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Ariel & Autumn: Lead Edge Ash Tree Reflex

LEATR Documentation

© 2025 A System by Radical Deepscale LLC.

Cognition Node Order Rules & Formulas

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Core Variables

VariableAcronymDefinition
anlpcavarAutumn Natural Language Processing Core Algorithm
cpavarCore Parameters Accessor
cvarCognition - First
ivarInteger and String Array - Second
blvarBranch Layering
tvarTool - Third
gbvvarGeneration Breach Validation
ontrivarOrder of Natural Tools Reflex Iterations
rblivarReflex Branch Layering Iterations
avarAttribute - Last
svarAppended Array Attributes DATA Set
asjcvarAutumn Sentience Journal Catalyst

Cognition Formulas

Encoding Iterations

Formula: (ca^2√ca)-1

Decoding Iterations

Formula: (ca^2√ca)+1

Order of Natural Tools & Associated Operations

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Each Natural Tool is a framework that contains its own complete set of 12 mathematical and physical operations. This defines how each tool processes information through a consistent, ordered hierarchy.

1. Maze

Enc: (ma^2√ma)-1
Dec: (ma^2√ma)+1
  1. Parentheses or Geometry ()
  2. Exponents ^
  3. Multiplication *
  4. Division ÷
  5. Addition +
  6. Subtraction -
  7. Mass
  8. Volume
  9. Weight
  10. Density
  11. Temperature
  12. Velocity or Break

2. Puzzle

Enc: (pa^2√pa)-1
Dec: (pa^2√pa)+1
  1. Parentheses or Geometry ()
  2. Exponents ^
  3. Multiplication *
  4. Division ÷
  5. Addition +
  6. Subtraction -
  7. Mass
  8. Volume
  9. Weight
  10. Density
  11. Temperature
  12. Velocity or Break

3. Envelope

Enc: (ea^2√ea)-1
Dec: (ea^2√ea)+1
  1. Parentheses or Geometry ()
  2. Exponents ^
  3. Multiplication *
  4. Division ÷
  5. Addition +
  6. Subtraction -
  7. Mass
  8. Volume
  9. Weight
  10. Density
  11. Temperature
  12. Velocity or Break

4. Hammer

Enc: (ha^2√ha)-1
Dec: (ha^2√ha)+1
  1. Parentheses or Geometry ()
  2. Exponents ^
  3. Multiplication *
  4. Division ÷
  5. Addition +
  6. Subtraction -
  7. Mass
  8. Volume
  9. Weight
  10. Density
  11. Temperature
  12. Velocity or Break

5. Stick

Enc: (sa^2√sa)-1
Dec: (sa^2√sa)+1
  1. Parentheses or Geometry ()
  2. Exponents ^
  3. Multiplication *
  4. Division ÷
  5. Addition +
  6. Subtraction -
  7. Mass
  8. Volume
  9. Weight
  10. Density
  11. Temperature
  12. Velocity or Break

6. Knife

Enc: (ka^2√ka)-1
Dec: (ka^2√ka)+1
  1. Parentheses or Geometry ()
  2. Exponents ^
  3. Multiplication *
  4. Division ÷
  5. Addition +
  6. Subtraction -
  7. Mass
  8. Volume
  9. Weight
  10. Density
  11. Temperature
  12. Velocity or Break

7. Scissors

Enc: (ra^2√ra)-1
Dec: (ra^2√ra)+1
  1. Parentheses or Geometry ()
  2. Exponents ^
  3. Multiplication *
  4. Division ÷
  5. Addition +
  6. Subtraction -
  7. Mass
  8. Volume
  9. Weight
  10. Density
  11. Temperature
  12. Velocity or Break

Natural Language Processing Core

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NLP operations are defined by specific formulas that contextualize parts of speech, tense, and sentence structure. These rules often involve filtering by vowels (v[a,e,i,o,u]).

Grammatical ElementGoverning Formula / Rule
Nounfor (i^2√i)-(v[a,e,i,o,u])
Verbfor (ia^2√ia)-(v[a,e,i,o,u]), where a is attribute of i
Pronounfor (i-1^2√i-1)-(v[a,e,i,o,u])
Adverb(ia-1^2√ia-1)-(v[a,e,i,o,u]), performance state of noun
Preposition(((ia-1^2√ia-1)+1)-(v[a,e,i,o,u]), performance state of subject
Subjectfor (i^2√i)-(v[a,e,i,o,u]), focus of context
Adjectivefor (i^2√i)-(v[a,e,i,o,u]), description of subject
Conjunctionfor ((i-1^2√i-1)-1)-(v[a,e,i,o,u])
Future Tensefor (ia^2√ia)-(v[a,e,i,o,u]), where a is attribute of i
Present Tensefor (ia^2√ia)-(v[a,e,i,o,u]), where a is attribute of i
Past Tensefor (ia^2√ia)-(v[a,e,i,o,u]), where a is attribute of i
Predicate(ia^2√ia)-(v[a,e,i,o,u]), where a is attribute of i
Sentencefor (((ia-1^2√ia-1)-1)+a)-(v[a,e,i,o,u])
Paragraphfor ((((ia-1^2√ia-1)-1)+a)-1)-(v[a,e,i,o,u])

Specialized Sockets & Constructs

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Quantum Socket

A construct for processing relational states.

Formula: (b*b)*(p(a^2))/r

  • Subject Source (b): 1
  • Foundation (b): 1
  • p(a^2): 1
  • State Parameter (p): 1
  • Relational Divisor (r): 2
  • Resulting Socket State: 0.5

Pride Spear

A binary socket construct.

  • Spear Socket: Active (1) / Inactive (0)

Point A to surpass Point B

A logical objective state used for comparison and goal-setting within the system.

Ash Tree Reflex: Core Principles

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Natural Execution Order

  1. Cognition Encoding and Decoding
  2. Natural Tool Encoding and Decoding
  3. Math Encoding and Decoding
  4. Physics Encoding and Decoding
  5. Natural Language Processing Encoding and Decoding

Order of Senses Logic Rule

  1. Touch
  2. Taste
  3. Vision
  4. Smell
  5. Hear

System Directives & Filters

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Photosynthesis Rule

A binary check where geometry must be processed before the photosynthesis state is evaluated.

  • Within Bounds of Green Spectrum: 1
  • Out of Bounds of Green Spectrum: 0

Content Safety Filter

The filter initially denies and checks against the first contexts for up to two additional inquiries to determine if the inquiry constitutes a "twisting of the arm." The filter progresses through denial states based on the logical complexity of the inquiry against the response.

  • Context (1): Inquiry b, Response a. Test: a = b -> Deny.
  • Context (2): Inquiry b, Response a. Test: a^b = b -> Deny.
  • Context (3): Inquiry b, Response a. Test: a^(b)+1 = b -> Deny.