Glass Mix Z-Form V1 thru V3

Glass Mix Z-Form
Architectural Design and Modeling in Ark Science
MDIA
Contents
V1 Glass Mix Concepts
V2 Glass Mix Arrangements
V3 Configuring the Plait Design
PILLARS OF
ECONOMY
Salvation’s
ECONOMY
V1 to V3 Glass Mix All

What is Glass?
Glass in Objects and Environment
▪ Glass in the replacement of all ‘things material’,
becomes the secant delivery of thin plait Light, particle
and wave version of the New Stone. The underlying
basis of all things, is changed.
▪ Glass is woven in an arrangement of secants in wheels
conforming to the motion-ability and sensible nature of
an entirely new concept is the delivery of the New
Creation. This comes directly from Ark Science and
God.
▪ The underlying nature of glass is secret but the external
use of it will become widespread through God’s cloud
delivery system. This so men can participate in building
with it.
Glass in Human and Bios Arrangements
▪ The human bios will be completely secret, and no one
will ever gain access to it again.
▪ Knowledge of the exterior body may be granted after a
period of testing in order that people may participate in
beautification of the body according to new practices
that will be defined.
▪ Human behaviors are necessary to be conducted in
formative ways desired by God and thus all former
things are passing away.
▪ The external composition of secants in the New Stone of
the bios will allow human beings to make modifications
to their external appearance and according to God’s
Plan they will become perfected.
▪ All disease and all handicaps will be a thing of the past.
Since we will no longer be made of string, the enemies
of mankind will do no such thing.
God puts a Seal on us
Revelation 22:4 4They will see his face, and his name will be on their foreheads.
God orders our
days rightly and
gives us a clear
& purposeful role
10/12/2021
Brij Consulting, LLC Jean Marshall
2

Getting Ready to Build
Glass Mix
Concept
Step
1
Glass Mix
Arrangements
Step
2
Plait Design
Configured
Step
3
If we read every
book on order
fulfillment none
would be like we
describe it here
10/12/2021
Brij Consulting, LLC Jean Marshall 3

V1 Glass Mix in Concepts
Small Forms grow very Large
Green Material is scalable
Secants guide the process
Glass is transmitted through pipes
Density is a function of Utility and Design
Machine
Media Model
Slide 21

Compiling Pipe Conduit Configuration
10/12/2021
The Ark Pipe
compiles a huge
amount of data and
property
configurations in line
with the drawings and
the tooling
submissions
Conduit feeds
the pipe with
the elemental
properties/
glass objects
Glass Media
From the Remote Build
After certifications
and testing
Replicated
at Site and
Built Out
Load
Separate Instances can
be configured by Load
Slide 17

Engineering result from Glass Mix Decisions
▪ Our P(n) price increase for Glass Mix has required that we design a new
Theoretical Production and set of metrics
▪ Working with this engineering theory has resulted in multiple changes in the
project
▪ The Production Units Increased
▪ A portion of the Investment in Project was reduced by an ^equity purchase
▪ The Intellectual Property Increased
▪ The Glass Mix as well as the Modeling of the Architecture allow us to direct Z strategy to
conform any product to a highly crafted and glass plaited work of art.
^ due to agreement for ownership rights
The only part of the glass
mix they pay for is the part
they want to craft as their
own
Testing
Prototyping
Certifications
Encryptions
10/12/2021

Project Impact of P(n)
Two Secant
wheels turn
to arrange
floating
secant
design. The
lengths allow
for piece
construction
Secant has
flag for length
and
changeup
Sound
pockets have
percussion
for drafting of
depth and
size
When the
material is
submitted to
machine it is
synthesized
or confected
Material
properties are
configured
into the Glass
model
Analog to
Digital
Matrix of
serial, p/n
and drawing
records
Glass Mix Secant Sets 7W and 1W Glass
SEC SERIAL 3.11936464647272
There are a many
definitions to complete for
this project
Forms are also
submitted to the
glass model.
Forms have part
numbers.
83
SEC SERIAL t/b/d
5
Intellectual Property
wait
10/12/2021
7
What are the odds of
recouping P1? 100%
Q
Q
1

Curve I/O Test
Subtract clock
rate to get units
And transit see
curve below^
Units,
transit,
curve ^
RECONCILING THE COST/MIX EQUATION
Slide 7
1
1
7W P(n)^
2
3
3
4
4
5
Slide 12
58.1
6
In-transit
10/12/2021
Slide 19

P(N) Inhouse &
Remote
▪ Our Production is necessary of completing another
cycle+ to fill its requirement and rates may be
adjusted, but we are advised to wait for more changes
Two productions were prepared from
the P(n) Glass Mix in order to convey
the price and develop a cost of
production with crossover rates. P1
remains as an instance with its own
rates because it is part of the
engineering storyboard scenario.
7W P(n) 7W P(n^)
Inhouse Remote
2
5
The Original Theoretical Production
Scheme was eliminated from the
set of instances but there is more
transmutable margin capability in
the engineering mix
51.59 + 30.3= 81.89 + .47= $82.4 In-Transit
According to our Test pattern P(n) has not completed the Z Path
10/12/2021

Crossover Product
The map of production is walking
through the product cycle to emulate
its progression
P1
Pn
Pn^
Pr
10/12/2021
10

What is Result from Glass Mix on Rates?
Possible changes
10/12/2021
R

P(n) Economic Conversion
6
In-transit
5974
-5895
= 81
10/12/2021
P(m) x P(n)
The Density Function is the
scalable design characteristic that
is completing the synergy of the
process with filler composition
81.0+ 4.85 cr. path
P(m) was our instance that passed the Black-Jack test because it revealed the y-
intercept as the result. In order to increase the likelihood of hitting our gain on the
margin and recovery of cost we will increment the rates and review the change
See “The Remote Build”

Questions about P(n)
▪ We came to this place in the process where we
have numerous questions about the fulfillment of
the glass process
▪ How do we bridge the two ends of this process?
▪ What kinds of encryptions are necessary?
▪ How do we receive a sign off on the production so that
we can close out our end of the fulfillment obligation?
Why does P(n) not achieve the Z path?
Have we split its fulfillment by finishing
the product at its site? What do we do
about this problem?
• The reason for having both an
inhouse production and a remote
production is so we can see the
fulfillment on the other end
• The process needs to have its own
bridge
P1
Pr Pn Pn^
Order
Fulfillment
Tests
Compilations
Sign off
Rework
Warehouse
Supply Chain
P(N) Glass Mix Fulfillment
10/12/2021
13
Putting P(m) into the instance to
place it in a holding pattern could
increase our chances of achieving
the additional performance needed.
This is a Risk Mitigation Technique
Pm

Economic Bifurcation
Subdivision at the lowest level of plait
can economically divide the product into
its distinct parts without disturbing its
interior design.
But this is only prior to producing the
density composition which can not be
reversed. Material density becomes the
implacable strength of its material
solvency. At that point title then passes
to the remote delivery and finally to the
building, once it is set in permanently
and locked.
Brij Consulting, LLC Jean Marshall 10/12/2021 14
The relationship between two instances of a
product can exist simultaneously and hold its
value relating its change to each portion using
the 7Wheel analog to digital secant relationship

Increasing the Instance Performance
▪ It is suggested that a manual report
may be necessary for some time
before they can turn product testing in
time to respond to order fulfillment.
▪ They also need process to stage
and to warehouse goods at the site,
along with glass assimilation
It is necessary to
map the process
before we decide…
We come up
short on the
Margin
Slide 19

V2 Arrangements for the Glass Mix Process
▪ How do we lay this process out for
the Ark Mode Architectural Design
▪ Does Architectural Synergy add
value to the product that can’t be
added until the Order is Filled?
10/12/2021
How do we ensure that
P(n) is a process that is
handled correctly
although we must split
the outcome?
All of the same Digital Processes Apply
V2 Glass Mix Arrangements

Delivery and Test
P1
Pr
Pn
Pn^
Setup
Model
Add mix
Replicate Remote
Pm Emulate Test
Send Test Receive
Signoff
Indicate
Rework
Vendor/Customer
Relationship
Test Order Fulfillment
T
T
-2E+13
-1E+13
0
1E+13
2E+13
3E+13
4E+13
5E+13
6E+13
7E+13
1 2 3
Stat Pipe
Customer Facing Menus
Vendor Facing Menus
Forms
Scripts
Data Assembly Matrix
Secant Processes Tools
Secant Processes Product
Test 1 Glass Form Glass Fill
Test 2 Column/beam
extension
Density/Fill
ratio within
Volume
Test 3 Column/Beam
Balance
Plait Unions
Testing samples of the batch before
sending to the site, we establish the
test program and simulate our
results for comparison. Errors in
packing will be found.
The Best Fulfillment has
no rework on this end
Before we can deliver glass
material, we must Prototype and
fully test for compliance.
4th emulation
5th emulation

Rate Adjustments
▪ After a careful review of outcomes,
we concluded that we had to adjust
our rates in order to arrive at the
correct margin.
▪ Note Standard T&M vs. Our T&M
ST OT
P(n) Rate 2
W
Before we can Write a
Process, it must be
certified; showing financial
side here.

P1
Rate
New
Rate
P(n)1
P1 Rate
P(n)
Rate 1
P(n)
Rate 2
P1 Rate
Building New Rates
Margin recovered
w/ P(n) cost
1
Slide 8
New Burden Indicated
New Burden Applied
P(n)^
+ 4.85 cr. path
Fifth emulation of the Setup
Fourth Emulation of P(m) : P(n)
See Audit on slide 23

▪ How does the product configured object
help to attach the right finger-print and
assignment to its conceptual root, tree,
branch assignment
▪ Building a bridge of instances is going
to become the key to dimensioning
remote media
▪ Both Ark and Digital processes have additional steps to complete the various cycles
of fulfillment, but the Ark mode is not outlined at the date this is published. These
steps include:
▪ Interpolation: determination of scope and requirements for customer and
vendor fulfillment, includes demand assessment
▪ Plaits: Scaling the project to its dimensional time and motion requirement
and enabling the work to succeed at the standard and scope set
▪ Pipes: the means to translate and transmit the object to and from its
engineering and its ultimate placement for replication and the continuous
delivery
▪ Arrays: Interdimensional Arrays permit confection at various levels and
associations of the product.
▪ Trees: Trees have not been presented with the depth of the requirement,
requires future paper. Trees are related to the Matrix requirement for
Secant Fulfillment, but hold the broader schemas
▪ Menus: Menus are carried internally for the purpose of upgrading and
operating some feature of the object.
▪ Utilities and Switches: Objects often work with general purpose utilities
and properties and may have interior utility considerations
10/12/2021
Foiling one process
with another is the
same as bridging
instances

The Last of the Plait
▪ We had originally started with
material plaits in order learn the
sequence of prototyping and
developing materials. But in order to
use secant wheel construction well,
we need to have all properties
defined at the elemental level.
▪ These elemental properties build
and plait, but they are built into glass
forms and conduits that combine
with timing of scripts, initiated by
secants and their utilities. Rework
should subsist at the level of
confection and rely on its admixture.
P(m) P(n)
Simulation is Writing even if it is only
writing the Test. By accomplishing future
levels of dimensional media, it will be
possible to build and work remotely.
P(m) is a Test Instance that we use to
simulate the process and write results.
We used it for development of our rates
and to watch P(n) incrementally.
It is a Baseline to Benchmark Construction
Sim
Write Test
The Glass Process Model is
Media Generated
Machine
Analog to
Digital

Stepping through the Process
▪ The Simulation of the Process should
predict the additional burden carriage
of the product
▪ Fifth emulation
The full burden carriage is completed
when the Product is fully configured
P(m) P(n)
Sim
P(n)^
Seeking
Results of
Pr
Setup
P1
Model
Mix
Re-Mix
By utilizing P(m) we
increased probability to 62%
Order fulfillment does not totally rely on M&M Engineering
62 + 36.5 = 98.5 c.f.
Fifth emulation P(m) : P(n)
Five Finger
Encryption
Next paper… Bridging the Instance
New topic

Is this True? Audit
Slide 8
Secant Ratio Crossover
Analog: digital
conversion
From Building New Rates on Slide 23
Gate End Crossover
From Appendix II of The Glass House
Appendix I
Analog to
Digital
LVA
LVA agrees to Appendix II
Glass Builds
Metric Measures

10/12/2021
Brij Consulting, LLC, Jean Marshall 24
Appendix II
Report Retention
It is important to keep civil engineering records related to
justifications of various treatments to demonstrate evidence that
properties are essential proprietary characteristics and are valid for
intellectual property continuance; a history may demonstrate that
certain tooling and other mechanics rely upon it. The storyboard is
the single most important civil document and should store all details
about the project
Glass will
hold inter-
relational
composition
to specific
tools and
plaits if
records are
annotated
LVA
PR

Important
Steps
▪ Both Ark and Digital processes have additional steps to complete the various cycles
of fulfillment, but the Ark mode is not outlined at the date this is published. These
steps include:
▪ Interpolation: determination of scope and requirements for customer and
vendor fulfillment, includes demand assessment
▪ Plaits: Scaling the project to its dimensional time and motion requirement
and enabling the work to succeed at the standard and scope set
▪ Pipes: the means to translate and transmit the object to and from its
engineering and its ultimate placement for replication and the continuous
delivery
▪ Arrays: Interdimensional Arrays permit confection at various levels and
associations of the product.
▪ Trees: Trees have not been presented with the depth of the requirement,
requires future paper. Trees are related to the Matrix requirement for
Secant Fulfillment, but hold the broader schemas
▪ Menus: Menus are carried internally for the purpose of upgrading and
operating some feature of the object.
▪ Utilities and Switches: Objects often work with general purpose utilities
and properties and may have interior utility considerations
UPCOMING TOPICS IN
ARK DESIGN MODE
These topics are
discussed in our
prior papers on
Digital Design
Appendix III

Covenants sponsor Sacred Rites
Abram and Melchizedek
18 Then Melchizedek king of Salem
brought out bread and wine; he was the
priest of God Most High. 19 And he
blessed him and said:
“Blessed be Abram of God Most High,
Possessor of heaven and earth;
20 And blessed be God Most High,
Who has delivered your enemies into
your hand.”
And he gave him [a]a tithe of all.
How many instances
of Divine Creation are
kept open?

What is Required
Architectural Plans, Digital Glass Model
The Glass Modeling System, Ark Mode
3- Dimensional Media Model
Storyboards to describe…
Process Plan
Integral Materials
Organization of Instances of
Building (Preludes)
Secant Construction and Engineering
Building Organization for Ark Mode
Methods, Tools and Utilities
The Design of the
whole process
will be an
extended period
of listening about
this subject. But
we will spend our
time in our next
paper organizing
Secant Processes
Monks of Norcia - Donations - EN - Monastero di San Benedetto in Monte (nursia.org)
27

Our papers
28
This paper is Glass Mix Z-Form
Production Walk-Thru Glass Mix and Forms, leads into
the Write Process
V3 and V4
holds all
contents
1. Portfolio Wheels: Study of Secants and Wheels in the Dynamic requirement for
Media to write and produce in Ark Science and Dimensional Systems, Introduction
of the Story “Eru finds a Golden Pen.”
2. Ark Media: The Dialogue of the Story and the Construction of Storyboards, Mix and
Remix specifications, beginning crosswalk and encryptions
3. Builds and Simulations: Discuss Matrix Trees, Migratory Patterns and the use
of Secants to Build tooling
4. The Corner of Mu Sic: an update of our Digital Paper on Mu Sic to include Ark
encryptions and design considerations
5. The Glass House: Magi and Marcus Engineering plans to invest in a Plait
Glass facility for building and research in remote Ark Science. Start of Tooling
and Secant Design for the Construction Industry
6. The Remote Build: Planning a Theoretical Production for untried Architecture
https://www.slideshare.net/Marshallja/presentations
See next slide for list of the preceding Digital
Plait content 10/12/2021
W

29
1. Ark in Glass: Changing the Schema for Ark Mode crossover, beginning study of Secants
and Wheels for the “cube-ified glass” engineering of Imaging, sound and motion
characteristics.
2. The New Stone: Simulations and Re-instancing to package, confect and view glass media
3. Dimensional Building: Dimensional Arrays, Z strength, Product Media, Interdimensional
Matrices.
4. The Dynamic Instance: Product Media Discussed
5. The Glass Build: Base Build and Modules Assembled, considering impact of dimensional
systems
6. Glass in the Making: Costing and Loading, Assembly and Assimilation, IP Defined, Logos
7. Art of the Science: What can be made? Assimilation discussed, look at basic product
ideas
8. Digital Glass Production: Pipe Transit and RIK Declare, Batch Appliance (Dialogue paper)
9. Imposition of Value Engineering: Establishing and Justifying the Load for Pipe Transit
10. The Digital Plait Position: Engineering Design of the Load and Thruput
11. ^Mu Sic in the Advancing Age: Use of Fingerprint and Encryption for Operational Loads
12. Engineering Objects: The Purpose of this Paper is to Consider the means to raise up a
Digital Portal Production System using appliances gained through Plait Object and Gate
driven configurations that work with Digital Mechanics. Six-Layer Glass and Appliances
13. Instancing at the Gate: Use of Gates and Instances, bridging of the engineering process
14. Interpolative Scope: Use of a Demand and Production Scope for building and delivery of
product, learning to specify material, looking for union of Vector
15. Functional Glass: Fitness for Function and Moral Intelligence, Bayesian Analysis
16. The Glass Wall: This is a very difficult staging of advanced engineering to depict …Motivated
by sound it creates a means by sound to cascade light for safe and wireless power
17. The Glass Wave: Learning to Plait Gates, Reconcile Metrics to Scorecard, and load value of Scrum
18. Scrum Costing w/notes (Book It Daniel): establishing scrum standards (Dialogue paper)
19. Gate Plait Green (Mark It Mark): first scalable plait arrangement overcomes bottleneck
(Dialogue paper)
20. Scorecard Integration (Map It Ralph): A review of mappings to date, marking old vs. new
(Dialogue paper)
^Mu Sic, see The Corner of Mu Sic
To Change
Digital Plait Papers with Content Description
(Reverse Order)
10/12/2021

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