Instancing at the Gate v2 Building the Instance

Instancing at the
Gate
Part II of Interpolation
Brij
Consulting,
Jean
Marshall
2/17/2021
MDIA Emulation Stage
V2: Building the Instance
Instances
Brij Consulting, Jean Marshall

Schema from
Interpolative
Scope brought
forward with
Design Element
2/13/2021 Brij Consulting, Jean Marshall 2
Instances

Stream
Mu Sic
2/16/2021 Brij Consulting, Jean Marshall
Our Load is not
configured for the
‘engineering’ of the
wall, but we have
decided to outline to
the Plait Instance in
order to describe its
ascendant properties
3
v1 v2

Angular Load
Work = 1, we don’t
anticipate force but
stress/friction perhaps…
and more than one kind of
load bearing is involved:
Glass load, compression
and bearing. No g’s are
involved. Foil up and Plait
for cascade down.
2/16/2021
O Map Ark Load
More engineering
definition is required:
the plait part units are
pinned without
gravity, but they must
carry a load value
Our original work is a theoretical starting point
to visualize notional conditions
Internet Instruction for Load Distribution
using gravity load bifurcates a type of
economy. Glass Practice will also bifurcate
but requires load balancing.
Ark Cloud
carries Force
4

Architectural Glass
Views that come out of the Church are important in the
moral comprehension of design for the support of life.
The Church itself has always made an impact on
Architecture and Design. Creation is God’s Domain.
But the system methodology of wave glass production
is a unique engineering complement to its portents.
The ability to predicate new design on predefined
instances is an exciting prospect of modeling.
Behind the Wall
God’s Science
protects us

We need to add Production to Gate
There is no labor conversion or transformation process on the Wall yet to compare to the Ark
Product Metric Standard approach. Yet the data configured on the project appears to adhere well
to the basis of approximating the Data Plan. (404 -399.11 = 5.11 x2 = 1022 map)
Time and Motion or Motion Standards have a different methodology in determining whether the
performance characteristics of the mechanics are appropriate. In looking into Materials Science, it is often
important that a Solid Standard is produced in that you don’t want the composition to be subject to slide or
variation. In Financial Engineering we are often trying to produce Conversion to a Plan, and the numbers do
not become firm until the project is reported. It may become important to have code method for difference
in practice standards. We may find the position of the Standard affirms its use.
See Slide 3
HERE
Conversion is @ Gate
Data Here configured
for Process the -399
is considered earn-
back from the churn
rate
Process layers carry the
mechanic application
See Slide 8
6
T&M
v1
Production
Log(Y)
T&M

Plait Internal Selling Price
The Unit Price is
the product of:
Gate Plait Assets –
Equity = Financial
Cost / unit volume
= 35.78
Synergy/T&M
Plait = 8.3834
35.78 x 8.3834 =
300.00
It is necessary to reapply the
wall composition to foil and
plait in order to obtain these
standards SEE NEXT
From Glass Wave ppt
Appendix III
Appendix I

Plait Wall
The Plait Wall foils to excess time
remaining in the clock but in this
case, it is used as a scalable object to
motivate the cascade. The additional
time built into the Wall covers the
investment. The Wall has more
synergy in it than the Gate.
Brij Consulting, Jean Marshall 2/17/2021
(404 -399.11 = 5.11 x2 = 1022 map)
Gap Transition
From Glass Wave
8
See Slide 6
72,623,576,946 - 72,393,239,544 =230,337,401.73
The motion-ability of the wall cascade
is used as a utility. Points are retained
in a glass application for later use.
T&M
Useful Scale Plait
Slide 3 Slide 7
See Appendix I

Wall Background Loading in Plait Glass
Data
used for
Gate
The repetitive branching circuit rebuilds
and posts the PT or Pass Thru Gain
The substructure is always
rebuilt in a continuous
replacement process. It can
be changed but generally it
is what is arranged for the
surface of it that is altered.
T&M
Slide 8

Plait and Burden
Test for Drivers
2/16/2021
10
T&M
T&M
INK-UP
Slide
11
Integral
Lines
Slide
12
App
IV

Wall Plait Markup
T&M
Plait data
Model
1+x
App IV

If we had use of Glass as we envision its use the lines and
integral relationships would be indicated through the layers
and the drivers apparent from the conveyances
Integral Markup
Z1
+33
Time dimensions Motion Processes
59.24
118.4
236+33
.535+.035
=.57
.414+.057
=.471

Drivers and
Other Data
2/17/2021 13
Synergy
Digital Load
When we add the
element to the process
and convey it, we will
have added the Equity
turn characteristic that
will generate ROI.
Then Time and Motion
will pick up the
remainder of the
burden and we can
book our asset into
production
System Burden
Bread for the World
Conveyance
Lifting Burden

V1 Summary
(716,133.42)
(335,667.58)
269,649.92
price
volume
mix
Remainder is
Similar to 1166
labor end metric
Vector Ratio
Analysis
Comparison
before ROI to
Book
1
1
2
2
See Appendix IV
See Slide 8
See 41
Compare
Vector derived from Part I of this paper on
slide 10 of Interpolative Scope from the L data
used in the paper prior to that.
Appendix V

V2 What do Instances Do?
A Wide Area Dimensional
Network would be the first
Digital Portal capability in
Virtual Glass Attribution able to
produce in Instances
Patterned Elemental Construction

Setting Flags before and after Instances
The Typical Bottleneck associated with
Asset Delivery is related to Demand Churn
and Revenue Conversion. Time Plait
Instances looking forward and backward
help to speed the process. A salutary
market process is also a cure.
The Digital Portal Process would speed
economic delivery and should relieve
a large part of the plight related to
world demand on resources.

Glass Conveyance and Use of Tools
A Digital Portal would permit
the use of Dimensional
Networking in Glass
Construction for building as
well as:
• Conveyance is scripted and
motionable
• Design Attribution
• Specialty Plaits and
Materials
• Instance Convection based
on Plan Specifications
1 2 3
Optimal solution 1,708,048,913,415.99 1,650,000,000,000.00 58,048,913,415.99
y = -1,349,185,676,613.44000ln(x) + 1,944,504,679,550.33000
R² = 0.64082
y = -766,951,086,584.02x2 + 2,242,804,346,336.09x + 232,195,653,663.91
R² = 1.00
-
500,000,000,000.00
1,000,000,000,000.00
1,500,000,000,000.00
2,000,000,000,000.00
2,500,000,000,000.00
OPTIMAL SOLUTION
17
(314,703,413,080,627)
141,886,157,308,799
(456,589,570,389,426)
0.30268
y
m
b
r^2
Series1 Series2 Series3
Predicate Future
Builds and
Requirements

(314,703,413,080,627)
141,886,157,308,799
(456,589,570,389,426)
0.30268
y
m
b
r^2
Wide Area Vector
Series1 Series2 Series3
Elemental
Conveyance
y m b r^2
(314,703,413,080,627) 141,886,157,308,799 (456,589,570,389,426) 0.30268
189,231,099,028,456,000 (44,268,594,503,989,000) 233,499,693,532,445,000 0.26249
(189,545,802,441,537,000) 44,410,480,661,297,800 (233,956,283,102,834,000) 0.04019
Wide Area Plait
(314,703,413,080,627)
156.20 x2 = (312.40)
1,007,692,114.87 1,007,371,592,767.81
0.00100031817663 Mega Conversion
Soft Wares can be
used to plait into
elemental designs
to motivate tools
for glass
construction
Mega plait
Mega conversion

Elemental Array at the Gate
Wall
Brace
Thread
wall
brace
thread
Sum of plait
vectors
Sum of optimized
vectors
Sum of configured
gains
y = -19,942,393,198,822,700.00000x + 64,272,249,979,767,100.00000
R² = 0.05102
y = -4,371,031,448,435,990.00000x + 82,058,795,345,359,800.00000
R² = 0.01309
y = 88,443,012,630.53780x + 110,478,495,997.81400
R² = 0.02068
y = -105,820,753,767.46800x + 810,493,849,456.06400
R² = 0.11007
OPTIMIZED ARRAY
Sum of Sum of configured gains
Sum of Sum of optimized vectors
Sum of Sum of plait vectors
Sum of thread
Sum of brace
Sum of wall
Linear (Sum of brace)
Linear (Sum of thread)
Linear (Sum of Sum of optimized vectors)
Linear (Sum of Sum of configured gains)
Mega plait
9974/3=3325x2=665

Gate Optimized Instancing
1,161
=580.489*2
1 2 3
Optimal solution 1,708,048,913,415.99 1,650,000,000,000.00 58,048,913,415.99
y = -1,349,185,676,613.44000ln(x) + 1,944,504,679,550.33000
R² = 0.64082
y = -766,951,086,584.02x2 + 2,242,804,346,336.09x + 232,195,653,663.91
R² = 1.00
-
500,000,000,000.00
1,000,000,000,000.00
1,500,000,000,000.00
2,000,000,000,000.00
2,500,000,000,000.00
OPTIMAL SOLUTION

Appendix V
512*2=1024 See Slide 6
Conveyance

Covenant Guided Practice in Digital/Ark Model
These Practices are
I Defined Process, II Memory Retained and Recollected, III
Entrustment in accessible parts, IV Plan Comparative, V
Reconcilable, VI Accountable, VII Advancing Knowledge
1. Many of these methods are partially considered in industry
2. We are learning what has not been taught before and it is
documented in its strategic parts
3. We are enabled to reach new conclusions at a higher level of
design
4. These formulations can be tested and applied, with standards
R. O Lord, our God, how wonderful your name in all the earth!
You have made him little less than the angels,
and crowned him with glory and honor.
You have given him rule over the works of your hands,
putting all things under his feet.
Brij Consulting, Jean Marshall 2/16/2021
1. EQUITY is built and maintained
2. The ADVANCING PRACTICE retains the Covenant
Character
3. The Open format does not hide its attribute or
deploy a tendency that does not conform to the well-
known practice of it
4. The Evidence of the operative method is complete
and reconcilable
5. Virtue and its conduct is engaged in the process
Competent Signs of Discovery
22

V3 from Baseline To
Benchmark and Between
• We want to deliver more
content on the relationship
of instances to the building
of Benchmark from the
Baseline… next
2/17/2021 23

Timeline of
Discoveries…
2/16/2021 BRIJ CONSULTING, JEAN MARSHALL 24
These discoveries and recent notes on Wave Glass
point to an energy conveyance theory. The use of a
light-based conveyance for energy could in effect
give us wireless energy, although we are not versed
in the construction, we do recognize that a threaded
"pipe" of light that is plait and conveyed in a ground
state could create an ambient energy when
transmitted with a seeded light- based plait that it
can activate and act upon using server- based
technology
Theory WE can
depict in graphics
is a few scientific
steps away
Appendix I

Reference • Useful time-oriented distribution for demand scale
8/4/2020 Brij Consulting, LLC 25
5 5
4
8
9
7
8 8
3
1
2
4
10
8
5
6
y = 0.0059x - 251.74
R² = 0.5743
y = 0.0092x - 395.63
R² = 0.4994
0
2
4
6
8
10
12
Timeline Ranking and Rating Discoveries
Rating Ranking Linear (Rating) Linear (Ranking)
Reference to Scientific Discovery
We wish to make a note about integral lines:
One line exceeds the other by the clock or timing of it and by a marginal
amount (.0092-.0059=.0033) graphically, and (395-251 = 144)
Pointer makes connective
associations in glass
We are not referring to quantum fields in
this paper, although our earlier work did
Appendix II
Rose Plait Method

The STREAM changes the Landscape
Brij Consulting, Jean Marshall 26
PT
PT= Sales Differences are Pass Thru Gains from yield at Gate Slides 10 & 15
S.E.G.C SEGC: Subject to Engineering Change
Ratios were changed for incorrect labeling… the Asset: Equity is the Synergy element
Appendix III

Wall test on Ark Product Data Mining
2/17/2021
27
Brij
Consulting,
Jean
Marshall
APPENDIX IV Test Extension

VECTOR PLAIT
(716,133.42)
(335,667.58)
269,649.92
price
volume
mix

Other Papers
https://www.slideshare.net/Marshallja/
presentations
2/5/2021 29
We hope to supply more papers of interest on the
topics related to Virtual Glass, Digital portal
development and Ark Sciences Our Methods changed
Be Aware!

Instancing at the Gate v2 Building the Instance

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