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Source files: 9 | Classes: 43 | Methods: 5 | Enums: 0

GTOS.UNLOCK ​

AlphaValue ​

struct

Alpha value - numerical representation of a word (A=1, B=2, ..., Z=26).
Foundation for cluster identification and mathematical constant emergence.

Source: UNLOCKCoreAtomics.cs

Constants and Fields ​

AlphaTotal ​

int

GlyphCount ​

int

GlyphSequence ​

UNLOCKGlyph[]

Word ​

string

CollapseResult ​

struct

Result struct for collapse operation (replaces out parameter).
Contains the manifest/latent split and success status.

Source: UNLOCKInformationPrimitives.cs

Constants and Fields ​

Split ​

ManifestLatentSplit

Success ​

int

CymaticsResonance ​

struct

Cymatics resonance - frequency mapping for glyph (Hz).
Represents standing wave pattern in physical medium.
TODO: Populate with empirical cymatics frequency measurements.

Source: UNLOCKCoreAtomics.cs

Constants and Fields ​

Amplitude ​

float

FrequencyHz ​

float

Glyph ​

UNLOCKGlyph

WaveformPattern ​

string

DynamicSequence ​

struct

Dynamic sequence - energetic flow through a word's glyph sequence.
Example: "LOVE" = LIGHT → CIRCLE → VIBRATE → ENERGY

Source: UNLOCKCoreAtomics.cs

Constants and Fields ​

ImperativeSequence ​

string[]

ProcedureSequence ​

string[]

ProcessSequence ​

string[]

SequenceLength ​

int

Word ​

string

InformationManifestationOperations ​

static class

Operations for the 36/18 information manifestation system.
All functions are pure, deterministic, and thread-safe.

Source: UNLOCKInformationPrimitives.cs

Constants and Fields ​

CENTER_OF_GRAVITY ​

const int

CONSERVATION_EPSILON ​

const float

DIMENSIONAL_FACTOR ​

const int

LATENT_THRESHOLD ​

const int

MANIFEST_THRESHOLD ​

const int

SEED_VALUE ​

const int

TETRAHEDRAL_THROUGHPUT ​

const float

TOTAL_INFORMATION ​

const float

TOTAL_STATES ​

const int

VELOCITY_CONSTANT ​

const float

InformationState36 ​

struct

Fundamental 36-state information container.
Based on the complete alphanumeric glyph set (A-Z, 0-9 = 36 symbols).
At manifestation threshold (18), information splits 50/50 into observable and latent states.

Source: UNLOCKInformationPrimitives.cs

Constants and Fields ​

ManifestationLevel ​

int

TotalState_00 ​

float

TotalState_06 ​

float

TotalState_12 ​

float

TotalState_18 ​

float

TotalState_24 ​

float

TotalState_30 ​

float

LetterCombination ​

struct

Letter combination - two-letter energetic modifier (TR, RT, LK, KL, MN, NM, LR, RL).
Exhibits commutative properties with complementary/oppositional dynamics.

Source: UNLOCKCoreAtomics.cs

Constants and Fields ​

EnergeticMeaning ​

string

IsReversalPair ​

bool

Letter1 ​

char

Letter2 ​

char

ReversalMeaning ​

string

MagicSquare6x6 ​

struct

6×6 magic square grid for 36-state information organization.
Every row, column, and diagonal sums to 111 (velocity constant).
This enforces information conservation through geometry.

Source: UNLOCKInformationPrimitives.cs

Constants and Fields ​

Cell_00 ​

float

Cell_10 ​

float

Cell_20 ​

float

Cell_30 ​

float

Cell_40 ​

float

Cell_50 ​

float

IsValid ​

int

MagicSquareResult ​

struct

Result struct for magic square creation (replaces out parameter).
Contains the magic square and success status.

Source: UNLOCKInformationPrimitives.cs

Constants and Fields ​

Square ​

MagicSquare6x6

Success ​

int

ManifestLatentSplit ​

struct

18 manifest (observable) states + 18 latent (hidden) states.
This is the fundamental 50/50 split at the manifestation threshold.
Manifest: particle-like, localized, observable (position, matter, present)
Latent: wave-like, distributed, potential (momentum, field, future)

Source: UNLOCKInformationPrimitives.cs

Constants and Fields ​

ConservationSum ​

float

IsValid ​

int

Latent_00 ​

float

Latent_06 ​

float

Latent_12 ​

float

Manifest_00 ​

float

Manifest_06 ​

float

Manifest_12 ​

float

PhononSignature ​

struct

Phonon signature - quantized sound vibration in atomic lattice.
Links UNLOCK glyphs to atomic composite standing wave patterns.
TODO: Integrate with AtomicCompositeDataset for isotope resonance analysis.

Source: UNLOCKCoreAtomics.cs

Constants and Fields ​

Glyph ​

UNLOCKGlyph

LatticeMode ​

string

PhononEnergyEv ​

float

WavevectorInvNm ​

float

ReconstructionResult ​

struct

Result struct for reconstruction operation (replaces out parameter).
Contains the reconstructed 36-state information and success status.

Source: UNLOCKInformationPrimitives.cs

Constants and Fields ​

State ​

InformationState36

Success ​

int

SuffixOperator ​

struct

Suffix operator - energetic modifier applied to base word.
Examples: ER (striving), EST (essence), ING (active generation), TION (unit integration).

Source: UNLOCKCoreAtomics.cs

Constants and Fields ​

EnergeticMeaning ​

string

Function ​

string

Suffix ​

string

TetrahedralFlowResult ​

struct

Result struct for tetrahedral flow creation (replaces out parameter).
Contains the tetrahedral flow structure and success status.

Source: UNLOCKInformationPrimitives.cs

Constants and Fields ​

Flow ​

TetrahedralInformationFlow

Success ​

int

TetrahedralInformationFlow ​

struct

Tetrahedral information flow structure.
4 vertices, 6 edges, information flows at velocity 111 along each edge.
Total throughput = 6 × 111 = 666
Dimensional reduction: 6+6+6 = 18 (manifestation threshold)

Source: UNLOCKInformationPrimitives.cs

Constants and Fields ​

EdgeAB_Flow ​

float

EdgeBC_Flow ​

float

IsBalanced ​

int

TotalThroughput ​

float

VertexA ​

GTVector3

UniversalCluster ​

struct

Universal constant cluster - words sharing identical alpha values.
Example: EACH CONTINUUM = SPACE + TIME + LIGHT = 147

Source: UNLOCKCoreAtomics.cs

Constants and Fields ​

ClusterValue ​

int

CommonDynamic ​

string

PhysicalSignificance ​

string

WordCount ​

int

Words ​

string[]

UNLOCKCoreAtomics ​

static class

UNLOCK Core Atomics - Linguistic energetic calculations.
MIL-SPEC compliant: Zero allocation, struct-based, self-documenting.
Foundation for reality manipulation through linguistic energy patterns.

Source: UNLOCKCoreAtomics.cs

Methods ​

GetGlyphDynamics ​

UNLOCKDynamics GetGlyphDynamics ( UNLOCKGlyph glyph )

Get UNLOCK dynamics for a glyph.
Returns the three-aspect energetic operation (Imperative, Procedure, Process).

UNLOCKDynamics ​

struct

UNLOCK glyph dynamics - three aspects of energetic operation.
Imperative: What it commands (conceptual)
Procedure: What it does (action)
Process: What it becomes (ongoing state)

Source: UNLOCKCoreAtomics.cs

Constants and Fields ​

Glyph ​

UNLOCKGlyph

Imperative ​

string

PhoneticName ​

string

Procedure ​

string

Process ​

string

GTOS.UNLOCK.EquilibratorFields ​

EquilibratorField ​

struct

Source: EquilibratorFieldDatabase.cs

Constants and Fields ​

CoupledNodes ​

LatticeNode[]

CouplingStrength ​

double

FieldName ​

string

ForceCharacter ​

ForceType

ForceDirection ​

GTVector3

ForceMagnitude ​

double

Geometry ​

PhiLockPattern

InformationBits ​

int

PhaseCoherence ​

double

PhaseRelationship[]

PhiLockStrength ​

double

PrimaryLetter ​

char

QFactor ​

double

RelaxationTime ​

double

ResonanceFrequency ​

double

ShannonEntropy ​

double

StabilityThreshold ​

double

Type ​

EquilibriumType

UNLOCKValue ​

int

EquilibratorFieldCore ​

static class

EQUILIBRATOR FIELD CORE MATHEMATICS
Phase-locked resonance fields in tetrahedral lattice substrate.
RIGOROUS PHYSICS:
- Coupled harmonic oscillators (standard physics)
- Phase-locked loops (RF engineering)
- Resonance theory (acoustics, quantum mechanics)
- Golden ratio geometry (mathematical constant φ = 1.618...)
NO MYSTICISM - Everything is measurable and testable.
Author: Randy Blain, Cognitive Code Corporation
Date: October 2025
Classification: Proprietary - Patent Pending

Source: EquilibratorFieldCore.cs

Constants and Fields ​

FINE_STRUCTURE ​

const double

PHI ​

const double

PHI_INVERSE ​

const double

PHI_SQUARED ​

const double

TWO_PI ​

const double

EquilibratorFieldDatabase ​

static class

Source: EquilibratorFieldDatabase.cs

Constants and Fields ​

FIELD_E_ENERGY ​

static EquilibratorField

FIELD_G_GENERATE ​

static EquilibratorField

FIELD_W_WILL ​

static EquilibratorField

EquilibratorFieldToy ​

class

EQUILIBRATOR FIELD TOY
Interactive testing and tuning tool for phase-locked resonance fields.
FEATURES:
- Test individual fields (E, G, W)
- Tune resonance parameters (frequency, Q-factor, coupling)
- Visualize frequency response curves
- Simulate phase-locking dynamics
- Validate phi-lock geometry
- Export test results
Author: Randy Blain, Cognitive Code Corporation
Date: October 2025

Source: EquilibratorFieldToy.cs

LatticeNode ​

struct

Source: EquilibratorFieldDatabase.cs

Constants and Fields ​

Amplitude ​

double

Frequency ​

double

NodeType ​

char

Phase ​

double

Position ​

GTVector3

LatticeResonanceEngine ​

class

LATTICE RESONANCE ENGINE
Simulates coupled oscillator dynamics in tetrahedral lattice.
Implements phase-locking, resonance, and equilibration.
PHYSICS MODEL:
- Harmonic oscillators: m × d²x/dt² + γ × dx/dt + k × x = F(t)
- Coupling: F_coupling = κ × (x_neighbor - x_self)
- Phase-locking: Automatic when frequencies match
Author: Randy Blain, Cognitive Code Corporation
Date: October 2025

Source: LatticeResonanceEngine.cs

OscillatorState ​

struct

Source: LatticeResonanceEngine.cs

Constants and Fields ​

Amplitude ​

double

CoupledOscillatorIDs ​

List<int>

CouplingStrengths ​

List<double>

Damping ​

double

Displacement ​

double

Frequency ​

double

ID ​

int

Mass ​

double

Phase ​

double

Position ​

GTVector3

SpringConstant ​

double

Velocity ​

double

PhaseRelationship ​

struct

Source: EquilibratorFieldDatabase.cs

Constants and Fields ​

CouplingCoefficient ​

double

IsPhaseLocked ​

bool

Node1Index ​

int

Node2Index ​

int

PhaseOffset ​

double

PhiLockPattern ​

struct

Source: EquilibratorFieldDatabase.cs

Constants and Fields ​

GeometryType ​

string

IsGoldenRatio ​

bool

NodeSpacings ​

double[]

PhiDeviation ​

double

GTOS.UNLOCK.Examples ​

EquilibratorFieldToyExample ​

class

EQUILIBRATOR FIELD TOY - USAGE EXAMPLES
Demonstrates how to:
1. Load and test predefined fields (E, G, W)
2. Run individual tests (resonance, phase-locking, phi-lock, stability)
3. Run full test suite
4. Export results
Author: Randy Blain, Cognitive Code Corporation
Date: October 2025

Source: EquilibratorFieldToyExample.cs

GTOS.UNLOCK.PhonemePhysics ​

Operations ​

static class

UNLOCK Phoneme Physics - Fundamental lattice dynamics
MIL-SPEC compliant: Zero allocation, struct-based, deterministic

Source: UNLOCKPhonemePhysics.cs

Constants and Fields ​

LATTICE_SPACING_RATIO ​

const double

Lattice spacing ratio (√2 for octa-tetra)

PHONEME_BASE_VELOCITY ​

const double

Base phoneme velocity (111 m/s normalized)

PI ​

const double

Pi constant

SPEED_OF_LIGHT_M_PER_SEC ​

const double

Speed of light (for relativistic corrections)

Methods ​

CalculatePhonemeVelocity ​

double CalculatePhonemeVelocity ( double latticeDensityNormalized, PhonemePropagationMode mode )

Calculate phoneme velocity in lattice
Formula: v = v₀ × √(1 / lattice_density_normalized)
Physics: Phoneme velocity inversely proportional to √density
Normalized lattice density (1.0 = vacuum)
Propagation mode (longitudinal or transverse)
Phoneme velocity in m/s

PhonemeVelocityResult ​

struct

Phoneme velocity result for different propagation modes

Source: UNLOCKPhonemePhysics.cs

Constants and Fields ​

GroupVelocity_mPerSec ​

double

LongitudinalVelocity_mPerSec ​

double

PhaseVelocity_mPerSec ​

double

TransverseVelocity_mPerSec ​

double

RefractionResult ​

struct

Phoneme refraction result through lattice density gradient

Source: UNLOCKPhonemePhysics.cs

Constants and Fields ​

DensityRatio ​

double

IncidentAngle_deg ​

double

RefractedAngle_deg ​

double

TotalInternalReflection ​

bool

VelocityRatio ​

double

TautochroneResult ​

struct

Tautochrone curve result for phoneme propagation through density gradient
Path of least time where all phonemes arrive simultaneously (isochronous)

Source: UNLOCKPhonemePhysics.cs

Constants and Fields ​

CurveParameter_t ​

double

LocalDensity_kgPerM3 ​

double

LocalVelocity_mPerSec ​

double

Position_X_m ​

double

Position_Y_m ​

double

PropagationTime_sec ​

double

GTOS.UNLOCK.ResonanceDynamics ​

BesselFunctions ​

static class

Bessel function operations for circular membrane (drumhead) dynamics.
Mathematical foundation for cymatics, morphogenetic resonance, and phoneme standing waves.

Source: UNLOCKResonanceDynamics.cs

Methods ​

BesselJ0 ​

double BesselJ0 ( double x )

Calculates Bessel function of the first kind, order 0: J₀(x)
Used for radially symmetric vibration modes (no angular nodes).
Approximation valid for x in [0, 20], accuracy ~1e-7
Radial coordinate (dimensionless)
J₀(x) value
<para>DRUMHEAD PHYSICS:</para>
J₀(x) describes the fundamental radial vibration of a circular membrane.
Zero crossings define nodal circles (regions of zero displacement).
<para>UNLOCK CONNECTION:</para>
Radially symmetric phoneme propagation from tetrahedral vortex cores.
J₀ modes have perfect circular symmetry, representing pure radial phoneme flow.
<para>ZEROS (Nodal circles):</para>
First zeros: 2.4048, 5.5201, 8.6537, 11.7915...
<para>FORMULA:</para>
J₀(x) ≈ 1 - (x²/4) + (x⁴/64) - (x⁶/2304) + ... (series expansion)
<para>CYMATICS:</para>
CymaScope patterns with no angular structure are J₀,m modes.

BesselMode ​

struct

Bessel mode descriptor for circular membrane (drumhead) resonance.
n = number of nodal diameters (angular nodes)
m = number of nodal circles (radial nodes)

Source: UNLOCKResonanceDynamics.cs

Constants and Fields ​

AngularNodes_n ​

int

Frequency_Hz ​

double

IsValid ​

int

RadialNodes_m ​

int

Wavelength_m ​

double

EdgePhonemeState ​

struct

Edge phoneme propagation state for one tetrahedral edge (tether).
Represents 1D phoneme waveguide with propagation, damping, and phase delay.

Source: UNLOCKResonanceDynamics.cs

Constants and Fields ​

DampingCoefficient ​

double

Length_m ​

double

Phase_rad ​

double

PhonemeAmplitude ​

double

PhonemeVelocity ​

double

PropagationDelay_sec ​

double

FaceCymaticsState ​

struct

Triangular face cymatics state for one tetrahedral face (drumhead).
Represents 2D resonator with triangular eigenmode driven by edge phonemes.

Source: UNLOCKResonanceDynamics.cs

Constants and Fields ​

Amplitude ​

double

Area_m2 ​

double

Frequency_Hz ​

double

Phase_rad ​

double

SideLength_m ​

double

TriangularMode_n ​

int

Operations ​

static class

UNLOCK Resonance Dynamics - Morphogenesis & Cymatics
MIL-SPEC compliant: Zero allocation, struct-based, deterministic

Source: UNLOCKResonanceDynamics.cs

Constants and Fields ​

JESUS_CAPACITOR_FREQUENCY ​

const double

Jesus Capacitor frequency (74 Hz)

PHI ​

const double

Golden ratio φ

PHONEME_BASE_VELOCITY ​

const double

Base phoneme velocity (111 m/s normalized)

PI ​

const double

Pi constant

SQRT2 ​

const double

√2 (octahedral scaling)

SQRT3 ​

const double

√3 (tetrahedral/hexagonal geometry)

Methods ​

GetMorphogeneticFrequency ​

double GetMorphogeneticFrequency ( MorphogeneticMode mode )

Get morphogenetic resonance frequency for a given mode
These are empirically validated Chladni/CymaScope frequencies

PhaseTimingResult ​

struct

Phase timing result for triple-phase excitation (Mereon Matrix trefoil)

Source: UNLOCKResonanceDynamics.cs

Constants and Fields ​

Amplitude1 ​

double

Amplitude2 ​

double

Amplitude3 ​

double

Phase1_deg ​

double

Phase2_deg ​

double

Phase3_deg ​

double

RotationFrequency_Hz ​

double

TimeDelay1_sec ​

double

TimeDelay2_sec ​

double

TimeDelay3_sec ​

double

TetrahedralMode ​

struct

Tetrahedral resonance mode descriptor.
Eigenmode of the 3D tetrahedral cavity.

Source: UNLOCKResonanceDynamics.cs

Constants and Fields ​

Degeneracy ​

int

Frequency_Hz ​

double

IsValid ​

int

ModeIndex ​

int

SymmetryType ​

int

Wavelength_m ​

double

TetrahedralResonator ​

struct

Complete tetrahedral resonator state.
Fully coupled system: 6 edges + 4 vertices + 4 faces + volumetric core.
This is the fundamental unit cell of the octa-tetra lattice.

Source: UNLOCKResonanceDynamics.cs

Constants and Fields ​

CorePhonemeEnergy ​

double

Edge_AB ​

EdgePhonemeState

Edge_AC ​

EdgePhonemeState

Edge_AD ​

EdgePhonemeState

Edge_BC ​

EdgePhonemeState

Edge_BD ​

EdgePhonemeState

Edge_CD ​

EdgePhonemeState

EdgeLength_m ​

double

Face_ABC ​

FaceCymaticsState

Face_ABD ​

FaceCymaticsState

Face_ACD ​

FaceCymaticsState

Face_BCD ​

FaceCymaticsState

FundamentalFrequency_Hz ​

double

QFactor ​

double

ResonantModeIndex ​

int

Vertex_A ​

VertexVortexState

Vertex_B ​

VertexVortexState

Vertex_C ​

VertexVortexState

Vertex_D ​

VertexVortexState

Volume_m3 ​

double

TetrahedralVolumetricResonance ​

static class

Tetrahedral volumetric resonance operations.
Complete 3D phoneme coupling: tethers → nodes → drumheads → volumetric core.
This is the fundamental physics of matter, consciousness, and morphogenesis.

Source: UNLOCKResonanceDynamics.cs

Constants and Fields ​

BASE_PHONEME_VELOCITY ​

const double

PI ​

const double

SQRT2 ​

const double

SQRT3 ​

const double

SQRT6 ​

const double

TETRAHEDRAL_ANGLE_DEG ​

const double

Methods ​

CalculateTetrahedralVolume ​

double CalculateTetrahedralVolume ( double edgeLength_m )

Calculates tetrahedral volume from edge length.
V = (a³ / 6√2) for regular tetrahedron.
Edge length (meters)
Volume (m³)
<para>GEOMETRY:</para>
Regular tetrahedron: 4 vertices, 6 edges (all equal length), 4 equilateral triangular faces.
<para>FORMULA:</para>
V = a³ / (6√2) ≈ 0.1178 · a³
<para>UNLOCK:</para>
Volume determines phoneme energy storage capacity.
Larger volume = more phoneme modes = higher energy density potential.

VertexVortexState ​

struct

Vertex vortex state for one tetrahedral vertex (node).
Represents 0D energy concentrator with vortex coupling and phase mixing.

Source: UNLOCKResonanceDynamics.cs

Constants and Fields ​

EdgeCount ​

int

Impedance ​

double

IncomingPhonemeSum ​

double

Phase_rad ​

double

VortexStrength ​

double

VolumetricPhonemeField ​

struct

Volumetric phoneme field result.
Represents 3D displacement field inside tetrahedral volume.

Source: UNLOCKResonanceDynamics.cs

Constants and Fields ​

DisplacementAmplitude ​

double

EnergyDensity ​

double

IsResonant ​

int

ModeIndex ​

int

Phase_rad ​

double

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