public static bool BearichEngulfing(Model.Candle lastcandle, Model.Candle previouscandle)
{
if (lastcandle.Color == Constants.CandelColour.RED && previouscandle.Color == Constants.CandelColour.GREEN)
{
double P_H = previouscandle.Hight;
double P_L = previouscandle.Low;
double P_O = previouscandle.Open;
double P_C = previouscandle.Close;
double L_H = lastcandle.Hight;
double L_L = lastcandle.Low;
double L_O = lastcandle.Open;
double L_C = lastcandle.Close;
return(true); /*((C1 > O1) AND(O > C) AND(O >= C1) AND(O1 >= C) AND((O - C) > (C1 - O1)))*/
}
else
{
return(false);
}
return(true); /*(((H - L) > 4 * (O - C)) && ((H - C) / (.001 + H - L) >= 0.75) && ((H - O) / (.001 + H - L) >= 0.75));*/
}
public static Model.Candle HA_W_Candles(Instrument instrument)
{
Model.Candle haPreviounsCandle = null;
Model.Candle haCurrentCandle = null;
List <Model.Candle> haCandles = new List <Candle>();
List <Model.Candle> candles = Data.Prices.GetCandles(instrument.Name, 10, "W");
for (int i = 0; i < candles.Count; i++)
{
if (i == 0)
{
haPreviounsCandle = Data.Candle.GeneratePrevious(candles[i]);
haCandles.Add(haPreviounsCandle);
//Console.WriteLine(haPreviounsCandle.Color);
}
else
{
haCurrentCandle = Data.Candle.Generate(haPreviounsCandle, candles[i]);
//Console.WriteLine(haCurrentCandle.Color);
haCandles.Add(haCurrentCandle);
haPreviounsCandle = haCurrentCandle;
}
}
return(haCandles.LastOrDefault());
}
public static Model.Candle HA_H4_LastCandle(List <Model.Candle> H4)
{
Model.Candle haPreviounsCandle = null;
Model.Candle haCurrentCandle = null;
List <Model.Candle> haCandles = new List <Candle>();
for (int i = 0; i < H4.Count; i++)
{
if (i == 0)
{
haPreviounsCandle = Data.Candle.GeneratePrevious(H4[i]);
haCandles.Add(haPreviounsCandle);
}
else
{
haCurrentCandle = Data.Candle.Generate(haPreviounsCandle, H4[i]);
haCandles.Add(haCurrentCandle);
haPreviounsCandle = haCurrentCandle;
}
}
return(haCandles.LastOrDefault());
}
public static bool WhiteSpinningTop(Model.Candle candle)
{
double H = candle.Hight;
double L = candle.Low;
double O = candle.Open;
double C = candle.Close;
return((C > O && ((H - L) > (3 * (C - O))) && (((H - C) / (0.001 + H - L)) < 0.4) && (((O - L) / (0.001 + H - L)) < 0.4)));
}
public static bool BlackSpinningTop(Model.Candle candle)
{
double H = candle.Hight;
double L = candle.Low;
double O = candle.Open;
double C = candle.Close;
return((O > C) && ((H - L) > (3 * (O - C)) && (((H - O) / (0.001 + H - L)) < 0.4) && (((C - L) / (0.001 + H - L)) < 0.4)));
}
public static bool BullishDragonflyDoji(Model.Candle candle)
{
double H = candle.Hight;
double L = candle.Low;
double O = candle.Open;
double C = candle.Close;
return(((H - L) > 3 * Math.Abs(O - C)) && ((C - L) > 0.8 * (H - L)) && ((O - L) > 0.8 * (H - L)));
}
public static bool HangingMan(Model.Candle candle)
{
double H = candle.Hight;
double L = candle.Low;
double O = candle.Open;
double C = candle.Close;
return(((H - L) > 4 * (O - C)) && ((C - L) / (0.001 + H - L) >= 0.75) && ((O - L) / (0.001 + H - L) >= 0.75));
}
public static bool BullishEngulfing(Model.Candle candle)
{
double H = candle.Hight;
double L = candle.Low;
double O = candle.Open;
double C = candle.Close;
return(((H - L) > 4 * (O - C)) && ((H - C) / (.001 + H - L) >= 0.75) && ((H - O) / (.001 + H - L) >= 0.75));
}
public static bool Hammer(Model.Candle candle)
{
double H = candle.Hight;
double L = candle.Low;
double O = candle.Open;
double C = candle.Close;
return(((H - L) > 3 * (O - C)) && ((C - L) / (0.001 + H - L) > 0.6) && ((O - L) / (.001 + H - L) > 0.6));
}
public static List <Model.Candle> HA_D_Candles(Instrument instrument, out InstrumentDayPrice instrumentDayPrice)
{
instrumentDayPrice = new InstrumentDayPrice();
Model.Candle haPreviounsCandle = null;
Model.Candle haCurrentCandle = null;
List <Model.Candle> haCandles = new List <Candle>();
List <Model.Candle> candles = Data.Prices.GetCandles(instrument.Name, 22, "D");
EMA ema = new EMA(22);
for (int i = 0; i < candles.Count; i++)
{
instrumentDayPrice.Max = Math.Max(instrumentDayPrice.Max, candles[i].Hight);
instrumentDayPrice.Current = candles.LastOrDefault().Close;
if (i == 0)
{
instrumentDayPrice.Min = candles[i].Low;
instrumentDayPrice.Min = Math.Min(candles[i].Low, instrumentDayPrice.Min);
haPreviounsCandle = Data.Candle.GeneratePrevious(candles[i]);
haCandles.Add(haPreviounsCandle);
//Console.WriteLine(haPreviounsCandle.OriginalColor);
}
else
{
haCurrentCandle = Data.Candle.Generate(haPreviounsCandle, candles[i]);
//Console.WriteLine(haCurrentCandle.OriginalColor);
haCandles.Add(haCurrentCandle);
haPreviounsCandle = haCurrentCandle;
}
if (i < 5)
{
ema.AddDataPoint(candles[i].Close);
}
else
{
instrumentDayPrice.EMA = ema.Average;
}
}
return(haCandles);
}
public static void Run()
{
Console.ForegroundColor = ConsoleColor.White;
instruments = Data.Instrument.AllFromFile().OrderBy(x => x.Type).OrderBy(x => x.DisplayName).ToList();
//Timer t = new Timer(TimerCallback, null, 0, 60000);
foreach (Instrument instrument in instruments)
{
if (instrument.DisplayName == "US Nas 100")
{
Model.InstrumentDayPrice instrumentDayPrice = null;
List <Model.Candle> ha_D_Candles = HA_D_Candles(instrument, out instrumentDayPrice);
Model.Candle ha_H4_LastCandle = HA_IndicesAndCurrency.HA_H4_Candles(instrument);
Model.Candle ha_H1_LastCandle = HA_IndicesAndCurrency.HA_H1_Candles(instrument);
Model.Candle ha_M15_LastCandle = HA_IndicesAndCurrency.HA_M15_Candles(instrument);;
OANDA.Results.Get(instrument, ha_M15_LastCandle.Color.ToString(), ha_H1_LastCandle.Color.ToString(), ha_H4_LastCandle.Color.ToString(), ha_D_Candles, instrumentDayPrice);
}
}
Console.ForegroundColor = ConsoleColor.Green;
foreach (string item in OANDA.Results.GreenAlerts)
{
Console.WriteLine(item);
Console.WriteLine();
}
Console.ResetColor();
Console.ForegroundColor = ConsoleColor.Yellow;
foreach (string item in OANDA.Results.YellowAlerts)
{
Console.WriteLine(item);
Console.WriteLine();
}
Console.ForegroundColor = ConsoleColor.Blue;
foreach (string item in OANDA.Results.BlueAlerts)
{
Console.WriteLine(item);
Console.WriteLine();
}
}
public static List <Model.Candle> HA_D_Candles(List <Model.Candle> D, out InstrumentDayPrice instrumentDayPrice)
{
instrumentDayPrice = new InstrumentDayPrice();
Model.Candle haPreviounsCandle = null;
Model.Candle haCurrentCandle = null;
List <Model.Candle> haCandles = new List <Candle>();
EMA ema = new EMA(5);
for (int i = 0; i < D.Count; i++)
{
if (i == 0)
{
instrumentDayPrice.Max = Math.Max(instrumentDayPrice.Max, D[i].Hight);
instrumentDayPrice.Current = D.LastOrDefault().Close;
haPreviounsCandle = Data.Candle.GeneratePrevious(D[i]);
haCandles.Add(haPreviounsCandle);
}
else
{
haCurrentCandle = Data.Candle.Generate(haPreviounsCandle, D[i]);
haCandles.Add(haCurrentCandle);
haPreviounsCandle = haCurrentCandle;
}
if (i < 5)
{
ema.AddDataPoint(D[i].Close);
}
else
{
instrumentDayPrice.EMA = ema.Average;
}
}
return(haCandles);
}
