/// <summary> /// Calculates the Bears Power indicator and returns its value. /// </summary> /// <param name="handler"></param> /// <param name="symbol"></param> /// <param name="timeframe"></param> /// <param name="period"></param> /// <param name="appliedApplyPrice"></param> /// <param name="shift"></param> /// <returns></returns> public static double iBearsPower(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, APPLY_PRICE appliedApplyPrice, int shift) { string retrunValue = handler.CallMqlMethod("iBearsPower", symbol, ((int)timeframe), period, shift); return(Convertor.ToDouble(retrunValue)); }
/// <summary> /// Calculates the Moving Average of Oscillator and returns its value. Sometimes called MACD Histogram in some systems. /// </summary> /// <param name="handler"></param> /// <param name="symbol"></param> /// <param name="timeframe"></param> /// <param name="fast_ema_period"></param> /// <param name="slow_ema_period"></param> /// <param name="signal_period"></param> /// <param name="appliedApplyPrice"></param> /// <param name="shift"></param> /// <returns></returns> public static double iOsMA(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int fast_ema_period, int slow_ema_period, int signal_period, APPLY_PRICE appliedApplyPrice, int shift) { string retrunValue = handler.CallMqlMethod("iOsMA", symbol, ((int)timeframe), fast_ema_period, slow_ema_period, signal_period, ((int)appliedApplyPrice), shift); return(Convertor.ToDouble(retrunValue)); }
/// <summary> /// Calculates the Standard Deviation indicator and returns its value. /// </summary> /// <param name="handler"></param> /// <param name="symbol"></param> /// <param name="timeframe"></param> /// <param name="ma_period"></param> /// <param name="ma_shift"></param> /// <param name="ma_method"></param> /// <param name="appliedApplyPrice"></param> /// <param name="shift"></param> /// <returns></returns> public static double iStdDev(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int ma_period, int ma_shift, MA_METHOD ma_method, APPLY_PRICE appliedApplyPrice, int shift) { string retrunValue = handler.CallMqlMethod("iStdDev", symbol, ((int)timeframe), ma_period, ma_shift, ((int)ma_method), ((int)appliedApplyPrice), shift); return(Convertor.ToDouble(retrunValue)); }
/// <summary> /// Calculates the Stochastic oscillator and returns its value. /// </summary> /// <param name="handler"></param> /// <param name="symbol"></param> /// <param name="timeframe"></param> /// <param name="Kperiod"></param> /// <param name="Dperiod"></param> /// <param name="slowing"></param> /// <param name="method"></param> /// <param name="applyPriceField"></param> /// <param name="mode"></param> /// <param name="shift"></param> /// <returns></returns> public static double iStochastic(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int Kperiod, int Dperiod, int slowing, MA_METHOD method, APPLY_PRICE applyPriceField, MACD_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iStochastic", symbol, ((int)timeframe), Kperiod, Dperiod, slowing, ((int)method), applyPriceField, ((int)mode), shift); return(Convertor.ToDouble(retrunValue)); }
/// <summary> /// Calculates the Bollinger bands® indicator and returns its value. /// </summary> /// <param name="handler"></param> /// <param name="symbol"></param> /// <param name="timeframe"></param> /// <param name="period"></param> /// <param name="deviation"></param> /// <param name="bands_shift"></param> /// <param name="appliedApplyPrice"></param> /// <param name="mode"></param> /// <param name="shift"></param> /// <returns></returns> public static double iBands(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, int deviation, int bands_shift, APPLY_PRICE appliedApplyPrice, BAND_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iBands", symbol, ((int)timeframe), period, deviation, bands_shift, ((int)appliedApplyPrice), ((int)mode), shift); return(Convertor.ToDouble(retrunValue)); }
/// <summary> /// Gator oscillator calculation. /// </summary> /// <param name="handler"></param> /// <param name="symbol"></param> /// <param name="timeframe"></param> /// <param name="jaw_period"></param> /// <param name="jaw_shift"></param> /// <param name="teeth_period"></param> /// <param name="teeth_shift"></param> /// <param name="lips_period"></param> /// <param name="lips_shift"></param> /// <param name="ma_method"></param> /// <param name="appliedApplyPrice"></param> /// <param name="mode"></param> /// <param name="shift"></param> /// <returns></returns> public static double iGator(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int jaw_period, int jaw_shift, int teeth_period, int teeth_shift, int lips_period, int lips_shift, MA_METHOD ma_method, APPLY_PRICE appliedApplyPrice, BAND_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iGator", symbol, ((int)timeframe), jaw_period, jaw_shift, teeth_period, teeth_shift, lips_period, lips_shift, ((int)ma_method), ((int)appliedApplyPrice), ((int)mode), shift); return(Convertor.ToDouble(retrunValue)); }
/// <summary> /// Calculates the Envelopes indicator and returns its value. /// </summary> /// <param name="handler"></param> /// <param name="symbol"></param> /// <param name="timeframe"></param> /// <param name="ma_period"></param> /// <param name="ma_method"></param> /// <param name="ma_shift"></param> /// <param name="appliedApplyPrice"></param> /// <param name="deviation"></param> /// <param name="mode"></param> /// <param name="shift"></param> /// <returns></returns> public static double iEnvelopes(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int ma_period, MA_METHOD ma_method, int ma_shift, APPLY_PRICE appliedApplyPrice, double deviation, BAND_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iEnvelopes", symbol, ((int)timeframe), ma_period, ((int)ma_method), ma_shift, ((int)appliedApplyPrice), deviation, ((int)mode), shift); return(Convertor.ToDouble(retrunValue)); }
public double iStochastic(MqlHandler handler, string symbol, TIME_FRAME timeframe, int Kperiod, int Dperiod, int slowing, MA_METHOD method, APPLY_PRICE applyPriceField, MACD_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iStochastic", symbol, ((int)timeframe), Kperiod, Dperiod, slowing, ((int)method), applyPriceField, ((int)mode), shift); return Convertor.ToDouble(retrunValue); }
public double iMACD(MqlHandler handler, string symbol, TIME_FRAME timeframe, int fast_ema_period, int slow_ema_period, int signal_period, APPLY_PRICE appliedApplyPrice, MACD_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iMACD", symbol, ((int)timeframe), fast_ema_period, slow_ema_period, signal_period, ((int)appliedApplyPrice), ((int)mode), shift); return Convertor.ToDouble(retrunValue); }
public double iForce(MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, MA_METHOD ma_method, APPLY_PRICE appliedApplyPrice, int shift) { string retrunValue = handler.CallMqlMethod("iForce", symbol, ((int)timeframe), period, ((int)ma_method), ((int)appliedApplyPrice), shift); return(Convertor.ToDouble(retrunValue)); }
public static double iBearsPower(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, APPLY_PRICE appliedApplyPrice, int shift) { return Convertor.ToDouble(handler.CallMqlMethod("iBearsPower", (object) symbol, (object) timeframe, (object) period, (object) shift)); }
public static double iStdDev(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int ma_period, int ma_shift, MA_METHOD ma_method, APPLY_PRICE appliedApplyPrice, int shift) { return(Convertor.ToDouble(handler.CallMqlMethod("iStdDev", (object)symbol, (object)timeframe, (object)ma_period, (object)ma_shift, (object)ma_method, (object)appliedApplyPrice, (object)shift))); }
public double iGator(MqlHandler handler, string symbol, TIME_FRAME timeframe, int jaw_period, int jaw_shift, int teeth_period, int teeth_shift, int lips_period, int lips_shift, MA_METHOD ma_method, APPLY_PRICE appliedApplyPrice, BAND_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iGator", symbol, ((int)timeframe), jaw_period, jaw_shift, teeth_period, teeth_shift, lips_period, lips_shift, ((int)ma_method), ((int)appliedApplyPrice), ((int)mode), shift); return Convertor.ToDouble(retrunValue); }
public double iEnvelopes(MqlHandler handler, string symbol, TIME_FRAME timeframe, int ma_period, MA_METHOD ma_method, int ma_shift, APPLY_PRICE appliedApplyPrice, double deviation, BAND_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iEnvelopes", symbol, ((int)timeframe), ma_period, ((int)ma_method), ma_shift, ((int)appliedApplyPrice), deviation, ((int)mode), shift); return Convertor.ToDouble(retrunValue); }
public static double iStochastic(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int Kperiod, int Dperiod, int slowing, MA_METHOD method, APPLY_PRICE applyPriceField, MACD_MODE mode, int shift) { return Convertor.ToDouble(handler.CallMqlMethod("iStochastic", (object) symbol, (object) timeframe, (object) Kperiod, (object) Dperiod, (object) slowing, (object) method, (object) applyPriceField, (object) mode, (object) shift)); }
public static double iGator(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int jaw_period, int jaw_shift, int teeth_period, int teeth_shift, int lips_period, int lips_shift, MA_METHOD ma_method, APPLY_PRICE appliedApplyPrice, BAND_MODE mode, int shift) { return Convertor.ToDouble(handler.CallMqlMethod("iGator", (object) symbol, (object) timeframe, (object) jaw_period, (object) jaw_shift, (object) teeth_period, (object) teeth_shift, (object) lips_period, (object) lips_shift, (object) ma_method, (object) appliedApplyPrice, (object) mode, (object) shift)); }
public static double iForce(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, MA_METHOD ma_method, APPLY_PRICE appliedApplyPrice, int shift) { return Convertor.ToDouble(handler.CallMqlMethod("iForce", (object) symbol, (object) timeframe, (object) period, (object) ma_method, (object) appliedApplyPrice, (object) shift)); }
public static double iEnvelopes(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int ma_period, MA_METHOD ma_method, int ma_shift, APPLY_PRICE appliedApplyPrice, double deviation, BAND_MODE mode, int shift) { return Convertor.ToDouble(handler.CallMqlMethod("iEnvelopes", (object) symbol, (object) timeframe, (object) ma_period, (object) ma_method, (object) ma_shift, (object) appliedApplyPrice, (object) deviation, (object) mode, (object) shift)); }
public double iBands(MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, int deviation, int bands_shift, APPLY_PRICE appliedApplyPrice, BAND_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iBands", symbol, ((int)timeframe), period, deviation, bands_shift, ((int)appliedApplyPrice), ((int)mode), shift); return Convertor.ToDouble(retrunValue); }
public static double iOsMA(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int fast_ema_period, int slow_ema_period, int signal_period, APPLY_PRICE appliedApplyPrice, int shift) { return Convertor.ToDouble(handler.CallMqlMethod("iOsMA", (object) symbol, (object) timeframe, (object) fast_ema_period, (object) slow_ema_period, (object) signal_period, (object) appliedApplyPrice, (object) shift)); }
public double iBullsPower(MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, APPLY_PRICE appliedApplyPrice, int shift) { string retrunValue = handler.CallMqlMethod("iBullsPower", symbol, ((int)timeframe), period, ((int)appliedApplyPrice), shift); return Convertor.ToDouble(retrunValue); }
public static double iBands(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, int deviation, int bands_shift, APPLY_PRICE appliedApplyPrice, BAND_MODE mode, int shift) { return(Convertor.ToDouble(handler.CallMqlMethod("iBands", (object)symbol, (object)timeframe, (object)period, (object)deviation, (object)bands_shift, (object)appliedApplyPrice, (object)mode, (object)shift))); }
public double iForce(MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, MA_METHOD ma_method, APPLY_PRICE appliedApplyPrice, int shift) { string retrunValue = handler.CallMqlMethod("iForce", symbol, ((int)timeframe), period, ((int)ma_method), ((int)appliedApplyPrice), shift); return Convertor.ToDouble(retrunValue); }
public static double iGator(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int jaw_period, int jaw_shift, int teeth_period, int teeth_shift, int lips_period, int lips_shift, MA_METHOD ma_method, APPLY_PRICE appliedApplyPrice, BAND_MODE mode, int shift) { return(Convertor.ToDouble(handler.CallMqlMethod("iGator", (object)symbol, (object)timeframe, (object)jaw_period, (object)jaw_shift, (object)teeth_period, (object)teeth_shift, (object)lips_period, (object)lips_shift, (object)ma_method, (object)appliedApplyPrice, (object)mode, (object)shift))); }
public static double iMACD(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int fast_ema_period, int slow_ema_period, int signal_period, APPLY_PRICE appliedApplyPrice, MACD_MODE mode, int shift) { return(Convertor.ToDouble(handler.CallMqlMethod("iMACD", (object)symbol, (object)timeframe, (object)fast_ema_period, (object)slow_ema_period, (object)signal_period, (object)appliedApplyPrice, (object)mode, (object)shift))); }
/// <summary> /// Calculates the Movement directional index and returns its value. /// </summary> /// <param name="handler"></param> /// <param name="symbol"></param> /// <param name="timeframe"></param> /// <param name="period"></param> /// <param name="appliedApplyPrice"></param> /// <param name="mode"></param> /// <param name="shift"></param> /// <returns></returns> public static double iADX(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, APPLY_PRICE appliedApplyPrice, ADX_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iADX", symbol, ((int)timeframe), period, ((int)appliedApplyPrice), ((int)mode), shift); return Convertor.ToDouble(retrunValue); }
public static double iStochastic(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int Kperiod, int Dperiod, int slowing, MA_METHOD method, APPLY_PRICE applyPriceField, MACD_MODE mode, int shift) { return(Convertor.ToDouble(handler.CallMqlMethod("iStochastic", (object)symbol, (object)timeframe, (object)Kperiod, (object)Dperiod, (object)slowing, (object)method, (object)applyPriceField, (object)mode, (object)shift))); }
public static double iBands(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, int deviation, int bands_shift, APPLY_PRICE appliedApplyPrice, BAND_MODE mode, int shift) { return Convertor.ToDouble(handler.CallMqlMethod("iBands", (object) symbol, (object) timeframe, (object) period, (object) deviation, (object) bands_shift, (object) appliedApplyPrice, (object) mode, (object) shift)); }
public static double iEnvelopes(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int ma_period, MA_METHOD ma_method, int ma_shift, APPLY_PRICE appliedApplyPrice, double deviation, BAND_MODE mode, int shift) { return(Convertor.ToDouble(handler.CallMqlMethod("iEnvelopes", (object)symbol, (object)timeframe, (object)ma_period, (object)ma_method, (object)ma_shift, (object)appliedApplyPrice, (object)deviation, (object)mode, (object)shift))); }
public double iADX(MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, APPLY_PRICE appliedApplyPrice, ADX_MODE mode, int shift) { string retrunValue = handler.CallMqlMethod("iADX", symbol, ((int)timeframe), period, ((int)appliedApplyPrice), ((int)mode), shift); return(Convertor.ToDouble(retrunValue)); }
public static double iMomentum(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int period, APPLY_PRICE appliedApplyPrice, int shift) { return(Convertor.ToDouble(handler.CallMqlMethod("iMomentum", (object)symbol, (object)timeframe, (object)period, (object)appliedApplyPrice, (object)shift))); }
/// <summary> /// Calculates the Standard Deviation indicator and returns its value. /// </summary> /// <param name="handler"></param> /// <param name="symbol"></param> /// <param name="timeframe"></param> /// <param name="ma_period"></param> /// <param name="ma_shift"></param> /// <param name="ma_method"></param> /// <param name="appliedApplyPrice"></param> /// <param name="shift"></param> /// <returns></returns> public static double iStdDev(this MqlHandler handler, string symbol, TIME_FRAME timeframe, int ma_period, int ma_shift, MA_METHOD ma_method, APPLY_PRICE appliedApplyPrice, int shift) { string retrunValue = handler.CallMqlMethod("iStdDev", symbol, ((int)timeframe), ma_period, ma_shift, ((int)ma_method), ((int)appliedApplyPrice), shift); return Convertor.ToDouble(retrunValue); }