2020issue C0324-27
Constructing first and second cross trend entries
One construction subtracts a slower moving average from a faster one to form a moving-average-oscillator, then averages that series into an oscillator-trend-line used for cross signals. Price confirmation can be simultaneous or delayed. A momentum-stochastic applied to the oscillator keeps readings between zero and one hundred so a first-allowed-event and a later-allowed-event can be written as separate rules inside the same trend.
- A moving-average-oscillator is the difference between a shorter and a longer moving average of price, and an oscillator-trend-line is a moving average of that difference used for cross signals.
- Simultaneous-price-confirmation and delayed-price-confirmation are alternative filters; the specification must pick one and pair it with an explicit exit.
- A momentum-stochastic maps the oscillator into a zero-to-one-hundred range so more than one overbought or oversold reading can occur inside a single trend.
- The first-allowed-event is the first qualifying signal after a newly recognized trend; a later-allowed-event is valid only after that first event has completed, and not every trend produces one.
A moving-average-oscillator and an oscillator-trend-line
One construction subtracts a slower moving average from a faster one to form a moving-average-oscillator. That series is then averaged to create an oscillator-trend-line, and crosses of the oscillator through the line are used as trend signals.
Simultaneous and delayed price confirmation
Simultaneous-price-confirmation is a same-bar filter. A buy requires the moving-average-oscillator to cross above its oscillator-trend-line on a bar whose low is higher than the prior low. The matching short requires a cross below that line on a bar that prints a lower high.
Delayed-price-confirmation waits for the first qualifying higher low or lower high after the trend has already turned. One specified long form first waits for the fast average to cross above the slow average, then buys on the first later bar that prints a higher low.
Sample tests of both confirmation timings used S&P futures and the related exchange-traded fund. Nearby fast, slow, and oscillator-average lengths were chosen separately by market.
First-allowed and later-allowed events
Applying a slow-K stochastic to the moving-average-oscillator produces a momentum-stochastic. The reading stays between zero and one hundred, so more than one overbought or oversold event can occur inside a single trend.
The banded first-event procedure takes only the first-allowed-event, the first qualifying momentum-stochastic reading after a newly recognized trend. That trade can exit when the reading reaches the opposite extreme.
Entry and exit thresholds can be set independently by side. One illustrated set used a long pair of 20 and 80 and a more demanding short entry of 85 with an exit at 20.
A later-allowed-event is a subsequent momentum-stochastic signal that is valid only after the first-allowed-event in the same trend has completed.
One later-event long sequence is as follows. The trend turns up, the momentum-stochastic falls below 50, then rises above 50, then later falls below 20. The trade ends if the momentum-stochastic exceeds 95 or the trend reverses.
Later-event shorts used a faster pair: entry when the momentum-stochastic rises above 60, and exit when it falls below 45 or the trend reverses. Not every trend produces a second qualifying event.
All readings on this track · 38 readings
- 1986A Marshall Wave book is assembled one confirmed stance at a time
- 1987Operator gut check when two systems conflict
- 1988Visual trend rules need one testable procedure
- 1988Audit trend and breakout rules sold without tests
- 1992Weekly 4 percent close reversal case study
- 1992Write down the plan, then wait for the cross
- 1994Constructing a three-rule moving-average system
- 1995Weekly long-only trend rules with a gated retracement exit
- 1997Constructing rainbow charts with repeated smoothing
- 1997Three-line break as a one-parameter mechanical filter
- 2000Nested horizon trend alignment with a momentum stack
- 2001When certainty turns off the stop
- 2001Price must confirm every setup
- 2001Constructing a color stack from every lookback
- 2002Evaluating mechanical trend signals from ten-session average excursions
- 2004Trend pullbacks with a fifty-day average and relative strength index
- 2005Stochastic overbought as a trend-regime state
- 2005Trend-following as one testable signal procedure
- 2007One checklist for entry, exit and abstention after a market switch
- 2008Parallel listings and divergent trend behavior
- 2008Recovery headlines versus trend-regime rules
- 2008Constructing an intraday trend procedure with confirming close, retest, and planned exits
- 2010Mechanical trend-following system design, stops, and validation
- 2010A trading-plan that sets entry, stop, trail, and pause together
- 2010Multi-horizon cycle signals, trend filters, and stops
- 2012Weekly bear-market and shock signals as a mechanical procedure
- 2013A 2013 rates week as a structure-first exit drill
- 2013Trend following as one testable procedure
- 2013A forex veto checklist: trend, pair economy, and crowd bias
- 2015Relative-strength-index rules under a 20-percent trend filter
- 2015Trend-gated oscillator entry and exit rules
- 2016Trend process versus end-goal trading
- 2017Gold as a classroom for one midterm-trend procedure
- 2017Falling-knife FX longs wait for a four-hour trend turn
- 2018A closed procedure for quarterly sector rank slots
- 2018A recursive median as shared state for trend rules
- 2020Moving-average construction as an objective trend filter
- 2020Constructing first and second cross trend entries