best bot from snowy lua

madman  = 0.0001 --240 divide
tens    = (madman*10)
twenty  = (madman*20)
sevens  = (madman*6.9)
eights  = (madman*7.9)
fives   = (madman*4.9)
dinner  = balance
boghart = ((math.floor(balance/tens))*tens)
james   = ((math.floor(balance/tens))*tens)
snowy   = ((math.floor(balance/tens))*tens)
chance  = 49.5
upper   = 6.9
downer  = 2.9
bethigh = false
nextbet = madman
resetstats()

function dobet()
    if (balance>(snowy+(nextbet*upper))) then
        nextbet = previousbet*2
        upper   = 4.9
        downer  = 4.9
        snowy   = balance
    end
    if (balance<(snowy-(nextbet*downer))) then
        nextbet = previousbet*2
        upper   = 4.9
        downer  = 4.9
        snowy   = balance
    end
    if ((balance<=(james-twenty)) and (balance<(((math.floor(balance/tens))*tens)+sevens))) then
        nextbet = madman
        upper   = 6.9
        downer  = 2.9
        snowy   = ((math.floor(balance/tens))*tens)
        james   = ((math.floor(balance/tens))*tens)
    end
    if ((balance<=(james-twenty)) and (balance>(((math.floor(balance/tens))*tens)+eights))) then
        nextbet = madman
        upper   = 6.9
        downer  = 2.9
        snowy   = ((math.floor(balance/tens))*tens)
        james   = ((math.floor(balance/tens))*tens)
    end
    if ((balance>=(boghart+tens)) and (balance<(((math.floor(balance/tens))*tens)+sevens))) then
        nextbet = madman
        upper   = 6.9
        downer  = 2.9
        snowy   = ((math.floor(balance/tens))*tens)
        boghart = ((math.floor(balance/tens))*tens)
        james   = ((math.floor(balance/tens))*tens)
    end
    if ((balance>=(boghart+tens)) and (balance>(((math.floor(balance/tens))*tens)+eights))) then
        nextbet = madman
        upper   = 6.9
        downer  = 2.9
        snowy   = ((math.floor(balance/tens))*tens)
        boghart = ((math.floor(balance/tens))*tens)
        james   = ((math.floor(balance/tens))*tens)
    end
    if (balance>=(dinner*24)) then
        print("winner winner chicken dinner")
        stop()
    end
end