Module:ConsCalcs

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

local calc = {}
VariablesLua = mw.ext.VariablesLua

function calc.salt(frame)
-- "TowerSaltCost" =  FLOOR.MATH(MAX(0.2, 1 - (MIN(0.1, 0.1 * FLOOR.MATH((CCL + 999) / 1000)) + MAX(0, CCL - 1) * CCB / 100)) * SB * (TL + 1))
	
	local frameArgs = frame.args
	local sb      = frameArgs.sb       -- Salt Base Value
	local cc      = frameArgs.cc       -- Cost Cruncher (Only to be used for Cost Cruncher)
	local maxTL   = frameArgs.maxTL    -- Default Total Tower Level
	local bonusTL = frameArgs.bonusTL  -- Bonus Total Tower Level
	local ccb = 1                      -- Cost Cruncher base Bonus (hard-coded at 1)
	
	local ccl = 0
	local normalSum = 0
	for l = 0, maxTL do
		if cc == 1 then ccl = l else ccl = 0 end
		normalSum = normalSum + math.floor(math.max(0.2, 1 - (math.min(0.1, 0.1 * math.floor((ccl + 999) / 1000)) + math.max(0, ccl - 1) * ccb / 100)) * sb * (l + 1))
	end
	VariablesLua.vardefine( saltNorm, normalSum)
	local bonusSum = 0
	for l = maxTL, bonusTL do
		if cc == 1 then ccl = l else ccl = 0 end
		bonusSum = bonusSum + math.floor(math.max(0.2, 1 - (math.min(0.1, 0.1 * math.floor((ccl + 999) / 1000)) + math.max(0, ccl - 1) * ccb / 100)) * sb * (l + 1))
	end
	VariablesLua.vardefine( saltBonus, bonusSum )
	local totalSum = normalSum + bonusSum
	VariablesLua.vardefine( saltTotal, totalSum )
	
end
function calc.mat(frame)
-- "TowerMatCost" =  FLOOR.MATH(MAX(.2, 1 - (MIN(.1, .1 * FLOOR.MATH(((CCL) + 999) / 1e3)) + MAX(0, (CCL) - 1) * 1 / 100)) * MB * POWER(MS + .03 - (MS + .03 - 1.05) * TL / (TML / 2 + TL), TL))
	
	local frameArgs = frame.args
	local mb      = frameArgs.mb       -- Material Base Value
	local ms      = frameArgs.ms       -- Material Scaling Value
	local cc      = frameArgs.cc       -- Cost Cruncher (Only to be used for Cost Cruncher)
	local maxTL   = frameArgs.maxTL    -- Default Total Tower Level
	local bonusTL = frameArgs.bonusTL  -- Bonus Total Tower Level
	local ccb = 1                      -- Cost Cruncher base Bonus (hard-coded at 1)
	
	local ccl = 0
	local normalSum = 0
	for l = 0, maxTL do
		if cc == 1 then ccl = l else ccl = 0 end
		normalSum = normalSum + math.floor(math.max(0.2, 1 - (math.min(0.1, 0.1 * math.floor(((ccl) + 999) / 1000)) + math.max(0, (ccl) - 1) * 1 / 100)) * mb * math.pow(ms + 0.03 - (ms + 0.03 - 1.05) * l / (maxTL / 2 + l), l))
	end
	VariablesLua.vardefine( matNorm, normalSum)
	local bonusSum = 0
	for l = maxTL, bonusTL do
		if cc == 1 then ccl = l else ccl = 0 end
		bonusSum = bonusSum + math.floor(math.max(0.2, 1 - (math.min(0.1, 0.1 * math.floor(((ccl) + 999) / 1000)) + math.max(0, (ccl) - 1) * 1 / 100)) * mb * math.pow(ms + 0.03 - (ms + 0.03 - 1.05) * l / (maxTL / 2 + l), l))
	end
	VariablesLua.vardefine( matBonus, bonusSum )
	local totalSum = normalSum + bonusSum
	VariablesLua.vardefine( matTotal, totalSum )
	
end

return calc