Module:number list/data/tl
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This module contains data on various types of numbers in Tagalog.
(edit)
local export = {numbers = {}}
export.additional_number_types = {
{key = "spanish_cardinal", after = "cardinal"},
{key = "spanish_ordinal", after = "ordinal"},
{key = "restrictive", after = "collective"}
}
local lang_tl = "tl"
local lang_es = "es"
local numbers = export.numbers
--- Table operations for simpler use
local function table_merge(t1,t2)
local merged = {}
for key, value in pairs(t1) do
merged[key] = value
end
for key, value in pairs(t2) do
merged[key] = value
end
return merged
end
local function table_append(t1,t2)
local appended = {}
for key, value in pairs(t1) do
table.insert(appended, value)
end
for key, value in pairs(t2) do
table.insert(appended, value)
end
return appended
end
-- canonicalize multiple spaces and remove leading and trailing spaces
local function canon_spaces(text)
text = text:gsub("%s+", " ")
text = text:gsub("^ ", "")
text = text:gsub(" $", "")
return text
end
-- List down preset names
local number_names = {
ones = {
[lang_tl] = {"isa", "dalawa", "tatlo", "apat", "lima", "anim", "pito", "walo", "siyam"},
[lang_es] = {"uno", "dos", "tres", "kuwatro", "singko", "seis", "siyete", "otso", "nuwebe"}
},
tens = {
[lang_es] = {"diyes", "beynte", "treynta", "kuwarenta", "singkuwenta", "sesenta", "setenta", "otsenta", "nobenta"}
},
nteens = {
[lang_es] = {"onse", "dose", "trese", "katorse", "kinse"}
},
hundreds = {
[lang_tl] = {"sandaan", "dalawandaan", "tatlundaan", "apatnaraan", "limandaan", "animnaraan", "pitundaan", "walongdaan", "siyamnaraan"},
[lang_es] = {"siyento", "dosyentos", "tresyentos", "kuwatrosiyentos", "kinyentos", "seissiyentos", "setesiyentos", "otsosiyentos", "nobesiyentos"}
},
power_10 = {
[lang_tl] = {"", "pu", "daan", "libo", "laksa", "yuta", "angaw", "kati", "bahala", "libong-angaw", "", "", "angaw-na-angaw"},
[lang_es] = {"mil", "milyon", "bilyon", "trilyon"}
},
ordinals = {
[lang_es] = {
{"primero", "primera"},
{"segundo", "segunda"},
{"tersero", "tersera"},
"kuwarta",
{"kinto", "kinta"},
nil,
nil,
{"oktabo", "oktaba"},
nil
}
}
}
local number_data_preset = {
[1] = {
ordinal = {"una", "pang-una", "ikaisa" },
adverbial = "minsan",
fractional = "buo"
},
[2] = {
ordinal = {"ikalawa", "pangalawa"},
adverbial = {{"makalawa"}, "?"},
fractional = {"kalahati"},
multiplier = {"doble", "?"}
},
[3] = {
ordinal = {"ikatlo", "ikatatlo", "pangatlo"},
adverbial = {{"makatlo", "makaitlo"}, "?"},
fractional = {"katlo", "sangkatlo", "saikatlo"},
multiplier = {{"triple"}, "?"}
},
[4] = {
adverbial = {"?", {"makaipat"}},
fractional = {"kapat", "sangkapat", "saikapat"}
},
[6] = {
fractional = {{"kanim", "sangkanim", "saikanim"}, "?"}
},
[10] = {
ordinal = {{"ikapu"}, "?"},
fractional = {{"kapu", "ikapu", "saikapu"}, "?"},
collective = {"pu", "desena"}
},
[12] = {
collective = "dosena"
},
[100] = {
distributive = {"manaan", "mandaan", "tigsandaan", "sanda-sandaan", "sandaanan"},
fractional = {"ikaraan", "ikasandaan", "saikaraan", "saikasandaan"},
collective = "daan"
},
[10^3] = {
adverbial = {{"makalibo", "makalilibo"}, "?"},
ordinal = {{"ikalibo", "panlibo"}, "?"},
distributive = {{"libo-libo", "panlibo"}, "?"},
collective = "libo"
},
[10^4] = {
cardinal = {'?', {"sanlaksa"}},
ordinal = {'?', {"ikalaksa", "ikasanlaksa", "pansanlaksa"}},
collective = "laksa"
},
[10^5] = {
cardinal = {'?', {"sangyuta"}},
ordinal = {'?', {"ikayuta", "pangyuta", "ikasangyuta"}},
collective = {'daang libo', "yuta"}
},
[10^6] = {
cardinal = {'?', {"sang-angaw-angaw", "sampung yuta", "sanlibong-libo"}},
ordinal = {'?', {"ikaangaw", "<br>pang-angaw", "ikasang-angaw-angaw", "ikasampung yuta"}},
collective = "angaw"
},
[10^7] = {
cardinal = {'?', {"sangkati"}},
ordinal = {'?', {"<br>ikakati", "pangkati", "ikasangkati"}},
collective = "kati"
},
[10^8] = {
cardinal = {'?', {"sambahala"}},
ordinal = {'?', {"ikabahala", "pangbahala", "ikasambahala"}},
collective = "bahala"
},
[10^9] = {
cardinal = {'?', {"sanggatos"}},
ordinal = {'?', {"ikagatos", "panggatos", "ikasanggatos"}},
collective = "gatos"
}
}
local affixes = {
["ordinal"] = {"ika", "pang-"},
["adverbial"] = {"maka"},
["grouping"] = {"-an"},
["distributive"] = {"tig-"},
["tens"] = {"labing-"},
["es_tens"] = {"disi"},
["fractional"] = {"ka", "sangka", "ika", "saika"}
}
local function append_affix(affixes, root, nasal, br)
affixed_list = {}
new_root = tostring(root)
nasal = nasal or "none"
if type(root) == "number" then
new_root = '-' .. new_root
end
if type(affixes) ~= "table" then
affixes = { affixes }
end
for idx, affix in pairs(affixes) do
if affix:match("^-") then
-- If affix is a suffix, do the following:
new_root = new_root:gsub("o$", "u")
if new_root:match("[aeiou]$") and not new_root:match("pu$") then
new_root = new_root .. "h"
end
table.insert(affixed_list, new_root .. affix:sub(2))
else
if affix:match("-$") and not new_root:match("^[aeiou]") then
-- If affix is a prefix and root is starting with a consonant
affix = affix:sub(1, -2)
if nasal ~= "none" then
affix = affix:gsub("ng$", (new_root:match("^[bp]") and "m") or (new_root:match("^[dlst]") and "n") or "ng")
if nasal == "total" then
new_root = new_root:sub(2)
end
end
end
table.insert(affixed_list, (br and #affixed_list > 0 and "<br>" or '') .. affix .. new_root)
end
end
if #affixed_list == 1 then
affixed_list = affixed_list[1]
end
return affixed_list
end
local function syllable_rdp(word, rdp_type)
local words = mw.text.split(word, " ") -- Multiple word, just apply repetition on the first word
syll_temp = words[1]
syll_result = ""
if type(rdp_type) == "number" then
--Find reduplication
syll_temp = syll_temp:gsub("([aeiou])", "%1.")
syll_temp = mw.text.split(syll_temp, "%.")
if not syll_temp[#syll_temp]:match("[aeiou]") then
syll_temp[#syll_temp-1] = syll_temp[#syll_temp-1] .. syll_temp[#syll_temp]
table.remove(syll_temp, #syll_temp)
end
if rdp_type == #syll_temp then
syll_result = words[1] .. "-"
elseif rdp_type == 1 then
syll_result = syll_temp[1]:sub(1,1) .. (syll_temp[1]:len() > 1 and syll_temp[1]:sub(-1,-1) or '') -- Fix clusters
else
for i = 1, rdp_type do
syll_result = syll_result .. syll_temp[i] or ""
end
syll_result = syll_result .. "-"
end
elseif rdp_type == "full" then
syll_result = words[1] .. "-"
end
words[1] = syll_result .. words[1]
return table.concat(words, " ")
end
local function enclitic(word, append, space)
result = ""
encl = "ng"
space = space or " "
if not word:match("[aeioun]$") then
result = word .. space .. "na" .. space .. append
else
if word:match("n$") then
encl = "g"
end
word = word .. encl
if space == "" then
local root_replace = (append:match("^[bp]") and "m") or (append:match("^[dlst]") and "n") or "ng"
word = word:gsub("ong$", "u" .. root_replace)
word = word:gsub("ng$", root_replace)
end
result = word .. space .. append
end
return result
end
local function make_number(number)
local num_table = {}
if number == 0 then
num_table = {
cardinal = "wala",
spanish_cardinal = "sero"
}
else
local comma_separated = tostring(number)
comma_separated = comma_separated:gsub("(%d)(%d%d%d)$", "%1,%2")
while comma_separated:match("(%d)(%d%d%d)(,)") do
comma_separated = comma_separated:gsub("(%d)(%d%d%d)(,)", "%1,%2%3")
end
local place_values = mw.text.split(comma_separated, ",")
local hundred = 0
local tens = 0
local ones = 0
local tl_name = {}
local es_name = {}
for idx1, temp_places in pairs(place_values) do
places = tonumber(temp_places)
local thousands_name = {}
local thousands_name_es = {}
hundreds = places - (places % 100)
tens_ones = (places % 100)
tens = (places % 100) - (places % 10)
ones = (places % 10)
if places ~= 0 then
values_names = {
['hundreds'] = {},
['tens'] = {},
['ones'] = {}
}
if hundreds > 0 then
values_names['hundreds'] = {
cardinal = number_names.hundreds[lang_tl][hundreds/100],
spanish_cardinal = number_names.hundreds[lang_es][hundreds/100]
}
end
if tens_ones > 10 and tens_ones < 20 then
values_names['ones'] = {
cardinal = append_affix(affixes["tens"], number_names.ones[lang_tl][ones], "partial"),
spanish_cardinal = number_names.nteens[lang_es][ones] or affixes["es_tens"][1] .. number_names.ones[lang_es][ones]
}
else
if tens > 0 then
if tens == 10 then
num_param = append_affix("sang-", number_names.power_10[lang_tl][2], "partial")
else
num_param = enclitic(number_names.ones[lang_tl][tens/10], number_names.power_10[lang_tl][2], "")
end
values_names['tens'] = {
cardinal = num_param,
spanish_cardinal = number_names.tens[lang_es][tens/10],
}
end
if ones > 0 then
values_names['ones'] = {
cardinal = number_names.ones[lang_tl][ones],
spanish_cardinal = number_names.ones[lang_es][ones],
spanish_ordinal = number_names.ordinals[lang_es][ones],
}
end
end
-- Build final name
for idx2, key in pairs({'hundreds', 'tens', 'ones'}) do
if values_names[key].cardinal ~= nil then
table.insert(thousands_name, values_names[key].cardinal)
end
if values_names[key].spanish_cardinal ~= nil then
table.insert(thousands_name_es, values_names[key].spanish_cardinal)
if key == "tens" and tens >= 30 and ones > 0 then
table.insert(thousands_name_es, "y")
end
end
end
table.insert(tl_name, table.concat(thousands_name, " at "))
table.insert(es_name, table.concat(thousands_name_es, " "))
if (idx1 < #place_values) and (#place_values > 1) then
local place_distance = #place_values-idx1
if tl_name[#tl_name] == "isa" then
tl_name[#tl_name] = append_affix("sang-", number_names.power_10[lang_tl][(3*place_distance)+1], "partial")
else
tl_name[#tl_name] = enclitic(tl_name[#tl_name], number_names.power_10[lang_tl][(3*place_distance)+1])
end
if es_name[#es_name] == "uno" then
es_name[#es_name] = number_names.power_10[lang_es][place_distance]
else
table.insert(es_name, number_names.power_10[lang_es][place_distance])
if place_distance > 1 then
es_name[#es_name] = es_name[#es_name] .. "es"
end
end
end
end
num_table = {
cardinal = canon_spaces(table.concat(tl_name, " at ")),
spanish_cardinal = canon_spaces(table.concat(es_name, " ")),
spanish_ordinal = number < 10 and number_names.ordinals[lang_es][ones] or nil
}
end
end
num_table.cardinal = num_table.cardinal:gsub("([aeiou]) (at)", "%1't")
return num_table
end
-- Start list process
local number = 0
while (true) do
local data = make_number(number)
if number ~= 0 then
local cardinal_num = data.cardinal
data = table_merge(data, {
ordinal = append_affix(affixes["ordinal"], cardinal_num, "partial", number == 9999),
ordinal_abbr = append_affix(affixes["ordinal"], number, "partial"),
})
local limitation = require("Module:table").contains({
number <= 21,
number % 10 == 0 and number <= 100,
number == 99,
number % 500 == 0 and number <= 1000
}, true)
if limitation then
-- Limit the following data only to certain numbers for a cleaner table
data = table_merge(data, {
adverbial = append_affix(affixes["adverbial"], cardinal_num),
multiplier = ("[[" .. cardinal_num .. "|" .. canon_spaces(enclitic(cardinal_num, "")) .. "]] [[ibayo]]"),
distributive = {
append_affix(affixes["distributive"], cardinal_num),
append_affix(affixes["grouping"], cardinal_num),
syllable_rdp(cardinal_num, 2),
},
restrictive = syllable_rdp(cardinal_num, 1),
fractional = append_affix(affixes["fractional"], cardinal_num)
})
data.multiplier = data.multiplier:gsub(" na]]", "]] [[na]]")
end
if (number <= 20) or
(tostring(number):gsub("0", ""):len() == 1 and
(number <= 10^6 and (number % 1000 and tostring(number):gsub("0", "") == "1") or math.log10(number) % 3 == 0)
) then
data.wplink = number .. " (bilang)"
end
local preset = number_data_preset[number]
if preset then
for num_type, num_vals in pairs(preset) do
if type(preset[num_type]) == "table" then
local new_preset_list = {}
for index, value in pairs(preset[num_type]) do
local insert_value = value
if insert_value == "?" and data[num_type] then
if type(data[num_type]) == "string" then
data[num_type] = {data[num_type]}
end
insert_value = data[num_type]
end
if type(insert_value) == "string" then
insert_value = {insert_value}
end
if number == 10 and num_type == "fractional" then
insert_value[1] = "<br>" .. insert_value[1]
end
new_preset_list = table_append(new_preset_list, insert_value)
end
preset[num_type] = new_preset_list
end
end
data = table_merge(data, preset)
end
end
-- Set data to export
numbers[number] = data
if number < 100 or number == 9999 then
number = number + 1
elseif number <= 1100 then
if number == 1100 then
number = 2000
else
number = number + 100
end
elseif number < 10^4 then
number = number + 1000
if number == 10^4 then
number = 9999
end
elseif number < 10^9 then
number = number * 10
elseif number < 10^12 then
number = number * 10^3
else
break
end
end
return export