Module:Experience

-- -- All functions relating to experience needed etc --

local p = {} local commas = require('Module:Addcommas')

local XPAtLevel = mw.loadData('Module:Experience/data') local XPAtLevelUnr = mw.loadData('Module:Experience/dataunr')

-- -- Returns lowest needed XP to have required level -- Template:XP -- function p.xp_at_level(frame) local level = tonumber(frame.args[1])

-- calling tonumber on a string returns nil if not level then return "You must pass numbers as arguments" end

return XPAtLevel[level] end

-- Same as above, but with the 120 level cap removed

function p.xp_at_level_unr(frame) local level = tonumber(frame.args[1])

-- calling tonumber on a string returns nil if not level then return "You must pass numbers as arguments" end

return XPAtLevelUnr[level] end

-- -- The maximum amount of experience you can have at a given level -- Template:Max XP for level -- function p.max_xp_at_level(frame) local level = tonumber(frame.args[1])

-- calling tonumber on a string returns nil if not level then return "You must pass numbers as arguments" end

if level == -1 then return 0 elseif level <= 0 or level > 120 then return "Value must be in the range 1 - 120" -- Highest level is 120, highest XP is 200M elseif (level == 120) then return 200000000 end

-- Just in case level = math.floor(level)

-- Return XP required for the *next* level minus 1 local xp_at_next = XPAtLevel[level + 1] return xp_at_next - 1 end

-- -- What level you have when at a given xp -- Template:Level -- function p.level_at_xp(frame) local xp = frame.args[1]

-- just in case if type(xp) == 'string' then xp = commas._strip(xp) xp = tonumber(xp) end

-- calling tonumber on an empty string returns nil if not xp then return "You must pass numbers as arguments" end

if xp 200000000 then return "Value must be in the range 0 - 200,000,000" end local level for i=120,1,-1 do		if (XPAtLevel[i]<= xp) then level = i			break end end return level end

-- Same as above, but with the 120 level cap removed

function p.level_at_xp_unr(frame) local xp = frame.args[1]

-- just in case if type(xp) == 'string' then xp = commas._strip(xp) xp = tonumber(xp) end

-- calling tonumber on a string returns nil if not xp then return "You must pass numbers as arguments" end

if xp == -1 then return 0 elseif xp 200000000 then return "Value must be in the range 0 - 200,000,000" end local level for i=126,1,-1 do		if (XPAtLevelUnr[i]<= xp) then level = i			break end end return level end

-- -- Experience needed to obtain a level from a given amount of xp -- If current xp is greater than target, returns 0 -- Template:XP to Level -- function p.xp_to_level(frame) local xp = frame.args[1] local target = tonumber(frame.args[2])

-- just in case if type(xp) == 'string' then xp = commas._strip(xp) xp = tonumber(xp) end

if (xp 200000000) then return "XP value must be in the range 0 - 200,000,000" end

if (target 120) then return "Level value must be in the range 2 - 120" end

-- calling tonumber on a string returns nil if not xp or not target then return "You must pass numbers as arguments" end

local target_xp = XPAtLevel[target]

if (xp >= target_xp) then return 0 else return target_xp - xp	end end

-- -- Experience between two levels; will always return absolute value -- Template:XP level to level -- function p.level_to_level(frame) local level1 = tonumber(frame.args[1]) local level2 = tonumber(frame.args[2])

-- just in case if type(level1) == 'string' then level1 = commas._strip(level1) level1 = tonumber(level1) end

if type(level2) == 'string' then level2 = commas._strip(level2) level2 = tonumber(level2) end

if not level1 or not level2 then return "You must pass numbers as arguments" end

local difference = XPAtLevel[level1]- XPAtLevel[level2] difference = math.abs(difference) return difference end

-- Same as above, but with the 120 level cap removed

function p.level_to_level_unr(frame) local level1 = tonumber(frame.args[1]) local level2 = tonumber(frame.args[2])

-- just in case if type(level1) == 'string' then level1 = commas._strip(level1) level1 = tonumber(level1) end

if type(level2) == 'string' then level2 = commas._strip(level2) level2 = tonumber(level2) end

if not level1 or not level2 then return "You must pass numbers as arguments" end

local difference = XPAtLevelUnr[level1]- XPAtLevelUnr[level2] difference = math.abs(difference) return difference end

return p