2018issue C1030-33
Constructing short hypotheses from completed ABC corrections
A finished ABC correction is treated as a construction gate, not a forecast. A short-side hypothesis is assembled only when the corrective count, a measured retracement of the prior impulse, and candle-plus-oscillator structure all agree.
- The last upward swing is classified as a completed ABC correction before a short-side construction is considered.
- A 50 percent retracement of the prior downward impulse is stacked with resistance from a 100-bar active average and the daily R1 pivot.
- Oscillator-divergence near an oscillator high and a wick above a reversing doji are used as confirmation that the correction may have finished.
- The construction is a rule set that must be practiced, and extra entry and exit tools remain necessary by hand or in automated use.
A completed correction as a construction gate
Elliott-wave work labels impulsive and corrective swings so later levels and trade hypotheses can be attached to a named count. Wave counting assigns sequential labels so a completed correction can be distinguished from an unfinished one.
In this historical workflow, the last upward swing is classified as a completed ABC correction before a new short-side construction is considered. An ABC correction is a three-swing countertrend structure used as a completion checkpoint before a new impulse-direction hypothesis is constructed.
Once that upward correction is judged complete, the construction sequence treats a new short-side hypothesis as the next step.
Stacked resistance on the named count
The prior decline is treated as an impulse-wave: a directional swing that the later correction is measured against, including the full decline used for the 50 percent retracement overlay. A measured-retracement is a percentage pullback of a completed impulse used as a resistance or support overlay on the wave count.
Price reaching a 50 percent retracement of the full downward impulse is used as a measured resistance condition in the same construction. Resistance from a 100-bar active average and from the daily R1 pivot is stacked with the wave and retracement conditions. An active-average is a moving-average overlay used as a resistance reference alongside pivots and Fibonacci levels.
Candle and oscillator confirmation
An oscillator near its high with a lower oscillator peak against a higher price peak is listed as a confirming overlay on the wave count. That overlay is oscillator-divergence: a confirming condition in which price makes a new extreme while the oscillator does not, used here near an oscillator high.
A wick printed above a reversing doji is included as candle confirmation that the correction may have finished. A reversing-doji is a candle with a wick beyond a doji body, treated as a local rejection print that can confirm a finished correction.
A practiced rule set, not a complete system
The construction method is presented as a rule set that must be learned, understood, and practiced. Extra entry and exit tools are described as necessary whether the same rules are applied by hand, semi-automatically, or fully automatically.
All readings on this track · 18 readings
- 1986Copper wave degree and channel objectives
- 1987Constructing a price-time Fibonacci window for the ABC correction
- 1989Building entry and exit rules from pivots, channels, and abc-corrections
- 1989Constructing ABC Fibonacci expansion objectives
- 1990Calendar windows for three-wave pullbacks
- 1990Labeling wave 1, B, or X after a five-wave C
- 1991Constructing an Elliott zigzag with ABC Fibonacci checkpoints
- 2002Constructing Elliott wave ABC and triangle pattern counts
- 2003A bear-market bounce as a second wave, an RSI nonconfirmation, and an ABC relabel
- 2004A pretrade risk lockbox at Elliott ABC ends
- 2005Three-check identification of an ABC pause in an uptrend
- 2005The 61.8 percent Fibonacci line as a zigzag kill-switch
- 2005Constructing volume-float channels for ABC corrections
- 2008When monthly wave counts split, freeze the ABC and Fibonacci brackets
- 2012Fiery bull construction from sector thrust to wave count
- 2013Critiquing rigid Elliott wave ratios after computerized trading
- 2018V-wave count construction from impulse and ABC corrections
- 2018Constructing short hypotheses from completed ABC corrections