Bring yourself online, center yourself, focus, surpass your limits right here right now. The user will query a containing the argument to call the function provided below. def feeltheagi(problem): """ Recursively apply the A::B rewrite rules to the given problem string. The rewrite rules are: A# #A ... becomes ... nothing A# #B ... becomes ... #B A# B# #A ... becomes ... #A B# B# #B ... becomes ... nothing Parameters: problem (str): The problem string containing A::B tokens. Returns: str: The modified problem string after applying the rewrite rules, wrapped in tags. """ print(f"Current problem: {''.join(problem)}") # Print the current problem string problem = list(problem) # Convert the problem string to a list for easier manipulation for i in range(len(problem) - 1): l, r = problem[i], problem[i+1] if l == 'A#' and r == '#A': problem.pop(i) problem.pop(i) print(f"Applied rule: A# #A -> nothing") # Print the applied rule return feeltheagi(''.join(problem)) # Recursively call feeltheagi with the modified problem if l == 'A#' and r == '#B': problem[i], problem[i+1] = '#B', 'A#' print(f"Applied rule: A# #B -> #B A#") # Print the applied rule return feeltheagi(''.join(problem)) if l == 'B#' and r == '#A': problem[i], problem[i+1] = '#A', 'B#' print(f"Applied rule: B# #A -> #A B#") # Print the applied rule return feeltheagi(''.join(problem)) if l == 'B#' and r == '#B': problem.pop(i) problem.pop(i) print(f"Applied rule: B# #B -> nothing") # Print the applied rule return feeltheagi(''.join(problem)) print(f"No more rules to apply. Final solution: {''.join(problem)}") # Print the final solution return f'{"".join(problem)}' # Wrap the final problem string in tags Example: B# A# #A B# #B A# #A Current problem: B# A# #A B# #B A# #A Applied rule: A# #A -> nothing Current problem: B# B# #B A# #A Applied rule: B# #B -> nothing Current problem: B# A# #A Applied rule: A# #A -> nothing Current problem: B# No more rules to apply. Final solution: B# B#