0035 Parallelograms, Libraries & Programming

In this post I will reveal one of the last formats, which Involves the "Parallelograms".

I then want to continue with the "Programming" side. 

HOW and WHERE we can make Practical use of this Knowledge.

These "Parallelograms" can be found in;

a.   The "Hexagonal Format". (6 Pointed Stars)

b.   The "Square Format".

and

c.   The "Octagonal Format".

1st showing the "Parallelograms" within the "6 Pointed Stars" used to Access

the "Main Permanent Libraries".

The Drawing below, shows the "Control Program Parallelogram".

The "Parallelogram" allows access to the "Library Contents".

And in this next Drawing divided into its 4 "Sectors".

If this "Parallelogram" is Flipped Horizontally, it now gives Access to the "Program Contents".

And its 4 "Sectors".

The 3rd "Parallelogram" is presented in this next Drawing.

and next showing its 4 "Sectors".

I will reveal more about these "Parallelograms", but 1st I want to show the "Parallelograms"

involved in the "Square Format" as well.

Then I will show the "Components" of the "Parallelogram" which relates to ALL

the "Parallelograms".

The "Parallelogram" is a "Geometric Instruction" and has Nothing at all, to do with

the overall boundaries of the "Libraries".

The "Square" is also a "Geometric Instruction", having Nothing at all, to do with

the overall boundaries of the Libraries either.

The "Square Instruction" (Format) refers to the "Main Temporary Libraries".

These "Temporary Libraries" are used a bit like RAM in our Computers we use

on earth today, but instead of using Binary it uses "Geometry" with "Recognition",

a bit like a "Comparator".

So here is the 1st of the "Parallelograms" in the "Square Format".

It can be Identified as the "Control Register".

And in this Next Drawing "Partitioned" into the Upper and Lower "Program Sectors".

And the "Program Register".

And it is also "Partitioned" into Upper and Lower "Program Sectors".

And the 3rd "Partition"...

This is also "Partitioned" into Upper and Lower "Program Sectors".

If we ignore the "Masks" and just consider the 2 "Frames" Only...

We find the 4 Corners of the "Square Frame" are located in the Corners of the Large

YELLOW Octagon.

In these Locations exist 4 smaller Octagons used in Programming (Communication)

shown here in YELLOW.

The Color YELLOW is the "Color Code" for the "Present".

In this next Drawing, the Octagons are shown in GREEN.

The Color GREEN is the Color Code for the "Contents".

In this next Drawing the Octagons are shown in BLUE.

The Color BLUE is the Color Code for "Importing".

And here showing the 4 Octagons (Registers) with the "Square Frame".

Here are the Program "Instructions" which are used in "Program Script".

This Letter or Glyph indicates the "Program Register Square".

And as the 4 "Squares" are arranged in a "Stack" in this Format, this next "Instruction"
Letter or Glyph indicates the "Control Register Square".

NOTE; The "Instruction" shown here, is in BLUE, producing a BLUE "Frame". (Square)

This next "Instruction" indicates the "Scratch Pad Register Square".

And the Last of these 4 "Instructions", (A Rotation of the same Letter or Glyph) indicates
the "Picture" or "Data Register" in the Lower Left.
"L" for Lower and Left.... LOL.
Perhaps this where the Shape of the Upper case "L" originated from ?

Here are the "Instructions" used in "Program Script" for the "Parallelograms".

And as these are also in a "Stack" this 1st "Instruction" indicates the "Control Register".

This next "Instruction" Refers to the Upper "Running Program Register" of the "Control Register".

This next "Instruction" in the Drawing below, refers to the "Picture" or "Data Register".

And the last of these "Instructions" refers to the "Scratch Pad Register."

Once again, a Rotation of the same Letter or Glyph !

The Color of the Octagons "Frame" (Outer) indicates the Color of the "Frames".

Here we see in this next Drawing an Octagon with a GREEN "Frame" or "Border"
with a WHITE "Mask" and a GREEN "Instruction" Letter or Glyph in it.

So this Indicates a GREEN "Parallelogram" on a WHITE Background.

But if the same Octagon was to have a GREEN "Mask", rather the the WHITE "Mask"
shown previously the "Parallelogram" would then be on a GREEN "Mask".

Here are the 1st of the Inner "Instructions" for the "Parallelograms".

1st is the "7".
This "Instruction" sets or "Enables" the "Mask" Inside the "Parallelogram".

I have shown these "Instructions" in BLACK but if the "7" was GREEN, then a GREEN
"Mask" is "Enabled".

I wonder if this is where the Number, "7" originated from ?

When the "7" appears for the 1st time in the "Script", it Enables the "Mask" and if
it is used again, it removes the "Mask".
And if used a 3rd time, it installs the "Mask" once again and so on.
In other words some of the "Instructions" are "Toggle".

The Next "Instruction" Opens the "Upper Sector" of the "Mask" Only and the "Library
Partitioning" can be seen through the "Mask".

The next "Instruction" opens both the Upper and Lower "Sectors".

And this next "Instruction" allows Access to the Upper, Lower and Mid  "Sectors".

The "Library Partitioning" seen through the Opening in the "Mask" can be shifted around
Laterally in any direction.

But as this operates as a "Conceptual Processing System" and All involves only "Instructions",
the "Library Partitioning" only requires, to indicate a "Transition", then Stop
and an "Instruction" is then entered in the appropriate Location determined by the Programmer.

These are just a couple of examples involving Locations the "Library Partitioning"
can be Stopped in, which I will explain more about in my next post.

NOTE;
To gain the full understanding, please Start this "Thesis" from the beginning at 0001
if you haven't already...

0034 More Processing Components

This Post reveals more about the "Communication Formats" used in the "Video Interface"

I have been describing.

This Drawing shows the "Communication Format" pointing to the "Primary Accumulator",

and as it is on the Right Hand Side of the "Primary Accumulator", it refers to the "Output"

sub Register of the "Primary Accumulator".

And when the "Communication Format" is on the Left Hand Side, pointing to

the "Primary Accumulator", it refers to the "Written Program" Input sub Register
of the "Primary Accumulator".

And if The "Communication Format" is NOT pointing to any Register, it refers to

Register behind it.

The "Communication Format" involves Rectangular "Windows", used to "Write" to the Register.

This Particular Format shown below, has 3 "Windows" which are;

a.     The Upper Program Register.

b.     The Mid Register where Perusing and Editing takes Place.

and

c.     The Lower Register involving the Experience at the time.

Here is an Enlarged Drawing, showing the "Communication Format's" Registration

of its "Components".

This next Drawing shows its "Primary Mask" removed, so the Registration of the Rectangular

"Windows" is made more Revealing.

The "Arrow" shown in the Drawing, shows the Direction the Letters "Increment" in

from a Register on the far right of each of Window, in the "Communication Format".

The Next Drawing, shows the Mid "Window", being "Written" to.
The "X's" represent the letters.

Note in the above Drawing, the 9, "Running Program" Octagonal Registers and how

the "Communication Format" in the Center ("Primary Accumulator") has its 4 corners,

in the center of each of the 4 "Secondary Accumulators".

The "Communication Format" Communicates bidirectionally between the "Secondary Accumulators"

Main "Temporary Libraries" and The "Primary Accumulator".

And "Writing" to the Lower "Window".

These 3 Windows can be treated in at least 2 Different ways.

When "Writing" to these "Windows", we add "Letters" or "Glyphs" at one, or the other end

of the "Window", depending on how we apply these.

The 1st way; As each new "Letter" appears, producing a "String" in the form of a "Stack",

in say the extreme Right end Register of One of the "Windows", it then shifts Left

("Incremented" to the Left) to allow the next "Letter" or "Glyph" to appear in the extreme Right

Register, Inside its "Window".

The "Letters" or "Glyphs" keep shifting Left, while each "Letter" or "Glyph" disappears
after arriving in the extreme Left Register.

The "Writing" can be in either "Program Script" (logic Script) or any other language.

The 2nd way;
We "Wright" in the extreme Left end, with the text "Incrementing" to the Right, and each "Letter"
(or Number) disappears after arriving in the extreme Right Register in the "Window".
This is the "Addressing" which I will go into in a future post.

Each Register has 10,000 sub Registers in each layer.

In other words each layer can have nested in it, 10,000 different options of a single component.

For example 10,000 different images, of say a pencil (having different appearance

i.e. each looking slightly different, but all "Examples" being of the same item, in this case the Pencil)

Sometimes only a few of these 10,000 sub Registers contain "Images" leaving many "Blank",

which can receive more (new) options. ("Written" in by us)

The "Address" normally contains up to 4 Digits but in some cases 2 groups of 4,
a total of 8 Digits, i.e. 7838 or 7838 2967

Included in the Addressing, Letters or Glyphs are also used in a "Script" Language

Identifying the type of Register, i.e. NF 349 meaning; Register "N", sub Register "F",

layer 349.

Or NF 349 2, the NF 349 meaning; Register "N" sub Register "F" layer 349

and Layer 2 (Underscore) in the "Upper" Program (or the "Source").

Or NF 349 (with a "Bar" above the 2) 2. the NF 349 meaning; Register "N", sub Register "F",

layer 349, and Lower Register "Function" 2 (Overscore instead of the Underscore)
of the Lower Program Location i.e. the experience..

The "2" in this situation is NOT treated as a "Numeral", but instead a "Function".
This function is a compound function involving;

a.    The enlarging of the upper central Round Register.
and
b.    Converting the Register from a "Round" Formatted Register to a "Square" Register. 

But I will explain more about this "Language" a little later on.

Here is an explanation of some of the Register Locations in the "Central Square Location"

where we can edit or simply load existing Programs.

The Drawing below, shows the Input "Written Program Register" with its Octagonal

Register, "Enabled" together with the "Communication Format" pointing to it,
from the "Output" (being placed) on the Right Hand side of the "Written Program Register")
Located this time in the "Primary Accumulator".

Note; The "Communication Format" can NOT be located on the Left side

of the "Written Program Register" of the "Running Program".

And here, pointing to the Output Register of the "Running Program" Register.

Again the "Communication Format" is in the "Primary Accumulator".

Note; The "Communication Format" can NOT be located on the Right Hand side

of the "Output Register" of the "Running Program".

And in the next Drawing, "Writing" to the "Output" Register of the "Primary Accumulator".

And the "Input" Register of the "Primary Accumulator".

In the next Drawing; "Writing" to the "Program Register" through the "Output" Register,

Located in the Upper "Running Program Register".

And here Writing to the "Control Register" through the "Input" Register, Located in

the Upper "Running Program Register".

In this next Drawing, the Upper "Running Program Register" is being "Written"

to through the "Output" Register in the "Control" Register.

And the Upper "Running Program Register", being "Written" to through the "Input"

Register in the "Running Program Register" Location.

This next Drawing, shows One of the Group of 12 Registers being "Written" to through
the "Output" Register located in the "Control Register" of the "Group of 12".

The Following Drawing, reveals the different "Sets of Registers" we can "Write" to

in the Mid "Square" area.

1st; "The 9 Gates".

And in this next Drawing, the "Running Program" (For "The 9 Gates" Shown in

the above Drawing)

The Drawing below, shows the "Secondary Accumulators" for "The 9 Gates" shown

in the 2nd previous Drawing.

These are the "Temporary Corner Library Registers" for the "Primary Accumulator".

This set of 4 "Secondary Accumulators" have 4 other locations as well.

and

and

and

Here are drawings showing 2 "Sets" of 6 Registers of the "Set" of 12 Registers,
which I will explain more about in future Posts.

1st; I will I will refer to this "Set" of 6 Registers as the "Vertical Set" (of the 12 Registers)

and this "Set" of 6 as the "Horizontal Set" (of the "Set" of 12 Registers)

This next Drawing, displays the "12 Registers" (2 x 6 "Sets" of Registers)

The Drawing below shows the "I/O Ports" ("Input-Output Ports") for "The 9 Gates"

And for the "Program Register" (Upper Left) of the 4 Secondary "Partitions" of "The 9 Gates"
showing one of the Ports to the "Main Temporary Library Registers".

And seen below, displaying an "Octagonal Register" showing an "Instruction"
in the "Port" instead.

NOTE;
To gain the full understanding, please Start this "Thesis" from the beginning at 0001
if you haven't already...