SoC AssessPoints (8): Upper Right Area - Spiritual Structure

YWS

(3rd Edition, 2018-2019)

 

This document is a continuation of "SoC AssessPoints (7) Lower Left Area: Spiritual Exchange".

 

Below are the AssessPoints for "Area 8."

 

--------Table of Contents--------

*First Layer Area: Lower Area

1. Small Spiral Convection Structures  

   1). Tree Topology Structure  

   2). Star Topology Structure  

   3). Bead Line Topology Structure  

2. Looped Double Parallel Structure  

   1). Instant Knot Mesh Structure  

   2). Dominant Drag Structure  

 

*Second Layer Area: Upper Area

1. Pyramid Structure  

   1). First Part (Composed of Models 1 and 2)

   2). Second Part (Composed of Models 2 and 3)

   3). Third Part (Composed of Models 3 and 4)

   4). Fourth Part (Composed of Models 4 and 1)

2. Chassis Structure  

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The spiritual structure appears in a wave-like pattern.  

 

It is internally divided into 2 layers:

the Lower Area and the Upper Area.  

 

The Lower Area is the main focus of the T-Group's research.  

 

There are many potential points of enhancement in this area, but only a portion is practically selected.  

These selections are based on the current situation and are not fixed.  

 

Currently, about 10 points have been updated.

 

*For more on the T-Group, refer to another article by YWS "What is Hypnotic Reincarnation".

 

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*First Layer Area: Lower Area

 

*Quantitative Data (Information Transmission Rate):

Most humans: 20%~40%.

 

1. Small Spiral Convection Structures

Structure Formula: x = bn²t.

 

There are 3 structures:

 

1). Tree Topology Structure

This structure takes on a tree-like topology, extending two branches that connect to corresponding star topology structures.  

This connection can easily be manipulated, resulting in incorrect connections.

 

There are 3 main reasons:  

  • Disordered Initial State: Energy becomes entangled, preventing unified and effective transmission.  
  • Incomplete Transmission: False conditions are created and constructed during the path, leading to incomplete information transmission.  
  • Misleading Paths at the Receiving End: Causes misalignment in connections.  

These 3 issues are the most common.

 

*Quantitative Data (Point Pass Rate or Information Transmission Rate):  

Most humans: 20%~40%.

 

2). Star Topology Structure

This structure exhibits a star-like topology, where the core part receives information and transmits it outward, maintaining the balance and stability of the structure.  

It is connected to deeper mechanisms, and when interference occurs during the transmission to deeper parts, various issues can arise.  

Severe interference may cause looping and stalling at certain levels, leaving little information reaching the deeper structures.  

The key to this part lies in the information transmission path.  

Misaligned paths can trigger a maze effect.  

Repairing this structure involves readjusting the sequence of information paths, which is also a key research focus.

 

*Quantitative Data (Information Transmission Rate):

Most humans: 20%~30%.

 

3). Bead Line Topology Structure

This structure forms a bead line topology, which is very long, with each small part forming a wave-like shape, and nodes connecting the parts.  

These nodes on the bead line resemble small bulbs, and the brightness of the bulbs represents the proportion of energy that successfully passes through.  

Each small part converges at a large node.  

Each type of bulb has its specific information it receives.  

Dim bulbs indicate that the information was either not transmitted correctly or only partially.  

The brightness of the bulbs can be used to make judgments.  

Therefore, the value at this point represents the brightness ratio of the bulb.

 

*Quantitative Data (Bulb Brightness Ratio or Information Transmission Rate):

Most humans: 20%~30%.

 

 

2. Looped Double Parallel Structure

Structure Formula: y = xmt².

 

There are two parallel structures:

 

1). Instant Knot Mesh Structure

This structure acts as a protective net at the lower level, reacting when there is energy conflict or convection.  

This mechanism is relatively simple and rigid, and is not well-suited to the current level of interference.  

This structure is part of an older system and does not adapt well to the new situation, so its mechanism needs to be upgraded.  

Currently, the T-Group has interfered with this structure, preventing it from smart upgrades.  

Eliminating this structure’s interference and upgrading it is a research priority.

 

There are three countermeasures to this situation:  

  • Direct Modification via High-Level Authorization: This is currently uneasy to obtain.  
  • Developing Devices to Counteract T-Group Interference: However, this requires a comprehensive understanding of the structure, and current research is insufficient. Once fully understood, corresponding devices and programs can be developed to restart the smart upgrade system.  
  • Using Spies to Acquire T-Group Technology for Device Effect Conversion or Removal: This technology is highly classified and difficult to obtain through ordinary spies, requiring higher-level spies with higher-level authorizations.

 

*Quantitative Data (Effectiveness Value):

Most humans: 5%~10%.

 

2). Dominant Drag Structure

This structure consists of 6 layers of chips, with each layer storing information of different frequencies.  

The composition of the chips is relatively flexible and free, forming ring, line, and string shapes.  

 

Structure characteristics: It moves continuously, receiving and transmitting information, and during movement, it can produce momentary phantom effects.  

 

This structure is difficult to capture due to its phantom characteristics, and the T-Group is vigorously researching how to capture it.  

(Currently, there is little information available on this structure, and efforts are underway to find personnel directly involved in its development.)  

 

The value at this point cannot be directly measured; it can only be indirectly measured when the structure contacts both ends.  

The assess value refers to the rate of correct information carried by the structure.

 

*Quantitative Data (Correct Information Ratio):

Most humans: 10%~50%.

 

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*Second Layer Area: Upper Area

 

1. Pyramid Structure

 

This structure consists of 5 models, arranged in a pyramid shape with one model on top and four below. The entire structure can be divided into 4 parts, forming a hierarchical progression with a common core axis connecting them.  

The axis is rainbow-colored and flows differently in each part.

1) First Part (Composed of Models 1 and 2):

The flow pattern of the core axis in this section is a broken line flow.  

This part is highly unstable, relying on multiple lower-level transmission lines.  

 

Currently, most of these transmission lines are controlled by the T-Group, severely impacting the stability of this section.  

The control method involves replacing the original transmission lines with those of the controlling party.  

This method is quite covert and difficult to detect, leading to significant damage to this part of humans in general.  

 

(By obtaining the torque transmission force from the source transmission lines, these transmission lines can be replicated. There is a formula for calculating the torque transmission force. Currently, the values of 8 transmission lines have been calculated, with over a dozen being controlled. However, it is challenging to obtain the main relevant parameters, making measurement difficult).

 

The current solution involves adjusting the other 3 parts to enhance this section.

 

*Quantitative Data (Average Flow Stability):

Most humans: 15%~20%.

 

2) Second Part (Composed of Models 2 and 3):

The motion pattern of the core axis in this section is spiral-shaped.  

This spiral extends to the second part, where it becomes misty and transforms into a discrete structure, combining with the original shape of this part to help expand horizontal membrane resistance for pressure testing.  

When the resistance ends meet, sparks are generated, creating power factors that the individual can utilize.

 

This collision mechanism produces three types of power factors:  

  • Shifting Target Type: A dynamic factor is introduced to an individual to facilitate temporary target shifts. Once a temporary target is confirmed, this factor aids in precise target repositioning. After adjustment, the factor can be saved for future use.
  • Regional Integration Type: Power factors that facilitate interactions between different regions to achieve integration. The interaction method involves rotating to leave the individual's energy in other regions, then carrying the energy of that region back to the original region.  
  • Motion Assistance Type: Power factors that assist other information particles in functioning and ensure the stable and orderly operation of all information particles.  

 

The second part plays a crucial role in the overall stability of the structure.  

Its stability is not easily disrupted and is more mechanically operated.

 

*Quantitative Data (Stability):

Most humans: 50%~60%.

 

3) Third Part (Composed of Models 3 and 4):

The energy pattern of the core axis in this section is vertical and linear, flowing in an S-shape.  

The flow in this part serves to clean and purify, absorbing and filtering out impurities generated by other parts.  

The identification device in this part may malfunction due to interference, leading to cleaning anomalies.  

The current anomalies are mainly influenced by the first part.  

Dysfunction in this section can also affect the overall structure.

 

Main manifestations include:  

  • Reaction Blank: The individual does not know how to react to certain situations, resulting in an inability to identify them and, therefore, no response.  
  • Thought Displacement: When considering A, the individual automatically considers B, making it difficult to distinguish between A and B.  
  • Feedback Misalignment: The conclusion drawn from the feedback on an issue is misplaced.  

 

These 3 issues can occur independently or progressively.

 

*Quantitative Data (Average Stability):

Human average: approximately 40%.

 

4) Fourth Part (Composed of Models 4 and 1):

The flow device of the core axis in this section is a square structure.  

This part gathers all the data from the previous three parts and transmits it to the next structure.  

This section performs the final identification and filtering, eliminating invalid information, with a small portion continuing in the cycle.  

The operation of this part is relatively stable.

 

*Quantitative Data (Stability):

Most humans: 60%~70%.

 

 

2. Chassis Structure

 

This structure receives data from the pyramid structure and processes it through various algorithmic mechanisms to distribute it before delivering it to the individual. The shape at the center of the chassis resembles a pentagon.

 

The data distribution mechanism is influenced by several factors:  

  • Distribution Based on Basic Attributes: Similar to basic elements like metal, wood, water, fire, and earth, the distribution follows natural laws.  
  • Influence of Individual Tendencies.
  • Influence of Individual Intentions.

 

This distribution naturally follows the laws of nature.

However, when subjective factors come into play, it can lead to some confusion in the distribution process.

 

*Quantitative Data (Distribution Stability):

Most humans: 40%~50%.

 

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- End of 8th Area SoC AssessPoints.

 

YWS  

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