From the list if the initial point

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Also remove of m5 is not fully reached as quickly as it took to form. If is still in the structure list, m1 may be wave x of a complex correction, which means adding "x:c3?" to the list of possible tags. 4. If m4 is less than 61.8% of m3, then the possibility of m1 initiating any pattern is almost zero. Consequently, we place the tag “:c3/:sL3/:s5” at the end of m1. Besides: If the end of m1 is exceeded during the development of m2, then we add x in front of  If m1 is longer than m(-1) and m(-3), and m2 crosses the trend line joining the lows of m(-2) and m0 in a time period equal to or less than that of m1, then m1 may be the fifth wave of an elongated fifth pattern, we add” to its structure list.

If waves m3 and m5 together do not reach a price distance of 161.8% from m1 and/or m2 (plus one unit of time) is reached in the same amount of time it took to form m2, then we eliminate ":sL3 " of the list. If m0 takes Belize Mobile Number List  less time than m(-1) and m1, then we remove ":s5" from the structure list. If m(-2) is longer than m(-1), and is not preceded by an "x", then we removerom the structure list. If  is still in the structure list, m1 may be wave x of a complex correction, so we add “x:c3?” to the structure list. Category ii. m3 from 161.8% to 261.8% (inclusive) of m2. 1. If m(-1) is more than 261.8% of m1, the probability that m1 is the final segment of any configuration is zero.



Therefore, we put only two tags at the end of m1: If the end point of m1 is exceeded during the development of m2, then we add x in front of 2. If m1 is longer than m(-1) and m(-3), and m2 crosses the line joining the minima of m(-2) and m0 in a time period equal to or less than that of m1, then m1 may be the fifth wave of an elongated fifth pattern, we add  to its structure list. 3. If m4 is less than 61.8% of m3, then the possibility of m1 initiating any Elliott wave pattern is almost zero. Consequently, we place the tag “:c3/(:sL3)/:s5” at the end of m1. Besides: If the end point of m1 is exceeded during the formation of m2, then we add x in front of .