void wxsItemEditorContent::ScreenShootTaken()
{
if ( m_RebuildMaps )
{
RecalculateMaps();
}
RebuildDragPoints();
m_AssistParent = 0;
m_AssistTarget = 0;
m_AssistAddAfter = false;
m_Assist->NewDragging();
}
void UndoEngine::DoEvents(std::vector<UndoEvent> &events, EventTreeMap* tree)
{
RecalculateMaps();
for(size_t i=0; i < events.size(); i++)
{
UndoEvent evt = events[i];
switch(evt.m_type)
{
case EventTypeAdd:
{
HeeksObj* new_obj = evt.m_object->MakeACopyWithID();
tree->m_treemap[GetHeeksObjId(evt.m_parent)]->Add(new_obj,NULL);
tree->m_treemap[GetHeeksObjId(new_obj)] = new_obj;
new_obj->ReloadPointers();
#ifdef MULTIPLE_OWNERS
if (new_obj->Owner()) new_obj->Owner()->ReloadPointers();
#else
if (new_obj->m_owner) new_obj->m_owner->ReloadPointers();
#endif
}
break;
case EventTypeModified:
{
tree->m_treemap[GetHeeksObjId(evt.m_parent)]->Remove(tree->m_treemap[GetHeeksObjId(evt.m_oldobject)]);
HeeksObj* new_obj = evt.m_object->MakeACopyWithID();
tree->m_treemap[GetHeeksObjId(evt.m_parent)]->Add(new_obj,NULL);
tree->m_treemap[GetHeeksObjId(new_obj)] = new_obj;
}
break;
case EventTypeRemove:
tree->m_treemap[GetHeeksObjId(evt.m_parent)]->Remove(tree->m_treemap[GetHeeksObjId(evt.m_object)]);
tree->m_treemap[GetHeeksObjId(evt.m_parent)]->ReloadPointers();
break;
}
DealWithTransients(tree->m_treemap);
}
}
void UndoEngine::GetModifications(std::vector<UndoEvent> &ret,ObjList* newtree, ObjList* oldtree)
{
//Add the parents to the map really quick
RecalculateMaps();
GetModificationsRecursive(ret,newtree,oldtree);
}
