Stop cbot! (based on price movement)
Stop cbot! (based on price movement)
05 Nov 2016, 11:46
Hi! I was hoping someone would be able to help me add some code to this smart grid bot. Essentially I would like to be able to set a few parameters which, if triggered would turn the bot off.
Specifically; if Price > X, or Price < X
Additionally (but less importantly), if it were possible to have the bot shut off if X/X number of trades are unsuccessful. For example if less than 5 of the last 10 trades were unsuccessful then shut off the bot.
I use this bot for ranging market, so I would like to be able to set the boundaries of this bot (so i dont have to be near my computer all the time).
Any help would be greatly appreciated!
//+------------------------------------------------------------------+ //| Smart Grid | //| Copyright 2014, MD SAIF | //| http://www.facebook.com/cls.fx | //+------------------------------------------------------------------+ //-Grid trader cBot based on Bar-Time & Trend. For range market & 15 minute TimeFrame is best. using System; using System.Linq; using cAlgo.API; namespace cAlgo { [Robot(TimeZone = TimeZones.UTC, AccessRights = AccessRights.None)] public class TrendingSmartGridAUD : Robot { [Parameter("Stop Loss", DefaultValue = 10)] public int StopLoss { get; set; } [Parameter("Buy", DefaultValue = true)] public bool Buy { get; set; } [Parameter("Sell", DefaultValue = true)] public bool Sell { get; set; } [Parameter("Pip Step", DefaultValue = 10, MinValue = 1)] public int PipStep { get; set; } [Parameter("First Volume", DefaultValue = 1000, MinValue = 1000, Step = 1000)] public int FirstVolume { get; set; } [Parameter("Volume Exponent", DefaultValue = 1.0, MinValue = 0.1, MaxValue = 5.0)] public double VolumeExponent { get; set; } [Parameter("Volume Step", DefaultValue = 1000, MinValue = 1000, Step = 1000)] public int VolumeStep { get; set; } [Parameter("Max Spread", DefaultValue = 3.0)] public double MaxSpread { get; set; } [Parameter("Average TP", DefaultValue = 3, MinValue = 1)] public int AverageTP { get; set; } private string Label = "cls"; private Position position; private DateTime tc_31; private DateTime tc_32; private int gi_21; private double sp_d; private bool is_12 = true; private bool cStop = false; protected override void OnStart() { } protected override void OnTick() { sp_d = (Symbol.Ask - Symbol.Bid) / Symbol.PipSize; if (o_tm(TradeType.Buy) > 0) f0_86(pnt_12(TradeType.Buy), AverageTP); if (o_tm(TradeType.Sell) > 0) f0_88(pnt_12(TradeType.Sell), AverageTP); if (MaxSpread >= sp_d && !cStop) Open_24(); RCN(); } protected override void OnError(Error error) { if (error.Code == ErrorCode.NoMoney) { cStop = true; Print("openning stopped because: not enough money"); } } protected override void OnBar() { RefreshData(); } protected override void OnStop() { ChartObjects.RemoveAllObjects(); } private void Open_24() { if (is_12) { if (Buy && o_tm(TradeType.Buy) == 0 && MarketSeries.Close.Last(1) > MarketSeries.Close.Last(2)) { gi_21 = OrderSend(TradeType.Buy, fer(FirstVolume, 0)); if (gi_21 > 0) tc_31 = MarketSeries.OpenTime.Last(0); else Print("First BUY openning error at: ", Symbol.Ask, "Error Type: ", LastResult.Error); } if (Sell && o_tm(TradeType.Sell) == 0 && MarketSeries.Close.Last(2) > MarketSeries.Close.Last(1)) { gi_21 = OrderSend(TradeType.Sell, fer(FirstVolume, 0)); if (gi_21 > 0) tc_32 = MarketSeries.OpenTime.Last(0); else Print("First SELL openning error at: ", Symbol.Bid, "Error Type: ", LastResult.Error); } } N_28(); } private void N_28() { if (o_tm(TradeType.Buy) > 0) { if (Math.Round(Symbol.Ask, Symbol.Digits) < Math.Round(D_TD(TradeType.Buy) - PipStep * Symbol.PipSize, Symbol.Digits) && tc_31 != MarketSeries.OpenTime.Last(0)) { long gl_57 = n_lt(TradeType.Buy); gi_21 = OrderSend(TradeType.Buy, fer(gl_57, 2)); if (gi_21 > 0) tc_31 = MarketSeries.OpenTime.Last(0); else Print("Next BUY openning error at: ", Symbol.Ask, "Error Type: ", LastResult.Error); } } if (o_tm(TradeType.Sell) > 0) { if (Math.Round(Symbol.Bid, Symbol.Digits) > Math.Round(U_TD(TradeType.Sell) + PipStep * Symbol.PipSize, Symbol.Digits)) { long gl_59 = n_lt(TradeType.Sell); gi_21 = OrderSend(TradeType.Sell, fer(gl_59, 2)); if (gi_21 > 0) tc_32 = MarketSeries.OpenTime.Last(0); else Print("Next SELL openning error at: ", Symbol.Bid, "Error Type: ", LastResult.Error); } } } private int OrderSend(TradeType tradeType, long volumeToUse) { var returnResult = 0; if (volumeToUse > 0) { var result = ExecuteMarketOrder(tradeType, Symbol, volumeToUse, Label, StopLoss, 0, 0, "smart_grid"); if (result.IsSuccessful) { Print(tradeType, "Opened at: ", result.Position.EntryPrice, result.Position.StopLoss); returnResult = 1; } else Print(tradeType, "Openning Error: ", result.Error); } else Print("Volume calculation error: Calculated Volume is: ", volumeToUse); return returnResult; } private void f0_86(double ai_4, int ad_8) { foreach (var position in Positions) { if (position.Label == Label && position.SymbolCode == Symbol.Code) { if (position.TradeType == TradeType.Buy) { double? li_16 = Math.Round(ai_4 + ad_8 * Symbol.PipSize, Symbol.Digits); if (position.TakeProfit != li_16) ModifyPosition(position, position.StopLoss, li_16); } } } } private void f0_88(double ai_4, int ad_8) { foreach (var position in Positions) { if (position.Label == Label && position.SymbolCode == Symbol.Code) { if (position.TradeType == TradeType.Sell) { double? li_16 = Math.Round(ai_4 - ad_8 * Symbol.PipSize, Symbol.Digits); if (position.TakeProfit != li_16) ModifyPosition(position, position.StopLoss, li_16); } } } } private void RCN() { if (o_tm(TradeType.Buy) > 1) { double y = pnt_12(TradeType.Buy); ChartObjects.DrawHorizontalLine("bpoint", y, Colors.Yellow, 2, LineStyle.Dots); } else ChartObjects.RemoveObject("bpoint"); if (o_tm(TradeType.Sell) > 1) { double z = pnt_12(TradeType.Sell); ChartObjects.DrawHorizontalLine("spoint", z, Colors.HotPink, 2, LineStyle.Dots); } else ChartObjects.RemoveObject("spoint"); ChartObjects.DrawText("pan", A_cmt_calc(), StaticPosition.TopLeft, Colors.Tomato); } private string A_cmt_calc() { string gc_78 = ""; string wn_7 = ""; string wn_8 = ""; string sp_4 = ""; string ppb = ""; string lpb = ""; string nb_6 = ""; double dn_7 = 0; double dn_9 = 0; sp_4 = "\nSpread = " + Math.Round(sp_d, 1); nb_6 = "\nwww.facebook.com/cls.fx\n"; if (dn_7 > 0) wn_7 = "\nBuy Positions = " + o_tm(TradeType.Buy); if (dn_9 > 0) wn_8 = "\nSell Positions = " + o_tm(TradeType.Sell); if (o_tm(TradeType.Buy) > 0) { double igl = Math.Round((pnt_12(TradeType.Buy) - Symbol.Bid) / Symbol.PipSize, 1); ppb = "\nBuy Target Away = " + igl; } if (o_tm(TradeType.Sell) > 0) { double osl = Math.Round((Symbol.Ask - pnt_12(TradeType.Sell)) / Symbol.PipSize, 1); lpb = "\nSell Target Away = " + osl; } if (sp_d > MaxSpread) gc_78 = "MAX SPREAD EXCEED"; else gc_78 = "Smart Grid" + nb_6 + wn_7 + sp_4 + wn_8 + ppb + lpb; return (gc_78); } private int cnt_16() { int ASide = 0; for (int i = Positions.Count - 1; i >= 0; i--) { position = Positions[i]; if (position.Label == Label && position.SymbolCode == Symbol.Code) ASide++; } return ASide; } private int o_tm(TradeType TrdTp) { int TSide = 0; for (int i = Positions.Count - 1; i >= 0; i--) { position = Positions[i]; if (position.Label == Label && position.SymbolCode == Symbol.Code) { if (position.TradeType == TrdTp) TSide++; } } return TSide; } private double pnt_12(TradeType TrdTp) { double Result = 0; double AveragePrice = 0; long Count = 0; for (int i = Positions.Count - 1; i >= 0; i--) { position = Positions[i]; if (position.Label == Label && position.SymbolCode == Symbol.Code) { if (position.TradeType == TrdTp) { AveragePrice += position.EntryPrice * position.Volume; Count += position.Volume; } } } if (AveragePrice > 0 && Count > 0) Result = Math.Round(AveragePrice / Count, Symbol.Digits); return Result; } private double D_TD(TradeType TrdTp) { double D_TD = 0; for (int i = Positions.Count - 1; i >= 0; i--) { position = Positions[i]; if (position.Label == Label && position.SymbolCode == Symbol.Code) { if (position.TradeType == TrdTp) { if (D_TD == 0) { D_TD = position.EntryPrice; continue; } if (position.EntryPrice < D_TD) D_TD = position.EntryPrice; } } } return D_TD; } private double U_TD(TradeType TrdTp) { double U_TD = 0; for (int i = Positions.Count - 1; i >= 0; i--) { position = Positions[i]; if (position.Label == Label && position.SymbolCode == Symbol.Code) { if (position.TradeType == TrdTp) { if (U_TD == 0) { U_TD = position.EntryPrice; continue; } if (position.EntryPrice > U_TD) U_TD = position.EntryPrice; } } } return U_TD; } private double f_tk(TradeType TrdTp) { double prc_4 = 0; int tk_4 = 0; for (int i = Positions.Count - 1; i >= 0; i--) { position = Positions[i]; if (position.Label == Label && position.SymbolCode == Symbol.Code) { if (position.TradeType == TrdTp) { if (tk_4 == 0 || tk_4 > position.Id) { prc_4 = position.EntryPrice; tk_4 = position.Id; } } } } return prc_4; } private long lt_8(TradeType TrdTp) { long lot_4 = 0; int tk_4 = 0; for (int i = Positions.Count - 1; i >= 0; i--) { position = Positions[i]; if (position.Label == Label && position.SymbolCode == Symbol.Code) { if (position.TradeType == TrdTp) { if (tk_4 == 0 || tk_4 > position.Id) { lot_4 = position.Volume; tk_4 = position.Id; } } } } return lot_4; } private long clt(TradeType TrdTp) { long Result = 0; for (int i = Positions.Count - 1; i >= 0; i--) { position = Positions[i]; if (position.Label == Label && position.SymbolCode == Symbol.Code) { if (position.TradeType == TrdTp) Result += position.Volume; } } return Result; } private int Grd_Ex(TradeType ai_0, TradeType ci_0) { double prc_4 = f_tk(ci_0); int tk_4 = 0; for (int i = Positions.Count - 1; i >= 0; i--) { position = Positions[i]; if (position.Label == Label && position.SymbolCode == Symbol.Code) { if (position.TradeType == ai_0 && ai_0 == TradeType.Buy) { if (Math.Round(position.EntryPrice, Symbol.Digits) <= Math.Round(prc_4, Symbol.Digits)) tk_4++; } if (position.TradeType == ai_0 && ai_0 == TradeType.Sell) { if (Math.Round(position.EntryPrice, Symbol.Digits) >= Math.Round(prc_4, Symbol.Digits)) tk_4++; } } } return (tk_4); } private long n_lt(TradeType ca_8) { int ic_g = Grd_Ex(ca_8, ca_8); long gi_c = lt_8(ca_8); long ld_4 = Symbol.NormalizeVolume(gi_c + VolumeStep); return (ld_4); } private long fer(long ic_9, int bk_4) { long ga_i = Symbol.VolumeMin; long gd_i = Symbol.VolumeStep; long dc_i = Symbol.VolumeMax; long ic_8 = ic_9; if (ic_8 < ga_i) ic_8 = ga_i; if (ic_8 > dc_i) ic_8 = dc_i; return (ic_8); } } }