def solve_colored_objects(input_text):
    # Step 1: Parse the input text to extract the relevant information about the object of interest and the context.
    object_of_interest, context = parse_input_text(input_text)
    print(f"Object of interest: {object_of_interest}")
    print(f"Context: {context}")

    # Step 2: Based on the information extracted, identify the object of interest.
    object_of_interest = find_object_of_interest(object_of_interest, context)
    print(f"Object of interest: {object_of_interest}")

    # Step 3: Analyze the context to determine the number of objects of a particular color and the relationship between the objects.
    color_count = find_color_count(context)
    print(f"Color count: {color_count}")
    object_relationship = find_object_relationship(context)
    print(f"Object relationship: {object_relationship}")

    # Step 4: Iterate over each option and evaluate whether it is correct based on the information gathered.
    options = input_text.split("\n")[-5:]
    for option in options:
        print(f"Evaluating option: {option}")
        if evaluate_option(option, object_of_interest, color_count, object_relationship):
            return option

    # Step 5: Once the correct answer is identified, return it.
    return "No answer found."