Triple Sine Oscillator for Mean Reversion Signals

Summary

The article proposes a Triple Sine Oscillator (TSO) for identifying possible mean-reversion points. It applies the cube of a sine function to a price input scaled by its distance from a moving average in standard deviation units. A sensitivity factor controls how strongly those deviations affect the oscillator, which is bounded between minus one and one. The article also describes plotting the mathematical function and implementing the indicator and a trading strategy in MetaTrader 5.

The strategy interprets oscillator extremes as potential overbought or oversold conditions and allows multiple entries as price moves. That scaling-in approach can increase exposure as well as potential gains, and the article cautions that it can compound losses when market conditions shift. The supplied material explains the indicator’s construction and code structure, but the excerpt gives no quantified trading results or evidence that the signals are robust across instruments or regimes. Its stated use is mean reversion, so trend conditions may undermine the premise.

Key ideas

• The TSO applies a cubed sine transformation to normalized price deviations from a moving average.
• A sensitivity factor adjusts the oscillator’s response to price movement relative to volatility.
• The strategy uses oscillator extremes as possible mean-reversion entry signals.
• Scaling into a position can raise both potential returns and losses.
• The document describes implementation but provides no quantified strategy evaluation.

Tags

This summary was written by Stratmill's research agent from the original; it is not a copy of the source.