙',
	 = '𒅚',
	 = '𒅛',
	 = '𒅜',
	 = '𒅝',
	 = '𒅞',
	 = '𒅟',
	 = '𒅠',
	 = '𒅡',
	 = '𒅢',
	 = '𒅣',
	 = '𒅥',
	 = '𒅦',
	 = '𒅧',
	 = '𒅨',
	 = '𒅩',
	 = '𒅫',
	 = '𒅬',
	 = '𒅭',
	 = '𒅮',
	 = '𒅯',
	 = '𒅰',
	 = '𒅱',
	 = '𒅲',
	 = '𒅳',
	 = '𒅴',
	 = '𒅵',
	 = '𒅶',
	 = '𒅷',
	 = '𒅸',
	 = '𒅹',
	 = '𒅺',
	 = '𒅻',
	 = '𒅼',
	 = '𒅽',
	 = '𒅾',
	 = '𒅿',
	 = '𒆀',
	 = '𒆁',
	 = '𒆂',
	 = '𒆃',
	 = '𒆄',
	 = '𒆅',
	 = '𒆆',
	 = '𒆇',
	 = '𒆈',
	 = '𒆉',
	 = '𒆊',
	 = '𒆋',
	 = '𒆌',
	 = '𒆍',
	 = '𒆏',
	 = '𒆐',
	 = '𒆑',
	 = '𒆒',
	 = '𒆓',
	 = '𒆕',
	 = '𒆗',
	 = '𒆘',
	 = '𒆚',
	 = '𒆛',
	 = '𒆜',
	 = '𒆟',
	 = '𒆠',
	 = '𒆡',
	 = '𒆢',
	 = '𒆣',
	 = '𒆤',
	 = '𒆥',
	 = '𒆦',
	 = '𒆧',
	 = '𒆨',
	 = '𒆪',
	 = '𒆬',
	 = '𒆭',
	 = '𒆯',
	 = '𒆰',
	 = '𒆲',
	 = '𒆳',
	 = '𒆵',
	 = '𒆷',
	 = '𒆸',
	 = '𒆹',
	 = '𒆺',
	 = '𒆻',
	 = '𒆼',
	 = '𒆽',
	 = '𒆾',
	 = '𒇀',
	 = '𒇁',
	 = '𒇂',
	 = '𒇃',
	 = '𒇄',
	 = '𒇅',
	 = '𒇆',
	 = '𒇇',
	 = '𒇈',
	 = '𒇉',
	 = '𒇊',
	 = '𒇌',
	 = '𒇍',
	 = '𒇎',
	 = '𒇏',
	 = '𒇐',
	 = '𒇑',
	 = '𒇒',
	 = '𒇓',
	 = '𒇔',
	 = '𒇕',
	 = '𒇖',
	 = '𒇗',
	 = '𒇘',
	 = '𒇙',
	 = '𒇚',
	 = '𒇛',
	 = '𒇜',
	 = '𒇝',
	 = '𒇟',
	 = '𒇠',
	 = '𒇡',
	 = '𒇢',
	 = '𒇣',
	 = '𒇤',
	 = '𒇥',
	 = '𒇦',
	 = '𒇧',
	 = '𒇨',
	 = '𒇩',
	 = '𒇪',
	 = '𒇬',
	 = '𒇭',
	 = '𒇮',
	 = '𒇱',
	 = '𒇲',
	 = '𒇳',
	 = '𒇴',
	 = '𒇵',
	 = '𒇶',
	 = '𒇷',
	 = '𒇸',
	 = '𒇹',
	 = '𒇺',
	 = '𒇻',
	 = '𒇼',
	 = '𒇽',
	 = '𒇾',
	 = '𒇿',
	 = '𒈀',
	 = '𒈃',
	 = '𒈄',
	 = '𒈅',
	 = '𒈆',
	 = '𒈇',
	 = '𒈈',
	 = '𒈉',
	 = '𒈊',
	 = '𒈋',
	 = '𒈌',
	 = '𒈍',
	 = '𒈎',
	 = '𒈏',
	 = '𒈐',
	 = '𒈖',
	 = '𒈗',
	 = '𒈛',
	 = '𒈜',
	 = '𒈝',
	 = '𒈠',
	 = '𒈡',
	 = '𒈣',
	 = '𒈤',
	 = '𒈥',
	 = '𒈦',
	 = '𒈧',
	 = '𒈨',
	 = '𒈩',
	 = '𒈪',
	 = '𒈫',
	 = '𒈬',
	 = '𒈮',
	 = '𒈰',
	 = '𒈱',
	 = '𒈲',
	 = '𒈳',
	 = '𒈴',
	 = '𒈵',
	 = '𒈹',
	 = '𒈺',
	 = '𒈻',
	 = '𒈼',
	 = '𒈾',
	 = '𒈿',
	 = '𒉀',
	 = '𒉄',
	 = '𒉆',
	 = '𒉇',
	 = '𒉈',
	 = '𒉉',
	 = '𒉊',
	 = '𒉌',
	 = '𒉍',
	 = '𒉎',
	 = '𒉏',
	 = '𒉒',
	 = '𒉓',
	 = '𒉔',
	 = '𒉕',
	 = '𒉖',
	 = '𒉘',
	 = '𒉙',
	 = '𒉚',
	 = '𒉜',
	 = '𒉝',
	 = '𒉞',
	 = '𒉟',
	 = '𒉠',
	 = '𒉡',
	 = '𒉢',
	 = '𒉣',
	 = '𒉭',
	 = '𒉺',
	 = '𒉻',
	 = '𒉼',
	 = '𒉽',
	 = '𒉾',
	 = '𒉿',
	 = '𒊀',
	 = '𒊁',
	 = '𒊂',
	 = '𒊃',
	 = '𒊄',
	 = '𒊅',
	 = '𒊆',
	 = '𒊇',
	 = '𒊈',
	 = '𒊊',
	 = '𒊋',
	 = '𒊌',
	 = '𒊍',
	 = '𒊏',
	 = '𒊐',
	 = '𒊑',
	 = '𒊒',
	 = '𒊓',
	 = '𒊕',
	 = '𒊖',
	 = '𒊗',
	 = '𒊘',
	 = '𒊙',
	 = '𒊚',
	 = '𒊛',
	 = '𒊜',
	 = '𒊝',
	 = '𒊞',
	 = '𒊟',
	 = '𒊠',
	 = '𒊡',
	 = '𒊢',
	 = '𒊣',
	 = '𒊤',
	 = '𒊥',
	 = '𒊦',
	 = '𒊩',
	 = '𒊫',
	 = '𒊬',
	 = '𒊭',
	 = '𒊮',
	 = '𒊯',
	 = '𒊰',
	 = '𒊱',
	 = '𒊲',
	 = '𒊳',
	 = '𒊴',
	 = '𒊵',
	 = '𒊶',
	 = '𒊷',
	 = '𒊸',
	 = '𒊹',
	 = '𒊺',
	 = '𒊾',
	 = '𒊿',
	 = '𒋀',
	 = '𒋁',
	 = '𒋂',
	 = '𒋃',
	 = '𒋄',
	 = '𒋅',
	 = '𒋆',
	 = '𒋇',
	 = '𒋈',
	 = '𒋉',
	 = '𒋊',
	 = '𒋋',
	 = '𒋌',
	 = '𒋎',
	 = '𒋏',
	 = '𒋐',
	 = '𒋑',
	 = '𒋒',
	 = '𒋓',
	 = '𒋖',
	 = '𒋗',
	 = '𒋙',
	 = '𒋚',
	 = '𒋛',
	 = '𒋠',
	 = '𒋞',
	 = '𒋠',
	 = '𒋡',
	 = '𒋢',
	 = '𒋤',
	 = '𒋥',
	 = '𒋦',
	 = '𒋧',
	 = '𒋨',
	 = '𒋩',
	 = '𒋪',
	 = '𒋫',
	 = '𒋭',
	 = '𒋮',
	 = '𒋰',
	 = '𒋳',
	 = '𒋴',
	 = '𒋵',
	 = '𒋶',
	 = '𒋷',
	 = '𒋸',
	 = '𒋹',
	 = '𒋺',
	 = '𒋻',
	 = '𒋼',
	 = '𒋾',
	 = '𒌀',
	 = '𒌁',
	 = '𒌂',
	 = '𒌅',
	 = '𒌆',
	 = '𒌇',
	 = '𒌈',
	 = '𒌉',
	 = '𒌋',
	 = '𒌑',
	 = '𒌒',
	 = '𒌓',
	 = '𒌕',
	 = '𒌖',
	 = '𒌗',
	 = '𒌜',
	 = '𒌝',
	 = '𒌞',
	 = '𒌟',
	 = '𒌠',
	 = '𒌡',
	 = '𒌢',
	 = '𒌣',
	 = '𒌤',
	 = '𒌥',
	 = '𒌦',
	 = '𒌨',
	 = '𒌫',
	 = '𒌬',
	 = '𒌭',
	 = '𒌮',
	 = '𒌯',
	 = '𒌰',
	 = '𒌱',
	 = '𒌲',
	 = '𒌳',
	 = '𒌴',
	 = '𒌵',
	 = '𒌶',
	 = '𒌷',
	 = '𒌸',
	 = '𒌹',
	 = '𒌺',
	 = '𒌻',
	 = '𒌼',
	 = '𒌽',
	 = '𒌿',
	 = '𒍀',
	 = '𒍁',
	 = '𒍂',
	 = '𒍃',
	 = '𒍄',
	 = '𒍅',
	 = '𒍆',
	 = '𒍇',
	 = '𒍈',
	 = '𒍉',
	 = '𒍊',
	 = '𒍋',
	 = '𒍌',
	 = '𒍍',
	 = '𒍎',
	 = '𒍏',
	 = '𒍐',
	 = '𒍑',
	 = '𒍒',
	 = '𒍓',
	 = '𒍔',
	 = '𒍕',
	 = '𒍖',
	 = '𒍗',
	 = '𒍘',
	 = '𒍙',
	 = '𒍚',
	 = '𒍛',
	 = '𒍜',
	 = '𒍝',
	 = '𒍠',
	 = '𒍡',
	 = '𒍢',
	 = '𒍣',
	 = '𒍥',
	 = '𒍦',
	 = '𒍨',
	 = '𒍩',
	 = '𒍪',
	 = '𒍫',
	 = '𒍬',
	 = '𒍭',
	 = '𒍮',
	 = '𒍰',
	 = '𒍱',
	 = '𒍲',
	 = '𒍴',
	 = '𒍵',
	 = '𒍶',
	 = '𒍷',
	 = '𒍸',
	 = '𒍹',
	 = '𒍺',
	 = '𒍻',
	 = '𒍼',
	 = '𒍽',
	 = '𒍾',
	 = '𒍿',
	 = '𒎀',
	 = '𒎁',
	 = '𒎂',
	 = '𒎃',
	 = '𒎄',
	 = '𒎅',
	 = '𒎆',
	 = '𒎇',
	 = '𒎈',
	 = '𒎊',
	 = '𒎋',
	 = '𒈨𒌍',
	 = '𒎍',
	 = '𒉌𒌓',
	 = '𒎏',
	 = '𒎐',
	 = '𒎑',
	 = '𒎒',
	 = '𒎕',
	 = '𒎗',
	 = '𒎘',
	 = '𒀸',
	 = '𒀭',
	 = '𒀭',
	 = '𒄭𒀀',
	 = '𒄯𒊕',
	 = '𒌚',
	 = '𒄰',
	 = '𒋢',
	 = '𒀯',
	 = '𒊩',
	 = '𒄷',
	 = '𒃻',
	 = '𒍐',
	 = '𒇀',
	 = '𒋠',
	 = '𒅎',
	 = '𒉐',
	 = '𒋙𒌍',
	 = '𒆤',
	 = '𒇲',
	 = '𒌷',
	 = '𒌷',
	 = '𒂼',
	 = '𒅅',
	 = '𒂍',
	 = '𒄴',
	 = '𒌓𒁺',
	 = '𒄴',
	 = '𒉌',
	 = '𒄴',
	 = '𒄭',
	 = '𒅇',
	 = '𒄴',
	 = '𒉿',
	 = '𒁍',
	 = '𒁁',
	 = '𒁉',
	 = '𒁁',
	 = '𒉈',
	 = '𒁉',
	 = '𒌓',
	 = '𒁲',
	 = '𒋫',
	 = '𒌅',
	 = '𒋾',
	 = '𒁕',
	 = '𒁲',
	 = '𒁲',
	 = '𒂆',
	 = '𒋫',
	 = '𒌅',
	 = '𒄭',
	 = '𒋾',
	 = '𒉈',
	 = '𒁺',
	 = '𒆠',
	 = '𒄀',
	 = '𒋡',
	 = '𒆥',
	 = '𒆥',
	 = '𒄣',
	 = '𒂵',
	 = '𒆠',
	 = '𒆠',
	 = '𒆪',
	 = '𒅗',
	 = '𒄩',
	 = '𒄭',
	 = '𒄭',
	 = '𒄷',
	 = '𒃶',
	 = '𒃶',
	 = '𒋛',
	 = '𒁲',
	 = '𒍣',
	 = '𒍣',
	 = '𒍪',
	 = '𒍝',
	 = '𒍝',
	 = '𒍢',
	 = '𒍢',
	 = '𒍮',
	 = '𒍣',
	 = '𒍣',
	 = '𒍪',
	 = '𒅆',
	 = '𒃻',
	 = '𒍣',
	 = '𒍢',
	 = '𒍢',
	 = '𒈪',
	 = '𒉌',
	 = '𒇷',
	 = '𒊑',
	 = '𒁺',
	 = '𒉿',
	 = '𒉿',
	 = '𒉿',
	 = '𒉿',
	 = '𒅀',
	 = '𒅀',
	 = '𒅀',
	 = '𒅀',
	 = '𒀊',
	 = '𒅁',
	 = '𒅁',
	 = '𒌒',
	 = '𒅁',
	 = '𒀜',
	 = '𒀉',
	 = '𒀉',
	 = '𒌓',
	 = '𒀉',
	 = '𒀉',
	 = '𒀜',
	 = '𒀉',
	 = '𒀉',
	 = '𒌓',
	 = '𒅅',
	 = '𒅅',
	 = '𒊌',
	 = '𒀝',
	 = '𒅅',
	 = '𒊌',
	 = '𒀝',
	 = '𒅅',
	 = '𒅅',
	 = '𒊌',
	 = '𒄴',
	 = '𒄴',
	 = '𒄴',
	 = '𒄴',
	 = '𒌍',
	 = '𒀾',
	 = '𒌍',
	 = '𒊍',
	 = '𒄑',
	 = '𒄑',
	 = '𒊻',
	 = '𒀾',
	 = '𒅖',
	 = '𒍑',
	 = '𒀊',
	 = '𒀊',
	 = '𒊍',
	 = '𒄑',
	 = '𒄑',
	 = '𒊻',
	 = '𒀾',
	 = '𒅖',
	 = '𒍑',
	 = '𒀊',
	 = '𒀊',
	 = '𒊍',
	 = '𒄑',
	 = '𒄑',
	 = '𒊻',
	 = '𒀾',
	 = '𒅖',
	 = '𒍑',
	 = '𒀊',
	 = '𒀊',
	 = '𒄠',
	 = '𒅎',
	 = '𒌌',
	 = '𒅈',
	 = '𒅕',
	 = '𒄬',
	 = '𒆸',
	 = '𒆸',
	 = '𒋻',
	 = '𒉺',
	 = '𒉺',
	 = '𒅆',
	 = '𒄽',
	 = '𒄽',
	 = '𒄯',
	 = '𒄯',
	 = '𒆗',
	 = '𒄰',
	 = '𒃷',
	 = '𒆏',
	 = '𒆏',
	 = '𒆏',
	 = '𒋼𒀀',
	 = '𒃼',
	 = '𒁉',
	 = '𒁉',
	 = '𒃰',
	 = '𒃰',
	 = '𒃰',
	 = '𒄤',
	 = '𒄫',
	 = '𒄫',
	 = '𒃰',
	 = '𒃰',
	 = '𒄢',
	 = '𒄣',
	 = '𒄣',
	 = '𒄥',
	 = '𒌨',
	 = '𒌨',
	 = '𒅆',
	 = '𒈛',
	 = '𒈤',
	 = '𒎙',
	 = '𒅖',
	 = '𒅖',
	 = '𒈩',
	 = '𒄯',
	 = '𒄷𒄭',
	 = '𒀮',
	 = '𒀮',
	 = '𒉪',
	 = '𒎙',
	 = '𒈝',
	 = '𒁄',
	 = '𒈦',
	 = '𒄫',
	 = '𒁁',
	 = '𒁁',
	 = '𒁁',
	 = '𒁁',
	 = '𒉈',
	 = '𒉈',
	 = '𒉋',
	 = '𒉋',
	 = '𒌓',
	 = '𒄫',
	 = '𒄫',
	 = '𒄫',
	 = '𒁓',
	 = '𒋥',
	 = '𒋥',
	 = '𒊕',
	 = '𒀸',
	 = '𒋚',
	 = '𒊕',
	 = '𒊕',
	 = '𒊩',
	 = '𒌑',
	 = '𒉓',
	 = '𒉺𒅁',
	 = '𒉺𒅁',
	 = '𒊬',
	 = '𒉺𒅁',
	 = '𒋳',
	 = '𒋩',
	 = '𒈭',
	 = '𒈭',
	 = '𒈭',
	 = '𒁖',
	 = '𒁖',
	 = '𒁖',
	 = '𒊑',
	 = '𒊑',
	 = '𒌓',
	 = '𒁮',
	 = '𒆗',
	 = '𒆗',
	 = '𒋰',
	 = '𒋰',
	 = '𒋰',
	 = '𒁹',
	 = '𒁹',
	 = '𒁹',
	 = '𒀾',
	 = '𒁷',
	 = '𒁷',
	 = '𒁴',
	 = '𒁴',
	 = '𒋛𒀀',
	 = '𒌁',
	 = '𒌨',
	 = '𒇥',
	 = '𒁺',
	 = '𒌈',
	 = '𒌈',
	 = '𒁾',
	 = '𒁾',
	 = '𒁾',
	 = '𒁾',
	 = '𒁾',
	 = '𒄙',
	 = '𒄙',
	 = '𒄙',
	 = '𒂄',
	 = '𒍮',
	 = '𒍮',
	 = '𒀭',
	 = '𒀀',
	 = '𒀁',
	 = '𒀂',
	 = '𒀄',
	 = '𒀅',
	 = '𒀇',
	 = '𒀈',
	 = '𒀊',
	 = '𒀋',
	 = '𒀍',
	 = '𒀏',
	 = '𒀑',
	 = '𒀒',
	 = '𒀓',
	 = '𒀔',
	 = '𒀖',
	 = '𒀗',
	 = '𒀙',
	 = '𒀚',
	 = '𒀛',
	 = '𒀜',
	 = '𒀝',
	 = '𒀞',
	 = '𒀟',
	 = '𒀠',
	 = '𒀡',
	 = '𒀢',
	 = '𒀣',
	 = '𒀤',
	 = '𒀥',
	 = '𒀦',
	 = '𒀧',
	 = '𒀨',
	 = '𒀩',
	 = '𒀪',
	 = '𒀫',
	 = '𒀬',
	 = '𒀭',
	 = '𒀲',
	 = '𒀳',
	 = '𒀴',
	 = '𒀵',
	 = '𒀶',
	 = '𒀷',
	 = '𒀸',
	 = '𒀿',
	 = '𒁀',
	 = '𒁁',
	 = '𒁂',
	 = '𒁃',
	 = '𒁄',
	 = '𒁆',
	 = '𒈦',
	 = '𒁈',
	 = '𒁉',
	 = '𒁊',
	 = '𒁋',
	 = '𒁍',
	 = '𒁑',
	 = '𒁓',
	 = '𒁔',
	 = '𒁕',
	 = '𒁖',
	 = '𒁮',
	 = '𒁯',
	 = '𒁰',
	 = '𒁱',
	 = '𒁲',
	 = '𒁳',
	 = '𒁴',
	 = '𒁵',
	 = '𒁶',
	 = '𒁷',
	 = '𒁹',
	 = '𒁺',
	 = '𒁾',
	 = '𒁿',
	 = '𒂀',
	 = '𒂁',
	 = '𒂂',
	 = '𒂃',
	 = '𒂄',
	 = '𒂅',
	 = '𒂈',
	 = '𒂉',
	 = '𒂊',
	 = '𒂋',
	 = '𒂍',
	 = '𒂎',
	 = '𒂏',
	 = '𒂐',
	 = '𒂑',
	 = '𒂒',
	 = '𒂓',
	 = '𒂔',
	 = '𒂕',
	 = '𒂖',
	 = '𒂗',
	 = '𒂘',
	 = '𒂚',
	 = '𒂞',
	 = '𒂟',
	 = '𒂠',
	 = '𒂡',
	 = '𒂢',
	 = '𒂣',
	 = '𒂤',
	 = '𒂥',
	 = '𒂦',
	 = '𒂩',
	 = '𒂬',
	 = '𒂮',
	 = '𒂯',
	 = '𒂰',
	 = '𒂱',
	 = '𒂲',
	 = '𒂳',
	 = '𒂴',
	 = '𒂵',
	 = '𒂷',
	 = '𒂸',
	 = '𒂹',
	 = '𒂺',
	 = '𒂼',
	 = '𒂽',
	 = '𒂾',
	 = '𒂿',
	 = '𒃀',
	 = '𒃁',
	 = '𒃂',
	 = '𒃃',
	 = '𒃄',
	 = '𒃅',
	 = '𒃆',
	 = '𒃇',
	 = '𒃈',
	 = '𒃉',
	 = '𒃌',
	 = '𒃍',
	 = '𒃎',
	 = '𒃏',
	 = '𒃐',
	 = '𒃑',
	 = '𒃒',
	 = '𒃓',
	 = '𒃔',
	 = '𒃕',
	 = '𒃗',
	 = '𒃘',
	 = '𒃙',
	 = '𒃚',
	 = '𒃛',
	 = '𒃜',
	 = '𒃝',
	 = '𒃞',
	 = '𒃟',
	 = '𒃠',
	 = '𒃢',
	 = '𒃣',
	 = '𒃤',
	 = '𒃥',
	 = '𒃦',
	 = '𒃧',
	 = '𒃨',
	 = '𒃩',
	 = '𒃪',
	 = '𒃫',
	 = '𒃬',
	 = '𒃮',
	 = '𒃰',
	 = '𒃲',
	 = '𒃴',
	 = '𒃵',
	 = '𒃶',
	 = '𒃷',
	 = '𒃻',
	 = '𒃼',
	 = '𒃽',
	 = '𒃾',
	 = '𒃿',
	 = '𒄀',
	 = '𒄁',
	 = '𒄂',
	 = '𒄄',
	 = '𒄇',
	 = '𒄈',
	 = '𒄊',
	 = '𒄋',
	 = '𒄍',
	 = '𒄎',
	 = '𒄏',
	 = '𒄐',
	 = '𒄑',
	 = '𒄓',
	 = '𒄔',
	 = '𒄖',
	 = '𒄘',
	 = '𒄙',
	 = '𒄛',
	 = '𒄜',
	 = '𒄞',
	 = '𒄟',
	 = '𒄠',
	 = '𒄢',
	 = '𒄣',
	 = '𒄤',
	 = '𒄥',
	 = '𒄦',
	 = '𒄧',
	 = '𒄨',
	 = '𒄩',
	 = '𒄬',
	 = '𒄭',
	 = '𒄮',
	 = '𒄯',
	 = '𒄰',
	 = '𒄱',
	 = '𒄲',
	 = '𒄳',
	 = '𒄴',
	 = '𒄵',
	 = '𒄶',
	 = '𒄷',
	 = '𒄸',
	 = '𒄹',
	 = '𒄺',
	 = '𒄻',
	 = '𒄼',
	 = '𒄽',
	 = '𒄾',
	 = '𒄿',
	 = '𒅁',
	 = '𒅂',
	 = '𒅅',
	 = '𒅆',
	 = '𒅋',
	 = '𒅍',
	 = '𒅎',
	 = '𒅏',
	 = '𒅓',
	 = '𒅔',
	 = '𒅕',
	 = '𒅖',
	 = '𒅗',
	 = '𒅘',
	 = '𒅙',
	 = '𒅚',
	 = '𒅛',
	 = '𒅜',
	 = '𒅝',
	 = '𒅞',
	 = '𒅟',
	 = '𒅠',
	 = '𒅡',
	 = '𒅢',
	 = '𒅣',
	 = '𒅥',
	 = '𒅦',
	 = '𒅧',
	 = '𒅨',
	 = '𒅩',
	 = '𒅫',
	 = '𒅬',
	 = '𒅭',
	 = '𒅮',
	 = '𒅯',
	 = '𒅰',
	 = '𒅱',
	 = '𒅲',
	 = '𒅳',
	 = '𒅴',
	 = '𒅵',
	 = '𒅶',
	 = '𒅷',
	 = '𒅸',
	 = '𒅹',
	 = '𒅺',
	 = '𒅻',
	 = '𒅼',
	 = '𒅽',
	 = '𒅾',
	 = '𒅿',
	 = '𒆀',
	 = '𒆁',
	 = '𒆂',
	 = '𒆃',
	 = '𒆄',
	 = '𒆅',
	 = '𒆆',
	 = '𒆇',
	 = '𒆈',
	 = '𒆉',
	 = '𒆊',
	 = '𒆋',
	 = '𒆌',
	 = '𒆍',
	 = '𒆏',
	 = '𒆐',
	 = '𒆑',
	 = '𒆒',
	 = '𒆓',
	 = '𒆕',
	 = '𒆗',
	 = '𒆘',
	 = '𒆚',
	 = '𒆛',
	 = '𒆜',
	 = '𒆟',
	 = '𒆠',
	 = '𒆡',
	 = '𒆢',
	 = '𒆣',
	 = '𒆤',
	 = '𒆥',
	 = '𒆦',
	 = '𒆧',
	 = '𒆨',
	 = '𒆪',
	 = '𒆬',
	 = '𒆭',
	 = '𒆯',
	 = '𒆰',
	 = '𒆲',
	 = '𒆳',
	 = '𒆵',
	 = '𒆷',
	 = '𒆸',
	 = '𒆹',
	 = '𒆺',
	 = '𒆻',
	 = '𒆼',
	 = '𒆽',
	 = '𒆾',
	 = '𒇀',
	 = '𒇁',
	 = '𒇂',
	 = '𒇃',
	 = '𒇄',
	 = '𒇅',
	 = '𒇆',
	 = '𒇇',
	 = '𒇈',
	 = '𒇉',
	 = '𒇊',
	 = '𒇌',
	 = '𒇍',
	 = '𒇎',
	 = '𒇏',
	 = '𒇐',
	 = '𒇑',
	 = '𒇒',
	 = '𒇓',
	 = '𒇔',
	 = '𒇕',
	 = '𒇖',
	 = '𒇗',
	 = '𒇘',
	 = '𒇙',
	 = '𒇚',
	 = '𒇛',
	 = '𒇜',
	 = '𒇝',
	 = '𒇟',
	 = '𒇠',
	 = '𒇡',
	 = '𒇢',
	 = '𒇣',
	 = '𒇤',
	 = '𒇥',
	 = '𒇦',
	 = '𒇧',
	 = '𒇨',
	 = '𒇩',
	 = '𒇪',
	 = '𒇬',
	 = '𒇭',
	 = '𒇮',
	 = '𒇱',
	 = '𒇲',
	 = '𒇳',
	 = '𒇴',
	 = '𒇵',
	 = '𒇶',
	 = '𒇷',
	 = '𒇸',
	 = '𒇹',
	 = '𒇺',
	 = '𒇻',
	 = '𒇼',
	 = '𒇽',
	 = '𒇾',
	 = '𒇿',
	 = '𒈀',
	 = '𒈃',
	 = '𒈄',
	 = '𒈅',
	 = '𒈆',
	 = '𒈇',
	 = '𒈈',
	 = '𒈉',
	 = '𒈊',
	 = '𒈋',
	 = '𒈌',
	 = '𒈍',
	 = '𒈎',
	 = '𒈏',
	 = '𒈐',
	 = '𒈖',
	 = '𒈗',
	 = '𒈛',
	 = '𒈜',
	 = '𒈝',
	 = '𒈠',
	 = '𒈡',
	 = '𒈣',
	 = '𒈤',
	 = '𒈥',
	 = '𒈦',
	 = '𒈧',
	 = '𒈨',
	 = '𒈩',
	 = '𒈪',
	 = '𒈫',
	 = '𒈬',
	 = '𒈮',
	 = '𒈰',
	 = '𒈱',
	 = '𒈲',
	 = '𒈳',
	 = '𒈴',
	 = '𒈵',
	 = '𒈹',
	 = '𒈺',
	 = '𒈻',
	 = '𒈼',
	 = '𒈾',
	 = '𒈿',
	 = '𒉀',
	 = '𒉄',
	 = '𒉆',
	 = '𒉇',
	 = '𒉈',
	 = '𒉉',
	 = '𒉊',
	 = '𒉌',
	 = '𒉍',
	 = '𒉎',
	 = '𒉏',
	 = '𒉒',
	 = '𒉓',
	 = '𒉔',
	 = '𒉕',
	 = '𒉖',
	 = '𒉘',
	 = '𒉙',
	 = '𒉚',
	 = '𒉜',
	 = '𒉝',
	 = '𒉞',
	 = '𒉟',
	 = '𒉠',
	 = '𒉡',
	 = '𒉢',
	 = '𒉣',
	 = '𒉭',
	 = '𒉺',
	 = '𒉻',
	 = '𒉼',
	 = '𒉽',
	 = '𒉾',
	 = '𒉿',
	 = '𒊀',
	 = '𒊁',
	 = '𒊂',
	 = '𒊃',
	 = '𒊄',
	 = '𒊅',
	 = '𒊆',
	 = '𒊇',
	 = '𒊈',
	 = '𒊊',
	 = '𒊋',
	 = '𒊌',
	 = '𒊍',
	 = '𒊏',
	 = '𒊐',
	 = '𒊑',
	 = '𒊒',
	 = '𒊓',
	 = '𒊕',
	 = '𒊖',
	 = '𒊗',
	 = '𒊘',
	 = '𒊙',
	 = '𒊚',
	 = '𒊛',
	 = '𒊜',
	 = '𒊝',
	 = '𒊞',
	 = '𒊟',
	 = '𒊠',
	 = '𒊡',
	 = '𒊢',
	 = '𒊣',
	 = '𒊤',
	 = '𒊥',
	 = '𒊦',
	 = '𒊩',
	 = '𒊫',
	 = '𒊬',
	 = '𒊭',
	 = '𒊮',
	 = '𒊯',
	 = '𒊰',
	 = '𒊱',
	 = '𒊲',
	 = '𒊳',
	 = '𒊴',
	 = '𒊵',
	 = '𒊶',
	 = '𒊷',
	 = '𒊸',
	 = '𒊹',
	 = '𒊺',
	 = '𒊾',
	 = '𒊿',
	 = '𒋀',
	 = '𒋁',
	 = '𒋂',
	 = '𒋃',
	 = '𒋄',
	 = '𒋅',
	 = '𒋆',
	 = '𒋇',
	 = '𒋈',
	 = '𒋉',
	 = '𒋊',
	 = '𒋋',
	 = '𒋌',
	 = '𒋎',
	 = '𒋏',
	 = '𒋐',
	 = '𒋑',
	 = '𒋒',
	 = '𒋓',
	 = '𒋖',
	 = '𒋗',
	 = '𒋙',
	 = '𒋚',
	 = '𒋛',
	 = '𒋝',
	 = '𒋞',
	 = '𒋠',
	 = '𒋡',
	 = '𒋢',
	 = '𒋤',
	 = '𒋥',
	 = '𒋦',
	 = '𒋧',
	 = '𒋨',
	 = '𒋩',
	 = '𒋪',
	 = '𒋫',
	 = '𒋭',
	 = '𒋮',
	 = '𒋰',
	 = '𒋳',
	 = '𒋴',
	 = '𒋵',
	 = '𒋶',
	 = '𒋷',
	 = '𒋸',
	 = '𒋹',
	 = '𒋺',
	 = '𒋻',
	 = '𒋼',
	 = '𒋾',
	 = '𒌀',
	 = '𒌁',
	 = '𒌂',
	 = '𒌅',
	 = '𒌆',
	 = '𒌇',
	 = '𒌈',
	 = '𒌉',
	 = '𒌋',
	 = '𒌑',
	 = '𒌒',
	 = '𒌓',
	 = '𒌕',
	 = '𒌖',
	 = '𒌗',
	 = '𒌜',
	 = '𒌝',
	 = '𒌞',
	 = '𒌟',
	 = '𒌠',
	 = '𒌡',
	 = '𒌢',
	 = '𒌣',
	 = '𒌤',
	 = '𒌥',
	 = '𒌦',
	 = '𒌨',
	 = '𒌫',
	 = '𒌬',
	 = '𒌭',
	 = '𒌮',
	 = '𒌯',
	 = '𒌰',
	 = '𒌱',
	 = '𒌲',
	 = '𒌳',
	 = '𒌴',
	 = '𒌵',
	 = '𒌶',
	 = '𒌷',
	 = '𒌸',
	 = '𒌹',
	 = '𒌺',
	 = '𒌻',
	 = '𒌼',
	 = '𒌽',
	 = '𒌿',
	 = '𒍀',
	 = '𒍁',
	 = '𒍂',
	 = '𒍃',
	 = '𒍄',
	 = '𒍅',
	 = '𒍆',
	 = '𒍇',
	 = '𒍈',
	 = '𒍉',
	 = '𒍊',
	 = '𒍋',
	 = '𒍌',
	 = '𒍍',
	 = '𒍎',
	 = '𒍏',
	 = '𒍐',
	 = '𒍑',
	 = '𒍒',
	 = '𒍓',
	 = '𒍔',
	 = '𒍕',
	 = '𒍖',
	 = '𒍗',
	 = '𒍘',
	 = '𒍙',
	 = '𒍚',
	 = '𒍛',
	 = '𒍜',
	 = '𒍝',
	 = '𒍠',
	 = '𒍡',
	 = '𒍢',
	 = '𒍣',
	 = '𒍥',
	 = '𒍦',
	 = '𒍨',
	 = '𒍩',
	 = '𒍪',
	 = '𒍫',
	 = '𒍬',
	 = '𒍭',
	 = '𒍮',
	 = '𒍰',
	 = '𒍱',
	 = '𒍲',
	 = '𒍴',
	 = '𒍵',
	 = '𒍶',
	 = '𒍷',
	 = '𒍸',
	 = '𒍹',
	 = '𒍺',
	 = '𒍻',
	 = '𒍼',
	 = '𒍽',
	 = '𒍾',
	 = '𒍿',
	 = '𒎀',
	 = '𒎁',
	 = '𒎂',
	 = '𒎃',
	 = '𒎄',
	 = '𒎅',
	 = '𒎆',
	 = '𒎇',
	 = '𒎈',
	 = '𒎊',
	 = '𒎋',
	 = '𒈨𒌍',
	 = '𒎍',
	 = '𒎎',
	 = '𒎏',
	 = '𒎐',
	 = '𒎑',
	 = '𒎒',
	 = '𒎕',
	 = '𒎗',
	 = '𒎘',
	 = '𒀉',
	 = '𒂍',
	 = '𒄴',
	 = '𒌓𒁺',
	 = '𒄴',
	 = '𒉌',
	 = '𒄴',
	 = '𒄭',
	 = '𒅇',
	 = '𒄴',
	 = '𒀪',
	 = '𒉿',
	 = '𒁍',
	 = '𒁁',
	 = '𒁉',
	 = '𒁁',
	 = '𒉈',
	 = '𒁉',
	 = '𒌓',
	 = '𒁲',
	 = '𒋫',
	 = '𒌅',
	 = '𒋾',
	 = '𒁕',
	 = '𒁲',
	 = '𒁲',
	 = '𒂆',
	 = '𒋫',
	 = '𒌅',
	 = '𒄭',
	 = '𒋾',
	 = '𒉈',
	 = '𒁺',
	 = '𒆠',
	 = '𒄀',
	 = '𒋡',
	 = '𒆥',
	 = '𒆥',
	 = '𒄣',
	 = '𒂵',
	 = '𒆠',
	 = '𒆠',
	 = '𒆪',
	 = '𒅗',
	 = '𒄩',
	 = '𒄭',
	 = '𒄭',
	 = '𒄷',
	 = '𒃶',
	 = '𒃶',
	 = '𒋛',
	 = '𒁲',
	 = '𒍣',
	 = '𒍣',
	 = '𒍪',
	 = '𒍝',
	 = '𒍝',
	 = '𒍢',
	 = '𒍢',
	 = '𒍮',
	 = '𒍣',
	 = '𒍣',
	 = '𒍪',
	 = '𒅆',
	 = '𒃻',
	 = '𒍣',
	 = '𒍢',
	 = '𒍢',
	 = '𒈪',
	 = '𒉌',
	 = '𒇷',
	 = '𒇲',
	 = '𒊑',
	 = '𒁺',
	 = '𒌷',
	 = '𒉿',
	 = '𒉿',
	 = '𒉿',
	 = '𒉿',
	 = '𒅀',
	 = '𒅀',
	 = '𒅀',
	 = '𒅀',
	 = '𒀊',
	 = '𒅁',
	 = '𒅁',
	 = '𒌒',
	 = '𒅁',
	 = '𒀜',
	 = '𒀉',
	 = '𒀉',
	 = '𒌓',
	 = '𒀉',
	 = '𒀉',
	 = '𒀜',
	 = '𒀉',
	 = '𒀉',
	 = '𒌓',
	 = '𒅅',
	 = '𒅅',
	 = '𒊌',
	 = '𒀝',
	 = '𒅅',
	 = '𒊌',
	 = '𒀝',
	 = '𒅅',
	 = '𒅅',
	 = '𒊌',
	 = '𒄴',
	 = '𒄴',
	 = '𒄴',
	 = '𒄴',
	 = '𒌍',
	 = '𒀾',
	 = '𒌍',
	 = '𒊍',
	 = '𒄑',
	 = '𒄑',
	 = '𒊻',
	 = '𒀾',
	 = '𒅖',
	 = '𒍑',
	 = '𒀊',
	 = '𒀊',
	 = '𒊍',
	 = '𒄑',
	 = '𒄑',
	 = '𒊻',
	 = '𒀾',
	 = '𒅖',
	 = '𒍑',
	 = '𒀊',
	 = '𒀊',
	 = '𒊍',
	 = '𒄑',
	 = '𒄑',
	 = '𒊻',
	 = '𒀾',
	 = '𒅖',
	 = '𒍑',
	 = '𒀊',
	 = '𒀊',
	 = '𒄠',
	 = '𒅎',
	 = '𒌌',
	 = '𒅈',
	 = '𒅕',
	 = '𒄬',
	 = '𒆸',
	 = '𒆸',
	 = '𒋻',
	 = '𒉺',
	 = '𒉺',
	 = '𒅆',
	 = '𒄽',
	 = '𒄽',
	 = '𒄯',
	 = '𒄯',
	 = '𒆗',
	 = '𒄰',
	 = '𒄰',
	 = '𒃷',
	 = '𒆏',
	 = '𒆏',
	 = '𒆏',
	 = '𒋼𒀀',
	 = '𒃼',
	 = '𒁉',
	 = '𒁉',
	 = '𒃰',
	 = '𒃰',
	 = '𒃰',
	 = '𒄤',
	 = '𒄫',
	 = '𒄫',
	 = '𒃰',
	 = '𒃰',
	 = '𒄢',
	 = '𒄣',
	 = '𒄣',
	 = '𒄥',
	 = '𒌨',
	 = '𒌨',
	 = '𒅆',
	 = '𒈛',
	 = '𒈤',
	 = '𒎙',
	 = '𒅖',
	 = '𒅖',
	 = '𒈩',
	 = '𒄯',
	 = '𒄷𒄭',
	 = '𒀮',
	 = '𒀮',
	 = '𒉪',
	 = '𒎙',
	 = '𒈝',
	 = '𒁄',
	 = '𒈦',
	 = '𒄫',
	 = '𒁁',
	 = '𒁁',
	 = '𒁁',
	 = '𒁁',
	 = '𒉈',
	 = '𒉈',
	 = '𒉋',
	 = '𒉋',
	 = '𒌓',
	 = '𒄫',
	 = '𒄫',
	 = '𒄫',
	 = '𒁓',
	 = '𒋥',
	 = '𒋥',
	 = '𒊕',
	 = '𒀸',
	 = '𒋚',
	 = '𒊕',
	 = '𒊕',
	 = '𒊩',
	 = '𒌑',
	 = '𒉓',
	 = '𒉺𒅁',
	 = '𒉺𒅁',
	 = '𒊬',
	 = '𒉺𒅁',
	 = '𒋳',
	 = '𒋩',
	 = '𒈭',
	 = '𒈭',
	 = '𒈭',
	 = '𒁖',
	 = '𒁖',
	 = '𒁖',
	 = '𒉐',
	 = '𒊑',
	 = '𒊑',
	 = '𒌓',
	 = '𒁮',
	 = '𒆗',
	 = '𒆗',
	 = '𒋰',
	 = '𒋰',
	 = '𒋰',
	 = '𒁹',
	 = '𒁹',
	 = '𒁹',
	 = '𒀾',
	 = '𒁷',
	 = '𒁷',
	 = '𒁴',
	 = '𒁴',
	 = '𒋛𒀀',
	 = '𒌁',
	 = '𒌨',
	 = '𒇥',
	 = '𒁺',
	 = '𒌈',
	 = '𒌈',
	 = '𒁾',
	 = '𒁾',
	 = '𒁾',
	 = '𒁾',
	 = '𒁾',
	 = '𒄙',
	 = '𒄙',
	 = '𒄙',
	 = '𒂄',
	 = '𒍮',
	 = '𒍮',
	 = '𒇀',
}


return export