def analyze_selection():
# A) calling ancestor
if not CenterAlignBase.analyze_selection(): return False
# B) validating
cache = context.application.cache
for node in cache.nodes:
if not isinstance(node, ContainerMixin): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not CenterAlignBase.analyze_selection(): return False
# B) validating
cache = context.application.cache
for node in cache.nodes:
if not isinstance(node, ContainerMixin): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not CenterAlignBase.analyze_selection(): return False
# B) validating
cache = context.application.cache
node = cache.node
if not isinstance(node, GLTransformationMixin): return False
if not isinstance(node.transformation, Rotation): return False
if cache.some_neighbors_fixed: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not CenterAlignBase.analyze_selection(): return False
# B) validating
cache = context.application.cache
node = cache.node
if not isinstance(node, GLTransformationMixin): return False
if not isinstance(node.transformation, Rotation): return False
if cache.some_neighbors_fixed: return False
# C) passed all tests:
return True
