def CallFnOnNetworkByClass(_sFn, _sCls):
fnFilter = lambda x: libSerialization.isNetworkInstanceOfClass(x, _sCls)
networks = libSerialization.getConnectedNetworks(pymel.selected(), key=fnFilter)
for network in networks:
rigPart = libSerialization.import_network(network)
if not hasattr(rigPart, _sFn):
logging.warning("Can't find attribute {0} in {1}".format(_sFn, network)); continue
try:
getattr(rigPart, _sFn)()
except Exception, e:
print str(e)
def is_network_pinnable(network):
from omtk.libs import libSerialization
from omtk.rigging.autorig.classRigPart import RigPart
if not isinstance(network, pymel.nodetypes.Network):
raise IOError("Expected pymel.nodetypes.Network, got {0} ({1})".format(network, type(network)))
# We only listen to network that inherit from RigPart
if not libSerialization.isNetworkInstanceOfClass(network, RigPart.__name__):
return False
# If the network have an 'canPinTo' attribute
# todo: Don't hardcode attribute name...
if network.hasAttr('canPinTo'):
val = network.attr('canPinTo').get()
if not isinstance(val, bool):
raise IOError("Expected 'canPinTo' attribute type to be boolean, got {0} ({1})".format(val, type(val)))
else:
log.warning("Can't find attribute 'canPinTo' in {0}, maybe the network is old and need to be re-generated?".format(network))
# If there's no 'canPinTo' attribute we assume that the network is not pinnable.
return False