Code shared from the Rust Playground

playground.rs

//! # Harmonic Convergence Payment Channel Engine (Synchronized Build)
//! 
//! BRIDGE: arXiv:2511.04021 (OTS-PC) & 13:20 Harmonic Matrix.
//! 
//! REPOSITORY STATE:
//! 1. 13:20 Matrix with Hex Fingerprint Commitments.
//! 2. State Revelation Logic (Active Row Revealed, others <LOCKED>).
//! 3. Full 9-Underworld Fractal Analytics (Cycle, Stage, Phase, Progress, Day).
//! 4. Specific High-Frequency Wave Reports (Planetary, Galactic, Universal).
//! 5. Evolutionary Channel State Examples (Proposed, Settled, Forward Commitment).

use chrono::{DateTime, Utc};
use std::collections::HashMap;

const SECONDS_PER_DAY: i64 = 86400;

/// Archetypal Secrets (The hidden pre-images of the OTS commitments)
const SEAL_SECRETS: [&str; 20] = [
    "Red Dragon", "White Wind", "Blue Night", "Yellow Seed", 
    "Red Serpent", "White Worldbridger", "Blue Hand", "Yellow Star",
    "Red Moon", "White Dog", "Blue Monkey", "Yellow Human",
    "Red Skywalker", "White Wizard", "Blue Eagle", "Yellow Warrior",
    "Red Earth", "White Mirror", "Blue Storm", "Yellow Sun"
];

#[allow(dead_code)]
struct PaymentChannelState {
    version: &'static str,
    sequence_id: i64,      
    storage_complexity: &'static str, 
    is_bidirectional: bool,
}

struct Underworld {
    name: &'static str,
    total_days: i64,
}

fn main() {
    // --- 1. INITIALIZE FINGERPRINT REGISTRY ---
    // Deterministic mapping of archetypes to hex commitments (O(1) lookup)
    let mut registry: HashMap<String, &'static str> = HashMap::new();
    for (i, secret) in SEAL_SECRETS.iter().enumerate() {
        let fingerprint = format!("{:04x}", (i * 0x1320) % 0xFFFF);
        registry.insert(fingerprint, *secret);
    }

    // --- 2. TEMPORAL ANCHORING (Jupiter Singularity) ---
    // Anchor: 2011-10-29 01:15:00 UTC (Jupiter Opposition)
    let now_utc: DateTime<Utc> = Utc::now();
    let singularity_unix_ns: i64 = 1_319_850_900_000_000_000;
    let now_ns = now_utc.timestamp_nanos_opt().expect("System time error");
    let ns_since_singularity = now_ns - singularity_unix_ns;
    let days_diff = ns_since_singularity / (SECONDS_PER_DAY * 1_000_000_000);
    
    let mut today_kin = (260 + (days_diff % 260) as i32) % 260;
    if today_kin <= 0 { today_kin = 260; }

    // --- 3. OTS-PC CHANNEL STATE EXAMPLES (Logical Flow) ---
    println!("====================================================");
    println!("     OTS-PC CHANNEL STATE: EVOLUTIONARY EXAMPLES    ");
    println!("====================================================");
    println!("1. PROPOSED STATE (Current)");
    println!("   - Seq ID : {} (Kin {})", days_diff, today_kin);
    println!("   - Status : ACTIVE (Key unrevealed/Unspent)");
    
    println!("\n2. SETTLED STATE (Previous Day/Sequence)");
    let prev_kin = (today_kin + 258) % 260 + 1;
    println!("   - Seq ID : {} (Kin {})", days_diff - 1, prev_kin);
    println!("   - Status : EXHAUSTED (Key revealed/Revocable)");

    println!("\n3. FORWARD COMMITMENT (Harmonic Buffer)");
    let universal_sub_len = 20; 
    let rem_in_stage = universal_sub_len - (days_diff % universal_sub_len);
    println!("   - Transition in : {} days", rem_in_stage);
    println!("   - Matrix Epoch  : Stage {} of 13", ((days_diff % 260) / 20) + 1);
    println!("====================================================\n");

    // --- 4. 13:20 HARMONIC GRID (Fingerprint-Encoded State Matrix) ---
    print!("       "); 
    for col in 1..=13 { print!("C{:02} ", col); }
    println!("\n{}", "-".repeat(78));

    for row_idx in 0..20 {
        let fingerprint = format!("{:04x}", (row_idx * 0x1320) % 0xFFFF);
        print!("{} | ", fingerprint);

        for col_idx in 0..13 {
            let kin_id = (col_idx * 20) + row_idx + 1;
            let tone = ((kin_id - 1) % 13) + 1;
            if kin_id as i32 == today_kin { print!("[{:>2}]", tone); } 
            else { print!(" {:>2} ", tone); }
        }

        // State Revelation logic: Only reveal archetype if sequence is active
        let is_active_row = (today_kin - 1) % 20 == row_idx as i32;
        if is_active_row {
            print!(" | <REVEALED: {}>", registry.get(&fingerprint).unwrap());
        } else {
            print!(" | <LOCKED>");
        }
        println!();
    }
    println!("{}", "-".repeat(78));

    // --- 5. FULL 9-UNDERWORLD FRACTAL ANALYTICS ---
    let underworlds = [
        Underworld { name: "Cellular",   total_days: 16_400_000_000 * 365 },
        Underworld { name: "Mammalian",  total_days: 820_000_000 * 365 },
        Underworld { name: "Familial",   total_days: 41_000_000 * 365 },
        Underworld { name: "Tribal",     total_days: 2_000_000 * 365 },
        Underworld { name: "Regional",   total_days: 102_000 * 360 }, 
        Underworld { name: "National",   total_days: 5_125 * 360 },
        Underworld { name: "Planetary",  total_days: 256 * 360 }, 
        Underworld { name: "Galactic",   total_days: 4680 },      
        Underworld { name: "Universal",  total_days: 260 },
    ];

    println!("\n--- The 9 Underworlds: Fractal Wavespell Progress ---");
    println!("{:<10} | {:<4} | {:<7} | {:<8} | {:>6} | {:<10}", "Level", "Cyc", "Stage", "Phase", "Prog%", "Day Count");
    println!("{}", "-".repeat(75));

    for uw in underworlds.iter() {
        let cycle_num = (days_diff / uw.total_days) + 1;
        let day_in = days_diff % uw.total_days;
        let sub_len_f = uw.total_days as f64 / 13.0;
        let heaven = (day_in as f64 / sub_len_f).floor() as i64 + 1;
        let phase = if heaven % 2 != 0 { "LIGHT" } else { "DARK" };
        let progress = (day_in as f64 / uw.total_days as f64) * 100.0;

        println!("{:<10} | {:<4} | Stg {:<2} | {:<8} | {:>6.2}% | {:<10}", 
                 uw.name, cycle_num, heaven, phase, progress, day_in);
    }

    // --- 6. SPECIFIC HIGH-FREQUENCY WAVE ANALYSIS ---
    println!("\n--- SPECIFIC WAVE ANALYSIS ---");
    for target in ["Planetary", "Galactic", "Universal"] {
        if let Some(uw) = underworlds.iter().find(|u| u.name == target) {
            let day_in = days_diff % uw.total_days;
            let sub_len = uw.total_days / 13;
            let heaven = (day_in / sub_len) + 1;
            let rem = sub_len - (day_in % sub_len);
            println!("{:<10} | Stage {:>2}/13 | Transition in: {} days", 
                     target.to_uppercase(), heaven, rem);
        }
    }
}