Module:Territories

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Please see Template:Territory for usage information. Use the template rather than invoking the module. Data for this module is imported from Module:Territories/data.

The above documentation is transcluded from Module:Territories/doc.

local p = {}
local territories = mw.loadData('Module:Territories/data')

--Create keyed index of territories from the data (which is an array)
local function makeIndex()
	local index = {}
	for i, tt in ipairs(territories) do
		if index[tt.id] then
			mw.log('Duplicate territory found: ' .. tt.id .. ' at index ' .. i)
			tt.id = tt.id .. "_"
		end
		index[tt.id] = tt
	end
	return index
end
p.index = makeIndex()

--Table functions do not work with mw.loadData, so this function returns a new table of the given territory's neighbors.
--Expects a territory object as input.
local function getNeighbors(tt)
	local neighbors = {}
	for _, n in ipairs(tt.neighbors) do
		table.insert(neighbors, n)
	end
	return neighbors
end

local function lookup(tt, prop)
	local data = p.index[tt]
	
	if prop == 'coordinates' then
		return '(' .. data.coordinates.x .. ', ' .. data.coordinates.y .. ')'
	elseif prop == 'x' or prop == 'y' then
		return data.coordinates[prop]
	elseif prop == 'neighbors' then
		return table.concat(getNeighbors(data), ', ')
	elseif not data[prop] then
		return '<span class="error">invalid property: ' .. prop .. '</span>'
	else
		return data[prop]
	end
end

local function stats(tt, prop, stat)
	if stat == 'overall' then
		--Overall territories stats
		local total = 0
		local possible = 26 * 26 * 26
		local sectors = {0, 0, 0, 0, 0, 0, 0}
		for _, terr in ipairs(territories) do
			total = total + 1
			sectors[terr.sector] = sectors[terr.sector] + 1
		end
		local out = {
			'*Total territories: ' .. total,
			'*Possible three-letter territories: ' .. possible .. ' (' .. mw.ustring.format('%.2f', total/possible*100) .. '% used)',
			'*By sector:',
		}
		for i, sCount in ipairs(sectors) do
			table.insert(out, '**Sector ' .. i .. ': ' .. sCount)
		end
		return table.concat(out, '\n')
	elseif stat == 'neighbors' then
		--Return the number of neighbors of the given territory
		return #getNeighbors(p.index[tt])
	elseif stat == 'connected' then
		--Return boolean indicating whether the two given territories are connected
		prop = mw.ustring.upper(prop or '')
		if prop == '' then
			return '<span class="error">two territories required for stat=connected</span>'
		end
		for _, n in ipairs(p.index[tt].neighbors) do
			if n == prop then
				return true
			end
		end
		return false
	else
		return '<span class="error">invalid stat parameter</span>'
	end
end

--To allow for console testing and requiring this module
function p.call(args)
	local tt = mw.ustring.upper(args[1] or '')
	local prop = args[2]
	local stat = args.stat
	
	if tt ~= '' and not p.index[tt] then
		return '<span class="error">territory "' .. tt .. '" not found</span>'
	end
	
	if stat and stat ~= '' then
		return stats(tt, prop, stat)
	elseif tt ~= '' then
		return lookup(tt, prop)
	else
		return '<span class="error">at least one parameter is required</span>'
	end
end

function p.main(frame)
	return p.call(frame:getParent().args)
end

return p