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for G in graphs.nauty_geng("8 -c"):
A=G.adjacency_matrix.eigenvalues()
L=G.laplacian_matrix.eigenvalues()
show(A,L)
G.show()

Using the above code, I have obtained the all possible eigenvalues of the adjacency and Laplacian matrix. But I need only the integer eigenvalues for both the matrices. How to collect only the integer eigenvalues from this large collection?

for G in graphs.nauty_geng("8 -c"):
 A=G.adjacency_matrix.eigenvalues()
 L=G.laplacian_matrix.eigenvalues()
 show(A,L)
G.show()

Using the above code, I have obtained the all possible eigenvalues of the adjacency and Laplacian matrix. But I need only the integer eigenvalues for both the matrices. How to collect only the integer eigenvalues from this large collection?

.

for G in graphs.nauty_geng("8 -c"):
        A=G.adjacency_matrix.eigenvalues()
        L=G.laplacian_matrix.eigenvalues()
        show(A,L)
        G.show()
G.show()

Using the above code, I have obtained the all possible eigenvalues of the adjacency and Laplacian matrix. But I need only the integer eigenvalues for both the matrices. How to collect only the integer eigenvalues from this large collection?

.

for G in graphs.nauty_geng("8 -c"):
     A=G.adjacency_matrix.eigenvalues()
     L=G.laplacian_matrix.eigenvalues()
     show(A,L)
     G.show()

Using the above code, I have obtained the all possible eigenvalues of the adjacency and Laplacian matrix. But I need only the integer eigenvalues for both the matrices. How to collect only the integer eigenvalues from this large collection?

.

for G in graphs.nauty_geng("8 -c"):
    A=G.adjacency_matrix.eigenvalues()
A=G.adjacency_matrix().eigenvalues()
 L=G.laplacian_matrix.eigenvalues()
L=G.laplacian_matrix().eigenvalues()
    show(A,L)
    G.show()

Using the above code, I have obtained the all possible eigenvalues of the adjacency and Laplacian matrix. But I need only the integer eigenvalues for both the matrices. How to collect only the integer eigenvalues from this large collection?

.

for G in graphs.nauty_geng("8 -c"):
    A=G.adjacency_matrix().eigenvalues()
    L=G.laplacian_matrix().eigenvalues()
    show(A,L)
    G.show()

Using the above code, I have obtained the all possible eigenvalues of the adjacency and Laplacian matrix. But I need only those graphs for which the adjacency and laplacian matrices have all integer eigenvalues for both the matrices. eigenvalues. How to collect only the integer eigenvalues from this large collection?