def recognize_shape_from_svg(svg_path_element):
    # Step 1: Parse the SVG path element to extract the path commands. Output the extracted path commands.
    path_commands = extract_path_commands(svg_path_element)
    print("Extracted path commands:", path_commands)

    # Step 2: Process each path command to execute the corresponding action. Keep track of the coordinates as the commands are executed.
    current_position = (0, 0)
    for command in path_commands:
        action, coordinates = process_path_command(command, current_position)
        print(f"Executing command: {command} - Action: {action} - New coordinates: {coordinates}")
        current_position = coordinates

    # Step 3: Determine the shape based on the processed path commands. This involves analyzing the final path drawn.
    identified_shape = identify_shape(path_commands)
    print("Identified shape:", identified_shape)

    # Step 4: Match the identified shape with the provided options to select the correct answer.
    options = extract_options(svg_path_element)
    answer = match_shape_with_options(identified_shape, options)

    # Step 5: Return the identified shape as the final answer.
    return answer