Module:WoodcutterList: Difference between revisions
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(add a column for tool used) |
m (more accuracy to the trees per hour, especially for ash) |
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Line 48:
if item.hideCells then
item.downtime = 0
item.relocate = 2.125 -- basically just the respawn timer (45s / 8nodes - 3.5s chopping)
elseif string.find(item.pageName,'Ash') then
item.downtime =
item.relocate = 6.5 -- from the Strategy guide on the Ash Tree page, 360 log per hour
elseif string.find(item.pageName,'Oak') then
item.downtime = 30
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Revision as of 13:11, 24 December 2024
Module documentation
This documentation is transcluded from Module:WoodcutterList/doc. [edit] [history] [purge]
This module does not have any documentation. Please consider adding documentation at Module:WoodcutterList/doc. [edit]
Module:WoodcutterList's function main is invoked by Template:WoodcutterList.
Module:WoodcutterList requires Module:Mw.html extension.
Module:WoodcutterList requires Module:ProfessionList.
Module:WoodcutterList requires Module:RecipeTreeSearch.
Module:WoodcutterList requires strict.
require('strict')
require('Module:Mw.html extension')
local lang = mw.getContentLanguage()
local plist = require('Module:ProfessionList')
local rts = require('Module:RecipeTreeSearch')
local p = {}
-- non dynamic module, no inputs
function p.main()
local queryString = '[[Category:Woodcutter]] AND [[Category:Pages with activities]]'
local function screenFunction(item)
return not item.passive
end
local results = plist.generate_recipe_table(queryString,screenFunction)
results = p.formatResults(results)
return p.displayTable(results)
--for debugging
--return '<pre>'..mw.text.jsonEncode(results, mw.text.JSON_PRETTY)..'</pre>'
end
-- do calculations and determine strings to go in cells
function p.formatResults(results)
--simple check for nil results
if results==nil or results[1]==nil then
return nil
end
-- iterate through products
for _, item in ipairs(results) do
-- detect brambles
item.hideCells = string.find(item.pageName,'Brambles')
-- downtime is very important for gathering-type professions
-- initial guesses
item.downtime = 60
item.relocate = 5
-- these numbers are based roughly on how far the trees are from a storage rift or bank
if item.hideCells then
item.downtime = 0
item.relocate = 2.125 -- basically just the respawn timer (45s / 8nodes - 3.5s chopping)
elseif string.find(item.pageName,'Ash') then
item.downtime = 35 -- from the Strategy guide on the Ash Tree page, 35s to lumber bank
item.relocate = 6.5 -- from the Strategy guide on the Ash Tree page, 360 log per hour
elseif string.find(item.pageName,'Oak') then
item.downtime = 30
elseif string.find(item.pageName,'Pine') then
item.downtime = 45
elseif string.find(item.pageName,'Hickory') then
item.downtime = 45
elseif string.find(item.pageName,'Juniper') then
item.downtime = 15
elseif string.find(item.pageName,'Poplar') then
item.downtime = 60
elseif string.find(item.pageName,'Suave') then
item.downtime = 60
elseif string.find(item.pageName,'Yew') then
item.downtime = 45
end
-- profitability
item.profit = item.sellPrice
-- products per hour
item.batch = 24
item.productPerHour = item.duration and math.floor(1 / (item.duration + item.relocate + item.downtime / item.batch) * 3600)
item.productPerHourDropping = item.duration and 1 / (item.duration + item.relocate) * 3600
-- properties per hour
item.xpPerHour = item.xp and item.productPerHour and math.floor(item.xp * item.productPerHour)
item.xpPerHourDropping = item.xp and item.productPerHourDropping and math.floor(item.xp * item.productPerHourDropping)
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)
--simple check for nil results
if results ==nil or results[1] == nil then
return 'No data found for table'
end
local out = mw.html.create('table')
:addClass('wikitable sortable')
:tag('tr')
:tag('th')
:wikitext('[[File:Woodcutter small icon.png|15px]] Level')
:done()
:tag('th')
:attr{ colspan = '2' }
:wikitext('Tree')
:done()
:tag('th')
:attr{ colspan = '2' }
:wikitext('Tool')
:done()
:tag('th')
:attr{ colspan = '2' }
:wikitext('Log')
:done()
:tag('th')
:wikitext('Log/hr')
: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')
:wikitext('XP/hr<br>(Discarding)')
:done()
:done()
for i, item in ipairs(results) do
local row = out:tag('tr')
--level
:IF(item.level)
:tag('td')
:css{ ['text-align'] = 'center' }
:wikitext(item.level)
:done()
:ELSE()
:node(plist.unknown_value_edit_cell(item.pageName,1))
:END()
-- gathering node
:node(plist.two_column_image_text(item.pageName,item.pageImage,item.pageName,item.pageName))
:node(plist.two_column_image_text(item.tool,'File:'..item.tool..' (grade 1).png',item.tool,item.tool))
-- resource
:IF(item.hideCells)
:tag('td')
:addClass('table-na')
:attr{ colspan = '23' }
:wikitext('N/A')
:done()
:ELSE()
:IF(item.coop)
:node(plist.two_column_image_text(item.product,'File:' .. item.product .. '.png',item.product .. ' (co-op)',item.product))
:ELSE()
:node(plist.two_column_image_text(item.product,'File:' .. item.product .. '.png',item.product,item.product))
:END()
-- resource/hr
:IF(item.productPerHour)
:tag('td')
:wikitext(item.productPerHour and math.floor(tonumber(item.productPerHour)*10)/10)
:done()
:ELSE()
:node(plist.unknown_value_edit_cell(item.pageName,1))
:END()
-- economics
:node(plist.currency_cell(item.profit))
:node(plist.currency_cell(item.profitPerHour))
:END()
-- XP
:IF(item.xp)
:tag('td')
:wikitext(item.xp and lang:formatNum(tonumber(item.xp)))
:done()
:ELSE()
:node(plist.unknown_value_edit_cell(item.pageName,1))
:END()
-- XP per hour
:IF(item.xpPerHour)
:tag('td')
:wikitext(item.xpPerHour and lang:formatNum(tonumber(item.xpPerHour)))
:done()
:ELSE()
:node(plist.unknown_value_cell(1))
:END()
-- XP per hour
:IF(item.hideCells)
:tag('td')
:addClass('table-na')
:wikitext('N/A')
:done()
:ELSE()
:IF(item.xpPerHourDropping)
:tag('td')
:wikitext(item.xpPerHourDropping and lang:formatNum(tonumber(item.xpPerHourDropping)))
:done()
:ELSE()
:node(plist.unknown_value_cell(1))
:END()
:END()
:done()
end
return out
end
return p