2014issue C0910-17
A case study that separates cycle forecasts from Gann and Elliott readings
This historical case study measures a market cycle from one low to the next and treats those dates as a forecast that later price can confirm or break. Gann fans and Elliott structure stay separate chart hypotheses, not extra chapters of the same cycle story.
- A dominant cycle is a measured low-to-low repetition that can miss a low by a few bars or invert into a high, so it is a forecast that later price can check.
- In a rising market, cycle lean shifts highs later and lows earlier because declines unfold faster than advances, which makes highs harder to time than lows.
- The long-wave, or k-wave, overlay forecasts the world economy rather than the stock market, so the market can bottom earlier than the economic low and top later than the economic high.
- Gann angles and Elliott wave counts are separate chart hypotheses. Scaled 1x1, 1x2, and 1x4 rays and a Fibonacci-aligned wave reading should not be blended into one cycle story.
A cycle is a low-to-low repetition
The archive defines a basic market cycle as the repetition from one low to the next low. The illustrated example marks those lows with vertical lines and notes that some of those marks land on highs instead.
Editorial reading: treat that measured interval as a forecast layer. Later price can show a timely low, a late low, or an inverted high. That check stays independent of any Gann fan or Elliott count drawn on the same chart.
The dominant cycle is a timing baseline
A dominant cycle is a measured repetition from one swing low to the next. It is an explicit timing baseline that can miss a low by a few bars or invert into a high.
Allowing a four-day timing window around an expected cycle date is presented as enough for the vertical markers to catch the anticipated cycle low.
Cycle lean makes highs harder to time
In a rising market, cycle highs are described as leaning right and cycle lows as leaning left. A decline from a high unfolds faster than the advance that created it, which makes highs harder to time than lows.
That is cycle lean: in a rising market, highs shift later and lows arrive earlier because declines unfold faster than advances.
The long-wave overlay forecasts the economy
The long-wave overlay uses 16-, 18-, and 20-year panic spacings, 8-, 9-, and 10-year good-time spacings, and 7-, 11-, and 9- or 10-year hard-time spacings. It is framed as an economic-cycle forecast rather than a stock-market cycle forecast.
That k-wave reading is a long economic-cycle overlay with numbered panic, boom, and hard-time year patterns. It forecasts the world economy, not the stock market itself.
Because the long-wave count forecasts the world economy rather than the stock market, the market is described as bottoming earlier than the economic-cycle low and topping later than the economic-cycle high.
The long-wave reading is said to imply economic strengthening into 2016, a possible strong stock-index correction into 2017 or 2018, and a major economic downturn in 2019.
A short price-path forecast
One worked example applies an inverted prior-40-day construction to Apple shares as a price-path forecast.
Editorial reading: score that path against later price action the same way you score a cycle date, and do not treat a matching Gann or Elliott reading as the same test.
Gann angles as a separate chart hypothesis
After a major low, a Gann fan is drawn so that additional dates can be read as possible DJIA turning points. The archive notes a high on a 1x2 angle and a rise that followed a 1x4 angle before shifting to the 1x2 angle and then correcting.
Gann angles are scaled rays drawn from a confirmed swing extreme so later highs, lows, and slope changes can be compared with 1x1, 1x2, and 1x4 lines.
The same Gann construction is used to hypothesize a move toward the 1x1 angle into August 21, 2013. A low is then noted on that date, with a lower low on August 27, 2013, followed by a new high.
Editorial reading: the date hypothesis is falsifiable on its own. A low on the named date, a lower low a few sessions later, and a later new high are observations about that fan, not confirmation of the dominant-cycle or long-wave layer.
Elliott wave stays a qualitative signal
Elliott wave study is presented as following Fibonacci cycles and as one of the pattern methods used alongside long-wave and Gann cycle work.
An Elliott wave reading is a wave-count of price structure, often aligned with Fibonacci spacing. Here it is a qualitative signal rather than a numeric forecast.
Editorial reading: leave the Elliott count as its own chart hypothesis. Do not use it to rescue a missed cycle low or to rewrite a Gann angle after the fact.
All readings on this track · 34 readings
- 1984Range grid to sideways break in 1984 gold
- 1985When Gann lines, Gann angles, and a Fibonacci retracement coincide
- 1987Evaluating angular cycle overlays on independent stock swings
- 1988Multi-scale Elliott counts with Gann and Fibonacci confluence
- 1988Gann angles as hand-scaled chart geometry
- 1989A time, price, and pattern filter on one platinum sequence
- 1989Gann angles on point-and-figure grids
- 1990Gann price-time clusters for Elliott retracements
- 1990Channel regimes and Gann angle hinges
- 1990A gold campaign log as a trade procedure
- 1991A fourth Treasury bond resistance test as one time-price hypothesis
- 1991An eclipse calendar as a testable cycle scaffold
- 1992Gann-angle intersections and half-range zones
- 1998Wave and ratio self-similarity as a testable chart hypothesis
- 2000Constructing Gann fan angles from swing extremes
- 2002Combining Fibonacci retracement, Gann angles, and the moving average in FX
- 2002Halfway retracement as a trend confirmation filter
- 2006Volume distribution, Fibonacci extensions, and Gann angles on one downswing
- 2007Constructing Gann fans as currency support and resistance
- 2010ABC completion, wave-two windows, and Gann ratios
- 2010Constructing a Gann, Fibonacci, and decade-scale reversal cluster
- 2010Gann angles as timed tests that still need structure and RSI
- 2010Gann angles heritage is not a signal
- 2010Gann-fan time windows confirmed by Elliott-wave position
- 2010Gann angles as a repeatable chart hypothesis
- 2011Wave and ratio overlays as confirmation, not forecasts
- 2013Gold wave four as a time and price cluster check
- 2014A case study that separates cycle forecasts from Gann and Elliott readings
- 2014Relative charting, Gann angles, and trendline breakouts
- 2016Gann fans and a 2016 long-wave case as checkpoints, not forecasts
- 2017Gann angles, scale dependence, and the gap between legend and method
- 2017Gann angles as overlay, not original practice
- 2018Combine Gann angles, oscillator zones, and a protective stop
- 2020Confirming Gann hi-lo swings with ADX and stochastics