snowybot thanx to zilwin

bdiv       = 42000
basebet    = balance/bdiv
nextbet    = basebet
multiplier = 1.5
lodiv      = 7000
more       = balance
losebet    = balance/lodiv
target     = balance*10
chance     = 50
bethigh    = false
good       = 0
bad        = 0
bogus      = 0
betcount   = 100 -- Number of Bets before Seed Reset
counter    = 0

resetstats()

lastWinRollCount = 0
currentRollCount = 0
oppositeRolls = 0
oppositeArray = {}
oppositeArrayCount = {}
winCount = 0
rollHighHigh = 0
rollHighLow = 0
rollLowHigh = 0
rollLowLow = 0
roundSpent = 0

-- Initialize system settings
rollCountAverage = {}
rollAverageCount = 0
rollAverageIndex = 0
rollAverageMax   = 8-- Average roll count before a win.  How many wins do you want to average?

-- Initialize the array
for i=0, rollAverageMax do
    rollCountAverage[i] = 0
end

highLowAverage = {}
averageCount   = 0
averageIndex   = 0
averageMax     = 8-- High / Low average switching.  How many rolls do you want to average?

rollCount = 0
rollSeedCount = 0

-- Initialize the array
for i=0, averageMax do
    highLowAverage[i] = 0
end

-- Start the actual betting
function dobet()
    snow =  balance/lodiv
        print("Current Balance : "..string.format("%.8f",balance))
        print("Current Profit : "..string.format("%.8f",profit))
    if balance-nextbet>=target then
        stop()
        ching()
    end
    if betcount == counter then
        resetseed();
        counter=0
    else
        counter+=1
        end
    if win  then
        good += 1
        bogus += 1
    else
        bad+=1
    end

    if (bad == 1) then
        nextbet = balance/lodiv
        end

    if (bogus > 2) then
        nextbet = previousbet*multiplier
        bogus   = 0
        end
     if (math.fmod(bad,4)==0) and (bad>3) then
         nextbet = previousbet*multiplier
        end
    if (good > 3) then
        nextbet = previousbet*multiplier
        good    = 0
        end
    if (nextbet==nil) then
        nextbet = previousbet
    end
     if (balance > more+(snow*2)) then
        nextbet = balance/bdiv
        bad     = 0
        good    = 0
        bogus   = 0
        more    = balance
        end

    currentRollCount += 1
    rollCount += 1

    -- Store statistics for high / low rolls

    if(lastBet.roll > 50 and bethigh == true) then -- High roll and was high
        rollHighHigh += 1
    end

    if(lastBet.roll <= 50 and bethigh == true) then -- High roll and was low
        rollHighLow += 1
    end

    if(lastBet.roll > 50 and bethigh == false) then -- Low roll and was high
        rollLowHigh += 1
    end

    if(lastBet.roll <= 50 and bethigh == false) then -- Low roll and was low
        rollLowLow += 1
    end

    -- We got a win, let's store some averages

    if(win) then
        winCount += 1
        if(rollAverageCount == 0) then -- Initialize so we get a good starting average
            for i=0, rollAverageMax do
                rollCountAverage[i] = rollCount
            end
            rollAverageIndex += 1
        else
            rollCountAverage[rollAverageIndex] = rollCount
            rollAverageIndex += 1
        end

        rollAverageCount += 1

        if(rollAverageCount >= rollAverageMax) then
            rollAverageCount = rollAverageMax -- no need to keep this one climbing
        end

        if(rollAverageIndex >= rollAverageMax) then
            rollAverageIndex = 0 -- reset
        end

        rollCount = 0 -- reset for next rolling
        oppositeRolls = 0
        rollSeedCount = 0 -- Keep this seed for now
        rollHighHigh = 0 -- reset counters
        rollHighLow = 0 -- reset counters
        rollLowHigh = 0 -- reset counters
        rollLowLow = 0 -- reset counters
        roundSpent = 0
        end

    -- Let's use the averages from previous rolls to see if the bet needs to be changed

    if(!win) then
        oppositeTest = lastBet.roll
    end

        if(oppositeTest > (100 - chance) and bethigh == false) then -- Test if we were rolling high
            -- print(oppositeTest)
            oppositeArray[oppositeRolls] = oppositeTest
            oppositeArrayCount[oppositeRolls] = rollCount
            oppositeRolls += 1
        end

        if(oppositeTest < chance and bethigh == true) then -- Test if we were rolling low
            -- print(oppositeTest)
            oppositeArray[oppositeRolls] = oppositeTest
            oppositeArrayCount[oppositeRolls] = rollCount
            oppositeRolls += 1
        end

    -- Calculate the average, and then change high / low accordingly

    if(lastBet.roll >= 50) then
        highLowAverage[averageIndex] = 1
    else
        highLowAverage[averageIndex] = 0
    end
    averageIndex += 1
    averageCount += 1

    if(averageIndex >= averageMax) then
        averageIndex = 0
    end

    if(averageCount > averageMax) then
        averageCount = averageMax
    end

    average = 0.00
    for i=0, averageCount do
        average += highLowAverage[i]
    end

    average = average / averageCount
    -- print (average)

    if (average >= 0.5) then
        bethigh = true
    else
        bethigh = false
    end
end