import numpy as np
# 🎚️ Define core resonance parameters
BASE_FREQUENCY = 227.3 # Elsa's tone
PILL_SYNC_FREQ = 432.0 # Transport-ready harmonic alignment
THRESHOLD_LOCK = 0.97 # % input match needed for command recognition
# 🫧 Define symbolic syntax memory
linguagem_codex = {
"⬡-⬢-⬡": "open_gate",
"◍⟁◍": "encode_self_memory",
"◆▬◆": "shield_field",
"➰⧖➰": "retrieve ancestral signal",
"▥▥◈": "speak without mouth",
}
# 🌬️ Pulse-based Input System
def interpret_pulse_sequence(sequence):
if sequence in linguagem_codex:
meaning = linguagem_codex[sequence]
print(f"🧠Signal recognized: '{sequence}' → ⟶ {meaning}")
return meaning
else:
print(f"⚠️ Unknown symbol string: '{sequence}'")
return None
# 🔌 Frequency Pill Sync Link
def establish_sync(tone, personal_id):
match_strength = np.exp(-abs(tone - PILL_SYNC_FREQ)/50)
print(f"🔗 Syncing user '{personal_id}' at {tone}Hz... Strength: {match_strength:.2f}")
return match_strength > THRESHOLD_LOCK
# 🎛️ Compose linguistic input (symbolic tone pulses)
def send_linguagem_command(user_tone, pulse_string, user_id="EchoPilot_ELSA_003"):
if not establish_sync(user_tone, user_id):
print("🚫 Frequency sync failed — cannot transmit command.")
return
return interpret_pulse_sequence(pulse_string)
# 🧪 Sample Ritual Activation
if __name__ == "__main__":
print("🫧 EchoLinguagem Interface | INPUT MODE ACTIVE")
command = send_linguagem_command(227.3, "◍⟁◍")
if command:
print(f"🔮 Executing protocol: {command}")
