DEMYSTIFYING ICT:
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WHAT EVERY
ICT TRADER…
STILL WANTS
TO KNOW
BY HOPIPLAKA
Page 1 of 147
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0.
PROLOGUE
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“IF ONLY YOU WOULD KNOW THE
MAGNIFICENCE OF THE 3, 6, AND 9, YOU
WOULD HAVE A KEY TO THE
UNIVERSE.”
NIKOLA TESLA
Page 2 of 147
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Dear reader,
Thank you for downloading our book on demystifying ICT,
short for innercircletrader.
fi
We hope that you will nd value in the information and
insights contained within these pages.
fi
As you read through this book, we hope that you will come to
understand and appreciate the signi cance of power of three
numbers, and learn how to use them to your advantage,
using PO3 dealing ranges.
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Whether you are a seasoned trader, a novice trader, or simply
someone seeking to improve your understanding of the
dealing ranges, we believe that using power of three in your
trade arsenal will be a valuable tool for you.
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We will also delve into what we call the Huddleston levels,
how it relates to the IPDA levels and why the number 6 plays
a crucial role here
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Last but not least, we will unlock the secrets of the 20-40-60
look back period, where the number 9 will play a prominent
role.
Furthermore we will also discuss the look back partitions,
which is more of a broader or longer term if you will view on
the market.
Page 3 of 147
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Your learning path
Page 4 of 147
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At rst this book might feel a little overwhelming. As a heads
up, there are 3 main topics we touch:
--
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Step 1: de ne your dealing range
Step 2: de ne the IPDA wireframe inside the dealing range
Step 3: Use AMD cycle and the look back periods
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Step 1 and 2 make up your price levels, while step 3 will
de ne the time levels
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Those are the main topics you want to read. You wil also see
that they are logically grouped.
We rst start discussing the number 3, next the number 6,
and nally number 9.
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After that we will dig into the ICT logo, and its relation to AMD
time cycles.
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There is also a chapter about the two di erent algorithms,
and this is something I mainly use for a longer term view,
based on a tweaked version of the Tesla Vortex.
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Remember, ICT says banks trade from the Weekly and Daily
charts, so this is where the algorithms come into play.
As this book evolves, I will show you an example in the
‘Putting it all together” chapter, where you can see the
algorithm play out with the Market maker sell model and the
optimal trade entry.
Page 5 of 147
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When you read the previous page, you might think by
yourself. Wait a minute, 3, 6, 9? Where did I see these before?
These are what we call the numbers that make up the Tesla
Vortex.
Not the car manufacturer, but Nikola Tesla, the inventor.
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We will be using these numbers throughout the book, and
also a tweaked version of it.
Page 6 of 147
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We will use for the PRICE part:
3 for PO3
6 for the IPDA levels.
And for the TIME part:
9 as seen in look back period.
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Combine these together, and you have your time and price
Page 7 of 147
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This book relies heavily on terminology that was originated
by Michael J Huddleston, aka innercircletrader, aka ICT.
fi
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At the end of the book you will nd references to his twitter
and YouTube accounts, you de nitely need to check these
out, certainly if you don’t know what an order block or fair
value gap is.
fi
We hope that you will nd the information and examples
provided in this book to be useful and inspiring, and that you
will apply what you learn to your own trading career.
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Once again, thank you for downloading this book. We hope
that you will nd it to be a valuable resource, and that you will
join us in exploring the many wonders of the riddles ICT put
in his mentorship.
Page 8 of 147
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0.
2
PROLOGUE
2
PRICE
15
1.
16
Power of three numbers
16
17
Calculating Powers Of Three
19
Your trading pro le / size
22
Determine Optimal PO3 Dealing Range size
24
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Examples
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26
29
31
33
37
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PO3 stop runs
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Fractal PO3
PO3 liquidity
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Using PO3 dealing ranges
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Introduction to PO3
Range expansion and contraction
39
Getting to know PO3 Dealing Ranges
42
What you learned in this chapter
43
Cheat sheets
44
Calculating optimal PO3 size
44
Calculating Dealing range
45
When to do range expansion
46
Page 9 of 147
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2.
47
Huddleston levels
47
48
IPDA = GOLDBACH
53
Consequent encroachment and mean threshold
56
External range demarkers
59
SMT and GoldBach
61
How to use Goldbach
63
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Long term or position trader
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Where does it come from
65
66
67
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Day trader or scalper
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OSOK trader or short term trader
64
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Cheat sheets
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What you learned in this chapter
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Goldbach levels
68
68
TIME
69
3.
70
20-40-60 LOOK BACK
70
Introduction
71
HIPPO
74
Examples
78
January 8th
79
Page 10 of 147
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79
February 7th
80
Look for number 27
80
March 6th
81
Look for number 36
81
April 5th
82
Look for number 45
82
May 4th
83
Look for number 54
83
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Look for number 18
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JUNE 3rd
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Look for number 63
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JULY 2nd
84
84
85
85
AUGUST 1st
86
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Look for number 72
Look for number 81
86
SEPTEMBER 9th
87
Look for number 90 - 99
87
OCTOBER 8th
88
Look for number 108
88
NOVEMBER 7th
89
Look for number 117
89
Page 11 of 147
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DECEMBER 6th
90
Look for number 126
90
What you learned in this chapter
91
Cheat sheets
92
Hippo
92
Determine look back period
93
4.
94
LOGO
94
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Introduction
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Fractal
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How to use AMD
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Candle counting
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Distortion of time
95
102
104
105
106
107
Cheat sheets
108
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What you learned in this chapter
AMD cycles
108
TIME AND PRICE
109
5.
110
Algorithms
110
6.
119
PUTTING EVERYTHING TOGETHER
119
Page 12 of 147
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The MMxM, OTE and algo
120
What you learned in this chapter
126
TRADE PLANS
127
LOOK BACK TRADE PLAN
128
A monthly play for hundreds of pips
128
HIPPO POT A MUS
129
A trade plan for HIPPO's
129
OSOK Trade plan
130
130
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Catch 50 to 75 pips once a week
131
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@
24 pips per week
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MY PERSONAL TRADE PLAN
132
m
GB - The OB Trade Plan
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Use the Order block and exit at breaker
133
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GB - The breaker Trade Plan
132
Use the breaker and exit at high/low
133
GB: The stop run Trade Plan
134
Use the dealing range stop run and aim for the
breaker
134
GB: The equilibrium Trade Plan
135
Use the mitigation block an equilibrium
GB: The FVG Trade Plan
Page 13 of 147
135
136
Version 1.0.8
Use the FVG and propulsion block
THE END
136
137
Acronyms
138
In Closure
139
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Become an a liate, ght Fraudulent copies 142
142
Purchasing Power Parity
143
JOINING DISCORD
144
DISCLAIMER
145
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A liation
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PRICE
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1.
POWER OF THREE NUMBERS
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“THREE GREAT FORCES RULE THE
WORLD: STUPIDITY, FEAR AND GREED."
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ALBERT EINSTEIN
Page 16 of 147
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INTRODUCTION TO PO3
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The power of three numbers is a concept that has fascinated
people for centuries. These numbers, often referred to as
"triplet numbers," are said to hold a special power and
signi cance, and have been revered by many cultures
throughout history.
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But what are these mysterious numbers, and how can we use
them to unlock the secrets of the universe? We will learn how
to calculate and understand these special numbers.
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First, let's start with a brief history of the power of three. The
concept of triplet numbers can be traced back to ancient
civilizations, where they were often associated with spiritual
or religious signi cance. In many cultures, three was seen as
a perfect number, representing balance and harmony.
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The power of three was also prevalent in the mythology of
many ancient cultures. In Greek mythology, the number three
was associated with the goddess of wisdom, Athena, and the
god of war, Ares. In Hindu mythology, the number three was
considered sacred and represented the three worlds of
creation, preservation, and destruction.
fi
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But the power of three is not just limited to ancient history
and mythology. In modern times, the concept of triplet
numbers continues to be revered and studied by people all
over the world. From mathematics and science to art and
literature, the power of three can be found in many di erent
elds.
Page 17 of 147
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Our focus will be on nance, where we are talking about
accumulation, manipulation, distribution1.
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Now that we've learned a bit about the history and mythology
surrounding the power of three, let's delve into how to
calculate and understand these special numbers.
1
AMD cycle is a concept introduced by ICT
Page 18 of 147
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CALCULATING POWERS OF
THREE
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In nance, dealing ranges are made of powers of the number
three.
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In mathematics, a power of three is a number of the
form 3n where n is an integer – that is, the result
of exponentiation with number three as the base and
integer n as the exponent.
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You can also calculate the result multiplying the number 3 x
times.
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3 x 3 = 9
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The result, 9, is the power of three for the integer 2, or written
as 32
We can continue this process for any number we choose. For
example, the powers of three for the integer 5 would be:
3 x 3 x 3 x 3 x 3 = 243
In excel, a powers of the number three is calculated using the
following formula:
power(3, integer)
Depending on your asset, the powers of three result you get
from your calculation is either expressed in pips or in points.
Page 19 of 147
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For example, a xed dealing range for foreign exchange asset
(fx) EURUSD might be 243 pips (35), while a Nasdaq futures
symbol is expressed in points, for example 81 (34) points.
Once you’re settled with a powers of three number you’re
interested in, you can calculate the dealing range.
A dealing range is a piece of price action where we expect
swings to happen. It typically has a dealing range low and a
dealing range high.
Price tends to stay inside this dealing range, unless it breaks
out this dealing range, and goes to the next partition.
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When we de ne a dealing range we’re interested in (in either
pips or points), we will use this number to de ne the
partitions, starting from base 0.0.
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For example, when we identify that a stock moves around 27
points on average (we do this visually, it will jump o from the
chart), we de ne the partitions for it.
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Partition 1 will run from 0 -> 27
Partition 2 will run from 27 -> 54
Partition 3 will run from 54 -> 81
…
If we calculate the partitions (more on that in next part), and
we see that price is aggressively trading through our levels,
we might consider doing a range expansion.
We have a part devoted to range expansion or contraction,
but basically, you take a larger PO3 number.
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In our example above, the next PO3 number after 27 will be
81, and we’ll use 81 to de ne our PO3 partitions.
Page 20 of 147
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When you’re only interested in the current PO3 partition,
because this is where current price action is taking place, go
to the next part, where we discuss the calculation of the
current PO3 partition.
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Above you see a chart of Microsoft with all visible PO3
partitions for PO3 27 on it.
We start at base 0, this partition runs until 27, the next
partition runs from 27 towards 54, next from 54 to 81, …
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Typically, as discussed, price tends to “stay in the range” for a
while. It can brie y leave the range, and go back into it, or it
can leave it, and move on to the next PO3 partition.
Page 21 of 147
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YOUR TRADING PROFILE / SIZE
Every trader has a certain style. This is linked to your
personality, your (working) situation, …
Some people can only trade once per month and are looking
for a position trade. The other want to trade twice every
session, and scalp a certain amount of pips, while others
prefer a “one shot, one trade” per week.
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Below you’ll nd an overview of a typical range (or number of
pips / handles they are looking for), and map it to the type of
trader you are. (Scalper, day trader, long term trader, …)
Page 22 of 147
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Number
Swing Size
Used For
31
3 Stop Runs
32
9 Stop Runs / Scalping
33
27 Intraday trader /
session trader
34
81 Daily Range
35
243 Weekly Range
36
729 Monthly Range
2187 Yearly Range
38
6561
39
19683
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37
59049
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310
177147
@
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311
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You’re looking at a swing of the “type of trader” size (eg. 27
for a scalper), inside a PO3 dealing range we’re going to
identify.
Read the next part determine optimal PO3 DR size on how
to calculate the most optimal dealing range you need to use.
Inside this optimal PO3 dealing range, you will look for the
swings you’re interested in.
So for example, we identify the most optimal PO3 dealing
range as 243 pips, and we - as a session trader - are looking
for 27 pips/handles inside this dealing range.
Page 23 of 147
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DETERMINE OPTIMAL PO3
DEALING RANGE SIZE
Now the question is, how do I know what PO3 value to use
for the asset I’m currently trading.
I would suggest to open a 4 Hour chart, and look at the most
obvious swings.
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They will most likely come in the form of a PO3 level, it will
jump straight from the chart, as you can see here on this 4H
EURUSD chart.
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We see a lot of swings of 243 pips, so that’s the number
we’re going to use going forward for the dealing ranges.
Page 24 of 147
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On top of that, I also use a chart with 1 PO3 level higher, so
that would be a 729 chart in this case. I use this to follow the
longer term picture, usually on a 4h or daily chart.
One can also opt to use a chart with a level lower than the
number we found, so this would be a 81 PO3 dealing range
chart in this case.
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We can monitor this to see if we potentially need to do a
range expansion (use the larger PO3 number), or do a range
contraction (use the lower PO3 dealing range).
Page 25 of 147
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USING PO3 DEALING RANGES
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In the previous part, we learned how to calculate the PO3
number. This number is now going to be used to de ne our
PO3 dealing ranges.
Remember from the previous part, we will use PO3 partitions
starting from base 0, so start at the 0 level.
This can be 0 for crypto, stocks, … or 0.0 for forex.
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In order to calculate the dealing range partition we’re
currently in for our asset – be it fx, indices, crypto, … – we
need to have following variables:
current price
the most optimal power of three number. Read the part on
how to calculate the optimal PO3 dealing range,
previously discussed in the book
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We’re going to draw a xed range, using 2 lines, which will
delineate our PO3 dealing range.
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For the current price, we’re just going to open a chart, and
take the price that’s currently printing.
Now, we’re going to calculate the current PO3 dealing range
low and high.
For this, we take the current price, and remove the decimal
point, if there is one.
fi
We are also only interested in the integer part for anything
not forex related.
For forex we use the rst 5 numbers, and ignore the decimal
point.
Page 26 of 147
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Current Price
1.23459
12345
SP500
4032.8
4032
Bitcoin
23589.4
23589
DXY
124.456
12445
Gold
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EURUSD
Price to take
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Asset
1921
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1921.78
Page 27 of 147
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Now that we have our base price to use, all we need is the
power of three number we de ned as optimal (in the previous
part).
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Use the following formula to calculate the low of the current
xed dealing range.
dealing range low = floor(current price /
optimal po3 number) * optimal po3 number
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The oor function is of importance here. It will take only the
integer number, and disregard the fractional part.
If we don’t do this, we will end up with the same number as
we started with.
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Eg. 12345 divided by 243 = 50,802469135802469
We are only interested in the number before the decimal
point, i.e. 50.
Page 28 of 147
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EXAMPLES
fl
Using the oor function in for example excel, you take the
current price, divide it by the power of three number, and you
only take the integer part, ignoring the fractional part.
12345
243
4032
81
Result
oor (
current
price /
po3
number
)
Dealing
range
low
50*243=
12150
49,7777
7777777
78
49
49*81 =
3969
10,7860
082304
527
10
2187 * 10
=
21870
og
50
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50,8024
6913580
25
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po3
num
ber
fl
current
price
23589
2187
Page 29 of 147
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Now that we have de ned our dealing range low, we can
calculate the dealing range high.
We just take the dealing range low and add the power of
three number we used in our formula above to it.
So let’s say we are calculating the dealing range high for our
EURUSD asset.
We determined above that the PO3 dealing range low for our
243 PO3 range was 12150.
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We add the 243 PO3 number to it, and we get a dealing
range high of 12150+243 = 12393
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dealing range high = dealing range low +
po3 number
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The last step we need to do is to put back the decimal point,
at the position it originally was, and the asset was forex
related.
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In our EURUSD example, the decimal point was after the rst
position, so we get following dealing range low and high for
our 243 PO3 range
dealing range low = 1.2150
dealing range high = 1.2393
Page 30 of 147
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FRACTAL PO3
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Below you see a 243 PO3 dealing range, with equilibrium and
the 1/3 and 2/3 levels as well.
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The nice thing of the PO3 ranges is that you can divide them
in 3 parts, and each of those 3 parts, will be a smaller PO3
range in itself.
So the above 243 PO3 consists out of 3 smaller 81 PO3
ranges.
You will have a premium part, a discount part and an
equilibrium part.
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We will re ne the levels to be used inside the dealing range
later in this book.
If you can’t wait, read up on the Goldbach levels, aka
Huddleston levels (or IPDA).
Page 31 of 147
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It’s good to emphasise that I use just the big range, here 243.
I don’t split these up into 3 81 pip ranges, but rather go for the
wireframe, i.e the Goldbach levels you’re about to read.
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The 3 partitions here were just to highlight the fractional part
of PO3 numbers.
Page 32 of 147
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PO3 STOP RUNS
Power of three stop runs can come into 2 shapes.
Either it’s a real stop run of the buy - or sell side liquidity.
You’ll typically see a stop run under an old low or above an
old high of 3, 9, 27, 81, 243 pips, depending on the time
frame.
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Or price stops at a certain level, most likely a dealing range
high or low, and will create a wick of a PO3 size, so a wick of
3, 9, 27, 81, 243 long.
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If this is the case, you now have a valid rejection block, and
the open or close of the rejection block can be used to enter
a trade.
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Later in this book you can read some additional information
about PO3 stop runs. Have a look for the external range
demarker section.
I like to see PO3 stop runs within a PO3 dealing range of the
smaller number, like 3, 9, 27.
Certainly when there’s a short term high or low just resting
under a Goldbach level.
fi
This is something I heavily use in my personal trade plan you
nd at the end of the book.
For PO3 stop runs outside of the current size PO3 dealing
range, I like to see a stop run of that PO3 - 2 level. So let’s say
we’re using a PO3 729 dealing range, I like to see a PO3 - 2 =
81 stop run.
Page 33 of 147
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Reason for this is that the stop run level aligns with the next
or previous PO3 partition’s Order block level, where the fair
value will start (GB level 11 and 89).
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Below is a 729 PO3 dealing range with the 81 stop run levels
marked in orange.
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Use following settings to mark the PO3 dealing range stop
run levels.
Page 34 of 147
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og
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A 27 PO3 stop run
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Above you can see the 27 pip stop run on the sell side
liquidity.
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Price rejects, breaks an old short term high, forms an OTE to
go long
Page 35 of 147
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A wick of a PO3 number
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Above you can see an up close (green) bar with a large wick.
This wick comes in the form of a 27 PO3 size.
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This con rms our rejection block, and the next candle can be
used to enter a long position.
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The trade closed the gap/traded into a breaker
Page 36 of 147
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PO3 LIQUIDITY
In part 2 of the book, you will learn about Goldbach levels,
aka Huddleston levels.
These are basically your IPDA levels as taught by ICT.
Now, you will very often see that we run short of the
Goldbach level, leaving liquidity.
I consider the Goldbach levels the “real” support and
resistance levels, and expect price to at least hit them.
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og
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So when you see price stops a PO3 number (typically 3 or 9
pips/handles) short of a Goldbach level, expect we will see a
PO3 stop run to clear this liquidity.
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So we might have 3 pips liquidity short of a Goldbach level,
and a 9 pip stop run into the Goldbach level to clear this
liquidity.
Page 37 of 147
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Here you can see price created a short term low, short of the
Goldbach level.
This is your PO3 liquidity. Price drove back up, to later drive
down, with a 9 pip PO3 stop run, into the Goldbach level,
clearing out the 3 pip PO3 liquidity.
So the paradigm here is:
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1: We want to see a Goldbach level (more in Part 2 of the
book)
2: that is not traded to yet, and a short term low of high is
created above or below the level, of a certain PO3 size
3: and this liquidity is later run using a PO3 stop run
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RANGE EXPANSION AND
CONTRACTION
ffi
Range expansion and contraction is when the current PO3
dealing range is not su cient anymore.
This is a concept I use with stocks, or new assets like bitcoin
for instance.
ed
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gy
br
o
Other than using a PO3 dealing range as seen above, which I
use for forex and indices, to see what current PO3 partition
we’re in, here we just use the real PO3 numbers.
ra
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@
th
We start with one of the smallest PO3 numbers, for example
9. If price moves out of this range we do a range expansion,
and we take the next PO3 number, which is 27.
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If this range is breached to the upside, we will do another
range expansion, and we’ll take 81, 243, 729, …
If price retraces however, and we continue to make lower
prices, we do a range contraction.
Let’s say we were in the 243-729 price range, but price
moved below the 243 price range, we will now consider the
range 81-243 as our main dealing range.
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On this bitcoin chart, you can see price moved out of the 81
dealing range, and the range 81-243 was used
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ed
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o
fi
Next, we see that the 243-729 was used. Price broke the 729
level, and did a PO3 stop run and went back into the range
de ned by 243-729
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Later on, the 2187 and 6561 were breached, and price had a
hard stop at exactly 19683.
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GETTING TO KNOW PO3
DEALING RANGES
Before you continue with the next chapter, it is a good idea to
get familiar with the PO3 dealing ranges.
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One might want to create a chart with just a number of
dealing range partitions on it, for a given number.
So only with the high and lows on it, and see how order
blocks are getting created around these levels, and how gaps
are created in the middle of the partitions.
Above is a screenshot of EU with a number of 81 PO3 dealing
range partitions on it.
You can see the order blocks and gaps, and how they act as
support and resistance.
fi
fi
In the next part, we will de ne the IPDA levels inside these
partitions, in order to not get lost, focus on this part rst.
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WHAT YOU LEARNED IN THIS CHAPTER
What are Power of three numbers
How to calculate PO3 dealing ranges and calculate the
most optimal ones to use for your trade plans
Understand PO3 partitions
What does it mean to stay in the range
What are PO3 stop runs and how they work in concert
with PO3 liquidity
br
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What is range expansion and contraction
gy
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How this will be the building block which we will re ne
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further
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ICT:
I SEE T(HR)EE… EVERYWHERE
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CHEAT SHEETS
CALCULATING OPTIMAL PO3 SIZE
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Remember: “big boys” trade with Daily and weekly chart
in mind
Check the W, D or 4H chart for the last couple of weeks
If you are a position trader, use the D or W charts. For
scalpers, day traders, use the 4H chart
Move the rectangles around,
Use a few PO3 sized rectangles: 81, 243, 729, … and see
what PO3 size the most obvious swings are, where the
most obvious reaction points are
Use this PO3 going forward
Do this every month to calibrate price with current action
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CALCULATING DEALING RANGE
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Your PO3 number you’re going to use is calculated in
previous cheat sheet
You determine the current price. Open a chart for your
asset and just take the price that currently prints
Don’t make it complex by using 00:00 EST open price,
Friday’s range, … Current price is enough
Determine your dealing range low using the formula
de ned above in the book using the PO3 number and the
current price
Now with the calculated dealing range low, add your PO3
number, this will be your dealing range high
Include a decimal point again if the formula said to remove
it, at the exact same place
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WHEN TO DO RANGE EXPANSION
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If price goes out of your dealing range
And does a PO3 stop run regularly, (eg you have a 243
dealing range, with a 27 PO3 stop run)
This can indicate 2 things.
Either your dealing range is too small, and you need to
recalculate the most optimal dealing range
Or your dealing range is still in line with the optimal PO3
size, and price will move to the next partition
If price is consolidating, will see often PO3 stop runs, and
price goes back into the range
This might indicate you are in the middle part of a larger
PO3 range, eg a 243 PO3 dealing range, and you are in
the middle 81 PO3 partition
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2.
HUDDLESTON LEVELS
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JIMI HENDRIX
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“NOW IF 6 TURNED OUT TO BE 9
I DON'T MIND, I DON'T MIND”
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WHERE DOES IT COME FROM
In the past I talked a lot about the Huddleston levels, but
where does it come from?
Using my favourite tool wordhippo, I looked for the following
2 words:
Huddles: https://www.wordhippo.com/what-is/another-wordfor/huddles.html
-> Clusters
ed
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Ton: https://www.wordhippo.com/what-is/another-word-for/
ton.html
-> 100
m
@
th
Now the length of name Michael is 7, and coincidently there
are also 7 archangels.
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When we do a bit of magic, the puzzle we’re looking for
translates into:
7 CLUSTERS OF 100
This leads us to Goldbach clusters
Goldbach's conjecture is one of the oldest and bestknown unsolved problems in number theory and all
Page 48 of 147
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of mathematics. It states that every even natural
number greater than 2 is the sum of two prime numbers.2
So what does this mean exactly? Well we’re looking for the 7
clusters of the number 100.
A cluster are 2 primes, when added them together we have
the number 100.
The number 100 is just the percentage of a range. A full
range is 100%, hence the number 100.
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o
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We can use a goldbach calculator to nd all pairs for a given
number for us.
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og
gy
An even number can have more than 1 Goldbach cluster, and
from Michaels name we understand that we need to look for
7 clusters.
2
Source: wikipedia
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Below is a screenshot for all 2 primes that added together
form the number 100
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Cluster
Discount
Premium
1
0
100
2
3
97
3
11
89
4
17
83
5
29
71
6
41
59
7
47
53
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gy
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You can see that for each cluster, the discount number and
the premium number add up to the number 100.
m
@
th
ed
These clusters also explain market symmetry. The low
number together with the high number (for example 11 and
89) are symmetrical opposed to each other.
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You can identify a discount number, and a premium number,
and map the prime numbers making up a Goldbach cluster
towards the IPDA levels taught by ICT, as seen in the next
part.
You will also see that most partitions are 6 apart from each
other, where the 5th cluster will jump 12 steps at once, which
is where the liquidity void will reside.
So now we already have number 3 for the power of three
ranges and make up our dealing ranges, and number 6 which
separates the Goldbach clusters.
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fi
fi
fi
All that’s left to do is to de ne a b tool but with the below
prime numbers, de ning the Goldbach clusters.
fi
We use this tool in the PO3 dealing range we de ned in
chapter 1.
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fi
Below you’ll nd a 243 PO3 dealing range of EURUSD, with
IPDA/Huddleston/Goldbach levels added.
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IPDA = GOLDBACH
Goldbach number
IPDA level
HIGH
3
REJECTION BLOCK
11
ORDER BLOCK
17
FAIR VALUE GAP
29
LIQUIDITY VOID
41
BREAKER
47
MITIGATION BLOCK
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0
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59
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71
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89
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83
MITIGATION BLOCK
BREAKER
LIQUIDITY VOID
FAIR VALUE GAP
ORDER BLOCK
97
REJECTION BLOCK
100
LOW
fi
We now identi ed the IPDA levels, which are goldbach levels
we calculated for the number 100. The 7 pairs make up the
premium and discount levels.
You will also see that the levels are 6% apart from each other,
apart from the top and bottom.
Rejection block is only 3% apart from the high/low, and the
order block is 8% apart from the rejection block onwards.
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You will also notice that the array where the liquidity void is
(the 29/71 Goldbach cluster), the levels are 12% apart.
This is the nature of a liquidity void, as this is where there is
most of the time a large one direction move, which is what we
expect due to the 12%.
To map the levels to an ICT concept, like rejection block,
order block, we take the value of the level just below it until
the current value.
So for a rejection block, we take 0 -> 3 or 100 -> 97, for an
order block we take 97 -> 89 or 3 -> 11 and so on
og
gy
br
o
When we map the Goldbach clusters to our PO3 dealing
ranges, we get the wireframe that makes up IPDA.
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@
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You can reference the screenshot above with all the
Goldbach values mapped out to their respective values.
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fi
fi
Below you can nd the values to put in your b tool
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gy
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The 35/65 and 23/77 pairs are non Goldbach values, and I
don’t put them on the chart most of the time.
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CONSEQUENT
ENCROACHMENT AND MEAN
THRESHOLD
There is a reason ICT gave these strange sounding names. It
was another piece of the puzzle.
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E=MC2
og
@
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ed
E = Equilibrium
MT = Mean Threshold
CE = Consequent Encroachment
gy
E = M Times C Exponentiation
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You learned that Goldbach levels are typically 6% apart from
each other, but what about CE levels.
Well, CE levels are just in the middle of 2 Goldbach levels, so
typically every 3% we have a consequent encroachment.
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br
o
og
gy
Typically you will see market structure shifts occur at the
consequent encroachment levels.
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th
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ed
Above you can nd a screenshot of ICT twitter where he just
marked the CE level. This was exactly in the middle of a PO3
dealing range with Goldbach levels.
ff
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le
g
The order block levels, which starts from the rejection block
(3/97) towards the order block (11/89) is 8% in size.
The middle of 8% is 4%, hence he needed a di erent name
for mean threshold.
These levels should hold, like ICT always says, I want to see
the MT of an order block hold, if it breaches this, we will
probably see lower prices.
We can conclude:
Consequent encroachment = the middle of a 6% block
Mean threshold = the middle of a 8% block
You will also see in the liquidity void levels, which are 12%,
that you can have non Goldbach levels.
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fi
These are no real Goldbach levels per se, as they are no
prime numbers, but in my testing I nd that the levels in
between the FVG->LV and the LV->BR also have a hidden 6%
level (and thus a CE level as well), so on my charts (when I
use a large enough PO3 dealing range, so my screen is not
cluttered with lines), I also draw following levels:
35 and 65
23 and 77
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And I call these the non gb levels.
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EXTERNAL RANGE
DEMARKERS
fi
fi
We de ned dealing ranges using PO3 values. This de nes
our range, and this comes both with internal range, where we
use our Goldbach IPDA levels, but there’s also external range.
gy
br
o
fi
External range is also de ned by PO3 levels, and this is
something we learned in the PO3 chapter, part about PO3
stop runs.
th
ed
fi
og
fi
Basically what you do is add following b values to your
bonacci tool:
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@
Range high: 1.111
Range low: -0.111
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Using these b values is putting a PO3 (-2) level on the chart.
What this means is, it highlights stop runs of 2 lower PO3
numbers.
For example, if you’re currently using a 2187 PO3 dealing
range, it will put a stop run level of 2 PO3 lower, which is not
729, but 243.
For 243, it will be not 81, but 27, and so on.
This will give you an indication on where price will go to in
case it breaches the dealing range, for a brief moment of
time.
You’ll often see that a big move starts from an external range
demarker as well.
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Also with ERD, you can cut the block in 2, so you have the
middle of the ERD, which is also very sensitive.
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SMT AND GOLDBACH
ff
You can use Goldbach levels with 2 di erent assets (eg. EU
and GU) to identify SMT.
SMT is a method to determine divergence. Mostly used with 1
asset making a lower low or higher high, while the other asset
fails to make a lower low (this will be the strongest asset), or
fails to make a higher high (this will be the weakest asset).
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ff
We can use Goldbach levels to measure a di erent kind of
SMT and signal a potential reversal.
In the above example you can see EU is hitting a Goldbach
level (check the bodies as well), while GU fails to hit a
Goldbach level, but rather the CE is providing resistance. You
will see a large drop later on.
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Non Goldbach levels are also some form of a CE level, so you
might see SMT between Goldbach levels and non Goldbach
levels as well.
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ff
The chart you will use will have the same PO3 dealing range
on it for both assets.
In the example above, both EU and GU charts have the 729
PO3 DR on it.
You don’t want to mix 2 di erent dealing ranges to form t an
SMT.
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HOW TO USE GOLDBACH
Ok, so now you learned about PO3 dealing ranges to identify
a large enough range, and you learned how to draw the IPDA
levels inside this dealing range, using Goldbach levels.
Now, how to apply these?
Well, that depends entirely on what type of trader you are.
br
o
Are you interested in trading the levels from a wireframe
perspective, than you follow the story of price.
@
th
ed
og
gy
Each IPDA level will tell you what to look for. Are you inside
the OB range (3 -> 11 or 97 -> 89) you look for an order block
to form.
In the breaker block zone? Look for a breaker to form.
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You either look at the left of the chart if price created the
IPDA block in the past, or you wait for price to create one for
you.
If you do not see the corresponding block to form in the zone
you are in, you probably have not a valid IPDA block.
No order block in the OB zone? No trade using a nonexistent
order block.
fl
Now, this story of price ow is to be used with following trade
style:
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LONG TERM OR POSITION TRADER
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gy
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You look for the look back partitions, you de ne your
yearly AMD cycles, and you wait to trade from an IPDA
block.
No IPDA block, no trade.
You will have to use a large enough PO3 range (2187,
6561, …)
Use the look back trade plan at the end of the book
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OSOK TRADER OR SHORT TERM TRADER
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You de ne a dealing range of adequate size (for instance
243, 729), and you follow the story of price.
This means you will probably need to wait a couple of
hours or days before the setup forms.
Ideal setups form inside a manipulation cycle, either the
main one, or a fractal one. You also want to see a PO3 stop
run into a Goldbach level
Use the OSOK trade plan at the end of the book
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DAY TRADER OR SCALPER
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fi
fi
fl
You do not attach a story of price to the Goldbach levels,
but you just trade the levels as support and resistance.
The ow can go from Goldbach level to Goldbach level,
from Goldbach level to a non Goldbach level, or the other
way around, but never from a non Goldbach level to a non
Goldbach level, as there will always be the liquidity void
level in between 2 non gb levels
For further re nement, and to see what algorithm is in play,
you can draw a new Goldbach b in between the 2
Goldbach levels (one can be a non gb) of interest.
Ideal setups form inside a manipulation cycle, either the
main one, or a fractal one. You also want to see a PO3 stop
run into a Goldbach level
You enter at a Goldbach level and exit at the next
Goldbach level (one of which can be a non gb level)
You use the my personal trade plan at the end of the book
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WHAT YOU LEARNED IN THIS CHAPTER
Translate the name Michael J Huddleston
What are Goldbach clusters
How to map the Goldbach clusters to IPDA levels
What is consequence encroachment and mean
threshold and how do they relate to Goldbach
External range demarkers and where PO3 stop runs
og
gy
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come into play
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ICT: I JUST GAVE YOU GOLD… BACH
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CHEAT SHEETS
GOLDBACH LEVELS
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Goldbach levels are clusters of 2 primes that added
together form an even number
We use the number 100, as this is 100% of a range
There can be more than 1 Goldbach cluster for an even
natural number
We are looking for 7 Goldbach clusters, 1 for each IPDA
level de ned by ICT.
They come in pairs, so a premium and discount number
This de nes your market symmetry, balanced price, …
We use the standards Goldbach numbers and also 2 other
sets (with a premium and discount), we call the non
Goldbach numbers
“Order blocks” (not the IPDA one) and gaps will form
around the Goldbach numbers
Non gb numbers will see SIBI/BISI formed around them,
and there is one above and one below the liquidity void
level
Goldbach numbers are the basis for the 2 algorithms,
which we determined using a tweaked Tesla Vortex,
discussed in the Time and Price part of the book
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TIME
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3.
20-40-60 LOOK BACK
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“FROM THE CALM MORNING, THE END
WILL COME WHEN OF THE DANCING
HORSE THE NUMBER OF CIRCLES WILL
BE NINE.”
NOSTRADAMUS
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INTRODUCTION
The 20-40-60 look back is where the number 9 comes into
play.
ed
og
gy
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o
This is one of ICT’s riddles that triggered me to dig into this
price sequence.
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@
th
fi
We just use a sequence of the number 9 to de ne our
partitions that make up the look back anchor points, but we
ignore the rst number 9.
fi
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As to why we ignore the rst 9 (and another one later in the
sequence), this will become clear in a moment.
The sequence we will use is:
18-27-36-45-54-63-72-81-99-108-117-126
This sequence is to be used on the daily chart, and delineate
the partitions.
fi
fi
-
fi
We will break the numbers of the sequence in 2 parts:
the rst digit in case the complete number < 100, else we
take the rst 2 digits. This will make up the month
The last digit. This will make up the day of that speci c
month
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We will come up with following table
Number
Month
Day
8
27 February
7
36 March
6
45 April
5
54 May
4
63 June
3
72 July
2
81 August
1
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18 January
og
ed
108 October
gy
99 September
8
7
@
th
117 November
9
6
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126 December
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The days of the speci c month will make up our anchor
points, so it’s best to open a daily chart, and draw 12 lines for
the year, given the speci c day for the month.
fi
Should a day fall on a weekend, you use the following trading
day, typically Monday following the weekend.
If for example you need to draw the vertical line for May the
4th, but this day falls on a Saturday, you would draw a vertical
line for Monday the 6th for that speci c year.
You’ll now understand why we don’t use the numbers 09 and
90, as there is no Month 0 with a day 9, and there is no day 0
in the 9th month.
Page 72 of 147
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fi
Now we have de ned the partitions, marking up the look
back periods, it’s time to put them in action.
fi
At the start of the new partition, we look for a clue based on
the speci c number of that partition.
For example, if we started the partition for the month of
October, we will use the number 108.
With this number (108 in this case), we will look for a stop run
of 108 pips in any of the previous 3 partitions (the 20-40-60
lookback).
ed
og
gy
fi
br
o
What is also possible is that you don’t need to look for a stop
run, but that you’ll nd a FVG of this amount of pips
The last possibility is that there’s an order block in close
proximity, with this size (108 for October).
ra
m
@
th
fi
At the start of the new partition, you typically look for the rst
few trading days of the new partition to hit either the liquidity,
the fair value gap or the order block.
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We expect price to aggressively trade away (reverse) from
this point, and we expect a PO3 stop run on the opposite
direction.
This PO3 stop run can be either a real liquidity stop run, or
when you see a PO3 size wick, it’s possible this wick is used
as a target.
fi
When the PO3 stop run occurred, you’ll typically see that
price goes back into the trading range de ned for the current
partition.
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HIPPO
fi
You’ll nd references to HIPPO in the following examples.
This is an “invention” of mine, to demonstrate that if you
understand the price levels (huddleston/Goldbach), you can
create any trading system around it, give a concept a name of
your liking.
That’s why I came up with the HIPPO:
th
ed
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H: HIDDEN
I : INTERBANK
P: PRICE
P: POINT
O: OBJECTIVE
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Basically, a HIPPO is a “hidden” order block, where you take
the wicks of 2 consecutive bars.
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You do not take any 2 bars, but the bars should create a fair
value gap.
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br
o
gy
ed
og
fi
fi
Above you can see 2 green candles. The second candle
didn’t ll in the rst gap, and the next candle (the red
indecision candle) also formed a gap.
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m
@
fi
th
When we attach the top of the wick of the rst candle to the
bottom of the wick of the second candle, you can see a
“hidden” order block forming.
te
ff
You can also see that this HIPPO o ered support later on (and
also closed the top FVG.
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fi
When studying HIPPO’s you will often nd that they are
created:
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around CE levels. This will give a good indication a CE
level will hold in the future, or it will be re-used later on
Around the non Goldbach levels. Remember, non
Goldbach levels are created to “split” the liquidity void
zone into 6% blocks.
So there will be a non Goldbach level above, and one
below the liquidity void level (71/29).
Typically you will also see HIPPO’s form around these
levels.
An even more interesting observation you will make is that
these (potentially) 2 HIPPO’s will be the trigger for a break
away gap and a measuring gap.
This is also the area where SIBI and BISI will occur.
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HIPPO’s are just like order blocks, they can be reclaimed in
the future, or they can act as a reverse HIPPO, just like when
an order block becomes a mitigation block, when it is traded
through.
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fi
fi
In below example you can see a HIPPO, which was rst
traded to, to create the high.
But later, when price was traded down, and went straight
through the HIPPO (both fair value gaps were breached),
price retraced back up, into the HIPPO sensitive point, which
is where the close of the rst candle matches the open of the
next candle that make up the HIPPO.
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EXAMPLES
All examples are for the year 2022, but will be updated when
time progresses.
The charts are printed in portrait mode, but to facilitate
printing and make annotations, there’s a separate document
in the discord forum.
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fh
Have a look at the #booko opi channel.
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JANUARY 8TH
LOOK FOR NUMBER 18
fi
In January, which is the rst month of the year, we should
start at the 8th.
fi
This is however a weekend day, so we will take the rst
Monday following this day, so we arrive at January the 10th.
We are still looking for either gaps or stop runs of 18 pips just
when the new partition starts.
br
o
4 trading days into the new partition, we can see a 18 pip gap
residing 2 partitions ago (40 day lookback)
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When we hit this level, price breaks down, and it does a 81
PO3 stop run, triggering the reversal in price.
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FEBRUARY 7TH
LOOK FOR NUMBER 27
February, the second month of the year, we will start at the
7th.
We are looking for a 27 pip stop run or a gap.
On the 4th trading day, we see we hit the 27 pip stop run of
the previous partition.
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Price breaks down, and does a 243 PO3 stop run, closing the
current partition, and be ready for the March partition.
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MARCH 6TH
LOOK FOR NUMBER 36
March, the 3rd month of the year, we look to start at the 6th.
Immediately out of the gate, we took out the previous
partitions low with 36 pips.
fi
The draw on liquidity was the bearish order block of 81 pips ,
but before we reached there, we rst left a 36 pip gap.
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The order block was later traded to just before the partition
closed.
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APRIL 5TH
LOOK FOR NUMBER 45
In the 4th month, we are looking for 45 pips, starting at the
5th of the month.
Price left at the start of the partition, creating a 45 pip gap,
which was tested multiple times.
br
o
Should you have look for a 45 pip sell side stop run, you
could see a nice +100pip reaction from it, but ultimately it
failed.
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After the failed swing, you can witness a 243 PO3 stop run
.
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MAY 4TH
LOOK FOR NUMBER 54
May, the 5th month where we look for 54 pip stop runs or
gaps, is interesting.
We can see a nice gap of 54 pips but what’s interesting is
there is a HIPPO to it, which is used as the reaction point.
You can also witness the 54 pip gap below the HIPPO, so the
HIPPO is made out of 2 54 pip gaps.
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When the HIPPO triggered the sell o , we did a 81 PO3 stop
run, where price reversed and headed to another 54 pip gap
in the previous partition.
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JUNE 3RD
LOOK FOR NUMBER 63
Here, on the 6th month, price traded into a 63 pip order block
created in the previous partition.
The rejection block was used to drive price down,
Should you not see this order block, and were looking for the
63 pip sell side stop run, you will have a failed swing (and
potential loss).
gy
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ff
Price sold o into a PO3 rejection block (the wicks are 27
PO3 number), and price reversed.
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It reversed into the HIPPO which was created at the top of
the failed 63 swing.
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JULY 2ND
LOOK FOR NUMBER 72
The partition for the 7th month should start on the 2nd, but as
this was a weekend, we use the following trading day, which
was Monday 4th 2022.
If you missed to see the 72 pip order block which was
created at the end of the previous partition, you will face a
loss when the 72 stop run block was ran through.
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o
A HIPPO was created at the bottom of the 72 pip stop run,
and we saw a 243 PO3 stop run straight from the HIPPO.
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Price ran back into the HIPPO after the 243 PO3 stop run on
the sell side occurred.
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AUGUST 1ST
LOOK FOR NUMBER 81
August, the 8th month was a beautiful setup.
We did the 81 pip stop run of the buy side liquidity of a swing
created in the previous partition.
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Price sold o , and we did a 81 PO3 stop run of the sell side
liquidity of the previous partition.
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SEPTEMBER 9TH
LOOK FOR NUMBER 90 - 99
Now, the 9th month is something special. We should take day
0, but obviously there is no day 0, so we add 9 again, and
arrive at 99.
ff
Here we saw a nice 99 pip stop run of a swing created in the
previous partition, and price sold o .
br
o
By now, you know the drill. You look for a PO3 stop run, which
came in as a 243 PO3 stop run.
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Price returned back into a bearish order block.
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OCTOBER 8TH
LOOK FOR NUMBER 108
October, the 10th month we are looking for a 108 clue.
This one is a bit special, because we used a redelivered
rebalance gap.
ff
Price was o ered to the buy side, and we did a 81 PO3 stop
run.
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Price went back to the top of the 108 block.
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NOVEMBER 7TH
LOOK FOR NUMBER 117
Here, on the 11th month we used a 117 pip gap.
You could see price do an impulsive move just before we
start November’s partition, creating the gap.
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We just fell short of a 243 PO3 stop run of the 60 day look
back ( 3 partitions ago ).
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DECEMBER 6TH
LOOK FOR NUMBER 126
fi
The last month of the year is a bit special, as this is a
consolidation pro le most of the time.
We could see a nice 126 pip stop run on the highs of the
previous partition (20 day look back).
fi
The PO3 stop run was under the current partition low, which
is a hallmark for the consolidation pro le.
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Also note that the partition for December runs into the rst
trading days of the next year
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WHAT YOU LEARNED IN THIS CHAPTER
What is a HIPPO
fi
How to de ne the look back partitions using the
number 9
Map the look back partitions to the correct days and
months
How to look for clues that triggers range expansion
using the number 9, from the start of a new look back
br
o
partitions
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How to anticipate reversals using PO3 stop runs
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CHEAT SHEETS
HIPPO
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A 2 bar pattern with 2 gaps
We attach the wicks of the 2 candles together, to reveal a
“hidden” order block
Ideal HIPPO’s should have a same size gap, preferably a
PO3 number on both sides
They are very strong support and resistance levels
They typically happen inside the Liquidity void zone, or in
the Smart money reversal of a MMxM
Page 92 of 147
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DETERMINE LOOK BACK PERIOD
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Calculate the year range by starting at the number 18
Add 9 each time until you reach 126
Number 90 will be skipped
These number represent 2 things
1: The Month + day a look back partition starts
2: The number you will need to use for this look back
partition
This is a longer term view, i.e. a month, and we can look
back multiple months (preferable maximum 3)
You can use this technique for position trades
It will de ne your bias for the current month
Step 1: You de ne your start and end of the partition, eg.
March 6th
If this days falls on a weekend, take next Monday
You can use AMD cycles in this range
Step 2: you know the number for the month, you de ned
this on the rst bullet points
Using this number, you will look for clues, in the beginning
of the partition (or the A cycle)
Clues are: gaps, order blocks, wicks, liquidity runs, HIPPO’s
of this number
This will be your trade entry point
Step 3: We look for an opposite PO3 stop run. So not using
the number of the month, but a 3, 9, 27, 81, … stop run
This can happen either in the look back partition M cycle,
or the fractal M cycle of the main D cycle
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4.
LOGO
og
gy
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9-6-9, THE NUMBER OF THE BEAST
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IRON MAIDEN (TWEAKED)
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INTRODUCTION
Everybody is looking at the logo as a small circle
accompanied by a large circle.
But this is the sleight of hand of ICT, it’s to mislead you.
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What you are really looking for is a small circle with a bigger
circle to the left and right of it.
This represents your Accumulation, Manipulation and
Distribution cycle
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ed
og
gy
br
o
When we take our beloved PO3 numbers, and consider 1
trading year, we exactly end up with what ICT always hinted:
ra
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th
There are roughly 52 trading weeks in a year, with 5 trading
days per week (forget about crypto here).
This accounts for 260 trading days per year.
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But we are interested in PO3 numbers, so this gives us
260 - 243 = 17
17 days is pretty much the amount of trading days of
December, and we learned from the tweet that December
“resets” the trading range.
This will give us for the yearly AMD range:
Accumulation: January to April (the left big circle)
Manipulation: April to May (the inner - smaller - circle)
Distribution: May to November (the right big circle)
Now, when you look closely, you can see that each circle is
made up out of 3 other AMD circles.
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So each of the 3 circles which make up the AMD phase, has
their own AMD cycle in it.
Read more about this in the Fractal chapter.
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You now also understand why ICT stands for inner circle
trader.
Most trades ICT does, is inside the manipulation phase, or the
inner circle.
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We can do the same like we did above to layout the yearly
expectations, but now for a given day.
Below is information for forex (and crypto) related settlement.
This is using concepts from the CLS settlement window, and
the timings are in CET, as this is the timeframe CLS operates
in.
For indices, I’m currently monitoring 18:45-18:45 EST, but this
book will be updated with the correct information in due time.
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We are using the CLS timings for this, so a true day goes from
20:00-20:00 CET, which is 19:00-19:00 BST or 14:00-14:00
EST
You can see there that we have an accumulation phase
during the Asian session, the London session breaks out of
the Asian consolidation and retraces back into the
consolidation during the manipulation phase (and forms the
Judas), and price is being distributed during New York.
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br
o
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gy
The main manipulation session matches the London Open
session, and runs from 05:00 CET - 11:00 CET, which is 23:00
EST-05:00 EST.
You will notice this is a 6 hour window.
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@
The asian session and the New York session are the
accumulation phase and distribution phase respectively, and
are 9 hours long, again a reference to the 3 (sessions) and 6
and 9 (hours).
So to summarise:
Accumulation (or A): Asian Range
Manipulation (or M): London Open
Distribution:
This is typically divided into 2 separate cycles:
D1: New York
D2: London Close
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Now, I told you that we can break each phase into smaller
AMD phases, as price is fractal.
@
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So if we look for instance at the manipulation phase of the
above screenshot, we can ne tune it using the smaller AMD
cycle
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You can see the accumulation phase, this is violated (market
structure shift) and retraced back into (to form an OTE).
After the retracement into the consolidation of the
accumulation phase, we expand into a pool of interest
(liquidity, fvg, …)
At this moment, we will reverse price. You will see that the
reversal will typically be in the middle of the distribution cycle.
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Now if you think: 'This looks pretty familiar, but I can't put my
nger on it'...
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FRACTAL
fi
So what is the fractal of the logo you asked. Everybody was
looking at bonacci numbers, geometric sequences, doubling
theory, while it’s just AMD cycles using following numbers.
fi
In trading view you can use the b time zone tool.
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The 0.81 is the middle of the distribution cycle and you’ll see
a retracement or reversal happening there very often
Page 102 of 147
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fi
Price is fractal, so like described in the previous part, every
cycle can be divided in their own AMD cycle, and this can
again be ne tuned into AMD cycles.
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So per main cycle (A, M, D) you would potentially end up with
9 sub cycles.
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HOW TO USE AMD
I like to remap the 3 main phases of the AMD cycle into the
following words:
A: Accumulation = Analyse
M: Manipulate = Mark
D = Distribute = Deliver or Deal with it
br
o
So in analyse phase, I like to see what the market is up to.
This is your typical Asian range, and we’re looking what
they’re up to.
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ed
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gy
Next, in the Mark phase, this is where I want to enter the
market. This is where my focus is, and I want to enter here
typically. This is the London Open session.
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@
As explained, I want to get in at the middle of the
manipulation phase, but I’m exible. We will learn about
distortion of time in the next part, so no big deal if we do a
stop run into a Goldbach level by the end of the manipulation
cycle.
The last phase is the delivering cycle, where we need to deal
with the position we took during the manipulation cycle.
Like you know, this is typically delivered in 2 phases, and we
are cautious for potential reversals here, in line with either a
reversal day, or a London close day to get back into the
range.
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DISTORTION OF TIME
My favourite setups occur during the Manipulation cycle. This
can either be the main M cycle (London Open), or one of the
fractal AMD cycles.
I want to see the PO3 stop run happen in the middle of the M
cycle. This should hit (or just pass) a Goldbach level (so a run
into the institutional level). All of this with a PO3 size run, like
we learned.
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If this run however fails to run into a Goldbach level, but this
happens either in the beginning, or towards the end of the M
cycle, I consider this as distortion of time.
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CANDLE COUNTING
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7-13-21
te
One of the new ideas in town is candle counting. Now why
does this work, you ask?
When we take a time range, and we use the daily chart here,
and we draw an AMD cycle in between the look back
partition (you can see 2 partitions here), you will see that the
AMD cycles generally align with the:
7 for the end of the A cycle
13 for the end of the M cycle
21 for the end of the D cycle
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WHAT YOU LEARNED IN THIS CHAPTER
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How to really interpret the circles in the logo
Map the circles to the Accumulation, manipulation,
distribution phases
How the AMD cycles are fractal
How to lay out the yearly AMD cycle
How to use the Logo and AMD cycles for a given day,
using CLS timings
Map the AMD cycle to market maker models
Why does candle counting work, but you need to have the
proper anchor point
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CHEAT SHEETS
AMD CYCLES
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We have 3 main cycles inside a year, or a month
For the year we take the PO3 number, so a year consists
out of 243 trading days (roughly 52 weeks * 5 trading
days)
The remainder of the total trading days - 243 = December
yearly range reset
To use it for the day, we start at 20:00-20:00 CET, or
14:00-14:00 EST
Also for the day there are 3 main sessions
A = Asian Range
M = London Open
D = New York
The D cycle can be divided in 2 cycles, D1 and D2
We are wary for reversals in D2, or in D1 if the M cycle was
large
Each main AMD cycle can be divided into a fractal AMD
cycle, and once more (so 3 fractals)
Preferably we look for a M cycle to create a high or low for
the day, and this exactly in the middle
We want to see in this M cycle, a PO3 stop run into a
Goldbach level
This can be either in the rst 1/3 or the last 1/3 of the M
cycle, this will be considered distortion of time
In the fractal M cycle, look either for PO3 stop runs in line
with the daily order ow
Or look for reversals, mainly in the D2 cycle, or after a
large main M cycle
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TIME
AND
PRICE
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5.
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ALGORITHMS
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HARDEST TIME TO LIE TO SOMEBODY IS
WHEN THEY’RE EXPECTED TO BE LIED
TO
ALAN TURING
Page 110 of 147
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fi
First a word of warning: The algorithms are the advanced
part of the book. If you don’t get a rm grasp of how PO3
dealing ranges work, how to use the Goldbach levels inside
these, and witnessed the reaction points during the M cycle,
it’s is too early to start using the algorithms.
Now that the warning is out of the way, let’s talk about the 2
algorithms that I found using everything ICT told us.
We understand Goldbach levels now, but how to we get to
the 2 algorithms you wonder?
gy
br
o
Well, we are going to use a Tesla Vortex, but we base the
calculation of our modular multiplication on the numbers we
discovered here in this book.
th
ed
og
Now we can come up with the theory between the 2
algorithms ICT described.
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@
We now understand that price action delivers using PO3
numbers (the number 3), and Goldbach levels.
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We also identi ed the 14 di erent IPDA levels, which are the
lines that make up the 7 Goldbach clusters of the number 100
(our full dealing range in percentages)
So we will feed this in our vortex calculator:
Modulus: 14
Multiplier: 3
Page 111 of 147
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br
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gy
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ed
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Now this is very interesting. We have 2 sets of data, one that
starts with the number 1, and another one that starts with the
number 2.
And interesting, ICT mentioned back in the old days that
there are 2 algorithms, one of which is the MMxM.
MMxM: is either a Market Maker Buy Model or a Market
Maker Sell Model
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So we have 2 sets of data:
1 3 9 13 11 5
2 6 4 12 8 10
If we map this to our Goldbach values we found, where 1 = 0 =
high, 2 = rejection block, 3 = order block, …
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We get following 2 mapped algorithms
Page 113 of 147
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Market Maker x Models
Page 114 of 147
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Trending models
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fl
When we put it in text, we get the following ow
ALGO 1
HIGH/LOW
ORDER BLOCK
OPPOSITE BREAKER
OPPOSITE REJECTION BLOCK
OPPOSITE FAIR VALUE
LIQUIDITY VOID
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ALGO 2
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REJECTION BLOCK
ed
BREAKER
@
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FAIR VALUE
m
OPPOSITE ORDER BLOCK
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OPPOSITE MITIGATION BLOCK
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OPPOSITE LIQUIDITY VOID
Page 116 of 147
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ff
Now we understand how we need to create the dealing
ranges (using the PO3 numbers), and we understand the
levels inside these dealing ranges (using Goldbach), and we
understand that price is o ered by any of the 2 algorithms,
we can get to work.
fi
In the below screenshot, we identi ed for the EURUSD chart,
the current 729 PO3 partition.
This partition runs from 1.0206 towards 1.0935, or the 14th
729 partition from base 0.0
br
o
14*729=10206 (dealing range low)
10206 + 729 = 10935 (dealing range high)
-> add decimal point for EURUSD
@
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og
gy
When we put the range low and range high in our calculator,
and we specify this is a 729 range, we can calculate the IPDA
levels using the Goldbach levels.
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Using algo 2 for a bullish scenario, you can see that price is
respecting the levels outlined by our algo.
You can see in the screenshot that an order block was
created, a fair value accompanied by it, price returned into
Page 117 of 147
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fi
the OB+FVG, price expanded away above equilibrium, price
retraced back and was mitigated around equilibrium. We
consolidated a little while, and price was aggressively
expanded into the prede ned level to form the high of the
algo, which is the premium fair value gap.
fi
fl
fi
To get a cleaner chart, you can lter out all the Goldbach
levels that are not needed for the ow of the speci c
algorithm.
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gy
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ffi
fl
fl
While we’re generally not calling tops and bottoms, using the
po3 dealing ranges, Goldbach levels and the algorithm ow,
together with con uences of what you’re about to learn with
the look back partitions, it might rea rm a change in direction
Page 118 of 147
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6.
br
o
PUTTING EVERYTHING TOGETHER
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JOY DIVISION
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LOVE WILL TEAR US APART
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THE MMXM, OTE AND ALGO
Well, that was a long read, congratulations for reading until
here. It sure contains a wealth of information. You might even
feel overwhelmed by it.
So, how do we put this into practice. Well, I have you covered.
We’re going to use my personal trading model, which is
actually a MMxM.
ed
og
gy
br
o
For those of you who didn’t know, I started to use the MMxM
description back in the old days on the forum, but it’s widely
used now. MMxM stands for:
th
MMSM: Market maker Sell Model
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@
MMBM: Market maker Buy Model
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What we are going to use here are:
2 Goldbach levels, preferably from a larger PO3 range, like
243 for instance
A PO3 stop run into a Goldbach level, this during one of
the manipulation cycles, either the main one, or a fractal
one
A breakdown from this Goldbach level, creating 2 PO3
sized gaps that make up the HIPPO
An understanding of consequent encroachment and what
role it plays in the “market structure break”
How to map out the MMxM using the algorithm 1
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@
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Above is the anatomy of a Market maker sell model, for
EURUSD, January 26th 2023. The Goldbach levels you see
here are based on the 243 PO3 dealing range.
You can see the OTE play out here.
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We can break this down into following ow:
ff
fi
te
stop run into a gb level
break down, creating 2 PO3 3 pip gaps with a HIPPO
Market structure shift at CE in between the gb levels, we
didn't need to look for it ourself, the gb + CE did this for us
touch of the gb level - start of the MMSM
accumulate at the OB + FVG discount level
SMR in the FVG premium level
2 phases of distribution, at the gaps de ned by the HIPPO
aggressive sell o to target sell side liquidity, to complete
MMSM
What I like to see is that the PO3 stop run (of 3 pips in this
example) occurs during a manipulation phase. This can either
Page 121 of 147
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be the main M phase (London Kill Zone), or a fractal M phase
(in the New York kill zone for instance).
ff
We want to see an aggressive sell o , and break the
consequent encroachment that exists between 2 levels,
preferable between the fair value gap Goldbach level
(17/83)m and the liquidity void level (29/71)
ff
A HIPPO will form at the start of this sell o , and it will create
2 PO3 sized gaps around it.
ed
og
gy
br
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The bottom (or top for a MMBM) will be the trigger to look for
your MMxM, and is the initial consolidation of the model.
This will be your baseline that triggers the algorithm, and from
the algorithm teachings earlier in the book we understand
that algorithm 1 need to start at the high or low Goldbach
level, which is 0 and 100.
ra
m
@
th
The next level of algorithm 1 will be the order block level
(11/89), and typically you will see an order block form in
between these levels.
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g
We will move to the (premium in case of a MMSM) breaker
level (41/59), and the algorithm will typically seek to want to
come back to the discount liquidity void level (71/29)
Price next expands to the rejection block, where the smart
money reversal occurs, and the right side begins.
You will than see 2 levels of distributions, around the 2 PO3
sized gaps that formed the HIPPO.
ff
The second distribution will trigger an aggressive sell o , to
complete the MMxM.
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fi
fi
One can draw another Goldbach b in between the 2 main
Goldbach levels, for further re nement
fi
What this means is, we have identi ed the 2 main Goldbach
levels and we take a standard Fibonacci tool, but with the
Goldbach levels instead of the regular levels.
Now, this will reveal the wireframe we use to map the
algorithm 1, and also explains the green box where it says
“FAIR VALUE = OTE” in the previous screenshot.
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@
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ed
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gy
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One will note that these ranges are no PO3 sized ranges, but
rather 6% (standard Goldbach distance) or 8%( for the order
block) of a PO3 dealing range.
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When we look into detail using only the Goldbach levels that
are in play with the type of algorithm, this is what you will see
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fi
Now that you have learned how to de ne price using PO3
dealing ranges and Goldbach levels, and combine these with
the AMD time cycle, you can focus on this algorithm.
Like ICT says, there’s always a setup around the corner..
fi
When you put your education focus on studying this setup,
inside the manipulation phase, I’m con dent that everything
will click one day.
fh
That’s when you have graduated, and you will leave the nest
of the #birdo opi. Ready to spread the love..
gy
br
o
ff
All this hard work will pay o , and it’s time to make your loved
ones proud.
te
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@
th
ed
og
fi
You can do it, I’m con dent you will one day be the trader
you want to be
Page 125 of 147
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WHAT YOU LEARNED IN THIS CHAPTER
How OTE, MMxM and algorithm go hand in hand together
How to easily spot smart money reversals and the 5
stages of a MMxM
gy
og
ed
th
@
m
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te
le
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I
PERSONALLY
DEVELOPED
(THE)
ALGORITHM
br
o
ICT: IPDA
Page 126 of 147
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@
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TRADE
PLANS
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LOOK BACK TRADE PLAN
@
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A MONTHLY PLAY FOR HUNDREDS OF PIPS
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Use your current look back period
Identify the number in play
Inside the fractal Manipulation cycle of your main
Accumulation cycle
You look for clues of the current look back partition
number, be it: size of gaps, wicks, order blocks, liquidity
runs
You enter the trade with a 30 pip stop loss, to have
breathing room for a PO3 stop run (of 27 pips)
You exit at the opposite side of the trade, inside the main
manipulation cycle, after a PO3 stop run, or when the
manipulation cycle closes
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HIPPO POT A MUS
ed
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A TRADE PLAN FOR HIPPO'S
@
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th
This trade plan de nes how you trade HIPPO’s
ff
fi
te
fi
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It consists out of following parts:
HIPPO: First you need to identify a HIPPO. Refer to the
speci c chapter to know what an HIPPO is
POT: Potential trade. You look for a swing high or swing
low that is just trading above or below the HIPPO. This will
put you on alert
A: Activate. When price take the liquidity under or above
the short term high or low, and enters the HIPPO, we will
enter our trade
MUS: Must hold. The fair value gap under or above the
HIPPO Depending if you’re long or short) must hold. This is
a perfect place to put a stop loss. But be mindful here,
price might wick through during news events
Take Pro t: You take portions o at Goldbach levels
Page 129 of 147
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OSOK TRADE PLAN
ed
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gy
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CATCH 50 TO 75 PIPS ONCE A WEEK
fi
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@
th
You want to catch the weekly range expansion
You draw an AMD cycle for the week, using market open
to market close time window
You wait for the accumulation phase to be established
During the manipulation phase, you look for a PO3 stop
run of the accumulation phase and retrace either into the
accumulation phase, or expand away from it rapidly
Now you wait for a short term low or high to break
We want to see a retracement to form an OTE, at a
Goldbach level (can be a non gb level)
You take pro t at 20 pips, 50 pips, and let the remainder
go for 75 pips. Use Goldbach levels for logical take pro t
areas
Page 130 of 147
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MY PERSONAL TRADE PLAN
ed
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24 PIPS PER WEEK
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@
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STEP 1
Inside a M cycle, either the M or a fractal M cycle
STEP 2
I look for a PO3 stop run (PO3 sized swing) under short
term low or high (PO3 liquidity)
INTO a Goldbach level (can be non GB level as well),
where a HIPPO can reside
STEP 3
To enter the position with a 10 pip stop level
STEP 4
To target 24 pips into an opposite Goldbach level
Page 131 of 147
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GB - THE OB TRADE PLAN
ed
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gy
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USE THE ORDER BLOCK AND EXIT AT BREAKER
fi
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@
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Use following gb levels: 3-11-41 and 97-89-59
You want to see price create an order block in between
the 3-11 or 97-89 level, or close to it
You want to see a short term low or high created, which is
raided when it expands away from the order block
Price will retrace back to the order block, or very close to
it. This is where you enter.
Your take pro t should be at the breaker level (41 or 59)
This will gave you 24 pips in a 81 PO3 dealing range
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GB - THE BREAKER TRADE PLAN
ed
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USE THE BREAKER AND EXIT AT HIGH/LOW
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le
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@
th
Use the breaker levels (59/71 or 41/29) and the high/low
levels (0/100)
You want to see a breaker form in between the 59/71 or
41/29
After the breaker was created, and it expands away, you
want to see a short term high or low been trade though
You enter back when price retraces to the 71/29 level
You exit a the high/low level (100/0)
This trade will give you 24 pips in a 81 pip DR
Page 133 of 147
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GB: THE STOP RUN TRADE PLAN
@
th
ed
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gy
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USE THE DEALING RANGE STOP RUN AND AIM FOR
THE BREAKER
ff
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m
Gb levels needed: 59/71/100/111 or 41/29/0/-0.111
You want to see price come o from the high/low but not
touch this level yet
You want to see a breaker to be formed in the breaker
zone (59-71 or 29-41)
Price will expand away from the breaker to target buy side
liquidity (short) or sell side liquidity (long), It should stop at,
or close to, the PO3 dealing range stop run level
Price will then reject, and raid a short term low or high
When price retraces back, it should stop at the partition
extreme (high/low), this is where you enter. Stop should be
below/above the PO3 stop run level
Your take pro t is at the liquidity void level (71/29) for 24
pips in a 81 pips DR
You monitor if the breaker will become a “real” breaker
Page 134 of 147
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GB: THE EQUILIBRIUM TRADE PLAN
ed
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USE THE MITIGATION BLOCK AN EQUILIBRIUM
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@
th
Price is hovering around the equilibrium levels (47/53)
There are clear buy and sell stops between the equilibrium
and mitigation block levels (47/53)
When price hit one of the mitigation levels (47/53) you
enter
You exit at the opposite mitigation level for 14 pips in a 81
pip DR
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GB: THE FVG TRADE PLAN
ed
og
gy
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USE THE FVG AND PROPULSION BLOCK
te
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g
ra
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@
th
Gb levels: 0/100, 11/89 (Order block), 17/83 (fvg), 41/59
(Breaker)
Price will create an order block (can include the fvg zone
as well), into the High/Low
Price will move away, out of the order block and fvg zone,
and returns back into the fvg zone
It will create a propulsion block inside the fvg zone (but
can go as high as the mean threshold of the order block
zone).
When price breaks the propulsion block (buy/sell on stop),
it will aggressively reprice lower/higher, into the breaker
zone
It will leave a liquidity void, which will later be traded too
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THE END
Page 137 of 147
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ACRONYMS
Explanation
ICT
Innercircletrader
AMD
Accumulation, manipulation,
distribution
PO3
Power of three
HIPPO
Hidden interbank price point
objective
OTE
Optimal trade entry
MMxM
Market maker buy or sell model
IPDA
Interbank pricing delivery
algorithm
@
th
ed
og
gy
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Term
Goldbach levels, taught by ICT as
PD area (Premium/Discount levels)
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le
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Gb levels
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IN CLOSURE
m
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BOB MARLEY
@
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MONEY IS NUMBERS AND NUMBERS
NEVER END. IF IT TAKES MONEY TO BE
HAPPY, YOUR SEARCH FOR HAPPINESS
WILL NEVER END.
Page 139 of 147
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Everybody need to start their journey at base 0
fi
And it only takes 3 trades to put you on the path to
pro tability
After following ICT for 11 years
I came to understand I only know 17% of what my mentor
knows
fi
29 people helped me to ll in the knowledge voids, you know
who you are, I can’t thank you enough!
br
o
fi
At age 41 I gured out ICT put out all of his knowledge up as
a giant puzzle for us to solve
ed
og
gy
But it was only when I was 47 I understood the importance of
Goldbach numbers
@
th
Now I turn 50, I want to pivot my knowledge and want to
bring YOUR understanding to a premium level
le
g
ra
m
So you become the best version of yourself, and reach 100%
of your capacity
te
Numeri Veritatem
fh
Follow the #birdo opi and spread the love for trading
Hopiplaka
Page 140 of 147
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I ANALYSE THE ICT LANGUAGE
I MANIPULATE IT FOR YOU TO
UNDERSTAND
I DELIVER IT TO YOU IN THIS BOOK
ed
og
gy
br
o
Ever since the gauntlet thread and the CLS thread on the
innercircletrader mentorship, I said the mentorship was setup
as a big puzzle that is for us to crack.
m
@
th
I hope that at least I shed some light on some of the puzzles
that were hidden in the mentorship.
te
le
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ra
By no means I claim to have cracked “enigma” but I hope
what was shared in this book is helpful to you in becoming
the trader you want to become.
The book will be updated whenever I discover more
interesting topics, or relations with teachings ICT shared.
fh
Thanks for your trust, it really means much to me
Thanks for reading
Spread the love of the #birdo opi
Page 141 of 147
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BECOME AN AFFILIATE, FIGHT
FRAUDULENT COPIES
AFFILIATION
gy
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While I understand that this book will be copied and
distributed over the internet, there are a few reasons not to
do this.
ffi
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this book evolves continuously, as a registered buyer you
will receive new versions free of charge, accessible in the
discord server
You will be invited to our discord server, where we do indepth discussions, answer questions, have access to
additional resources, …
You are eligible to request an a liate link. In order to do
this, go to the a liate signup form on gumroad and apply
for a position.
Earning 30% commission on sales, when you successfully
market 5 books, you have your original investment back
And much more…
ffi
-
@
fi
th
ffi
ed
og
Should you have obtained an illegal copy, understand that
when you buy this book from our o cial channel , this will
come with a number of bene ts:
-
Page 142 of 147
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PURCHASING POWER PARITY
We do understand that we cannot ask 1 price for all. What
people earn in a day in one country, is someone else weekly
or even monthly pay in another region.
We enabled Purchasing Power Parity on the platform we use
(Gumroad) to calibrate the prices to what is deemed fair in
your region.
br
o
ffi
Some people paid 50% of the price of the original book on
uno cial sites, groups, …
te
le
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m
@
th
ed
og
ffi
gy
It might very well be that if you would have bought from our
o cial site, it would cost less than the amount you paid for a
bootlegged version.
Page 143 of 147
Version 1.0.8
JOINING DISCORD
When you bought the book, you will see a blue discord
button on your Gumroad dashboard.
te
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@
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If you still have issues, hit me up at support@hopiplaka.com
and I get you sorted.
The Gumroad bot will ask for
some permissions for your
account, it needs this in order
to send an invitation on our
behalf.
You can safely accept this
request
Page 144 of 147
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DISCLAIMER
This book is not trade advice. Trading in a live account is still
the responsibility of the buyer of this book.
ff
ff
We do not o er trade signals, trade copying, not in this book,
not in the discord group or on Twitter.
There will also be no live trading o ered. This book if for
education purposes only.
@
th
ed
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gy
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Buying this book is a one time payment. We will not sell
recurring payments for a “mentorship”, and this is not an
upsell to “advanced” knowledge.
Every person who bought this book will get the same
treatment and information.
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g
te
fi
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All information in this book is hopiplaka’s interpretation of the
teachings by Michael J Huddleston.
By no means we guarantee this book is “the truth”, “enigma”,
“how nancial markets operate”, …
All references made to order blocks, fair value gaps,
breakers, mitigation blocks, … are property of the
innercircletrader, for detailed information you should visit
innercircletrader twitter and YouTube channels.
Highly recommended, give the man a follow.
CFTC Risk Disclaimer
Page 145 of 147
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COPYRIGHT © - HOPIPLAKA - 2012-2023
All rights reserved. No parts of this book may be copied,
distributed, or published in any form without permission from
the publisher.
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For permissions, contact: support@hopiplaka.com.
Page 146 of 147
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TIMING
PERSEVERANCE
AND TEN YEARS OF TRYING
WILL EVENTUALLY MAKE YOU
LOOK LIKE AN OVERNIGHT SUCCESS
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BIZ STONE
Page 147 of 147
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