import hashengine as he
import time
game = he.game()
player1 = []
player2 = []
player2points = 0
player1points = 0
ball = he.object("o", gravity=0, y=game.size.lines/2, x=game.size.columns/2, antixforce=0)
for i in range(1, 6):
    player1.append(he.object("#", gravity=0, y=(game.size.lines)-i))

for i in range(1, 6):
    player2.append(he.object("#", gravity=0, y=(game.size.lines)-i, x=game.size.columns-1))

for i in player1:
    game.addobj(i)

for i in player2:
    game.addobj(i)

class pointshandler():
    def __init__(self):
        pass
    
    def update(self):
        self.text = "{}:{}".format(player1points, player2points)
        for i in range(len(self.text), 0, -1):
            game.map["{}:{}".format(1, int(game.size.columns/2)-i)] = self.text[len(self.text)-i]

game.addobj(ball)
pointsystem = pointshandler()
ball.xvelocity = 1
balldirection = 1
# 1 = left, 2 = right
while True:
    pointsystem.update()
    game.update()

    if game.round2(ball.xvelocity) == 0:
        ball.y = game.size.lines/2
        ball.x = game.size.columns/2
    
    if game.round2(ball.y) == game.size.lines-1:
        ball.yvelocity = abs(ball.yvelocity)
    elif game.round2(ball.y) == 1:
        ball.yvelocity = -abs(ball.yvelocity)

    if game.pressedkeys["w"] == True:
        if player1[-1].y != 1:
            for i in player1:
                i.targety = i.y - 1
    elif game.pressedkeys["s"] == True:
        if player1[0].y != game.size.lines-1:
            for i in player1:
                i.targety = i.y + 1
    
    if game.pressedkeys["i"] == True:
        if player2[-1].y != 1:
            for i in player2:
                i.targety = i.y - 1
    elif game.pressedkeys["k"] == True:
        if player2[0].y != game.size.lines-1:
            for i in player2:
                i.targety = i.y + 1
    
    if balldirection == 1:
        if "{}:{}".format(game.round2(ball.y), 0) in game.map:
            if game.map["{}:{}".format(game.round2(ball.y), 0)] == "#" and 0 <= game.round2(ball.x) <= 2:
                balldirection = 2
                ball.xvelocity = -abs(ball.xvelocity)
                if player1[0].targety != None:
                    if player1[0].targety < player1[0].y:
                        ball.yvelocity += 0.3
                    elif player1[0].targety > player1[0].y:
                        ball.yvelocity -= 0.3
            elif game.round2((ball.x-ball.xvelocity)-1) < 0:
                player2points += 1
                print("spieler 2 hat gewonnen!")
                time.sleep(1)
                ball.xvelocity += 0.1
                game.map["{}:{}".format(game.round2(ball.y), game.round2(ball.x))] = " "
                ball.y = game.size.lines/2
                ball.x = game.size.columns/2
    else:
        if "{}:{}".format(game.round2(ball.y), game.size.columns-1) in game.map:
            if game.map["{}:{}".format(game.round2(ball.y), game.size.columns-1)] == "#" and game.size.columns-2.5 <= game.round2(ball.x) < game.size.columns-1.5:
                balldirection = 1
                ball.xvelocity = abs(ball.xvelocity)
                if player2[0].targety != None:
                    if player2[0].targety < player2[0].y:
                        ball.yvelocity += 0.3
                    elif player2[0].targety > player2[0].y:
                        ball.yvelocity -= 0.3
            elif game.round2(ball.x+1) == game.size.columns:
                player1points += 1
                print("spieler 1 hat gewonnen!")
                time.sleep(1)
                ball.xvelocity -= 0.1
                game.map["{}:{}".format(game.round2(ball.y), game.round2(ball.x))] = " "
                ball.y = game.size.lines/2
                ball.x = game.size.columns/2

    time.sleep(0.05)