Module:tr-noun form of
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- The following documentation is located at Module:tr-noun form of/documentation. [edit]
- Useful links: subpage list • links • transclusions • testcases • sandbox
This module powers {{tr-noun form of}}
.
local export = {}
local m_harmony = require("Module:tr-harmony")
local m_form_of = require("Module:form of")
local lang = require("Module:languages").getByCode("tr")
function concat(tab1, tab2)
local result = {}
for i = 1, #tab1 do
result[#result + 1] = tab1[i]
end
for i = 1, #tab2 do
result[#result + 1] = tab2[i]
end
return result
end
function has_value(tab, val)
for _, v in ipairs(tab) do
if v == val then
return true
end
end
return false
end
function export.show(frame)
local args = require "Module:parameters".process(frame:getParent().args, {
[1] = { required = true },
["poss"] = { default = "0", type = "boolean" },
["pred"] = { default = "0", type = "boolean" },
["title"] = { default = nil },
})
local nonlemma = args["title"] or mw.title.getCurrentTitle().text
local lemma = args[1]
local soft_lemma = m_harmony.soften(lemma)
local has_soft_lemma = lemma ~= soft_lemma
forms = {}
local lemma_obj = {
lang = lang,
term = lemma,
}
function add_form_to_base(base, suffixes, tags)
suffixed = m_harmony.attach_suffixes(base, suffixes, nil, could_have_2_way_aorist, true)
for _, form in ipairs(suffixed) do
if forms[form] == nil then
forms[form] = tags
else
forms[form] = concat(forms[form], { ";" })
forms[form] = concat(forms[form], tags)
end
end
end
function add_form(suffixes, tags)
add_form_to_base(lemma, suffixes, tags)
if has_soft_lemma then -- here, more checks could potentially be added based on the suffixes
add_form_to_base(soft_lemma, suffixes, tags)
end
end
function add_case_forms(prior_suffixes, tags)
YN = has_value(tags, "poss") and "N" or "Y"
add_form(prior_suffixes .. "", concat({ "nom" }, tags))
add_form(prior_suffixes .. YN .. "I", concat({ "def", "acc" }, tags))
add_form(prior_suffixes .. YN .. "A", concat({ "dat" }, tags))
add_form(prior_suffixes .. "DA", concat({ "loc" }, tags))
add_form(prior_suffixes .. "DAn", concat({ "abl" }, tags))
add_form(prior_suffixes .. "NIn", concat({ "gen" }, tags))
end
function add_possessive_forms(prior_suffixes, tags)
-- has_value(tags, "p") should be false
-- single-possession
add_case_forms(prior_suffixes .. "Jm", concat(tags, { "1", "s", "spos", "poss" }))
add_case_forms(prior_suffixes .. "Jn", concat(tags, { "2", "s", "spos", "poss" }))
add_case_forms(prior_suffixes .. "SI", concat(tags, { "3", "s", "spos", "poss" }))
add_case_forms(prior_suffixes .. "JmIz", concat(tags, { "1", "p", "spos", "poss" }))
add_case_forms(prior_suffixes .. "JnIz", concat(tags, { "2", "p", "spos", "poss" }))
add_case_forms(prior_suffixes .. "lArI", concat(tags, { "3", "p", "spos//mpos", "poss" }))
-- multiple-possession
add_case_forms(prior_suffixes .. "lArIm", concat(tags, { "1", "s", "mpos", "poss" }))
add_case_forms(prior_suffixes .. "lArIn", concat(tags, { "2", "s", "mpos", "poss" }))
add_case_forms(prior_suffixes .. "lArI", concat(tags, { "3", "s", "mpos", "poss" }))
add_case_forms(prior_suffixes .. "lArImIz", concat(tags, { "1", "p", "spos", "poss" }))
add_case_forms(prior_suffixes .. "lArInIz", concat(tags, { "2", "p", "spos", "poss" }))
-- 3|p|mpos is already in the single-possession section by using //
end
function add_predicative_forms(prior_suffixes, tags)
thirdp = has_value(tags, "p") and "DIr" or "lAr"
add_form(prior_suffixes .. "YIm", concat({ "1", "s", "pred", "of the" }, tags))
add_form(prior_suffixes .. "sIn", concat({ "2", "s", "pred", "of the" }, tags))
add_form(prior_suffixes, concat({ "3", "s", "pred", "of the" }, tags))
add_form(prior_suffixes .. "DIr", concat({ "3", "s", "pred", "of the" }, tags))
add_form(prior_suffixes .. "YIz", concat({ "1", "p", "pred", "of the" }, tags))
add_form(prior_suffixes .. "sInIz", concat({ "2", "p", "pred", "of the" }, tags))
add_form(prior_suffixes .. thirdp, concat({ "3", "p", "pred", "of the" }, tags))
end
function add_number_forms(prior_suffixes, tags, chain)
chain(prior_suffixes .. "", { "s" })
chain(prior_suffixes .. "lAr", { "p" })
end
-- basic
add_number_forms("", {}, add_case_forms)
-- possessive
if args["poss"] == true then
add_possessive_forms("", {})
end
-- predicative
if args["pred"] == true then
add_number_forms("", {}, add_predicative_forms)
end
tags = forms[nonlemma]
if tags then
return m_form_of.tagged_inflections {
lang = lang, tags = tags, lemmas = {lemma_obj}, lemma_face = "term", POS = "noun"
}
else
error("unknown noun form")
end
end
return export