In our last paper we built the Load statements and encryption to enable our building project to learn about Secant Theory in both Digital and advancing to Ark Mode. We have begun to devise the New Schema to move into Ark Mode and the crossover requirements. We demonstrate what the move from one secant wheel accomplished for Product Media in metric terms, and in V2 will examine Secant Multi-Wheel Applications and in V3 learn to drive Instances

1. Ark in Glass
F R O M D I G I T A L T O A R K
As he watched, a stone "not cut by
human hands" … became a
mountain filling the whole world.
Daniel’s New Stone
MDIA
V1 Schema in Ark
Mode Simulation
Crossover from Digital to Ark

2. Multi Schema
Deriving New Media
from further
Simulation Process
Ark Mode
Increasing FF Menus,
Switches and Property
Plait Layers
Wall Configured
Heavier Utility
Requirements
Valuations
Approach to
Standards
Changes
Complex Design
Multiple System
Construction
Projection
Remote Site
Projection
• Simulation Schema required for
Motionable Products and increased
Product Confection must rely on
increasingly utilitarian packaging
that require a heavier utility
capability than Digital Plait offers
• This paper describes crossover
delivery
• Moving into Ark capability means a
complex support of product media
layers and synthesis. By delivering
design layers for multiple systems, a
remote building project will emerge.
• Conceptually many schemas will
converge to an articulated model.
Product Confection and Instance Simulation Remote building upgrade, maintenance, redesign

3. 1. The Dynamic Instance: Product Media Discussed
2. The Glass Build: Base Build and Modules Assembled, considering impact of dimensional systems
3. Glass in the Making: Costing and Loading, Assembly and Assimilation, IP Defined, Logos
4. Art of the Science: What can be made? Assimilation discussed, look at basic product ideas
5. Digital Glass Production: Pipe Transit and RIK Declare, Batch Appliance (Dialogue paper)
6. Imposition of Value Engineering: Establishing and Justifying the Load for Pipe Transit
7. The Digital Plait Position: Engineering Design of the Load and Thruput
8. Mu Sic in the Advancing Age: Use of Fingerprint and Encryption for Operational Loads
9. 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
10. Instancing at the Gate: Use of Gates and Instances, bridging of the engineering process
11. Interpolative Scope: Use of a Demand and Production Scope for building and delivery of product, learning to
specify material, looking for union of Vector
12. Functional Glass: Fitness for Function and Moral Intelligence, Bayesian Analysis
13. 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. The ability to
transmit this kind of energy behind a light shield makes it safe and wireless power. Because this Virtual Glass is there, it can be positioned like that with
the rose plait.
14. The Glass Wave: Learning to Plait Gates, Reconcile Metrics to Scorecard, and load value of Scrum
15. Scrum Costing w/notes (Book It Daniel): establishing scrum standards (Dialogue paper)
16. Gate Plait Green (Mark It Mark): first scalable plait arrangement overcomes bottleneck (Dialogue paper)
17. Scorecard Integration (Map It Ralph): A review of mappings to date, marking old vs. new (Dialogue paper)
7/30/2021 Brij Consulting, LLC, Jean Marshall 3
Topic Guide to
Related Study
Concept described Slide 11 here, wireless cascade for power
Base Build differentiated from Product Media Here
To be updated with encryptions slides 6 and 12
https://www.slideshare.net/Marshallja/presentations
Scorecard Metrics are devised, used here
Union Vector Graph included here
Paper to be rewritten
after digital maps
complete
18. The New Stone… our last fully
digital study departs this schematic
Ark Mode
The six-
layer glass
will be
‘cubified’

4. BUILDING WITH
SIMULATIONS
Notations for the Load to aid
Building with Simulations from
“The New Stone.”
THE GLASS MODEL IS PREPARED WITH
SIMULATIONS for confection and
7/30/2021 Brij Consulting, LLC, Jean Marshall 4
9,088,538.65
2,760,283,300.98
34,314,671,885.92
matrix proof
0.533091267 Alpha Thread
0.33428
0.867371267 Omega
1.734742534 1.65
1.777 0.084742534
-0.042257466 0.042371267
y 0.000113801
Scrum Map "e" end 0.000227601 Clock foil x 3 =335 x 3 = 1005
Pattern
Simulations
Security View
Simulations
Outer perimeter
Inner perimeter
Front
Switches
A one-wheel secant simulation
possesses 52 secants and allows for
two relational crossover instances
One Secant x 52*
Double walk
[3 x 14 = 52*]
[.5719 - .5200 = .0519]
.53309 - .53161 =
141-34=107 = Pre-Form
.867- .833= .34 Omega Adj.
F
Ω
α

5. Crossover Digital Load Format for Simulation
y = -0.05336x + 2,599,363,695.91464
R² = 0.12306
Finger print w/ z path
One wheel = Digital Simulation
Propert
ies Cart
35
Piece
Assimil
ation
Glass
Modeli
ng
Furnitu
re Build
Array
Museu
m
Process
Applian
ce
Array
Origination Price 729.37 1,647.44 1,863.80 1,390.60 2,361.62 2,005.92
Expected U's 1000 1000 1000 1000 1000 1000
Value 729,366 1,647,43 1,863,79 1,390,60 2,361,61 2,005,92
Margin 534,868 1,334,25 1,516,16 1,113,83 1,923,01 1,649,36
ROI 73.3% 81.0% 81.3% 80.1% 81.4% 82.2%
y = 198183x + 651609
R² = 0.5895
-
500,000.00
1,000,000.00
1,500,000.00
2,000,000.00
2,500,000.00
Digital
Glass
Simulations
RETURN ON INVESTMENT
Proper
ties
Cart
35
Piece
Assimil
ation
Glass
Modeli
ng
Furnitu
re
Build
Array
Museu
m
Proces
s
Applia
nce
Array
Origination Price 714.18 853.20 1,069.56 1,381.56 1,567.38 1,994.86
Expected U's 1000 1000 1000 1000 1000 1000
Value 714,180 853,200 1,069,56 1,381,56 1,567,38 1,994,86
Margin 526,232 697,004 854,300 1,106,30 1,261,15 1,639,88
ROI 73.7% 81.7% 79.9% 80.1% 80.5% 82.2%
y = 214648x + 262877
R² = 0.977
-
500,000.00
1,000,000.00
1,500,000.00
2,000,000.00
2,500,000.00
Digital
Glass
Product
Media
RETURN ON INVESTMENT
Simulation
load
7/30/2021
Brij Consulting, LLC, Jean Marshall
5
80.3%
80.7%

6. What does a Secant
Path do?
9,088,538.65
2,760,283,300.98
34,314,671,885.92
matrix proof
Load Bearing with torque and turn motion
7/29/2021 Brij Consulting, LLC, Jean Marshall 6

7. 7/30/2021 Brij Consulting, LLC, Jean Marshall 7
Encryption Path, DOUBLE WALK
y = -0.05336x + 2,599,363,695.91464
R² = 0.12306
Finger print w/ z path
Z path
Simulation
load
0
0 0
.123 + .025 = .148
WATCH
WINDOW
FOOT
Each Load can
immediately Gate
New Path, compare to slide 15
64.83+1.17=65 Gate End

8. 7/30/2021 Brij Consulting, LLC, Jean Marshall 8
Product
Media
The Build Array includes Z-
Transform capability
In PRODUCT MEDIA with
A One Wheel Secant for
Simulation @ 3 x 14
Simulation Array in
Digital Glass Format
ω
PV
See Slide 10
360
96.9/3=32.3/2=16.1/4= 4 secant square
3*2*4= 24

9. 7/29/2021 Brij Consulting, LLC, Jean Marshall 9
V2 Secant Wheel Applications
THE BIG CROSSOVER WALK LEARN CHARACTERISTIC SPECS
 In our next paper we will begin to explore
some Secant Wheel Applications common to
the theory of the products we have been
building
 We will describe when and why Ark mode
will be chosen for the utility and complexity
of simulations
 In V3 we will begin to explore driving
instances with Secant conversions
 One item in this room requires more
than a One Wheel Simulation… find out
next
Coming next…

10. Sometimes in comparing models, some
unlikely pairing of examples makes an
obscure subject better understood. But
not necessarily completely understood.
• The things operating in the
Light and in the Ark are just as
mechanical as the things
operating in earth materials
and should be viewed as the
feats accomplished in the
genius of God, not some magic
of wizardry.
• Similarly, what we are taught
about glass should be
accompanied by prayer for
virtuous dedication to tasks.
Multiple Secant pairings… cloud acclimations
7/30/2021
Brij
Consulting,
LLC,
Jean
Marshall
10
Model Creation
Ω
Digital Plait Ends
In the Model of Creation, the Material World as we have
known it will end, giving way to Salt and Light, an energy format
α

11. Simulation Proof
• Using a quadratic equation, we
proofed the Matrix for Simulation
terms against our Time and Motion
Standard
• This means we have a good and
reliable instance window with which
to simulate our future results
• We need to establish this new
fingerprint with an encryption path,
markers and a key for loading
7/30/2021 Brij Consulting, LLC Jean Marshall 11
504,365
144
c
-152.656
154.428
153.981
-461.065
-471.116035
10.05103547
151.9413
2.04
153.9813
144956
144755
201
A
Clock foil x 3 =335 x 3 = 1005
ω
W1

12. Omega Plait Gate End
• After Proving the ‘Plait Remainder’
the Omega Value is a Proof
Ω
ωX=.000560018
When applied at Gate
enhances application
speed
83.3
Watch Window look for 64, +1 in each of the cycles
The Plait End
Discovers
Burden
Progression
159.4
Critical path
ROA
Margin
Second Foil
Ω
Recon. to
Baseline
Future Gains are
Plait Gains
83.72 T&M* - 83.28 Omega= .44 Sq Pi
See T&M*
F
Simulation Assembly Table with Lock Load Position
See Slide 8
See Slide 4
See Slide 4
See Slide 4

13. Our papers
7/29/2021 13
1. The New Stone
2. Dimensional Building
3. The Dynamic Instance
4. The Glass Build
5. Glass in the Making
6. Art of the Science
7. Digital Glass Production
8. Imposition of Value Engineering
9. The Digital Plait Position
10. Mu Sic in the Advancing Age
11. Engineering Objects
12. Instancing at the Gate
13. Interpolative Scope
14. Functional Glass
15. The Glass Wall
16. The Glass Wave
17. Scrum Costing w/notes (Book It Daniel)
18. Gate Plait Green (Mark It Mark)
19. Scorecard Integration (Map It Ralph)
This paper is THE NEW STONE
https://www.slideshare.net/Marshallja/presentations
Brij Consulting, LLC Jean Marshall
V3 and V4
holds all
contents
To
Change