Candlestick Patterns and Elliott Wave Theory

Source: John J. Murphy, Technical Analysis of the Financial Markets

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Candlestick Patterns

Candlestick charting originated in 18th-century Japan, where it was used to analyze rice futures markets. The method is attributed to Munehisa Homma (本間宗久), and it was introduced to the Western world in the 1990s by Steve Nison, quickly becoming an essential tool for traders globally. A single candlestick encodes four data points—open, high, low, and close—simultaneously. The shape of the real body and shadows alone provides an intuitive reading of buying and selling pressure during the given period.

Basic Candlestick Structure

• Real Body: The area between the open and close. A longer body indicates stronger buying or selling pressure.
• Upper Shadow: The area between the high and the top of the real body. A longer upper shadow indicates strong selling pressure near the highs.
• Lower Shadow: The area between the low and the bottom of the real body. A longer lower shadow suggests that buyers stepped in near the lows.
• Bullish Candle (White/Green): The close is higher than the open, indicating that buyers dominated the session.
• Bearish Candle (Black/Red): The close is lower than the open, indicating that sellers dominated the session.

Practical Tip: Cryptocurrency markets trade 24/7, so gaps rarely occur—unlike traditional markets. Patterns that rely on gaps (e.g., Morning Star, Evening Star) often appear in modified forms in crypto. A small-bodied candle appearing without a gap can still be interpreted as a comparable signal.

Key Validation Rules

Doji Pattern Validation

A Doji forms when the open and close are at virtually the same level, representing equilibrium between buyers and sellers. It symbolizes market indecision and serves as a warning that the prevailing trend may be losing momentum.

• Open ≈ Close (difference within 5% of the total candle range)
• Appearing at the end of a trend, it acts as a reversal warning signal
• Weak as a standalone signal, but powerful when combined with other technical evidence
• Reliability increases significantly when accompanied by a volume surge
• Doji Variants: A Dragonfly Doji (long lower shadow) leans bullish; a Gravestone Doji (long upper shadow) leans bearish

Hammer Pattern Validation

A Hammer is a single-candle reversal pattern that appears near the bottom of a downtrend. It reflects a session where price dropped significantly before strong buying pushed it back up, suggesting that bearish momentum is being exhausted.

• Must appear at the bottom of a downtrend
• The lower shadow must be at least twice the length of the real body
• The real body must be positioned in the upper one-third of the total price range
• The upper shadow should be very short or nonexistent
• The pattern is confirmed when the next candle closes above the Hammer's high
• Body Color: A bullish (white/green) Hammer carries higher reversal reliability than a bearish (black/red) one

Hanging Man Pattern Validation

The Hanging Man is identical in shape to the Hammer, but it appears at the top of an uptrend. While the session recovered from heavy selling, the emergence of selling pressure itself serves as a warning.

• Must appear at the top of an uptrend
• Confirmed when the next candle closes below the Hanging Man's real body
• Reliability increases when accompanied by a sharp volume spike
• Caution: The Hanging Man requires confirmation from the next candle more critically than the Hammer does. Entering a short position without confirmation is risky.

Major Reversal Patterns

Pattern	Characteristics	Reliability	Validation Criteria
Doji	Open ≈ Close; market equilibrium	Medium	Appears at trend extremes + volume increase
Hammer	Long lower shadow; bullish reversal signal	High	Downtrend + next candle breaks above high
Shooting Star	Long upper shadow; bearish reversal signal	High	Uptrend + next candle breaks below low
Engulfing	Second candle's body fully engulfs the prior body	High	Complete engulfment + volume increase
Morning Star / Evening Star	Three-candle pattern with a small body in the middle	Very High	Third candle penetrates at least 50% into the first candle's body
Piercing Line / Dark Cloud Cover	Two-candle pattern; second candle penetrates >50% of the prior body	Medium–High	Second candle closes beyond the midpoint of the prior body
Harami	Small body contained within the prior candle's body	Medium	Appears at trend end + declining volume + next-candle confirmation

Continuation Patterns

• Gap / Window: A price void between two adjacent candles, suggesting trend continuation. In Japanese candlestick terminology this is called a "window," and windows tend to act as future support/resistance levels.
• Three White Soldiers: Three consecutive bullish candles closing progressively higher—a strong bullish continuation pattern. Each candle should open within the prior candle's real body.
• Three Black Crows: Three consecutive bearish candles closing progressively lower—a strong bearish continuation pattern.
• Rising / Falling Three Methods: A five-candle pattern where a large bullish (or bearish) candle is followed by three small corrective candles, then the trend resumes with another large candle in the original direction.

Practical Application Principles

1. Trend Context Is Essential: Never interpret a pattern in isolation. Always evaluate it within the context of the higher-timeframe trend. A bullish reversal pattern appearing during a pullback within an uptrend is far more reliable than the same pattern appearing in a downtrend.
2. Volume Confirmation: A volume surge accompanying the pattern significantly increases reliability. For Engulfing patterns in particular, the second candle's volume should be notably higher than the first.
3. Next-Candle Confirmation: Most candlestick patterns are finalized by the price action of the following candle. Entering without confirmation exposes you to false signals.
4. Combine with Support/Resistance: Reliability is maximized when a candlestick pattern appears at a confluent zone—key support/resistance levels, moving averages, or Fibonacci retracement levels.
5. Timeframe Selection: Patterns on higher timeframes (daily, weekly) are more reliable than those on lower timeframes (5-minute, 15-minute). Even for short-term crypto trading, it is recommended to confirm patterns on at least the 1-hour chart.

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Elliott Wave Theory

Elliott Wave Theory was developed in the 1930s by Ralph Nelson Elliott, based on the observation that collective investor psychology creates repetitive wave patterns in market prices. The core principle is that markets move in an endlessly repeating cycle of five-wave impulse sequences and three-wave corrective sequences, forming an 8-wave cycle. This structure is fractal in nature—smaller waves nest within larger waves, and the same principles apply across all timeframes. Furthermore, the wave counts (1, 2, 3, 5, 8, 13, 21…) follow the Fibonacci sequence.

Basic Wave Structure

Impulse Wave (5-Wave Structure)

An impulse wave advances in the direction of the main trend and consists of five sub-waves.

1. Wave 1: The beginning of a new trend. Most market participants still believe the prior trend is intact, so volume is moderate and the wave's magnitude is limited. This is the stage where "smart money" builds positions.
2. Wave 2: The first corrective wave. It retraces a significant portion of Wave 1 but can never retrace beyond the starting point of Wave 1. Typically retraces 50–61.8% of Wave 1. Many traders mistakenly believe the prior trend has resumed.
3. Wave 3: The most powerful and dynamic wave. It is usually the longest, accompanied by surging volume. Fundamental improvements are recognized and broad public participation begins. Wave 3 can never be the shortest among Waves 1, 3, and 5.
4. Wave 4: The second corrective wave. Typically a shallow retracement of 23.6–38.2% of Wave 3. Wave 4 must not enter the price territory of Wave 1 (i.e., Wave 1's high). This wave often takes the form of complex sideways patterns such as triangles or flats.
5. Wave 5: The final advance. Public optimism reaches its peak, but in reality the trend's momentum is fading. Bearish divergences on momentum indicators like RSI and MACD are frequently observed.

Corrective Wave (3-Wave Structure)

A corrective wave moves against the main trend and consists of three sub-waves labeled A-B-C.

• Wave A: The initial decline. Many participants perceive it as a simple pullback and enter long positions.
• Wave B: The counter-rally. Typically retraces 50–61.8% of Wave A and is a common "bull trap" zone. Volume is characteristically lower than during Wave A.
• Wave C: The final decline. Selling panic reaches its maximum. Wave C is often equal in length to Wave A, or extends to 1.618 × Wave A.

Corrective Wave Types

Corrective waves are more complex and varied than impulse waves. Identifying them accurately is so difficult that there is a saying: "Corrections are the graveyard of traders."

1. Zigzag (5-3-5): The most common corrective form, characterized by a sharp, rapid price decline. Because Waves A and C each have a five-wave internal structure, the zigzag has a trending character.
2. Flat (3-3-5): A sideways correction where Wave B retraces nearly all of Wave A. In an Expanded Flat, Wave B can exceed the prior high.
3. Triangle: A converging corrective pattern composed of five sub-waves labeled a-b-c-d-e. Typically appears in the Wave 4 or Wave B position. A strong breakout usually follows the completion of the triangle.
4. Complex Corrections: Combinations of the above patterns linked by an X-wave, forming double or triple combinations. These frequently appear during extended sideways phases in cryptocurrency markets.

Key Validation Rules

Inviolable Rules (Violation Invalidates the Wave Count)

These three rules can never be broken under any circumstance. If any one is violated, the wave count is wrong and must be re-analyzed.

• Wave 3 Rule: Wave 3 can never be the shortest impulse wave among Waves 1, 3, and 5
• Wave 2 Rule: Wave 2 can never retrace beyond the starting point of Wave 1
• Wave 4 Rule (Non-Overlap Rule): Wave 4's low cannot enter the price territory of Wave 1's high (exception: diagonal triangles)

Guidelines (Preferable but Not Absolute)

• Alternation Principle: Waves 2 and 4 tend to differ in form. If Wave 2 is a simple correction (zigzag), Wave 4 tends to be a complex correction (flat, triangle), and vice versa.
• Fibonacci Relationships: Wave 3 ≈ Wave 1 × 1.618; Wave 5 ≈ Wave 1 × 1.000 or × 0.618
• Channeling: A line connecting the highs of Waves 1 and 3 and a parallel line connecting the lows of Waves 2 and 4 form a channel. Wave 5 tends to terminate at or near the upper boundary of this channel.
• Volume Pattern: Volume peaks during Wave 3. Declining volume in Wave 5 relative to Wave 3 signals an approaching trend termination.

Wave Analysis Rules Summary

Rule	Description	Validation Method
Wave 2 Rule	Wave 2 must not retrace 100% of Wave 1	Verify that Wave 1's origin holds as support
Wave 3 Rule	Wave 3 must not be the shortest of Waves 1, 3, 5	Compare point-based lengths of each wave
Wave 4 Rule	Wave 4 must not overlap with Wave 1's price territory	Compare Wave 1's high with Wave 4's low
Alternation	Waves 2 and 4 tend to take different corrective forms	Analyze the type of corrective pattern
Channeling	Waves tend to progress within a parallel channel	Draw lines through 1-3 highs and 2-4 lows

Practical Application Guidelines

• Wave Counting: Wait until a clear 5-3 structure is confirmed before entering a trade. Trading on ambiguous counts can lead to significant losses.
• Maintain Multiple Scenarios: Elliott Wave analysis involves considerable subjectivity. Always prepare a primary scenario alongside alternative scenarios. Switch to the alternative when an inviolable rule is broken.
• Multi-Timeframe Alignment: Confirm that the same wave structure is observable across multiple timeframes (weekly, daily, 4-hour). The wave direction on the higher timeframe takes priority.
• Volume Confirmation: A distinct volume surge during Wave 3 should be evident.
• Divergence Utilization: When RSI or MACD records a lower value during Wave 5 than during the Wave 3 peak—a bearish divergence—the trend termination is imminent.

Trading Strategies by Wave Position

Wave Position	Entry Signal	Target Setting	Risk Management
Wave 3 Start	Wave 2 correction confirmed complete (support at 61.8% retracement + reversal candle)	Wave 1 × 1.618 + Wave 2 low	Stop-loss below Wave 2 low (= Wave 1 origin)
Wave 5 Start	Wave 4 correction confirmed complete (support at 38.2% retracement + triangle breakout)	Distance equal to Wave 1 or Fibonacci extension	Stop-loss below Wave 4 low
Post-ABC Completion	Wave C confirmed complete (Fibonacci target reached + reversal pattern)	Break above prior high	Stop-loss below Wave C low

Practical Note: Entering at the start of Wave 3 offers the highest profit potential, but identifying in real time whether Waves 1 and 2 have actually completed is extremely challenging. For less experienced analysts, entering on a pullback during Wave 3's progression or waiting for a confirmed Wave 4 completion to trade Wave 5 is relatively safer. However, unless Wave 5 extends, its magnitude is usually limited, so targets should be set conservatively.

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Fibonacci Analysis

The key ratios derived from the Fibonacci sequence (1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89…)—.236, .382, .500, .618, .786, 1.000, 1.618, 2.618—are golden ratios found throughout nature and are repeatedly observed in financial markets. These ratios are intimately connected to Elliott Wave Theory and are essential for calculating price retracement levels and extension targets.

Fibonacci ratios are derived from the relationships between adjacent numbers in the sequence. Dividing any number by the next number converges to approximately 0.618; dividing by the number two places ahead converges to approximately 0.382. The reciprocal of 0.618 is 1.618—the golden ratio.

Fibonacci Retracement Levels

Retracement measures how much of a prior trend move is given back during a correction. For an upswing, the retracement is measured from the swing low to the swing high.

Key Retracement Levels and Their Significance

• 23.6%: A very shallow retracement, indicating that the prevailing trend remains strong. A quick bounce from this level confirms robust momentum.
• 38.2%: A standard retracement level representing a healthy correction. Elliott Wave 4 frequently reaches this level.
• 50.0%: Not strictly a Fibonacci ratio, but a key retracement level used since the days of Charles Dow. It carries significant psychological weight.
• 61.8%: The golden ratio retracement—the single most important support/resistance level. Elliott Wave 2 frequently reaches this level. A bounce from 61.8% strongly suggests trend resumption.
• 78.6%: A deep retracement that marks the boundary between trend weakness and potential trend reversal. (0.786 is the square root of 0.618.) A breach beyond this level significantly increases the probability that the prior trend has been invalidated.

Fibonacci Extension Targets

Extensions project the target price of the next wave following a completed correction. They are typically based on the length of the first wave.

Key Extension Levels

• 100%: The base target—a move equal in length to the prior wave. This corresponds to the case where Wave A and Wave C are equal.
• 127.2%: A common extension target (√1.618 ≈ 1.272).
• 161.8%: The golden ratio extension—the most frequently observed target level. It is widely used as the Wave 3 target.
• 261.8%: An extended-trend target, often achieved when Wave 3 is an extended wave.

Fibonacci Relationships by Wave

Corrective Wave Retracement Validation Rules

• Wave 2: Typically retraces 50–61.8% of Wave 1 (deep correction). Wave 2 may retrace up to 78.6%, but exceeding 100% invalidates the wave count.
• Wave 4: Typically retraces 23.6–38.2% of Wave 3 (shallow correction). Per the alternation principle, if Wave 2 was a deep correction, Wave 4 tends to be a shallow one.
• A-B-C Correction: Wave C typically spans 61.8–161.8% of Wave A's length. C = A × 1.000 is the most common relationship.

Impulse Wave Extension Target Validation

• Wave 3 Target = Wave 1 length × 1.618 + Wave 2 low
• Wave 5 Target (Method 1) = Wave 1 length × 1.000 + Wave 4 low (when Wave 3 is extended)
• Wave 5 Target (Method 2) = (Wave 1 low to Wave 3 high) × 0.618 + Wave 4 low
• Extended Wave 5 Target = Wave 1 length × 3.236 (2 × 1.618) + Wave 1 high

Practical Tip: Do not rely on a single target. Plot multiple Fibonacci levels simultaneously and use them for a scaling-out strategy. For example, close 50% of the position at the 161.8% extension and the remaining 50% at the 261.8% extension.

Fibonacci Time Projections

Fibonacci ratios apply not only to price but also to the time axis. Significant turning points tend to occur at Fibonacci-number intervals (in days, weeks, or months) from major highs or lows.

Time Relationship Validation Rules

• The duration of a corrective wave is often 61.8% or 38.2% of the preceding impulse wave's duration
• Symmetrical time relationship: Wave A and Wave C frequently take the same amount of time to complete
• Key Time Intervals: Observe whether turning points occur 8, 13, 21, 34, or 55 periods after a major low/high
• Time Windows: Reversals are most likely within ±1–2 periods of a Fibonacci time count, so monitor price patterns closely within these windows

Practical Trading Application

Scenario	Entry Point	Target Price	Stop-Loss	Additional Confirmation
Wave 2 Correction Complete	Support at 61.8% retracement	Wave 3 = Wave 1 × 1.618	Below Wave 1 origin	Volume increase + reversal candle pattern
Wave 4 Correction Complete	Support at 38.2% retracement	Wave 5 target (multiple levels)	Below Wave 1 high (Wave 4 rule)	Watch for momentum divergence
ABC Correction Complete	C = A × 1.000 level	61.8% retracement of prior high	Below Wave C low	Confirm completed candle pattern

Confluence Analysis

A single Fibonacci level is useful, but a zone where multiple technical factors converge at the same price area acts as far stronger support or resistance. This is known as confluence.

Conditions for Maximum-Strength Support/Resistance

• Fibonacci cluster: Multiple Fibonacci levels derived from different swings overlapping at the same price zone
• Fibonacci retracement + 200-day moving average + long-term trendline intersection
• Fibonacci extension target + Elliott Wave target alignment
• Fibonacci level + candlestick reversal pattern + volume spike
• Fibonacci level + RSI overbought/oversold zone or MACD crossover

Practical Tip: When drawing Fibonacci levels on a chart, overlay at least 2–3 Fibonacci measurements from different timeframes and different swing points. The "cluster zone" where multiple levels converge within a narrow price range represents the highest-confidence trading area.

Integrating Time and Price Relationships

• Time Symmetry: When Wave A and Wave C take the same amount of time, the probability of Wave C completion is elevated
• Price Symmetry: When C = A × 1.000 or A × 1.618, it is interpreted as a correction-complete signal
• Time-Price Matrix: When a Fibonacci time target (e.g., 34 days from a major low) and a price target (e.g., 61.8% retracement) are reached simultaneously, the result is an extremely powerful reversal point. If a candlestick reversal pattern also appears at that juncture, it represents the highest-confidence trading opportunity available.

Validation Checklist

Before applying Fibonacci analysis in live trading, confirm the following items.

1. Trend Confirmation: Verify that the direction of the Fibonacci analysis aligns with the primary trend. In an uptrend, focus on buying retracements; in a downtrend, focus on selling rallies.
2. Volume Confirmation: Confirm that volume increases noticeably when price bounces from or breaks through a Fibonacci level. A bounce without volume is unreliable.
3. Multi-Timeframe Consistency: Verify that the Fibonacci structure on higher timeframes (weekly, daily) is consistent with the analysis on lower timeframes (4-hour, 1-hour).
4. Indicator Alignment: Confirm that momentum indicators (RSI, MACD, Stochastic) support the reversal at the Fibonacci level. For example, if price reaches the 61.8% retracement while RSI simultaneously bounces from oversold territory, it constitutes a strong buy signal.
5. Risk Management: Set a clear stop-loss based on the Fibonacci level. Only execute trades where the risk-to-reward ratio from entry to stop-loss versus entry to target is at least 1:2.