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2020issue C108-13

Confirming Gann hi-lo swings with ADX and stochastics

A Gann hi-lo activator is always green or red. This article reconstructs how a directional-movement oscillator and a stochastic momentum index were used as color checks on that line, with an editorial reading that treats shared color as the condition for acting.

  • The Gann hi-lo activator is a three-period average of prior highs or lows that turns with the close and has no neutral band, so every crossover is an always-on swing hypothesis.
  • A longer-horizon companion is a DMI oscillator from the average directional index family, plotted as a zero-centered histogram that can confirm, diverge from, or refuse short-term activator flips.
  • Momentum is added with a stochastic momentum index that uses the range midpoint, is double-smoothed, and oscillates around zero so its color can be compared with the activator.
  • When the three colors disagree, the archive treats the state as a transition or a countertrend; a zero-line bounce is a continuation test, and an editorial reading treats a color split as a pause.
Entries in this reading3 entries

The activator has no neutral zone

The Gann-angle condition used here is a short-horizon Gann hi-lo activator: a three-period moving average of prior highs or lows that marks swing turns from recent highs and lows. The line is green when the close is above it and red when the close is below it, and close crossovers mark swing action points.

The calculation is not shifted forward and is the same on end-of-day and intraday bars. Price above the activator is treated as short-term bullish and price below as bearish. That reading is shown on a daily AMD chart and on an intraday E-mini S&P 500 session, and is described as usable on stocks, commodities, and forex.

Because price is always above or below the activator, the line has no neutral zone. Every unfiltered crossover is therefore an always-on long or short hypothesis.

A directional oscillator frames the swing

A longer-horizon companion is a DMI oscillator formed by subtracting the minus directional indicator from the plus directional indicator, the same pair that underlies the average directional index, and plotting the difference around zero. The histogram is green above zero and red below.

On the Amgen example, the directional oscillator confirmed an upside activator shift and a later downside shift, showed a bearish divergence and then a bullish divergence, and did not confirm the short-term countertrend flips.

A zero-centered stochastic adds momentum

Momentum is added with a stochastic momentum index, a member of the stochastic oscillator family that uses the range midpoint rather than the close. It is double-smoothed, oscillates around zero with plus-40 and minus-40 thresholds, and is shown with the signal line hidden so zero-line color can be compared with the activator.

On the health-care ETF example through a decline and the following rebound, stochastic turns led or coincided with activator color changes. The stochastic stayed above zero and above plus-40 during the rebound and did not confirm a brief activator flip, then showed a later bearish divergence at resistance.

Disagreement, pauses, and zero-line bounces

When activator, DMI oscillator, and stochastic colors disagree, the Nvidia example treats the state as either a transition or a countertrend correction. A bounce turned the activator and the stochastic green while the directional oscillator stayed red, and nearby highs were treated as wait-for-clarity intervals of a few bars.

A zero-line bounce continuation appears when a pullback or countertrend rally flips the activator and both the directional oscillator and the stochastic approach zero, then rebound as the prior trend resumes, as shown on the Bristol Myers Squibb example.

Color alignment is the working check

Color alignment is the visual check that the activator, the directional oscillator, and the stochastic share the same bullish or bearish color. The archive uses that check to separate confirmed swings from unconfirmed flips and to read a zero-line bounce as continuation rather than a new trend.

Editorial reading: when the three colors do not match, pause. The latest activator crossover remains an always-on hypothesis until the two oscillators share its color.

Educational research material, not investment advice. Historical source context does not establish present-day performance.
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All readings on this track · 34 readings
  1. 1984Range grid to sideways break in 1984 gold
  2. 1985When Gann lines, Gann angles, and a Fibonacci retracement coincide
  3. 1987Evaluating angular cycle overlays on independent stock swings
  4. 1988Multi-scale Elliott counts with Gann and Fibonacci confluence
  5. 1988Gann angles as hand-scaled chart geometry
  6. 1989A time, price, and pattern filter on one platinum sequence
  7. 1989Gann angles on point-and-figure grids
  8. 1990Gann price-time clusters for Elliott retracements
  9. 1990Channel regimes and Gann angle hinges
  10. 1990A gold campaign log as a trade procedure
  11. 1991A fourth Treasury bond resistance test as one time-price hypothesis
  12. 1991An eclipse calendar as a testable cycle scaffold
  13. 1992Gann-angle intersections and half-range zones
  14. 1998Wave and ratio self-similarity as a testable chart hypothesis
  15. 2000Constructing Gann fan angles from swing extremes
  16. 2002Combining Fibonacci retracement, Gann angles, and the moving average in FX
  17. 2002Halfway retracement as a trend confirmation filter
  18. 2006Volume distribution, Fibonacci extensions, and Gann angles on one downswing
  19. 2007Constructing Gann fans as currency support and resistance
  20. 2010ABC completion, wave-two windows, and Gann ratios
  21. 2010Constructing a Gann, Fibonacci, and decade-scale reversal cluster
  22. 2010Gann angles as timed tests that still need structure and RSI
  23. 2010Gann angles heritage is not a signal
  24. 2010Gann-fan time windows confirmed by Elliott-wave position
  25. 2010Gann angles as a repeatable chart hypothesis
  26. 2011Wave and ratio overlays as confirmation, not forecasts
  27. 2013Gold wave four as a time and price cluster check
  28. 2014A case study that separates cycle forecasts from Gann and Elliott readings
  29. 2014Relative charting, Gann angles, and trendline breakouts
  30. 2016Gann fans and a 2016 long-wave case as checkpoints, not forecasts
  31. 2017Gann angles, scale dependence, and the gap between legend and method
  32. 2017Gann angles as overlay, not original practice
  33. 2018Combine Gann angles, oscillator zones, and a protective stop
  34. 2020Confirming Gann hi-lo swings with ADX and stochastics
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