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1995issue C051

Constructing measured targets after trendline breaks

After a demand-line or supply-line is penetrated, a measured-objective is built by copying a chosen vertical gap onto the far side of the break. A separate setup, countdown, and rule-based-entry sequence then stands behind any later buy signal.

  • After a demand-line or supply-line is penetrated, a measured-objective copies the vertical gap from a chosen extreme to the line onto the far side of the break.
  • The measured gap may be taken from the absolute extreme, from the session extreme on the day of the extreme close, or from the extreme close itself.
  • Setup, countdown, and rule-based-entry are a separate three-phase sequence, not a step inside the measured-objective.
  • A buy setup is nine consecutive closes below the close four sessions earlier; countdown then tallies thirteen closes below the low two sessions earlier before any of three close tests may enter.
Entries in this reading3 entries

A measured-objective after the break

After a demand-line or a supply-line is penetrated, a measured-objective is built by repeating, on the far side of the break, the vertical distance between a prior extreme and the line. A demand-line is the upward support trendline used as the reference when measuring a downside-break objective. A supply-line is the downward resistance trendline used as the reference when measuring an upside-break objective.

How the first gap is applied

The first supply-line construction adds the gap from the lowest price to the line directly above it to the line value at the breakout. The first demand-line construction subtracts the gap from the highest price to the line directly below it from the demand-line breakout price. In both cases the same vertical gap is copied onto the far side of the break.

Two further ways to choose the extreme

A second construction replaces the absolute extreme with the session low on the day of the lowest close for a supply-line, or the session high on the day of the highest close for a demand-line. A third construction uses the lowest close versus the supply-line, or the highest close versus the demand-line, as the measured gap applied at the break. These constructions define the measured-objective only.

A separate three-phase sequence

A separate mechanical sequence is specified in three phases: setup, countdown, and entry. The sequence is described as long-horizon and as typically producing only three to four signals a year.

Setup before any later count

A buy setup requires nine consecutive closes, each below the close four sessions earlier. Any interruption restarts the count. Setup is a nine-session consecutive-close filter that classifies the market as extended in one direction before any later count begins.

Countdown and rule-based-entry

After setup, countdown tallies thirteen closes that need not be consecutive, each below the low two sessions earlier, before an entry is considered. Countdown is a thirteen-session, not-necessarily-consecutive close-versus-prior-extreme filter that follows a completed setup. Three buy-entry options are then defined: the close of the thirteenth countdown session, a close above the close four sessions earlier, or the first later close above the high two sessions earlier. Each of those tests is a rule-based-entry and may fire only after countdown is complete.

Educational research material, not investment advice. Historical source context does not establish present-day performance.
16 of 53 in the Trendline track
19971-6 pp.Next on TrendlineA three-part pullback plan with RSI, Fibonacci retracements, and a tight trendlineDefine the swing first: an uptrend is a sequence of higher lows and higher highs, a downtrend is a sequence of lower lows and lower highs, and markets that fail to hold beyond prior extremes are treated as non-trending ranges.
All readings on this track · 53 readings
  1. 1984Constructing the slow stochastic from a five-session range
  2. 1985Gold-proxy trendlines and a January support base
  3. 1988Construct a five-week new-highs total as a breadth chart
  4. 1988Stacked channel, trendline, and moving-average warnings in 1987
  5. 1989Auditing fifth-wave counts with equality, Fibonacci, and trendlines
  6. 1990Money-fund maturity as a companion Eurodollar chart
  7. 1990Constructing wave targets from ratios, triangles and trendlines
  8. 1992Nested time frames for trend and channel signals
  9. 1992A pre-trade checklist for trendline breaks and loss limits
  10. 1992Bond-fund timing inside trendlines, retracements, and dual averages
  11. 1992Two-point trendline construction from rise over run
  12. 1993Disposable chart ratings from confirmed level tests
  13. 1993When trend channels define fair value after dislocations
  14. 1993Valid trendline anchors for three-part reversals
  15. 1994Pairing stochastic divergence with trendline invalidation
  16. 1995Constructing measured targets after trendline breaks
  17. 1997A three-part pullback plan with RSI, Fibonacci retracements, and a tight trendline
  18. 1998Rule-based Trendline construction for testable entries
  19. 2000Constructing trendlines, breaks, and role reversal
  20. 2000Constructing speed resistance lines from trend extremes
  21. 2000Nasdaq tech cycle stages with a 15-day average and trendlines
  22. 2002Two-session candlesticks that test support, resistance, and trendlines
  23. 2002Constructing Fibonacci ratio grids from a peak and a trough
  24. 2002Evaluate trendline geometry before trusting a breakout
  25. 2002Trendline, volume, and breakout hypotheses versus cycle-end stories
  26. 2003Writing the long S&P 500 trendline and cycle junction as one hypothesis
  27. 2003A three-event trendline reversal checklist
  28. 2003Reverse-engineered Relative Strength Index price curves
  29. 2003Two-anchor trendline construction without cut-through
  30. 2004Treat a 15-minute e-mini stair-step as congestion under a daily lid
  31. 2005A 50-day average, a trendline break, and an open barrier flip
  32. 2005Matching a forty-day average to a crude trendline
  33. 2006Constructing a relative spread-strength oscillator for staged cycle confirmation
  34. 2006Constructing a log-change probability line for trend and range rules
  35. 2007Linked cross breaks as dollar-pair filters
  36. 2007A case study in support, resistance, and trendline role reversal on currency charts
  37. 2007Reading trendline breaks in a housing-sector case
  38. 2007Constructing replaceable trendlines for break signals
  39. 2007Reading trendline breaks before the mechanical signal
  40. 2007Trading choppy forex trends with channels and Fibonacci breaks
  41. 2007A stacked hypothesis from wave, trendline, ratio, and candle
  42. 2008Exit rules before entry: trendline, support, and stops
  43. 2008Capitulation headlines need trend confirmation
  44. 2008RSI divergence classes, ratio thresholds, and trendline tests
  45. 2010Support and resistance as falsifiable chart hypotheses
  46. 2012Reading a 2012 software directory as a breakout and channel case study
  47. 2013Treat a currency position as a regime, then map shared levels
  48. 2014Evaluating trendline swing size per market
  49. 2018Intermarket regime stress and the January 2018 trendline break
  50. 2018Weekly and daily Stochastic oscillator construction on a single daily chart
  51. 2018Constructing trendlines, support, and breakout targets from crowd exits
  52. 2019Trendline break and Fibonacci retracement as a falsifiable outlook check
  53. 2019Monthly S&P 500 false-break versus the decade trendline
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