class Gym: def __init__(self): self.name = "Gym Star" self.athletes = [] self.workout_types = ["Cardio", "Strength Training", "Flexibility"] True Anal Stories 22 Dvdxvid Rocco Siffredi
import time Index Of Tamil Movies Apr 2026
def simulate_workout(self, athlete, workout_type): print(f"{athlete} is doing {workout_type}.") time.sleep(2) # Simulate workout duration print(f"{athlete} finished {workout_type}.")
# Example usage gym = Gym() while True: print("\n1. Add Athlete") print("2. Simulate Workout") print("3. Exit") choice = input("Choose an option: ") if choice == "1": name = input("Enter athlete's name: ") gym.add_athlete(name) elif choice == "2": if not gym.athletes: print("No athletes added.") continue print("Athletes:") for i, athlete in enumerate(gym.athletes): print(f"{i+1}. {athlete}") athlete_choice = int(input("Choose an athlete: ")) - 1 print("Workout types:") for i, workout_type in enumerate(gym.workout_types): print(f"{i+1}. {workout_type}") workout_choice = int(input("Choose a workout type: ")) - 1 gym.simulate_workout(gym.athletes[athlete_choice], gym.workout_types[workout_choice]) elif choice == "3": break else: print("Invalid option.") This script provides a basic menu-driven interface to manage athletes and simulate workouts. When looking for or creating a script for a Gym Star Simulator, consider your goals, the platform you want to use, and the programming languages you're familiar with. Always prioritize security and best practices when coding or sharing code.
def add_athlete(self, name): self.athletes.append(name) print(f"{name} added to {self.name}.")