Module:odt-conj
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- The following documentation is located at Module:odt-conj/documentation. [edit] Categories were auto-generated by Module:module categorization. [edit]
- Useful links: subpage list • links • transclusions • testcases • sandbox
Called by {{odt-conj}} and {{odt-conj-st}}. Do not use directly.
local export = {}
local m_links = require("Module:links")
local m_utils = require("Module:utilities")
local lang = require("Module:languages").getByCode("odt")
local conj_data = {}
--
local function devoice(stem)
stem = mw.ustring.gsub(stem, "ng$", "nc")
stem = mw.ustring.gsub(stem, "g$", "h")
stem = mw.ustring.gsub(stem, "d$", "t")
stem = mw.ustring.gsub(stem, "b$", "p")
stem = mw.ustring.gsub(stem, "v$", "f")
stem = mw.ustring.gsub(stem, "z$", "s")
return stem
end
local function spirantize(stem)
stem = mw.ustring.gsub(stem, "([kcgh])t?d?$", "ht")
stem = mw.ustring.gsub(stem, "([pbfv])t?d?$", "ft")
stem = mw.ustring.gsub(stem, "([tsz])t$", "st")
stem = mw.ustring.gsub(stem, "dt", "t")
stem = mw.ustring.gsub(stem, "rt", "rst")
return stem
end
local function verner(stem)
stem = mw.ustring.gsub(stem, "hh$", "g")
stem = mw.ustring.gsub(stem, "th$", "d")
stem = mw.ustring.gsub(stem, "ff$", "v")
stem = mw.ustring.gsub(stem, "s$", "r")
return stem
end
local function umlaut(stem)
stem = stem.gsub(stem, "ie", "iu")
if not string.find(stem, "ei") then
stem = stem.gsub(stem, "e", "i")
end
stem = stem.gsub(stem, "a", "e")
if not string.find(stem, "u") then
stem = stem.gsub(stem, "o", "u")
end
return stem
end
local function backumlaut(stem)
if not string.find(stem, "i") then
stem = stem.gsub(stem, "e", "a")
end
if not string.find(stem, "e") then
stem = stem.gsub(stem, "i", "e")
end
if not string.find(stem, "o") then
stem = stem.gsub(stem, "u", "o")
end
return stem
end
local function degeminate(stem)
stem = mw.ustring.gsub(stem, "([cdghjklmnprstvwzþ])%1$", "%1")
stem = mw.ustring.gsub(stem, "ck$", "k")
stem = mw.ustring.gsub(stem, "bb$", "v")
stem = mw.ustring.gsub(stem, "ff$", "v")
return stem
end
local function C_to_K(stem)
stem = mw.ustring.gsub(stem, "cc$", "ck")
stem = mw.ustring.gsub(stem, "c$", "k")
return stem
end
local function K_to_C(stem)
stem = mw.ustring.gsub(stem, "ck$", "cc")
stem = mw.ustring.gsub(stem, "k$", "c")
return stem
end
local function initial_C_to_K(stem)
stem = mw.ustring.gsub(stem, "^sc", "sk")
stem = mw.ustring.gsub(stem, "^c", "k")
return stem
end
local function initial_K_to_C(stem)
stem = mw.ustring.gsub(stem, "^sk", "sc")
stem = mw.ustring.gsub(stem, "^k", "c")
return stem
end
--
conj_data["st"] = {
params = {
[1] = {},
["sep"] = {},
["pref"] = {},
["class"] = {},
["irr"] = {},
},
}
setmetatable(conj_data["st"], {__call = function(self, args, data)
if not args.class then
error("Class parameter required for strong verbs")
end
if args[1]:sub(1,1) == "*" then
error("Redundant asterisks")
end
if args["irr"] == 'verner' then
data.conj_type = "strong class " .. args.class .. " irregular, [[Verner alternation]]"
table.insert(data.categories, "Old Dutch Verner alternating verbs")
table.insert(data.categories, "Old Dutch irregular strong verbs")
elseif args["irr"] == 'hiatus' then
table.insert(data.categories, "Old Dutch hiatus verbs")
table.insert(data.categories, "Old Dutch irregular strong verbs")
elseif args["irr"] == 'contracted' then
table.insert(data.categories, "Old Dutch contracted verbs")
table.insert(data.categories, "Old Dutch irregular strong verbs")
elseif args["irr"] == 'j-present' then
data.conj_type = "strong class " .. args.class .. " j-present"
table.insert(data.categories, "Old Dutch class " .. args.class .. " strong j-present verbs")
table.insert(data.categories, "Old Dutch irregular strong verbs")
elseif not args["irr"] then
data.conj_type = "strong class " .. args.class
end
stem = args[1]
pres_stem = stem
pres_stem_i = umlaut(pres_stem)
pres_stem_dgm = degeminate(pres_stem)
pres_stem_i_k = C_to_K(pres_stem_i)
pres_stem_k = C_to_K(pres_stem)
stem_voiced = stem
stem_devoiced = devoice(stem)
if not args["irr"] then
stem_voiced = stem
stem_devoiced = devoice(stem)
elseif args["irr"]=='verner' then
stem_voiced = verner(stem)
stem_devoiced = devoice(stem)
elseif args.irr=='j-present' then
stem_voiced = verner(stem)
stem_devoiced = devoice(degeminate(stem_voiced))
elseif args.irr=='hiatus' then
if string.find(args.class, "[125]") then
if args[1]=="scrī" then
stem_voiced = stem .. "w"
stem_devoiced = stem
data.conj_type = "strong class " .. args.class .. " irregular, [[hiatus]]"
else
stem_voiced = stem .. "g"
if args["class"] == '2' then
stem_voiced = stem_voiced:gsub("i", "ie")
end
stem_devoiced = devoice(stem_voiced)
data.conj_type = "strong class " .. args.class .. " irregular, [[Verner alternation]]"
table.insert(data.categories, "Old Dutch Verner alternating verbs")
end
elseif args["class"] == '7' then
stem_voiced = stem
stem_devoiced = stem
data.conj_type = "strong class " .. args.class .. " irregular / weak class 1"
table.insert(data.categories, "Old Dutch class 1 weak verbs")
end
elseif args.irr=='contracted' then
if args["class"] == '6' then
if args[1]=="stā" then
stem_voiced = stem .. "nd"
stem_devoiced = devoice(stem_voiced)
data.conj_type = "strong class " .. args.class .. " irregular, [[suppletive]]"
table.insert(data.categories, "Old Dutch suppletive verbs")
else
stem_voiced = stem .. "g"
stem_devoiced = devoice(stem_voiced)
data.conj_type = "strong class " .. args.class .. " irregular, [[Verner alternation]]"
table.insert(data.categories, "Old Dutch Verner alternating verbs")
end
elseif args["class"] == '7' then
stem_voiced = stem .. "ng"
stem_devoiced = devoice(stem_voiced)
if args[1]=="gā" then
data.conj_type = "strong class " .. args.class .. " irregular, [[suppletive]]"
table.insert(data.categories, "Old Dutch suppletive verbs")
else
data.conj_type = "strong class " .. args.class .. " irregular, [[Verner alternation]]"
table.insert(data.categories, "Old Dutch Verner alternating verbs")
end
end
end
past_s_stem = stem_devoiced
past_p_stem = stem_voiced
past_part = stem_voiced
past_part_2 = past_part
past_part_gi = past_part
if args["class"] == "1" then
past_s_stem = stem_devoiced:gsub("ī", "ē")
past_p_stem = stem_voiced:gsub("ī", "i")
past_part = stem_voiced:gsub("ī", "i")
elseif args["class"] == "2" then
if mw.ustring.find(stem, "i") then
past_s_stem = initial_K_to_C(stem_devoiced:gsub("(i[e]?[u]?)", "ō"))
past_p_stem = initial_K_to_C(stem_voiced:gsub("(i[e]?[u]?)", "u"))
past_part = initial_K_to_C(stem_voiced:gsub("(i[e]?[u]?)", "o"))
elseif mw.ustring.find(stem, "ū") then
past_s_stem = stem_devoiced:gsub("ū", "ō")
past_p_stem = stem_voiced:gsub("ū", "u")
past_part = stem_voiced:gsub("ū", "o")
end
elseif args["class"] == "3" then
past_s_stem = initial_K_to_C(degeminate(stem_devoiced:gsub("[(i)(e)]", "a")))
past_p_stem = initial_K_to_C(stem_voiced:gsub("[(i)(e)]", "u"))
if mw.ustring.find(stem, "[mn].$") then
past_part = initial_K_to_C(stem_voiced:gsub("i", "u"))
else
past_part = initial_K_to_C(stem_voiced:gsub("e", "o"))
end
elseif args["class"] == "4" then
if mw.ustring.find(stem, "u") then
past_s_stem = stem_devoiced:gsub("u", "wa")
past_p_stem = stem_voiced:gsub("u", "wā")
data.conj_type = "strong class " .. args.class .. " irregular"
table.insert(data.categories, "Old Dutch irregular strong verbs")
else
past_s_stem = initial_K_to_C(stem_devoiced:gsub("e", "a"))
past_p_stem = initial_K_to_C(stem_voiced:gsub("e", "ā"))
end
if mw.ustring.find(stem, "[mn]$") then
past_part = initial_K_to_C(stem_voiced:gsub("e", "u"))
else
past_part = initial_K_to_C(stem_voiced:gsub("e", "o"))
end
elseif args["class"] == "5" then
if not args.irr or args.irr == 'verner' then
past_s_stem = initial_K_to_C(stem_devoiced:gsub("e", "a"))
past_p_stem = initial_K_to_C(stem_voiced:gsub("e", "ā"))
past_part = initial_K_to_C(stem_voiced)
elseif args.irr == "j-present" then
pres_stem_i = degeminate(pres_stem) .. "i"
past_s_stem = degeminate(stem_devoiced:gsub("i", "a"))
past_p_stem = degeminate(stem_voiced:gsub("i", "ā"))
past_part = degeminate(stem_voiced:gsub("i", "e"))
elseif args.irr == "hiatus" then
past_s_stem = stem_devoiced:gsub("i", "a")
past_p_stem = stem_voiced:gsub("i", "ā")
past_part = stem
end
elseif args["class"] == "6" then
if not args.irr then
past_s_stem = degeminate(stem_devoiced:gsub("a", "uo"))
past_p_stem = degeminate(stem_voiced:gsub("a", "uo"))
past_part = stem
elseif args.irr=="verner" then
pres_stem_i = pres_stem
past_s_stem = degeminate(stem_devoiced:gsub("a", "uo"))
past_p_stem = degeminate(stem_voiced:gsub("a", "uo"))
past_part = pres_stem
elseif args.irr=="j-present" then
pres_stem_i = degeminate(pres_stem) .. "i"
past_s_stem = initial_K_to_C(degeminate(stem_voiced:gsub("e", "uo")))
past_p_stem = initial_K_to_C(degeminate(stem_voiced:gsub("e", "uo")))
past_part = initial_K_to_C(degeminate(stem:gsub("e", "a")))
elseif args.irr == "contracted" then
if args[1]=="stā" then
pres_stem_i = pres_stem:gsub("ā", "ē")
past_s_stem = stem_devoiced:gsub("ā", "u")
past_p_stem = stem_voiced:gsub("ā", "u")
elseif args[1]~="stā" then
past_s_stem = stem_devoiced:gsub("ā", "uo")
past_p_stem = stem_voiced:gsub("ā", "uo")
end
past_part = pres_stem
past_part_2 = stem_voiced:gsub("ā", "a")
end
elseif args["class"] == "7" then
if not args.irr then
past_s_stem = degeminate(stem_devoiced:gsub("([aeiouāēīōū(uo)(ei)(ie)]+)", "ie"))
past_p_stem = degeminate(stem_voiced:gsub("([aeiouāēīōū(uo)(ei)(ie)]+)", "ie"))
past_part = stem
elseif args.irr == "hiatus" then
pres_stem_i = pres_stem
past_s_stem = stem_devoiced:gsub("([aeiouāēīōū(uo)(ei)(ie)]+)", "iew")
past_p_stem = stem_voiced:gsub("([aeiouāēīōū(uo)(ei)(ie)]+)", "iew")
past_part = stem
elseif args.irr == "contracted" then
if args[1]=="gā" then
pres_stem_i = pres_stem:gsub("ā", "ē")
else
pres_stem_i = pres_stem
end
past_s_stem = stem_devoiced:gsub("ā", "ie")
past_p_stem = stem_voiced:gsub("ā", "ie")
past_part = pres_stem
past_part_2 = stem_voiced:gsub("ā", "a")
end
end
past_s_stem_dv = devoice(past_s_stem)
past_p_stem_k = C_to_K(past_p_stem)
impr_s_stem = degeminate(stem_devoiced)
impr_s_stem_i = umlaut(impr_s_stem)
impr_p_stem = pres_stem_k
if args["pref"] then
if args["sep"] then
impr_s_stem = args.pref .. impr_s_stem
impr_s_stem_i = args.pref .. impr_s_stem_i
past_part = args.sep .. args.pref .. past_part
past_part_2 = args.sep .. args.pref .. past_part_2
past_part_gi = past_part
table.insert(data.categories, "Old Dutch separable verbs")
table.insert(data.categories, "Old Dutch separable verbs with " .. args["sep"])
table.insert(data.categories, "Old Dutch prefixed verbs")
table.insert(data.categories, "Old Dutch verbs prefixed with " .. args["pref"] .. "-")
elseif not args["sep"] then
args.sep = ""
impr_s_stem = args.pref .. impr_s_stem
impr_s_stem_i = args.pref .. impr_s_stem_i
past_part = args.pref .. past_part
past_part_2 = args.pref .. past_part_2
past_part_gi = past_part
table.insert(data.categories, "Old Dutch prefixed verbs")
table.insert(data.categories, "Old Dutch verbs prefixed with " .. args["pref"] .. "-")
end
elseif args["sep"] then
args.pref = ""
past_part_2 = args.sep .. "gi" .. past_part_2
past_part_gi = args.sep .. "gi" .. past_part
past_part = args.sep .. past_part
table.insert(data.categories, "Old Dutch separable verbs")
table.insert(data.categories, "Old Dutch separable verbs with " .. args["sep"])
else
args.sep = ""
args.pref = ""
past_part_2 = "gi" .. past_part_2
past_part_gi = "gi" .. past_part
table.insert(data.categories, "Old Dutch basic verbs")
end
data.forms["inf"] = {args.head or (args.sep .. args.pref .. args[1] .. "an")}
data.forms["pres_ind_1s"] = {args.pref .. pres_stem .. "o" .. " " .. args.sep , args.pref .. pres_stem .. "on" .. " " .. args.sep}
data.forms["pres_ind_2s"] = {args.pref .. pres_stem_i_k .. "is" .. " " .. args.sep, args.pref .. pres_stem_i_k .. "ist" .. " " .. args.sep}
data.forms["pres_ind_3s"] = {args.pref .. pres_stem_i_k .. "it" .. " " .. args.sep}
data.forms["pres_ind_1p"] = {args.pref .. pres_stem .. "on" .. " " .. args.sep}
data.forms["pres_ind_2p"] = {args.pref .. pres_stem_k .. "et" .. " " .. args.sep}
data.forms["pres_ind_3p"] = {args.pref .. pres_stem .. "ont" .. " " .. args.sep}
data.forms["past_ind_1s"] = {args.pref .. past_s_stem_dv .. " " .. args.sep}
data.forms["past_ind_2s"] = {args.pref .. past_p_stem_k .. "i" .. " " .. args.sep, args.pref .. past_p_stem_k .. "is" .. " " .. args.sep}
data.forms["past_ind_3s"] = {args.pref .. past_s_stem_dv .. " " .. args.sep}
data.forms["past_ind_1p"] = {args.pref .. past_p_stem .. "un" .. " " .. args.sep}
data.forms["past_ind_2p"] = {args.pref .. past_p_stem .. "ut" .. " " .. args.sep}
data.forms["past_ind_3p"] = {args.pref .. past_p_stem .. "un" .. " " .. args.sep}
data.forms["pres_sub_1s"] = {args.pref .. pres_stem_k .. "e" .. " " .. args.sep}
data.forms["pres_sub_2s"] = {args.pref .. pres_stem_k .. "es" .. " " .. args.sep, args.pref .. pres_stem_k .. "est" .. " " .. args.sep}
data.forms["pres_sub_3s"] = {args.pref .. pres_stem_k .. "e" .. " " .. args.sep}
data.forms["pres_sub_1p"] = {args.pref .. pres_stem_k .. "en" .. " " .. args.sep}
data.forms["pres_sub_2p"] = {args.pref .. pres_stem_k .. "et" .. " " .. args.sep}
data.forms["pres_sub_3p"] = {args.pref .. pres_stem_k .. "en" .. " " .. args.sep}
data.forms["past_sub_1s"] = {args.pref .. past_p_stem_k .. "i" .. " " .. args.sep}
data.forms["past_sub_2s"] = {args.pref .. past_p_stem_k .. "i" .. " " .. args.sep, args.pref .. past_p_stem_k .. "is" .. " " .. args.sep}
data.forms["past_sub_3s"] = {args.pref .. past_p_stem_k .. "i" .. " " .. args.sep}
data.forms["past_sub_1p"] = {args.pref .. past_p_stem_k .. "in" .. " " .. args.sep}
data.forms["past_sub_2p"] = {args.pref .. past_p_stem_k .. "it" .. " " .. args.sep}
data.forms["past_sub_3p"] = {args.pref .. past_p_stem_k .. "in" .. " " .. args.sep}
data.forms["imp_s"] = {impr_s_stem .. " " .. args.sep, impr_s_stem_i .. " " .. args.sep}
data.forms["imp_p"] = {args.pref .. impr_p_stem .. "et" .. " " .. args.sep}
data.forms["pres_part"] = {args.sep .. args.pref .. pres_stem .. "andi"}
data.forms["past_part"] = {past_part .. "an"}
if args.pref == "" then
data.forms["past_part"] = {past_part .. "an", past_part_gi .. "an"}
end
if string.find(args.class, "[167]") then
data.forms["imp_s"] = {impr_s_stem .. " " .. args.sep}
elseif impr_s_stem == impr_s_stem_i then
data.forms["imp_s"] = {impr_s_stem .. " " .. args.sep}
end
if args.irr=="j-present" then
data.forms["inf"] = {args.head or (args.sep .. args.pref .. args[1] .. "en")}
data.forms["pres_ind_2s"] = {args.pref .. pres_stem_dgm .. "is" .. " " .. args.sep, args.pref .. pres_stem_dgm .. "ist" .. " " .. args.sep}
data.forms["pres_ind_3s"] = {args.pref .. pres_stem_dgm .. "it" .. " " .. args.sep}
data.forms["pres_ind_1p"] = {args.pref .. pres_stem .. "en" .. " " .. args.sep}
data.forms["pres_ind_2p"] = {args.pref .. pres_stem_dgm .. "et" .. " " .. args.sep}
data.forms["pres_ind_3p"] = {args.pref .. pres_stem .. "ent" .. " " .. args.sep}
data.forms["imp_s"] = {args.pref .. pres_stem_dgm .. "i" .. " " .. args.sep}
data.forms["imp_p"] = {args.pref .. pres_stem_dgm .. "et" .. " " .. args.sep}
data.forms["pres_part"] = {args.pref .. pres_stem .. "endi" .. " " .. args.sep}
end
if args.irr=="hiatus" then
data.forms["pres_ind_2s"] = {args.pref .. pres_stem .. "es" .. " " .. args.sep, args.pref .. pres_stem .. "est" .. " " .. args.sep}
data.forms["pres_ind_3s"] = {args.pref .. pres_stem .. "et" .. " " .. args.sep}
data.forms["imp_s"] = {impr_s_stem .. " " .. args.sep}
if args["class"] == "7" then
data.forms["inf"] = {args.head or (args.pref .. args[1] .. "en")}
data.forms["pres_ind_2s"] = {args.pref .. pres_stem .. "s" .. " " .. args.sep, args.pref .. pres_stem .. "st" .. " " .. args.sep}
data.forms["pres_ind_3s"] = {args.pref .. pres_stem .. "t" .. " " .. args.sep}
data.forms["pres_ind_1p"] = {args.pref .. pres_stem .. "en" .. " " .. args.sep}
data.forms["pres_ind_2p"] = {args.pref .. pres_stem .. "t" .. " " .. args.sep}
data.forms["pres_ind_3p"] = {args.pref .. pres_stem .. "ent" .. " " .. args.sep}
data.forms["past_ind_1s"] = {args.pref .. past_s_stem_dv .. " " .. args.sep, args.pref .. pres_stem .. "da" .. " " .. args.sep}
data.forms["past_ind_2s"] = {args.pref .. past_p_stem_k .. "i" .. " " .. args.sep, args.pref .. pres_stem .. "dos" .. " " .. args.sep}
data.forms["past_ind_3s"] = {args.pref .. past_s_stem_dv .. " " .. args.sep, args.pref .. pres_stem .. "da" .. " " .. args.sep}
data.forms["past_ind_1p"] = {args.pref .. past_p_stem .. "un" .. " " .. args.sep, args.pref .. pres_stem .. "dun" .. " " .. args.sep}
data.forms["past_ind_2p"] = {args.pref .. past_p_stem .. "ut" .. " " .. args.sep, args.pref .. pres_stem .. "dut" .. " " .. args.sep}
data.forms["past_ind_3p"] = {args.pref .. past_p_stem .. "un" .. " " .. args.sep, args.pref .. pres_stem .. "dun" .. " " .. args.sep}
data.forms["past_sub_1s"] = {args.pref .. past_p_stem_k .. "i" .. " " .. args.sep, args.pref .. pres_stem .. "di" .. " " .. args.sep}
data.forms["past_sub_2s"] = {args.pref .. past_p_stem_k .. "i" .. " " .. args.sep, args.pref .. pres_stem .. "dis" .. " " .. args.sep}
data.forms["past_sub_3s"] = {args.pref .. past_p_stem_k .. "i" .. " " .. args.sep, args.pref .. pres_stem .. "di" .. " " .. args.sep}
data.forms["past_sub_1p"] = {args.pref .. past_p_stem_k .. "in" .. " " .. args.sep, args.pref .. pres_stem .. "din" .. " " .. args.sep}
data.forms["past_sub_2p"] = {args.pref .. past_p_stem_k .. "it" .. " " .. args.sep, args.pref .. pres_stem .. "dit" .. " " .. args.sep}
data.forms["past_sub_3p"] = {args.pref .. past_p_stem_k .. "in" .. " " .. args.sep, args.pref .. pres_stem .. "din" .. " " .. args.sep}
data.forms["imp_p"] = {args.pref .. pres_stem_dgm .. "t" .. " " .. args.sep}
data.forms["past_part"] = {past_part .. "t"}
if args.pref == "" then
data.forms["past_part"] = {past_part .. "t", past_part_gi .. "t"}
end
data.forms["pres_part"] = {args.sep .. args.pref .. pres_stem .. "endi"}
end
end
if args.irr=="contracted" then
data.forms["inf"] = {args.head or (args.sep .. args.pref .. args[1] .. "n")}
data.forms["pres_ind_1s"] = {args.pref .. pres_stem .. " " .. args.sep, args.pref .. pres_stem .. "n" .. " " .. args.sep}
data.forms["pres_ind_2s"] = {args.pref .. pres_stem_i .. "s" .. " " .. args.sep, args.pref .. pres_stem_i .. "st" .. " " .. args.sep}
data.forms["pres_ind_3s"] = {args.pref .. pres_stem_i .. "t" .. " " .. args.sep}
data.forms["pres_ind_1p"] = {args.pref .. pres_stem .. "n" .. " " .. args.sep}
data.forms["pres_ind_2p"] = {args.pref .. pres_stem .. "t" .. " " .. args.sep}
data.forms["pres_ind_3p"] = {args.pref .. pres_stem .. "nt" .. " " .. args.sep}
data.forms["pres_sub_1s"] = {args.pref .. pres_stem .. " " .. args.sep}
data.forms["pres_sub_2s"] = {args.pref .. pres_stem .. "s" .. " " .. args.sep, args.pref .. pres_stem .. "st" .. " " .. args.sep}
data.forms["pres_sub_3s"] = {args.pref .. pres_stem .. " " .. args.sep}
data.forms["pres_sub_1p"] = {args.pref .. pres_stem .. "n" .. " " .. args.sep}
data.forms["pres_sub_2p"] = {args.pref .. pres_stem .. "t" .. " " .. args.sep}
data.forms["pres_sub_3p"] = {args.pref .. pres_stem .. "n" .. " " .. args.sep}
data.forms["imp_s"] = {args.pref .. pres_stem .. " " .. args.sep}
data.forms["imp_p"] = {args.pref .. pres_stem .. "t" .. " " .. args.sep}
data.forms["pres_part"] = {args.sep .. args.pref .. pres_stem .. "ndi"}
data.forms["past_part"] = {past_part .. "n", past_part_2 .. "an"}
if args.pref == "" then
data.forms["past_part"] = {past_part_gi .. "n", past_part_2 .. "an"}
end
end
table.insert(data.categories, "Old Dutch class " .. args.class .. " strong verbs")
end
})
conj_data["wk1"] = {
params = {
[1] = {},
["sep"] = {},
["pref"] = {},
["degem"] = {},
["irr"] = {},
},
}
setmetatable(conj_data["wk1"], {__call = function(self, args, data)
if args[1]:sub(1,1) == "*" then
error("Redundant asterisks")
end
if args["irr"] == 'rückumlaut' then
data.conj_type = "weak class 1 irregular, [[Rückumlaut]]"
table.insert(data.categories, "Old Dutch class 1 weak rückumlaut verbs")
elseif args["irr"] == 'j-present' then
data.conj_type = "weak class 1 j-present"
table.insert(data.categories, "Old Dutch class 1 weak j-present verbs")
elseif args["irr"] == 'hiatus' then
data.conj_type = "weak class 1 irregular, [[hiatus]]"
table.insert(data.categories, "Old Dutch hiatus verbs")
elseif not args["irr"] then
data.conj_type = "weak class 1"
end
--
stem = args[1]
pres_stem = stem
pres_stem_c = K_to_C(pres_stem)
past_part = stem
past_stem = stem
past_conj_stem = stem
--
if args["degem"] then
pres_stem_dgm = degeminate(pres_stem)
elseif not args["degem"] then
pres_stem_dgm = pres_stem
end
--
if not args.irr then
if args["degem"]=='true' then
past_stem = degeminate(stem) .. "id"
past_conj_stem = past_stem
past_part = devoice(past_stem)
else
past_stem = stem .. "id"
past_conj_stem = past_stem
past_part = devoice(past_stem)
end
elseif args.irr=="hiatus" then
past_stem = stem .. "d"
past_conj_stem = past_stem
past_part = devoice(past_stem)
elseif args.irr=="rückumlaut" then
past_stem = degeminate(backumlaut(degeminate(initial_K_to_C(stem))) .. "d")
past_conj_stem = degeminate(degeminate(stem) .. "d")
past_part = spirantize(devoice(past_stem))
elseif args.irr=="j-present" then
past_stem = stem:gsub("en", "ā")
past_stem = past_stem:gsub("un", "ū")
past_stem = past_stem:gsub("ir", "or")
past_stem = spirantize(past_stem .. "t")
past_conj_stem = umlaut(past_stem)
past_part = past_stem
end
if args["pref"] then
if args["sep"] then
past_part = args.sep .. args.pref .. past_part
table.insert(data.categories, "Old Dutch separable verbs")
table.insert(data.categories, "Old Dutch separable verbs with " .. args["sep"])
table.insert(data.categories, "Old Dutch prefixed verbs")
table.insert(data.categories, "Old Dutch verbs prefixed with " .. args["pref"] .. "-")
elseif not args["sep"] then
args.sep = ""
past_part = args.pref .. past_part
table.insert(data.categories, "Old Dutch prefixed verbs")
table.insert(data.categories, "Old Dutch verbs prefixed with " .. args["pref"] .. "-")
end
elseif args["sep"] then
args.pref = ""
past_part_gi = args.sep .. "gi" .. past_part
past_part = args.sep .. past_part
table.insert(data.categories, "Old Dutch separable verbs")
table.insert(data.categories, "Old Dutch separable verbs with " .. args["sep"])
else
args.sep = ""
args.pref = ""
past_part_gi = "gi" .. past_part
table.insert(data.categories, "Old Dutch basic verbs")
end
data.forms["inf"] = {args.head or (args.sep .. args.pref .. args[1] .. "en")}
data.forms["pres_ind_1s"] = {args.pref .. pres_stem_c .. "o" .. " " .. args.sep, args.pref .. pres_stem_c .. "on" .. " " .. args.sep}
data.forms["pres_ind_2s"] = {args.pref .. pres_stem_dgm .. "is" .. " " .. args.sep, args.pref .. pres_stem_dgm .. "ist" .. " " .. args.sep}
data.forms["pres_ind_3s"] = {args.pref .. pres_stem_dgm .. "it" .. " " .. args.sep}
data.forms["pres_ind_1p"] = {args.pref .. pres_stem .. "en" .. " " .. args.sep}
data.forms["pres_ind_2p"] = {args.pref .. pres_stem_dgm .. "it" .. " " .. args.sep}
data.forms["pres_ind_3p"] = {args.pref .. pres_stem .. "ent" .. " " .. args.sep}
data.forms["past_ind_1s"] = {args.pref .. past_stem .. "a" .. " " .. args.sep}
data.forms["past_ind_2s"] = {args.pref .. past_stem .. "os" .. " " .. args.sep}
data.forms["past_ind_3s"] = {args.pref .. past_stem .. "a" .. " " .. args.sep}
data.forms["past_ind_1p"] = {args.pref .. past_stem .. "un" .. " " .. args.sep}
data.forms["past_ind_2p"] = {args.pref .. past_stem .. "ut" .. " " .. args.sep}
data.forms["past_ind_3p"] = {args.pref .. past_stem .. "un" .. " " .. args.sep}
data.forms["pres_sub_1s"] = {args.pref .. pres_stem .. "e" .. " " .. args.sep}
data.forms["pres_sub_2s"] = {args.pref .. pres_stem .. "es" .. " " .. args.sep, args.pref .. pres_stem .. "est" .. " " .. args.sep}
data.forms["pres_sub_3s"] = {args.pref .. pres_stem .. "e" .. " " .. args.sep}
data.forms["pres_sub_1p"] = {args.pref .. pres_stem .. "en" .. " " .. args.sep}
data.forms["pres_sub_2p"] = {args.pref .. pres_stem .. "et" .. " " .. args.sep}
data.forms["pres_sub_3p"] = {args.pref .. pres_stem .. "en" .. " " .. args.sep}
data.forms["past_sub_1s"] = {args.pref .. past_conj_stem .. "i" .. " " .. args.sep}
data.forms["past_sub_2s"] = {args.pref .. past_conj_stem .. "is" .. " " .. args.sep}
data.forms["past_sub_3s"] = {args.pref .. past_conj_stem .. "i" .. " " .. args.sep}
data.forms["past_sub_1p"] = {args.pref .. past_conj_stem .. "in" .. " " .. args.sep}
data.forms["past_sub_2p"] = {args.pref .. past_conj_stem .. "it" .. " " .. args.sep}
data.forms["past_sub_3p"] = {args.pref .. past_conj_stem .. "in" .. " " .. args.sep}
data.forms["imp_s"] = {args.pref .. pres_stem_dgm .. "i" .. " " .. args.sep}
data.forms["imp_p"] = {args.pref .. pres_stem_dgm .. "it" .. " " .. args.sep}
data.forms["pres_part"] = {args.sep .. args.pref .. pres_stem .. "endi"}
data.forms["past_part"] = {past_part, past_part_gi}
if args.irr=="hiatus" then
data.forms["pres_ind_2s"] = {args.pref .. pres_stem_dgm .. "s" .. args.sep, args.pref .. pres_stem_dgm .. "st" .. args.sep}
data.forms["pres_ind_3s"] = {args.pref .. pres_stem_dgm .. "t" .. args.sep}
data.forms["pres_ind_2p"] = {args.pref .. pres_stem_dgm .. "t" .. args.sep}
data.forms["imp_s"] = {args.pref .. pres_stem_dgm .. " " .. args.sep}
data.forms["imp_p"] = {args.pref .. pres_stem_dgm .. "t" .. args.sep}
end
table.insert(data.categories, "Old Dutch class 1 weak verbs")
end
})
conj_data["wk2"] = {
params = {
[1] = {},
["sep"] = {},
["pref"] = {},
},
}
setmetatable(conj_data["wk2"], {__call = function(self, args, data)
data.conj_type = "weak class 2"
stem = args[1]
if args["pref"] then
if args["sep"] then
past_part = args.sep .. args.pref .. stem .. "ot"
table.insert(data.categories, "Old Dutch separable verbs")
table.insert(data.categories, "Old Dutch separable verbs with " .. args["sep"])
table.insert(data.categories, "Old Dutch prefixed verbs")
table.insert(data.categories, "Old Dutch verbs prefixed with " .. args["pref"] .. "-")
elseif not args["sep"] then
args.sep = ""
past_part = args.pref .. stem .. "ot"
table.insert(data.categories, "Old Dutch prefixed verbs")
table.insert(data.categories, "Old Dutch verbs prefixed with " .. args["pref"] .. "-")
end
elseif args["sep"] then
args.pref = ""
past_part_gi = args.sep .. "gi" .. stem .. "ot"
past_part = args.sep .. stem .. "ot"
table.insert(data.categories, "Old Dutch separable verbs")
table.insert(data.categories, "Old Dutch separable verbs with " .. args["sep"])
else
args.sep = ""
args.pref = ""
past_part_gi = "gi" .. stem .. "ot"
past_part = stem .. "ot"
table.insert(data.categories, "Old Dutch basic verbs")
end
data.forms["inf"] = {args.head or (args.sep .. args.pref .. stem .. "on")}
data.forms["pres_ind_1s"] = {args.pref .. stem .. "o" .. " " .. args.sep, args.pref .. args[1] .. "on" .. " " .. args.sep}
data.forms["pres_ind_2s"] = {args.pref .. stem .. "os" .. " " .. args.sep, args.pref .. args[1] .. "ost" .. " " .. args.sep}
data.forms["pres_ind_3s"] = {args.pref .. stem .. "ot" .. " " .. args.sep}
data.forms["pres_ind_1p"] = {args.pref .. stem .. "on" .. " " .. args.sep}
data.forms["pres_ind_2p"] = {args.pref .. stem .. "ot" .. " " .. args.sep}
data.forms["pres_ind_3p"] = {args.pref .. stem .. "ont" .. " " .. args.sep}
data.forms["past_ind_1s"] = {args.pref .. stem .. "oda" .. " " .. args.sep}
data.forms["past_ind_2s"] = {args.pref .. stem .. "odos" .. " " .. args.sep}
data.forms["past_ind_3s"] = {args.pref .. stem .. "oda" .. " " .. args.sep}
data.forms["past_ind_1p"] = {args.pref .. stem .. "odun" .. " " .. args.sep}
data.forms["past_ind_2p"] = {args.pref .. stem .. "odut" .. " " .. args.sep}
data.forms["past_ind_3p"] = {args.pref .. stem .. "odun" .. " " .. args.sep}
data.forms["pres_sub_1s"] = {args.pref .. stem .. "o" .. " " .. args.sep}
data.forms["pres_sub_2s"] = {args.pref .. stem .. "os" .. " " .. args.sep, args.pref .. stem .. "ost" .. " " .. args.sep}
data.forms["pres_sub_3s"] = {args.pref .. stem .. "o" .. " " .. args.sep}
data.forms["pres_sub_1p"] = {args.pref .. stem .. "on" .. " " .. args.sep}
data.forms["pres_sub_2p"] = {args.pref .. stem .. "ot" .. " " .. args.sep}
data.forms["pres_sub_3p"] = {args.pref .. stem .. "on" .. " " .. args.sep}
data.forms["past_sub_1s"] = {args.pref .. stem .. "odi" .. " " .. args.sep}
data.forms["past_sub_2s"] = {args.pref .. stem .. "odis" .. " " .. args.sep}
data.forms["past_sub_3s"] = {args.pref .. stem .. "odi" .. " " .. args.sep}
data.forms["past_sub_1p"] = {args.pref .. stem .. "odin" .. " " .. args.sep}
data.forms["past_sub_2p"] = {args.pref .. stem .. "odit" .. " " .. args.sep}
data.forms["past_sub_3p"] = {args.pref .. stem .. "odin" .. " " .. args.sep}
data.forms["imp_s"] = {args.pref .. stem .. "o" .. " " .. args.sep}
data.forms["imp_p"] = {args.pref .. stem .. "ot" .. " " .. args.sep}
data.forms["pres_part"] = {args.sep .. args.pref .. stem .. "ondi"}
data.forms["past_part"] = {past_part, past_part_gi}
table.insert(data.categories, "Old Dutch class 2 weak verbs")
end
})
conj_data["wk3"] = {
params = {
[1] = {},
["sep"] = {},
["pref"] = {},
},
}
setmetatable(conj_data["wk3"], {__call = function(self, args, data)
data.conj_type = "weak class 3"
if args[1]:sub(1,1) == "*" then
error("Redundant asterisks")
end
stem_1 = args[1]
stem_2 = backumlaut(degeminate(stem_1))
pres_stem_1 = stem_1
pres_stem_1_dgm = degeminate(stem_1)
past_stem_1 = backumlaut(pres_stem_1_dgm) .. "d"
past_conj_stem_1 = umlaut(past_stem_1)
past_part_1 = spirantize(past_stem_1)
past_part_2 = stem_2
if args["pref"] then
if args["sep"] then
past_part_1 = args.sep .. args.pref .. past_part_1
past_part_2 = args.sep .. args.pref .. past_part_2
table.insert(data.categories, "Old Dutch separable verbs")
table.insert(data.categories, "Old Dutch separable verbs with " .. args["sep"])
table.insert(data.categories, "Old Dutch prefixed verbs")
table.insert(data.categories, "Old Dutch verbs prefixed with " .. args["pref"] .. "-")
elseif not args["sep"] then
args.sep = ""
past_part_1 = args.pref .. past_part_1
past_part_2 = args.pref .. past_part_2
table.insert(data.categories, "Old Dutch prefixed verbs")
table.insert(data.categories, "Old Dutch verbs prefixed with " .. args["pref"] .. "-")
end
elseif args["sep"] then
args.pref = ""
past_part_1 = args.sep .. past_part_1
past_part_2 = args.sep .. past_part_2
table.insert(data.categories, "Old Dutch separable verbs")
table.insert(data.categories, "Old Dutch separable verbs with " .. args["sep"])
else
args.sep = ""
args.pref = ""
past_part_1 = "gi" .. past_part_1
past_part_2 = "gi" .. past_part_2
table.insert(data.categories, "Old Dutch basic verbs")
end
data.forms["inf"] = {args.head or (args.sep .. args.pref .. pres_stem_1 .. "en"), args.head or (args.sep .. args.pref .. stem_2 .. "on")}
data.forms["pres_ind_1s"] = {args.pref .. pres_stem_1 .. "o(n)" .. " " .. args.sep, args.pref .. stem_2 .. "o(n)" .. " " .. args.sep}
data.forms["pres_ind_2s"] = {args.pref .. pres_stem_1_dgm .. "es(t)" .. " " .. args.sep, args.pref .. stem_2 .. "os(t)" .. " " .. args.sep}
data.forms["pres_ind_3s"] = {args.pref .. pres_stem_1_dgm .. "et" .. " " .. args.sep, args.pref .. stem_2 .. "ot" .. " " .. args.sep}
data.forms["pres_ind_1p"] = {args.pref .. pres_stem_1 .. "on" .. " " .. args.sep, args.pref .. stem_2 .. "on" .. " " .. args.sep}
data.forms["pres_ind_2p"] = {args.pref .. pres_stem_1_dgm .. "et" .. " " .. args.sep, args.pref .. stem_2 .. "ot" .. " " .. args.sep}
data.forms["pres_ind_3p"] = {args.pref .. pres_stem_1 .. "ent" .. " " .. args.sep, args.pref .. stem_2 .. "ont" .. " " .. args.sep}
data.forms["past_ind_1s"] = {args.pref .. past_stem_1 .. "a" .. " " .. args.sep, args.pref .. stem_2 .. "oda" .. " " .. args.sep}
data.forms["past_ind_2s"] = {args.pref .. past_stem_1 .. "os" .. " " .. args.sep, args.pref .. stem_2 .. "odos" .. " " .. args.sep}
data.forms["past_ind_3s"] = {args.pref .. past_stem_1 .. "a" .. " " .. args.sep, args.pref .. stem_2 .. "oda" .. " " .. args.sep}
data.forms["past_ind_1p"] = {args.pref .. past_stem_1 .. "un" .. " " .. args.sep, args.pref .. stem_2 .. "odun" .. " " .. args.sep}
data.forms["past_ind_2p"] = {args.pref .. past_stem_1 .. "ut" .. " " .. args.sep, args.pref .. stem_2 .. "odut" .. " " .. args.sep}
data.forms["past_ind_3p"] = {args.pref .. past_stem_1 .. "un" .. " " .. args.sep, args.pref .. stem_2 .. "odun" .. " " .. args.sep}
data.forms["pres_sub_1s"] = {args.pref .. pres_stem_1 .. "e" .. " " .. args.sep, args.pref .. stem_2 .. "o" .. " " .. args.sep}
data.forms["pres_sub_2s"] = {args.pref .. pres_stem_1 .. "es(t)" .. " " .. args.sep, args.pref .. stem_2 .. "os(t)" .. " " .. args.sep}
data.forms["pres_sub_3s"] = {args.pref .. pres_stem_1 .. "e" .. " " .. args.sep, args.pref .. stem_2 .. "o" .. " " .. args.sep}
data.forms["pres_sub_1p"] = {args.pref .. pres_stem_1 .. "en" .. " " .. args.sep, args.pref .. stem_2 .. "on" .. " " .. args.sep}
data.forms["pres_sub_2p"] = {args.pref .. pres_stem_1 .. "et" .. " " .. args.sep, args.pref .. stem_2 .. "ot" .. " " .. args.sep}
data.forms["pres_sub_3p"] = {args.pref .. pres_stem_1 .. "en" .. " " .. args.sep, args.pref .. stem_2 .. "on" .. " " .. args.sep}
data.forms["past_sub_1s"] = {args.pref .. past_conj_stem_1 .. "i" .. " " .. args.sep, args.pref .. stem_2 .. "odi" .. " " .. args.sep}
data.forms["past_sub_2s"] = {args.pref .. past_conj_stem_1 .. "is" .. " " .. args.sep, args.pref .. stem_2 .. "odis" .. " " .. args.sep}
data.forms["past_sub_3s"] = {args.pref .. past_conj_stem_1 .. "i" .. " " .. args.sep, args.pref .. stem_2 .. "odi" .. " " .. args.sep}
data.forms["past_sub_1p"] = {args.pref .. past_conj_stem_1 .. "in" .. " " .. args.sep, args.pref .. stem_2 .. "odin" .. " " .. args.sep}
data.forms["past_sub_2p"] = {args.pref .. past_conj_stem_1 .. "it" .. " " .. args.sep, args.pref .. stem_2 .. "odit" .. " " .. args.sep}
data.forms["past_sub_3p"] = {args.pref .. past_conj_stem_1 .. "in" .. " " .. args.sep, args.pref .. stem_2 .. "odin" .. " " .. args.sep}
data.forms["imp_s"] = {args.pref .. pres_stem_1_dgm .. "e" .. " " .. args.sep, args.pref .. stem_2 .. "o" .. " " .. args.sep}
data.forms["imp_p"] = {args.pref .. pres_stem_1_dgm .. "et" .. " " .. args.sep, args.pref .. stem_2 .. "ot" .. " " .. args.sep}
data.forms["pres_part"] = {args.pref .. pres_stem_1 .. "endi", args.pref .. stem_2 .. "ondi"}
data.forms["past_part"] = {past_part_1, past_part_2 .. "ot"}
table.insert(data.categories, "Old Dutch class 3 weak verbs")
end
})
conj_data["pp"] = {
params = {
[1] = {},
["sep"] = {},
["pref"] = {},
["pp_an"] = {},
},
}
setmetatable(conj_data["pp"], {__call = function(self, args, data)
data.conj_type = "preterite-present"
if args[1]:sub(1,1) == "*" then
error("Redundant asterisks")
end
stem = args[1]
if stem == 'wit' then
pres_s_stem = devoice(stem:gsub("i", "ē"))
elseif stem == 'dug' then
pres_s_stem = devoice(stem:gsub("u", "ō"))
elseif stem ~= 'muot' then
pres_s_stem = devoice(stem:gsub("u", "a"))
else
pres_s_stem = stem
end
pres_s_stem = devoice(degeminate(pres_s_stem))
pres_s_stem_2p = spirantize(pres_s_stem .. "t")
pres_p_stem = stem
if stem.sub(stem, -1) == 'n' or stem.sub(stem, -1) == 'l' then
past_suffix = 'd'
else
past_suffix = 't'
end
past_conj_stem = spirantize(degeminate(stem) .. past_suffix)
if stem.sub(stem, -1) == 'n' or stem.sub(stem, -1) == 't' then
past_stem = past_conj_stem
else
past_stem = backumlaut(past_conj_stem)
end
if args["pref"] then
if args["sep"] then
past_part = args.sep .. args.pref .. devoice(past_stem)
if args["pp_an"] then
past_part_an = args.sep .. args.pref .. pres_p_stem .. "an"
end
table.insert(data.categories, "Old Dutch separable verbs")
table.insert(data.categories, "Old Dutch separable verbs with " .. args["sep"])
table.insert(data.categories, "Old Dutch prefixed verbs")
table.insert(data.categories, "Old Dutch verbs prefixed with " .. args["pref"] .. "-")
elseif not args["sep"] then
args.sep = ""
past_part = args.pref .. devoice(past_stem)
if args["pp_an"] then
past_part_an = args.pref .. pres_p_stem .. "an"
end
table.insert(data.categories, "Old Dutch prefixed verbs")
table.insert(data.categories, "Old Dutch verbs prefixed with " .. args["pref"] .. "-")
end
elseif args["sep"] then
args.pref = ""
past_part = args.sep .. devoice(past_stem)
if args["pp_an"] then
past_part_an = args.sep .. pres_p_stem .. "an"
end
table.insert(data.categories, "Old Dutch separable verbs")
table.insert(data.categories, "Old Dutch separable verbs with " .. args["sep"])
else
args.sep = ""
args.pref = ""
past_part = "gi" .. devoice(past_stem)
if args["pp_an"] then
past_part_an = "gi".. pres_p_stem .. "an"
end
table.insert(data.categories, "Old Dutch basic verbs")
end
data.forms["inf"] = {args.head or (args.sep .. args.pref .. stem .. "an")}
data.forms["pres_ind_1s"] = {args.pref .. pres_s_stem .. " " .. args.sep}
data.forms["pres_ind_2s"] = {args.pref .. pres_s_stem_2p .. " " .. args.sep}
data.forms["pres_ind_3s"] = {args.pref .. pres_s_stem .. " " .. args.sep}
data.forms["pres_ind_1p"] = {args.pref .. pres_p_stem .. "un" .. " " .. args.sep}
data.forms["pres_ind_2p"] = {args.pref .. pres_p_stem .. "ut" .. " " .. args.sep}
data.forms["pres_ind_3p"] = {args.pref .. pres_p_stem .. "un" .. " " .. args.sep}
data.forms["past_ind_1s"] = {args.pref .. past_stem .. "a" .. " " .. args.sep}
data.forms["past_ind_2s"] = {args.pref .. past_stem .. "os" .. " " .. args.sep}
data.forms["past_ind_3s"] = {args.pref .. past_stem .. "a" .. " " .. args.sep}
data.forms["past_ind_1p"] = {args.pref .. past_stem .. "un" .. " " .. args.sep}
data.forms["past_ind_2p"] = {args.pref .. past_stem .. "ut" .. " " .. args.sep}
data.forms["past_ind_3p"] = {args.pref .. past_stem .. "un" .. " " .. args.sep}
data.forms["pres_sub_1s"] = {args.pref .. pres_p_stem .. "i" .. " " .. args.sep}
data.forms["pres_sub_2s"] = {args.pref .. pres_p_stem .. "is" .. " " .. args.sep, pres_p_stem .. "ist" .. " " .. args.sep}
data.forms["pres_sub_3s"] = {args.pref .. pres_p_stem .. "i" .. " " .. args.sep}
data.forms["pres_sub_1p"] = {args.pref .. pres_p_stem .. "in" .. " " .. args.sep}
data.forms["pres_sub_2p"] = {args.pref .. pres_p_stem .. "it" .. " " .. args.sep}
data.forms["pres_sub_3p"] = {args.pref .. pres_p_stem .. "in" .. " " .. args.sep}
data.forms["past_sub_1s"] = {args.pref .. past_conj_stem .. "i" .. " " .. args.sep}
data.forms["past_sub_2s"] = {args.pref .. past_conj_stem .. "is" .. " " .. args.sep}
data.forms["past_sub_3s"] = {args.pref .. past_conj_stem .. "i" .. " " .. args.sep}
data.forms["past_sub_1p"] = {args.pref .. past_conj_stem .. "in" .. " " .. args.sep}
data.forms["past_sub_2p"] = {args.pref .. past_conj_stem .. "it" .. " " .. args.sep}
data.forms["past_sub_3p"] = {args.pref .. past_conj_stem .. "in" .. " " .. args.sep}
data.forms["imp_s"] = {"-"}
data.forms["imp_p"] = {"-"}
data.forms["pres_part"] = {args.sep .. args.pref .. pres_p_stem .. "andi"}
data.forms["past_part"] = {past_part, past_part_an}
table.insert(data.categories, "Old Dutch preterite-present verbs")
end
})
conj_data.irregular = {}
conj_data.irregular["bringan"] = function(data)
data.conj_type = "weak [[irregular]]"
data.forms["inf"] = {"bringan"}
data.forms["pres_ind_1s"] = {"bringo", "bringon"}
data.forms["pres_ind_2s"] = {"bringis", "bringist"}
data.forms["pres_ind_3s"] = {"bringit"}
data.forms["pres_ind_1p"] = {"bringon"}
data.forms["pres_ind_2p"] = {"bringit"}
data.forms["pres_ind_3p"] = {"bringont"}
data.forms["past_ind_1s"] = {"brāhta"}
data.forms["past_ind_2s"] = {"brāhtos"}
data.forms["past_ind_3s"] = {"brāhta"}
data.forms["past_ind_1p"] = {"brāhtun"}
data.forms["past_ind_2p"] = {"brāhtut"}
data.forms["past_ind_3p"] = {"brāhtun"}
data.forms["pres_sub_1s"] = {"bringe"}
data.forms["pres_sub_2s"] = {"bringes", "bringest"}
data.forms["pres_sub_3s"] = {"bringe"}
data.forms["pres_sub_1p"] = {"bringen"}
data.forms["pres_sub_2p"] = {"bringet"}
data.forms["pres_sub_3p"] = {"bringen"}
data.forms["past_sub_1s"] = {"brāhti"}
data.forms["past_sub_2s"] = {"brāhtis"}
data.forms["past_sub_3s"] = {"brāhti"}
data.forms["past_sub_1p"] = {"brāhtin"}
data.forms["past_sub_2p"] = {"brāhtit"}
data.forms["past_sub_3p"] = {"brāhtin"}
data.forms["imp_s"] = {"bring"}
data.forms["imp_p"] = {"bringit"}
data.forms["pres_part"] = {"bringandi"}
data.forms["past_part"] = {"gibrāht"}
table.insert(data.categories, "Old Dutch irregular weak verbs")
end
conj_data.irregular["duon"] = function(data)
data.conj_type = "[[irregular]]"
data.forms["inf"] = {"duon"}
data.forms["pres_ind_1s"] = {"duo", "duon"}
data.forms["pres_ind_2s"] = {"duos", "duost"}
data.forms["pres_ind_3s"] = {"duot"}
data.forms["pres_ind_1p"] = {"duon"}
data.forms["pres_ind_2p"] = {"duot"}
data.forms["pres_ind_3p"] = {"duont"}
data.forms["past_ind_1s"] = {"deda"}
data.forms["past_ind_2s"] = {"dedi", "dedis"}
data.forms["past_ind_3s"] = {"deda"}
data.forms["past_ind_1p"] = {"dādun"}
data.forms["past_ind_2p"] = {"dādut"}
data.forms["past_ind_3p"] = {"dādun"}
data.forms["pres_sub_1s"] = {"duo"}
data.forms["pres_sub_2s"] = {"duos", "duost"}
data.forms["pres_sub_3s"] = {"duo"}
data.forms["pres_sub_1p"] = {"duon"}
data.forms["pres_sub_2p"] = {"duot"}
data.forms["pres_sub_3p"] = {"duon"}
data.forms["past_sub_1s"] = {"dādi"}
data.forms["past_sub_2s"] = {"dādis"}
data.forms["past_sub_3s"] = {"dādi"}
data.forms["past_sub_1p"] = {"dādin"}
data.forms["past_sub_2p"] = {"dādit"}
data.forms["past_sub_3p"] = {"dādin"}
data.forms["imp_s"] = {"duo"}
data.forms["imp_p"] = {"duot"}
data.forms["pres_part"] = {"duondi"}
data.forms["past_part"] = {"gidān"}
table.insert(data.categories, "Old Dutch irregular verbs")
table.insert(data.categories, "Old Dutch contracted verbs")
end
conj_data.irregular["wesan"] = function(data)
data.conj_type = "irregular [[suppletive]]"
data.forms["inf"] = {"wesan", "sīn"}
data.forms["pres_ind_1s"] = {"bim", "bin"}
data.forms["pres_ind_2s"] = {"bis", "bist"}
data.forms["pres_ind_3s"] = {"is", "ist"}
data.forms["pres_ind_1p"] = {"sīn"}
data.forms["pres_ind_2p"] = {"sīt"}
data.forms["pres_ind_3p"] = {"sint", "sīn"}
data.forms["past_ind_1s"] = {"was"}
data.forms["past_ind_2s"] = {"wāri"}
data.forms["past_ind_3s"] = {"was"}
data.forms["past_ind_1p"] = {"wārun"}
data.forms["past_ind_2p"] = {"wārut"}
data.forms["past_ind_3p"] = {"wārun"}
data.forms["pres_sub_1s"] = {"sī"}
data.forms["pres_sub_2s"] = {"sīs", "sīst"}
data.forms["pres_sub_3s"] = {"sī"}
data.forms["pres_sub_1p"] = {"sīn"}
data.forms["pres_sub_2p"] = {"sīt"}
data.forms["pres_sub_3p"] = {"sīn"}
data.forms["past_sub_1s"] = {"wāri"}
data.forms["past_sub_2s"] = {"wāris", "wārist"}
data.forms["past_sub_3s"] = {"wāri"}
data.forms["past_sub_1p"] = {"wārin"}
data.forms["past_sub_2p"] = {"wārit"}
data.forms["past_sub_3p"] = {"wārin"}
data.forms["imp_s"] = {"wis"}
data.forms["imp_p"] = {"wisit"}
data.forms["pres_part"] = {"wesandi"}
data.forms["past_part"] = {"giwesan"}
table.insert(data.categories, "Old Dutch suppletive verbs")
end
conj_data.irregular["willen"] = function(data)
data.conj_type = "weak [[irregular]]"
data.forms["inf"] = {"willen"}
data.forms["pres_ind_1s"] = {"wil", "willo", "willon"}
data.forms["pres_ind_2s"] = {"wilt", "willis", "willist"}
data.forms["pres_ind_3s"] = {"wil", "wilt"}
data.forms["pres_ind_1p"] = {"willon"}
data.forms["pres_ind_2p"] = {"willet"}
data.forms["pres_ind_3p"] = {"willent"}
data.forms["past_ind_1s"] = {"wolda"}
data.forms["past_ind_2s"] = {"woldos"}
data.forms["past_ind_3s"] = {"wolda"}
data.forms["past_ind_1p"] = {"woldun"}
data.forms["past_ind_2p"] = {"woldut"}
data.forms["past_ind_3p"] = {"woldun"}
data.forms["pres_sub_1s"] = {"wille"}
data.forms["pres_sub_2s"] = {"willes", "willest"}
data.forms["pres_sub_3s"] = {"wille"}
data.forms["pres_sub_1p"] = {"willen"}
data.forms["pres_sub_2p"] = {"willet"}
data.forms["pres_sub_3p"] = {"willen"}
data.forms["past_sub_1s"] = {"wuldi"}
data.forms["past_sub_2s"] = {"wuldis"}
data.forms["past_sub_3s"] = {"wuldi"}
data.forms["past_sub_1p"] = {"wuldin"}
data.forms["past_sub_2p"] = {"wuldit"}
data.forms["past_sub_3p"] = {"wuldin"}
data.forms["imp_s"] = {"-"}
data.forms["imp_p"] = {"-"}
data.forms["pres_part"] = {"willendi"}
data.forms["past_part"] = {"giwild", "giwold"}
table.insert(data.categories, "Old Dutch irregular weak verbs")
end
local function add_asterisks(forms, data)
for _, form in ipairs(forms) do
for i, subform in ipairs(data.forms[form]) do
data.forms[form][i] = "*" .. subform
end
end
end
-- The main entry point.
-- This is the only function that can be invoked from a template.
function export.show(frame)
local parent_args = frame:getParent().args
local conj_type = (frame.args["conj"] or parent_args["conj"]) or "st"
if not conj_data[conj_type] then
error("Unknown conjugation '" .. conj_type .. "'")
end
local data = {forms = {}, categories = {}}
data.head = parent_args["head"] or nil
local args = require("Module:parameters").process(parent_args, conj_data[conj_type].params, true)
-- Override for templates
if not args[1] then
setmetatable(args, {__index = function(self, key)
return "{{{" .. key .. "}}}"
end
})
end
-- Generate the forms
if parent_args.irr then
table.insert(data.categories, "Old Dutch irregular verbs")
if conj_data.irregular[parent_args.irr] then
conj_data.irregular[parent_args.irr](data)
else
conj_data[conj_type](args, data)
end
else
conj_data[conj_type](args, data)
end
-- Make the table
return make_table(data)
end
function make_table(data)
local function show_form(form)
if not form then
return "—"
end
local ret = {}
for key, subform in ipairs(form) do
if mw.title.getCurrentTitle().nsText == "Reconstruction" and subform ~= "—" then
subform = "*" .. subform
end
table.insert(ret, m_links.full_link({lang = lang, term = subform}))
end
return table.concat(ret, ", ")
end
local function repl(param)
if param == "conj_type" then
return data.conj_type
else
return show_form(data.forms[param])
end
end
local wikicode = [=[
<div class="NavFrame" style="width: 42em">
<div class="NavHead" style="background-color:#CCCCFF;">Conjugation of ''{{{inf}}}'' ({{{conj_type}}})</div>
<div class="NavContent">
{| style="width: 100%; border:1px solid #CCCCFF; line-height: 125%; background-color:#F9F9F9; text-align:center; border: 1px solid #CCCCFF;" cellspacing="1" cellpadding="3" cellspacing="1" class="inflection-table"
|- style="background-color:#F2F2FF;"
|-
! style="background-color:#DEDEEE;" | infinitive
| colspan="2" style="background-color:#EFEFEF;" | {{{inf}}}
|-
! style="background-color:#CCCCFF;" | [[indicative mood|indicative]]
! style="background-color:#DEDEEE;" | [[present tense|present]]
! style="background-color:#DEDEEE;" | [[past tense|past]]
|-
! style="background-color:#EEEEEE;" | 1st person singular
| style="background-color:#efefff;" | {{{pres_ind_1s}}}
| style="background-color:#efefff;" | {{{past_ind_1s}}}
|-
! style="background-color:#EEEEEE;" | 2nd person singular
| style="background-color:#efefff;" | {{{pres_ind_2s}}}
| style="background-color:#efefff;" | {{{past_ind_2s}}}
|-
! style="background-color:#EEEEEE;" | 3rd person singular
| style="background-color:#efefff;" | {{{pres_ind_3s}}}
| style="background-color:#efefff;" | {{{past_ind_3s}}}
|-
! style="background-color:#EEEEEE;" | 1st person plural
| style="background-color:#efefff;" | {{{pres_ind_1p}}}
| style="background-color:#efefff;" | {{{past_ind_1p}}}
|-
! style="background-color:#EEEEEE;" | 2nd person plural
| style="background-color:#efefff;" | {{{pres_ind_2p}}}
| style="background-color:#efefff;" | {{{past_ind_2p}}}
|-
! style="background-color:#EEEEEE;" | 3rd person plural
| style="background-color:#efefff;" | {{{pres_ind_3p}}}
| style="background-color:#efefff;" | {{{past_ind_3p}}}
|-
! style="background-color:#CCCCFF;" | [[subjunctive mood|subjunctive]]
! style="background-color:#eeeede;" | present
! style="background-color:#eeeede;" | past
|-
! style="background-color:#eeeeee;" | 1st person singular
| style="background-color:#ffffef;" | {{{pres_sub_1s}}}
| style="background-color:#ffffef;" | {{{past_sub_1s}}}
|-
! style="background-color:#eeeeee;" | 2nd person singular
| style="background-color:#ffffef;" | {{{pres_sub_2s}}}
| style="background-color:#ffffef;" | {{{past_sub_2s}}}
|-
! style="background-color:#eeeeee;" | 3rd person singular
| style="background-color:#ffffef;" | {{{pres_sub_3s}}}
| style="background-color:#ffffef;" | {{{past_sub_3s}}}
|-
! style="background-color:#eeeeee;" | 1st person plural
| style="background-color:#ffffef;" | {{{pres_sub_1p}}}
| style="background-color:#ffffef;" | {{{past_sub_1p}}}
|-
! style="background-color:#eeeeee;" | 2nd person plural
| style="background-color:#ffffef;" | {{{pres_sub_2p}}}
| style="background-color:#ffffef;" | {{{past_sub_2p}}}
|-
! style="background-color:#eeeeee;" | 3rd person plural
| style="background-color:#ffffef;" | {{{pres_sub_3p}}}
| style="background-color:#ffffef;" | {{{past_sub_3p}}}
|-
! style="background-color:#CCCCFF;" | [[imperative mood|imperative]]
! style="background-color:#eedede;" | present
! rowspan="3" style="background-color:#e0e0e0;" |
|-
! style="background-color:#eeeeee;" | singular
| style="background-color:#ffefef;" | {{{imp_s}}}
|-
! style="background-color:#eeeeee;" | plural
| style="background-color:#ffefef;" | {{{imp_p}}}
|-
! style="background-color:#CCCCFF; font-weight:bold;" | [[participle]]
! style="background-color:#deeede; font-weight:bold;" | [[present tense|present]]
! style="background-color:#deeede; font-weight:bold;" | [[past tense|past]]
|-
! style="background-color:#eeeeee; font-weight:bold;" |
| style="background-color:#efffef;" | {{{pres_part}}}
| style="background-color:#efffef;" | {{{past_part}}}
|}</div></div>]=]
return (mw.ustring.gsub(wikicode, "{{{([a-z0-9_]+)}}}", repl)) .. m_utils.format_categories(data.categories, lang)
end
return export