2015issue C1318-23
ABC wave labels as a square-of-nine timing hypothesis
This archive lesson uses S&P 500 wave labels as a calendar test. An ABC correction is treated as useful only when its calendar-day span can be checked on the square of nine, not when the pattern merely looks complete.
- Elliott wave theory is used here as an eight-wave cycle whose labels are checked by calendar length, not by how finished the pattern looks.
- An ABC correction becomes a timing hypothesis only when its calendar-day span can be placed on a cardinal of the square of nine.
- The time factor ranks elapsed hours, days, weeks, or months between peaks and troughs ahead of the size of the price move.
- A dated 2015 count placed primary wave [B] on the east cardinal at 180 degrees to primary wave [V] and at 360 degrees to a short adjoining swing.
An eight-wave cycle
Elliott wave theory describes markets as an eight-wave cycle. Bull markets advance in three motive waves, each followed by a downward correction. Bear markets decline in a zigzag A-B-C pattern, with A and C motive and B correcting upward.
Elliott wave counting, in this archive workflow, means labeling successive swings so each wave’s calendar length and degree can be compared with prior waves of the same cycle. The price shape is only the first cut.
The B wave as the wildcard
An ABC correction is a three-wave countertrend structure in which A and C are motive and B is the intervening retracement. The archive treats the S&P 500 B wave as the wildcard of a 2007 to 2015 bear-market rally that penetrated the October 31, 2007 peak of primary wave [V].
That large intervening rally, labeled [B] inside a higher-degree bear-market sequence, sits against the 2007 to 2011 global financial crisis as the cycle’s historical backdrop. The internal structure of the rally is described as an a-b-c-d-e, a five-swing subdivision of the B wave.
Time first, then the square
Gann’s time factor prioritizes elapsed hours, days, weeks, or months between major peaks and troughs, and treats price change as secondary. Elliott is cited as stating that wave intensity or impulses bear a consistent relation to one another and to the passage of time. Rising markets of a given degree are described as showing longer advances than retracements, while failing markets decline longer than they retrace.
The square of nine is a numbered spiral used to test whether two time spans sit 90, 180, or 360 degrees apart. It is described as a counterclockwise numbered spiral from a center 1, with the first ring containing the numbers one through nine. A cardinal is a north, south, east, or west spoke on the square where an interval is treated as geometrically complete.
Combining Gann and Elliott maps each of the eight Elliott-wave-cycle waves onto the square at 180 degree or 360 degree angles, so only two angles determine trend because markets move only up or down. The time factor and law of vibration are based on two adjacent intervals, one going up and one coming down. One archive example aligns a 218-day rise and a 96-day ebb at a 180 degree angle on the square’s north and south cardinals.
A dated count on primary wave [B]
A dated count states that on March 5, 2015 primary wave [B] would measure 1,173 calendar days, complete a final e-swing of the a-b-c-d-e pattern, and land on the square’s east cardinal. That span sits at 180 degrees to primary wave [V]’s 1,694 calendar days and at 360 degrees to a 17-calendar-day swing from December 28, 2014 to January 14, 2015.
The calendar-day span is the count of calendar days from one labeled turning point to the next. Editorial reading: the hypothesis is not that the ABC shape looks finished. It is that the labeled interval lands on a cardinal relative to earlier waves of the same cycle.
Primary wave [B] calendar spans versus the square of nine
![An a-b-c-d-e label on the 2011–2015 S&P 500 advance is kept only when its calendar-day length can be checked on the square of nine, not because the pattern looks complete. The primary bars are the article’s measured spans from the 18 December 2011 start of primary wave [B]; the reference bars are the nearest cardinal or diagonal the author snapped each span to. The last pair is her 5 March 2015 projection for the closing e-swing, not a print that had already posted.](/_next/image?url=https%3A%2F%2Fpub-6bc8cda76b7d4a20825c644751961095.r2.dev%2Fpdf-02670b7f37fddd81-body-chart-1600x900.webp&w=3840&q=75)
The 5 March 2015 reading is a projected end of wave e. One printed list dates intermediate (a) of [A] to March 2007; the chart callouts and the 495-day total use 9 March 2009 instead. Those [A] internals are not plotted here.
All readings on this track · 14 readings
- 1982Why wave counting stops full Elliott automation
- 1988Counting the 1987 Grand Supercycle peak as three claims
- 1990Promoting wave degree after a near-full retracement
- 1991A locked gold zigzag that had to produce two prices
- 2001Constructing Elliott wave counts with Fibonacci ratios
- 2002Constructing nested Elliott wave counts with ratio clusters
- 2002Auditing five-wave counts for overlap and length
- 2004A completed supercycle count as a Fibonacci ratio laboratory
- 2011The wave count as a falsifiable trade hypothesis
- 2014Constructing Elliott correction counts with Renko and zigzag
- 2015ABC wave labels as a square-of-nine timing hypothesis
- 2017Top-down Elliott wave count alignment
- 2019Wave-degree discipline for a 2018-2019 US long-wave top
- 2019Treat a completed cycle peak as a laboratory for repeating wave ratios