Create an array where each $$slot$$ is $2$ integers. These represent the health and strength of an object in our game. The first pair of integers will be the health and strength of our player.

We are going to use MIPS syscall instruction $41($or $42)$ to randomly assign values for these integers. The player should have a random strength between $5$ and $12$ and a random health of between $25$ and $50.$

There will be three monsters in our array. They will also have a random strength and health with a range from $(1)/(3)$ of the player$$s health$/$strength up to $110\%$ the player$$s health$/$strength respectively.

This means the array will have a total of $8$ slots.

The main game loop will the commence and will have the following characteristics:

Display the player and monster strength$/$health $($only for monster$$s whose health $>0)$

The player will be able to attack or heal.

If attacking, the player will attack the first monster whose health is $>0$ by subtracting the player$$s strength from the monster$$s health.

if healing, you will add the player$$s strength to their health.

The monster will have a $50\%$ chance of attacking by using instruction $41($or $42)$ between any two number ranges. With a result of one of those numbers meaning they will attack.

The loop ends when the player$$s health $<=0$ or ALL the monster$$s health $<=0$

You will want to make extensive use of subroutines!