import pygame
import GameObject
import Utils
import random

pygame.init()


pygame.display.set_caption("TESTFENSTER")
pygame.mouse.set_visible(True)
#pygame.key.set_repeat(1, 30)
screen = pygame.display.set_mode((800,600))

clock = pygame.time.Clock()

image_enemy = Utils.load_image("Rastergrafik.png")
testimage = Utils.load_image("Rastergrafik.png")

font1 = pygame.font.SysFont("Arial", 32)

#testimage.set_colorkey((255,0,255), pygame.RLEACCELOK)

enemy = GameObject.Enemy("Enemy-1", (screen.get_size()[0]/2) -30,30,35,35, screen, testimage)
player = GameObject.Player("Player", screen,(screen.get_size()[0]/2)-17, screen.get_size()[1]-100, 35, 35, testimage)

spawned_enemys = list()


i = 0
startpos_x = 0
for enemys in range(15):
     spawned_enemys.append(GameObject.Enemy(F"Enemy-{i}", startpos_x,30,35,35, screen, testimage))
     startpos_x += 50
     i += 1

gamestate = True
pos_x = 50
pos_y = 50

while(gamestate):

    screen.fill((255,255,255))

    for event in pygame.event.get():
        if(event.type == pygame.QUIT):
            gamestate = False
        player.handle_input(event)
        
    if(player.keymap["left"] == True):
         player.move("left")
         #print("links")
    if(player.keymap["right"] == True):
         player.move("right")
         #print("rechts")

    image = screen.blit(testimage, (pos_x, pos_y))

    mouse_pos = pygame.mouse.get_pos()

    #print(mouse_pos)
    #print(image.topleft) #Gibt die Position einen Surfaces "obenlinks" aus
    #print(image.size) #Gibt die Größe eines Surfaces aus

    max = tuple(map(lambda i, j : i+j, image.topleft, image.size))
    #Wenn Mausposition X-Achse innerhalb Anfangsposition+Breite
    if(mouse_pos[0] <= max[0] and mouse_pos[0] >= image.topleft[0]):
        #Wenn Mausposition Y-Achse innerhalb Anfangsposition+Höhe  
        if(mouse_pos[1] <= max[1] and mouse_pos[1] >= image.topleft[1]):
                print("Treffer")
                pos_x = mouse_pos[0]
                pos_y = mouse_pos[1]

    player.firecontrol(screen)

    for projectiles in GameObject.Projectile.shots:
         projectiles:dict
         for key, projectile in projectiles.items():
            projectile:GameObject.Projectile
            #Check if player hits an enemy delete it
            for enemy in spawned_enemys:
                enemy:GameObject.Enemy
                if(pygame.Rect.colliderect(projectile.rect, enemy.rect)):
                    print("HIT")
                    player.points += 10
                    index = spawned_enemys.index(enemy)
                    del spawned_enemys[index]
                    index = GameObject.Projectile.shots.index(projectiles)
                    del GameObject.Projectile.shots[index]
                    print(F"Player-Points: {player.points}")
            if(pygame.Rect.colliderect(projectile.rect, player.rect)):
                print("Game-OVer")
            
            #Check for bullets out of playground and delete it
            if((projectile.pos_y > screen.get_size()[1]) or (projectile.pos_y < 0)):
                #print(F"Lösche: {projectile}")
                index = GameObject.Projectile.shots.index(projectiles)
                del GameObject.Projectile.shots[index]

    player.render(screen)

    rand = random.randint(0, 100)
    for enemy in spawned_enemys:
         enemy:GameObject.Enemy
         
         if rand == 50:
            enemy.fire(screen)
         if rand == 20:
            enemy.move(5)
         if rand == 50:
            enemy.move(-5)
         enemy.shoot()
         enemy.render(screen)
        
        
    label1 = font1.render(F"Playerscore: {player.points}", True, (255,0,0))
    screen.blit(label1, (500,500))    

 
    #if(mouse_pos <= (image.topleft+image.size) and mouse_pos >= image.topleft):
    #    print("HIIIIITTT!!!!")

    clock.tick(60)
    pygame.display.flip()