Module:AlchemistPassiveList
Module documentation
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Module:AlchemistPassiveList's function main is invoked by Template:AlchemistPassiveList.
Module:AlchemistPassiveList requires Module:Currency.
Module:AlchemistPassiveList requires Module:Mw.html extension.
Module:AlchemistPassiveList requires Module:Paramtest.
Module:AlchemistPassiveList requires strict.
require('strict')
require('Module:Mw.html extension')
local param = require( 'Module:Paramtest' )
local currency = require('Module:Currency')
local lang = mw.getContentLanguage()
local p = {}
-- non dynamic module, no inputs
function p.main()
-- returns only directly needed parameter needed for the row,
-- other parameters are determined by subqueries of chained pages
local query = {
'[[Uses facility::Passive Potion Station]] OR [[Variant of::Ebsworth Work]]',
'?Variant of #- = variant',
'?Profession Level A = lvl',
'? #- = name',
'?Recipe JSON = recipeJSON',
'?Activity XP = XP',
'?Activity duration = duration',
'?Value = sell',
'?Activity coins = coins',
'sort = Profession Level A',
'limit = 500'
}
local results = mw.smw.ask(query)
-- criterion for if an entry is a recipe, or a passive activity
for _, item in ipairs(results) do
item.passiveActivity = item.variant=='Ebsworth Work'
end
results = p.formatResults(results)
return p.displayTable(results)
--for debugging
--return '<pre>'..mw.text.jsonEncode(results, mw.text.JSON_PRETTY)..'</pre>'
end
-- makes the html for the cells containing currency directly
-- Replaces nil with an "unknown" cell
local function currency_cell(amount)
if not amount then
return mw.html.create('td')
:addClass('table-bg-gray')
:css{ ['text-align'] = 'center' }
:attr{ colspan = '10' }
:wikitext("''unknown''")
:done()
end
return currency._cell(amount, { html = 'yes' })
end
-- do calculations and determine strings to go in cells
function p.formatResults(results)
-- iterate through products
for _, item in ipairs(results) do
-- recipe in a workable format
if item.passiveActivity then
-- if it is a passive activity that is not a recipe
-- some fields are easy to work out
item.outputQuantity = 1
item.materials = {}
item.intermediates = {}
item.buy = 0
item.sell = item.coins
else
local unpackJSON = mw.text.jsonDecode(item.recipeJSON)
item.outputQuantity = unpackJSON.output[1].quantity
-- SECTION REMOVED
-- do not need to extensively search for subrecipes, as passive recipe
-- passive recipes only ever have one step
item.materials = unpackJSON.materials
-- iterate through materials, adding buy price to running total (individuals not needed)
item.buy = 0
for _, material in ipairs(item.materials) do
--shamelessley lifted from Module:Products
local shopPriceQuery = '[[:+]][[Sold item::' .. material.name .. ']]|?Shop buy price|mainlabel=' .. material.name
local shopPriceResult = mw.smw.ask(shopPriceQuery) or {}
local shopPrice = 0
if shopPriceResult[1] and shopPriceResult[1]["Shop buy price"] then
shopPrice = tonumber(shopPriceResult[1]["Shop buy price"]) or 0
else
item.buy = nil
end
item.buy = item.buy and item.buy + shopPrice * material.quantity
end
end
-- direct values
item.sell = item.sell and item.outputQuantity and item.sell * item.outputQuantity
item.profit = item.sell and item.buy and item.sell - item.buy
item.profitPerXP = item.profit and item.XP and math.floor(item.profit / item.XP * 100) / 100
-- products made in 200 lots of 0.005, no downtime for passive activities
local batchSize = 200
local downtime = 0
item.duration = item.duration and item.duration + downtime/batchSize
item.productPerHour = item.duration and 1 / item.duration * 3600
-- properties per hour
item.XPPerHour = item.XP and item.productPerHour and math.floor(item.XP * item.productPerHour)
item.profitPerHour = item.profit and item.productPerHour and math.floor(item.profit * item.productPerHour)
end
return results
end
-- make the table
function p.displayTable(results)
local out = mw.html.create('table')
:addClass('wikitable sortable')
:tag('tr')
:tag('th')
:wikitext('[[File:Alchemist small icon.png|15px]] Level')
:done()
:tag('th')
:attr{ colspan = '3' }
:wikitext('Product')
:done()
:tag('th')
:wikitext('Materials')
:done()
:tag('th')
:attr{ colspan = '10' }
:wikitext('Buy Value')
:done()
:tag('th')
:attr{ colspan = '10' }
:wikitext('Sell Value')
:done()
:tag('th')
:attr{ colspan = '10' }
:wikitext('Profit')
:done()
:tag('th')
:attr{ colspan = '10' }
:wikitext('Profit/hr')
:done()
:tag('th')
:wikitext('XP')
:done()
:tag('th')
:wikitext('XP/hr')
:done()
:tag('th')
:attr{ colspan = '10' }
:wikitext('Coins/XP')
:done()
:done()
local unknown_value_cell = mw.html.create('td')
:addClass('table-bg-gray')
:css{ ['text-align'] = 'center' }
:wikitext("''unknown''")
for i, item in ipairs(results) do
local row = out:tag('tr')
:IF(item.lvl)
:tag('td')
:css{ ['text-align'] = 'center' }
:wikitext(item.lvl)
:done()
:ELSE()
:node(unknown_value_cell)
:END()
:tag('td')
:css{ ['border-right'] = '0', ['padding-right'] = '0', ['text-align'] = 'right' }
:attr{ ['data-sort-value'] = item.name }
:wikitext(item.outputQuantity .. ' ×')
:done()
:tag('td')
:addClass('plinkt-image no-border')
:css{ ['border-left'] = '0', ['padding-left'] = '0' }
:wikitext('[[File:' .. item.name .. '.png|link=' .. item.name .. '|30px]]')
:done()
:tag('td')
:addClass('plinkt-link no-border')
:wikitext('[[' .. item.name .. ']]')
:done()
:IF(not(item.passiveActivity))
local materialCell = row:tag('td')
for i, _ in ipairs(item.materials) do
materialCell:wikitext(item.materials[i].quantity .. '× [[File:' .. item.materials[i].name .. '.png|18px|link=' .. item.materials[i].name .. ']] [[' .. item.materials[i].name .. ']]<br>')
end
row
:node(currency_cell(item.buy))
:node(currency_cell(item.sell))
:ELSE()
:tag('td')
:addClass('table-na')
:attr{ colspan = '21' }
:wikitext('N/A')
:done()
:END()
:node(currency_cell(item.profit))
:node(currency_cell(item.profitPerHour))
:IF(item.XP)
:tag('td')
:wikitext(item.XP and lang:formatNum(tonumber(item.XP)))
:done()
:ELSE()
:node(unknown_value_cell)
:END()
:IF(item.XPPerHour)
:tag('td')
:wikitext(item.XPPerHour and lang:formatNum(tonumber(item.XPPerHour)))
:done()
:ELSE()
:node(unknown_value_cell)
:END()
:node(currency_cell(item.profitPerXP))
:done()
end
return out
end
return p