The parameters are very simple, take BTC as an example, to the area with a lot of flat open, to the area with a lot of open, to the area with a lot of flat open, and back again. Obviously, in monetary circles, in the long run, any complex model can't run on a brainless grid. The code for wealth is brainless grid + brainless hound Hopefully, like the first Martin, it's the simplest, roughest, but most profitable strategy.
'''backtest start: 2021-01-01 00:00:00 end: 2021-11-17 00:00:00 period: 1m basePeriod: 1m exchanges: [{"eid":"Futures_Binance","currency":"BTC_USDT","balance":2500}] args: [["H",30],["n1",0.001],["grid",300],["xia",50000]] ''' def CancelPendingOrders(): orders = _C(exchanges[0].GetOrders) if len(orders)>0: for j in range(len(orders)): exchanges[0].CancelOrder(orders[j].Id, orders[j]) j=j+1 def main(): exchange.SetContractType('swap') exchange.SetMarginLevel(M) currency=exchange.GetCurrency() if _G('buyp') and _G('sellp'): buyp=_G('buyp') sellp=_G('sellp') Log('读取网格价格') else: ticker=exchange.GetTicker() buyp=ticker["Last"]-grid sellp=ticker["Last"]+grid _G('buyp',buyp) _G('sellp',sellp) Log('网格数据初始化') while True: account=exchange.GetAccount() ticker=exchange.GetTicker() position=exchange.GetPosition() orders=exchange.GetOrders() if len(position)==0: if ticker["Last"]>shang: exchange.SetDirection('sell') exchange.Sell(-1,n1*H) Log(currency,'到达开空区域,买入空头底仓') else: exchange.SetDirection('buy') exchange.Buy(-1,n1*H) Log(currency,'到达开多区域,买入多头底仓') if len(position)==1: if position[0]["Type"]==1: if ticker["Last"]<xia: Log(currency,'空单全部止盈反手') exchange.SetDirection('closesell') exchange.Buy(-1,position[0].Amount) else: orders=exchange.GetOrders() if len(orders)==0: exchange.SetDirection('sell') exchange.Sell(sellp,n1) exchange.SetDirection('closesell') exchange.Buy(buyp,n1) if len(orders)==1: if orders[0]["Type"]==1: #止盈成交 Log(currency,'网格减仓,当前份数:',position[0].Amount) CancelPendingOrders() buyp=buyp-grid sellp=sellp-grid LogProfit(account["Balance"]) if orders[0]["Type"]==0: Log(currency,'网格加仓,当前份数:',position[0].Amount) CancelPendingOrders() buyp=buyp+grid sellp=sellp+grid LogProfit(account["Balance"]) if position[0]["Type"]==0: if ticker["Last"]>float(shang): Log(currency,'多单全部止盈反手') exchange.SetDirection('closebuy') exchange.Sell(-1,position[0].Amount) else: orders=exchange.GetOrders() if len(orders)==0: exchange.SetDirection('buy') exchange.Buy(buyp,n1) exchange.SetDirection('closebuy') exchange.Sell(sellp,n1) if len(orders)==1: if orders[0]["Type"]==0: #止盈成交 Log(currency,'网格减仓,当前份数:',position[0].Amount) CancelPendingOrders() buyp=buyp+grid sellp=sellp+grid LogProfit(account["Balance"]) if orders[0]["Type"]==1: Log(currency,'网格加仓,当前份数:',position[0].Amount) CancelPendingOrders() buyp=buyp-grid sellp=sellp-grid LogProfit(account["Balance"])
mexminThere is a problem with the for loop syntax
Light cloudsPlease tell me, the real disk error suggests Traceback (most recent call last): File "
Light cloudsI'm a huge fan of JS, and I'd love to write one with JS.
Light cloudsGood. Thank you.
The baby dinosaurSo let's say that we have an array of positions, and let's look at the array structure.