please help me build a pygame that does the following. $60$: Apply to your gravity and wind project.Number of joysticks: $1$

Joystick $0$

Joystick name: Nintendo Switch Pro Controller

GUID: $030000007e0500000920000000026800$

Number of axes: $6$

Axis $0$ value: $0\mathrm{.}008$

Axis $1$ value: $-0\mathrm{.}011$

Axis $2$ value: $0\mathrm{.}003$

Axis $3$ value: $-0\mathrm{.}011$

Axis $4$ value: $0\mathrm{.}000$

Axis $5$ value: $0\mathrm{.}000$

Number of buttons: $16$

Button $0$ value: $0$

Button $1$ value: $0$

Button $2$ value: $0$

Button $3$ value: $0$

Button $4$ value: $0$

Button $5$ value: $0$

Button $6$ value: $0$

Button $7$ value: $0$

Button $8$ value: $0$

Button $9$ value: $0$

Button $10$ value: $0$

Button $11$ value: $0$

Button $12$ value: $0$

Button $13$ value: $0$

Button $14$ value: $0$

Button $15$ value: $0$

Number of hats: $0$

$10$: gravity toggled on$/$off $($you pick$)$

$10$: left wind applied momentarily $($Axis $0,0..-1)$

$10$: right wind applied momentarily $($Axis $3,-1.\mathrm{.}0)$

$10$: Force up $($Axis $1,0..-1,$ maps to $0..$your gravity amount$)$

$10$: ball returns to the center of the screen $($A$/0$ Button$)$

$10$: LT $+$ Y quits game import pygame

import random

# Initialize Pygame

pygame.init$()$

WIDTH, HEIGHT $=800,600$

screen $=$ pygame.display.set$\_$mode$(($WIDTH$,$ HEIGHT$))$

clock $=$ pygame.time.Clock$()$

# Load the click sound

click$\_$sound $=$ pygame.mixer.Sound$("$collision$.$mp$3")$

# Create ball class and implement addforce to it

class Ball:

def $\_\_$init$\_\_($self$,$ x$,$ y$,$ radius, mass, color$)$:

self.location $=[$x$,$ y$]$

self.vector $=[0,0]$

self.acceleration $=[0,0]$

self.radius $=$ radius

self.mass $=$ mass

self.color $=$ color

def addForce$($self$,$ force$)$:

fx$,$ fy $=$ force

self.acceleration$[0]+=$ fx $/$ self.mass

self.acceleration$[1]+=$ fy $/$ self.mass

# Update the ball class

def update$($self$)$:

self.vector$[0]+=$ self.acceleration$[0]$

self.vector$[1]+=$ self.acceleration$[1]$

self.location$[0]+=$ self.vector$[0]$

self.location$[1]+=$ self.vector$[1]$

self.acceleration $=[0,0]$ # Reset acceleration

# Add boundary collision detection

if self.location or self.location$[0]>=$ WIDTH:

self.vector$[0]=-$self.vector$[0]$

if self.location or self.location$[1]>=$ HEIGHT:

self.vector$[1]=-$self.vector$[1]$

# Draws the balls on my screen

def draw$($self$,$ screen$)$:

pygame.draw.circle$($screen$,$ self.color, self.location, self.radius$)$

balls $=[]$

for i in range$(10)$:

radius $=$ random.randrange$(10,50)$

x $=$ random.randrange$($radius$,$ WIDTH $-$ radius$)$

y $=$ random.randrange$($radius$,$ HEIGHT $-$ radius$)$

mass $=$ radius $**2$

color $=($random$.$randrange$(0,256),$ random.randrange$(0,256),$ random.randrange$(0,256))$

ball $=$ Ball$($x$,$ y$,$ radius, mass, color$)$

balls.append$($ball$)$

def on$\_$click$($pos$)$:

# Play the click sound

click$\_$sound.play$()$

# Apply force towards the clicked position

for ball in balls:

dx $=$ pos$[0]-$ ball.location$[0]$

dy $=$ pos$[1]-$ ball.location$[1]$

ball.addForce$(($dx $*0\mathrm{.}1,$ dy $*0\mathrm{.}1))$

# Values for star background

stars $=[]$

for i in range$(1000)$:

x $=$ random.randrange$(0,$ WIDTH$)$

y $=$ random.randrange$(0,$ HEIGHT$)$

stars.append$(($x$,$ y$))$

# Draws stars on background

def draw$\_$stars$($screen$,$ stars$)$:

for star in stars:

pygame.draw.rect$($screen$,(255,255,255),$ pygame.Rect$($star$[0],$ star$[1],1,1))$

# Game loop with on click call

running $=$ True

while running:

for event in pygame.event.get$()$:

if event.type $==$ pygame.QUIT:

running $=$ False

if event.type $==$ pygame.MOUSEBUTTONDOWN:

on$\_$click$($pygame$.$mouse.get$\_$pos$())$

screen.fill$((0,0,$d $0))$

draw$\_$stars$($screen$,$ stars$)$

for ball in balls:

ball.update$()$

ball.draw$($screen$)$

pygame.display.flip$()$

clock.tick$(60)*****$the output should look just like the photo provided