2000issue C061-6
Evaluating ADX, RSI, and moving averages in a multi-stock warehouse
A data-warehouse-evaluation scores Average Directional Index, Relative Strength Index, and moving-average conditions as comparable forecasts. Each stock and analysis-reference-date pair becomes one record, later outcomes sit after that date, and each rule is judged against a random-entry-baseline.
- Treat each stock and analysis-reference-date pair as one warehouse record so Average Directional Index, Relative Strength Index, and moving-average conditions can be scored against later outcomes on the same grid.
- Take predictor fields at or before the analysis-reference-date and measure outcomes after it, which gives every indicator an explicit forecast horizon.
- Compare filtered entries with a random-entry-baseline of unfiltered records rather than reviewing one chart at a time.
- Simultaneous tests on hundreds of stocks can show indicator relationships that small single-stock samples tend to miss or overfit.
A shared grid for three forecast rules
A data-warehouse-evaluation treats each stock and analysis-reference-date pair as one entry record. Average Directional Index, Relative Strength Index, and moving-average conditions can then be scored against later outcomes on the same grid.
Editorial interpretation: TradersWeek presents this design as a way to evaluate the three methods as comparable forecasts. The archive describes the historical workflow. It does not rank the indicators for present-day use.
The analysis-reference-date split
An analysis-reference-date is a midpoint on each stock chart that splits earlier predictor measurements from later outcome measurements. Predictor fields are taken at or before that date, while outcome fields measure price change after it. The split creates an explicit forecast horizon for every indicator.
What the warehouse stores
The compiled store holds 2,537,823 records and 606 variables from about 500 stocks, mainly S&P 500 names, spanning 1970 through 1998.
Each record can carry technical fields, binary conditions, fundamentals, S&P 500 market-environment fields, and 135 outcome measurements so filtered entries can be compared with randomly chosen entries.
Percentage and natural-log transformations are used so indicator and outcome comparisons are not dominated by raw price level.
Random samples and later outcomes
Visualization of random samples is used to inspect how entry conditions, including RSI-style and range measures, line up with later 20-day and 60-day outcomes across the 500-stock set.
Examined slices and a candidate rule
In the examined slices, weaker 20-day relative strength, 120-day underperformance versus the S&P 500, and higher 20-day true-range volatility coincided with stronger average 60-day outcomes and larger 60-day maximum-negative-excursion. Maximum-negative-excursion is the largest adverse percentage move after entry, used to score risk rather than only later return.
One candidate long rule combined a 20-day true-range percentage above 5 with a negative 120-day relative-strength-versus-market reading. Relative-strength-versus-market is a stock’s percentage change minus the S&P 500’s change over the same lookback, used to rank underperformance or outperformance. The rule was offered only as a research starting point rather than a finished system.
Moving averages and market environment
The same warehouse evaluation treats moving-average crossovers as unequal forecasts because their later usefulness is described as depending on the prevailing market-environment fields.
Why many stocks are tested at once
The method’s stated advantage is that simultaneous tests on hundreds of stocks can reveal Average Directional Index, Relative Strength Index, and moving-average relationships that small single-stock samples tend to miss or overfit.
All readings on this track · 56 readings
- 1986Cycle-aligned directional trend indicator
- 1987What crossover and directional entry rules actually compare
- 1988A directional-line cross needs a trend filter, an extreme-point rule, and a dollar stop
- 1988Constructing true range by offset addressing
- 1988Constructing directional movement from bar range
- 1988Average directional index construction: recursive smoothing and lookback offset
- 1988Staged Average Directional Index construction with Relative Strength Index confirmation and stop alerts
- 1988Average Directional Index construction with frozen true range and directional rules
- 1991Constructing the average directional index from range expansion and true range
- 1991Constructing five-session forecasts from stochastic, ADX, and MACD inputs
- 1993Constructing the average directional index from directional movement and true range
- 1993Confirming n-bar breakouts with ADX and DX filters
- 1994Constructing a Bollinger band-width trend filter
- 1994A pre-trade checklist that can refuse a long three ways
- 1997An ADX threshold and a moving average as a trend filter
- 1998Regime filters for mutated indicators
- 1999Building the average directional index from range extension and true range
- 2000Evaluating ADX, RSI, and moving averages in a multi-stock warehouse
- 2000Stochastic pop as a filtered continuation setup
- 2000Onset and exit from one average directional index
- 2002Joint ADX and MACD readout for trend strength and direction
- 2003Adaptive Donchian breakout with implied volatility and volume
- 2004The average directional index as a regime gate for the relative strength index and the stochastic oscillator
- 2004Constructing true-range-specified volume as a directional filter
- 2005Constructing a multi-filter penny stock breakout procedure
- 2005Construct one playbook that flips with session regime
- 2005Combining Bollinger Bands, the average directional index, and Fibonacci retracement on currency pairs
- 2006Assembling an adaptive price zone from double-smoothed averages
- 2006An ADX strength gate for MACD and the stochastic oscillator
- 2007Directional movement as a filter plus trigger
- 2007Constructing a veto-first trend permission stack
- 2007ADX gates for trend end, range, and reversal
- 2008Constructing a nine-cell directional-ratio grid
- 2008Average directional index and directional trend indicator lookbacks as trend-filter parameters
- 2008A holding-matched market lens from averages and directional-line crosses
- 2008A nine-cell directional scoreboard for multi-horizon entries
- 2010Building a Vortex Indicator from high-low distances
- 2010Constructing ADX, RSI, and MACD price filters
- 2011Constructing a volume zone oscillator with a moving-average and Average Directional Index regime filter
- 2011A volume zone oscillator conditioned by an Average Directional Index filter
- 2011Candlestick names need volume-price, ADX, and moving-average checks
- 2012Clustered average-directional-index traces as a trend-start filter
- 2012Average Directional Index cluster filters for trend-start signals
- 2012Confirming a trend start or turn with a triple ADX cluster
- 2013Constructing a late-entry stack from a signed DMI oscillator
- 2013A directional oscillator and its stochastic as a stacked timing filter
- 2013ADX cluster lookbacks are a locked specification, not a chart label
- 2013Combining moving averages, stochastics, and ADX in a daily scan
- 2015Assembling the Average Directional Index from directional movement
- 2016How an Average Directional Index filter and a breakout entry form one procedure
- 2016Score RSI and stochastic crossings only when ADX confirms the trend
- 2018Constructing an ADX filter for intraday breakouts
- 2018An ADX volatility gate for prior-day breakouts
- 2019Exponential deviation bands with a moving average, RSI and ADX
- 2020A normalized-slope trend filter from linear regression
- 2020Gating volatility-momentum divergences with a Trend filter