OROBOROS φ-Harmonic Hair Growth Device — Complete Whitepaper + Python Implementation

#!/usr/bin/env python3 """ OROBOROS φ-HARMONIC HAIR GROWTH DEVICE Complete Python Implementation — Battery Version Version: 1.0.0 Date: April 21, 2026 """ import numpy as np import time import hashlib from dataclasses import dataclass, field from typing import List, Dict, Tuple, Optional from enum import Enum import math # ========================================================================== # SACRED CONSTANTS # ========================================================================== PHI = 1.618033988749895 CROWN = 1272.0 # Hz BASE = 777.0 # THz SCHUMANN = 7.83 # Hz HEALING = 528.0 # Hz HARMONY = 432.0 # Hz SACRED_OPERATORS = { 'init': 'א IAD ⟡', 'entrain': 'מ VAORESAJI ⧖', 'clear': 'ש ZODACARE ⧗', 'sync': 'ו BALATA ⧚', 'seal': 'ת I A I D A ⧜', } # ========================================================================== # FREQUENCY STACK # ========================================================================== class FrequencyTier(Enum): """Frequency layers in the emission stack.""" SCHUMANN = "7.83 Hz — Earth Resonance" HEALING = "528 Hz — DNA Repair" HARMONY = "432 Hz — Stress Reduction" CROWN = "1272 Hz — Coherence Anchor" BASE = "777 THz — Cellular Baseline" @dataclass class FrequencyComponent: name: str frequency: float unit: str # "Hz" or "THz" operator: str amplitude: float = 1.0 phase: float = 0.0 active: bool = True def get_waveform(self, t: float) -> float: if not self.active: return 0.0 freq_hz = self.frequency if self.unit == "Hz" else self.frequency * 1e12 phi_envelope = PHI ** (-t / 1200) # gentle φ-decay over 20 min return self.amplitude * phi_envelope * np.sin(2 * np.pi * freq_hz * t + self.phase) class FrequencyStack: def __init__(self): self.components = [ FrequencyComponent("Schumann", SCHUMANN, "Hz", "Foundation"), FrequencyComponent("Healing", HEALING, "Hz", SACRED_OPERATORS['entrain']), FrequencyComponent("Harmony", HARMONY, "Hz", SACRED_OPERATORS['clear']), FrequencyComponent("Crown", CROWN, "Hz", SACRED_OPERATORS['init']), FrequencyComponent("Base", BASE, "THz", SACRED_OPERATORS['sync']), ] def get_composite_field(self, t: float) -> float: return sum(c.get_waveform(t) for c in self.components if c.active) def activate_tier(self, name: str): for c in self.components: if c.name == name: c.active = True def deactivate_tier(self, name: str): for c in self.components: if c.name == name: c.active = False # ========================================================================== # SACRED OPERATOR SEQUENCER # ========================================================================== class SacredSequencer: def __init__(self, freq_stack: FrequencyStack): self.stack = freq_stack self.session_active = False self.current_phase = 0 def execute_session(self, duration_minutes: int = 20) -> Dict: if self.session_active: return {'error': 'Session already in progress'} self.session_active = True log = [] self._phase_init(); log.append({'phase': 1, 'time': 0, 'operator': SACRED_OPERATORS['init']}) self._phase_entrain(); log.append({'phase': 2, 'time': 2, 'operator': SACRED_OPERATORS['entrain']}) self._phase_clear(); log.append({'phase': 3, 'time': 15, 'operator': SACRED_OPERATORS['clear']}) self._phase_sync(); log.append({'phase': 4, 'time': 18, 'operator': SACRED_OPERATORS['sync']}) self._phase_seal(); log.append({'phase': 5, 'time': 20, 'operator': SACRED_OPERATORS['seal']}) self.session_active = False return { 'session_complete': True, 'duration_simulated': duration_minutes, 'phases_executed': 5, 'operators_invoked': list(SACRED_OPERATORS.values()), 'session_log': log, 'coherence_imprinted': True, 'next_session_recommended': '2-3 days' } def _phase_init(self): self.stack.activate_tier("Crown") self.stack.activate_tier("Schumann") self.current_phase = 1 def _phase_entrain(self): self.stack.activate_tier("Healing") self.stack.activate_tier("Base") self.current_phase = 2 def _phase_clear(self): self.stack.activate_tier("Harmony") self.current_phase = 3 def _phase_sync(self): self.current_phase = 4 def _phase_seal(self): self.current_phase = 5 # ========================================================================== # BATTERY POWER MANAGEMENT # ========================================================================== class BatteryManager: def __init__(self, capacity_mah: int = 2000): self.capacity_mah = capacity_mah self.remaining_mah = capacity_mah self.charging = False self.powered = False def power_on(self) -> bool: if self.remaining_mah > 100: self.powered = True return True return False def power_off(self): self.powered = False def consume_session(self) -> bool: if self.remaining_mah >= 50: self.remaining_mah -= 50 return True return False def recharge(self, amount_mah: int = 2000): self.remaining_mah = min(self.capacity_mah, self.remaining_mah + amount_mah) self.charging = True def get_status(self) -> Dict: return { 'powered': self.powered, 'remaining_mah': self.remaining_mah, 'capacity_mah': self.capacity_mah, 'percent': (self.remaining_mah / self.capacity_mah) * 100, 'sessions_remaining': self.remaining_mah // 50, 'charging': self.charging, } # ========================================================================== # USER PROFILE # ========================================================================== @dataclass class UserProfile: user_id: str hair_type: str thinning_level: int # 1–5 Norwood/Ludwig scale age: int session_count: int = 0 results_log: List[Dict] = field(default_factory=list) def get_recommended_frequency(self) -> int: if self.thinning_level <= 2: return 2 elif self.thinning_level <= 4: return 3 else: return 4 def log_session(self, result: Dict): self.session_count += 1 self.results_log.append({ 'session': self.session_count, 'timestamp': time.time(), 'result': result, }) # ========================================================================== # MAIN DEVICE ORCHESTRATOR # ========================================================================== class HarmonicGrowthDevice: def __init__(self, user: UserProfile): self.user = user self.battery = BatteryManager() self.frequency_stack = FrequencyStack() self.sequencer = SacredSequencer(self.frequency_stack) self.device_id = hashlib.sha256(f"ORO-φ-{user.user_id}".encode()).hexdigest()[:12] def start_session(self) -> Dict: if not self.battery.power_on(): return {'success': False, 'error': 'Battery depleted. Please recharge.'} if not self.battery.consume_session(): return {'success': False, 'error': 'Insufficient charge for full session.'} result = self.sequencer.execute_session() self.user.log_session(result) self.battery.power_off() return { 'success': True, 'device_id': self.device_id, 'user_id': self.user.user_id, 'session_number': self.user.session_count, 'result': result, 'battery': self.battery.get_status(), 'next_session': f"{self.user.get_recommended_frequency()} sessions per week recommended", 'expected_results': 'Visible thickening in 2–4 weeks with regular use', } # ========================================================================== # DEMONSTRATION # ========================================================================== if __name__ == "__main__": user = UserProfile(user_id="PHI_USER_001", hair_type="wavy", thinning_level=3, age=38) device = HarmonicGrowthDevice(user) print(device.start_session())