Module:Skills/Gathering

Documentation for this module may be created at Module:Skills/Gathering/doc

--Splitting some functions into here to avoid bloating a single file
local p = {}

local SkillData = mw.loadData('Module:Skills/data')
local ShopData = mw.loadData('Module:Shop/data')

local Constants = require('Module:Constants')
local Shared = require('Module:Shared')
local Items = require('Module:Items')
local Icons = require('Module:Icons')

function p.getConstellationByID(constID)
	return SkillData.Astrology.Constellations[constID]
end

function p.getConstellation(constName)
	for i, const in ipairs(SkillData.Astrology.Constellations) do
		if const.name == constName then
			return const
		end
	end
	return nil
end

function p.getConstellations(checkFunc)
	local result = {}
	for i, const in ipairs(SkillData.Astrology.Constellations) do
		if checkFunc(const) then
			table.insert(result, const)
		end
	end
	return result
end

function p.getAxeTable(frame)
	local toolArray = {}
	for i, upgrade in Shared.skpairs(ShopData.Shop.SkillUpgrades) do
		if Shared.contains(upgrade.name, 'Axe') then
			table.insert(toolArray, upgrade)
		end
	end

	local result = '{| class="wikitable"'
	result = result..'\r\n!colspan="4"| !!colspan="2"|Cut Time Decrease'
	result = result..'\r\n|- class="headerRow-0"'
	result = result..'\r\n!colspan="2"|Name!!'..Icons.Icon({'Woodcutting', type='skill', notext=true})..' Level'
	result = result..'!!Cost!!This Axe!!Total'

	local total = 0

	for i, tool in Shared.skpairs(toolArray) do
		result = result..'\r\n|-'
		result = result..'\r\n|style="min-width:25px" data-sort-value="'..tool.name..'"|'..Icons.Icon({tool.name, type='upgrade', size='50', notext=true})
		result = result..'||'..tool.name
		local level = 1
		if tool.unlockRequirements ~= nil and tool.unlockRequirements.skillLevel ~= nil then
			--Gonna be lazy and assume there's only the one skill level and it's the one we care about
			level = tool.unlockRequirements.skillLevel[1][2]
		end
		result = result..'||style="text-align:right"|'..level
		result = result..'||style="text-align:right" data-sort-value="'..tool.cost.gp..'"|'..Icons.GP(tool.cost.gp)

		local cutTime = tool.contains.modifiers.decreasedSkillIntervalPercent[1][2]
		total = total + cutTime
		result = result..'||style="text-align:right"|-'..cutTime..'%'
		result = result..'||style="text-align:right"|-'..total..'%'
	end

	result = result..'\r\n|}'
	return result
end

function p.getPickaxeTable(frame)
	local toolArray = {}
	for i, upgrade in Shared.skpairs(ShopData.Shop.SkillUpgrades) do
		if Shared.contains(upgrade.name, 'Pickaxe') then
			table.insert(toolArray, upgrade)
		end
	end

	local result = '{| class="wikitable"'
	result = result..'\r\n!colspan="4"| !!colspan="2"|Mine Time Decrease!!colspan="2"|2x Ore Chance'
	result = result..'\r\n|- class="headerRow-0"'
	result = result..'\r\n!colspan="2"|Name!!'..Icons.Icon({'Mining', type='skill', notext=true})..' Level'
	result = result..'!!Cost!!This Pick!!Total!!This Pick!!Total'

	local total = 0
	local total2 = 0

	for i, tool in Shared.skpairs(toolArray) do
		result = result..'\r\n|-'
		result = result..'\r\n|style="min-width:25px" data-sort-value="'..tool.name..'"|'..Icons.Icon({tool.name, type='upgrade', size='50', notext=true})
		result = result..'||'..tool.name
		local level = 1
		if tool.unlockRequirements ~= nil and tool.unlockRequirements.skillLevel ~= nil then
			--Gonna be lazy and assume there's only the one skill level and it's the one we care about
			level = tool.unlockRequirements.skillLevel[1][2]
		end
		result = result..'||style="text-align:right"|'..level
		result = result..'||style="text-align:right" data-sort-value="'..tool.cost.gp..'"|'..Icons.GP(tool.cost.gp)

		local cutTime = tool.contains.modifiers.decreasedSkillIntervalPercent[1][2]
		total = total + cutTime

		result = result..'||style="text-align:right"|-'..cutTime..'%'
		result = result..'||style="text-align:right"|-'..total..'%'

		local OreDouble = tool.contains.modifiers.increasedChanceToDoubleOres
		total2 = total2 + OreDouble

		result = result..'||style="text-align:right"|+'..OreDouble..'%'
		result = result..'||style="text-align:right"|+'..total2..'%'
	end

	result = result..'\r\n|}'
	return result
end

function p.getRodTable(frame)
	local toolArray = {}
	for i, upgrade in Shared.skpairs(ShopData.Shop.SkillUpgrades) do
		if Shared.contains(upgrade.name, 'Fishing Rod') then
			table.insert(toolArray, upgrade)
		end
	end

	local result = '{| class="wikitable"'
	result = result..'\r\n!colspan="4"| !!colspan="2"|Catch Time Decrease'
	result = result..'\r\n|- class="headerRow-0"'
	result = result..'\r\n!colspan="2"|Name!!'..Icons.Icon({'Fishing', type='skill', notext=true})..' Level'
	result = result..'!!Cost!!This Rod!!Total'

	local total = 0

	for i, tool in Shared.skpairs(toolArray) do
		result = result..'\r\n|-'
		result = result..'\r\n|style="min-width:25px" data-sort-value="'..tool.name..'"|'..Icons.Icon({tool.name, type='upgrade', size='50', notext=true})
		result = result..'||'..tool.name
		local level = 1
		if tool.unlockRequirements ~= nil and tool.unlockRequirements.skillLevel ~= nil then
			--Gonna be lazy and assume there's only the one skill level and it's the one we care about
			level = tool.unlockRequirements.skillLevel[1][2]
		end
		result = result..'||style="text-align:right"|'..level
		result = result..'||style="text-align:right" data-sort-value="'..tool.cost.gp..'"|'..Icons.GP(tool.cost.gp)

		local cutTime = tool.contains.modifiers.decreasedSkillIntervalPercent[1][2]
		total = total + cutTime
		result = result..'||style="text-align:right"|-'..cutTime..'%'
		result = result..'||style="text-align:right"|-'..total..'%'
	end

	result = result..'\r\n|}'
	return result
end

function p.getTreesTable(frame)
	local result = '{| class="wikitable sortable"'
	result = result..'\r\n|- class="headerRow-0"'
	result = result..'\r\n!colspan="2"|Tree!!colspan="2"|Logs!!'..Icons.Icon({'Woodcutting', type='skill', notext=true})..' Level'
	result = result..'!!XP!!Cut Time!!XP/s!!GP/s'

	for i, tree in Shared.skpairs(SkillData.Woodcutting.Trees) do
		result = result..'\r\n|-'
		local treeName = Shared.titleCase(tree.type..' tree')
		local logName = Shared.titleCase(tree.type..' logs')
		result = result..'\r\n|style="min-width:25px" data-sort-value="'..treeName..'"|'..Icons.Icon({logName, img=treeName, type='tree', notext=true, size=50})
		result = result..'||'..treeName..''
		result = result..'||style="min-width:25px" data-sort-value="'..logName..'"|'..Icons.Icon({logName, type='item', notext=true, size=50})
		result = result..'||'..Icons.Icon({logName, type='item', noicon=true})
		result = result..'||style="text-align:right"|'..tree.levelRequired
		result = result..'||style="text-align:right"|'..tree.baseExperience
		result = result..'||style="text-align:right" data-sort-value="'..tree.baseInterval..'"|'..Shared.timeString(tree.baseInterval/1000, true)
		local XPs = tree.baseExperience / (tree.baseInterval / 1000)
		local Log = Items.getItemByID(tree.logID)
		local GPs = Log.sellsFor / (tree.baseInterval / 1000)
		result = result..'||style="text-align:right"|'..Shared.round(XPs, 2, 2)
		result = result..'||style="text-align:right" data-sort-value="'..GPs..'"|'..Icons.GP(Shared.round(GPs, 2, 2))
	end

	result = result..'\r\n|}'
	return result
end

function p.getSpecialFishingTable(frame)
	local totalWt, lootValue = 0, 0
	local itemArray = Shared.clone(SkillData.Fishing.SpecialItems)
	for i, itemDef in ipairs(itemArray) do
		totalWt = totalWt + itemDef[2]
	end
	-- Sort the loot table by weight in descending order
	table.sort(itemArray, function(a, b) return (a[2] == b[2] and a[1] < b[1]) or a[2] > b[2] end)

	local resultPart = {}
	table.insert(resultPart, '\r\n{|class="wikitable sortable stickyHeader"')
	table.insert(resultPart, '\r\n|- class="headerRow-0"\r\n!colspan="2"| Item\r\n!Value\r\n!colspan="2"|Chance')
	for i, itemDef in ipairs(itemArray) do
		local item = Items.getItemByID(itemDef[1])
		if item ~= nil then
			local dropChance = itemDef[2] / totalWt * 100
			-- If chance is less than 0.10% then show 2 significant figures, otherwise 2 decimal places
			local fmt = (dropChance < 0.10 and '%.2g') or '%.2f'
			table.insert(resultPart, '\r\n|-\r\n|style="text-align:center"| ' .. Icons.Icon({item.name, type='item', notext=true}))
			table.insert(resultPart, '\r\n| ' .. Icons.Icon({item.name, type='item', noicon=true}))
			table.insert(resultPart, '\r\n|data-sort-value="' .. item.sellsFor .. '"| ' .. Icons.GP(math.floor(item.sellsFor)))
			table.insert(resultPart, '\r\n|style="text-align:right" data-sort-value="' .. itemDef[2] .. '"| ' .. Shared.fraction(itemDef[2], totalWt))
			table.insert(resultPart, '\r\n|style="text-align:right"| ' .. string.format(fmt, dropChance) .. '%')
			lootValue = lootValue + (dropChance / 100 * item.sellsFor)
		end
	end
	table.insert(resultPart, '\r\n|}\r\nThe average value of a roll on the special fishing loot table is ' .. Icons.GP(Shared.round(lootValue, 2, 0)))
	return table.concat(resultPart)
end

function p.getFishingJunkTable(frame)
	local resultPart = {}
	table.insert(resultPart, '{| class="wikitable sortable stickyHeader"')
	table.insert(resultPart, '\r\n|- class="headerRow-0"')
	table.insert(resultPart, '\r\n!colspan="2"|Item!!Value')

	local itemArray = {}
	for i, itemID in ipairs(SkillData.Fishing.JunkItems) do
		local item = Items.getItemByID(itemID)
		if item ~= nil then
			table.insert(itemArray, item)
		end
	end
	table.sort(itemArray, function(a, b) return a.name < b.name end)

	for i, item in ipairs(itemArray) do
		table.insert(resultPart, '\r\n|-')
		table.insert(resultPart, '\r\n|style="min-width:25px"| ' .. Icons.Icon({item.name, type='item', notext=true, size=50}))
		table.insert(resultPart, '\r\n| ' .. Icons.Icon({item.name, type='item', noicon=true}))
		table.insert(resultPart, '\r\n|data-sort-value="' .. item.sellsFor .. '"| ' .. Icons.GP(math.floor(item.sellsFor)))
	end
	table.insert(resultPart, '\r\n|}')
	return table.concat(resultPart)
end

function p.getMiningOresTable(frame)
	local result = '{|class="wikitable sortable stickyHeader"'
	result = result..'\r\n|- class="headerRow-0"'
	result = result..'\r\n!colspan=2|Ore!!'..Icons.Icon({'Mining', type='skill', notext=true})..' Level'
	result = result..'!!XP!!Respawn Time!!Ore Value'

	local mineData = Shared.clone(SkillData.Mining.Rocks)

	table.sort(mineData, function(a, b) return a.levelRequired < b.levelRequired end)

	for i, oreData in Shared.skpairs(mineData) do
		local ore = Items.getItemByID(oreData.oreID)
		result = result..'\r\n|-\r\n|style="min-width:25px"|'..Icons.Icon({ore.name, type='item', size='50', notext=true})
		result = result..'||'..Icons.Icon({ore.name, type='item', noicon=true})
		result = result..'||style="text-align:right"|'..oreData.levelRequired..'||style="text-align:right"|'..oreData.baseExperience
		result = result..'||style="text-align:right" data-sort-value="'..oreData.baseRespawnInterval..'"|'
		result = result..Shared.timeString(oreData.baseRespawnInterval / 1000, true)
		result = result..'||data-sort-value="'..ore.sellsFor..'"|'..Icons.GP(ore.sellsFor)
	end

	result = result..'\r\n|}'
	return result
end

function p.getMiningGemsTable(frame)
	local result = '{|class="wikitable sortable stickyHeader"'
	result = result..'\r\n|- class="headerRow-0"'
	result = result..'\r\n!colspan=2|Gem!!Gem Chance!!Gem Price'

	-- Sort gems by ID order
	for i, gemData in Shared.spairs(Items.GemTable, function(t,a,b) return t[a].id < t[b].id end) do
		local gem = Items.getItemByID(gemData.id)
		result = result..'\r\n|-\r\n|style="min-width:25px"|'
		result = result..Icons.Icon({gem.name, type='item', size='50', notext=true})
		result = result..'||'..Icons.Icon({gem.name, type='item', noicon=true})
		result = result..'||style="text-align:right"|'..string.format("%.1f%%", gemData.chance)
		result = result..'||data-sort-value="'..gem.sellsFor..'"|'..Icons.GP(gem.sellsFor)
	end

	result = result..'\r\n|}'
	return result
end

function p.getFishTable(frame)
	local recipeList = {}
	for i, recipe in ipairs(SkillData.Fishing.Fish) do
		table.insert(recipeList, recipe)
	end
	table.sort(recipeList, function(a, b) return (a.level == b.level and a.masteryID < b.masteryID) or a.level < b.level end)

	-- Determine cooking levels for all fish
	local cookReq = {}
	for i, recipe in ipairs(SkillData.Cooking.Recipes) do
		-- This assumes that each raw fish only appears in a single recipe, which is a bit rubbish
		-- but currently holds
		for j, mat in ipairs(recipe.itemCosts) do
			if cookReq[mat.id] == nil then
				cookReq[mat.id] = recipe.level
			end
		end
	end

	local resultPart = {}
	table.insert(resultPart, '{| class="wikitable sortable stickyHeader"')
	table.insert(resultPart, '\r\n|- class="headerRow-0"')
	table.insert(resultPart, '\r\n!Fish\r\n!Name\r\n!' .. Icons.Icon({'Fishing', type='skill', notext=true}) .. ' Level\r\n!Catch Time')
	table.insert(resultPart, '\r\n!XP\r\n!Value\r\n!XP/s\r\n!GP/s')
	table.insert(resultPart, '\r\n!' .. Icons.Icon({'Cooking', type='skill', notext=true}) .. ' Level')
	for i, recipe in ipairs(recipeList) do
		local fish = Items.getItemByID(recipe.itemID)
		if fish ~= nil then
			local timeSortVal = (recipe.baseMinInterval + recipe.baseMaxInterval) / 2000
			local timeStr = string.format("%.1fs - %.1fs", recipe.baseMinInterval / 1000, recipe.baseMaxInterval / 1000)
			local XPs = recipe.baseXP / timeSortVal
			local GPs = fish.sellsFor / timeSortVal
			local cookSortVal = cookReq[recipe.itemID] or 0
			local cookStr = cookReq[recipe.itemID] or 'N/A'
			table.insert(resultPart, '\r\n|-')
			table.insert(resultPart, '\r\n|style="text-align:center"| ' .. Icons.Icon({fish.name, type='item', size='50', notext=true}))
			table.insert(resultPart, '\r\n| ' .. Icons.Icon({fish.name, type='item', noicon=true}))
			table.insert(resultPart, '\r\n|style="text-align:right"| ' .. recipe.level)
			table.insert(resultPart, '\r\n|style="text-align:right" data-sort-value="' .. timeSortVal .. '"| ' .. timeStr)
			table.insert(resultPart, '\r\n|style="text-align:right"| ' .. recipe.baseXP)
			table.insert(resultPart, '\r\n|data-sort-value="' .. fish.sellsFor .. '"| ' .. Icons.GP(fish.sellsFor))
			table.insert(resultPart, '\r\n|style="text-align:right"| ' .. Shared.round(XPs, 2, 2))
			table.insert(resultPart, '\r\n|data-sort-value="' .. GPs .. '"|' .. Icons.GP(Shared.round(GPs, 2, 2)))
			table.insert(resultPart, '\r\n|style="text-align:right" data-sort-value="' .. cookSortVal .. '"| ' .. cookStr)
		end
	end
	table.insert(resultPart, '\r\n|}')
	return table.concat(resultPart)
end

function p.getFishingAreasTable(frame)
	local result = '{| class="wikitable sortable stickyHeader"'
	result = result..'\r\n|- class="headerRow-0"'
	result = result..'\r\n!Name\r\n!Fish\r\n!Fish Chance'
	result = result..'\r\n!Junk Chance\r\n!Special Chance'

	for i, area in ipairs(SkillData.Fishing.Areas) do
		result = result..'\r\n|-'
		result = result..'\r\n| style ="text-align: left;" |'..area.name

		local fishArray = {}
		for j, fish in ipairs(area.fish) do
			local fishItem = Items.getItemByID(fish.itemID)
			if fishItem ~= nil then
				table.insert(fishArray, Icons.Icon({fishItem.name, type='item'}))
			end
		end
		result = result..'\r\n|'..table.concat(fishArray, '<br/>')

		result = result..'\r\n| style="text-align:right"|'..area.fishChance..'%'
		result = result..'\r\n| style="text-align:right"|'..area.junkChance..'%'
		result = result..'\r\n| style="text-align:right"|'..area.specialChance..'%'
	end

	result = result..'\r\n|}'
	return result
end

function p.getThievingNPC(npcName)
	local result = nil
	for i, npc in Shared.skpairs(SkillData.Thieving.NPCs) do
		if npc.name == npcName then
			result = Shared.clone(npc)
			break
		end
	end
	return result
end

function p.getThievingNPCArea(npc)
	if type(npc) == 'string' then
		npc = p.getThievingNPC(npc)
	end

	local result = nil
	for i, area in Shared.skpairs(SkillData.Thieving.Areas) do
		for j, npcID in pairs(area.npcs) do
			if npcID == npc.id then
				result = area
				break
			end
		end
	end
	return result
end

function p._getThievingNPCStat(npc, statName)
	local result = nil

	if statName == 'level' then
		result = Icons._SkillReq('Thieving', npc.level)
	elseif statName == 'maxHit' then
		result = npc.maxHit * 10
	elseif statName == 'area' then
		local area = p.getThievingNPCArea(npc)
		result = area.name
	else
		result = npc[statName]
	end

	if result == nil then
		result = ''
	end

	return result
end

function p.getThievingNPCStat(frame)
	local npcName = frame.args ~= nil and frame.args[1] or frame[1]
	local statName = frame.args ~= nil and frame.args[2] or frame[2]
	local npc = p.getThievingNPC(npcName)
	if npc == nil then
		return "ERROR: Invalid Thieving NPC "..npcName.."[[Category:Pages with script errors]]"
	end

	return p._getThievingNPCStat(npc, statName)
end

function p.getThievingGeneralRareTable(frame)
	local rareTxt = '{|class="wikitable sortable"'
	rareTxt = rareTxt..'\r\n!Item!!Qty'
	rareTxt = rareTxt..'!!Price!!colspan="2"|Chance'
	for i, drop in pairs(SkillData.Thieving.RareItems) do
		local thisItem = Items.getItemByID(drop.itemID)
		local odds = drop.chance

		rareTxt = rareTxt..'\r\n|-\r\n|'..Icons.Icon({thisItem.name, type='item'})
		rareTxt = rareTxt..'||1||data-sort-value="'..thisItem.sellsFor..'"|'..Icons.GP(thisItem.sellsFor)
		rareTxt = rareTxt..'||style="text-align:right" data-sort-value="'..odds..'"|'..Shared.fraction(1, Shared.round2(1/(odds/100), 0))
		rareTxt = rareTxt..'||style="text-align:right" data-sort-value="'..odds..'"|'..Shared.round(odds, 4, 4)..'%'
	end
	rareTxt = rareTxt..'\r\n|}'
	return rareTxt
end

function p._getThievingNPCLootTables(npc)
	local result = ''
	local sectionTxt = {}

	--Five sections here: GP, normal loot, area loot, rare loot, and unique item
	--First up, GP:
	local gpTxt = 'Successfully pickpocketing the '..npc.name..' will always give '..Icons.GP(1, npc.maxGP)
	table.insert(sectionTxt, gpTxt)

	--Next up, normal loot:
	--(Skip if no loot)
	if npc.lootTable ~= nil and Shared.tableCount(npc.lootTable) > 0 then
		local normalTxt = '===Possible Common Drops:===\r\nUp to one of these will be received on a successful pickpocket:'
		local totalWt = 0
		local lootChance = SkillData.Thieving.ItemChance
		local lootValue = 0

		--First loop through to get the total weight so we have it for later
		for i, loot in pairs(npc.lootTable) do
			totalWt = totalWt + loot[2]
		end

		normalTxt = normalTxt..'\r\n{|class="wikitable sortable"'
		normalTxt = normalTxt..'\r\n!Item!!Qty'
		normalTxt = normalTxt..'!!Price!!colspan="2"|Chance'

		--Then sort the loot table by weight
		table.sort(npc.lootTable, function(a, b) return a[2] > b[2] end)
		for i, row in Shared.skpairs(npc.lootTable) do
			local thisItem = Items.getItemByID(row[1])
			local maxQty = row[3]
			if thisItem ~= nil then
				normalTxt = normalTxt..'\r\n|-\r\n|'..Icons.Icon({thisItem.name, type='item'})
			else
				normalTxt = normalTxt..'\r\n|-\r\n|Unknown Item[[Category:Pages with script errors]]'
			end
			normalTxt = normalTxt..'||style="text-align:right" data-sort-value="'..maxQty..'"|'

			if maxQty > 1 then
				normalTxt = normalTxt.. '1 - '
			end
			normalTxt = normalTxt..Shared.formatnum(row[3])

			--Adding price columns
			local itemPrice = 0
			if thisItem == nil then
				normalTxt = normalTxt..'||data-sort-value="0"|???'
			else
				itemPrice = thisItem.sellsFor ~= nil and thisItem.sellsFor or 0
				if itemPrice == 0 or maxQty == 1 then
					normalTxt = normalTxt..'||'..Icons.GP(itemPrice)
				else
					normalTxt = normalTxt..'||'..Icons.GP(itemPrice, itemPrice * maxQty)
				end
			end

			--Getting the drop chance
			local dropChance = (row[2] / totalWt * lootChance)
			if dropChance ~= 100 then
				--Show fraction as long as it isn't going to be 1/1
				normalTxt = normalTxt..'||style="text-align:right" data-sort-value="'..row[2]..'"'
				normalTxt = normalTxt..'|'..Shared.fraction(row[2] * lootChance, totalWt * 100)
				normalTxt = normalTxt..'||'
			else
				normalTxt = normalTxt..'||colspan="2" data-sort-value="'..row[2]..'"'
			end
			normalTxt = normalTxt..'style="text-align:right"|'..Shared.round(dropChance, 2, 2)..'%'

			--Adding to the average loot value based on price & dropchance
			lootValue = lootValue + (dropChance * 0.01 * itemPrice * ((1 + maxQty) / 2))
		end
		if Shared.tableCount(npc.lootTable) > 1 then
			normalTxt = normalTxt..'\r\n|-class="sortbottom" \r\n!colspan="3"|Total:'
			if lootChance < 100 then
				normalTxt = normalTxt..'\r\n|style="text-align:right"|'..Shared.fraction(lootChance, 100)..'||'
			else
				normalTxt = normalTxt..'\r\n|colspan="2" '
			end
			normalTxt = normalTxt..'style="text-align:right"|'..Shared.round(lootChance, 2, 2)..'%'
		end
		normalTxt = normalTxt..'\r\n|}'
		table.insert(sectionTxt, normalTxt)
	end

	--After normal drops, add in rare drops
	local rareTxt = '===Possible Rare Drops:===\r\nAny of these can be received after a successful pickpocket'
	rareTxt = rareTxt..'\r\n'..p.getThievingGeneralRareTable()
	table.insert(sectionTxt, rareTxt)

	local areaTxt = '===Possible Area Unique Drops==='
	areaTxt = areaTxt..'\r\nAny Area Unique Drop is equally likely to be obtained after a successful pickpocket. '
	areaTxt = areaTxt..'\r\nEach Area Unique Drop is rolled for separately, so it is possible to receive multiple Area Unique Drops from a single action. '
	areaTxt = areaTxt..'The chance of receiving an Area Unique drop is tripled if the 95% Thieving Mastery Pool checkpoint is active.'

	local area = p.getThievingNPCArea(npc)
	areaTxt = areaTxt..'\r\n{|class="wikitable sortable"'
	areaTxt = areaTxt..'\r\n!Item!!Qty'
	areaTxt = areaTxt..'!!Price!!colspan="2"|Chance'
	local dropCount = Shared.tableCount(area.uniqueDrops)
	local dropLines = {}
	for i, drop in pairs(area.uniqueDrops) do
		local thisItem = Items.getItemByID(drop.itemID)
		local lineTxt = ''
		lineTxt = lineTxt..'\r\n|-\r\n|'..Icons.Icon({thisItem.name, type='item'})
		lineTxt = lineTxt..'||'..drop.qty..'||data-sort-value="'..thisItem.sellsFor..'"|'..Icons.GP(thisItem.sellsFor)
		lineTxt = lineTxt..'||style="text-align:right"|'..Shared.fraction(1, 1/(SkillData.Thieving.AreaUniqueChance/100))
		lineTxt = lineTxt..'||'..Shared.round(SkillData.Thieving.AreaUniqueChance, 2, 2)..'%'
		dropLines[thisItem.name] = lineTxt
	end
	for i, txt in Shared.skpairs(dropLines) do
		areaTxt = areaTxt..txt
	end
	areaTxt = areaTxt..'\r\n|-class="sortbottom" \r\n!colspan="3"|Total:'
	areaTxt = areaTxt..'\r\n|style="text-align:right"|'..Shared.fraction(1, 1/(SkillData.Thieving.AreaUniqueChance/100))..'||'
	areaTxt = areaTxt..'style="text-align:right"|'..Shared.round(SkillData.Thieving.AreaUniqueChance, 2, 2)..'%'
	areaTxt = areaTxt..'\r\n|}'
	table.insert(sectionTxt, areaTxt)

	if npc.uniqueDrop ~= nil and npc.uniqueDrop.itemID > -1 then
		local uniqueTxt = '===Possible NPC Unique Drop==='
		uniqueTxt = uniqueTxt..'\r\nThe chance of receiving the unique drop for an NPC is based on a combination of several factors.'
		uniqueTxt = uniqueTxt..' The unique drop chance for an NPC is included in the tooltip for your Stealth against that NPC.'
		local thisItem = Items.getItemByID(npc.uniqueDrop.itemID)
		uniqueTxt = uniqueTxt..'\r\nThe unique drop for the '..npc.name..' is '
		if npc.uniqueDrop.qty > 1 then
			uniqueTxt = uniqueTxt..Icons.Icon({thisItem.name, type='item', qty=npc.uniqueDrop.qty})
		else
			uniqueTxt = uniqueTxt..Icons.Icon({thisItem.name, type='item'})
		end

		table.insert(sectionTxt, uniqueTxt)
	end

	return table.concat(sectionTxt, '\r\n')
end

function p.getThievingNPCLootTables(frame)
	local npcName = frame.args ~= nil and frame.args[1] or frame
	local npc = p.getThievingNPC(npcName)
	if npc == nil then
		return "ERROR: Invalid Thieving NPC "..npcName.."[[Category:Pages with script errors]]"
	end

	return p._getThievingNPCLootTables(npc)
end

function p.getThievingNPCTable()
	local result = '{| class="wikitable sortable stickyHeader"'
	result = result..'\r\n|- class="headerRow-0"'
	result = result..'\r\n!colspan="2"|Name!!Area!!'..Icons.Icon({'Thieving', type='skill', notext=true})..' Level!!Experience!!Max Hit!!Perception!!GP!!Unique Drop'
	local npcArray = Shared.clone(SkillData.Thieving.NPCs)
	table.sort(npcArray, function(a, b) return a.level < b.level end)
	for i, npc in Shared.skpairs(npcArray) do
		result = result..'\r\n|-'
		result = result..'\r\n|'..Icons.Icon({npc.name, type='thieving', size='50', notext=true})
		result = result..'||'..Icons.Icon({npc.name, type='thieving', noicon=true})

		local area = p.getThievingNPCArea(npc)
		result = result..'||'..area.name
		result = result..'||'..Icons._SkillReq('Thieving', npc.level)
		result = result..'||style="text-align:right"|'..npc.xp
		result = result..'||style="text-align:right"|'..(npc.maxHit * 10)
		result = result..'||style="text-align:right"|'..npc.perception
		result = result..'||data-sort-value="' .. npc.maxGP .. '"|'..Icons.GP(1, npc.maxGP)
		if npc.uniqueDrop ~= nil and npc.uniqueDrop.itemID > -1 then
			local uniqueDrop = Items.getItemByID(npc.uniqueDrop.itemID)
			if npc.uniqueDrop.qty > 1 then
				result = result..'||data-sort-value="'..uniqueDrop.name..'"|'..Icons.Icon({uniqueDrop.name, type='item', qty = npc.uniqueDrop.qty})
			else
				result = result..'||data-sort-value="'..uniqueDrop.name..'"|'..Icons.Icon({uniqueDrop.name, type='item'})
			end
		else
			result = result..'|| '
		end
	end
	result = result..'\r\n|}'

	return result
end

function p.getThievingAreaTable(frame)
	local resultPart = {}
	table.insert(resultPart, '{| class="wikitable sortable stickyHeader"')
	table.insert(resultPart, '\r\n|- class="headerRow-0"')
	table.insert(resultPart, '\r\n!Area!!'..Icons.Icon({'Thieving', type='skill', notext=true})..' Level!!NPCs!!Unique Drops')

	local areaArray = Shared.clone(SkillData.Thieving.Areas)
	table.sort(areaArray, function(a, b) return a.id < b.id end)
	for i, area in ipairs(areaArray) do
		local minLevel, npcList, areaItemList = nil, {}, {}
		-- Build NPC list & determine level for area, this is the minimum
		-- Thieving level required for all NPCs within that area
		if area.npcs ~= nil and Shared.tableCount(area.npcs) > 0 then
			for j, npcID in ipairs(area.npcs) do
				-- Don't bother cloning the NPC below since we aren't modifying any part of it
				local npc = SkillData.Thieving.NPCs[npcID + 1]
				if minLevel == nil or npc.level < minLevel then
					minLevel = npc.level
				end
				table.insert(npcList, Icons.Icon({npc.name, type='thieving'}))
			end
		else
			table.insert(npcList, '')
		end

		-- Build area unique item list
		if area.uniqueDrops ~= nil and Shared.tableCount(area.uniqueDrops) > 0 then
			for k, drop in ipairs(area.uniqueDrops) do
				local areaItem = Items.getItemByID(drop.itemID)
				if areaItem == nil then
					table.insert(areaItemList, 'Unknown[[Category:Pages with script errors]]')
				else
					local iconDef = {areaItem.name, type='item'}
					if drop.qty > 1 then
						iconDef.qty = drop.qty
					end
					table.insert(areaItemList, Icons.Icon(iconDef))
				end
			end
		else
			table.insert(areaItemList, '')
		end

		-- Generate table row
		table.insert(resultPart, '\r\n|-')
		table.insert(resultPart, '\r\n|' .. area.name)
		table.insert(resultPart, '\r\n|' .. Icons._SkillReq('Thieving', minLevel))
		table.insert(resultPart, '\r\n|' .. table.concat(npcList, '<br/>'))
		table.insert(resultPart, '\r\n|' .. table.concat(areaItemList, '<br/>'))
	end
	table.insert(resultPart, '\r\n|}')

	return table.concat(resultPart)
end

function p.getThievingSourcesForItem(itemID)
	local resultArray = {}

	local areaNPCs = {}

	--First check area unique drops
	--If an area drops the item, add all the NPC ids to the list so we can add them later
	if not result then
		for i, area in pairs(SkillData.Thieving.Areas) do
			for j, drop in pairs(area.uniqueDrops) do
				if drop.itemID == itemID then
					for k, npcID in pairs(area.npcs) do
						areaNPCs[npcID] = drop.qty
					end
					break
				end
			end
		end
	end

	--Now go through and get drop chances on each NPC if needed
	for i, npc in pairs(SkillData.Thieving.NPCs) do
		local totalWt = 0
		local dropWt = 0
		local dropQty = 0
		for j, drop in pairs(npc.lootTable) do
			totalWt = totalWt + drop[2]
			if drop[1] == itemID then
				dropWt = drop[2]
				dropQty = drop[3]
			end
		end
		if dropWt > 0 then
			table.insert(resultArray, {npc = npc.name, minQty = 1, maxQty = dropQty, wt = dropWt * SkillData.Thieving.ItemChance, totalWt = totalWt * 100, level = npc.level})
		end

		--Chance of -1 on unique drops is to indicate variable chance
		if npc.uniqueDrop ~= nil and npc.uniqueDrop.itemID == itemID then
			table.insert(resultArray, {npc = npc.name, minQty = npc.uniqueDrop.qty, maxQty = npc.uniqueDrop.qty, wt = -1, totalWt = -1, level = npc.level})
		end

		if areaNPCs[npc.id] ~= nil then
			table.insert(resultArray, {npc = npc.name, minQty = areaNPCs[npc.id], maxQty = areaNPCs[npc.id], wt = SkillData.Thieving.AreaUniqueChance, totalWt = 100, level = npc.level})
		end
	end

	for i, drop in pairs(SkillData.Thieving.RareItems) do
		if drop.itemID == itemID then
			table.insert(resultArray, {npc = 'all', minQty = 1, maxQty = 1, wt = 1, totalWt = Shared.round2(1/(drop.chance/100), 0), level = 1})
		end
	end

	return resultArray
end

-- For a given constellation cons and modifier value modValue, generates and returns
-- a table of modifiers, much like any other item/object elsewhere in the game.
-- includeStandard: true|false, determines whether standard modifiers are included
-- includeUnique: true|false, determines whether unique modifiers are included
-- isDistinct: true|false, if true, the returned list of modifiers is de-duplicated
-- asKeyValue: true|false, if true, returns key/value pairs like usual modifier objects
function p._buildAstrologyModifierArray(cons, modValue, includeStandard, includeUnique, isDistinct, asKeyValue)
	-- Temporary function to determine if the table already contains a given modifier
	local containsMod = function(modList, modNew)
			for i, modItem in ipairs(modList) do
				-- Check mod names & value data types both equal
				if modItem[1] == modNew[1] and type(modItem[2]) == type(modNew[2]) then
					if type(modItem[2]) == 'table' then
						if Shared.tablesEqual(modItem[2], modNew[2]) then
							return true
						end
					elseif modItem[2] == modNew[2] then
						return true
					end
				end
			end
			return false
		end

	local addToArray = function(modArray, modNew)
			if not isDistinct or (isDistinct and not containsMod(modArray, modNew)) then
				table.insert(modArray, modNew)
			end
		end

	local modTypes = {}
	if includeStandard then
		table.insert(modTypes, 'standardModifiers')
	end
	if includeUnique then
		table.insert(modTypes, 'uniqueModifiers')
	end

	local modArray = {}
	local isSkillMod = {}
	for _, modType in ipairs(modTypes) do
		for i, skillMods in ipairs(cons[modType]) do
			local skillID = cons.skills[i]
			if skillID ~= nil then
				for j, modName in ipairs(skillMods) do
					local modBaseName, modText, sign, isNegative, unsign, modBase = Constants.getModifierDetails(modName)
					-- Check if modifier varies by skill, and amend the modifier value accordingly
					local modVal = modValue
					if Shared.contains(modText, '{SV0}') then
						isSkillMod[modName] = true
						modVal = {skillID, modValue}
					end
					addToArray(modArray, {modName, modVal})
				end
			end
		end
	end

	if asKeyValue then
		local modArrayKV = {}
		for i, modDefn in ipairs(modArray) do
			local modName, modVal = modDefn[1], modDefn[2]
			local isSkill = isSkillMod[modName]
			if modArrayKV[modName] == nil then
				modArrayKV[modName] = (isSkill and { modVal } or modVal)
			elseif isSkill then
				table.insert(modArrayKV[modName], modVal)
			else
				modArrayKV[modName] = modArrayKV[modName] + modVal
			end
		end
		return modArrayKV
	else
		return modArray
	end
end

function p._buildAstrologyConstellationTable()
	local maxModifier = 5
	local result = '{|class="wikitable sortable stickyHeader"'
	result = result..'\r\n|- class="headerRow-0"'
	result = result..'\r\n!colspan="2"|Constellation!!'..Icons.Icon({"Astrology", type='skill', notext='true'})..' Level'
	result = result..'!!XP!!Skills!!Standard Modifiers!!Unique Modifiers'

	for i, cons in ipairs(SkillData.Astrology.Constellations) do
		local name = cons.name
		result = result..'\r\n|-'
		result = result..'\r\n|data-sort-value="'..name..'"|'..Icons.Icon({name, type='constellation', size='50', notext=true})..'||'..name
		result = result..'||'..cons.level..'||'..cons.provides.xp

		local skillIconArray = {}
		for j, skillID in ipairs(cons.skills) do
			table.insert(skillIconArray, Icons.Icon({Constants.getSkillName(skillID), type='skill'}))
		end
		result = result..'||'..table.concat(skillIconArray, '<br/>')

		local standModsRaw = p._buildAstrologyModifierArray(cons, maxModifier, true, false, false, false)
		local standMods = {}
		--Building the list of Standard modifiers:
		for j, modifier in ipairs(standModsRaw) do
			table.insert(standMods, Constants._getModifierText(modifier[1], modifier[2], false))
		end
		result = result..'|| '..table.concat(standMods, '<br/>')

		--Building the list of all Unique Modifiers
		local uModsRaw = p._buildAstrologyModifierArray(cons, maxModifier, false, true, false, false)
		local uMods = {}
		for j, modifier in ipairs(uModsRaw) do
			table.insert(uMods, Constants._getModifierText(modifier[1], modifier[2], false))
		end
		result = result..'||'..table.concat(uMods, '<br/>')
	end
	result = result..'\r\n|}'

	return result
end

function p.buildAstrologyConstellationTable(frame)
	return p._buildAstrologyConstellationTable()
end

function p.buildAstrologyValueTable()
	local result = '{|class="wikitable sortable"'
	result = result..'\r\n!rowspan="2"| Value!!colspan="2"| Chance'
	result = result..'\r\n|-\r\n! This Value!! This Value or Greater'
	local cumulativeChance = 100
	for i, chance in ipairs(SkillData.Astrology.ModifierMagnitudeChances) do
		result = result..'\r\n|-'
		result = result..'\r\n|style="text-align:right"| ' .. i
		result = result..'\r\n|style="text-align:right"| ' .. chance .. '%'
		result = result..'\r\n|style="text-align:right"| ' .. cumulativeChance .. '%'
		cumulativeChance = cumulativeChance - chance
	end
	result = result..'\r\n|}'
	return result
end

return p