diff --git a/Caterpillar_Game/Caterpillar.py b/Caterpillar_Game/Caterpillar.py
index 12dc984..2bcc0a9 100644
--- a/Caterpillar_Game/Caterpillar.py
+++ b/Caterpillar_Game/Caterpillar.py
@@ -1,16 +1,19 @@
 import turtle as t
 import random as rd
 
+# Set the background color
 t.bgcolor('yellow')
 
+# Caterpillar setup
 caterpillar = t.Turtle()
 caterpillar.shape('square')
 caterpillar.speed(0)
 caterpillar.penup()
 caterpillar.hideturtle()
 
+# Leaf setup
 leaf = t.Turtle()
-leaf_shape = ((0,0),(14,2),(18,6),(20,20),(6,18),(2,14))
+leaf_shape = ((0,0), (14,2), (18,6), (20,20), (6,18), (2,14))
 t.register_shape('leaf', leaf_shape)
 leaf.shape('leaf')
 leaf.color('green')
@@ -18,119 +21,133 @@
 leaf.hideturtle()
 leaf.speed()
 
-game_started = False
-text_turtle = False
+# Text setup
 text_turtle = t.Turtle()
 text_turtle.write('Press SPACE to start', align='center', font=('Arial', 18, 'bold'))
 text_turtle.hideturtle()
 
+# Score setup
 score_turtle = t.Turtle()
 score_turtle.hideturtle()
 score_turtle.speed(0)
 
-obstacle = t.Turtle()
-obstacle.shape('circle')  # You can choose any shape
-obstacle.color('red')  # Choose a distinct color for obstacles
-obstacle.penup()
-obstacle.hideturtle()
-
-num_obstacles = 5  # Number of obstacles
-obstacles = []
-
-for _ in range(num_obstacles):
-    new_obstacle = t.Turtle()
-    new_obstacle.shape('circle')
-    new_obstacle.color('red')
-    new_obstacle.penup()
-    new_obstacle.setposition(rd.randint(-200, 200), rd.randint(-200, 200))
-    new_obstacle.showturtle()
-    obstacles.append(new_obstacle)
-
+# Game state variables
+game_started = False
 
 def outside_window():
-    left_wall = -t.window_width()/2
-    right_Wall = t.window_width()/2
-    top_wall = t.window_height()/2
-    bottom_wall = -t.window_height()/2
-    (x,y) = caterpillar.pos()
-    outside = x < left_wall or x > right_Wall or y > top_wall or y < bottom_wall
+    """Check if the caterpillar is outside the window."""
+    left_wall = -t.window_width() / 2
+    right_wall = t.window_width() / 2
+    top_wall = t.window_height() / 2
+    bottom_wall = -t.window_height() / 2
+    (x, y) = caterpillar.pos()
+    outside = x < left_wall or x > right_wall or y > top_wall or y < bottom_wall
     return outside
 
 def game_over():
+    """Handle game over scenario."""
     caterpillar.color('yellow')
     leaf.color('yellow')
     t.penup()
     t.hideturtle()
-    t.write('GAME OVER !', align='center', font=('Arial', 30, 'normal') )
-    t.onkey(start_game,'space')
+    t.write('GAME OVER!', align='center', font=('Arial', 30, 'normal'))
+    t.onkey(start_game, 'space')  # Allow the user to restart the game by pressing SPACE
 
 def display_score(current_score):
+    """Display the score on the screen."""
     score_turtle.clear()
     score_turtle.penup()
-    x = (t.window_width()/2) - 70
-    y = (t.window_height()/2) - 70
-    score_turtle.setpos(x,y)
+    x = (t.window_width() / 2) - 70
+    y = (t.window_height() / 2) - 70
+    score_turtle.setpos(x, y)
     score_turtle.write(str(current_score), align='right', font=('Arial', 40, 'bold'))
 
 def place_leaf():
+    """Randomly place the leaf on the screen."""
     leaf.hideturtle()
-    leaf.setx(rd.randint(-200,200))
-    leaf.sety(rd.randint(-200,200))
+    leaf.setx(rd.randint(-200, 200))
+    leaf.sety(rd.randint(-200, 200))
     leaf.showturtle()
 
 def start_game():
+    """Start the game."""
     global game_started
     if game_started:
         return
     game_started = True
-    
-    score = 0
-    text_turtle.clear()
 
-    caterpillar_speed = 2
+    # Reset game state
     caterpillar_length = 3
-    caterpillar.shapesize(1,caterpillar_length,1)
+    caterpillar.shapesize(1, caterpillar_length, 1)
     caterpillar.showturtle()
+    caterpillar.color('black')
+    score = 0
+    caterpillar_speed = 2
+    text_turtle.clear()
+
+    # Reset caterpillar position
+    caterpillar.penup()
+    caterpillar.setpos(0, 0)
+    caterpillar.setheading(0)
+
+    # Display initial score and place the first leaf
     display_score(score)
     place_leaf()
 
     while True:
         caterpillar.forward(caterpillar_speed)
-        for obstacle in obstacles:
-            if caterpillar.distance(leaf) < 20:
-                place_leaf()
-                caterpillar_length = caterpillar_length + 1
-                caterpillar.shapesize(1,caterpillar_length,1)
-                caterpillar_speed = caterpillar_speed + 1
-                score = score + 10
-                display_score(score)
-                game_over()
-                break
+
+        # Check if the caterpillar eats the leaf
+        if caterpillar.distance(leaf) < 20:
+            place_leaf()
+            caterpillar_length = caterpillar_length + 1
+            caterpillar.shapesize(1, caterpillar_length, 1)
+            caterpillar_speed = caterpillar_speed + 1
+            score = score + 10
+            display_score(score)
+
+        # Check if the caterpillar is outside the window
         if outside_window():
             game_over()
             break
-        
 
 def move_up():
+    if caterpillar.heading() != 270:
         caterpillar.setheading(90)
 
 def move_down():
+    if caterpillar.heading() != 90:
         caterpillar.setheading(270)
 
 def move_left():
+    if caterpillar.heading() != 0:
         caterpillar.setheading(180)
 
 def move_right():
+    if caterpillar.heading() != 180:
         caterpillar.setheading(0)
-        
+
 def restart_game():
- start_game()
-
-t.onkey(start_game,'space')
-t.onkey(restart_game,'Up')
-t.onkey(move_up,'Up')
-t.onkey(move_right,'Right')
-t.onkey(move_down,'Down')
-t.onkey(move_left,'Left')
+    """Restart the game when 'R' is pressed."""
+    global game_started
+    if game_started:
+        game_started = False
+        caterpillar.hideturtle()
+        leaf.hideturtle()
+        score_turtle.clear()
+        text_turtle.clear()
+        t.clear()  # Clear any game over text
+        start_game()
+
+# Bind keys
+t.onkey(start_game, 'space')
+t.onkey(restart_game, 'r')
+t.onkey(move_up, 'Up')
+t.onkey(move_right, 'Right')
+t.onkey(move_down, 'Down')
+t.onkey(move_left, 'Left')
+
+# Listen to the keyboard inputs
 t.listen()
 t.mainloop()
+