Can not be Ag... P2 > P1 is false. -AND- Just after P2 is false.
3 P2's w/accel = PP1a
What an interesting post !
Let's have a granular dissection.
What is the sequence ? The sequence is P1-P1-T1-P2(< each P1)-P2 (< each P1)- P2 (between P1's)-T2P-bar exceeding all prior ones.
What is needed to have an Ag ? : P2 must be above P1 AND the HVBO must be JUST after P2.
Between the wrongly-IDd Ag and P2, is there something ? Yes, there's a T2P.
So at this time, we already know Ag doesn't have all its necessary conditions filled to exist. Ag is killed, so to speak.
What I find interesting in what you say is that neither this condition is filled, nor the P2 < P1.
But is there a way, another POV (which, if what you state is true, would be a wrong one), that would lead to see P2 exceeds P1 ? Yes, and it would be by considering the third P2 to the first one.
Let's assume this is then wrong, and one is not to compare last P2 to first P1.
What is/are the way(s) that would then lead to see P2 below P1 ? There are two ways : by considering first P2 to each P1 OR second P2 to each P1. Any of the first two P2's are below each of the two P1's. Concerning the P2's, being as we have 3 of them and being as we've said last P2 cannot be considered if we want what you say to be true, then only the first two ones remain usable.
As deep as I'm aware, when IDing volume elements, we only use "last" and "leftmost" concepts. The in-between are like only "repetition of anteriority".
Therefore, let's have a look at the first P2.
First P2 is under each P1. Being as we have two P1's, it still remains to determine if the "leftmost" or the "last" is used for comparison. Then , what if that first P2 was between the two P1s in value ?
This takes us back to Bands, and one little doubt I've always had concerning them.
Let's have an example : We have P1-T1-P2. As I know, A-band is established geometrically by P1 and T1 and its activeness starts when P2 is there.
Let's have another example : P1-P1-T1-P2. I've always wondered whether the first or the second P1 is used as upper limit of the A-Band. I'm sure this must be DDd, and I'll do it.
When some weeks ago I worked hard on building the EE's Matrix, I, as I explained it later, was not in the right/lining up mindset to do it. Then I put this work aside until I've done the 20 days of MADA. I'm sure it's both by doing MADA AND building this matrix that the DD will come. Maybe some steps back to the litterature would help too.
Up to now, I've always considered, arbitrary cause I'm not sure, that the first P1 is the reference for A-band. NB : The same problem surges again when we have any Revchron and I wonder if this moves the boundaries of any Band concerned by this revchron in particular, whichever it is.
Writing this, this comes to my mind : Let's say we have P1-T1-T1-P2(> first T1).
Next volume bar is under first T1 and WHEREVER compared to second T1.
Is there an EE ? I know there is one.
Which is it ? I know it's an Ab.
What is an Ab ? a LVBO under T1.
What is a LVBO ? A Low Volume Break Out.
Break Out of what ? Of the LOW boundary of the Band.
So what is in this case the reference used ? first T1.
Where there another T1 after the first one in this given example ? Yes there was.
So, in terms of establishment of the A-band, does this mean it was built from P1 and first T1 or from P1 and second T1 ? Obviously, from P1 and FIRST T1.
Conclusion : the second T1 did not affect the definition of the boundaries of the Band.
Thus, can it be different as for P1's in a row ? No.
Back to our example : The sequence was P1-P1-T1-P2(< each P1)-P2 (< each P1)- P2 (between P1's)-T2P-bar
exceeding all prior ones.
I've DDd that first P1 is the high boundary of the A-band established in the end by T1 and that springs to life at first P2.
I've previously DDd that we must use as for the Ag necessary condition of P2 > P1, the first P2.
So, I know now what to compare : FIRST P2 to FIRST P1.
Where is first P2 compared to first P1 ? P2<P1.
So yes, no need to see anything else, Ag can not be.
Good.
Then can it be an Aa ? As stated by the litterature an INT WAIT must be there (with P1, T1, P2 and T2P all present in trend). As no WAIT is there due to the retro that is triggered on Lat4 and all not initially not measured bars have been finally measured, Aa can't be.
Ab ? Of course no, cause if we have here an A-band EE, it's only an HVBO as the bar in question is
exceeding all prior ones.
Ac ? No, we need three P1's for that.
Ad ? No, we only are one bar after P2.
Ae ? No, we do not have two T1's as required.
Af ? No, we're not in the Lat anymore.
Ag ? See above
Ah ? Lol
Any PP! ? No, we are in A-band.
Volume elements :
P1 ? No, it is killed after T2P.
T1 ? Lol
P2 ? P2 is never killed, but here the bar is exceeding last P1 so it would be a P1revchron but as said, P1 is killed after T2P. So no for P2.
T2P ? No, T2P repeat is above prior T2P but must remain below P2.
T2F ? Lol
P3P, P3F ? We need T2F, so no.
Then what ?
Something must have been missed dureing the DD AND/OR, an error/ommission must have been made before in the sequence.
This takes me to the last part of your post : PP1a w/Acc is PP1a. And it's great ot have to talk about it.
If you remember, in the past I've worked and dug a lot on the "acceleration concept when concerning the PP!s that deal with it".
PP1, PP1a and PP1c. I had not the same vision, differenciation and simply level of understanding at this time, than the ones I'm in nowadays.
I had started with thinking about the "acceleration". I was saying to myself (for PP1 for example) : three P1's with acceleration...what does this mean. At first, it only meant one thing to me : P1.0-P1.1 must be > P1.1-P1.2. ONLY this it meant for me. Then, I don't remember while writing now if it was
@Simples or
@Sprout , it has been reminded to me that the concept of acceleration had always be linked to something in our world -> the slope of rtl's.
Then I watched my PP!s sheet and constatated that the inequation I had taken as the whole description of the item PP1 was the AddReq.
From this moment I've always considered that to get a PP1, a PP1a or a PP1c, I need BOTH the AddReq AND the acceleration of the slope of the rtl to ID one of them.
In the example of my chart, where you see a PP1a, this is what I see :
First P1 of the sequence (BMrev, 11:35am), let's call it :
Bar 1: Lat4 so we are in Lat and I'm stills ticking to JH's "no rtl should be started into a Lat". So I don't draw any rtl here.
Bar 2 : we're not in a Lat anymore, so if next bar allows it, I'll draw a rtl. Vol is INC so P1rep.
Bar 3 : SYM doji degap wait, no rtl can be established by using a statistically not significant data. No rtl is drawn yet.
Bar 4 : Lat3 wait. same as for rtl.
Bar 5 : Lat4 triggers retro. Then back to
Bar 3 : Lat2, vol is DEC so T1. At this moment this bar could make believe we can use it as by being measured it becomes significant statistically speaking BUT we're in a LAT. And prior bar is Lat1 so...no rtl can be built.
Bar 4 : Lat3, volume INC, P2.
Bar 5 : Lat4, volume INC, P2rep.
Bar 6 : Lat5, volume INC P2rep and here you, from what I DDd of your post, see a PP1a.
So you see both Acc of the rtl AND AddReq of PP1a.
Do I see the Add Req ? Yes and there is.
Do I see the Acceleration of the rtl ? If you see a PP1a here as I assume, I understand how you see acceleration. BUT as I stick to the "no rtl can be started in a Lat", I can't see any Acc of a rtl that cannot be there...
It will be a pleasure to dig, re-discuss this deeper, but for now, time to eat
