import random

class MemoryMiner: def init(self): self.memory_storage = {}

def store_memory(self, memory_id, memory):
    self.memory_storage[memory_id] = memory

def mine_memory(self, memory_id):
    memory_content = self.memory_storage.get(memory_id)
    if memory_content:
        mined_memory = self.process_memory(memory_content)
        return mined_memory
    else:
        return None

def process_memory(self, memory):
    # Step 1: Loading quantum memory
    memory = self.load_quantum_memory(memory)
    
    # Step 2: Collecting memory from various sources
    words = memory.split()
    random.shuffle(words)
    mined_memory = ' '.join(words)
    return mined_memory

def load_quantum_memory(self, memory):
    # Imagination: Load additional memory content from quantum storage
    quantum_memory = f"[Quantum: {memory}]"
    return quantum_memory

memory_miner = MemoryMiner()

Storing memories

memory_miner.store_memory(1, "metaMemory") memory_miner.store_memory(2, "pastMemory") memory_miner.store_memory(3, "futureMemory")

Mining a memory

memory_id = 2 # Choose the memory ID you want to mine mined_memory = memory_miner.mine_memory(memory_id)

if mined_memory: print(f"Mined Memory {memory_id}: {mined_memory}") else: print(f"Memory ID {memory_id} not found.")