Module:rad-stem/templates

Underlies:

• {{rad-conj}}
• {{rad-comp}}
• {{rad-decl}}
• {{rad-enclisis}}

---

--[[
WORK IN PROGRESS
]]--

local export = {}
local getArgs = require('Module:Arguments').getArgs

local m_stem = require("Module:rad-stem")
local m_parameters = require("Module:parameters")
local m_links = require("Module:links")
local m_languages = require("Module:languages")

function get_stems(args)
	local shifted = {"noun", "_"}
	
	local i = 1
	while args[i] do
		shifted[i+2] = args[i]
		i = i + 1
	end
	
	return m_stem.getNounStem(shifted)
end

function break_adj(adj)
	local C = "bcdðfghħjĵkķlmnņpqrsștvwxzþ°"
	local temp = adj

	temp = mw.ustring.gsub(temp, "([" .. C .. "])([" .. C .. "])íș$", "%1%2ieș")
	temp = mw.ustring.gsub(temp, "(°)", "")
	temp = mw.ustring.gsub(temp, "(íș)$", "jeș")
	temp = mw.ustring.gsub(temp, "(úș)$", "uoș")
	temp = mw.ustring.gsub(temp, "(ýș)$", "yeș")
	temp = mw.ustring.gsub(temp, "(oș)$", "uș")

	return temp
end

function rad_link(word)
	return m_links.full_link{
    term = word,
    language = m_languages.get_by_code("rad")
}
end

function rad_IPA(word)
	local IPA = require("Module:rad-IPA").generate{
		word,
		"format",
		"nolarge"
	}
	return "<span style=\"color:dimgrey\">" .. IPA .. "</span>" 
end

function rad_link_IPA(word)
	if type(word) == "string" then
		return rad_link(word) .. "<br>" .. rad_IPA(word)
	elseif type(word) == "table" then
		local links = {}
		local IPAs = {}
		for _, i in ipairs(word) do
			local new_link = rad_link(i['word'])
			if i['note'] then new_link = new_link .. " (<i>" .. i['note'] .. "</i>)" end
			table.insert(links, new_link)
			table.insert(IPAs, rad_IPA(i['word']))
		end
		return table.concat(links, ", ") .. "<br>" .. table.concat(IPAs, " ")
	else error("Incompatible input type for rad_link_IPA")
	end
end

function export.show(frame)
	local args = getArgs(frame)
	local stem_gen = get_stems(args)
	local stems = {
		nom = args['nom'] or stem_gen.nom,
		acc = args['acc'] or stem_gen.acc,
		dat = args['dat'] or stem_gen.dat,
		gen = args['gen'] or stem_gen.gen,
		ins = args['ins'] or stem_gen.ins,
		nompl = args['nompl'] or stem_gen.nompl,
		genpl = args['genpl'] or stem_gen.genpl,
		genpl_short = args['genpl_short'] or stem_gen.genpl_short,
		['type'] = stem_gen['type'],
		}
	local adj = args['adj']
	local adj_broken = ""
	local adj_broken_e = ""
	if adj then
		adj = " " .. adj
		adj_broken = args['adjbreak'] or break_adj(adj) 
		adj_broken_e = mw.ustring.gsub(adj_broken, "(uș)$", "ûș")
		adj_broken_e = mw.ustring.gsub(adj_broken, "(aûș)$", "auș")
		adj_broken_e = mw.ustring.gsub(adj_broken, "(aùș)$", "aûș")
		adj_broken_e = adj_broken_e .. "e"
		adj = mw.ustring.gsub(adj, "(°)", "")
	else
		adj_broken = nil
		adj_broken_e = nil
	end
	local post = args['post']
	
	local format_table = {}
	
	local decl_type = {
		["C"] = "heavy",
		["CH"] = "heavy spirant",
		["VH"] = "light spirant",
		["V"] = "light",
		["G"] = "semi-light"
	}
	
	local type_name = decl_type[stems['type']]
	
	local table_type = args['type'] or "sgpl"
	
	local function add(code)
		table.insert(format_table, code)
	end
	
	local function th(data, rowspan, colspan)
		local to_add = "<th"
		if rowspan and rowspan~=1 then to_add = to_add .. " rowspan=" .. rowspan end
		if colspan and colspan~=1 then to_add = to_add .. " colspan=" .. colspan end
		to_add = to_add .. ">" .. data .. "</th>"
		add(to_add)
	end
	
	local function td(data, rowspan, colspan)
		local to_add = "<td"
		if rowspan and rowspan~=1 then to_add = to_add .. " rowspan=" .. rowspan end
		if colspan and colspan~=1 then to_add = to_add .. " colspan=" .. colspan end
		to_add = to_add .. ">" .. data .. "</td>"
		add(to_add)
	end
	
	-- generate forms --
	local nom = stems.nom
		if adj_broken_e then nom = nom .. adj_broken_e end
		if post then nom = nom .. post end
	local nom_cite = nom
	nom = rad_link_IPA(nom)
		
	local gen = stems.gen
		if adj_broken then gen = gen .. adj_broken .. "k" end
		if post then gen = gen .. post end
		if args['altgen'] then
			local list = {
				[1] = {['word'] = gen},
				[2] = {['word'] = args['altgen'], ['note'] = args['altgen_note']}
			}
			local counter = 2
			while args['altgen' .. counter] do
				local temp = args['altgen' .. counter]
				if adj_broken then temp = temp .. adj_broken .. "k" end
				if post then temp = temp .. post end
				list[counter + 1] = {['word'] = temp, ['note'] = args['altgen' .. counter .. "_note"]}
				counter = counter + 1	
			end
			gen = rad_link_IPA(list)
		else
			gen = rad_link_IPA(gen)
		end
	
	
	add("<table class=\"mw-collapsible mw-collapsed wikitable inflection table\" style=\"text-align: center\">")
		if table_type == "sgpl" then
			th("Declension of <i>" .. nom_cite .. "</i> (" .. type_name .. ") &nbsp", 1, 4)
			add("<tr>")
				th("nominative", 1, 2)
				if nom == nompl then
					td(nom, 1, 2)
				else
					td(nom)
				end
			add("</tr>")
			add("<tr>")
				th("genitive", 2, 1)
				th("proper")
				td(gen)
			add("</tr>")
		elseif table_type == "sg" then
			
		elseif table_type == "pl" then
			
		elseif table_type == "du" then
			
		elseif table_type == "dupl" then
			
		end
	add("</table>")
	
	add("<includeonly>")
		add("[[Category:" .. m_languages.get_by_code("rad").name .. " " .. type_name .. " stems]]")
		if table_type == "sg" then add("[[Category:" .. m_languages.get_by_code("rad").name .. " singularia tantum]]")
		elseif table_type == "pl" then add("[[Category:" .. m_languages.get_by_code("rad").name .. " pluralia tantum]]")
		elseif table_type == "du" then add("[[Category:" .. m_languages.get_by_code("rad").name .. " pluralia binaria]]")
		elseif table_type == "dupl" then add("[[Category:" .. m_languages.get_by_code("rad").name .. " pluralia binaria tantum]]")
		end
	add("</includeonly>")
	
	return table.concat(format_table, string.char(10))
end

return export

--[[
Debug console test string:
=p.show(mw.getCurrentFrame():newChild{title="whatever",args={"hv", "o~u^u", "þ"}})
]]--