Q$.$write a code for self down counter from count $9999$ and decremnt till $0000$ and as it rreches $0000$ the value must be constantly display in ssd and the speed at which decremnt is done is wrt the potentiometer input void main$($void$)\{$void main$($void$)\{$

init$\_$config$()$;

unsigned char ssd$[$MAX$\_$SSD$\_$CNT$]$;

unsigned int count $=9999$; $//$ Initialize count

unsigned int adc$\_$reg$\_$val;

const unsigned int max$\_$adc$\_$value $=1023$;

while $($count $>0)\{$

adc$\_$reg$\_$val $=$ read$\_$adc$()$; $//$ Read the potentiometer value

$//$ Calculate delay based on potentiometer reading

$//$ Adjust the scaling factor $($e$.$g$.,10)$ based on your requirements

unsigned int delay $=($max$\_$adc$\_$value $-$ adc$\_$reg$\_$val$)*10$;

$//$ Update SSD display if the delay threshold is reached

if $($delay $<=0)\{$

ssd$[0]=$ digit$[($count $/1000)]$;

ssd$[1]=$ digit$[($count $/100)\%10]$;

ssd$[2]=$ digit$[($count $/10)\%10]$;

ssd$[3]=$ digit$[$count $\%10]$;

display$($ssd$)$;

count$--$; $//$ Decrement count

$\}$

$//$ Optionally, add a small delay here to stabilize readings

$\}$

$//$ Once the count reaches $0,$ display $0000$

for $($int i $=0$; i $<$ MAX$\_$SSD$\_$CNT; i$++)\{$

ssd$[$i$]=$ digit$[0]$; $//$ digit$[0]$ represents $\text{'}0\text{'}$

$\}$

display$($ssd$)$;

while $(1)\{$

$//$ Optionally, halt further operations or enter low power state

$\}$

return;

$\}$void main$($void$)\{$

init$\_$config$()$;

unsigned char ssd$[$MAX$\_$SSD$\_$CNT$]$;

unsigned int count $=9999$; $//$ Initialize count

unsigned int adc$\_$reg$\_$val;

const unsigned int max$\_$adc$\_$value $=1023$;

while $($count $>0)\{$

adc$\_$reg$\_$val $=$ read$\_$adc$()$; $//$ Read the potentiometer value

$//$ Calculate delay based on potentiometer reading

$//$ Adjust the scaling factor $($e$.$g$.,10)$ based on your requirements

unsigned int delay $=($max$\_$adc$\_$value $-$ adc$\_$reg$\_$val$)*10$;

$//$ Update SSD display if the delay threshold is reached

if $($delay $<=0)\{$

ssd$[0]=$ digit$[($count $/1000)]$;

ssd$[1]=$ digit$[($count $/100)\%10]$;

ssd$[2]=$ digit$[($count $/10)\%10]$;

ssd$[3]=$ digit$[$count $\%10]$;

display$($ssd$)$;

count$--$; $//$ Decrement count

$\}$

$//$ Optionally, add a small delay here to stabilize readings

$\}$

$//$ Once the count reaches $0,$ display $0000$

for $($int i $=0$; i $<$ MAX$\_$SSD$\_$CNT; i$++)\{$

ssd$[$i$]=$ digit$[0]$; $//$ digit$[0]$ represents $\text{'}0\text{'}$

$\}$

display$($ssd$)$;

while $(1)\{$

$//$ Optionally, halt further operations or enter low power state

$\}$

return;

$\}$

init$\_$config$()$;

unsigned char ssd$[$MAX$\_$SSD$\_$CNT$]$;

unsigned int count $=9999$; $//$ Initialize count

unsigned int adc$\_$reg$\_$val;

const unsigned int max$\_$adc$\_$value $=1023$;

while $($count $>0)\{$

adc$\_$reg$\_$val $=$ read$\_$adc$()$; $//$ Read the potentiometer value

$//$ Calculate delay based on potentiometer reading

$//$ Adjust the scaling factor $($e$.$g$.,10)$ based on your requirements

unsigned int delay $=($max$\_$adc$\_$value $-$ adc$\_$reg$\_$val$)*10$;

$//$ Update SSD display if the delay threshold is reached

if $($delay $<=0)\{$

ssd$[0]=$ digit$[($count $/1000)]$;

ssd$[1]=$ digit$[($count $/100)\%10]$;

ssd$[2]=$ digit$[($count $/10)\%10]$;

ssd$[3]=$ digit$[$count $\%10]$;

display$($ssd$)$;

count$--$; $//$ Decrement count

$\}$

$//$ Optionally, add a small delay here to stabilize readings

$\}$

$//$ Once the count reaches $0,$ display $0000$

for $($int i $=0$; i $<$ MAX$\_$SSD$\_$CNT; i$++)\{$

ssd$[$i$]=$ digit$[0]$; $//$ digit$[0]$ represents $\text{'}0\text{'}$

$\}$

display$($ssd$)$;

while $(1)\{$

$//$ Optionally, halt further operations or enter low power state

$\}$

this code si not working what to do