TreePath FixedHeightTreeModelLayout::getPathForRow(const UInt32& row) const
{
//UInt32 RootVisibilityDependantRow(row);
//if(!isRootVisible())
//{
// RootVisibilityDependantRow += 1;
//}
UInt32 i(0);
TreePathSetConstItor VisiblePathSetItor(_VisiblePathSet.begin());
while(i<row && VisiblePathSetItor != _VisiblePathSet.end())
{
++i;
++VisiblePathSetItor;
}
if(VisiblePathSetItor != _VisiblePathSet.end())
{
return (*VisiblePathSetItor);
}
else
{
return TreePath();
}
}
TreePath PropertyTreeModel::pathFromRow(PropertyRow* row)
{
TreePath result;
if(row)
while(row->parent()){
int childIndex = row->parent()->childIndex(row);
YASLI_ESCAPE(childIndex >= 0, return TreePath());
result.insert(result.begin(), childIndex);
row = row->parent();
}
return result;
}
TreePath SceneGraphTreeModel::createPath(NodeUnrecPtr node) const
{
std::deque<boost::any> PathVec;
NodeUnrecPtr recNode(node);
if(recNode != NULL)
{
while(recNode != NULL && recNode != getRootNode())
{
PathVec.push_front(boost::any(recNode));
recNode = recNode->getParent();
}
if(recNode != NULL)
{
PathVec.push_front(boost::any(recNode));
}
else
{
return TreePath();
}
}
return TreePath(PathVec, const_cast<SceneGraphTreeModel*>(this));
}
TreePath SceneGraphTreeModel::getPathForNode(NodeUnrecPtr theNode) const
{
std::deque<boost::any> ResultPath;
if(theNode != NULL &&
getInternalRoot() != NULL &&
theNode != getInternalRoot())
{
NodeUnrecPtr parentNode(theNode);
while(parentNode != NULL &&
parentNode != getInternalRoot())
{
ResultPath.push_front(boost::any(parentNode));
parentNode = parentNode->getParent();
}
ResultPath.push_front(boost::any(getRootNode()));
}
return TreePath(ResultPath, TreeModelUnrecPtr(const_cast<SceneGraphTreeModel*>(this)));
}
TreePath VariableHeightTreeModelLayout::getPathClosestTo(const Pnt2f& Loc) const
{
//TODO:Implement
return TreePath();
}
TreePath VariableHeightTreeModelLayout::getPathForRow(const UInt32& row) const
{
//TODO:Implement
return TreePath();
}
