Design a $4-$ bit binary up $-$ down counterthat:

Counts up $(0000$ to $1111)$ or down $(1111$ to $0000)$ based on a control input.Has a clock input, where each clock pulse changes the count. Uses a push $-$ button for clock input, with appropriate debouncing to ensure correct clocking behavior.Displays the binary output on LEDs $($or optionally a $7-$ segment display$).$

The following is the truth table

Current State $(Q3,Q2,Q1,Q0)$ Next State $(Up)$ Next State $(Down)$

$000000011111000100100000001000110001........111100001110$

The logic circuit needs have the following:

Up$/$Down Control Input: A switch to toggle between counting up and counting down.Clock Input: A push $-$ button clock to increment or decrement the count. $4-$ bit Output: The counter outputs will be displayed using $4$ LEDs $($or a $7-$segment display$).$ Reset: A button to reset the counter to $0000.$ Please someone draw the logic circuit please