RTree#

class ansys.edb.core.geometry.r_tree.RTree(msg)#

Provides the base RTree class.

Methods

`RTree.connected_geometry`(rtree_obj, ...)	Find the connected geometries.
`RTree.create`([tolerance])	Create an RTree.
`RTree.delete`(rtree_obj)	Delete the RTree from a given RTree object.
`RTree.empty`()	Determine if the RTree is emppty (contains no geometry).
`RTree.increment_visit`()	Increment the visit count, effectively marking all items in the tree as unvisited.
`RTree.insert`(rtree_obj)	Insert an RTree object from a given RTree object.
`RTree.is_visited`(rtree_obj)	Determine whether an RTree object has been visited.
`RTree.nearest_neighbor`(rtree_obj)	Find the nearest neighbor of a given RTree object.
`RTree.search`(box, bb_search)	Search all objects intersecting a given box.
`RTree.touching_geometry`(rtree_obj, ...)	Find all geometries touching an RTree object.
`RTree.visit`(rtree_obj)	Increment the count of a given RTree object.

Attributes

`RTree.connected_geometry_sets`	`list` of `list` of `RTreeObj`: Connected geometry sets of an RTree in this form: `(ids, sizes)`.
`RTree.extent`	`tuple` of [:class:.PointData, :class:.PointData]: Bounding box for the contents of the RTree.
`RTree.get_visit`	`int`: Visit count for the R-tree.
`RTree.id`	`int`: Unique ID of the EDB object.
`RTree.is_null`	`bool`: Flag indicating if the object exists in the database.
`RTree.msg`	`EDBObjMessage`: Protobuf message that represents the object's ID.