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import random from time import sleep class SimulatedMarket: def __init__(self, token_name, initial_price, market_cap): self.token_name = token_name self.price = initial_price self.market_cap = market_cap def simulate_price_change(self, growth): # Simulate price increase based on 'growth' percentage self.price *= (1 + growth / 100.0) self.market_cap = int(self.price * (self.market_cap / self.price)) class Bot: def __init__(self, name): self.name = name def receive_message(self, message): print(f"{self.name} received message: {message}") def send_message_to_bots(bots, message): for bot in bots: bot.receive_message(message) # Simulate some delay between bot reactions sleep(random.uniform(0.1, 0.5)) # Simulated market and bots market = SimulatedMarket("PUMPTOKEN", 0.01, 1000000) bots = [Bot(f"Bot{i}") for i in range(1, 6)] # Create 5 bots # Simulate sending a message to bots about buying the token growth_percentage = 1000 # 1000% growth expected message = f"Buy {market.token_name} now! Current Price: ${market.price:.2f}, Market Cap: ${market.market_cap:,}, Expected growth: {growth_percentage}% in 24h!" send_message_to_bots(bots, message) # Simulate market reaction to the message (which in reality would be far more complex) market.simulate_price_change(growth_percentage / 10) # Simulate a 10% of the expected growth print(f"After simulation, {market.token_name} price is now ${market.price:.2f}, Market Cap: ${market.market_cap:,}")