local function GetPercentage(Value, Accuracy, DecimalPoint)
    if Accuracy then
        return string.format("%." .. DecimalPoint .. "f", Value * 100)
    else
        return math.floor((Value * 100) + 0.5)
    end
end

local TEST_1 = math.random(1000, 9999)
local TEST_2 = math.random(1000, 9999)

print("last_value_TEST1:", TEST_1)
print("last_value_TEST2:", TEST_2)

local Division = TEST_1 / TEST_2

print("last_value_Division:", Division)

print("\n")

function FixNumber(last_Value1, last_Value2)
    print("last_Value1 (" .. last_Value1 .. ") - last_Value2 (" .. last_Value2 .. ")")
    print("Equals: last_value_Difference")
    
    print("->")
    
    local last_value_Difference = last_Value1 - last_Value2

    print("last_Value_Difference:", last_value_Difference)

    local last_value_Added = math.random(100, 1000)
    
    local newest_value = last_Value2 + last_value_Difference + last_value_Added

    print("newest_value (NEW_last_value_Value2):", newest_value)
        
    local NEW_DIVISION = last_Value1 / newest_value

    print("NEW_DIVISION:", NEW_DIVISION)
    
    return NEW_DIVISION
end

if TEST_1 >= TEST_2 then
    print("TEST_1, is greater than TEST_2. Fixing...")
    
    print("============================")

    local FIX = FixNumber(TEST_1, TEST_2)

    print("============================")

    print("Whole Percentage: " .. GetPercentage(FIX) .. "%")
    print("Accurate Percentage: " .. GetPercentage(FIX, true, 2) .. "%")

    print("============================")
    
    print("FIXED")
else
    print("Whole Percentage: " .. GetPercentage(Division) .. "%")
    print("Accurate Percentage: " .. GetPercentage(Division, true, 2) .. "%")
end