Part V: Vampire Hunters (20 points) An intrepid band of vampire hunters has just arrived at a town where a coven of vampires is preying on the townspeople. Your job is to write a function vampire.hunt (humans, vampires, hunters) that will simulate how the populations of townspeople and vampires will change over time as the vampire hunters set to work The town is populated by humans people, is threatened by vampires scary vampires, and is protected by hunters vampire hunters. Each vampire can convert one person a day into a new vampire. (Luckily, the vampire hunters are all immune to vampire bites.) Each vampire hunter can destroy one vampire per day. Since we don't know how many days it might take to reduce one of the populations to O (i.e, humans or vampires) we cant use a for-loop to simulate the fight. Instead, we will use a while-loop, which will run until one of the two CSE 101-Spring 2018 Homework #3 Page 5 populations reaches 0 The bulk of your program will take place in a while-loop. As long as each population (humans and vampires) is greater than 0, your program should: 1. Determine how many vampires are destroyed that day (the vampire hunters always strike first, during day- light hours), and update the vampire population appropriately. This counter may reach 0, but it must never be allowed to become negative. 2. If there are any vampires remaining, they attack the remaining townspeople that night. Each vampire converts one person into a new vampire. Update the vampire population and human population accordingly Like the previous step, the human population can reach 0, but it should never become negative. Sample Simulation #1 Starting values: humans -84vampires6, hunters2. Day 1: Humans: 84 Vampires: 6. Hunters dest royed 2 vampires. Vampires converted 4 people into vampires. Day #2: Humans: 80 Vampires: 8