Module:vep-nominals
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- The following documentation is located at Module:vep-nominals/documentation. [edit] Categories were auto-generated by Module:module categorization. [edit]
- Useful links: subpage list • links • transclusions • testcases • sandbox
local m_utilities = require("Module:utilities")
local m_links = require("Module:links")
local export = {}
local lang = require("Module:languages").getByCode("vep")
-- Functions that do the actual inflecting by creating the forms of a basic term.
local inflections = {}
-- The main entry point.
-- This is the only function that can be invoked from a template.
function export.show(frame)
local infl_type = frame.args[1] or error("Inflection type has not been specified. Please pass parameter 1 to the module invocation")
local args = frame:getParent().args
if not inflections[infl_type] then
error("Unknown inflection type '" .. infl_type .. "'")
end
local data = {forms = {}, title = mw.title.getCurrentTitle().text, info = nil, categories = {}}
data.n = args["n"]; if data.n == "" then data.n = nil end
if mw.title.getCurrentTitle().namespace == 10 then
data.title = args["title"] or data.title
end
local lemma = data.title
if args["suffix"] and #args["suffix"] > 0 then
local suffix = args["suffix"]
if mw.ustring.sub(lemma, -mw.ustring.len(suffix)) ~= suffix then
error("|suffix= does not match the lemma")
end
lemma = mw.ustring.sub(lemma, 1, -mw.ustring.len(suffix) - 1)
end
data.lemma = lemma
-- Generate the forms
inflections[infl_type](args, data)
-- Postprocess
if infl_type ~= "ppron" then
postprocess(args, data)
end
return make_table(data) .. m_utilities.format_categories(data.categories, lang)
end
--[=[
Inflection functions
]=]--
local function get_param(args, first, default)
default = default or ""
local param = args[first] or default
if param == default and mw.title.getCurrentTitle().namespace == 10 then
return "{{{" .. first .. "}}}"
end
return param
end
local function append(stems, suffix)
local result = {}
for _, stem in ipairs(stems) do
table.insert(result, stem .. suffix)
end
return result
end
local function shorten_illative(stem, ending)
if mw.ustring.match(ending, "^h") and mw.ustring.match(stem, "[aeiouäöü]$") then
return mw.ustring.sub(stem, 1, -2)
end
-- return nothing
end
inflections["ppron"] = function(args, data)
local person = args[1]
if not person or person == "" then
error("Please specify the person, 1, 2 or 3.")
else
person = tonumber(person)
end
local sg_letter
local sg
local pl
if person == 1 then
sg_letter = "m"
sg = "minu"
pl = "m"
elseif person == 2 then
sg_letter = "s"
sg = "sinu"
pl = "t"
elseif person == 3 then
sg_letter = "h"
sg = "häne"
pl = "h"
end
data.forms["nom_sg"] = {person == 3 and "hän" or sg_letter .. "inä"}
data.forms["acc_sg"] = {sg .. "n"}
data.forms["gen_sg"] = {sg .. "n"}
data.forms["par_sg"] = {person == 3 and "händast" or sg_letter .. "indai"}
data.forms["ine_sg"] = {sg .. "s"}
data.forms["ela_sg"] = {sg .. "späi"}
data.forms["ill_sg"] = {sg .. "h" .. (person == 3 and "e" or "u")}
data.forms["ade_sg"] = {person == 3 and "hänel" or sg_letter .. "inai"}
data.forms["abl_sg"] = {person == 3 and "hänelpäi" or sg_letter .. "inaipäi"}
data.forms["all_sg"] = {person == 3 and "hänele" or sg_letter .. "inei"}
data.forms["abe_sg"] = {sg .. "ta"}
data.forms["com_sg"] = {sg .. "nke"}
data.forms["nom_pl"] = {pl .. "ö"}
data.forms["acc_pl"] = {pl .. "ö"}
data.forms["gen_pl"] = {pl .. "eiden"}
data.forms["par_pl"] = {pl .. "eid"}
data.forms["ine_pl"] = {pl .. "eiš"}
data.forms["ela_pl"] = {pl .. "eišpäi"}
data.forms["ill_pl"] = {pl .. "eihe"}
data.forms["ade_pl"] = {pl .. "eil"}
data.forms["abl_pl"] = {pl .. "eilpäi"}
data.forms["all_pl"] = {pl .. "eile"}
data.forms["abe_pl"] = {pl .. "eita"}
data.forms["com_pl"] = {pl .. "eidenke"}
end
inflections["ken"] = function(args, data)
data.forms["nom_sg"] = {"ken"}
data.forms["acc_sg"] = {"kenen"}
data.forms["gen_sg"] = {"kenen"}
data.forms["par_sg"] = {"keda"}
data.forms["ess_sg"] = {"kenen"}
data.forms["tra_sg"] = {"keneks"}
data.forms["ine_sg"] = {"kes", "kenes"}
data.forms["ela_sg"] = {"kespäi", "kenespäi"}
data.forms["ill_sg"] = {"kehe", "kenehe"}
data.forms["ade_sg"] = {"kel", "kenel"}
data.forms["abl_sg"] = {"kelpäi", "kenelpäi"}
data.forms["all_sg"] = {"kelle", "kenele"}
data.forms["abe_sg"] = {"keneta"}
data.forms["com_sg"] = {"kenenke"}
data.forms["pro_sg"] = {"kedame"}
data.forms["ap1_sg"] = {"kenenno"}
data.forms["ap2_sg"] = {"kenennoks"}
data.forms["egr_sg"] = {"kenennopäi"}
data.forms["te1_sg"] = {"kehesai", "kenehesai"}
data.forms["te2_sg"] = {"kellesai", "kenelesai"}
data.forms["ad1_sg"] = {"kehepäi", "kenehepäi"}
data.forms["ad2_sg"] = {"kellepäi", "kenelepäi"}
if args["prefix"] == "" and args["suffix"] == "" then
data.forms["nom_pl"] = {"ked"}
end
end
inflections["mi"] = function(args, data)
data.forms["nom_sg"] = {"mi"}
data.forms["acc_sg"] = {"min"}
data.forms["gen_sg"] = {"min"}
data.forms["par_sg"] = {"midä"}
data.forms["ess_sg"] = {"min"}
data.forms["tra_sg"] = {"mikš"}
data.forms["ine_sg"] = {"miš"}
data.forms["ela_sg"] = {"mišpäi"}
data.forms["ill_sg"] = {"mihe"}
data.forms["ade_sg"] = {"mil"}
data.forms["abl_sg"] = {"milpäi"}
data.forms["all_sg"] = {"mille"}
data.forms["abe_sg"] = {"mita"}
data.forms["com_sg"] = {"minke"}
data.forms["pro_sg"] = {"midäme"}
data.forms["ap1_sg"] = {"minno"}
data.forms["ap2_sg"] = {"minnoks"}
data.forms["egr_sg"] = {"minnopäi"}
data.forms["te1_sg"] = {"mihesai"}
data.forms["te2_sg"] = {"millesai"}
data.forms["ad1_sg"] = {"mihepäi"}
data.forms["ad2_sg"] = {"millepäi"}
if args["prefix"] == "" and args["suffix"] == "" then
data.forms["nom_pl"] = {"mid"}
end
end
inflections["se"] = function(args, data)
-- Singular
data.forms["nom_sg"] = {"se"}
data.forms["acc_sg"] = {"sen"}
data.forms["gen_sg"] = {"sen"}
data.forms["par_sg"] = {"sidä"}
data.forms["ess_sg"] = {"sen"}
data.forms["tra_sg"] = {"sikš"}
data.forms["ine_sg"] = {"siš"}
data.forms["ela_sg"] = {"sišpäi"}
data.forms["ill_sg"] = {"sihe"}
data.forms["ade_sg"] = {"sil"}
data.forms["abl_sg"] = {"silpäi"}
data.forms["all_sg"] = {"sile"}
data.forms["abe_sg"] = {"sita"}
data.forms["com_sg"] = {"senke"}
data.forms["pro_sg"] = {"sidäme"}
data.forms["ap1_sg"] = {"senno"}
data.forms["ap2_sg"] = {"sennoks"}
data.forms["egr_sg"] = {"sennopäi"}
data.forms["te1_sg"] = {"sihesai"}
data.forms["te2_sg"] = {"silesai"}
data.forms["ad1_sg"] = {"sihepäi"}
data.forms["ad2_sg"] = {"silepäi"}
-- Plural
data.forms["nom_pl"] = {"ne", "ned"}
data.forms["acc_pl"] = {"ne", "ned"}
data.forms["gen_pl"] = {"niiden"}
data.forms["par_pl"] = {"niid"}
data.forms["ess_pl"] = nil
data.forms["tra_pl"] = {"niikš"}
data.forms["ine_pl"] = {"niiš"}
data.forms["ela_pl"] = {"niišpäi"}
data.forms["ill_pl"] = {"niihe"}
data.forms["ade_pl"] = {"niil"}
data.forms["abl_pl"] = {"niilpäi"}
data.forms["all_pl"] = {"niile"}
data.forms["abe_pl"] = {"niita"}
data.forms["com_pl"] = {"niidenke"}
data.forms["pro_pl"] = {"niidme"}
data.forms["ap1_pl"] = {"niidenno"}
data.forms["ap2_pl"] = {"niidennoks"}
data.forms["egr_pl"] = {"niidennopäi"}
data.forms["te1_pl"] = {"niihesai"}
data.forms["te2_pl"] = {"niilesai"}
data.forms["te3_pl"] = nil
data.forms["ad1_pl"] = {"niihepäi"}
data.forms["ad2_pl"] = {"niilepäi"}
end
inflections["nece"] = function(args, data)
-- Singular
data.forms["nom_sg"] = {"nece"}
data.forms["acc_sg"] = {"necen"}
data.forms["gen_sg"] = {"necen"}
data.forms["par_sg"] = {"necidä"}
data.forms["ess_sg"] = {"necen"}
data.forms["tra_sg"] = {"necikš"}
data.forms["ine_sg"] = {"neciš"}
data.forms["ela_sg"] = {"necišpäi"}
data.forms["ill_sg"] = {"neche"}
data.forms["ade_sg"] = {"necil"}
data.forms["abl_sg"] = {"necilpäi"}
data.forms["all_sg"] = {"necile"}
data.forms["abe_sg"] = {"necita"}
data.forms["com_sg"] = {"necenke"}
data.forms["pro_sg"] = {"necidäme"}
data.forms["ap1_sg"] = {"necenno"}
data.forms["ap2_sg"] = {"necennoks"}
data.forms["egr_sg"] = {"necennopäi"}
data.forms["te1_sg"] = {"nechesai"}
data.forms["te2_sg"] = {"necilesai"}
data.forms["ad1_sg"] = {"nechepäi"}
data.forms["ad2_sg"] = {"necilepäi"}
-- Plural
data.forms["nom_pl"] = {"nene", "nened"}
data.forms["acc_pl"] = {"nene", "nened"}
data.forms["gen_pl"] = {"neniden"}
data.forms["par_pl"] = {"nenid"}
data.forms["ess_pl"] = nil
data.forms["tra_pl"] = {"nenikš"}
data.forms["ine_pl"] = {"neniš"}
data.forms["ela_pl"] = {"nenišpäi"}
data.forms["ill_pl"] = {"nenihe"}
data.forms["ade_pl"] = {"nenil"}
data.forms["abl_pl"] = {"nenilpäi"}
data.forms["all_pl"] = {"nenile"}
data.forms["abe_pl"] = {"nenita"}
data.forms["com_pl"] = {"nenidenke"}
data.forms["pro_pl"] = {"nenidme"}
data.forms["ap1_pl"] = {"nenidenno"}
data.forms["ap2_pl"] = {"nenidennoks"}
data.forms["egr_pl"] = {"nenidennopäi"}
data.forms["te1_pl"] = {"nenihesai"}
data.forms["te2_pl"] = {"nenilesai"}
data.forms["te3_pl"] = nil
data.forms["ad1_pl"] = {"nenihepäi"}
data.forms["ad2_pl"] = {"nenilepäi"}
end
--[=[
New auto-inflection types
]=]--
local function add_info(data, number, specimen)
data.info = "inflection type " .. number .. "/" .. m_links.full_link({lang = lang, term = specimen}, "term")
table.insert(data.categories, lang:getCanonicalName() .. " " .. specimen .. "-type nominals")
end
local function extract_stem(stem, suffix)
local result = mw.ustring.match(stem, suffix .. "$")
if not result then
error("Unsupported stem for this inflection type")
end
return mw.ustring.gsub(stem, suffix .. "$", ""), result
end
local function get_final_consonant(stem)
local stem, final = mw.ustring.match(stem, "(.-)([^aeiouäöü]'?)$")
if not stem then
error("Unsupported stem for this inflection type")
end
return stem, final
end
-- short_ill_type (nil = 0: none, 1: common, 2: rare)
local DEFAULT_SHORT_ILL_FILTER = "[cčflstz][aeiouüäö]$"
local function generate_from_stems(args, data, nom_sg, gen_sg, par_sg, par_pl, short_ill_type, short_ill_filter)
local palatalize_sg = mw.ustring.find(gen_sg, "i$")
local palatalize_pl = mw.ustring.find(par_pl, "i$")
local ill_sg = gen_sg
local s_sg = palatalize_sg and "š" or "s"
local s_pl = palatalize_pl and "š" or "s"
local ill_sg_ending, ill_pl_ending
short_ill_type = short_ill_type or 0
if short_ill_type > 0 and short_ill_filter and not mw.ustring.find(ill_sg, short_ill_filter) then
short_ill_type = 0
end
if mw.ustring.find(gen_sg, "h[aeiouäöü]+$") then
ill_sg_ending = palatalize_sg and "že" or "ze"
else
local vowel = mw.ustring.match(gen_sg, "([aeiouäöü])$") or "a"
ill_sg_ending = "h" .. (vowel == "i" and "e" or vowel)
end
if mw.ustring.find(par_pl, "h[aeiouäöü]+$") then
ill_pl_ending = mw.ustring.find(par_pl, "i$") and "že" or "ze"
elseif n ~= "sg" then
local vowel = mw.ustring.match(par_pl, "([aeiouäöü])$") or "i"
ill_pl_ending = "h" .. (vowel == "i" and "e" or vowel)
end
local short_ill
if short_ill_type > 0 then
local alt_stem = shorten_illative(ill_sg, ill_sg_ending)
if alt_stem then
short_ill = alt_stem .. ill_sg_ending
end
end
-- Singular
data.forms["nom_sg"] = {nom_sg}
data.forms["acc_sg"] = {gen_sg .. "n"}
data.forms["gen_sg"] = {gen_sg .. "n"}
data.forms["par_sg"] = {par_sg}
data.forms["ess_sg"] = {gen_sg .. "n"}
data.forms["tra_sg"] = {gen_sg .. "k" .. s_sg}
data.forms["ine_sg"] = {gen_sg .. s_sg}
data.forms["ela_sg"] = {gen_sg .. s_sg .. "päi"}
data.forms["ill_sg"] = {ill_sg .. ill_sg_ending}
if short_ill then table.insert(data.forms["ill_sg"], short_ill_type, short_ill) end
data.forms["ade_sg"] = {gen_sg .. "l"}
data.forms["abl_sg"] = {gen_sg .. "lpäi"}
data.forms["all_sg"] = {gen_sg .. "le"}
data.forms["abe_sg"] = {gen_sg .. "ta"}
data.forms["com_sg"] = {gen_sg .. "nke"}
data.forms["pro_sg"] = {par_sg .. "me"}
data.forms["ap1_sg"] = {gen_sg .. "nno"}
data.forms["ap2_sg"] = {gen_sg .. "nnoks"}
data.forms["egr_sg"] = {gen_sg .. "nnopäi"}
data.forms["te1_sg"] = append(data.forms["ill_sg"], "sai")
data.forms["te2_sg"] = {gen_sg .. "lesai"}
data.forms["te3_sg"] = {gen_sg .. "ssai"}
data.forms["ad1_sg"] = append(data.forms["ill_sg"], "päi")
data.forms["ad2_sg"] = {gen_sg .. "lepäi"}
-- Plural
data.forms["nom_pl"] = {gen_sg .. "d"}
data.forms["acc_pl"] = {gen_sg .. "d"}
data.forms["gen_pl"] = {par_pl .. "den"}
data.forms["par_pl"] = {par_pl .. "d"}
data.forms["ess_pl"] = {par_pl .. "n"}
data.forms["tra_pl"] = {par_pl .. "k" .. s_pl}
data.forms["ine_pl"] = {par_pl .. s_pl}
data.forms["ela_pl"] = {par_pl .. s_pl .. "päi"}
data.forms["ill_pl"] = {par_pl .. ill_pl_ending}
data.forms["ade_pl"] = {par_pl .. "l"}
data.forms["abl_pl"] = {par_pl .. "lpäi"}
data.forms["all_pl"] = {par_pl .. "le"}
data.forms["abe_pl"] = {par_pl .. "ta"}
data.forms["com_pl"] = {par_pl .. "denke"}
data.forms["pro_pl"] = {par_pl .. "dme"}
data.forms["ap1_pl"] = {par_pl .. "denno"}
data.forms["ap2_pl"] = {par_pl .. "dennoks"}
data.forms["egr_pl"] = {par_pl .. "dennopäi"}
data.forms["te1_pl"] = {par_pl .. ill_pl_ending .. "sai"}
data.forms["te2_pl"] = {par_pl .. "lesai"}
data.forms["te3_pl"] = nil
data.forms["ad1_pl"] = {par_pl .. ill_pl_ending .. "päi"}
data.forms["ad2_pl"] = {par_pl .. "lepäi"}
end
inflections["ilo"] = function(args, data)
local stem = args[1]
if not stem or not mw.ustring.find(stem, "[ouöü]$") then
error("A stem ending in -o, -u, -ö, -ü, equivalent to the genitive singular without the final -n, must be specified.")
end
add_info(data, 1, "ilo")
return generate_from_stems(args, data, data.lemma,
stem, stem .. "d", stem .. "i",
1, DEFAULT_SHORT_ILL_FILTER)
end
inflections["samal"] = function(args, data)
local stem = data.lemma
local vowel = args[1] or error("The final vowel must be provided.")
if data.n == "pl" then
stem = extract_stem(stem, "d")
else
stem = extract_stem(stem, "[aä]l'?") .. "l" .. vowel
end
add_info(data, 1, "samal")
return generate_from_stems(args, data, data.lemma,
stem, stem .. "d", stem .. "i",
1, DEFAULT_SHORT_ILL_FILTER)
end
inflections["kodi"] = function(args, data)
local stem = args[1]
if not stem or not mw.ustring.find(stem, "i$") then
error("A stem ending in -i, equivalent to the genitive singular without the final -n, must be specified.")
end
add_info(data, 2, "kodi")
return generate_from_stems(args, data, data.lemma,
stem, stem .. "d", stem,
1, DEFAULT_SHORT_ILL_FILTER)
end
inflections["kivi"] = function(args, data)
local stem = args[1]
if not stem or not mw.ustring.find(stem, "e$") then
error("A stem ending in -e, equivalent to the genitive singular without the final -n, must be specified.")
end
add_info(data, 3, "kivi")
return generate_from_stems(args, data, data.lemma,
stem, stem .. "d", mw.ustring.sub(stem, 1, -2) .. "i",
2, DEFAULT_SHORT_ILL_FILTER)
end
inflections["meri"] = function(args, data)
local stem = args[1]
if not stem or not mw.ustring.find(stem, "e$") then
error("A stem ending in -e, equivalent to the genitive singular without the final -n, must be specified.")
end
add_info(data, 4, "meri")
local part_stem
if mw.ustring.find(data.lemma, "i$") then
part_stem = mw.ustring.sub(stem, 1, -2) .. "t"
else
part_stem = data.lemma .. "t"
end
return generate_from_stems(args, data, data.lemma,
stem, part_stem, mw.ustring.sub(stem, 1, -2) .. "i",
2, DEFAULT_SHORT_ILL_FILTER)
end
inflections["sana"] = function(args, data)
local stem = args[1]
if not stem or not mw.ustring.find(stem, "[aä]$") then
error("A stem ending in -a or -ä, equivalent to the genitive singular without the final -n, must be specified.")
end
add_info(data, 5, "sana")
return generate_from_stems(args, data, data.lemma,
stem, stem .. "d", mw.ustring.sub(stem, 1, -2) .. "oi",
2, DEFAULT_SHORT_ILL_FILTER)
end
inflections["kuva"] = function(args, data)
local stem = args[1]
if not stem or not mw.ustring.find(stem, "[aä]$") then
error("A stem ending in -a or -ä, equivalent to the genitive singular without the final -n, must be specified.")
end
add_info(data, 6, "kuva")
return generate_from_stems(args, data, data.lemma,
stem, stem .. "d", mw.ustring.gsub(mw.ustring.gsub(mw.ustring.sub(stem, 1, -2), "'$", ""), "([^aeiouäöü])j$", "%1jj") .. "i",
2, DEFAULT_SHORT_ILL_FILTER)
end
inflections["pedai"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "jad") .. "ja"
else
stem = extract_stem(stem, "i") .. "ja"
end
add_info(data, 7, "pedai")
return generate_from_stems(args, data, data.lemma,
stem, stem .. "d", mw.ustring.sub(stem, 1, -2) .. "i", 0)
end
inflections["abai"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "d")
else
stem = extract_stem(stem, "i") .. "jo"
end
add_info(data, 8, "abai")
return generate_from_stems(args, data, data.lemma,
stem, stem .. "d", stem.. "i", 0)
end
inflections["čai"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "d")
else
stem = extract_stem(stem, "i") .. "ju"
end
add_info(data, 9, "čai")
return generate_from_stems(args, data, data.lemma,
stem, stem .. "d", stem .. "i", 0)
end
inflections["Biblii"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "ad")
else
stem = extract_stem(stem, "i") .. "j"
end
add_info(data, 10, "Biblii")
return generate_from_stems(args, data, data.lemma,
stem .. "a", stem .. "ad", stem .. "oi", 0)
end
inflections["kofe"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "d")
end
add_info(data, 11, "kofe")
return generate_from_stems(args, data, data.lemma,
stem, stem .. "d", stem .. "i",
2, DEFAULT_SHORT_ILL_FILTER)
end
inflections["korged"] = function(args, data)
local stem = data.lemma
local strong, weak
if data.n == "pl" then
stem = extract_stem(stem, "tad")
else
stem = extract_stem(stem, "ed")
if mw.ustring.match(stem, "[ht]k$") then
stem = stem
else
stem = mw.ustring.sub(stem, 1, -2) .. ({g = "k", k = "t"})[mw.ustring.sub(stem, -1, -1)] or error("Unsupported word for type 8")
end
end
add_info(data, 12, "korged")
return generate_from_stems(args, data, data.lemma,
stem .. "ta", stem .. "ta", stem .. "toi", 0)
end
inflections["ma"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "d")
end
local pl_stem = mw.ustring.gsub(stem .. "i", "ii$", "i")
add_info(data, 13, "ma")
return generate_from_stems(args, data, data.lemma, stem, stem .. "d", pl_stem, 0)
end
inflections["lumi"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "d")
else
if mw.ustring.find(stem, "[i']$") then
stem = mw.ustring.sub(stem, 1, -2)
end
stem = stem .. "e"
end
if not mw.ustring.find(stem, "me$") then
error("Unsupported word for type 10")
end
stem = mw.ustring.sub(stem, 1, -3)
add_info(data, 14, "lumi")
return generate_from_stems(args, data, data.lemma,
stem .. "me", stem .. "nt", stem .. "mi",
2, DEFAULT_SHORT_ILL_FILTER)
end
inflections["kümne"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "d")
end
stem = extract_stem(stem, "e")
add_info(data, 15, "kümne")
return generate_from_stems(args, data, data.lemma,
stem .. "e", stem .. "ed", stem .. "i", 0)
end
inflections["katuz"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "ed")
else
local final
stem, final = get_final_consonant(stem)
if final == "z'" then
stem = stem .. "z"
elseif mw.ustring.match(final, "[sz]'?") then
stem = stem .. "s"
else
error("Unsupported stem for type 12")
end
end
add_info(data, 16, "katuz")
return generate_from_stems(args, data, data.lemma,
stem .. "e", stem .. "t", stem .. "i", 0)
end
inflections["laps'"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "ed")
else
stem = mw.ustring.gsub(stem, "'$", "")
end
stem = extract_stem(stem, "ps")
add_info(data, 17, "laps'")
return generate_from_stems(args, data, data.lemma,
stem .. "pse", stem .. "st", stem .. "psi", 0)
end
inflections["vezi"] = function(args, data)
local stem = data.lemma
local z = "z"
if data.n == "pl" then
stem = extract_stem(stem, "ded")
else
local final
stem, final = extract_stem(stem, "[szž]['i]?")
if mw.ustring.find(final, "ž") then z = "ž" end
end
add_info(data, 18, "vezi")
return generate_from_stems(args, data, data.lemma,
stem .. "de", stem .. "t", stem .. z .. "i",
2, DEFAULT_SHORT_ILL_FILTER)
end
inflections["veič"] = function(args, data)
local stem = data.lemma
local final
if data.n == "pl" then
stem, final = extract_stem(stem, "i[cč]ed")
else
stem, final = extract_stem(stem, "i[cč]'?")
end
local strong = "c"
local weak = "s"
if mw.ustring.find(final, "č") then strong, weak = "č", "š" end
add_info(data, 19, "veič")
return generate_from_stems(args, data, data.lemma,
stem .. "i" .. strong .. "e", stem .. weak .. "t", stem .. "i" .. strong .. "i",
2, DEFAULT_SHORT_ILL_FILTER)
end
inflections["üks'"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "hted")
else
stem = extract_stem(stem, "ks'?")
end
add_info(data, 20, "üks'")
return generate_from_stems(args, data, data.lemma,
stem .. "hte", stem .. "ht", stem .. "ksi", 0)
end
inflections["sizar"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "ed")
end
add_info(data, 21, "sizar")
return generate_from_stems(args, data, data.lemma,
stem .. "e", stem .. "t", stem .. "i", 0)
end
inflections["homen"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "ned")
else
stem = extract_stem(stem, "en")
end
add_info(data, 22, "homen")
return generate_from_stems(args, data, data.lemma,
stem .. "ne", stem .. "ent", stem .. "ni", 0)
end
inflections["tütär"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "red")
else
stem = extract_stem(stem, "[aä]r'?")
end
add_info(data, 23, "tütär")
return generate_from_stems(args, data, data.lemma,
stem .. "re", data.lemma .. "t", stem .. "ri", 0)
end
inflections["südäin"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "imed")
else
stem = extract_stem(stem, "in")
end
add_info(data, 24, "südäin")
return generate_from_stems(args, data, data.lemma,
stem .. "ime", stem .. "nt", stem .. "imi", 0)
end
inflections["pähkim"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "med")
else
stem = extract_stem(stem, "im")
end
add_info(data, 25, "pähkim")
return generate_from_stems(args, data, data.lemma,
stem .. "me", stem .. "int", stem .. "mi", 0)
end
inflections["holetoi"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "mad")
else
stem = extract_stem(stem, "i")
end
add_info(data, 26, "holetoi")
return generate_from_stems(args, data, data.lemma,
stem .. "ma", stem .. "nt", stem .. "mi", 0)
end
inflections["toine"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "ižed")
else
stem = extract_stem(stem, "ine")
end
add_info(data, 27, "toine")
return generate_from_stems(args, data, data.lemma,
stem .. "iže", stem .. "št", stem .. "iži",
2, nil)
end
inflections["sinine"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "žed")
else
stem = extract_stem(stem, "ne")
end
add_info(data, 28, "sinine")
return generate_from_stems(args, data, data.lemma,
stem .. "že", stem .. "št", stem .. "ži", 0)
end
inflections["lambaz"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "had")
else
stem = mw.ustring.gsub(extract_stem(stem, "az"), "([kpt])%1$", "%1")
end
add_info(data, 29, "lambaz")
local stem_h = mw.ustring.gsub(stem, "z$", "s")
return generate_from_stems(args, data, data.lemma,
mw.ustring.gsub(stem_h, "h$", "") .. "ha", stem .. "ast", stem_h .. "hi", 0)
end
inflections["kunigaz"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "had")
else
stem = extract_stem(stem, "z")
end
add_info(data, 30, "kunigaz")
return generate_from_stems(args, data, data.lemma,
stem .. "ha", stem .. "st", stem .. "hi", 0)
end
inflections["kirvez"] = function(args, data)
local c_stem, v_stem, par_stem
if data.n == "pl" then
v_stem = extract_stem(data.lemma, "d")
c_stem = extract_stem(v_stem, "[ae]")
par_stem = v_stem
else
local stem, final = extract_stem(data.lemma, "[zž]")
par_stem = stem .. ({["z"] = "s", ["ž"] = "š"})[final]
if args["i"] then
c_stem, v_stem = stem, "i"
else
c_stem, v_stem = extract_stem(stem, "[aäei]")
end
c_stem = mw.ustring.gsub(mw.ustring.gsub(mw.ustring.gsub(c_stem, "'$", ""), "l$", ""), "kk$", "k") .. "h"
v_stem = c_stem .. mw.ustring.gsub(v_stem, "i", "e")
end
add_info(data, 31, "kirvez")
return generate_from_stems(args, data, data.lemma,
v_stem, par_stem .. "t", c_stem .. "i", 0)
end
inflections["mez'"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "hed")
else
stem = extract_stem(stem, "z'")
end
add_info(data, 32, "mez'")
return generate_from_stems(args, data, data.lemma,
stem .. "he", stem .. "st", stem .. "hi", 0)
end
inflections["olut"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "ded")
else
stem = extract_stem(stem, "[td]")
end
add_info(data, 33, "olut")
return generate_from_stems(args, data, data.lemma,
stem .. "de", stem .. "t", stem .. "zi", 0)
end
inflections["kolnu"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "d")
end
add_info(data, 34, "kolnu")
return generate_from_stems(args, data, data.lemma,
stem .. "de", stem .. "t", stem .. "zi", 0)
end
inflections["kuverz'"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "dad")
else
stem = extract_stem(stem, "z'?")
end
add_info(data, 35, "kuverz'")
return generate_from_stems(args, data, data.lemma,
stem .. "da", stem .. "t", stem .. "zi", 0)
end
inflections["kaste"] = function(args, data)
local stem = args[1]
if not stem or not mw.ustring.find(stem, "e$") then
error("A stem ending in -e, equivalent to the genitive singular without the final -n, must be specified.")
end
stem = extract_stem(stem, "e")
add_info(data, 36, "kaste")
return generate_from_stems(args, data, data.lemma,
stem .. "e", data.lemma .. "t", stem .. "i", 0)
end
inflections["terveh"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "hed")
else
stem = extract_stem(stem, "eh")
end
add_info(data, 37, "terveh")
return generate_from_stems(args, data, data.lemma,
stem .. "he", stem .. "eht", stem .. "hi", 0)
end
inflections["mitte"] = function(args, data)
local stem = data.lemma
if data.n == "pl" then
stem = extract_stem(stem, "ččed")
else
stem = extract_stem(stem, "tte")
end
add_info(data, 38, "mitte")
return generate_from_stems(args, data, data.lemma,
stem .. "čče", stem .. "ttušt", stem .. "čči", 2, nil)
end
-- Helper functions
function postprocess(args, data)
local prefix = args["prefix"] or ""
local suffix = args["suffix"] or ""
for key, form in pairs(data.forms) do
-- Do not show singular or plural forms for nominals that don't have them
if (data.n == "pl" and key:find("_sg$")) or (data.n == "sg" and key:find("_pl$")) then
form = nil
elseif form then
for key2, subform in pairs(form) do
form[key2] = prefix .. subform .. suffix
end
end
data.forms[key] = form
end
-- Check if the lemma form matches the page name
local lemma_key = data.n == "pl" and "nom_pl" or "nom_sg"
if data.forms[lemma_key] and data.forms[lemma_key][1] and (lang:makeEntryName(data.forms[lemma_key][1])) ~= mw.title.getCurrentTitle().text then
table.insert(data.categories, lang:getCanonicalName() .. " entries with inflection not matching pagename")
end
end
-- Make the table
function make_table(data)
local function show_form(form)
if not form then
return "—"
end
if type(form) ~= "table" then
error("a non-table value was given in the list of inflected forms.")
end
local ret = {}
for key, subform in ipairs(form) do
if mw.ustring.find(subform, "?", nil, true) then
table.insert(ret, "?")
else
table.insert(ret, m_links.full_link({lang = lang, term = subform}))
end
end
return table.concat(ret, "<br/>")
end
local function repl(param)
if param == "lemma" then
return m_links.full_link({lang = lang, alt = mw.title.getCurrentTitle().text}, "term")
elseif param == "info" then
return data.info and " (" .. data.info .. ")" or ""
else
return show_form(data.forms[param])
end
end
local collapsed_cells = [=[
|- class="vsShow" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="min-width: 11em; background: var(--wikt-palette-blue-2,#ccccff);" | nominative sing.
| style="min-width: 13em;" | {{{nom_sg}}}
|- class="vsShow" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | genitive sing.
| {{{gen_sg}}}
|- class="vsShow" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | partitive sing.
| {{{par_sg}}}
|- class="vsShow" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | partitive plur.
| {{{par_pl}}}]=]
if data.n == "pl" then
collapsed_cells = [=[
|- class="vsShow" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="min-width: 11em; background: var(--wikt-palette-blue-2,#ccccff);" | nominative sing.
| style="min-width: 13em;" | {{{nom_sg}}}
|- class="vsShow" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | nominative plur.
| {{{nom_pl}}}
|- class="vsShow" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | partitive plur.
| {{{par_pl}}}]=]
end
local wikicode = [=[
{| class="inflection-table vsSwitcher" data-toggle-category="inflection" style="border: solid 1px var(--wikt-palette-blue-2,#ccccff); text-align:left;" cellspacing="1" cellpadding="2"
|- style="background: var(--wikt-palette-blue-2,#ccccff); vertical-align: top;"
! class="vsToggleElement" colspan="4" | Inflection of {{{lemma}}}{{{info}}}
]=] .. collapsed_cells .. [=[
|- class="vsHide" style="background: var(--wikt-palette-blue-2,#ccccff); vertical-align: top;"
! style="min-width: 11em;" |
! style="min-width: 13em;" | singular
! style="min-width: 13em;" | plural
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | nominative
| {{{nom_sg}}}
| {{{nom_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | accusative
| {{{acc_sg}}}
| {{{acc_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | genitive
| {{{gen_sg}}}
| {{{gen_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | partitive
| {{{par_sg}}}
| {{{par_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | essive-instructive
| {{{ess_sg}}}
| {{{ess_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | translative
| {{{tra_sg}}}
| {{{tra_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-1,#E6E6FF); vertical-align:top;"
| colspan="3" |
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | inessive
| {{{ine_sg}}}
| {{{ine_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | elative
| {{{ela_sg}}}
| {{{ela_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | illative
| {{{ill_sg}}}
| {{{ill_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-1,#E6E6FF); vertical-align:top;"
| colspan="3" |
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | adessive
| {{{ade_sg}}}
| {{{ade_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | ablative
| {{{abl_sg}}}
| {{{abl_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | allative
| {{{all_sg}}}
| {{{all_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-1,#E6E6FF); vertical-align:top;"
| colspan="3" |
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | abessive
| {{{abe_sg}}}
| {{{abe_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | comitative
| {{{com_sg}}}
| {{{com_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | prolative
| {{{pro_sg}}}
| {{{pro_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-1,#E6E6FF); vertical-align:top;"
| colspan="3" |
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | approximative I
| {{{ap1_sg}}}
| {{{ap1_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | approximative II
| {{{ap2_sg}}}
| {{{ap2_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | egressive
| {{{egr_sg}}}
| {{{egr_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-1,#E6E6FF); vertical-align:top;"
| colspan="3" |
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | terminative I
| {{{te1_sg}}}
| {{{te1_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | terminative II
| {{{te2_sg}}}
| {{{te2_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | terminative III
| {{{te3_sg}}}
| {{{te3_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-1,#E6E6FF); vertical-align:top;"
| colspan="3" |
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | additive I
| {{{ad1_sg}}}
| {{{ad1_pl}}}
|- class="vsHide" style="background: var(--wikt-palette-blue-0,#f2ffff); vertical-align: top;"
! style="background: var(--wikt-palette-blue-2,#ccccff);" | additive II
| {{{ad2_sg}}}
| {{{ad2_pl}}}
|}]=]
return mw.ustring.gsub(wikicode, "{{{([a-z0-9_]+)}}}", repl)
end
return export