Applique à toutes les espèces
En fait, c'est le bénéfice du marché haussier qui est consommé, et la stratégie ne fait que réduire le recul, éviter la chute. Les derniers résultats: éviter la chute avec succès, 4.22 pour les stocks vides
Exigences d'utilisation: Vous devez avoir un pour cent de vos fonds pour acheter la plus petite unité de transaction de cette monnaie.
Le patron qui gagne de l'argent m'offre une tasse de thé.
'''backtest start: 2021-04-01 00:00:00 end: 2021-04-30 23:59:00 period: 1m basePeriod: 1m exchanges: [{"eid":"Binance","currency":"ETH_USDT","stocks":0}] ''' import time class juncang_strategy(): def __init__(self,exchange): self.p = 0.5 self.account = None self.cny = 0 self.btc = 0 self.exchange =exchange #K线合成函数 def k_compose(self,Recordlist,num): newRecordlist = [] for i in range(len(Recordlist)): if (i+1)%num == 1: tempk = {} tempk["Time"]=Recordlist[i]["Time"] tempk["Open"]=Recordlist[i]["Open"] tempk["High"]=Recordlist[i]["High"] tempk["Low"]=Recordlist[i]["Low"] tempk["Close"]=Recordlist[i]["Close"] tempk["Volume"]=Recordlist[i]["Volume"] newRecordlist.append(tempk) elif (i+1)%num == 0: if Recordlist[i]["High"]>tempk["High"]: tempk["High"] = Recordlist[i]["High"] if Recordlist[i]["Low"]<tempk["Low"]: tempk["Low"] = Recordlist[i]["Low"] tempk["Time"]=Recordlist[i]["Time"] tempk["Close"]=Recordlist[i]["Close"] tempk["Volume"]=tempk["Volume"]+Recordlist[i]["Volume"] del(newRecordlist[-1]) newRecordlist.append(tempk) else: if Recordlist[i]["High"]>tempk["High"]: tempk["High"] = Recordlist[i]["High"] if Recordlist[i]["Low"]<tempk["Low"]: tempk["Low"] = Recordlist[i]["Low"] del(newRecordlist[-1]) newRecordlist.append(tempk) return newRecordlist #唐安奇通道计算,分析出当前什么行情 def donchian(self): exchange.SetMaxBarLen(2000) temp_k = _C(self.exchange.GetRecords,PERIOD_D1) week_kline = self.k_compose(temp_k,7) rt=False # Log(len(week_kline),week_kline[-1]["High"],TA.Highest(week_kline, 20, 'High')) if len(week_kline)>20: if week_kline[-1]["High"]>TA.Highest(week_kline, 20, 'High'): rt = '全仓' elif week_kline[-1]["High"]<TA.Highest(week_kline, 20, 'High') and week_kline[-1]["Low"]>TA.MA(week_kline, 10)[-1]: rt = '均仓' elif week_kline[-1]["Low"]<TA.MA(week_kline, 10)[-1]: rt = '空仓' else: rt = '均仓' return rt def cancelAllOrders(self): orders = self.exchange.GetOrders() for order in orders: self.exchange.CancelOrder(order['Id'], order) return True #全仓买入函数 def allin(self): kr = _C(self.exchange.GetRecords,PERIOD_H1) account = _C(self.exchange.GetAccount) self.cny = account.Balance buynum=_N(self.cny*0.99/kr[-1].Close,3) if buynum>0: Log("全仓allin") self.exchange.Buy(kr[-1].Close,buynum) #全仓卖出函数 def allout(self): kr = _C(self.exchange.GetRecords,PERIOD_H1) account = _C(self.exchange.GetAccount) self.btc = _N(account.Stocks,3) if self.btc>0: Log("空仓allout") self.exchange.Sell(kr[-1].Close,self.btc) #均仓函数 def balanceAccount(self): kr = _C(self.exchange.GetRecords,PERIOD_H1) account = _C(self.exchange.GetAccount) if account is None: return #赋值 self.account = account #赋值 self.btc = account.Stocks self.cny = account.Balance accountmoney=self.btc * kr[-1].Close + self.cny self.p = self.btc * kr[-1].Close / accountmoney tradenum=_N(accountmoney/kr[-1].Close/100,3) if tradenum<0.001: tradenum=0.001 #判断self.p的值是否小于0.48 # Log(self.p) if (0.45<self.p < 0.49): #调用Log函数并传入参数"开始平衡", self.p Log("开始平衡", self.p) self.exchange.Buy(kr[-1].Close, tradenum) Log("持币数:",self.btc,"现金数:",self.cny) #判断self.p的值是否大于0.52 elif (0.55 > self.p > 0.51): #调用Log函数并传入参数"开始平衡", self.p Log("开始平衡", self.p) #调用Sell函数并传入相应的参数 self.exchange.Sell(kr[-1].Close, tradenum) Log("持币数:",self.btc,"现金数:",self.cny) elif (self.p >= 0.55): #调用Log函数并传入参数"开始平衡", self.p Log("开始平衡,快速平仓", self.p) self.exchange.Sell(kr[-1].Close, _N(tradenum*10,3)) Log("持币数:",self.btc,"现金数:",self.cny) elif (self.p <= 0.45): #调用Log函数并传入参数"开始平衡", self.p Log("开始平衡,快速建仓", self.p) self.exchange.Buy(kr[-1].Close, _N(tradenum*10,3)) Log("持币数:",self.btc,"现金数:",self.cny) #交易循环 def loop(self): self.cancelAllOrders() rt=self.donchian() if rt=='全仓': self.allin() elif rt=='均仓': self.balanceAccount() else: self.allout() Sleep(1000*60) #函数main def main(): #reaper 是构造函数的实例 reaper = juncang_strategy(exchange) while (True): reaper.loop()
Huguogo(i+1) %num == 1:elif (i+1)%num == 0: que signifient ces deux conditions? Num n'est pas défini avant cette valeur, apparemment?
Il est parti à Berlin.Cette fonction est la fonction de synthèse de la ligne K, qui est utilisée pour synthétiser la courbe de la ligne du jour, et num est le paramètre de cette fonction, et vous pouvez voir comment l'utiliser ci-dessous