BULLISH 5-0 PATTERN
VIOLATIONS
Despite
the failure of the pattern, these situations offer a specific opportunity to
execute a trade that follows the predominant trend. In this case when the 5-0
pattern fails, the price action typically declines decidedly lower. In many
cases, the breakdown in the price action usually declines to at least the
relative 0.886 retracement beyond completion of the pattern. The illustration
in Figure 3.23 shows the ideal PRZ
of a 5-0 pattern.
FIGURE 3.23
When
the 50% retracement area has been exceeded, the breakdown of price action
frequently signals a trade opportunity. It is important to note that the trade
opportunity does not develop until the entire PRZ has been tested and price
action has clearly violated the initial test. Although this is more of a
general guideline than a specific rule, the breakdown typically extends to the
0.886 retracement at a minimum. Regardless of whether the initial starting
point of the 5-0 pattern is violated, this unique technical zone creates an
opportunity to sell after this violation with a minimum target of the imminent
0.886 retracement.
GENERAL MOTORS
(GM): DAILY
FAILED BULLISH 5-0
PATTERN
This
daily chart of General Motors clearly demonstrated how a failed Bullish 5-0
pattern led to a downside continuation to the 0.886 retracement—and beyond (see Figure 3.24).
FIGURE 3.24
The
distinct structure established this pattern as an excellent potential trade
opportunity. Although GM stabilized initially as it approached the PRZ, the
stock eventually declined sharply after testing the entire range of support and
violated the setup. In fact, the failure of this daily pattern was technically
significant, as it marked an acceleration of the long-term downtrend that
eventually resulted in the demise of the company.
GENERAL MOTORS
(GM): WEEKLY
FAILED BULLISH 5-0
PATTERN POTENTIAL REVERSAL ZONE (PRZ)
The
enlarged chart in Figure 3.25 of the
price action in the failed Bullish 5-0 PRZ clearly shows how the stock declined
dramatically after violating the projected harmonic support.
FIGURE 3.25
It
is important to study the example of GM because the price action follows a
typical pattern—if you will—when the PRZ is violated. Most violations will
experience some type of nominal reaction on the first test of the PRZ. However,
price action that fails to continue to the upside and clearly lags will
typically signal that a failure is imminent. The trigger for the failure occurs
when the PRZ is violated after all the numbers are tested. Although this model
can vary depending upon the situation, the example of General Motors
illustrates the ideal situation.
BEARISH 5-0 PATTERN
VIOLATION
In
much the same manner as the Bullish 5-0 violation, the bearish situation offers
a specific opportunity to execute a trade on the breakout above the PRZ,
attempting to capitalize on the continuation of the predominant trend (see Figure 3.26). In this case, when
the 5-0 pattern fails, the price action typically rallies decidedly higher. In
many cases, the breakout in the price action usually rallies to at least the
following 0.886 retracement beyond completion of the pattern. The next
illustration shows an ideal violation of the 5-0 PRZ.
FIGURE 3.26
When
the 50% retracement area has been exceeded, the breakout above this area is the
decisive signal for the trade. It is important to note that the trade opportunity
does not develop until the entire PRZ has been tested and the price action has
clearly violated the initial test. Although this is more of a general guideline
than a specific rule, the breakout typically rallies to test the 0.886
retracement at a minimum. Regardless of whether the initial starting point of
the 5-0 pattern is violated, this unique technical zone creates an opportunity
to buy this violation with a target of the critical 0.886 retracement.
INTERCONTINENTAL
EXCHANGE (ICE): DAILY
BEARISH 5-0 PATTERN
VIOLATION
After
an extended decline, ICE formed a fantastic Bearish 5-0 pattern on the daily
chart (see Figure 3.27). This is
another situation where the price action experienced a nominal reaction on the
first test of the PRZ. The stock stalled in this PRZ for a few weeks before
breaking out to the upside. Again, the trigger for the failure occurs when the
PRZ is violated on the second test. In this case, ICE accelerated to the daily
0.886 shortly after violating the pattern.
FIGURE 3.27
This
example provided a great deal of evidence of the impending failure. Although
the stock pulled back slightly on the initial test of the pattern completion,
the price action held firmly in this area and slowly “drifted” higher.
This is another ideal situation where the decisive price action violated a
distinct pattern and marked an important continuation in the predominant trend
of the stock. ICE rallied sharply to the 0.886 and gave a nice 20-point pop
within a month after the pattern violation.
ALTERNATE BAT
PATTERN
The
origin of the Alternate Bat pattern resulted from many frustrated failed trades
of the standard framework. The standard Bat pattern is defined by the B point
that is less than a 0.618 retracement of the XA leg. Typically, the best structures
employ a 50% retracement at the midpoint. Although there is room for
interpretation to incorporate other ratios in the standard Bat pattern, I began
to notice a peculiarity in those M- and W-type structures that possessed a 0.382
retracement or less at the mid-point (B). These variations frequently resulted
in an eventual completion that was slightly beyond the expected 0.886
retracement of the standard framework. In many cases before I became aware of
this alternate alignment, I would execute trades at the 0.886 retracement only
to close the trade for a loss due to the lack of a reversal in the projected
harmonic area. After slightly exceeding the initial point at X of the pattern
and triggering my stop loss, many of these reversals would turn shortly
thereafter, usually at the 1.13 extension of the structure.
Again,
the defining element of these situations was directly attributed to those M-
and W-type structures that possessed a retracement that was a 0.382 or less at
the midpoint. It took some time to differentiate the structures, but the more I
was “whipsawed” by these patterns the more I realized that further
differentiation was required in these cases. Although the special situations
for this pattern will be covered in greater detail later in this material, it
is important to understand that such specification is required to differentiate
these similar structures. It can be frustrating to try to trade these two types
of patterns without differentiating their structures.
Although
the Alternate Bat employs a 1.13 XA extension as a defining element of the PRZ,
the 0.886 retracement is still a consideration within this range of harmonic
numbers, as it serves as a minimum requirement for this pattern to be valid. In
essence, the Alternate Bat typically completes in the area beyond the 0.886
retracement, but it should not exceed the 1.13. In fact, valid reversals in
this pattern frequently reverse precisely at this level. The BC projection is
typically an extreme harmonic number that complements the 1.13 extension.
Although the Alternate AB=CD pattern is included in the standard Bat, this PRZ
normally possesses just two harmonic measurements to define the completion of
the pattern. In combination with a minimum 0.886 retracement, the Alternate Bat
possesses several critical structural elements to define excellent trade
opportunities.
The
Alternate Bat pattern is an extension structure that is mostly utilized in
combination with other technical factors to define specific trading
opportunities. I will outline the application of the Alternate Bat in these
situations—in particular, the RSI BAMM. In addition, the structure must possess
the prescribed alignment of ratios to validate the pattern, as this dictates
the eventual execution of the potential trade opportunity.
ALTERNATE BULLISH
BAT PATTERN
The
Alternate Bullish Bat pattern, illustrated in Figure 3.28, is a specific M-type structure that utilizes a 1.13 XA
extension, as the defining support level in the PRZ. The BC projection utilizes
an extreme harmonic ratio that is at least a 2.0 extension but more frequently
appears as a 2.618 or 3.14.
FIGURE 3.28
Although
the Bullish AB=CD is not included in this setup, the 0.886 retracement serves
as a minimum support level to help define the completion of the pattern, while
the convergence of the 1.13 XA and extreme BC projections pinpoint the PRZ.
Again, the 1.13 XA extension should not be exceeded, as most valid reversals
rally shortly after testing this area.
DOW JONES
INDUSTRIALS ETF (DIA): WEEKLY
ALTERNATE BULLISH
BAT PATTERN
In
this example, the Dow Diamonds possessed a distinct M-type structure that
possessed a 0.382 mid-point (see Figure
3.29). The alignment established the structure as an Alternate Bat pattern
instead of the standard version.
FIGURE 3.29
This
structure was remarkable due to the size of the pattern. The Diamonds developed
over the course of seven years on this weekly chart. The 1.13 extension marked
the critical low of the 2008 bear market. The convergence of the 1.13 XA and the
3.14 BC projection pinpointed the long-term support.
EURODOLLAR
(EUR_A0-FX): 5-MINUTE
ALTERNATE BULLISH
BAT PATTERN
The
Euro possessed a distinct Alternate Bullish Bat on this intra-day chart that
reversed sharply after testing both numbers that converged in the same exact
area to define the PRZ (see Figure
3.30). This is another case where the structure of the Alternate Bat
pattern indicated a deeper retest of the initial support point and marked the
ultimate reversal for the price action.
FIGURE 3.30
If
this unique differentiation did not exist, the execution in this situation
would have likely been stopped out for a loss, as the price action would have
violated the 0.886 retracement and the initial point X before the eventual
reversal. However, the 0.382 retracement at the pattern’s mid-point clearly
indicated that the price action would dip slightly below the initial point at X
to the 1.13 extension.
ALTERNATE BEARISH
BAT PATTERN
The
Alternate Bearish Bat pattern, illustrated in Figure 3.31, is specific W-type structure that utilizes a 1.13 XA
extension, as the defining resistance level in the PRZ. The BC projection
utilizes an extreme harmonic ratio that is at least a 2.0 extension but more
frequently appears as a 2.618 or 3.14.
FIGURE 3.31
Although
the Bearish AB=CD is not included in this setup, the 0.886 retracement serves
as a minimum resistance level to help define the completion of the pattern,
while the convergence of the 1.13 XA and extreme BC projections pinpoint the
PRZ. Again, the 1.13 XA extension should not be exceeded, as most valid
reversals start to decline shortly after testing this area.
EURODOLLAR
(EUR_A0-FX): 5-MINUTE
ALTERNATE BEARISH
BAT PATTERN
This
Alternate Bearish Bat in the Euro shown in Figure
3.32 exemplifies the structure of the pattern. The 0.382 retracement at the
midpoint (B) was the indication of an extended 1.13 XA projection as the
defining harmonic resistance level in the PRZ.
FIGURE 3.32
This
is another case where the extreme BC projection effectively complemented the
1.13 XA extension to define the precise area for the pattern completion and
eventual reversal. Both extensions defined the 1.4440 area as an excellent
short-term selling opportunity.
NIKE (NKE): DAILY
ALTERNATE BEARISH
BAT PATTERN
The
daily chart in Figure 3.33 shows a
distinct Alternate Bearish Bat that reversed decisively after the stock tested
the completion point of the pattern. The W-type structure possessed two numbers
that converged in the same area. Both extensions defined the PRZ as the make-or-break
harmonic resistance. The 0.382 retracement at the mid-point of the pattern
distinguished the setup and indicated a complete retest of the prior peak of
the trend. This structural element defined the upper range of the harmonic
resistance and pinpointed the eventual completion of the setup at the 1.13 XA
extension.
FIGURE 3.33
Although
this trade may have been a challenging execution since the stock reversed
immediately after completing the pattern, the 1.13 projection was the optimal
entry point for the short position. The PRZ was clearly defined, as the extreme
BC leg complemented this area just above the initial point at X. Also, this
underscores the importance of the 0.886 as a minimum technical level in the
completion of the alternate version of the pattern. Although the price action
reversed quickly after hitting the 1.13 XA extension, the differentiation of
structures in situations like these prevents an early entry and helps to
optimize trading decisions. In this case, the ideal entry for the trade was
just above the standard Bat PRZ, as the low B-point in the pattern’s structure
indicated an eventual reversal slightly above this area. Although these two
types of Bat patterns appear similar, such understanding and comprehension
immensely improves executions and reduces overall risk by pinpointing reversals
as precisely as possible.
NEW HARMONIC
PATTERNS CONCLUSION
The
new patterns presented in this chapter help to further the existing
identification strategies within the Harmonic Trading approach. The 5-0,
Reciprocal AB=CD, and the Alternate Bat are slightly different in structure
than the existing array of patterns. Furthermore, these patterns should be
employed only in specialized situations, as they require precise conditions to
validate their structures.
Patterns
such as the Alternate Bat continue to underscore the importance of exact
specification within the Harmonic Trading approach. Although the standard
version and the Alternate Bat look similar, the critical differentiation at the
pattern’s mid-point clearly identifies the proper corresponding execution area
and filters out many inherently flawed trading opportunities. In this case, the
1.13 extension dramatically improves the accuracy of the overall Bat pattern
setup. Furthermore, such differentiation broadens the general comprehension of
price action with respect to M- and W-type retracement patterns.
These
patterns are among the most precise within the entire Harmonic Trading arsenal.
Although many of these situations require new measurement techniques, the same
principles are still applied to each situation. As is the case with all
harmonic patterns, the exact alignment and precise rules that define each
structure is critical in determining the best trading opportunities.