convert the following c$++$ code to AVR Assembly code:

#include

#include

#include

$//$ Pin Definitions

#define START$\_$PAUSE$\_$BUTTON $1$

#define STOP$\_$BUTTON $0$

#define RGB$\_$RED$\_$PIN $2$

#define RGB$\_$GREEN$\_$PIN $3$

#define RGB$\_$BLUE$\_$PIN A$0$

const int ledPins$[]=\{4,5,6,7,8,9,10,11,12,13\}$;

const int numLeds $=10$;

const int numRounds $=5$;

const int ledOnTime $=1500$; $//$ Milliseconds each LED is on

int currentLED $=0$;

int score $=0$;

int currentRound $=0$;

int indicatorLED;

bool gameRunning $=$ false;

bool pauseGame $=$ false;

int lastStartPauseButtonState $=$ HIGH;

int lastStopButtonState $=$ HIGH;

void setup$()\{$

Serial.begin$(9600)$;

for $($int i $=0$; i $<$ numLeds; i$++)\{$

pinMode$($ledPins$[$i$],$ OUTPUT$)$;

$\}$

pinMode$($START$\_$PAUSE$\_$BUTTON, INPUT$\_$PULLUP$)$;

pinMode$($STOP$\_$BUTTON, INPUT$\_$PULLUP$)$;

pinMode$($RGB$\_$RED$\_$PIN, OUTPUT$)$;

pinMode$($RGB$\_$GREEN$\_$PIN, OUTPUT$)$;

pinMode$($RGB$\_$BLUE$\_$PIN, OUTPUT$)$;

$\}$

void loop$()\{$

int startButtonState $=$ digitalRead$($START$\_$PAUSE$\_$BUTTON$)$;

int stopButtonState $=$ digitalRead$($STOP$\_$BUTTON$)$;

Serial.print$("$Start button state: $")$;

Serial.println$($startButtonState$)$;

Serial.print$("$Stop button state: $")$;

Serial.println$($stopButtonState$)$;

$//$ Start$/$Pause the game

if $($startButtonState $==$ LOW && lastStartPauseButtonState $==$ HIGH$)\{$

delay$(50)$; $//$ Debouncing

if $($digitalRead$($START$\_$PAUSE$\_$BUTTON$)==$ LOW$)\{//$ Check if still pressed

if $(!$gameRunning$)\{$

gameRunning $=$ true;

currentRound $=0$;

score $=0$;

Serial.println$("$Game Started"$)$;

pickIndicatorLED$()$;

$\}$ else $\{$

pauseGame $=!$pauseGame;

Serial.println$($pauseGame $?$ "Game Paused" : "Game Resumed"$)$;

$\}$

$\}$

$\}$

lastStartPauseButtonState $=$ startButtonState;

$//$ Stop button logic

if $($stopButtonState $==$ LOW && lastStopButtonState $==$ HIGH$)\{$

delay$(50)$; $//$ Debouncing

if $($digitalRead$($STOP$\_$BUTTON$)==$ LOW$)\{//$ Check if still pressed

if $($gameRunning && currentLED $==$ indicatorLED$)\{$

score$++$;

Serial.print$("$Score: $")$;

Serial.println$($score$)$;

$\}$

currentRound$++$;

if $($currentRound $<$ numRounds$)\{$

pickIndicatorLED$()$;

$\}$ else $\{$

gameRunning $=$ false;

updateRGB$($score$)$;

Serial.println$("$Game Over"$)$;

$\}$

$\}$

$\}$

lastStopButtonState $=$ stopButtonState;

$//$ Game logic when running and not paused

if $($gameRunning && $!$pauseGame$)\{$

cycleLEDs$()$;

$\}$

$\}$

void pickIndicatorLED$()\{$

indicatorLED $=$ random$(0,$ numLeds$)$;

Serial.print$("$Indicator LED: $")$;

Serial.println$($indicatorLED$)$;

$\}$

void cycleLEDs$()\{$

for $($int i $=0$; i $<$ numLeds; i$++)\{$

digitalWrite$($ledPins$[$i$],$ HIGH$)$;

delay$($ledOnTime$)$;

digitalWrite$($ledPins$[$i$],$ LOW$)$;

currentLED $=$ i;

$\}$

$\}$

void updateRGB$($int score$)\{$

digitalWrite$($RGB$\_$RED$\_$PIN, LOW$)$;

digitalWrite$($RGB$\_$GREEN$\_$PIN, LOW$)$;

digitalWrite$($RGB$\_$BLUE$\_$PIN, LOW$)$;

if $($score $>=4)\{$

digitalWrite$($RGB$\_$GREEN$\_$PIN, HIGH$)$;

$\}$ else if $($score $>=2)\{$

digitalWrite$($RGB$\_$BLUE$\_$PIN, HIGH$)$;

$\}$ else $\{$

digitalWrite$($RGB$\_$RED$\_$PIN, HIGH$)$;

$\}$

$\}$