def convert_hierarchies(rootnodes, settings=SETTINGS_DEFAULT):
"""Calls 'converty_hierarchy' for each root node in 'rootnodes'
(so passing in '[parent, child]' would convert the 'parent'
hierarchy assuming 'child' lives under it).
"""
roots = skeletonutils.uniqueroots(rootnodes)
result = [convert_hierarchy(r, settings) for r in roots]
return result
def convert_hierarchies(rootnodes, settings=SETTINGS_DEFAULT):
'''
Converts hierarchy for each root node in 'rootnodes'
So passing in '[parent, child]' would convert the 'parent' hierarchy assuming 'child lives under it.
'''
roots = skeletonutils.uniqueroots(rootnodes)
result = [convert_hierarchy(r, settings) for r in roots]
return result
def convert_hierarchies(rootnodes):
"""Calls `convert_hierarchy` for each root node in `rootnodes`
(so passing in `[parent, child]` would convert the `parent`
hierarchy assuming `child` lives under it).
"""
roots = skeletonutils.uniqueroots(rootnodes)
result = [convert_hierarchy(r) for r in roots]
return result
def convert_hierarchies(rootnodes):
"""Calls `convert_hierarchy` for each root node in `rootnodes`
(so passing in `[parent, child]` would convert the `parent`
hierarchy assuming `child` lives under it).
"""
roots = skeletonutils.uniqueroots(rootnodes)
result = [convert_hierarchy(r) for r in roots]
return result
def convert_hierarchies(rootnodes, settings=SETTINGS_DEFAULT):
roots = skeletonutils.uniqueroots(rootnodes)
print('real roots:' + " ".join([node.name() for node in roots]))
result = [convert_hierarchy(r, settings) for r in roots]
return result
def convert_hierarchies(rootnodes, settings=SETTINGS_DEFAULT):
roots = skeletonutils.uniqueroots(rootnodes)
result = [convert_hierarchy(r, settings) for r in roots]
return result
def convert_hierarchies(rootnodes, settings=SETTINGS_DEFAULT):
roots = skeletonutils.uniqueroots(rootnodes)
result = [convert_hierarchy(r, settings) for r in roots]
return result