2018issue C1328-30
Combine Gann angles, oscillator zones, and a protective stop
This editorial worksheet keeps three layers in a fixed order. Gann angles state a price-time turn or acceleration hypothesis, Relative Strength Index zones classify that hypothesis as a turn or a continuation, and a precommitted stop-loss order is the only allowed exit so the combination can be graded after the bar prints.
- Gann angles and a square-number grid project price-time confluence first. Entry and management rules wait until that forecast appears.
- Relative Strength Index is read across the full 0-100 scale as bull-market and bear-market oscillator zones, not only at the 30 and 70 bands used on range-bound tape.
- A stop-loss order is required on every position and may be advanced only in the trade's favor. A fill is evidence that the prior directional move has ended.
- Reading starts on the largest usable interval and steps down through weekly, daily, and 60-minute structure. A three-minute equity-index futures chart is used only after that map is in place.
The geometric map comes first
The historical workflow begins with a geometric price-time map, not with an entry rule. Gann angles are geometric price-time slopes taken from a scaled chart of significant highs and lows, used to mark where trend pace and calendar time are expected to meet.
That toolkit is used both to locate support and resistance and to nominate when a move may reverse or accelerate. Separate entry and management rules are applied only after that price-time forecast appears.
Project intersections on a square-number grid
Past swing highs, swing lows, and their dates are related to a square-number grid, a clockwise spiral of consecutive integers used to relate historical price and date pivots to candidate future intersections. Analogous price and time intersections can then be projected forward.
Price-time confluence is the planned coincidence of a projected price level and a projected date or clock window. In the historical workflow it is a forecast layer rather than an automatic order.
The same price-time tools later moved across markets
Chart study began in adolescence beside a working price screen and was later paired with a formal finance degree, after which geometric price-time methods became the first dedicated trading curriculum. Public-era geometric work emphasized listed stocks and commodity futures, but the same price-time tools were later applied to currencies and interest-rate products in any active, liquid market.
Read oscillator zones on the full scale
A 14-period Relative Strength Index with bands at 30 and 70 was treated as mainly useful in range-bound tape. Relative Strength Index is a bounded momentum oscillator on a fixed lookback of closes. In this workflow the full 0-100 scale was partitioned into bull-market and bear-market oscillator zones to generate both turn and trend-continuation signals.
Oscillator zones are adjacent bands across that full range whose meaning changes with whether the broader tape is advancing or declining.
Start on the largest usable interval
Reading starts on the largest usable interval and steps down through weekly, daily, and 60-minute structure. A three-minute chart is used for equity-index futures only after that higher-timeframe map is in place.
Commit the stop before entry
A stop-loss order is a protective exit placed before entry and advanced only in the position's favor. A protective stop is required on every position. A filled stop is read as evidence that the prior directional move has ended, not as a cue to override the exit.
The geometric rules were not rewritten
Core geometric rules were left unaltered because markets were framed as a standing expression of supply and demand through unchanged human behavior. Only charting tools and presentation were updated.
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