dsetzer

var config = {
    baseBet: { type: 'balance', label: 'Base Bet', value: 100 },
    payout: { type: 'multiplier', label: 'Payout', value: 2 }
};
const dcheck = () => { try{ engine.getState() }catch(e){ return true } return false }
const emitter = {
    on(name, func){this._s[name] = this._s[name] || []; this._s[name].push(func)},_s:{},
    emit(name, ...args){if(!this._s[name]){return; } this._s[name].forEach(f=>f(...args))}
}
const dice = dcheck();

dsetzer

var config = {};

var	StartingBet = 50000;   //(INTEGER) Initial bet in satoshis. (100 * 100 = 100 bits = 10,000 satoshi)
var AutoCashout = 2000;        //(INTEGER) Will Cashout at 20x if the highest bet didn't cashed out yet.
var IncreaseOnLoss = 1.5;       //(FLOAT) Will increase +1.30x of the last bet if lost.

var simulate = true;
var simWager = 0;
var simCashed = 0;
var simBalance = 5000 * 100;

dsetzer

/**
 * Calculates the base bet from the current wager, multiplier, and streak.
 *
 * @param {number} wager - The current wager.
 * @param {number} multi - The multiplier.
 * @param {number} streak - The streak.
 * @returns {number} - The calculated base bet.
 */
const getBaseBetFromCurrent = (wager, multi, streak) => (wager / (multi ** streak));

dsetzer

var config = {
  baseBet: { type: 'balance', label: 'Base Bet', value: 128},
  betSpeed: { type: 'number', label: 'Bet Speed', value: 800},
  maxBet: { type: 'balance', label: 'Max Bet', value: 10000 }
}
Object.entries(config).forEach(c => window[c[0]] = c[1].value);
var s = t => new Promise(r => setTimeout(r, t));
for(let b = baseBet; ;b=Math.max(baseBet, b)){
  if (b > maxBet) break;
  await this.bet(Math.round(b / 100) * 100, 2).then(r => {

dsetzer

import hmac
import hashlib
import binascii
import math
from collections import Counter
from scipy.optimize import curve_fit
import numpy as np

# Number of games to simulate (10 million)
num_games_to_simulate = 10_000_000

dsetzer

/**
 * Takes in an array of numbers and returns an array of streaks of numbers.
 * @param {Array} results - An array of numbers.
 * @param {Number} multiplier - The number that determines the streak.
 * @returns {Array} - An array of streaks of numbers.
 */
function getStreaks(results, multiplier) {
    let streaks = new Array();
    let streak = new Array();
    for (let i = 0; i < results.length; i++) {

dsetzer

var config = {
  target: { value: '', type: 'text', label: 'User to follow' },
};
log('Script is running..');

engine.on('BET_PLACED', (bet) => {
  if (bet.uname == config.target.value) {

    if (userInfo.balance < 100) {
      log('You have a balance under 1 bit, you can not bet');

dsetzer

const baseBet = 1 * 100     // how many satoshis to bet initially
const target = 1.75         // target multiplier
const betMultiplier = 3.06  // what to multiply the bet size by when we lose a wager
const MAX_BET = 2000 * 100   // maximum bet amount to stop script at (satoshis)
const MAX_GAMES = -1        // maximum number of games to play before stopping (set to -1 for unlimited)
const BET_SPEED = 500      // time between bets in (ex 500 = 500ms = 0.5s)

let lossCount = 0
this.log(`Starting martingale with a base bet of ${baseBet/100} bits.`)

dsetzer

/**
 * Run-Length Encoding (RLE) text compression using Unicode symbols.
 * 
 * This algorithm compresses text by counting the number of consecutive identical
 * characters in the input string and representing them in a compact format within
 * the compressed string using Unicode characters. The encoded and decoded parts
 * are separated by a Unicode private-use character, U+FFF0.
 *
 * @param {string} inputText - The text to be compressed.
 * @returns {string} - The compressed text.

dsetzer

/**
 * Map a value from one range to another
 * @param {number} value - The value to map
 * @param {number} inMin - The minimum value of the input range
 * @param {number} inMax - The maximum value of the input range
 * @param {number} outMin - The minimum value of the output range
 * @param {number} outMax - The maximum value of the output range
 * @returns {number} The mapped value
 */
const mapRange = (value, inMin, inMax, outMin, outMax) => {