This is the real thing.https://www.fmz.com/m/robot/26018This strategy is suitable for long-term Bitcoin optimists, who use the value average strategy to make bets, which can effectively resist market fluctuations.
The basic idea is to think about how much money you want to invest each month (strategy variable: MoneyEveryMonth) and then decide how long you want to trade once, and the interval between trades is not recommended to be less than 5 minutes (strategy parameter: InvestInternal).
The following example illustrates the strategic ideas and buying and selling timing: Assuming that you want to buy 72,000 yuan worth of Bitcoin per month (easy to calculate) and trade once per hour, you plan to trade 24 times 30 = 720 times per month, and the value of each planned investment is 72,000/720 = 100 yuan (variable A).
Now, if you look at the price of the coin, the price of the coin, the price of the coin, the price of the coin, the price of the coin, the price of the coin, the price of the coin, the price of the coin, the price of the coin, the price of the coin, the price of the coin.
1 400 0 0 CE=0 AB-F=100 G/C=0.25
2 200 100 0.25 2000.25=50 1002-50=150 0.75
3 1000 250 1 1000 1003-1000=-700 -0.7
4 500 -550 0.3 150 1004-150=250 0.5
The end result is $300 invested in 0.8 bitcoins (worth $400) for an average price of $375.
Explanation: The program checks the amount of funds and bitcoins in the account and the difference between it and the start-up time each time to calculate the number of purchases needed each time, so do not use another robot to publicly open an account or manually buy and sell operations. If all recharges and incarnations in the transaction should be filled in in the interactive part of the program, otherwise the calculation will be wrong.
var initAccount; var startTime; //unix timestamp var pause = false; //pause execution of strategy or continue var moneyDeposit = 0; // positive means deposit, negative means withdraw var sotckDeposit = 0; // positive means deposit, negative means withdraw function AdjustFloat(v) { return Math.floor(v * 1000)/1000; } function GetAccount() { var account = null; while (!(account = exchange.GetAccount())) { Log('Get Account Error'); Sleep(ErrorInterval); } return account; } function GetCurrentPrice() { var ticker = null; while (!(ticker = exchange.GetTicker())) { Log('Get Ticker Error'); Sleep(ErrorInterval); } return AdjustFloat(ticker.Last); } function GetOrders(){ var orders = null; while (!(orders = exchange.GetOrders())) { Log('Get Orders Error'); Sleep(ErrorInterval); } return orders; } function CancelPendingOrders() { while(true){ var orders = GetOrders(); if (orders.length === 0) { return; } for (var i = 0; i < orders.length; i++) { exchange.CancelOrder(orders[i].Id); if (i < (orders.length-1)) { Sleep(ErrorInterval); } } } } function ProcessCommand() { var command = GetCommand(); if (command !== null) { Log('command:', command); if (command === 'pause') { pause = true; } if (command === 'Continue') { pause = false; } if(command.indexOf('MoneyChange:') === 0){ moneyDeposit += parseFloat(command.replace("MoneyChange:", "")); Log('Deposit Money:', moneyDeposit); } if(command.indexOf('StockChange:') === 0){ stockDeposit += parseFloat(command.replace("StockChange:", "")); Log('Deposit Stock:',stockDeposit); } } } function CaculateMoneyToInvest(currentPrice,investCount) { var moneyEveryInvest = MoneyEveryMonth * InvestInternal / (30 * 24 * 60); var totalStockInvested = 0.0; var totalMoneyInvested = 0.0; var totalValueInvested = 0.0; var moneyToInvestThisTime = 0.0; CancelPendingOrders(); var accountNow = GetAccount(); totalMoneyInvested = initAccount.Balance + initAccount.FrozenBalance + moneyDeposit - accountNow.Balance - accountNow.FrozenBalance; totalStockInvested = accountNow.Stocks + accountNow.FrozenStocks - initAccount.Stocks - initAccount.FrozenStocks - stockDeposit; Log('Total Money Invested:',totalMoneyInvested); Log('Total Stock Invested:',totalStockInvested); totalValueInvested = AdjustFloat(totalStockInvested * currentPrice); Log('Total Value Invested:',totalValueInvested); var averagePrice = 0; if(totalStockInvested !== 0){ averagePrice = AdjustFloat(totalMoneyInvested / totalStockInvested); } moneyToInvestThisTime = AdjustFloat(moneyEveryInvest * investCount - totalValueInvested); Log('Money to Invest This Time:', moneyToInvestThisTime); var profit = totalValueInvested - totalMoneyInvested; var totalValueNow = (accountNow.Stocks + accountNow.FrozenStocks) * currentPrice + accountNow.Balance + accountNow.FrozenBalance; LogStatus('Account Value Now:' + totalValueNow + '\n' + 'Count:',investCount,' Money:', totalMoneyInvested, 'Stock:', totalStockInvested, 'Average:', averagePrice,'Profit:',profit); LogProfit(profit); return moneyToInvestThisTime; } function onTick(investCount) { var currentPrice = GetCurrentPrice(); Log('Current Price', currentPrice); var moneyToInvestThisTime = CaculateMoneyToInvest(currentPrice,investCount); var stockToInvestThisTime = 0; if(moneyToInvestThisTime > 0){ //Buy stockToInvestThisTime = AdjustFloat(moneyToInvestThisTime / (currentPrice + SlidePrice)); }else{ //Sell stockToInvestThisTime = AdjustFloat(moneyToInvestThisTime / (currentPrice - SlidePrice)); } var minPrice = exchange.GetMinPrice(); if(Math.abs(moneyToInvestThisTime) < minPrice){ Log('Invest Less Than MinPrice:', minPrice); return; } var minStock = exchange.GetMinStock(); if(Math.abs(stockToInvestThisTime) < minStock){ Log('Invest Less Than MinStock:',minStock); return; } var account = GetAccount(); if(stockToInvestThisTime > 0){ //Buy if(account.Balance < moneyToInvestThisTime){ Log('Money not Enough.#ff0000@'); return; } }else{ //Sell if(account.Stocks < Math.abs(stockToInvestThisTime)){ Log('Stock not Enough.#ff0000@'); return; } } var orderID = -1; if(stockToInvestThisTime > 0){ //Buy Log('Buy Stock:',stockToInvestThisTime); orderID = exchange.Buy(currentPrice + SlidePrice,stockToInvestThisTime); } if(stockToInvestThisTime < 0){ //Sell Log('Sell Stock:',Math.abs(stockToInvestThisTime)); orderID = exchange.Sell(currentPrice - SlidePrice,Math.abs(stockToInvestThisTime)); } } function main() { //exchange.IO("websocket"); initAccount = _G('InitAccount'); if(initAccount === null){ initAccount = GetAccount(); _G('InitAccount',initAccount); Log('Set Init account.'); Log(exchange.GetName(), exchange.GetCurrency(), initAccount); } else{ Log('Read Init Account:', initAccount); } startTime = _G('StartTime'); if(startTime === null){ startTime = new Date().getTime(); _G('StartTime',startTime); Log('Set Start Time:', startTime); }else{ Log('Read Start Time',new Date().setTime(startTime)); } var investCount = _G('InvestCount' ); if(investCount === null){ investCount = 1; Log('Set Invest Starting from Count 1.'); } else{ Log('Invest Continuing from:', investCount); } moneyDeposit = _G('MoneyDeposit'); if(moneyDeposit === null){ moneyDeposit = 0; Log('Set Money Deposit 0.'); } else{ Log('Read Money Deposit:', moneyDeposit); } stockDeposit = _G('StockDeposit'); if(stockDeposit === null){ stockDeposit = 0; Log('Set Stock Deposit 0.'); } else{ Log('Read Stock Deposit:', stockDeposit); } while (true) { ProcessCommand(); if (!pause) { Log('================================================='); Log('Invest Count', investCount); onTick(investCount); investCount += 1; _G('InvestCount',investCount); } Sleep(InvestInternal * 1000 * 60); } } function onexit(){ _G('MoneyDeposit',moneyDeposit); _G('StockDeposit', stockDeposit); Log('Robot Stopped!#ff0000@'); }
lazypAre you still running?
xuanxuanThank you for sharing, it's great, and I hope you keep it up.
The NinjaThank you for sharing.
LizzaI'll have some help with the code.
ZeroThanks for sharing, investing is a long-term investment with time as a weight, a very reliable investment strategy!