def finish_launching(args=None):
if args == None:
args = pymol_argv+["-K"] # keep PyMOL thread alive
else:
args = list(args)
if pymol_launch == 2: # spawn thread -- 'import pymol'
global glutThreadObject
cmd.reaper = threading.currentThread()
glutThreadObject = threading.Thread(target=thread_launch,
args=(args,))
glutThreadObject.start()
_COb = _cmd._get_global_C_object()
e=threading.Event()
import pymol # wait for import to complete
while not _cmd.ready(_COb): # wait for the C library to initialize
e.wait(0.01)
while not hasattr(pymol,'xray'): # make sure symmetry module has time to start...
e.wait(0.01)
def finish_launching(args=None):
if args == None:
args = pymol_argv + ["-K"] # keep PyMOL thread alive
else:
args = list(args)
if pymol_launch == 2: # spawn thread -- 'import pymol'
global glutThreadObject
cmd.reaper = threading.currentThread()
glutThreadObject = threading.Thread(target=thread_launch,
args=(args, ))
glutThreadObject.start()
_COb = _cmd._get_global_C_object()
e = threading.Event()
import pymol # wait for import to complete
while not _cmd.ready(_COb): # wait for the C library to initialize
e.wait(0.01)
while not hasattr(
pymol,
'xray'): # make sure symmetry module has time to start...
e.wait(0.01)
def ready(_self=cmd): # INTERNAL
# WARNING: internal routine, subject to change
return _cmd.ready(_self._COb)