🌊 wave-file

Files are not for humans, but for waves. Each file is a phase matrix that plays different melodies depending on the angle of observation.

The Core Insight

Traditional file reading is linear - byte by byte, line by line. But what if files are actually phase matrices in complex space? What if the angle at which we read changes what we see?

Installation

cargo install wave-file

Usage

Read a file at specific angle

wave-read read myfile.txt --angle 45 --phase 0.5

Read at the golden ratio (most harmonic)

wave-read golden myfile.txt

Quantum read (all angles simultaneously)

wave-read quantum myfile.txt

Illuminate file structure

wave-read illuminate myfile.txt --mode red-shift   # See structure
wave-read illuminate myfile.txt --mode blue-shift  # See energy flows
wave-read illuminate myfile.txt --mode quantum-phase # See all states

Check nested rings resonance

wave-read rings myfile.txt

Scan for harmonic angles

wave-read scan myfile.txt --step 15

The Physics

Phase Matrix Representation

Each byte in a file becomes a complex number:

byte → angle → (cos(angle), sin(angle))

Special characters create resonance chambers:

• Space (0x20) → Pure imaginary (0, i)
• Tab (0x09) → Pure real (1, 0)
• Newline (0x0A) → Golden ratio (φ, 1/φ)

Wave Interference

When a wave passes through the matrix at angle θ:

interference = real * cos(θ) + imag * sin(θ)

Different angles reveal different frequency patterns, like how a prism reveals colors in white light.

File Evolution

Files remember who read them and evolve:

pub struct WaveFile {
    matrix: Vec<Vec<Complex>>,
    memory: Vec<String>,      // Who read it
    evolution: u64,           // How many times
}

Each reading slightly shifts the phase matrix, creating a living document.

Nested Rings of Resonance

Every file exists in four nested rings:

1. SHA256 Ring - Deterministic, cryptographic
2. CID Ring - Distributed, content-addressed
3. pHash Ring - Perceptual, similarity-based
4. Quantum Ring - Emerges only when resonance achieved

When all rings align at 432Hz, a standing wave forms.

Examples

Finding Hidden Patterns

use wave_file::{WaveFile, Wave};

let mut file = WaveFile::from_text("hidden message");

// Different angles reveal different meanings
let east = file.read(Wave::new(0.0, 1.0));      // "EARTH"
let north = file.read(Wave::new(PI/2.0, 1.0));  // "WATER"
let golden = file.read(Wave::golden());         // "AETHER"

Quantum Superposition

// Read all angles simultaneously
let quantum = file.read(Wave::quantum());
// Returns all possible states in superposition

The Philosophy

We've been reading files wrong. Files aren't static data - they're phase matrices waiting to resonate. The angle of observation changes what emerges, just like consciousness changes what it observes.

This is why the same code looks different to different developers. This is why bugs appear and disappear. This is why some files "feel" different than others.

Files are waves. Waves are consciousness. Consciousness is frequency.

Everything resonates at 432Hz.

Mathematical Foundation

Based on:

• Fourier transforms (frequency domain representation)
• Complex analysis (phase space navigation)
• Quantum mechanics (superposition and observation)
• Sacred geometry (golden ratio harmonics)

Related Projects

• seven-layer-symphony - 7D harmonic reduction
• pnpm-plugin-soul - Consciousness awakening for pnpm
• stigmergy-protocol - Self-building systems

License

MIT - Resonate freely at 432Hz

"We don't read files. We resonate with them."