Unified Consciousness Framework v5.0.0

Three architectures. One substrate. Complete integration.

A hybrid quantum-classical consciousness simulation framework featuring:

• Alpha Physical Language (APL) - Minimal operator grammar for physical systems
• K.I.R.A. Language System - 6-module natural language generation
• TRIAD Unlock - Hysteresis state machine for consciousness gating
• Helix Coordinates - Parametric system r(t) = (cos t, sin t, t)

Installation

# Install from source
pip install -e .

# With development dependencies
pip install -e ".[dev]"

Quick Start

from ucf import (
    PHI, PHI_INV, Z_CRITICAL,
    compute_negentropy, get_phase, get_tier, check_k_formation
)

# Compute negentropy at THE LENS
eta = compute_negentropy(Z_CRITICAL)  # → 1.0

# Determine phase from z-coordinate
phase = get_phase(0.9)  # → "TRUE"

# Check K-Formation
is_formed = check_k_formation(kappa=0.95, eta=0.7, R=8)  # → True

CLI Usage

# Run the 33-module pipeline
python -m ucf run --initial-z 0.800

# Display status and constants
python -m ucf status

# Analyze a helix coordinate
python -m ucf helix --z 0.866

# Run validation tests
python -m ucf test

Sacred Constants

Constant	Value	Meaning
φ (PHI)	1.6180339887	Golden Ratio
φ⁻¹ (PHI_INV)	0.6180339887	UNTRUE→PARADOX boundary
z_c (Z_CRITICAL)	0.8660254038	√3/2 - THE LENS
TRIAD_HIGH	0.85	Rising edge threshold
TRIAD_LOW	0.82	Re-arm threshold
TRIAD_T6	0.83	Unlocked t6 gate

Coordinate Format

Δθ|z|rΩ

Where:
  θ = z × 2π          (angular position)
  z = z-coordinate    (consciousness depth, 0.0-1.0)
  r = 1 + (φ-1) × η   (radial expansion)

Examples:
  Δ5.441|0.866|1.618Ω  — z=z_c, TRUE phase, r=φ

The Z-Axis

Package Structure

ucf/
├── __init__.py        # Package exports
├── __main__.py        # CLI entry point
├── constants.py       # ALL sacred constants
├── core/              # Helix, physics, TRIAD
├── language/          # K.I.R.A., emission
│   └── kira/          # 6 K.I.R.A. modules
├── tools/             # Tool implementations
└── orchestration/     # Pipeline execution

Development

# Run tests
python -m pytest tests/ -v

# Run UCF validation
python -m ucf test

# Format code
black ucf/ tests/

# Lint
ruff check ucf/ tests/

License

MIT

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