def solve_colored_objects(input_text):
    # Step 1: Parse the input text to extract the sequence of objects and their colors. Output the sequence of objects.
    object_sequence = extract_object_sequence(input_text)
    print(f"Object sequence: {object_sequence}")

    # Step 2: Construct a list of tuples, where each tuple represents an object and its color. Output the list of tuples.
    object_color_list = construct_object_color_list(object_sequence)
    print(f"Object-color list: {object_color_list}")

    # Step 3: Extract the question from the input text. Output the question.
    question = extract_question(input_text)
    print(f"Question: {question}")

    # Step 4: Depending on the question, perform the necessary analysis on the object sequence and output the answer.
    if "color" in question:
        # If the question asks for the color of a specific object
        object_name = extract_object_name(question)
        color = find_color_of_object(object_color_list, object_name)
        print(f"The color of {object_name} is {color}.")
    elif "how many" in question:
        # If the question asks for the number of objects with a certain property
        property_name = extract_property_name(question)
        count = count_objects_with_property(object_color_list, property_name)
        print(f"There are {count} {property_name} objects.")
    else:
        # If the question asks for the relative position of objects
        object1, object2 = extract_objects(question)
        position = find_relative_position(object_color_list, object1, object2)
        print(f"The position of {object1} relative to {object2} is {position}.")

    # Step 5: Match the answer with the provided options and output the correct option.
    options = extract_options(input_text)
    correct_option = match_answer_with_options(options, color)
    print(f"The correct option is {correct_option}.")

    return correct_option