# FONTCION DE BASE


from paddle import Paddle #import de la classe Paddle
from paddle import Paddle #import de la classe Paddle
from ball import Ball
from Brick import Brick

playingGame = False
bricks = [] # création de la liste
img = loadImage("back.png")

def setup():
    global paddle, ball, img # on déclare les variables paddle et ball comme globale
    size(600,400)
    img=loadImage("back.png")
    image(img,0,0)
    paddle = Paddle() # on crée l'objet paddle
    ball = Ball()
    # appel de la fonction addBrick pour ajouter les briques
    for x in range(5, width - 80, 75):
        addBrick(x + 37.5, 50, 3)
        addBrick(x + 37.5, 70, 2)
        addBrick(x + 37.5, 90, 1)
        addBrick(x + 37.5, 110, 2)

def draw():
    global playingGame
    background(0,0,0)
    image(img,0,0)  # on affiche l'image
    #appel des méthodes pour le paddle
    paddle.display()
    if playingGame:
        paddle.checkEdges()
        paddle.update()
    #appel des méthodes pour la ball
    ball.display()
    if playingGame:
        ball.checkEdges()
        ball.update()
    if (ball.meets(paddle)):
        if (ball.dir.y > 0):
            ball.dir.y *= -1
    for i in range(len(bricks)):
        bricks[i].display()
    for i in range(len(bricks)-1,-1,-1):
        if (ball.meets(bricks[i])):
            bricks.pop(i)
            #del bricks[i]
            ball.dir.y*=-1
    if ball.pos.y>height-ball.r:
        playingGame=False
        background(0,0,0)
        fill(255)
        textSize(50)
        text("GAME OVER",160,220,500)
    if len(bircks)==0 :
        playing


# détection des mouvements touches a et d
def keyPressed():
    if key == "q" or key == "Q":
        paddle.isMovingLeft = True
    elif key == "d" or key == "D":
        paddle.isMovingRight = True

#annulation des mouvements quand on relâche la touche
def keyReleased():
    paddle.isMovingRight = False
    paddle.isMovingLeft = False

def mousePressed():
    global playingGame
    playingGame = True

def addBrick(x, y, hits):
    brick = Brick(x, y, hits)
    bricks.append(brick)

def meets(self,brick):
    if (self.pos.y < brick.pos.y + brick.h and
        self.pos.y > brick.pos.y - self.r and
        self.pos.x > brick.pos.x - self.r and
        self.pos.x < brick.pos.x+ brick.w + self.r):
        return True
    else:
        return False