When snake eat food this error show

$ python snakegame.py
Exception in Tkinter callback
Traceback (most recent call last):
  File "F:\ALL PROGRAM\Python\lib\tkinter\__init__.py", line 1883, in __call__
    return self.func(*args)
  File "F:\ALL PROGRAM\Python\lib\tkinter\__init__.py", line 804, in callit
    func(*args)
  File "snakegame.py", line 65, in perform_action
    self.check_food_collision()
  File "snakegame.py", line 98, in check_food_collision
    self.coords(self.find_withtag("food"), self.food)
  File "F:\ALL PROGRAM\Python\lib\tkinter\__init__.py", line 2761, in coords
    self.tk.call((self._w, 'coords') + args))]
_tkinter.TclError: wrong # coordinates: expected 2, got 1

  1  from tkinter import *
  2  from random import randint
  3  from PIL import Image, ImageTk
  4  
  5  Move_Increament = 20
  6  Moves_per_second = 85
  7  Game_speed = 1000
  8  
  9  class Snake(Canvas):
 10      def __init__(self):
 11          super().__init__(width=600, height=620, background='black',highlightthickness=0)
 12  
 13          self.snake_position = [(100, 100), (80, 100), (60, 100)]
 14          self.food_position = self.set_new_food_position()
 15          self.score = 0
 16          self.direction = "Right"
 17          self.bind_all("<Key>", self.on_key_press)
 18  
 19          self.load_assets()
 20          self.create_objects()
 21  
 22          self.after(Moves_per_second, self.perform_action)
 23  
 24      def load_assets(self):
 25          try:
 26              self.snake_body_image = Image.open("assets/snake.png")
 27              self.snake_body = ImageTk.PhotoImage(self.snake_body_image)
 28  
 29              self.food_image = Image.open("assets/food.png")
 30              self.food = ImageTk.PhotoImage(self.food_image)
 31          except IOError as error:
 32              print(error)
 33              root.destroy
 34  
 35      def create_objects(self):
 36          self.create_text(
 37              45, 12, text=f"Score={self.score}", tag="score", fill="#fff", font=("TkDefaultFont",14)
 38          )
 39          for x_position, y_position in self.snake_position:
 40              self.create_image(x_position, y_position,image=self.snake_body, tag="snake")
 41          self.create_image(*self.food_position, image=self.food, tag="food")
 42          self.create_rectangle(7, 27, 593, 613, outline="#525d69")
 43  
 44      def move_snake(self):
 45          head_x_position, head_y_position = self.snake_position[0]
 46  
 47          if self.direction =="Left":
 48              new_head_position = (head_x_position - Move_Increament, head_y_position)
 49          elif self.direction =="Right":
 50              new_head_position = (head_x_position + Move_Increament, head_y_position)
 51          elif self.direction =="Down":
 52              new_head_position = (head_x_position, head_y_position + Move_Increament)
 53          elif self.direction =="Up":
 54              new_head_position = (head_x_position, head_y_position- Move_Increament)
 55  
 56          self.snake_position = [new_head_position] + self.snake_position[:-1]
 57          
 58          for segment, position in zip(self.find_withtag("snake"), self.snake_position):
 59              self.coords(segment,position)
 60      
 61      def perform_action(self):
 62          if self.check_collision():
 63              return
 64  
 65          self.check_food_collision()
 66          self.move_snake()
 67          self.after(Moves_per_second ,self.perform_action)
 68  
 69      def check_collision(self):
 70          head_x_position, head_y_position = self.snake_position[0]
 71          
 72          return (
 73              head_x_position in (0,600)
 74              or head_y_position in (20,620)
 75              or (head_x_position, head_y_position) in self.snake_position[1:]
 76          )
 77  
 78      def on_key_press(self, e):
 79          new_direction = e.keysym
 80          all_direction = ("Up", "Down", "Left","Right")
 81          opposites = ({"Up", "Down"}, {"Left", "Right"})
 82  
 83          if (
 84              new_direction in all_direction
 85              and {new_direction, self.direction} not in opposites
 86          ):
 87            self.direction = new_direction
 88      
 89      def check_food_collision(self):
 90          if self.snake_position[0] == self.food_position:
 91              self.score += 1
 92              self.snake_position.append(self.snake_position[-1])
 93  
 94              self.create_image(
 95                  *self.snake_position[-1], image =self.snake_body, tag="snake"
 96              )
 97              self.food_position = self.set_new_food_position
 98              self.coords(self.find_withtag("food"), self.food)
 99  
100              score = self.find_withtag("score")
101              self.itemconfigure(score, text=f"score:{self.score}", tag="score")
102      
103      def set_new_food_position(self):
104          while True:
105              x_position = randint(1, 29) * Move_Increament
106              y_position = randint(3, 30) * Move_Increament
107              food_position = (x_position, y_position)
108  
109              if food_position not in self.snake_position:
110                  return food_position
111  
112  root = Tk()
113  root.title("Sname")
114  root.resizable(False,False)
115  
116  board = Snake()
117  board.pack()
118  
119  
120  root.mainloop()