def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
if not isinstance(context.application.cache.node, ConscanResults): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
if len(context.application.cache.children) == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
if len(context.application.cache.nodes) == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
if context.application.main is None: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
if len(context.application.cache.nodes) == 0: return False
if context.application.cache.some_nodes_without_children_fixed: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
if context.application.main is None: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) own tests
if len(context.application.cache.nodes) == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
# C) passed all tests:
return True
def analyze_selection():
if not Immediate.analyze_selection(): return False
cache = context.application.cache
if len(cache.nodes) < 2: return False
Frame = context.application.plugins.get_node("Frame")
for cls in cache.classes:
if not issubclass(cls, Frame): return False
return True
def analyze_selection():
if not Immediate.analyze_selection(): return False
cache = context.application.cache
if len(cache.nodes) < 2: return False
Frame = context.application.plugins.get_node("Frame")
for cls in cache.classes:
if not issubclass(cls, Frame): return False
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
redo_stack = context.application.action_manager.redo_stack
if len(redo_stack) == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
for Class in context.application.cache.classes:
if not issubclass(Class, SavedSelection): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
undo_stack = context.application.action_manager.undo_stack
if len(undo_stack) == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
for Class in context.application.cache.classes:
if not issubclass(Class, SavedSelection): return False
# C) passed all tests:
return True
def analyze_selection(parameters=None):
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
universe = context.application.model.universe
if sum(universe.cell.active) == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
if not isinstance(context.application.cache.node, ConscanResults):
return False
# C) passed all tests:
return True
def analyze_selection(parameters=None):
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
universe = context.application.model.universe
if sum(universe.cell.active) == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
if len(context.application.cache.nodes) == 0: return False
if context.application.cache.some_nodes_without_children_fixed:
return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if cache.some_nodes_fixed: return False
if not isinstance(cache.parent, ContainerMixin): return False
# D) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
last_action = context.application.action_manager.last_action
if last_action is None: return False
if not last_action.want_repeat(): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
last_action = context.application.action_manager.last_action
if last_action is None: return False
if not last_action.want_repeat(): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if cache.some_nodes_fixed: return False
if not isinstance(cache.parent, ContainerMixin): return False
# D) passed all tests:
return True
def analyze_selection():
# A) calling ancestors
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if cache.some_nodes_fixed: return False
if len(cache.transformed_nodes) == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
parents = context.application.cache.parents
if len(parents) == 0: return False
if len(parents) == 1 and parents[0] is None: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
parents = context.application.cache.parents
if len(parents) == 0: return False
if len(parents) == 1 and parents[0] is None: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestors
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if cache.some_nodes_fixed: return False
if len(cache.transformed_nodes) == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
if not isinstance(context.application.cache.node, GLContainerMixin):
return False
if len(context.application.cache.node.children) == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if not isinstance(cache.node, ContainerMixin): return False
clipboard = gtk.clipboard_get()
if not clipboard.wait_is_target_available("ZML"): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
for cls in cache.classes:
if not issubclass(cls, Spring):
return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
for cls in cache.classes:
if not issubclass(cls, Spring):
return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestors
if not Immediate.analyze_selection(): return False
# B) validating
node = context.application.cache.node
Universe = context.application.plugins.get_node("Universe")
if not isinstance(node, Universe): return False
if node.cell.active.sum() == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if len(cache.nodes) != 2: return False
if len(cache.translations) != 2: return False
if cache.common_parent is None: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if len(cache.nodes) == 0: return False
for cls in cache.classes:
if issubclass(cls, Reference): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if len(cache.nodes) < 3: return False
if len(cache.translations) < 3: return False
if cache.common_parent is None: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if not isinstance(cache.node, ContainerMixin): return False
clipboard = gtk.clipboard_get()
if not clipboard.wait_is_target_available("ZML"): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestors
if not Immediate.analyze_selection(): return False
# B) validating
node = context.application.cache.node
Universe = context.application.plugins.get_node("Universe")
if not isinstance(node, Universe): return False
if node.cell_active.sum() == 0: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if len(cache.nodes) == 0: return False
for cls in cache.classes:
if issubclass(cls, Reference): return False
# C) passed all tests:
return True
def analyze_selection(AddModelObject):
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
# first check wether the nodes parameter is ok:
# only one node and it should accept the an AddModelObject
node = context.application.cache.node
if not isinstance(node, ContainerMixin): return False
if not node.check_add(AddModelObject): return False
# C) passed all tests:
return True
def analyze_selection(AddModelObject):
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
# first check wether the nodes parameter is ok:
# only one node and it should accept the an AddModelObject
node = context.application.cache.node
if not isinstance(node, ContainerMixin): return False
if not node.check_add(AddModelObject): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if len(cache.nodes) < 1: return False
if len(cache.nodes) + sum(context.application.model.universe.cell.active) > 3: return False
for Class in cache.classes:
if not issubclass(Class, Vector): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
transformed_nodes = cache.transformed_nodes
translated_nodes = cache.translated_nodes
if len(transformed_nodes) == 0: return False
if (len(translated_nodes) == 1) and (len(cache.rotated_nodes) == 0): return False
if some_fixed(transformed_nodes): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating & initializing
node = context.application.cache.node
Frame = context.application.plugins.get_node("Frame")
if not Frame.check_add(node.__class__): return False
if node.get_fixed(): return False
if not isinstance(node, GLTransformationMixin): return False
if not node.parent.check_add(Frame): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating & initializing
node = context.application.cache.node
Frame = context.application.plugins.get_node("Frame")
if not Frame.check_add(node.__class__): return False
if node.get_fixed(): return False
if not isinstance(node, GLTransformationMixin): return False
if not node.parent.check_add(Frame): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
transformed_nodes = cache.transformed_nodes
translated_nodes = cache.translated_nodes
if len(transformed_nodes) == 0: return False
if (len(translated_nodes) == 1) and (len(cache.rotated_nodes) == 0):
return False
if some_fixed(transformed_nodes): return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if len(cache.nodes) < 1: return False
if len(cache.nodes) + sum(
context.application.model.universe.cell.active) > 3:
return False
for Class in cache.classes:
if not issubclass(Class, Vector): return False
# C) passed all tests:
return True
def analyze_selection(NewParentClass):
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
old_parent = cache.parent
if old_parent is None: return False
if not isinstance(old_parent, ContainerMixin): return False
if not old_parent.check_add(NewParentClass): return False
if cache.some_nodes_fixed: return False
for Class in cache.classes:
if not NewParentClass.check_add(Class): return False
# C) Passed all tests
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if cache.node is None: return False
contains_atoms = False
for cls in cache.child_classes:
if issubclass(cls, Atom):
contains_atoms = True
break
if not contains_atoms: return False
# C) passed all tests
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
old_parent = cache.parent
if old_parent is None: return False
new_parent = old_parent.parent
if new_parent is None: return False
if cache.some_nodes_fixed: return False
for Class in cache.classes:
if not new_parent.check_add(Class): return False
# C) passed all tests
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
new_parent = cache.parent
if new_parent is None: return False
for Class in cache.classes:
if not issubclass(Class, ContainerMixin): return False
if cache.some_children_fixed: return False
for Class in cache.child_classes:
if not new_parent.check_add(Class): return False
# C) passed all tests
return True
def analyze_selection(NewParentClass):
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
old_parent = cache.parent
if old_parent is None: return False
if not isinstance(old_parent, ContainerMixin): return False
if not old_parent.check_add(NewParentClass): return False
if cache.some_nodes_fixed: return False
for Class in cache.classes:
if not NewParentClass.check_add(Class): return False
# C) Passed all tests
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
old_parent = cache.parent
if old_parent is None: return False
new_parent = old_parent.parent
if new_parent is None: return False
if cache.some_nodes_fixed: return False
for Class in cache.classes:
if not new_parent.check_add(Class): return False
# C) passed all tests
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating and initialising
cache = context.application.cache
if len(cache.nodes) == 0: return False
if len(cache.translations) == 0: return False
parent = cache.common_parent
if parent == None: return False
while not parent.check_add(Point):
parent = parent.parent
if parent == None: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
new_parent = cache.parent
if new_parent is None: return False
for Class in cache.classes:
if not issubclass(Class, ContainerMixin): return False
if cache.some_children_fixed: return False
for Class in cache.child_classes:
if not new_parent.check_add(Class): return False
# C) passed all tests
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating and initialising
cache = context.application.cache
if len(cache.nodes) == 0: return False
if len(cache.translations) == 0: return False
parent = cache.common_parent
if parent == None: return False
while not parent.check_add(Point):
parent = parent.parent
if parent == None: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
if cache.node is None: return False
contains_atoms = False
for cls in cache.child_classes:
if issubclass(cls, Atom):
contains_atoms = True
break
if not contains_atoms: return False
# C) passed all tests
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
Atom = context.application.plugins.get_node("Atom")
if not isinstance(cache.node, GLContainerMixin): return False
some_atoms = False
for cls in cache.child_classes:
if issubclass(cls, Atom):
some_atoms = True
break
if not some_atoms: return False
# C) passed all tests:
return True
def analyze_selection():
# A) calling ancestor
if not Immediate.analyze_selection(): return False
# B) validating
cache = context.application.cache
Atom = context.application.plugins.get_node("Atom")
if not isinstance(cache.node, GLContainerMixin): return False
some_atoms = False
for cls in cache.child_classes:
if issubclass(cls, Atom):
some_atoms = True
break
if not some_atoms: return False
# C) passed all tests:
return True
def analyze_selection():
if not Immediate.analyze_selection(): return False
if len(context.application.cache.nodes) == 0: return False
return True
def analyze_selection():
if not Immediate.analyze_selection(): return False
if not isinstance(context.application.cache.node, ContainerMixin):
return False
return True
def analyze_selection():
if not Immediate.analyze_selection(): return False
if len(context.application.cache.nodes) == 0: return False
return True