Topic: Recursion 3. [20 points] Visualizing Recursion It's interesting to watch recursion "in action." Modify the recursive factorial function we looked at in class to print its local variable and recursive-call parameter. For each recursive call, display the outputs on a separate line and add a level of indentation. Make the outputs clear, interesting and meaningful. Your goal here is to design and implement an output format that makes it easier to understand recursion. Here is a sample of what the output could look like: Step step}: 5 # factorial (4) Step step}: 4 * factorial (3) Step step} : 3 + factorial (2) Step (step}: 2 * factorial (1) Step step}: return 1 Topic: Recursion 3. [20 points] Visualizing Recursion It's interesting to watch recursion "in action." Modify the recursive factorial function we looked at in class to print its local variable and recursive-call parameter. For each recursive call, display the outputs on a separate line and add a level of indentation. Make the outputs clear, interesting and meaningful. Your goal here is to design and implement an output format that makes it easier to understand recursion. Here is a sample of what the output could look like: Step step}: 5 # factorial (4) Step step}: 4 * factorial (3) Step step} : 3 + factorial (2) Step (step}: 2 * factorial (1) Step step}: return 1