Première version de Flappy Bird

Jeux/Flappy bird/color_pixel.py

+import turtle
+import time
+from PIL import Image
+import io
+
+img = LTurtle = HTurtle = LImg = HImg = None
+
+def get_background():
+    global img, LTurtle, HTurtle , LImg , HImg
+    turtle.hideturtle()
+    screen = turtle.Screen()
+    LTurtle = screen.window_width()
+    HTurtle = screen.window_height()
+    screen_image = screen.getcanvas().postscript(colormode="color")
+    img = Image.open(io.BytesIO(screen_image.encode('utf-8')))
+    LImg = img.size[0]
+    HImg = img.size[1]
+    turtle.showturtle()
+
+
+def get_pixel_color(x, y):
+    X = (x+LTurtle//2)*LImg/LTurtle
+    Y = HImg-(y+HTurtle//2)*HImg/HTurtle
+    if 0<X<LImg and 0<Y<HImg:
+        color = img.getpixel((int(X), int(Y)))
+        return color
+    else:
+        return (0,0,0)
+    
+if __name__ == "__main__":
+    # Créer une tortue
+    t = turtle.Turtle()
+    def rectangle(h, l):
+        t.begin_fill()
+        for _ in range(2):
+            t.fd(l)
+            t.left(90)
+            t.fd(h)
+            t.left(90)
+        t.end_fill()
+        
+    rectangle(200,200)
+    t.fd(100)
+    t.left(90)
+    t.fd(100)
+
+    # Capturer l'écran à la position de la tortue
+    get_background()
+    
+    t0 = time.time()
+    print(get_pixel(-10,-10))
+    print(get_pixel(10,10))
+    print(get_pixel(210,210))
+
+    print(time.time()-t0)
+
+
+

Jeux/Flappy bird/flappy_bird.py

+from turtle import *
+from random import randint
+
+from color_pixel import *
+
+### Constantes
+LWorld = 1000
+HWorld = 300
+lObstacle = 10
+ratioObstacleEspacement = 15
+nObstacles = LWorld // (lObstacle*ratioObstacleEspacement)
+hFenetre = lObstacle*5
+
+### Background
+def rectangle(h, l):
+    begin_fill()
+    for _ in range(2):
+        fd(l)
+        left(90)
+        fd(h)
+        left(90)
+    end_fill()
+    
+
+
+def dessiner_obstacles():
+    up();goto(-LWorld//2 + lObstacle*10, -HWorld//2);down() # Aller en bas à gauche
+    speed(0)
+    for _ in range(nObstacles):        
+        hObstacle = randint(HWorld//5,(4*HWorld)//5)
+        
+        rectangle(hObstacle, lObstacle)
+        
+        up()
+        left(90)
+        fd(hObstacle+hFenetre)
+        right(90)
+        down()
+        
+        rectangle(HWorld- (hObstacle+hFenetre), lObstacle)
+        
+        up()
+        right(90)        
+        fd(hObstacle+hFenetre)
+        left(90)
+        fd(lObstacle*ratioObstacleEspacement)
+        down()
+
+
+#### Dessin
+        
+# Background
+Screen().setup(width=LWorld, height=HWorld)
+
+dessiner_obstacles()
+
+up();goto(-LWorld//2 , 0); left(90) # Aller au début
+
+# Init
+shape('circle')
+get_background()
+onkey(lambda: fd(20), 'space') 
+listen()
+
+
+# Boucle principale du jeu
+while True:
+    update()
+    setx(xcor() + 1)
+    backward(1)
+    if get_pixel_color(xcor(),ycor()) != (255,255,255):
+        break;
+print("Perdu")
+    
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