2011issue C0480-84
Fast and slow relative strength index as one mechanical rule book
The constructed system uses a faster and a slower relative strength index with a faster and a slower moving average. Longer-horizon trades follow the prevailing trend from the slower pair, shorter-horizon trades fade that same trend, and the full entry, exit, and countertrend logic is packaged as a coded mechanical system with rebuild notes.
- A faster and a slower relative strength index, together with a faster and a slower moving average, are the rule inputs.
- Longer-horizon trades are taken with the prevailing trend from the slower pair; shorter-horizon trades are taken against that same trend.
- The baseline construction faded only downtrends; an extra pair of short-horizon long and short rules lets the same procedure fade an uptrend.
- Entry, exit, and countertrend logic is packaged as a coded mechanical system, written in accompanying notes, and supplied as rebuild steps on a charting platform.
Two speeds, four inputs
The constructed system takes a faster and a slower relative strength index together with a faster and a slower moving average as its rule inputs.
Relative strength index is a bounded oscillator computed from ordered price observations over a stated lookback. It is applied here at two speeds so regime and timing are not taken from the same calculation.
Regime from the slower pair
Longer-horizon opportunities are specified as trades taken with the prevailing trend identified by the slower pair of measures. The prevailing trend is the direction inferred from the slower oscillator and average pair. That reading is used as the regime filter for both aligned and opposing signals.
Shorter-horizon opportunities are specified as trades taken against that same prevailing trend.
Countertrend rules on both sides
The baseline construction covered countertrend trades only against downtrends. An extra pair of short-horizon long and short rules was added so the same procedure can fade an uptrend.
A countertrend entry is a shorter-horizon long or short taken against that regime. It is still issued by explicit rules rather than by judgment.
One coded procedure
The resulting entry, exit, and countertrend logic is packaged as a coded mechanical system whose rules are written down in accompanying notes. A mechanical trading system is a complete coded procedure that applies the same entry, exit, and countertrend rules whenever the stated conditions appear.
A rule-based entry is a predetermined long, short, or stay-out condition generated from indicator state, market regime, and stated constraints rather than from discretion. Step-by-step construction instructions are supplied so the same rule procedure can be rebuilt on a charting platform.
How the assembled rules mark price
A daily candlestick chart of euro versus US dollar is used to show how the assembled relative-strength-index rules mark price.
All readings on this track · 26 readings
- 1991Constructing the relative strength index from seed and recursive averages
- 1991Inverting relative-strength-index closes for same-session rules
- 1991Seeded averages and the recursive-update
- 1993Restating relative-strength-index parameters after a smoothing change
- 1993Relative momentum construction by stretching the relative strength lookback
- 1994Constructing relative strength index lookbacks, bands, and confirmation filters
- 1994Building the relative-strength-index from signed close changes
- 1997Constructing the relative strength index as a bounded up-down close oscillator
- 2002Four-line oscillator construction for rule-based entries
- 2004Assembling a bounded RSI path
- 2004Constructing RSI on highs, lows, and reverse targets
- 2004Reverse-engineered RSI as an explicit next-bar price target
- 2006Self-adjusting RSI thresholds from the oscillator's own spread
- 2006Constructing adaptive overbought and oversold levels for a relative strength index
- 2006Relative Strength Index 50-line entry beyond the 70 and 30 extremes
- 2007Lock a followable rule set before testing RSI exits
- 2008RSI bands as a one-day shift of reverse-engineered levels
- 2008Constructing an asymmetrical RSI from adaptive up and down averages
- 2010Building a bounded oscillator from a rainbow smoother, relative strength, and inverse Fisher
- 2011Two-horizon weekly RSI with moving averages and stops
- 2011Percent-offset simple moving average bands with relative-strength confirmation
- 2011Fast and slow relative strength index as one mechanical rule book
- 2011Price-zone oscillator construction from signed closes
- 2015Constructing a zero-lag oscillator against a relative strength index baseline
- 2015Relative Strength Index as a baseline in 2015 software listings
- 2018Building a Fisherized deviation-scaled oscillator