Notes

--BetMultiplier_v2
-- Function to set proper 2x bet multiplier based on balance.
-- This is not a complete script. This is just a routine that will continuously reset your bet multiplier for
-- a 2x game. It's range is from 2.25 to 3.00 in 0.01 increments.


tmulti = 2.25
bmulti = 2.25
base = 0.00000001
runCnt = 0
runMax = 10000
maxroll = 0
tmaxroll = 0
bethigh = true
chance = 49.50
nextbet = base
mcnt = 75


-- Initialize bray[75]
bray = {}
for n = 0, mcnt do
bray[n] = bmulti + (0.01 * n) -- Array of bmulti values
end
-- End initilization



function dobet()

-- Process stop
runCnt = runCnt + 1
if (runCnt > runMax) then
print("Process Complete!")
stop()
end
-- End Process stop

-- Start process to determine current bet multiplier
if ((math.fmod(runCnt, 50) == 0) or (runCnt == 0)) then
tmulti = 2.25
for n = 0, mcnt do
bmulti = bray[n]



-- Funtion to set maxroll
-- Based on balance and multiplier.
m = bmulti
b = base
car1 = 0
car2 = 0

if ((balance > (b * m^0)) and (balance < (b + (b * m^1)))) then
maxroll = 1
else
car1 = (b + (b * m^1))
car2 = car1 + (b * m^2)
if ((balance > car1) and (balance < car2)) then
maxroll = 2
else
car1 = car2
car2 = car1 + (b * m^3)
if ((balance > car1) and (balance < car2)) then
maxroll = 3
else
car1 = car2
car2 = car1 + (b * m^4)
if ((balance > car1) and (balance < car2)) then
maxroll = 4
else
car1 = car2
car2 = car1 + (b * m^5)
if ((balance > car1) and (balance < car2)) then
maxroll = 5
else
car1 = car2
car2 = car2 + (b * m^6)
if ((balance > car1) and (balance < car2)) then
maxroll = 6
else
car1 = car2
car2 = car1 + (b * m^7)
if ((balance > car1) and (balance < car2)) then
maxroll = 7
else
car1 = car2
car2 = car1 + (b * m^8)
if ((balance > car1) and (balance < car2)) then
maxroll = 8
else
car1 = car2
car2 = car1 + (b * m^9)
if ((balance > car1) and (balance < car2)) then
maxroll = 9
else
car1 = car2
car2 = car1 + (b * m^10)
if ((balance > car1) and (balance < car2)) then
maxroll = 10
else
car1 = car2
car2 = car1 + (b * m^11)
if ((balance > car1) and (balance < car2)) then
maxroll = 11
else
car1 = car2
car2 = car1 + (b * m^12)
if ((balance > car1) and (balance < car2)) then
maxroll = 12
else
car1 = car2
car2 = car1 + (b * m^13)
if ((balance > car1) and (balance < car2)) then
maxroll = 13
else
car1 = car2
car2 = car1 + (b * m^14)
if ((balance > car1) and (balance < car2)) then
maxroll = 14
else
car1 = car2
car2 = car1 + (b * m^15)
if ((balance > car1) and (balance < car2)) then
maxroll = 15
else
car1 = car2
car2 = car1 + (b * m^16)
if ((balance > car1) and (balance < car2)) then
maxroll = 16
else
car1 = car2
car2 = car1 + (b * m^17)
if ((balance > car1) and (balance < car2)) then
maxroll = 17
else
car1 = car2
car2 = car1 + (b * m^18)
if ((balance > car1) and (balance < car2)) then
maxroll = 18
else
car1 = car2
car2 = car1 + (b * m^19)
if ((balance > car1) and (balance < car2)) then
maxroll = 19
else
car1 = car2
car2 = car1 + (b * m^20)
if ((balance > car1) and (balance < car2)) then
maxroll = 20
else
car1 = car2
car2 = car1 + (b * m^21)
if ((balance > car1) and (balance < car2)) then
maxroll = 21
else
car1 = car2
car2 = car1 + (b * m^22)
if ((balance > car1) and (balance < car2)) then
maxroll = 22
else
car1 = car2
car2 = car1 + (b * m^23)
if ((balance > car1) and (balance < car2)) then
maxroll = 23
else
car1 = car2
car2 = car1 + (b * m^24)
if ((balance > car1) and (balance < car2)) then
maxroll = 24
else
car1 = car2
car2 = car1 + (b * m^25)
if ((balance > car1) and (balance < car2)) then
maxroll = 25
else
car1 = car2
car2 = car1 + (b * m^26)
if ((balance > car1) and (balance < car2)) then
maxroll = 26
else
car1 = car2
car2 = car1 + (b * m^27)
if ((balance > car1) and (balance < car2)) then
maxroll = 27
else
car1 = car2
car2 = car1 + (b * m^28)
if ((balance > car1) and (balance < car2)) then
maxroll = 28
else
car1 = car2
car2 = car1 + (b * m^29)
if ((balance > car1) and (balance < car2)) then
maxroll = 29
else
car1 = car2
car2 = car1 + (b * m^30)
if ((balance > car1) and (balance < car2)) then
maxroll = 30
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
-- End set maxroll

if (bmulti ~= tmulti) then
if (maxroll >= tmaxroll) then
tmaxroll = maxroll
tmulti = bmulti
end
end


end -- End for statement
bmulti = tmulti -- Output 2x multiplier
print(bmulti)
end -- End of if statement
-- End process to set bet multiplier


-- Begin bet calcs
if win then
nextbet = base
else
nextbet = previousbet * bmulti
end


end -- end dobet