def sv_pre_load(scene):
clear_system_cache()
sv_clean(scene)
import sverchok.core.group_handlers as gh
gh.NodesStatuses.reset_data()
gh.ContextTrees.reset_data()
set_first_run(True)
def sv_unregister_modules(modules):
clear_system_cache()
for m in reversed(modules):
if hasattr(m, "unregister"):
try:
m.unregister()
except RuntimeError as e:
print("Error unregistering module: {}".format(m.__name__))
print(str(e))
def sv_pre_load(scene):
"""
This method is called whenever new file is opening
THe update order is next:
1. pre_load handler
2. update methods of trees in a file
3. post_load handler
4. evaluate trees from main tree handler
"""
clear_system_cache()
sv_clean(scene)
import sverchok.core.group_handlers as gh
gh.NodesStatuses.reset_data()
gh.GroupContextTrees.reset_data()
import sverchok.core.main_tree_handler as mh
mh.NodesStatuses.reset_data()
mh.ContextTrees.reset_data()
def sv_pre_load(scene):
"""
This method is called whenever new file is opening
THe update order is next:
1. pre_load handler
2. update methods of trees in a file
3. post_load handler
Because Sverchok does not fully initialize itself during its initialization
it requires throttling of update method of loaded trees
"""
clear_system_cache()
sv_clean(scene)
import sverchok.core.group_handlers as gh
gh.NodesStatuses.reset_data()
gh.ContextTrees.reset_data()
set_first_run(True)
def sv_pre_load(scene):
clear_system_cache()
sv_clean(scene)
set_first_run(True)
def sv_unregister_modules(modules):
clear_system_cache()
for m in reversed(modules):
if hasattr(m, "unregister"):
# print("Unregistering module: {}".format(m.__name__))
m.unregister()
