Andrews’ Pitchfork: Advanced Analytical Methods Using Median Line Analysis
Price action creates a mathematical grid that, when brought to light, can be used to identify targets, as well as support and resistance levels. The grid becomes visible through independent analysis of three axes: horizontal (price), vertical (time) and diagonal (price and time). The goal of this article is to discuss a few of the techniques found to be invaluable in analyzing the diagonal axis using the Andrews’ Pitchfork tool in Optuma. The other individual axes, vertical and horizontal, will not be discussed.
Analyzing the diagonal axis is traditionally accomplished with trend lines. Two points of contact is the minimum requirement to draw a valid trend line. Pitchforks are unique in that they require three points of contact. The importance of this fact cannot be overstated. Three points of contact allows a pitchfork to triangulate the price/time grid unlike any other tool. And, for those technicians who have ventured into the Gann “rabbit hole”, there are no discussions of hidden factors or scaling charts. In fact, Gann students should consider the implications of our method of diagonal discovery (see Combination Pitchforks) and its use as an alternative, mechanical method for “reverse engineering” a chart’s factor.
A few additional points:
Before we continue we would like mention three points. Firstly, median line analysis can be used in all time frames. The monthly chart of the S&P Metals and Mining ETF (XME) and the hourly chart of the Dow Jones Industrial Average (INDU) serve well as examples.
Secondly, minor violations of support on an intra-period basis, as well as on a closing basis, do not reduce the veracity of the indicator (note chart of the NASDAQ 100 E-Mini Future below). Only when price runs past with conviction, or “lingers’” in a state of violation, does it suggest that there has been a technical change of the angle in the price/time grid.
Thirdly, and most importantly, in most cases median line/pitchfork analysis is a superior analytical tool when compared to traditional trend line methods, as it gives the chartist far more technical data points to consider during his or her analysis. Reflect on the differences between the weekly charts of the US Aerospace & Defense ETF (ITA) below.
The first example of our analytical method of diagonal discovery is by using what we refer to as “Combination Pitchforks”. In the left panel below we have applied a Schiff adjusted pitchfork (labeled “a”) to the daily chart of the US Aerospace & Defense ETF (ITA) using three pivots; the low at POa, to the high at P1a, and higher low at P2a. The panel to the right adds a second Schiff adjusted pitchfork (labeled “b”) utilizing the three pivots that follow; drawn once again from a low at POb, to the high at P1b, and then to the low at P2b. Dashed warning lines are then added outside pitchfork “b”. The reversal at the upper warning line of the second pitchfork at R1 and reversal two and a half weeks later at the upper parallel at R2 indicates we have identified the correct price/time grid. Now observe that both pitchforks, drawn from different pivots, are forming the exact same angle. This is confirmation that we have discovered the dominant frequency within this market’s price/time grid. Going forward, an analyst can continue to utilize this frequency. How so? See below.
Upon confirmation of a market’s dominant frequencies, a technician can take his or her analysis one step further by employing what we refer to as “Dueling Pitchforks”. This technique utilizes two pitchforks (one bearish, one bullish) to form the price/time grid. In the panel below left we have drawn a Schiff adjusted pitchfork on an hourly NASDAQ 100 Index chart from the high at PO, to the low at P1, then to the lower high at P2. We then have added multiple warning lines. Note these warning lines have been respected by price. On the panel to the right we have added a standard pitchfork to the same chart starting from the low at PO, to the high at P1, then to the higher low pivot point P2, and similarly, have added multiple warning lines. These two pitchforks, working from a bear and bull perspective, work to reveal the price/time grid acting as diagonal resistance and support.
The chart below of the daily S&P E-Mini Active Contract serves as another example of Dueling Pitchforks, but utilizes three pitchforks to create the price/time grid. The first pitchfork is a bearish Schiff modified drawn from the late February high at PO, down to the April low P1 and up to the lower high at P2. The second originates at the same April swing low at PO and is drawn up to the swing high at P1, and terminates at P2. This is also Schiff modified, and for clarity purposes we have color coded it blue. The third is a standard pitchfork (in red) drawn from the next swing low PO, to a higher high P1 and then down to a higher low P2. This completes the grid.
Recent price action suggests that the price/time grid is beginning to change. This is revealed in the following data points: Price has violated support at the upper warning line, UWL1, and support at the lower parallel LP1 has flipped to resistance. Both of these developments suggest that the “price unit” or leg up since PO may have reached its terminus. What would be the appropriate next step in this analysis given the violation? Add warning lines to the standard pitchfork in red.
Confluence and Multiple Time Frame Momentum
The idea of confluence is fundamental to technical analysis. Confluence can be defined as a zone composed of more than one level of support, resistance or targets that work to strengthen a specific point on the price/time grid. An excellent example of median line confluence is found in the monthly chart of the Nikkei225 presented below. Two standard pitchforks labeled a and b have been drawn from consecutive pivots. Observe that price developed a significant swing high at a confluence of resistance composed of both median lines (blue circle).
How could an analyst have had even more confidence that price would react to this confluence zone? The answer lies in multiple time frame momentum analysis. Examine the next series of charts.
Below left is the previous monthly chart of the Nikkei225 with the addition of a 14-period Relative Strength Index (RSI). Below right is the exact same chart transferred to a weekly timeframe. A vertical line has been drawn on each chart to identify the momentum oscillator signal developing at the point where the median lines cross. Study the monthly chart. The oscillator is producing a tight bearish divergence sell signal at the all-time maximum horizontal displacement level. For those who need a refresher, a bearish divergence occurs when a momentum oscillator creates a lower high as price coincidently makes a higher high. Now examine the weekly chart. Note that weekly momentum is also printing a series of bearish divergences as price tests both median lines. Sell signals developing in multiple time frames as price test median line confluence resistance is a high confidence signal for a reactionary pullback.
The Devil is in the Details (Real-Time Walkthrough)
The next two examples of pitchfork analysis will be walked through in detail as if the analysis were taking place in real-time. At times the discourse may seem tedious, but for the sake of analytical explanation we ask for our reader’s patience.
Shifts Within the Range of a Single Pitchfork
Below is a daily chart of the SPDR Energy Select Sector ETF (XLE) displaying a Schiff adjusted pitchfork drawn from P0, P1 and P2. A quick look tells us that the XLE is in a downtrend, but a more detailed examination provides insight into the underlying supply/demand dynamics of the market. Our consideration of the progression of price as it tracks lower within the confines of the pitchfork’s warning lines is yet another example where utilizing pitchforks in place of simple trend lines offers a more complete picture.
The pivots at point 1 and 2 are confined by the upper and lower parallel lines and help to confirm the Schiff adjusted pitchfork is displaying the dominant frequency. Next, hints of an accelerated decline are revealed with a repeated intraday violation of the lower parallel in the days leading up to pivot 3, which finds support and bounces at the lower warning line. XLE is once again unable to trade above the upper parallel at pivot 4, indicating the downtrend remains in force. Repeated touches of the lower warning line at 5, 6, and 7 reinforce the bottom of the channel and reaffirm the downtrend. Pivot 8 is a subtle clue that the power of the decline is diminishing as prices reach the upper warning line for the first time. At pivot 9, prices hold the lower parallel of the pitchfork at the close and, for several days leading to pivot 10, prices fail to reach the lower parallel line (two more signs of waning selling pressure). XLE closes above the upper parallel for the first time at pivot 11, and once again at pivot 12, it fails to reach the lower parallel line.
In review, pivots 1 through 7 travel between the upper parallel and the lower warning line. Pivots 8 through 12 move between the upper warning line and the lower parallel. This subtle, but hugely important, shift within the pitchfork hints that the multi-month downtrend is likely in the early stages of a reversal. Once again, median line analysis provides the analyst with a level of depth that is not available through traditional trend line methodologies.
Slope of the Median Line
The next example provides another valuable perspective on the additional detail available to pitchfork users. The chart below is a 240-minute chart of the Russell 2000. There are five standard pitchforks marked with additional codification of a through to e. There are a number of technical observations that are offered on close inspection of chart. The first is when prices accelerate through the upper parallel of pitchfork a (noted by the first green circle). A conviction breakout of the pitchfork significantly raises the odds that the three-wave leg lower is complete and the E-Mini is due for a rally.
The next insight comes to light when we apply the second pitchfork at the pivot low at POb. Note that the swing line of the pitchfork b is at the same diagonal angle as the upper parallel of pitchfork a. This was the first confirmation of diagonal discovery of the price/time grid. Moving forward, price fails to reach the upper parallel of the second pitchfork at POc. The swiftness of the reversal, the piercing of the median line and the inability of price to retake the ground above are all clues that a three-wave rally had run its course. Price then begins to creep along the lower parallel of pitchfork c (second green circle) and then begins to violate support. The retest of the lower parallel from below at pivot P2c and subsequent acceleration lower necessitates the drawing of the third pitchfork labeled c. Note pitchfork c follows the same angle, or frequency, as pitchfork a, further confirming that the price/time grid is correct. Prices fail to reach the lower parallel and then reverse higher above the median line and resistance at the upper parallel (third green circle). Also note the breakout of pitchfork c significantly raises the odds of a completed three wave decline. Price then pulls back and finds support at the upper parallel of pitchfork c. We then draw the fourth pitchfork labeled d. Note pitchfork d has a median line with a steeper slope than pitchfork b. This is a subtle, but significant, clue the market is getting stronger. Also, note the two penetrations of the upper parallel further hints that underlying weakness is waning. Upon violation of the lower parallel (fourth green circle), price does not accelerate lower but stabilizes. Pitchfork e is drawn when price begins to move outside the confines of pitchfork d. Note the slope of the median line of pitchfork e is not as steep as pitchforks a and c. This is additional evidence of growing strength within this market.
In review, the slope of multiple pitchforks work to 1) confirm the price/time grid and 2) qualitatively measure the internal strength or weakness within a market.
In conclusion, the Andrews’ Median Line, or pitchfork, is a powerful tool that works to reveal the diagonal axis functioning within all freely traded markets. We argue pitchforks are superior to traditional trend line methodologies and should be a coveted tool within every technician’s tool box. As discussed previously, Combination Pitchforks are implemented to confirm the dominant frequency within a market. Once confirmed, this frequency can be employed in many ways to help forecast future points of support and resistance. One method is to employ Dueling Pitchforks which highlight the price/time grid from multiple directions. Other techniques, such as Median Line confluence, can be used to identify strong points of support or resistance. When used in concert with multiple time frame momentum, the analyst can act with conviction due to non-correlated signals. Finally, the authors believe that the subtle details and shifts within the range of a pitchfork, as well as the slope of median lines reveal underlying supply/demand dynamics better than other price trend discovery tool.
Timothy Brackett, CFTe
Timothy Brackett is a technical analyst with 35 years’ financial markets experience both on the sell and buy side and is currently working with a portfolio management team monitoring portfolio positions and searching for investment ideas at Marketfield Asset Management LLC. His focus includes, but is not limited to, Median Line analysis, Elliott Wave Principle, multiple time frame price momentum work in concert with candlestick studies. Mr. Brackett holds the CFTe designation and continues to co-author The Weekly Speculator (since 2004). He can be reached at email@example.com
Kyle Crystal, CMT, CFTe
Principal of Crystal Capital Advisors, LLC and Lakeshore Technical Analysis, LLC
Kyle Crystal is a Principal of Crystal Capital Advisors, LLC and Lakeshore Technical Analysis, LLC. Mr. Crystal has over 10 years of investment experience managing long/short, long only, global macro and commodity strategies. He holds the CMT and CFTe designations and specializes in multiple time frame analysis, market geometry (including median line analysis), Elliott Wave Principle and momentum analysis. You can reach him at firstname.lastname@example.org