Elliott Rules must be obeyed in every detail for a pattern to qualify as an Elliott Pattern (or wave). However, the Guidelines do not have to be obeyed. The more Guidelines obeyed by an Elliott pattern, the higher its rating or probability of being correct.
An Impulse is a five Wave pattern labeled 12345 moving in the direction of the larger trend. It is the most common Elliott Wave pattern.
 Wave 1 must be an Impulse or a Leading Diagonal.
 Wave 2 may be any corrective pattern except a Triangle.
 No part of Wave 2 can more than retrace Wave 1.
 Wave 2 must retrace Wave 1 by a minimum of 20%.
 The maximum time for Wave 2 is nine times Wave 1.
 Wave 3 must be an Impulse.
 Wave 3 must be longer than Wave 2 in gross distance by price.
 The gross price movement of Wave 2 must be greater than either Wave 2 of Wave 1 or Wave 4 of Wave 1. The gross price movement of Wave 2 must also be greater than either Wave 2 of Wave 3 or Wave 4 of Wave 3. Wave 2 must also be greater than 61.8% of the gross movement of each of the above 4 subWaves.
 Wave 3 and Wave 1 cannot both have 5th Wave failures. (A Failure is an impulsive Wave where Wave 5 is shorter than Wave 4 by price.)
 Wave 3 cannot be less than 1/3 of Wave 1 by price.
 Wave 3 cannot be more than 7 times Wave 1 by price.
 Although there is no minimum time constraint for Wave 3, its absolute maximum time limit is 7 times Wave 1.
 Wave 4 can be any corrective pattern.
 Waves 1, 2 and 4 cannot overlap except by 15% of Wave 2 with leveraged securities, and then only for a maximum of less than two days.
 The gross price movement of Wave 4 must be greater than either the gross movement of Wave 2 of 3 or Wave 4 of 3. The gross price movement of Wave 4 must also be greater than either the gross movement of Wave 2 of 5 or Wave 4 of 5. The gross movement by price of Wave 4 must also be greater than 61.8% of the gross movement of each of these four subwaves.
 The gross movement by price of Wave 4 must be greater than 1/3 of the gross movement of Wave 2 by both price and percentage movement.
 The gross movement by price for Wave 4 must be less than three times the gross movement of Wave 2 by both price and percentage movement.
 Wave 3 and Wave 4 cannot both be failures. (A Failure is an impulsive Wave where Wave 5 is shorter than Wave 4 by price.)
 Although Wave 4 has no minimum time constraint, the maximum time for Wave 4 is twice the time taken by Wave 3.
 Wave 5 must be an Impulse or an Ending Diagonal. However, if Wave 5 is longer than Wave 3 by price, then Wave 5 must be an Impulse.
 Wave 5 must move by price more than 70% of Wave 4. (This is not gross movement. Only consider the end points of both Waves.)
 Wave 3 must never be shorter than both Wave 1 and 5, by either price distance or percentage price movement.
 If Wave 5 is truncated, or contains an Impulse that is truncated, then neither Wave 3 nor Wave 4 can contain a subwave that is truncated. (A truncated pattern is where Wave 5 is shorter than Wave 4. This is also known as a failure.)
 The maximum movement of Wave 5 is six times Wave 3 in both price and time.
 Wave 5 has no minimum time constraint.
 Wave 1 can be a Leading Diagonal, but this is rare.
 Wave 2 is usually a Zigzag based pattern.
 Wave 2 usually takes a small amount of time compared to Wave 1. However, Wave 2 is usually takes more than 10% of the time taken by Wave 1.
 Wave 2 generally retraces more than 30% of Wave 1 including internal data points.
 Wave 2 will usually retraces less than 80% of Wave 1 .
 The most likely retracement for Wave 2 is 50% or 61.8% of Wave 1.
 The gross price movement of Wave 2 should be greater than the gross price movement of Waves 2 of 1, 4 of 1, 2 of 3 and 4 of 3.
 If the gross movement of Wave 2 is between 33% and 40.3% retracement of Wave 1, it is most likely complete.
 If the gross movement of Wave 2 has retraced to end of previous Wave 4 of 1, then it is most likely complete.
 It is unlikely that Wave 3 will be shorter than Wave 1 by price.
 The most likely price range for Wave 3 is between 1.5 and 3.5 times the price range of Wave 1.
 Most likely range in time for Wave 3 is between 1 and 4 times the time taken by Wave 1.
 Wave 4 is rarely a Zigzag based correction.
 It is common for both Waves 4 & 2 to have approximately the same price movement.
 Wave 4 will most often retrace more than 20% of Wave 3, including internal points.
 Wave 4 will very often retrace about 38.2% of Wave 3.
 Wave 4 does not often retrace Wave 3 by more than 50%.
 Wave 4 will often retrace into the price territory of previous Wave 4 of Wave 1.
 Wave 4 will most often retrace to the end of the previous Wave 4 of one lesser degree.
 Waves 2 & 4 usually alternate between Zigzag and Flat. The other alternation is between a Triangle and a Flat.
 Leveraged markets may at times overlap by up to 15% of Wave 2 by price.
 The gross price movement of Wave 4 should be greater than the gross price movement of Waves 2 of 3, 4 of 3, 2 of 5 and 4 of 5.
 Expect the time taken by Wave 4 to be between 100%  270% of the time taken by Wave 2.
 Wave 5 will usually move beyond the end of Wave 3.
 When Wave 5 is extended (more than 161.8% longer than both Waves 1 and 3) a point within Wave 4 will often divide the entire Impulse Wave by 1.618.
 If Wave 5 is extended (more than 161.8% longer than both Waves 1 and 3), it is common for its price length to be about 161.8% of the gross price length between the beginning of Wave 1 to end of Wave 3.
 It is unusual for Wave 5 to travel a greater price or time percentage than Wave 3 traveled in its entirety.
 The most likely price targets for Wave 5 are: 61.8% of Wave 1, 100% of Wave 1, 161.8% of Wave 1, 161.8% of the length from the beginning of Wave 1 to end of Wave 3.
 If Wave 3 is about equal to 161.8% of Wave 1 by price, the most likely time for Wave 5 is about equal to the time taken by Wave 1.
 One of the Impulse Waves (Waves 1, 3 or 5) generally extends (at least 162% times the next longest Impulse Wave).
 The most likely Wave to extend is the 3rd Wave of an Impulse. However, in leveraged funds when the Impulse is rising and the degree is Primary or above, the most likely Wave to extend is Wave 5.
 A nonextended 5th Wave of less than Primary degree usually has a lower peak volume than a third Wave. However, when the 5th Wave extends (less than Primary degree), Wave 5 has usually shows more volume.
 Wave 5, when complete, usually has a lesser slope than Wave 3. However, in leveraged securities when the Impulse is rising and the degree is Primary or above, this is not usually the case.
 Wave 5 is usually less than 4 times length of Wave 3 by time.
A ZigZag is a three wave structure labeled ABC, generally moving counter to the larger trend. It is the most common three wave Elliott pattern. Zigzags are corrective in nature.
 Wave A must be an Impulse or a Leading Diagonal.
 Wave B can only be a corrective pattern.
 Wave B must be shorter than Wave A by price. All internal points are considered.
 Wave B must be at least 20% of A by price.
 Although there is no minimum time constraint for Wave B, it must not exceed 10 times the time taken by Wave A.
 Wave C must be an Impulse or an Ending Diagonal.
 If Wave A is a Leading Diagonal, then Wave C must not be an Ending Diagonal.
 Wave C must be longer than 90% of Wave B by price.
 Wave C must be less than 5 times Wave B by price.
 It is not allowable to have both Wave 5 of A a failure (Wave 5 is shorter then Wave 4) and Wave 5 of C a failure.
 Wave C must be no more than 10 times either Wave A or B in price or time.
 It is unusual for a Wave within Wave A to have a greater gross price movement than Wave A.
 Wave B should end nowhere near beginning of Wave A
 Wave B should retrace at least 30% of Wave A.
 Wave B is most likely to retrace Wave A by about 38.2%.
 Wave B is next most likely to retrace Wave A by about 50%.
 Wave B is next most likely to retrace Wave A by about 61.8%.
 The largest Wave in B is usually less than the gross price movement of Wave A.
 The time taken by Wave B is usually between 61.8% and 161.8% of the time taken by Wave A.
 Wave C is most likely to have a similar price length to Wave A.
 The next most likely price lengths for Wave C are 61.8% and 161% of Wave A
 The next most likely price length for Wave C is 61.8% of Wave A beyond the end of Wave A.
 If Wave C is much longer than 161.8% of A, then the pattern is more probably the beginning of an Impulse than a Zigzag.
 If Wave C is complete, and has a greater slope than Wave A, expect the Zigzag to extend to an Impulse.
 Although Wave C should always be greater in price to Wave B, in rare cases Wave C can be up to 10% shorter than Wave B.
 The largest Wave within C by price is usually less than the gross price movement of Wave A.
 The time taken by Wave C is usually between 61.8% of Wave A and 161.8% of the shortest Wave of A and B.
A Flat is a three wave pattern labeled ABC that moves generally sideways. It is corrective and countertrend and is a very common Elliott pattern.
 Wave A can be any corrective pattern except a Triangle.
 Wave B can be any corrective pattern except a Triangle.
 Wave B must retrace more than 70% of Wave A.
 Wave B is less than twice the price movement of Wave A, including internal points of Wave B.
 Although there is no minimum time constraint for Wave B, it must be less than 10 times Wave A.
 Wave C must be an Impulse or Ending Diagonal.
 Wave C must share some common price territory with Wave A.
 Wave C must be less than twice the longest of Waves A and B, including internal points of Wave C.
 Wave C must be less the three times the price distance of Wave A.
 Disallow back to back failures.
 Wave C must be no more than 10 times either Waves A or B in price and time.
 There is no minimum time constrains for Wave A.
 Wave A is usually a Zigzag family pattern.
 Wave A is rarely an Expanding Triangle.
 The largest Wave within Wave A is usually less than Wave A by price.
 Wave B is usually a Zigzag family pattern.
 Wave B is rarely a Flat.
 Wave B is usually greater than 95% of Wave A by price.
 Wave B is usually less than 140% of Wave A by price.
 The largest Wave within B is usually less than Wave A by price.
 The time taken by Wave B is generally between 61.8% and 161.8% of Wave A.
 Wave C is rarely an Ending Diagonal.
 Wave C is often about the same length as both Wave A and B.
 Wave C often ends at point which is a percent of Wave A beyond end of Wave A equal to the same percentage away from the start of Wave A.
 Wave C usually retraces a minimum of 100% of Wave B.
 Wave C normally reaches to the end of Wave A
 Wave C is not often more than 140% of the longer of Wave A or B.
 If Wave C is longer than Wave B, then Wave C is often about 61.8% of A beyond end of A.
 If Wave C is longer than Wave B, then Wave C is often about 161.8% of Wave A from end of Wave B by price.
 The time taken by Wave C is generally between 61.8% of Wave 1 to 161.8% of the shortest of Waves A and B.
LD = Leading Diagonal, ED = Ending Diagonal
A Diagonal is a common 5 Wave Impulsive pattern labeled 12345 that moves with the larger trend. Diagonals move within two channel lines drawn from Waves 1 to 3, and from Waves 2 to 4. A Diagonal must be contracting. There exist two types of Diagonals; Leading and Ending. They have a different internal structure and are seen in different positions within the larger degree pattern. Ending Diagonals are much more common than Leading Diagonals.
 Wave 1 of a LD must be an Impulse or a LD.
 Wave 1 of an ED must be a Zigzag family pattern.
 Wave 2 may be any corrective pattern except a Triangle.
 Wave 2 must be less than Wave 1 by price.
 Wave 3 of a LD must be an Impulse.
 Wave 3 of an ED must be a Zigzag family pattern.
 Wave 3 must be greater than Wave 2 by price.
 Wave 4 may be any corrective pattern.
 Waves 2 and 4 must either overlap or be within 10% of length Wave 3 of doing so. All internal data points are considered.
 The time taken by Wave 4 must be between 10% and 10 times the time taken by Wave 2.
 Wave 5 of an ED must be a Zigzag family pattern.
 Wave 5 of a LD must be an Impulse or ED.
 If Wave 1 is a LD then Wave 5 cannot be an ED.
 Wave 3 must not be shorter than both Waves 1 and 5.
 Wave 5 must be at least 80% of Wave 4 by price.
 Wave 5 is never the longest when compared with Wave 1 and Wave 3.
 Wave 5 is always less than Wave 3 by price.
 The intersection of the channel lines must be beyond the end of the pattern.
 Diagonals must move within the two channel lines or be within 10% of gross movement.
 Channel lines must converge, slope in the same direction and neither be horizontal.
 The maximum number of pattern lengths into the future that the channel lines intersect is 4.
 The minimum time for Wave 5 is 10% of Wave 4. The maximum time for Wave 5 is 5 times Wave 3.
 Wave 1 of a LD is usually an Impulse, but in rare cases may be a LD.
 Wave 2 is usually ZigZag family pattern.
 Generally Wave 2 is greater than 35% of Wave 1's gross price movement.
 Wave 4 is commonly a Zigzag.
 It is rare that at least either Waves 2 or 4 of an ED is not a Zigzag family pattern.
 Generally Wave 4 is greater than 35% of Wave 3's gross price movement.
 The end points of Waves 1 and 4 generally overlap.
 Expect the time taken by Wave 4 to be between 20% and 5 times Wave 2.
 Wave 5 is usually greater than Wave 4 by price.
 It is typical for Wave 5 of a LD to end before reaching the channel line.
 It is typical for Wave 5 of an ED to exceed the channel line.
CT = Contracting Triangle, ET = Expanding Triangle
A Triangle is a common 5 Wave pattern labeled ABCDE that moves countertrend and is corrective in nature. Triangles move within two channel lines drawn from Waves A to C, and from Waves B to D. A Triangle is either Contracting or Expanding depending on whether the channel lines are converging or expanding. Expanding Triangles are rare.
 Wave A of a CT is always either a Zigzag based pattern or a Flat. Wave A of an ET can only be a Zigzag based pattern.
 Within Wave A of a CT, Wave B must be less than 105% of Wave A's price length. The same rule applies for Waves C and D of the CT.
 Wave B must be a Zigzag based pattern.
 Wave C of a CT can be any corrective pattern except a Triangle. Wave C of an ET must be a Zigzag based pattern.
 Wave B of a CT must retrace Wave A by 50%.
 For a CT, Wave C must be less than Wave B by price and Wave C must be greater than or equal to 50% of Wave B by price.
 For an ET, Wave B must be less than Wave C by price and Wave B must be greater or equal to 50% of Wave C by price.
 Wave D of a CT can be any corrective pattern except a Triangle. Wave D of an ET must be a Zigzag based pattern.
 Wave B, C and D must not move more than 10% beyond the AC & BD channel lines (based on the length of Wave C).
 In an ET, Wave C must be less than Wave D by price and Wave C must be more than 50% of Wave D by price.
 In an ET, Wave A must move within the AC channel or pass through it by no more than 10% of the length of Wave B by price.
 In an CT, Wave D must be less than Wave C by price and Wave D must be greater than or equal to 50% of Wave C by price.
 The intersection of the channel lines must occur beyond the end of a CT, and before the beginning of an ET.
 The channel lines must either converge or diverge. They cannot be parallel.
 Wave D of a CT must not end such that when retraced 25% by E, E will not reach the price territory of A.
 Only one channel line in a CT may be horizontal. Neither channel line of an ET can be horizontal.
 The maximum time for Wave D is 4 times Wave C.
 Wave E of a CT can either be a CT or a Zigzag family pattern. For an ET, Wave E must be a Zigzag based pattern.
 In an ET, Wave E must be greater than Wave D by price and Wave D must be greater or equal to 50% of Wave E by price.
 In an ET, either Wave A or B will be the shortest Wave in the pattern.
 In a CT, Wave E will be less than Wave D by price and Wave E will be greater than or equal to 25% of Wave D by price.
 In a CT, either Wave A or B will be the longest Wave in the pattern.
 In a CT, the maximum time for Wave E is 4 times Wave C.
 Wave E must end in the price territory of A.
 Wave E must not pass through the BD line, or if it does, by no more than 10% of the length of Wave D.
 The maximum number of pattern lengths into the future that the channel lines intersect is 6.
 Wave A is usually a zigzag family pattern.
 Wave B is usually a zigzag family pattern.
 Wave C is often a zigzag family pattern.
 Wave C usually takes more time than any other Wave in the pattern.
 Wave D is usually a zigzag family pattern.
 Waves B, C and D rarely move outside the BD line.
 Waves A, B, C and E rarely move outside the AC line.
 Wave E is usually a zigzag family pattern or the same type of Triangle as the larger pattern.
 Usually at least two Waves travelling in the same direction will relate by about 61.8%.
 It is common for two or more adjacent Waves will be related by 61.8%.
 In a CT, Wave E normally retraces Wave D by about 70%.
Double (DZ) and Triple (TZ) Zigzags are similar to Zigzags, and are typically two or three Zigzag patterns strung together with a joining Wave called an x Wave, and are corrective in nature. Doubles are not common, and Triples are rare. Zigzags, Double Zigzags and Triple Zigzags are also known as Zigzag family patterns, or 'Sharp' patterns. Double Zigzags are labeled wxy, while Triple Zigzags are labeled wxyxxz. Both these patterns are included in the list of rules and guidelines below. Only a Double Zigzag is illustrated below.
 Wave W must be a Zigzag.
 Wave C of W cannot be a failure.
 Wave X can be any corrective pattern except an ET.
 Wave X must be smaller than Wave W by price.
 Wave X must retrace at least 20% of W by price.
 The gross price movement of Wave X must be less then 3 times the price movement of Wave W.
 Wave X must be no more than 5 times Wave W by time.
 Wave Y must be a Zigzag
 Wave Y must be greater than or equal to Wave X by price.
 Back to back and double failures are not allowed.
 Wave Y must be greater than 90% of Wave W by price, and Wave Y must be less than 5 times Wave W by price.
 Wave Y must be no more than a factor of 5 times either Wave X or W in price or time.
 Wave C of Y cannot be a failure.
 Wave XX can be any corrective pattern except an ET.
 Wave XX must be smaller than Wave Y by price.
 Wave XX must retrace at least 20% of Y.
 The gross price movement of Wave XX must be less than 3 times the gross movement of Wave W.
 Wave Z must be a Zigzag
 Wave Z must be greater than or equal to Wave XX by price.
 Wave Z must be less than 5 times Wave Y by price, and must also be less than 5 times Wave W by price.
 Wave Z must be no more than a 5 times either Waves XX, Y, X or W in both price and time.
 The largest Wave in Wave W is usually less than Wave W by price.
 Wave X is usually a Zigzag family pattern.
 Wave X is usually less than 70% of Wave W by price.
 Wave X will usually retrace at least 30% of Wave W.
 Wave X is most likely to be a 38.2% retracement of Wave W.
 Wave X is next most likely to be a 50% retracement of Wave W.
 Wave X is next most likely to be a 61.8% retracement of Wave W.
 The largest Wave in Wave X is usually less than 140% of Wave W by price.
 The time taken by Wave X is usually between 61.8% and 161.8% of Wave 1.
 Wave Y is next most likely to be equal to 61.8% or 161.8% of W by price.
 Expect the time taken by Wave Y to be between 61.8% of Wave W and 161.8% of shortest of Wave W and X.
 Wave XX is usually a Zigzag family pattern.
 Wave XX is usually less than 70% of Wave Y by price.
 Wave XX will usually retrace at least 30% of Wave Y.
 Wave XX is most likely to be a 38.2% retracement of Wave Y.
 Wave XX is next most likely to be a 50% retracement of Wave Y.
 Wave XX is next most likely to be a 61.8% retracement of Wave Y.
 The largest Wave within Wave XX is usually less than 140% of Wave Y by price.
 Wave Z is most likely to be about equal to Wave Y by price.
 Wave Z is next most likely to be about equal to 61.8% or 161.8% of Wave Y.
 The largest Wave in Wave Z is usually less than Wave Y by price.
Double (D3) and Triple (T3) Sideways patterns are similar to Flats, and are typically two or three corrective patterns strung together with a joining Wave, called an x Wave, and are all corrective in nature. Doubles are not common, and Triples are rare. Doubles are labeled wxy, while Triples are labeled wxyxxz. Both these patterns are included in the list of rules and guidelines below. Only a Double 3 is illustrated below.
 Wave W may be any corrective pattern except a Triangle, double or triple.
 Wave C of W cannot be a failure.
 Wave X may be any corrective pattern except a Triangle, double or triple.
 The minimum X Wave retracement is 70% of Wave W.
 The maximum price distance of Wave X is 150% of both the previous Wave and ensuing Wave. All internal data points are considered.
 Although there is no minimum time for Wave X, the maximum time is 10 times the time taken by Wave W.
 Wave Y may be any corrective pattern except double, triple or a Triangle in a Triple Zigzag. However, Wave Y cannot be a Zigzag if Wave W is a Zigzag.
 Wave Y must be greater than or equal to Wave X by price, except if Wave Y is a Triangle.
 Wave C of Y cannot be a failure.
 Wave Y must be no more than 5 times either Wave X or W in price and time.
 Wave Y has no minimum time constraint.
 Wave XX may be any corrective pattern except a Triangle, double or triple.
 The minimum Wave XX retracement is 70% of Wave Y.
 The maximum Wave XX retracement is 150% of previous Wave and ensuing Wave. All internal data points are considered.
 Wave Z may be any corrective pattern except double or triple. However Wave Z cannot be a Zigzag if Y is a Zigzag.
 Wave Z is greater than or equal to XX by price.
 Wave Z must be no more than 5 times either Waves XX, Y, X or W in price and time.
 Back to back and double failures are not allowed.
 If Wave Y is greater than Wave W by price, then the maximum Wave Z price movement is twice the price movement of Wave W.
 The largest Wave in Wave W is usually less than 140% of Wave W by price.
 Wave X is usually a Zigzag family pattern.
 The largest Wave in Wave X is usually less than Wave W by price.
 Wave X is usually less than 140% of W by price.
 Wave X is usually greater than 95% of Wave W by price.
 The most likely retracement for Wave X is 110% of Wave W.
 Time for X is generally between 62% of W1 and 1.618 of the time of W1.
 If Wave Y is a Triangle, the most likely length of Wave Y is about 61.8% of Wave W. If Wave Y is not a Triangle, the most likely lengths for Wave Y are 100% of Wave W, 161.8% of Wave W and 10% of the length of Wave W beyond the end of Wave W.
 The largest Wave in Wave Y is usually less than 140% of Wave W by price.
 Wave Y is usually less than twice the longest of Wave W and Wave X in price.
 Wave Y is generally between 61.8% of Wave W and 161.8% of Wave W in time.
 Wave XX is usually a Zigzag family pattern.
 The largest Wave in Wave XX is usually less than Wave Y in price.
 Wave XX is usually less than 140% of Wave Y by price.
 Wave XX is usually greater than 95% of Y by price.
 The most likely retracement for Wave XX is 110% of Wave Y.
 If Wave Y is a Triangle, most likely length by price is 61.8% of Wave W. If Wave Y is not a Triangle, then the most likely lengths are 100% of Wave W, 161.8% of Wave W and 10% of length of Wave W beyond the end of Wave W, all by price.
 The largest wave in Wave Z is usually less than 140% of Wave Y by price.
 Wave Z is usually less than twice the longest of Wave Y and Wave XX.
