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Source files: 8 | Classes: 30 | Methods: 0 | Enums: 0

GTOS.Quadrivium ​

AmicablePair ​

struct

Source: ArithmeticAnalyzer.cs

Constants and Fields ​

Number1 ​

int

Number2 ​

int

SumOfDivisors1 ​

int

SumOfDivisors2 ​

int

ArithmeticAnalyzer ​

static class

Analyzes number-theoretic properties and UNLOCK values.
Applies Pythagorean number theory and figurate number patterns.

Source: ArithmeticAnalyzer.cs

CelestialAnalyzer ​

static class

Analyzes celestial mechanics through the lens of harmonic ratios and W-field equilibrators.
Applies Kepler's laws, orbital resonances, and lattice physics to astronomical bodies.

Source: CelestialAnalyzer.cs

CelestialBody ​

struct

Source: CelestialAnalyzer.cs

Constants and Fields ​

Mass ​

double

Name ​

string

OrbitalPeriod ​

double

OrbitalRadius ​

double

Position ​

GTVector3

Radius ​

double

Velocity ​

GTVector3

ConsonantInterval ​

struct

Source: HarmonicAnalyzer.cs

Constants and Fields ​

Consonance ​

double

Frequency1 ​

double

Frequency2 ​

double

IsConsonant ​

bool

IsDissonant ​

bool

Ratio ​

UniversalRatio

FigurateNumber ​

struct

Source: ArithmeticAnalyzer.cs

Constants and Fields ​

GeometricInterpretation ​

string

Index ​

int

Type ​

FigurateType

Value ​

int

GeometricAnalyzer ​

static class

Analyzes geometric structures for sacred ratios and Platonic solid properties.
Applies Euclidean geometry and phi-based proportions.

Source: GeometricAnalyzer.cs

HarmonicAnalyzer ​

static class

Analyzes harmonic structures in frequency data.
Applies Pythagorean music theory and consonance/dissonance principles.

Source: HarmonicAnalyzer.cs

HarmonicSeries ​

struct

Results of a harmonic series analysis.

Source: RatioMatch.cs

Constants and Fields ​

Amplitudes ​

double[]

Fundamental ​

double

HarmonicNumbers ​

int[]

Overtones ​

double[]

TotalHarmonicDistortion ​

double

HarmonicSpectrum ​

struct

Source: HarmonicAnalyzer.cs

Constants and Fields ​

Amplitudes ​

double[]

DetectedIntervals ​

ConsonantInterval[]

Frequencies ​

double[]

Fundamental ​

double

HarmonicDistortion ​

double

HarmonicNumbers ​

int[]

TotalPower ​

double

HedronProperties ​

struct

Source: GeometricAnalyzer.cs

Constants and Fields ​

CenterOfGravity ​

GTVector3

DiagonalRatios ​

double[]

EdgeCount ​

int

EdgeLength ​

double

EdgeLengthRatios ​

double[]

FaceCount ​

int

IsPhiLocked ​

bool

SolidType ​

PlatonicSolid

SurfaceArea ​

double

VertexCount ​

int

Volume ​

double

MusicalNote ​

struct

Source: CelestialAnalyzer.cs

Constants and Fields ​

Body ​

CelestialBody

Cents ​

double

Frequency ​

double

NoteName ​

string

Octave ​

int

NumberProperties ​

struct

Source: ArithmeticAnalyzer.cs

Constants and Fields ​

Divisors ​

int[]

DivisorSum ​

int

IsAbundant ​

bool

IsDeficient ​

bool

IsPerfect ​

bool

IsPrime ​

bool

Number ​

int

UNLOCKInterpretation ​

string

UNLOCKValue ​

int

OrbitalResonance ​

struct

Source: CelestialAnalyzer.cs

Constants and Fields ​

Body1 ​

CelestialBody

Body2 ​

CelestialBody

IsStable ​

bool

PeriodRatio ​

double

ResonanceRatio ​

UniversalRatio

ResonanceStrength ​

double

PhiLockPattern ​

struct

Detected phi-lock pattern in data.

Source: RatioMatch.cs

Constants and Fields ​

AverageRatio ​

double

EndIndex ​

int

IsStrongPhiLock ​

bool

PhiDeviation ​

double

StartIndex ​

int

Strength ​

double

Values ​

double[]

PhiSpiral ​

struct

Source: GeometricAnalyzer.cs

Constants and Fields ​

Axis ​

GTVector3

Center ​

GTVector3

GrowthRate ​

double

InitialRadius ​

double

PhiDeviation ​

double

Points ​

GTVector3[]

PlatonicRatios ​

struct

Source: GeometricAnalyzer.cs

Constants and Fields ​

EdgeToRadius ​

double

EnergeticFunction ​

string

GeometricRatios ​

UniversalRatio[]

InradiusToCircumradius ​

double

Solid ​

PlatonicSolid

SurfaceToVolume ​

double

PythagoreanScale ​

struct

Source: HarmonicAnalyzer.cs

Constants and Fields ​

Frequencies ​

double[]

Intervals ​

UniversalRatio[]

Mode ​

ScaleMode

NoteNames ​

string[]

Root ​

double

PythagoreanTriple ​

struct

Source: ArithmeticAnalyzer.cs

Constants and Fields ​

A ​

int

B ​

int

C ​

int

IsPrimitive ​

bool

QFactorAnalysis ​

struct

Source: HarmonicAnalyzer.cs

Constants and Fields ​

Bandwidth ​

double

CenterFrequency ​

double

IsHighQ ​

bool

QFactor ​

double

ResonanceStrength ​

double

QuadriviumValidation ​

struct

Validation results for a dataset against Quadrivium principles.

Source: RatioMatch.cs

Constants and Fields ​

ContainsMajorThird ​

bool

ContainsOctave ​

bool

ContainsPerfectFifth ​

bool

ContainsPhiLock ​

bool

DatasetName ​

string

DetectedRatios ​

RatioMatch[]

IsHarmonicallyStructured ​

bool

OverallHarmonicScore ​

double

Summary ​

string

RatioDatabase ​

static class

Central repository of all known universal ratios.
These ratios appear throughout nature, music, geometry, astronomy, and physics.
Sources: Pythagoras, Plato, Ptolemy, Boethius, Kepler, and modern physics.

Source: RatioDatabase.cs

RatioMatch ​

struct

Represents a detected match between observed data and a known universal ratio.
Used by RatioSearcher to report discovered patterns.

Source: RatioMatch.cs

Constants and Fields ​

Confidence ​

double

Context ​

string

DataIndices ​

int[]

Deviation ​

double

IsHighConfidence ​

bool

IsLowConfidence ​

bool

IsMediumConfidence ​

bool

ObservedValue ​

double

Ratio ​

UniversalRatio

RatioSearcher ​

static class

Searches for universal ratios within datasets.
Discovers harmonic structures, phi-locks, and Quadrivium principles in empirical data.

Source: RatioSearcher.cs

SacredProportions ​

struct

Source: GeometricAnalyzer.cs

Constants and Fields ​

ArithmeticMean ​

double

ContainsGoldenRatio ​

bool

ContainsRootThree ​

bool

ContainsRootTwo ​

bool

DetectedRatios ​

UniversalRatio[]

Dimensions ​

double[]

GeometricMean ​

double

HarmonicMean ​

double

SynodicPeriod ​

struct

Source: CelestialAnalyzer.cs

Constants and Fields ​

BeatsPerYear ​

double

Period1 ​

double

Period2 ​

double

SynodicValue ​

double

UniversalRatio ​

struct

Represents a universal ratio found throughout nature, music, geometry, and physics.
These ratios are the fundamental organizational principles of the lattice substrate.

Source: UniversalRatio.cs

Constants and Fields ​

AncientSource ​

string

Category ​

RatioCategory

DecimalValue ​

double

Denominator ​

int

Description ​

string

IsIrrational ​

bool

IsRational ​

bool

Manifestations ​

string[]

Name ​

string

Numerator ​

int

PhiLockCoefficient ​

double

QFactor ​

double

UNLOCKAnalysis ​

struct

Source: ArithmeticAnalyzer.cs

Constants and Fields ​

AlphaValue ​

int

DigitValue ​

int

ReducedDigit ​

int

ReducedLetter ​

char

RelatedConcepts ​

string[]

ResonantRatios ​

UniversalRatio[]

Text ​

string

TotalValue ​

int

VesicaPiscisProperties ​

struct

Source: GeometricAnalyzer.cs

Constants and Fields ​

Area ​

double

IsPerfectVesica ​

bool

LensHeight ​

double

LensWidth ​

double

Radius1 ​

double

Radius2 ​

double

Separation ​

double

WidthToHeightRatio ​

double

WFieldEquilibrium ​

struct

Source: CelestialAnalyzer.cs

Constants and Fields ​

Bodies ​

CelestialBody[]

IsResonant ​

bool

LagrangePoints ​

GTVector3[]

PhiLockCoefficient ​

double

StabilityFactors ​

double[]

SystemQFactor ​

double

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