resetstats()
stb = balance
chance = math.random(80, 90)
base = 4
nextbet = base
lose = 0
golandau = 10
chancePayout = {
    min = 5,
    max = 9
}
chanceGo = {
    min = 20,
    max = 45
}
firstTimePlay = 0
notloseYet = true
listChancePayout = {}
listChanceGo = {}
infobet = {}
type = {"hi", "low"}
backprice = 1
bethigh = math.random(0,100)%2==0
balancelose = 0
flagChange = false
flagGo = false
flagNormal = true
target = 10000
targetResetSeeds = 100000
py = 0
wg = 0
hl = 0
lk = 0
ct = 0
wc = 0
hb = 0

function getPayout(chag)
    py = 100 / tonumber(chag)
    py = py - (py *(1/100))
end
function createChange()
    for i = chancePayout.min, chancePayout.max, 1
    do
        getPayout(i)
        table.insert(listChancePayout, {
            hi = {
                game = string.format("%.2f", (100-i-0.01)),
                risk = py * 10 + 15,
                change = i,
                lose = 0,
                defaultHi = true,
                tilethang = 0,
                onlose = 1 / (1 * py - 1) * 100
            },
            low = {
                game = string.format("%.2f", i),
                risk = py * 10 + 15,
                change = i,
                lose = 0,
                defaultHi = false,
                tilethang = 0,
                onlose = 1 / (1 * py - 1) * 100
            }
        })
    end
    for i = chanceGo.min, chanceGo.max, 1
    do
        getPayout(i)
        table.insert(listChanceGo, {
            hi = {
                game = string.format("%.2f", (100-i-0.01)),
                risk = py * 10 + 15,
                change = i,
                lose = 0,
                defaultHi = true,
                tilethang = 0,
                onlose = 1 / (1 * py - 1) * 100
            },
            low = {
                game = string.format("%.2f", i),
                risk = py * 10 + 15,
                change = i,
                lose = 0,
                defaultHi = false,
                tilethang = 0,
                onlose = 1 / (1 * py - 1) * 100
            }
        })
    end
end
function updateTiLeThang()
    for key, value in pairs(listChancePayout) do
        if lastBet.Roll < tonumber(value["hi"].game) then
            value["hi"].lose = value["hi"].lose + 1
        else
            value["hi"].lose = 0
        end
        if lastBet.Roll > tonumber(value["low"].game) then
            value["low"].lose = value["low"].lose + 1
        else
            value["low"].lose = 0
        end
        for i,v in ipairs(type) do
            value[v].tilethang = value[v].lose / value[v].risk * 100
        end
    end
    for key, value in pairs(listChanceGo) do
        if lastBet.Roll < tonumber(value["hi"].game) then
            value["hi"].lose = value["hi"].lose + 1
        else
            value["hi"].lose = 0
        end
        if lastBet.Roll > tonumber(value["low"].game) then
            value["low"].lose = value["low"].lose + 1
        else
            value["low"].lose = 0
        end
        for i,v in ipairs(type) do
            value[v].tilethang = value[v].lose / value[v].risk * 100
        end
    end
end
function resetTileThang()
    for key, value in pairs(listChancePayout) do
        for i,v in ipairs(type) do
            value[v].tilethang = 0
        end
    end
    for key, value in pairs(listChanceGo) do
        for i,v in ipairs(type) do
            value[v].tilethang = 0
        end
    end
end
function getGoChange()
    phantram = 0
    for key, value in pairs(listChanceGo) do
        for i,v in ipairs(type) do
            -- if value[v].tilethang >= 40 then
            --     phantram = value[v].tilethang
            --     infobet.change = value[v].change
            --     infobet.defaultHi = value[v].defaultHi
            --     infobet.onlose = value[v].onlose
            --     infobet.tilethang = value[v].tilethang
            -- elseif value[v].tilethang >= 65 and value[v].tilethang <= 70 then
            --     phantram = value[v].tilethang
            --     infobet.change = value[v].change
            --     infobet.defaultHi = value[v].defaultHi
            --     infobet.onlose = value[v].onlose
            --     infobet.tilethang = value[v].tilethang
            -- elseif value[v].tilethang >= 45 and value[v].tilethang <= 55 then
            --     phantram = value[v].tilethang
            --     infobet.change = value[v].change
            --     infobet.defaultHi = value[v].defaultHi
            --     infobet.onlose = value[v].onlose
            --     infobet.tilethang = value[v].tilethang
            -- elseif value[v].tilethang >= 25 and value[v].tilethang <= 35 then
            --     phantram = value[v].tilethang
            --     infobet.change = value[v].change
            --     infobet.defaultHi = value[v].defaultHi
            --     infobet.onlose = value[v].onlose
            --     infobet.tilethang = value[v].tilethang
            -- else
            if value[v].tilethang >= 10 and value[v].tilethang <= 20 then
                phantram = value[v].tilethang
                infobet.change = value[v].change
                infobet.defaultHi = value[v].defaultHi
                infobet.onlose = value[v].onlose
                infobet.tilethang = value[v].tilethang
            elseif value[v].tilethang > phantram then
                phantram = value[v].tilethang
                infobet.change = value[v].change
                infobet.defaultHi = value[v].defaultHi
                infobet.onlose = value[v].onlose
                infobet.tilethang = value[v].tilethang
            end
        end
    end
    return infobet
end
function getPayoutChange()
    phantram = 0
    for key, value in pairs(listChancePayout) do
        for i,v in ipairs(type) do
            if value[v].tilethang > phantram then
                phantram = value[v].tilethang
                infobet.change = value[v].change
                infobet.defaultHi = value[v].defaultHi
                infobet.onlose = value[v].onlose
                infobet.tilethang = value[v].tilethang
            end
        end
    end
    return infobet
end

function workingChange()
    updateTiLeThang()
    smartChange = getPayoutChange()
    gochange = getGoChange()
    -- if smartChange.tilethang >= 40 then
    --     flagChange = true
    --     flagNormal = false
    --     flagGo = false
    --     firstTimePlay = firstTimePlay + 1
    --     chance = tonumber(smartChange.change)
    --     getPayout(chance)
    --     if firstTimePlay == 1 then
    --         nextbet = base / 100
    --     end
    --     if lose >= py / 2 then
    --         nextbet = previousbet + previousbet * smartChange.onlose / 100
    --     end
    --     bethigh = smartChange.defaultHi
    -- else
    if gochange.tilethang >= 5 and balancelose < 0 then
        flagChange = false;
        flagNormal = false;
        chance = tonumber(gochange.change)
        getPayout(chance)
        bethigh = gochange.defaultHi
        if math.abs(balancelose) < base then
            nextbet = math.abs(balancelose) / (py - 1)
        -- elseif gochange.tilethang >= 65 and gochange.tilethang <= 70 then
        --     nextbet = (math.abs(balancelose) / 4) / (py - 1)
        -- elseif gochange.tilethang >= 45 and gochange.tilethang <= 50 then
        --     nextbet = (math.abs(balancelose) / 3) / (py - 1)
        -- elseif gochange.tilethang >= 25 and gochange.tilethang <= 30 then
        --     nextbet = (math.abs(balancelose) / 2) / (py - 1)
        elseif gochange.tilethang >= 10 and gochange.tilethang <= 20 then
            nextbet = (math.abs(balancelose) / golandau) / (py - 1)
            golandau = golandau - 1
            if golandau == 0 then
                golandau = 1
            end
        else
            chance = math.random(80, 90)
            bethigh = math.random(0,100)%2==0
            nextbet = base
        end
        flagGo = true
        firstTimePlay = 0
    else
        flagChange = false
        flagNormal = true
        flagGo = false
        firstTimePlay = 0
        chance = math.random(80, 90)
        bethigh = math.random(0,100)%2==0
        nextbet = base
    end
    if nextbet > balance then
        nextbet = balance / 2
    end
    if nextbet < 0.00000001 then
        nextbet = base
    end
end
createChange()

function dobet()
  ct += 1
  lk = wc*200/ct
  wg = wg + previousbet
if nextbet >= hb then
  hb = nextbet
end
if lose >= hl then
   hl = lose
end
if win then
    wc += 1
    nextbet = base
    if balancelose <= 0 and flagChange == false and flagNormal == false then
        balancelose = balancelose + currentprofit
    end
    firstTimePlay = 0
    if balancelose > 0 then
        balancelose = 0
        notloseYet = true
    end
    lose = 0
    if flagGo == true and (math.abs(balancelose) / balance * 100) >= 1 then
        golandau = 15
    end
    if targetResetSeeds == bets then
        resetseed()
        resetTileThang()
    end
else
    lose = lose + 1
    if flagChange == false then
        balancelose = balancelose + currentprofit
    end
    if notloseYet == true and (math.abs(balancelose) / balance * 100) >= 1 then
        golandau = 15
        notloseYet = false
    end
end
if profit >= target then
    stop()
end
workingChange()
print("")
print("")
print("------------------------------  CODE BY LUÂN  -------------------------------")
print("               BETTING CURRENCY : ".." ~~~ "..string.upper(currency).." ~~~ ")
print("")
print(" Số tiền cần gỡ            "..string.format("%.8f",balancelose))
print("")
print(" Profit                           "..string.format("%.8f",profit))
print(" TOTAL BET               "..(bets).." BETS")
print(" Wagered                    ".. string.format("%.8f",wg))
print("")
print(" Start Balance              "..string.format("%.8f",stb))
print(" Current Balance          "..string.format("%.8f",balance))
print("")
print(" Bet Amount                 "..string.format("%.8f",previousbet))
print(" Chance                       "..string.format("%.3f",chance))
print(" Largest Bet                  "..string.format("%.8f",hb))
print("")
print(" Lose Streak                    "..hl)
print(" Current Lose Streak        "..lose)
print(" LUCKY                           "..string.format("%.3f",lk).."%")
print("")
print("-----------------------------------------------------------------------------------------")
print("")
print("")
end

function s()
  stop()
end
function seed()
  resetseed()
end
function stats()
  resetstats()
end