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Super RR

The document outlines a betting strategy using a function called dobet() that adjusts the betting amount based on the player's balance and previous outcomes. It incorporates variables for minimum bets, target balance, and chance levels, with specific conditions for winning and losing scenarios. The strategy aims to maximize profit while managing risk through dynamic adjustments to the betting amount.

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cpowe1990
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6 views2 pages

Super RR

The document outlines a betting strategy using a function called dobet() that adjusts the betting amount based on the player's balance and previous outcomes. It incorporates variables for minimum bets, target balance, and chance levels, with specific conditions for winning and losing scenarios. The strategy aims to maximize profit while managing risk through dynamic adjustments to the betting amount.

Uploaded by

cpowe1990
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as TXT, PDF, TXT or read online on Scribd
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resetstats() resetseed()

minbet = 1e-8
target = balance + 1000
incr = 25 --%
bb1 = balance/1e7
bb2 = balance/1e6
nextbet = bb1
every = 2
setch = {2,8,16}
maxbal = balance
index = 1
chance = setch[index]
maxpf = 0
multi = 1.5
nextbet = math.max(nextbet,minbet)
function dobet()
if (balance >= target and target > 0) then
stop()
end
if (chance >= 20) then
chance = setch[math.random(#setch)]
nextbet = math.max(minbet,nextbet/1.5)
end
if (win) then
if (profit > maxpf) then
maxpf = profit
maxbal = balance
nextbet = bb1
multi = 1.5
else
multi = math.max(1.5, multi/2)
if (chance == setch[#setch]) then
nextbet = nextbet/8
else
nextbet = bb2
end
end
index = math.random(1,#setch)
else
if (chance == setch[1]) then
index = math.random(2,#setch)
else
if (chance == setch[2]) then
index = math.random(1,#setch)
else
index = math.random(1,2)
end
end
if (bets%every == 0) then
nextbet = previousbet + (previousbet * (incr/100))
end
end
chance = setch[index]
if(bets%5 == 0) then
nextbet = previousbet * (multi*1.3)
chance = math.random(1000,2000) / 100
--multi = multi * 1.3
end
nextbet = math.max(nextbet,minbet)
end

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