Connect points a and b, and point c will be your target (ie. a spiral touch). Use spirals to find scale, (or scale 1:1? not sure if this works, using spirals is better but requires previous price history)
The time relations, lack of overlap, and corrective nature of every wave lead me to believe a diametric is forming and we just completed wave-d. Wave-a was quiet violent which is fairly normal, and because it was so violent it took less time then the rest of the waves, so that is the only or one of the only exception waves. Then waves-b and -c both related by exactly 1.0 in time, and both waves relate to wave-d by 1.618. So i suspect that wave-e will relate to the previous 3 waves in time, probably be 1.0 of wave-d.
Based on the spiral target this should go to around 76 which is also 1.0 of a->c, which would also mean this is producing an expanding bias.
The time relations, lack of overlap, and corrective nature of every wave lead me to believe a diametric is forming and we just completed wave-d. Wave-a was quiet violent which is fairly normal, and because it was so violent it took less time then the rest of the waves, so that is the only or one of the only exception waves. Then waves-b and -c both related by exactly 1.0 in time, and both waves relate to wave-d by 1.618. So i suspect that wave-e will relate to the previous 3 waves in time, probably be 1.0 of wave-d.
Based on the spiral target this should go to around 76 which is also 1.0 of a->c, which would also mean this is producing an expanding bias.
