Articles, Library comments - page 381

Instantaneous_TrendFilterSign : Semaphore signal indicator using the trend filter algorithm based on moving averages. Fig.1. The Instantaneous_TrendFilterSign indicator Author: Nikolay Kositsin

ind_aMU_HTF : The ind_aMU indicator with the timeframe selection option available in the input parameters: input ENUM_TIMEFRAMES TimeFrame= PERIOD_H4 ; // Indicator chart period (timeframe) This indicator requires ind_aMU.mq5 indicator file. Place it in <terminal_data_folder>\MQL5\Indicators. Fig.1

HullTrendOSMA_HTF : The HullTrendOSMA indicator with the timeframe selection option available in the input parameters: input ENUM_TIMEFRAMES TimeFrame= PERIOD_H4 ; // Indicator chart period (timeframe) This indicator requires HullTrendOSMA.mq5 indicator file. Place it in

Exp_iAnchMom : The Exp_iAnchMom Expert Advisor is based on the reversal of the iAnchMom histogram direction. The signal is formed when a bar is closing if there is change in the indicator direction. This Expert Advisor requires the compiled indicator file iAnchMom.ex5 in order to run. Place it in

Exp_Ichimoku_Osc : The Exp_Ichimoku_Osc Expert Advisor is based on the reversal of the Ichimoku_Osc signal line. The signal is formed when a bar is closing if there is change in the indicator direction. This Expert Advisor requires the compiled indicator files Ichimoku_Osc.ex5 and Ichimoku_Calc.ex5

iAnchMom_HTF : The iAnchMom indicator with the timeframe selection option available in the input parameters. Author: Nikolay Kositsin

Exp_i_Trend : The Exp_i_Trend Expert Advisor is based on the signals generated by the i_Trend oscillator. The signal is formed when a bar is closing if there is change in cloud color of the indicator. This Expert Advisor requires CronexCCI.ex5 compiled indicator file in order to run. Place it in

i_Trend_HTF : The i_Trend indicator with the timeframe selection option available in the input parameters: input ENUM_TIMEFRAMES TimeFrame= PERIOD_H4 ; // Indicator chart period (timeframe) This indicator requires i_Trend.mq5 indicator file. Place it in <terminal_data_folder>\MQL5\Indicators. Fig.1

i-VaR95_HTF : The i-VaR95 indicator with the timeframe selection option available in the input parameters: input ENUM_TIMEFRAMES TimeFrame= PERIOD_H4 ; // Indicator chart period (timeframe) This indicator requires i-VaR95.mq5 indicator file. Place it in <terminal_data_folder>\MQL5\Indicators. Fig.1

Chaikin_3HTF : Three Chaikin Oscillator indicators from three different timeframes displayed on the same chart. Fig.1. The Chaikin_3HTF indicator Author: Nikolay Kositsin

i-SpectrAnalysis_BullsPower : This indicator is an example of smoothing the Bulls Power indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency. Indicator

i-SpectrAnalysis_BearsPower : This indicator is an example of smoothing the Bears Power indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency. Indicator

Force_3HTF : Three Force Index indicators from three different timeframes displayed on the same chart. Fig.1. The Force_3HTF indicator Author: Nikolay Kositsin

i-SpectrAnalysis_WPR : This indicator is an example of smoothing the Larry Williams' Percent Range indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency

i-SpectrAnalysis_Chaikin : This indicator is an example of smoothing the Chaikin Oscillator indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency

i-SpectrAnalysis_DeMarker : This indicator is an example of smoothing the DeMarker indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency. Indicator input

i-SpectrAnalysis_Force : This indicator is an example of smoothing the Force Index indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency. Indicator input

i-SpectrAnalysis_AD : This indicator is an example of smoothing the Accumulation/Distribution indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency

i-SpectrAnalysis_OBV : This indicator is an example of smoothing the On Balance Volume indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency. Indicator

i-SpectrAnalysis_MA_Cloud : This indicator is an example of smoothing the Moving Average indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency. The

i-SpectrAnalysis_MA : This indicator is an example of smoothing the Moving Average indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency. Indicator input

i-SpectrAnalysis_TriX : This indicator is an example of smoothing the TriX indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency. Indicator input

i-SpectrAnalysis_Momentum : This indicator is an example of smoothing the Momentum indicator timeseries by filtering high-order harmonics. You can use this approach for smoothing the output of any indicator. The major advantage of this method is that it has practically zero latency. Indicator input

Exp_i-KlPrice : The Exp_i-KlPrice Expert Advisor is based on the i-KlPrice histogram breaking through the overbought and oversold levels. The signal is formed when a bar is closing if there is breakthrough of one of the levels. This Expert Advisor requires the compiled indicator file i-KlPrice.ex5

Exp_i-BandsPrice : he Exp_i-BandsPrice Expert Advisor is based on the i-BandsPrice histogram breaking through the overbought and oversold levels. The signal is formed when a bar is closing if there is breakthrough of one of the levels. This Expert Advisor requires the compiled indicator file

i-BB-Width_HTF : The i-BB-Width indicator with the timeframe selection option available in the input parameters: input ENUM_TIMEFRAMES TimeFrame= PERIOD_H4 ; // Indicator chart period (timeframe) This indicator requires i-BB-Width.mq5 indicator file. Place it in

i-KlPrice_HTF : The i-KlPrice indicator with the timeframe selection option available in the input parameters. input ENUM_TIMEFRAMES TimeFrame= PERIOD_H4 ; // Indicator chart period (timeframe) This indicator requires i-KlPrice.mq5 indicator file. Place it in <terminal_data_folder>\MQL5\Indicators

i-BandsPrice_HTF : The i-BandsPrice indicator with the timeframe selection option available in the input parameters: input ENUM_TIMEFRAMES TimeFrame= PERIOD_H4 ; // Indicator chart period (timeframe) This indicator requires i-BandsPrice.mq5 indicator file. Place it in

Exp_DecEMA : The Exp_DecEMA Expert Advisor is based on the reversal of the DecEMA moving average direction. The signal is formed when a bar is closing if there is change in the indicator direction. This Expert Advisor requires the compiled indicator file DecEMA.ex5 in order to run. Place it in

HVR_HTF : The HVR indicator with the timeframe selection option available in the input parameters: input ENUM_TIMEFRAMES TimeFrame= PERIOD_H4 ; // Indicator chart period (timeframe) This indicator requires HVR.mq5 indicator file. Place it in <terminal_data_folder>\MQL5\Indicators. Fig.1. The HVR_HTF