bustadice honeycomb pattern script (is harmless)

honeycomb.js

var baseBet = 6 * 100;
var basePayout = 1.1;
var currentPayout = 1.1;
var betLossMult = 20;
var betWinMult = 1;
var payoutLossMult = 0.981;
var payoutWinMult = 1.33;
// note to self: 1.08=x12.51 1.07=x14.29 1.06=x16.67 1.05=x20 1.04=x25 1.03=x33.34
var payoutMin = 1.05;
var payoutMax = 3;
var sinceWin = 0;
var sinceLoss = 0;
var currentBet = baseBet;
var startBal = this.balance;

console.log('Script is running..');

let running = true;
while(running){
	const { multiplier } = await this.bet(roundBit(currentBet), currentPayout);
	if (multiplier >= currentPayout) {
		if(sinceWin > 0){
			currentBet = baseBet;
			currentPayout = basePayout;
		}else{
			currentBet *= betWinMult;
			currentPayout += payoutWinMult;
			if(currentPayout > payoutMax){
				currentPayout = basePayout;
			}
		}
		sinceWin = 0;
		sinceLoss++;
		console.log('We won, so next bet will be', currentBet / 100, 'bits');
	} else {
		if(sinceLoss > 0){
			currentPayout = basePayout;
		}else{
			currentPayout *= payoutLossMult;
			if(currentPayout < payoutMin){
				currentPayout = payoutMin;
			}
			console.log(`Current payout ${currentPayout}`);
		}
		currentBet *= getBetMultiple(currentPayout);
		sinceWin++;
		sinceLoss = 0;
		console.log('We lost, so next bet will be', currentBet / 100, 'bits');
	}
	if (currentBet > (startBal * 100)) {
		console.log('Was about to bet', currentBet, 'which triggers the stop');
		currentBet = baseBet;
		currentPayout = basePayout;
	}
	await sleep(500);
}

function roundBit(bet) {
	return Math.round(bet / 100) * 100;
}

function sleep(ms) {
    return new Promise(resolve => setTimeout(resolve, ms));
}

function getBetMultiple(target) {
	((`${target}`).includes('.') || target < 100) ? target = Math.round(target * 100): null;
	let digits = (`${target  }`).length - 1;
	return (((Math.ceil((1 / (1 - (Math.ceil(((100 / 101) * (99 / (((target * 1) / 100) * 100 - 1))) * (Math.pow(10,digits)))) / (Math.pow(10,digits)))) * (Math.pow(100, (digits - 1)))) / (Math.pow(100, (digits - 1)))).toFixed(digits)) / 1)
}