Shot Clock Your task is to create a shot clock with the following features, starting with a $24-$second clock: $-$The clock counts down from $24$to zero $(*),$displaying the time remaining in seconds $($as an integer$)$on the seven$-$segment displays; $-$If the clock reaches zero, the display holds at zero until reset; and $-$At any time, whether it has reached zero or not, the clock can be reset by pressing a button; once reset, it immediately starts counting down again from the maximum time. If your countdown $(*)$is in hexadecimal, this is worth $5$technical points $($out of $8)$; if it is in decimal, this is worth $6$technical points. Additional features: $-(**)$The clock can be paused by pressing a button, and un$-$paused by pressing the same button. $(1$technical point$)-(***)$The maximum time can be selected to either $24$or $30$seconds$,$ via a switch. $(1$technical point$)$One approach would be to reduce the $50$MHz system clock to a $1$Hz clock using a clock divider. $($This is just a suggestion, you don$$t have to do it this way.$)$

this is with a de$10$ board in verilog