def create_naali_meshentity(self):
self.naali_ent = naali.createMeshEntity(self.object.mesh, 100002) #XXX handle name too. what about id?
e = self.naali_ent
print "Created naali entity:", e, e.id
"""apply pos, rot & scale.
dotscene.py uses qt types now directly"""
p = e.placeable
mp = self.position
p.Position = self.position
o = self.orientation
# XXX IMO this is wrong: content creators should export their assets correctly, instead of doing
# this kind of rotations during import. But I guess this is old problem and similar rotations
# are being done elsewhere too.
# looks like objects are often exported wrong, so rotate along x axis
#p.Orientation = o * Quat(1,1,0,0)
# XXX if artists want rotate along x axis they can do it so now by checking flip z-y checkbox
# at the moment it looks like, its needed to rotate each node 180 degrees along z axis to get it right
#p.Orientation = o * Quat(1,0,0,1) * Quat(1,0,0,1)
#p.Orientation = o * Quat(math.sqrt(0.5),0,0,math.sqrt(0.5)) * Quat(math.sqrt(0.5),0,0,math.sqrt(0.5))
rotate90z = Quat(1,0,0,1)
rotate90z.normalize() # ekvivalent of sqrt Quat above, (this fixes collisions)
p.Orientation = o * rotate90z* rotate90z
p.Scale = self.scale
def createManipulator(self):
if self.manipulator is None and self.usesManipulator:
# create a local temporary entity, we dont want to sync this at least for now
# as there is no deletion code when you leave the server!
ent = naali.createMeshEntity(self.MANIPULATOR_MESH_NAME, 606847240, ["EC_Gizmo", "EC_Ruler"], localonly = True, temporary = True)
ent.SetName(self.NAME)
ent.ruler.SetVisible(False)
ent.ruler.SetType(self.MANIPULATOR_RULER_TYPE)
ent.ruler.UpdateRuler()
return ent
def createManipulator(self):
if self.manipulator is None and self.usesManipulator:
ent = naali.createMeshEntity(self.MANIPULATOR_MESH_NAME, 606847240)
gizmo = ent.GetOrCreateComponentRaw("EC_Gizmo")
ruler = ent.GetOrCreateComponentRaw("EC_Ruler")
ruler.SetVisible(False)
#r.logInfo("hide ruler createManipulator")
ruler.SetType(self.MANIPULATOR_RULER_TYPE)
ruler.UpdateRuler()
return ent
def createManipulator(self):
if self.manipulator is None and self.usesManipulator:
# create a local temporary entity, we dont want to sync this at least for now
# as there is no deletion code when you leave the server!
ent = naali.createMeshEntity(self.MANIPULATOR_MESH_NAME,
606847240, ["EC_Gizmo", "EC_Ruler"],
localonly=True,
temporary=True)
ent.SetName(self.NAME)
ent.ruler.SetVisible(False)
ent.ruler.SetType(self.MANIPULATOR_RULER_TYPE)
ent.ruler.UpdateRuler()
return ent
#mm.INPUT_EVENT(r.MoveForwardPressed)
#a chat message again now too
#mm.RexNetMsgChatFromSimulator("Bob", "- that's me, Bob.")
#previous pyglet stuff, was an ncoming chat msg event
#m.dispatch_event('on_chat', "input", "testing")
#print viewer._event_stack
if 0: #create entity
print "Testing entity creation"
meshname = "axes.mesh"
avatar = naali.getUserAvatar()
ent = naali.createMeshEntity(meshname)
#print "New entity created:", ent, ent.placeable.Position
ent.placeable.Position = avatar.placeable.Position
#from PythonQt.QtGui import QVector3D as Vec
#ent.placeable.Scale = Vec(0.1, 0.1, 0.1)
#print "new pos", ent.pos, ent.scale
if 0: #placeable and text tests
print "Testing..."
e = r.getEntity(8880005)
#~ try:
#~ e.pos = 1
#~ except Exception, e:
#~ print e
def do_api_calls(self):
yield "createMeshEntity"
e = naali.createMeshEntity("axes.mesh")
from PythonQt.QtGui import QVector3D, QQuaternion
e.placeable.position = QVector3D(128, 128, 60)
e.placeable.Scale = QVector3D(5, 5, 5)
e.placeable.Orientation = QQuaternion(0, 0, 0, 1)
r.removeEntity(e.Id)
yield "EC_Touchable & EC_Highlight"
for longname, shortname in [("EC_Touchable", 'touchable'), ("EC_Highlight", 'highlight')]:
e = naali.getUserAvatar()
e.GetOrCreateComponentRaw(longname)
x = getattr(e, shortname)
x.Show()
x.Hide()
assert x.IsVisible() == False
yield "naali.createEntity"
ent = naali.createEntity()
print "new entity created:", ent
yield "get camera FOV"
fov = naali.getCamera().camera.GetVerticalFov()
yield "avatar position"
p = naali.getUserAvatar().placeable.position
yield "avatar animation controller"
naali.getUserAvatar().animationcontroller.EnableAnimation("Walk")
yield "test sendChat"
r.sendChat("test chat")
yield "test logInfo"
r.logInfo("test log message")
#XXX deprecate
yield "test camera yaw/itch"
r.setCameraYawPitch(.1, .5)
r.getCameraYawPitch()
yield "test webview"
import PythonQt
wv = PythonQt.QtWebKit.QWebView()
wv.show()
yield "test dotscene loading"
from localscene import loader
loader.load_dotscene("pymodules/localscene/test.scene")
yield "test dynamic component"
ent = naali.getUserAvatar()
ent.GetOrCreateComponentRaw("EC_DynamicComponent")
print ent, type(ent)
d = ent.EC_DynamicComponent
d.CreateAttribute("real", 42.0)
d.ComponentChanged(0)
d.SetAttribute("real", 8.5)
d.ComponentChanged(0)
d.RemoveAttribute("real")
d.ComponentChanged(0)
yield "test javascript"
cam = naali.getCamera()
naali.runjs('print("Hello from JS! " + x)', {'x': naali.renderer})
naali.runjs('print("Another hello from JS! " + x)', {'x': naali.inputcontext})
naali.runjs('print("Some camera! " + x)', {'x': cam.camera})
#py objects are not qobjects. naali.runjs('print("Some camera, using naali :O ! " + x.getCamera())', {'x': naali})
naali.runjs('print("Camera Entity " + x)', {'x': cam})
naali.runjs('print("Camera placeable pos: " + pos)', {'pos': cam.placeable.position})
#not exposed yet. naali.runjs('print("QVector3D: " + new QVector3D())', {})
#naali.runjs('var a = {"a": true, "b": 2};')
#naali.runjs('print(a.a + ", " + a.b)')
#naali.runjs('print(JSON.stringify(a))')
#naali.runjs('print("1 + 1 == " + 1 + 1)')
#naali.runjs('print("1 - 1 == " + 1 - 1)')
print ", done."
if 0:
runjs('var b = new QPushButton;')
runjs('b.text = "hep";')
runjs('b.show();')
def do_api_calls(self):
yield "createMeshEntity"
e = naali.createMeshEntity("axes.mesh")
from PythonQt.QtGui import QVector3D, QQuaternion
e.placeable.position = QVector3D(128, 128, 60)
e.placeable.Scale = QVector3D(5, 5, 5)
e.placeable.Orientation = QQuaternion(0, 0, 0, 1)
r.removeEntity(e.Id)
yield "EC_Touchable & EC_Highlight"
for longname, shortname in [("EC_Touchable", 'touchable'),
("EC_Highlight", 'highlight')]:
e = naali.getUserAvatar()
e.GetOrCreateComponentRaw(longname)
x = getattr(e, shortname)
x.Show()
x.Hide()
assert x.IsVisible() == False
yield "naali.createEntity"
ent = naali.createEntity()
print "new entity created:", ent
yield "get camera FOV"
fov = naali.getCamera().camera.GetVerticalFov()
yield "avatar position"
p = naali.getUserAvatar().placeable.position
yield "avatar animation controller"
naali.getUserAvatar().animationcontroller.EnableAnimation("Walk")
yield "test sendChat"
r.sendChat("test chat")
yield "test logInfo"
r.logInfo("test log message")
#XXX deprecate
yield "test camera yaw/itch"
r.setCameraYawPitch(.1, .5)
r.getCameraYawPitch()
yield "test webview"
import PythonQt
wv = PythonQt.QtWebKit.QWebView()
wv.show()
yield "test dotscene loading"
from localscene import loader
loader.load_dotscene("pymodules/localscene/test.scene")
yield "test dynamic component"
ent = naali.getUserAvatar()
ent.GetOrCreateComponentRaw("EC_DynamicComponent")
print ent, type(ent)
d = ent.EC_DynamicComponent
d.CreateAttribute("real", 42.0)
d.ComponentChanged(0)
d.SetAttribute("real", 8.5)
d.ComponentChanged(0)
d.RemoveAttribute("real")
d.ComponentChanged(0)
yield "test javascript"
cam = naali.getCamera()
naali.runjs('print("Hello from JS! " + x)', {'x': naali.renderer})
naali.runjs('print("Another hello from JS! " + x)',
{'x': naali.inputcontext})
naali.runjs('print("Some camera! " + x)', {'x': cam.camera})
#py objects are not qobjects. naali.runjs('print("Some camera, using naali :O ! " + x.getCamera())', {'x': naali})
naali.runjs('print("Camera Entity " + x)', {'x': cam})
naali.runjs('print("Camera placeable pos: " + pos)',
{'pos': cam.placeable.position})
#not exposed yet. naali.runjs('print("QVector3D: " + new QVector3D())', {})
#naali.runjs('var a = {"a": true, "b": 2};')
#naali.runjs('print(a.a + ", " + a.b)')
#naali.runjs('print(JSON.stringify(a))')
#naali.runjs('print("1 + 1 == " + 1 + 1)')
#naali.runjs('print("1 - 1 == " + 1 - 1)')
print ", done."
if 0:
runjs('var b = new QPushButton;')
runjs('b.text = "hep";')
runjs('b.show();')
#mm.INPUT_EVENT(r.MoveForwardPressed)
#a chat message again now too
#mm.RexNetMsgChatFromSimulator("Bob", "- that's me, Bob.")
#previous pyglet stuff, was an ncoming chat msg event
#m.dispatch_event('on_chat', "input", "testing")
#print viewer._event_stack
if 0: #create entity
print "Testing entity creation"
meshname = "axes.mesh"
avatar = naali.getUserAvatar()
ent = naali.createMeshEntity(meshname)
#print "New entity created:", ent, ent.placeable.Position
ent.placeable.Position = avatar.placeable.Position
#from PythonQt.QtGui import QVector3D as Vec
#ent.placeable.Scale = Vec(0.1, 0.1, 0.1)
#print "new pos", ent.pos, ent.scale
if 0: #placeable and text tests
print "Testing..."
e = r.getEntity(8880005)
#~ try:
#~ e.pos = 1
#~ except Exception, e:
#~ print e
#mm.INPUT_EVENT(r.MoveForwardPressed)
#a chat message again now too
#mm.RexNetMsgChatFromSimulator("Bob", "- that's me, Bob.")
#previous pyglet stuff, was an ncoming chat msg event
#m.dispatch_event('on_chat', "input", "testing")
#print viewer._event_stack
if 0: #create entity
print "Testing entity creation"
meshname = "axes.mesh"
avatar = naali.getUserAvatar()
ent = naali.createMeshEntity(meshname)
#print "New entity created:", ent, ent.placeable.position
ent.placeable.position = avatar.placeable.position
#from PythonQt.QtGui import QVector3D as Vec
#ent.placeable.scale = Vec(0.1, 0.1, 0.1)
#print "new pos", ent.pos, ent.scale
if 0: #placeable and text tests
print "Testing..."
e = r.getEntity(8880005)
#~ try:
#~ e.pos = 1
#~ except Exception, e:
#~ print e