You will have to design a game whose specifications are as follows: The inputs to the game are $Rb($

roll button$)$ and Reset. Reset is used to initiate a new game. When RB is pushed the random number

generator will start generating numbers without displaying them until the roll button is released. When

the roll button is released, the controller will compare the two the $4-$most significant bits and the $4-$

least significant bits of the generated number$)$ and declare a win if the sum is $6$ or $12,$ a no$-$win if the

sum is $8,5$ or $13$ otherwise the sum is stored in a point register and the player is allowed another

attempt. If the new value is equal to the value stored in the point register, then the player wins, else

he loses. The output of the game $($PRN$)$ should be driving two $7-$segment LEDs.Design and implement the PRG using the polynomial P$($x$)=1+$ x$2+$ x$3+$ x$4+$ x$7+$ x$8.$