const basebet = 1
const payout = 2
const increaseby = 2
const amount = 10
const probg = 50
const probrg = 50
const probrrg = 50
const probrrrg = 50
const proflimit = 500
const losslimit = -500

let currentBet = basebet * 100
let history = new Array()
let prob = new Array(4)
let lossStreak = 0
let profit = 0

while (true) {
	if (history.length < amount) {
		const { multiplier } = await this.bet(100, 1.01)
		history.push(multiplier)
		continue
	}
	for (let i = 0; i < 4; i++) {
		prob[i] = 0;
	}
	for (let i = 0; i < amount; i++) {
		if (history[i] >= 2) {
			prob[0]++
		}
	}
	for (let i = 1; i < amount; i++) {
		if (history[i] >= 2 && history[i-1] < 2) {
			prob[1] += 2
		}
	}
	for (let i = 2; i < amount; i++) {
		if (history[i] >= 2 && history[i-1] < 2 && history[i-2] < 2) {
			prob[2] += 3
		}
	}
	for (let i = 3; i < amount; i++) {
		if (history[i] >= 2 && history[i-1] < 2 && history[i-2] < 2 && history[i-3] < 2) {
			prob[3] += 4
		}
	}
	console.log("%cGreen : %c%f%", "color:green", "color.black", prob[0] / amount * 100)
	console.log("%cRed%cGreen : %c%f%", "color:red", "color:green", "color.black", prob[1] / amount * 100)
	console.log("%cRedRed%cGreen : %c%f%", "color:red", "color:green", "color.black", prob[2] / amount * 100)
	console.log("%cRedRedRed%cGreen : %c%f%", "color:red", "color:green", "color.black", prob[3] / amount * 100)
	if (lossStreak == 0) {
		if (prob[0] / amount * 100 <= probg) {
			this.log(`Bet ${Math.round(currentBet / 100)} bits on ${payout}`)
			const { multiplier } = await this.bet(Math.round(currentBet / 100) * 100, payout)
			history.push(multiplier)
			history.shift()
			if (multiplier < payout) {
				profit -= currentBet
				lossStreak++
				currentBet *= increaseby
			} else {
				profit += currentBet * (payout - 1)
				lossStreak = 0
				currentBet = basebet * 100
			}
		} else {
			const { multiplier } = await this.bet(100, 1.01)
			history.push(multiplier)
			history.shift()
		}
	} else if (lossStreak == 1) {
		if ((prob[0] / amount * 100 <= probg) || (prob[1] / amount * 100 <= probrg)) {
			this.log(`Bet ${Math.round(currentBet / 100)} bits on ${payout}`)
			const { multiplier } = await this.bet(Math.round(currentBet / 100) * 100, payout)
			history.push(multiplier)
			history.shift()
			if (multiplier < payout) {
				profit -= currentBet
				lossStreak++
				currentBet *= increaseby
			} else {
				profit += currentBet * (payout - 1)
				lossStreak = 0
				currentBet = basebet * 100
			}
		} else {
			const { multiplier } = await this.bet(100, 1.01)
			history.push(multiplier)
			history.shift()
		}
	} else if (lossStreak == 2) {
		if ((prob[0] / amount * 100 <= probg) || (prob[1] / amount * 100 <= probrg) || (prob[2] / amount * 100 <= probrrg)) {
			this.log(`Bet ${Math.round(currentBet / 100)} bits on ${payout}`)
			const { multiplier } = await this.bet(Math.round(currentBet / 100) * 100, payout)
			history.push(multiplier)
			history.shift()
			if (multiplier < payout) {
				profit -= currentBet
				lossStreak++
				currentBet *= increaseby
			} else {
				profit += currentBet * (payout - 1)
				lossStreak = 0
				currentBet = basebet * 100
			}
		} else {
			const { multiplier } = await this.bet(100, 1.01)
			history.push(multiplier)
			history.shift()
		}
	} else if (lossStreak >= 3) {
		if ((prob[0] / amount * 100 <= probg) || (prob[1] / amount * 100 <= probrg) || (prob[2] / amount * 100 <= probrrg) || (prob[3] / amount * 100 <= probrrg)) {
			this.log(`Bet ${Math.round(currentBet / 100)} bits on ${payout}`)
			const { multiplier } = await this.bet(Math.round(currentBet / 100) * 100, payout)
			history.push(multiplier)
			history.shift()
			if (multiplier < payout) {
				profit -= currentBet
				lossStreak++
				currentBet *= increaseby
			} else {
				profit += currentBet * (payout - 1)
				lossStreak = 0
				currentBet = basebet * 100
			}
		} else {
			const { multiplier } = await this.bet(100, 1.01)
			history.push(multiplier)
			history.shift()
		}
	}
	if (profit > proflimit || prof < losslimit) {
		this.stop()
	}
}