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Undo revision 311448 by Totaku (talk)
local p = {}
local p = {}
-- Module for map branching written by
-- Module for map branching written by
-- Remi_Scarlet
-- Remi_Scarlet
-- I fucking hate lua.
-- I fucking hate lua.
-- 10/24/15 Added colorful blue button thing
-- 10/24/15 Added colorful blue button thing
-- 5/5/16 Added multiple start location support
local remiLib = require("Module:RemiLib")
local remiLib = require("Module:RemiLib")
function p.renderBranchingTable(graph, collapsed)
function p.renderBranchingTable(graph, collapsed)
local uniqueID = remiLib.timeHash()
local uniqueID = remiLib.timeHash(graph)
local classString = "mw-customtoggle-" .. tostring(uniqueID)
local classString = "mw-customtoggle-" .. tostring(uniqueID)
local idString = "mw-customcollapsible-" .. tostring(uniqueID)
local idString = "mw-customcollapsible-" .. tostring(uniqueID)
local button = mw.html.create('div')
local button = mw.html.create('div')
button
button
:addClass("globalbutton")
:addClass("globalbutton")
:wikitext("Show/Hide Branching Rules")
:wikitext("Show/Hide Branching Rules")
local body = mw.html.create("table")
local body = mw.html.create("table")
body
body
:attr("id",idString)
:attr("id",idString)
:css("width","300px")
:css("width","300px")
local titleRow = mw.html.create("tr")
local titleRow = mw.html.create("tr")
local th = mw.html.create("th")
local th = mw.html.create("th")
-- toTable is a table of all the to's
-- toTable is a table of all the to's
--
--
local possibleStarts = remiLib.mergeArrays({"START"},remiLib.uppercase)
local possibleNodes = remiLib.mergeArrays({"START", "START-1", "START-2",
for _,from in pairs(possibleStarts) do
"START-3", "START-4", "START-5"}
,remiLib.uppercase)
-- 5/5/16
-- Since multiple start paths are possible (Eg, starting from two different places)
-- adding the ability to specify multiple start points. Assuming no more than 5 start points ever lol.
-- Yeah yeah I get that it's bad code design. Shut up, I don't care enough to put more than 5 minutes of thought into this.
for _,from in pairs(possibleNodes) do
if graph[from] ~= nil then
if graph[from] ~= nil then
local toTable = graph[from]
local toTable = graph[from]
-- instance of the "to" node connecting to a "from" node
-- instance of the "to" node connecting to a "from" node
local isFirstTo = true
local isFirstTo = true
for _,toNode in pairs(remiLib.uppercase) do
for _,toNode in pairs(possibleNodes) do
if toTable[toNode] ~= nil then
if toTable[toNode] ~= nil then
if not isFirstTo then
if not isFirstTo then
end
end
col = mw.html.create("td")
col = mw.html.create("td")
col
col
:wikitext(toNode)
:wikitext(toNode)
return tostring(button) .. "\n" .. tostring(body)
return tostring(button) .. "\n" .. tostring(body)
end
end
function p.branchingTemplate(frame)
function p.branchingTemplate(frame)
-- implementing graph as an adjacency list
-- implementing graph as an adjacency list
collapsed = false
collapsed = false
end
end
for param,value in pairs(frame.args) do
for param,value in pairs(frame.args) do
local split = mw.text.split(param,"_")
local split = mw.text.split(param,"_")
-- second val in split is "to" as above
-- second val in split is "to" as above
-- first and third should be length 1 cuz they should be singular letters
-- first and third should be length 1 cuz they should be singular letters
if #split == 3 and string.lower(split[2]) == "to" and (#split[1] == 1 or string.lower(split[1]) == "start") and #split[3] == 1 then
if #split == 3 and
string.lower(split[2]) == "to" and
(#split[1] == 1 or (string.find(string.lower(split[1]),"start") ~= nil)) and
(#split[3] == 1 or (string.find(string.lower(split[3]),"start") ~= nil))then
local from = string.upper(split[1])
local from = string.upper(split[1])
local to = string.upper(split[3])
local to = string.upper(split[3])
if (remiLib.valid(from,remiLib.letters) or string.lower(from) == "start")and remiLib.valid(to,remiLib.letters) then
if (remiLib.valid(from,remiLib.letters) or (string.find(string.lower(split[1]),"start") ~= nil)) and
(remiLib.valid(to,remiLib.letters) or (string.find(string.lower(split[3]),"start") ~= nil))then
if mapGraph[from] == nil then
if mapGraph[from] == nil then
mapGraph[from] = {}
mapGraph[from] = {}
end
end
end
end
--local html = remiLib.dictConcat(table.getKeys(mapGraph["START-4"]),"|")
local html = p.renderBranchingTable(mapGraph,collapsed)
local html = p.renderBranchingTable(mapGraph,collapsed)
return html
return html
end
end
return p
return p