Module:uz-inflection/units/uz-noun
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- The following documentation is located at Module:uz-inflection/units/uz-noun/documentation. [edit] Categories were auto-generated by Module:module categorization. [edit]
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Active version | Development version | ||
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M:uz-inflection | {{uz-inflection}} | M:*/inflection | {{*/inflection}} |
Active version:
unit | testcases | main template | table template |
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M:uz-inflection/units/ru-noun | M:/.../testcases | {{ru-decl-noun-z}} | {{ru-decl-noun-table-z}} |
M:uz-inflection/units/uz-noun | M:/.../testcases | {{uz-decl-noun}} | {{uz-decl-noun-table}} |
-- Inflection unit for Uzbek nouns
-- Version 2.0.3
-- Date: 2015-08-06
local dev_prefix = 'uz-'
-- dev_prefix = 'User:Vitalik/' -- comment this on active version
local export = {}
local _ = require('Module:' .. dev_prefix .. 'inflection-tools')
local gen = 'ning'
local acc = 'ni'
local loc = 'da'
local abl = 'dan'
local sim = 'dek'
local dat = 'ga'
local possessive_first_sg = 'm'
local possessive_second_sg = 'ng'
local possessive_first_pl = 'miz'
local possessive_second_pl = 'ngiz'
function export.template()
-- if base:match('^[A-Za-z]') == nil then -- TODO: check alphabet from special parameter
-- TODO: don't use this template in this case
return 'uz-decl-noun-table'
end
function export.forms(base, args)
local pl = 'lar'
local possessive_third = 'i'
local interfix = 'i'
-- Specific dative endings
if _.endswith(base, 'k') then
dat_specific = 'ka'
elseif _.endswith(base, 'q') then
dat_specific = 'qa'
else
dat_specific = dat
end
-- If two last letters are identical to first letter of declension ending — then we need to leave only two letters from three.
-- For example, metall + lar = metallar
if _.endswith(base, 'll') then
pl = 'ar'
end
-- Start procissing possessive forms
local base_possessive = base
local possessive_type = args['possessive_type']
local possessive_type_expected = ''
-- When last letter is vowel
if _.endswith(base, 'a') then
interfix = ''
possessive_third = 'si'
end
if _.endswith(base, {'[eiuo]', "o[ʻ`']"}) then
if possessive_type == 'std' then
interfix = ''
possessive_third = 'si'
elseif possessive_type == 'yisi' then
interfix = 'yi'
possessive_third = 'si'
elseif possessive_type == 'yiyi' then
interfix = 'yi'
possessive_third = 'yi'
else
possessive_type_expected = '1'
end
end
-- When last letters are "iy"
if _.endswith(base, 'iy') then
possessive_third = 'si'
end
-- When last letter is "k" or "q"
if _.endswith(base, '[kq]') then
if possessive_type == 'std' then
if _.endswith(base, 'k') then
base_possessive = _.replace(base, 'k$', 'g')
elseif _.endswith(base, 'q') then
base_possessive = _.replace(base, 'q$', 'gʻ')
end
elseif possessive_type == 'kq' then
-- do nothing
else
possessive_type_expected = '1'
end
end
-- When penultimate letter is vowel and last letter is consonant (except "y")
if _.penultimate(base, {'[aeiuo]', "o[ʻ`']"}) and
not _.endswith(base, {'[aeiuo]', "o[ʻ`']", 'y', 'k', 'q'}) then
if possessive_type == 'reduced' then
base_possessive = _.replace(base, '.(.)$', '%1') -- but we don't process case with apostrophe at the end..
end
end
-- Make decision to show/hide block "Possesive"
if possessive_type_expected == '1' then
show_possessive = ''
else
show_possessive = '1'
end
-- If there are no plural forms
if st == '1' then
-- singularia_tantum
-- TODO
end
local forms = {
nom_sg = base,
gen_sg = base .. gen,
acc_sg = base .. acc,
loc_sg = base .. loc,
abl_sg = base .. abl,
sim_sg = base .. sim,
dat_sg = base .. dat_specific,
nom_pl = base .. pl,
gen_pl = base .. pl .. gen,
acc_pl = base .. pl .. acc,
loc_pl = base .. pl .. loc,
abl_pl = base .. pl .. abl,
sim_pl = base .. pl .. sim,
dat_pl = base .. pl .. dat,
show_possessive = show_possessive,
possessive_type_expected = possessive_type_expected,
nom_sg_possessive_1sg = base_possessive .. interfix .. possessive_first_sg,
nom_sg_possessive_2sg = base_possessive .. interfix .. possessive_second_sg,
nom_sg_possessive_3sg = base_possessive .. possessive_third,
nom_sg_possessive_1pl = base_possessive .. interfix .. possessive_first_pl,
nom_sg_possessive_2pl = base_possessive .. interfix .. possessive_second_pl,
nom_sg_possessive_3pl = base_possessive .. possessive_third,
nom_pl_possessive_1sg = base .. pl .. 'i' .. possessive_first_sg,
nom_pl_possessive_2sg = base .. pl .. 'i' .. possessive_second_sg,
nom_pl_possessive_3sg = base .. pl .. 'i',
nom_pl_possessive_1pl = base .. pl .. 'i' .. possessive_first_pl,
nom_pl_possessive_2pl = base .. pl .. 'i' .. possessive_second_pl,
nom_pl_possessive_3pl = base .. pl .. 'i',
}
-- Other possessive forms
local plurals = {'sg', 'pl'}
local persons = {'1sg', '2sg', '3sg', '1pl', '2pl', '3pl'}
for i, plural in pairs(plurals) do
for j, person in pairs(persons) do
forms['gen_'..plural..'_possessive_'..person] = forms['nom_'..plural..'_possessive_'..person] .. gen
forms['acc_'..plural..'_possessive_'..person] = forms['nom_'..plural..'_possessive_'..person] .. acc
forms['loc_'..plural..'_possessive_'..person] = forms['nom_'..plural..'_possessive_'..person] .. loc
forms['abl_'..plural..'_possessive_'..person] = forms['nom_'..plural..'_possessive_'..person] .. abl
forms['sim_'..plural..'_possessive_'..person] = forms['nom_'..plural..'_possessive_'..person] .. sim
forms['dat_'..plural..'_possessive_'..person] = forms['nom_'..plural..'_possessive_'..person] .. dat
end
end
return forms
end
return export