
    Gd(                        d Z ddlmZ ddlZddlZdZdZ	 ej
        ee	d          Z ej        e          Zej                            e                                          Z ed ee                      ed ee                      ej        ed	
            ej        dd            ej                     dS )za
===========
Eigenvalues
===========

Create an G{n,m} random graph and compute the eigenvalues.
    Ni  i  i  )seedzLargest eigenvalue:zSmallest eigenvalue:d   )bins   )__doc__matplotlib.pyplotpyplotpltnetworkxnxnumpy.linalgnumpynmgnm_random_graphGnormalized_laplacian_matrixLlinalgeigvalstoarrayeprintmaxminhistxlimshow     ;share/doc/networkx-3.1/examples/drawing/plot_eigenvalues.py<module>r"      s                   B14((("B"1%%	L%% SSVV $ $ $ cc!ff % % %      A 




r    