def normal_tick(self):
# fire the guards
shootchance = game.guard_fire * self.speedadjust
randchance = random.random()
self.powerupcount += randchance * self.speedadjust * (self.levelnum / 300.0)
if self.player.active and randchance < shootchance:
self.powerupcount += 0.1
baddy = random.choice(self.guardobjs)
baddy.fire() # only requests a shot
for baddy in self.guardobjs:
shotspot, shotdir = baddy.shotinfo()
if shotspot:
s = objshot.Shot(shotspot, shotdir)
self.shotobjs.append(s)
snd.play("shoot", 1.0, shotspot[0])
# add a powerup if ready
if self.powerupcount >= game.powerupwait:
self.powerupcount = 0.0
p = objpowerup.newpowerup(self.levelnum)
self.powerupobjs.append(p)
snd.play("spring", 0.6)
gamehelp.help("powerup", p.rect.topleft)
if self.grabbedboxes >= 30:
self.grabbedboxes = 0
if game.comments >= 1:
self.textobjs.append(objtext.Text(game.Complements[self.complement]))
self.complement = (self.complement + 1) % len(game.Complements)
elif self.grabbedboxes >= 20:
self.numdeaths = 0
self.tickleveltime(self.speedadjust)
playerrect = self.player.rect.inflate(-1, -1)
playercollide = playerrect.colliderect
# collide player to boxes
if self.touchingsecretspike:
if not playercollide(self.touchingsecretspike.rect):
# self.boxobjs.remove(self.touchingsecretspike)
self.spikeobjs.append(objbox.Spike(self.touchingsecretspike.rect.topleft))
self.boxobjs.remove(self.touchingsecretspike)
self.touchingsecretspike = None
for b in self.boxobjs:
status = b.playercollide(playerrect)
if status:
self.grabbedboxes += 1
self.powerupcount += 0.6
if b in self.secretspikes:
self.touchingsecretspike = b
self.secretspikes.remove(b)
snd.play("klank2", 0.7, self.player.rect.centerx)
elif status == 1:
self.powerupcount += 0.3
self.boxobjs.remove(b)
self.popobjs.append(b)
# collide player to powerups
for p in self.powerupobjs:
if playercollide(p.rect):
p.dead = 1
effect = p.effect()
if game.comments >= 2:
self.textobjs.append(objtext.Text('"' + effect.__doc__ + '"'))
self.powereffects.append(effect)
gamehelp.help(effect.__doc__, self.player.rect.center)
playerrect = playerrect.inflate(-6, -6)
playercollide = playerrect.colliderect
asteroidrects = [o.colliderect for o in self.asteroidobjs]
hitbullet = 0
# collide player and asteroids to bullets
for s in self.shotobjs:
r = s.rect
if playercollide(r):
s.dead = 1
if not self.player.shield:
self.changestate("playerdie")
hitbullet = 1
else:
self.popobjs.append(objpopshot.PopShot(s.rect.center))
for ar in asteroidrects:
if ar.colliderect(r) and not s.dead:
s.dead = 1
self.popobjs.append(objpopshot.PopShot(s.rect.center))
break
# collide player to spikes
for s in self.spikeobjs:
if s.armed and playercollide(s.rect):
s.dead = 1
self.changestate("playerdie")
hitbullet = 1
# collide player to asteroids
if not hitbullet:
for a, r in zip(self.asteroidobjs, asteroidrects):
if playercollide(r):
self.changestate("playerdie")
a.dead = 1
self.popobjs.append(objpopshot.PopShot(r.center))
if not self.boxobjs:
self.changestate("levelend")
# blow smoke (turbo)
self.clocks += 1
if self.player.turbo and (self.player.move[0] or self.player.move[1]) and gfx.surface.get_bytesize() > 1:
self.smokeobjs.append(objsmoke.Smoke(self.player.rect.center))
if game.clock.get_fps() > 35.0:
self.smokeobjs.append(objsmoke.Smoke(self.player.rect.center))
self.runobjects(self.objlists)
def normal_tick(self):
#fire the guards
shootchance = game.guard_fire * self.speedadjust
if self.player.active and random.random() < shootchance:
self.powerupcount += 0.3
baddy = random.choice(self.guardobjs)
baddy.fire() #only requests a shot
for baddy in self.guardobjs:
shotspot, shotdir = baddy.shotinfo()
if shotspot:
s = objshot.Shot(shotspot, shotdir)
self.shotobjs.append(s)
snd.play('shoot', 1.0, shotspot[0])
#add a powerup if ready
if self.powerupcount >= game.powerupwait:
self.powerupcount = 0.0
p = objpowerup.newpowerup(self.levelnum)
self.powerupobjs.append(p)
snd.play('spring', 0.6)
gamehelp.help("powerup", p.rect.topleft)
if self.grabbedboxes >= 50:
self.grabbedboxes = 0
if game.comments >= 1:
self.textobjs.append(
objtext.Text(game.Complements[self.complement]))
self.complement = int(
(self.complement + 1) % len(game.Complements))
elif self.grabbedboxes >= 20:
self.numdeaths = 0
self.tickleveltime(self.speedadjust)
playerrect = self.player.rect.inflate(-1, -1)
playercollide = playerrect.colliderect
#collide player to boxes
if self.touchingsecretspike:
if not playercollide(self.touchingsecretspike.rect):
#self.boxobjs.remove(self.touchingsecretspike)
self.spikeobjs.append(
objbox.Spike(self.touchingsecretspike.rect.topleft))
self.boxobjs.remove(self.touchingsecretspike)
self.touchingsecretspike = None
for b in self.boxobjs:
status = b.playercollide(playerrect)
if status:
self.grabbedboxes += 1
self.powerupcount += 0.6
if b in self.secretspikes:
self.touchingsecretspike = b
self.secretspikes.remove(b)
snd.play('klank2', 0.7, self.player.rect.centerx)
elif status == 1:
self.powerupcount += 0.3
self.boxobjs.remove(b)
self.popobjs.append(b)
#collide player to powerups
for p in self.powerupobjs:
if playercollide(p.rect):
p.dead = 1
effect = p.effect()
if game.comments >= 2:
self.textobjs.append(
objtext.Text('"' + effect.__doc__ + '"'))
self.powereffects.append(effect)
gamehelp.help(effect.__doc__, self.player.rect.center)
playerrect = playerrect.inflate(-6, -6)
playercollide = playerrect.colliderect
asteroidrects = [o.colliderect for o in self.asteroidobjs]
hitbullet = 0
#collide player and asteroids to bullets
for s in self.shotobjs:
r = s.rect
if playercollide(r):
s.dead = 1
if not self.player.shield:
self.changestate('playerdie')
hitbullet = 1
else:
self.popobjs.append(objpopshot.PopShot(s.rect.center))
for ar in asteroidrects:
if ar.colliderect(r) and not s.dead:
s.dead = 1
self.popobjs.append(objpopshot.PopShot(s.rect.center))
break
#collide player to spikes
for s in self.spikeobjs:
if s.armed and playercollide(s.rect):
s.dead = 1
self.changestate('playerdie')
hitbullet = 1
#collide player to asteroids
if not hitbullet:
for a, r in zip(self.asteroidobjs, asteroidrects):
if playercollide(r):
self.changestate('playerdie')
a.dead = 1
self.popobjs.append(objpopshot.PopShot(r.center))
if not self.boxobjs:
self.changestate('levelend')
#blow smoke (turbo)
self.clocks += 1
if self.player.turbo and (self.player.move[0] or self.player.move[1]
) and gfx.surface.get_bytesize() > 1:
self.smokeobjs.append(objsmoke.Smoke(self.player.rect.center))
if game.clock.get_fps() > 35.0:
self.smokeobjs.append(objsmoke.Smoke(self.player.rect.center))
self.runobjects(self.objlists)
def normal_tick(self):
self.wavetick += 1
# Sem inimigos, fim do nivel.
if self.waves == 0:
self.changestate("levelend")
# Atualiza os inimigos.
for wave in self.curwave:
if wave.dead():
self.waves -= 1
self.curwave.remove(wave)
# Cria mais uma wave de inimigo e atualiza
# a lista de inimigos atuais.
if self.wavetick > game.wavetime:
wave, init_pos = levels.make()
if wave <> None:
wave.start(init_pos)
self.curwave.append(wave)
self.wavetick = 0
# Atualiza a data de criacao de um wave
self.lastwavecreated = game.clockticks
# Verifica a entrada do jogador e atualiza sua posicao
self.check_keys_state()
self.pos = self.player.rect.center
# Adiciona um powerup caso seja hora.
self.powerupcount += 0.3
if self.powerupcount >= game.poweruptime and random.randint(0, 2000) in range(600, 700):
self.powerupcount = 0.0
p = objpowerup.newpowerup(self.levelnum)
self.powerupobjs.append(p)
snd.play("spring", 0.6)
#
# Acoes do jogador/maquina
#
# Verifica se um dos inimigos atirou.
# Caso tenha atirado, adiciona a lista de tiros dos inimigos.
if self.curwave:
for wave in self.curwave:
for baddy in wave.enemies:
baddy.think()
shots = baddy.shotinfo()
if shots:
self.baddyshotobjs.extend(shots)
# Verifica se o jogador atirou.
# Caso tenha, adiciona a lista de tiros do jogador.
shots = self.player.shotinfo()
if shots:
self.playershotobjs.extend(shots)
snd.play(self.player.gun.sound, 1.0)
#
# Testa colisao entre jogador e inimigos
#
self.check_collision_player_powerups()
self.check_collision_player_enemies()
self.check_collision_enemies_player()
# Atualiza a lista de objetos do jogo.
self.runobjects(self.objlists)
def normal_tick(self):
self.wavetick += 1
#Sem inimigos, fim do nivel.
if self.waves == 0:
self.changestate('levelend')
#Atualiza os inimigos.
for wave in self.curwave:
if wave.dead():
self.waves -= 1
self.curwave.remove(wave)
#Cria mais uma wave de inimigo e atualiza
#a lista de inimigos atuais.
if self.wavetick > game.wavetime:
wave, init_pos = levels.make()
if wave <> None:
wave.start(init_pos)
self.curwave.append(wave)
self.wavetick = 0
#Atualiza a data de criacao de um wave
self.lastwavecreated = game.clockticks
#Verifica a entrada do jogador e atualiza sua posicao
self.check_keys_state()
self.pos = self.player.rect.center
#Adiciona um powerup caso seja hora.
self.powerupcount += 0.3
if self.powerupcount >= game.poweruptime and random.randint(
0, 2000) in range(600, 700):
self.powerupcount = 0.0
p = objpowerup.newpowerup(self.levelnum)
self.powerupobjs.append(p)
snd.play('spring', 0.6)
#
# Acoes do jogador/maquina
#
#Verifica se um dos inimigos atirou.
#Caso tenha atirado, adiciona a lista de tiros dos inimigos.
if self.curwave:
for wave in self.curwave:
for baddy in wave.enemies:
baddy.think()
shots = baddy.shotinfo()
if shots:
self.baddyshotobjs.extend(shots)
#Verifica se o jogador atirou.
#Caso tenha, adiciona a lista de tiros do jogador.
shots = self.player.shotinfo()
if shots:
self.playershotobjs.extend(shots)
snd.play(self.player.gun.sound, 1.0)
#
# Testa colisao entre jogador e inimigos
#
self.check_collision_player_powerups()
self.check_collision_player_enemies()
self.check_collision_enemies_player()
#Atualiza a lista de objetos do jogo.
self.runobjects(self.objlists)
