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Module:BAGrowthMaterial
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模块文档-- Module:BAGrowthMaterial
-- Made with ♥ by User:Leranjun
-- This module implements {{tl|蔚蓝档案技能材料}}.
-- Please refrain from invoking this module directly.
local p = {}
-- unpack() was deprecated in Lua 5.1
table.unpack = table.unpack or unpack
local getArgs = require("Module:Arguments").getArgs
local function isempty(s)
return not (s and s ~= "")
end
function p.main(frame)
return p._main(getArgs(frame), frame)
end
-- Types of skill levels
local TYPES = {
"ex",
"otr"
}
local TYPENAMES = {
ex = "EX技能",
otr = "其他技能"
}
function p._main(args, frame)
-- For expanding templates later
if (not frame) then
frame = mw.getCurrentFrame()
end
-- Initialise table structure
local r = '{| class="wikitable ba-table ba-center ba-growth-table mw-collapsible mw-collapsed"\n|-\n'
local data = p.parse(args)
-- Initialise table header
r = r .. '! colspan=' .. data.count.total .. ' class="ba-header" | 材料需求\n'
for _, type in ipairs(TYPES) do
-- Initialise column header for type
r = r .. "|-\n"
r = r .. "! rowspan=" .. #data[type] .. " | " .. TYPENAMES[type] .. "\n"
-- Iterate through levels of type
for i, lvl_t in ipairs(data[type]) do
-- Ignore new row for first level
if (i ~= 1) then
r = r .. "|-\n"
end
-- Initialise column header for specific level
r = r .. "! " .. lvl_t.fromlevel .. " → " .. lvl_t.fromlevel + 1 .. "\n"
-- Add credits cell
r = r .. '| class="ba-bg-dark" | ' .. frame:expandTemplate {
title = "蔚蓝档案材料",
args = {
"信用点数",
type = "Item",
num = lvl_t.credits,
}
} .. "\n"
-- Make sure all rows have equal number of columns
for j = 1, data.count.maxcol, 1 do
-- Add new cell anyway
if (j == 1) then
r = r .. "| "
else
r = r .. " || "
end
-- Only add item if exists
if (lvl_t.items[j]) then
r = r .. frame:expandTemplate {
title = "蔚蓝档案材料",
args = {
lvl_t.items[j],
type = "Item",
num = lvl_t.quantity[j],
}
}
end
end
r = r .. "\n"
end
end
r = r .. "|}"
return r
end
function p.parse(args)
--[[
Arguments:
{
LevelName: "Item：Quantity；Item：Quantity；...",
...
}
where LevelName is a String of form "${TypeName}\d+"
e.g. ex1, ex2, otr1, otr2
where TypeName is a String in TYPES
e.g. ex, otr
e.g. {
ex1 = "信用点数：80000；初级战术教育BD(三一)：12；水晶埴轮碎片：19",
ex2 = "信用点数：500000；中级战术教育BD(三一)：12；初级战术教育BD(三一)：18；破损的水晶埴轮：10；罗洪特抄本书页：26",
ex3 = "信用点数：3000000；高级战术教育BD(三一)：12；中级战术教育BD(三一)：18；修好的水晶埴轮：10；毁损的罗洪特抄本：28",
ex4 = "信用点数：10000000；最高级战术教育BD(三一)：8；高级战术教育BD(三一)：18；完整的水晶埴轮：9；编辑过的罗洪特抄本：20",
otr1 = "初级技术笔记(三一)：5；信用点数：5000",
otr2 = "初级技术笔记(三一)：8；信用点数：7500",
otr3 = "中级技术笔记(三一)：5；初级技术笔记(三一)：12；水晶埴轮碎片：4；信用点数：60000",
otr4 = "中级技术笔记(三一)：8；破损的水晶埴轮：4；罗洪特抄本书页：13；信用点数：90000",
otr5 = "高级技术笔记(三一)：5；中级技术笔记(三一)：12；破损的水晶埴轮：9；罗洪特抄本书页：21；信用点数：60000",
}
Returns:
{
TypeName = TypeDataTable,
TypeName = TypeDataTable,
...
count = {
total = Int, -- Total number of rows
maxcol = Int, -- Maximum number of items after "credits"
}
}
where TypeDataTable is a Table of form:
{
fromlevel: Int, -- Current level before upgrade
credits: Int, -- Number of credits required
items: {
String, -- Name of item 1
String, -- Name of item 2
...
},
quantity: {
Int, -- Quantity of item 1,
Int, -- Quantity of item 2,
...
},
}
]]
local r = {}
-- Storing count data for table display
local count = {
total = 0,
maxcol = 0,
}
for _, type in ipairs(TYPES) do
-- Stores data for this type of skill
local type_dat = {}
local i = 1
local lvl = type .. i
local raw = args[lvl]
while raw do
-- Update counter
count.total = count.total + 1
-- Initialise current level data
-- Note: parallel arrays are used for items and quantity to preserve input order, as Lua can guarantee the traversal order for numerical-indexed arrays only.
local cur_dat = {
fromlevel = i,
items = {},
quantity = {},
}
-- Split raw string input into items-quantity pairs
for v in mw.text.gsplit(raw, "；") do
v = mw.text.trim(v)
if isempty(v) then
break
end
item, quantity = table.unpack(mw.text.split(v, "："))
if isempty(item) or isempty(quantity) then
error(lvl .. "材料或数量为空，请检查")
end
if item == "信用点数" then
-- Store credits separately
cur_dat.credits = quantity
else
-- Add item and quantity to parallel arrays
table.insert(cur_dat.items, item)
table.insert(cur_dat.quantity, quantity)
end
end
-- Update max column count
if (#cur_dat.items > count.maxcol) then
count.maxcol = #cur_dat.items
end
-- Add to main table
table.insert(type_dat, cur_dat)
i = i + 1
lvl = type .. i
raw = args[lvl]
end
-- Add to return table
r[type] = type_dat
end
-- Add count data to return table
r.count = count
return r
end
return p