snowybot

cat     = 2500
y       = balance/cat
cool    = balance
boots   = 0
x       = balance/cat
chance  = 49.95
bethigh = false
target  = 2000
nextbet = y
old     = balance
g       = false
jib     = false
box     = false
olf     = balance
elf     = balance
older   = balance
bety    = 0
resetstats()


function one()
   xol = math.random(1,3)
if (xol==1) then
    myseed = math.random(7777,9999)
end
if (xol==2) then
    myseed = math.random(50000,77777)
end
if (xol==3) then
    myseed = math.random(50,99)
end
seedclient = (myseed)
    bety = bety+1
if (balance>=(elf+(x*7))) then
        nextbet = previousbet*2
        x       = nextbet
        bety    = 0
        elf     = balance
    end
    if (balance<=(olf-(x*4))) and bety>=7 then
      nextbet = previousbet*2
      x       = nextbet
      bety    = 0
      olf     = balance
  end
  if (balance>=(old+(y*10))) then
      bethigh = !bethigh
      y       = balance/cat
      bety    = 0
      nextbet = y
      x       = y
      olf     = balance
      elf     = balance
      old     = balance
    end
    if nextbet<y then
    nextbet = y
end
end
function two()
   xol = math.random(1,3)
if (xol==1) then
    myseed = math.random(7777,9999)
end
if (xol==2) then
    myseed = math.random(50000,77777)
end
if (xol==3) then
    myseed = math.random(50,99)
end
seedclient = (myseed)
if win then
g   = false
end
if (balance>=(elf+(x*2))) and g==false then
        nextbet = previousbet*2
        x       = nextbet
        sick    = true
        box     = false
        g       = true
        elf     = balance
    end
    if (balance>=(elf+(x*2))) and g==true then
        nextbet = previousbet/2
        x       = nextbet
        g       = false
        sick    = false
        elf     = balance
    end
    if (balance<=(olf-(x*2))) and jib==false then
        nextbet = previousbet*2
        x       = nextbet
        jib     = true
        olf     = balance
    end
     if (balance<=(olf-(x*2))) and jib==true then
         nextbet = previousbet/2
         x       = nextbet
         box     = true
         jib     = false
         olf     = balance
    end
     if !win and sick==true then
         nextbet = previousbet/2
         x       = nextbet
         olf     = balance
         elf     = balance
         sick    = false
     end
      if (balance<=(olf-(x*2))) and box==true then
         jib = false
     end
     if balance>olf then
         olf = balance
     end
     if balance<elf then
         elf = balance
     end
     if (balance>=(old+(y*3))) then
         y = balance/cat
        nextbet = y
        x       = y
        sick    = false
        jib     = false
        box     = false
        olf     = balance
        elf     = balance
        g       = false
        old     = balance
    end
    if nextbet<y then
    nextbet = y
end
end
function three()
    bety       = bety+1
   xol = math.random(1,3)
if (xol==1) then
    myseed = math.random(7777,9999)
end
if (xol==2) then
    myseed = math.random(50000,77777)
end
if (xol==3) then
    myseed = math.random(50,99)
end
seedclient = (myseed)
if (balance>=(elf+(x*7))) then
        nextbet = previousbet*2
        x       = nextbet
        elf     = balance
    end
    if (balance<=(olf-(x*4))) and bety>=7 then
      nextbet = previousbet*2
      x       = nextbet
      olf     = balance
  end
  if (balance>=(old+(y*10))) then
      bethigh = !bethigh
      y       = balance/cat
        nextbet = y
        x       = y
        olf     = balance
        elf     = balance
        old     = balance
    end
    if nextbet<y then
    nextbet = y
end
end
function dobet()
    xol = math.random(1,3)
if (xol==1) then
    myseed = math.random(7777,9999)
end
if (xol==2) then
    myseed = math.random(50000,77777)
end
if (xol==3) then
    myseed = math.random(50,99)
end
seedclient = (myseed)
    mofo       = math.random(1,3)
    if (balance>=(cool+(y*10))) then
       if (mofo==1) then
        three()
       end
       if (mofo==2) then
        two()
       end
       if (mofo==3) then
        one()
       end
       cool = balance
    else
        one()
      cool = balance
    end
    if balance>target then
    stop()
end
end