Reverse Pitchfork on 240m S&P e-mini

[Hawk]

here's a try to show an REVERSAL ML example with real data chart.

I have to admit, that I couldn't find a really good example in my ES-mini chart data, as with the shown reversal ML I could describe the path of price very well, but there are no classic ML trade setups.

Hawk

[KAPITAL]

Thank you for your timely response Hawk.

So, basically a reverse median line in this instance is drawn by anchoring one of the lines on two inclining/declining pivots in the opposite direction using the B and C of a prior fork.

[Hawk]

Hi Kapital,

yes, you get it. your summary brings it to the point.

Hawk

[bear]

Originally Posted by KAPITAL

QUESTION: How is a reverse median line set drawn?

The answer can be found in Fisher's work in the free info area of this site.
http://www.marketgeometry.com/forum/Fisher.pdf

Here's a snap shot,

[Tasuki]

Hello all,
These reversal forks are entirely new to me. To my knowledge, Tim Morge has never mentioned them in any of his webinars, at least not while I've been watching. I've attached a file which includes my heavy-handed attempt at a step-by-step instruction for creating these forks.
If I've got this wrong, please straighten me out. If I've got it right, I hope it helps.
Tasuki

[bear]

Originally Posted by Tasuki

Hello all,
These reversal forks are entirely new to me. To my knowledge, Tim Morge has never mentioned them in any of his webinars, at least not while I've been watching. I've attached a file which includes my heavy-handed attempt at a step-by-step instruction for creating these forks.
If I've got this wrong, please straighten me out. If I've got it right, I hope it helps.
Tasuki

If you will search the forum you will find some talk about APO (alternate points of origin) forks. When the 1st retest of the p2 median fails or overshoots the line, a different approach from sliding parallels is to adjust the handle "p0" point so that the fork is set to the new frequency. The p2 line is set to that failed or overshot retest point.

If you play with those you will find it very useful, sliders and apo's deal with shifting time within the fork alternating the frequency's angle or vector. There exists in every ABCD move a relationship between the A&D points based from the BC, sometimes these are not harmonic, this is subject for a different thread.

The reverse median is based on that approach, but instead of looking at the 1st retest, the following move's apex p3 would be set as the center median with the original p1 & p2 points, the new angle of the fork would be used for measure, warning lines ect.

hope that helps.