def doTurn(self, game):
(ao, ro, ag) = Object.doTurn(self, game)
# detect hit
for obj in game.objects.getWithinRadius(
self, self.weapon.stats.projectile.explosionTriggerRange):
if obj.alive and obj.player != None and obj.player != self.launcher.player:
(ao0, ro0,
ag0) = explode(self,
game,
self.weapon.stats.projectile.explosionRange,
energyDamage=self.weapon.stats.energyDamage,
massDamage=self.weapon.stats.massDamage,
sender=self.launcher.player,
sound=ids.S_EX_FIRE)
(ao, ro, ag) = (ao + ao0, ro + ro0, ag + ag0)
if self.alive and self.ttl == 0:
(ao0, ro0,
ag0) = explode(self,
game,
self.weapon.stats.projectile.explosionRange,
energyDamage=self.weapon.stats.energyDamage,
massDamage=self.weapon.stats.massDamage,
sender=self.launcher.player,
sound=ids.S_EX_FIRE)
(ao, ro, ag) = (ao + ao0, ro + ro0, ag + ag0)
else:
self.ttl = self.ttl - 1
return (ao, ro, ag)
def doTurn(self, game):
# ai
if self.ai:
( addedObjects0, removedObjects0, addedGfxs0 ) = self.ai.doTurn( self, game )
else:
( addedObjects0, removedObjects0, addedGfxs0 ) = ([],[],[])
if not self.orbiting and self.pulsedUntil < game.tick:
# engine thrust
self.xi = self.xi + self.thrust * cos( self.ori )
self.yi = self.yi + self.thrust * sin( self.ori )
# gouvernailstats
self.ri = self.ri + self.rg
# inertia controls
self.xi = self.xi * (0.9+0.01*self.stats.mass)*self.inertiaMod #0.9
self.yi = self.yi * (0.9+0.01*self.stats.mass)*self.inertiaMod #0.9
self.zi = self.zi * (0.9+0.01*self.stats.mass)*self.inertiaMod #0.9
if fabs(self.xi) < 0.05 and fabs(self.yi) < 0.05:
self.xi = self.yi = 0
if self.inertiaControl:
self.ri = self.ri * 0.9 # *self.inertiaMod
if fabs(self.ri) < 0.0005:
self.ri = 0
if (not self.ai or self.ai.dockingTo) and randint( 0, config.fps*10 ) == 0:
# zDiff = -2 + 4*randint( 0, 1 )
nz = randint( -5, 5 )
can = True
for obj in game.objects.getWithinArea( self, self.stats.maxRadius+500 ):
# print "s ", obj.zp <= max( self.zp, nz ), obj.zp >= min( self.zp, nz ), areOver( self, obj )
if obj != self and obj.zp <= max( self.zp, nz ) and obj.zp >= min( self.zp, nz ) and areOver( self, obj ):
can = False
break
# print "switch", can, nz, obj.zp <= max( self.zp, nz ), obj.zp >= min( self.zp, nz ), areOver( self, obj )
if can:
self.zp = nz
( addedObjects1, removedObjects1, addedGfxs1 ) = Object.doTurn( self, game )
# if self.thrust > 0 and self.stats.engines:
# if randint( 0, 4 ) == 0:
# engine = choice( self.stats.engines )
# (x,y) = (self.xp+engine[0]*cos(self.ori+engine[1]), self.yp+engine[0]*sin(self.ori+engine[1]) )
# addedGfxs1.append( GfxExhaust( (x,y), self.zp, 0, -0.2*self.xi+(0.5-random())*0.4, -0.2*self.yi+(0.5-random())*0.4, random()*pi ) )
if game.tick%(config.fps)==11:
self.inNebula = False
for obj in game.astres:
if isinstance( obj, Nebula ) and distLowerThanObjects( self, obj, self.stats.maxRadius+obj.stats.maxRadius):
self.inNebula = True
break
return ( addedObjects0+addedObjects1, removedObjects0+removedObjects1, addedGfxs0+addedGfxs1 )
def doTurn( self, game ):
(ao,ro,ag) = Object.doTurn(self, game)
# detect hit
for obj in game.objects.getWithinRadius( self, self.weapon.stats.projectile.explosionTriggerRange ):
if obj.alive and obj.player != None and obj.player != self.launcher.player:
(ao0, ro0, ag0) = explode( self, game, self.weapon.stats.projectile.explosionRange, energyDamage=self.weapon.stats.energyDamage, massDamage=self.weapon.stats.massDamage, sender=self.launcher.player, sound=ids.S_EX_FIRE )
(ao, ro, ag) = (ao+ao0, ro+ro0, ag+ag0)
if self.alive and self.ttl == 0:
(ao0, ro0, ag0) = explode( self, game, self.weapon.stats.projectile.explosionRange, energyDamage=self.weapon.stats.energyDamage, massDamage=self.weapon.stats.massDamage, sender=self.launcher.player, sound=ids.S_EX_FIRE )
(ao, ro, ag) = (ao+ao0, ro+ro0, ag+ag0)
else:
self.ttl = self.ttl - 1
return (ao,ro,ag)
def doTurn( self, game ):
(ao,ro,ag) = Object.doTurn(self, game)
## detect hit
if not game.tick%20:
for obj in game.objects.getWithinRadius( self, self.detectionRange ):
if obj.alive and obj.player and not isinstance( obj, Mine ):
(ao0,ro0,ag0) = self.explode( game )
(ao,ro,ag) = (ao+ao0,ro+ro0,ag+ag0)
break
## detect expiration
if self.alive and self.ttl == 0:
(ao0,ro0,ag0) = self.explode( game )
(ao,ro,ag) = (ao+ao0,ro+ro0,ag+ag0)
else:
self.ttl = self.ttl - 1
return (ao,ro,ag)
def doTurn( self, game ):
(ao,ro,ag) = Object.doTurn(self, game)
# detect hit
for obj in game.objects.getWithinRadius( self, self.stats.maxRadius ):
if obj.alive and obj.player != None and obj.player != self.launcher.player: # TODO better
(ao0, ro0, ag0) = obj.hit( game, utils.angleBetweenObjects( obj, self), self.launcher.player, energy=self.weapon.stats.energyDamage, mass=self.weapon.stats.massDamage )
(ao, ro, ag) = (ao+ao0, ro+ro0, ag+ag0)
self.alive = False
ro.append( self )
break
if self.alive and self.ttl == 0:
self.alive = False
ro.append( self )
else:
self.ttl = self.ttl - 1
return (ao,ro,ag)
def doTurn(self, game):
(ao, ro, ag) = Object.doTurn(self, game)
## detect hit
if not game.tick % 20:
for obj in game.objects.getWithinRadius(self, self.detectionRange):
if obj.alive and obj.player and not isinstance(obj, Mine):
(ao0, ro0, ag0) = self.explode(game)
(ao, ro, ag) = (ao + ao0, ro + ro0, ag + ag0)
break
## detect expiration
if self.alive and self.ttl == 0:
(ao0, ro0, ag0) = self.explode(game)
(ao, ro, ag) = (ao + ao0, ro + ro0, ag + ag0)
else:
self.ttl = self.ttl - 1
return (ao, ro, ag)
def doTurn(self, game):
(ao, ro, ag) = Object.doTurn(self, game)
# detect hit
for obj in game.objects.getWithinRadius(self, self.stats.maxRadius):
if obj.alive and obj.player != None and obj.player != self.launcher.player: # TODO better
(ao0, ro0,
ag0) = obj.hit(game,
utils.angleBetweenObjects(obj, self),
self.launcher.player,
energy=self.weapon.stats.energyDamage,
mass=self.weapon.stats.massDamage)
(ao, ro, ag) = (ao + ao0, ro + ro0, ag + ag0)
self.alive = False
ro.append(self)
break
if self.alive and self.ttl == 0:
self.alive = False
ro.append(self)
else:
self.ttl = self.ttl - 1
return (ao, ro, ag)
def doTurn(self, game):
# ai
if self.ai:
(addedObjects0, removedObjects0,
addedGfxs0) = self.ai.doTurn(self, game)
else:
(addedObjects0, removedObjects0, addedGfxs0) = ([], [], [])
if not self.orbiting and self.pulsedUntil < game.tick:
# engine thrust
self.xi = self.xi + self.thrust * cos(self.ori)
self.yi = self.yi + self.thrust * sin(self.ori)
# gouvernailstats
self.ri = self.ri + self.rg
# inertia controls
self.xi = self.xi * (
0.9 + 0.01 * self.stats.mass) * self.inertiaMod #0.9
self.yi = self.yi * (
0.9 + 0.01 * self.stats.mass) * self.inertiaMod #0.9
self.zi = self.zi * (
0.9 + 0.01 * self.stats.mass) * self.inertiaMod #0.9
if fabs(self.xi) < 0.05 and fabs(self.yi) < 0.05:
self.xi = self.yi = 0
if self.inertiaControl:
self.ri = self.ri * 0.9 # *self.inertiaMod
if fabs(self.ri) < 0.0005:
self.ri = 0
if (not self.ai or self.ai.dockingTo) and randint(
0, config.fps * 10) == 0:
# zDiff = -2 + 4*randint( 0, 1 )
nz = randint(-5, 5)
can = True
for obj in game.objects.getWithinArea(self,
self.stats.maxRadius + 500):
# print "s ", obj.zp <= max( self.zp, nz ), obj.zp >= min( self.zp, nz ), areOver( self, obj )
if obj != self and obj.zp <= max(
self.zp, nz) and obj.zp >= min(
self.zp, nz) and areOver(self, obj):
can = False
break
# print "switch", can, nz, obj.zp <= max( self.zp, nz ), obj.zp >= min( self.zp, nz ), areOver( self, obj )
if can:
self.zp = nz
(addedObjects1, removedObjects1,
addedGfxs1) = Object.doTurn(self, game)
# if self.thrust > 0 and self.stats.engines:
# if randint( 0, 4 ) == 0:
# engine = choice( self.stats.engines )
# (x,y) = (self.xp+engine[0]*cos(self.ori+engine[1]), self.yp+engine[0]*sin(self.ori+engine[1]) )
# addedGfxs1.append( GfxExhaust( (x,y), self.zp, 0, -0.2*self.xi+(0.5-random())*0.4, -0.2*self.yi+(0.5-random())*0.4, random()*pi ) )
if game.tick % (config.fps) == 11:
self.inNebula = False
for obj in game.astres:
if isinstance(obj, Nebula) and distLowerThanObjects(
self, obj, self.stats.maxRadius + obj.stats.maxRadius):
self.inNebula = True
break
return (addedObjects0 + addedObjects1,
removedObjects0 + removedObjects1, addedGfxs0 + addedGfxs1)
