def calculate_total_items(input_text):
<<<<<<< HEAD
    objects_list = extract_objects(input_text)
    print("Objects and their properties:", objects_list)

    question = extract_question(input_text)
    print("Question specifics:", question)

    options = input_text.split("\n")[-5:]
    print("Available options:", options)

    if question['type'] == 'identify_color':
        print("Question type is = identify_color")
        print(f"Identifying color for: {question['details']}")
        target_object = target(objects_list, question['details'])
        print(f"The question is asking for the color of : {target_object}")
        pre_answer = extract_color(target_object, question['details'])
        print(f"Identified color: {pre_answer}")

    elif question['type'] == 'count_objects':
        print("Question type is = count_objects")
        print(f"Counting objects for: {question['details']}")
        print("Total iterations:", len(objects_list))
        for i, object in enumerate(objects_list):
            single_object_count = count_single_object(object, question['details'])
            intermediate_count += single_object_count
            print(f"Step ({i}) - {object}: {single_object_count},Intermediate count: {intermediate_count}")
        pre_answer = count_objects(objects_list, question['details'])
        print(f"Objects count: {pre_answer}")

    elif question['type'] == 'spatial_reasoning':
        print("Question type is = spatial_reasoning")
        print(f"Applying spatial reasoning for: {question['details']}")
        arranged_object = arrange_from_left_to_right(objects_list)
        print(f"Arraged objects: {arranged_object})
        pre_answer = spatial_reasoning(arranged_object, question['details'])
        print(f"Spatial reasoning result: {pre_answer}")

    else:
        pre_answer = "Unsupported question type"
        print(f"Error: {pre_answer}")

    
    answer = find_correct_option(pre_answer, options)
    print("Final answer: ", answer)

    return answer
=======
    items = input_text.split(", ")
    print("Items mentioned:", items)

    total_count = len(items)
    print("Total count of items:", total_count)

    return total_count
>>>>>>> c6f4ad5846d5966017ceda2c5e75ec2149f1861d
