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add log and gitignore
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Weilei Zeng committed Apr 12, 2020
1 parent 2d15a42 commit 5ea302e
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4 changes: 4 additions & 0 deletions .gitignore
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Original file line number Diff line number Diff line change
@@ -0,0 +1,4 @@
*.out
*~
*.log
stdout/
343 changes: 343 additions & 0 deletions n1t2c32.log
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Expand Up @@ -1475,3 +1475,346 @@ update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 50, counts_nonconverge = 50
Elapsed time = 76.8168 seconds
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 170, col_index = 0, chunk_cycles = 10000
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 43, counts_nonconverge = 43
Elapsed time = 101.496 seconds
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 171, col_index = 0, chunk_cycles = 10000
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 44, counts_nonconverge = 44
Elapsed time = 101.559 seconds
update cycles to 50
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.0227273, cycles = 50, counts_total = 44, counts_nonconverge = 43
Elapsed time = 101.575 seconds
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 172, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 173, col_index = 0, chunk_cycles = 10000
update cycles to 50
update cycles to 50
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 44, counts_nonconverge = 44
Elapsed time = 100.968 seconds
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 50, counts_nonconverge = 50
Elapsed time = 67.9534 seconds
update cycles to 50
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 170, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 174, col_index = 0, chunk_cycles = 10000
update cycles to 50
N = 338 = 2 x 169, p = 0.1, Converge rate =0.06, cycles = 50, counts_total = 50, counts_nonconverge = 47
Elapsed time = 82.4725 seconds
update cycles to 50
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 44, counts_nonconverge = 44
Elapsed time = 100.745 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.0212766, cycles = 50, counts_total = 47, counts_nonconverge = 46
Elapsed time = 101.694 seconds
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 175, col_index = 0, chunk_cycles = 10000
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 50, counts_nonconverge = 50
Elapsed time = 87.102 seconds
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 176, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=33, size = 13, p = 0.1, row_index = 171, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 172, col_index = 0, chunk_cycles = 10000
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.0232558, cycles = 50, counts_total = 43, counts_nonconverge = 42
Elapsed time = 101.846 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.0227273, cycles = 50, counts_total = 44, counts_nonconverge = 43
Elapsed time = 101.114 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.0217391, cycles = 50, counts_total = 46, counts_nonconverge = 45
Elapsed time = 101.915 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 43, counts_nonconverge = 43
Elapsed time = 102.172 seconds
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 173, col_index = 0, chunk_cycles = 10000
update cycles to 50
update cycles to 50
update cycles to 50
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 177, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=33, size = 13, p = 0.1, row_index = 174, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 175, col_index = 0, chunk_cycles = 10000
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 48, counts_nonconverge = 48
Elapsed time = 102.267 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 50, counts_nonconverge = 50
Elapsed time = 100.245 seconds
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.02, cycles = 50, counts_total = 50, counts_nonconverge = 49
Elapsed time = 99.7941 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0217391, cycles = 50, counts_total = 46, counts_nonconverge = 45
Elapsed time = 100.132 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0243902, cycles = 50, counts_total = 41, counts_nonconverge = 40
Elapsed time = 100.096 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 45, counts_nonconverge = 45
Elapsed time = 101.254 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 41, counts_nonconverge = 41
Elapsed time = 100.143 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0454545, cycles = 50, counts_total = 44, counts_nonconverge = 42
Elapsed time = 100.266 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0227273, cycles = 50, counts_total = 44, counts_nonconverge = 43
Elapsed time = 100.283 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 40, counts_nonconverge = 40
Elapsed time = 100.173 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 42, counts_nonconverge = 42
Elapsed time = 100.194 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0238095, cycles = 50, counts_total = 42, counts_nonconverge = 41
Elapsed time = 100.421 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 43, counts_nonconverge = 43
Elapsed time = 100.322 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0243902, cycles = 50, counts_total = 41, counts_nonconverge = 40
Elapsed time = 100.342 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 43, counts_nonconverge = 43
Elapsed time = 100.502 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0434783, cycles = 50, counts_total = 46, counts_nonconverge = 44
Elapsed time = 100.415 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.0227273, cycles = 50, counts_total = 44, counts_nonconverge = 43
Elapsed time = 101.575 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 42, counts_nonconverge = 42
Elapsed time = 101.615 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0238095, cycles = 50, counts_total = 42, counts_nonconverge = 41
Elapsed time = 100.631 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0217391, cycles = 50, counts_total = 46, counts_nonconverge = 45
Elapsed time = 100.641 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 44, counts_nonconverge = 44
Elapsed time = 100.568 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.0238095, cycles = 50, counts_total = 42, counts_nonconverge = 41
Elapsed time = 100.749 seconds
update cycles to 50
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 43, counts_nonconverge = 43
Elapsed time = 100.798 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 43, counts_nonconverge = 43
Elapsed time = 100.854 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 41, counts_nonconverge = 41
Elapsed time = 100.887 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 43, counts_nonconverge = 43
Elapsed time = 100.788 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 43, counts_nonconverge = 43
Elapsed time = 100.893 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0217391, cycles = 50, counts_total = 46, counts_nonconverge = 45
Elapsed time = 100.836 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 40, counts_nonconverge = 40
Elapsed time = 100.872 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 45, counts_nonconverge = 45
Elapsed time = 100.872 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 46, counts_nonconverge = 46
Elapsed time = 100.893 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.0227273, cycles = 50, counts_total = 44, counts_nonconverge = 43
Elapsed time = 100.92 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0434783, cycles = 50, counts_total = 46, counts_nonconverge = 44
Elapsed time = 101.03 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 42, counts_nonconverge = 42
Elapsed time = 101.084 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 42, counts_nonconverge = 42
Elapsed time = 100.987 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0222222, cycles = 50, counts_total = 45, counts_nonconverge = 44
Elapsed time = 101.005 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0208333, cycles = 50, counts_total = 48, counts_nonconverge = 47
Elapsed time = 101.016 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 42, counts_nonconverge = 42
Elapsed time = 101.157 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0227273, cycles = 50, counts_total = 44, counts_nonconverge = 43
Elapsed time = 101.157 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 42, counts_nonconverge = 42
Elapsed time = 101.164 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0444444, cycles = 50, counts_total = 45, counts_nonconverge = 43
Elapsed time = 101.08 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0652174, cycles = 50, counts_total = 46, counts_nonconverge = 43
Elapsed time = 101.226 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 49, counts_nonconverge = 49
Elapsed time = 101.155 seconds
my_bp: add new thread. pool_size=34, size = 13, p = 0.1, row_index = 176, col_index = 0, chunk_cycles = 10000
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0238095, cycles = 50, counts_total = 42, counts_nonconverge = 41
Elapsed time = 101.291 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 43, counts_nonconverge = 43
Elapsed time = 101.294 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0425532, cycles = 50, counts_total = 47, counts_nonconverge = 45
Elapsed time = 101.336 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0, cycles = 50, counts_total = 42, counts_nonconverge = 42
Elapsed time = 101.357 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.0232558, cycles = 50, counts_total = 43, counts_nonconverge = 42
Elapsed time = 101.242 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.047619, cycles = 50, counts_total = 42, counts_nonconverge = 40
Elapsed time = 101.275 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.125893, Converge rate =0.0227273, cycles = 50, counts_total = 44, counts_nonconverge = 43
Elapsed time = 101.485 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 41, counts_nonconverge = 41
Elapsed time = 101.363 seconds
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0454545, cycles = 50, counts_total = 44, counts_nonconverge = 42
Elapsed time = 101.443 seconds
my_bp: add new thread. pool_size=10, size = 13, p = 0.1, row_index = 177, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=11, size = 13, p = 0.1, row_index = 178, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=12, size = 13, p = 0.1, row_index = 179, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=13, size = 13, p = 0.1, row_index = 180, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=14, size = 13, p = 0.1, row_index = 181, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=15, size = 13, p = 0.1, row_index = 182, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=16, size = 13, p = 0.1, row_index = 183, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=17, size = 13, p = 0.1, row_index = 184, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=18, size = 13, p = 0.1, row_index = 185, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=19, size = 13, p = 0.1, row_index = 186, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=20, size = 13, p = 0.1, row_index = 187, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=21, size = 13, p = 0.1, row_index = 188, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=22, size = 13, p = 0.1, row_index = 189, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=23, size = 13, p = 0.1, row_index = 190, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=24, size = 13, p = 0.1, row_index = 191, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=25, size = 13, p = 0.1, row_index = 192, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=26, size = 13, p = 0.1, row_index = 193, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=27, size = 13, p = 0.1, row_index = 194, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=28, size = 13, p = 0.1, row_index = 195, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=29, size = 13, p = 0.1, row_index = 196, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=30, size = 13, p = 0.1, row_index = 197, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=31, size = 13, p = 0.1, row_index = 198, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=32, size = 13, p = 0.1, row_index = 199, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=33, size = 13, p = 0.0794328, row_index = 200, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=34, size = 13, p = 0.0794328, row_index = 201, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=11, size = 13, p = 0.1, row_index = 178, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=12, size = 13, p = 0.1, row_index = 179, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=13, size = 13, p = 0.1, row_index = 180, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=14, size = 13, p = 0.1, row_index = 181, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=15, size = 13, p = 0.1, row_index = 182, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=16, size = 13, p = 0.1, row_index = 183, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=17, size = 13, p = 0.1, row_index = 184, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=18, size = 13, p = 0.1, row_index = 185, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=19, size = 13, p = 0.1, row_index = 186, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=20, size = 13, p = 0.1, row_index = 187, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=21, size = 13, p = 0.1, row_index = 188, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=22, size = 13, p = 0.1, row_index = 189, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=23, size = 13, p = 0.1, row_index = 190, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=24, size = 13, p = 0.1, row_index = 191, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=25, size = 13, p = 0.1, row_index = 192, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=26, size = 13, p = 0.1, row_index = 193, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=27, size = 13, p = 0.1, row_index = 194, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=28, size = 13, p = 0.1, row_index = 195, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=29, size = 13, p = 0.1, row_index = 196, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=30, size = 13, p = 0.1, row_index = 197, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=31, size = 13, p = 0.1, row_index = 198, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=32, size = 13, p = 0.1, row_index = 199, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=33, size = 13, p = 0.0794328, row_index = 200, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=34, size = 13, p = 0.0794328, row_index = 201, col_index = 0, chunk_cycles = 10000
update cycles to 50
update cycles to 50
my_bp: add new thread. pool_size=34, size = 13, p = 0.0794328, row_index = 202, col_index = 0, chunk_cycles = 10000
my_bp: add new thread. pool_size=34, size = 13, p = 0.0794328, row_index = 202, col_index = 0, chunk_cycles = 10000
update cycles to 50
update cycles to 50
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0, cycles = 50, counts_total = 47, counts_nonconverge = 47
Elapsed time = 101.831 seconds
N = 338 = 2 x 169, p = 0.1, Converge rate =0.06, cycles = 50, counts_total = 50, counts_nonconverge = 47
Elapsed time = 72.3345 seconds
update cycles to 50
update cycles to 50
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0227273, cycles = 50, counts_total = 44, counts_nonconverge = 43
Elapsed time = 101.093 seconds
update cycles to 50
update cycles to 50
update cycles to 50
my_bp: add new thread. pool_size=34, size = 13, p = 0.0794328, row_index = 203, col_index = 0, chunk_cycles = 10000
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
my_bp: add new thread. pool_size=34, size = 13, p = 0.0794328, row_index = 203, col_index = 0, chunk_cycles = 10000
update cycles to 50
my_bp: add new thread. pool_size=34, size = 13, p = 0.0794328, row_index = 204, col_index = 0, chunk_cycles = 10000
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
update cycles to 50
timeout: 100
N = 338 = 2 x 169, p = 0.1, Converge rate =0.0217391, cycles = 50, counts_total = 46, counts_nonconverge = 45
Elapsed time = 100.946 seconds
my_bp: add new thread. pool_size=34, size = 13, p = 0.0794328, row_index = 205, col_index = 0, chunk_cycles = 10000

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