def on_hide(self, shown):
#print "on_hide", shown
self.sels = []
try:
self.manipulator.hideManipulator()
except RuntimeError, e:
r.logDebug("on_hide: scene not found")
def update(self, time):
#print "here", time
if self.windowActive:
self.time += time
if self.sels:
ent = self.active
#try:
# ent.prim
#except ValueError:
#that would work also, but perhaps this is nicer:
s = naali.getDefaultScene()
if not s.HasEntityId(ent.id):
#my active entity was removed from the scene by someone else
self.deselect(ent, valid=False)
return
if self.time > self.UPDATE_INTERVAL:
try:
#sel_pos = self.selection_box.placeable.Position
arr_pos = self.manipulator.getManipulatorPosition()
ent_pos = ent.placeable.Position
#if sel_pos != ent_pos:
self.time = 0 #XXX NOTE: is this logic correct?
# self.selection_box.placeable.Position = ent_pos
if arr_pos != ent_pos:
self.manipulator.moveTo(self.sels)
except RuntimeError, e:
r.logDebug("update: scene not found")
def on_hide(self, shown):
#print "on_hide", shown
self.sels = []
try:
self.manipulator.hideManipulator()
except RuntimeError, e:
r.logDebug("on_hide: scene not found")
def hideSelector(self):
try: #XXX! without this try-except, if something is selected, the viewer will crash on exit
if self.selection_box is not None:
self.selection_box.placeable.Scale = Vec(0.0, 0.0, 0.0)
self.selection_box.placeable.Position = Vec(0.0, 0.0, 0.0)
except RuntimeError, e:
r.logDebug("hideSelector failed")
def update(self, time):
#print "here", time
self.time += time
if self.sels:
ent = self.active
#try:
# ent.prim
#except ValueError:
#that would work also, but perhaps this is nicer:
s = naali.getDefaultScene()
if not s.HasEntityId(ent.id):
#my active entity was removed from the scene by someone else
self.deselect(ent, valid=False)
return
if self.time > self.UPDATE_INTERVAL:
try:
#sel_pos = self.selection_box.placeable.Position
arr_pos = self.manipulator.getManipulatorPosition()
ent_pos = ent.placeable.position
#if sel_pos != ent_pos:
self.time = 0 #XXX NOTE: is this logic correct?
# self.selection_box.placeable.Position = ent_pos
if arr_pos != ent_pos:
self.manipulator.moveTo(self.sels)
except RuntimeError, e:
r.logDebug("update: scene not found")
def on_hide(self, shown):
self.windowActive = shown
if self.windowActive:
self.sels = []
try:
self.manipulator.hideManipulator()
#if self.move_arrows is not None:
#ent = self.move_arrows.id
#is called by qt also when viewer is exiting,
#when the scene (in rexlogic module) is not there anymore.
except RuntimeError, e:
r.logDebug("on_hide: scene not found")
else:
self.deselect_all()
def on_hide(self, shown):
self.windowActive = shown
if self.windowActive:
self.sels = []
try:
self.manipulator.hideManipulator()
#if self.move_arrows is not None:
#ent = self.move_arrows.id
#is called by qt also when viewer is exiting,
#when the scene (in rexlogic module) is not there anymore.
except RuntimeError, e:
r.logDebug("on_hide: scene not found")
else:
self.deselect_all()
def hideManipulator(self):
#r.logInfo("hiding manipulator")
if self.usesManipulator:
try: #XXX! without this try-except, if something is selected, the viewer will crash on exit
#print "Hiding arrows!"
if self.manipulator is not None:
self.manipulator.placeable.Scale = Vec(0.0, 0.0, 0.0) #ugly hack
self.manipulator.placeable.Position = Vec(0.0, 0.0, 0.0)#another ugly hack
self.grabbed_axis = None
self.grabbed = False
except RuntimeError, e:
r.logDebug("hideManipulator failed")
def on_activate_editing(self, activate):
r.logDebug("on_active_editing")
# Restore stored state when exiting build mode
if activate == False and self.windowActiveStoredState != None:
self.windowActive = self.windowActiveStoredState
self.windowActiveStoredState = None
if self.windowActive == False:
self.deselect_all()
for ent in self.sels:
self.remove_highlight(ent)
# Store the state before build scene activated us
if activate == True and self.windowActiveStoredState == None:
self.windowActiveStoredState = self.windowActive
self.windowActive = True
def on_activate_editing(self, activate):
r.logDebug("on_active_editing")
# Restore stored state when exiting build mode
if activate == False and self.windowActiveStoredState != None:
self.windowActive = self.windowActiveStoredState
self.windowActiveStoredState = None
if self.windowActive == False:
self.deselect_all()
for ent in self.sels:
self.remove_highlight(ent)
# Store the state before build scene activated us
if activate == True and self.windowActiveStoredState == None:
self.windowActiveStoredState = self.windowActive
self.windowActive = True
def hideManipulator(self):
#r.logInfo("hiding manipulator")
if self.usesManipulator:
try: #XXX! without this try-except, if something is selected, the viewer will crash on exit
#print "Hiding arrows!"
if self.manipulator is not None:
self.manipulator.placeable.Scale = Vec(0.0, 0.0,
0.0) #ugly hack
self.manipulator.placeable.Position = Vec(
0.0, 0.0, 0.0) #another ugly hack
self.grabbed_axis = None
self.grabbed = False
except RuntimeError, e:
r.logDebug("hideManipulator failed")
def uploadFile(self, filePath, collectionWebDavPath, resourceWebDavName):
dataFile = None
rexviewer.logDebug("WebDav Connection Uploading file: %s" % filePath)
try:
dataFile = open(filePath, 'rb')
except IOError:
dataFile.close()
return 'False'
if (self.setCollectionStorerToPath(collectionWebDavPath)):
try:
self.resource.addResource(resourceWebDavName, dataFile.read())
dataFile.close()
return 'True'
except WebdavError, IOError:
dataFile.close()
return WebdavError.__str__
def uploadFile(self, filePath, collectionWebDavPath, resourceWebDavName):
dataFile = None
rexviewer.logDebug("WebDav Connection Uploading file: %s" % filePath)
try:
dataFile = open(filePath, 'rb')
except IOError:
dataFile.close()
return 'False'
if ( self.setCollectionStorerToPath(collectionWebDavPath) ):
try:
self.resource.addResource(resourceWebDavName, dataFile.read())
dataFile.close()
return 'True'
except WebdavError, IOError:
dataFile.close()
return WebdavError.__str__
def hideManipulator(self):
#r.logInfo("hiding manipulator")
if self.usesManipulator:
try: #XXX! without this try-except, if something is selected, the viewer will crash on exit
#print "Hiding arrows!"
if self.manipulator is not None:
self.manipulator.placeable.Scale = QVector3D(0.0, 0.0, 0.0) #ugly hack
self.manipulator.placeable.Position = QVector3D(0.0, 0.0, 0.0)#another ugly hack
self.manipulator.ruler.SetVisible(False)
#r.logInfo("hiding ruler hideManipulator")
self.manipulator.ruler.UpdateRuler()
self.grabbed_axis = None
self.grabbed = False
remove_custom_cursors()
except RuntimeError, e:
r.logDebug("hideManipulator failed")
def update(self, time):
#print "here", time
if self.windowActive:
self.time += time
if self.sels:
ent = self.active
if self.time > self.UPDATE_INTERVAL:
try:
#sel_pos = self.selection_box.placeable.Position
arr_pos = self.manipulator.getManipulatorPosition()
ent_pos = ent.placeable.Position
#if sel_pos != ent_pos:
self.time = 0 #XXX NOTE: is this logic correct?
# self.selection_box.placeable.Position = ent_pos
if arr_pos != ent_pos:
self.manipulator.moveTo(self.sels)
except RuntimeError, e:
r.logDebug("update: scene not found")
def update(self, time):
#print "here", time
if self.windowActive:
self.time += time
if self.sels:
ent = self.active
if self.time > self.UPDATE_INTERVAL:
try:
sel_pos = self.selection_box.placeable.Position
arr_pos = self.manipulator.getManipulatorPosition()
ent_pos = ent.placeable.Position
if sel_pos != ent_pos:
self.time = 0
self.selection_box.placeable.Position = ent_pos
if arr_pos != ent_pos:
self.manipulator.moveTo(self.sels)
except RuntimeError, e:
r.logDebug("update: scene not found")
def on_genericmessage(self, name, data):
#print "MediaURLHandler got Generic Message:", name, data
if name == "RexMediaUrl":
#print "MediaURLHandler got data:", data
textureuuid, urlstring, refreshrate = data
refreshrate = int(refreshrate)
if self.texture2mediaurlview.has_key(textureuuid):
mediaurlview = self.texture2mediaurlview[textureuuid]
if mediaurlview is not None:
if mediaurlview.url().toString() == urlstring:
mediaurlview.refreshrate = refreshrate
return
del self.texture2mediaurlview[textureuuid]
mediaurlview.delete_playback_widget()
#could check whether a webview for this url already existed
mv = MediaurlView(urlstring, refreshrate)
#for when get visuals_modified events later,
#e.g. for newly downloaded objects
self.texture2mediaurlview[textureuuid] = mv
# Check if texture is in scene and only if is create playback widget
if mv.playback_widget == None:
r.logDebug("MediaUrlHandler: Checking scene for texture " +
str(textureuuid))
if r.checkSceneForTexture(textureuuid):
mv.create_playback_widget()
# If widget was created (texture found in scene), then apply to submeshes
if mv.playback_widget != None:
affected_entitys = naali._pythonscriptmodule.ApplyUICanvasToSubmeshesWithTexture(
mv.playback_widget, textureuuid, mv.refreshrate)
# Connect affected entities Toucheble signals to to MediaurlView
if affected_entitys != None:
for entity in affected_entitys:
self.connect_touchable(mv, entity)
mv.load_url()
def on_genericmessage(self, name, data):
#print "MediaURLHandler got Generic Message:", name, data
if name == "RexMediaUrl":
#print "MediaURLHandler got data:", data
textureuuid, urlstring, refreshrate = data
refreshrate = int(refreshrate)
if self.texture2mediaurlview.has_key(textureuuid):
mediaurlview = self.texture2mediaurlview[textureuuid]
if mediaurlview is not None:
if mediaurlview.url().toString() == urlstring:
mediaurlview.refreshrate = refreshrate
return
del self.texture2mediaurlview[textureuuid]
mediaurlview.delete_playback_widget()
#could check whether a webview for this url already existed
mv = MediaurlView(urlstring, refreshrate)
#for when get visuals_modified events later,
#e.g. for newly downloaded objects
self.texture2mediaurlview[textureuuid] = mv
# Check if texture is in scene and only if is create playback widget
if mv.playback_widget == None:
r.logDebug("MediaUrlHandler: Checking scene for texture " + str(textureuuid))
if r.checkSceneForTexture(textureuuid):
mv.create_playback_widget()
# If widget was created (texture found in scene), then apply to submeshes
if mv.playback_widget != None:
affected_entitys = r.applyUICanvasToSubmeshesWithTexture(mv.playback_widget, textureuuid, mv.refreshrate)
# Connect affected entities Toucheble signals to to MediaurlView
if affected_entitys != None:
for entity in affected_entitys:
self.connect_touchable(mv, entity)
mv.load_url()
print "- initial import."
exec("import %s" % modulename)
else:
print "- reload."
exec("%s = reload(%s)" % (modulename, modulename))
return sys.modules[modulename]
"""
modules = []
try:
apitest.circuits_testmodule
except: #first run
import apitest.circuits_testmodule
else:
r.logDebug(" reloading apitest.circuits_testmodule")
apitest.circuits_testmodule = reload(apitest.circuits_testmodule)
try:
usr.chathandler
except: #first run
import usr.chathandler
else:
r.logDebug(" reloading usr.chathandler")
usr.chathandler = reload(usr.chathandler)
try:
usr.keycommands
except: #first run
import usr.keycommands
else:
print "created a new Highlight component"
h = e.highlight
print type(h), h
h.Show()
#h.Hide()
vis = h.IsVisible()
if vis:
print "vis"
else:
print "not"
if 0: #log level visibility
r.logDebug("Debug")
#r.logWarning("Warning") #not implement now, should add i guess
r.logInfo("Info")
if 0: #local object creation, testing if local previews of .scenes would work
from PythonQt.QtGui import QVector3D as Vec3
from PythonQt.QtGui import QQuaternion as Quat
print "hep"
e = r.createEntity("Jack.mesh", 1515)
print e
e.placeable.Position = Vec3(128, 128, 60)
e.placeable.Scale = Vec3(5, 5, 5)
e.placeable.Orientation = Quat(0, 0, 0, 1)
if 0: #running localscene dotscene loader
def __init__(self):
self.sels = []
Component.__init__(self)
self.window = window.ObjectEditWindow(self)
self.resetValues()
self.worldstream = r.getServerConnection()
self.usingManipulator = False
self.useLocalTransform = False
self.cpp_python_handler = None
self.left_button_down = False
self.keypressed = False
self.shortcuts = {
(Qt.Key_Z, Qt.ControlModifier) : self.undo,
(Qt.Key_Delete, Qt.NoModifier) : self.deleteObject,
(Qt.Key_L, Qt.AltModifier) : self.linkObjects,
(Qt.Key_L, Qt.ControlModifier|Qt.ShiftModifier) : self.unlinkObjects,
}
# Connect to key pressed signal from input context
self.edit_inputcontext = naali.createInputContext("object-edit", 100)
self.edit_inputcontext.SetTakeMouseEventsOverQt(True)
self.edit_inputcontext.connect('KeyPressed(KeyEvent*)', self.on_keypressed)
# Connect to mouse events
self.edit_inputcontext.connect('MouseScroll(MouseEvent*)', self.on_mousescroll)
self.edit_inputcontext.connect('MouseLeftPressed(MouseEvent*)', self.on_mouseleftpressed)
self.edit_inputcontext.connect('MouseLeftReleased(MouseEvent*)', self.on_mouseleftreleased)
self.edit_inputcontext.connect('MouseMove(MouseEvent*)', self.on_mousemove)
self.resetManipulators()
loader = QUiLoader()
selectionfile = QFile(self.SELECTIONRECT)
self.selection_rect = loader.load(selectionfile)
#rectprops = r.createUiWidgetProperty(2)
#~ print type(rectprops), dir(rectprops)
#print rectprops.WidgetType
#uiprops.widget_name_ = "Selection Rect"
#uiprops.my_size_ = QSize(width, height) #not needed anymore, uimodule reads it
proxy = r.createUiProxyWidget(self.selection_rect)
uism = r.getUiSceneManager()
uism.AddWidgetToScene(proxy)
proxy.setWindowFlags(0) #changing it to Qt::Widget
self.selection_rect.setGeometry(0,0,0,0)
self.selection_rect_startpos = None
r.c = self #this is for using objectedit from command.py
# Get world building modules python handler
self.cpp_python_handler = r.getQWorldBuildingHandler()
if self.cpp_python_handler == None:
r.logDebug("Could not aqquire world building service to object edit")
else:
# Connect signals
self.cpp_python_handler.connect('ActivateEditing(bool)', self.on_activate_editing)
self.cpp_python_handler.connect('ManipulationMode(int)', self.on_manupulation_mode_change)
self.cpp_python_handler.connect('RemoveHightlight()', self.deselect_all)
self.cpp_python_handler.connect('RotateValuesToNetwork(int, int, int)', self.changerot_cpp)
self.cpp_python_handler.connect('ScaleValuesToNetwork(double, double, double)', self.changescale_cpp)
self.cpp_python_handler.connect('PosValuesToNetwork(double, double, double)', self.changepos_cpp)
self.cpp_python_handler.connect('CreateObject()', self.createObject)
self.cpp_python_handler.connect('DuplicateObject()', self.duplicate)
self.cpp_python_handler.connect('DeleteObject()', self.deleteObject)
# Pass widgets
self.cpp_python_handler.PassWidget("Mesh", self.window.mesh_widget)
self.cpp_python_handler.PassWidget("Animation", self.window.animation_widget)
self.cpp_python_handler.PassWidget("Sound", self.window.sound_widget)
self.cpp_python_handler.PassWidget("Materials", self.window.materialTabFormWidget)
# Check if build mode is active, required on python restarts
self.on_activate_editing(self.cpp_python_handler.IsBuildingActive())
print "- initial import."
exec("import %s" % modulename)
else:
print "- reload."
exec("%s = reload(%s)" % (modulename, modulename))
return sys.modules[modulename]
"""
modules = []
try:
apitest.circuits_testmodule
except: #first run
import apitest.circuits_testmodule
else:
r.logDebug(" reloading apitest.circuits_testmodule")
apitest.circuits_testmodule = reload(apitest.circuits_testmodule)
try:
usr.chathandler
except: #first run
import usr.chathandler
else:
r.logDebug(" reloading usr.chathandler")
usr.chathandler = reload(usr.chathandler)
try:
usr.keycommands
except: #first run
import usr.keycommands
else:
def __init__(self):
self.sels = []
Component.__init__(self)
self.window = window.ObjectEditWindow(self)
self.resetValues()
self.worldstream = r.getServerConnection()
self.usingManipulator = False
self.useLocalTransform = False
self.cpp_python_handler = None
self.left_button_down = False
self.keypressed = False
self.shortcuts = {
(Qt.Key_Z, Qt.ControlModifier): self.undo,
(Qt.Key_Delete, Qt.NoModifier): self.deleteObject,
(Qt.Key_L, Qt.AltModifier): self.linkObjects,
(Qt.Key_L, Qt.ControlModifier | Qt.ShiftModifier):
self.unlinkObjects,
}
# Connect to key pressed signal from input context
self.edit_inputcontext = naali.createInputContext("object-edit", 100)
self.edit_inputcontext.SetTakeMouseEventsOverQt(True)
self.edit_inputcontext.connect('KeyPressed(KeyEvent*)',
self.on_keypressed)
# Connect to mouse events
self.edit_inputcontext.connect('MouseScroll(MouseEvent*)',
self.on_mousescroll)
self.edit_inputcontext.connect('MouseLeftPressed(MouseEvent*)',
self.on_mouseleftpressed)
self.edit_inputcontext.connect('MouseLeftReleased(MouseEvent*)',
self.on_mouseleftreleased)
self.edit_inputcontext.connect('MouseMove(MouseEvent*)',
self.on_mousemove)
self.resetManipulators()
loader = QUiLoader()
selectionfile = QFile(self.SELECTIONRECT)
self.selection_rect = loader.load(selectionfile)
#rectprops = r.createUiWidgetProperty(2)
#~ print type(rectprops), dir(rectprops)
#print rectprops.WidgetType
#uiprops.widget_name_ = "Selection Rect"
#uiprops.my_size_ = QSize(width, height) #not needed anymore, uimodule reads it
proxy = r.createUiProxyWidget(self.selection_rect)
uism = naali.ui
uism.AddWidgetToScene(proxy)
proxy.setWindowFlags(0) #changing it to Qt::Widget
self.selection_rect.setGeometry(0, 0, 0, 0)
self.selection_rect_startpos = None
r.c = self #this is for using objectedit from command.py
# Get world building modules python handler
self.cpp_python_handler = r.getQWorldBuildingHandler()
if self.cpp_python_handler == None:
r.logDebug(
"Could not aqquire world building service to object edit")
else:
# Connect signals
self.cpp_python_handler.connect('ActivateEditing(bool)',
self.on_activate_editing)
self.cpp_python_handler.connect('ManipulationMode(int)',
self.on_manupulation_mode_change)
self.cpp_python_handler.connect('RemoveHightlight()',
self.deselect_all)
self.cpp_python_handler.connect(
'RotateValuesToNetwork(int, int, int)', self.changerot_cpp)
self.cpp_python_handler.connect(
'ScaleValuesToNetwork(double, double, double)',
self.changescale_cpp)
self.cpp_python_handler.connect(
'PosValuesToNetwork(double, double, double)',
self.changepos_cpp)
self.cpp_python_handler.connect('CreateObject()',
self.createObject)
self.cpp_python_handler.connect('DuplicateObject()',
self.duplicate)
self.cpp_python_handler.connect('DeleteObject()',
self.deleteObject)
# Pass widgets
self.cpp_python_handler.PassWidget("Mesh", self.window.mesh_widget)
self.cpp_python_handler.PassWidget("Animation",
self.window.animation_widget)
self.cpp_python_handler.PassWidget("Sound",
self.window.sound_widget)
self.cpp_python_handler.PassWidget(
"Materials", self.window.materialTabFormWidget)
# Check if build mode is active, required on python restarts
self.on_activate_editing(
self.cpp_python_handler.IsBuildingActive())
#animname = "Fly"
animname = "Walk"
a.EnableAnimation(animname)
#print a.SetAnimationTimePosition("Walk", 0.2)
#step with consequent calls
try:
r.t
except: #first run
r.t = 0
r.t += 0.1
print a.SetAnimationTimePosition(animname, r.t % 1)
if 0: #log level visibility
r.logDebug("Debug")
#r.logWarning("Warning") #not implement now, should add i guess
r.logInfo("Info")
if 0: #local object creation, testing if local previews of .scenes would work
from PythonQt.QtGui import QVector3D as Vec3
from PythonQt.QtGui import QQuaternion as Quat
print "hep"
e = r.createEntity("Jack.mesh", 1515)
print e
e.placeable.Position = Vec3(128, 128, 60)
e.placeable.Scale = Vec3(5, 5, 5)
e.placeable.Orientation = Quat(0, 0, 0, 1)
if 0: #createentity directly from the c++ scenemanager where it's a qt slot now
