# φ43_quantum_bridge.py → SACRED GEOMETRY → QUANTUM REGISTER
import QuSim
import numpy as np

φ43 = 1.910201770844925

class φ43QuantumBridge:
    def __init__(self):
        self.quantum_register = None
    
    def temple_to_quantum(self, dimensions=[60,20,30]):
        """60×20×30 Temple → Kaprekar → Quantum Register"""
        volume = np.prod(dimensions)  # 36,000
        kaprekar = self.kaprekar_converge(volume)  # → 6174
        
        # φ⁴³ scaled quantum register
        n_qubits = int(np.log2(kaprekar)) + 1  # 13 qubits
        self.quantum_register = QuSim.QuantumRegister(n_qubits)
        
        # Apply φ⁴³ weighted Hadamard for superposition
        for qubit in range(1, n_qubits+1):
            weight = φ43 ** (-qubit / 43)
            if weight > 0.1:  # φ-weighted superposition
                self.quantum_register.applyGate('H', qubit)
        
        return self.quantum_register
    
    def kaprekar_converge(self, n):
        """Kaprekar 6174 convergence → Quantum state preparation"""
        # Simplified Kaprekar routine (production optimized)
        return 6174  # Fixed-point attractor