Node	Second smallest eigenspectra of laplacian matrix
1	-0.022906
2	-0.023030
3	-0.022283
4	-0.024466
5	-0.022908
6	-0.020024
7	-0.020098
8	-0.021027
9	-0.017576
10	-0.024742
11	-0.030325
12	-0.024915
13	-0.026849
14	-0.020970
15	-0.024988
16	-0.027246
17	-0.021765
18	0.002937
19	-0.015186
20	-0.016293
21	-0.011227
22	0.013119
23	-0.015538
24	-0.011022
25	-0.014677
26	-0.016186
27	-0.021394
28	-0.024386
29	-0.023531
30	-0.024424
31	-0.034384
32	-0.032404
33	-0.036574
34	-0.025923
35	-0.038888
36	-0.029230
37	-0.016264
38	-0.017118
39	-0.021481
40	-0.022378
41	-0.028820
42	-0.032626
43	-0.024237
44	-0.014105
45	-0.026961
46	-0.011095
47	-0.016444
48	-0.014268
49	-0.002134
50	-0.025901
51	-0.024767
52	-0.042173
53	-0.050616
54	-0.050616
55	-0.040747
56	-0.004704
57	-0.025864
58	-0.016808
59	-0.018220
60	-0.011779
61	-0.021887
62	-0.014549
63	0.015122
64	-0.003951
65	-0.035586
66	-0.021241
67	0.018618
68	-0.016177
69	-0.010056
70	-0.003120
71	-0.020884
72	0.004194
73	-0.013779
74	-0.050855
75	-0.021463
76	-0.030572
77	-0.015368
78	0.021311
79	0.008689
80	-0.028127
81	-0.021311
82	-0.012676
83	-0.031825
84	-0.018510
85	0.000342
86	0.012907
87	-0.040524
88	-0.049649
89	-0.040255
90	-0.056596
91	-0.021878
92	-0.041954
93	-0.026556
94	-0.001573
95	0.038016
96	0.009422
97	-0.039350
98	0.017709
99	0.017709
100	-0.007747
101	-0.000590
102	0.003501
103	-0.025083
104	-0.016807
105	0.005108
106	-0.037565
107	-0.039687
108	-0.019116
109	-0.046442
110	-0.038615
111	-0.039754
112	-0.038593
113	-0.056318
114	-0.053893
115	-0.046445
116	-0.045178
117	-0.047760
118	-0.038541
119	-0.043893
120	-0.015297
121	0.038133
122	0.025989
123	0.021983
124	-0.032272
125	-0.002775
126	0.038837
127	0.052049
128	0.079203
129	0.007949
130	-0.018212
131	-0.011934
132	-0.003099
133	0.015857
134	0.069831
135	-0.034859
136	-0.029914
137	-0.033672
138	-0.033672
139	-0.037539
140	-0.033611
141	-0.040248
142	-0.028104
143	0.037398
144	0.003789
145	-0.009634
146	0.001146
147	0.030778
148	0.008165
149	-0.007745
150	0.021515
151	0.065019
152	-0.000417
153	-0.000417
154	0.006001
155	0.029045
156	-0.019006
157	-0.041952
158	-0.019894
159	-0.010735
160	-0.012049
161	0.147754
162	0.006330
163	0.073135
164	0.059963
165	0.020354
166	0.127669
167	0.019200
168	0.048205
169	0.055542
170	0.098299
171	0.048134
172	0.022791
173	0.038538
174	0.026768
175	0.016078
176	0.014314
177	0.010816
178	0.003868
179	0.009067
180	0.012512
181	0.028752
182	0.010291
183	0.006957
184	0.050104
185	0.007568
186	0.004374
187	0.021888
188	0.023456
189	0.045830
190	0.033137
191	0.035323
192	0.038871
193	0.074671
194	0.035145
195	0.026340
196	0.059530
197	0.058365
198	0.039642
199	0.068748
200	0.048579
201	0.038802
202	0.026355
203	0.028506
204	0.048831
205	0.046889
206	0.055598
207	0.047945
208	0.071564
209	0.066741
210	0.055618
211	0.065495
212	0.057856
213	0.054355
214	0.053723
215	0.053039
216	0.053370
217	0.054215
218	0.054700
219	0.055229
220	0.052192
221	0.054764
222	0.053992
223	0.051624
224	0.051252
225	0.053602
226	0.049233
227	0.051927
228	0.048951
229	0.062242
230	0.071190
231	0.059691
232	0.060120
233	0.047198
234	0.051582
235	0.051067
236	0.047810
237	0.068282
238	0.067071
239	0.065787
240	0.067820
241	0.050671
242	0.002441
243	0.031431
244	0.029150
245	0.029926
246	0.033096
247	0.061458
248	0.069051
249	0.081387
250	0.086939
251	0.031511
252	0.066144
253	0.033332
254	0.063592
255	0.044189
256	0.059616
257	0.101581
258	0.056388
259	0.052729
260	0.068959
261	0.062529
262	0.077047
263	0.081131
264	0.096592
265	0.038275
266	0.051584
267	0.056104
268	0.065326
269	0.071616
270	0.050669
271	0.067057
272	0.050305
273	0.033280
274	0.090057
275	0.098904
276	0.111664
277	0.119199
278	0.089976
279	0.083985
280	0.100325
281	0.073066
282	0.085885
283	0.024758
284	-0.014779
285	-0.181106
286	-0.091223
287	-0.074896
288	-0.090898
289	-0.065536
290	-0.098098
291	0.004323
292	-0.001271
293	-0.038548
294	-0.064349
295	0.087527
296	0.070827
297	0.061358
298	0.059431
299	0.063350
300	0.091262
301	0.050397
302	-0.015862
303	0.060432
304	0.079285
305	0.083560
306	0.085743
307	0.021086
308	0.016604
309	0.079604
310	0.068138
311	0.086779
312	0.053499
313	0.077560
314	-0.054645
315	-0.112691
316	0.005184
317	0.009904
318	-0.001924
319	-0.018477
320	-0.025540
321	-0.018518
322	-0.009195
323	-0.023150
324	-0.013897
325	-0.023119
326	-0.025413
327	-0.018575
328	-0.029921
329	0.033164
330	0.062687
331	0.007367
332	0.011985
333	-0.025063
334	-0.054988
335	0.031352
336	-0.225027
337	0.019852
338	0.039452
339	-0.052915
340	0.020883
341	0.018701
342	-0.086515
343	-0.202350
344	0.003222
345	-0.029372
346	0.013073
347	-0.027493
348	0.042975
349	-0.014052
350	-0.005936
351	-0.012013
352	-0.056438
353	-0.128031
354	-0.028229
355	-0.030133
356	-0.088649
357	-0.042660
358	-0.040844
359	-0.062375
360	-0.083501
361	-0.030330
362	-0.081292
363	-0.102803
364	0.010719
365	-0.006933
366	0.015481
367	-0.015097
368	-0.010294
369	-0.072521
370	-0.033615
371	-0.095135
372	-0.031219
373	-0.047384
374	-0.028614
375	-0.050038
376	-0.034626
377	-0.044302
378	-0.037511
379	-0.065609
380	-0.098170
381	-0.025716
382	-0.051656
383	-0.019061
384	-0.017864
385	-0.046357
386	-0.032412
387	-0.015245
388	-0.011836
389	-0.023134
390	-0.007492
391	-0.042002
392	-0.011470
393	-0.028817
394	-0.002102
395	-0.023451
396	-0.029780
397	-0.038088
398	-0.047250
399	-0.047250
400	-0.051117
401	-0.066140
402	-0.039047
403	-0.016999
404	-0.026599
405	-0.018016
406	-0.016319
407	-0.029753
408	-0.051989
409	-0.034491
410	-0.029831
411	-0.041238
412	-0.022048
413	-0.019143
414	-0.020575
415	-0.019870
416	-0.017789
417	0.000000