write mips program for connect $4$ using $3$ palyer and use $7$x$6$ matrix. The board must be shown to the user. How exactly? That$$s up to you! Check my example below if you are not sure how to proceed!Ending the game

The game should end when one of the players successfully drops $4$ tokens in line. At that point, let the user know that the game has ended, and who won.

Example run

This is only an example!!! Feel free to ignore everything except functionality!

Welcome to connect$-4$ the MIPS version

This is a $2$ player game, each player will take turns placing a token.

The objective is to create a line of $4$ consecutive tokens.

Good luck!

$0123456$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$Select a column to play. Must be between $0$ and $6$

$3$

$0123456$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|*|\_|\_|\_|$

Select a column to play. Must be between $0$ and $6$

$3$

$0123456$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|+|\_|\_|\_|$

$|\_|\_|\_|*|\_|\_|\_|$Select a column to play. Must be between $0$ and $6$

$1$

$0123456$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|*|\_|\_|$

$|\_|\_|+|+|+|*|\_|$

$|+|*|+|+|*|*|\_|$

$|*|+|*|*|*|+|\_|$

Select a column to play. Must be between $0$ and $6$

$1$

$0123456$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|\_|\_|\_|$

$|\_|\_|\_|\_|*|\_|\_|$

$|\_|+|+|+|+|*|\_|$

$|+|*|+|+|*|*|\_|$

$|*|+|*|*|*|+|\_|$

Congratulations player $2.$ You won.

Thanks for playing!

The only requirement here is that Empty tiles must be clearly empty, and players should have different tokens to represent the tokens. I used an $\_$ to represent empty tiles, $*$ to represent $$Player $1$ tokens, and $+$ to represent $$Player $2$ tokens.