def doDelete(self):
"""
Delete all selected objects from the simulator.
"""
selected = editor.getSelected()
if selected:
for obj in selected:
if obj.opensim.uuid:
self.simrt.Delete(obj.opensim.uuid)
def doDelete(self):
"""
Delete all selected objects from the simulator.
"""
selected = editor.getSelected()
if selected:
for obj in selected:
if obj.opensim.uuid:
self.simrt.Delete(obj.opensim.uuid)
def doDeRezObject(self):
"""
DeRez all active objects into inventory.
"""
selected = editor.getSelected()
if selected:
for obj in selected:
if obj.opensim.uuid:
editor.set_loading_state(obj, 'TAKING')
self.simrt.DeRezObject(obj.opensim.uuid)
def doDeRezObject(self):
"""
DeRez all active objects into inventory.
"""
selected = editor.getSelected()
if selected:
for obj in selected:
if obj.opensim.uuid:
editor.set_loading_state(obj, 'TAKING')
self.simrt.DeRezObject(obj.opensim.uuid)
def checkObjects(self):
"""
Check objects during operator process. This is the main place to perform
checks on objects to see if we have to send any updates. Note at the
moment also processUpdate performs some checks.
"""
selected = set(editor.getSelected())
all_selected = set()
# look for changes in objects
for obj in selected:
obj_id = self.get_uuid(obj)
if obj_id in self.selected and obj.as_pointer() == self.selected[obj_id].pointer:
if obj.name != obj.opensim.name:
if not obj.name.startswith('opensim') and not obj.name.startswith(obj.opensim.name):
print("Sending New Name", obj.name, obj.opensim.name)
self.simrt.SetName(obj_id, obj.name)
obj.opensim.name = obj.name
print(obj.opensim.name)
def checkObjects(self):
"""
Check objects during operator process. This is the main place to perform
checks on objects to see if we have to send any updates. Note at the
moment also processUpdate performs some checks.
"""
selected = set(editor.getSelected())
all_selected = set()
# look for changes in objects
for obj in selected:
obj_id = self.get_uuid(obj)
if obj_id in self.selected and obj.as_pointer(
) == self.selected[obj_id].pointer:
if obj.name != obj.opensim.name:
if not obj.name.startswith(
'opensim') and not obj.name.startswith(
obj.opensim.name):
print("Sending New Name", obj.name, obj.opensim.name)
self.simrt.SetName(obj_id, obj.name)
obj.opensim.name = obj.name
print(obj.opensim.name)
def processUpdates(self):
"""
Process all pending updates up to the configured time budget.
"""
starttime = time.time()
self._last_time = time.time()
framebudget = float(self.exportSettings.rt_budget)/1000.0
try:
self.pool.poll()
except NoResultsPending:
pass
try:
self.workpool.poll()
except NoResultsPending:
pass
props = self.exportSettings
if props.kbytesPerSecond*1024 != self._lastthrottle:
self.simrt.Throttle(props.kbytesPerSecond*1024)
# check consistency
self.checkUuidConsistency(set(editor.getSelected()))
# per second checks
if time.time() - self.second_start > 1:
self.checkPool()
self.second_budget = 0
self.second_start = time.time()
for check_cb in self._module_cb["check"]:
check_cb(starttime, framebudget)
self.checkObjects()
# process command queue
if time.time() - starttime < framebudget:
self.processCommandQueue(starttime, framebudget)
# redraw if we have commands left
if len(self.command_queue):
self.queueRedraw()
def processUpdates(self):
"""
Process all pending updates up to the configured time budget.
"""
starttime = time.time()
self._last_time = time.time()
framebudget = float(self.exportSettings.rt_budget) / 1000.0
try:
self.pool.poll()
except NoResultsPending:
pass
try:
self.workpool.poll()
except NoResultsPending:
pass
props = self.exportSettings
if props.kbytesPerSecond * 1024 != self._lastthrottle:
self.simrt.Throttle(props.kbytesPerSecond * 1024)
# check consistency
self.checkUuidConsistency(set(editor.getSelected()))
# per second checks
if time.time() - self.second_start > 1:
self.checkPool()
self.second_budget = 0
self.second_start = time.time()
for check_cb in self._module_cb["check"]:
check_cb(starttime, framebudget)
self.checkObjects()
# process command queue
if time.time() - starttime < framebudget:
self.processCommandQueue(starttime, framebudget)
# redraw if we have commands left
if len(self.command_queue):
self.queueRedraw()
def processView(self):
"""
Process any needed updates from the view.
"""
self.stats[9] += 1
selected = set(editor.getSelected())
all_selected = set()
# changes in our own avatar
agent = self.findWithUUID(self.agent_id)
if agent:
self.processUpdate(agent)
# look for changes in objects
for obj in selected:
obj_id = self.get_uuid(obj)
if obj_id in self.selected and obj.as_pointer() == self.selected[obj_id].pointer:
self.processUpdate(obj)
all_selected.add(obj_id)
# update selection
if not all_selected == self.sim_selection:
self.simrt.Select(*all_selected)
self.sim_selection = all_selected
def processView(self):
"""
Process any needed updates from the view.
"""
self.stats[9] += 1
selected = set(editor.getSelected())
all_selected = set()
# changes in our own avatar
agent = self.findWithUUID(self.agent_id)
if agent:
self.processUpdate(agent)
# look for changes in objects
for obj in selected:
obj_id = self.get_uuid(obj)
if obj_id in self.selected and obj.as_pointer(
) == self.selected[obj_id].pointer:
self.processUpdate(obj)
all_selected.add(obj_id)
# update selection
if not all_selected == self.sim_selection:
self.simrt.Select(*all_selected)
self.sim_selection = all_selected
def getSelected(self):
"""
Get the selected objects, possibly proxyed into editor objects.
"""
return editor.getSelected()
def getSelected(self):
"""
Get the selected objects, possibly proxyed into editor objects.
"""
return editor.getSelected()