def join(self, ent):
CSimpleActor.join(self, ent)
# Get engine and scene manager in handy variables
sm = self.mScene
# Register the weapon model
gun = CEngine.models.registerSkelModel(self.model)
# Create the weapon scene model
self.gun = manage(sylphis.CSceneModel, sm, gun)
self.gun.setPosition(sylphis.CVector3(0.0, 0.0, 0.0))
self.gun.blendAnimCycle('idle', 0.1, 0.1)
self.gun.setFlags(sylphis.CSceneModel.NOSHADOW
| sylphis.CSceneModel.NOCULL)
# Register the weapon sounds
self.shotsound = CEngine.mSoundEnv.registerSoundBuffer(self.fire_sound)
self.drysound = CEngine.mSoundEnv.registerSoundBuffer(
self.dryfire_sound)
self.reloadsound = CEngine.mSoundEnv.registerSoundBuffer(
self.reload_sound)
# Create the weapon sound source
self.s = manage(sylphis.CSoundSource, CEngine.mSoundEnv)
self.s.setLooping(0)
# Attach the sound source to the weapon node
self.gun.addChild(self.s)
def __init__(self, *args):
CSimpleActor.__init__(self, *args)
self.camera = manage(sylphis.CCamera, self.mScene)
self.camera.setFov(self.fov)
self.node = self.camera # To be registered on the scenemanager
self.body = manage(sylphis.CRigidCapsule, 0, None, sylphis.CVector3(self.width, self.height, self.width))
self.body.setMass(5.0)
self.body.setDamping(0.1)
self.body.setMaxAngularVelocity(0.001)
self.body.setDamageFactor(0.000001)
self.body.setListener(self)
self.body.setContents(sylphis.CONTENTS_BODY)
self.body.setCollisionMask(sylphis.MASK_PLAYERSOLID)
CPhysicsEnv.registerRigidBody(self.body)
self.omove = sylphis.CActorMover(self.mScene)
self.omove.mAccel = 0.1
self.slistener = manage(sylphis.CSoundListener, CEngine.mSoundEnv)
self.camera.addChild(self.slistener)
self.lastPos = sylphis.CVector3(0,0,0)
self.onGround = 0
self.jumping = False
self.count = 0
self.lastGround = None
self.flyMode = False
self.camheight -= self.height / 2.0
def join(self, ent):
CSimpleActor.join(self, ent)
# Get engine and scene manager in handy variables
sm = self.mScene
# Register the weapon model
gun = CEngine.models.registerSkelModel(self.model)
# Create the weapon scene model
self.gun = manage(sylphis.CSceneModel, sm, gun)
self.gun.setPosition(sylphis.CVector3(0.0, 0.0, 0.0))
self.gun.blendAnimCycle('idle', 0.1, 0.1)
self.gun.setFlags(sylphis.CSceneModel.NOSHADOW | sylphis.CSceneModel.NOCULL)
# Register the weapon sounds
self.shotsound = CEngine.mSoundEnv.registerSoundBuffer(self.fire_sound)
self.drysound = CEngine.mSoundEnv.registerSoundBuffer(self.dryfire_sound)
self.reloadsound = CEngine.mSoundEnv.registerSoundBuffer(self.reload_sound)
# Create the weapon sound source
self.s = manage(sylphis.CSoundSource, CEngine.mSoundEnv)
self.s.setLooping(0)
# Attach the sound source to the weapon node
self.gun.addChild(self.s)
def __init__(self, *args):
CSimpleActor.__init__(self, *args)
self.camera = manage(sylphis.CCamera, self.mScene)
self.camera.setFov(self.fov)
self.node = self.camera # To be registered on the scenemanager
self.body = manage(
sylphis.CRigidCapsule, 0, None,
sylphis.CVector3(self.width, self.height, self.width))
self.body.setMass(5.0)
self.body.setDamping(0.1)
self.body.setMaxAngularVelocity(0.001)
self.body.setDamageFactor(0.000001)
self.body.setListener(self)
self.body.setContents(sylphis.CONTENTS_BODY)
self.body.setCollisionMask(sylphis.MASK_PLAYERSOLID)
CPhysicsEnv.registerRigidBody(self.body)
self.omove = sylphis.CActorMover(self.mScene)
self.omove.mAccel = 0.1
self.slistener = manage(sylphis.CSoundListener, CEngine.mSoundEnv)
self.camera.addChild(self.slistener)
self.lastPos = sylphis.CVector3(0, 0, 0)
self.onGround = 0
self.jumping = False
self.count = 0
self.lastGround = None
self.flyMode = False
self.camheight -= self.height / 2.0
def precache(self):
self.carModel = manage(sylphis.CSceneMD3, self.mScene)
m = CEngine.models.registerMD3Model('models/jeep.md3')
#m = CEngine.models.registerSMFModel('models/car.smf')
self.carModel.setModel(m)
m = CEngine.models.registerMD3Model('models/tire.md3')
#m = CEngine.models.registerSMFModel('models/tire.smf')
self.tireModels = []
for i in range(4):
self.tireModels.append(manage(sylphis.CSceneMD3, self.mScene))
self.tireModels[i].setModel(m)
def precache(self):
self.carModel = manage(sylphis.CSceneMD3, self.mScene)
m = CEngine.models.registerMD3Model('models/jeep.md3')
#m = CEngine.models.registerSMFModel('models/car.smf')
self.carModel.setModel(m)
m = CEngine.models.registerMD3Model('models/tire.md3')
#m = CEngine.models.registerSMFModel('models/tire.smf')
self.tireModels = []
for i in range(4):
self.tireModels.append(manage(sylphis.CSceneMD3, self.mScene))
self.tireModels[i].setModel(m)
class CMiscSkelModel(CSimpleActor):
__classname__ = 'misc_skel_model'
__desc__ = 'A skeletal model'
__actortype__ = 'e'
__specs__ = [
{'name':'model', 'doc':'The filename that contains the model'},
{'name':'anim', 'doc':'The animation to run on the model. e.g. ''idle'''},
{'name':'skin', 'doc':'The skin to apply on the model. (Not implemented yet)'}
]
model = ''
anim = 'idle'
skin = ''
def __init__(self, *args):
CSimpleActor.__init__(self, *args)
def join(self, ent):
CSimpleActor.join(self, ent)
pi = 3.14159 # FIXME
try:
o = split(ent['angles'])
except KeyError,x:
ang = ent.get('angle', '0')
o = ('0', ang, '0')
self.angles = sylphis.CVector3(-pi * float(o[0]) / 180, pi * float(o[1]) / 180, pi * float(o[2]) / 180)
model = CEngine.models.registerSkelModel(self.model)
bt = manage(sylphis.CBoneControler)
bt.setTranslation(sylphis.CVector3(0,0,0))
q = sylphis.CQuaternion()
q.fromAngleAxis(sylphis.CVector3(1,0,0), 10.0)
bt.setRotation(q)
bt.setBoneId(0)
sa = manage(sylphis.CSkelAnimation)
sa.setDuration(100.0)
sa.addBoneTrack(bt)
#print "Controlers :", bt, sa
sm = self.mScene
m = sylphis.CSceneModel(sm, model)
m.setPosition(self.origin)
m.blendAnimCycle(self.anim, 1.0, 0.1)
m.executeAction(sa, 'test')
m.yaw(self.angles.y)
m.roll(self.angles.x)
self.node = m
def join(self, ent):
CJoint.join(self, ent)
o = split(self.axis)
self.axis = sylphis.CVector3(float(o[0]), float(o[1]), float(o[2]))
self.axis.swapHand()
self.joint = manage(sylphis.CJointSlider, 0, 0)
def join(self, ent):
CSimpleActor.join(self, ent)
self.light_center.swapHand()
o = self.radius.split()
if len(o) == 1: o = (o[0], o[0], o[0])
elif len(o) == 2: o = (o[0], o[1], (o[0] + o[1]) / 2)
self.radius = (float(o[0]), float(o[2]), float(o[1]))
sm = self.mScene
sl = manage(sylphis.CLight, sm)
sl.setCenter(self.light_center)
sl.setPosition(self.origin)
sl.setColor(self.color * self.intensity)
sl.setIsShadowCaster(self.shadows)
sl.setSpecular(self.specular)
sl.setRadius(self.radius[0], self.radius[1], self.radius[2])
sl.setType(int(self.type))
sl.setFreq(float(self.freq))
sl.setPhase(float(self.phase))
if self.filter != 'nofilter':
self.filterMap = CEngine.textures.registerCubeMap(self.filter)
sl.setFilter(self.filterMap)
sl.setAttenuation(CEngine.renderer.registerAttenuation(self.attenuation))
self.node = sl
self.time = 0
self.timedelta = 0
def join(self, ent):
CJoint.join(self, ent)
o = split(self.axis)
self.axis = sylphis.CVector3(float(o[0]), float(o[1]), float(o[2]))
self.axis.swapHand()
self.joint = manage(sylphis.CJointSlider, 0, 0)
def join(self, ent):
CSimpleActor.join(self, ent)
self.light_center.swapHand()
o = self.radius.split()
if len(o) == 1: o = (o[0], o[0], o[0])
elif len(o) == 2: o = (o[0], o[1], (o[0] + o[1]) / 2)
self.radius = (float(o[0]), float(o[2]), float(o[1]))
sm = self.mScene
sl = manage(sylphis.CLight, sm)
sl.setCenter(self.light_center)
sl.setPosition(self.origin)
sl.setColor(self.color * self.intensity)
sl.setIsShadowCaster(self.shadows)
sl.setSpecular(self.specular)
sl.setRadius(self.radius[0], self.radius[1], self.radius[2])
sl.setType(int(self.type))
sl.setFreq(float(self.freq))
sl.setPhase(float(self.phase))
if self.filter != 'nofilter':
self.filterMap = CEngine.textures.registerCubeMap(self.filter)
sl.setFilter(self.filterMap)
sl.setAttenuation(
CEngine.renderer.registerAttenuation(self.attenuation))
self.node = sl
self.time = 0
self.timedelta = 0
def initBody(self):
self.body = manage(sylphis.CRigidSphere, 0, self.node, 20)
self.body.setDensity(0.000001)
self.body.fitToModel(self.node)
self.body.setListener(self)
self.body.applyGravity(False)
CPhysicsEnv.registerRigidBody(self.body)
def join(self, ent):
CSimpleActor.join(self, ent)
if self.sound != '':
sb = CEngine.mSoundEnv.registerSoundBuffer(self.sound)
self.node = manage(sylphis.CSoundSource, CEngine.mSoundEnv)
self.node.setBuffer(sb)
self.node.setPosition(self.origin)
self.node.setLooping(self.loop)
def join(self, ent):
CSimpleActor.join(self, ent)
if self.sound != '':
sb = CEngine.mSoundEnv.registerSoundBuffer(self.sound)
self.node = manage(sylphis.CSoundSource, CEngine.mSoundEnv)
self.node.setBuffer(sb)
self.node.setPosition(self.origin)
self.node.setLooping(self.loop)
def join(self, ent):
CJoint.join(self, ent)
o = split(self.axis1)
self.axis1 = sylphis.CVector3(float(o[0]), float(o[1]), float(o[2]))
self.axis1.swapHand()
o = split(self.axis2)
self.axis2 = sylphis.CVector3(float(o[0]), float(o[1]), float(o[2]))
self.axis2.swapHand()
self.joint = manage(sylphis.CJointUniversal, 0, 0)
def join(self, ent):
CSimpleActor.join(self, ent)
m = manage(sylphis.CSceneObject, self.mScene)
m.setPosition(self.origin)
print self.angles
m.setOrientation(self.angles)
self.node = m
def join(self, ent):
CJoint.join(self, ent)
o = split(self.axis1)
self.axis1 = sylphis.CVector3(float(o[0]), float(o[1]), float(o[2]))
self.axis1.swapHand()
o = split(self.axis2)
self.axis2 = sylphis.CVector3(float(o[0]), float(o[1]), float(o[2]))
self.axis2.swapHand()
self.joint = manage(sylphis.CJointUniversal, 0, 0)
def start(self):
CControlerBase.start(self)
pathNodeNames = split(self.pathnodes)
if self.pathtype == LINEAR:
self.path = manage(sylphis.CInterpolatorVector3)
else:
self.path = manage(sylphis.CSplineInterpolatorVector3)
i = 0.0
time = 0.0
for name in pathNodeNames:
node = self.mCont.actors.getActorByName(name)
if node is None:
continue
if hasattr(node, 'time'):
time += float(node.time)
else:
if i > 0:time += 1 #let the first node be at zero
self.path.insert(node.origin, time / self.speed)
#print node, time / self.speed
i += 1.0
if self.loop == 0.0:
self.loop = time / self.speed
if self.loop == -1.0:
self.loop = 0.0
pathNodeNames = split(self.lookatpathnodes)
if self.lookatpathtype == LINEAR:
self.lookatpath = manage(sylphis.CInterpolatorVector3)
else:
self.lookatpath = manage(sylphis.CSplineInterpolatorVector3)
i = 0.0
time = 0.0
for name in pathNodeNames:
node = self.mCont.actors.getActorByName(name)
if node is None:
continue
if hasattr(node, 'time'):
time += float(node.time)
else:
if i > 0:time += 1
self.lookatpath.insert(node.origin, time / self.speed)
#print node.__classname__, time / self.speed
i += 1.0
def start(self):
CControlerBase.start(self)
pathNodeNames = split(self.pathnodes)
if self.pathtype == LINEAR:
self.path = manage(sylphis.CInterpolatorVector3)
else:
self.path = manage(sylphis.CSplineInterpolatorVector3)
i = 0.0
time = 0.0
for name in pathNodeNames:
node = self.mCont.actors.getActorByName(name)
if node is None:
continue
if hasattr(node, 'time'):
time += float(node.time)
else:
if i > 0: time += 1 #let the first node be at zero
self.path.insert(node.origin, time / self.speed)
#print node, time / self.speed
i += 1.0
if self.loop == 0.0:
self.loop = time / self.speed
if self.loop == -1.0:
self.loop = 0.0
pathNodeNames = split(self.lookatpathnodes)
if self.lookatpathtype == LINEAR:
self.lookatpath = manage(sylphis.CInterpolatorVector3)
else:
self.lookatpath = manage(sylphis.CSplineInterpolatorVector3)
i = 0.0
time = 0.0
for name in pathNodeNames:
node = self.mCont.actors.getActorByName(name)
if node is None:
continue
if hasattr(node, 'time'):
time += float(node.time)
else:
if i > 0: time += 1
self.lookatpath.insert(node.origin, time / self.speed)
#print node.__classname__, time / self.speed
i += 1.0
def join(self, ent):
CJoint.join(self, ent)
o = split(self.axis)
self.axis = sylphis.CVector3(float(o[0]), float(o[1]), float(o[2]))
self.axis.swapHand()
self.loStop = self.lo_stop / 180 * math.pi
self.hiStop = self.hi_stop / 180 * math.pi
self.cfm = self.stop_softness
self.joint = manage(sylphis.CJointHinge, 0, 0)
def join(self, ent):
CJoint.join(self, ent)
o = split(self.axis)
self.axis = sylphis.CVector3(float(o[0]), float(o[1]), float(o[2]))
self.axis.swapHand()
self.loStop = self.lo_stop / 180 * math.pi
self.hiStop = self.hi_stop / 180 * math.pi
self.cfm = self.stop_softness
self.joint = manage(sylphis.CJointHinge, 0, 0)
def join(self, ent):
e = self.mContainer.getEngine()
md2 = e.renderables.registerMD2("models/grenade.md2")
sm = self.mCont.getSceneManager()
m = manage(sylphis.CRenderableMultiMesh, sm)
m.setPosition(ent["position"])
m.addMesh(md2, "textures/grenade")
self.node = m
sm.getRootSceneNode().addChild(self.node)
e.shaders.loadAll()
self.body = manage(sylphis.CRigidBody)
self.body.setListener(self)
self.body.mPosition = self.node.getPosition()
self.body.mVelocity = ent["velocity"]
self.body.mBBox.setBounds(sylphis.CVector3(-3, -3, -3), sylphis.CVector3(3, 3, 3))
sm.registerRigidBody(self.body)
self.age = 0.0
def join(self, ent):
CSimpleActor.join(self, ent)
from core.particlesystem import manager
self.partdef = manager.registerParticleSystem(self.particledef)
m = manage(sylphis.CRenderableMultiMesh, self.mScene)
p = manage(sylphis.CParticleSystem)
p.setDefinition(self.partdef)
p.setDefaultShader(self.partdef.getMaterial())
p.setDieAfterUse(False)
self.mScene.addParticleSystem(p)
m.getBound().setBounds(sylphis.CVector3(-1000, -1000, -1000), sylphis.CVector3(1000, 1000, 1000))
m.addMesh(p)
m.setPosition(self.origin)
self.node = m
self.particleSystem = p
def join(self, ent):
e = self.mContainer.getEngine()
md2 = e.renderables.registerMD2("models/grenade.md2")
sm = self.mCont.getSceneManager()
m = manage(sylphis.CRenderableMultiMesh, sm)
m.setPosition(ent['position'])
m.addMesh(md2, "textures/grenade")
self.node = m
sm.getRootSceneNode().addChild(self.node)
e.shaders.loadAll()
self.body = manage(sylphis.CRigidBody)
self.body.setListener(self)
self.body.mPosition = self.node.getPosition()
self.body.mVelocity = ent['velocity']
self.body.mBBox.setBounds(sylphis.CVector3(-3, -3, -3),
sylphis.CVector3(3, 3, 3))
sm.registerRigidBody(self.body)
self.age = 0.0
def join(self, ent):
CSimpleActor.join(self, ent)
sm = self.mCont.getSceneManager()
sl = manage(sylphis.CLight, sm)
sl.setPosition(0, 0, 0)
self.radius = 10.0
sl.setRadius(self.radius)
sl.setColor(sylphis.CVector3(1.0, 0.9, 0.6));
sl.setPosition(self.origin)
self.node = sl
self.age = 0.0
def join(self, ent):
CSimpleActor.join(self, ent)
sm = self.mCont.getSceneManager()
sl = manage(sylphis.CLight, sm)
sl.setPosition(0, 0, 0)
self.radius = 10.0
sl.setRadius(self.radius)
sl.setColor(sylphis.CVector3(1.0, 0.9, 0.6))
sl.setPosition(self.origin)
self.node = sl
self.age = 0.0
def join(self, ent):
CSimpleActor.join(self, ent)
from core.particlesystem import manager
self.partdef = manager.registerParticleSystem(self.particledef)
m = manage(sylphis.CRenderableMultiMesh, self.mScene)
p = manage(sylphis.CParticleSystem)
p.setDefinition(self.partdef)
p.setDefaultShader(self.partdef.getMaterial())
p.setDieAfterUse(False)
self.mScene.addParticleSystem(p)
m.getBound().setBounds(sylphis.CVector3(-1000, -1000, -1000),
sylphis.CVector3(1000, 1000, 1000))
m.addMesh(p)
m.setPosition(self.origin)
self.node = m
self.particleSystem = p
def join(self, ent):
CSimpleActor.join(self, ent)
self.time = 0.0
sm = self.mCont.getSceneManager()
if self.model != '':
model = CEngine.models.registerMD3Model(self.model)
m = manage(sylphis.CSceneMD3, sm)
m.setModel(model)
m.setPosition(self.origin)
self.node = m
self.body = manage(sylphis.CRigidSphere, 0, self.node, self.radius)
else:
self.body = manage(sylphis.CRigidSphere, 0, None, self.radius)
if self.hit_sound != '':
shotsound = CEngine.mSoundEnv.registerSoundBuffer(self.hit_sound)
self.s = manage(sylphis.CSoundSource, CEngine.mSoundEnv)
self.s.setBuffer(shotsound)
self.s.setLooping(0)
self.s.setListener(self)
sm.getRootSceneNode().addChild(self.s)
else:
pass
self.body.setListener(self)
self.body.setPosition(self.origin)
v = self.angles * self.velocity
self.body.setVelocity(v)
self.body.setOrientation(self.angles)
self.body.setDamping(self.damping)
#self.body.setSuspendMultiCollitions(0)
self.body.setDamageFactor(self.damage_factor)
self.body.noCollitionWith(self.owner.body)
self.body.mSR.softness = 0.01
self.body.mSR.bounce = 0.1
self.body.mSR.bounceCutoff = 0.1
CPhysicsEnv.registerRigidBody(self.body)
def join(self, ent):
CSimpleActor.join(self, ent)
self.time = 0.0
sm = self.mCont.getSceneManager()
if self.model != '':
model = CEngine.models.registerMD3Model(self.model)
m = manage(sylphis.CSceneMD3, sm)
m.setModel(model)
m.setPosition(self.origin)
self.node = m
self.body = manage(sylphis.CRigidSphere, 0, self.node, self.radius)
else:
self.body = manage(sylphis.CRigidSphere, 0, None, self.radius)
if self.hit_sound != '':
shotsound = CEngine.mSoundEnv.registerSoundBuffer(self.hit_sound)
self.s = manage(sylphis.CSoundSource, CEngine.mSoundEnv)
self.s.setBuffer(shotsound)
self.s.setLooping(0)
self.s.setListener(self)
sm.getRootSceneNode().addChild(self.s)
else:
pass
self.body.setListener(self)
self.body.setPosition(self.origin)
v = self.angles * self.velocity
self.body.setVelocity(v)
self.body.setOrientation(self.angles)
self.body.setDamping(self.damping)
#self.body.setSuspendMultiCollitions(0)
self.body.setDamageFactor(self.damage_factor)
self.body.noCollitionWith(self.owner.body)
self.body.mSR.softness = 0.01
self.body.mSR.bounce = 0.1
self.body.mSR.bounceCutoff = 0.1
CPhysicsEnv.registerRigidBody(self.body)
def join(self, ent):
"""
Loads the soundtrack for this world.
"""
CSimpleActor.join(self, ent)
o = split(self.ambient_color)
self.ambientLight = sylphis.CVector3(float(o[0]), float(o[1]), float(o[2]))
if self.sound_track != '':
self.soundTrack = CEngine.mSoundEnv.registerSoundBuffer(self.sound_track)
self.track = manage(sylphis.CSoundSource, CEngine.mSoundEnv)
self.track.setBuffer(self.soundTrack)
self.track.setPosition(0,0,0)
self.track.setSpatial(0)
self.mScene.getRootSceneNode().addChild(self.track)
def join(self, ent):
self.eng = self.mContainer.getEngine()
sm = self.mCont.getSceneManager()
sl = manage(sylphis.CLight, sm)
sl.setPosition(0, 0, 0)
self.radius = 10.0
sl.setRadius(self.radius)
sl.setColor(sylphis.CVector3(1.0, 0.9, 0.6))
sl.setPosition(ent['position'])
sm.getRootSceneNode().addChild(sl)
sm.getRootSceneNode().addChild(sl)
self.node = sl
self.eng.shaders.loadAll()
self.age = 0.0
def join(self, ent):
self.eng = self.mContainer.getEngine()
sm = self.mCont.getSceneManager()
sl = manage(sylphis.CLight, sm)
sl.setPosition(0, 0, 0)
self.radius = 10.0
sl.setRadius(self.radius)
sl.setColor(sylphis.CVector3(1.0, 0.9, 0.6));
sl.setPosition(ent['position'])
sm.getRootSceneNode().addChild(sl)
sm.getRootSceneNode().addChild(sl)
self.node = sl
self.eng.shaders.loadAll()
self.age = 0.0
def join(self, ent):
CJoint.join(self, ent)
self.joint = manage(sylphis.CJointBall, 0, 0)
def initBody(self):
self.body = manage(sylphis.CRigidBox, 0, self.carModel, CVector3(self.width,self.height, self.length*0.9))
self.body.setMass(50.0)
#self.body.fitToModel(self.carModel)
self.body.setListener(self)
#self.body.applyGravity(False)
self.body.setPosition(self.origin)
self.body.setDamping(0.0000)
self.body.setAngDamping(2.0)
self.body.setMaxAngularVelocity(100.0)
self.body.setDamageFactor(0.001)
CPhysicsEnv.registerRigidBody(self.body)
self.tireBody = []
for i in range(4):
self.tireBody.append(manage(sylphis.CRigidSphere, 0, self.tireModels[i], 25))
self.tireBody[i].setMass(2.2)
self.tireBody[i].fitToModel(self.tireModels[i])
self.tireBody[i].setListener(self)
self.tireBody[i].setDamping(0.0001)
self.tireBody[i].setAngDamping(0.0)
self.tireBody[i].setMaxAngularVelocity(200.0)
self.tireBody[i].setDamageFactor(0.001)
CPhysicsEnv.registerRigidBody(self.tireBody[i])
pos = self.origin + CVector3(self.width * 0.45, -self.height * 0.4, -self.length * 0.45)
self.tireBody[0].setPosition(pos)
pos = self.origin + CVector3(-self.width * 0.45, -self.height * 0.4, -self.length * 0.45)
self.tireBody[1].setPosition(pos)
pos = self.origin + CVector3(self.width * 0.45, -self.height * 0.4, self.length * 0.45)
self.tireBody[2].setPosition(pos)
pos = self.origin + CVector3(-self.width * 0.45, -self.height * 0.4, self.length * 0.45)
self.tireBody[3].setPosition(pos)
joint = []
#for i in range(2):
# joint.append(manage(sylphis.CJointHinge, 0, 0))
#joint[i].setAxis1(CVector3(0,1,0))
# joint[i].setAxis(CVector3(1,0,0))
#joint[i].setLoStop(0.0)
#joint[i].setHiStop(0.0)
# joint[i].attach(self.body, self.tireBody[i])
# joint[i].setAnchor(self.tireBody[i].getPosition())
for i in range(4):
joint.append(manage(sylphis.CJointDoubleHinge, 0, 0))
joint[i].attach(self.body, self.tireBody[i])
joint[i].setAnchor(self.tireBody[i].getPosition())
joint[i].setAxis1(CVector3(0,1,0))
if i == 0:
joint[i].setAxis2(CVector3(1,0,0))
else:
joint[i].setAxis2(CVector3(-1,0,0))
joint[i].setSuspensionCFM(0.00005)
joint[i].setSuspensionERP(0.00012)
for i in range(2,4):
joint[i].setLoStop(0.0)
joint[i].setHiStop(0.0)
for i in range(2):
joint[i].setLoStop(-0.6)
joint[i].setHiStop(0.6)
for i in range(4):
self.tireBody[i].setSleep(False)
self.joint = joint
"__a":"1",
"__dyn":"7AgNeyfyGmaxx2u6aEyx91qeCwKAKGgyi8zQC-C267UKewWhE98nwgUy22EaUgxebkwy8xa5WjzEgDKuEjKewExaFQ12VVojxCUSbAWCDxi5-78O5u5o5aayrhVo9ohxGbwYUmC-UjDQ6Evwwh8gUW5oy5EG2ut5xq48a9Ef8Cu4rGUpCzo-8Gm8z8O784afxK9yUvy8lUGdyU4eQEB0",
"__af":"j0",
"__req":"26",
"__be":"-1",
"__pc":"EXP4:DEFAULT",
"__rev":"3161010",
"__spin_r":"3161010",
"__spin_b":"trunk",
"__spin_t":"1500360303"
}
content = open("data/friends.html").read()
data,info = get_info(content,None)
params["data"] = data
ts = int(time.time())
params["__spin_t"] = ts
url = "https://www.facebook.com/ajax/pagelet/generic.php/AllFriendsAppCollectionPagelet"
url,html = util.get_page({"url":url,"data":params})
print(url)
open("data/friends_page.html","w").write(html)
if "__main__" == __name__:
'''
seeds = [{"url":"https://www.sina.com.cn"}]
fp = open("data/result.txt","a")
params = (seeds,conf,fp)
util.manage(util.schedule,params)
'''
util.manage(cb)
def join(self, ent):
CJoint.join(self, ent)
self.joint = manage(sylphis.CJointBall, 0, 0)
def precache(self):
self.model = manage(sylphis.CSceneMD3, self.mScene)
model = CEngine.models.registerMD3Model('models/bball.md3')
self.model.setModel(model)
try:
o = split(ent['angles'])
except KeyError,x:
ang = ent.get('angle', '0')
o = ('0', ang, '0')
self.angles = sylphis.CVector3(-pi * float(o[0]) / 180, pi * float(o[1]) / 180, pi * float(o[2]) / 180)
self.model = ent.get('model', '')
try:
self.shader = ent['shader']
except KeyError, x:
self.shader = self.model
#CSimpleActor.start(self)
sm = self.mScene
m = manage(sylphis.CSceneMD3, sm)
worldmodel = self.model_id
if worldmodel is None:
ext = self.model[-3:]
if ext == 'md3':
model = CEngine.models.registerMD3Model(self.model)
else:
model = CEngine.models.registerSMFModel(self.model)
else:
model = sm.getWorldMapModel(int(worldmodel))
m.setModel(model)
m.setPosition(self.origin)
m.yaw(self.angles.y)
m.roll(self.angles.x)
result = {}
for cf in conf:
v = util.get_jpath(obj,cf[1],cf[2] if len(cf)>2 else None,cf[3] if len(cf)>3 else None)
if v is not None:
result[cf[0]] = v
result["id"] = hashlib.md5(url.encode("utf-8")).hexdigest()
if "content" in result:
result["content"],result["images"] = replace_image(result["content"],url)
if "cover" in result and len(result["cover"])>0:
result["cover"] = imge_transfer(util.parse_url(url,result["cover"]),url)[1]
if len(result) > 0:
result2.append(result)
else:
util.log_msg("could not parse content from html file,need to check this out.url:%s,referer:%s." % (url,referer))
else:
util.log_msg("could not parse data from html file,need to check this out.url:%s,referer:%s." % (url,referer))
def cb(fp):
#url = "http://www.toutiao.com/"
#util.get_page({"url":url})
#ids = ["3217488391","3490514559","6952025338","53052328075","62410217001","17742356838","3667603068","6617382708","6474480676","6126424045","6237062541","6613263338","5721425462","3230889860","5460434242","4588938236","4023651976","6675755348","51848596518","3794154752","5766840891","6939911288","53197227173","52231019020","1439117339","3655831911","5963433422",
#ids = ["3345437222","3655626426","5963433422","5935444546","6095787239","63826714033","3669967641","4664335991","6960911767","6065077466","5458114046","2921675805","4309017746","3788331986","4143177716","5826315429","52171354099","5446353935","52497881665","3961411576","6303762356","5543282403","3808046799","50099999999"]
ids = ["3909766048"]
for uid in ids:
get_user_info(uid,fp)
if "__main__" == __name__:
fp = open("data/result.txt","a")
#util.manage(cb,(fp,))
util.manage(cb,(None,))
def initBody(self):
self.body = manage(
sylphis.CRigidBox, 0, self.carModel,
CVector3(self.width, self.height, self.length * 0.9))
self.body.setMass(50.0)
#self.body.fitToModel(self.carModel)
self.body.setListener(self)
#self.body.applyGravity(False)
self.body.setPosition(self.origin)
self.body.setDamping(0.0000)
self.body.setAngDamping(2.0)
self.body.setMaxAngularVelocity(100.0)
self.body.setDamageFactor(0.001)
CPhysicsEnv.registerRigidBody(self.body)
self.tireBody = []
for i in range(4):
self.tireBody.append(
manage(sylphis.CRigidSphere, 0, self.tireModels[i], 25))
self.tireBody[i].setMass(2.2)
self.tireBody[i].fitToModel(self.tireModels[i])
self.tireBody[i].setListener(self)
self.tireBody[i].setDamping(0.0001)
self.tireBody[i].setAngDamping(0.0)
self.tireBody[i].setMaxAngularVelocity(200.0)
self.tireBody[i].setDamageFactor(0.001)
CPhysicsEnv.registerRigidBody(self.tireBody[i])
pos = self.origin + CVector3(self.width * 0.45, -self.height * 0.4,
-self.length * 0.45)
self.tireBody[0].setPosition(pos)
pos = self.origin + CVector3(-self.width * 0.45, -self.height * 0.4,
-self.length * 0.45)
self.tireBody[1].setPosition(pos)
pos = self.origin + CVector3(self.width * 0.45, -self.height * 0.4,
self.length * 0.45)
self.tireBody[2].setPosition(pos)
pos = self.origin + CVector3(-self.width * 0.45, -self.height * 0.4,
self.length * 0.45)
self.tireBody[3].setPosition(pos)
joint = []
#for i in range(2):
# joint.append(manage(sylphis.CJointHinge, 0, 0))
#joint[i].setAxis1(CVector3(0,1,0))
# joint[i].setAxis(CVector3(1,0,0))
#joint[i].setLoStop(0.0)
#joint[i].setHiStop(0.0)
# joint[i].attach(self.body, self.tireBody[i])
# joint[i].setAnchor(self.tireBody[i].getPosition())
for i in range(4):
joint.append(manage(sylphis.CJointDoubleHinge, 0, 0))
joint[i].attach(self.body, self.tireBody[i])
joint[i].setAnchor(self.tireBody[i].getPosition())
joint[i].setAxis1(CVector3(0, 1, 0))
if i == 0:
joint[i].setAxis2(CVector3(1, 0, 0))
else:
joint[i].setAxis2(CVector3(-1, 0, 0))
joint[i].setSuspensionCFM(0.00005)
joint[i].setSuspensionERP(0.00012)
for i in range(2, 4):
joint[i].setLoStop(0.0)
joint[i].setHiStop(0.0)
for i in range(2):
joint[i].setLoStop(-0.6)
joint[i].setHiStop(0.6)
for i in range(4):
self.tireBody[i].setSleep(False)
self.joint = joint
conf = {
"www.sina.com.cn":[
(util.path_detect("/"),sina_entry)
],
"esf.cq.fang.com":[
(detect_by_key("level",1),esf_l1_entry),
(detect_by_key("level",2),esf_l2_entry),
(detect_by_key("level",3),esf_l3_entry),
],
"news.sina.com.cn":[
(util.path_detect("/"),sina_news_entry)
],
"ent.sina.com.cn":[
(util.path_detect(".*html"),sina_ent_entry)
],
"finance.sina.com.cn":[
(util.path_detect(".*html"),sina_finance_entry)
]
}
if "__main__" == __name__:
rp = open("data/fang3.txt","a")
#rp = open("data/sina_news.txt","a")
#seeds = [{"url":"http://esf.cq.fang.com","force":True,"level":1}]
#seeds = [{"url":"http://www.sina.com.cn","force":True}]
seeds = [{"url":"http://esf.cq.fang.com/house-a059-b05533/","force":True,"level":3}]
#seeds = [{"url":"http://news.sina.com.cn/","force":True,"__sleep":1}]
#seeds = [{"url":"http://finance.sina.com.cn/chanjing/gsnews/2017-12-07/doc-ifyppemf5719998.shtml","force":True,"__sleep":1}]
params = (seeds,conf,rp)
util.manage(util.schedule,params)
