def tick(self):
self.beer_manager.update()
pygame.event.get()
for i, player in enumerate(self.players):
keys = input_map.get_player_keys(i)
direction = 0
if keys[input_map.ACTION]:
player.jump()
if keys[input_map.RIGHT]:
direction = 1
elif keys[input_map.LEFT]:
direction = -1
player.move(direction, self.game_rect,
[p for p in self.players if p != player][0])
self.beer_manager.detect_collision(player)
self.screen.blit(self.background, [0, 0])
for player in self.players:
player.blit(self.screen)
self.beer_manager.blit(self.screen)
self.score = [self.players[0].score, self.players[1].score]
def update(self):
pygame.event.get()
#Ladder Collision
for i in range(2):
ladderHits = 0
for ladder in self.ladders:
if self.eyeballs[i].colliderect(ladder):
self.inLadder[i] = True
ladderHits += 1
if ladderHits == 0:
self.inLadder[i] = False
#Shitty gravity
for i, eye in enumerate(self.eyeballs):
onPlatform = False
for platform in self.platforms:
if eye.colliderect(platform) and not self.inLadder[i]:
eye.bottom = platform.top + 1
onPlatform = True
if eye.bottom < 480 and not self.inLadder[i] and not onPlatform:
eye.y += 15
elif eye.bottom > 480:
eye.bottom = 480
#Player movement and shooting
for i in range(2):
keys = input_map.get_player_keys(i)
if len(keys) > 0:
if keys[input_map.RIGHT]:
if self.eyeballs[i].right < 725:
self.eyeballs[i].x += 10
self.lookingLeft[i] = False
if keys[input_map.LEFT]:
if self.eyeballs[i].left > 25:
self.eyeballs[i].x -= 10
self.lookingLeft[i] = True
if keys[input_map.ACTION]:
if self.lastShot[i] > 80:
self.addProjectile(i, self.lookingLeft[i])
self.lastShot[i] = 0.0
if keys[input_map.UP] and self.inLadder[i]:
self.eyeballs[i].y -= 10
if keys[input_map.DOWN] and self.inLadder[i]:
self.eyeballs[i].y += 10
#TODO: Projectile movement.
for i, list in enumerate(self.projectiles):
for proj in list[:]:
if proj[0]['leftFacing'] == True:
proj[0]['rect'].x -= 20
else:
proj[0]['rect'].x += 20
if i == 0 and proj[0]['rect'].colliderect(self.eyeballs[1]):
self.hits[0] += 1
self.projectiles[i].remove(proj)
elif i == 1 and proj[0]['rect'].colliderect(self.eyeballs[0]):
self.hits[1] += 1
self.projectiles[i].remove(proj)
def events(self):
pygame.event.get()
for i in range(2):
keys = input_map.get_player_keys(i)
if keys[input_map.UP]:
self.players[i].move("up")
if keys[input_map.RIGHT]:
self.players[i].move("right")
if keys[input_map.DOWN]:
self.players[i].move("down")
if keys[input_map.LEFT]:
self.players[i].move("left")
if keys[input_map.ACTION]:
self.hit(i)
def events(self):
pygame.event.get()
for i in range(2):
keys = input_map.get_player_keys(i)
if keys[input_map.UP]:
self.players[i].move("up")
if keys[input_map.RIGHT]:
self.players[i].move("right")
if keys[input_map.DOWN]:
self.players[i].move("down")
if keys[input_map.LEFT]:
self.players[i].move("left")
if keys[input_map.ACTION]:
self.hit(i)
def tick(self):
pygame.event.get()
for i, bar in enumerate(self.bars):
keys = input_map.get_player_keys(i)
if keys[input_map.UP]:
bar.move(-self.BAR_SPEED)
elif keys[input_map.DOWN]:
bar.move(self.BAR_SPEED)
for i, ball in enumerate(self.balls):
ball.move()
# Check collisions
for ball in self.balls:
ball.check_ball_collision(self.balls)
for ball in self.balls:
ball.check_bar_collision(self.bars)
# Check goals.
balls_to_delete = []
for ball in self.balls:
if ball.rect.centerx < 0 or ball.rect.centerx > self.width:
if ball.rect.centerx < 0:
self.score[1] += 1
elif ball.rect.centerx > self.width:
self.score[0] += 1
balls_to_delete.append(ball)
# Create new balls and delete the old ones.
for i in range(len(balls_to_delete)):
self.create_ball()
for ball in balls_to_delete:
self.balls.remove(ball)
# Draw game.
self.screen.fill((0, 0, 0))
for bar in self.bars:
bar.draw(self.screen)
for ball in self.balls:
ball.draw(self.screen)
def tick(self):
pygame.event.get()
for i, bar in enumerate(self.bars):
keys = input_map.get_player_keys(i)
if keys[input_map.UP]:
bar.move(-self.BAR_SPEED)
elif keys[input_map.DOWN]:
bar.move(self.BAR_SPEED)
for i, ball in enumerate(self.balls):
ball.move()
# Check collisions
for ball in self.balls:
ball.check_ball_collision(self.balls)
for ball in self.balls:
ball.check_bar_collision(self.bars)
# Check goals.
balls_to_delete = []
for ball in self.balls:
if ball.rect.centerx < 0 or ball.rect.centerx > self.width:
if ball.rect.centerx < 0:
self.score[1] += 1
elif ball.rect.centerx > self.width:
self.score[0] += 1
balls_to_delete.append(ball)
# Create new balls and delete the old ones.
for i in range(len(balls_to_delete)):
self.create_ball()
for ball in balls_to_delete:
self.balls.remove(ball)
# Draw game.
self.screen.fill((0, 0, 0))
for bar in self.bars:
bar.draw(self.screen)
for ball in self.balls:
ball.draw(self.screen)
def playerUpdate(self):
#Player movement and shooting
for i in range(2):
keys = input_map.get_player_keys(i)
if len(keys) > 0:
if keys[input_map.RIGHT]:
if self.eyeballs[i].right < 725:
self.eyeballs[i].x += 10
self.lookingLeft[i] = False
if keys[input_map.LEFT]:
if self.eyeballs[i].left > 25:
self.eyeballs[i].x -= 10
self.lookingLeft[i] = True
if keys[input_map.ACTION]:
if self.lastShot[i] > 0.25:
self.addProjectile(i, self.lookingLeft[i])
self.lastShot[i] = 0.0
if keys[input_map.UP] and self.inLadder[i]:
self.eyeballs[i].y -= 10
if keys[input_map.DOWN] and self.inLadder[i]:
self.eyeballs[i].y += 10
def tick(self):
self.beer_manager.update()
pygame.event.get()
for i, player in enumerate(self.players):
keys = input_map.get_player_keys(i)
direction = 0
if keys[input_map.ACTION]:
player.jump()
if keys[input_map.RIGHT]:
direction = 1
elif keys[input_map.LEFT]:
direction = -1
player.move(direction, self.game_rect, [p for p in self.players if p != player][0])
self.beer_manager.detect_collision(player)
self.screen.blit(self.background, [0, 0])
for player in self.players:
player.blit(self.screen)
self.beer_manager.blit(self.screen)
self.score = [self.players[0].score, self.players[1].score]
def get_player_keys(self):
print input_map.get_player_keys(self.game.active_player)
return input_map.get_player_keys(self.game.active_player)
def get_player_keys(self):
print input_map.get_player_keys(self.game.active_player)
return input_map.get_player_keys(self.game.active_player)
def update(self):
pygame.event.get()
#Player movement and shooting
for i in range(2):
keys = input_map.get_player_keys(i)
if len(keys) > 0:
if keys[input_map.RIGHT]:
self.players[i].x += self.moveSpeed
self.looking[i] = 1
if keys[input_map.LEFT]:
self.players[i].x -= self.moveSpeed
self.looking[i] = 3
if keys[input_map.ACTION]:
if self.lastShot[i] > 0.2:
self.addProjectile(i, self.looking[i])
self.lastShot[i] = 0.0
if keys[input_map.UP]:
self.players[i].y -= self.moveSpeed
self.looking[i] = 0
if keys[input_map.DOWN]:
self.players[i].y += self.moveSpeed
self.looking[i] = 2
for i, list in enumerate(self.projectiles):
for proj in list[:]:
if proj[0]['direction'] == 0:
proj[0]['rect'].y -= self.projectileSpeed
elif proj[0]['direction'] == 1:
proj[0]['rect'].x += self.projectileSpeed
elif proj[0]['direction'] == 2:
proj[0]['rect'].y += self.projectileSpeed
else:
proj[0]['rect'].x -= self.projectileSpeed
if i == 0 and proj[0]['rect'].colliderect(self.players[1]):
if proj[0]['direction'] == 0:
self.players[1].y -= self.pushBack
elif proj[0]['direction'] == 1:
self.players[1].x += self.pushBack
elif proj[0]['direction'] == 2:
self.players[1].y += self.pushBack
else:
self.players[1].x -= self.pushBack
self.projectiles[i].remove(proj)
elif i == 1 and proj[0]['rect'].colliderect(self.players[0]):
if proj[0]['direction'] == 0:
self.players[0].y -= self.pushBack
elif proj[0]['direction'] == 1:
self.players[0].x += self.pushBack
elif proj[0]['direction'] == 2:
self.players[0].y += self.pushBack
else:
self.players[0].x -= self.pushBack
self.projectiles[i].remove(proj)
for i, water in enumerate(self.waters):
if water.colliderect(self.players[0]):
self.playerDead = 0
self.game.state.game_done()
elif water.colliderect(self.players[1]):
self.playerDead = 1
self.game.state.game_done()
if random.randint(0, 1) == 0:
self.waters[0].height += self.waterSpeed
else:
self.waters[1].width += self.waterSpeed
if random.randint(0, 1) == 0:
self.waters[2].height += self.waterSpeed
self.waters[2].y -= self.waterSpeed
else:
self.waters[3].width += self.waterSpeed
self.waters[3].x -= self.waterSpeed