def spring(GV,**kwargs): """ Use a `spring-embedder <http://en.wikipedia.org/wiki/Force-based_algorithms_(graph_drawing)>`_ algorithm for deriving positions for the nodes. Edges follow a straight path between their endpoints. **Args**: * ``GV``: the graph or view (containing a graph) whose layout will be built. **KwArgs**: * ``num_iterations [=100]`` (int): the number of times to update the positions of nodes based on the forces among them. * ``bbox [=(0,0,100,100)]`` (:py:class:`tuple`): the spatial box into which all nodes should be confined. **Returns**: :py:class:`zen.View`. A view object with the position array set to the positions determined by this layout. """ if BBOX_NAME not in kwargs: kwargs[BBOX_NAME] = BBOX_DEFAULT_VALUE return spring_layout.layout(GV,**kwargs)
def spring(GV, **kwargs):
"""
Use a `spring-embedder <http://en.wikipedia.org/wiki/Force-based_algorithms_(graph_drawing)>`_ algorithm for
deriving positions for the nodes. Edges follow a straight path between their endpoints.
**Args**:
* ``GV``: the graph or view (containing a graph) whose layout will be built.
**KwArgs**:
* ``num_iterations [=100]`` (int): the number of times to update the positions of nodes based on the forces among them.
* ``bbox [=(0,0,100,100)]`` (:py:class:`tuple`): the spatial box into which all nodes should be confined.
**Returns**:
:py:class:`zen.View`. A view object with the position array set to the positions determined by this layout.
"""
if BBOX_NAME not in kwargs:
kwargs[BBOX_NAME] = BBOX_DEFAULT_VALUE
return spring_layout.layout(GV, **kwargs)
def spring(GV,**kwargs): if BBOX_NAME not in kwargs: kwargs[BBOX_NAME] = BBOX_DEFAULT_VALUE return spring_layout.layout(GV,**kwargs)