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2018issue C1116-25

A finished impulse, a Fibonacci target, and a reversing Renko brick as one test

On a modified Renko USDJPY chart, an archive workflow treated a reversal as live only after a finished Elliott impulse, a 261.8% Fibonacci target, and a double reversing brick arrived together. The same joint checklist later framed a Russell 2000 relabel and a possible down-leg.

  • A reversal was treated as live only when a finished Elliott impulse, a Fibonacci expansion target, and a reversing Renko brick arrived together.
  • The USDJPY short waited for a finished impulse at a 261.8% Fibonacci target, a double reversing red brick with an upper wick, and SRSI rolling off a high with negative divergence.
  • Opposite bricks were ignored when the retrace was too small or waves A and C were not yet equal. Exits used listed Fibonacci levels and hidden divergence.
  • A Russell 2000 decline into prior wave-2 territory forced a full relabeling from an assumed wave-4 pullback to a deeper wave-2 zigzag.
Entries in this reading3 entries

A joint test, not a single mark

On a 100-tick (10-pip) modified Renko USDJPY chart, Elliott wave analysis read an upward impulse as complete at wave 5-(5) when three marks arrived together. Price reached a 261.8% Fibonacci target, the Renko chart printed a double downward brick, and a higher price high sat against a lower indicator high.

Editorial interpretation: TradersWeek reads that cluster as one falsifiable reversal test. A finished Elliott impulse, a Fibonacci retracement expansion, and a reversing Renko brick are three pillars of the same setup. If any pillar is missing, the setup is not live.

The USDJPY short checklist

A short was opened only after a multi-condition reversal checklist aligned. The list included an expected first down-leg, price at the volatility-band top, a finished impulse, SRSI rolling off a high with negative divergence, 261.8% Fibonacci resistance, and an upper wick on a double reversing red brick.

Why early green bricks were ignored

Early double green bricks after that short were ignored because the retrace was too small. Price only tagged nearby support, resistance, and the band midline, and the oscillator kept falling.

Covering wave A and skipping the B pullback

The first short was closed when price exceeded a 50% retrace of the full prior impulse, reached 61.8% Fibonacci support at the band floor, and printed hidden positive divergence. That cluster was read as the likely end of wave A.

Countertrend longs through a typical 38.2% to 61.8% wave-B pullback were skipped. A later short waited for a 38.2% to 50% retrace of wave A, a double red brick, nearby resistance, and hidden negative stochastic-RSI divergence.

The wave-C exit

A wave-C short used a 161.8% Fibonacci projection of wave B as an automatic exit. An early double green brick was rejected because price had not reached support and waves A and C were not equal in length.

Two 161.8% projections, one over wave (B) and one over the first wave A, landed at the same 108.43 area. An automatic exit was placed a fraction higher at 108.5.

A Russell 2000 relabel

On a 600-tick modified Renko Russell 2000 chart, a later decline into prior wave-2 territory forced a full relabeling of the impulse. An assumed wave-4 pullback was replaced with a deeper wave-2 zigzag.

A subsequent index long stayed open through nested extensions until a 261.8% Fibonacci target and a double red brick marked wave [5]. The same reversal checklist was then applied for a possible down-leg.

Educational research material, not investment advice. Historical source context does not establish present-day performance.
11 of 14 in the Renko chart track
201948-56 pp.Next on Renko chartBrick sampling changes what a volatility envelope can showA brick-aware volatility envelope was specified so band width can still expand and contract when the chart is built from equal-size bricks instead of equal-time bars.
All readings on this track · 14 readings
  1. 2007Renko brick construction and breakout rules
  2. 2014Modified Renko brick size from tick inputs
  3. 2014Renko brick increment and open construction
  4. 2014Modified renko construction with RSI bands and a trend filter
  5. 2014Construction checklist for a brick-chart crossover and same-session breakout
  6. 2015Optimizing virtual bar size as a trend filter
  7. 2015Constructing Renko energy bands so support and resistance arrive as pre-marked leans
  8. 2018Five-rule entries and exits with Elliott waves and Renko bricks
  9. 2018Modified Renko charts as a filter for fake breakouts
  10. 2018V-Trade reversal, retrace, and continuation rules
  11. 2018A finished impulse, a Fibonacci target, and a reversing Renko brick as one test
  12. 2019Brick sampling changes what a volatility envelope can show
  13. 2019A consecutive Renko brick count as a mechanical entry-exit procedure
  14. 2019Renko brick scale as a falsifiable trend hypothesis
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