I$\text{'}$m creating an animation using pygame in python. I$\text{'}$m using to learn Python, program arcade games. I can't figure out how to animate my image, I've created my image and it just needs to be animated. I$$ve pasted the code below. Basically, my idea is for the snow to be like a blizzard from the left to the right and the whole animal to be moving across the screen from right to left slowly. Moving the legs individually would be way too hard and above my level, but moving the whole animal although it seems unrealistic is at my level and easy to do$.$Yet I still can$$t seem to figure it out and the blizzard should be travelling from left to right so it looks like the deer is moving against the blizzard. The deer shouldn$$t be going at a fast pace either since it$$s moving through a blizzard. Also, try to add a shooting star in the background if you can. Please make sure not to use any advanced coding, i've also pasted a sample of animation code at my level.

Sample code $--$at my level for animation

import pygame

import random

# Initialize the game engine

pygame.init$()$

BLACK $=[0,0,0]$

WHITE $=[255,255,255]$

# Set the height and width of the screen

SIZE $=[400,400]$

screen $=$pygame$.$display.set$\_$mode$($SIZE$)$

pygame.display.set$\_$caption$("$Snow Animation"$)$

# Create an empty array

snow$\_$list $=[]$

# Loop $50$times and add a snow flake in a random x$,$y position

for i in range$(50)$:

$$ x $=$random$.$randrange$(0,400)$

$$ y $=$random$.$randrange$(0,400)$

$$ snow$\_$list.append$([$x$,$y$])$

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

# Loop until the user clicks the close button.

done $=$False

while not done:

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

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

$$ done $=$True

$$ # Set the screen background

$$ screen.fill$($BLACK$)$

$$ # Process each snow flake in the list

$$ for i in range$($len$($snow$\_$list$))$:

$$ # Draw the snow flake

$$ pygame.draw.circle$($screen$,$WHITE$,$ snow$\_$list$[$i$],2)$

$$ snow$\_$list$[$i$][1]+=1$

$$ if snow$\_$list$[$i$][1]>400$:

$$ # Reset it just above the top

$$ y $=$random$.$randrange$(-50,-10)$

$$ snow$\_$list$[$i$][1]=$y

$$ # Give it a new x position

$$ x $=$random$.$randrange$(0,400)$

$$ snow$\_$list$[$i$][0]=$x

$$ pygame.display.flip$()$

$$ clock.tick$(20)$

pygame.quit$()$

My code, aka my image I drew in pygame

import pygame

import random

import math

# Define some colors

BLACK $=(0,0,0)$

WHITE $=(255,255,255)$

GREEN $=(0,255,0)$

RED $=(255,0,0)$

BLUE $=(0,0,255)$

YELLOW $=(222,176,0)$

BROWN $=(128,90,70)$

DARK$\_$BROWN $=(106,57,37)$

PINK $=(255,192,203)$

DARK$\_$YELLOW $=(252,234,121)$

DARK$\_$WHITE $=(183,182,177)$

LIGHT$\_$BLACK $=(62,65,71)$

FACE$\_$BLACK $=(61,59,65,)$

PI $=3\mathrm{.}14159265359$

ellipse$\_$positions $=[($random$.$randint$(0,700),$random$.$randint$(0,600))$for $\_$in range$(130)]$# used to generate random positions for the snow

pygame.init$()$

size $=(700,500)$

screen $=$pygame$.$display.set$\_$mode$($size$)$

pygame.display.set$\_$caption$("$DeeRERE$")$

done $=$False

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

#main loop

while not done:

$$ # $---$Main event loop

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

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

$$ done $=$True

$$ screen.fill$($BLUE$)$

$$ pygame.draw.rect$($screen$,$WHITE$,[0,360,900,905],0)$

$$ # Snow

$$ for pos in ellipse$\_$positions:

$$ pygame.draw.ellipse$($screen$,$WHITE$,[*$pos$,10,10],0)$

$$ pygame.draw.ellipse$($screen$,$BROWN$,[255,490,20,25],0)$# Hooves

$$ pygame.draw.ellipse$($screen$,$BROWN$,[500,490,20,25],0)$

$$ #Legs

$$ pygame.draw.rect$($screen$,$LIGHT$\_$BLACK, $[255,400,20,180],0)$

$$ pygame.draw.rect$($screen$,$LIGHT$\_$BLACK, $[500,400,20,180],0)$

$$ pygame.draw.rect$($screen$,$LIGHT$\_$BLACK, $[455,400,20,180],0)$

$$ pygame.draw.rect$($screen$,$LIGHT$\_$BLACK, $[300,400,20,180],0)$

$$ #Body

$$ pygame.draw.ellipse$($screen$,$DARK$\_$WHITE, $[245,345,300,100],0)$

$$ #Neck

$$ pygame.draw.rect$($screen$,$DARK$\_$WHITE, $[265,320,20,100],0)$

$$ #Head

$$ pygame.draw.ellipse$($screen$,$DARK$\_$WHITE, $[220,270,75,65],0)$

$$ pygame.draw.ellipse$($screen$,$DARK$\_$WHITE, $[195,300,50,30],0)$

$$ #Eyes

$$ pygame.draw.ellipse$($screen$,$BLACK$,[230,280,10,15],0)$

$$ pygame.draw.ellipse$($screen$,$BLACK$,[255,280,10,15],0)$

$$ #nose

$$ pygame.draw.ellipse$($screen$,$PINK$,[200,305,15,10],0)$

$$ #mouth

$$ pygame.draw.line$($screen$,$BLACK$,[200,320],[220,320],2)$

$$ # Antlers

$$ pygame.draw.line$($screen$,$BROWN$,[275,245],[275,275],5)$

$$ pygame.draw.line$($screen$,$BROWN$,[274,245],[300,245],5)$

$$ pygame.draw.line$($screen$,$BROWN$,[300,245],[300,220],5)$

$$ pygame.draw.line$($screen$,$BROWN$,[300,245],[275,245],5)$

$$ pygame.draw.line$($screen$,$BROWN$,[275,245],[260,245],5)$ pygame.draw.line$($screen$,$BROWN$,[260,246],[260,220],5)$ pygame.display.flip$()$# Update screen

$$ clock.tick