Module:Swimming calculator
Module documentation
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 | This module is unused. This module is neither invoked by a template nor required/loaded by another module. If this is in error, make sure to add {{Documentation}}/{{No documentation}} to the calling template's or parent's module documentation. |
Module:Swimming calculator requires Module:Experience.
local p = {}
local levelAtXp = require('Module:Experience').level_at_xp_unr
local xpAtLevel = require('Module:Experience').xp_at_level_unr
function p.main(frame)
local args = frame:getParent().args
thievingXP = tonumber(args.thievingXP)
thievingLvl = tonumber(args.thievingLvl)
thievingType = args.thievingType
agilityXP = tonumber(args.agilityXP)
agilityLvl =tonumber(args.agilityLvl)
agilityType = args.agilityType
tearsHr = tonumber(args.Tears)
goalToggle = args.goalToggle
goal =tonumber(args.goal)
leagueMultiplier = tonumber(args.leagueMultiplier)
-----Handle 200m exception----
if goal == 127 then goalXP = 200000000 else goalXP = xpAtLevel({args = {goal}}) end
if thievingType == "Level" then
if thievingLvl == 127 then thievingXP = 200000000 else
thievingXP = xpAtLevel({args = {thievingLvl}}) end end
if agilityType == "Level" then
if agilityLvl == 127 then agilityXP = 200000000 else
agilityXP = xpAtLevel({args = {agilityLvl}}) end end
tears = 0
initialAgility = agilityXP
initialThieving = thievingXP
thieving = levelAtXp({args = {thievingXP}})
agility = levelAtXp({args = {agilityXP}})
if goalToggle == "Thieving" then
if thievingXP >= goalXP then
return "Your target must be higher than your level" end
tears = calculateTears(thievingXP, goalXP, thieving, 11)
thievingXP = goalXP
time = tears / tearsHr
agilityXP = calculateXp(agilityXP, agility, tears, 3)
secondaryXP = agilityXP
secondary = "Agility"
else
if agilityXP >= goalXP then
return "Your target must be higher than your level" end
tears = calculateTears(agilityXP, goalXP, agility, 3)
agilityXP = goalXP
time = tears / tearsHr
thievingXP = calculateXp(thievingXP, thieving, tears, 11)
secondaryXP = thievingXP
secondary = "Thieving"
end
------EHP (TempleOsrs) ----will probably need updating every now and then-----
agilityEhp = getAgilityEHP(0,13363,6000) + getAgilityEHP(13363,41171,15000) + getAgilityEHP(41171,449428,44000) + getAgilityEHP(449428,2192818,50000) + getAgilityEHP(2192818,6000000,55000) + getAgilityEHP(6000000,6517253,59000) + getAgilityEHP(6517253,200000000,95000)
thievingEhp = getThievingEHP(0,61512,15000) + getThievingEHP(61512,166636,60000) + getThievingEHP(166636,449428,100000) + getThievingEHP(449428,5902831,220000) + getThievingEHP(5902831,13034431,255000) + getThievingEHP(13034431,200000000,280000)
----Leagues----
if (leagueMultiplier == null) then leagueMultiplier = 1 end
time = time / leagueMultiplier
agilityEhp = agilityEhp / leagueMultiplier
thievingEhp = thievingEhp / leagueMultiplier
------------------
if (secondaryXP == 200000000) then secondaryLvl = 127 else
secondaryLvl = levelAtXp({args = {secondaryXP}}) end
ehp = (agilityEhp + thievingEhp) / time
timeSave = (agilityEhp + thievingEhp) - time
if timeSave < 0 then
gain = "slower"
timeSave = timeSave * -1
else gain = "faster" end
-----Output Formatting----
agilityXP = tonumber(string.format("%.0f", agilityXP))
thievingXP = tonumber(string.format("%.0f", thievingXP))
time = tonumber(string.format("%.2f", time))
agilityEhp = tonumber(string.format("%.2f", agilityEhp))
thievingEhp = tonumber(string.format("%.2f", thievingEhp))
ehp = tonumber(string.format("%.2f", ehp))
timeSave = tonumber(string.format("%.2f", timeSave))
secondaryXP = tonumber(string.format("%.0f", secondaryXP))
return "It will take you " .. time .. " hours to reach your goal of level " .. goal .. " ".. goalToggle.. " ("..goalXP.." xp). <br/> This will get you to level " .. secondaryLvl .." " .. secondary .. " ("..secondaryXP..
" xp). <br/> Doing the most efficient Agility training method to gain that xp would take "..agilityEhp.. " hours. <br/> Doing the most efficient Thieving training method to gain that xp would take ".. thievingEhp .. " hours."..
"<br/> This makes swimming "..timeSave.." hours "..gain..", and puts swimming at ".. ehp.. " EHP."
--Alternative output (less wordy)
-- return "Final Agility XP: " .. agilityXP.. "<br/> Final Thieving XP: " .. thievingXP .. "<br/> Time taken: " .. time .. " hours <br/> Agility EHP: " .. agilityEhp.. " <br/> Thieving EHP: " .. thievingEhp .. "<br/> Swimming EHP: " .. ehp
end
----Find amount of tears to reach goalXP-----
function calculateTears(currentxp, goalXP, level, multiplier)
while (currentxp < goalXP) do
level = levelAtXp({args = {currentxp}})
if level >= 99 then
xpreq = goalXP - currentxp
level = 99
else
xpreq = xpAtLevel({args = {level + 1}}) - currentxp
if xpAtLevel({args = {level + 1}}) > goalXP then
xpreq = goalXP - currentxp end
end
tears = tears + xpreq / (multiplier * level * level * 9/1500)
currentxp = currentxp + xpreq
end
return tears
end
----Find how much xp you will get with that amount of tears-----
function calculateXp(xp, level, tears, multiplier)
while (tears > 0) do
level = levelAtXp({args = {xp}})
if level > 99 then level2 = 99 else level2 = level end
xpPerTear = (multiplier * level2 * level2 * 9 /1500)
if level >= 99 then break end
xpreq = xpAtLevel({args = {level + 1}}) - xp
tear2 = xpreq / xpPerTear
if tear2 < tears then
tears = tears - tear2
xp = xp + tear2 * xpPerTear
else break end
end
xp = xp + tears * xpPerTear
if xp > 200000000 then xp = 200000000 end
return xp
end
----Calculate EHP----
function getAgilityEHP(low, high, rate)
if initialAgility <= high and initialAgility >= low and agilityXP <= high and agilityXP >= low then return (agilityXP - initialAgility)/rate end
if initialAgility <= high and initialAgility >= low and agilityXP >= high then return (high - initialAgility)/rate end
if initialAgility <= low and agilityXP <= high and agilityXP >= low then return (agilityXP - low)/rate end
if initialAgility <= low and agilityXP >= high then return (high - low)/rate end
return 0
end
function getThievingEHP(low, high, rate)
if initialThieving <= high and initialThieving >= low and thievingXP <= high and thievingXP >= low then return (thievingXP - initialThieving)/rate end
if initialThieving <= high and initialThieving >= low and thievingXP >= high then return (high - initialThieving)/rate end
if initialThieving <= low and thievingXP <= high and thievingXP >= low then return (thievingXP - low)/rate end
if initialThieving <= low and thievingXP >= high then return (high - low)/rate end
return 0
end
return p