Module:Test
From Elwiki
Documentation for this module may be created at Module:Test/doc
require('Module:CommonFunctions')
local getArgs = require('Module:Arguments').getArgs
local p = {}
-- Main process
function p.main(frame)
local args = getArgs(frame)
function inArgs(key)
if args[key] ~= nil then
return true
end
end
function inArgsStarts(key)
for k, v in spairs(args) do
if string.starts(k, key) then
return true
end
end
end
-- Function wrapper for vardefine syntax in MW.
function var(name, dmg)
if (args.format == 'false') then
return '{{#vardefine:' .. name .. '|' .. round(dmg) .. '}}'
else
return '{{#vardefine:' .. name .. '|{{formatnum:' .. round(dmg) .. '}}%}}'
end
end
local data_types = {'dmg', 'pvp_dmg', 'hits', 'avg_hits', 'awk_hits', 'avg_awk_hits', 'hits_useful', 'avg_hits_useful', 'awk_hits_useful', 'avg_awk_hits_useful'}
local i = 1
for k,v in spairs(data_types) do
local data = {}
if (inArgs(v)) then
data[v .. i] = split(args[v])[i]
end
end
-- Handle trait table
local traits = {}
if (inArgs('heavy')) then
traits.heavy = 1.44
end
if (inArgs('enhanced')) then
traits.enhanced = 0.8
end
-- Customizable for empowered, it had to be special lol.
if (inArgs('empowered')) then
if (args.empowered == 'true') then
traits.empowered = 1.2
else
traits.empowered = args.empowered
end
end
-- Output passives if provided.
local array_regex = "%d+%.%d+,%s%d+%.%d+"
local passive1 = 0
local passive2 = 0
if inArgs('passive1') then
passive1 = args.passive1
if string.match(passive1, array_regex) then
passive1 = split(passive1)
else
passive1 = split(frame:preprocess('{{:' .. passive1 .. '}}{{#arrayprint:' .. passive1 .. '}}'))
end
end
if inArgs('passive2') then
passive2 = args.passive2
if string.match(passive2, array_regex) then
passive2 = split(passive2)
else
passive2 = split(frame:preprocess('{{:' .. passive2 .. '}}{{#arrayprint:' .. passive2 .. '}}'))
end
end
function list(ispvp)
-- Define tables that hold the subsequent damage values.
-- I know this isn't the best, but I don't want to work with nested tables in this language.
local fvals = {}
local tvals = {}
local pvals1 = {}
local pvals2 = {}
local pvals12 = {}
-- Check the specified mode and define the prefixes/suffixes first.
local pr = ''
local su = ''
local p_index = 1
if ispvp then
p_index = 2
end
if (ispvp) then
pr = 'pvp_'
su = '_pvp'
end
-- Define total/average damage calculation based on damage per hit and hit amount.
function getTotal(dmg, hits, fval)
local i = 1
fvals[fval] = 0
for k, v in spairs(args) do
if string.starts(k, pr .. 'dmg') then
-- Proceed to combine
fvals[fval] = fvals[fval] + args[dmg .. i] * args[hits .. i]
i = i + 1
end
end
-- Apply Useful modifier.
if string.find(fval, 'useful') then
fvals[fval] = fvals[fval] * args.useful_penalty
end
end
-- Actually generate the values depending on arguments provided.
getTotal(pr .. 'dmg', 'hits', 'total_damage' .. su)
if inArgsStarts('avg_hits') then
getTotal(pr .. 'dmg', 'avg_hits', 'avg_damage' .. su)
end
if inArgsStarts(pr .. 'awk_dmg') then
getTotal(pr .. 'awk_dmg', 'awk_hits', 'total_damage_awk' .. su)
end
if inArgsStarts('avg_awk_hits') then
getTotal(pr .. 'awk_dmg', 'avg_awk_hits', 'avg_damage_awk' .. su)
end
-- Handling traits
-- Useful handled separately
if inArgs('useful_penalty') then
getTotal(pr .. 'dmg', 'hits_useful', 'total_damage_useful' .. su)
if (inArgsStarts('avg_hits_useful')) then
getTotal(pr .. 'dmg', 'avg_hits_useful', 'avg_damage_useful' .. su)
end
if inArgsStarts(pr .. 'awk_dmg') then
getTotal(pr .. 'awk_dmg', 'awk_hits_useful', 'total_damage_awk_useful' .. su)
end
if inArgsStarts('avg_awk_hits') then
getTotal(pr .. 'awk_dmg', 'avg_awk_hits_useful', 'avg_damage_awk_useful' .. su)
end
end
-- Multiply all values with traits and store them in another table.
for k, v in spairs(fvals) do
if not string.find(k, 'useful') then
for kt, vt in spairs(traits) do
if inArgs(kt) then
local dmg_name = k .. '_' .. kt
if ispvp then
dmg_name = dmg_name:gsub(su, '') .. su
end
local dmg_formula = v * vt
tvals[dmg_name] = dmg_formula
end
end
end
end
-- Get a table of merged base & trait values
local ftvals = fvals
tableMerge(ftvals, tvals)
if inArgs('passive2') then
for k, v in spairs(ftvals) do
local dmg_name = k .. '_passive2'
if ispvp then
dmg_name = dmg_name:gsub(su, '') .. su
end
local dmg_formula = v * passive2[p_index]
pvals2[dmg_name] = dmg_formula
end
end
if inArgs('passive1') then
for k, v in spairs(ftvals) do
local dmg_name = k .. '_passive1'
if ispvp then
dmg_name = dmg_name:gsub(su, '') .. su
end
local dmg_formula = v * passive1[p_index]
pvals1[dmg_name] = dmg_formula
end
-- Combine both passives.
if inArgs('passive2') then
for k, v in spairs(pvals1) do
local dmg_name = k .. '_passive2'
if ispvp then
dmg_name = dmg_name:gsub(su, '') .. su
end
pvals12[dmg_name] = v * passive2[p_index]
end
end
end
-- Merge all tables into one.
tableMerge(fvals, tvals)
tableMerge(fvals, pvals1)
tableMerge(fvals, pvals2)
tableMerge(fvals, pvals12)
return fvals
end
local out = list(false)
-- Merge the output to a unified table.
tableMerge(out, list(true))
-- Get the actual variables with MW syntax.
local vars = {}
for k, v in spairs(out) do
table.insert(vars, var(k, v))
end
-- Dump all values if wanted.
if args.dump == 'true' then
local ret = {}
for k, v in spairs(out) do
table.insert(ret, k .. ': ' .. v)
end
return frame:preprocess(table.concat(ret, "<br/>"))
else
-- Parse all variables - end point
return frame:preprocess(table.concat(vars))
end
end
return p