ICS4U – Computer Vision Using Python

				
					#Computer Vision Imports
import cv2
import mediapipe as mp
import numpy as np

#Pygame Imports for Interface
import pygame
from pygameRogers import Game
from pygameRogers import Room
from pygameRogers import GameObject

#Game Screen
g = Game(800,320)

#Visual Resources
BLACK = (0,0,0)
simpleBackground = g.makeBackground(BLACK)
fingerPics = []
for i in range(0,6):
	fingerPics.append(g.makeSpriteImage("Fingers/FingerImage"+str(i)+".png"))

#Hand Detector Object using Mediapipe
class HandDetector:

	def __init__(self):

		pass

	def findHandLandmarks(self,img):

		pass

	def drawHandLandmarks(self,img):

		pass

#Object to Display the Video Capture and Hand Landmarks
class Capture(GameObject):
	def __init__(self, xPos, yPos):
		GameObject.__init__(self)
		self.rect.x = xPos
		self.rect.y = yPos

	def update(self):

		pass

#Object to Display the correct Finger Image
class Fingers(GameObject):
	def __init__(self, xPos, yPos):
		GameObject.__init__(self)
		self.rect.x = xPos
		self.rect.y = yPos


	def update(self):

		pass

#Room
r1 = Room("Finger Counting Program",simpleBackground)
g.addRoom(r1)

#Creating the Visual Objects and adding to them to the Room
captureWindow = Capture(40,40)
fingerWindow = Fingers(440,40)
r1.addObject(captureWindow)
r1.addObject(fingerWindow)

# Start Pygame Window
g.start()
while g.running:

	#How often the game loop executes each second
	dt = g.clock.tick(60)

	# Check Pygame Events
	for event in pygame.event.get():

		# Check for [x]
		if event.type == pygame.QUIT:
			g.stop()

	# Update All objects in Room
	g.currentRoom().updateObjects()

	# Render Background to the game surface
	g.currentRoom().renderBackground(g)

	# Render Objects to the game surface
	g.currentRoom().renderObjects(g)

	# Draw everything on the screen
	pygame.display.flip()


pygame.quit()