def track_swaps(input_text):
    # Step 1: Assign initial positions or items to each individual based on the input text.
    initial_assignments = extract_initial_assignments(input_text)
    print("Initial Assignments:", initial_assignments)

    # Step 2: Define a function to process each swapping instruction and update the positions or items accordingly.
    def process_swap(instruction, assignments):
        # Implement the logic to swap items or positions based on the instruction
        pass

    # Step 3: Execute each swap based on the given instructions.
    swapping_instructions = extract_swapping_instructions(input_text)
    for instruction in swapping_instructions:
        process_swap(instruction, initial_assignments)
        print(f"Swapping: {instruction} - Current Assignments: {initial_assignments}")

    # Step 4: Determine the final position or item of the specific individual mentioned in the task.
    final_person = extract_final_person(input_text)
    final_position = initial_assignments[final_person]
    print(f"Final Position of {final_person}: {final_position}")

    # Step 5: Match the final position or item with the provided options to identify the correct answer.
    options = extract_options(input_text)
    for option in options:
        if final_position == option:
            return option

# Sample helper functions for reference
def extract_initial_assignments(input_text):
    # Extract and return the initial assignments of positions or items to individuals
    pass

def extract_swapping_instructions(input_text):
    # Extract and return the swapping instructions between pairs of individuals
    pass

def extract_final_person(input_text):
    # Extract and return the specific individual mentioned in the task
    pass

def extract_options(input_text):
    # Extract and return the provided options for the final position or item
    pass