SEJUNIE DICEBOT 'LUA' 2022 UPDATED STAKE CASINO MEDIUM BALANCE FLIP SCRIPT SAFE RISE %

SUBMITTED BY: boogeymanblue

DATE: Feb. 4, 2022, 3:06 p.m.

FORMAT: Lua

SIZE: 8.1 kB

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  1. --Warming up
  2. math.random(); math.random(); math.random()
  3. price = 37238.90
  4. stopLossUSD = 100
  5. stopLoss = stopLossUSD/price
  6. oldBalance = stopLoss
  7. takeProfitPercent = 0.1
  8. takeProfit = oldBalance*takeProfitPercent
  9. maxProfit = oldBalance*3
  10. listChance = {24.75, 19.8, 16.5, 13.75, 12.37, 11, 9.9}
  11. listPayout = {4, 5, 6, 7, 8, 9, 10}
  12. listMultiply = {1.35, 1.26, 1.21, 1.17, 1.15, 1.13, 1.12}
  13. listMultiplyLost = {10.67, 9.75, 9.6, 9, 9, 8.625, 9}
  14. listDivideBalance = {3700, 3800, 4430, 4390, 5170, 5290, 6660}
  15. divebalace = 5480
  16. mainbasebet = stopLoss/divebalace
  17. basebet = mainbasebet
  18. nextbet = basebet
  19. multiply = 1.12
  20. multiplyLoss = 8
  21. payout = 10
  22. chance = 9.90
  23. winStreak = 0
  24. maxWinStreak = 0
  25. lossStreak = 0
  26. maxStreakRS = 0
  27. seedRandomizerX = 0
  28. hiloRandomizerX = 0
  29. highProfit = 0
  30. highBalance = oldBalance
  31. lowProfit = 0
  32. timeStart = os.clock()
  33. timeRun = 0
  34. wager = 0
  35. CHANCE_RANDOMIZER = 0
  36. sleepNext = false
  37. lastTime = 0
  38. time = 1800
  39. timeMin = 600
  40. timeMax = 1800
  41. joker = 0
  42. countJoke = 0
  43. function (gendMaxStreakRS)()
  44. maxStreakRS = math.random(1,3)
  45. if(maxStreakRS <= 1)then
  46. maxStreakRS = 0
  47. elseif(maxStreakRS <= 2)then
  48. maxStreakRS = payout
  49. elseif(maxStreakRS <= 3)then
  50. maxStreakRS = payout * 2
  51. end
  52. end
  54. function seedRandomizer()
  55. seedRandomizerX = math.random(1, 3)
  56. if(seedRandomizerX == 2)then
  57. resetseed()
  58. end
  59. end
  61. function hiloRandomizer()
  62. hiloRandomizerX = math.random(1, 3)
  63. if(hiloRandomizerX == 2)then
  64. hiloRandomizerX = math.random(0, 1)
  65. if (hiloRandomizerX == 1) then
  66. bethigh = true
  67. else
  68. bethigh = false
  69. end
  70. end
  71. end
  73. function randomChane()
  74. CHANCE_RANDOMIZER = math.random(1, 4)
  75. if(CHANCE_RANDOMIZER == 1)then
  76. CHANCE_RANDOMIZER = math.random(1, #listChance)
  77. chance = listChance[CHANCE_RANDOMIZER]
  78. chanceBack = chance
  79. payout = listPayout[CHANCE_RANDOMIZER]
  80. multiply = listMultiply[CHANCE_RANDOMIZER]
  81. divebalace = listDivideBalance[CHANCE_RANDOMIZER]
  82. multiply = listMultiply[CHANCE_RANDOMIZER]
  83. multiplyLoss = listMultiplyLost[CHANCE_RANDOMIZER]
  84. end
  85. end
  87. function jokeDealer()
  88. joker = math.random(1, 50)
  89. if(joker == 25)then
  90. nextbet = 0.00014/price
  91. countJoke = countJoke + 1
  92. print("SEND JOKES...")
  93. end
  94. end
  96. function randomSleepTime()
  97. time = math.random(1, 6)
  98. if(time <= 1)then
  99. time = math.random(300, 600)
  100. elseif(time <= 3)then
  101. time = math.random(600, 1200)
  102. elseif(time <= 6)then
  103. time = math.random(1200, 1800)
  104. end
  105. end
  107. function sleepToNextBet()
  108. if(os.clock() - lastTime <= time)then
  109. typeBet = math.random(1, 2)
  110. newtime = time - (os.clock() - lastTime)
  111. print("[Wait]\t\t[" ..string.format("%.2d:%.2d", math.floor(newtime/60), math.floor(newtime%60)).. "] for next session...")
  112. nextbet = 0
  113. jokeDealer()
  114. else
  115. print("Back to bet...")
  116. hiloRandomizer()
  117. seedRandomizer()
  118. randomChane()
  119. gendMaxStreakRS()
  120. highBalance = oldBalance + profit
  121. mainbasebet = highBalance/divebalace
  122. basebet = mainbasebet
  123. nextbet = mainbasebet
  124. lossStreak = 0
  125. winStreak = 0
  126. sleepNext = false
  127. if(maxStreakRS == 0)then
  128. nextbet = basebet
  129. else
  130. nextbet = 0
  131. end
  132. end
  133. end
  135. hiloRandomizer()
  136. seedRandomizer()
  138. function dobet()
  139. wager = wager + nextbet
  140. if (win) then
  141. winStreak = winStreak + 1
  142. if(lossStreak >= maxStreakRS and lossStreak < maxStreakRS + payout * 2)then
  143. maxWinStreak = maxWinStreak + 1
  144. hiloRandomizer()
  145. seedRandomizer()
  146. randomChane()
  147. gendMaxStreakRS()
  148. mainbasebet = highBalance/divebalace
  149. basebet = mainbasebet
  150. nextbet = mainbasebet
  151. else
  152. winStreak = 0
  153. if(lossStreak >= maxStreakRS + payout * 2)then
  154. gendMaxStreakRS()
  155. basebet = basebet * multiplyLoss
  156. end
  157. maxWinStreak = 0
  158. end
  159. if(maxStreakRS == 0)then
  160. nextbet = basebet
  161. else
  162. nextbet = 0
  163. end
  164. lossStreak = 0
  165. else
  166. winStreak = 0
  167. lossStreak = lossStreak + 1
  168. if(lossStreak >= maxStreakRS and lossStreak < maxStreakRS + payout* 2)then
  169. if(nextbet == 0) then
  170. nextbet = basebet
  171. end
  172. nextbet = nextbet*multiply
  173. else
  174. nextbet = 0
  175. end
  176. end
  177. if(profit >= highProfit)then
  178. highProfit = profit
  179. highBalance = oldBalance + highProfit
  180. elseif(profit < lowProfit)then
  181. lowProfit = profit
  182. end
  183. timeRun = math.floor(os.clock() - timeStart)
  184. print("\n\n\n\n\n")
  185. print("<==========================================>")
  187. if(sleepNext)then
  188. sleepToNextBet()
  189. print("[Next Bet]:\t["..string.format("%.8f",nextbet*price).."]")
  190. print("[Chance]:\t\t["..string.format("%.2f",chance).."]")
  191. print("[Payout]:\t\t["..tostring(payout).."]")
  192. print("[Streak]:\t\t["..tostring(maxStreakRS).."]")
  193. else
  194. print("[Next Bet]:\t["..string.format("%.8f",nextbet*price).."]")
  195. print("[Chance]:\t\t["..string.format("%.2f",chance).."]")
  196. print("[Payout]:\t\t["..tostring(payout).."]")
  197. print("[Streak]:\t\t["..tostring(maxStreakRS).."]")
  198. print("[Next Bet]:\t["..string.format("%.8f",nextbet*price).."]")
  199. print("[Chance]:\t\t["..string.format("%.2f",chance).."]")
  200. print("[Payout]:\t\t["..tostring(payout).."]")
  201. print("[Streak]:\t\t["..tostring(maxStreakRS).."]")
  202. print("[Profit]:\t\t["..string.format("%.8f",profit*price).."] ["..string.format("%.4f",profit/(oldBalance)*100).."]%")
  203. print("[Base Bet]:\t["..string.format("%.8f",basebet*price).."] ["..string.format("%.4f",basebet/(oldBalance)*100).."]%")
  204. print("[High PF]:\t\t["..string.format("%.8f",highProfit*price).."] ["..string.format("%.4f",highProfit/(oldBalance)*100).."]%")
  205. print("[Low PF]:\t\t["..string.format("%.8f",lowProfit*price).."] ["..string.format("%.4f",lowProfit/(oldBalance)*100).."]%")
  206. print("[Sleep PF]:\t["..string.format("%.8f",takeProfit*price).."] ["..string.format("%.4f",takeProfit/(oldBalance)*100).."]%")
  207. if(timeRun > 0)then
  208. print("<==========================================>")
  209. print("[Wager]:\t\t["..string.format("%.8f",wager*price).."] ["..string.format("%.4f",wager/(oldBalance)*100).."]%")
  210. print("[Per hour]:\t["..string.format("%.8f",wager*price/timeRun*3600).."] ["..string.format("%.4f",wager/timeRun*3600/oldBalance*100).."]%")
  211. print("[Per day]:\t\t["..string.format("%.8f",wager*price/timeRun*86400).."] ["..string.format("%.4f",wager/timeRun*86400/oldBalance*100).."]%")
  212. end
  213. end
  214. print("<==========================================>")
  215. print("[Jokes ]:\t\t["..string.format("%d",countJoke).."]")
  216. print("<==========================================>")
  217. if(profit >= takeProfit) then
  218. takeProfit = profit + (oldBalance + profit)*takeProfitPercent
  219. sleepNext = true
  220. lastTime = os.clock()
  221. randomSleepTime()
  222. nextbet = 0
  223. highBalance = 0
  224. elseif(profit-nextbet <= stopLoss*(-1) or profit >= maxProfit)then
  225. stop()
  226. end
  227. end
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