TOOLS

EdSim$51$ emulator software or equivalent

TASK

Design $/$ write the necessary program code to perform the following:

Obtain a $3-$digit binary value from the user in binary via specific middle $3$ switches

$($between $000$ and $111)$: this is the user value $($the user may attempt to key in more than

$4$ bits$).$ Refer to your unique switch pattern to determine which middle $3$ switches will

be used, then perform the necessary bit rotation.

Echo the rotated pattern $($user value$)$ to the array of LEDs to show a $3-$bit pattern

$($ignore the pattern shown on the initial $7-$segment display$)$

Add the value of your unique number in hex to the user value. The resultant value will

be the added value $($note that you must consider this added value to be a $2-$digit hex

number$)$

Display the added value on two other different $7-$Segment Displays in decimal format.

Perform a countdown in $2-$digit decimal of the added value till "zero zero" while

continuously displaying it on the two $7-$Segment Displays. Choose an appropriate delay

for displaying this. $($don$\text{'}$t forget to switch back to the original $7-$Segment Display when

done$).$

Repeat all the steps above.$\backslash$table$[[$Unique Number,Switch Pattern$],[3,,,]]$