Module:Calculator

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

local p = {}

function p.farming_wisdom(frame)
    local bps = tonumber(frame.args["bps"])
    local wisdom = tonumber(frame.args["wisdom"])
    local xp = tonumber(frame.args["xp"])

    if not bps or not wisdom or not xp then
        return "Error: Missing bps, wisdom, or xp value."
    end

    local answer = bps * 3600 * (1 + wisdom / 100) * xp
    local formatted_answer = string.format("%0.f", answer):reverse():gsub("(%d%d%d)", "%1,"):gsub(",(%-?)$", "%1"):reverse()
    
    return formatted_answer
end


function p.hexFromXP(frame)
    local minVal, maxVal = 550000, 1050000
    local xp = tonumber(frame.args["xp"])

    if not xp then
        return "Error: Missing xp value."
    end

    local value = math.max(minVal, math.min(maxVal, xp))
    
    local ratio = (value - minVal) / (maxVal - minVal)
    
    local brightness_boost = 1.4 -- brightness boost for mid range values (yellow)
    local red = math.floor(255 * (1 - ratio) * (ratio > 0.4 and ratio < 0.6 and brightness_boost or 1))
    local green = math.floor(255 * ratio * (ratio > 0.4 and ratio < 0.6 and brightness_boost or 1))

    red = math.min(red, 255)
    green = math.min(green, 255)
    
    return string.format("#%02X%02X%02X", red, green, 0)
end


function p.getFarmingWisdomHex(frame)
    local bps = tonumber(frame.args["bps"])
    local wisdom = tonumber(frame.args["wisdom"])
    local basexp = tonumber(frame.args["basexp"])

    local xp = bps * 3600 * (1 + wisdom / 100) * basexp

    return p.hexFromXP({ args = { xp = xp } })
end


function p.mooshroom(frame)
	local strength = frame.args["strength"]
	
	local answer = math.floor(strength / 20 * .7)

	return answer
end

	
function p.pb(frame)
    local score = tonumber((string.gsub(frame.args["score"], ",", "")))
    local max_score = tonumber((string.gsub(frame.args["max"], ",", "")))

    local answer = math.floor((score / max_score) * 100 * 100 + 0.5) / 100
    answer = math.min(100, answer)

    return answer
end

	
function p.rates(frame)
	local ff = frame.args["ff"]
	local base = frame.args["base"]
	local bps = frame.args["bps"]
	local multiplier = (ff + 100)*0.01
	
	local answer = base * bps * multiplier * 3600
	mw.log(multiplier)
	local formatted_answer = mw.ustring.format("%0.0f", answer):reverse():gsub("(%d%d%d)", "%1,"):gsub(",%s*$", ""):reverse()

	return formatted_answer	
end


function p.trex(frame)
	--[[local args = getArgs(frame)
	local bandana, dae, chim = tonumber(args.bandana), args.dae, tonumber(args.chim)]]--
	local bandanabonus = tonumber(frame.args["bandana"])
	local dae = frame.args["dae"]
	local chimera = tonumber(frame.args["chim"])
	local pet = frame.args["pet"]
	
	if chimera > 5 or chimera < 0 then
		answer = "Invalid Chimera Level"
		return answer
	end
	

	local multiplier = 1 + (chimera * 0.2) + dae
	
	if pet == "slug" or pet == "Slug" then
		answer = (bandanabonus * multiplier) + 40
	elseif pet == "trex" or pet == "Trex" or pet == "t-rex" or pet == "T-rex" then
		answer = (2 * bandanabonus) * multiplier
	else
		answer = "Error with pet selection"
	end
	
	return answer
end

return p