adam.model.tree

adam.model.tree#

Classes#

`Node`	The node class
`Tree`	The directed tree class

Module Contents#

class adam.model.tree.Node[source]#

The node class

name: str[source]#

link: adam.model.abc_factories.Link[source]#

arcs: List[adam.model.abc_factories.Joint][source]#

children: List[Node][source]#

parent: adam.model.abc_factories.Link | None = None[source]#

parent_arc: adam.model.abc_factories.Joint | None = None[source]#

__hash__() → int[source]#

get_elements() → Tuple[adam.model.abc_factories.Link, adam.model.abc_factories.Joint, adam.model.abc_factories.Link][source]#

returns the node with its parent arc and parent link

Returns:: the node, the parent_arc, the parent_link
Return type:: Tuple[Link, Joint, Link]

class adam.model.tree.Tree[source]#

Bases: Iterable

The directed tree class

graph: Dict[source]#

root: str[source]#

__post_init__()[source]#

static build_tree(links: List[adam.model.abc_factories.Link], joints: List[adam.model.abc_factories.Joint]) → Tree[source]#

builds the tree from the connectivity of the elements

Parameters:

links (List[Link])
joints (List[Joint])

Returns:

the directed tree

Return type:

print(root)[source]#

prints the tree

Parameters:: root (str) – the root of the tree

get_ordered_nodes_list(start: str) → List[str][source]#

get the ordered list of the nodes, given the connectivity

Parameters:: start (str) – the start node
Returns:: the ordered list
Return type:: List[str]

classmethod get_children(node: Node, list: List)[source]#: Recursive method that finds children of child of child :param node: the analized node :type node: Node :param list: the list of the children that needs to be filled :type list: List

get_idx_from_name(name: str) → int[source]#

Parameters:: name (str) – node name
Returns:: the index of the node in the ordered list
Return type:: int

get_name_from_idx(idx: int) → str[source]#

Parameters:: idx (int) – the index in the ordered list
Returns:: the corresponding node name
Return type:: str

get_node_from_name(name: str) → Node[source]#

Parameters:: name (str) – the node name
Returns:: the node istance
Return type:: Node

__iter__() → Node[source]#

This method allows to iterate on the model :returns: the node istance :rtype: Node

Yields:: Iterator[Node] – the list of the nodes

__reversed__() → Node[source]#

Returns:: Node
Yields:: Iterator[Node] – the reversed nodes list

__getitem__(key) → Node[source]#

get the item at key in the model

Parameters:: key (Union[int, Slice]) – _description_
Returns:: _description_
Return type:: Node

__len__() → int[source]#

Returns:: the length of the model
Return type:: int