知識圖書館

This note describes an indicator named MA Rounding Candle with a selectable chart timeframe, set through an input parameter. It is offered in two display variants: one for a separate indicator window and another for the main price chart. The higher-timeframe…

AMACD is described as a MACD calculation based on adaptive moving averages (AMA). It uses a fast AMA and a slow AMA, each configured with its own period and fast and slow EMA settings. A further setting controls the signal line, and the user selects the…

The document describes a ribbon built from an EMA variation indicator. It uses the indicator’s speed setting to form a pair of signals that can cross, while keeping the calculation period unchanged. The suggested use is to read those crossings as a trading…

This brief indicator description covers alerts for bullish and bearish engulfing candlestick patterns. It is designed to identify the patterns across chart timeframes and notify the trader when one appears. The document also notes that the implementation is…

The document discusses ways to turn MACD readings into a trading filter. It distinguishes corrected values from filtered values and cautions that the two should not be combined as though they were equivalent, because their values differ. It outlines three…

This document describes an expert advisor designed to monitor a trading account against daily loss limits. It uses a two-stage response: at a warning threshold, it partially closes the worst-performing open position to reduce exposure; at the hard daily…

This expert advisor description specifies four simple moving averages: periods 1 and 8 on both H1 and H4 timeframes. It does not explain how the readings generate entry or exit signals, so the strategy rules cannot be reconstructed from the description…

This document introduces the Fractal Adaptive Moving Average, attributed to John Ehlers, and describes a basic way to apply the indicator: watch for crossings between its main line and a signal line. It identifies the plotted lines by color in the source…

The document describes a MetaTrader 5 monitoring indicator that continuously displays the current spread and tracks minimum, maximum, and average spread values. A history graph can help users spot sudden increases and periods of unstable trading costs.…

The document defines a DMA indicator using an applied price and a period measured in days. It gives a default chart timeframe of M15 and a default period of 17. Its recurrence updates the current value as a weighted blend of the applied price and the…

This indicator combines the Relative Strength Index and DeMarker into an averaged histogram intended to show changes in asset direction. Its stated interpretation is that a rising indicator with green bars accompanies growth, while a falling indicator with…

The document describes an indicator based on the Balance of Market Power concept. Its version smooths values with a Jurik filter rather than a simple moving average and constructs bands using a Jurik-based deviation measure instead of standard deviation. The…

This indicator framework treats a market flat as a time structure rather than applying trend labels. A trader draws lines between fractal points, matching upper points with later upper fractals and lower points with later lower fractals. The projected…

This document describes an indicator that presents Bollinger Bands in a separate chart window as an oscillator. It identifies three configurable inputs: the lookback period, band deviation, and the price series used in the calculation. The description…

This document describes two MetaTrader 4 indicators that summarize open trades in a secondary chart window. They show profit or loss, position size and symbol, with the price movement expressed as either pips or points. The indicators are simplified…

This document explains how to run a ZigZag extrema calculation on a source buffer, illustrated with an RSI buffer in an indicator. The function writes detected turning points to an output buffer and accepts a search mode for highs, lows, or both. It can also…

This indicator marks a chosen weekday and hour with an arrow based on a comparison between candle prices. For the selected candle, it compares the preceding candle’s close with the open of the selected weekday’s candle: a lower preceding close produces an up…

This document describes NavelEMA as a classic exponential moving average indicator, calculated using a linear combination of a price time series. It identifies the indicator’s original MQL4 implementation and publication date, and notes that its MQL5 version…

This brief description introduces a semaphore-style trading indicator whose algorithm examines the four most recent bars. It identifies the tool as an indicator originally implemented in MQL4 and published in 2007. The document offers no formula, signal…

The document describes a higher-timeframe version of an Average of ATR indicator. A timeframe can be selected through an input parameter, with a four-hour period shown as the example setting. The intended use is to make the ATR-derived indicator available…

SilverTrend_CrazyChart is described as a signal system similar to ASCTrend, with its output displayed as a colored cloud on a chart. The document also notes that the underlying DS_Stochastic indicator was originally developed in MQL4 and published in 2006,…

This brief note describes a higher-timeframe option for the NRMA indicator in MetaTrader 5. A user can select the indicator's chart period through an input parameter, with a four-hour period shown as the default. The indicator is intended to operate using…

Waddah Attar Trend Candles is a candlestick chart indicator built from Waddah Attar Trend histogram values. It calculates those values from the chart’s open, high, low, and close price series, then presents them as candles. The description also notes that…

OsMACD is described as an indicator that combines the colored Moving Average of Oscillator (OsMA) with Moving Average Convergence/Divergence (MACD). The document identifies two versions, named OsMACD and OsMACD_M, but does not explain how their calculations…