def track_swaps(input_text):
    """
    Tracks the swaps of positions or partners in a sequence of swaps and determines the final position or partner of a specific person.

    This function takes a string containing a sequence of swaps and a final question asking for the final position or partner of a specific person.
    It then performs the swaps and determines the final position or partner of the person asked in the question.

    Args:
    input_text (str): A string containing a sequence of swaps and a final question.

    Returns:
    str: The final position or partner of the person asked in the question.
    """
    initial_positions = extract_initial_positions(input_text)
    print("Initial positions:", initial_positions)

    swaps = extract_swaps(input_text)
    print("Swaps:", swaps)

    final_positions = perform_swaps(initial_positions, swaps)
    print("Final positions after swaps:", final_positions)

    final_question = extract_final_question(input_text)
    print("Final question:", final_question)

    final_answer = determine_final_answer(final_positions, final_question)
    print("Final answer:", final_answer)

    return final_answer

def extract_initial_positions(input_text):
    # Extract initial positions or partners of people
    initial_positions = {}
    people = ["Alice", "Bob", "Claire", "Dave", "Eve"]
    for person in people:
        position = extract_position(person, input_text)
        initial_positions[person] = position
    return initial_positions

def extract_position(person, input_text):
    # Extract the position or partner of a specific person from the input text
    position_start = input_text.find(person) + len(person) + len(" is ")
    position_end = input_text.find(",", position_start)
    return input_text[position_start:position_end]

def extract_swaps(input_text):
    # Extract the sequence of swaps from the input text
    swaps_start = input_text.find("First")
    swaps_end = input_text.find("At the end")
    swaps = input_text[swaps_start:swaps_end].split(". ")
    return swaps

def perform_swaps(initial_positions, swaps):
    # Perform the swaps to determine the final positions or partners of people
    final_positions = initial_positions.copy()
    for swap in swaps:
        people_involved = swap.split(" and ")
        for i in range(len(people_involved) - 1):
            person1 = people_involved[i].split()[-1]
            person2 = people_involved[i + 1].split()[-1]
            final_positions[person1], final_positions[person2] = final_positions[person2], final_positions[person1]
    return final_positions

def extract_final_question(input_text):
    # Extract the final question from the input text
    question_start = input_text.find("At the end")
    return input_text[question_start:]

def determine_final_answer(final_positions, final_question):
    # Determine the final answer based on the final question
    person_in_question = final_question.split(" ")[3]
    return final_positions[person_in_question]

# Example task instances
input_text = "Alice is dancing with Helga, Bob is dancing with Karl, Claire is dancing with Melissa, Dave is dancing with Ophelia, and Eve is dancing with Sam. First, Alice and Dave switch partners. Then, Eve and Alice switch partners. Then, Bob and Claire switch partners. Then, Alice and Claire switch partners. Finally, Dave and Eve switch partners. At the end of the dance, Alice is dancing with"
print("Final answer:", track_swaps(input_text))