def creation_player(self, skin="player_five", name="Joaquim"):
self.name = name
self.skin = skin
self.player = Player([K_a, K_d, K_z, K_w, 1,K_r,2], 100, 100, skin, name)
self.players.add(self.player)
self.creation_UI()
class Game(object):
"""constructor do game, recebe um ecra"""
def __init__(self, screen):
#Este screen eh o ecra criado no Menu
self.screen = screen
self.creation()
"""inicializa todos os arrays, grupos de sprites, superficies e demais variaveis necessarias para o jogo"""
def creation(self):
#Relogio, importante para o refresh rate do jogo
self.clock = pygame.time.Clock()
#Stat
self.correctTime = 0
self.realTime = 0
self.Weapon = Weapon2((280,25))
self.life = Life((950,25))
self.text_effect = 0
self.client = None
self.lights_off = True
#variavel para saber quem matou este player
self.killer = ""
self.dead = False
self.name = "DefaultName"
self.skin = "player_five"
self.status = Text((0,0), "", 1, None, (255,255,255))
#Mira
self.crosshair = crosshair((10, 10))
#Grupos de Sprites das Balas, Jogadores
self.bullets = pygame.sprite.Group()
self.players = pygame.sprite.Group()
#Listas de objectos a desenhar no ecra
self.drawableObjects = [] #objectos a desenhar debaixo a sombra
self.drawableObjectsSpritesLights = [] #objectos a desenhar por cima da sombra
self.drawableTextLights = [] #texto a desenhar por cima da sombra
self.toDelete = [] #objectos a apagar no ciclo corrente
self.isMulti = False
self.msg = None
self.SEND_MESSAGE = False
#Guardar a ultima mensagem de som enviada
self.LastMsgInfo = [Text((0,0), "", 40, None, RED), 0]
#Iniciar o input listener
self.input = inputListener()
#Criacao das superficies que permitem o desenho de sombras
self.create_light_surfaces()
#Exibir o cursor do rato (nao e a mira)
pygame.mouse.set_visible(1)
def stat(self):
return [str(self.player.get_name()),str(self.player.playersKilled()),str(self.player.totalBullet()),str(self.correctTime),"*****"]
"""recebe inputs (teclado e rato) e altera o estado dos objectos do jogo"""
def update(self):
#Espera 60 milisegundos (framerate de 60)
self.clock.tick(60)
#Vai buscar os inputs mais recentes
self.input.get_events()
if self.input.toQuit == True:
if self.isMulti == True:
self.msg = "e"
self.SEND_MESSAGE = True
quit()
else:
quit()
#Se carregaram no Escape, vai para o menu
if self.input.pressed(K_ESCAPE):
return GAME_ESCAPE
if self.input.pressed(K_TAB):
return GAME_STAT
#DEBUG: Tecla para avancar para o segundo nivel
if self.input.pressed(K_0):
self.unload_level()
self.load_level("level2")
#Contem a mira sempre a mesma distancia do player e faz update a sua posicao
if self.player.dead == False:
self.crosshair_constrain()
self.crosshair.update_position()
#Retirar da lista dos objectos a desenhar todos os que estiverem na lista toDelete
for item in self.items:
if item.toDelete == True:
item.position = (-1,-1)
item.update_position()
#Reset a lista toDelete
self.toDelete = []
#Faz update a todos os sprites a desenhar, aos players e as balas
self.bullets.update()
for sprite in self.drawableObjects:
sprite.update()
#Se o jogador desta maquina disparar, cria uma Bullet e adiciona-a ao grupo das balas
for player in self.players:
player.update()
if player == self.player:
player.do_actions(self.input)
elif self.isMulti == False:
self.do_player_movement(player)
if player.is_firing == True and player.dead != True:
if player == self.player:
self.bullets.add(player.get_weapon().new_bullet((player.shootingPosition[0], player.shootingPosition[1]), (self.crosshair.position), player.name))
elif self.isMulti == False:
if player.direction == LEFT:
self.bullets.add(player.get_weapon().new_bullet((player.position[0]-32, player.position[1]), (player.position[0]-100, player.position[1]), player.name))
else:
self.bullets.add(player.get_weapon().new_bullet((player.position[0]+32, player.position[1]), (player.position[0]+100, player.position[1]), player.name))
else:
self.bullets.add(player.get_weapon().new_bullet((player.shootingPosition[0], player.shootingPosition[1]), (player.remoteCrosshair), player.name))
player.update_position()
self.do_player_movement(self.player)
#Tratar das colisoes entre todos os objectos em jogo
self.do_collisions()
#Efeito visual de fadeout, por agora comentado
self.fade_out()
self.update_network()
#Faz update ao ecra
pygame.display.update()
if self.player.dead:
self.time_off = self.time_off + 1
if self.time_off > 50:
self.respawn_player()
return GAME_CONTINUE
"""desenha os objectos do jogo no frame corrente"""
def render(self):
#Desenha a imagem de fundo no ecra, na posicao 0,0
self.screen.blit(self.bgImage, (0, 0))
#Altera a posicao do foco luminoso para se centrar na posicao do player
self.s1.change_position(self.player.position)
#Limpa a superficie da intensidade de luz
self.light_intensity_surf.fill((0, 0, 0))
#Desenha as sombras, com atencao aos Occluders (bloqueadores da luz, por ex: paredes)
WillDrawShadow = True
for o in self.Occluders:
if o.collidepoint(self.player.position):
WillDrawShadow = False
break
if WillDrawShadow:
self.s1.draw(self.light_intensity_surf)
#Efeito visual que torna a escuridao em penumbra (e possivel ver alguma coisa nas sombras)
self.light_intensity_surf.blit(self.ambient_light_surface,(0,0),special_flags=BLEND_ADD)
"""TUDO O QUE ESTAH ENTRE A LINHA SEGUINTE..."""
self.screen.blit(self.bgImage, (0, 0))
#Limpa e desenha todos os sprites na lista drawableObjects
for sprite in self.drawableObjects:
sprite.clear(self.screen, self.bgImage)
sprite.draw(self.screen)
for item in self.items:
if item.toDelete == False:
pygame.sprite.RenderPlain(item).clear(self.screen, self.bgImage)
pygame.sprite.RenderPlain(item).draw(self.screen)
self.bullets.clear(self.screen, self.bgImage)
self.bullets.draw(self.screen)
self.players.clear(self.screen, self.bgImage)
for player in self.players:
player.render()
self.players.draw(self.screen)
"""... E ESTA, EH O QUE APARECE SOH QUANDO A LUZ LHE TOCA, ou seja, as sombras sao desenhadas em cima"""
"""DESLIGAR AS LUZES: COMENTAR AS LINHAS SEGUINTES..."""
if self.lights_off == True:
if self.darkness == 1:
if self.player.direction == RIGHT:
self.light_intensity_surf.blit(self.light_falloff_surfaceRight, [self.player.position[0] - 110, self.player.position[1] - 110], special_flags=BLEND_MULT)
elif self.player.direction == LEFT:
self.light_intensity_surf.blit(self.light_falloff_surfaceLeft, [self.player.position[0] - 110, self.player.position[1] - 110], special_flags=BLEND_MULT)
else:
self.light_intensity_surf.blit(self.light_falloff_surface, [self.player.position[0] - 110, self.player.position[1] - 110], special_flags=BLEND_MULT)
#Desenha uma superficie com um circulo branco para indicar o tamanho da luz
self.screen.blit(self.light_intensity_surf, (0, 0), special_flags=BLEND_MULT)
"""DESLIGAR AS LUZES:...ATE AQUI"""
self.light_intensity_surf.blit(self.ambient_light_surface,(0,0),special_flags=BLEND_MULT)
#Sprites sempre visiveis em cima da luz, associados a vida e ao texto
for sprite in self.drawableObjectsSpritesLights:
sprite.clear(self.screen, self.bgImage)
sprite.draw(self.screen)
#Desenha o texto
for text in self.drawableTextLights:
self.screen.blit(text.get_name(),text.get_position())
#Update ao relogio:
#self.realTime = self.realTime + 1
#if self.realTime % 15 == 0:
# self.correctTime = self.correctTime + 1
# self.TimeGame.change_text(self.correctTime)
#self.screen.blit(self.TimeGame.get_name(),self.TimeGame.get_position())
# Desenha o reload
if self.player.get_reload() == 1:
self.screen.blit(self.ReloadWeapon.get_name(),self.ReloadWeapon.get_position())
#Mensagens de sons
if self.numbers_players() > 1:
printMessage = self.message_info()
self.screen.blit(printMessage.get_name(),printMessage.get_position())
#Mensagens de status
printMessage = self.status
self.screen.blit(printMessage.get_name(),printMessage.get_position())
#Desenha a mira
if self.player.dead == False:
pygame.sprite.RenderPlain(self.crosshair).draw(self.screen)
#Update ao display
pygame.display.flip()
"""mantem a crosshair a uma distancia fixa do player"""
def crosshair_constrain(self):
#Obter a posicao do rato
mouse_pos = pygame.mouse.get_pos()
#Obter a posicao do player
player_pos = self.player.position
#Calcular a distancia entre o rato e o player
dist = distance(mouse_pos, player_pos)
#Colocar a crosshair no quadrante cima a direita
if(player_pos[0] > mouse_pos[0] and player_pos[1] > mouse_pos[1]):
self.crosshair.position[0] = player_pos[0] - (100 * math.sin((player_pos[0] - mouse_pos[0]) / dist))
self.crosshair.position[1] = player_pos[1] - (100 * math.sin((player_pos[1] - mouse_pos[1]) / dist))
self.player.shootingPosition[0] = player_pos[0] - (32 * math.sin((player_pos[0] - mouse_pos[0]) / dist))
self.player.shootingPosition[1] = player_pos[1] - (32 * math.sin((player_pos[1] - mouse_pos[1]) / dist))
#Colocar a crosshair no quadrante baixo a direita
if(player_pos[0] < mouse_pos[0] and player_pos[1] > mouse_pos[1]):
self.crosshair.position[0] = player_pos[0] + (100 * math.sin((mouse_pos[0] - player_pos[0]) / dist))
self.crosshair.position[1] = player_pos[1] - (100 * math.sin((player_pos[1] - mouse_pos[1]) / dist))
self.player.shootingPosition[0] = player_pos[0] + (32 * math.sin((mouse_pos[0] - player_pos[0]) / dist))
self.player.shootingPosition[1] = player_pos[1] - (32 * math.sin((player_pos[1] - mouse_pos[1]) / dist))
#Colocar a crosshair no quadrante cima a esquerda
if(player_pos[0] > mouse_pos[0] and player_pos[1] < mouse_pos[1]):
self.crosshair.position[0] = player_pos[0] - (100 * math.sin((player_pos[0] - mouse_pos[0]) / dist))
self.crosshair.position[1] = player_pos[1] + (100 * math.sin((mouse_pos[1] - player_pos[1]) / dist))
self.player.shootingPosition[0] = player_pos[0] - (32 * math.sin((player_pos[0] - mouse_pos[0]) / dist))
self.player.shootingPosition[1] = player_pos[1] + (32 * math.sin((mouse_pos[1] - player_pos[1]) / dist))
#Colocar a crosshair no quadrante baixo a esquerda
if(player_pos[0] < mouse_pos[0] and player_pos[1] < mouse_pos[1]):
self.crosshair.position[0] = player_pos[0] + (100 * math.sin((mouse_pos[0] - player_pos[0]) / dist))
self.crosshair.position[1] = player_pos[1] + (100 * math.sin((mouse_pos[1] - player_pos[1]) / dist))
self.player.shootingPosition[0] = player_pos[0] + (32 * math.sin((mouse_pos[0] - player_pos[0]) / dist))
self.player.shootingPosition[1] = player_pos[1] + (32 * math.sin((mouse_pos[1] - player_pos[1]) / dist))
"""carregamento do nivel a partir do nome do ficheiro"""
def load_level(self, filename):
self.level = Level(filename)
for bg_tile in self.level.getBGTiles():
self.drawableObjects.append(pygame.sprite.RenderPlain(bg_tile))
#Passar os items, occluders, paredes e imagem de fundo para o objecto nivel no gestor de jogo
self.items = self.level.getItems()
self.Occluders = self.level.getOccluders()
self.walls = self.level.getWalls()
self.wallsStart = len(self.drawableObjects)
for wall in self.walls:
self.drawableObjects.append(pygame.sprite.RenderPlain(wall))
self.wallsEnd = len(self.drawableObjects)
self.ladders = self.level.getLadders()
for ladder in self.ladders:
self.drawableObjects.append(pygame.sprite.RenderPlain(ladder))
self.s1 = Shadow(110, [1, 1], self.Occluders, (255, 255, 255), 255)
self.bgImage = self.level.bg
self.respawn = self.level.respawn
"""descarregamento das paredes e dos items do nivel"""
def unload_level(self):
self.drawableObjects.__delslice__(self.wallsStart, self.wallsEnd)
self.drawableObjects.__delslice__(self.itemsStart, self.itemsEnd)
"""tratar as colisoes entre os objectos do jogo"""
def do_collisions(self):
#testa as colisoes de players com balas
player_bullets = pygame.sprite.groupcollide(self.players, self.bullets, 0,1)
for player, bullet in player_bullets.iteritems():
if self.player == player:
#decrementar a vida deste player local
player.dec_life(bullet[0].damage)
self.life.loseLife(bullet[0].damage)
if player.dead == True:
self.time_off = 0
self.killer = bullet[0].owner
elif self.isMulti == False and bullet[0].owner == self.player.name:
player.dec_life(bullet[0].damage)
if player.dead == True:
self.players.remove(player)
player_bullets = pygame.sprite.groupcollide(self.walls, self.bullets, 0, 1)
#colisoes de jogadores com items, ou seja, quando o player apanha um item.
for item in self.items:
if self.isMulti == True:
if pygame.sprite.collide_rect(self.player, item):
if not self.toDelete.__contains__(item):
if item.getName() != "Portal" and item.getName() != "Portal2":
item.toDelete = True
if self.player.dead != True:
self.player.pickup(self.attribute_item(item))
if item.getName() == "Portal":
self.player.position[0] = 704
self.player.position[1] = 71
elif self.isMulti == False:
for player in self.players:
if pygame.sprite.collide_rect(player, item):
if item.getName() != "Portal" and item.getName() != "Portal2" and player == self.player:
item.toDelete = True
if self.player.dead != True:
self.player.pickup(self.attribute_item(item))
if item.getName() == "Portal":
player.position[0] = 704
player.position[1] = 71
"""TODO: melhorar esta funcao de atribuicao de items para atribuir mais items (criar novos tipos)"""
def attribute_item(self, item):
#depende do tipo do item
#se for caixa vermelha: da vida
#se for caixa whatever: melhora a arma
#se ele tiver o fato tal, melhora tal arma
#se for caixa verde: atribui um fato ao calhas
if random.random() > 0.5:
self.Weapon.changeweapon(0)
if self.isMulti:
self.client.treatOutgoing("301+" + self.player.name + "+" + str(item.position[0]) + "+"+ str(item.position[1]) + "+" + "RPG")
return RPG()
else:
self.Weapon.changeweapon(1)
if self.isMulti:
self.client.treatOutgoing("301+" + self.player.name + "+" + str(item.position[0]) + "+"+ str(item.position[1]) + "+" + "LaserRifle")
return LaserRifle()
"""criacao das superficies a usar para as luzes e sombras"""
def create_light_surfaces(self):
self.darkness = 150
self.light_falloff_surface = load_image("lightsplash.png", "res/img").convert()
self.light_falloff_surfaceRight = load_image("lightbeam.png", "res/img").convert()
self.light_falloff_surfaceLeft = pygame.transform.flip(self.light_falloff_surfaceRight,1,0)
self.light_intensity_surf = pygame.Surface(Screen).convert()
self.ambient_light_surface = pygame.Surface(Screen)
self.ambient_light_surface.fill((self.darkness, self.darkness, self.darkness))
self.light = load_image("light.png", "res/img")
"""efeito visual de fade out da imagem, bom para comecar os niveis"""
def fade_out(self):
if self.darkness != 1:
self.ambient_light_surface = pygame.Surface(Screen)
if self.darkness - 4 > 0:
self.darkness -= 4
else:
self.darkness = 1
self.ambient_light_surface.fill((self.darkness, self.darkness, self.darkness))
# Numero de jogadores online
def numbers_players(self):
return len(self.players)
def message_info(self):
messages = ["Tap", "BLAM", "Whoosh", "trakkk","WTF"]
self.XDist = 20
self.YDist = -8
for player in self.players:
if self.player == player:
player1_pos = player.get_position()
if self.player.dead != True:
for player2 in self.players:
#verificar se os dois players estao proximos (nao fazer este check caso nenhum dos players seja o jogador local)
if player != player2 and self.player != player2:
player2_pos = player2.get_position()
player2_backup = [player2.backupPosX, player2.backupPosY]
#Distance between local player and adversaries on the X Axis
self.playerDist = math.fabs(player1_pos[0] - player2_pos[0])
#Distance between local player and adversaries on the Y Axis
self.playerDistY = math.fabs(player1_pos[1] - player2_pos[1])
#Verificar se o Jogador esta no campo de visao
self.vision = self.calcVision(player1_pos[0], player1_pos[1], player2_pos[0], player2_pos[1], player.get_direction())
#Check in X and Y
#Close Distance Check
if player2.is_moving() and self.playerDist < 160 and self.playerDistY < 170 and self.vision:
if player2.jumping:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[2], 40, None, RED), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[2], 40, None, RED)
if player2.is_firing == 1:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 40, None, RED), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 40, None, RED)
if not player2.jumping and player2.is_firing == 0:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[0], 40, None, RED), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[0], 40, None, RED)
#Medium Distance Check
if player2.is_moving() and self.playerDist < 250 and self.playerDist >= 110 and self.playerDistY < 170:
if player2.jumping:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[2], 30, None, RED), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[2], 30, None, RED)
if player2.is_firing == 1:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 30, None, RED), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 30, None, RED)
if not player2.jumping and player2.is_firing == 0:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[0], 30, None, RED), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[0], 30, None, RED)
#Large Distance Check
if player2.is_moving() and self.playerDist < 350 and self.playerDist >= 250 and self.playerDistY < 170:
if player2.jumping:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[2], 20, None, RED), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[2], 20, None, RED)
if player2.is_firing == 1:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 20, None, RED), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 20, None, RED)
if not player2.jumping and player2.is_firing == 0:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[0], 20, None, RED), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[0], 20, None, RED)
#Tratar de Ouvir Disparos a distancia
if player2.is_firing == 1 and self.playerDist < 160 and self.vision and self.playerDistY < 170:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 70, None, WHITE), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 70, None, WHITE)
if player2.is_firing == 1 and self.playerDist < 250 and self.playerDist >= 110 and self.playerDistY < 170:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 55, None, WHITE), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 55, None, WHITE)
if player2.is_firing == 1 and self.playerDist < 350 and self.playerDist >= 250 and self.playerDistY < 170:
self.LastMsgInfo = [Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 35, None, WHITE), 0]
return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), messages[1], 35, None, WHITE)
if self.LastMsgInfo[1] < 8:
self.LastMsgInfo[1] = self.LastMsgInfo[1] + 1
return self.LastMsgInfo[0]
else:
return Text((0,0), "", 1, None, (255,255,255))
#return Text((player2_pos[0]+self.XDist, player2_pos[1]+self.YDist), "", 19, None, (255, 255, 255))
def calcVision(self, posX, posY, play2posX, play2posY, direction):
self.newPosY= posY-55
if direction == LEFT:
self.newPosX = posX-16
if play2posX > self.newPosX and play2posX < self.newPosX + 110 and play2posY > self.newPosY and play2posY < self.newPosY + 110:
return True
if direction == RIGHT:
self.newPosX = posX+16
if play2posX < self.newPosX and play2posX > self.newPosX + 110 and play2posY > self.newPosY and play2posY < self.newPosY + 110:
return True
return False
def do_player_movement(self, player):
# for player in self.players:
player.backupPosition()
if player.movement[2] != NONE:
if player.movement[2] == LEFT:
player.move(-player.movement[0], 0)#movimento (actions)
self.do_wall_collisions(player)
elif player.movement[2] == RIGHT:
player.move(player.movement[0], 0) #movimento (actions)
self.do_wall_collisions(player)
elif player.movement[2] == UP and player.OnTheGround == True and player.jumping != True:
player.jumping = True
player.OnTheGround = False
if player.movement[1] < 0:
player.jumpingHorz = -1
if player.movement[1] > 0:
player.jumpingHorz = 1
player.moveX = 0
player.moveY = 0
player.bla = 0
if player.jumping == True:
jumpHeight = JUMP_HEIGHT - player.bla
player.move(player.jumpingHorz, -jumpHeight)
player.bla = player.bla + 0.5
if player.bla > JUMP_HEIGHT:
player.jumping = False
self.bla = JUMP_HEIGHT
self.do_wall_collisions(player)
elif player.OnTheGround == False and player.jumping == False:
jumpHeight = JUMP_HEIGHT - player.bla
player.move(player.jumpingHorz, jumpHeight)
if player.bla > 0:
player.bla = player.bla - 0.5
self.do_wall_collisions(player)
if player.OnTheGround == True:
#Inicializa variavel
player.bla = 0
player.reset_movement()
def do_wall_collisions(self, player):
#colisoes de jogadores com paredes
player.OnTheGround = False
for wall in self.walls:
if pygame.sprite.collide_rect(player, wall):
if player.jumping == True:
if player.moveY < 0:
player.position[1] = player.backupPosY
elif player.moveY > 0: #Estou em cima duma parede
player.position[1] = player.backupPosY
player.jumping = False
player.jumpingHorz = 0
elif player.moveX > 0: #Bati no lado esquerdo duma parede
player.position[0] = wall.position[0]-WALL_WIDTH+1
player.jumping = False
#player.jumpingHorz = 0
elif player.moveX < 0: #Bati no lado direito duma parede
player.position[0] = wall.position[0]+WALL_WIDTH+1
player.jumping = False
if player.jumping == False:
if player.moveY < 0:
#print " colisao cabeca"
player.jumping = False
player.jumpingHorz = 0
player.position[1] = wall.position[1]+WALL_HEIGHT
elif player.moveY > 0: #Estou em cima duma parede
player.position[1] = wall.position[1]-WALL_HEIGHT+4
player.OnTheGround = True
player.jumping = False
player.jumpingHorz = 0
else:
if player.moveX > 0: #Bati no lado esquerdo duma parede
#print " colisao esquerda"
if self.isMulti == False:
player.hitWall = True
player.position[0] = wall.position[0]-WALL_WIDTH
if player.moveX < 0: #Bati no lado direito duma parede
#print " colisao direita"
if self.isMulti == False:
player.hitWall = True
player.position[0] = wall.position[0]+WALL_WIDTH-1
player.update_position()
def creation_UI(self):
self.drawableTextLights.append(Text((32, 14), str(self.player.get_name()).upper(), 19, "PressStart.ttf", (34, 51, 85)))
self.drawableTextLights.append(Text((30, 12), str(self.player.get_name()).upper(), 19, "PressStart.ttf", (171, 208, 239)))
self.drawableTextLights.append(Text((232, 14), "[", 19, "PressStart.ttf", (34, 51, 85)))
self.drawableTextLights.append(Text((230, 12), "[", 19, "PressStart.ttf", (255, 255, 255)))
self.drawableTextLights.append(Text((312, 14), "]", 19, "PressStart.ttf", (34, 51, 85)))
self.drawableTextLights.append(Text((310, 12), "]", 19, "PressStart.ttf", (255, 255, 255)))
self.drawableTextLights.append(Text((502, 14), "TIME:", 19, "PressStart.ttf", (34, 51, 85)))
self.drawableTextLights.append(Text((500, 12), "TIME:", 19, "PressStart.ttf", (255, 255, 255)))
self.TimeGame = Text((592, 14), "0", 19, "PressStart.ttf", (34, 51, 85))
self.TimeGame = Text((590, 12), "0", 19, "PressStart.ttf", (255, 255, 255))
self.ReloadWeapon = Text((332, 14), "[R]ELOAD!", 19, "PressStart.ttf", (255, 0, 0))
self.drawableTextLights.append(Text((774, 14), "HEALTH:", 19, "PressStart.ttf", (34, 51, 85)))
self.drawableTextLights.append(Text((772, 12), "HEALTH:", 19, "PressStart.ttf", (255, 255, 255)))
self.drawableObjectsSpritesLights.append(pygame.sprite.RenderPlain(self.life))
self.drawableObjectsSpritesLights.append(pygame.sprite.RenderPlain(self.Weapon))
"""inicializa as listas de objectos a desenhar e apagar"""
def initialize_lists(self):
#Listas de objectos a desenhar no ecra
self.drawableObjects = [] #objectos a desenhar debaixo a sombra
self.drawableObjectsSpritesLights = [] #objectos a desenhar por cima da sombra
self.drawableTextLights = [] #texto a desenhar por cima da sombra
self.toDelete = [] #objectos a apagar no ciclo corrente
"""cria n especificado de inimigos controlados pelo computador"""
def creation_AI(self, number_of_AI):
if(number_of_AI >= 1):
self.enem1 = Enemy([], 200, 100, "player_six", "Papao1", SimpleFSM())
self.players.add(self.enem1)
if(number_of_AI >= 2):
self.enem2 = Enemy([], 300, 100, "player_four", "Papao2", SimpleFSM())
self.players.add(self.enem2)
if(number_of_AI >= 3):
self.enem3 = Enemy([], 400, 100, "player_five", "Papao3", SimpleFSM())
self.players.add(self.enem3)
if(number_of_AI == 4):
self.enem4 = Enemy([], 500, 100, "player_two", "Papao4", SimpleFSM())
self.players.add(self.enem4)
def getPlayer(self):
return self.player
def update_network(self):
self.SEND_MESSAGE = True
if self.player.dead == False:
self.msg = "200+" + self.player.name + "+" + str(self.player.position[0]) + "+" + str(self.player.position[1]) + "+" + str(self.player.frameCurrent) + "+" + str(self.player.direction) + "+"+ str(self.player.is_firing) + "+" + str(self.crosshair.position[0]) + "+" + str(self.crosshair.position[1]) + "+" + str(self.player.shootingPosition[0]) + "+" + str(self.player.shootingPosition[1]) + "+" + str(self.player.is_moving())
else:
self.msg = "105+" + self.player.name + "+" + self.killer
self.die(self.killer)
def creation_player(self, skin="player_five", name="Joaquim"):
self.name = name
self.skin = skin
self.player = Player([K_a, K_d, K_z, K_w, 1,K_r,2], 100, 100, skin, name)
self.players.add(self.player)
self.creation_UI()
def set_client(self, client):
self.client = client
def die(self, killer):
text = "You were shot down by " + killer + ". Better luck next time..."
self.status = Text((200,600), text, 44, None, RED)
self.crosshair = None
self.player.position[0] = -1
self.player.position[1] = -1
self.player.update_position()
self.light_falloff_surfaceRight = load_image("lightsplash.png", "res/img").convert()
def respawn_player(self):
self.life = Life((950,25))
self.time_off = 0
self.killer = ""
self.player.position[0] = 100
self.player.position[1] = 100
self.player.update_position()
self.player.life = 100
self.life = Life((950,25))
self.drawableObjectsSpritesLights.append(pygame.sprite.RenderPlain(self.life))
self.player.dead = False
self.crosshair = crosshair((10, 10))
self.status = Text((0,0), "", 1, None, (255,255,255))
if self.isMulti:
self.client.treatOutgoing("160+"+self.player.name+"+"+self.player.skin+"+pos")
self.light_falloff_surfaceRight = load_image("lightbeam.png", "res/img").convert()
