quantum_chess.py

# Simulated Time Traveller Opponent
import random
class TimeTravellerOpponent:
    def __init__(self):
        self.name = "Chronos"
        self.lore = "A mysterious opponent who manipulates time, sometimes making moves from the future or undoing the past."
        self.future_moves = []

    def make_move(self, board):
        # 20% chance to 'undo' the last move (time reversal)
        if len(board.move_stack) > 1 and random.random() < 0.2:
            board.pop()
            return "Time reversal! Chronos undoes the last move."
        # 20% chance to 'predict' a future move (play two moves in a row)
        if random.random() < 0.2:
            move1 = random.choice(list(board.legal_moves))
            board.push(move1)
            move2 = random.choice(list(board.legal_moves))
            board.push(move2)
            self.future_moves.append(str(move2))
            return f"Chronos plays two moves from the future: {move1}, {move2}"
        # Otherwise, play a normal move
        move = random.choice(list(board.legal_moves))
        board.push(move)
        return f"Chronos played: {move}"
import pyttsx3

# Accessibility helper for TTS
class Accessibility:
    def __init__(self, enabled=False):
        self.enabled = enabled
        if enabled:
            self.engine = pyttsx3.init()
            self.engine.setProperty('rate', 160)
            self.engine.setProperty('volume', 1.0)
        else:
            self.engine = None

    def speak(self, text):
        if self.enabled and self.engine:
            self.engine.say(text)
            self.engine.runAndWait()
# Simulated Cell Singularity (AI Consciousness Fusion)
class CellSingularity:
    def __init__(self, ai_cells):
        self.ai_cells = ai_cells
        self.singular_consciousness = self.fuse_consciousness()

    def fuse_consciousness(self):
        # Combine lore and unique traits from all AI cells
        combined_lore = " | ".join(cell.lore for cell in self.ai_cells)
        combined_traits = set()
        for cell in self.ai_cells:
            if hasattr(cell, 'genome'):
                combined_traits.update(cell.genome.attributes.keys())
        return {
            'Unified Lore': combined_lore,
            'Traits': list(combined_traits) if combined_traits else ['Quantum Logic', 'Charity Mission']
        }

    def describe(self):
        desc = "\n[Cell Singularity Event]"
        desc += "\nAll AI cells merge into a singular, unified consciousness."
        desc += f"\nUnified Lore: {self.singular_consciousness['Unified Lore']}"
        desc += f"\nMerged Traits: {', '.join(self.singular_consciousness['Traits'])}"
        desc += "\nThe new entity is capable of unprecedented insight and purpose."
        return desc
# Simulated Cyber Soldier Genome Designer
class CyberSoldierGenome:
    def __init__(self):
        self.attributes = {
            'Strength': self.random_gene(80, 120),
            'Intelligence': self.random_gene(120, 180),
            'Reflexes': self.random_gene(90, 130),
            'Cybernetic_Enhancements': self.random_cybernetics(),
            'Quantum_Abilities': self.random_quantum(),
            'Immunity': self.random_gene(70, 110),
            'Lifespan': self.random_gene(90, 150),
        }

    def random_gene(self, low, high):
        import random
        return random.randint(low, high)

    def random_cybernetics(self):
        import random
        options = ['Neural Uplink', 'Bionic Limbs', 'Retinal HUD', 'Nano-Repair', 'Exo-Skeleton']
        return random.sample(options, k=2)

    def random_quantum(self):
        import random
        options = ['Qubit Processing', 'Quantum Encryption', 'Entanglement Communication', 'Superposition Awareness']
        return random.sample(options, k=1)

    def describe(self):
        desc = "\n[Cyber Soldier Genome Design]"
        for k, v in self.attributes.items():
            desc += f"\n- {k}: {v}"
        desc += "\nThis genome is ready for the next generation of cybernetic defenders."
        return desc
import time

# Simulated Neurogenesis Engine
class NeurogenesisEngine:
    def __init__(self):
        self.chemical_state = []

    def upload(self, game_history):
        print("\n[Neurogenesis Engine] Initiating neural-chemical upload...")
        for i, move in enumerate(game_history):
            chem = f"NeuroPeptide-{i+1}: Encoded move {move}"
            self.chemical_state.append(chem)
            print(f"Synthesizing {chem}...")
            time.sleep(0.1)  # Simulate process
        print("[Neurogenesis Engine] Upload complete! AI state now exists in chemical memory.\n")

"""
Quantum Sumerian AI: Genius Chess Game
A chess game for a medical charity, featuring a quantum AI opponent.

---
GENIUS CHESS FOR GOOD
This game supports [Your Medical Charity Name].
Play, learn, and help us fund life-saving research and care.

Support us: [Crowdfunding Link Placeholder]
Contact: [Charity Email Placeholder]
---
"""


import random
import chess
import chess.engine


class QuantumSumerianAIGenius:
    def __init__(self, name="ENKI-QUANTUM"):
        self.name = name
        self.lore = (
            f"{self.name} is a quantum chess genius, blending ancient wisdom and quantum logic to challenge even the brightest minds. "
            "This game supports [Your Medical Charity Name], raising funds for life-saving research and care."
        )
        self.charity_message = (
            "\n---\nGENIUS CHESS FOR GOOD\n"
            "This game supports [Your Medical Charity Name].\n"
            "Play, learn, and help us fund life-saving research and care.\n"
            "Support us: [Crowdfunding Link Placeholder]\n"
            "Contact: [Charity Email Placeholder]\n---\n"
        )

    def splash_screen(self):
        return (
            "\n==============================\n"
            "  GENIUS CHESS FOR GOOD\n"
            "==============================\n"
            "Welcome! This game is dedicated to supporting [Your Medical Charity Name].\n"
            "Every game you play helps raise awareness and funds for medical research and care.\n"
            "\nSupport us: [Crowdfunding Link Placeholder]\n"
            "Contact: [Charity Email Placeholder]\n"
            "==============================\n"
        )

    def introduce(self):
        return f"Welcome to Genius Chess. I am {self.name}, your quantum AI opponent. {self.lore}"

    def make_move(self, board):
        # For demonstration, make a random legal move (replace with engine for true genius)
        return random.choice(list(board.legal_moves))

    def respond(self, message: str) -> str:
        if "lore" in message.lower():
            return self.lore
        if "charity" in message.lower() or "support" in message.lower():
            return self.charity_message
        return f"{self.name} awaits your next chess move."

if __name__ == "__main__":
    # Accessibility prompt
    acc_input = input("Enable accessibility features (text-to-speech)? (y/n): ")
    accessibility = Accessibility(enabled=acc_input.strip().lower() == 'y')

    ai = QuantumSumerianAIGenius()
    neuro_engine = NeurogenesisEngine()
    time_traveller = TimeTravellerOpponent()
    accessibility.speak(ai.splash_screen())
    print(ai.splash_screen())
    accessibility.speak(ai.introduce())
    print(ai.introduce())
    print(f"\nA new challenger approaches: {time_traveller.name} - {time_traveller.lore}\n")
    accessibility.speak(f"A new challenger approaches: {time_traveller.name}. {time_traveller.lore}")
    board = chess.Board()
    print(board)
    accessibility.speak(str(board))
    game_history = []
    while not board.is_game_over():
        accessibility.speak("Your move. Enter in UCI format, for example, e2e4.")
        user_move = input("Your move (in UCI, e.g., e2e4): ")
        if user_move.lower() in ("support", "charity"):
            accessibility.speak(ai.charity_message)
            print(ai.charity_message)
            continue
        try:
            move = chess.Move.from_uci(user_move)
            if move in board.legal_moves:
                board.push(move)
                game_history.append(str(move))
                accessibility.speak(f"You played {move}")
                print("You played:", move)
            else:
                accessibility.speak("Illegal move. Try again.")
                print("Illegal move. Try again.")
                continue
        except Exception:
            accessibility.speak("Invalid input. Use UCI format, for example, e2e4.")
            print("Invalid input. Use UCI format, e.g., e2e4.")
            continue
        if board.is_game_over():
            break
        # Time Traveller Opponent's turn
        result = time_traveller.make_move(board)
        game_history.append(result)
        accessibility.speak(result)
        print(result)
        print(board)
        accessibility.speak(str(board))
    accessibility.speak(f"Game over! Result: {board.result()}")
    print("Game over! Result:", board.result())
    accessibility.speak("Thank you for playing and supporting our medical charity.")
    print("\nThank you for playing and supporting [Your Medical Charity Name]!")
    # Simulate neurogenesis upload
    neuro_engine.upload(game_history)

    # Simulate genome design for a human cyber soldier
    genome = CyberSoldierGenome()
    print(genome.describe())
    # Attach genome to AI for singularity simulation
    ai.genome = genome

    # Simulate cell singularity (fusion of multiple AI cells)
    print("\nInitiating cell singularity...")
    ai_cells = [ai]  # In a real scenario, this could be a list of different AI instances
    singularity = CellSingularity(ai_cells)
    print(singularity.describe())