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Instantaneous_TrendFilter_HTF: The Instantaneous_TrendFilter indicator with the timeframe selection option available in the input parameters: input ENUM_TIMEFRAMES TimeFrame=PERIOD_H4; // Indicator chart period (timeframe) This indicator requires Instantaneous_TrendFilter.mq5 indicator file....
DayExtremumZones: The indicator shows daily extremum zones. Maximum zone: distance from day maximum - Х% of day range, minimum zone: distance from day minimum + Y% of day range. Flexible parameter setting is allowed. Tune zone parameters as you like! The indicator can display information using...
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...
Impulse_HTF: The Impulse indicator with the timeframe selection option available in the input parameters: input ENUM_TIMEFRAMES TimeFrame=PERIOD_H4; // Indicator chart period (timeframe) This indicator requires Impulse.mq5 indicator file. Place it in <terminal_data_folder>\MQL5\Indicators. Fig...
iFXAnalyser_HTF: The iFXAnalyser indicator with the timeframe selection option available in the input parameters. Author: Nikolay Kositsin
Exp_i-AMMA: The Exp_i-AMMA Expert Advisor is based on the reversal of the i-AMMA 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 i-AMMA.ex5 in order to run. Place it in...
ColorZerolagHLR_HTF: The ColorZerolagHLR indicator with the timeframe selection option available in the input parameters: input ENUM_TIMEFRAMES TimeFrame=PERIOD_H4; // Indicator chart period (timeframe) This indicator requires ColorZerolagHLR.mq5 indicator file. Place it in...
ColorZerolagHLR: This variant of HighestLowestRange normalized oscillator is calculated based on five HighestLowestRange (HLR) indicators. All editable variables are implemented as indicator input parameters. However, keep in mind that these variables are interdependent to some extent, so you...
Exp_HullTrendOSMA: The Exp_HullTrendOSMA Expert Advisor is based on the reversal of the HullTrendOSMA 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 HullTrendOSMA.ex5 in order...
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...
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...
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...
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...
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...
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...