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此模块的文档可以在模块:FishPond/doc创建
-- 宗旨：能用就行
local Helper = require("Module:Helper")
local ID = require("Module:ID")
local Object = require("Module:Object")
local Name = require("Module:Name")
local English = require("Module:English")
local FishPondData = Helper.LazyLoad('Module:FishPond/Data')
local p = {}
function tablesEqual(t1, t2)
if t1 == t2 then
return true
end
if type(t1) ~= "table" or type(t2) ~= "table" then
return false
end
for key, value in pairs(t1) do
if not tableContains(t2, value) then return false end
end
for key, value in pairs(t2) do
if not tableContains(t1, value) then return false end
end
return true
end
function tablesEqual2(t1, t2)
if t1 == t2 then
return true
end
if type(t1) ~= "table" or type(t2) ~= "table" then
return false
end
for key, value in pairs(t1) do
if tableContains(t2, value) then return true end
end
for key, value in pairs(t2) do
if tableContains(t1, value) then return true end
end
return false
end
local function findFishData(fishName)
if type(fishName) == "table" then
for _, fish in ipairs(FishPondData) do
local requiredTags = fish['RequiredTags'] or {}
if requiredTags == {} then return nil end
if (tablesEqual(fishName, requiredTags)) then return fish end
end
for _, fish in ipairs(FishPondData) do
local requiredTags = fish['RequiredTags'] or {}
if requiredTags == {} then return nil end
if (tablesEqual2(fishName, requiredTags)) then return fish end
end
return nil
end
local lowerFishName = string.lower(fishName):gsub(" ", "")
for _, fish in ipairs(FishPondData) do
if string.lower(fish['Id']):gsub(" ", "") == lowerFishName then
return fish
end
end
return nil
end
-- =p.getMaxPopulation{ args = { "Lionfish"} }
function p.getMaxPopulation(frame)
local fishName = frame.args[1]
local id = ID.id {args = { fishName }}
if id:sub(1, 3) == "(O)" then
id = id:sub(4)
else
return ''
end
local name = Object.getFieldsById {args = { id }}["Name"]
local fishData = findFishData(name)
local tag
if not fishData then
tag = Object.getAllFishTagById{args = {id}}
if tag then
fishData = findFishData(tag)
end
if not fishData then
return ''
end
end
local result = -1
if fishData then
result = fishData['MaxPopulation']
end
if tonumber(result) == -1 then
result = 10
end
return result or ''
end
-- =p.getSpawnTime{ args = { "Lionfish"} }
function p.getSpawnTime(frame)
local fishName = frame.args[1]
local id = ID.id {args = { fishName }}
if id:sub(1, 3) == "(O)" then
id = id:sub(4)
else
return ''
end
local name = Object.getFieldsById {args = { id }}["Name"]
local fishData = findFishData(name)
local tag
if not fishData then
tag = Object.getAllFishTagById{args = {id}}
if tag then
fishData = findFishData(tag)
end
if not fishData then
return ''
end
end
local result = fishData and fishData['SpawnTime'] or '-1'
if tonumber(result) == -1 then
local id = ID.id {args = { fishName }}
if id:sub(1, 3) == "(O)" then
id = id:sub(4)
else
return -1
end
local price = Object.getPriceById {args = { id }}
if price <= 30 then
return 1
elseif price <= 80 then
return 2
elseif price <= 120 then
return 3
elseif price <= 250 then
return 4
else
return 5
end
end
return result
end
-- =p.getPopulationMissionCount{ args = { "Lionfish"} }
function p.getPopulationMissionCount(frame)
local Gates = p.getPopulationGates(frame)
if Gates ~= nil then
if #Gates <=0 then
return 0
end
return #Gates
end
return ''
end
-- =p.getFishCount{ args = { "Lionfish"} }
function p.getFishCount(frame)
local result = p.getMaxPopulation(frame)
if tonumber(result) == 1 then return 1 end
local Gates = p.getPopulationGates(frame)
for _, k in pairs(Gates) do
if result > tonumber(k["Population"]) then result = tonumber(k["Population"]) end
end
if result < 2 then return 1 end
return result-1
end
-- =p.getColor{ args = { "岩浆鳗鱼"} }
function p.getColor(frame)
local totalCount = 0
local fishName = frame.args[1]
local id = ID.id {args = { fishName }}
if id:sub(1, 3) == "(O)" then
id = id:sub(4)
else
return ''
end
local name = Object.getFieldsById {args = { id }}["Name"]
local fishData = findFishData(name)
if not fishData or not fishData['WaterColor'] then
return ''
end
local trueColor = ''
local countRequired = 0
local gateRequired = 0
for _, k in pairs(fishData['WaterColor']) do
-- mw.logObject(k)
trueColor = k['Color']:gsub(" ", ", ")
countRequired = k['MinPopulation']
gateRequired = k['MinUnlockedPopulationGate']
totalCount = totalCount + 1
end
if totalCount ~= 1 then return '' end
local first = ''
if tonumber(gateRequired) == 2 then first = '完成首个任务，并且' end
local ref = "（RGB 色值：".. trueColor .."）"
return Helper.ExpandTemplate("模板:FishPonds/Color",{first, countRequired, trueColor, ref})
end
function p.getProducedItems(frame)
local fishName = frame.args[1]
local id = ID.id {args = { fishName }}
if id:sub(1, 3) == "(O)" then
id = id:sub(4)
else
return ''
end
local name = Object.getFieldsById {args = { id }}["Name"]
local fishData = findFishData(name)
local tag
if not fishData or not fishData['ProducedItems'] then
tag = Object.getAllFishTagById{args = {id}}
if tag then
fishData = findFishData(tag)
end
if not fishData then
return ''
end
end
local result = {}
for _, item in ipairs(fishData['ProducedItems']) do
table.insert(result, {
RequiredPopulation = item['RequiredPopulation'],
Chance = item['Chance'],
Condition = item['Condition'],
Id = item['Id'],
MinStack = item['MinStack'],
MaxStack = item['MaxStack']
})
end
return result
end
function p.getPopulationGates(frame)
local fishName = frame.args[1]
local id = ID.id {args = { fishName }}
if id:sub(1, 3) == "(O)" then
id = id:sub(4)
else
return ''
end
local name = Object.getFieldsById {args = { id }}["Name"]
local fishData = findFishData(name)
local tag
if not fishData or not fishData['PopulationGates'] then
tag = Object.getAllFishTagById{args = {id}}
if tag then
fishData = findFishData(tag)
end
if not fishData then
return ''
end
end
local result = {}
for population, gates in pairs(fishData['PopulationGates']) do
table.insert(result, {
Population = population,
Gates = gates
})
end
return result
end
-- =p.debug{ args = { "Lionfish"} }
function p.debug(frame)
local fishName = frame.args[1]
local output = {}
output['MaxPopulation'] = p.getMaxPopulation(frame)
output['SpawnTime'] = p.getSpawnTime(frame)
output['ProducedItems'] = p.getProducedItems(frame)
output['PopulationGates'] = p.getPopulationGates(frame)
local result = {}
for key, value in pairs(output) do
if type(value) == 'table' then
for _, item in ipairs(value) do
table.insert(result, key .. ': ' .. mw.text.jsonEncode(item))
end
else
table.insert(result, key .. ': ' .. tostring(value))
end
end
return table.concat(result, '\n')
end
-- =p.getOpacityTable{ args = { "Lionfish"} }
function p.getOpacityTable(frame)
local fishName = frame.args[1]
local id = ID.id {args = { fishName }}
if id:sub(1, 3) == "(O)" then
id = id:sub(4)
else
return ''
end
local name = Object.getFieldsById {args = { id }}["Name"]
local fishData = findFishData(name)
local tag
if not fishData or not fishData['PopulationGates'] then
tag = Object.getAllFishTagById{args = {id}}
if tag then
fishData = findFishData(tag)
end
if not fishData then
return ''
end
end
-- local result = { Helper.ExpandTemplate("模板:FishPond/header") }
local result = {}
local maxPopulation = fishData['MaxPopulation'] or 11
if tonumber(maxPopulation) == -1 then
maxPopulation = 11
end
local populationGates = fishData['PopulationGates']
local sortedGates = {}
if tag == "fish_legendary" then
-- mw.logObject(fishData)
-- mw.logObject(populationGates)
return ''
end
for population, gates in pairs(populationGates) do
table.insert(sortedGates, { Population = tonumber(population), Gates = gates })
end
table.sort(sortedGates, function(a, b) return a.Population < b.Population end)
for i, gate in ipairs(sortedGates) do
local population = gate.Population
local nextPopulation = (i < #sortedGates) and sortedGates[i + 1].Population - 1 or tonumber(maxPopulation) - 1
local items = {}
for _, gateItem in ipairs(gate.Gates) do
local item, quantity = gateItem:match("^(%S+) (%S+)%s*(%S*)$")
if not item then
item = gateItem
quantity = 1
elseif quantity == "" then
quantity = item
item = gateItem
elseif quantity ~= "" and quantity:find("~") then
quantity = quantity
end
english = English.english{args = { item }}
local sname = english:gsub(":", "")
table.insert(items, Helper.ExpandTemplate("模板:Name",{sname, quantity, class = "inline"}))
end
local itemsString
if #items == 1 then
itemsString = items[1]
elseif #items == 2 then
itemsString = items[1] .. "或" .. items[2]
else
itemsString = table.concat(items, "、", 1, #items - 1) .. "或" .. items[#items]
end
local exp = 20 + p.getSpawnTime(frame) * 5
table.insert(result, Helper.ExpandTemplate(
"模板:FishPond/row",
{
old = population - 1,
new = nextPopulation,
item = itemsString,
exp = exp
}
))
end
-- table.insert(result, Helper.ExpandTemplate( "模板:FishPond/footer" ))
return table.concat(result, "\n")
end
-- =p.getOpacityTableAlt{ args = { "Lionfish", "测试"} }
function p.getOpacityTableAlt(frame)
local fishName = frame.args[1]
local displayFishName = frame.args[2]
local id = ID.id {args = { fishName }}
if id:sub(1, 3) == "(O)" then
id = id:sub(4)
else
return ''
end
local name = Object.getFieldsById {args = { id }}["Name"]
local fishData = findFishData(name)
local tag
if not fishData or not fishData['PopulationGates'] then
tag = Object.getAllFishTagById{args = {id}}
if tag then
fishData = findFishData(tag)
end
if not fishData then
return ''
end
end
local result = {}
local maxPopulation = fishData['MaxPopulation'] or 11
if tonumber(maxPopulation) == -1 then
maxPopulation = 11
end
local populationGates = fishData['PopulationGates']
local sortedGates = {}
if tag == "fish_legendary" then
return ''
end
for population, gates in pairs(populationGates) do
table.insert(sortedGates, { Population = tonumber(population), Gates = gates })
end
table.sort(sortedGates, function(a, b) return a.Population < b.Population end)
local rowCount = #sortedGates
for i, gate in ipairs(sortedGates) do
local population = gate.Population
local nextPopulation = (i < #sortedGates) and sortedGates[i + 1].Population - 1 or tonumber(maxPopulation) - 1
local items = {}
for _, gateItem in ipairs(gate.Gates) do
local item, quantity = gateItem:match("^(%S+) (%S+)%s*(%S*)$")
if not item then
item = gateItem
quantity = 1
elseif quantity == "" then
quantity = item
item = gateItem
elseif quantity ~= "" and quantity:find("~") then
quantity = quantity
end
english = English.english{args = { item }}
local sname = english:gsub(":", "")
table.insert(items, Helper.ExpandTemplate("模板:Name",{sname, quantity, class = "inline"}))
end
local itemsString
if #items == 1 then
itemsString = items[1]
elseif #items == 2 then
itemsString = items[1] .. "或" .. items[2]
else
itemsString = table.concat(items, "、", 1, #items - 1) .. "或" .. items[#items]
end
local spawnTime = p.getSpawnTime(frame)
local exp = 20 + spawnTime * 5
if displayFishName == "" or displayFishName == nil then
displayFishName = Helper.ExpandTemplate("模板:Name",{name, nil, class = "inline"})
end
if i == 1 then
table.insert(result, Helper.ExpandTemplate(
"模板:FishPond/row/alt",
{
count = rowCount,
fish = displayFishName,
before = population - 1,
after = nextPopulation,
item = itemsString,
interval = "每 ".. spawnTime .. " 天",
exp = exp
}
))
else
table.insert(result, Helper.ExpandTemplate(
"模板:FishPond/row/alt2",
{
before = population - 1,
after = nextPopulation,
item = itemsString
}
))
end
end
return table.concat(result, "\n")
end
function toPercentage(number, disabled, multiplier, formatter)
if number == "/" then return "/" end
if number == " " then return " " end
if number == "—" then return "—" end
if multiplier == nil then multiplier = 100 end
if formatter == nil then formatter = "%.1f" end -- %.2f
local formatted = string.format(formatter, tonumber(number) * multiplier)
formatted = formatted:gsub("%.00$", ""):gsub("%.0$", ""):gsub("%.([1-9])0$", ".%1")
if disabled == true then
return formatted
end
return formatted .. "%"
end
local function deepcopy(original)
local copy = {}
for key, value in pairs(original) do
if type(value) == "table" then
copy[key] = deepcopy(value) -- recursively copy nested tables
else
copy[key] = value
end
end
return copy
end
function tableContains(table, element)
for index, value in ipairs(table) do
if value == element then
return true
end
end
return false
end
local function fileExists(filename)
local title = mw.title.new("File:" .. filename)
return title and title.exists
end
local function contains(text, substring)
return string.find(text, substring, 1, true) ~= nil
end
-- =p.getProductTable{ args = { "午夜鱿鱼"} }
-- =p.getProductTable{ args = { "岩浆鳗鱼"} }
function p.getProductTable(frame)
local fishName = frame.args[1]
local id = ID.id { args = { fishName } }
if id:sub(1, 3) == "(O)" then
id = id:sub(4)
else
return ''
end
local name = Object.getFieldsById { args = { id } }["Name"]
local EN = name
local base_price = 30 + Object.getPriceById {args = { id }} * 0.5
local promised_name = Object.getColorById{args = {id}} .. " Roe" or "Roe"
if not fileExists(promised_name..".png") then
promised_name = "Roe"
end
local fishData = findFishData(name)
local tag
if not fishData or not fishData['ProducedItems'] then
tag = Object.getAllFishTagById { args = { id } }
if tag then
fishData = findFishData(tag)
end
if not fishData then
return ''
end
end
if tag == "fish_legendary" then
return ''
end
local maxPopulation = fishData['MaxPopulation'] or 11
if maxPopulation == "-1" or maxPopulation == -1 then
maxPopulation = 11
end
local producedItems = fishData['ProducedItems']
local itemTable = {}
local producesOrder = {}
local sortedItems = {}
for i, item in pairs(producedItems) do
local item2 = deepcopy(item)
item2["priority"] = i
table.insert(sortedItems, { RequiredPopulation = tonumber(item.RequiredPopulation), Chance = item2.Chance, item = item2 })
end
table.sort(sortedItems, function(a, b) return a.RequiredPopulation < b.RequiredPopulation end)
local lastUniqueId = ""
local isZZZZ = false
for i, item2 in pairs(sortedItems) do
local item = item2.item
local population = item.RequiredPopulation > 0 and item.RequiredPopulation or 1
local itemId = item.ItemId
local cleanId
if itemId:sub(1, 3) == "(O)" then
cleanId = itemId:sub(4)
end
local price = Object.getPriceById {args = { cleanId }}
if cleanId == "812" then price = base_price end
local experience = 10 + price * 0.04
local english = English.english { args = { itemId } }
local minStack = item.MinStack ~= -1 and item.MinStack or 1
local maxStack = item.MaxStack ~= -1 and item.MaxStack or minStack
local uniqueId = english .. "_" .. minStack .. "_" .. maxStack
local quantityString = minStack == maxStack and tostring(minStack) or minStack .. "~" .. maxStack
local priorityN = item.priority
local sname = english:gsub(":", "")
if not itemTable[uniqueId] then
itemTable[uniqueId] = {
item = Helper.ExpandTemplate("模板:Name", { sname, quantityString, class = "inline" }),
requiredData = {},
quantity = quantityString,
priority = priorityN,
experience = experience or 0
}
table.insert(producesOrder, uniqueId)
end
if population == 10 then
table.insert(itemTable[uniqueId].requiredData, {
rangeA = population,
rangeB = population,
priority = priorityN
})
else
table.insert(itemTable[uniqueId].requiredData, {
rangeA = population,
priority = priorityN
})
end
local producesCount = #producesOrder
if producesCount == 1 and item.Chance ~= 1 then
if itemTable['ZZZZ'] == nil then
itemTable['ZZZZ'] = {
item = '无',
requiredData = {},
quantity = quantityString,
priority = -1,
experience = "—"
}
end
local count = #itemTable['ZZZZ'].requiredData
if count~=0 then
local rangeB = itemTable['ZZZZ'].requiredData[count].rangeB
if rangeB == nil then itemTable['ZZZZ'].requiredData[count].rangeB = population - 1 end
end
table.insert(itemTable['ZZZZ'].requiredData, {
rangeA = population,
priority = -1
})
isZZZZ = true
end
local tempProducesOrder = deepcopy(producesOrder)
if isZZZZ == true then table.insert(tempProducesOrder, 'ZZZZ') end
for i, k in ipairs(tempProducesOrder) do
local count = #itemTable[k].requiredData
local priorityM = itemTable[k].requiredData[count].priority or nil
if priorityM == nil then priorityM = -1 end
if priorityM >= item.priority or k == "ZZZZ" then -- priorityM >= item.priority - 1
local pop = population - 1
local rangeA = itemTable[k].requiredData[count].rangeA
local rangeB = itemTable[k].requiredData[count].rangeB
if rangeA <= pop then
local newChance = nil
if rangeB == nil and rangeA <= pop then
itemTable[k].requiredData[count].rangeB = pop
end
local newRangeB = nil
if pop + 1 == 10 then newRangeB = 10 end
if rangeB ~= 10 then
table.insert(itemTable[k].requiredData, {
chance = newChance,
rangeA = pop + 1,
rangeB = newRangeB,
priority = priorityM
})
end
end
end
end
local count2 = #itemTable[uniqueId].requiredData - 1
if count2 ~= 0 and itemTable[uniqueId].requiredData[count2].rangeB == nil then
itemTable[uniqueId].requiredData[count2].rangeB = population - 1
end
end
if isZZZZ == true then table.insert(producesOrder, 'ZZZZ') end
local producesCount = #producesOrder
for _, k in ipairs(producesOrder) do
local v = itemTable[k]
local count3 = #itemTable[k].requiredData
if itemTable[k].requiredData[count3].rangeB == nil then
itemTable[k].requiredData[count3].rangeB = maxPopulation - 1
end
end
local allValues = {}
local producedItemsLength = 0
local producedItems2 = deepcopy(producedItems)
for i in pairs(producedItems2) do
producedItems2[i]["priority"] = i
end
for _ in pairs(producedItems2) do
producedItemsLength = producedItemsLength + 1
end
local lastRequired2 = -1
local lastChance = -1
local valuesDone = {}
local common = {}
local seen = {}
for i = 1, producedItemsLength do
local item = producedItems2[i]
table.insert(common, item.RequiredPopulation)
end
local z = 1
while z <= #common do
local value = common[z]
if seen[value] then
table.remove(common, z)
else
seen[value] = true
z = z + 1
end
end
table.sort(common, function(a, b) return a > b end)
for startIndex = 1, producedItemsLength do
local values = {}
local probs = {}
local sum = 0
local currentRequiredPopulation = producedItems2[startIndex].RequiredPopulation
local currentPriority = producedItems2[startIndex].priority
if not tableContains(valuesDone, currentRequiredPopulation) or lastRequired2 == -1 then
lastRequired2 = currentRequiredPopulation
table.insert(valuesDone, currentRequiredPopulation)
local everTrue = false
for i = 1, producedItemsLength do
local item = producedItems2[i]
if currentRequiredPopulation >= item.RequiredPopulation and lastChance ~= 1 then
lastChance = item.Chance
local prob = 1
for _, j in pairs(probs) do
prob = prob * (1 - j)
end
local itemId2 = item.ItemId
local english2 = English.english { args = { itemId2 } }
local minStack2 = item.MinStack ~= -1 and item.MinStack or 1
local maxStack2 = item.MaxStack ~= -1 and item.MaxStack or minStack2
local uniqueId2 = english2 .. "_" .. minStack2 .. "_" .. maxStack2
table.insert(probs, item.Chance)
local exactValue = prob * item.Chance * 100
if exactValue == 0 then
uniqueId2 = "ZZZZ"
end
table.insert(values, {id = uniqueId2, prob = exactValue})
sum = sum + exactValue
end
if lastChance == 1 then
lastChance = -1
end
end
if sum <= 99 then
table.insert(values, {id = "ZZZZ", prob = 100 - sum})
end
allValues[currentRequiredPopulation] = values
end
end
local allValuesTrue = {}
for _, j in pairs(common) do
table.insert(allValuesTrue, allValues[j])
end
allValues = allValuesTrue
local mergedValues = {}
for _, values in ipairs(allValues) do
local tempDict = {}
for _, value in ipairs(values) do
if tempDict[value.id] then
tempDict[value.id].prob = tempDict[value.id].prob + value.prob
else
tempDict[value.id] = {id = value.id, prob = value.prob}
end
end
local mergedLayer = {}
for _, mergedValue in pairs(tempDict) do
table.insert(mergedLayer, mergedValue)
end
table.insert(mergedValues, mergedLayer)
end
local finalMerged = {}
for i = #mergedValues, 1, -1 do
local layer = mergedValues[i]
for _, item in ipairs(layer) do
local id = item.id
local prob = item.prob
if finalMerged[id] then
table.insert(finalMerged[id], 1, prob)
else
finalMerged[id] = {prob}
end
end
end
for i, k in ipairs(producesOrder) do
local v = itemTable[k]
local count3 = #itemTable[k].requiredData
local counting2 = 1
local test = {}
local test2 = {}
for _, x in pairs(finalMerged[k]) do
if not tableContains(test2, x) then
table.insert(test2, x)
table.insert(test, x)
end
end
for j = #test, 1, -1 do
itemTable[k].requiredData[counting2]["probability"] = test[j]
itemTable[k].requiredData[counting2]["priority"] = nil
counting2 = counting2 + 1
end
end
-- mw.logObject(itemTable)
EN = EN:gsub(":", "")
local itemDesc = Helper.ExpandTemplate("模板:Name",{EN, nil, class = "inline"}) or nil
if contains(itemDesc, "Blank") then itemDesc = nil end
local result = { Helper.ExpandTemplate("模板:FishPond2/header", { maxPopulation - 1, itemDesc } ) }
for _, k in ipairs(producesOrder) do
local v = itemTable[k]
local count3 = #itemTable[k].requiredData
local counting2 = 1
local test = {}
local test2 = {}
local final = ""
for _, x in pairs(finalMerged[k]) do
if not tableContains(test2, x) then
table.insert(test2, x)
table.insert(test, x)
end
end
local start = 1
local startProb = 0
local endCount = 10
local endProb = 0
local totalLength = 0
local last1 = ''
local last2 = ''
local firstElement = v.item
if contains(firstElement, "File:Roe.png") and promised_name ~= "Roe" then
firstElement = firstElement:gsub("File:Roe.png", "File:" .. promised_name .. ".png")
end
local smallTable = {firstElement, k}
for j = 1, #test do
local x = itemTable[k].requiredData[counting2]
if j == 1 then
startProb = x.probability
end
if j == 1 and x.rangeA ~= 1 then
start = x.rangeA
local length2 = x.rangeA - 1
totalLength = totalLength + length2
local prob2 = "—" -- /
table.insert(smallTable, length2)
table.insert(smallTable, toPercentage(prob2, false, 1))
-- if final == "" then final = length2 else final = final .. "," .. length2 end
-- final = final .. "," .. prob2
end
local length = x.rangeB - x.rangeA +1
local prob = x.probability
table.insert(smallTable, length)
table.insert(smallTable, toPercentage(prob, false, 1))
-- if final == "" then final = length else final = final .. "," .. length end
-- final = final .. "," .. prob
endCount = x.rangeB
if x.probability ~= 0 then
endProb = x.probability
end
counting2 = counting2 + 1
if length == 0 then totalLength = totalLength + 1 end
totalLength = totalLength + length
end
if totalLength ~= maxPopulation - 1 then
local smallTableL = #smallTable
if smallTableL >= 3 then
-- mw.log(smallTable[smallTableL])
if smallTable[smallTableL-1] == 0 then
smallTable[smallTableL-1] = 2
else
if true then -- smallTable[smallTableL] == "0%"
-- smallTable[smallTableL-1] = smallTable[smallTableL-1] + 1
smallTable[smallTableL-1] = smallTable[smallTableL-1] + maxPopulation - 1 - totalLength
else
-- mw.log("maxPopulation - 1", maxPopulation - 1, "totalLength", totalLength)
table.insert(smallTable, maxPopulation - 1 - totalLength)
table.insert(smallTable, toPercentage(0))
end
end
-- mw.log(smallTable[smallTableL-1],smallTable[smallTableL])
-- if smallTable[smallTableL -1 ]
end
end
-- mw.log(start, endCount)
local cal1 = toPercentage((start * 0.08 + 0.15) * startProb / 100, true)
local cal2 = toPercentage((endCount * 0.08 + 0.15) * endProb / 100, true)
local calString = ""
if cal1 == cal2 then
calString = cal2 .. "%"
else
calString = cal1 .. " ~ " .. cal2 .. "%"
end
if k == "ZZZZ" then calString = "—" end
table.insert(smallTable, calString)
if v.experience == "—" then
table.insert(smallTable, "—")
else
table.insert(smallTable, math.floor(v.experience))
end
final = table.concat(smallTable, ",")
-- mw.log(final)
table.insert(result, Helper.ExpandTemplate(
"模板:FishPond2/row",
{
final
}
))
end
table.insert(result,Helper.ExpandTemplate("模板:FishPond2/footer" ))
return table.concat(result, "\n")
end
-- =p.getProductTableAlt{ args = { "岩浆鳗鱼"} }
function p.getProductTableAlt(frame)
local fishName = frame.args[1]
local displayFishName = frame.args[2]
local id = ID.id { args = { fishName } }
if id:sub(1, 3) == "(O)" then
id = id:sub(4)
else
return ''
end
local name = Object.getFieldsById { args = { id } }["Name"]
local EN = name
local base_price = 30 + Object.getPriceById {args = { id }} * 0.5
local promised_name = Object.getColorById{args = {id}} .. " Roe" or "Roe"
if not fileExists(promised_name..".png") then
promised_name = "Roe"
end
local fishData = findFishData(name)
local tag
if not fishData or not fishData['ProducedItems'] then
tag = Object.getAllFishTagById { args = { id } }
if tag then
fishData = findFishData(tag)
end
if not fishData then
return ''
end
end
if tag == "fish_legendary" then
return ''
end
local maxPopulation = fishData['MaxPopulation'] or 11
if maxPopulation == "-1" or maxPopulation == -1 then
maxPopulation = 11
end
local producedItems = fishData['ProducedItems']
local itemTable = {}
local producesOrder = {}
local sortedItems = {}
for i, item in pairs(producedItems) do
local item2 = deepcopy(item)
item2["priority"] = i
table.insert(sortedItems, { RequiredPopulation = tonumber(item.RequiredPopulation), Chance = item2.Chance, item = item2 })
end
table.sort(sortedItems, function(a, b) return a.RequiredPopulation < b.RequiredPopulation end)
local lastUniqueId = ""
local isZZZZ = false
for i, item2 in pairs(sortedItems) do
local item = item2.item
local population = item.RequiredPopulation > 0 and item.RequiredPopulation or 1
local itemId = item.ItemId
local cleanId
if itemId:sub(1, 3) == "(O)" then
cleanId = itemId:sub(4)
end
local price = Object.getPriceById {args = { cleanId }}
if cleanId == "812" then price = base_price end
local experience = 10 + price * 0.04
local english = English.english { args = { itemId } }
local minStack = item.MinStack ~= -1 and item.MinStack or 1
local maxStack = item.MaxStack ~= -1 and item.MaxStack or minStack
local uniqueId = english .. "_" .. minStack .. "_" .. maxStack
local quantityString = minStack == maxStack and tostring(minStack) or minStack .. "~" .. maxStack
local priorityN = item.priority
local sname = english:gsub(":", "")
if not itemTable[uniqueId] then
itemTable[uniqueId] = {
item = Helper.ExpandTemplate("模板:Name", { sname, quantityString, class = "inline" }),
requiredData = {},
quantity = quantityString,
priority = priorityN,
experience = experience or 0
}
table.insert(producesOrder, uniqueId)
end
if population == 10 then
table.insert(itemTable[uniqueId].requiredData, {
rangeA = population,
rangeB = population,
priority = priorityN
})
else
table.insert(itemTable[uniqueId].requiredData, {
rangeA = population,
priority = priorityN
})
end
local producesCount = #producesOrder
if producesCount == 1 and item.Chance ~= 1 then
if itemTable['ZZZZ'] == nil then
itemTable['ZZZZ'] = {
item = '无',
requiredData = {},
quantity = quantityString,
priority = -1,
experience = "—"
}
end
local count = #itemTable['ZZZZ'].requiredData
if count~=0 then
local rangeB = itemTable['ZZZZ'].requiredData[count].rangeB
if rangeB == nil then itemTable['ZZZZ'].requiredData[count].rangeB = population - 1 end
end
table.insert(itemTable['ZZZZ'].requiredData, {
rangeA = population,
priority = -1
})
isZZZZ = true
end
local tempProducesOrder = deepcopy(producesOrder)
if isZZZZ == true then table.insert(tempProducesOrder, 'ZZZZ') end
for i, k in ipairs(tempProducesOrder) do
local count = #itemTable[k].requiredData
local priorityM = itemTable[k].requiredData[count].priority or nil
if priorityM == nil then priorityM = -1 end
if priorityM >= item.priority or k == "ZZZZ" then -- priorityM >= item.priority - 1
local pop = population - 1
local rangeA = itemTable[k].requiredData[count].rangeA
local rangeB = itemTable[k].requiredData[count].rangeB
if rangeA <= pop then
local newChance = nil
if rangeB == nil and rangeA <= pop then
itemTable[k].requiredData[count].rangeB = pop
end
local newRangeB = nil
if pop + 1 == 10 then newRangeB = 10 end
if rangeB ~= 10 then
table.insert(itemTable[k].requiredData, {
chance = newChance,
rangeA = pop + 1,
rangeB = newRangeB,
priority = priorityM
})
end
end
end
end
local count2 = #itemTable[uniqueId].requiredData - 1
if count2 ~= 0 and itemTable[uniqueId].requiredData[count2].rangeB == nil then
itemTable[uniqueId].requiredData[count2].rangeB = population - 1
end
end
if isZZZZ == true then table.insert(producesOrder, 'ZZZZ') end
local producesCount = #producesOrder
for _, k in ipairs(producesOrder) do
local v = itemTable[k]
local count3 = #itemTable[k].requiredData
if itemTable[k].requiredData[count3].rangeB == nil then
itemTable[k].requiredData[count3].rangeB = maxPopulation - 1
end
end
local allValues = {}
local producedItemsLength = 0
local producedItems2 = deepcopy(producedItems)
for i in pairs(producedItems2) do
producedItems2[i]["priority"] = i
end
for _ in pairs(producedItems2) do
producedItemsLength = producedItemsLength + 1
end
local lastRequired2 = -1
local lastChance = -1
local valuesDone = {}
local common = {}
local seen = {}
local result = {}
for i = 1, producedItemsLength do
local item = producedItems2[i]
table.insert(common, item.RequiredPopulation)
end
local z = 1
while z <= #common do
local value = common[z]
if seen[value] then
table.remove(common, z)
else
seen[value] = true
z = z + 1
end
end
table.sort(common, function(a, b) return a > b end)
for startIndex = 1, producedItemsLength do
local values = {}
local probs = {}
local sum = 0
local currentRequiredPopulation = producedItems2[startIndex].RequiredPopulation
local currentPriority = producedItems2[startIndex].priority
if not tableContains(valuesDone, currentRequiredPopulation) or lastRequired2 == -1 then
lastRequired2 = currentRequiredPopulation
table.insert(valuesDone, currentRequiredPopulation)
local everTrue = false
for i = 1, producedItemsLength do
local item = producedItems2[i]
if currentRequiredPopulation >= item.RequiredPopulation and lastChance ~= 1 then
lastChance = item.Chance
local prob = 1
for _, j in pairs(probs) do
prob = prob * (1 - j)
end
local itemId2 = item.ItemId
local english2 = English.english { args = { itemId2 } }
local minStack2 = item.MinStack ~= -1 and item.MinStack or 1
local maxStack2 = item.MaxStack ~= -1 and item.MaxStack or minStack2
local uniqueId2 = english2 .. "_" .. minStack2 .. "_" .. maxStack2
table.insert(probs, item.Chance)
local exactValue = prob * item.Chance * 100
if exactValue == 0 then
uniqueId2 = "ZZZZ"
end
table.insert(values, {id = uniqueId2, prob = exactValue})
sum = sum + exactValue
end
if lastChance == 1 then
lastChance = -1
end
end
if sum <= 99 then
table.insert(values, {id = "ZZZZ", prob = 100 - sum})
end
allValues[currentRequiredPopulation] = values
end
end
local allValuesTrue = {}
for _, j in pairs(common) do
table.insert(allValuesTrue, allValues[j])
end
allValues = allValuesTrue
local mergedValues = {}
for _, values in ipairs(allValues) do
local tempDict = {}
for _, value in ipairs(values) do
if tempDict[value.id] then
tempDict[value.id].prob = tempDict[value.id].prob + value.prob
else
tempDict[value.id] = {id = value.id, prob = value.prob}
end
end
local mergedLayer = {}
for _, mergedValue in pairs(tempDict) do
table.insert(mergedLayer, mergedValue)
end
table.insert(mergedValues, mergedLayer)
end
local finalMerged = {}
for i = #mergedValues, 1, -1 do
local layer = mergedValues[i]
for _, item in ipairs(layer) do
local id = item.id
local prob = item.prob
if finalMerged[id] then
table.insert(finalMerged[id], 1, prob)
else
finalMerged[id] = {prob}
end
end
end
for i, k in ipairs(producesOrder) do
local v = itemTable[k]
local count3 = #itemTable[k].requiredData
local counting2 = 1
local test = {}
local test2 = {}
for _, x in pairs(finalMerged[k]) do
if not tableContains(test2, x) then
table.insert(test2, x)
table.insert(test, x)
end
end
for j = #test, 1, -1 do
itemTable[k].requiredData[counting2]["probability"] = test[j]
itemTable[k].requiredData[counting2]["priority"] = nil
counting2 = counting2 + 1
end
end
-- mw.logObject(itemTable)
EN = EN:gsub(":", "")
local itemDesc = Helper.ExpandTemplate("模板:Name",{EN, nil, class = "inline"}) or nil
if contains(itemDesc, "Blank") then itemDesc = nil end
for sim, k in ipairs(producesOrder) do
local v = itemTable[k]
local count3 = #itemTable[k].requiredData
local counting2 = 1
local test = {}
local test2 = {}
local final = ""
for _, x in pairs(finalMerged[k]) do
if not tableContains(test2, x) then
table.insert(test2, x)
table.insert(test, x)
end
end
local start = 1
local startProb = 0
local endCount = 10
local endProb = 0
local totalLength = 0
local last1 = ''
local last2 = ''
local firstElement = v.item
if contains(firstElement, "File:Roe.png") and promised_name ~= "Roe" then
firstElement = firstElement:gsub("File:Roe.png", "File:" .. promised_name .. ".png")
end
local smallTable = {firstElement, k}
for j = 1, #test do
local x = itemTable[k].requiredData[counting2]
if j == 1 then
startProb = x.probability
end
if j == 1 and x.rangeA ~= 1 then
start = x.rangeA
local length2 = x.rangeA - 1
totalLength = totalLength + length2
local prob2 = "—" -- /
table.insert(smallTable, length2)
table.insert(smallTable, toPercentage(prob2, false, 1))
-- if final == "" then final = length2 else final = final .. "," .. length2 end
-- final = final .. "," .. prob2
end
local length = x.rangeB - x.rangeA +1
local prob = x.probability
table.insert(smallTable, length)
table.insert(smallTable, toPercentage(prob, false, 1))
-- if final == "" then final = length else final = final .. "," .. length end
-- final = final .. "," .. prob
endCount = x.rangeB
if x.probability ~= 0 then
endProb = x.probability
end
counting2 = counting2 + 1
if length == 0 then totalLength = totalLength + 1 end
totalLength = totalLength + length
end
if totalLength ~= maxPopulation - 1 then
local smallTableL = #smallTable
if smallTableL >= 3 then
-- mw.log(smallTable[smallTableL])
if smallTable[smallTableL-1] == 0 then
smallTable[smallTableL-1] = 2
else
if true then -- smallTable[smallTableL] == "0%"
-- smallTable[smallTableL-1] = smallTable[smallTableL-1] + 1
smallTable[smallTableL-1] = smallTable[smallTableL-1] + maxPopulation - 1 - totalLength
else
-- mw.log("maxPopulation - 1", maxPopulation - 1, "totalLength", totalLength)
table.insert(smallTable, maxPopulation - 1 - totalLength)
table.insert(smallTable, toPercentage(0))
end
end
-- mw.log(smallTable[smallTableL-1],smallTable[smallTableL])
-- if smallTable[smallTableL -1 ]
end
end
-- mw.log(start, endCount)
local cal1 = toPercentage((start * 0.08 + 0.15) * startProb / 100, true)
local cal2 = toPercentage((endCount * 0.08 + 0.15) * endProb / 100, true)
local calString = ""
if cal1 == cal2 then
calString = cal2 .. "%"
else
calString = cal1 .. " ~ " .. cal2 .. "%"
end
if k == "ZZZZ" then calString = "—" end
table.insert(smallTable, calString)
if v.experience == "—" then
table.insert(smallTable, "—")
else
table.insert(smallTable, math.floor(v.experience))
end
final = table.concat(smallTable, ",")
-- mw.log(final)
local insertContent = Helper.ExpandTemplate(
"模板:FishPond2/row",
{
final
})
if sim == 1 then
if displayFishName == "" or displayFishName == nil then
displayFishName = Helper.ExpandTemplate("模板:Name",{name, nil, class = "inline"})
end
insertContent = insertContent:gsub('<tr><td data', '<tr><td rowspan="'.. #producesOrder ..'">' .. displayFishName .. '</td><td data')
end
table.insert(result, insertContent)
end
return table.concat(result, "\n")
end
return p
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