Design of OpenMP-based Dynamic Louvain algorithm for community detection : OUTPUT

output-louvain-communities-openmp-dynamic--approach-refine-multi-pass-input-small.log

2023-06-07 12:56:52 OMP_NUM_THREADS=64
2023-06-07 12:56:52 Loading graph /home/graphwork/Data/web-Stanford.mtx ...
2023-06-07 12:56:52 order: 281903 size: 2312497 [directed] {}
2023-06-07 12:56:52 order: 281903 size: 4256915 [directed] {} (symmetricize)
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.0/0000067.2ms, 0033 iters, 006 passes, 0.930621700 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.0/0000053.4ms, 0031 iters, 006 passes, 0.930605128 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.0/0000065.1ms, 0040 iters, 006 passes, 0.930714254 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.0/0000050.2ms, 0030 iters, 006 passes, 0.930656772 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.0/0000004.5ms, 0001 iters, 001 passes, 0.930868106 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.0/0000023.5ms, 0005 iters, 002 passes, 0.930897221 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.0/0000056.2ms, 0035 iters, 006 passes, 0.930575905 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.0/0000057.9ms, 0044 iters, 006 passes, 0.930499249 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000003.1/0000007.0ms, 0001 iters, 001 passes, 0.930672042 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000001.8/0000023.6ms, 0006 iters, 002 passes, 0.930688058 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000003.5/0000052.8ms, 0044 iters, 004 passes, 0.930467353 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000003.3/0000052.4ms, 0029 iters, 004 passes, 0.930640879 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.9/0000006.9ms, 0001 iters, 001 passes, 0.930858940 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.7/0000021.8ms, 0005 iters, 002 passes, 0.930888033 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000000.8/0000100.3ms, 0041 iters, 005 passes, 0.930502504 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0000] batch, 064 threads} -> {0000001.0/0000042.5ms, 0083 iters, 005 passes, 0.927925777 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.0/0000047.1ms, 0043 iters, 006 passes, 0.930697320 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.0/0000047.4ms, 0029 iters, 006 passes, 0.927277846 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.0/0000049.2ms, 0032 iters, 006 passes, 0.927150081 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.0/0000052.0ms, 0047 iters, 006 passes, 0.930534979 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.930834913 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.0/0000023.1ms, 0004 iters, 002 passes, 0.930852084 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.0/0000057.8ms, 0030 iters, 006 passes, 0.930686954 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.0/0000061.1ms, 0028 iters, 006 passes, 0.930669544 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.930625884 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.1/0000022.8ms, 0022 iters, 002 passes, 0.929713586 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.1/0000044.1ms, 0041 iters, 004 passes, 0.930621817 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.1/0000048.7ms, 0058 iters, 004 passes, 0.930534163 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.930824218 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.6/0000021.5ms, 0022 iters, 002 passes, 0.930808826 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.5/0000042.7ms, 0049 iters, 005 passes, 0.930578763 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0001] batch, 064 threads} -> {0000000.7/0000045.7ms, 0058 iters, 005 passes, 0.930178188 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.0/0000048.7ms, 0047 iters, 006 passes, 0.930503191 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.0/0000050.8ms, 0039 iters, 006 passes, 0.930565571 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.0/0000052.5ms, 0058 iters, 006 passes, 0.930469669 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.0/0000048.9ms, 0033 iters, 006 passes, 0.930563899 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.930787459 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.0/0000023.3ms, 0007 iters, 002 passes, 0.930806527 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.0/0000052.1ms, 0056 iters, 006 passes, 0.930402571 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.0/0000050.1ms, 0047 iters, 006 passes, 0.930199852 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.930578652 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.1/0000023.0ms, 0006 iters, 002 passes, 0.929649450 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.1/0000043.8ms, 0033 iters, 004 passes, 0.930535513 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.1/0000045.9ms, 0050 iters, 004 passes, 0.930449704 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000001.0/0000005.8ms, 0001 iters, 001 passes, 0.930782231 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.8/0000022.6ms, 0010 iters, 002 passes, 0.930710634 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.7/0000043.5ms, 0064 iters, 005 passes, 0.930049648 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0002] batch, 064 threads} -> {0000000.6/0000043.3ms, 0062 iters, 005 passes, 0.930151979 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.0/0000047.5ms, 0035 iters, 006 passes, 0.930400128 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.0/0000048.3ms, 0034 iters, 006 passes, 0.930440141 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.0/0000048.5ms, 0033 iters, 006 passes, 0.930498532 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.0/0000051.6ms, 0037 iters, 006 passes, 0.930442202 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.930742008 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.0/0000023.8ms, 0006 iters, 002 passes, 0.930763484 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.0/0000052.1ms, 0051 iters, 006 passes, 0.929587345 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.0/0000049.5ms, 0032 iters, 006 passes, 0.930263107 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.930533638 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.1/0000021.7ms, 0004 iters, 002 passes, 0.929605462 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.1/0000047.8ms, 0065 iters, 004 passes, 0.930056949 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.1/0000047.3ms, 0055 iters, 004 passes, 0.930246555 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.930738609 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.9/0000020.2ms, 0022 iters, 002 passes, 0.930415224 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.8/0000044.7ms, 0066 iters, 005 passes, 0.921359539 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0003] batch, 064 threads} -> {0000000.8/0000043.5ms, 0066 iters, 005 passes, 0.929822824 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.0/0000047.7ms, 0039 iters, 006 passes, 0.930075560 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.0/0000048.6ms, 0047 iters, 006 passes, 0.930262076 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.0/0000048.1ms, 0044 iters, 006 passes, 0.930417299 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.0/0000052.7ms, 0050 iters, 006 passes, 0.929952508 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.930693808 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.0/0000024.0ms, 0005 iters, 002 passes, 0.930717582 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.0/0000054.4ms, 0069 iters, 006 passes, 0.929968908 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.0/0000063.4ms, 0050 iters, 006 passes, 0.930432059 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.930485873 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.1/0000021.0ms, 0004 iters, 002 passes, 0.929559723 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.1/0000044.7ms, 0044 iters, 004 passes, 0.930538667 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.1/0000044.3ms, 0023 iters, 004 passes, 0.930556557 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.930690552 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.8/0000019.8ms, 0006 iters, 002 passes, 0.930349397 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000000.8/0000085.3ms, 0065 iters, 005 passes, 0.929968085 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0004] batch, 064 threads} -> {0000001.0/0000041.3ms, 0063 iters, 005 passes, 0.889734842 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.0/0000050.6ms, 0034 iters, 006 passes, 0.929847669 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.0/0000051.7ms, 0053 iters, 006 passes, 0.929827317 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.0/0000053.4ms, 0049 iters, 006 passes, 0.930445855 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.0/0000052.1ms, 0045 iters, 006 passes, 0.930337925 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.930647194 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.0/0000023.6ms, 0004 iters, 002 passes, 0.930671691 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.0/0000052.8ms, 0049 iters, 006 passes, 0.930476950 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.0/0000052.3ms, 0032 iters, 006 passes, 0.930415716 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.930440354 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.1/0000022.2ms, 0004 iters, 002 passes, 0.929514513 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.1/0000046.9ms, 0047 iters, 004 passes, 0.930309528 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.1/0000049.4ms, 0052 iters, 004 passes, 0.921272347 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000001.0/0000005.8ms, 0001 iters, 001 passes, 0.930643924 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.7/0000020.7ms, 0010 iters, 002 passes, 0.930250138 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000000.8/0000046.8ms, 0059 iters, 005 passes, 0.926186448 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0005] batch, 064 threads} -> {0000001.0/0000046.4ms, 0050 iters, 005 passes, 0.926621191 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.0/0000050.9ms, 0035 iters, 006 passes, 0.926374754 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.0/0000051.7ms, 0030 iters, 006 passes, 0.930519169 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.0/0000053.9ms, 0049 iters, 006 passes, 0.930011332 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.0/0000054.7ms, 0033 iters, 006 passes, 0.930022038 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.930599946 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.0/0000023.8ms, 0010 iters, 002 passes, 0.930595534 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.0/0000053.2ms, 0035 iters, 006 passes, 0.930493943 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.0/0000053.0ms, 0030 iters, 006 passes, 0.929715298 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.930393108 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.1/0000022.9ms, 0004 iters, 002 passes, 0.929467971 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.1/0000048.6ms, 0038 iters, 004 passes, 0.930481493 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.1/0000049.4ms, 0051 iters, 004 passes, 0.929985969 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.930596671 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.7/0000020.0ms, 0009 iters, 002 passes, 0.930153204 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.6/0000051.0ms, 0065 iters, 006 passes, 0.929897534 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0006] batch, 064 threads} -> {0000000.6/0000046.1ms, 0049 iters, 005 passes, 0.904040417 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.0/0000053.0ms, 0033 iters, 006 passes, 0.930360441 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.0/0000051.9ms, 0039 iters, 006 passes, 0.929834177 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.0/0000052.8ms, 0030 iters, 006 passes, 0.930375303 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.0/0000052.4ms, 0031 iters, 006 passes, 0.929898994 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.930551373 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.0/0000020.9ms, 0008 iters, 002 passes, 0.930543295 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.0/0000052.2ms, 0032 iters, 006 passes, 0.929958504 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.0/0000052.5ms, 0033 iters, 006 passes, 0.930416972 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.930344077 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.1/0000021.9ms, 0007 iters, 002 passes, 0.929411313 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.1/0000049.2ms, 0034 iters, 004 passes, 0.930347262 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.1/0000050.8ms, 0045 iters, 004 passes, 0.930410654 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.930548536 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.5/0000019.6ms, 0019 iters, 002 passes, 0.930011237 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.5/0000045.9ms, 0044 iters, 005 passes, 0.930254088 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0007] batch, 064 threads} -> {0000000.6/0000045.8ms, 0043 iters, 005 passes, 0.929812723 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.0/0000052.1ms, 0050 iters, 006 passes, 0.926245147 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.0/0000051.1ms, 0045 iters, 006 passes, 0.929802105 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.0/0000052.3ms, 0045 iters, 006 passes, 0.929853092 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.0/0000051.3ms, 0031 iters, 006 passes, 0.929790672 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.930504330 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.0/0000023.1ms, 0004 iters, 002 passes, 0.930498060 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.0/0000052.8ms, 0028 iters, 006 passes, 0.929567359 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.0/0000053.1ms, 0045 iters, 006 passes, 0.929881363 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.930297053 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.1/0000020.6ms, 0007 iters, 002 passes, 0.929295382 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.1/0000047.4ms, 0033 iters, 004 passes, 0.929195660 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.1/0000047.2ms, 0038 iters, 004 passes, 0.930226948 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.930501961 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.6/0000020.5ms, 0005 iters, 002 passes, 0.929965470 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.7/0000052.0ms, 0063 iters, 006 passes, 0.892951013 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0008] batch, 064 threads} -> {0000000.7/0000046.5ms, 0048 iters, 005 passes, 0.930398163 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.0/0000052.2ms, 0042 iters, 006 passes, 0.930283782 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.0/0000050.6ms, 0051 iters, 006 passes, 0.926786153 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.0/0000051.9ms, 0040 iters, 006 passes, 0.929795227 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.0/0000054.3ms, 0043 iters, 006 passes, 0.929805928 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.930456656 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.0/0000022.9ms, 0004 iters, 002 passes, 0.930452087 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.0/0000052.5ms, 0038 iters, 006 passes, 0.930479595 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.0/0000052.5ms, 0050 iters, 006 passes, 0.930155233 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.930249363 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.1/0000025.0ms, 0018 iters, 002 passes, 0.929121384 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.1/0000061.3ms, 0034 iters, 004 passes, 0.930208688 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.1/0000054.0ms, 0068 iters, 005 passes, 0.923457153 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.930455384 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.6/0000020.9ms, 0004 iters, 002 passes, 0.929920208 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.8/0000047.7ms, 0050 iters, 005 passes, 0.930331389 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0009] batch, 064 threads} -> {0000000.5/0000051.6ms, 0064 iters, 006 passes, 0.929870801 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.0/0000052.2ms, 0036 iters, 006 passes, 0.929844212 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.0/0000053.0ms, 0073 iters, 006 passes, 0.929687616 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.0/0000053.3ms, 0035 iters, 006 passes, 0.930210931 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.0/0000095.6ms, 0034 iters, 006 passes, 0.930088935 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.930409422 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.0/0000022.3ms, 0005 iters, 002 passes, 0.930403539 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.0/0000053.3ms, 0047 iters, 006 passes, 0.929806410 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.0/0000052.4ms, 0046 iters, 006 passes, 0.927434698 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.3/0000004.2ms, 0001 iters, 001 passes, 0.930201906 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.2/0000022.4ms, 0022 iters, 002 passes, 0.894210259 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.3/0000049.3ms, 0043 iters, 004 passes, 0.930234377 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.3/0000048.1ms, 0031 iters, 004 passes, 0.930193670 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.5/0000005.2ms, 0001 iters, 001 passes, 0.930407690 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.5/0000020.3ms, 0013 iters, 002 passes, 0.929728466 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.5/0000045.0ms, 0046 iters, 005 passes, 0.928595004 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0010] batch, 064 threads} -> {0000000.5/0000049.5ms, 0067 iters, 006 passes, 0.929337173 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.0/0000050.0ms, 0049 iters, 006 passes, 0.930147209 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.0/0000050.3ms, 0063 iters, 006 passes, 0.930128194 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.0/0000050.8ms, 0045 iters, 006 passes, 0.929288735 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.0/0000049.8ms, 0049 iters, 006 passes, 0.930080868 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.930362243 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.0/0000021.4ms, 0005 iters, 002 passes, 0.930315020 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.0/0000053.6ms, 0064 iters, 006 passes, 0.929633120 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.0/0000054.5ms, 0054 iters, 006 passes, 0.929980689 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.1/0000004.0ms, 0001 iters, 001 passes, 0.930155135 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.1/0000026.3ms, 0005 iters, 002 passes, 0.894164122 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.1/0000047.0ms, 0040 iters, 004 passes, 0.930113605 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.1/0000045.2ms, 0036 iters, 004 passes, 0.930105139 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.5/0000005.2ms, 0001 iters, 001 passes, 0.930360068 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.5/0000023.3ms, 0007 iters, 002 passes, 0.929653917 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.8/0000044.8ms, 0046 iters, 005 passes, 0.929576318 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0011] batch, 064 threads} -> {0000000.8/0000045.3ms, 0051 iters, 005 passes, 0.930112251 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.0/0000050.0ms, 0058 iters, 006 passes, 0.929513559 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.0/0000049.6ms, 0064 iters, 006 passes, 0.929194758 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.0/0000049.9ms, 0045 iters, 006 passes, 0.926547238 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.0/0000052.3ms, 0044 iters, 006 passes, 0.930104310 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.930313513 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.0/0000021.1ms, 0004 iters, 002 passes, 0.930267851 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.0/0000062.7ms, 0054 iters, 006 passes, 0.929769535 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.0/0000053.7ms, 0060 iters, 006 passes, 0.929772620 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.1/0000004.0ms, 0001 iters, 001 passes, 0.930105957 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.1/0000026.8ms, 0012 iters, 002 passes, 0.894001077 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000001.4/0000054.1ms, 0039 iters, 004 passes, 0.930016225 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000001.2/0000052.8ms, 0060 iters, 005 passes, 0.915885816 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.5/0000005.3ms, 0001 iters, 001 passes, 0.930311366 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.6/0000019.2ms, 0009 iters, 002 passes, 0.929548869 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.6/0000045.5ms, 0042 iters, 005 passes, 0.929760841 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0012] batch, 064 threads} -> {0000000.4/0000044.8ms, 0048 iters, 005 passes, 0.929836017 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.0/0000050.6ms, 0060 iters, 006 passes, 0.929148380 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.0/0000051.0ms, 0049 iters, 006 passes, 0.929957170 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.0/0000051.7ms, 0057 iters, 006 passes, 0.929974342 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.0/0000049.9ms, 0040 iters, 006 passes, 0.926513984 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.930267219 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.0/0000025.2ms, 0004 iters, 002 passes, 0.930221935 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.0/0000051.2ms, 0030 iters, 006 passes, 0.930099372 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.0/0000052.3ms, 0048 iters, 006 passes, 0.929824206 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.930059193 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.1/0000032.4ms, 0005 iters, 002 passes, 0.893966165 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.1/0000052.9ms, 0056 iters, 005 passes, 0.928543978 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.1/0000048.1ms, 0049 iters, 004 passes, 0.929695030 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.930265016 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.6/0000019.5ms, 0003 iters, 002 passes, 0.929502173 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.6/0000046.3ms, 0058 iters, 005 passes, 0.929409702 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0013] batch, 064 threads} -> {0000000.5/0000045.7ms, 0056 iters, 005 passes, 0.929815483 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.0/0000048.9ms, 0056 iters, 006 passes, 0.926391354 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.0/0000051.1ms, 0046 iters, 006 passes, 0.929980277 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.0/0000053.6ms, 0062 iters, 006 passes, 0.929983687 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.0/0000050.4ms, 0054 iters, 006 passes, 0.926414722 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.930220249 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.0/0000024.2ms, 0005 iters, 002 passes, 0.930176574 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.0/0000052.2ms, 0041 iters, 006 passes, 0.929337733 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.0/0000053.3ms, 0038 iters, 006 passes, 0.930123151 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.930012662 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.1/0000033.2ms, 0005 iters, 002 passes, 0.893921768 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.1/0000053.8ms, 0058 iters, 005 passes, 0.929650549 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.1/0000047.8ms, 0042 iters, 004 passes, 0.929889991 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.5/0000005.2ms, 0001 iters, 001 passes, 0.930218046 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.5/0000020.4ms, 0022 iters, 002 passes, 0.927244935 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.6/0000049.4ms, 0081 iters, 006 passes, 0.913276075 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0014] batch, 064 threads} -> {0000000.5/0000043.8ms, 0061 iters, 005 passes, 0.920251645 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.0/0000048.6ms, 0035 iters, 006 passes, 0.929942372 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.0/0000049.6ms, 0062 iters, 006 passes, 0.926551958 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.0/0000049.7ms, 0043 iters, 006 passes, 0.926481477 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.0/0000051.2ms, 0061 iters, 006 passes, 0.928353268 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.0/0000004.6ms, 0001 iters, 001 passes, 0.930174259 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.0/0000024.5ms, 0004 iters, 002 passes, 0.930131064 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.0/0000053.4ms, 0056 iters, 006 passes, 0.929464654 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.0/0000053.4ms, 0047 iters, 006 passes, 0.930036886 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.929967046 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.1/0000032.5ms, 0004 iters, 002 passes, 0.893877610 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.1/0000051.2ms, 0055 iters, 005 passes, 0.928088649 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.1/0000054.4ms, 0043 iters, 005 passes, 0.926152728 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.7/0000005.2ms, 0001 iters, 001 passes, 0.930172053 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.5/0000018.9ms, 0005 iters, 002 passes, 0.927204507 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.5/0000049.9ms, 0074 iters, 006 passes, 0.929624601 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0015] batch, 064 threads} -> {0000000.5/0000045.4ms, 0049 iters, 005 passes, 0.927086760 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.0/0000048.8ms, 0035 iters, 006 passes, 0.929394274 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.0/0000048.8ms, 0040 iters, 006 passes, 0.926441959 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.0/0000052.5ms, 0058 iters, 006 passes, 0.929582894 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.0/0000049.5ms, 0036 iters, 006 passes, 0.926433238 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.0/0000004.7ms, 0001 iters, 001 passes, 0.930128062 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.0/0000024.6ms, 0006 iters, 002 passes, 0.930081209 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.0/0000053.5ms, 0051 iters, 006 passes, 0.929742328 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.0/0000053.0ms, 0040 iters, 006 passes, 0.929618622 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.1/0000004.9ms, 0001 iters, 001 passes, 0.929920850 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.1/0000034.9ms, 0004 iters, 002 passes, 0.893833548 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.1/0000050.3ms, 0042 iters, 004 passes, 0.929784440 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.1/0000051.5ms, 0034 iters, 004 passes, 0.929865602 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.930125859 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.6/0000019.4ms, 0004 iters, 002 passes, 0.927159213 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.6/0000049.6ms, 0066 iters, 006 passes, 0.929181129 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0016] batch, 064 threads} -> {0000000.5/0000045.0ms, 0063 iters, 005 passes, 0.921849820 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.0/0000053.2ms, 0055 iters, 006 passes, 0.929657153 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.0/0000049.3ms, 0040 iters, 006 passes, 0.926485922 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.0/0000053.5ms, 0053 iters, 006 passes, 0.929833347 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.0/0000051.2ms, 0054 iters, 006 passes, 0.929738591 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.0/0000004.7ms, 0001 iters, 001 passes, 0.930080413 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.0/0000022.1ms, 0008 iters, 002 passes, 0.930028128 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.0/0000053.2ms, 0053 iters, 006 passes, 0.928883419 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.0/0000053.5ms, 0041 iters, 006 passes, 0.929709316 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.929873201 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.1/0000032.0ms, 0004 iters, 002 passes, 0.893788142 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.1/0000055.7ms, 0070 iters, 005 passes, 0.929131794 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.1/0000052.5ms, 0053 iters, 005 passes, 0.921060812 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.930078202 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.8/0000019.9ms, 0003 iters, 002 passes, 0.927111576 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.9/0000047.1ms, 0048 iters, 005 passes, 0.929668175 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0017] batch, 064 threads} -> {0000000.9/0000047.1ms, 0042 iters, 005 passes, 0.929860958 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.0/0000051.7ms, 0052 iters, 006 passes, 0.929379330 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.0/0000049.4ms, 0041 iters, 006 passes, 0.929285374 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.0/0000050.1ms, 0034 iters, 006 passes, 0.929787348 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.0/0000051.1ms, 0040 iters, 006 passes, 0.929820769 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.0/0000004.7ms, 0001 iters, 001 passes, 0.930031988 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.0/0000021.9ms, 0007 iters, 002 passes, 0.929973170 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.0/0000054.7ms, 0058 iters, 006 passes, 0.929561706 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.0/0000055.2ms, 0039 iters, 006 passes, 0.929590692 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.929824305 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.1/0000034.1ms, 0004 iters, 002 passes, 0.893740347 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.1/0000050.5ms, 0042 iters, 004 passes, 0.929857484 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.1/0000051.8ms, 0070 iters, 005 passes, 0.928057806 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000001.2/0000006.0ms, 0001 iters, 001 passes, 0.930029307 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.6/0000019.9ms, 0003 iters, 002 passes, 0.927063250 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000001.3/0000049.9ms, 0059 iters, 005 passes, 0.928811004 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0018] batch, 064 threads} -> {0000000.7/0000052.5ms, 0090 iters, 006 passes, 0.926514405 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.0/0000055.3ms, 0048 iters, 006 passes, 0.929561595 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.0/0000054.4ms, 0041 iters, 006 passes, 0.929782061 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.0/0000053.7ms, 0047 iters, 006 passes, 0.924500138 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.0/0000055.9ms, 0040 iters, 006 passes, 0.926009899 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.929987129 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.0/0000022.0ms, 0006 iters, 002 passes, 0.929931782 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.0/0000056.0ms, 0043 iters, 006 passes, 0.929480257 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.0/0000056.4ms, 0041 iters, 006 passes, 0.929881142 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.3/0000005.4ms, 0001 iters, 001 passes, 0.929777971 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.1/0000032.3ms, 0006 iters, 002 passes, 0.893677192 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.1/0000050.1ms, 0036 iters, 004 passes, 0.929693968 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.1/0000054.3ms, 0064 iters, 005 passes, 0.929210176 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.929983626 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.5/0000018.9ms, 0005 iters, 002 passes, 0.927020738 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.6/0000049.3ms, 0054 iters, 005 passes, 0.929150280 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0019] batch, 064 threads} -> {0000000.5/0000051.8ms, 0072 iters, 006 passes, 0.911122875 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.0/0000054.0ms, 0048 iters, 006 passes, 0.929708339 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.0/0000053.4ms, 0053 iters, 006 passes, 0.929360960 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.0/0000057.8ms, 0068 iters, 006 passes, 0.859817741 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.0/0000053.7ms, 0046 iters, 006 passes, 0.926126048 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929942371 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.0/0000022.7ms, 0004 iters, 002 passes, 0.929886681 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.0/0000055.0ms, 0053 iters, 006 passes, 0.929519153 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.0/0000053.4ms, 0049 iters, 006 passes, 0.929464992 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.929731442 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.1/0000029.6ms, 0004 iters, 002 passes, 0.893629869 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.1/0000055.5ms, 0059 iters, 005 passes, 0.929499444 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.1/0000052.7ms, 0044 iters, 005 passes, 0.929509136 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.9/0000005.6ms, 0001 iters, 001 passes, 0.929939697 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000001.1/0000019.6ms, 0005 iters, 002 passes, 0.926975145 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000001.5/0000052.9ms, 0063 iters, 006 passes, 0.929700081 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0020] batch, 064 threads} -> {0000000.7/0000047.7ms, 0051 iters, 005 passes, 0.919508218 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.0/0000052.8ms, 0043 iters, 006 passes, 0.929429817 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.0/0000053.0ms, 0044 iters, 006 passes, 0.929421857 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.0/0000054.5ms, 0063 iters, 006 passes, 0.929471675 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.0/0000055.5ms, 0056 iters, 006 passes, 0.929439069 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.929894568 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.0/0000022.9ms, 0005 iters, 002 passes, 0.929840016 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.0/0000054.1ms, 0049 iters, 006 passes, 0.929507212 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.0/0000053.6ms, 0057 iters, 006 passes, 0.929726177 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.929684124 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.1/0000030.0ms, 0004 iters, 002 passes, 0.893585849 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.1/0000055.0ms, 0078 iters, 005 passes, 0.929226513 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.1/0000054.3ms, 0076 iters, 005 passes, 0.920959663 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.929893204 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.6/0000019.1ms, 0006 iters, 002 passes, 0.926913947 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.5/0000052.6ms, 0079 iters, 006 passes, 0.926067803 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0021] batch, 064 threads} -> {0000000.5/0000047.0ms, 0059 iters, 005 passes, 0.926124207 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.0/0000055.8ms, 0068 iters, 006 passes, 0.929254550 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.0/0000053.8ms, 0041 iters, 006 passes, 0.926023339 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.0/0000054.9ms, 0067 iters, 006 passes, 0.927290668 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.0/0000055.0ms, 0055 iters, 006 passes, 0.929434978 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929848726 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.0/0000024.0ms, 0004 iters, 002 passes, 0.929794541 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.0/0000054.0ms, 0051 iters, 006 passes, 0.928582528 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.0/0000053.4ms, 0051 iters, 006 passes, 0.929291215 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.929637812 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.1/0000030.5ms, 0004 iters, 002 passes, 0.893541546 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.1/0000059.4ms, 0064 iters, 006 passes, 0.921939261 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.1/0000056.5ms, 0079 iters, 005 passes, 0.928866964 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.8/0000005.4ms, 0001 iters, 001 passes, 0.929846892 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.6/0000019.2ms, 0007 iters, 002 passes, 0.926856531 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000000.7/0000052.4ms, 0062 iters, 006 passes, 0.926891433 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0022] batch, 064 threads} -> {0000001.1/0000052.5ms, 0065 iters, 006 passes, 0.923691751 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.0/0000053.6ms, 0067 iters, 006 passes, 0.926251511 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.0/0000052.7ms, 0054 iters, 006 passes, 0.925940280 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.0/0000053.8ms, 0050 iters, 006 passes, 0.927788231 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.0/0000054.7ms, 0071 iters, 006 passes, 0.929219632 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929802401 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.0/0000023.9ms, 0004 iters, 002 passes, 0.929645630 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.0/0000055.4ms, 0050 iters, 006 passes, 0.929517163 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.0/0000054.7ms, 0059 iters, 006 passes, 0.929662463 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.929591025 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.1/0000030.2ms, 0003 iters, 002 passes, 0.893497264 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.1/0000055.2ms, 0053 iters, 005 passes, 0.923270323 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.1/0000059.8ms, 0087 iters, 006 passes, 0.926918050 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000001.0/0000005.8ms, 0001 iters, 001 passes, 0.929800097 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.7/0000020.7ms, 0003 iters, 002 passes, 0.926810719 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.6/0000053.3ms, 0082 iters, 006 passes, 0.887910828 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0023] batch, 064 threads} -> {0000000.6/0000047.9ms, 0059 iters, 005 passes, 0.929371551 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.0/0000052.1ms, 0040 iters, 006 passes, 0.926068400 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.0/0000052.9ms, 0053 iters, 006 passes, 0.929498759 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.0/0000052.9ms, 0040 iters, 006 passes, 0.929252014 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.0/0000054.5ms, 0068 iters, 006 passes, 0.929428676 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929755438 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.0/0000023.9ms, 0005 iters, 002 passes, 0.929598997 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.0/0000054.3ms, 0057 iters, 006 passes, 0.929493604 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.0/0000054.5ms, 0053 iters, 006 passes, 0.929265723 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.929544062 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.1/0000030.3ms, 0009 iters, 002 passes, 0.893400089 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.1/0000056.1ms, 0078 iters, 005 passes, 0.928995001 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.1/0000059.4ms, 0072 iters, 006 passes, 0.929282155 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.929753134 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.7/0000019.1ms, 0006 iters, 002 passes, 0.926759055 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000001.0/0000048.3ms, 0060 iters, 005 passes, 0.928533624 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0024] batch, 064 threads} -> {0000000.6/0000046.7ms, 0070 iters, 005 passes, 0.899478278 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.0/0000053.4ms, 0055 iters, 006 passes, 0.929436714 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.0/0000052.5ms, 0042 iters, 006 passes, 0.929529862 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.0/0000055.2ms, 0051 iters, 006 passes, 0.929508569 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.0/0000054.5ms, 0064 iters, 006 passes, 0.929566386 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929708441 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.0/0000024.0ms, 0004 iters, 002 passes, 0.929552393 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.0/0000054.5ms, 0062 iters, 006 passes, 0.928435034 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.0/0000054.3ms, 0047 iters, 006 passes, 0.929588044 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.929497080 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.1/0000028.5ms, 0007 iters, 002 passes, 0.893315047 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.1/0000054.4ms, 0063 iters, 005 passes, 0.924904710 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.1/0000051.1ms, 0056 iters, 005 passes, 0.928035994 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.929706607 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.7/0000019.3ms, 0003 iters, 002 passes, 0.926712001 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.8/0000047.9ms, 0060 iters, 005 passes, 0.927143582 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0025] batch, 064 threads} -> {0000000.9/0000052.6ms, 0062 iters, 006 passes, 0.925660896 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.0/0000055.2ms, 0070 iters, 006 passes, 0.929219386 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.0/0000055.1ms, 0049 iters, 006 passes, 0.929135054 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.0/0000054.8ms, 0050 iters, 006 passes, 0.929169335 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.0/0000055.8ms, 0050 iters, 006 passes, 0.929201437 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.0/0000006.8ms, 0001 iters, 001 passes, 0.929659845 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.0/0000022.8ms, 0004 iters, 002 passes, 0.929505037 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.0/0000057.4ms, 0064 iters, 006 passes, 0.929472208 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.0/0000056.2ms, 0055 iters, 006 passes, 0.928178352 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.3/0000005.1ms, 0001 iters, 001 passes, 0.929451972 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.2/0000028.7ms, 0005 iters, 002 passes, 0.893267092 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.3/0000056.0ms, 0040 iters, 005 passes, 0.929385791 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.3/0000055.7ms, 0064 iters, 005 passes, 0.926148907 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.929658011 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.6/0000019.6ms, 0003 iters, 002 passes, 0.926663794 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.7/0000052.6ms, 0066 iters, 006 passes, 0.928528920 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0026] batch, 064 threads} -> {0000000.6/0000047.7ms, 0047 iters, 005 passes, 0.927762899 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.0/0000053.2ms, 0052 iters, 006 passes, 0.929178325 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.0/0000052.9ms, 0065 iters, 006 passes, 0.927297723 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.0/0000054.3ms, 0064 iters, 006 passes, 0.929457884 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.0/0000053.9ms, 0045 iters, 006 passes, 0.929431737 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929614862 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.0/0000023.4ms, 0004 iters, 002 passes, 0.929460253 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.0/0000056.3ms, 0062 iters, 006 passes, 0.929512902 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.0/0000055.0ms, 0065 iters, 006 passes, 0.929179348 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.929407006 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.1/0000027.4ms, 0003 iters, 002 passes, 0.893222859 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.1/0000061.1ms, 0049 iters, 005 passes, 0.923316623 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.1/0000054.1ms, 0070 iters, 005 passes, 0.927586725 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.929613027 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.9/0000019.9ms, 0003 iters, 002 passes, 0.926619213 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000001.1/0000055.9ms, 0072 iters, 006 passes, 0.928611161 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0027] batch, 064 threads} -> {0000000.9/0000053.8ms, 0080 iters, 006 passes, 0.897777182 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.0/0000055.5ms, 0069 iters, 006 passes, 0.929057980 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.0/0000056.1ms, 0064 iters, 006 passes, 0.925962117 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.0/0000054.9ms, 0044 iters, 006 passes, 0.929266443 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.0/0000055.3ms, 0058 iters, 006 passes, 0.929120323 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.929568646 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.0/0000022.4ms, 0006 iters, 002 passes, 0.929410970 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.0/0000055.1ms, 0042 iters, 006 passes, 0.929167524 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.0/0000056.4ms, 0064 iters, 006 passes, 0.928998995 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.929360791 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.1/0000026.0ms, 0007 iters, 002 passes, 0.893174503 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.1/0000056.5ms, 0086 iters, 005 passes, 0.921120024 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.1/0000054.1ms, 0051 iters, 005 passes, 0.928329433 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.929566812 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.6/0000019.1ms, 0004 iters, 002 passes, 0.926573463 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000001.3/0000049.4ms, 0054 iters, 005 passes, 0.928998145 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0028] batch, 064 threads} -> {0000000.8/0000053.8ms, 0064 iters, 006 passes, 0.926766157 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.0/0000056.3ms, 0065 iters, 006 passes, 0.925476085 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.0/0000056.0ms, 0067 iters, 006 passes, 0.928814753 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.0/0000055.5ms, 0046 iters, 006 passes, 0.928889378 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.0/0000055.3ms, 0055 iters, 006 passes, 0.929075947 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.929521387 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.0/0000022.8ms, 0014 iters, 002 passes, 0.929332494 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.0/0000056.1ms, 0071 iters, 006 passes, 0.928641494 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.0/0000056.1ms, 0069 iters, 006 passes, 0.928557423 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.929313533 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.1/0000026.0ms, 0003 iters, 002 passes, 0.893131200 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.1/0000059.6ms, 0059 iters, 006 passes, 0.924610170 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.1/0000058.1ms, 0061 iters, 006 passes, 0.924777980 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.7/0000005.4ms, 0001 iters, 001 passes, 0.929519552 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000001.0/0000019.7ms, 0003 iters, 002 passes, 0.926526694 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000000.7/0000049.0ms, 0044 iters, 005 passes, 0.929372681 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0029] batch, 064 threads} -> {0000001.1/0000047.4ms, 0063 iters, 005 passes, 0.928452179 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.0/0000054.2ms, 0055 iters, 006 passes, 0.929081052 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.0/0000053.9ms, 0064 iters, 006 passes, 0.928065032 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.0/0000055.7ms, 0050 iters, 006 passes, 0.924921387 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.0/0000055.9ms, 0060 iters, 006 passes, 0.928923245 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.0/0000005.4ms, 0001 iters, 001 passes, 0.929472786 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.0/0000027.0ms, 0003 iters, 002 passes, 0.929283855 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.0/0000054.3ms, 0052 iters, 006 passes, 0.929024212 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.0/0000055.9ms, 0065 iters, 006 passes, 0.928597615 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.929264932 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.1/0000025.7ms, 0003 iters, 002 passes, 0.893082104 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.1/0000054.9ms, 0050 iters, 005 passes, 0.928752024 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.1/0000060.2ms, 0068 iters, 006 passes, 0.925816827 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.929471404 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.8/0000019.4ms, 0003 iters, 002 passes, 0.926477953 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.6/0000052.6ms, 0062 iters, 006 passes, 0.929154938 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0030] batch, 064 threads} -> {0000000.6/0000050.8ms, 0062 iters, 006 passes, 0.921142441 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.0/0000052.7ms, 0065 iters, 006 passes, 0.925496131 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.0/0000054.8ms, 0080 iters, 006 passes, 0.928393405 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.0/0000056.1ms, 0059 iters, 006 passes, 0.928979634 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.0/0000055.8ms, 0054 iters, 006 passes, 0.928951996 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929426551 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.0/0000027.6ms, 0013 iters, 002 passes, 0.929189991 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.0/0000055.7ms, 0049 iters, 006 passes, 0.929019264 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.0/0000053.7ms, 0051 iters, 006 passes, 0.929166525 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.929218720 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.1/0000026.0ms, 0010 iters, 002 passes, 0.892940761 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.1/0000056.0ms, 0063 iters, 005 passes, 0.913418091 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.1/0000054.7ms, 0056 iters, 005 passes, 0.926399552 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000001.1/0000005.8ms, 0001 iters, 001 passes, 0.929425639 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000001.0/0000020.1ms, 0013 iters, 002 passes, 0.925727778 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000001.1/0000054.1ms, 0073 iters, 006 passes, 0.904590199 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0031] batch, 064 threads} -> {0000000.9/0000049.0ms, 0062 iters, 005 passes, 0.918714151 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.0/0000055.2ms, 0056 iters, 006 passes, 0.929155903 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.0/0000054.8ms, 0057 iters, 006 passes, 0.928934856 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.0/0000055.8ms, 0057 iters, 006 passes, 0.928964390 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.0/0000056.9ms, 0066 iters, 006 passes, 0.928792064 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929378950 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.0/0000025.8ms, 0006 iters, 002 passes, 0.929101138 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.0/0000055.6ms, 0054 iters, 006 passes, 0.928913296 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.0/0000056.6ms, 0074 iters, 006 passes, 0.928922553 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.929172233 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.1/0000025.6ms, 0003 iters, 002 passes, 0.892895679 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.1/0000057.9ms, 0067 iters, 005 passes, 0.928147399 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.1/0000055.8ms, 0057 iters, 005 passes, 0.924278260 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.929378039 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.5/0000019.8ms, 0006 iters, 002 passes, 0.925575533 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.5/0000054.1ms, 0085 iters, 006 passes, 0.928704824 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0032] batch, 064 threads} -> {0000000.6/0000052.7ms, 0077 iters, 006 passes, 0.911486000 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.0/0000053.9ms, 0054 iters, 006 passes, 0.928833555 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.0/0000053.3ms, 0039 iters, 006 passes, 0.929140742 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.0/0000054.9ms, 0050 iters, 006 passes, 0.928022956 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.0/0000058.2ms, 0078 iters, 006 passes, 0.927707437 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929330078 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.0/0000025.3ms, 0007 iters, 002 passes, 0.929031023 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.0/0000055.5ms, 0050 iters, 006 passes, 0.928834811 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.0/0000055.7ms, 0066 iters, 006 passes, 0.929007231 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.929123498 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.1/0000025.6ms, 0003 iters, 002 passes, 0.892847551 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.1/0000060.3ms, 0098 iters, 006 passes, 0.928702444 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.1/0000054.5ms, 0070 iters, 005 passes, 0.924976116 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.9/0000005.6ms, 0001 iters, 001 passes, 0.929329637 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.7/0000019.9ms, 0006 iters, 002 passes, 0.925526193 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.6/0000054.3ms, 0074 iters, 006 passes, 0.925601818 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0033] batch, 064 threads} -> {0000000.8/0000048.0ms, 0063 iters, 005 passes, 0.926837961 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.0/0000054.7ms, 0071 iters, 006 passes, 0.927793740 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.0/0000055.5ms, 0045 iters, 006 passes, 0.928827619 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.0/0000055.7ms, 0059 iters, 006 passes, 0.928864053 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.0/0000055.4ms, 0044 iters, 006 passes, 0.928792695 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929282180 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.0/0000022.5ms, 0004 iters, 002 passes, 0.928983964 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.0/0000057.2ms, 0064 iters, 006 passes, 0.923656117 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.0/0000056.1ms, 0058 iters, 006 passes, 0.928968583 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.929076118 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.1/0000025.9ms, 0005 iters, 002 passes, 0.892616375 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.1/0000054.7ms, 0051 iters, 005 passes, 0.928435873 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.1/0000056.0ms, 0076 iters, 005 passes, 0.926103114 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000001.0/0000005.7ms, 0001 iters, 001 passes, 0.929281739 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.8/0000019.9ms, 0009 iters, 002 passes, 0.924672991 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.6/0000049.6ms, 0061 iters, 005 passes, 0.929067978 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0034] batch, 064 threads} -> {0000000.7/0000049.0ms, 0039 iters, 005 passes, 0.929235013 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.0/0000055.5ms, 0054 iters, 006 passes, 0.928967699 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.0/0000054.9ms, 0078 iters, 006 passes, 0.925456395 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.0/0000055.5ms, 0066 iters, 006 passes, 0.929068390 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.0/0000058.4ms, 0041 iters, 006 passes, 0.929109747 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.929235173 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.0/0000022.7ms, 0004 iters, 002 passes, 0.928937560 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.0/0000055.6ms, 0040 iters, 006 passes, 0.929181385 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.0/0000054.9ms, 0054 iters, 006 passes, 0.908691539 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.929028677 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.1/0000026.7ms, 0012 iters, 002 passes, 0.892458159 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.1/0000056.0ms, 0077 iters, 005 passes, 0.928318965 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.1/0000061.2ms, 0091 iters, 006 passes, 0.924821775 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.929234262 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.8/0000024.4ms, 0008 iters, 002 passes, 0.924034392 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000001.3/0000055.1ms, 0079 iters, 006 passes, 0.922781494 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0035] batch, 064 threads} -> {0000000.7/0000048.5ms, 0068 iters, 005 passes, 0.925891934 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.0/0000054.9ms, 0056 iters, 006 passes, 0.927546435 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.0/0000054.5ms, 0057 iters, 006 passes, 0.928955373 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.0/0000055.6ms, 0061 iters, 006 passes, 0.928989557 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.0/0000057.0ms, 0053 iters, 006 passes, 0.928837392 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.929187324 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.0/0000023.7ms, 0022 iters, 002 passes, 0.926511354 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.0/0000056.3ms, 0057 iters, 006 passes, 0.929105644 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.0/0000055.6ms, 0070 iters, 006 passes, 0.928996873 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.1/0000005.0ms, 0001 iters, 001 passes, 0.928980832 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.1/0000027.3ms, 0010 iters, 002 passes, 0.892082945 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.1/0000058.9ms, 0059 iters, 006 passes, 0.928277620 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.1/0000060.2ms, 0079 iters, 006 passes, 0.924967257 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.7/0000005.4ms, 0001 iters, 001 passes, 0.929186412 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.6/0000021.6ms, 0003 iters, 002 passes, 0.923987464 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.6/0000053.9ms, 0075 iters, 006 passes, 0.922940101 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0036] batch, 064 threads} -> {0000000.6/0000053.5ms, 0077 iters, 006 passes, 0.926713529 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.0/0000054.8ms, 0068 iters, 006 passes, 0.920336385 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.0/0000054.3ms, 0063 iters, 006 passes, 0.913147072 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.0/0000055.3ms, 0054 iters, 006 passes, 0.926776698 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.0/0000055.5ms, 0060 iters, 006 passes, 0.929026792 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.929137935 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.0/0000025.0ms, 0013 iters, 002 passes, 0.926355855 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.0/0000056.5ms, 0060 iters, 006 passes, 0.928723737 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.0/0000057.0ms, 0054 iters, 006 passes, 0.928781209 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.928931444 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.1/0000029.4ms, 0022 iters, 002 passes, 0.887906899 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.1/0000056.7ms, 0058 iters, 005 passes, 0.928406430 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.1/0000055.3ms, 0057 iters, 005 passes, 0.911418616 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.929137024 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.8/0000021.8ms, 0004 iters, 002 passes, 0.923938344 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.8/0000055.2ms, 0088 iters, 006 passes, 0.912291845 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0037] batch, 064 threads} -> {0000000.5/0000052.8ms, 0084 iters, 006 passes, 0.925350774 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.0/0000055.7ms, 0066 iters, 006 passes, 0.928650645 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.0/0000054.6ms, 0068 iters, 006 passes, 0.928690642 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.0/0000056.9ms, 0065 iters, 006 passes, 0.925681128 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.0/0000055.5ms, 0055 iters, 006 passes, 0.921850798 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929091414 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.0/0000022.9ms, 0019 iters, 002 passes, 0.926044191 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.0/0000055.5ms, 0046 iters, 006 passes, 0.928796823 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.0/0000057.1ms, 0058 iters, 006 passes, 0.928665657 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.928884886 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.1/0000029.4ms, 0004 iters, 002 passes, 0.887860825 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.1/0000054.3ms, 0049 iters, 005 passes, 0.928104753 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.1/0000059.6ms, 0072 iters, 006 passes, 0.922043241 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.929090973 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.7/0000021.8ms, 0012 iters, 002 passes, 0.921938555 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.7/0000054.5ms, 0080 iters, 006 passes, 0.928375103 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0038] batch, 064 threads} -> {0000000.6/0000052.8ms, 0088 iters, 006 passes, 0.926211077 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.0/0000054.0ms, 0056 iters, 006 passes, 0.928926292 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.0/0000057.3ms, 0059 iters, 006 passes, 0.928503817 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.0/0000054.7ms, 0051 iters, 006 passes, 0.928907057 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.0/0000056.4ms, 0062 iters, 006 passes, 0.928789202 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.929042966 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.0/0000024.4ms, 0005 iters, 002 passes, 0.925995482 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.0/0000057.2ms, 0064 iters, 006 passes, 0.916633782 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.0/0000056.3ms, 0064 iters, 006 passes, 0.928631506 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.928836461 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.1/0000028.8ms, 0003 iters, 002 passes, 0.887814341 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.1/0000060.1ms, 0053 iters, 006 passes, 0.924036817 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.1/0000059.6ms, 0047 iters, 006 passes, 0.923241151 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.7/0000005.4ms, 0001 iters, 001 passes, 0.929042525 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.6/0000022.9ms, 0004 iters, 002 passes, 0.921905678 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000001.1/0000058.4ms, 0061 iters, 006 passes, 0.928542473 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0039] batch, 064 threads} -> {0000000.9/0000056.3ms, 0074 iters, 006 passes, 0.928159944 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.0/0000061.0ms, 0063 iters, 006 passes, 0.928731284 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.0/0000053.7ms, 0058 iters, 006 passes, 0.928873789 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.0/0000056.4ms, 0077 iters, 006 passes, 0.928740371 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.0/0000057.1ms, 0058 iters, 006 passes, 0.926814219 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.928994735 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.0/0000023.4ms, 0003 iters, 002 passes, 0.925947642 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.0/0000056.0ms, 0058 iters, 006 passes, 0.928675022 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.0/0000056.7ms, 0054 iters, 006 passes, 0.928561324 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.928788642 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.1/0000029.6ms, 0003 iters, 002 passes, 0.887769132 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.1/0000055.4ms, 0057 iters, 005 passes, 0.928745233 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.1/0000056.3ms, 0054 iters, 005 passes, 0.928810510 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.928994730 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000001.0/0000023.4ms, 0008 iters, 002 passes, 0.921858909 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000001.0/0000053.3ms, 0070 iters, 006 passes, 0.925830983 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0040] batch, 064 threads} -> {0000000.6/0000053.3ms, 0071 iters, 006 passes, 0.928614630 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.0/0000055.1ms, 0072 iters, 006 passes, 0.920305508 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.0/0000055.1ms, 0060 iters, 006 passes, 0.928654841 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.0/0000056.0ms, 0057 iters, 006 passes, 0.928820144 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.0/0000056.6ms, 0053 iters, 006 passes, 0.928679968 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928947527 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.0/0000023.5ms, 0003 iters, 002 passes, 0.925899991 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.0/0000056.8ms, 0056 iters, 006 passes, 0.928394098 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.0/0000059.5ms, 0067 iters, 006 passes, 0.928584509 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.928741433 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.1/0000029.2ms, 0004 iters, 002 passes, 0.887722864 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.1/0000056.7ms, 0064 iters, 006 passes, 0.927089549 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.1/0000058.7ms, 0076 iters, 006 passes, 0.911705651 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.928947992 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.8/0000023.2ms, 0004 iters, 002 passes, 0.921811825 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.8/0000054.9ms, 0068 iters, 006 passes, 0.924606427 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0041] batch, 064 threads} -> {0000000.6/0000053.9ms, 0072 iters, 006 passes, 0.921065290 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.0/0000055.7ms, 0085 iters, 006 passes, 0.927655832 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.0/0000055.7ms, 0078 iters, 006 passes, 0.925256296 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.0/0000056.0ms, 0071 iters, 006 passes, 0.927880524 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.0/0000054.7ms, 0055 iters, 006 passes, 0.928469796 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.928900539 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.0/0000024.0ms, 0003 iters, 002 passes, 0.925853293 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.0/0000055.6ms, 0052 iters, 006 passes, 0.928395260 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.0/0000057.5ms, 0073 iters, 006 passes, 0.927340489 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.928694446 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.1/0000029.3ms, 0003 iters, 002 passes, 0.887678962 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.1/0000056.8ms, 0046 iters, 005 passes, 0.927379668 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.1/0000055.7ms, 0065 iters, 005 passes, 0.926948023 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.928901004 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.8/0000022.9ms, 0003 iters, 002 passes, 0.921765452 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.7/0000054.1ms, 0076 iters, 006 passes, 0.919621464 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0042] batch, 064 threads} -> {0000000.7/0000054.4ms, 0072 iters, 006 passes, 0.923229308 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.0/0000061.6ms, 0057 iters, 006 passes, 0.928199816 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.0/0000054.0ms, 0063 iters, 006 passes, 0.917287590 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.0/0000054.5ms, 0065 iters, 006 passes, 0.919178414 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.0/0000055.4ms, 0073 iters, 006 passes, 0.927644738 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.928853401 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.0/0000022.6ms, 0003 iters, 002 passes, 0.925806578 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.0/0000054.6ms, 0052 iters, 006 passes, 0.928820033 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.0/0000054.6ms, 0063 iters, 006 passes, 0.928754505 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.928648434 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.1/0000029.4ms, 0003 iters, 002 passes, 0.887637992 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.1/0000054.6ms, 0056 iters, 005 passes, 0.928587497 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.1/0000057.1ms, 0059 iters, 005 passes, 0.927833136 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.9/0000005.6ms, 0001 iters, 001 passes, 0.928853866 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.7/0000023.6ms, 0004 iters, 002 passes, 0.921719191 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.7/0000053.9ms, 0074 iters, 006 passes, 0.925569431 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0043] batch, 064 threads} -> {0000000.8/0000053.2ms, 0089 iters, 006 passes, 0.925654494 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.0/0000054.1ms, 0068 iters, 006 passes, 0.928228972 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.0/0000052.9ms, 0053 iters, 006 passes, 0.928353335 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.0/0000054.8ms, 0060 iters, 006 passes, 0.926961586 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.0/0000055.8ms, 0057 iters, 006 passes, 0.928112220 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928808072 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.0/0000023.1ms, 0007 iters, 002 passes, 0.925684408 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.0/0000054.2ms, 0048 iters, 006 passes, 0.928140461 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.0/0000060.8ms, 0067 iters, 006 passes, 0.928749706 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.928602732 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.1/0000028.8ms, 0005 iters, 002 passes, 0.887593267 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.1/0000052.0ms, 0046 iters, 005 passes, 0.928579036 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.1/0000054.5ms, 0056 iters, 005 passes, 0.925878015 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.9/0000005.6ms, 0001 iters, 001 passes, 0.928808067 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.8/0000023.3ms, 0007 iters, 002 passes, 0.920746788 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.7/0000054.1ms, 0090 iters, 006 passes, 0.914967626 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0044] batch, 064 threads} -> {0000000.7/0000053.0ms, 0082 iters, 006 passes, 0.919592604 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.0/0000053.6ms, 0055 iters, 006 passes, 0.927375319 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.0/0000054.5ms, 0079 iters, 006 passes, 0.928344612 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.0/0000056.3ms, 0066 iters, 006 passes, 0.928480820 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.0/0000055.2ms, 0073 iters, 006 passes, 0.928417362 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928762003 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.0/0000026.2ms, 0015 iters, 002 passes, 0.925640107 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.0/0000064.0ms, 0079 iters, 007 passes, 0.877060281 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.0/0000060.4ms, 0051 iters, 006 passes, 0.927201717 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.3/0000005.0ms, 0001 iters, 001 passes, 0.928556909 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.3/0000032.2ms, 0003 iters, 002 passes, 0.887549317 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.3/0000062.7ms, 0072 iters, 006 passes, 0.927641225 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.4/0000062.5ms, 0083 iters, 006 passes, 0.924799752 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.928761998 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.6/0000021.0ms, 0004 iters, 002 passes, 0.920701954 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.6/0000055.4ms, 0094 iters, 006 passes, 0.921925298 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0045] batch, 064 threads} -> {0000000.6/0000054.8ms, 0094 iters, 006 passes, 0.922802581 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.0/0000054.5ms, 0062 iters, 006 passes, 0.911829894 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.0/0000060.8ms, 0078 iters, 007 passes, 0.925614825 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.0/0000057.7ms, 0064 iters, 006 passes, 0.928231489 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.0/0000056.8ms, 0065 iters, 006 passes, 0.927655039 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928715716 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.0/0000024.8ms, 0003 iters, 002 passes, 0.925593827 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.0/0000056.8ms, 0047 iters, 006 passes, 0.928400514 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.0/0000056.9ms, 0068 iters, 006 passes, 0.928347706 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.928510714 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.1/0000030.7ms, 0004 iters, 002 passes, 0.887504687 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.1/0000059.5ms, 0071 iters, 006 passes, 0.924997311 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.1/0000059.9ms, 0069 iters, 006 passes, 0.923124592 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000001.0/0000005.8ms, 0001 iters, 001 passes, 0.928715711 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.8/0000021.0ms, 0004 iters, 002 passes, 0.920656288 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.7/0000056.2ms, 0091 iters, 006 passes, 0.926156092 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0046] batch, 064 threads} -> {0000000.7/0000053.6ms, 0090 iters, 006 passes, 0.921093279 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.0/0000054.1ms, 0057 iters, 006 passes, 0.928398865 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.0/0000054.4ms, 0050 iters, 006 passes, 0.927939160 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.0/0000056.0ms, 0061 iters, 006 passes, 0.924213809 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.0/0000059.2ms, 0070 iters, 006 passes, 0.927919009 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928671871 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.0/0000024.8ms, 0006 iters, 002 passes, 0.925544856 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.0/0000056.8ms, 0059 iters, 006 passes, 0.925067912 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.0/0000055.2ms, 0062 iters, 006 passes, 0.927443951 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.928466858 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.1/0000033.1ms, 0011 iters, 002 passes, 0.887451657 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.1/0000054.9ms, 0073 iters, 005 passes, 0.904622650 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.1/0000063.2ms, 0102 iters, 007 passes, 0.920598605 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.928671867 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.7/0000021.3ms, 0017 iters, 002 passes, 0.916729810 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.6/0000053.9ms, 0074 iters, 006 passes, 0.928055979 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0047] batch, 064 threads} -> {0000000.6/0000054.1ms, 0078 iters, 006 passes, 0.911475427 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.0/0000055.2ms, 0083 iters, 006 passes, 0.926903309 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.0/0000055.1ms, 0058 iters, 006 passes, 0.928002302 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.0/0000057.8ms, 0074 iters, 006 passes, 0.928015796 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.0/0000057.6ms, 0068 iters, 006 passes, 0.927335721 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928625084 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.0/0000024.5ms, 0003 iters, 002 passes, 0.925498611 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.0/0000056.1ms, 0053 iters, 006 passes, 0.928292727 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.0/0000055.6ms, 0061 iters, 006 passes, 0.923327988 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.928420189 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.1/0000031.2ms, 0003 iters, 002 passes, 0.887404183 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.1/0000057.3ms, 0061 iters, 005 passes, 0.913783679 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.1/0000061.5ms, 0079 iters, 006 passes, 0.918790999 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.928625080 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000001.2/0000025.4ms, 0004 iters, 002 passes, 0.916705110 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000001.5/0000055.3ms, 0081 iters, 006 passes, 0.923610266 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0048] batch, 064 threads} -> {0000001.0/0000053.7ms, 0083 iters, 006 passes, 0.889157297 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.0/0000056.6ms, 0065 iters, 006 passes, 0.915508418 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.0/0000055.9ms, 0073 iters, 006 passes, 0.927391043 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.0/0000057.1ms, 0071 iters, 006 passes, 0.913151015 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.0/0000056.4ms, 0067 iters, 006 passes, 0.927982393 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.928579996 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.0/0000024.8ms, 0004 iters, 002 passes, 0.925453781 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.0/0000056.3ms, 0073 iters, 006 passes, 0.928217048 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.0/0000055.3ms, 0052 iters, 006 passes, 0.928213316 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.928375101 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.1/0000030.2ms, 0003 iters, 002 passes, 0.887359467 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.1/0000074.4ms, 0096 iters, 007 passes, 0.884372317 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.1/0000067.6ms, 0083 iters, 007 passes, 0.908592964 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.928579991 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.7/0000025.0ms, 0013 iters, 002 passes, 0.916662182 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.8/0000053.6ms, 0069 iters, 006 passes, 0.913370914 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0049] batch, 064 threads} -> {0000000.5/0000054.2ms, 0071 iters, 006 passes, 0.902458603 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.0/0000056.8ms, 0105 iters, 006 passes, 0.910475417 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.0/0000056.9ms, 0092 iters, 006 passes, 0.927582737 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.0/0000055.3ms, 0064 iters, 006 passes, 0.927984231 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.0/0000056.7ms, 0063 iters, 006 passes, 0.919880568 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.928533330 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.0/0000024.9ms, 0004 iters, 002 passes, 0.925407562 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.0/0000057.1ms, 0079 iters, 006 passes, 0.926212983 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.0/0000058.0ms, 0077 iters, 006 passes, 0.921310547 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.928328425 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.1/0000029.9ms, 0003 iters, 002 passes, 0.887315310 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.1/0000060.8ms, 0091 iters, 007 passes, 0.918094304 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.1/0000064.4ms, 0092 iters, 007 passes, 0.875753843 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.928533325 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.7/0000025.1ms, 0014 iters, 002 passes, 0.916618118 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.8/0000055.7ms, 0097 iters, 006 passes, 0.921883848 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0050] batch, 064 threads} -> {0000000.7/0000055.4ms, 0105 iters, 006 passes, 0.922676142 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.0/0000054.2ms, 0057 iters, 006 passes, 0.907245245 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.0/0000055.9ms, 0056 iters, 006 passes, 0.927946855 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.0/0000057.7ms, 0071 iters, 006 passes, 0.927855757 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.0/0000058.4ms, 0072 iters, 006 passes, 0.928216556 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.928486688 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.0/0000025.0ms, 0004 iters, 002 passes, 0.925361347 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.0/0000056.2ms, 0063 iters, 006 passes, 0.920399769 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.0/0000058.2ms, 0069 iters, 006 passes, 0.925580998 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.1/0000005.2ms, 0001 iters, 001 passes, 0.928281761 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.1/0000030.4ms, 0004 iters, 002 passes, 0.887270870 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.1/0000059.1ms, 0073 iters, 006 passes, 0.921815762 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.1/0000060.2ms, 0080 iters, 006 passes, 0.915110390 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.7/0000005.4ms, 0001 iters, 001 passes, 0.928486684 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.6/0000024.9ms, 0006 iters, 002 passes, 0.916571453 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.6/0000053.9ms, 0069 iters, 006 passes, 0.926347484 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0051] batch, 064 threads} -> {0000000.8/0000054.8ms, 0094 iters, 006 passes, 0.911574567 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.0/0000057.0ms, 0090 iters, 006 passes, 0.927566797 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.0/0000056.2ms, 0055 iters, 006 passes, 0.927858831 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.0/0000057.0ms, 0067 iters, 006 passes, 0.926883451 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.0/0000057.3ms, 0066 iters, 006 passes, 0.927784067 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928439214 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.0/0000025.2ms, 0004 iters, 002 passes, 0.925314011 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.0/0000057.7ms, 0054 iters, 006 passes, 0.928147769 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.0/0000056.9ms, 0058 iters, 006 passes, 0.928012601 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.928233817 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.1/0000032.9ms, 0022 iters, 002 passes, 0.884539318 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.1/0000056.0ms, 0077 iters, 005 passes, 0.927865139 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.1/0000055.6ms, 0070 iters, 005 passes, 0.924979774 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.928438740 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.6/0000025.0ms, 0011 iters, 002 passes, 0.914553837 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.7/0000055.4ms, 0070 iters, 006 passes, 0.919559525 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0052] batch, 064 threads} -> {0000000.8/0000053.8ms, 0079 iters, 006 passes, 0.922468831 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.0/0000059.4ms, 0070 iters, 006 passes, 0.927232335 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.0/0000060.3ms, 0082 iters, 007 passes, 0.920771071 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.0/0000058.2ms, 0083 iters, 006 passes, 0.923014574 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.0/0000058.5ms, 0077 iters, 006 passes, 0.927837326 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928392713 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.0/0000024.2ms, 0003 iters, 002 passes, 0.925268468 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.0/0000058.9ms, 0096 iters, 006 passes, 0.923956446 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.0/0000057.1ms, 0076 iters, 006 passes, 0.925427662 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.928187316 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.1/0000029.0ms, 0005 iters, 002 passes, 0.884496591 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.1/0000058.5ms, 0070 iters, 006 passes, 0.924719434 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.1/0000060.1ms, 0093 iters, 006 passes, 0.921506531 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.928392239 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000001.0/0000022.9ms, 0003 iters, 002 passes, 0.914514221 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.8/0000054.6ms, 0099 iters, 006 passes, 0.927503238 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0053] batch, 064 threads} -> {0000000.9/0000049.8ms, 0059 iters, 005 passes, 0.921638929 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.0/0000054.8ms, 0066 iters, 006 passes, 0.903626894 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.0/0000056.6ms, 0077 iters, 006 passes, 0.919440888 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.0/0000056.8ms, 0067 iters, 006 passes, 0.926078347 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.0/0000057.6ms, 0057 iters, 006 passes, 0.927783972 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.928342743 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.0/0000025.2ms, 0011 iters, 002 passes, 0.925219455 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.0/0000056.8ms, 0050 iters, 006 passes, 0.928040895 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.0/0000058.1ms, 0076 iters, 006 passes, 0.919960186 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.928137346 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.1/0000029.7ms, 0021 iters, 002 passes, 0.884448670 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.1/0000056.1ms, 0068 iters, 005 passes, 0.923731679 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.1/0000059.5ms, 0057 iters, 006 passes, 0.920131045 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.7/0000005.7ms, 0001 iters, 001 passes, 0.928342269 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.8/0000022.6ms, 0020 iters, 002 passes, 0.914467703 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.7/0000049.7ms, 0067 iters, 005 passes, 0.924739737 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0054] batch, 064 threads} -> {0000000.7/0000055.5ms, 0082 iters, 006 passes, 0.909206307 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.0/0000055.4ms, 0069 iters, 006 passes, 0.927075149 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.0/0000060.9ms, 0082 iters, 007 passes, 0.922574414 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.0/0000057.4ms, 0071 iters, 006 passes, 0.927882353 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.0/0000058.7ms, 0088 iters, 006 passes, 0.927686509 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928295942 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.0/0000025.4ms, 0017 iters, 002 passes, 0.924814076 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.0/0000057.2ms, 0049 iters, 006 passes, 0.928017985 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.0/0000057.0ms, 0073 iters, 006 passes, 0.923106914 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.1/0000005.2ms, 0001 iters, 001 passes, 0.928090360 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.1/0000029.7ms, 0008 iters, 002 passes, 0.883733763 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.1/0000063.9ms, 0125 iters, 007 passes, 0.910014562 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.1/0000058.0ms, 0086 iters, 006 passes, 0.911521411 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.928295231 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.6/0000022.4ms, 0007 iters, 002 passes, 0.912020273 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.6/0000049.4ms, 0060 iters, 005 passes, 0.887732013 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0055] batch, 064 threads} -> {0000000.6/0000053.5ms, 0082 iters, 006 passes, 0.926810801 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.0/0000054.5ms, 0049 iters, 006 passes, 0.927740641 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.0/0000056.2ms, 0069 iters, 006 passes, 0.925154112 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.0/0000057.6ms, 0070 iters, 006 passes, 0.927592500 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.0/0000057.8ms, 0075 iters, 006 passes, 0.927381897 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.928248768 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.0/0000024.1ms, 0003 iters, 002 passes, 0.924767532 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.0/0000057.8ms, 0075 iters, 006 passes, 0.927883715 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.0/0000057.3ms, 0066 iters, 006 passes, 0.927564761 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.928043338 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.1/0000029.3ms, 0003 iters, 002 passes, 0.883687935 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.1/0000059.5ms, 0071 iters, 006 passes, 0.925062334 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.1/0000053.2ms, 0074 iters, 005 passes, 0.927843698 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.928248057 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.9/0000023.6ms, 0005 iters, 002 passes, 0.911982128 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.8/0000055.0ms, 0082 iters, 006 passes, 0.925313686 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0056] batch, 064 threads} -> {0000000.8/0000053.6ms, 0076 iters, 006 passes, 0.918609885 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.0/0000054.5ms, 0050 iters, 006 passes, 0.923159164 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.0/0000055.2ms, 0064 iters, 006 passes, 0.910572476 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.0/0000057.4ms, 0085 iters, 006 passes, 0.927110019 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.0/0000057.1ms, 0076 iters, 006 passes, 0.924725146 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928200766 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.0/0000024.1ms, 0003 iters, 002 passes, 0.924719706 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.0/0000056.3ms, 0059 iters, 006 passes, 0.920473604 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.0/0000056.4ms, 0068 iters, 006 passes, 0.926804959 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.927995336 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.1/0000029.3ms, 0003 iters, 002 passes, 0.883641884 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.1/0000055.2ms, 0060 iters, 005 passes, 0.917766039 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.1/0000060.8ms, 0069 iters, 006 passes, 0.926182008 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.928200292 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.7/0000023.6ms, 0021 iters, 002 passes, 0.911936537 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.6/0000057.0ms, 0090 iters, 006 passes, 0.924832491 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0057] batch, 064 threads} -> {0000000.8/0000061.1ms, 0092 iters, 007 passes, 0.920729797 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.0/0000055.9ms, 0075 iters, 006 passes, 0.919563645 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.0/0000054.3ms, 0056 iters, 006 passes, 0.926615774 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.0/0000056.7ms, 0064 iters, 006 passes, 0.925747027 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.0/0000056.3ms, 0069 iters, 006 passes, 0.925746414 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928155117 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.0/0000024.3ms, 0003 iters, 002 passes, 0.924674975 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.0/0000058.5ms, 0077 iters, 006 passes, 0.927448786 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.0/0000056.7ms, 0059 iters, 006 passes, 0.924655656 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.927949917 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.1/0000029.5ms, 0003 iters, 002 passes, 0.883598124 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.1/0000061.8ms, 0073 iters, 006 passes, 0.906871817 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.1/0000060.1ms, 0086 iters, 006 passes, 0.927214925 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.928154643 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.6/0000023.1ms, 0005 iters, 002 passes, 0.911891589 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.6/0000053.9ms, 0077 iters, 006 passes, 0.913491680 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0058] batch, 064 threads} -> {0000000.6/0000054.7ms, 0090 iters, 006 passes, 0.924401184 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.0/0000053.6ms, 0058 iters, 006 passes, 0.926848573 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.0/0000054.4ms, 0056 iters, 006 passes, 0.927696730 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.0/0000055.7ms, 0060 iters, 006 passes, 0.927857027 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.0/0000056.5ms, 0073 iters, 006 passes, 0.894865102 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.928107403 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.0/0000024.8ms, 0004 iters, 002 passes, 0.924628519 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.0/0000055.9ms, 0059 iters, 006 passes, 0.928030040 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.0/0000056.2ms, 0065 iters, 006 passes, 0.887784719 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.927902212 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.1/0000029.0ms, 0004 iters, 002 passes, 0.883552849 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.1/0000053.0ms, 0069 iters, 005 passes, 0.900230865 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.1/0000059.6ms, 0072 iters, 006 passes, 0.926012498 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.928106929 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.6/0000023.2ms, 0009 iters, 002 passes, 0.903456841 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.6/0000054.5ms, 0089 iters, 006 passes, 0.921760178 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0059] batch, 064 threads} -> {0000000.6/0000054.8ms, 0081 iters, 006 passes, 0.923126656 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.0/0000054.5ms, 0068 iters, 006 passes, 0.924048131 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.0/0000055.9ms, 0075 iters, 006 passes, 0.921977810 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.0/0000056.1ms, 0059 iters, 006 passes, 0.923480620 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.0/0000056.2ms, 0060 iters, 006 passes, 0.924001944 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.0/0000005.5ms, 0001 iters, 001 passes, 0.928061446 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.0/0000024.4ms, 0004 iters, 002 passes, 0.924583253 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.0/0000057.6ms, 0076 iters, 006 passes, 0.916640395 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.0/0000059.2ms, 0090 iters, 006 passes, 0.920147466 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.927856523 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.1/0000028.9ms, 0005 iters, 002 passes, 0.883510612 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.1/0000063.4ms, 0079 iters, 007 passes, 0.926889036 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.1/0000059.7ms, 0062 iters, 006 passes, 0.905313163 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.928060972 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.8/0000029.0ms, 0005 iters, 002 passes, 0.903427381 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.7/0000054.9ms, 0082 iters, 006 passes, 0.917951839 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0060] batch, 064 threads} -> {0000000.6/0000054.6ms, 0090 iters, 006 passes, 0.921482305 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.0/0000056.3ms, 0074 iters, 006 passes, 0.924086848 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.0/0000058.0ms, 0097 iters, 006 passes, 0.925805935 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.0/0000058.5ms, 0078 iters, 006 passes, 0.926720620 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.0/0000058.8ms, 0089 iters, 006 passes, 0.923003969 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.928014002 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.0/0000024.6ms, 0003 iters, 002 passes, 0.924535844 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.0/0000057.6ms, 0064 iters, 006 passes, 0.926547783 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.0/0000057.0ms, 0053 iters, 006 passes, 0.927150642 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.1/0000005.1ms, 0001 iters, 001 passes, 0.927809079 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.1/0000028.8ms, 0003 iters, 002 passes, 0.883465079 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.1/0000059.7ms, 0073 iters, 006 passes, 0.923257066 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.1/0000060.2ms, 0072 iters, 005 passes, 0.926924919 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.7/0000005.4ms, 0001 iters, 001 passes, 0.928013528 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.8/0000029.4ms, 0021 iters, 002 passes, 0.903388902 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.7/0000055.4ms, 0082 iters, 006 passes, 0.915436021 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0061] batch, 064 threads} -> {0000000.7/0000055.0ms, 0083 iters, 006 passes, 0.927233742 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.0/0000058.1ms, 0097 iters, 006 passes, 0.926155265 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.0/0000056.6ms, 0077 iters, 006 passes, 0.927720850 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.0/0000058.6ms, 0088 iters, 006 passes, 0.926911343 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.0/0000059.3ms, 0074 iters, 006 passes, 0.927646855 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.927967778 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.0/0000024.7ms, 0003 iters, 002 passes, 0.924490179 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.0/0000058.1ms, 0082 iters, 006 passes, 0.924700947 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.0/0000056.5ms, 0071 iters, 006 passes, 0.921497029 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.1/0000005.1ms, 0001 iters, 001 passes, 0.927762855 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.1/0000029.5ms, 0003 iters, 002 passes, 0.883420930 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.1/0000060.3ms, 0072 iters, 006 passes, 0.925750411 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.1/0000056.4ms, 0058 iters, 005 passes, 0.927151732 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.927967304 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000001.1/0000029.0ms, 0021 iters, 002 passes, 0.903346827 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.7/0000055.0ms, 0090 iters, 006 passes, 0.903370856 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0062] batch, 064 threads} -> {0000000.7/0000054.0ms, 0073 iters, 006 passes, 0.920488686 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.0/0000055.3ms, 0062 iters, 006 passes, 0.925870581 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.0/0000054.7ms, 0058 iters, 006 passes, 0.926072199 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.0/0000057.2ms, 0078 iters, 006 passes, 0.921662768 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.0/0000057.8ms, 0077 iters, 006 passes, 0.927447720 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.927920070 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.0/0000024.6ms, 0003 iters, 002 passes, 0.924443358 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.0/0000058.1ms, 0067 iters, 006 passes, 0.924526980 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.0/0000056.0ms, 0061 iters, 006 passes, 0.927902512 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.927715843 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.1/0000030.1ms, 0003 iters, 002 passes, 0.883376168 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.1/0000055.7ms, 0060 iters, 005 passes, 0.924548839 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.1/0000061.3ms, 0077 iters, 006 passes, 0.910344595 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000001.1/0000005.9ms, 0001 iters, 001 passes, 0.927919597 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.8/0000028.8ms, 0021 iters, 002 passes, 0.903302452 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.7/0000056.1ms, 0103 iters, 006 passes, 0.921185786 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0063] batch, 064 threads} -> {0000000.7/0000054.5ms, 0082 iters, 006 passes, 0.919003041 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.0/0000055.9ms, 0069 iters, 006 passes, 0.927574269 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.0/0000057.6ms, 0086 iters, 006 passes, 0.923593484 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.0/0000058.1ms, 0077 iters, 006 passes, 0.927334121 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.0/0000058.2ms, 0067 iters, 006 passes, 0.926419674 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.927872967 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.0/0000024.4ms, 0003 iters, 002 passes, 0.924396369 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.0/0000055.9ms, 0064 iters, 006 passes, 0.927022955 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.0/0000056.4ms, 0057 iters, 006 passes, 0.927901752 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.1/0000004.9ms, 0001 iters, 001 passes, 0.927668740 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.1/0000029.3ms, 0003 iters, 002 passes, 0.883330861 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.1/0000056.0ms, 0057 iters, 005 passes, 0.925790034 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.1/0000060.0ms, 0083 iters, 006 passes, 0.923922159 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.927872259 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.6/0000028.6ms, 0003 iters, 002 passes, 0.903257262 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.6/0000055.1ms, 0090 iters, 006 passes, 0.919751663 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0064] batch, 064 threads} -> {0000000.6/0000055.7ms, 0086 iters, 006 passes, 0.923448176 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.0/0000056.8ms, 0088 iters, 006 passes, 0.923315735 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.0/0000056.3ms, 0077 iters, 006 passes, 0.927026718 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.0/0000058.4ms, 0066 iters, 006 passes, 0.924588452 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.0/0000057.0ms, 0072 iters, 006 passes, 0.926186909 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.927824208 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.0/0000024.5ms, 0004 iters, 002 passes, 0.924348420 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.0/0000055.7ms, 0052 iters, 006 passes, 0.927682343 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.0/0000056.8ms, 0065 iters, 006 passes, 0.926034015 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.927620446 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.1/0000028.7ms, 0009 iters, 002 passes, 0.881643873 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.1/0000056.8ms, 0060 iters, 005 passes, 0.925022515 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.1/0000054.7ms, 0057 iters, 005 passes, 0.920260561 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000001.2/0000005.9ms, 0001 iters, 001 passes, 0.927823735 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.6/0000028.6ms, 0011 iters, 002 passes, 0.903211951 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.6/0000054.7ms, 0103 iters, 006 passes, 0.927184296 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0065] batch, 064 threads} -> {0000000.5/0000048.6ms, 0063 iters, 005 passes, 0.925996466 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.0/0000056.1ms, 0065 iters, 006 passes, 0.927259560 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.0/0000056.0ms, 0077 iters, 006 passes, 0.925630626 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.0/0000056.9ms, 0070 iters, 006 passes, 0.923283484 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.0/0000057.1ms, 0068 iters, 006 passes, 0.927290716 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.927778884 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.0/0000024.7ms, 0004 iters, 002 passes, 0.924303551 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.0/0000055.6ms, 0054 iters, 006 passes, 0.927732157 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.0/0000055.3ms, 0045 iters, 006 passes, 0.927560069 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.927575123 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.1/0000028.5ms, 0006 iters, 002 passes, 0.879492021 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.1/0000061.2ms, 0075 iters, 006 passes, 0.880497090 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.1/0000061.6ms, 0069 iters, 006 passes, 0.897477807 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.927778411 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.8/0000028.0ms, 0005 iters, 002 passes, 0.903163271 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.7/0000055.4ms, 0094 iters, 006 passes, 0.927075667 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0066] batch, 064 threads} -> {0000000.7/0000055.9ms, 0088 iters, 006 passes, 0.925983420 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.0/0000057.4ms, 0090 iters, 006 passes, 0.927314530 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.0/0000057.4ms, 0091 iters, 006 passes, 0.927301640 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.0/0000058.6ms, 0100 iters, 006 passes, 0.924867780 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.0/0000052.2ms, 0047 iters, 005 passes, 0.927356759 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.927733389 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.0/0000024.7ms, 0003 iters, 002 passes, 0.924258084 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.0/0000060.0ms, 0081 iters, 006 passes, 0.925020775 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.0/0000057.9ms, 0071 iters, 006 passes, 0.920457495 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.927529628 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.1/0000028.6ms, 0003 iters, 002 passes, 0.879447846 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.1/0000062.8ms, 0062 iters, 006 passes, 0.920023183 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.1/0000064.2ms, 0082 iters, 006 passes, 0.915307918 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.927732915 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.8/0000027.9ms, 0004 iters, 002 passes, 0.903118566 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.7/0000055.3ms, 0080 iters, 006 passes, 0.912505996 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0067] batch, 064 threads} -> {0000000.6/0000050.8ms, 0054 iters, 005 passes, 0.919843962 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.0/0000055.4ms, 0064 iters, 006 passes, 0.922552525 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.0/0000058.2ms, 0083 iters, 006 passes, 0.926493284 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.0/0000058.5ms, 0082 iters, 006 passes, 0.925733343 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.0/0000059.5ms, 0081 iters, 006 passes, 0.912130256 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.927686977 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.0/0000024.3ms, 0003 iters, 002 passes, 0.924212297 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.0/0000056.2ms, 0056 iters, 006 passes, 0.927200499 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.0/0000058.0ms, 0078 iters, 006 passes, 0.923270184 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.927483250 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.1/0000028.3ms, 0003 iters, 002 passes, 0.879404727 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.1/0000059.8ms, 0065 iters, 006 passes, 0.922534881 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.1/0000060.7ms, 0079 iters, 006 passes, 0.907329158 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.8/0000011.3ms, 0001 iters, 001 passes, 0.927686504 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000001.0/0000027.8ms, 0003 iters, 002 passes, 0.903076814 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.8/0000056.0ms, 0075 iters, 006 passes, 0.926268853 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0068] batch, 064 threads} -> {0000000.8/0000054.5ms, 0067 iters, 006 passes, 0.918347993 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.0/0000055.4ms, 0062 iters, 006 passes, 0.925081790 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.0/0000056.6ms, 0062 iters, 006 passes, 0.926983363 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.0/0000061.7ms, 0084 iters, 006 passes, 0.927295091 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.0/0000059.2ms, 0081 iters, 006 passes, 0.925761486 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.927639280 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.0/0000024.4ms, 0003 iters, 002 passes, 0.924165920 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.0/0000057.5ms, 0060 iters, 006 passes, 0.927198993 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.0/0000058.8ms, 0082 iters, 006 passes, 0.927588558 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.927435553 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.1/0000029.1ms, 0003 iters, 002 passes, 0.879360267 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.1/0000060.8ms, 0076 iters, 006 passes, 0.907232933 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.1/0000057.2ms, 0069 iters, 005 passes, 0.926898263 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.7/0000005.4ms, 0001 iters, 001 passes, 0.927638807 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.6/0000028.0ms, 0003 iters, 002 passes, 0.903032444 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.6/0000055.9ms, 0072 iters, 006 passes, 0.924664233 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0069] batch, 064 threads} -> {0000000.5/0000055.3ms, 0089 iters, 006 passes, 0.915584903 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.0/0000057.7ms, 0067 iters, 006 passes, 0.926796747 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.0/0000056.4ms, 0064 iters, 006 passes, 0.924902866 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.0/0000057.8ms, 0080 iters, 006 passes, 0.926529386 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.0/0000057.8ms, 0063 iters, 006 passes, 0.906094315 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.927592416 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.0/0000024.2ms, 0004 iters, 002 passes, 0.924118900 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.0/0000057.8ms, 0057 iters, 006 passes, 0.924550261 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.0/0000057.8ms, 0063 iters, 006 passes, 0.922614532 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.927389127 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.1/0000029.2ms, 0003 iters, 002 passes, 0.879318308 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.1/0000065.8ms, 0092 iters, 007 passes, 0.924425781 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.1/0000056.0ms, 0061 iters, 005 passes, 0.925456295 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.927591943 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.7/0000029.0ms, 0019 iters, 002 passes, 0.902989384 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.8/0000055.8ms, 0089 iters, 006 passes, 0.905152339 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0070] batch, 064 threads} -> {0000000.5/0000053.3ms, 0078 iters, 006 passes, 0.903745650 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.0/0000055.9ms, 0071 iters, 006 passes, 0.927129599 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.0/0000056.8ms, 0078 iters, 006 passes, 0.927121403 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.0/0000058.2ms, 0059 iters, 006 passes, 0.926805143 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.0/0000060.2ms, 0090 iters, 006 passes, 0.908192761 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.927546762 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.0/0000024.1ms, 0003 iters, 002 passes, 0.924074097 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.0/0000058.1ms, 0063 iters, 006 passes, 0.919931520 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.0/0000053.0ms, 0052 iters, 005 passes, 0.921954443 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.927343478 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.1/0000029.9ms, 0021 iters, 002 passes, 0.879272677 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.1/0000061.3ms, 0088 iters, 006 passes, 0.926434885 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.1/0000060.7ms, 0068 iters, 006 passes, 0.864570191 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.927546759 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000001.0/0000029.5ms, 0021 iters, 002 passes, 0.902946460 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.8/0000058.6ms, 0074 iters, 006 passes, 0.923175478 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0071] batch, 064 threads} -> {0000000.8/0000055.6ms, 0081 iters, 006 passes, 0.925409243 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.0/0000056.7ms, 0064 iters, 006 passes, 0.927117681 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.0/0000056.6ms, 0060 iters, 006 passes, 0.927115735 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.0/0000056.8ms, 0069 iters, 006 passes, 0.923177523 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.0/0000056.2ms, 0056 iters, 006 passes, 0.923999602 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.927498876 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.0/0000024.2ms, 0006 iters, 002 passes, 0.924025132 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.0/0000057.5ms, 0068 iters, 006 passes, 0.925075417 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.0/0000058.4ms, 0083 iters, 006 passes, 0.925018477 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.927297591 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.1/0000029.5ms, 0004 iters, 002 passes, 0.879232121 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.1/0000058.4ms, 0075 iters, 006 passes, 0.921122887 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.1/0000059.8ms, 0066 iters, 006 passes, 0.892883532 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.927498873 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.8/0000028.3ms, 0010 iters, 002 passes, 0.902901481 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.7/0000055.2ms, 0077 iters, 006 passes, 0.918229928 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0072] batch, 064 threads} -> {0000000.5/0000054.2ms, 0097 iters, 006 passes, 0.921594207 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.0/0000055.8ms, 0065 iters, 006 passes, 0.926990518 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.0/0000057.2ms, 0066 iters, 006 passes, 0.926890480 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.0/0000056.2ms, 0055 iters, 006 passes, 0.926149340 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.0/0000059.8ms, 0058 iters, 006 passes, 0.927099858 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.927453401 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.0/0000024.5ms, 0007 iters, 002 passes, 0.923979014 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.0/0000057.9ms, 0082 iters, 006 passes, 0.926583060 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.0/0000058.3ms, 0092 iters, 006 passes, 0.922288397 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.927252257 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.1/0000029.1ms, 0006 iters, 002 passes, 0.879186487 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.1/0000062.8ms, 0082 iters, 006 passes, 0.925331852 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.1/0000065.9ms, 0085 iters, 007 passes, 0.826555903 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.927453397 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.6/0000028.3ms, 0004 iters, 002 passes, 0.902856848 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.6/0000056.2ms, 0081 iters, 006 passes, 0.921745036 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0073] batch, 064 threads} -> {0000000.6/0000053.5ms, 0086 iters, 006 passes, 0.924208521 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.0/0000055.0ms, 0063 iters, 006 passes, 0.926965033 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.0/0000057.0ms, 0053 iters, 006 passes, 0.926974313 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.0/0000057.7ms, 0072 iters, 006 passes, 0.921860396 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.0/0000055.4ms, 0063 iters, 006 passes, 0.926765575 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.927404192 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.0/0000024.0ms, 0003 iters, 002 passes, 0.923930052 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.0/0000056.8ms, 0062 iters, 006 passes, 0.926911768 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.0/0000056.1ms, 0062 iters, 006 passes, 0.927030741 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.927203096 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.1/0000029.1ms, 0003 iters, 002 passes, 0.879140614 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.1/0000055.9ms, 0052 iters, 005 passes, 0.926347588 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.1/0000057.9ms, 0081 iters, 005 passes, 0.926242163 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.927404189 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.6/0000028.1ms, 0003 iters, 002 passes, 0.902811533 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.5/0000053.6ms, 0064 iters, 006 passes, 0.917094564 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0074] batch, 064 threads} -> {0000000.5/0000056.3ms, 0086 iters, 006 passes, 0.917158051 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.0/0000056.4ms, 0061 iters, 006 passes, 0.926931767 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.0/0000061.3ms, 0063 iters, 006 passes, 0.912796751 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.0/0000058.0ms, 0065 iters, 006 passes, 0.926225811 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.0/0000058.1ms, 0066 iters, 006 passes, 0.926918570 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.927356807 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.0/0000024.1ms, 0003 iters, 002 passes, 0.923883042 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.0/0000059.3ms, 0079 iters, 006 passes, 0.924274115 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.0/0000053.4ms, 0072 iters, 005 passes, 0.926626714 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.927155710 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.1/0000029.3ms, 0003 iters, 002 passes, 0.879096310 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.1/0000059.2ms, 0082 iters, 006 passes, 0.913928208 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.1/0000060.3ms, 0061 iters, 006 passes, 0.908244827 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.927356804 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.6/0000027.6ms, 0003 iters, 002 passes, 0.902768620 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.5/0000055.6ms, 0068 iters, 006 passes, 0.922058069 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0075] batch, 064 threads} -> {0000000.8/0000056.3ms, 0097 iters, 006 passes, 0.921892018 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.0/0000051.2ms, 0049 iters, 005 passes, 0.926924786 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.0/0000055.7ms, 0075 iters, 006 passes, 0.924327642 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.0/0000059.4ms, 0086 iters, 006 passes, 0.926600194 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.0/0000059.9ms, 0060 iters, 006 passes, 0.926229410 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.927310707 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.0/0000024.5ms, 0011 iters, 002 passes, 0.922352694 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.0/0000058.1ms, 0076 iters, 006 passes, 0.926895593 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.0/0000057.5ms, 0071 iters, 006 passes, 0.919611665 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.927110343 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.1/0000029.6ms, 0004 iters, 002 passes, 0.879055342 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.1/0000058.0ms, 0077 iters, 005 passes, 0.920528481 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.1/0000060.5ms, 0088 iters, 006 passes, 0.886393491 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.927310704 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.6/0000028.2ms, 0008 iters, 002 passes, 0.902712409 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.8/0000055.8ms, 0089 iters, 006 passes, 0.883517399 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0076] batch, 064 threads} -> {0000000.9/0000055.1ms, 0090 iters, 006 passes, 0.843911151 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.0/0000056.3ms, 0066 iters, 006 passes, 0.925268745 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.0/0000054.5ms, 0063 iters, 006 passes, 0.923334980 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.0/0000058.8ms, 0084 iters, 006 passes, 0.923051648 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.0/0000054.2ms, 0053 iters, 005 passes, 0.926809982 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.927263103 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.0/0000024.4ms, 0005 iters, 002 passes, 0.922316442 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.0/0000058.0ms, 0069 iters, 006 passes, 0.926157985 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.0/0000058.7ms, 0078 iters, 006 passes, 0.927234834 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.927062739 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.1/0000029.6ms, 0005 iters, 002 passes, 0.879010633 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.1/0000064.4ms, 0077 iters, 007 passes, 0.837579555 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.1/0000058.8ms, 0069 iters, 006 passes, 0.917626935 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.927263100 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.7/0000028.4ms, 0003 iters, 002 passes, 0.902667374 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.8/0000055.9ms, 0082 iters, 006 passes, 0.924936366 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0077] batch, 064 threads} -> {0000000.9/0000055.0ms, 0071 iters, 006 passes, 0.921755603 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.0/0000057.0ms, 0078 iters, 006 passes, 0.925355789 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.0/0000056.0ms, 0072 iters, 006 passes, 0.926093891 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.0/0000058.5ms, 0076 iters, 006 passes, 0.925145679 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.0/0000057.9ms, 0060 iters, 006 passes, 0.926929428 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.0/0000005.3ms, 0001 iters, 001 passes, 0.927216247 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.0/0000024.0ms, 0003 iters, 002 passes, 0.922270590 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.0/0000058.6ms, 0071 iters, 006 passes, 0.914737834 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.0/0000067.7ms, 0056 iters, 005 passes, 0.925396300 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.927015884 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.1/0000029.2ms, 0003 iters, 002 passes, 0.878966146 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.1/0000061.3ms, 0076 iters, 006 passes, 0.892944248 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.1/0000061.0ms, 0063 iters, 006 passes, 0.917524810 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.927216244 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000001.1/0000028.6ms, 0003 iters, 002 passes, 0.902622797 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.9/0000055.6ms, 0082 iters, 006 passes, 0.914733223 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0078] batch, 064 threads} -> {0000000.7/0000054.8ms, 0063 iters, 006 passes, 0.910101805 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.0/0000057.5ms, 0078 iters, 006 passes, 0.926568888 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.0/0000057.9ms, 0081 iters, 006 passes, 0.904592132 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.0/0000057.3ms, 0072 iters, 006 passes, 0.925002223 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.0/0000059.0ms, 0079 iters, 006 passes, 0.922402395 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.927170122 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.0/0000024.3ms, 0009 iters, 002 passes, 0.922226870 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.0/0000057.9ms, 0075 iters, 006 passes, 0.926649345 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.0/0000057.8ms, 0081 iters, 006 passes, 0.925448294 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.926970251 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.1/0000029.7ms, 0003 iters, 002 passes, 0.878924425 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.1/0000065.5ms, 0092 iters, 007 passes, 0.916532171 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.1/0000062.0ms, 0086 iters, 006 passes, 0.919147143 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.927170119 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.8/0000028.6ms, 0003 iters, 002 passes, 0.902580138 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000000.7/0000056.7ms, 0090 iters, 006 passes, 0.902248355 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0079] batch, 064 threads} -> {0000001.0/0000058.4ms, 0089 iters, 006 passes, 0.916582822 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.0/0000058.7ms, 0060 iters, 006 passes, 0.888180284 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.0/0000052.2ms, 0058 iters, 005 passes, 0.918665238 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.0/0000059.2ms, 0076 iters, 006 passes, 0.918816199 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.0/0000057.7ms, 0061 iters, 006 passes, 0.926707709 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.927123864 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.0/0000024.3ms, 0003 iters, 002 passes, 0.922181139 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.0/0000053.0ms, 0050 iters, 005 passes, 0.926852379 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.0/0000057.8ms, 0065 iters, 006 passes, 0.926180529 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.926924009 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.1/0000029.3ms, 0003 iters, 002 passes, 0.878879933 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.1/0000060.4ms, 0062 iters, 006 passes, 0.922767060 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.1/0000061.3ms, 0068 iters, 006 passes, 0.906693235 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.927123861 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.6/0000028.2ms, 0013 iters, 002 passes, 0.902536112 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.7/0000056.0ms, 0090 iters, 006 passes, 0.924615604 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0080] batch, 064 threads} -> {0000000.6/0000054.1ms, 0077 iters, 006 passes, 0.917837721 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.0/0000051.9ms, 0052 iters, 005 passes, 0.926096386 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.0/0000056.1ms, 0081 iters, 006 passes, 0.921696114 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.0/0000057.8ms, 0070 iters, 006 passes, 0.926635710 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.0/0000059.3ms, 0070 iters, 006 passes, 0.919135623 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.927078187 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.0/0000024.5ms, 0012 iters, 002 passes, 0.918478036 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.0/0000058.6ms, 0065 iters, 006 passes, 0.924725911 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.0/0000058.4ms, 0082 iters, 006 passes, 0.926653121 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.926878333 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.1/0000029.5ms, 0003 iters, 002 passes, 0.878836617 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.1/0000060.9ms, 0066 iters, 006 passes, 0.925122757 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.1/0000060.6ms, 0078 iters, 006 passes, 0.919730543 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.927078184 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.7/0000028.1ms, 0004 iters, 002 passes, 0.902491792 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.6/0000054.4ms, 0064 iters, 006 passes, 0.926237558 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0081] batch, 064 threads} -> {0000000.5/0000053.6ms, 0079 iters, 006 passes, 0.910579212 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.0/0000056.3ms, 0071 iters, 006 passes, 0.921135684 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.0/0000058.7ms, 0065 iters, 006 passes, 0.925301160 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.0/0000058.3ms, 0063 iters, 006 passes, 0.926586543 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.0/0000060.5ms, 0079 iters, 006 passes, 0.923318597 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.927030195 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.0/0000031.0ms, 0003 iters, 002 passes, 0.918434924 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.0/0000057.4ms, 0058 iters, 006 passes, 0.926449766 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.0/0000053.0ms, 0053 iters, 005 passes, 0.925680678 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.926830340 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.1/0000029.5ms, 0003 iters, 002 passes, 0.878791274 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.1/0000057.7ms, 0077 iters, 005 passes, 0.926205980 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.1/0000063.7ms, 0082 iters, 006 passes, 0.926111985 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.927030192 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.7/0000028.2ms, 0003 iters, 002 passes, 0.902446206 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.6/0000057.5ms, 0067 iters, 006 passes, 0.870847910 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0082] batch, 064 threads} -> {0000000.5/0000055.0ms, 0069 iters, 006 passes, 0.918629979 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.0/0000057.8ms, 0063 iters, 006 passes, 0.925683983 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.0/0000058.8ms, 0078 iters, 006 passes, 0.926537890 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.0/0000058.8ms, 0081 iters, 006 passes, 0.906874022 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.0/0000058.8ms, 0070 iters, 006 passes, 0.925678556 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.926983436 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.0/0000031.6ms, 0011 iters, 002 passes, 0.918390506 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.0/0000057.6ms, 0069 iters, 006 passes, 0.926617023 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.0/0000059.1ms, 0058 iters, 006 passes, 0.926457731 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.926783582 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.1/0000029.5ms, 0006 iters, 002 passes, 0.878747025 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.1/0000066.9ms, 0098 iters, 007 passes, 0.891267374 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.1/0000061.0ms, 0077 iters, 006 passes, 0.923560137 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.926983434 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.7/0000028.4ms, 0004 iters, 002 passes, 0.902399957 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.6/0000050.7ms, 0064 iters, 005 passes, 0.896025926 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0083] batch, 064 threads} -> {0000000.6/0000054.4ms, 0078 iters, 006 passes, 0.918609730 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.0/0000057.7ms, 0090 iters, 006 passes, 0.923653510 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.0/0000058.4ms, 0086 iters, 006 passes, 0.921035232 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.0/0000057.8ms, 0066 iters, 006 passes, 0.922843847 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.0/0000059.2ms, 0073 iters, 006 passes, 0.920552282 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.926935654 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.0/0000031.2ms, 0005 iters, 002 passes, 0.918345371 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.0/0000057.7ms, 0078 iters, 006 passes, 0.925933220 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.0/0000059.0ms, 0085 iters, 006 passes, 0.921960068 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.926735817 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.1/0000029.1ms, 0003 iters, 002 passes, 0.878702086 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.1/0000060.5ms, 0082 iters, 006 passes, 0.878393280 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.1/0000054.9ms, 0058 iters, 005 passes, 0.913399559 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.926935651 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.7/0000028.2ms, 0008 iters, 002 passes, 0.902340914 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.6/0000049.8ms, 0049 iters, 005 passes, 0.914975524 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0084] batch, 064 threads} -> {0000000.8/0000059.6ms, 0075 iters, 007 passes, 0.920925067 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.0/0000057.6ms, 0075 iters, 006 passes, 0.926090498 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.0/0000057.5ms, 0084 iters, 006 passes, 0.914892027 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.0/0000059.8ms, 0077 iters, 006 passes, 0.918487400 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.0/0000059.2ms, 0090 iters, 006 passes, 0.925826785 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.926889707 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.0/0000031.2ms, 0004 iters, 002 passes, 0.918299310 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.0/0000059.2ms, 0075 iters, 006 passes, 0.922850927 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.0/0000057.0ms, 0056 iters, 006 passes, 0.926773737 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.926689629 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.1/0000029.2ms, 0004 iters, 002 passes, 0.878657326 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.1/0000060.5ms, 0064 iters, 006 passes, 0.924090755 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.1/0000060.1ms, 0083 iters, 006 passes, 0.919137169 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.926890174 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000001.2/0000027.4ms, 0003 iters, 002 passes, 0.902297063 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.7/0000055.9ms, 0086 iters, 006 passes, 0.924836758 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0085] batch, 064 threads} -> {0000000.8/0000054.4ms, 0089 iters, 006 passes, 0.910644998 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.0/0000056.6ms, 0085 iters, 006 passes, 0.921865600 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.0/0000055.7ms, 0075 iters, 006 passes, 0.926002903 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.0/0000058.2ms, 0074 iters, 006 passes, 0.920997606 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.0/0000060.8ms, 0072 iters, 006 passes, 0.902053388 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.926842236 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.0/0000031.0ms, 0003 iters, 002 passes, 0.918253755 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.0/0000061.2ms, 0088 iters, 006 passes, 0.925062835 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.0/0000056.6ms, 0058 iters, 006 passes, 0.926800049 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.926642320 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.1/0000029.4ms, 0004 iters, 002 passes, 0.878614872 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.1/0000064.1ms, 0085 iters, 007 passes, 0.920103165 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.1/0000055.5ms, 0068 iters, 005 passes, 0.923188598 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.7/0000009.6ms, 0001 iters, 001 passes, 0.926842703 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.8/0000027.2ms, 0005 iters, 002 passes, 0.902252554 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.5/0000048.9ms, 0052 iters, 005 passes, 0.922462915 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0086] batch, 064 threads} -> {0000000.6/0000055.0ms, 0090 iters, 006 passes, 0.892537857 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.0/0000055.0ms, 0075 iters, 006 passes, 0.918166654 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.0/0000055.4ms, 0069 iters, 006 passes, 0.920528853 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.0/0000057.8ms, 0080 iters, 006 passes, 0.926088371 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.0/0000057.9ms, 0085 iters, 006 passes, 0.923850172 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.926795466 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.0/0000031.4ms, 0011 iters, 002 passes, 0.911601321 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.0/0000058.0ms, 0085 iters, 006 passes, 0.919836174 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.0/0000055.3ms, 0071 iters, 006 passes, 0.922648781 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.926595551 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.1/0000029.4ms, 0005 iters, 002 passes, 0.878570050 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.1/0000064.2ms, 0093 iters, 007 passes, 0.915196744 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.1/0000064.7ms, 0079 iters, 007 passes, 0.915435080 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.926795934 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000001.5/0000028.0ms, 0006 iters, 002 passes, 0.899428919 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000001.3/0000055.2ms, 0089 iters, 006 passes, 0.906016966 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0087] batch, 064 threads} -> {0000001.2/0000055.9ms, 0090 iters, 006 passes, 0.923337106 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.0/0000056.5ms, 0067 iters, 006 passes, 0.922930229 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.0/0000058.5ms, 0090 iters, 006 passes, 0.925957228 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.0/0000056.5ms, 0078 iters, 006 passes, 0.923966361 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.0/0000057.1ms, 0074 iters, 006 passes, 0.920203277 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.926748103 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.0/0000030.5ms, 0005 iters, 002 passes, 0.911566281 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.0/0000060.2ms, 0079 iters, 006 passes, 0.924381794 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.0/0000056.4ms, 0061 iters, 006 passes, 0.926324621 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.1/0000006.9ms, 0001 iters, 001 passes, 0.926548480 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.1/0000029.5ms, 0015 iters, 002 passes, 0.878524727 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.1/0000064.7ms, 0097 iters, 007 passes, 0.884017953 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.1/0000061.6ms, 0082 iters, 006 passes, 0.925001917 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.926748570 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000001.0/0000026.9ms, 0003 iters, 002 passes, 0.899411093 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000001.1/0000054.9ms, 0086 iters, 006 passes, 0.918316787 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0088] batch, 064 threads} -> {0000001.0/0000055.4ms, 0087 iters, 006 passes, 0.898227042 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.0/0000056.4ms, 0090 iters, 006 passes, 0.924931671 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.0/0000055.5ms, 0074 iters, 006 passes, 0.920805176 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.0/0000057.5ms, 0073 iters, 006 passes, 0.922466048 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.0/0000058.3ms, 0063 iters, 006 passes, 0.926167620 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.926699582 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.0/0000031.3ms, 0021 iters, 002 passes, 0.911521244 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.0/0000057.5ms, 0077 iters, 006 passes, 0.926415690 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.0/0000058.7ms, 0078 iters, 006 passes, 0.923034945 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.926499997 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.1/0000029.2ms, 0003 iters, 002 passes, 0.878480256 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.1/0000065.6ms, 0091 iters, 007 passes, 0.908263564 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.1/0000065.1ms, 0090 iters, 007 passes, 0.917200912 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.926700050 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.8/0000029.2ms, 0019 iters, 002 passes, 0.899366954 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.8/0000055.1ms, 0089 iters, 006 passes, 0.923699576 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0089] batch, 064 threads} -> {0000000.9/0000054.6ms, 0087 iters, 006 passes, 0.923073652 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.0/0000057.5ms, 0083 iters, 006 passes, 0.922354828 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.0/0000054.1ms, 0068 iters, 006 passes, 0.916977981 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.0/0000058.8ms, 0084 iters, 006 passes, 0.923635440 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.0/0000058.9ms, 0079 iters, 006 passes, 0.925240465 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.926653653 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.0/0000030.5ms, 0022 iters, 002 passes, 0.911478611 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.0/0000056.4ms, 0078 iters, 006 passes, 0.925857469 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.0/0000055.3ms, 0073 iters, 006 passes, 0.924773291 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.926454068 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.1/0000029.1ms, 0005 iters, 002 passes, 0.878437651 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.1/0000058.2ms, 0072 iters, 006 passes, 0.925839097 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.1/0000060.8ms, 0083 iters, 006 passes, 0.921870577 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.926654121 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.6/0000028.5ms, 0004 iters, 002 passes, 0.899324378 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.6/0000056.9ms, 0089 iters, 006 passes, 0.925312181 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0090] batch, 064 threads} -> {0000000.8/0000056.8ms, 0076 iters, 006 passes, 0.923141919 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.0/0000059.1ms, 0068 iters, 006 passes, 0.926060739 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.0/0000054.8ms, 0061 iters, 006 passes, 0.922626707 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.0/0000057.8ms, 0081 iters, 006 passes, 0.922631218 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.0/0000057.1ms, 0061 iters, 006 passes, 0.925962558 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.926608376 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.0/0000030.5ms, 0003 iters, 002 passes, 0.911438029 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.0/0000056.4ms, 0060 iters, 006 passes, 0.926536266 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.0/0000057.1ms, 0082 iters, 006 passes, 0.921187385 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.926408791 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.1/0000029.4ms, 0003 iters, 002 passes, 0.878394595 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.1/0000060.6ms, 0077 iters, 006 passes, 0.925125545 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.1/0000061.0ms, 0080 iters, 006 passes, 0.900181726 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.926608844 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.8/0000026.6ms, 0003 iters, 002 passes, 0.899282068 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000001.0/0000060.9ms, 0070 iters, 006 passes, 0.911105334 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0091] batch, 064 threads} -> {0000000.7/0000055.0ms, 0084 iters, 006 passes, 0.889274431 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.0/0000056.5ms, 0075 iters, 006 passes, 0.925986892 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.0/0000056.2ms, 0076 iters, 006 passes, 0.919972224 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.0/0000057.8ms, 0077 iters, 006 passes, 0.910702171 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.0/0000054.2ms, 0054 iters, 005 passes, 0.925460367 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.926563923 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.0/0000030.6ms, 0021 iters, 002 passes, 0.911397498 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.0/0000058.7ms, 0069 iters, 006 passes, 0.918193218 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.0/0000061.5ms, 0081 iters, 007 passes, 0.919094480 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.926364806 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.1/0000029.6ms, 0005 iters, 002 passes, 0.878352948 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.1/0000055.5ms, 0053 iters, 005 passes, 0.926212638 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.1/0000059.8ms, 0062 iters, 006 passes, 0.891584687 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.926564391 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.7/0000028.1ms, 0005 iters, 002 passes, 0.899240749 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.8/0000058.1ms, 0080 iters, 006 passes, 0.921310948 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0092] batch, 064 threads} -> {0000000.7/0000056.9ms, 0091 iters, 006 passes, 0.908960609 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.0/0000055.4ms, 0064 iters, 006 passes, 0.925648863 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.0/0000058.4ms, 0083 iters, 006 passes, 0.923818037 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.0/0000057.7ms, 0069 iters, 006 passes, 0.921388668 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.0/0000060.5ms, 0079 iters, 006 passes, 0.918580261 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.926516792 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.0/0000029.9ms, 0003 iters, 002 passes, 0.911351324 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.0/0000053.8ms, 0046 iters, 005 passes, 0.922795076 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.0/0000058.6ms, 0073 iters, 006 passes, 0.925500556 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.926317678 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.1/0000029.4ms, 0003 iters, 002 passes, 0.878307875 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.1/0000061.2ms, 0060 iters, 006 passes, 0.925727122 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.1/0000064.8ms, 0078 iters, 007 passes, 0.924013562 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.926517260 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000001.0/0000027.3ms, 0003 iters, 002 passes, 0.899195722 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000001.2/0000057.8ms, 0075 iters, 006 passes, 0.926115164 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0093] batch, 064 threads} -> {0000001.2/0000050.8ms, 0062 iters, 005 passes, 0.924428691 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.0/0000059.3ms, 0066 iters, 006 passes, 0.925670057 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.0/0000057.5ms, 0077 iters, 006 passes, 0.926073529 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.0/0000057.9ms, 0068 iters, 006 passes, 0.926266030 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.0/0000058.8ms, 0090 iters, 006 passes, 0.923563920 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.926470587 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.0/0000030.5ms, 0003 iters, 002 passes, 0.911306009 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.0/0000059.0ms, 0088 iters, 006 passes, 0.925127493 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.0/0000058.8ms, 0086 iters, 006 passes, 0.908240962 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.926273052 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.1/0000029.0ms, 0003 iters, 002 passes, 0.878266262 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.1/0000061.7ms, 0076 iters, 006 passes, 0.914550008 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.1/0000061.0ms, 0071 iters, 006 passes, 0.925553264 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000001.2/0000006.0ms, 0001 iters, 001 passes, 0.926471053 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.8/0000024.9ms, 0003 iters, 002 passes, 0.899152269 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.6/0000055.6ms, 0080 iters, 006 passes, 0.906583391 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0094] batch, 064 threads} -> {0000000.7/0000055.0ms, 0081 iters, 006 passes, 0.914858123 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.0/0000055.5ms, 0059 iters, 006 passes, 0.923946836 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.0/0000056.2ms, 0062 iters, 006 passes, 0.923291429 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.0/0000058.5ms, 0070 iters, 006 passes, 0.926109602 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.0/0000058.5ms, 0060 iters, 006 passes, 0.926031794 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.926422963 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.0/0000030.3ms, 0003 iters, 002 passes, 0.911257727 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.0/0000058.4ms, 0074 iters, 006 passes, 0.926150969 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.0/0000053.1ms, 0055 iters, 005 passes, 0.921322936 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.926225430 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.1/0000029.9ms, 0007 iters, 002 passes, 0.878222935 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.1/0000056.6ms, 0058 iters, 005 passes, 0.920565204 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.1/0000060.9ms, 0067 iters, 006 passes, 0.923207389 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.926423424 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.7/0000027.3ms, 0010 iters, 002 passes, 0.899108170 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.8/0000057.0ms, 0069 iters, 006 passes, 0.918865243 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0095] batch, 064 threads} -> {0000000.8/0000056.1ms, 0091 iters, 006 passes, 0.918347612 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.0/0000059.8ms, 0085 iters, 006 passes, 0.914261736 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.0/0000056.6ms, 0072 iters, 006 passes, 0.922315186 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.0/0000058.2ms, 0068 iters, 006 passes, 0.921536989 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.0/0000060.2ms, 0090 iters, 006 passes, 0.921972793 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.926376307 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.0/0000029.7ms, 0008 iters, 002 passes, 0.911212576 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.0/0000059.3ms, 0088 iters, 006 passes, 0.924640928 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.0/0000057.3ms, 0067 iters, 006 passes, 0.925938341 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.926178768 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.1/0000029.9ms, 0008 iters, 002 passes, 0.878167978 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.1/0000057.9ms, 0062 iters, 006 passes, 0.920082100 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.1/0000064.6ms, 0091 iters, 007 passes, 0.915793089 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.926376769 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.6/0000028.1ms, 0005 iters, 002 passes, 0.899064648 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.5/0000055.8ms, 0064 iters, 006 passes, 0.920937458 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0096] batch, 064 threads} -> {0000000.6/0000055.2ms, 0090 iters, 006 passes, 0.916291332 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.0/0000055.4ms, 0076 iters, 006 passes, 0.919517235 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.0/0000056.6ms, 0071 iters, 006 passes, 0.925721363 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.0/0000057.3ms, 0073 iters, 006 passes, 0.925553194 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.0/0000059.0ms, 0083 iters, 006 passes, 0.898207579 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.926331326 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.0/0000032.5ms, 0021 iters, 002 passes, 0.911172337 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.0/0000059.3ms, 0078 iters, 006 passes, 0.923998695 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.0/0000058.2ms, 0078 iters, 006 passes, 0.924402707 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.926133583 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.1/0000029.2ms, 0008 iters, 002 passes, 0.878125719 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.1/0000062.9ms, 0081 iters, 006 passes, 0.925475490 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.1/0000061.8ms, 0071 iters, 006 passes, 0.890947549 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000001.1/0000005.8ms, 0001 iters, 001 passes, 0.926331790 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000001.0/0000027.2ms, 0006 iters, 002 passes, 0.899023281 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.8/0000057.9ms, 0091 iters, 006 passes, 0.917364492 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0097] batch, 064 threads} -> {0000000.6/0000055.1ms, 0072 iters, 006 passes, 0.921727191 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.0/0000058.2ms, 0061 iters, 006 passes, 0.925958376 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.0/0000059.4ms, 0072 iters, 006 passes, 0.925853618 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.0/0000054.9ms, 0051 iters, 005 passes, 0.925887796 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.0/0000059.9ms, 0057 iters, 006 passes, 0.918981167 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.926286721 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.0/0000032.9ms, 0021 iters, 002 passes, 0.911129338 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.0/0000062.0ms, 0069 iters, 006 passes, 0.925895860 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.0/0000058.1ms, 0072 iters, 006 passes, 0.917735829 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.926089262 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.1/0000029.0ms, 0003 iters, 002 passes, 0.878083250 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.1/0000061.3ms, 0058 iters, 006 passes, 0.922430301 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000000.1/0000065.8ms, 0084 iters, 007 passes, 0.919910332 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000001.1/0000005.9ms, 0001 iters, 001 passes, 0.926287177 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000001.2/0000027.2ms, 0003 iters, 002 passes, 0.898981858 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000001.2/0000062.1ms, 0098 iters, 007 passes, 0.905217749 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0098] batch, 064 threads} -> {0000001.1/0000057.3ms, 0088 iters, 006 passes, 0.921048778 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.0/0000057.2ms, 0054 iters, 006 passes, 0.921865631 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.0/0000057.5ms, 0079 iters, 006 passes, 0.924919983 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.0/0000058.8ms, 0078 iters, 006 passes, 0.922598565 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.0/0000057.8ms, 0067 iters, 006 passes, 0.924782367 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.0/0000005.3ms, 0001 iters, 001 passes, 0.926241481 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.0/0000032.8ms, 0015 iters, 002 passes, 0.911085702 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.0/0000060.5ms, 0057 iters, 006 passes, 0.925854593 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.0/0000059.3ms, 0067 iters, 006 passes, 0.924085605 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.1/0000005.0ms, 0001 iters, 001 passes, 0.926044027 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.1/0000029.9ms, 0004 iters, 002 passes, 0.878041931 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.1/0000060.2ms, 0063 iters, 005 passes, 0.925847035 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.1/0000058.5ms, 0075 iters, 006 passes, 0.920970684 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000001.0/0000005.8ms, 0001 iters, 001 passes, 0.926241934 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000001.0/0000027.2ms, 0003 iters, 002 passes, 0.898938726 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.9/0000057.7ms, 0088 iters, 006 passes, 0.920065946 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0099] batch, 064 threads} -> {0000000.8/0000060.3ms, 0078 iters, 006 passes, 0.924454738 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.0/0000058.7ms, 0078 iters, 006 passes, 0.924642041 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.0/0000054.3ms, 0055 iters, 005 passes, 0.924420031 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.0/0000058.9ms, 0066 iters, 006 passes, 0.925822641 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.0/0000059.2ms, 0070 iters, 006 passes, 0.925474401 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.926195376 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.0/0000030.0ms, 0003 iters, 002 passes, 0.911040018 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.0/0000059.7ms, 0077 iters, 006 passes, 0.922843052 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.0/0000058.3ms, 0057 iters, 006 passes, 0.926032210 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.925997926 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.1/0000028.9ms, 0003 iters, 002 passes, 0.877998097 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.1/0000062.8ms, 0076 iters, 006 passes, 0.924956779 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.1/0000064.3ms, 0091 iters, 006 passes, 0.905586047 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000001.0/0000005.8ms, 0001 iters, 001 passes, 0.926195834 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.8/0000028.2ms, 0013 iters, 002 passes, 0.898896768 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000001.1/0000056.5ms, 0067 iters, 006 passes, 0.916216292 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0100] batch, 064 threads} -> {0000000.9/0000056.9ms, 0078 iters, 006 passes, 0.921332135 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.0/0000051.7ms, 0046 iters, 005 passes, 0.925777010 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.0/0000057.1ms, 0048 iters, 005 passes, 0.924065723 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.0/0000058.1ms, 0063 iters, 006 passes, 0.922383647 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.0/0000053.8ms, 0054 iters, 005 passes, 0.918907847 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.926148058 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.0/0000031.8ms, 0004 iters, 002 passes, 0.910993646 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.0/0000058.8ms, 0073 iters, 006 passes, 0.924201785 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.0/0000058.9ms, 0079 iters, 006 passes, 0.921448188 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.925951120 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.1/0000029.6ms, 0009 iters, 002 passes, 0.876485894 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.1/0000060.6ms, 0077 iters, 006 passes, 0.924148196 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.1/0000066.6ms, 0100 iters, 007 passes, 0.920463957 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.926148519 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.9/0000028.0ms, 0004 iters, 002 passes, 0.898852764 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.6/0000054.3ms, 0061 iters, 006 passes, 0.921433085 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0101] batch, 064 threads} -> {0000000.8/0000056.2ms, 0085 iters, 006 passes, 0.924480756 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.0/0000050.4ms, 0057 iters, 005 passes, 0.921586716 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.0/0000055.0ms, 0064 iters, 006 passes, 0.919716858 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.0/0000058.4ms, 0063 iters, 006 passes, 0.925627752 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.0/0000059.2ms, 0081 iters, 006 passes, 0.925598795 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.926100355 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.0/0000031.2ms, 0003 iters, 002 passes, 0.910947056 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.0/0000058.3ms, 0073 iters, 006 passes, 0.923206759 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.0/0000057.1ms, 0067 iters, 006 passes, 0.922541940 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.925904069 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.1/0000029.4ms, 0003 iters, 002 passes, 0.876441516 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.1/0000068.1ms, 0107 iters, 007 passes, 0.917634572 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.1/0000062.6ms, 0077 iters, 006 passes, 0.911599613 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.926100812 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.7/0000027.4ms, 0003 iters, 002 passes, 0.898806110 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.7/0000057.4ms, 0091 iters, 006 passes, 0.885624630 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0102] batch, 064 threads} -> {0000000.6/0000049.3ms, 0062 iters, 005 passes, 0.918724398 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.0/0000060.9ms, 0074 iters, 006 passes, 0.924779985 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.0/0000058.5ms, 0089 iters, 006 passes, 0.922168281 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.0/0000058.9ms, 0074 iters, 006 passes, 0.924416499 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.0/0000059.7ms, 0083 iters, 006 passes, 0.919534015 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.926051556 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.0/0000029.2ms, 0003 iters, 002 passes, 0.910900264 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.0/0000058.9ms, 0078 iters, 006 passes, 0.924921005 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.0/0000058.3ms, 0078 iters, 006 passes, 0.924064833 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.925855267 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.1/0000030.8ms, 0004 iters, 002 passes, 0.876394892 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.1/0000063.4ms, 0083 iters, 006 passes, 0.924813094 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.1/0000061.4ms, 0071 iters, 006 passes, 0.911587073 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.926052024 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.6/0000028.3ms, 0003 iters, 002 passes, 0.898761194 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.6/0000052.2ms, 0062 iters, 005 passes, 0.923920640 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0103] batch, 064 threads} -> {0000000.5/0000055.8ms, 0089 iters, 006 passes, 0.920541992 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.0/0000060.8ms, 0068 iters, 006 passes, 0.912746241 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.0/0000056.9ms, 0077 iters, 006 passes, 0.916325073 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.0/0000053.1ms, 0056 iters, 005 passes, 0.921067493 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.0/0000058.2ms, 0062 iters, 006 passes, 0.925202114 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.926003936 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.0/0000029.6ms, 0003 iters, 002 passes, 0.910853824 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.0/0000059.7ms, 0073 iters, 006 passes, 0.923130764 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.0/0000057.2ms, 0073 iters, 006 passes, 0.915273505 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.925807631 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.1/0000030.8ms, 0003 iters, 002 passes, 0.876349833 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.1/0000066.7ms, 0090 iters, 007 passes, 0.907112133 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.1/0000060.8ms, 0080 iters, 006 passes, 0.907359547 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.926004395 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.7/0000025.8ms, 0003 iters, 002 passes, 0.898714841 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.7/0000055.7ms, 0085 iters, 006 passes, 0.921107493 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0104] batch, 064 threads} -> {0000000.6/0000057.4ms, 0087 iters, 006 passes, 0.923111937 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.0/0000055.2ms, 0068 iters, 006 passes, 0.921363087 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.0/0000056.1ms, 0072 iters, 006 passes, 0.923267944 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.0/0000057.6ms, 0066 iters, 006 passes, 0.922357307 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.0/0000059.6ms, 0079 iters, 006 passes, 0.920759476 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.925957896 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.0/0000030.0ms, 0003 iters, 002 passes, 0.910809602 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.0/0000057.6ms, 0083 iters, 006 passes, 0.925306625 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.0/0000062.9ms, 0077 iters, 006 passes, 0.916858755 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.925761587 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.1/0000031.6ms, 0003 iters, 002 passes, 0.876305942 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.1/0000059.1ms, 0069 iters, 005 passes, 0.920919870 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.1/0000062.8ms, 0095 iters, 006 passes, 0.914774642 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.925958352 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.7/0000026.1ms, 0003 iters, 002 passes, 0.898670138 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.6/0000060.6ms, 0095 iters, 007 passes, 0.894455569 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0105] batch, 064 threads} -> {0000000.5/0000055.9ms, 0088 iters, 006 passes, 0.912970692 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.0/0000056.3ms, 0065 iters, 006 passes, 0.925377456 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.0/0000057.5ms, 0069 iters, 006 passes, 0.923783595 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.0/0000058.6ms, 0084 iters, 006 passes, 0.925103718 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.0/0000054.4ms, 0062 iters, 005 passes, 0.925522174 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.925909633 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.0/0000030.2ms, 0021 iters, 002 passes, 0.910764971 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.0/0000056.4ms, 0060 iters, 006 passes, 0.923676048 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.0/0000056.9ms, 0066 iters, 006 passes, 0.924253498 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.925718071 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.1/0000029.6ms, 0014 iters, 002 passes, 0.876261753 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.1/0000061.1ms, 0071 iters, 006 passes, 0.921068734 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.1/0000058.9ms, 0091 iters, 006 passes, 0.922959900 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.7/0000005.4ms, 0001 iters, 001 passes, 0.925910095 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.6/0000026.7ms, 0005 iters, 002 passes, 0.898623681 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.6/0000054.4ms, 0076 iters, 006 passes, 0.923025655 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0106] batch, 064 threads} -> {0000000.9/0000084.3ms, 0080 iters, 006 passes, 0.918684991 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.0/0000057.7ms, 0091 iters, 006 passes, 0.917668894 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.0/0000056.7ms, 0091 iters, 006 passes, 0.921513982 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.0/0000057.0ms, 0089 iters, 006 passes, 0.924138530 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.0/0000057.6ms, 0070 iters, 006 passes, 0.925040361 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.925862269 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.0/0000030.2ms, 0013 iters, 002 passes, 0.910717600 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.0/0000059.2ms, 0090 iters, 006 passes, 0.924332319 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.0/0000057.1ms, 0063 iters, 006 passes, 0.925128804 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.925670702 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.1/0000033.1ms, 0006 iters, 002 passes, 0.874221857 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.1/0000055.9ms, 0070 iters, 005 passes, 0.901102688 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.1/0000058.4ms, 0077 iters, 006 passes, 0.901810766 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.925862726 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.8/0000026.9ms, 0008 iters, 002 passes, 0.898578831 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.7/0000059.5ms, 0083 iters, 006 passes, 0.893006529 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0107] batch, 064 threads} -> {0000000.8/0000057.0ms, 0083 iters, 006 passes, 0.902767380 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.0/0000052.6ms, 0048 iters, 005 passes, 0.925549988 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.0/0000058.0ms, 0067 iters, 006 passes, 0.925154120 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.0/0000057.3ms, 0068 iters, 006 passes, 0.925335253 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.0/0000057.8ms, 0076 iters, 006 passes, 0.925592978 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.925814901 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.0/0000027.2ms, 0004 iters, 002 passes, 0.910671788 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.0/0000057.1ms, 0060 iters, 006 passes, 0.925366053 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.0/0000084.0ms, 0087 iters, 006 passes, 0.925545065 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.4/0000004.6ms, 0001 iters, 001 passes, 0.925623330 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.3/0000029.7ms, 0010 iters, 002 passes, 0.874173115 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.3/0000069.1ms, 0060 iters, 006 passes, 0.923992752 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.4/0000052.7ms, 0061 iters, 005 passes, 0.921196932 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.925815830 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.9/0000027.7ms, 0004 iters, 002 passes, 0.898535919 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.8/0000061.0ms, 0084 iters, 006 passes, 0.922313795 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0108] batch, 064 threads} -> {0000000.7/0000061.7ms, 0098 iters, 006 passes, 0.924930071 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.0/0000063.2ms, 0069 iters, 006 passes, 0.925604376 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.0/0000065.0ms, 0060 iters, 006 passes, 0.919576823 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.0/0000065.6ms, 0078 iters, 006 passes, 0.923193005 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.0/0000052.0ms, 0081 iters, 006 passes, 0.907895408 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.925766607 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.0/0000027.0ms, 0003 iters, 002 passes, 0.910624231 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.0/0000053.6ms, 0083 iters, 006 passes, 0.920234567 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.0/0000054.5ms, 0084 iters, 006 passes, 0.925262973 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.925576059 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.1/0000034.2ms, 0003 iters, 002 passes, 0.874127514 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.1/0000060.6ms, 0077 iters, 006 passes, 0.924663277 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.1/0000057.4ms, 0080 iters, 006 passes, 0.924496488 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000001.1/0000005.9ms, 0001 iters, 001 passes, 0.925767530 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.8/0000025.0ms, 0003 iters, 002 passes, 0.898489816 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.6/0000053.4ms, 0090 iters, 006 passes, 0.922864999 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0109] batch, 064 threads} -> {0000000.7/0000053.3ms, 0083 iters, 006 passes, 0.917218677 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.0/0000052.9ms, 0077 iters, 006 passes, 0.925109851 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.0/0000055.9ms, 0080 iters, 006 passes, 0.917798662 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.0/0000053.6ms, 0064 iters, 006 passes, 0.919479922 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.0/0000056.1ms, 0095 iters, 006 passes, 0.907403754 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.925721335 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.0/0000026.2ms, 0003 iters, 002 passes, 0.910579314 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.0/0000050.5ms, 0044 iters, 005 passes, 0.925798887 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.0/0000057.8ms, 0080 iters, 006 passes, 0.913256721 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.925530781 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.1/0000035.7ms, 0003 iters, 002 passes, 0.874082914 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.1/0000060.4ms, 0096 iters, 006 passes, 0.920776637 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.1/0000059.2ms, 0072 iters, 006 passes, 0.922908628 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.925722254 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000001.1/0000025.8ms, 0021 iters, 002 passes, 0.898447221 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.8/0000047.3ms, 0066 iters, 005 passes, 0.896290960 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0110] batch, 064 threads} -> {0000000.7/0000053.7ms, 0094 iters, 006 passes, 0.919606332 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.0/0000054.1ms, 0090 iters, 006 passes, 0.907787507 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.0/0000055.2ms, 0083 iters, 006 passes, 0.918622377 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.0/0000055.9ms, 0094 iters, 006 passes, 0.909041794 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.0/0000056.6ms, 0098 iters, 006 passes, 0.917346631 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.925674688 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.0/0000026.0ms, 0003 iters, 002 passes, 0.910535389 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.0/0000057.1ms, 0074 iters, 006 passes, 0.919947649 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.0/0000057.2ms, 0081 iters, 006 passes, 0.921554458 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.925487868 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.1/0000034.8ms, 0003 iters, 002 passes, 0.874036625 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.1/0000064.7ms, 0091 iters, 007 passes, 0.916634501 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.1/0000054.8ms, 0069 iters, 005 passes, 0.923838970 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.925675600 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.6/0000025.0ms, 0003 iters, 002 passes, 0.898401893 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000000.5/0000052.0ms, 0073 iters, 006 passes, 0.923577990 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0111] batch, 064 threads} -> {0000001.1/0000053.6ms, 0104 iters, 006 passes, 0.921322075 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.0/0000052.6ms, 0080 iters, 006 passes, 0.916076889 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.0/0000046.7ms, 0056 iters, 005 passes, 0.925418932 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.0/0000056.0ms, 0105 iters, 006 passes, 0.915768514 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.0/0000055.0ms, 0091 iters, 006 passes, 0.915939452 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.925632097 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.0/0000026.3ms, 0006 iters, 002 passes, 0.910490067 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.0/0000055.8ms, 0083 iters, 006 passes, 0.925574233 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.0/0000055.7ms, 0067 iters, 006 passes, 0.924624850 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.925445611 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.1/0000035.7ms, 0004 iters, 002 passes, 0.873997944 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.1/0000066.1ms, 0100 iters, 007 passes, 0.873176626 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.1/0000058.2ms, 0079 iters, 006 passes, 0.883531715 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.925633481 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.7/0000024.7ms, 0005 iters, 002 passes, 0.898361672 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.7/0000052.8ms, 0089 iters, 006 passes, 0.920942524 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0112] batch, 064 threads} -> {0000000.7/0000052.2ms, 0105 iters, 006 passes, 0.922541334 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.0/0000053.7ms, 0074 iters, 006 passes, 0.922984369 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.0/0000053.4ms, 0082 iters, 006 passes, 0.921425900 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.0/0000054.9ms, 0093 iters, 006 passes, 0.920056659 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.0/0000056.0ms, 0091 iters, 006 passes, 0.918253731 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.925587080 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.0/0000025.3ms, 0012 iters, 002 passes, 0.910447740 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.0/0000054.0ms, 0067 iters, 006 passes, 0.921343390 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.0/0000051.9ms, 0069 iters, 005 passes, 0.923765752 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.1/0000005.1ms, 0001 iters, 001 passes, 0.925400603 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.1/0000034.9ms, 0003 iters, 002 passes, 0.873956092 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.1/0000054.4ms, 0056 iters, 005 passes, 0.922272211 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.1/0000058.5ms, 0074 iters, 006 passes, 0.895155927 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.925588927 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.8/0000025.0ms, 0003 iters, 002 passes, 0.898318738 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.8/0000051.8ms, 0096 iters, 006 passes, 0.918964846 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0113] batch, 064 threads} -> {0000000.6/0000052.4ms, 0082 iters, 006 passes, 0.920394456 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.0/0000054.0ms, 0087 iters, 006 passes, 0.924972298 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.0/0000054.7ms, 0086 iters, 006 passes, 0.915163142 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.0/0000055.1ms, 0074 iters, 006 passes, 0.923305761 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.0/0000053.9ms, 0077 iters, 006 passes, 0.921380523 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.925540587 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.0/0000025.0ms, 0003 iters, 002 passes, 0.910403449 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.0/0000055.9ms, 0092 iters, 006 passes, 0.921444864 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.0/0000051.6ms, 0055 iters, 005 passes, 0.910060113 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.925354091 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.1/0000034.9ms, 0003 iters, 002 passes, 0.873913219 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.1/0000056.6ms, 0063 iters, 006 passes, 0.924734078 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.1/0000059.7ms, 0067 iters, 006 passes, 0.916128530 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.925542431 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.7/0000025.3ms, 0021 iters, 002 passes, 0.898276568 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.6/0000051.6ms, 0080 iters, 006 passes, 0.903554780 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0114] batch, 064 threads} -> {0000000.7/0000053.5ms, 0090 iters, 006 passes, 0.838363619 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.0/0000054.6ms, 0102 iters, 006 passes, 0.914181455 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.0/0000053.1ms, 0077 iters, 006 passes, 0.923954939 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.0/0000054.4ms, 0092 iters, 006 passes, 0.880185249 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.0/0000052.0ms, 0063 iters, 006 passes, 0.909668843 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.925492996 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.0/0000025.1ms, 0003 iters, 002 passes, 0.910357511 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.0/0000051.5ms, 0071 iters, 005 passes, 0.925430299 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.0/0000056.5ms, 0079 iters, 006 passes, 0.925519896 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.925306493 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.1/0000035.4ms, 0003 iters, 002 passes, 0.873869243 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.1/0000059.5ms, 0068 iters, 006 passes, 0.904614893 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.1/0000055.2ms, 0057 iters, 005 passes, 0.921507756 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.5/0000005.3ms, 0001 iters, 001 passes, 0.925494839 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.4/0000025.0ms, 0003 iters, 002 passes, 0.898233882 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.7/0000053.0ms, 0091 iters, 006 passes, 0.903769287 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0115] batch, 064 threads} -> {0000000.7/0000052.1ms, 0100 iters, 006 passes, 0.920680414 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.0/0000054.5ms, 0103 iters, 006 passes, 0.917953599 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.0/0000054.8ms, 0082 iters, 006 passes, 0.920137255 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.0/0000056.1ms, 0078 iters, 006 passes, 0.915117988 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.0/0000056.6ms, 0094 iters, 006 passes, 0.906387782 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.925447281 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.0/0000025.6ms, 0003 iters, 002 passes, 0.910313828 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.0/0000058.1ms, 0078 iters, 005 passes, 0.923679307 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.0/0000053.4ms, 0058 iters, 005 passes, 0.923349850 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.1/0000005.0ms, 0001 iters, 001 passes, 0.925260771 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.1/0000033.8ms, 0003 iters, 002 passes, 0.873825746 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.1/0000059.1ms, 0077 iters, 006 passes, 0.917108008 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.1/0000058.5ms, 0080 iters, 006 passes, 0.904297244 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.925449124 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.9/0000025.3ms, 0013 iters, 002 passes, 0.898192489 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.6/0000053.1ms, 0099 iters, 006 passes, 0.919399990 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0116] batch, 064 threads} -> {0000000.7/0000052.9ms, 0104 iters, 006 passes, 0.923915375 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.0/0000048.6ms, 0056 iters, 005 passes, 0.923555922 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.0/0000053.8ms, 0074 iters, 006 passes, 0.918020104 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.0/0000053.7ms, 0083 iters, 006 passes, 0.920988738 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.0/0000054.2ms, 0085 iters, 006 passes, 0.909211097 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.925400817 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.0/0000024.7ms, 0003 iters, 002 passes, 0.910267651 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.0/0000058.3ms, 0085 iters, 006 passes, 0.923057008 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.0/0000057.9ms, 0103 iters, 006 passes, 0.919922880 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.925214301 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.1/0000034.8ms, 0003 iters, 002 passes, 0.873780546 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.1/0000057.7ms, 0076 iters, 006 passes, 0.916304850 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.1/0000061.8ms, 0099 iters, 007 passes, 0.916866715 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.925402653 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.7/0000024.8ms, 0003 iters, 002 passes, 0.898147848 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.6/0000053.2ms, 0090 iters, 006 passes, 0.897899726 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0117] batch, 064 threads} -> {0000000.5/0000052.1ms, 0071 iters, 006 passes, 0.916512700 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.0/0000053.6ms, 0087 iters, 006 passes, 0.918026004 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.0/0000055.7ms, 0081 iters, 006 passes, 0.921220304 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.0/0000055.7ms, 0087 iters, 006 passes, 0.923596180 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.0/0000060.8ms, 0094 iters, 007 passes, 0.922284810 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.925352677 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.0/0000025.2ms, 0007 iters, 002 passes, 0.910220063 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.0/0000057.6ms, 0081 iters, 006 passes, 0.925043356 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.0/0000053.9ms, 0060 iters, 006 passes, 0.908695294 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.925166391 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.1/0000034.5ms, 0004 iters, 002 passes, 0.873732852 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.1/0000058.7ms, 0071 iters, 006 passes, 0.917571080 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.1/0000059.3ms, 0067 iters, 006 passes, 0.921797858 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.7/0000005.3ms, 0001 iters, 001 passes, 0.925354517 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.6/0000024.1ms, 0003 iters, 002 passes, 0.898100815 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.6/0000053.5ms, 0088 iters, 006 passes, 0.923708142 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0118] batch, 064 threads} -> {0000000.6/0000052.2ms, 0098 iters, 006 passes, 0.912171195 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.0/0000052.9ms, 0073 iters, 006 passes, 0.892669696 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.0/0000056.1ms, 0078 iters, 006 passes, 0.889721104 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.0/0000053.8ms, 0076 iters, 006 passes, 0.920952548 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.0/0000054.6ms, 0081 iters, 006 passes, 0.919342208 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.925307512 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.0/0000025.0ms, 0005 iters, 002 passes, 0.910177350 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.0/0000056.4ms, 0105 iters, 006 passes, 0.924427101 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.0/0000050.6ms, 0052 iters, 005 passes, 0.921625246 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.925121215 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.1/0000034.5ms, 0005 iters, 002 passes, 0.873687998 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.1/0000058.1ms, 0083 iters, 006 passes, 0.921078733 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.1/0000062.9ms, 0089 iters, 007 passes, 0.892747366 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.925309345 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000001.1/0000025.2ms, 0007 iters, 002 passes, 0.898058274 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000000.8/0000059.0ms, 0118 iters, 007 passes, 0.911421843 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0119] batch, 064 threads} -> {0000001.0/0000053.7ms, 0105 iters, 006 passes, 0.879190323 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.0/0000052.6ms, 0078 iters, 006 passes, 0.916659622 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.0/0000056.3ms, 0079 iters, 006 passes, 0.920902074 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.0/0000053.9ms, 0074 iters, 006 passes, 0.905020138 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.0/0000053.8ms, 0091 iters, 006 passes, 0.914963006 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.925260178 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.0/0000024.9ms, 0003 iters, 002 passes, 0.910130707 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.0/0000057.6ms, 0088 iters, 006 passes, 0.918221515 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.0/0000057.5ms, 0090 iters, 006 passes, 0.923329062 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.1/0000005.1ms, 0001 iters, 001 passes, 0.925073897 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.1/0000035.3ms, 0003 iters, 002 passes, 0.873643809 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.1/0000060.1ms, 0077 iters, 006 passes, 0.909668297 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.1/0000059.1ms, 0080 iters, 006 passes, 0.900752657 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.925262014 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.8/0000025.0ms, 0007 iters, 002 passes, 0.898012987 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000000.7/0000055.3ms, 0093 iters, 006 passes, 0.909396075 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0120] batch, 064 threads} -> {0000001.3/0000056.3ms, 0105 iters, 006 passes, 0.918920870 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.0/0000053.2ms, 0086 iters, 006 passes, 0.920550149 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.0/0000055.5ms, 0086 iters, 006 passes, 0.922034084 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.0/0000055.6ms, 0081 iters, 006 passes, 0.919896577 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.0/0000056.1ms, 0082 iters, 006 passes, 0.910557868 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.925211966 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.0/0000025.0ms, 0003 iters, 002 passes, 0.910084371 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.0/0000059.0ms, 0081 iters, 006 passes, 0.924959516 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.0/0000057.2ms, 0088 iters, 006 passes, 0.918412566 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.925025685 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.1/0000034.9ms, 0003 iters, 002 passes, 0.873596914 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.1/0000063.8ms, 0087 iters, 007 passes, 0.903926593 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.1/0000059.6ms, 0091 iters, 006 passes, 0.916256898 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.925213807 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.7/0000024.8ms, 0005 iters, 002 passes, 0.897965560 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.5/0000054.0ms, 0105 iters, 006 passes, 0.909502875 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0121] batch, 064 threads} -> {0000000.5/0000052.9ms, 0092 iters, 006 passes, 0.902426358 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.0/0000052.1ms, 0068 iters, 006 passes, 0.924760389 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.0/0000055.0ms, 0084 iters, 006 passes, 0.918575739 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.0/0000054.6ms, 0072 iters, 006 passes, 0.913464587 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.0/0000055.2ms, 0075 iters, 006 passes, 0.918991142 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.925166044 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.0/0000025.7ms, 0018 iters, 002 passes, 0.910043479 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.0/0000058.4ms, 0057 iters, 006 passes, 0.917013419 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.0/0000050.7ms, 0048 iters, 005 passes, 0.924043911 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.924979757 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.1/0000035.3ms, 0008 iters, 002 passes, 0.873554364 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.1/0000059.2ms, 0074 iters, 006 passes, 0.911174234 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.1/0000059.7ms, 0072 iters, 006 passes, 0.923406433 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.925167882 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.8/0000024.8ms, 0004 iters, 002 passes, 0.897920828 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000000.6/0000055.3ms, 0104 iters, 006 passes, 0.922572692 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0122] batch, 064 threads} -> {0000001.0/0000055.1ms, 0090 iters, 006 passes, 0.915720583 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.0/0000053.1ms, 0071 iters, 006 passes, 0.924630215 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.0/0000054.5ms, 0080 iters, 006 passes, 0.920849265 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.0/0000055.4ms, 0078 iters, 006 passes, 0.923586133 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.0/0000055.7ms, 0077 iters, 006 passes, 0.911782271 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.925122238 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.0/0000024.9ms, 0003 iters, 002 passes, 0.909999046 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.0/0000057.0ms, 0074 iters, 006 passes, 0.925057188 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.0/0000055.6ms, 0090 iters, 006 passes, 0.923007653 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.924935191 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.1/0000034.2ms, 0003 iters, 002 passes, 0.873511828 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.1/0000058.1ms, 0068 iters, 006 passes, 0.915691703 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.1/0000058.3ms, 0077 iters, 006 passes, 0.922236872 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.5/0000005.3ms, 0001 iters, 001 passes, 0.925123602 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.9/0000027.0ms, 0003 iters, 002 passes, 0.897877873 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.8/0000054.9ms, 0100 iters, 006 passes, 0.906303327 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0123] batch, 064 threads} -> {0000000.7/0000050.1ms, 0074 iters, 005 passes, 0.925042024 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.0/0000052.5ms, 0074 iters, 006 passes, 0.923732220 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.0/0000054.6ms, 0090 iters, 006 passes, 0.915798481 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.0/0000054.6ms, 0081 iters, 006 passes, 0.922562117 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.0/0000054.5ms, 0067 iters, 006 passes, 0.921471126 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.925075633 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.0/0000024.9ms, 0004 iters, 002 passes, 0.909955489 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.0/0000057.5ms, 0087 iters, 006 passes, 0.920178595 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.0/0000059.1ms, 0099 iters, 006 passes, 0.918942096 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.924888581 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.1/0000035.1ms, 0007 iters, 002 passes, 0.873469977 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.1/0000056.8ms, 0072 iters, 006 passes, 0.922863524 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.1/0000057.6ms, 0072 iters, 006 passes, 0.917915992 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.925076999 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.4/0000025.2ms, 0003 iters, 002 passes, 0.897832180 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.6/0000051.7ms, 0077 iters, 006 passes, 0.913587949 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0124] batch, 064 threads} -> {0000000.5/0000052.6ms, 0091 iters, 006 passes, 0.918369482 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.0/0000049.2ms, 0061 iters, 005 passes, 0.924333692 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.0/0000054.6ms, 0072 iters, 006 passes, 0.921557600 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.0/0000056.4ms, 0084 iters, 006 passes, 0.914883508 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.0/0000055.8ms, 0077 iters, 006 passes, 0.924518324 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.925029188 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.0/0000025.0ms, 0005 iters, 002 passes, 0.909910907 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.0/0000057.2ms, 0075 iters, 006 passes, 0.913528031 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.0/0000056.7ms, 0080 iters, 006 passes, 0.924975207 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.4/0000004.6ms, 0001 iters, 001 passes, 0.924842115 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.4/0000035.0ms, 0003 iters, 002 passes, 0.873427575 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.4/0000059.9ms, 0087 iters, 006 passes, 0.920635124 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.4/0000067.5ms, 0092 iters, 007 passes, 0.879922794 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.925030556 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.7/0000027.8ms, 0003 iters, 002 passes, 0.897787778 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.5/0000065.6ms, 0086 iters, 006 passes, 0.923000291 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0125] batch, 064 threads} -> {0000000.8/0000064.1ms, 0087 iters, 006 passes, 0.919558713 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.0/0000074.2ms, 0067 iters, 006 passes, 0.919705658 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.0/0000062.8ms, 0075 iters, 006 passes, 0.924040742 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.0/0000064.4ms, 0070 iters, 006 passes, 0.921261359 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.0/0000057.8ms, 0047 iters, 005 passes, 0.924030397 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.924981336 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.0/0000025.8ms, 0021 iters, 002 passes, 0.909865650 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.0/0000056.6ms, 0078 iters, 006 passes, 0.923756222 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.0/0000056.5ms, 0090 iters, 006 passes, 0.923730839 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.924795091 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.1/0000032.7ms, 0004 iters, 002 passes, 0.873384623 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.1/0000057.8ms, 0081 iters, 006 passes, 0.908033118 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.1/0000065.4ms, 0089 iters, 007 passes, 0.907027043 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.924982704 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.8/0000026.1ms, 0006 iters, 002 passes, 0.897744638 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.7/0000053.8ms, 0067 iters, 006 passes, 0.921655900 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0126] batch, 064 threads} -> {0000000.8/0000053.5ms, 0079 iters, 006 passes, 0.918343826 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.0/0000052.6ms, 0074 iters, 006 passes, 0.924780310 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.0/0000055.0ms, 0087 iters, 006 passes, 0.917854789 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.0/0000055.6ms, 0073 iters, 006 passes, 0.914382898 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.0/0000056.9ms, 0079 iters, 006 passes, 0.918739517 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924935457 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.0/0000025.0ms, 0003 iters, 002 passes, 0.909820451 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.0/0000063.7ms, 0095 iters, 006 passes, 0.871515055 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.0/0000056.7ms, 0075 iters, 006 passes, 0.894679146 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.924749137 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.1/0000035.0ms, 0003 iters, 002 passes, 0.873338987 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.1/0000055.6ms, 0058 iters, 005 passes, 0.923624217 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.1/0000065.7ms, 0107 iters, 007 passes, 0.920050745 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.924936833 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.5/0000025.7ms, 0003 iters, 002 passes, 0.897703826 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.5/0000055.8ms, 0090 iters, 006 passes, 0.920496778 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0127] batch, 064 threads} -> {0000000.5/0000056.8ms, 0080 iters, 006 passes, 0.921063015 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.0/0000052.8ms, 0088 iters, 006 passes, 0.922903793 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.0/0000056.3ms, 0105 iters, 006 passes, 0.914650209 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.0/0000050.5ms, 0062 iters, 005 passes, 0.921130212 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.0/0000054.8ms, 0071 iters, 006 passes, 0.918909046 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924887711 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.0/0000026.1ms, 0007 iters, 002 passes, 0.908343541 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.0/0000055.8ms, 0069 iters, 006 passes, 0.921822301 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.0/0000056.4ms, 0097 iters, 006 passes, 0.924159733 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.924701861 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.1/0000034.5ms, 0004 iters, 002 passes, 0.873298208 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.1/0000061.2ms, 0085 iters, 006 passes, 0.920117566 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.1/0000062.3ms, 0106 iters, 006 passes, 0.906480278 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.924889091 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.6/0000026.0ms, 0005 iters, 002 passes, 0.897660246 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.8/0000055.0ms, 0090 iters, 006 passes, 0.870713952 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0128] batch, 064 threads} -> {0000000.5/0000048.9ms, 0075 iters, 005 passes, 0.921143825 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.0/0000046.8ms, 0049 iters, 005 passes, 0.924881936 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.0/0000053.4ms, 0079 iters, 006 passes, 0.900986659 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.0/0000054.0ms, 0076 iters, 006 passes, 0.919492484 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.0/0000054.6ms, 0070 iters, 006 passes, 0.893610739 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.924842591 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.0/0000026.0ms, 0003 iters, 002 passes, 0.908306880 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.0/0000058.7ms, 0104 iters, 006 passes, 0.913169751 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.0/0000055.2ms, 0071 iters, 006 passes, 0.912581547 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.924656270 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.1/0000035.9ms, 0003 iters, 002 passes, 0.873254052 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.1/0000060.4ms, 0078 iters, 006 passes, 0.911540337 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.1/0000067.3ms, 0125 iters, 007 passes, 0.880552455 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.924843504 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000001.0/0000025.3ms, 0003 iters, 002 passes, 0.897617650 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.7/0000054.6ms, 0087 iters, 006 passes, 0.917266630 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0129] batch, 064 threads} -> {0000000.5/0000050.5ms, 0080 iters, 005 passes, 0.923359521 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.0/0000057.5ms, 0078 iters, 007 passes, 0.920241690 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.0/0000056.3ms, 0078 iters, 006 passes, 0.923690549 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.0/0000056.0ms, 0082 iters, 006 passes, 0.924024319 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.0/0000055.2ms, 0076 iters, 006 passes, 0.922606188 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924793983 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.0/0000026.0ms, 0003 iters, 002 passes, 0.908261024 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.0/0000053.1ms, 0051 iters, 005 passes, 0.922046234 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.0/0000059.5ms, 0081 iters, 006 passes, 0.915112399 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.924607670 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.1/0000034.2ms, 0004 iters, 002 passes, 0.873208798 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.1/0000066.1ms, 0084 iters, 007 passes, 0.922025505 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.1/0000062.7ms, 0075 iters, 006 passes, 0.902638239 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.924794900 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.6/0000025.1ms, 0005 iters, 002 passes, 0.897571956 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.9/0000057.2ms, 0101 iters, 006 passes, 0.922241929 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0130] batch, 064 threads} -> {0000000.8/0000056.7ms, 0080 iters, 006 passes, 0.909778754 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.0/0000052.6ms, 0080 iters, 006 passes, 0.922243684 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.0/0000055.0ms, 0082 iters, 006 passes, 0.921676848 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.0/0000055.7ms, 0078 iters, 006 passes, 0.915343071 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.0/0000056.9ms, 0082 iters, 006 passes, 0.910766997 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924747243 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.0/0000029.3ms, 0003 iters, 002 passes, 0.908216823 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.0/0000058.3ms, 0077 iters, 006 passes, 0.916663458 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.0/0000059.0ms, 0098 iters, 006 passes, 0.895519745 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.924560686 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.1/0000033.9ms, 0003 iters, 002 passes, 0.873166099 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.1/0000059.7ms, 0090 iters, 006 passes, 0.915296115 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.1/0000055.3ms, 0073 iters, 005 passes, 0.910800157 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.9/0000005.9ms, 0001 iters, 001 passes, 0.924748163 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.9/0000025.6ms, 0003 iters, 002 passes, 0.897527241 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.8/0000055.4ms, 0100 iters, 006 passes, 0.877210397 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0131] batch, 064 threads} -> {0000000.7/0000054.9ms, 0096 iters, 006 passes, 0.915139700 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.0/0000052.7ms, 0084 iters, 006 passes, 0.918873327 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.0/0000055.0ms, 0087 iters, 006 passes, 0.915108752 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.0/0000054.1ms, 0080 iters, 006 passes, 0.908544320 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.0/0000054.7ms, 0071 iters, 006 passes, 0.919581051 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924701774 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.0/0000027.0ms, 0021 iters, 002 passes, 0.908178682 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.0/0000055.6ms, 0071 iters, 006 passes, 0.923510538 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.0/0000059.5ms, 0087 iters, 006 passes, 0.920779315 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.924514748 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.1/0000034.4ms, 0003 iters, 002 passes, 0.873124195 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.1/0000059.4ms, 0078 iters, 006 passes, 0.901392622 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.1/0000063.9ms, 0090 iters, 007 passes, 0.907284301 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.924702229 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000001.0/0000025.8ms, 0003 iters, 002 passes, 0.897486384 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000001.0/0000055.0ms, 0105 iters, 006 passes, 0.904537785 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0132] batch, 064 threads} -> {0000000.8/0000061.2ms, 0122 iters, 007 passes, 0.907259708 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.0/0000052.8ms, 0089 iters, 006 passes, 0.923405918 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.0/0000055.4ms, 0090 iters, 006 passes, 0.920978463 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.0/0000050.5ms, 0064 iters, 005 passes, 0.920168006 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.0/0000055.8ms, 0089 iters, 006 passes, 0.919620591 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924655210 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.0/0000026.9ms, 0011 iters, 002 passes, 0.908132691 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.0/0000056.4ms, 0073 iters, 006 passes, 0.923862721 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.0/0000057.0ms, 0080 iters, 006 passes, 0.914951751 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.924467261 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.1/0000033.2ms, 0003 iters, 002 passes, 0.873077930 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.1/0000060.9ms, 0105 iters, 006 passes, 0.920907878 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.1/0000060.3ms, 0075 iters, 006 passes, 0.921532503 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.924655199 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.7/0000025.3ms, 0003 iters, 002 passes, 0.897441184 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.5/0000055.4ms, 0105 iters, 006 passes, 0.921570309 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0133] batch, 064 threads} -> {0000000.6/0000053.8ms, 0092 iters, 006 passes, 0.913165881 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.0/0000053.6ms, 0089 iters, 006 passes, 0.921430238 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.0/0000056.5ms, 0091 iters, 006 passes, 0.919834463 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.0/0000054.6ms, 0080 iters, 006 passes, 0.918364476 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.0/0000056.0ms, 0100 iters, 006 passes, 0.920593845 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.924608396 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.0/0000026.8ms, 0003 iters, 002 passes, 0.908086542 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.0/0000056.0ms, 0074 iters, 006 passes, 0.912805194 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.0/0000058.6ms, 0076 iters, 006 passes, 0.922462021 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.924420208 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.1/0000034.0ms, 0003 iters, 002 passes, 0.873034317 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.1/0000065.9ms, 0115 iters, 007 passes, 0.819739555 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.1/0000063.6ms, 0107 iters, 007 passes, 0.892502797 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.924608147 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.5/0000025.4ms, 0005 iters, 002 passes, 0.897395838 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.5/0000054.7ms, 0083 iters, 006 passes, 0.893910413 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0134] batch, 064 threads} -> {0000000.7/0000054.0ms, 0105 iters, 006 passes, 0.908016211 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.0/0000051.4ms, 0080 iters, 006 passes, 0.915103546 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.0/0000054.7ms, 0075 iters, 006 passes, 0.924000723 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.0/0000057.3ms, 0089 iters, 006 passes, 0.914179523 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.0/0000056.3ms, 0084 iters, 006 passes, 0.914185034 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.924564888 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.0/0000026.5ms, 0003 iters, 002 passes, 0.908044730 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.0/0000059.7ms, 0074 iters, 006 passes, 0.919562625 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.0/0000057.9ms, 0091 iters, 006 passes, 0.918768606 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.924377770 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.1/0000033.5ms, 0003 iters, 002 passes, 0.872995581 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.1/0000063.9ms, 0099 iters, 007 passes, 0.906776290 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.1/0000060.1ms, 0072 iters, 006 passes, 0.915443128 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.924564639 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.5/0000025.3ms, 0003 iters, 002 passes, 0.897353846 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.5/0000055.7ms, 0105 iters, 006 passes, 0.917753924 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0135] batch, 064 threads} -> {0000000.8/0000053.6ms, 0090 iters, 006 passes, 0.912724117 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.0/0000064.4ms, 0083 iters, 006 passes, 0.918097823 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.0/0000055.8ms, 0090 iters, 006 passes, 0.916614941 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.0/0000054.5ms, 0086 iters, 006 passes, 0.879007957 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.0/0000056.3ms, 0089 iters, 006 passes, 0.871552328 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924515491 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.0/0000026.5ms, 0003 iters, 002 passes, 0.907996723 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.0/0000058.1ms, 0090 iters, 006 passes, 0.920662323 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.0/0000060.3ms, 0090 iters, 006 passes, 0.886138343 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.924329257 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.1/0000034.3ms, 0003 iters, 002 passes, 0.872949759 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.1/0000058.6ms, 0079 iters, 006 passes, 0.920257829 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.1/0000055.6ms, 0056 iters, 005 passes, 0.923719284 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.924515480 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.6/0000025.4ms, 0004 iters, 002 passes, 0.897308216 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.7/0000055.2ms, 0105 iters, 006 passes, 0.918162060 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0136] batch, 064 threads} -> {0000000.7/0000053.9ms, 0098 iters, 006 passes, 0.916860752 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.0/0000050.6ms, 0074 iters, 006 passes, 0.917181226 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.0/0000054.8ms, 0075 iters, 006 passes, 0.919698689 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.0/0000055.1ms, 0090 iters, 006 passes, 0.903633750 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.0/0000057.2ms, 0078 iters, 006 passes, 0.916663158 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924468917 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.0/0000026.1ms, 0004 iters, 002 passes, 0.907951078 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.0/0000052.0ms, 0057 iters, 005 passes, 0.907321248 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.0/0000058.8ms, 0072 iters, 006 passes, 0.904770659 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.1/0000005.0ms, 0001 iters, 001 passes, 0.924282208 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.1/0000034.3ms, 0003 iters, 002 passes, 0.872905332 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.1/0000056.2ms, 0079 iters, 005 passes, 0.919313531 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.1/0000069.9ms, 0089 iters, 007 passes, 0.904708048 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.924469378 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.6/0000025.7ms, 0003 iters, 002 passes, 0.897262109 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.6/0000054.0ms, 0102 iters, 006 passes, 0.920853856 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0137] batch, 064 threads} -> {0000000.6/0000048.4ms, 0065 iters, 005 passes, 0.906371788 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.0/0000050.8ms, 0091 iters, 006 passes, 0.914173818 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.0/0000058.1ms, 0091 iters, 006 passes, 0.913531451 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.0/0000054.9ms, 0078 iters, 006 passes, 0.904290016 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.0/0000053.9ms, 0065 iters, 006 passes, 0.919402615 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924423257 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.0/0000026.6ms, 0009 iters, 002 passes, 0.907907609 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.0/0000057.1ms, 0079 iters, 006 passes, 0.911282423 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.0/0000056.1ms, 0087 iters, 006 passes, 0.923733590 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.924237261 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.1/0000034.8ms, 0007 iters, 002 passes, 0.872864811 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.1/0000065.0ms, 0116 iters, 007 passes, 0.912353483 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.1/0000064.4ms, 0089 iters, 007 passes, 0.900139072 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.924423719 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.9/0000025.6ms, 0004 iters, 002 passes, 0.897218772 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.6/0000053.4ms, 0069 iters, 006 passes, 0.903749472 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0138] batch, 064 threads} -> {0000000.5/0000053.9ms, 0100 iters, 006 passes, 0.878737480 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.0/0000051.6ms, 0071 iters, 006 passes, 0.878286420 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.0/0000056.5ms, 0090 iters, 006 passes, 0.916213370 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.0/0000049.7ms, 0061 iters, 005 passes, 0.924167502 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.0/0000056.8ms, 0079 iters, 006 passes, 0.920372340 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924375427 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.0/0000026.2ms, 0003 iters, 002 passes, 0.907860117 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.0/0000055.4ms, 0066 iters, 006 passes, 0.920501125 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.0/0000057.2ms, 0083 iters, 006 passes, 0.901549271 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.924189431 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.1/0000030.6ms, 0003 iters, 002 passes, 0.872818807 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.1/0000063.4ms, 0106 iters, 006 passes, 0.902186049 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.1/0000065.0ms, 0112 iters, 007 passes, 0.919864132 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000001.5/0000006.4ms, 0001 iters, 001 passes, 0.924375889 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000000.7/0000025.4ms, 0003 iters, 002 passes, 0.897173848 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000001.0/0000055.7ms, 0103 iters, 006 passes, 0.920268643 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0139] batch, 064 threads} -> {0000001.1/0000054.1ms, 0090 iters, 006 passes, 0.913969321 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.0/0000051.5ms, 0086 iters, 006 passes, 0.907875495 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.0/0000054.8ms, 0086 iters, 006 passes, 0.915103299 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.0/0000055.0ms, 0087 iters, 006 passes, 0.913091333 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.0/0000055.7ms, 0081 iters, 006 passes, 0.901452290 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924327071 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.0/0000026.9ms, 0004 iters, 002 passes, 0.907812733 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.0/0000056.8ms, 0082 iters, 006 passes, 0.901492151 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.0/0000059.1ms, 0082 iters, 006 passes, 0.920213328 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.924141079 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.1/0000031.2ms, 0003 iters, 002 passes, 0.872773818 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.1/0000064.6ms, 0098 iters, 007 passes, 0.905492321 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.1/0000058.6ms, 0065 iters, 006 passes, 0.919899164 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.924327534 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.8/0000025.4ms, 0003 iters, 002 passes, 0.897127180 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.8/0000056.6ms, 0091 iters, 006 passes, 0.913704398 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0140] batch, 064 threads} -> {0000000.7/0000054.0ms, 0104 iters, 006 passes, 0.909902859 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.0/0000051.5ms, 0081 iters, 006 passes, 0.916973604 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.0/0000054.7ms, 0077 iters, 006 passes, 0.910480333 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.0/0000055.0ms, 0077 iters, 006 passes, 0.908822473 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.0/0000055.2ms, 0075 iters, 006 passes, 0.910765426 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924280983 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.0/0000026.5ms, 0003 iters, 002 passes, 0.907766240 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.0/0000057.1ms, 0081 iters, 006 passes, 0.919563048 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.0/0000055.3ms, 0064 iters, 006 passes, 0.921674985 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.924094990 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.1/0000030.8ms, 0004 iters, 002 passes, 0.872729121 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.1/0000061.2ms, 0084 iters, 006 passes, 0.918345907 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.1/0000056.8ms, 0057 iters, 005 passes, 0.914823142 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000001.1/0000005.9ms, 0001 iters, 001 passes, 0.924281446 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.8/0000025.6ms, 0004 iters, 002 passes, 0.897085367 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.6/0000055.5ms, 0105 iters, 006 passes, 0.903966285 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0141] batch, 064 threads} -> {0000000.7/0000061.4ms, 0090 iters, 006 passes, 0.920761109 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.0/0000052.4ms, 0078 iters, 006 passes, 0.918278903 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.0/0000057.4ms, 0098 iters, 006 passes, 0.921760547 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.0/0000055.7ms, 0090 iters, 006 passes, 0.923086118 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.0/0000055.2ms, 0081 iters, 006 passes, 0.896413816 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.924237739 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.0/0000026.6ms, 0003 iters, 002 passes, 0.907725123 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.0/0000052.7ms, 0059 iters, 005 passes, 0.923020740 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.0/0000057.4ms, 0097 iters, 006 passes, 0.904332023 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.924050808 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.1/0000028.3ms, 0003 iters, 002 passes, 0.872688201 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.1/0000064.6ms, 0100 iters, 007 passes, 0.897624327 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.1/0000059.9ms, 0105 iters, 006 passes, 0.891160731 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.924238203 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.6/0000025.1ms, 0003 iters, 002 passes, 0.897046679 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000001.1/0000053.7ms, 0075 iters, 006 passes, 0.923307531 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0142] batch, 064 threads} -> {0000000.8/0000053.9ms, 0090 iters, 006 passes, 0.911572111 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.0/0000051.7ms, 0076 iters, 006 passes, 0.908684712 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.0/0000055.9ms, 0090 iters, 006 passes, 0.911801941 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.0/0000054.9ms, 0087 iters, 006 passes, 0.919713354 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.0/0000054.4ms, 0083 iters, 006 passes, 0.915110424 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924190330 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.0/0000027.0ms, 0021 iters, 002 passes, 0.907680630 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.0/0000059.8ms, 0089 iters, 006 passes, 0.923667095 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.0/0000056.9ms, 0076 iters, 006 passes, 0.907246484 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.924003398 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.1/0000029.5ms, 0021 iters, 002 passes, 0.872648464 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.1/0000061.9ms, 0106 iters, 006 passes, 0.910447952 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.1/0000064.2ms, 0103 iters, 007 passes, 0.911561591 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.924190793 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.8/0000024.7ms, 0003 iters, 002 passes, 0.897002592 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.5/0000056.5ms, 0105 iters, 006 passes, 0.919629869 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0143] batch, 064 threads} -> {0000000.7/0000058.6ms, 0104 iters, 006 passes, 0.923562432 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.0/0000049.2ms, 0061 iters, 005 passes, 0.910233644 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.0/0000052.9ms, 0068 iters, 006 passes, 0.917415831 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.0/0000058.0ms, 0091 iters, 006 passes, 0.923619525 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.0/0000061.2ms, 0076 iters, 006 passes, 0.919223301 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924143989 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.0/0000026.2ms, 0003 iters, 002 passes, 0.907635679 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.0/0000056.7ms, 0079 iters, 006 passes, 0.919831301 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.0/0000060.9ms, 0099 iters, 006 passes, 0.920576998 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.923957057 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.1/0000029.4ms, 0003 iters, 002 passes, 0.872604827 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.1/0000060.2ms, 0072 iters, 006 passes, 0.912309254 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.1/0000060.6ms, 0056 iters, 005 passes, 0.894093432 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.924144455 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.6/0000025.5ms, 0003 iters, 002 passes, 0.896959441 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.5/0000054.1ms, 0091 iters, 006 passes, 0.913438369 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0144] batch, 064 threads} -> {0000000.5/0000054.2ms, 0091 iters, 006 passes, 0.916919734 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.0/0000052.1ms, 0078 iters, 006 passes, 0.903166827 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.0/0000054.0ms, 0081 iters, 006 passes, 0.917665309 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.0/0000055.8ms, 0090 iters, 006 passes, 0.914895149 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.0/0000055.5ms, 0082 iters, 006 passes, 0.913679409 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.924098232 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.0/0000026.2ms, 0003 iters, 002 passes, 0.907590737 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.0/0000057.0ms, 0083 iters, 006 passes, 0.922715172 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.0/0000056.0ms, 0069 iters, 006 passes, 0.917541708 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.923911301 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.1/0000029.2ms, 0003 iters, 002 passes, 0.872561612 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.1/0000063.9ms, 0088 iters, 006 passes, 0.920873032 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.1/0000061.0ms, 0077 iters, 006 passes, 0.922892755 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.924098698 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.6/0000024.7ms, 0003 iters, 002 passes, 0.896914785 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000000.5/0000057.2ms, 0090 iters, 006 passes, 0.911780524 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0145] batch, 064 threads} -> {0000001.9/0000060.0ms, 0078 iters, 006 passes, 0.907040950 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.0/0000050.7ms, 0064 iters, 005 passes, 0.923247832 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.0/0000056.2ms, 0079 iters, 006 passes, 0.915281554 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.0/0000052.2ms, 0076 iters, 005 passes, 0.907703555 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.0/0000057.5ms, 0100 iters, 006 passes, 0.919683946 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.924052797 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.0/0000026.3ms, 0003 iters, 002 passes, 0.907545538 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.0/0000057.6ms, 0080 iters, 006 passes, 0.902793972 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.0/0000053.6ms, 0074 iters, 005 passes, 0.913568816 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.923865417 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.1/0000028.4ms, 0003 iters, 002 passes, 0.872518195 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.1/0000056.8ms, 0068 iters, 005 passes, 0.916226067 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.1/0000061.3ms, 0079 iters, 006 passes, 0.914406844 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.5/0000005.4ms, 0001 iters, 001 passes, 0.924052794 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.5/0000025.3ms, 0003 iters, 002 passes, 0.896870770 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.4/0000056.5ms, 0094 iters, 006 passes, 0.809428067 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0146] batch, 064 threads} -> {0000000.5/0000057.0ms, 0087 iters, 006 passes, 0.922998598 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.0/0000054.6ms, 0092 iters, 006 passes, 0.920646620 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.0/0000057.4ms, 0096 iters, 006 passes, 0.908253108 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.0/0000055.3ms, 0074 iters, 005 passes, 0.918905878 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.0/0000060.1ms, 0081 iters, 006 passes, 0.917441896 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.924008635 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.0/0000026.3ms, 0003 iters, 002 passes, 0.907504628 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.0/0000054.0ms, 0060 iters, 005 passes, 0.922771104 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.0/0000061.1ms, 0093 iters, 006 passes, 0.876326787 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.923821703 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.1/0000029.2ms, 0003 iters, 002 passes, 0.872478628 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.1/0000065.1ms, 0106 iters, 007 passes, 0.893558410 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.1/0000060.6ms, 0059 iters, 006 passes, 0.909306944 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.924008632 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.6/0000024.5ms, 0004 iters, 002 passes, 0.896831501 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.8/0000051.9ms, 0060 iters, 005 passes, 0.923732989 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0147] batch, 064 threads} -> {0000000.7/0000056.4ms, 0078 iters, 006 passes, 0.918332831 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.0/0000056.2ms, 0096 iters, 006 passes, 0.921250255 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.0/0000057.8ms, 0094 iters, 006 passes, 0.922716433 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.0/0000056.3ms, 0063 iters, 006 passes, 0.915301307 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.0/0000057.6ms, 0093 iters, 006 passes, 0.917939663 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.923964106 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.0/0000027.2ms, 0003 iters, 002 passes, 0.907462216 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.0/0000058.0ms, 0089 iters, 006 passes, 0.910454152 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.0/0000057.9ms, 0088 iters, 006 passes, 0.913887540 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.923777564 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.1/0000028.7ms, 0003 iters, 002 passes, 0.872436461 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.1/0000062.3ms, 0089 iters, 006 passes, 0.912147989 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.1/0000058.9ms, 0056 iters, 005 passes, 0.918568256 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.923964103 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.4/0000024.6ms, 0003 iters, 002 passes, 0.896791442 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.6/0000057.9ms, 0104 iters, 006 passes, 0.901972951 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0148] batch, 064 threads} -> {0000000.6/0000055.8ms, 0092 iters, 006 passes, 0.913863431 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.0/0000053.1ms, 0072 iters, 006 passes, 0.921470844 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.0/0000057.4ms, 0099 iters, 006 passes, 0.904776295 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.0/0000059.4ms, 0100 iters, 006 passes, 0.920546906 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.0/0000059.8ms, 0103 iters, 006 passes, 0.911158588 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.923916990 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.0/0000026.1ms, 0003 iters, 002 passes, 0.907415837 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.0/0000057.6ms, 0103 iters, 006 passes, 0.919675718 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.0/0000057.5ms, 0079 iters, 006 passes, 0.892592096 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.923730917 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.1/0000028.9ms, 0003 iters, 002 passes, 0.872391686 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.1/0000064.2ms, 0071 iters, 006 passes, 0.910694272 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.1/0000059.0ms, 0068 iters, 005 passes, 0.915545967 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.923917457 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.8/0000025.8ms, 0003 iters, 002 passes, 0.896747963 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.8/0000058.5ms, 0077 iters, 005 passes, 0.920992202 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0149] batch, 064 threads} -> {0000000.9/0000066.7ms, 0105 iters, 006 passes, 0.914868553 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.0/0000050.7ms, 0078 iters, 005 passes, 0.866978158 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.0/0000057.0ms, 0089 iters, 006 passes, 0.918882527 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.0/0000057.1ms, 0075 iters, 006 passes, 0.919072705 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.0/0000056.5ms, 0077 iters, 006 passes, 0.919279257 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.923868810 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.0/0000027.3ms, 0016 iters, 002 passes, 0.907372351 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.0/0000052.2ms, 0051 iters, 005 passes, 0.922550656 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.0/0000054.8ms, 0074 iters, 005 passes, 0.921770557 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.923682758 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.1/0000028.9ms, 0003 iters, 002 passes, 0.872346275 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.1/0000064.3ms, 0089 iters, 006 passes, 0.911305843 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.1/0000062.7ms, 0090 iters, 006 passes, 0.916630904 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.923870217 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.6/0000024.7ms, 0006 iters, 002 passes, 0.896701873 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.5/0000056.3ms, 0080 iters, 006 passes, 0.896820439 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0150] batch, 064 threads} -> {0000000.6/0000057.3ms, 0104 iters, 006 passes, 0.919821020 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.0/0000053.4ms, 0076 iters, 006 passes, 0.923329479 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.0/0000052.1ms, 0067 iters, 005 passes, 0.915865038 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.0/0000052.5ms, 0077 iters, 005 passes, 0.918006513 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.0/0000053.1ms, 0077 iters, 005 passes, 0.922879526 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.923819907 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.0/0000026.6ms, 0004 iters, 002 passes, 0.907326745 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.0/0000056.1ms, 0079 iters, 006 passes, 0.917758664 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.0/0000057.9ms, 0104 iters, 006 passes, 0.921057759 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.923633854 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.1/0000029.0ms, 0003 iters, 002 passes, 0.872300357 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.1/0000066.2ms, 0092 iters, 007 passes, 0.910583387 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.1/0000066.6ms, 0102 iters, 007 passes, 0.914307948 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.923821313 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.6/0000024.6ms, 0003 iters, 002 passes, 0.896656147 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.5/0000052.5ms, 0079 iters, 005 passes, 0.919475515 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0151] batch, 064 threads} -> {0000000.5/0000055.0ms, 0090 iters, 006 passes, 0.903061686 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.0/0000054.8ms, 0089 iters, 006 passes, 0.918527670 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.0/0000057.4ms, 0078 iters, 006 passes, 0.923745073 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.0/0000058.4ms, 0089 iters, 006 passes, 0.921704054 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.0/0000053.1ms, 0068 iters, 005 passes, 0.919512578 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.923772340 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.0/0000026.2ms, 0003 iters, 002 passes, 0.907282290 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.0/0000051.8ms, 0051 iters, 005 passes, 0.908293311 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.0/0000058.0ms, 0069 iters, 006 passes, 0.905243468 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.923586320 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.1/0000029.1ms, 0003 iters, 002 passes, 0.872254519 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.1/0000068.1ms, 0100 iters, 007 passes, 0.885129570 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.1/0000064.2ms, 0061 iters, 006 passes, 0.912536274 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.923773746 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.7/0000024.9ms, 0003 iters, 002 passes, 0.896610444 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.7/0000058.1ms, 0090 iters, 006 passes, 0.913821576 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0152] batch, 064 threads} -> {0000000.6/0000064.3ms, 0078 iters, 006 passes, 0.908506804 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.0/0000051.6ms, 0087 iters, 006 passes, 0.923253599 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.0/0000054.0ms, 0098 iters, 006 passes, 0.917813899 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.0/0000053.9ms, 0090 iters, 006 passes, 0.918486009 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.0/0000053.6ms, 0088 iters, 006 passes, 0.917183903 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.923724825 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.0/0000025.9ms, 0003 iters, 002 passes, 0.907234840 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.0/0000054.3ms, 0076 iters, 006 passes, 0.919121199 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.0/0000056.6ms, 0084 iters, 006 passes, 0.918404796 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.923538846 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.1/0000031.4ms, 0003 iters, 002 passes, 0.872208031 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.1/0000061.0ms, 0091 iters, 007 passes, 0.905187423 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.1/0000061.5ms, 0092 iters, 007 passes, 0.910807026 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000001.5/0000006.2ms, 0001 iters, 001 passes, 0.923726232 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.6/0000024.3ms, 0003 iters, 002 passes, 0.896564765 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000000.9/0000050.9ms, 0077 iters, 006 passes, 0.903303752 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0153] batch, 064 threads} -> {0000001.0/0000046.6ms, 0057 iters, 005 passes, 0.921438667 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.0/0000051.2ms, 0080 iters, 006 passes, 0.917282349 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.0/0000053.3ms, 0087 iters, 006 passes, 0.922463468 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.0/0000059.2ms, 0079 iters, 006 passes, 0.894208303 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.0/0000054.0ms, 0090 iters, 006 passes, 0.900754670 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.923676306 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.0/0000026.5ms, 0004 iters, 002 passes, 0.907187785 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.0/0000054.3ms, 0076 iters, 006 passes, 0.902288573 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.0/0000054.3ms, 0080 iters, 006 passes, 0.910346998 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.923490327 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.1/0000032.2ms, 0004 iters, 002 passes, 0.872162353 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.1/0000062.0ms, 0092 iters, 007 passes, 0.907899843 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.1/0000057.7ms, 0077 iters, 006 passes, 0.890193665 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000001.0/0000005.8ms, 0001 iters, 001 passes, 0.923678182 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.6/0000024.9ms, 0004 iters, 002 passes, 0.896518335 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.9/0000051.4ms, 0082 iters, 006 passes, 0.915750158 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0154] batch, 064 threads} -> {0000000.5/0000044.8ms, 0065 iters, 005 passes, 0.923228042 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.0/0000045.1ms, 0063 iters, 005 passes, 0.921483755 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.0/0000051.8ms, 0067 iters, 006 passes, 0.877801980 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.0/0000047.7ms, 0058 iters, 005 passes, 0.904071775 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.0/0000053.8ms, 0068 iters, 006 passes, 0.923593747 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.0/0000005.3ms, 0001 iters, 001 passes, 0.923627779 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.0/0000026.6ms, 0003 iters, 002 passes, 0.907142802 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.0/0000052.8ms, 0070 iters, 005 passes, 0.921457592 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.0/0000056.7ms, 0076 iters, 006 passes, 0.907913605 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.923441798 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.1/0000031.4ms, 0003 iters, 002 passes, 0.872118527 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.1/0000056.0ms, 0061 iters, 006 passes, 0.916836531 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.1/0000057.8ms, 0090 iters, 006 passes, 0.903697632 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.923629654 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000001.1/0000028.5ms, 0003 iters, 002 passes, 0.896471744 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000001.3/0000058.2ms, 0088 iters, 006 passes, 0.900211256 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0155] batch, 064 threads} -> {0000000.6/0000054.0ms, 0098 iters, 006 passes, 0.890608498 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.0/0000052.7ms, 0073 iters, 006 passes, 0.919086240 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.0/0000050.5ms, 0062 iters, 005 passes, 0.918381485 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.0/0000059.4ms, 0090 iters, 006 passes, 0.919706489 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.0/0000052.6ms, 0056 iters, 005 passes, 0.910032102 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.923581223 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.0/0000026.6ms, 0003 iters, 002 passes, 0.907097948 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.0/0000058.5ms, 0089 iters, 006 passes, 0.877343501 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.0/0000057.9ms, 0076 iters, 006 passes, 0.920943523 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.923394772 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.1/0000029.6ms, 0003 iters, 002 passes, 0.872073274 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.1/0000063.2ms, 0092 iters, 006 passes, 0.915132526 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.1/0000064.4ms, 0102 iters, 006 passes, 0.918085813 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.7/0000005.7ms, 0001 iters, 001 passes, 0.923583098 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.5/0000027.4ms, 0003 iters, 002 passes, 0.896429085 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.6/0000051.4ms, 0074 iters, 005 passes, 0.920877905 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0156] batch, 064 threads} -> {0000000.5/0000056.7ms, 0076 iters, 006 passes, 0.914507178 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.0/0000053.4ms, 0083 iters, 006 passes, 0.921881952 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.0/0000056.3ms, 0069 iters, 006 passes, 0.913260528 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.0/0000058.1ms, 0088 iters, 006 passes, 0.917793192 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.0/0000056.6ms, 0072 iters, 006 passes, 0.894497939 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.923534356 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.0/0000026.5ms, 0003 iters, 002 passes, 0.907051801 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.0/0000052.1ms, 0061 iters, 005 passes, 0.923592932 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.0/0000059.5ms, 0091 iters, 006 passes, 0.921624948 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.923348376 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.1/0000029.7ms, 0003 iters, 002 passes, 0.872027354 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.1/0000062.8ms, 0084 iters, 006 passes, 0.920439124 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.1/0000059.5ms, 0071 iters, 006 passes, 0.920622771 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000001.1/0000005.8ms, 0001 iters, 001 passes, 0.923537171 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.7/0000028.1ms, 0003 iters, 002 passes, 0.896384154 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.9/0000057.3ms, 0078 iters, 006 passes, 0.906945112 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0157] batch, 064 threads} -> {0000000.8/0000052.0ms, 0066 iters, 005 passes, 0.918234920 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.0/0000053.9ms, 0082 iters, 006 passes, 0.920233716 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.0/0000053.4ms, 0066 iters, 005 passes, 0.920953496 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.0/0000057.3ms, 0072 iters, 006 passes, 0.918262833 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.0/0000056.7ms, 0078 iters, 006 passes, 0.923378479 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.923487528 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.0/0000026.8ms, 0003 iters, 002 passes, 0.907007172 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.0/0000052.8ms, 0051 iters, 005 passes, 0.923195089 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.0/0000056.4ms, 0075 iters, 006 passes, 0.917474883 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.923301678 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.1/0000029.2ms, 0003 iters, 002 passes, 0.871984862 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.1/0000069.6ms, 0103 iters, 007 passes, 0.848622199 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.1/0000066.5ms, 0093 iters, 007 passes, 0.869844053 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.8/0000005.5ms, 0001 iters, 001 passes, 0.923490343 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000000.8/0000027.9ms, 0003 iters, 002 passes, 0.896338900 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000001.1/0000057.3ms, 0089 iters, 006 passes, 0.901124772 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0158] batch, 064 threads} -> {0000001.1/0000054.7ms, 0086 iters, 006 passes, 0.912061209 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.0/0000053.5ms, 0074 iters, 006 passes, 0.917870001 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.0/0000051.8ms, 0061 iters, 005 passes, 0.922434521 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.0/0000058.7ms, 0078 iters, 006 passes, 0.880535865 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.0/0000057.9ms, 0080 iters, 006 passes, 0.921868672 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.923441579 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.0/0000026.7ms, 0003 iters, 002 passes, 0.906965097 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.0/0000056.9ms, 0076 iters, 006 passes, 0.923563961 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.0/0000058.3ms, 0076 iters, 006 passes, 0.921913671 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.923255729 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.1/0000029.2ms, 0003 iters, 002 passes, 0.871940768 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.1/0000057.7ms, 0050 iters, 005 passes, 0.921432883 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.1/0000067.7ms, 0100 iters, 007 passes, 0.910979071 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.923444394 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.6/0000028.5ms, 0003 iters, 002 passes, 0.896298755 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.8/0000056.4ms, 0088 iters, 006 passes, 0.913778589 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0159] batch, 064 threads} -> {0000000.7/0000055.1ms, 0083 iters, 006 passes, 0.905823480 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.0/0000055.4ms, 0087 iters, 006 passes, 0.879567342 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.0/0000057.6ms, 0104 iters, 006 passes, 0.890201472 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.0/0000056.0ms, 0068 iters, 006 passes, 0.917769841 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.0/0000057.6ms, 0080 iters, 006 passes, 0.916903549 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.923395039 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.0/0000026.3ms, 0003 iters, 002 passes, 0.906917877 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.0/0000059.2ms, 0091 iters, 006 passes, 0.916864343 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.0/0000059.9ms, 0079 iters, 006 passes, 0.920155789 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.923209184 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.1/0000029.2ms, 0003 iters, 002 passes, 0.871894188 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.1/0000062.5ms, 0094 iters, 006 passes, 0.899982722 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.1/0000058.2ms, 0049 iters, 005 passes, 0.921373748 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.923397854 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.6/0000028.0ms, 0003 iters, 002 passes, 0.896253084 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.6/0000057.0ms, 0097 iters, 006 passes, 0.906678530 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0160] batch, 064 threads} -> {0000000.7/0000054.8ms, 0082 iters, 006 passes, 0.912416047 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.0/0000055.5ms, 0091 iters, 006 passes, 0.872617340 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.0/0000052.7ms, 0064 iters, 005 passes, 0.923216548 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.0/0000053.3ms, 0060 iters, 005 passes, 0.922777841 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.0/0000059.3ms, 0088 iters, 006 passes, 0.922391264 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.923349353 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.0/0000026.8ms, 0004 iters, 002 passes, 0.906873172 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.0/0000059.2ms, 0087 iters, 006 passes, 0.923478029 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.0/0000053.2ms, 0048 iters, 005 passes, 0.923427938 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.923163050 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.1/0000029.9ms, 0005 iters, 002 passes, 0.871851405 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.1/0000062.9ms, 0076 iters, 006 passes, 0.916696214 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.1/0000061.0ms, 0090 iters, 006 passes, 0.879094744 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.6/0000005.3ms, 0001 iters, 001 passes, 0.923351720 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.6/0000028.1ms, 0009 iters, 002 passes, 0.896203284 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.8/0000056.7ms, 0088 iters, 006 passes, 0.885897962 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0161] batch, 064 threads} -> {0000000.7/0000055.7ms, 0089 iters, 006 passes, 0.918794101 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.0/0000053.5ms, 0076 iters, 006 passes, 0.915243407 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.0/0000057.5ms, 0083 iters, 006 passes, 0.900516487 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.0/0000051.9ms, 0062 iters, 005 passes, 0.912216387 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.0/0000056.6ms, 0078 iters, 006 passes, 0.912486788 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.923301312 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.0/0000026.2ms, 0003 iters, 002 passes, 0.906826398 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.0/0000053.9ms, 0060 iters, 005 passes, 0.907628015 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.0/0000058.5ms, 0076 iters, 006 passes, 0.914832650 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.923115009 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.1/0000028.9ms, 0006 iters, 002 passes, 0.871806313 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.1/0000064.0ms, 0076 iters, 006 passes, 0.911896273 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.1/0000065.5ms, 0084 iters, 006 passes, 0.906283393 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.4/0000005.2ms, 0001 iters, 001 passes, 0.923303678 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.5/0000026.4ms, 0003 iters, 002 passes, 0.896160307 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000001.2/0000056.9ms, 0088 iters, 006 passes, 0.909977395 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0162] batch, 064 threads} -> {0000000.6/0000049.9ms, 0051 iters, 005 passes, 0.909163116 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.0/0000053.4ms, 0072 iters, 006 passes, 0.916150883 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.0/0000055.8ms, 0079 iters, 006 passes, 0.921093793 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.0/0000058.4ms, 0082 iters, 006 passes, 0.917094260 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.0/0000057.2ms, 0086 iters, 006 passes, 0.904875026 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.923255572 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.0/0000026.6ms, 0003 iters, 002 passes, 0.906783712 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.0/0000058.2ms, 0078 iters, 006 passes, 0.922454832 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.0/0000051.2ms, 0047 iters, 005 passes, 0.923159042 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.923069739 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.1/0000029.1ms, 0003 iters, 002 passes, 0.871764285 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.1/0000062.2ms, 0064 iters, 006 passes, 0.918426178 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.1/0000065.0ms, 0095 iters, 007 passes, 0.879019292 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000001.0/0000005.9ms, 0001 iters, 001 passes, 0.923257939 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.9/0000027.1ms, 0010 iters, 002 passes, 0.896120870 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.8/0000051.1ms, 0059 iters, 005 passes, 0.920499001 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0163] batch, 064 threads} -> {0000000.9/0000057.7ms, 0078 iters, 006 passes, 0.920186338 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.0/0000062.3ms, 0090 iters, 006 passes, 0.919659323 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.0/0000051.6ms, 0060 iters, 005 passes, 0.918493658 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.0/0000057.6ms, 0083 iters, 006 passes, 0.908074387 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.0/0000056.7ms, 0077 iters, 006 passes, 0.898412599 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.923211496 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.0/0000026.5ms, 0009 iters, 002 passes, 0.906741380 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.0/0000059.4ms, 0082 iters, 006 passes, 0.904931900 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.0/0000053.6ms, 0056 iters, 005 passes, 0.907850693 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.923025664 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.1/0000030.0ms, 0009 iters, 002 passes, 0.868878529 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.1/0000065.5ms, 0089 iters, 007 passes, 0.845244150 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.1/0000062.1ms, 0087 iters, 006 passes, 0.913985047 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.923213863 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.8/0000027.3ms, 0006 iters, 002 passes, 0.896075356 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000000.5/0000056.4ms, 0083 iters, 006 passes, 0.902357742 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0164] batch, 064 threads} -> {0000001.3/0000055.7ms, 0077 iters, 006 passes, 0.903181614 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.0/0000054.5ms, 0093 iters, 006 passes, 0.921451052 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.0/0000056.5ms, 0070 iters, 006 passes, 0.908239430 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.0/0000058.0ms, 0089 iters, 006 passes, 0.918398320 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.0/0000057.1ms, 0086 iters, 006 passes, 0.921043409 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.0/0000017.0ms, 0001 iters, 001 passes, 0.923165751 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.0/0000026.9ms, 0018 iters, 002 passes, 0.906697341 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.0/0000057.4ms, 0086 iters, 006 passes, 0.912194597 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.0/0000059.5ms, 0081 iters, 006 passes, 0.922548732 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.922980670 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.1/0000032.2ms, 0003 iters, 002 passes, 0.868836016 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.1/0000068.8ms, 0106 iters, 007 passes, 0.897300707 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.1/0000062.6ms, 0080 iters, 006 passes, 0.921894530 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.923168118 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.8/0000026.9ms, 0003 iters, 002 passes, 0.896031879 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.9/0000057.4ms, 0085 iters, 006 passes, 0.914106441 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0165] batch, 064 threads} -> {0000000.7/0000056.4ms, 0079 iters, 006 passes, 0.919864222 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.0/0000049.6ms, 0067 iters, 005 passes, 0.915269584 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.0/0000057.1ms, 0072 iters, 006 passes, 0.901067811 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.0/0000051.7ms, 0052 iters, 005 passes, 0.921256613 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.0/0000056.4ms, 0078 iters, 006 passes, 0.918250171 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.923118807 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.0/0000026.6ms, 0007 iters, 002 passes, 0.901066682 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.0/0000056.5ms, 0072 iters, 006 passes, 0.918078786 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.0/0000059.3ms, 0089 iters, 006 passes, 0.916859611 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.922934179 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.1/0000032.7ms, 0003 iters, 002 passes, 0.868792167 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.1/0000063.7ms, 0088 iters, 006 passes, 0.913287401 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.1/0000062.5ms, 0065 iters, 006 passes, 0.914336701 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.9/0000005.6ms, 0001 iters, 001 passes, 0.923121174 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.6/0000026.5ms, 0006 iters, 002 passes, 0.895984009 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000001.0/0000056.3ms, 0089 iters, 006 passes, 0.913651906 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0166] batch, 064 threads} -> {0000000.7/0000056.0ms, 0090 iters, 006 passes, 0.909103703 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.0/0000048.2ms, 0059 iters, 005 passes, 0.908514231 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.0/0000056.9ms, 0089 iters, 006 passes, 0.920926276 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.0/0000061.0ms, 0070 iters, 006 passes, 0.904701749 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.0/0000056.2ms, 0073 iters, 006 passes, 0.921783970 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.923074242 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.0/0000030.2ms, 0006 iters, 002 passes, 0.901052391 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.0/0000058.0ms, 0081 iters, 006 passes, 0.914908977 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.0/0000058.4ms, 0087 iters, 006 passes, 0.904614770 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.922889613 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.1/0000032.5ms, 0003 iters, 002 passes, 0.868748911 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.4/0000060.3ms, 0062 iters, 005 passes, 0.921078406 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.4/0000062.5ms, 0066 iters, 006 passes, 0.920550529 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.923076609 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.7/0000026.2ms, 0003 iters, 002 passes, 0.895941150 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.8/0000058.5ms, 0081 iters, 006 passes, 0.919719007 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0167] batch, 064 threads} -> {0000000.7/0000051.9ms, 0059 iters, 005 passes, 0.922611585 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.0/0000059.8ms, 0069 iters, 006 passes, 0.915323386 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.0/0000053.2ms, 0050 iters, 005 passes, 0.921942743 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.0/0000052.9ms, 0052 iters, 005 passes, 0.919012717 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.0/0000059.8ms, 0083 iters, 006 passes, 0.908270769 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.923030580 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.0/0000029.5ms, 0005 iters, 002 passes, 0.901013901 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.0/0000061.2ms, 0080 iters, 006 passes, 0.921953407 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.0/0000057.9ms, 0065 iters, 006 passes, 0.922674732 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.922845949 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.1/0000030.7ms, 0004 iters, 002 passes, 0.868708579 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.1/0000062.6ms, 0075 iters, 006 passes, 0.918709582 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.1/0000063.4ms, 0079 iters, 006 passes, 0.894417441 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.923032947 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.6/0000026.3ms, 0003 iters, 002 passes, 0.895900075 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.8/0000057.5ms, 0098 iters, 006 passes, 0.880638300 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0168] batch, 064 threads} -> {0000000.7/0000050.1ms, 0048 iters, 005 passes, 0.910732623 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.0/0000057.7ms, 0088 iters, 006 passes, 0.922393714 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.0/0000052.0ms, 0059 iters, 005 passes, 0.921079460 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.0/0000060.9ms, 0080 iters, 006 passes, 0.922663217 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.0/0000056.5ms, 0078 iters, 005 passes, 0.921789944 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.922985417 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.0/0000030.3ms, 0004 iters, 002 passes, 0.900970131 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.0/0000058.7ms, 0074 iters, 006 passes, 0.921441585 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.0/0000052.7ms, 0044 iters, 005 passes, 0.922676741 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.922800785 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.1/0000031.0ms, 0005 iters, 002 passes, 0.868665512 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.1/0000065.1ms, 0082 iters, 006 passes, 0.918767551 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.1/0000067.0ms, 0084 iters, 007 passes, 0.906424110 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.7/0000005.4ms, 0001 iters, 001 passes, 0.922987783 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.7/0000026.7ms, 0004 iters, 002 passes, 0.895860021 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.6/0000059.3ms, 0089 iters, 006 passes, 0.881647018 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0169] batch, 064 threads} -> {0000000.6/0000055.6ms, 0074 iters, 006 passes, 0.922397770 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.0/0000059.0ms, 0081 iters, 006 passes, 0.916193266 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.0/0000060.3ms, 0101 iters, 006 passes, 0.915742862 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.0/0000060.2ms, 0092 iters, 006 passes, 0.922056013 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.0/0000061.6ms, 0070 iters, 006 passes, 0.915291590 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.922938817 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.0/0000029.7ms, 0015 iters, 002 passes, 0.900926826 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.0/0000060.4ms, 0074 iters, 006 passes, 0.922615538 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.0/0000055.8ms, 0052 iters, 005 passes, 0.923071086 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.922754184 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.1/0000031.5ms, 0003 iters, 002 passes, 0.868619597 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.1/0000062.5ms, 0096 iters, 006 passes, 0.916358952 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.1/0000061.4ms, 0071 iters, 006 passes, 0.917565418 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.922941184 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.6/0000026.2ms, 0003 iters, 002 passes, 0.895814682 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.6/0000057.9ms, 0083 iters, 006 passes, 0.910941332 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0170] batch, 064 threads} -> {0000000.6/0000057.4ms, 0090 iters, 006 passes, 0.918600123 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.0/0000059.2ms, 0087 iters, 006 passes, 0.900142815 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.0/0000053.7ms, 0062 iters, 005 passes, 0.917337657 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.0/0000056.1ms, 0066 iters, 005 passes, 0.914334845 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.0/0000061.1ms, 0087 iters, 006 passes, 0.907439427 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.922893842 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.0/0000029.2ms, 0004 iters, 002 passes, 0.900882418 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.0/0000059.6ms, 0081 iters, 006 passes, 0.917655479 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.0/0000059.2ms, 0073 iters, 006 passes, 0.922832173 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.922708906 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.1/0000031.8ms, 0003 iters, 002 passes, 0.868578713 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.1/0000062.9ms, 0087 iters, 006 passes, 0.907260165 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.1/0000060.2ms, 0068 iters, 006 passes, 0.916692524 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.922896208 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.8/0000025.3ms, 0003 iters, 002 passes, 0.895771783 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.6/0000059.4ms, 0089 iters, 006 passes, 0.905553670 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0171] batch, 064 threads} -> {0000000.5/0000058.7ms, 0090 iters, 006 passes, 0.908123864 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.0/0000058.5ms, 0083 iters, 006 passes, 0.919932739 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.0/0000058.3ms, 0079 iters, 006 passes, 0.918146360 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.0/0000056.3ms, 0059 iters, 005 passes, 0.922400907 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.0/0000057.8ms, 0067 iters, 005 passes, 0.915534169 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922849833 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.0/0000031.3ms, 0005 iters, 002 passes, 0.900839993 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.0/0000054.8ms, 0060 iters, 005 passes, 0.919715489 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.0/0000058.9ms, 0084 iters, 006 passes, 0.922286511 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.922666560 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.1/0000033.1ms, 0005 iters, 002 passes, 0.868539113 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.1/0000061.9ms, 0079 iters, 006 passes, 0.903888575 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.1/0000065.8ms, 0085 iters, 007 passes, 0.911445736 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.922852200 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.6/0000025.3ms, 0004 iters, 002 passes, 0.895731428 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000000.8/0000058.7ms, 0092 iters, 006 passes, 0.915984317 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0172] batch, 064 threads} -> {0000001.1/0000057.4ms, 0090 iters, 006 passes, 0.914612260 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.0/0000059.6ms, 0088 iters, 006 passes, 0.915180260 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.0/0000054.4ms, 0064 iters, 005 passes, 0.920521650 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.0/0000053.7ms, 0055 iters, 005 passes, 0.922432010 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.0/0000056.8ms, 0061 iters, 005 passes, 0.922405413 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.922804502 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.0/0000030.9ms, 0003 iters, 002 passes, 0.900797389 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.0/0000060.5ms, 0096 iters, 006 passes, 0.920615339 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.0/0000058.1ms, 0069 iters, 006 passes, 0.921707427 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.922621229 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.1/0000032.5ms, 0003 iters, 002 passes, 0.868495271 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.1/0000064.0ms, 0090 iters, 006 passes, 0.890061929 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.1/0000066.6ms, 0089 iters, 007 passes, 0.914287555 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.922806868 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.6/0000024.7ms, 0003 iters, 002 passes, 0.895689063 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.7/0000056.9ms, 0084 iters, 006 passes, 0.913983460 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0173] batch, 064 threads} -> {0000000.7/0000057.3ms, 0088 iters, 006 passes, 0.919514991 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.0/0000059.3ms, 0079 iters, 006 passes, 0.911889609 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.0/0000059.5ms, 0094 iters, 006 passes, 0.919715699 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.0/0000059.7ms, 0080 iters, 006 passes, 0.919229407 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.0/0000054.9ms, 0061 iters, 005 passes, 0.922101321 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.922760261 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.0/0000030.8ms, 0003 iters, 002 passes, 0.900753552 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.0/0000059.1ms, 0076 iters, 006 passes, 0.921935388 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.0/0000053.4ms, 0055 iters, 005 passes, 0.920283594 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.922576987 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.1/0000030.8ms, 0003 iters, 002 passes, 0.868450838 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.1/0000068.0ms, 0098 iters, 007 passes, 0.848321710 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.1/0000061.6ms, 0062 iters, 006 passes, 0.921170324 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.922762628 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.6/0000024.9ms, 0003 iters, 002 passes, 0.895646859 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.6/0000053.2ms, 0070 iters, 005 passes, 0.913884767 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0174] batch, 064 threads} -> {0000000.5/0000056.9ms, 0083 iters, 006 passes, 0.915810722 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.0/0000059.1ms, 0075 iters, 006 passes, 0.865365461 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.0/0000059.0ms, 0078 iters, 006 passes, 0.912416211 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.0/0000059.5ms, 0084 iters, 006 passes, 0.922076641 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.0/0000055.2ms, 0060 iters, 005 passes, 0.921277019 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922713655 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.0/0000029.5ms, 0003 iters, 002 passes, 0.900709559 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.0/0000059.5ms, 0077 iters, 006 passes, 0.922256546 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.0/0000054.1ms, 0085 iters, 006 passes, 0.914532605 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.922530381 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.1/0000030.7ms, 0003 iters, 002 passes, 0.868409201 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.1/0000065.8ms, 0093 iters, 007 passes, 0.893309366 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.1/0000065.0ms, 0093 iters, 007 passes, 0.912359932 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.6/0000005.8ms, 0001 iters, 001 passes, 0.922716022 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.8/0000026.5ms, 0003 iters, 002 passes, 0.895604944 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.7/0000054.7ms, 0078 iters, 006 passes, 0.905728666 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0175] batch, 064 threads} -> {0000000.6/0000054.8ms, 0090 iters, 006 passes, 0.910598649 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.0/0000049.6ms, 0064 iters, 005 passes, 0.921864538 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.0/0000057.6ms, 0079 iters, 006 passes, 0.922473838 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.0/0000056.2ms, 0090 iters, 006 passes, 0.914392942 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.0/0000056.3ms, 0078 iters, 006 passes, 0.907710059 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.922668100 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.0/0000029.1ms, 0005 iters, 002 passes, 0.900665047 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.0/0000060.8ms, 0076 iters, 006 passes, 0.916749273 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.0/0000059.6ms, 0104 iters, 006 passes, 0.922670814 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.922485317 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.1/0000030.4ms, 0004 iters, 002 passes, 0.868368832 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.1/0000065.5ms, 0091 iters, 007 passes, 0.858016201 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.1/0000066.2ms, 0124 iters, 007 passes, 0.898765721 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.7/0000005.9ms, 0001 iters, 001 passes, 0.922670467 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.7/0000025.7ms, 0004 iters, 002 passes, 0.895560685 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.6/0000053.2ms, 0076 iters, 006 passes, 0.920266140 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0176] batch, 064 threads} -> {0000000.6/0000052.0ms, 0089 iters, 006 passes, 0.838306060 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.0/0000052.7ms, 0070 iters, 006 passes, 0.877613085 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.0/0000052.5ms, 0079 iters, 006 passes, 0.910798174 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.0/0000054.0ms, 0064 iters, 006 passes, 0.915351780 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.0/0000048.8ms, 0053 iters, 005 passes, 0.918726492 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922621383 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.0/0000028.4ms, 0003 iters, 002 passes, 0.900621047 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.0/0000057.4ms, 0078 iters, 006 passes, 0.908904102 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.0/0000051.7ms, 0062 iters, 005 passes, 0.922160369 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.922438600 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.1/0000035.9ms, 0003 iters, 002 passes, 0.868326283 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.1/0000060.2ms, 0087 iters, 006 passes, 0.896462595 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.1/0000055.0ms, 0082 iters, 005 passes, 0.920207316 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.4/0000005.4ms, 0001 iters, 001 passes, 0.922623750 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.6/0000031.1ms, 0003 iters, 002 passes, 0.895514886 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.5/0000053.3ms, 0090 iters, 006 passes, 0.899183534 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0177] batch, 064 threads} -> {0000000.5/0000056.3ms, 0107 iters, 006 passes, 0.855693672 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.0/0000052.6ms, 0069 iters, 006 passes, 0.908743079 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.0/0000052.9ms, 0085 iters, 006 passes, 0.907441153 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.0/0000055.4ms, 0081 iters, 006 passes, 0.920381680 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.0/0000048.9ms, 0071 iters, 005 passes, 0.907276553 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922575267 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.0/0000029.0ms, 0011 iters, 002 passes, 0.900577188 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.0/0000057.2ms, 0089 iters, 006 passes, 0.907747704 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.0/0000052.4ms, 0068 iters, 005 passes, 0.922623517 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.922392480 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.1/0000035.7ms, 0003 iters, 002 passes, 0.868285894 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.1/0000058.2ms, 0072 iters, 006 passes, 0.901126176 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.1/0000063.0ms, 0103 iters, 007 passes, 0.883320333 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.922577634 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.9/0000030.8ms, 0005 iters, 002 passes, 0.895471461 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.6/0000052.4ms, 0086 iters, 006 passes, 0.912360073 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0178] batch, 064 threads} -> {0000000.6/0000055.2ms, 0094 iters, 006 passes, 0.901529117 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.0/0000053.0ms, 0082 iters, 006 passes, 0.917170399 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.0/0000054.6ms, 0090 iters, 006 passes, 0.903066681 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.0/0000049.6ms, 0065 iters, 005 passes, 0.904206979 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.0/0000049.6ms, 0055 iters, 005 passes, 0.917757168 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.0/0000005.5ms, 0001 iters, 001 passes, 0.922528143 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.0/0000028.7ms, 0004 iters, 002 passes, 0.900532358 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.0/0000057.7ms, 0085 iters, 006 passes, 0.918472729 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.0/0000057.3ms, 0078 iters, 006 passes, 0.817437141 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.922345356 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.1/0000036.2ms, 0003 iters, 002 passes, 0.868240862 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.1/0000058.2ms, 0081 iters, 006 passes, 0.863483112 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.1/0000057.4ms, 0060 iters, 006 passes, 0.915267501 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.7/0000005.7ms, 0001 iters, 001 passes, 0.922530510 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000001.0/0000030.9ms, 0003 iters, 002 passes, 0.895427741 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.6/0000054.6ms, 0087 iters, 006 passes, 0.911216675 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0179] batch, 064 threads} -> {0000000.7/0000048.8ms, 0068 iters, 005 passes, 0.921554976 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.0/0000052.9ms, 0075 iters, 006 passes, 0.919817225 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.0/0000054.7ms, 0082 iters, 006 passes, 0.917659865 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.0/0000059.0ms, 0086 iters, 006 passes, 0.918328544 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.0/0000054.8ms, 0082 iters, 006 passes, 0.914931326 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922482729 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.0/0000030.5ms, 0007 iters, 002 passes, 0.900489037 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.0/0000057.2ms, 0076 iters, 006 passes, 0.920793191 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.0/0000051.1ms, 0051 iters, 005 passes, 0.922456604 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.922299941 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.1/0000036.8ms, 0003 iters, 002 passes, 0.868197479 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.1/0000060.0ms, 0086 iters, 006 passes, 0.913854826 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.1/0000060.2ms, 0083 iters, 006 passes, 0.916981496 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.922485096 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.8/0000031.2ms, 0003 iters, 002 passes, 0.895384405 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000001.1/0000055.2ms, 0090 iters, 006 passes, 0.919341259 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0180] batch, 064 threads} -> {0000000.9/0000055.1ms, 0083 iters, 006 passes, 0.915393848 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.0/0000054.9ms, 0090 iters, 006 passes, 0.907854588 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.0/0000054.8ms, 0080 iters, 006 passes, 0.900124122 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.0/0000054.7ms, 0075 iters, 006 passes, 0.912313121 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.0/0000055.8ms, 0090 iters, 006 passes, 0.901278729 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922439449 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.0/0000030.8ms, 0004 iters, 002 passes, 0.900447623 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.0/0000057.6ms, 0080 iters, 006 passes, 0.922215114 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.0/0000051.2ms, 0067 iters, 005 passes, 0.922111707 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.922256661 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.1/0000034.3ms, 0005 iters, 002 passes, 0.868156273 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.1/0000058.8ms, 0079 iters, 006 passes, 0.914272512 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.1/0000063.1ms, 0091 iters, 007 passes, 0.905556550 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.922441816 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.6/0000030.7ms, 0012 iters, 002 passes, 0.895341823 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.7/0000054.8ms, 0089 iters, 006 passes, 0.905369954 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0181] batch, 064 threads} -> {0000000.8/0000054.0ms, 0088 iters, 006 passes, 0.910089846 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.0/0000052.5ms, 0069 iters, 006 passes, 0.917953424 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.0/0000054.2ms, 0090 iters, 006 passes, 0.920370069 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.0/0000057.5ms, 0080 iters, 006 passes, 0.872919158 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.0/0000057.2ms, 0077 iters, 006 passes, 0.918762223 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922391462 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.0/0000030.7ms, 0006 iters, 002 passes, 0.900403560 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.0/0000055.0ms, 0055 iters, 005 passes, 0.885632455 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.0/0000057.2ms, 0088 iters, 006 passes, 0.921013648 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.922208700 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.1/0000032.3ms, 0004 iters, 002 passes, 0.868111438 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.1/0000064.2ms, 0089 iters, 007 passes, 0.867819858 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.1/0000057.8ms, 0080 iters, 006 passes, 0.916813748 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.922393829 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.6/0000030.7ms, 0013 iters, 002 passes, 0.895297628 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.6/0000054.5ms, 0081 iters, 006 passes, 0.916304992 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0182] batch, 064 threads} -> {0000000.5/0000055.5ms, 0090 iters, 006 passes, 0.919068727 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.0/0000054.9ms, 0089 iters, 006 passes, 0.910662355 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.0/0000054.6ms, 0071 iters, 006 passes, 0.912720282 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.0/0000054.2ms, 0089 iters, 006 passes, 0.917038439 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.0/0000055.5ms, 0073 iters, 006 passes, 0.912305668 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922344697 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.0/0000031.4ms, 0003 iters, 002 passes, 0.900361078 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.0/0000057.8ms, 0085 iters, 006 passes, 0.920762902 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.0/0000057.0ms, 0086 iters, 006 passes, 0.905860081 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.922161935 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.1/0000032.2ms, 0003 iters, 002 passes, 0.868066870 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.1/0000061.9ms, 0096 iters, 007 passes, 0.898363865 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.1/0000056.2ms, 0076 iters, 006 passes, 0.918985134 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.922347064 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.5/0000029.3ms, 0003 iters, 002 passes, 0.895253238 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.5/0000053.8ms, 0090 iters, 006 passes, 0.908895552 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0183] batch, 064 threads} -> {0000000.6/0000054.2ms, 0090 iters, 006 passes, 0.909005621 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.0/0000047.7ms, 0068 iters, 005 passes, 0.916394294 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.0/0000056.8ms, 0073 iters, 006 passes, 0.918340144 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.0/0000051.2ms, 0068 iters, 005 passes, 0.918050784 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.0/0000055.1ms, 0074 iters, 006 passes, 0.914641659 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.922298256 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.0/0000031.0ms, 0003 iters, 002 passes, 0.900315933 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.0/0000057.4ms, 0070 iters, 006 passes, 0.918871210 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.0/0000058.4ms, 0083 iters, 006 passes, 0.910951796 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.922115493 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.1/0000031.2ms, 0003 iters, 002 passes, 0.868020956 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.1/0000065.1ms, 0091 iters, 007 passes, 0.889340300 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.1/0000062.9ms, 0080 iters, 007 passes, 0.892119119 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.922300623 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.5/0000029.0ms, 0006 iters, 002 passes, 0.895209832 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.5/0000053.8ms, 0090 iters, 006 passes, 0.917711621 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0184] batch, 064 threads} -> {0000000.7/0000055.9ms, 0090 iters, 006 passes, 0.909566531 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.0/0000054.3ms, 0085 iters, 006 passes, 0.910589502 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.0/0000054.0ms, 0083 iters, 006 passes, 0.895579981 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.0/0000054.9ms, 0079 iters, 006 passes, 0.901320324 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.0/0000057.5ms, 0090 iters, 006 passes, 0.918954850 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922250556 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.0/0000031.0ms, 0007 iters, 002 passes, 0.900270752 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.0/0000057.3ms, 0096 iters, 006 passes, 0.909063808 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.0/0000057.5ms, 0084 iters, 006 passes, 0.896718474 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.922067791 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.1/0000032.7ms, 0007 iters, 002 passes, 0.867976491 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.1/0000063.6ms, 0106 iters, 006 passes, 0.886741102 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.1/0000066.3ms, 0097 iters, 007 passes, 0.911096152 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.922253393 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.8/0000031.1ms, 0005 iters, 002 passes, 0.895165845 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.7/0000056.6ms, 0090 iters, 006 passes, 0.915066922 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0185] batch, 064 threads} -> {0000000.6/0000054.0ms, 0080 iters, 006 passes, 0.892108684 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.0/0000047.8ms, 0055 iters, 005 passes, 0.917459450 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.0/0000056.0ms, 0089 iters, 006 passes, 0.917479780 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.0/0000055.9ms, 0080 iters, 006 passes, 0.902109294 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.0/0000051.7ms, 0054 iters, 005 passes, 0.920819079 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922205157 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.0/0000031.4ms, 0003 iters, 002 passes, 0.900225665 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.0/0000057.3ms, 0089 iters, 006 passes, 0.917725317 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.0/0000055.8ms, 0084 iters, 006 passes, 0.921762274 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.922022391 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.1/0000032.0ms, 0003 iters, 002 passes, 0.867934099 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.1/0000065.5ms, 0098 iters, 007 passes, 0.901874159 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.1/0000061.4ms, 0088 iters, 006 passes, 0.913527639 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.922207994 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.8/0000030.5ms, 0003 iters, 002 passes, 0.895123234 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.7/0000051.3ms, 0070 iters, 005 passes, 0.919572422 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0186] batch, 064 threads} -> {0000000.5/0000054.4ms, 0090 iters, 006 passes, 0.919200436 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.0/0000053.2ms, 0086 iters, 006 passes, 0.917695792 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.0/0000055.0ms, 0087 iters, 006 passes, 0.919492089 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.0/0000051.4ms, 0058 iters, 005 passes, 0.921490322 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.0/0000057.8ms, 0094 iters, 006 passes, 0.920119560 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922159510 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.0/0000031.9ms, 0029 iters, 002 passes, 0.890675116 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.0/0000058.9ms, 0090 iters, 006 passes, 0.919003629 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.0/0000053.6ms, 0062 iters, 005 passes, 0.920400529 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.921976741 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.1/0000032.5ms, 0022 iters, 002 passes, 0.867892410 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.1/0000056.8ms, 0060 iters, 005 passes, 0.920147058 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.1/0000060.1ms, 0079 iters, 006 passes, 0.912722658 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000001.1/0000006.2ms, 0001 iters, 001 passes, 0.922162348 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.7/0000029.9ms, 0007 iters, 002 passes, 0.895079592 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.6/0000055.5ms, 0081 iters, 006 passes, 0.915002271 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0187] batch, 064 threads} -> {0000000.5/0000056.0ms, 0085 iters, 006 passes, 0.917114204 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.0/0000054.1ms, 0080 iters, 006 passes, 0.918168715 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.0/0000053.1ms, 0080 iters, 006 passes, 0.910988127 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.0/0000054.2ms, 0077 iters, 006 passes, 0.921149622 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.0/0000050.5ms, 0051 iters, 005 passes, 0.921651158 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922111057 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.0/0000028.7ms, 0008 iters, 002 passes, 0.890706442 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.0/0000059.4ms, 0090 iters, 006 passes, 0.921094087 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.0/0000057.0ms, 0090 iters, 006 passes, 0.921912611 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.921928756 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.1/0000033.7ms, 0006 iters, 002 passes, 0.867847806 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.1/0000062.6ms, 0090 iters, 006 passes, 0.906375336 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.1/0000058.7ms, 0086 iters, 006 passes, 0.901007995 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.922113894 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.6/0000026.4ms, 0014 iters, 002 passes, 0.895035140 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.9/0000054.3ms, 0078 iters, 006 passes, 0.904743049 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0188] batch, 064 threads} -> {0000000.7/0000055.0ms, 0089 iters, 006 passes, 0.913596956 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.0/0000048.4ms, 0061 iters, 005 passes, 0.918629987 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.0/0000056.9ms, 0078 iters, 006 passes, 0.909618341 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.0/0000057.4ms, 0095 iters, 006 passes, 0.917897057 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.0/0000058.8ms, 0105 iters, 006 passes, 0.911434540 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.922064190 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.0/0000028.3ms, 0005 iters, 002 passes, 0.890664710 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.0/0000057.1ms, 0075 iters, 006 passes, 0.917999046 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.0/0000057.6ms, 0078 iters, 006 passes, 0.913758324 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.921881443 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.1/0000031.5ms, 0003 iters, 002 passes, 0.867804871 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.1/0000063.6ms, 0108 iters, 007 passes, 0.903072614 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.1/0000065.3ms, 0097 iters, 007 passes, 0.903992202 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.922066557 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.6/0000027.4ms, 0004 iters, 002 passes, 0.875837035 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.6/0000054.5ms, 0090 iters, 006 passes, 0.892388359 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0189] batch, 064 threads} -> {0000000.6/0000049.6ms, 0070 iters, 005 passes, 0.920375028 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.0/0000053.1ms, 0069 iters, 006 passes, 0.917977670 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.0/0000047.6ms, 0047 iters, 005 passes, 0.909158789 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.0/0000055.5ms, 0090 iters, 006 passes, 0.918436851 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.0/0000058.3ms, 0105 iters, 006 passes, 0.843746596 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.922017093 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.0/0000028.7ms, 0003 iters, 002 passes, 0.890622479 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.0/0000058.7ms, 0080 iters, 006 passes, 0.911214597 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.0/0000055.2ms, 0071 iters, 006 passes, 0.921998313 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.921834344 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.1/0000032.0ms, 0003 iters, 002 passes, 0.867759720 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.1/0000058.4ms, 0072 iters, 006 passes, 0.909815632 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.1/0000065.1ms, 0090 iters, 007 passes, 0.896941096 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.922019930 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.9/0000037.9ms, 0017 iters, 002 passes, 0.875921023 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000000.6/0000050.2ms, 0067 iters, 005 passes, 0.915449757 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0190] batch, 064 threads} -> {0000001.0/0000050.2ms, 0070 iters, 005 passes, 0.920262175 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.0/0000051.9ms, 0066 iters, 006 passes, 0.918956048 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.0/0000053.6ms, 0089 iters, 006 passes, 0.915809657 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.0/0000049.9ms, 0071 iters, 005 passes, 0.917157403 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.0/0000058.4ms, 0085 iters, 006 passes, 0.904865608 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.921972486 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.0/0000028.5ms, 0005 iters, 002 passes, 0.890582666 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.0/0000058.0ms, 0081 iters, 006 passes, 0.917093468 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.0/0000055.1ms, 0071 iters, 006 passes, 0.915863400 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.921790464 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.1/0000032.6ms, 0004 iters, 002 passes, 0.867717994 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.1/0000065.9ms, 0111 iters, 007 passes, 0.902678935 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.1/0000059.3ms, 0085 iters, 006 passes, 0.913457821 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.8/0000005.9ms, 0001 iters, 001 passes, 0.921975791 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.7/0000037.3ms, 0004 iters, 002 passes, 0.875881179 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.7/0000049.9ms, 0068 iters, 005 passes, 0.918458866 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0191] batch, 064 threads} -> {0000000.6/0000055.5ms, 0105 iters, 006 passes, 0.902860090 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.0/0000051.7ms, 0070 iters, 006 passes, 0.917751904 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.0/0000054.8ms, 0089 iters, 006 passes, 0.908543386 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.0/0000056.3ms, 0094 iters, 006 passes, 0.912546635 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.0/0000058.6ms, 0105 iters, 006 passes, 0.915138951 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.921925865 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.0/0000028.8ms, 0003 iters, 002 passes, 0.890541810 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.0/0000059.4ms, 0087 iters, 006 passes, 0.919664151 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.0/0000059.7ms, 0085 iters, 006 passes, 0.897563736 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.921743586 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.1/0000032.5ms, 0021 iters, 002 passes, 0.867674955 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.1/0000060.1ms, 0081 iters, 006 passes, 0.906703607 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.1/0000066.8ms, 0103 iters, 007 passes, 0.842763836 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.921929640 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.8/0000037.5ms, 0003 iters, 002 passes, 0.875842552 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.6/0000056.0ms, 0090 iters, 006 passes, 0.912855096 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0192] batch, 064 threads} -> {0000000.5/0000056.8ms, 0105 iters, 006 passes, 0.862186406 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.0/0000049.9ms, 0052 iters, 005 passes, 0.914730748 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.0/0000055.4ms, 0087 iters, 006 passes, 0.911985278 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.0/0000055.3ms, 0090 iters, 006 passes, 0.909955730 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.0/0000053.9ms, 0067 iters, 006 passes, 0.912830286 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.921878077 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.0/0000029.1ms, 0010 iters, 002 passes, 0.890499791 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.0/0000058.6ms, 0078 iters, 006 passes, 0.903331913 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.0/0000058.0ms, 0085 iters, 006 passes, 0.907594404 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.921695798 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.1/0000033.4ms, 0009 iters, 002 passes, 0.867630983 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.1/0000063.4ms, 0093 iters, 007 passes, 0.914796367 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.1/0000060.2ms, 0088 iters, 006 passes, 0.880136288 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.921881852 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.6/0000037.1ms, 0005 iters, 002 passes, 0.875800034 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.6/0000050.2ms, 0070 iters, 005 passes, 0.917936213 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0193] batch, 064 threads} -> {0000000.5/0000055.3ms, 0083 iters, 006 passes, 0.910265329 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.0/0000056.8ms, 0072 iters, 006 passes, 0.913418295 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.0/0000049.6ms, 0064 iters, 005 passes, 0.916227282 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.0/0000054.4ms, 0087 iters, 006 passes, 0.915869522 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.0/0000055.5ms, 0089 iters, 006 passes, 0.921111804 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.921833140 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.0/0000028.2ms, 0003 iters, 002 passes, 0.890457485 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.0/0000059.0ms, 0084 iters, 006 passes, 0.921322977 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.0/0000054.2ms, 0055 iters, 005 passes, 0.921982106 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.921650391 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.1/0000033.3ms, 0008 iters, 002 passes, 0.867588654 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.1/0000064.3ms, 0106 iters, 006 passes, 0.898648202 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.1/0000061.8ms, 0092 iters, 006 passes, 0.905449807 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.9/0000006.0ms, 0001 iters, 001 passes, 0.921836445 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.9/0000037.6ms, 0003 iters, 002 passes, 0.875759396 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.9/0000055.9ms, 0087 iters, 006 passes, 0.897322164 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0194] batch, 064 threads} -> {0000000.8/0000049.4ms, 0063 iters, 005 passes, 0.921128354 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.0/0000048.3ms, 0053 iters, 005 passes, 0.919588015 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.0/0000057.3ms, 0094 iters, 006 passes, 0.919092195 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.0/0000057.2ms, 0105 iters, 006 passes, 0.914869406 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.0/0000058.2ms, 0105 iters, 006 passes, 0.883293219 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.921786201 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.0/0000028.0ms, 0003 iters, 002 passes, 0.890411920 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.0/0000059.8ms, 0087 iters, 006 passes, 0.911511226 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.0/0000053.3ms, 0052 iters, 005 passes, 0.919892975 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.921603497 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.1/0000031.0ms, 0003 iters, 002 passes, 0.867544132 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.1/0000064.5ms, 0093 iters, 007 passes, 0.890467126 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.1/0000064.2ms, 0092 iters, 007 passes, 0.892305707 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.921789506 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.7/0000033.9ms, 0003 iters, 002 passes, 0.875718330 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000001.0/0000050.2ms, 0070 iters, 005 passes, 0.916582519 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0195] batch, 064 threads} -> {0000000.5/0000055.3ms, 0089 iters, 006 passes, 0.920598313 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.0/0000054.2ms, 0084 iters, 006 passes, 0.917428244 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.0/0000049.3ms, 0064 iters, 005 passes, 0.918002655 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.0/0000057.2ms, 0090 iters, 006 passes, 0.913369235 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.0/0000060.2ms, 0100 iters, 006 passes, 0.899341737 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.921741396 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.0/0000028.6ms, 0003 iters, 002 passes, 0.890369697 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.0/0000060.4ms, 0087 iters, 006 passes, 0.916065024 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.0/0000051.2ms, 0054 iters, 005 passes, 0.919299848 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.921558693 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.1/0000031.2ms, 0003 iters, 002 passes, 0.867501293 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.1/0000056.9ms, 0054 iters, 005 passes, 0.912401898 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.1/0000066.8ms, 0125 iters, 007 passes, 0.915716993 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000001.1/0000006.0ms, 0001 iters, 001 passes, 0.921744702 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.6/0000034.0ms, 0003 iters, 002 passes, 0.875680137 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.8/0000055.3ms, 0072 iters, 006 passes, 0.917425169 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0196] batch, 064 threads} -> {0000000.8/0000055.9ms, 0079 iters, 006 passes, 0.918597027 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.0/0000052.6ms, 0067 iters, 006 passes, 0.915585988 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.0/0000049.6ms, 0068 iters, 005 passes, 0.912688786 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.0/0000060.5ms, 0105 iters, 006 passes, 0.896496717 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.0/0000059.4ms, 0087 iters, 006 passes, 0.920908648 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.921694196 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.0/0000028.7ms, 0003 iters, 002 passes, 0.890323957 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.0/0000058.0ms, 0078 iters, 006 passes, 0.915367514 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.0/0000060.9ms, 0084 iters, 006 passes, 0.921198936 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.921511268 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.1/0000031.3ms, 0003 iters, 002 passes, 0.867456128 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.1/0000063.6ms, 0094 iters, 007 passes, 0.911075741 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.1/0000061.9ms, 0102 iters, 006 passes, 0.868996285 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.9/0000005.9ms, 0001 iters, 001 passes, 0.921697501 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.8/0000034.4ms, 0003 iters, 002 passes, 0.875639379 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.8/0000056.3ms, 0088 iters, 006 passes, 0.914636348 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0197] batch, 064 threads} -> {0000000.7/0000057.7ms, 0090 iters, 006 passes, 0.905055902 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.0/0000052.7ms, 0067 iters, 006 passes, 0.920424611 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.0/0000057.4ms, 0094 iters, 006 passes, 0.918997945 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.0/0000056.3ms, 0085 iters, 006 passes, 0.881907091 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.0/0000057.5ms, 0090 iters, 006 passes, 0.909550016 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.921649988 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.0/0000028.9ms, 0006 iters, 002 passes, 0.886261795 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.0/0000053.6ms, 0066 iters, 005 passes, 0.921818177 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.0/0000058.3ms, 0090 iters, 006 passes, 0.909992222 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.921467304 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.1/0000031.8ms, 0003 iters, 002 passes, 0.867413914 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.1/0000060.5ms, 0062 iters, 006 passes, 0.920762282 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.1/0000062.1ms, 0089 iters, 006 passes, 0.904434926 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.921653294 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.7/0000034.5ms, 0007 iters, 002 passes, 0.875587892 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.7/0000056.1ms, 0089 iters, 006 passes, 0.917163948 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0198] batch, 064 threads} -> {0000000.6/0000055.2ms, 0084 iters, 006 passes, 0.896190703 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.0/0000053.7ms, 0078 iters, 006 passes, 0.920267371 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.0/0000054.3ms, 0078 iters, 006 passes, 0.913432731 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.0/0000061.5ms, 0099 iters, 006 passes, 0.916840859 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.0/0000054.5ms, 0075 iters, 006 passes, 0.908534867 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.0/0000005.3ms, 0001 iters, 001 passes, 0.921604265 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.0/0000033.1ms, 0004 iters, 002 passes, 0.886233845 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.0/0000053.5ms, 0055 iters, 005 passes, 0.920855446 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.0/0000059.1ms, 0091 iters, 006 passes, 0.909395024 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.921421578 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.1/0000033.3ms, 0003 iters, 002 passes, 0.867372841 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.1/0000064.6ms, 0095 iters, 007 passes, 0.899656993 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.1/0000066.2ms, 0098 iters, 007 passes, 0.902836967 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.921607571 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.8/0000033.2ms, 0005 iters, 002 passes, 0.875546711 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000001.0/0000056.4ms, 0088 iters, 006 passes, 0.912914859 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0199] batch, 064 threads} -> {0000000.7/0000055.6ms, 0084 iters, 006 passes, 0.899803239 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.0/0000053.3ms, 0073 iters, 006 passes, 0.919570083 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.0/0000056.3ms, 0091 iters, 006 passes, 0.907827869 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.0/0000057.0ms, 0092 iters, 006 passes, 0.917294426 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.0/0000055.6ms, 0076 iters, 006 passes, 0.917413932 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.921557208 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.0/0000032.9ms, 0003 iters, 002 passes, 0.886192123 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.0/0000061.7ms, 0100 iters, 006 passes, 0.916855359 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.0/0000057.8ms, 0084 iters, 006 passes, 0.919595636 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.1/0000004.9ms, 0001 iters, 001 passes, 0.921374508 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.1/0000030.7ms, 0004 iters, 002 passes, 0.867330030 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.1/0000062.1ms, 0090 iters, 006 passes, 0.912480975 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.1/0000057.9ms, 0075 iters, 006 passes, 0.917898570 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.921560514 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.6/0000033.1ms, 0006 iters, 002 passes, 0.875503493 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000000.6/0000050.4ms, 0067 iters, 005 passes, 0.904456784 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0200] batch, 064 threads} -> {0000001.1/0000055.8ms, 0083 iters, 006 passes, 0.919260108 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.0/0000056.9ms, 0089 iters, 006 passes, 0.920197303 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.0/0000056.0ms, 0074 iters, 006 passes, 0.916982417 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.0/0000052.7ms, 0079 iters, 005 passes, 0.919844122 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.0/0000053.6ms, 0078 iters, 005 passes, 0.920601382 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.921511987 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.0/0000031.8ms, 0003 iters, 002 passes, 0.886150157 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.0/0000058.1ms, 0066 iters, 006 passes, 0.921628123 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.0/0000059.6ms, 0089 iters, 006 passes, 0.921171083 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.921329284 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.1/0000030.9ms, 0003 iters, 002 passes, 0.867287578 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.1/0000068.4ms, 0087 iters, 007 passes, 0.917135054 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.1/0000061.4ms, 0071 iters, 006 passes, 0.909815862 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.921515292 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.6/0000033.1ms, 0003 iters, 002 passes, 0.875463299 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.7/0000052.8ms, 0070 iters, 005 passes, 0.921507632 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0201] batch, 064 threads} -> {0000000.7/0000055.7ms, 0079 iters, 006 passes, 0.853067335 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.0/0000058.0ms, 0081 iters, 006 passes, 0.915719388 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.0/0000055.7ms, 0085 iters, 006 passes, 0.885238394 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.0/0000057.1ms, 0091 iters, 006 passes, 0.915429535 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.0/0000058.1ms, 0105 iters, 006 passes, 0.898334658 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.921464423 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.0/0000032.5ms, 0008 iters, 002 passes, 0.886108810 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.0/0000060.3ms, 0090 iters, 006 passes, 0.890721989 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.0/0000057.7ms, 0085 iters, 006 passes, 0.920468405 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.921281720 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.1/0000031.5ms, 0003 iters, 002 passes, 0.867242349 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.1/0000062.2ms, 0078 iters, 006 passes, 0.909977710 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.1/0000067.0ms, 0082 iters, 007 passes, 0.914456097 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.921467729 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.7/0000033.5ms, 0008 iters, 002 passes, 0.875422064 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.6/0000055.9ms, 0090 iters, 006 passes, 0.910460977 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0202] batch, 064 threads} -> {0000000.8/0000056.5ms, 0086 iters, 006 passes, 0.916200711 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.0/0000054.2ms, 0079 iters, 006 passes, 0.919355270 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.0/0000051.6ms, 0078 iters, 005 passes, 0.921417915 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.0/0000057.4ms, 0091 iters, 006 passes, 0.918436224 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.0/0000052.9ms, 0085 iters, 005 passes, 0.917996677 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.921418826 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.0/0000031.9ms, 0003 iters, 002 passes, 0.886066738 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.0/0000058.4ms, 0086 iters, 006 passes, 0.920729681 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.0/0000060.8ms, 0080 iters, 006 passes, 0.920721406 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.921236267 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.1/0000030.7ms, 0003 iters, 002 passes, 0.867198993 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.1/0000066.1ms, 0104 iters, 007 passes, 0.870234706 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.1/0000064.9ms, 0089 iters, 007 passes, 0.905786446 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000001.0/0000005.8ms, 0001 iters, 001 passes, 0.921422132 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000001.0/0000034.3ms, 0003 iters, 002 passes, 0.875381698 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.7/0000052.0ms, 0085 iters, 005 passes, 0.904925977 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0203] batch, 064 threads} -> {0000000.7/0000054.7ms, 0077 iters, 006 passes, 0.918169583 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.0/0000050.0ms, 0052 iters, 005 passes, 0.915837348 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.0/0000056.6ms, 0105 iters, 006 passes, 0.913643383 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.0/0000058.4ms, 0100 iters, 006 passes, 0.905016515 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.0/0000060.9ms, 0095 iters, 006 passes, 0.915138929 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.921371302 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.0/0000031.8ms, 0004 iters, 002 passes, 0.886021646 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.0/0000054.0ms, 0065 iters, 005 passes, 0.921499396 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.0/0000059.3ms, 0105 iters, 006 passes, 0.910107844 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.921188743 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.1/0000030.7ms, 0003 iters, 002 passes, 0.867153312 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.1/0000064.4ms, 0105 iters, 006 passes, 0.906213675 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.1/0000062.6ms, 0082 iters, 006 passes, 0.880596374 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.921375079 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.6/0000033.3ms, 0004 iters, 002 passes, 0.875340318 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.6/0000056.7ms, 0090 iters, 006 passes, 0.890846139 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0204] batch, 064 threads} -> {0000000.8/0000056.0ms, 0090 iters, 006 passes, 0.914479677 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.0/0000049.1ms, 0059 iters, 005 passes, 0.918381886 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.0/0000056.3ms, 0097 iters, 006 passes, 0.916570316 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.0/0000051.0ms, 0064 iters, 005 passes, 0.911980284 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.0/0000051.6ms, 0067 iters, 005 passes, 0.918202091 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.921323631 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.0/0000031.8ms, 0003 iters, 002 passes, 0.885977305 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.0/0000051.1ms, 0045 iters, 005 passes, 0.902765954 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.0/0000052.4ms, 0062 iters, 005 passes, 0.921492128 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.921143284 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.1/0000032.4ms, 0006 iters, 002 passes, 0.867126345 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.1/0000064.5ms, 0092 iters, 006 passes, 0.911302165 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.1/0000064.2ms, 0097 iters, 006 passes, 0.887093716 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.921327408 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.4/0000033.4ms, 0003 iters, 002 passes, 0.875297379 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.5/0000057.2ms, 0090 iters, 006 passes, 0.910422885 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0205] batch, 064 threads} -> {0000000.4/0000056.3ms, 0079 iters, 006 passes, 0.848841925 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.0/0000054.9ms, 0090 iters, 006 passes, 0.914175801 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.0/0000055.6ms, 0077 iters, 006 passes, 0.913057366 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.0/0000056.0ms, 0065 iters, 006 passes, 0.921125572 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.0/0000057.6ms, 0070 iters, 006 passes, 0.907236159 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.921276088 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.0/0000031.6ms, 0006 iters, 002 passes, 0.885932748 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.0/0000058.7ms, 0084 iters, 006 passes, 0.920463881 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.0/0000053.5ms, 0070 iters, 005 passes, 0.920355776 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.1/0000004.9ms, 0001 iters, 001 passes, 0.921095753 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.1/0000033.2ms, 0003 iters, 002 passes, 0.867081751 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.1/0000058.9ms, 0072 iters, 006 passes, 0.908516407 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.1/0000066.1ms, 0106 iters, 007 passes, 0.893747378 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.921279865 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.6/0000034.5ms, 0010 iters, 002 passes, 0.875258243 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.8/0000055.2ms, 0090 iters, 006 passes, 0.871530367 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0206] batch, 064 threads} -> {0000000.6/0000051.0ms, 0069 iters, 005 passes, 0.904891905 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.0/0000055.2ms, 0078 iters, 006 passes, 0.899177738 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.0/0000050.6ms, 0065 iters, 005 passes, 0.918541560 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.0/0000053.7ms, 0085 iters, 005 passes, 0.891887692 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.0/0000058.8ms, 0102 iters, 006 passes, 0.918654716 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.921230402 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.0/0000031.9ms, 0008 iters, 002 passes, 0.885887404 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.0/0000060.0ms, 0076 iters, 006 passes, 0.919874787 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.0/0000058.3ms, 0072 iters, 006 passes, 0.918123588 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.921049578 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.1/0000034.1ms, 0003 iters, 002 passes, 0.867039453 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.1/0000063.1ms, 0090 iters, 006 passes, 0.901579797 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.1/0000068.0ms, 0110 iters, 007 passes, 0.905555145 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.921234179 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.9/0000035.1ms, 0009 iters, 002 passes, 0.875219528 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.6/0000056.1ms, 0071 iters, 006 passes, 0.909258460 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0207] batch, 064 threads} -> {0000000.9/0000050.8ms, 0068 iters, 005 passes, 0.918604596 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.0/0000053.7ms, 0072 iters, 006 passes, 0.921058819 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.0/0000052.2ms, 0067 iters, 005 passes, 0.919693011 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.0/0000052.8ms, 0074 iters, 005 passes, 0.918869263 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.0/0000060.1ms, 0092 iters, 006 passes, 0.915987536 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.921183502 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.0/0000031.9ms, 0004 iters, 002 passes, 0.885844170 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.0/0000054.9ms, 0066 iters, 005 passes, 0.920459018 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.0/0000060.5ms, 0082 iters, 006 passes, 0.914943425 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.921002676 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.1/0000032.5ms, 0003 iters, 002 passes, 0.866994525 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.1/0000065.0ms, 0095 iters, 007 passes, 0.906102427 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.1/0000064.6ms, 0084 iters, 006 passes, 0.915360242 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.921187279 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.5/0000035.1ms, 0005 iters, 002 passes, 0.875178049 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.7/0000053.4ms, 0059 iters, 005 passes, 0.913163468 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0208] batch, 064 threads} -> {0000000.5/0000056.4ms, 0078 iters, 006 passes, 0.919991278 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.0/0000053.8ms, 0076 iters, 006 passes, 0.914551866 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.0/0000056.3ms, 0079 iters, 006 passes, 0.919107035 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.0/0000058.4ms, 0094 iters, 006 passes, 0.898958073 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.0/0000059.4ms, 0105 iters, 006 passes, 0.910158004 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.921138149 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.0/0000032.1ms, 0003 iters, 002 passes, 0.885803620 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.0/0000055.6ms, 0061 iters, 005 passes, 0.918708619 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.0/0000056.7ms, 0048 iters, 005 passes, 0.920707204 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.920957774 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.1/0000033.1ms, 0003 iters, 002 passes, 0.866953044 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.2/0000071.0ms, 0111 iters, 007 passes, 0.904463231 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.1/0000066.4ms, 0089 iters, 006 passes, 0.913654761 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.5/0000005.7ms, 0001 iters, 001 passes, 0.921141925 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.7/0000035.3ms, 0007 iters, 002 passes, 0.875137272 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.5/0000053.7ms, 0070 iters, 005 passes, 0.911942647 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0209] batch, 064 threads} -> {0000000.5/0000051.7ms, 0059 iters, 005 passes, 0.921027723 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.0/0000053.5ms, 0080 iters, 006 passes, 0.911913403 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.0/0000058.4ms, 0093 iters, 006 passes, 0.918830232 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.0/0000058.5ms, 0105 iters, 006 passes, 0.912322815 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.0/0000059.0ms, 0095 iters, 006 passes, 0.916504013 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.921092422 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.0/0000032.4ms, 0003 iters, 002 passes, 0.885760052 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.0/0000059.3ms, 0081 iters, 006 passes, 0.920902886 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.0/0000060.7ms, 0102 iters, 006 passes, 0.906984747 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.920912033 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.1/0000032.6ms, 0003 iters, 002 passes, 0.866911501 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.1/0000065.4ms, 0082 iters, 006 passes, 0.905874476 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.1/0000067.5ms, 0105 iters, 007 passes, 0.911470167 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.5/0000005.8ms, 0001 iters, 001 passes, 0.921096191 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.7/0000035.0ms, 0003 iters, 002 passes, 0.875095987 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.6/0000057.9ms, 0105 iters, 006 passes, 0.901419599 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0210] batch, 064 threads} -> {0000000.7/0000051.6ms, 0059 iters, 005 passes, 0.920020366 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.0/0000050.2ms, 0069 iters, 005 passes, 0.919409067 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.0/0000051.5ms, 0062 iters, 005 passes, 0.919477435 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.0/0000058.7ms, 0105 iters, 006 passes, 0.903871385 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.0/0000059.0ms, 0093 iters, 006 passes, 0.904449598 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.921046860 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.0/0000032.3ms, 0003 iters, 002 passes, 0.885718123 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.0/0000060.9ms, 0089 iters, 006 passes, 0.892077869 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.0/0000053.9ms, 0060 iters, 005 passes, 0.919017030 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.920866466 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.1/0000032.7ms, 0005 iters, 002 passes, 0.866867973 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.1/0000063.7ms, 0098 iters, 006 passes, 0.919142040 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.1/0000064.2ms, 0076 iters, 006 passes, 0.915998648 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.9/0000006.1ms, 0001 iters, 001 passes, 0.921050631 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.9/0000035.1ms, 0003 iters, 002 passes, 0.875054566 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.6/0000058.2ms, 0080 iters, 006 passes, 0.879245626 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0211] batch, 064 threads} -> {0000000.6/0000053.3ms, 0070 iters, 005 passes, 0.919385872 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.0/0000049.4ms, 0057 iters, 005 passes, 0.913796934 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.0/0000057.8ms, 0093 iters, 006 passes, 0.908094452 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.0/0000057.5ms, 0086 iters, 006 passes, 0.916429730 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.0/0000054.8ms, 0085 iters, 005 passes, 0.893627517 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.921001206 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.0/0000032.5ms, 0003 iters, 002 passes, 0.885675589 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.0/0000061.5ms, 0083 iters, 006 passes, 0.885248022 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.0/0000061.9ms, 0090 iters, 006 passes, 0.917514230 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.920820325 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.1/0000032.6ms, 0003 iters, 002 passes, 0.866825267 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.1/0000063.4ms, 0094 iters, 006 passes, 0.915879316 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.1/0000067.4ms, 0093 iters, 007 passes, 0.913176918 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.6/0000005.8ms, 0001 iters, 001 passes, 0.921004512 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.7/0000034.8ms, 0003 iters, 002 passes, 0.875014559 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.7/0000058.0ms, 0101 iters, 006 passes, 0.907761728 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0212] batch, 064 threads} -> {0000000.7/0000054.4ms, 0070 iters, 005 passes, 0.912738586 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.0/0000053.0ms, 0083 iters, 006 passes, 0.917346132 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.0/0000060.9ms, 0102 iters, 006 passes, 0.917371530 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.0/0000053.6ms, 0069 iters, 005 passes, 0.919662591 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.0/0000059.5ms, 0105 iters, 006 passes, 0.892340198 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.920957159 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.0/0000032.5ms, 0003 iters, 002 passes, 0.885633740 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.0/0000054.8ms, 0057 iters, 005 passes, 0.920396494 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.0/0000059.2ms, 0077 iters, 006 passes, 0.916534338 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.1/0000004.9ms, 0001 iters, 001 passes, 0.920776280 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.1/0000033.2ms, 0003 iters, 002 passes, 0.866784807 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.1/0000064.5ms, 0078 iters, 006 passes, 0.910786773 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.1/0000070.1ms, 0092 iters, 007 passes, 0.895320935 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.8/0000006.0ms, 0001 iters, 001 passes, 0.920960936 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.5/0000034.7ms, 0003 iters, 002 passes, 0.874975480 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.6/0000052.3ms, 0069 iters, 005 passes, 0.914663023 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0213] batch, 064 threads} -> {0000000.7/0000057.8ms, 0084 iters, 006 passes, 0.915874413 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.0/0000053.1ms, 0058 iters, 005 passes, 0.918953744 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.0/0000054.0ms, 0085 iters, 005 passes, 0.915853234 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.0/0000053.2ms, 0081 iters, 005 passes, 0.916794158 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.0/0000056.5ms, 0085 iters, 005 passes, 0.902604925 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.920913190 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.0/0000032.7ms, 0003 iters, 002 passes, 0.885592950 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.0/0000053.5ms, 0057 iters, 005 passes, 0.921077810 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.0/0000055.9ms, 0060 iters, 005 passes, 0.920914373 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.920732453 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.1/0000032.0ms, 0003 iters, 002 passes, 0.866744359 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.1/0000063.1ms, 0081 iters, 006 passes, 0.916902463 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.1/0000072.5ms, 0096 iters, 007 passes, 0.875505931 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.5/0000005.4ms, 0001 iters, 001 passes, 0.920916966 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.7/0000035.1ms, 0003 iters, 002 passes, 0.874934303 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.6/0000052.8ms, 0085 iters, 005 passes, 0.912294366 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0214] batch, 064 threads} -> {0000000.6/0000057.6ms, 0086 iters, 006 passes, 0.912696089 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.0/0000052.5ms, 0079 iters, 006 passes, 0.912947683 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.0/0000054.8ms, 0066 iters, 006 passes, 0.914953339 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.0/0000057.3ms, 0104 iters, 006 passes, 0.906713219 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.0/0000057.6ms, 0105 iters, 006 passes, 0.910987200 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.920868443 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.0/0000033.7ms, 0003 iters, 002 passes, 0.885553111 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.0/0000053.1ms, 0048 iters, 005 passes, 0.921070743 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.0/0000053.7ms, 0061 iters, 005 passes, 0.912300995 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.920688177 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.1/0000032.0ms, 0003 iters, 002 passes, 0.866701226 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.1/0000060.5ms, 0070 iters, 006 passes, 0.916339324 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.1/0000062.4ms, 0078 iters, 006 passes, 0.913361425 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.6/0000005.7ms, 0001 iters, 001 passes, 0.920872220 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.6/0000035.4ms, 0003 iters, 002 passes, 0.874892656 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.7/0000051.4ms, 0070 iters, 005 passes, 0.915709178 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0215] batch, 064 threads} -> {0000000.6/0000055.5ms, 0089 iters, 006 passes, 0.919715913 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.0/0000052.5ms, 0078 iters, 006 passes, 0.890990203 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.0/0000056.3ms, 0079 iters, 006 passes, 0.912970529 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.0/0000051.6ms, 0075 iters, 005 passes, 0.904187856 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.0/0000052.2ms, 0085 iters, 005 passes, 0.902741742 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.920822586 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.0/0000033.9ms, 0003 iters, 002 passes, 0.885511092 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.0/0000063.0ms, 0088 iters, 006 passes, 0.920299744 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.0/0000057.0ms, 0057 iters, 005 passes, 0.918313582 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.920642320 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.1/0000033.1ms, 0003 iters, 002 passes, 0.866659926 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.1/0000058.2ms, 0070 iters, 006 passes, 0.915124114 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.1/0000067.7ms, 0125 iters, 007 passes, 0.894000945 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.920826362 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.7/0000035.3ms, 0003 iters, 002 passes, 0.874850645 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.6/0000051.3ms, 0070 iters, 005 passes, 0.915131682 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0216] batch, 064 threads} -> {0000000.6/0000056.6ms, 0090 iters, 006 passes, 0.898705996 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.0/0000055.6ms, 0105 iters, 006 passes, 0.909438739 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.0/0000052.4ms, 0082 iters, 005 passes, 0.918532866 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.0/0000052.4ms, 0074 iters, 005 passes, 0.920740262 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.0/0000052.9ms, 0084 iters, 005 passes, 0.897461647 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.920776698 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.0/0000033.8ms, 0003 iters, 002 passes, 0.885467955 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.0/0000052.1ms, 0055 iters, 005 passes, 0.921078886 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.0/0000058.8ms, 0082 iters, 006 passes, 0.912797012 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.920596317 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.1/0000033.3ms, 0003 iters, 002 passes, 0.866614714 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.1/0000063.3ms, 0094 iters, 006 passes, 0.908277152 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.1/0000069.6ms, 0126 iters, 007 passes, 0.894876814 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000001.2/0000006.3ms, 0001 iters, 001 passes, 0.920780475 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.7/0000035.0ms, 0003 iters, 002 passes, 0.874811352 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.6/0000050.8ms, 0060 iters, 005 passes, 0.920135371 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0217] batch, 064 threads} -> {0000000.8/0000051.2ms, 0070 iters, 005 passes, 0.906636190 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.0/0000055.7ms, 0105 iters, 006 passes, 0.896710547 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.0/0000051.3ms, 0085 iters, 005 passes, 0.918060647 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.0/0000051.2ms, 0074 iters, 005 passes, 0.909780169 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.0/0000051.3ms, 0081 iters, 005 passes, 0.914518249 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.920736597 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.0/0000033.7ms, 0004 iters, 002 passes, 0.885431882 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.0/0000058.0ms, 0083 iters, 006 passes, 0.919077804 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.0/0000060.2ms, 0093 iters, 006 passes, 0.904751792 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.920556215 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.1/0000033.2ms, 0003 iters, 002 passes, 0.866577718 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.1/0000057.7ms, 0063 iters, 005 passes, 0.879537276 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.1/0000058.1ms, 0062 iters, 005 passes, 0.911905515 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.920740373 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.8/0000035.1ms, 0003 iters, 002 passes, 0.874778331 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.7/0000051.4ms, 0069 iters, 005 passes, 0.897683517 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0218] batch, 064 threads} -> {0000000.8/0000056.5ms, 0081 iters, 006 passes, 0.911835357 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.0/0000049.5ms, 0079 iters, 005 passes, 0.919553518 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.0/0000056.6ms, 0092 iters, 006 passes, 0.914050873 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.0/0000056.0ms, 0091 iters, 006 passes, 0.913041561 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.0/0000051.5ms, 0079 iters, 005 passes, 0.916688471 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.920692267 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.0/0000033.8ms, 0003 iters, 002 passes, 0.885389545 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.0/0000053.3ms, 0056 iters, 005 passes, 0.920214530 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.0/0000057.9ms, 0069 iters, 006 passes, 0.915568711 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.920511884 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.1/0000032.3ms, 0003 iters, 002 passes, 0.866537265 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.1/0000063.0ms, 0082 iters, 006 passes, 0.915948306 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.1/0000060.6ms, 0105 iters, 006 passes, 0.900213121 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.920696044 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.7/0000034.7ms, 0007 iters, 002 passes, 0.874739466 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.7/0000056.6ms, 0092 iters, 006 passes, 0.899977838 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0219] batch, 064 threads} -> {0000000.7/0000050.5ms, 0054 iters, 005 passes, 0.920826006 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.0/0000057.9ms, 0101 iters, 006 passes, 0.918659618 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.0/0000053.3ms, 0079 iters, 005 passes, 0.903515529 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.0/0000052.2ms, 0085 iters, 005 passes, 0.919733552 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.0/0000057.9ms, 0101 iters, 006 passes, 0.904389048 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.920645244 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.0/0000034.0ms, 0005 iters, 002 passes, 0.885347329 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.0/0000051.8ms, 0067 iters, 005 passes, 0.920724213 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.0/0000054.0ms, 0081 iters, 005 passes, 0.919611026 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.920465326 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.1/0000032.0ms, 0003 iters, 002 passes, 0.866494762 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.1/0000063.6ms, 0106 iters, 006 passes, 0.911846108 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.1/0000065.5ms, 0112 iters, 007 passes, 0.905142706 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.920649021 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.6/0000035.4ms, 0003 iters, 002 passes, 0.874698768 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.7/0000057.3ms, 0081 iters, 006 passes, 0.913893287 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0220] batch, 064 threads} -> {0000000.5/0000050.1ms, 0064 iters, 005 passes, 0.918618187 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.0/0000053.2ms, 0092 iters, 006 passes, 0.914832767 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.0/0000048.9ms, 0056 iters, 005 passes, 0.919081507 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.0/0000051.5ms, 0085 iters, 005 passes, 0.920118704 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.0/0000057.1ms, 0095 iters, 006 passes, 0.903260447 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.920599732 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.0/0000033.5ms, 0003 iters, 002 passes, 0.885302725 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.0/0000052.6ms, 0064 iters, 005 passes, 0.915023309 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.0/0000057.5ms, 0084 iters, 006 passes, 0.916596015 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.920419343 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.1/0000032.5ms, 0003 iters, 002 passes, 0.866451211 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.1/0000067.7ms, 0111 iters, 007 passes, 0.891254361 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.1/0000066.8ms, 0108 iters, 007 passes, 0.881161212 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.5/0000005.6ms, 0001 iters, 001 passes, 0.920603039 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.8/0000034.9ms, 0003 iters, 002 passes, 0.874658350 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.6/0000051.6ms, 0071 iters, 005 passes, 0.886508058 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0221] batch, 064 threads} -> {0000000.6/0000056.4ms, 0105 iters, 006 passes, 0.908182216 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.0/0000053.3ms, 0095 iters, 006 passes, 0.910658707 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.0/0000054.0ms, 0080 iters, 005 passes, 0.888168408 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.0/0000053.5ms, 0085 iters, 005 passes, 0.908086931 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.0/0000053.3ms, 0085 iters, 005 passes, 0.919837971 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.920553330 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.0/0000033.7ms, 0005 iters, 002 passes, 0.885257386 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.0/0000060.7ms, 0105 iters, 006 passes, 0.918461169 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.0/0000060.3ms, 0084 iters, 006 passes, 0.916063660 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.920374392 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.1/0000033.3ms, 0004 iters, 002 passes, 0.866407892 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.1/0000066.3ms, 0098 iters, 007 passes, 0.893482830 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.1/0000062.4ms, 0079 iters, 006 passes, 0.914933109 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.920556192 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000001.1/0000035.5ms, 0014 iters, 002 passes, 0.874618874 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.4/0000056.6ms, 0083 iters, 006 passes, 0.911165900 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0222] batch, 064 threads} -> {0000000.6/0000056.3ms, 0090 iters, 006 passes, 0.861486118 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.0/0000050.1ms, 0085 iters, 005 passes, 0.917610988 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.0/0000050.9ms, 0074 iters, 005 passes, 0.917853388 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.0/0000051.9ms, 0085 iters, 005 passes, 0.910604821 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.0/0000055.0ms, 0082 iters, 005 passes, 0.917170794 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.920508828 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.0/0000031.9ms, 0003 iters, 002 passes, 0.885216783 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.0/0000057.3ms, 0080 iters, 006 passes, 0.914692340 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.0/0000054.0ms, 0071 iters, 005 passes, 0.915517782 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.920331777 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.1/0000032.8ms, 0003 iters, 002 passes, 0.866367712 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.1/0000068.6ms, 0097 iters, 007 passes, 0.888087533 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.1/0000067.2ms, 0100 iters, 007 passes, 0.902683775 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.920511690 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.9/0000034.9ms, 0003 iters, 002 passes, 0.874578995 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000001.0/0000056.8ms, 0080 iters, 006 passes, 0.905645924 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0223] batch, 064 threads} -> {0000000.8/0000051.5ms, 0069 iters, 005 passes, 0.919456813 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.0/0000050.1ms, 0075 iters, 005 passes, 0.915697791 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.0/0000056.2ms, 0093 iters, 006 passes, 0.917904411 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.0/0000059.9ms, 0103 iters, 006 passes, 0.917561188 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.0/0000057.9ms, 0105 iters, 006 passes, 0.912265195 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.920463896 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.0/0000033.8ms, 0003 iters, 002 passes, 0.885174941 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.0/0000052.2ms, 0056 iters, 005 passes, 0.920691728 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.0/0000052.9ms, 0060 iters, 005 passes, 0.917681740 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.920286844 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.1/0000032.8ms, 0003 iters, 002 passes, 0.866324931 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.1/0000057.6ms, 0062 iters, 005 passes, 0.918634484 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.1/0000062.2ms, 0082 iters, 006 passes, 0.898411758 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.5/0000005.8ms, 0001 iters, 001 passes, 0.920466757 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.6/0000034.9ms, 0003 iters, 002 passes, 0.874537197 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.6/0000051.7ms, 0070 iters, 005 passes, 0.899658854 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0224] batch, 064 threads} -> {0000000.4/0000051.2ms, 0070 iters, 005 passes, 0.911177785 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.0/0000054.5ms, 0097 iters, 006 passes, 0.906320100 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.0/0000052.8ms, 0072 iters, 005 passes, 0.912277163 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.0/0000052.6ms, 0081 iters, 005 passes, 0.916917787 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.0/0000058.1ms, 0105 iters, 006 passes, 0.911284041 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.920419466 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.0/0000033.3ms, 0004 iters, 002 passes, 0.885132010 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.0/0000058.5ms, 0083 iters, 006 passes, 0.914368542 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.0/0000059.3ms, 0080 iters, 006 passes, 0.914395963 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.920242410 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.1/0000033.3ms, 0004 iters, 002 passes, 0.866282377 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.1/0000069.5ms, 0109 iters, 007 passes, 0.913148803 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.1/0000066.9ms, 0107 iters, 007 passes, 0.913848006 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.920422327 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.7/0000035.2ms, 0003 iters, 002 passes, 0.874498013 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.7/0000056.6ms, 0086 iters, 006 passes, 0.911205739 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0225] batch, 064 threads} -> {0000000.9/0000055.5ms, 0083 iters, 006 passes, 0.918203182 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.0/0000049.8ms, 0085 iters, 005 passes, 0.899506052 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.0/0000055.0ms, 0082 iters, 005 passes, 0.918757829 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.0/0000052.5ms, 0085 iters, 005 passes, 0.914885811 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.0/0000052.2ms, 0084 iters, 005 passes, 0.913441369 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.920372261 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.0/0000032.3ms, 0003 iters, 002 passes, 0.885088196 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.0/0000054.2ms, 0057 iters, 005 passes, 0.920448298 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.0/0000059.4ms, 0090 iters, 006 passes, 0.918700226 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.920195207 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.1/0000033.0ms, 0003 iters, 002 passes, 0.866237412 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.1/0000061.0ms, 0081 iters, 006 passes, 0.892352764 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.1/0000067.9ms, 0110 iters, 007 passes, 0.907510442 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000001.1/0000006.1ms, 0001 iters, 001 passes, 0.920375123 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.9/0000035.0ms, 0003 iters, 002 passes, 0.874456223 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.8/0000052.2ms, 0070 iters, 005 passes, 0.918575302 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0226] batch, 064 threads} -> {0000000.8/0000056.2ms, 0103 iters, 006 passes, 0.918616434 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.0/0000054.7ms, 0104 iters, 006 passes, 0.918661064 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.0/0000052.3ms, 0080 iters, 005 passes, 0.915096015 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.0/0000054.2ms, 0080 iters, 005 passes, 0.918324885 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.0/0000053.8ms, 0085 iters, 005 passes, 0.912508883 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.920325313 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.0/0000032.9ms, 0006 iters, 002 passes, 0.885046393 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.0/0000060.5ms, 0089 iters, 006 passes, 0.919884426 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.0/0000060.2ms, 0105 iters, 006 passes, 0.905657044 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.920148258 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.1/0000033.3ms, 0005 iters, 002 passes, 0.862779301 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.1/0000059.3ms, 0086 iters, 006 passes, 0.913452282 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.1/0000065.7ms, 0097 iters, 007 passes, 0.885456051 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.6/0000005.7ms, 0001 iters, 001 passes, 0.920328175 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.6/0000035.2ms, 0007 iters, 002 passes, 0.874418218 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.7/0000051.2ms, 0061 iters, 005 passes, 0.913608779 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0227] batch, 064 threads} -> {0000000.5/0000050.0ms, 0061 iters, 005 passes, 0.918969128 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.0/0000050.4ms, 0085 iters, 005 passes, 0.910516864 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.0/0000056.0ms, 0089 iters, 006 passes, 0.911075746 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.0/0000054.3ms, 0081 iters, 005 passes, 0.908148204 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.0/0000058.2ms, 0105 iters, 006 passes, 0.907956644 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.920277662 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.0/0000032.3ms, 0003 iters, 002 passes, 0.885003087 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.0/0000058.5ms, 0068 iters, 006 passes, 0.919773219 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.0/0000055.1ms, 0069 iters, 005 passes, 0.920078621 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.920100608 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.1/0000032.6ms, 0003 iters, 002 passes, 0.862734058 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.1/0000064.9ms, 0110 iters, 007 passes, 0.898182446 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.1/0000061.9ms, 0090 iters, 006 passes, 0.913397278 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.9/0000005.9ms, 0001 iters, 001 passes, 0.920280524 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.9/0000034.9ms, 0003 iters, 002 passes, 0.874373608 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.7/0000058.7ms, 0090 iters, 006 passes, 0.914030096 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0228] batch, 064 threads} -> {0000000.7/0000051.8ms, 0071 iters, 005 passes, 0.908496083 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.0/0000051.8ms, 0083 iters, 005 passes, 0.915825183 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.0/0000058.1ms, 0105 iters, 006 passes, 0.917327114 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.0/0000052.0ms, 0079 iters, 005 passes, 0.897480197 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.0/0000058.8ms, 0100 iters, 006 passes, 0.888961707 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.920231229 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.0/0000032.4ms, 0003 iters, 002 passes, 0.884959107 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.0/0000060.9ms, 0080 iters, 006 passes, 0.914766203 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.0/0000053.7ms, 0067 iters, 005 passes, 0.919455518 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.920054186 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.1/0000033.0ms, 0003 iters, 002 passes, 0.862692562 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.1/0000065.4ms, 0099 iters, 007 passes, 0.910381574 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.1/0000064.0ms, 0093 iters, 006 passes, 0.914759345 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.7/0000005.7ms, 0001 iters, 001 passes, 0.920234090 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.9/0000035.3ms, 0006 iters, 002 passes, 0.874334222 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.7/0000056.5ms, 0087 iters, 006 passes, 0.916189136 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0229] batch, 064 threads} -> {0000000.8/0000051.4ms, 0062 iters, 005 passes, 0.915639222 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.0/0000050.3ms, 0084 iters, 005 passes, 0.911263642 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.0/0000050.4ms, 0081 iters, 005 passes, 0.919982554 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.0/0000053.0ms, 0080 iters, 005 passes, 0.914585182 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.0/0000058.3ms, 0105 iters, 006 passes, 0.903178209 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.920185436 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.0/0000031.9ms, 0003 iters, 002 passes, 0.884914553 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.0/0000057.0ms, 0066 iters, 005 passes, 0.901774866 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.0/0000051.3ms, 0061 iters, 005 passes, 0.920226184 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.920008393 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.1/0000034.3ms, 0003 iters, 002 passes, 0.862653135 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.1/0000065.1ms, 0080 iters, 007 passes, 0.868548204 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.1/0000062.2ms, 0083 iters, 006 passes, 0.913077117 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.920188297 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.7/0000035.3ms, 0003 iters, 002 passes, 0.874292556 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.7/0000057.9ms, 0097 iters, 006 passes, 0.916336595 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0230] batch, 064 threads} -> {0000000.6/0000050.5ms, 0063 iters, 005 passes, 0.905640419 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.0/0000056.6ms, 0090 iters, 006 passes, 0.908006276 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.0/0000052.2ms, 0085 iters, 005 passes, 0.911073466 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.0/0000058.0ms, 0102 iters, 006 passes, 0.896942306 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.0/0000053.5ms, 0079 iters, 005 passes, 0.902746398 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.920137915 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.0/0000032.6ms, 0003 iters, 002 passes, 0.884869642 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.0/0000059.0ms, 0083 iters, 006 passes, 0.910379077 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.0/0000055.0ms, 0061 iters, 005 passes, 0.917775934 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.919960872 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.1/0000033.1ms, 0003 iters, 002 passes, 0.862609140 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.1/0000061.5ms, 0080 iters, 006 passes, 0.897620090 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.1/0000060.8ms, 0071 iters, 006 passes, 0.887524063 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.920140777 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.6/0000034.9ms, 0003 iters, 002 passes, 0.874251567 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.6/0000051.5ms, 0069 iters, 005 passes, 0.919920749 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0231] batch, 064 threads} -> {0000000.5/0000056.9ms, 0084 iters, 006 passes, 0.896185047 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.0/0000049.7ms, 0078 iters, 005 passes, 0.919343427 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.0/0000051.4ms, 0085 iters, 005 passes, 0.913162925 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.0/0000057.6ms, 0105 iters, 006 passes, 0.910046327 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.0/0000052.2ms, 0085 iters, 005 passes, 0.913750307 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.920091680 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.0/0000032.5ms, 0006 iters, 002 passes, 0.884825715 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.0/0000053.7ms, 0070 iters, 005 passes, 0.919729352 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.0/0000052.9ms, 0070 iters, 005 passes, 0.894916139 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.919914636 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.1/0000033.4ms, 0004 iters, 002 passes, 0.862566511 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.1/0000061.8ms, 0099 iters, 006 passes, 0.901184527 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.1/0000067.1ms, 0101 iters, 007 passes, 0.835221401 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.920094542 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.9/0000035.2ms, 0005 iters, 002 passes, 0.874207179 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.7/0000056.7ms, 0089 iters, 006 passes, 0.894219915 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0232] batch, 064 threads} -> {0000000.8/0000055.9ms, 0084 iters, 006 passes, 0.906239105 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.0/0000053.0ms, 0075 iters, 005 passes, 0.912026976 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.0/0000056.8ms, 0105 iters, 006 passes, 0.911983476 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.0/0000057.7ms, 0097 iters, 006 passes, 0.911447090 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.0/0000057.9ms, 0103 iters, 006 passes, 0.913004142 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.920045674 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.0/0000035.6ms, 0003 iters, 002 passes, 0.884782423 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.0/0000052.9ms, 0060 iters, 005 passes, 0.896858785 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.0/0000054.2ms, 0057 iters, 005 passes, 0.917567861 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.919869101 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.1/0000033.9ms, 0003 iters, 002 passes, 0.862525030 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.1/0000061.0ms, 0085 iters, 006 passes, 0.910706541 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.1/0000067.1ms, 0125 iters, 007 passes, 0.900376557 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.5/0000005.4ms, 0001 iters, 001 passes, 0.920048535 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.7/0000034.9ms, 0005 iters, 002 passes, 0.874161957 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.8/0000056.5ms, 0090 iters, 006 passes, 0.912446786 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0233] batch, 064 threads} -> {0000000.7/0000050.6ms, 0059 iters, 005 passes, 0.917352239 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.0/0000056.1ms, 0104 iters, 006 passes, 0.914848444 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.0/0000057.7ms, 0105 iters, 006 passes, 0.909313886 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.0/0000054.2ms, 0085 iters, 005 passes, 0.916942013 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.0/0000052.2ms, 0085 iters, 005 passes, 0.918290161 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.920001091 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.0/0000036.1ms, 0003 iters, 002 passes, 0.884739609 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.0/0000058.7ms, 0071 iters, 006 passes, 0.915646493 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.0/0000053.4ms, 0051 iters, 005 passes, 0.912264775 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.919824535 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.1/0000034.1ms, 0003 iters, 002 passes, 0.862483165 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.1/0000062.9ms, 0091 iters, 006 passes, 0.886723356 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.1/0000067.8ms, 0092 iters, 007 passes, 0.915287592 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.920004422 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000001.0/0000035.3ms, 0003 iters, 002 passes, 0.874123598 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.8/0000051.3ms, 0065 iters, 005 passes, 0.866417547 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0234] batch, 064 threads} -> {0000000.9/0000051.7ms, 0068 iters, 005 passes, 0.906642328 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.0/0000051.4ms, 0068 iters, 005 passes, 0.898205906 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.0/0000055.7ms, 0091 iters, 006 passes, 0.905497572 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.0/0000053.5ms, 0081 iters, 005 passes, 0.913283801 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.0/0000059.6ms, 0105 iters, 006 passes, 0.915214005 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.919956634 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.0/0000035.8ms, 0003 iters, 002 passes, 0.884698245 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.0/0000053.7ms, 0066 iters, 005 passes, 0.913657780 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.0/0000054.6ms, 0063 iters, 005 passes, 0.913283844 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.919779607 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.1/0000034.1ms, 0003 iters, 002 passes, 0.862441161 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.1/0000067.3ms, 0097 iters, 007 passes, 0.836467026 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.1/0000066.4ms, 0101 iters, 007 passes, 0.900128552 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.919959495 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.9/0000035.1ms, 0004 iters, 002 passes, 0.874086368 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.8/0000051.7ms, 0063 iters, 005 passes, 0.907932702 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0235] batch, 064 threads} -> {0000000.8/0000059.4ms, 0105 iters, 006 passes, 0.900563931 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.0/0000054.8ms, 0084 iters, 006 passes, 0.913449336 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.0/0000057.9ms, 0105 iters, 006 passes, 0.905178370 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.0/0000053.1ms, 0084 iters, 005 passes, 0.919104826 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.0/0000058.9ms, 0105 iters, 006 passes, 0.896237203 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.919909721 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.0/0000036.4ms, 0004 iters, 002 passes, 0.884654703 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.0/0000051.3ms, 0052 iters, 005 passes, 0.916591073 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.0/0000052.1ms, 0051 iters, 005 passes, 0.920056637 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.919732927 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.1/0000032.8ms, 0003 iters, 002 passes, 0.862398898 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.1/0000069.7ms, 0126 iters, 007 passes, 0.889635244 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.1/0000060.3ms, 0090 iters, 006 passes, 0.832415281 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.919912582 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.9/0000035.3ms, 0003 iters, 002 passes, 0.874043102 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000001.1/0000052.2ms, 0069 iters, 005 passes, 0.918115315 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0236] batch, 064 threads} -> {0000000.6/0000056.3ms, 0071 iters, 005 passes, 0.919183672 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.0/0000056.0ms, 0104 iters, 006 passes, 0.908355123 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.0/0000057.5ms, 0105 iters, 006 passes, 0.911434536 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.0/0000058.0ms, 0105 iters, 006 passes, 0.909925648 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.0/0000058.7ms, 0096 iters, 006 passes, 0.916783784 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.919863697 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.0/0000036.4ms, 0003 iters, 002 passes, 0.884611658 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.0/0000058.2ms, 0079 iters, 006 passes, 0.911318236 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.0/0000054.8ms, 0069 iters, 005 passes, 0.919695547 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.919686930 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.1/0000033.3ms, 0003 iters, 002 passes, 0.862356097 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.1/0000064.5ms, 0110 iters, 007 passes, 0.882719084 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.1/0000066.6ms, 0104 iters, 007 passes, 0.890177376 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.919866559 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.7/0000035.1ms, 0003 iters, 002 passes, 0.874003639 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.6/0000051.4ms, 0063 iters, 005 passes, 0.915729871 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0237] batch, 064 threads} -> {0000000.7/0000051.5ms, 0067 iters, 005 passes, 0.916429778 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.0/0000049.1ms, 0072 iters, 005 passes, 0.914530563 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.0/0000052.1ms, 0084 iters, 005 passes, 0.919811915 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.0/0000051.0ms, 0076 iters, 005 passes, 0.919465510 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.0/0000058.9ms, 0105 iters, 006 passes, 0.896483457 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.919816566 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.0/0000035.5ms, 0004 iters, 002 passes, 0.884566123 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.0/0000059.2ms, 0075 iters, 006 passes, 0.901156071 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.0/0000053.8ms, 0058 iters, 005 passes, 0.920010226 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.919639343 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.1/0000032.9ms, 0004 iters, 002 passes, 0.862311484 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.1/0000066.9ms, 0110 iters, 007 passes, 0.907463071 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.1/0000060.6ms, 0105 iters, 006 passes, 0.890352979 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000001.1/0000006.0ms, 0001 iters, 001 passes, 0.919819427 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.7/0000035.5ms, 0005 iters, 002 passes, 0.873963215 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.6/0000052.4ms, 0076 iters, 005 passes, 0.899333632 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0238] batch, 064 threads} -> {0000000.9/0000052.8ms, 0085 iters, 005 passes, 0.897599604 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.0/0000047.9ms, 0052 iters, 005 passes, 0.915155423 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.0/0000051.8ms, 0085 iters, 005 passes, 0.910506894 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.0/0000057.6ms, 0104 iters, 006 passes, 0.905135743 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.0/0000053.3ms, 0085 iters, 005 passes, 0.917252605 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.919770098 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.0/0000036.2ms, 0003 iters, 002 passes, 0.884523493 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.0/0000060.9ms, 0090 iters, 006 passes, 0.909609009 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.0/0000056.6ms, 0085 iters, 005 passes, 0.916039338 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.919592913 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.1/0000034.6ms, 0003 iters, 002 passes, 0.862269280 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.1/0000068.9ms, 0103 iters, 007 passes, 0.907949084 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.1/0000068.9ms, 0093 iters, 007 passes, 0.839582375 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.919772977 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.8/0000034.4ms, 0003 iters, 002 passes, 0.873921150 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.7/0000052.2ms, 0063 iters, 005 passes, 0.916946431 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0239] batch, 064 threads} -> {0000000.6/0000050.8ms, 0065 iters, 005 passes, 0.919757575 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.0/0000050.9ms, 0077 iters, 005 passes, 0.918364239 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.0/0000056.0ms, 0099 iters, 006 passes, 0.908784197 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.0/0000051.8ms, 0075 iters, 005 passes, 0.917715416 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.0/0000058.4ms, 0095 iters, 006 passes, 0.909631139 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.919725998 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.0/0000035.7ms, 0003 iters, 002 passes, 0.884482241 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.0/0000055.4ms, 0067 iters, 005 passes, 0.903644573 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.0/0000076.5ms, 0051 iters, 005 passes, 0.914699987 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.919548351 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.1/0000033.1ms, 0003 iters, 002 passes, 0.862228811 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.1/0000068.1ms, 0108 iters, 007 passes, 0.822357231 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.1/0000066.7ms, 0109 iters, 007 passes, 0.841665472 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.919727995 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.7/0000036.3ms, 0003 iters, 002 passes, 0.873882187 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.6/0000051.9ms, 0062 iters, 005 passes, 0.903269771 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0240] batch, 064 threads} -> {0000000.6/0000052.2ms, 0063 iters, 005 passes, 0.909975158 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.0/0000050.4ms, 0072 iters, 005 passes, 0.906810908 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.0/0000052.0ms, 0077 iters, 005 passes, 0.909790451 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.0/0000052.8ms, 0077 iters, 005 passes, 0.914409713 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.0/0000054.1ms, 0079 iters, 005 passes, 0.910724329 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.919679939 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.0/0000035.6ms, 0003 iters, 002 passes, 0.884441663 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.0/0000053.0ms, 0067 iters, 005 passes, 0.919659449 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.0/0000055.9ms, 0070 iters, 005 passes, 0.916343778 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.919502728 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.1/0000034.0ms, 0009 iters, 002 passes, 0.862187230 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.1/0000060.0ms, 0077 iters, 005 passes, 0.918065511 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.1/0000066.3ms, 0106 iters, 006 passes, 0.850603946 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.919682388 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.8/0000034.5ms, 0004 iters, 002 passes, 0.873843011 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.8/0000052.6ms, 0070 iters, 005 passes, 0.905949170 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0241] batch, 064 threads} -> {0000000.7/0000053.3ms, 0069 iters, 005 passes, 0.912874927 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.0/0000051.2ms, 0085 iters, 005 passes, 0.918583474 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.0/0000057.4ms, 0105 iters, 006 passes, 0.917685664 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.0/0000059.6ms, 0097 iters, 006 passes, 0.916160020 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.0/0000052.9ms, 0079 iters, 005 passes, 0.919536384 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.919635586 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.0/0000035.9ms, 0003 iters, 002 passes, 0.884399340 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.0/0000054.6ms, 0065 iters, 005 passes, 0.913753861 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.0/0000055.0ms, 0060 iters, 005 passes, 0.899593587 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.919458311 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.1/0000033.9ms, 0004 iters, 002 passes, 0.862147110 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.1/0000059.2ms, 0063 iters, 005 passes, 0.917186487 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.1/0000062.9ms, 0091 iters, 006 passes, 0.875286213 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.7/0000005.7ms, 0001 iters, 001 passes, 0.919637946 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.7/0000037.1ms, 0003 iters, 002 passes, 0.873802245 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.6/0000052.3ms, 0084 iters, 005 passes, 0.916492538 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0242] batch, 064 threads} -> {0000000.8/0000052.8ms, 0084 iters, 005 passes, 0.913546212 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.0/0000055.1ms, 0092 iters, 006 passes, 0.906865028 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.0/0000056.3ms, 0104 iters, 006 passes, 0.918599965 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.0/0000057.3ms, 0105 iters, 006 passes, 0.911890402 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.0/0000058.2ms, 0093 iters, 006 passes, 0.914673286 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.919590282 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.0/0000036.3ms, 0004 iters, 002 passes, 0.884357154 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.0/0000053.4ms, 0063 iters, 005 passes, 0.913435721 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.0/0000053.2ms, 0060 iters, 005 passes, 0.906514968 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.919412717 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.1/0000033.6ms, 0004 iters, 002 passes, 0.862103264 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.1/0000067.6ms, 0126 iters, 007 passes, 0.881105820 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.1/0000063.9ms, 0107 iters, 007 passes, 0.887499655 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.7/0000005.7ms, 0001 iters, 001 passes, 0.919592238 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.9/0000037.5ms, 0007 iters, 002 passes, 0.873752107 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000001.5/0000057.9ms, 0088 iters, 006 passes, 0.911001308 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0243] batch, 064 threads} -> {0000000.9/0000051.7ms, 0064 iters, 005 passes, 0.909799870 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.0/0000050.8ms, 0079 iters, 005 passes, 0.892055511 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.0/0000051.0ms, 0084 iters, 005 passes, 0.916701795 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.0/0000052.1ms, 0085 iters, 005 passes, 0.908422993 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.0/0000052.9ms, 0085 iters, 005 passes, 0.902689350 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.919546890 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.0/0000036.6ms, 0011 iters, 002 passes, 0.884314235 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.0/0000059.2ms, 0080 iters, 006 passes, 0.908006660 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.0/0000052.5ms, 0051 iters, 005 passes, 0.919075818 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.919368386 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.1/0000033.3ms, 0003 iters, 002 passes, 0.862061557 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.1/0000063.1ms, 0090 iters, 006 passes, 0.909069590 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.1/0000067.3ms, 0110 iters, 007 passes, 0.896152962 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.919548382 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.8/0000039.3ms, 0003 iters, 002 passes, 0.873713053 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.9/0000053.1ms, 0069 iters, 005 passes, 0.915870846 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0244] batch, 064 threads} -> {0000000.8/0000057.0ms, 0092 iters, 006 passes, 0.894747365 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.0/0000053.2ms, 0073 iters, 005 passes, 0.918614873 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.0/0000058.1ms, 0105 iters, 006 passes, 0.915466977 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.0/0000051.4ms, 0075 iters, 005 passes, 0.914577691 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.0/0000057.0ms, 0094 iters, 006 passes, 0.905606247 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.919501485 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.0/0000036.0ms, 0003 iters, 002 passes, 0.884270165 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.0/0000058.0ms, 0082 iters, 006 passes, 0.907010786 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.0/0000054.0ms, 0059 iters, 005 passes, 0.917677538 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.919323217 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.1/0000033.4ms, 0003 iters, 002 passes, 0.862019713 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.1/0000062.6ms, 0083 iters, 006 passes, 0.824782475 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.1/0000066.9ms, 0090 iters, 007 passes, 0.910363475 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.919502977 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000001.0/0000040.1ms, 0007 iters, 002 passes, 0.873671526 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.6/0000052.2ms, 0084 iters, 005 passes, 0.915740439 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0245] batch, 064 threads} -> {0000000.7/0000050.8ms, 0061 iters, 005 passes, 0.918921811 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.0/0000056.9ms, 0098 iters, 006 passes, 0.911796997 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.0/0000050.0ms, 0074 iters, 005 passes, 0.903923017 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.0/0000053.1ms, 0083 iters, 005 passes, 0.918356410 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.0/0000057.0ms, 0092 iters, 006 passes, 0.893404680 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.919456227 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.0/0000036.4ms, 0003 iters, 002 passes, 0.884226885 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.0/0000057.6ms, 0065 iters, 006 passes, 0.919435300 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.0/0000064.9ms, 0090 iters, 006 passes, 0.913443789 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.919277959 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.1/0000033.5ms, 0003 iters, 002 passes, 0.861977142 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.1/0000063.6ms, 0097 iters, 006 passes, 0.904431705 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.1/0000068.0ms, 0121 iters, 007 passes, 0.897756330 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.919457718 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000001.0/0000040.1ms, 0003 iters, 002 passes, 0.873626865 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000001.6/0000052.2ms, 0062 iters, 005 passes, 0.907161967 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0246] batch, 064 threads} -> {0000000.8/0000056.6ms, 0090 iters, 006 passes, 0.893771600 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.0/0000050.7ms, 0085 iters, 005 passes, 0.916692396 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.0/0000051.3ms, 0080 iters, 005 passes, 0.911530054 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.0/0000051.4ms, 0073 iters, 005 passes, 0.910863654 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.0/0000051.1ms, 0081 iters, 005 passes, 0.918041497 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.919411763 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.0/0000036.6ms, 0003 iters, 002 passes, 0.884182245 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.0/0000053.8ms, 0061 iters, 005 passes, 0.919676834 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.0/0000059.8ms, 0074 iters, 006 passes, 0.917423986 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.919234137 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.1/0000033.7ms, 0003 iters, 002 passes, 0.861936718 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.1/0000068.3ms, 0098 iters, 007 passes, 0.896932528 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.1/0000067.4ms, 0089 iters, 007 passes, 0.869143654 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.919413254 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.8/0000039.4ms, 0003 iters, 002 passes, 0.873585366 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000001.0/0000052.0ms, 0062 iters, 005 passes, 0.904216863 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0247] batch, 064 threads} -> {0000000.6/0000057.8ms, 0078 iters, 006 passes, 0.905478213 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.0/0000048.0ms, 0058 iters, 005 passes, 0.891358042 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.0/0000052.8ms, 0085 iters, 005 passes, 0.917697904 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.0/0000057.5ms, 0093 iters, 006 passes, 0.915445051 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.0/0000068.6ms, 0090 iters, 006 passes, 0.915681168 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.919368338 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.0/0000035.2ms, 0003 iters, 002 passes, 0.884141879 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.0/0000059.9ms, 0071 iters, 006 passes, 0.913639770 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.0/0000056.8ms, 0085 iters, 005 passes, 0.916976740 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.2/0000004.4ms, 0001 iters, 001 passes, 0.919190711 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.2/0000033.8ms, 0005 iters, 002 passes, 0.861934480 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.6/0000067.9ms, 0116 iters, 007 passes, 0.909966027 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.4/0000069.1ms, 0087 iters, 007 passes, 0.917146080 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.919369829 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.9/0000039.5ms, 0003 iters, 002 passes, 0.873546141 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000001.3/0000055.3ms, 0063 iters, 005 passes, 0.898678904 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0248] batch, 064 threads} -> {0000000.7/0000054.7ms, 0084 iters, 005 passes, 0.916348797 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.0/0000060.2ms, 0105 iters, 006 passes, 0.916401541 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.0/0000053.5ms, 0070 iters, 005 passes, 0.909243738 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.0/0000052.0ms, 0058 iters, 005 passes, 0.911062493 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.0/0000058.4ms, 0085 iters, 006 passes, 0.901677995 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.919324868 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.0/0000036.0ms, 0004 iters, 002 passes, 0.884099570 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.0/0000054.9ms, 0068 iters, 005 passes, 0.919042596 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.0/0000054.7ms, 0068 iters, 005 passes, 0.916732550 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.919147244 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.1/0000033.9ms, 0003 iters, 002 passes, 0.861895283 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.1/0000075.7ms, 0079 iters, 006 passes, 0.897704174 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.1/0000066.5ms, 0102 iters, 007 passes, 0.849415038 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.919326359 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000000.9/0000040.0ms, 0005 iters, 002 passes, 0.873506994 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000001.1/0000054.1ms, 0085 iters, 005 passes, 0.912491753 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0249] batch, 064 threads} -> {0000001.0/0000054.9ms, 0085 iters, 005 passes, 0.903826772 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.0/0000051.7ms, 0069 iters, 005 passes, 0.918199592 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.0/0000051.7ms, 0065 iters, 005 passes, 0.918945604 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.0/0000051.9ms, 0070 iters, 005 passes, 0.886260994 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.0/0000056.4ms, 0072 iters, 006 passes, 0.914964222 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.919279730 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.0/0000036.3ms, 0006 iters, 002 passes, 0.884059418 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.0/0000060.1ms, 0065 iters, 005 passes, 0.893628492 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.0/0000055.2ms, 0080 iters, 005 passes, 0.916101214 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.919102110 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.1/0000034.5ms, 0003 iters, 002 passes, 0.861851627 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.1/0000067.4ms, 0102 iters, 007 passes, 0.892933843 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.1/0000068.2ms, 0096 iters, 007 passes, 0.906281481 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.5/0000005.4ms, 0001 iters, 001 passes, 0.919281221 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.6/0000039.1ms, 0003 iters, 002 passes, 0.873467949 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.6/0000054.7ms, 0085 iters, 005 passes, 0.914734389 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0250] batch, 064 threads} -> {0000000.6/0000051.6ms, 0068 iters, 005 passes, 0.916497053 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.0/0000050.2ms, 0070 iters, 005 passes, 0.890070670 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.0/0000056.3ms, 0060 iters, 005 passes, 0.912573530 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.0/0000057.2ms, 0080 iters, 006 passes, 0.911345561 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.0/0000056.7ms, 0066 iters, 006 passes, 0.903263833 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.919235481 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.0/0000036.0ms, 0005 iters, 002 passes, 0.884016593 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.0/0000059.4ms, 0087 iters, 006 passes, 0.910333754 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.0/0000054.8ms, 0067 iters, 005 passes, 0.918498346 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.919057862 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.1/0000034.9ms, 0005 iters, 002 passes, 0.861807961 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.1/0000067.3ms, 0101 iters, 007 passes, 0.848153992 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.1/0000067.0ms, 0103 iters, 007 passes, 0.884995520 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.919236972 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.7/0000039.7ms, 0004 iters, 002 passes, 0.858360965 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.7/0000057.1ms, 0105 iters, 006 passes, 0.862789450 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0251] batch, 064 threads} -> {0000000.8/0000051.0ms, 0070 iters, 005 passes, 0.872244977 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.0/0000064.2ms, 0091 iters, 006 passes, 0.912024263 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.0/0000055.3ms, 0084 iters, 006 passes, 0.910511273 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.0/0000056.0ms, 0078 iters, 006 passes, 0.917423335 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.0/0000051.5ms, 0069 iters, 005 passes, 0.918005166 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.919189902 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.0/0000038.4ms, 0003 iters, 002 passes, 0.883972452 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.0/0000061.6ms, 0098 iters, 006 passes, 0.908183012 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.0/0000052.0ms, 0077 iters, 005 passes, 0.919244524 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.1/0000004.0ms, 0001 iters, 001 passes, 0.919014137 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.1/0000033.9ms, 0003 iters, 002 passes, 0.861765506 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.1/0000067.6ms, 0125 iters, 007 passes, 0.858492273 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.1/0000066.5ms, 0115 iters, 007 passes, 0.855868056 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.919191631 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000001.4/0000038.3ms, 0009 iters, 002 passes, 0.858365744 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000001.4/0000053.4ms, 0085 iters, 005 passes, 0.918742360 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0252] batch, 064 threads} -> {0000000.6/0000053.2ms, 0085 iters, 005 passes, 0.916704696 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.0/0000050.6ms, 0070 iters, 005 passes, 0.912851866 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.0/0000056.6ms, 0083 iters, 006 passes, 0.915106295 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.0/0000061.7ms, 0079 iters, 006 passes, 0.902515836 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.0/0000065.7ms, 0083 iters, 006 passes, 0.904724653 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.0/0000004.7ms, 0001 iters, 001 passes, 0.919144813 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.0/0000038.8ms, 0004 iters, 002 passes, 0.883931258 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.0/0000055.2ms, 0085 iters, 005 passes, 0.917168577 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.0/0000055.7ms, 0063 iters, 005 passes, 0.918356374 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.918968578 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.1/0000035.4ms, 0005 iters, 002 passes, 0.861723556 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.1/0000067.6ms, 0099 iters, 007 passes, 0.887475252 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.1/0000065.8ms, 0106 iters, 006 passes, 0.871450245 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.919146072 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.9/0000037.3ms, 0003 iters, 002 passes, 0.858325794 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.7/0000052.0ms, 0083 iters, 005 passes, 0.918705331 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0253] batch, 064 threads} -> {0000000.6/0000057.6ms, 0105 iters, 006 passes, 0.805028869 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.0/0000057.3ms, 0070 iters, 005 passes, 0.916673367 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.0/0000056.8ms, 0089 iters, 006 passes, 0.903779610 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.0/0000056.7ms, 0076 iters, 006 passes, 0.917703827 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.0/0000058.0ms, 0089 iters, 006 passes, 0.908935512 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.919100510 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.0/0000038.0ms, 0003 iters, 002 passes, 0.883892081 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.0/0000055.2ms, 0085 iters, 005 passes, 0.917297989 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.0/0000054.9ms, 0066 iters, 005 passes, 0.919231416 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.918924281 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.1/0000035.0ms, 0003 iters, 002 passes, 0.861684494 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.1/0000066.7ms, 0097 iters, 007 passes, 0.890072340 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.1/0000062.9ms, 0079 iters, 006 passes, 0.903231844 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.919101769 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.6/0000037.0ms, 0003 iters, 002 passes, 0.858289064 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.6/0000055.3ms, 0085 iters, 005 passes, 0.912904791 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0254] batch, 064 threads} -> {0000000.5/0000052.3ms, 0085 iters, 005 passes, 0.886419531 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.0/0000055.3ms, 0079 iters, 006 passes, 0.903736014 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.0/0000057.7ms, 0070 iters, 005 passes, 0.914592105 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.0/0000052.1ms, 0070 iters, 005 passes, 0.918565595 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.0/0000057.5ms, 0077 iters, 006 passes, 0.897576577 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.919056556 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.0/0000038.6ms, 0003 iters, 002 passes, 0.883851636 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.0/0000059.4ms, 0086 iters, 006 passes, 0.916591633 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.0/0000055.9ms, 0076 iters, 005 passes, 0.915803965 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.918880345 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.1/0000034.0ms, 0003 iters, 002 passes, 0.861642059 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.1/0000057.7ms, 0063 iters, 005 passes, 0.902092887 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.1/0000063.5ms, 0091 iters, 006 passes, 0.905471122 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.919057815 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.6/0000037.1ms, 0004 iters, 002 passes, 0.858251053 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.6/0000060.9ms, 0085 iters, 005 passes, 0.918158778 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0255] batch, 064 threads} -> {0000000.6/0000053.2ms, 0070 iters, 005 passes, 0.899621381 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.0/0000051.7ms, 0085 iters, 005 passes, 0.912375197 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.0/0000053.0ms, 0085 iters, 005 passes, 0.908142339 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.0/0000057.8ms, 0094 iters, 006 passes, 0.911444203 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.0/0000054.5ms, 0085 iters, 005 passes, 0.917045951 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.919009972 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.0/0000038.9ms, 0021 iters, 002 passes, 0.883811268 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.0/0000059.8ms, 0083 iters, 006 passes, 0.906238410 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.0/0000053.7ms, 0070 iters, 005 passes, 0.876917491 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.918833761 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.1/0000033.9ms, 0003 iters, 002 passes, 0.861599294 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.1/0000064.3ms, 0090 iters, 006 passes, 0.909994704 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.1/0000068.6ms, 0111 iters, 007 passes, 0.912563787 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.9/0000005.9ms, 0001 iters, 001 passes, 0.919011230 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.8/0000037.2ms, 0003 iters, 002 passes, 0.858211657 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.8/0000053.7ms, 0085 iters, 005 passes, 0.896023311 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0256] batch, 064 threads} -> {0000000.8/0000052.8ms, 0076 iters, 005 passes, 0.903073242 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.0/0000055.5ms, 0086 iters, 006 passes, 0.916241988 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.0/0000051.7ms, 0084 iters, 005 passes, 0.918162607 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.0/0000058.5ms, 0099 iters, 006 passes, 0.901689633 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.0/0000052.7ms, 0075 iters, 005 passes, 0.917442183 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.918965959 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.0/0000037.8ms, 0003 iters, 002 passes, 0.883769182 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.0/0000057.9ms, 0088 iters, 006 passes, 0.916080604 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.0/0000053.9ms, 0070 iters, 005 passes, 0.916501990 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.918789750 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.1/0000033.5ms, 0003 iters, 002 passes, 0.861555223 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.1/0000055.6ms, 0077 iters, 005 passes, 0.911382792 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.1/0000063.3ms, 0090 iters, 006 passes, 0.908959861 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.918967218 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.5/0000037.6ms, 0003 iters, 002 passes, 0.858170456 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.7/0000055.4ms, 0105 iters, 006 passes, 0.908383021 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0257] batch, 064 threads} -> {0000000.6/0000049.2ms, 0080 iters, 005 passes, 0.892690965 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.0/0000052.1ms, 0067 iters, 005 passes, 0.888934072 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.0/0000052.8ms, 0079 iters, 005 passes, 0.915077135 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.0/0000051.2ms, 0059 iters, 005 passes, 0.906862540 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.0/0000051.3ms, 0060 iters, 005 passes, 0.912792496 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.918919744 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.0/0000038.9ms, 0009 iters, 002 passes, 0.883730255 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.0/0000053.0ms, 0050 iters, 005 passes, 0.919263326 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.0/0000063.9ms, 0085 iters, 005 passes, 0.914751276 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.918743536 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.1/0000034.7ms, 0008 iters, 002 passes, 0.861511690 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.1/0000067.5ms, 0081 iters, 006 passes, 0.891542775 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.1/0000066.4ms, 0125 iters, 007 passes, 0.905759481 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000001.0/0000005.8ms, 0001 iters, 001 passes, 0.918921003 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.8/0000041.2ms, 0003 iters, 002 passes, 0.858129574 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.5/0000061.1ms, 0085 iters, 005 passes, 0.902161608 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0258] batch, 064 threads} -> {0000000.8/0000056.7ms, 0068 iters, 006 passes, 0.906289405 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.0/0000056.2ms, 0091 iters, 006 passes, 0.905190044 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.0/0000052.1ms, 0081 iters, 005 passes, 0.918647087 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.0/0000056.3ms, 0092 iters, 006 passes, 0.907820245 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.0/0000088.0ms, 0105 iters, 006 passes, 0.913618056 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.918875441 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.0/0000038.4ms, 0007 iters, 002 passes, 0.883689796 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.0/0000057.3ms, 0080 iters, 006 passes, 0.902899367 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.0/0000053.0ms, 0063 iters, 005 passes, 0.919070484 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.918699667 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.1/0000032.6ms, 0004 iters, 002 passes, 0.861470107 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.1/0000068.6ms, 0104 iters, 007 passes, 0.844582996 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.1/0000066.8ms, 0096 iters, 007 passes, 0.901332076 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.6/0000005.7ms, 0001 iters, 001 passes, 0.918876700 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.5/0000036.1ms, 0005 iters, 002 passes, 0.858094729 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.5/0000100.2ms, 0085 iters, 006 passes, 0.909489870 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0259] batch, 064 threads} -> {0000000.5/0000050.1ms, 0078 iters, 005 passes, 0.887109641 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.0/0000054.8ms, 0101 iters, 006 passes, 0.915005817 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.0/0000056.3ms, 0104 iters, 006 passes, 0.912418261 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.0/0000053.2ms, 0076 iters, 005 passes, 0.909584319 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.0/0000059.1ms, 0105 iters, 006 passes, 0.914204832 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.918829455 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.0/0000037.3ms, 0007 iters, 002 passes, 0.883649726 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.0/0000054.1ms, 0054 iters, 005 passes, 0.911557189 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.0/0000053.6ms, 0066 iters, 005 passes, 0.918499618 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.918653682 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.1/0000032.9ms, 0003 iters, 002 passes, 0.861429587 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.1/0000067.8ms, 0110 iters, 007 passes, 0.902063867 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.1/0000066.5ms, 0091 iters, 007 passes, 0.860377763 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.5/0000005.4ms, 0001 iters, 001 passes, 0.918830714 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.5/0000035.7ms, 0003 iters, 002 passes, 0.858055987 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.6/0000057.8ms, 0086 iters, 006 passes, 0.904520935 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0260] batch, 064 threads} -> {0000000.4/0000052.5ms, 0062 iters, 005 passes, 0.918905622 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.0/0000052.1ms, 0082 iters, 005 passes, 0.917768860 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.0/0000051.4ms, 0082 iters, 005 passes, 0.916803811 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.0/0000052.2ms, 0076 iters, 005 passes, 0.917809959 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.0/0000053.1ms, 0078 iters, 005 passes, 0.898539490 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.918784290 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.0/0000038.7ms, 0003 iters, 002 passes, 0.883606328 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.0/0000055.1ms, 0070 iters, 005 passes, 0.905969069 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.0/0000054.8ms, 0070 iters, 005 passes, 0.909194052 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.918608064 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.1/0000033.0ms, 0003 iters, 002 passes, 0.861388260 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.1/0000060.6ms, 0078 iters, 006 passes, 0.895017745 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.1/0000064.8ms, 0093 iters, 007 passes, 0.901937457 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.918785079 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.5/0000036.2ms, 0003 iters, 002 passes, 0.858013410 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.6/0000051.3ms, 0069 iters, 005 passes, 0.913855975 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0261] batch, 064 threads} -> {0000000.8/0000051.4ms, 0070 iters, 005 passes, 0.914195303 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.0/0000051.2ms, 0085 iters, 005 passes, 0.908836755 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.0/0000052.0ms, 0085 iters, 005 passes, 0.913801282 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.0/0000060.0ms, 0105 iters, 006 passes, 0.908825077 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.0/0000058.9ms, 0097 iters, 006 passes, 0.899437111 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.918738516 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.0/0000038.5ms, 0003 iters, 002 passes, 0.883564205 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.0/0000052.7ms, 0069 iters, 005 passes, 0.888661944 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.0/0000051.9ms, 0064 iters, 005 passes, 0.910556667 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.918562290 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.1/0000032.8ms, 0003 iters, 002 passes, 0.861346735 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.1/0000068.0ms, 0108 iters, 007 passes, 0.897634995 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.1/0000061.9ms, 0077 iters, 006 passes, 0.914327348 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.9/0000005.9ms, 0001 iters, 001 passes, 0.918739305 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.7/0000036.0ms, 0003 iters, 002 passes, 0.857972258 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.7/0000054.2ms, 0069 iters, 005 passes, 0.899485347 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0262] batch, 064 threads} -> {0000000.7/0000057.9ms, 0089 iters, 006 passes, 0.851283352 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.0/0000051.7ms, 0081 iters, 005 passes, 0.881793572 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.0/0000050.4ms, 0083 iters, 005 passes, 0.903249512 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.0/0000051.9ms, 0085 iters, 005 passes, 0.917527651 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.0/0000053.5ms, 0085 iters, 005 passes, 0.916633666 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.918691805 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.0/0000038.4ms, 0003 iters, 002 passes, 0.883520282 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.0/0000059.7ms, 0089 iters, 006 passes, 0.915974049 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.0/0000052.7ms, 0057 iters, 005 passes, 0.913942265 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.918515593 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.1/0000032.5ms, 0003 iters, 002 passes, 0.861304615 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.1/0000061.5ms, 0090 iters, 006 passes, 0.890785049 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.1/0000067.5ms, 0102 iters, 007 passes, 0.898649431 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.918692594 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.6/0000036.2ms, 0004 iters, 002 passes, 0.857934600 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.6/0000058.6ms, 0082 iters, 006 passes, 0.909191757 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0263] batch, 064 threads} -> {0000000.6/0000090.2ms, 0080 iters, 006 passes, 0.879600645 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.0/0000058.8ms, 0085 iters, 005 passes, 0.917640783 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.0/0000066.5ms, 0095 iters, 006 passes, 0.915973015 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.0/0000057.5ms, 0084 iters, 005 passes, 0.916474105 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.0/0000057.2ms, 0082 iters, 006 passes, 0.907447550 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.918646762 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.0/0000037.4ms, 0003 iters, 002 passes, 0.883478269 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.0/0000060.2ms, 0091 iters, 006 passes, 0.916875979 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.0/0000050.8ms, 0060 iters, 005 passes, 0.915749653 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.918470550 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.1/0000032.7ms, 0003 iters, 002 passes, 0.861263473 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.1/0000063.5ms, 0084 iters, 006 passes, 0.914211844 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.1/0000063.8ms, 0097 iters, 007 passes, 0.908727336 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.5/0000005.3ms, 0001 iters, 001 passes, 0.918647551 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.7/0000035.9ms, 0003 iters, 002 passes, 0.857893343 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.7/0000054.5ms, 0089 iters, 006 passes, 0.858355497 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0264] batch, 064 threads} -> {0000000.4/0000047.8ms, 0058 iters, 005 passes, 0.878617610 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.0/0000048.4ms, 0063 iters, 005 passes, 0.911145224 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.0/0000048.3ms, 0059 iters, 005 passes, 0.911946632 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.0/0000055.9ms, 0105 iters, 006 passes, 0.907037961 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.0/0000056.1ms, 0088 iters, 006 passes, 0.914923561 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.918601693 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.0/0000037.7ms, 0006 iters, 002 passes, 0.883434889 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.0/0000054.3ms, 0057 iters, 005 passes, 0.918620111 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.0/0000057.6ms, 0105 iters, 006 passes, 0.912114920 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.918425482 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.1/0000032.5ms, 0003 iters, 002 passes, 0.861222422 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.1/0000064.5ms, 0110 iters, 007 passes, 0.884492206 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.1/0000064.2ms, 0109 iters, 007 passes, 0.904246604 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.918602482 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.8/0000036.2ms, 0003 iters, 002 passes, 0.857856427 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000001.2/0000050.7ms, 0070 iters, 005 passes, 0.914558396 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0265] batch, 064 threads} -> {0000000.7/0000049.4ms, 0062 iters, 005 passes, 0.916675029 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.0/0000053.3ms, 0089 iters, 006 passes, 0.914567240 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.0/0000048.9ms, 0063 iters, 005 passes, 0.899305303 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.0/0000059.3ms, 0090 iters, 006 passes, 0.915359518 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.0/0000051.2ms, 0063 iters, 005 passes, 0.906944351 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.918558134 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.0/0000038.4ms, 0003 iters, 002 passes, 0.883395609 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.0/0000056.1ms, 0074 iters, 006 passes, 0.917045473 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.0/0000058.5ms, 0090 iters, 006 passes, 0.901523297 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.918381923 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.1/0000032.0ms, 0003 iters, 002 passes, 0.861182521 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.1/0000063.8ms, 0096 iters, 007 passes, 0.881787107 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.1/0000063.3ms, 0105 iters, 006 passes, 0.885323012 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000001.1/0000005.9ms, 0001 iters, 001 passes, 0.918558923 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.8/0000036.5ms, 0003 iters, 002 passes, 0.857818597 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000000.7/0000049.4ms, 0070 iters, 005 passes, 0.915495544 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0266] batch, 064 threads} -> {0000001.0/0000055.2ms, 0090 iters, 006 passes, 0.914738562 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.0/0000055.0ms, 0089 iters, 006 passes, 0.908652323 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.0/0000058.9ms, 0105 iters, 006 passes, 0.914685898 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.0/0000050.3ms, 0052 iters, 005 passes, 0.911536773 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.0/0000055.5ms, 0064 iters, 005 passes, 0.917606683 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.918512126 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.0/0000038.0ms, 0005 iters, 002 passes, 0.883352987 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.0/0000052.9ms, 0060 iters, 005 passes, 0.914343354 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.0/0000053.1ms, 0069 iters, 005 passes, 0.913504338 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.918336150 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.1/0000032.7ms, 0003 iters, 002 passes, 0.861138088 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.1/0000067.5ms, 0116 iters, 007 passes, 0.876057008 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.1/0000067.0ms, 0108 iters, 007 passes, 0.885672145 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.918512915 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.6/0000036.6ms, 0003 iters, 002 passes, 0.857777646 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.5/0000049.5ms, 0064 iters, 005 passes, 0.906646692 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0267] batch, 064 threads} -> {0000000.6/0000056.4ms, 0086 iters, 006 passes, 0.895851181 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.0/0000054.5ms, 0085 iters, 006 passes, 0.911195739 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.0/0000050.0ms, 0054 iters, 005 passes, 0.908527734 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.0/0000059.7ms, 0089 iters, 006 passes, 0.913745453 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.0/0000052.1ms, 0075 iters, 005 passes, 0.907341415 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.918467620 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.0/0000043.2ms, 0003 iters, 002 passes, 0.883309954 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.0/0000052.8ms, 0085 iters, 005 passes, 0.902082086 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.0/0000050.0ms, 0060 iters, 005 passes, 0.915328571 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.918291886 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.1/0000031.4ms, 0003 iters, 002 passes, 0.861098040 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.1/0000066.2ms, 0107 iters, 007 passes, 0.902519546 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.1/0000065.6ms, 0117 iters, 007 passes, 0.899854586 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.918468643 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000001.1/0000036.6ms, 0003 iters, 002 passes, 0.857735295 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.7/0000048.9ms, 0070 iters, 005 passes, 0.912092756 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0268] batch, 064 threads} -> {0000000.9/0000048.0ms, 0067 iters, 005 passes, 0.915310016 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.0/0000049.2ms, 0070 iters, 005 passes, 0.915135912 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.0/0000048.5ms, 0060 iters, 005 passes, 0.872255276 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.0/0000052.1ms, 0058 iters, 005 passes, 0.913485847 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.0/0000052.2ms, 0070 iters, 005 passes, 0.917041559 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.918422717 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.0/0000038.0ms, 0003 iters, 002 passes, 0.883268289 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.0/0000056.2ms, 0084 iters, 006 passes, 0.911179552 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.0/0000050.8ms, 0064 iters, 005 passes, 0.917569121 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.918246982 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.1/0000032.1ms, 0003 iters, 002 passes, 0.861055435 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.1/0000063.9ms, 0075 iters, 006 passes, 0.905643932 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.1/0000065.6ms, 0107 iters, 007 passes, 0.864806558 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.5/0000005.4ms, 0001 iters, 001 passes, 0.918423740 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.6/0000036.5ms, 0006 iters, 002 passes, 0.857695510 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.9/0000048.0ms, 0057 iters, 005 passes, 0.910008560 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0269] batch, 064 threads} -> {0000000.7/0000048.6ms, 0069 iters, 005 passes, 0.913970738 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.0/0000053.8ms, 0104 iters, 006 passes, 0.908429103 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.0/0000054.3ms, 0090 iters, 006 passes, 0.914490413 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.0/0000056.1ms, 0085 iters, 005 passes, 0.900115286 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.0/0000057.1ms, 0089 iters, 006 passes, 0.911423426 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.918377266 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.0/0000037.8ms, 0003 iters, 002 passes, 0.883225822 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.0/0000056.8ms, 0104 iters, 006 passes, 0.915540864 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.0/0000050.6ms, 0055 iters, 005 passes, 0.883527889 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.918201532 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.1/0000031.9ms, 0003 iters, 002 passes, 0.861014919 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.1/0000060.9ms, 0073 iters, 006 passes, 0.912441570 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.1/0000064.7ms, 0092 iters, 007 passes, 0.876534170 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.918378055 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.6/0000036.4ms, 0003 iters, 002 passes, 0.857655580 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.8/0000048.7ms, 0070 iters, 005 passes, 0.916017551 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0270] batch, 064 threads} -> {0000000.6/0000048.4ms, 0070 iters, 005 passes, 0.917980063 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.0/0000054.8ms, 0085 iters, 006 passes, 0.907702177 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.0/0000050.3ms, 0068 iters, 005 passes, 0.899204561 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.0/0000050.1ms, 0058 iters, 005 passes, 0.917588342 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.0/0000049.9ms, 0052 iters, 005 passes, 0.911563141 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.918329534 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.0/0000038.6ms, 0004 iters, 002 passes, 0.883180370 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.0/0000049.1ms, 0068 iters, 005 passes, 0.915335769 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.0/0000050.4ms, 0055 iters, 005 passes, 0.905825097 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.918153973 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.1/0000032.6ms, 0003 iters, 002 passes, 0.860971824 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.1/0000061.1ms, 0090 iters, 006 passes, 0.907642421 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.1/0000063.9ms, 0095 iters, 007 passes, 0.894895113 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.918330292 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.9/0000037.4ms, 0005 iters, 002 passes, 0.857613707 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.9/0000053.5ms, 0078 iters, 006 passes, 0.893004899 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0271] batch, 064 threads} -> {0000000.7/0000053.6ms, 0089 iters, 006 passes, 0.884008538 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.0/0000048.7ms, 0080 iters, 005 passes, 0.916004539 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.0/0000048.0ms, 0066 iters, 005 passes, 0.853412730 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.0/0000055.2ms, 0075 iters, 005 passes, 0.918105248 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.0/0000051.3ms, 0057 iters, 005 passes, 0.913452237 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.918285553 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.0/0000039.1ms, 0003 iters, 002 passes, 0.883140418 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.0/0000050.9ms, 0084 iters, 005 passes, 0.911396167 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.0/0000050.6ms, 0067 iters, 005 passes, 0.916510755 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.918109991 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.1/0000033.0ms, 0003 iters, 002 passes, 0.860933186 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.1/0000059.9ms, 0065 iters, 006 passes, 0.901559880 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.1/0000062.8ms, 0110 iters, 007 passes, 0.886078673 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000001.3/0000006.2ms, 0001 iters, 001 passes, 0.918286311 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.7/0000036.5ms, 0003 iters, 002 passes, 0.857577474 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.7/0000049.7ms, 0072 iters, 005 passes, 0.898111036 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0272] batch, 064 threads} -> {0000000.5/0000052.0ms, 0066 iters, 005 passes, 0.917944220 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.0/0000053.3ms, 0077 iters, 006 passes, 0.896540226 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.0/0000048.6ms, 0059 iters, 005 passes, 0.906440917 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.0/0000053.0ms, 0066 iters, 005 passes, 0.914047677 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.0/0000052.0ms, 0065 iters, 005 passes, 0.910773313 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.918241591 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.0/0000038.1ms, 0003 iters, 002 passes, 0.883100149 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.0/0000053.7ms, 0076 iters, 006 passes, 0.918260858 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.0/0000056.7ms, 0078 iters, 006 passes, 0.909684513 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.918066158 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.1/0000032.8ms, 0003 iters, 002 passes, 0.860892249 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.1/0000060.0ms, 0077 iters, 006 passes, 0.913309197 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.1/0000061.2ms, 0089 iters, 006 passes, 0.888318636 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.5/0000005.3ms, 0001 iters, 001 passes, 0.918242349 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.8/0000036.9ms, 0003 iters, 002 passes, 0.857541511 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.6/0000047.2ms, 0058 iters, 005 passes, 0.917546329 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0273] batch, 064 threads} -> {0000000.5/0000048.1ms, 0068 iters, 005 passes, 0.913796377 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.0/0000047.0ms, 0058 iters, 005 passes, 0.913916236 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.0/0000052.7ms, 0084 iters, 006 passes, 0.914373064 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.0/0000052.7ms, 0068 iters, 005 passes, 0.914226187 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.0/0000050.0ms, 0069 iters, 005 passes, 0.913970612 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.918195415 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.0/0000038.4ms, 0010 iters, 002 passes, 0.883057765 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.0/0000051.1ms, 0060 iters, 005 passes, 0.911759165 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.0/0000049.8ms, 0052 iters, 005 passes, 0.918472810 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.918019987 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.1/0000031.8ms, 0003 iters, 002 passes, 0.860848957 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.1/0000060.1ms, 0090 iters, 006 passes, 0.870678411 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.1/0000062.4ms, 0100 iters, 007 passes, 0.896821374 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.918196172 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.7/0000036.8ms, 0010 iters, 002 passes, 0.857504122 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.7/0000049.6ms, 0070 iters, 005 passes, 0.910435841 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0274] batch, 064 threads} -> {0000000.6/0000048.1ms, 0069 iters, 005 passes, 0.914510955 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.0/0000047.4ms, 0060 iters, 005 passes, 0.913363415 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.0/0000055.8ms, 0105 iters, 006 passes, 0.892225832 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.0/0000055.8ms, 0090 iters, 006 passes, 0.913260334 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.0/0000052.9ms, 0070 iters, 005 passes, 0.914862797 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.918151227 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.0/0000038.0ms, 0003 iters, 002 passes, 0.883015987 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.0/0000054.5ms, 0063 iters, 006 passes, 0.915791672 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.0/0000057.0ms, 0089 iters, 006 passes, 0.910213790 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.917975799 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.1/0000031.7ms, 0003 iters, 002 passes, 0.860807754 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.1/0000064.9ms, 0095 iters, 007 passes, 0.895600586 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.1/0000060.1ms, 0077 iters, 006 passes, 0.891206072 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.918151984 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.9/0000036.8ms, 0008 iters, 002 passes, 0.857466436 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.9/0000048.4ms, 0069 iters, 005 passes, 0.906684335 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0275] batch, 064 threads} -> {0000000.5/0000053.0ms, 0089 iters, 006 passes, 0.912469337 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.0/0000055.2ms, 0105 iters, 006 passes, 0.909708260 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.0/0000049.5ms, 0066 iters, 005 passes, 0.918159705 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.0/0000054.6ms, 0087 iters, 006 passes, 0.906141432 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.0/0000056.8ms, 0083 iters, 006 passes, 0.916775406 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.0/0000004.6ms, 0001 iters, 001 passes, 0.918104250 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.0/0000039.3ms, 0005 iters, 002 passes, 0.882972725 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.0/0000051.9ms, 0070 iters, 005 passes, 0.916311715 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.0/0000051.5ms, 0058 iters, 005 passes, 0.902369222 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.917928842 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.1/0000031.8ms, 0003 iters, 002 passes, 0.860762906 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.1/0000062.2ms, 0090 iters, 006 passes, 0.873980868 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.1/0000071.2ms, 0118 iters, 007 passes, 0.860515578 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.918105478 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000001.0/0000037.1ms, 0003 iters, 002 passes, 0.857425001 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.7/0000053.4ms, 0089 iters, 006 passes, 0.898261130 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0276] batch, 064 threads} -> {0000000.7/0000053.5ms, 0076 iters, 006 passes, 0.902769333 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.0/0000053.1ms, 0089 iters, 006 passes, 0.899252749 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.0/0000051.5ms, 0070 iters, 005 passes, 0.917321677 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.0/0000050.2ms, 0062 iters, 005 passes, 0.915251485 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.0/0000049.2ms, 0045 iters, 005 passes, 0.918225055 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.918062078 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.0/0000038.1ms, 0003 iters, 002 passes, 0.882930328 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.0/0000059.0ms, 0094 iters, 006 passes, 0.915887263 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.0/0000054.1ms, 0085 iters, 005 passes, 0.897751200 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.917886681 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.1/0000032.1ms, 0003 iters, 002 passes, 0.860723266 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.1/0000064.6ms, 0107 iters, 007 passes, 0.872741583 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.1/0000063.9ms, 0091 iters, 007 passes, 0.907858795 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000001.1/0000005.9ms, 0001 iters, 001 passes, 0.918063305 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000001.0/0000037.2ms, 0003 iters, 002 passes, 0.857388060 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.6/0000050.0ms, 0069 iters, 005 passes, 0.899602552 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0277] batch, 064 threads} -> {0000000.5/0000048.4ms, 0059 iters, 005 passes, 0.914870456 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.0/0000047.2ms, 0062 iters, 005 passes, 0.914105634 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.0/0000049.6ms, 0060 iters, 005 passes, 0.908020254 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.0/0000053.0ms, 0058 iters, 005 passes, 0.917819623 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.0/0000058.8ms, 0104 iters, 006 passes, 0.896007494 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.918018098 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.0/0000037.9ms, 0003 iters, 002 passes, 0.882889621 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.0/0000057.8ms, 0089 iters, 006 passes, 0.873442369 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.0/0000056.1ms, 0089 iters, 006 passes, 0.910163822 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.917842701 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.1/0000032.0ms, 0003 iters, 002 passes, 0.860684857 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.1/0000065.1ms, 0111 iters, 007 passes, 0.896275189 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000000.1/0000066.5ms, 0124 iters, 007 passes, 0.883030760 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000001.2/0000006.1ms, 0001 iters, 001 passes, 0.918019325 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000001.1/0000037.1ms, 0003 iters, 002 passes, 0.857350109 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000001.5/0000055.0ms, 0075 iters, 006 passes, 0.900620744 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0278] batch, 064 threads} -> {0000001.1/0000048.8ms, 0055 iters, 005 passes, 0.910345558 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.0/0000047.0ms, 0061 iters, 005 passes, 0.894816850 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.0/0000048.3ms, 0070 iters, 005 passes, 0.912533551 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.0/0000055.9ms, 0087 iters, 006 passes, 0.865275462 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.0/0000055.2ms, 0078 iters, 006 passes, 0.909864704 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.917972144 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.0/0000037.7ms, 0003 iters, 002 passes, 0.882845966 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.0/0000050.4ms, 0069 iters, 005 passes, 0.916723081 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.0/0000058.4ms, 0077 iters, 006 passes, 0.914645258 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.917796278 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.1/0000032.7ms, 0003 iters, 002 passes, 0.860640035 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.1/0000065.7ms, 0085 iters, 007 passes, 0.899935996 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.1/0000065.3ms, 0099 iters, 007 passes, 0.905192975 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.5/0000005.4ms, 0001 iters, 001 passes, 0.917973372 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.6/0000036.9ms, 0004 iters, 002 passes, 0.857311346 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.7/0000053.2ms, 0084 iters, 006 passes, 0.906398447 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0279] batch, 064 threads} -> {0000000.5/0000047.7ms, 0063 iters, 005 passes, 0.916710073 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.0/0000054.0ms, 0105 iters, 006 passes, 0.895953711 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.0/0000050.0ms, 0070 iters, 005 passes, 0.916715575 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.0/0000055.3ms, 0091 iters, 006 passes, 0.915179776 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.0/0000057.0ms, 0089 iters, 006 passes, 0.907822545 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.917925784 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.0/0000038.4ms, 0003 iters, 002 passes, 0.882800848 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.0/0000051.7ms, 0058 iters, 005 passes, 0.916886033 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.0/0000051.9ms, 0069 iters, 005 passes, 0.917491853 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.917749918 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.1/0000032.5ms, 0003 iters, 002 passes, 0.860595828 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.1/0000060.2ms, 0081 iters, 006 passes, 0.872376373 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.1/0000058.6ms, 0080 iters, 006 passes, 0.881281757 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.917927012 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.7/0000036.5ms, 0003 iters, 002 passes, 0.857267723 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.9/0000055.2ms, 0088 iters, 006 passes, 0.875707390 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0280] batch, 064 threads} -> {0000000.7/0000048.1ms, 0063 iters, 005 passes, 0.908936636 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.0/0000047.0ms, 0066 iters, 005 passes, 0.914384965 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.0/0000054.9ms, 0096 iters, 006 passes, 0.912698882 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.0/0000050.6ms, 0050 iters, 005 passes, 0.917596532 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.0/0000052.0ms, 0070 iters, 005 passes, 0.917267853 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.917879520 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.0/0000038.1ms, 0003 iters, 002 passes, 0.882758806 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.0/0000056.6ms, 0062 iters, 005 passes, 0.917672961 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.0/0000055.9ms, 0084 iters, 006 passes, 0.913129791 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.917704935 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.1/0000032.1ms, 0003 iters, 002 passes, 0.860557245 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.1/0000065.2ms, 0106 iters, 006 passes, 0.899186203 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.1/0000065.5ms, 0115 iters, 007 passes, 0.881691540 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.917880982 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.8/0000037.0ms, 0004 iters, 002 passes, 0.857229366 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.6/0000048.6ms, 0070 iters, 005 passes, 0.914046186 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0281] batch, 064 threads} -> {0000000.8/0000049.1ms, 0070 iters, 005 passes, 0.913077838 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.0/0000062.2ms, 0085 iters, 006 passes, 0.900534644 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.0/0000048.9ms, 0057 iters, 005 passes, 0.903157946 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.0/0000050.8ms, 0058 iters, 005 passes, 0.917321607 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.0/0000050.5ms, 0058 iters, 005 passes, 0.913008316 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.917832801 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.0/0000038.6ms, 0021 iters, 002 passes, 0.882718575 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.0/0000057.2ms, 0067 iters, 006 passes, 0.909307022 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.0/0000050.7ms, 0068 iters, 005 passes, 0.917797168 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.917658345 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.1/0000034.0ms, 0003 iters, 002 passes, 0.860514954 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.1/0000064.6ms, 0098 iters, 007 passes, 0.806304978 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.1/0000062.2ms, 0103 iters, 006 passes, 0.898308105 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.917834263 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.7/0000037.0ms, 0004 iters, 002 passes, 0.857192892 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.8/0000054.3ms, 0078 iters, 006 passes, 0.896382291 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0282] batch, 064 threads} -> {0000000.5/0000053.3ms, 0073 iters, 006 passes, 0.911324617 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.0/0000053.8ms, 0090 iters, 006 passes, 0.909464327 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.0/0000054.2ms, 0081 iters, 006 passes, 0.916037202 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.0/0000059.5ms, 0104 iters, 006 passes, 0.906524851 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.0/0000055.8ms, 0090 iters, 006 passes, 0.898854226 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.917789464 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.0/0000038.4ms, 0006 iters, 002 passes, 0.882675804 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.0/0000056.1ms, 0080 iters, 006 passes, 0.906612575 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.0/0000055.4ms, 0089 iters, 006 passes, 0.909207242 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.917615624 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.1/0000031.8ms, 0003 iters, 002 passes, 0.860472195 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.1/0000066.8ms, 0110 iters, 007 passes, 0.886191111 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.1/0000064.7ms, 0091 iters, 007 passes, 0.866542446 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.917790926 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.7/0000036.9ms, 0003 iters, 002 passes, 0.857151946 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.8/0000048.0ms, 0058 iters, 005 passes, 0.912542567 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0283] batch, 064 threads} -> {0000000.6/0000053.9ms, 0089 iters, 006 passes, 0.904736005 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.0/0000054.8ms, 0105 iters, 006 passes, 0.913860772 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.0/0000054.4ms, 0090 iters, 006 passes, 0.915605200 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.0/0000051.9ms, 0070 iters, 005 passes, 0.908246313 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.0/0000050.7ms, 0070 iters, 005 passes, 0.909115656 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.917746022 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.0/0000037.8ms, 0004 iters, 002 passes, 0.882634657 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.0/0000058.2ms, 0082 iters, 006 passes, 0.908993282 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.0/0000051.0ms, 0065 iters, 005 passes, 0.917738963 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.917572187 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.1/0000032.5ms, 0005 iters, 002 passes, 0.860434993 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.1/0000066.3ms, 0103 iters, 007 passes, 0.881992178 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.1/0000066.6ms, 0100 iters, 007 passes, 0.871187768 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.917747485 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.6/0000036.4ms, 0003 iters, 002 passes, 0.857116794 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.9/0000054.8ms, 0085 iters, 006 passes, 0.905825277 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0284] batch, 064 threads} -> {0000000.5/0000047.7ms, 0060 iters, 005 passes, 0.911031337 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.0/0000048.2ms, 0061 iters, 005 passes, 0.916877367 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.0/0000049.2ms, 0070 iters, 005 passes, 0.881165622 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.0/0000051.7ms, 0069 iters, 005 passes, 0.907541788 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.0/0000053.9ms, 0069 iters, 005 passes, 0.901708024 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.917700196 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.0/0000038.0ms, 0003 iters, 002 passes, 0.882591156 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.0/0000050.6ms, 0065 iters, 005 passes, 0.916670662 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.0/0000057.0ms, 0079 iters, 006 passes, 0.896783398 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.917525930 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.1/0000032.6ms, 0003 iters, 002 passes, 0.860392443 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.1/0000060.8ms, 0081 iters, 006 passes, 0.884320188 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.1/0000065.1ms, 0104 iters, 007 passes, 0.862927790 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000001.0/0000005.9ms, 0001 iters, 001 passes, 0.917701659 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.6/0000036.6ms, 0003 iters, 002 passes, 0.857078426 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.8/0000049.6ms, 0059 iters, 005 passes, 0.912200095 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0285] batch, 064 threads} -> {0000000.9/0000048.1ms, 0061 iters, 005 passes, 0.901015491 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.0/0000052.0ms, 0072 iters, 006 passes, 0.905873965 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.0/0000056.8ms, 0105 iters, 006 passes, 0.875551886 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.0/0000052.5ms, 0070 iters, 005 passes, 0.914376029 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.0/0000058.1ms, 0089 iters, 006 passes, 0.911653533 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.917655377 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.0/0000037.8ms, 0009 iters, 002 passes, 0.882551240 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.0/0000050.3ms, 0059 iters, 005 passes, 0.913309812 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.0/0000055.6ms, 0074 iters, 006 passes, 0.885041181 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.917482582 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.1/0000032.2ms, 0003 iters, 002 passes, 0.860351678 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.1/0000065.4ms, 0110 iters, 007 passes, 0.877956733 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.1/0000067.3ms, 0125 iters, 007 passes, 0.877375513 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.917657078 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.8/0000036.9ms, 0003 iters, 002 passes, 0.857039423 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.8/0000049.4ms, 0070 iters, 005 passes, 0.906937401 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0286] batch, 064 threads} -> {0000000.8/0000054.1ms, 0088 iters, 006 passes, 0.887261746 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.0/0000049.5ms, 0085 iters, 005 passes, 0.910309457 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.0/0000047.9ms, 0065 iters, 005 passes, 0.912110967 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.0/0000050.7ms, 0068 iters, 005 passes, 0.916251019 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.0/0000051.5ms, 0068 iters, 005 passes, 0.917709794 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.917609719 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.0/0000038.1ms, 0003 iters, 002 passes, 0.882507085 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.0/0000051.8ms, 0064 iters, 005 passes, 0.917165084 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.0/0000059.9ms, 0104 iters, 006 passes, 0.887167624 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.917437164 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.1/0000032.0ms, 0003 iters, 002 passes, 0.860309954 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.1/0000066.3ms, 0098 iters, 007 passes, 0.887191623 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.1/0000065.4ms, 0094 iters, 007 passes, 0.904655333 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.4/0000005.4ms, 0001 iters, 001 passes, 0.917611652 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.6/0000036.0ms, 0003 iters, 002 passes, 0.856999640 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000000.6/0000054.7ms, 0090 iters, 006 passes, 0.907438251 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0287] batch, 064 threads} -> {0000001.0/0000055.4ms, 0085 iters, 006 passes, 0.890736571 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.0/0000052.8ms, 0081 iters, 006 passes, 0.906541963 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.0/0000049.4ms, 0069 iters, 005 passes, 0.893506209 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.0/0000048.8ms, 0056 iters, 005 passes, 0.912659696 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.0/0000060.9ms, 0092 iters, 006 passes, 0.904679254 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.917563966 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.0/0000038.5ms, 0003 iters, 002 passes, 0.882465686 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.0/0000051.1ms, 0056 iters, 005 passes, 0.916872905 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.0/0000052.9ms, 0067 iters, 005 passes, 0.917838723 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.917390684 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.1/0000031.2ms, 0005 iters, 002 passes, 0.860268195 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.1/0000060.8ms, 0081 iters, 006 passes, 0.909918732 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.1/0000065.0ms, 0097 iters, 007 passes, 0.896428257 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.917565663 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.8/0000036.9ms, 0008 iters, 002 passes, 0.856961332 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.9/0000049.8ms, 0063 iters, 005 passes, 0.901242992 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0288] batch, 064 threads} -> {0000000.8/0000049.1ms, 0068 iters, 005 passes, 0.917369139 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.0/0000055.5ms, 0085 iters, 005 passes, 0.911650039 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.0/0000048.4ms, 0068 iters, 005 passes, 0.917243255 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.0/0000049.7ms, 0085 iters, 005 passes, 0.906277885 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.0/0000056.8ms, 0104 iters, 006 passes, 0.906447357 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.917522146 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.0/0000037.7ms, 0013 iters, 002 passes, 0.882425744 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.0/0000056.6ms, 0085 iters, 005 passes, 0.912914163 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.0/0000056.5ms, 0078 iters, 006 passes, 0.909487240 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.4/0000004.5ms, 0001 iters, 001 passes, 0.917348864 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.3/0000032.7ms, 0003 iters, 002 passes, 0.860227203 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.4/0000077.0ms, 0108 iters, 007 passes, 0.889381297 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.3/0000068.6ms, 0126 iters, 007 passes, 0.901543334 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.5/0000005.3ms, 0001 iters, 001 passes, 0.917523373 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.7/0000036.8ms, 0003 iters, 002 passes, 0.856929037 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.5/0000052.3ms, 0084 iters, 005 passes, 0.896542779 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0289] batch, 064 threads} -> {0000000.5/0000053.6ms, 0084 iters, 005 passes, 0.883390031 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.0/0000056.7ms, 0093 iters, 006 passes, 0.911656645 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.0/0000055.2ms, 0078 iters, 005 passes, 0.912317746 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.0/0000055.0ms, 0084 iters, 005 passes, 0.913766354 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.0/0000052.6ms, 0075 iters, 005 passes, 0.909867784 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.917478173 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.0/0000038.2ms, 0003 iters, 002 passes, 0.882384474 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.0/0000054.7ms, 0067 iters, 005 passes, 0.914447096 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.0/0000055.6ms, 0063 iters, 005 passes, 0.917645191 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.1/0000004.8ms, 0001 iters, 001 passes, 0.917305666 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.1/0000032.3ms, 0003 iters, 002 passes, 0.860183913 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.1/0000067.0ms, 0110 iters, 007 passes, 0.904579990 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.1/0000067.6ms, 0125 iters, 007 passes, 0.831974193 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.917479401 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.6/0000035.9ms, 0004 iters, 002 passes, 0.856891776 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.6/0000052.6ms, 0084 iters, 005 passes, 0.912861404 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0290] batch, 064 threads} -> {0000000.6/0000054.3ms, 0085 iters, 005 passes, 0.893795520 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.0/0000050.0ms, 0084 iters, 005 passes, 0.917156301 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.0/0000057.0ms, 0096 iters, 006 passes, 0.914001185 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.0/0000053.1ms, 0081 iters, 005 passes, 0.912425155 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.0/0000056.7ms, 0082 iters, 005 passes, 0.914230017 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.917432302 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.0/0000039.4ms, 0003 iters, 002 passes, 0.882341839 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.0/0000054.8ms, 0078 iters, 005 passes, 0.905338907 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.0/0000053.6ms, 0063 iters, 005 passes, 0.914074490 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.917263063 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.1/0000033.4ms, 0003 iters, 002 passes, 0.860145822 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.1/0000070.3ms, 0120 iters, 007 passes, 0.890222145 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.1/0000062.9ms, 0105 iters, 006 passes, 0.891801077 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000001.1/0000005.8ms, 0001 iters, 001 passes, 0.917433529 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000000.7/0000035.9ms, 0003 iters, 002 passes, 0.856851948 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000001.0/0000050.3ms, 0064 iters, 005 passes, 0.912843323 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0291] batch, 064 threads} -> {0000001.0/0000053.2ms, 0085 iters, 005 passes, 0.910272100 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.0/0000048.9ms, 0084 iters, 005 passes, 0.904645463 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.0/0000058.6ms, 0106 iters, 006 passes, 0.866917952 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.0/0000054.0ms, 0085 iters, 005 passes, 0.852849871 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.0/0000059.9ms, 0105 iters, 006 passes, 0.904546060 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.917386964 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.0/0000037.8ms, 0004 iters, 002 passes, 0.882300137 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.0/0000058.3ms, 0077 iters, 006 passes, 0.913893367 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.0/0000057.6ms, 0089 iters, 006 passes, 0.910568944 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.917217726 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.1/0000034.4ms, 0003 iters, 002 passes, 0.860102792 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.1/0000070.0ms, 0126 iters, 007 passes, 0.850428940 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.1/0000066.2ms, 0106 iters, 006 passes, 0.883903119 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000001.1/0000006.0ms, 0001 iters, 001 passes, 0.917388192 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000001.2/0000036.0ms, 0003 iters, 002 passes, 0.856814332 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000001.1/0000051.3ms, 0071 iters, 005 passes, 0.910380648 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0292] batch, 064 threads} -> {0000000.9/0000050.7ms, 0069 iters, 005 passes, 0.908511961 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.0/0000055.3ms, 0105 iters, 006 passes, 0.902698487 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.0/0000057.0ms, 0105 iters, 006 passes, 0.900018651 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.0/0000052.8ms, 0085 iters, 005 passes, 0.897307597 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.0/0000055.3ms, 0084 iters, 005 passes, 0.902301533 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.917342709 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.0/0000038.3ms, 0003 iters, 002 passes, 0.882258169 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.0/0000054.1ms, 0055 iters, 005 passes, 0.917313257 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.0/0000051.5ms, 0063 iters, 005 passes, 0.915973061 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.917173470 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.1/0000033.9ms, 0003 iters, 002 passes, 0.860065078 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.1/0000066.7ms, 0101 iters, 007 passes, 0.879737349 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.1/0000062.4ms, 0078 iters, 006 passes, 0.906762251 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.917344406 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000001.1/0000036.0ms, 0004 iters, 002 passes, 0.856774176 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000000.6/0000051.4ms, 0070 iters, 005 passes, 0.884541210 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0293] batch, 064 threads} -> {0000001.1/0000056.9ms, 0081 iters, 006 passes, 0.888327696 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.0/0000050.4ms, 0084 iters, 005 passes, 0.895999507 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.0/0000051.2ms, 0085 iters, 005 passes, 0.903420616 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.0/0000060.3ms, 0105 iters, 006 passes, 0.903885996 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.0/0000053.8ms, 0079 iters, 005 passes, 0.904027381 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.917299704 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.0/0000038.1ms, 0003 iters, 002 passes, 0.882218790 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.0/0000052.5ms, 0065 iters, 005 passes, 0.911478252 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.0/0000059.5ms, 0104 iters, 006 passes, 0.914636643 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.917129995 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.1/0000033.6ms, 0003 iters, 002 passes, 0.860025902 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.1/0000064.5ms, 0089 iters, 006 passes, 0.870318294 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.1/0000067.0ms, 0096 iters, 007 passes, 0.891691949 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.917301402 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.8/0000035.6ms, 0003 iters, 002 passes, 0.856735134 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000001.3/0000052.7ms, 0073 iters, 005 passes, 0.891215409 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0294] batch, 064 threads} -> {0000000.7/0000052.8ms, 0085 iters, 005 passes, 0.890305577 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.0/0000048.0ms, 0084 iters, 005 passes, 0.898733753 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.0/0000052.5ms, 0085 iters, 005 passes, 0.913753552 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.0/0000058.7ms, 0105 iters, 006 passes, 0.903309254 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.0/0000053.0ms, 0085 iters, 005 passes, 0.908510847 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.917253443 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.0/0000038.9ms, 0004 iters, 002 passes, 0.882178988 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.0/0000059.2ms, 0089 iters, 006 passes, 0.907960182 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.0/0000054.1ms, 0076 iters, 005 passes, 0.915320564 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.917083734 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.1/0000033.3ms, 0005 iters, 002 passes, 0.859983548 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.1/0000067.9ms, 0092 iters, 007 passes, 0.882469929 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.1/0000069.5ms, 0098 iters, 007 passes, 0.887218457 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.917255140 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000001.2/0000039.0ms, 0004 iters, 002 passes, 0.856696436 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000000.9/0000051.8ms, 0072 iters, 005 passes, 0.908015352 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0295] batch, 064 threads} -> {0000001.0/0000053.4ms, 0081 iters, 005 passes, 0.914831665 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.0/0000049.8ms, 0085 iters, 005 passes, 0.909424660 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.0/0000057.2ms, 0095 iters, 006 passes, 0.905548190 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.0/0000059.0ms, 0097 iters, 006 passes, 0.911877331 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.0/0000054.0ms, 0085 iters, 005 passes, 0.904043329 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.917207134 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.0/0000039.5ms, 0003 iters, 002 passes, 0.882132836 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.0/0000052.8ms, 0049 iters, 005 passes, 0.874542764 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.0/0000056.3ms, 0085 iters, 005 passes, 0.900472917 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.917037425 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.1/0000033.8ms, 0003 iters, 002 passes, 0.859938220 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.1/0000062.7ms, 0095 iters, 006 passes, 0.890556956 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.1/0000063.0ms, 0090 iters, 006 passes, 0.909427916 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.6/0000005.4ms, 0001 iters, 001 passes, 0.917208831 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.7/0000036.7ms, 0003 iters, 002 passes, 0.856653739 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.7/0000051.2ms, 0063 iters, 005 passes, 0.868406858 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0296] batch, 064 threads} -> {0000000.6/0000056.7ms, 0105 iters, 006 passes, 0.861008741 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.0/0000049.3ms, 0081 iters, 005 passes, 0.911796891 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.0/0000052.2ms, 0085 iters, 005 passes, 0.907983714 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.0/0000065.7ms, 0078 iters, 005 passes, 0.916416396 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.0/0000060.0ms, 0105 iters, 006 passes, 0.908292214 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.917162171 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.0/0000039.5ms, 0003 iters, 002 passes, 0.882091847 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.0/0000058.6ms, 0080 iters, 006 passes, 0.901407775 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.0/0000054.5ms, 0080 iters, 005 passes, 0.916224007 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.916992461 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.1/0000032.9ms, 0003 iters, 002 passes, 0.859896316 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.1/0000062.8ms, 0088 iters, 006 passes, 0.908267265 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.1/0000065.1ms, 0076 iters, 006 passes, 0.862366416 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.9/0000005.7ms, 0001 iters, 001 passes, 0.917163638 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.9/0000036.8ms, 0003 iters, 002 passes, 0.856609515 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.6/0000053.4ms, 0077 iters, 005 passes, 0.912591679 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0297] batch, 064 threads} -> {0000000.9/0000054.2ms, 0085 iters, 005 passes, 0.913906600 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.0/0000049.7ms, 0074 iters, 005 passes, 0.909243296 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.0/0000051.3ms, 0083 iters, 005 passes, 0.911837336 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.0/0000058.3ms, 0105 iters, 006 passes, 0.901803434 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.0/0000053.6ms, 0070 iters, 005 passes, 0.908096848 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.917120307 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.0/0000039.4ms, 0003 iters, 002 passes, 0.882050450 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.0/0000055.4ms, 0079 iters, 005 passes, 0.911435799 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.0/0000054.2ms, 0084 iters, 005 passes, 0.912886960 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.916950440 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.1/0000034.5ms, 0003 iters, 002 passes, 0.859856949 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.1/0000069.3ms, 0087 iters, 007 passes, 0.906352859 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.1/0000064.0ms, 0106 iters, 006 passes, 0.883267766 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.8/0000005.6ms, 0001 iters, 001 passes, 0.917121534 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.6/0000036.1ms, 0003 iters, 002 passes, 0.856570515 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.6/0000053.7ms, 0082 iters, 005 passes, 0.897535166 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0298] batch, 064 threads} -> {0000000.5/0000052.1ms, 0085 iters, 005 passes, 0.910173009 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.0/0000048.7ms, 0078 iters, 005 passes, 0.914031179 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.0/0000050.2ms, 0071 iters, 005 passes, 0.913194521 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.0/0000053.7ms, 0081 iters, 005 passes, 0.916723032 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.0/0000057.1ms, 0086 iters, 005 passes, 0.904963573 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.917074634 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.0/0000039.3ms, 0003 iters, 002 passes, 0.882009319 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.0/0000058.4ms, 0082 iters, 005 passes, 0.912889552 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.0/0000067.4ms, 0083 iters, 006 passes, 0.907066144 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.916905238 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.1/0000033.2ms, 0004 iters, 002 passes, 0.859815424 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.1/0000063.7ms, 0095 iters, 006 passes, 0.876239145 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.1/0000063.3ms, 0091 iters, 006 passes, 0.883945746 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.5/0000005.3ms, 0001 iters, 001 passes, 0.917075862 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.6/0000036.3ms, 0004 iters, 002 passes, 0.856536431 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.7/0000053.7ms, 0070 iters, 005 passes, 0.909891734 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0299] batch, 064 threads} -> {0000000.9/0000052.3ms, 0085 iters, 005 passes, 0.884320298 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.0/0000048.3ms, 0082 iters, 005 passes, 0.899728914 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.0/0000056.3ms, 0092 iters, 006 passes, 0.909005378 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.0/0000053.0ms, 0085 iters, 005 passes, 0.893612715 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.0/0000054.1ms, 0085 iters, 005 passes, 0.905677336 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.917027438 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.0/0000039.2ms, 0007 iters, 002 passes, 0.881966064 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.0/0000063.2ms, 0077 iters, 006 passes, 0.915148160 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.0/0000060.3ms, 0083 iters, 005 passes, 0.908650214 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.916857308 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.1/0000032.7ms, 0004 iters, 002 passes, 0.859771032 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.1/0000072.9ms, 0125 iters, 007 passes, 0.865807321 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.1/0000070.2ms, 0121 iters, 007 passes, 0.902293078 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.917028665 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.5/0000036.4ms, 0003 iters, 002 passes, 0.856492928 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.5/0000052.1ms, 0085 iters, 005 passes, 0.910491539 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0300] batch, 064 threads} -> {0000000.7/0000052.5ms, 0085 iters, 005 passes, 0.911302679 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.0/0000049.5ms, 0066 iters, 005 passes, 0.914172614 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.0/0000053.3ms, 0085 iters, 005 passes, 0.914262150 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.0/0000051.8ms, 0069 iters, 005 passes, 0.905483109 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.0/0000060.2ms, 0099 iters, 006 passes, 0.881467625 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.916980823 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.0/0000039.7ms, 0003 iters, 002 passes, 0.881922952 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.0/0000059.7ms, 0087 iters, 006 passes, 0.913227229 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.0/0000057.4ms, 0083 iters, 005 passes, 0.914096921 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.916810677 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.2/0000033.5ms, 0003 iters, 002 passes, 0.859729728 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.8/0000066.9ms, 0092 iters, 007 passes, 0.901639971 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.6/0000070.2ms, 0118 iters, 007 passes, 0.858454813 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.916982050 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.9/0000036.9ms, 0003 iters, 002 passes, 0.856451411 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.7/0000062.4ms, 0085 iters, 006 passes, 0.913186140 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0301] batch, 064 threads} -> {0000000.6/0000059.7ms, 0091 iters, 006 passes, 0.891597125 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.0/0000058.2ms, 0105 iters, 006 passes, 0.913329088 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.0/0000050.9ms, 0080 iters, 005 passes, 0.916179822 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.0/0000052.1ms, 0072 iters, 005 passes, 0.917080630 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.0/0000058.0ms, 0102 iters, 006 passes, 0.908505543 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.916937951 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.0/0000040.2ms, 0006 iters, 002 passes, 0.881882691 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.0/0000054.7ms, 0069 iters, 005 passes, 0.915017163 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.0/0000060.4ms, 0075 iters, 005 passes, 0.917038481 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.916767825 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.1/0000032.7ms, 0003 iters, 002 passes, 0.859691097 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.1/0000067.4ms, 0112 iters, 007 passes, 0.898968771 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.1/0000069.5ms, 0110 iters, 007 passes, 0.904277536 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.5/0000005.3ms, 0001 iters, 001 passes, 0.916939178 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.6/0000036.8ms, 0003 iters, 002 passes, 0.856414150 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.6/0000056.2ms, 0085 iters, 005 passes, 0.910938308 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0302] batch, 064 threads} -> {0000000.8/0000057.6ms, 0085 iters, 005 passes, 0.913712395 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.0/0000050.4ms, 0072 iters, 005 passes, 0.912389401 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.0/0000051.7ms, 0084 iters, 005 passes, 0.909793854 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.0/0000054.7ms, 0084 iters, 005 passes, 0.904985068 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.0/0000054.3ms, 0084 iters, 005 passes, 0.908368267 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.916893381 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.0/0000040.2ms, 0003 iters, 002 passes, 0.881841701 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.0/0000055.9ms, 0084 iters, 005 passes, 0.912124885 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.0/0000056.2ms, 0073 iters, 005 passes, 0.912347384 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.916723281 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.1/0000032.7ms, 0003 iters, 002 passes, 0.859648928 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.1/0000060.0ms, 0069 iters, 005 passes, 0.913516187 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.1/0000069.0ms, 0113 iters, 007 passes, 0.893751772 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.6/0000005.7ms, 0001 iters, 001 passes, 0.916894609 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.6/0000037.1ms, 0003 iters, 002 passes, 0.856376100 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.6/0000058.0ms, 0085 iters, 005 passes, 0.906609592 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0303] batch, 064 threads} -> {0000000.6/0000056.6ms, 0072 iters, 005 passes, 0.903901818 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.0/0000053.0ms, 0085 iters, 005 passes, 0.910354927 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.0/0000051.4ms, 0079 iters, 005 passes, 0.909399893 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.0/0000054.1ms, 0084 iters, 005 passes, 0.907443394 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.0/0000053.4ms, 0084 iters, 005 passes, 0.892690677 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.916851142 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.0/0000039.8ms, 0003 iters, 002 passes, 0.881802438 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.0/0000061.6ms, 0105 iters, 006 passes, 0.908932735 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.0/0000060.5ms, 0101 iters, 006 passes, 0.911681927 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.1/0000004.1ms, 0001 iters, 001 passes, 0.916681042 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.1/0000031.3ms, 0003 iters, 002 passes, 0.859607954 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.1/0000067.3ms, 0096 iters, 007 passes, 0.909000705 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.1/0000064.0ms, 0083 iters, 006 passes, 0.907628313 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.7/0000005.8ms, 0001 iters, 001 passes, 0.916852370 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.6/0000036.7ms, 0003 iters, 002 passes, 0.856340552 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.6/0000056.0ms, 0085 iters, 005 passes, 0.914325023 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0304] batch, 064 threads} -> {0000000.6/0000054.8ms, 0084 iters, 005 passes, 0.902810944 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.0/0000052.6ms, 0085 iters, 005 passes, 0.911938073 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.0/0000051.2ms, 0081 iters, 005 passes, 0.909283081 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.0/0000052.7ms, 0084 iters, 005 passes, 0.907166409 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.0/0000058.2ms, 0104 iters, 006 passes, 0.897809741 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.916807576 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.0/0000039.3ms, 0003 iters, 002 passes, 0.881763171 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.0/0000062.0ms, 0098 iters, 006 passes, 0.913645301 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.0/0000061.8ms, 0104 iters, 006 passes, 0.905029883 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.916637414 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.1/0000034.5ms, 0003 iters, 002 passes, 0.859569560 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.1/0000068.8ms, 0095 iters, 007 passes, 0.900652298 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.1/0000066.8ms, 0110 iters, 007 passes, 0.889912278 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000001.0/0000006.0ms, 0001 iters, 001 passes, 0.916808804 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.9/0000037.1ms, 0005 iters, 002 passes, 0.856301626 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000001.0/0000056.2ms, 0081 iters, 005 passes, 0.915021309 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0305] batch, 064 threads} -> {0000000.9/0000055.3ms, 0085 iters, 005 passes, 0.915166727 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.0/0000057.3ms, 0105 iters, 006 passes, 0.896822461 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.0/0000051.9ms, 0085 iters, 005 passes, 0.914286439 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.0/0000058.0ms, 0104 iters, 006 passes, 0.905624845 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.0/0000053.5ms, 0085 iters, 005 passes, 0.916243374 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.916762051 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.0/0000039.5ms, 0003 iters, 002 passes, 0.881722675 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.0/0000061.7ms, 0078 iters, 005 passes, 0.915900580 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.0/0000054.8ms, 0083 iters, 005 passes, 0.913779054 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.916591431 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.1/0000032.5ms, 0003 iters, 002 passes, 0.859527697 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.1/0000069.7ms, 0115 iters, 007 passes, 0.867427794 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.1/0000070.4ms, 0116 iters, 007 passes, 0.895110904 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.916762808 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.8/0000037.0ms, 0003 iters, 002 passes, 0.856262260 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.5/0000059.5ms, 0104 iters, 006 passes, 0.898913882 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0306] batch, 064 threads} -> {0000000.6/0000054.1ms, 0084 iters, 005 passes, 0.912993056 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.0/0000050.0ms, 0084 iters, 005 passes, 0.903926544 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.0/0000056.7ms, 0098 iters, 006 passes, 0.912718747 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.0/0000051.9ms, 0084 iters, 005 passes, 0.902151765 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.0/0000060.5ms, 0104 iters, 006 passes, 0.898337006 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.916715380 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.0/0000039.3ms, 0006 iters, 002 passes, 0.881678912 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.0/0000059.9ms, 0104 iters, 006 passes, 0.893363790 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.0/0000060.5ms, 0100 iters, 006 passes, 0.911659666 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.916544760 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.1/0000032.5ms, 0003 iters, 002 passes, 0.859483247 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.1/0000067.9ms, 0106 iters, 007 passes, 0.875248122 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.1/0000068.3ms, 0106 iters, 007 passes, 0.883390319 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.916716138 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.7/0000036.9ms, 0003 iters, 002 passes, 0.856221042 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.7/0000054.0ms, 0075 iters, 005 passes, 0.914650889 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0307] batch, 064 threads} -> {0000000.7/0000060.5ms, 0103 iters, 006 passes, 0.908844942 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.0/0000052.0ms, 0085 iters, 005 passes, 0.913191973 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.0/0000052.4ms, 0085 iters, 005 passes, 0.912765114 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.0/0000054.2ms, 0085 iters, 005 passes, 0.913995923 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.0/0000059.8ms, 0101 iters, 006 passes, 0.914641731 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.0/0000005.2ms, 0001 iters, 001 passes, 0.916673862 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.0/0000039.7ms, 0003 iters, 002 passes, 0.881637672 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.0/0000056.4ms, 0084 iters, 005 passes, 0.910542765 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.0/0000054.4ms, 0084 iters, 005 passes, 0.911072787 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.1/0000005.1ms, 0001 iters, 001 passes, 0.916503707 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.1/0000033.5ms, 0003 iters, 002 passes, 0.859442752 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.1/0000067.6ms, 0099 iters, 007 passes, 0.869938909 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.1/0000068.4ms, 0105 iters, 007 passes, 0.885502109 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.5/0000005.6ms, 0001 iters, 001 passes, 0.916674620 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.7/0000036.9ms, 0003 iters, 002 passes, 0.856181196 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.5/0000056.1ms, 0081 iters, 005 passes, 0.915418804 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0308] batch, 064 threads} -> {0000000.6/0000055.8ms, 0070 iters, 005 passes, 0.916097631 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.0/0000050.9ms, 0085 iters, 005 passes, 0.906876079 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.0/0000058.2ms, 0105 iters, 006 passes, 0.891693642 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.0/0000053.6ms, 0085 iters, 005 passes, 0.911575779 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.0/0000053.6ms, 0084 iters, 005 passes, 0.886735982 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.916626478 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.0/0000040.0ms, 0012 iters, 002 passes, 0.881594823 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.0/0000052.8ms, 0056 iters, 005 passes, 0.916725959 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.0/0000053.1ms, 0063 iters, 005 passes, 0.915420025 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.916456323 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.1/0000033.3ms, 0003 iters, 002 passes, 0.859400792 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.1/0000068.4ms, 0111 iters, 007 passes, 0.821685658 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000000.1/0000064.2ms, 0090 iters, 006 passes, 0.860729767 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000001.3/0000006.2ms, 0001 iters, 001 passes, 0.916627236 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000001.3/0000037.9ms, 0003 iters, 002 passes, 0.856140260 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000001.0/0000055.4ms, 0070 iters, 005 passes, 0.913616067 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0309] batch, 064 threads} -> {0000001.3/0000055.1ms, 0070 iters, 005 passes, 0.902315702 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.0/0000052.5ms, 0085 iters, 005 passes, 0.900879752 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.0/0000051.6ms, 0080 iters, 005 passes, 0.908020310 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.0/0000054.8ms, 0085 iters, 005 passes, 0.915594046 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.0/0000056.8ms, 0069 iters, 005 passes, 0.916074865 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.916581580 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.0/0000039.6ms, 0003 iters, 002 passes, 0.881554230 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.0/0000054.1ms, 0066 iters, 005 passes, 0.905797133 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.0/0000053.0ms, 0062 iters, 005 passes, 0.916451433 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.916411432 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.1/0000032.7ms, 0003 iters, 002 passes, 0.859359247 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.1/0000068.1ms, 0101 iters, 007 passes, 0.871066192 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.1/0000070.3ms, 0101 iters, 007 passes, 0.865643063 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.916582338 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.5/0000037.0ms, 0004 iters, 002 passes, 0.856103972 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.5/0000054.3ms, 0070 iters, 005 passes, 0.914663076 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0310] batch, 064 threads} -> {0000000.5/0000059.5ms, 0090 iters, 006 passes, 0.903183143 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.0/0000051.8ms, 0084 iters, 005 passes, 0.914321524 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.0/0000056.7ms, 0105 iters, 006 passes, 0.808901493 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.0/0000053.6ms, 0085 iters, 005 passes, 0.908065984 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.0/0000053.8ms, 0070 iters, 005 passes, 0.912806294 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.916535510 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.0/0000039.8ms, 0003 iters, 002 passes, 0.881510482 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.0/0000056.9ms, 0074 iters, 006 passes, 0.916527023 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.0/0000058.7ms, 0081 iters, 006 passes, 0.900839560 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.916364891 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.1/0000033.4ms, 0003 iters, 002 passes, 0.859314893 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.1/0000066.0ms, 0110 iters, 007 passes, 0.894829365 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.1/0000069.8ms, 0108 iters, 007 passes, 0.864892844 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000001.0/0000005.9ms, 0001 iters, 001 passes, 0.916535798 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.9/0000037.2ms, 0003 iters, 002 passes, 0.856062769 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000001.5/0000054.0ms, 0056 iters, 005 passes, 0.915833299 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0311] batch, 064 threads} -> {0000000.8/0000059.7ms, 0085 iters, 006 passes, 0.897356295 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.0/0000057.4ms, 0105 iters, 006 passes, 0.855370843 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.0/0000052.4ms, 0074 iters, 005 passes, 0.908082085 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.0/0000053.3ms, 0085 iters, 005 passes, 0.904214231 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.0/0000054.0ms, 0085 iters, 005 passes, 0.911950115 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.916491369 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.0/0000039.5ms, 0004 iters, 002 passes, 0.881469579 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.0/0000052.0ms, 0060 iters, 005 passes, 0.907265168 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.0/0000052.4ms, 0061 iters, 005 passes, 0.914357467 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.916319813 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.1/0000033.3ms, 0006 iters, 002 passes, 0.859272649 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.1/0000067.0ms, 0116 iters, 007 passes, 0.898996409 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.1/0000071.2ms, 0104 iters, 007 passes, 0.871650281 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.916491187 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000001.2/0000038.1ms, 0004 iters, 002 passes, 0.856022877 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000000.6/0000053.2ms, 0069 iters, 005 passes, 0.908964157 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0312] batch, 064 threads} -> {0000001.0/0000059.1ms, 0090 iters, 006 passes, 0.905005306 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.0/0000051.7ms, 0085 iters, 005 passes, 0.911883529 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.0/0000050.5ms, 0082 iters, 005 passes, 0.908244030 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.0/0000053.2ms, 0085 iters, 005 passes, 0.899249534 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.0/0000052.3ms, 0060 iters, 005 passes, 0.904268476 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.916446754 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.0/0000039.8ms, 0004 iters, 002 passes, 0.881427496 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.0/0000054.9ms, 0066 iters, 005 passes, 0.915977194 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.0/0000058.5ms, 0082 iters, 006 passes, 0.894755908 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.916275793 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.1/0000033.0ms, 0010 iters, 002 passes, 0.859219701 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.1/0000069.0ms, 0125 iters, 007 passes, 0.893735628 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.1/0000067.4ms, 0104 iters, 007 passes, 0.836670547 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.916446573 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000000.7/0000037.1ms, 0003 iters, 002 passes, 0.855983347 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000001.2/0000054.2ms, 0063 iters, 005 passes, 0.909505504 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0313] batch, 064 threads} -> {0000001.4/0000059.0ms, 0082 iters, 006 passes, 0.912331534 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.0/0000051.7ms, 0085 iters, 005 passes, 0.885950880 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.0/0000052.5ms, 0085 iters, 005 passes, 0.899592173 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.0/0000052.6ms, 0085 iters, 005 passes, 0.889765469 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.0/0000052.3ms, 0070 iters, 005 passes, 0.900048477 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.916400440 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.0/0000039.6ms, 0003 iters, 002 passes, 0.881384738 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.0/0000053.0ms, 0063 iters, 005 passes, 0.911943308 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.0/0000058.7ms, 0081 iters, 006 passes, 0.898334448 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.916229009 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.1/0000031.5ms, 0003 iters, 002 passes, 0.859173605 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.1/0000068.0ms, 0115 iters, 007 passes, 0.900875655 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.1/0000062.8ms, 0078 iters, 006 passes, 0.901236753 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.916400258 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000001.0/0000036.2ms, 0003 iters, 002 passes, 0.855942448 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.8/0000057.6ms, 0070 iters, 005 passes, 0.910356135 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0314] batch, 064 threads} -> {0000000.9/0000055.8ms, 0070 iters, 005 passes, 0.905188916 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.0/0000057.1ms, 0105 iters, 006 passes, 0.900446616 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.0/0000059.0ms, 0105 iters, 006 passes, 0.893782419 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.0/0000054.1ms, 0085 iters, 005 passes, 0.912587568 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.0/0000054.1ms, 0070 iters, 005 passes, 0.913672676 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.916352363 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.0/0000039.9ms, 0019 iters, 002 passes, 0.881342780 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.0/0000054.3ms, 0070 iters, 005 passes, 0.913919686 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.0/0000055.3ms, 0070 iters, 005 passes, 0.911606918 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.916181401 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.1/0000030.8ms, 0004 iters, 002 passes, 0.859128083 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.1/0000071.0ms, 0100 iters, 007 passes, 0.858126813 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.1/0000066.7ms, 0093 iters, 007 passes, 0.899594436 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.916352651 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.6/0000037.4ms, 0003 iters, 002 passes, 0.855902272 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.6/0000054.6ms, 0069 iters, 005 passes, 0.905213471 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0315] batch, 064 threads} -> {0000000.5/0000052.9ms, 0069 iters, 005 passes, 0.909084858 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.0/0000050.7ms, 0077 iters, 005 passes, 0.913677399 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.0/0000053.0ms, 0085 iters, 005 passes, 0.908747443 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.0/0000058.2ms, 0095 iters, 006 passes, 0.883535125 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.0/0000052.0ms, 0071 iters, 005 passes, 0.902351344 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.916310654 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.0/0000039.7ms, 0003 iters, 002 passes, 0.881302543 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.0/0000053.4ms, 0071 iters, 005 passes, 0.915968285 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.0/0000060.2ms, 0089 iters, 006 passes, 0.891214732 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.916140167 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.1/0000031.1ms, 0003 iters, 002 passes, 0.859089586 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.1/0000062.3ms, 0094 iters, 006 passes, 0.907894470 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.1/0000061.0ms, 0091 iters, 006 passes, 0.897849458 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000001.2/0000006.2ms, 0001 iters, 001 passes, 0.916310942 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.9/0000037.5ms, 0004 iters, 002 passes, 0.855866180 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.7/0000055.3ms, 0070 iters, 005 passes, 0.913946704 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0316] batch, 064 threads} -> {0000000.7/0000054.6ms, 0069 iters, 005 passes, 0.895223391 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.0/0000052.7ms, 0085 iters, 005 passes, 0.906314699 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.0/0000057.3ms, 0105 iters, 006 passes, 0.873315265 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.0/0000052.9ms, 0085 iters, 005 passes, 0.909453112 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.0/0000052.6ms, 0059 iters, 005 passes, 0.914947387 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.916265168 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.0/0000039.5ms, 0003 iters, 002 passes, 0.881263441 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.0/0000054.2ms, 0070 iters, 005 passes, 0.913412544 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.0/0000059.1ms, 0090 iters, 006 passes, 0.886023051 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.916095167 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.1/0000031.5ms, 0003 iters, 002 passes, 0.859049984 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.1/0000068.6ms, 0110 iters, 007 passes, 0.889489367 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.1/0000072.0ms, 0110 iters, 007 passes, 0.855391478 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.916265455 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000001.1/0000037.7ms, 0003 iters, 002 passes, 0.855828874 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000001.0/0000053.4ms, 0059 iters, 005 passes, 0.875643670 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0317] batch, 064 threads} -> {0000000.9/0000055.0ms, 0065 iters, 005 passes, 0.894870185 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.0/0000053.0ms, 0085 iters, 005 passes, 0.863094892 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.0/0000051.5ms, 0085 iters, 005 passes, 0.874631793 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.0/0000053.8ms, 0073 iters, 005 passes, 0.908967950 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.0/0000052.9ms, 0085 iters, 005 passes, 0.907978740 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.916219524 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.0/0000039.9ms, 0003 iters, 002 passes, 0.881220090 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.0/0000052.4ms, 0062 iters, 005 passes, 0.914670575 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.0/0000055.2ms, 0069 iters, 005 passes, 0.911702471 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.1/0000004.9ms, 0001 iters, 001 passes, 0.916049561 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.1/0000031.0ms, 0003 iters, 002 passes, 0.859006182 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.1/0000066.0ms, 0091 iters, 006 passes, 0.875772786 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.1/0000068.3ms, 0102 iters, 007 passes, 0.889443392 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.7/0000005.5ms, 0001 iters, 001 passes, 0.916219811 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.6/0000037.2ms, 0003 iters, 002 passes, 0.855790038 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.6/0000054.4ms, 0066 iters, 005 passes, 0.908275054 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0318] batch, 064 threads} -> {0000000.6/0000055.9ms, 0063 iters, 005 passes, 0.912372713 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.0/0000052.5ms, 0085 iters, 005 passes, 0.861714364 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.0/0000052.4ms, 0085 iters, 005 passes, 0.908899694 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.0/0000053.9ms, 0084 iters, 005 passes, 0.910641126 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.0/0000052.9ms, 0070 iters, 005 passes, 0.911236088 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.916178348 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.0/0000039.3ms, 0003 iters, 002 passes, 0.881180656 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.0/0000053.9ms, 0061 iters, 005 passes, 0.877786534 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.0/0000058.4ms, 0077 iters, 006 passes, 0.907146919 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.916007922 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.1/0000031.0ms, 0003 iters, 002 passes, 0.858967392 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.1/0000069.2ms, 0118 iters, 007 passes, 0.896942292 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.1/0000064.6ms, 0090 iters, 006 passes, 0.905676239 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.9/0000005.9ms, 0001 iters, 001 passes, 0.916178166 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.4/0000036.6ms, 0003 iters, 002 passes, 0.855751882 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.5/0000055.3ms, 0064 iters, 005 passes, 0.906960909 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0319] batch, 064 threads} -> {0000000.5/0000062.4ms, 0081 iters, 006 passes, 0.906710551 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.0/0000052.0ms, 0085 iters, 005 passes, 0.907089474 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.0/0000050.8ms, 0085 iters, 005 passes, 0.901598967 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.0/0000055.8ms, 0086 iters, 005 passes, 0.878501811 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.0/0000054.3ms, 0085 iters, 005 passes, 0.906024902 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.916134814 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.0/0000039.4ms, 0003 iters, 002 passes, 0.881142225 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.0/0000053.9ms, 0063 iters, 005 passes, 0.906690129 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.0/0000054.6ms, 0070 iters, 005 passes, 0.913468085 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.915964387 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.1/0000030.7ms, 0004 iters, 002 passes, 0.858927138 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.1/0000065.2ms, 0091 iters, 006 passes, 0.842838462 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.1/0000067.6ms, 0099 iters, 007 passes, 0.877759610 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.916134630 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.7/0000037.9ms, 0003 iters, 002 passes, 0.855716875 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000000.9/0000055.4ms, 0061 iters, 005 passes, 0.893528350 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0320] batch, 064 threads} -> {0000001.1/0000061.9ms, 0078 iters, 006 passes, 0.893038306 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.0/0000051.5ms, 0084 iters, 005 passes, 0.913910732 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.0/0000052.3ms, 0084 iters, 005 passes, 0.908597998 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.0/0000058.1ms, 0105 iters, 006 passes, 0.879571251 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.0/0000052.6ms, 0058 iters, 005 passes, 0.914186138 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.916089941 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.0/0000039.7ms, 0003 iters, 002 passes, 0.881098851 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.0/0000053.5ms, 0064 iters, 005 passes, 0.915111112 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.0/0000057.4ms, 0081 iters, 006 passes, 0.911190808 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.915919519 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.1/0000031.2ms, 0003 iters, 002 passes, 0.858885674 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.1/0000067.4ms, 0118 iters, 007 passes, 0.842474980 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.1/0000065.6ms, 0089 iters, 006 passes, 0.889856813 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000001.1/0000006.0ms, 0001 iters, 001 passes, 0.916089759 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000000.8/0000037.9ms, 0003 iters, 002 passes, 0.855676110 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000001.1/0000056.3ms, 0070 iters, 005 passes, 0.914455336 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0321] batch, 064 threads} -> {0000001.1/0000057.2ms, 0059 iters, 005 passes, 0.908779306 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.0/0000052.1ms, 0084 iters, 005 passes, 0.905982952 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.0/0000058.7ms, 0105 iters, 006 passes, 0.901125512 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.0/0000055.0ms, 0085 iters, 005 passes, 0.901906790 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.0/0000052.7ms, 0058 iters, 005 passes, 0.913584426 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.916044603 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.0/0000039.5ms, 0003 iters, 002 passes, 0.881055775 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.0/0000054.4ms, 0062 iters, 005 passes, 0.909637555 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.0/0000055.3ms, 0060 iters, 005 passes, 0.912923543 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.915874180 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.1/0000031.5ms, 0003 iters, 002 passes, 0.858843609 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.1/0000070.0ms, 0111 iters, 007 passes, 0.897267204 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.1/0000069.0ms, 0105 iters, 007 passes, 0.845676259 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.916044420 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.6/0000037.1ms, 0004 iters, 002 passes, 0.855635563 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.6/0000057.2ms, 0068 iters, 005 passes, 0.909513020 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0322] batch, 064 threads} -> {0000000.6/0000055.6ms, 0058 iters, 005 passes, 0.915989102 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.0/0000051.2ms, 0085 iters, 005 passes, 0.906488118 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.0/0000052.2ms, 0085 iters, 005 passes, 0.908808545 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.0/0000054.7ms, 0085 iters, 005 passes, 0.908767896 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.0/0000060.1ms, 0087 iters, 006 passes, 0.896027866 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.916000694 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.0/0000039.6ms, 0009 iters, 002 passes, 0.881013609 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.0/0000054.7ms, 0074 iters, 005 passes, 0.905920714 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.0/0000054.7ms, 0062 iters, 005 passes, 0.913708157 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.915830463 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.1/0000031.5ms, 0007 iters, 002 passes, 0.858802125 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.1/0000071.1ms, 0125 iters, 007 passes, 0.893574506 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.1/0000069.1ms, 0110 iters, 007 passes, 0.876629996 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.916000512 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000001.0/0000037.7ms, 0007 iters, 002 passes, 0.855594150 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.6/0000055.9ms, 0060 iters, 005 passes, 0.899339163 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0323] batch, 064 threads} -> {0000000.9/0000055.5ms, 0069 iters, 005 passes, 0.908945410 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.0/0000053.1ms, 0085 iters, 005 passes, 0.909779846 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.0/0000052.1ms, 0085 iters, 005 passes, 0.888904151 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.0/0000054.0ms, 0085 iters, 005 passes, 0.907700255 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.0/0000052.6ms, 0055 iters, 005 passes, 0.915403951 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.915955810 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.0/0000039.7ms, 0006 iters, 002 passes, 0.880968661 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.0/0000055.9ms, 0061 iters, 005 passes, 0.913812767 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.0/0000055.9ms, 0067 iters, 005 passes, 0.915692917 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.915786060 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.1/0000036.2ms, 0003 iters, 002 passes, 0.858760957 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.1/0000067.5ms, 0110 iters, 007 passes, 0.876836023 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.1/0000066.4ms, 0091 iters, 006 passes, 0.895682908 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.915955628 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.7/0000036.5ms, 0006 iters, 002 passes, 0.855555953 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000000.6/0000057.2ms, 0060 iters, 005 passes, 0.905600905 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0324] batch, 064 threads} -> {0000001.4/0000055.6ms, 0069 iters, 005 passes, 0.912421414 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.0/0000053.2ms, 0085 iters, 005 passes, 0.915426740 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.0/0000053.1ms, 0085 iters, 005 passes, 0.899603413 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.0/0000058.6ms, 0105 iters, 006 passes, 0.907800328 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.0/0000058.0ms, 0078 iters, 006 passes, 0.909065484 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.915913736 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.0/0000037.9ms, 0003 iters, 002 passes, 0.880929575 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.0/0000055.5ms, 0064 iters, 005 passes, 0.914092998 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.0/0000058.7ms, 0070 iters, 005 passes, 0.893798044 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.915746613 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.1/0000035.7ms, 0003 iters, 002 passes, 0.858722349 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.1/0000067.3ms, 0098 iters, 007 passes, 0.872815190 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.1/0000067.8ms, 0087 iters, 007 passes, 0.889264521 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000001.1/0000006.0ms, 0001 iters, 001 passes, 0.915913553 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000001.0/0000036.7ms, 0003 iters, 002 passes, 0.855517172 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.7/0000055.8ms, 0069 iters, 005 passes, 0.904978853 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0325] batch, 064 threads} -> {0000000.8/0000056.4ms, 0057 iters, 005 passes, 0.899491732 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.0/0000051.1ms, 0083 iters, 005 passes, 0.911996664 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.0/0000050.6ms, 0077 iters, 005 passes, 0.911387758 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.0/0000053.5ms, 0076 iters, 005 passes, 0.915040017 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.0/0000053.9ms, 0065 iters, 005 passes, 0.914189727 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.915869341 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.0/0000038.0ms, 0005 iters, 002 passes, 0.880890390 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.0/0000056.1ms, 0069 iters, 005 passes, 0.905123684 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.0/0000054.1ms, 0063 iters, 005 passes, 0.904516788 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.915702207 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.1/0000035.3ms, 0004 iters, 002 passes, 0.858679144 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.1/0000066.3ms, 0084 iters, 006 passes, 0.899634632 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.1/0000070.8ms, 0096 iters, 007 passes, 0.866463375 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.915869159 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.9/0000036.4ms, 0003 iters, 002 passes, 0.855479755 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.9/0000055.8ms, 0065 iters, 005 passes, 0.910925865 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0326] batch, 064 threads} -> {0000000.6/0000054.3ms, 0069 iters, 005 passes, 0.895312049 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.0/0000053.0ms, 0085 iters, 005 passes, 0.911202319 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.0/0000053.2ms, 0085 iters, 005 passes, 0.914129278 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.0/0000053.9ms, 0070 iters, 005 passes, 0.893304564 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.0/0000052.2ms, 0051 iters, 005 passes, 0.915918196 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.915825031 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.0/0000037.9ms, 0006 iters, 002 passes, 0.880848586 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.0/0000060.3ms, 0085 iters, 006 passes, 0.909012967 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.0/0000063.4ms, 0090 iters, 006 passes, 0.892998394 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.915657979 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.1/0000035.6ms, 0003 iters, 002 passes, 0.858640283 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.1/0000064.4ms, 0080 iters, 006 passes, 0.903700674 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.1/0000068.7ms, 0110 iters, 007 passes, 0.881769104 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.915824379 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.9/0000036.6ms, 0003 iters, 002 passes, 0.855440177 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.8/0000058.1ms, 0070 iters, 005 passes, 0.906825140 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0327] batch, 064 threads} -> {0000000.9/0000056.3ms, 0067 iters, 005 passes, 0.900351033 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.0/0000052.4ms, 0072 iters, 005 passes, 0.915217844 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.0/0000053.4ms, 0081 iters, 005 passes, 0.914460304 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.0/0000053.6ms, 0067 iters, 005 passes, 0.915788548 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.0/0000052.8ms, 0065 iters, 005 passes, 0.915739491 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.915781097 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.0/0000037.7ms, 0003 iters, 002 passes, 0.880805660 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.0/0000054.7ms, 0068 iters, 005 passes, 0.914842054 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.0/0000054.8ms, 0063 iters, 005 passes, 0.911587250 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.915614514 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.1/0000036.4ms, 0003 iters, 002 passes, 0.858599045 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.1/0000072.3ms, 0106 iters, 007 passes, 0.866130887 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.1/0000068.0ms, 0109 iters, 007 passes, 0.893069851 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000001.1/0000006.1ms, 0001 iters, 001 passes, 0.915780444 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.6/0000036.5ms, 0003 iters, 002 passes, 0.855399121 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000001.3/0000058.1ms, 0070 iters, 005 passes, 0.891049441 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0328] batch, 064 threads} -> {0000000.7/0000057.2ms, 0070 iters, 005 passes, 0.909541894 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.0/0000048.9ms, 0076 iters, 005 passes, 0.905754636 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.0/0000052.6ms, 0080 iters, 005 passes, 0.901877981 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.0/0000053.1ms, 0075 iters, 005 passes, 0.910840477 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.0/0000053.1ms, 0063 iters, 005 passes, 0.893941732 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.915739493 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.0/0000037.6ms, 0003 iters, 002 passes, 0.880770272 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.0/0000055.8ms, 0072 iters, 005 passes, 0.913968205 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.0/0000057.1ms, 0069 iters, 005 passes, 0.913778376 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.915572008 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.1/0000035.3ms, 0003 iters, 002 passes, 0.858560685 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.1/0000064.2ms, 0091 iters, 006 passes, 0.886986084 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.1/0000068.2ms, 0110 iters, 007 passes, 0.885449231 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000001.4/0000006.5ms, 0001 iters, 001 passes, 0.915738371 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000001.0/0000036.6ms, 0003 iters, 002 passes, 0.855361767 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000000.8/0000058.6ms, 0070 iters, 005 passes, 0.910184075 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0329] batch, 064 threads} -> {0000001.2/0000058.4ms, 0085 iters, 005 passes, 0.907532781 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.0/0000052.4ms, 0080 iters, 005 passes, 0.915467141 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.0/0000058.6ms, 0105 iters, 006 passes, 0.785047199 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.0/0000055.9ms, 0072 iters, 005 passes, 0.913131702 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.0/0000053.6ms, 0063 iters, 005 passes, 0.912995630 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.0/0000004.8ms, 0001 iters, 001 passes, 0.915694211 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.0/0000037.3ms, 0003 iters, 002 passes, 0.880729391 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.0/0000056.2ms, 0061 iters, 005 passes, 0.910154075 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.0/0000055.8ms, 0059 iters, 005 passes, 0.912690517 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.915526262 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.1/0000035.3ms, 0005 iters, 002 passes, 0.858520719 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.1/0000063.3ms, 0077 iters, 006 passes, 0.907607227 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.1/0000065.2ms, 0091 iters, 006 passes, 0.875405931 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.7/0000005.7ms, 0001 iters, 001 passes, 0.915693089 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.6/0000035.8ms, 0004 iters, 002 passes, 0.855323605 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.6/0000057.1ms, 0070 iters, 005 passes, 0.891843519 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0330] batch, 064 threads} -> {0000000.6/0000058.3ms, 0071 iters, 005 passes, 0.904199536 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.0/0000050.8ms, 0085 iters, 005 passes, 0.913059185 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.0/0000053.1ms, 0085 iters, 005 passes, 0.911223373 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.0/0000053.7ms, 0062 iters, 005 passes, 0.905309228 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.0/0000053.4ms, 0064 iters, 005 passes, 0.914445873 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.915651874 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.0/0000037.6ms, 0003 iters, 002 passes, 0.880688377 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.0/0000060.0ms, 0061 iters, 005 passes, 0.911550700 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.0/0000057.3ms, 0063 iters, 005 passes, 0.912175250 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.915483456 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.1/0000036.0ms, 0003 iters, 002 passes, 0.858481201 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.1/0000064.5ms, 0102 iters, 006 passes, 0.911215634 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.1/0000070.1ms, 0100 iters, 007 passes, 0.880374174 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.6/0000005.7ms, 0001 iters, 001 passes, 0.915650282 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.6/0000035.7ms, 0003 iters, 002 passes, 0.855286106 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000001.0/0000059.5ms, 0062 iters, 005 passes, 0.913504653 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0331] batch, 064 threads} -> {0000000.5/0000059.3ms, 0070 iters, 005 passes, 0.912543044 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.0/0000050.8ms, 0085 iters, 005 passes, 0.909274642 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.0/0000054.0ms, 0085 iters, 005 passes, 0.904309584 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.0/0000054.8ms, 0079 iters, 005 passes, 0.910020370 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.0/0000054.2ms, 0060 iters, 005 passes, 0.915552579 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.915606322 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.0/0000037.5ms, 0003 iters, 002 passes, 0.880644843 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.0/0000054.2ms, 0056 iters, 005 passes, 0.915944403 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.0/0000062.3ms, 0088 iters, 006 passes, 0.902776930 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.915437904 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.1/0000035.6ms, 0003 iters, 002 passes, 0.858438243 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.1/0000067.8ms, 0105 iters, 007 passes, 0.890229108 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.1/0000064.1ms, 0090 iters, 006 passes, 0.909778019 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000001.2/0000006.2ms, 0001 iters, 001 passes, 0.915604730 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000001.1/0000037.1ms, 0003 iters, 002 passes, 0.855246890 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000000.7/0000058.9ms, 0060 iters, 005 passes, 0.908438185 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0332] batch, 064 threads} -> {0000001.0/0000057.2ms, 0065 iters, 005 passes, 0.912921459 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.0/0000055.9ms, 0091 iters, 006 passes, 0.885541351 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.0/0000051.1ms, 0083 iters, 005 passes, 0.914751685 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.0/0000054.6ms, 0072 iters, 005 passes, 0.913662035 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.0/0000060.2ms, 0086 iters, 006 passes, 0.871299563 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.915562098 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.0/0000037.3ms, 0003 iters, 002 passes, 0.880606336 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.0/0000056.2ms, 0063 iters, 005 passes, 0.913046737 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.0/0000056.9ms, 0063 iters, 005 passes, 0.915456024 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.915393680 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.1/0000035.3ms, 0003 iters, 002 passes, 0.858396705 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.1/0000068.2ms, 0110 iters, 007 passes, 0.876700997 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.1/0000083.3ms, 0111 iters, 007 passes, 0.856734492 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.7/0000005.7ms, 0001 iters, 001 passes, 0.915560976 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.7/0000036.1ms, 0003 iters, 002 passes, 0.855208815 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.5/0000058.1ms, 0070 iters, 005 passes, 0.906494264 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0333] batch, 064 threads} -> {0000000.6/0000057.8ms, 0070 iters, 005 passes, 0.913047844 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.0/0000050.5ms, 0085 iters, 005 passes, 0.898753734 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.0/0000054.1ms, 0081 iters, 005 passes, 0.896475017 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.0/0000055.7ms, 0085 iters, 005 passes, 0.908963402 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.0/0000058.8ms, 0090 iters, 006 passes, 0.907140691 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.915518811 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.0/0000037.8ms, 0003 iters, 002 passes, 0.880567005 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.0/0000054.2ms, 0060 iters, 005 passes, 0.906068924 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.0/0000054.5ms, 0063 iters, 005 passes, 0.914883118 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.915349922 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.1/0000035.8ms, 0003 iters, 002 passes, 0.858357638 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.1/0000067.6ms, 0110 iters, 007 passes, 0.894282385 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.1/0000068.1ms, 0082 iters, 007 passes, 0.865681317 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.5/0000005.6ms, 0001 iters, 001 passes, 0.915517689 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.7/0000035.7ms, 0003 iters, 002 passes, 0.855172727 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.9/0000058.6ms, 0061 iters, 005 passes, 0.886070950 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0334] batch, 064 threads} -> {0000000.9/0000057.3ms, 0070 iters, 005 passes, 0.907435374 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.0/0000052.8ms, 0085 iters, 005 passes, 0.909064268 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.0/0000052.6ms, 0082 iters, 005 passes, 0.914851383 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.0/0000056.0ms, 0085 iters, 005 passes, 0.914819928 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.0/0000054.0ms, 0058 iters, 005 passes, 0.914791523 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.915473628 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.0/0000037.6ms, 0003 iters, 002 passes, 0.880523357 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.0/0000054.5ms, 0060 iters, 005 passes, 0.915721481 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.0/0000055.5ms, 0067 iters, 005 passes, 0.902174959 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.915304273 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.1/0000035.2ms, 0003 iters, 002 passes, 0.858314518 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.1/0000068.5ms, 0093 iters, 007 passes, 0.878086299 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.1/0000065.8ms, 0083 iters, 006 passes, 0.839099217 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.5/0000005.4ms, 0001 iters, 001 passes, 0.915472036 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.5/0000035.6ms, 0003 iters, 002 passes, 0.855130136 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.5/0000057.6ms, 0064 iters, 005 passes, 0.912196085 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0335] batch, 064 threads} -> {0000000.6/0000056.9ms, 0060 iters, 005 passes, 0.889447375 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.0/0000051.0ms, 0085 iters, 005 passes, 0.911801168 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.0/0000051.3ms, 0061 iters, 005 passes, 0.913220071 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.0/0000059.5ms, 0102 iters, 006 passes, 0.867509101 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.0/0000055.6ms, 0064 iters, 005 passes, 0.913232895 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.915427899 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.0/0000037.6ms, 0003 iters, 002 passes, 0.880480326 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.0/0000058.2ms, 0075 iters, 006 passes, 0.870154872 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.0/0000054.7ms, 0060 iters, 005 passes, 0.914441206 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.915258829 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.1/0000036.2ms, 0009 iters, 002 passes, 0.858276664 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.1/0000064.6ms, 0078 iters, 006 passes, 0.890521078 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.1/0000069.5ms, 0111 iters, 007 passes, 0.897528391 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.915426778 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.6/0000036.2ms, 0003 iters, 002 passes, 0.855089159 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.6/0000057.5ms, 0070 iters, 005 passes, 0.877505703 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0336] batch, 064 threads} -> {0000000.6/0000056.8ms, 0062 iters, 005 passes, 0.906797556 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.0/0000051.4ms, 0085 iters, 005 passes, 0.886323799 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.0/0000052.9ms, 0085 iters, 005 passes, 0.895503257 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.0/0000056.1ms, 0074 iters, 005 passes, 0.910610951 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.0/0000053.3ms, 0056 iters, 005 passes, 0.915346341 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.915385589 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.0/0000038.0ms, 0003 iters, 002 passes, 0.880438113 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.0/0000054.3ms, 0064 iters, 005 passes, 0.905213399 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.0/0000063.3ms, 0082 iters, 006 passes, 0.913032053 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.915216509 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.1/0000034.7ms, 0003 iters, 002 passes, 0.858236017 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.1/0000065.1ms, 0081 iters, 006 passes, 0.897246901 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.1/0000070.2ms, 0109 iters, 007 passes, 0.876562089 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.915384936 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.9/0000036.5ms, 0003 iters, 002 passes, 0.855049709 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.9/0000057.3ms, 0054 iters, 005 passes, 0.911970472 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0337] batch, 064 threads} -> {0000000.7/0000058.4ms, 0064 iters, 005 passes, 0.898854555 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.0/0000052.1ms, 0085 iters, 005 passes, 0.913379043 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.0/0000058.1ms, 0105 iters, 006 passes, 0.905860249 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.0/0000056.1ms, 0085 iters, 005 passes, 0.907017362 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.0/0000056.8ms, 0070 iters, 005 passes, 0.912734862 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.915342057 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.0/0000038.1ms, 0008 iters, 002 passes, 0.880399955 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.0/0000056.3ms, 0085 iters, 005 passes, 0.912012001 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.0/0000055.7ms, 0058 iters, 005 passes, 0.910704099 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.915172977 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.1/0000036.0ms, 0005 iters, 002 passes, 0.858195042 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.1/0000068.5ms, 0103 iters, 007 passes, 0.887658213 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.1/0000067.9ms, 0091 iters, 007 passes, 0.862721702 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000001.0/0000006.0ms, 0001 iters, 001 passes, 0.915341403 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.6/0000035.9ms, 0004 iters, 002 passes, 0.855010911 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000000.6/0000057.5ms, 0057 iters, 005 passes, 0.912045977 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0338] batch, 064 threads} -> {0000001.1/0000057.0ms, 0060 iters, 005 passes, 0.904234607 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.0/0000049.3ms, 0085 iters, 005 passes, 0.914433186 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.0/0000053.8ms, 0065 iters, 005 passes, 0.915042609 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.0/0000056.0ms, 0072 iters, 005 passes, 0.912801183 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.0/0000054.6ms, 0060 iters, 005 passes, 0.906933486 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.915295423 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.0/0000037.7ms, 0003 iters, 002 passes, 0.880355358 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.0/0000054.9ms, 0060 iters, 005 passes, 0.914226428 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.0/0000055.7ms, 0058 iters, 005 passes, 0.906224410 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.915126339 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.1/0000035.8ms, 0003 iters, 002 passes, 0.858151788 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.1/0000063.5ms, 0078 iters, 006 passes, 0.908209252 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.1/0000065.1ms, 0105 iters, 006 passes, 0.908625111 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.915294765 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.5/0000035.7ms, 0003 iters, 002 passes, 0.854966911 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.6/0000057.4ms, 0060 iters, 005 passes, 0.886657426 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0339] batch, 064 threads} -> {0000000.5/0000058.6ms, 0070 iters, 005 passes, 0.914840775 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.0/0000056.0ms, 0105 iters, 006 passes, 0.902226513 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.0/0000054.9ms, 0085 iters, 005 passes, 0.910600712 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.0/0000052.6ms, 0064 iters, 005 passes, 0.909795456 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.0/0000054.3ms, 0070 iters, 005 passes, 0.908376694 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.915250856 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.0/0000037.7ms, 0004 iters, 002 passes, 0.880313937 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.0/0000053.9ms, 0050 iters, 005 passes, 0.915493546 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.0/0000056.6ms, 0063 iters, 005 passes, 0.915166306 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.915082583 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.1/0000035.5ms, 0003 iters, 002 passes, 0.858111019 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.1/0000066.2ms, 0091 iters, 006 passes, 0.893578131 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.1/0000065.4ms, 0098 iters, 006 passes, 0.884221804 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.6/0000005.5ms, 0001 iters, 001 passes, 0.915250196 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.8/0000036.6ms, 0004 iters, 002 passes, 0.854928237 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.7/0000058.4ms, 0085 iters, 005 passes, 0.905544562 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0340] batch, 064 threads} -> {0000000.5/0000055.9ms, 0057 iters, 005 passes, 0.914863653 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.0/0000050.2ms, 0085 iters, 005 passes, 0.909615884 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.0/0000052.8ms, 0085 iters, 005 passes, 0.911196032 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.0/0000055.2ms, 0072 iters, 005 passes, 0.912777089 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.0/0000054.4ms, 0058 iters, 005 passes, 0.914952212 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.915206653 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.0/0000038.2ms, 0003 iters, 002 passes, 0.880270239 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.0/0000056.4ms, 0070 iters, 005 passes, 0.915218514 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.0/0000057.0ms, 0070 iters, 005 passes, 0.909425188 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.915038379 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.1/0000037.8ms, 0004 iters, 002 passes, 0.858067849 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.1/0000066.3ms, 0082 iters, 006 passes, 0.900864453 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.1/0000070.3ms, 0101 iters, 007 passes, 0.893524521 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.6/0000005.7ms, 0001 iters, 001 passes, 0.915205992 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.7/0000036.1ms, 0003 iters, 002 passes, 0.854889292 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.6/0000059.2ms, 0063 iters, 005 passes, 0.912037663 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0341] batch, 064 threads} -> {0000000.5/0000056.9ms, 0058 iters, 005 passes, 0.915209563 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.0/0000050.2ms, 0084 iters, 005 passes, 0.912215435 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.0/0000052.9ms, 0085 iters, 005 passes, 0.915048623 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.0/0000052.4ms, 0062 iters, 005 passes, 0.913840811 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.0/0000054.8ms, 0064 iters, 005 passes, 0.909611154 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.915162697 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.0/0000037.6ms, 0003 iters, 002 passes, 0.880227779 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.0/0000053.8ms, 0055 iters, 005 passes, 0.914546624 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.0/0000056.0ms, 0070 iters, 005 passes, 0.890505952 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.914993480 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.1/0000035.3ms, 0003 iters, 002 passes, 0.858027758 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.1/0000070.6ms, 0110 iters, 007 passes, 0.881594477 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.1/0000068.5ms, 0099 iters, 007 passes, 0.868814251 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.7/0000005.8ms, 0001 iters, 001 passes, 0.915161096 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000001.0/0000037.2ms, 0003 iters, 002 passes, 0.854850284 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000001.0/0000058.6ms, 0059 iters, 005 passes, 0.907239847 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0342] batch, 064 threads} -> {0000000.7/0000058.2ms, 0062 iters, 005 passes, 0.907153007 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.0/0000051.5ms, 0085 iters, 005 passes, 0.911096650 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.0/0000052.0ms, 0057 iters, 005 passes, 0.913964404 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.0/0000052.6ms, 0070 iters, 005 passes, 0.905061194 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.0/0000057.7ms, 0081 iters, 006 passes, 0.907616856 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.915117834 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.0/0000037.4ms, 0003 iters, 002 passes, 0.880187495 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.0/0000054.6ms, 0070 iters, 005 passes, 0.914604675 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.0/0000056.0ms, 0057 iters, 005 passes, 0.909467249 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.914948554 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.1/0000035.8ms, 0003 iters, 002 passes, 0.857987600 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.1/0000070.6ms, 0112 iters, 007 passes, 0.896807557 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.1/0000065.3ms, 0090 iters, 006 passes, 0.904652331 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.915116234 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.7/0000036.4ms, 0003 iters, 002 passes, 0.854811859 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000000.6/0000058.8ms, 0076 iters, 005 passes, 0.906036283 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0343] batch, 064 threads} -> {0000001.1/0000058.5ms, 0071 iters, 005 passes, 0.907610814 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.0/0000050.7ms, 0085 iters, 005 passes, 0.902001119 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.0/0000052.6ms, 0082 iters, 005 passes, 0.889036349 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.0/0000052.8ms, 0068 iters, 005 passes, 0.876258668 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.0/0000055.9ms, 0070 iters, 005 passes, 0.913137445 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.915071517 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.0/0000037.4ms, 0003 iters, 002 passes, 0.880143927 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.0/0000054.5ms, 0057 iters, 005 passes, 0.909635062 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.0/0000056.2ms, 0065 iters, 005 passes, 0.892991161 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.914902996 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.1/0000036.2ms, 0003 iters, 002 passes, 0.857945310 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.1/0000069.2ms, 0112 iters, 007 passes, 0.890153891 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.1/0000065.6ms, 0075 iters, 006 passes, 0.895888205 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.915069916 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.5/0000036.5ms, 0003 iters, 002 passes, 0.854772899 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.5/0000057.6ms, 0061 iters, 005 passes, 0.914435881 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0344] batch, 064 threads} -> {0000000.5/0000058.6ms, 0069 iters, 005 passes, 0.910954031 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.0/0000048.4ms, 0083 iters, 005 passes, 0.909215759 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.0/0000052.2ms, 0052 iters, 005 passes, 0.903902675 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.0/0000052.2ms, 0058 iters, 005 passes, 0.899799477 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.0/0000056.1ms, 0059 iters, 005 passes, 0.910732171 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.915026932 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.0/0000037.6ms, 0003 iters, 002 passes, 0.880102725 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.0/0000056.2ms, 0070 iters, 005 passes, 0.902894777 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.0/0000061.6ms, 0086 iters, 006 passes, 0.892581789 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.914858884 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.1/0000036.0ms, 0003 iters, 002 passes, 0.857902790 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.1/0000069.5ms, 0093 iters, 007 passes, 0.856839307 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.1/0000066.6ms, 0088 iters, 006 passes, 0.870972762 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.915025332 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.6/0000036.4ms, 0003 iters, 002 passes, 0.854733048 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.5/0000055.6ms, 0057 iters, 005 passes, 0.851443369 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0345] batch, 064 threads} -> {0000000.6/0000057.0ms, 0070 iters, 005 passes, 0.906910680 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.0/0000049.8ms, 0082 iters, 005 passes, 0.903156278 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.0/0000051.6ms, 0057 iters, 005 passes, 0.904362358 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.0/0000054.5ms, 0085 iters, 005 passes, 0.901564079 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.0/0000056.2ms, 0069 iters, 005 passes, 0.909577088 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.914978876 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.0/0000037.7ms, 0004 iters, 002 passes, 0.880057044 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.0/0000054.3ms, 0066 iters, 005 passes, 0.914219123 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.0/0000054.8ms, 0059 iters, 005 passes, 0.907090484 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.914810991 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.1/0000036.0ms, 0005 iters, 002 passes, 0.857861332 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.1/0000063.7ms, 0101 iters, 006 passes, 0.889358349 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.1/0000066.3ms, 0090 iters, 006 passes, 0.892485869 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.6/0000005.7ms, 0001 iters, 001 passes, 0.914977276 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.6/0000036.6ms, 0004 iters, 002 passes, 0.854691226 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.9/0000058.1ms, 0066 iters, 005 passes, 0.887718449 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0346] batch, 064 threads} -> {0000000.5/0000057.7ms, 0062 iters, 005 passes, 0.907116574 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.0/0000050.0ms, 0079 iters, 005 passes, 0.895920047 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.0/0000050.9ms, 0078 iters, 005 passes, 0.908196309 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.0/0000056.6ms, 0073 iters, 006 passes, 0.906929917 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.0/0000054.4ms, 0058 iters, 005 passes, 0.913493448 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.914932551 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.0/0000039.9ms, 0004 iters, 002 passes, 0.880012526 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.0/0000053.4ms, 0060 iters, 005 passes, 0.909402040 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.0/0000053.4ms, 0060 iters, 005 passes, 0.912145331 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.914765117 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.1/0000039.7ms, 0004 iters, 002 passes, 0.857818257 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.1/0000070.6ms, 0104 iters, 007 passes, 0.811940842 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.1/0000065.2ms, 0099 iters, 006 passes, 0.897139998 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.7/0000005.6ms, 0001 iters, 001 passes, 0.914930950 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.7/0000036.6ms, 0003 iters, 002 passes, 0.854652315 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.6/0000055.9ms, 0070 iters, 005 passes, 0.899857287 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0347] batch, 064 threads} -> {0000000.7/0000056.7ms, 0068 iters, 005 passes, 0.908777842 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.0/0000055.8ms, 0105 iters, 006 passes, 0.909041196 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.0/0000051.5ms, 0085 iters, 005 passes, 0.897092776 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.0/0000053.3ms, 0062 iters, 005 passes, 0.898088921 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.0/0000053.8ms, 0058 iters, 005 passes, 0.909429717 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.914887355 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.0/0000039.2ms, 0003 iters, 002 passes, 0.879971896 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.0/0000055.4ms, 0067 iters, 005 passes, 0.912932425 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.0/0000055.4ms, 0066 iters, 005 passes, 0.907368511 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.914720432 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.1/0000040.2ms, 0003 iters, 002 passes, 0.857777574 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.1/0000076.9ms, 0114 iters, 007 passes, 0.872218874 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.1/0000067.1ms, 0105 iters, 006 passes, 0.909866016 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.6/0000005.7ms, 0001 iters, 001 passes, 0.914885756 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.4/0000036.4ms, 0003 iters, 002 passes, 0.854614464 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.5/0000058.8ms, 0058 iters, 005 passes, 0.914442435 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0348] batch, 064 threads} -> {0000000.5/0000058.0ms, 0069 iters, 005 passes, 0.914533357 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.0/0000055.7ms, 0105 iters, 006 passes, 0.896913561 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.0/0000053.8ms, 0085 iters, 005 passes, 0.905774287 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.0/0000051.2ms, 0063 iters, 005 passes, 0.910158469 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.0/0000053.0ms, 0062 iters, 005 passes, 0.898780818 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.914844188 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.0/0000039.9ms, 0003 iters, 002 passes, 0.879931593 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.0/0000054.5ms, 0084 iters, 005 passes, 0.899371816 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.0/0000057.2ms, 0066 iters, 005 passes, 0.914349686 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.914677280 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.1/0000040.5ms, 0004 iters, 002 passes, 0.857738026 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.1/0000066.8ms, 0097 iters, 007 passes, 0.891146829 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.1/0000068.4ms, 0087 iters, 006 passes, 0.883357986 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.6/0000005.7ms, 0001 iters, 001 passes, 0.914843059 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.5/0000036.4ms, 0003 iters, 002 passes, 0.854572889 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.5/0000058.2ms, 0070 iters, 005 passes, 0.912888949 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0349] batch, 064 threads} -> {0000000.4/0000058.2ms, 0063 iters, 005 passes, 0.897503228 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.0/0000056.5ms, 0095 iters, 006 passes, 0.902061210 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.0/0000053.3ms, 0070 iters, 005 passes, 0.901198720 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.0/0000057.9ms, 0083 iters, 006 passes, 0.909616143 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.0/0000054.3ms, 0058 iters, 005 passes, 0.908616938 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914797840 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.0/0000040.1ms, 0004 iters, 002 passes, 0.879889725 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.0/0000055.3ms, 0071 iters, 005 passes, 0.911866129 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.0/0000056.2ms, 0054 iters, 005 passes, 0.914462002 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.914630931 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.1/0000041.2ms, 0004 iters, 002 passes, 0.857697544 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.1/0000070.0ms, 0105 iters, 006 passes, 0.894870941 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.1/0000069.2ms, 0097 iters, 007 passes, 0.877862596 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.914796711 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.6/0000036.5ms, 0005 iters, 002 passes, 0.854532407 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.5/0000057.9ms, 0063 iters, 005 passes, 0.875189438 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0350] batch, 064 threads} -> {0000000.7/0000056.9ms, 0060 iters, 005 passes, 0.910316123 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.0/0000051.1ms, 0075 iters, 005 passes, 0.913181179 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.0/0000051.7ms, 0059 iters, 005 passes, 0.884025977 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.0/0000052.6ms, 0070 iters, 005 passes, 0.900674863 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.0/0000055.3ms, 0070 iters, 005 passes, 0.909814801 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914753605 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.0/0000038.1ms, 0003 iters, 002 passes, 0.879848627 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.0/0000053.0ms, 0069 iters, 005 passes, 0.908146330 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.0/0000055.7ms, 0060 iters, 005 passes, 0.914767588 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.914586665 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.1/0000039.9ms, 0004 iters, 002 passes, 0.857655810 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.1/0000066.7ms, 0097 iters, 006 passes, 0.904981120 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.1/0000065.4ms, 0090 iters, 006 passes, 0.904271816 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.7/0000005.7ms, 0001 iters, 001 passes, 0.914752480 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.6/0000036.5ms, 0006 iters, 002 passes, 0.854495610 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.6/0000063.3ms, 0060 iters, 005 passes, 0.896947345 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0351] batch, 064 threads} -> {0000000.5/0000058.3ms, 0068 iters, 005 passes, 0.879769802 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.0/0000050.7ms, 0079 iters, 005 passes, 0.911554844 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.0/0000051.4ms, 0058 iters, 005 passes, 0.914771697 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.0/0000062.5ms, 0051 iters, 005 passes, 0.914016087 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.0/0000054.7ms, 0069 iters, 005 passes, 0.906914738 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914711934 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.0/0000037.6ms, 0003 iters, 002 passes, 0.879809511 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.0/0000055.8ms, 0063 iters, 005 passes, 0.893445229 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.0/0000056.5ms, 0060 iters, 005 passes, 0.914388303 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.914545957 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.1/0000040.3ms, 0005 iters, 002 passes, 0.857622963 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.1/0000065.7ms, 0097 iters, 007 passes, 0.896170768 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.1/0000070.0ms, 0110 iters, 007 passes, 0.896406828 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.914710339 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.9/0000036.8ms, 0003 iters, 002 passes, 0.854456455 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000000.5/0000059.2ms, 0072 iters, 005 passes, 0.905479747 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0352] batch, 064 threads} -> {0000001.0/0000056.8ms, 0070 iters, 005 passes, 0.904981278 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.0/0000048.6ms, 0079 iters, 005 passes, 0.914146305 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.0/0000050.2ms, 0070 iters, 005 passes, 0.905543524 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.0/0000052.5ms, 0064 iters, 005 passes, 0.903439175 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.0/0000055.4ms, 0071 iters, 005 passes, 0.904758863 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.914671481 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.0/0000038.4ms, 0003 iters, 002 passes, 0.879773495 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.0/0000055.1ms, 0060 iters, 005 passes, 0.914092308 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.0/0000057.0ms, 0057 iters, 005 passes, 0.910878516 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.914505528 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.1/0000039.8ms, 0003 iters, 002 passes, 0.857588880 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.1/0000065.5ms, 0090 iters, 006 passes, 0.890076596 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.1/0000070.0ms, 0113 iters, 007 passes, 0.905154118 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.7/0000005.8ms, 0001 iters, 001 passes, 0.914669887 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.6/0000036.1ms, 0003 iters, 002 passes, 0.854422866 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.6/0000057.4ms, 0060 iters, 005 passes, 0.909345102 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0353] batch, 064 threads} -> {0000000.6/0000057.8ms, 0060 iters, 005 passes, 0.907136357 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.0/0000052.6ms, 0086 iters, 005 passes, 0.888469220 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.0/0000053.8ms, 0085 iters, 005 passes, 0.907077886 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.0/0000052.6ms, 0060 iters, 005 passes, 0.907192724 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.0/0000054.3ms, 0084 iters, 005 passes, 0.901249995 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.914629075 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.0/0000037.9ms, 0004 iters, 002 passes, 0.879735642 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.0/0000054.8ms, 0053 iters, 005 passes, 0.912885810 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.0/0000054.5ms, 0058 iters, 005 passes, 0.912719372 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.1/0000004.6ms, 0001 iters, 001 passes, 0.914466688 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.1/0000039.5ms, 0004 iters, 002 passes, 0.857550177 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.1/0000070.7ms, 0125 iters, 007 passes, 0.849973451 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.1/0000064.4ms, 0092 iters, 006 passes, 0.899248828 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.9/0000005.8ms, 0001 iters, 001 passes, 0.914627481 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.7/0000036.4ms, 0004 iters, 002 passes, 0.854386549 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.8/0000057.6ms, 0070 iters, 005 passes, 0.907345472 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0354] batch, 064 threads} -> {0000000.7/0000056.0ms, 0059 iters, 005 passes, 0.912646562 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.0/0000052.7ms, 0085 iters, 005 passes, 0.869272506 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.0/0000050.9ms, 0061 iters, 005 passes, 0.901467848 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.0/0000052.2ms, 0060 iters, 005 passes, 0.902353923 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.0/0000053.7ms, 0058 iters, 005 passes, 0.913915689 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914583987 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.0/0000034.5ms, 0003 iters, 002 passes, 0.879692812 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.0/0000054.8ms, 0059 iters, 005 passes, 0.911923303 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.0/0000056.9ms, 0057 iters, 005 passes, 0.910129896 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.914421566 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.1/0000039.5ms, 0003 iters, 002 passes, 0.857507622 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.1/0000073.8ms, 0125 iters, 007 passes, 0.817442669 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.1/0000071.1ms, 0099 iters, 007 passes, 0.833650519 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000001.4/0000006.4ms, 0001 iters, 001 passes, 0.914582394 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.6/0000036.7ms, 0004 iters, 002 passes, 0.854348134 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000000.8/0000058.6ms, 0067 iters, 005 passes, 0.913548995 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0355] batch, 064 threads} -> {0000001.1/0000058.2ms, 0061 iters, 005 passes, 0.910306757 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.0/0000054.5ms, 0105 iters, 006 passes, 0.908194871 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.0/0000052.8ms, 0085 iters, 005 passes, 0.913891171 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.0/0000052.9ms, 0057 iters, 005 passes, 0.909614831 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.0/0000053.8ms, 0062 iters, 005 passes, 0.912180667 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914541911 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.0/0000034.7ms, 0003 iters, 002 passes, 0.879654986 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.0/0000055.2ms, 0061 iters, 005 passes, 0.912529548 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.0/0000057.3ms, 0060 iters, 005 passes, 0.911367646 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.914379488 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.1/0000039.3ms, 0003 iters, 002 passes, 0.857468833 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.1/0000070.4ms, 0110 iters, 007 passes, 0.888482828 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.1/0000069.3ms, 0099 iters, 007 passes, 0.850843506 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.7/0000005.7ms, 0001 iters, 001 passes, 0.914540318 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.6/0000036.3ms, 0003 iters, 002 passes, 0.854312201 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.5/0000063.6ms, 0082 iters, 006 passes, 0.893195064 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0356] batch, 064 threads} -> {0000000.5/0000056.5ms, 0062 iters, 005 passes, 0.902529256 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.0/0000050.6ms, 0085 iters, 005 passes, 0.905047372 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.0/0000050.5ms, 0070 iters, 005 passes, 0.901093240 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.0/0000053.8ms, 0061 iters, 005 passes, 0.912703788 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.0/0000054.2ms, 0060 iters, 005 passes, 0.894197458 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914499041 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.0/0000034.9ms, 0003 iters, 002 passes, 0.879613982 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.0/0000056.5ms, 0056 iters, 005 passes, 0.907190674 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.0/0000056.9ms, 0067 iters, 005 passes, 0.913386019 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.914336174 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.1/0000040.0ms, 0003 iters, 002 passes, 0.857426810 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.1/0000067.2ms, 0111 iters, 007 passes, 0.862779029 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.1/0000067.0ms, 0098 iters, 007 passes, 0.888367565 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000001.1/0000006.2ms, 0001 iters, 001 passes, 0.914496978 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.4/0000036.3ms, 0003 iters, 002 passes, 0.854274329 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.8/0000065.0ms, 0078 iters, 006 passes, 0.884368929 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0357] batch, 064 threads} -> {0000000.6/0000055.7ms, 0069 iters, 005 passes, 0.910833472 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.0/0000048.9ms, 0084 iters, 005 passes, 0.894378441 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.0/0000052.2ms, 0067 iters, 005 passes, 0.892485177 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.0/0000056.5ms, 0080 iters, 006 passes, 0.892752709 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.0/0000053.3ms, 0070 iters, 005 passes, 0.909920747 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914456873 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.0/0000034.2ms, 0004 iters, 002 passes, 0.879574142 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.0/0000054.9ms, 0051 iters, 005 passes, 0.907825926 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.0/0000056.1ms, 0058 iters, 005 passes, 0.902250106 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.914294018 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.1/0000040.5ms, 0004 iters, 002 passes, 0.857390338 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.1/0000070.3ms, 0107 iters, 007 passes, 0.882020779 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.1/0000067.9ms, 0094 iters, 007 passes, 0.859193028 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.5/0000005.2ms, 0001 iters, 001 passes, 0.914454810 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.5/0000035.5ms, 0004 iters, 002 passes, 0.854238479 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.6/0000064.6ms, 0104 iters, 006 passes, 0.901750620 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0358] batch, 064 threads} -> {0000000.5/0000057.2ms, 0063 iters, 005 passes, 0.911190935 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.0/0000049.7ms, 0073 iters, 005 passes, 0.909132857 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.0/0000052.5ms, 0064 iters, 005 passes, 0.912559339 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.0/0000055.0ms, 0063 iters, 005 passes, 0.904102897 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.0/0000058.7ms, 0084 iters, 006 passes, 0.903755457 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914411710 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.0/0000034.5ms, 0003 iters, 002 passes, 0.879531592 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.0/0000055.0ms, 0058 iters, 005 passes, 0.913635980 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.0/0000053.4ms, 0054 iters, 005 passes, 0.914442898 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.914248852 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.1/0000039.7ms, 0003 iters, 002 passes, 0.857349570 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.1/0000067.7ms, 0106 iters, 006 passes, 0.854898580 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.1/0000071.9ms, 0125 iters, 007 passes, 0.896510102 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.7/0000005.8ms, 0001 iters, 001 passes, 0.914410117 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.7/0000035.6ms, 0003 iters, 002 passes, 0.854199627 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000000.7/0000057.6ms, 0070 iters, 005 passes, 0.913600826 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0359] batch, 064 threads} -> {0000001.0/0000058.6ms, 0057 iters, 005 passes, 0.912792792 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.0/0000051.2ms, 0085 iters, 005 passes, 0.878761774 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.0/0000056.5ms, 0079 iters, 006 passes, 0.909507480 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.0/0000053.2ms, 0064 iters, 005 passes, 0.906779978 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.0/0000055.1ms, 0068 iters, 005 passes, 0.906461969 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914367213 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.0/0000035.0ms, 0004 iters, 002 passes, 0.879492738 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.0/0000054.2ms, 0070 iters, 005 passes, 0.914261014 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.0/0000056.0ms, 0055 iters, 005 passes, 0.914399703 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.914205315 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.1/0000039.7ms, 0004 iters, 002 passes, 0.857310408 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.1/0000065.8ms, 0109 iters, 007 passes, 0.887674709 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.1/0000074.1ms, 0106 iters, 007 passes, 0.906489728 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.914365620 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.6/0000035.4ms, 0004 iters, 002 passes, 0.854163130 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.7/0000056.0ms, 0066 iters, 005 passes, 0.902807828 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0360] batch, 064 threads} -> {0000000.6/0000059.4ms, 0070 iters, 005 passes, 0.912985768 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.0/0000052.6ms, 0085 iters, 005 passes, 0.913369877 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.0/0000052.7ms, 0070 iters, 005 passes, 0.899093904 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.0/0000052.5ms, 0069 iters, 005 passes, 0.910741772 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.0/0000052.8ms, 0069 iters, 005 passes, 0.908448765 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.914320102 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.0/0000035.4ms, 0003 iters, 002 passes, 0.879448673 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.0/0000055.8ms, 0084 iters, 005 passes, 0.862668482 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.0/0000056.5ms, 0062 iters, 005 passes, 0.907879793 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.1/0000004.7ms, 0001 iters, 001 passes, 0.914158204 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.1/0000039.6ms, 0003 iters, 002 passes, 0.857266668 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.1/0000062.6ms, 0078 iters, 006 passes, 0.878638522 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.1/0000070.1ms, 0098 iters, 007 passes, 0.891975739 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.6/0000005.6ms, 0001 iters, 001 passes, 0.914318979 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.7/0000035.8ms, 0003 iters, 002 passes, 0.854125115 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.7/0000056.6ms, 0084 iters, 005 passes, 0.904960999 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0361] batch, 064 threads} -> {0000000.5/0000056.6ms, 0071 iters, 005 passes, 0.903010437 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.0/0000050.7ms, 0085 iters, 005 passes, 0.910447506 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.0/0000051.1ms, 0070 iters, 005 passes, 0.911677170 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.0/0000053.3ms, 0064 iters, 005 passes, 0.905378766 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.0/0000055.9ms, 0060 iters, 005 passes, 0.897933859 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.0/0000004.9ms, 0001 iters, 001 passes, 0.914282079 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.0/0000035.0ms, 0003 iters, 002 passes, 0.879413254 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.0/0000054.8ms, 0057 iters, 005 passes, 0.909595349 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.0/0000055.8ms, 0070 iters, 005 passes, 0.895739825 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.914120204 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.1/0000039.8ms, 0003 iters, 002 passes, 0.857231227 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.1/0000070.6ms, 0104 iters, 007 passes, 0.887683663 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.1/0000071.0ms, 0109 iters, 007 passes, 0.862811888 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000001.1/0000006.1ms, 0001 iters, 001 passes, 0.914280956 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.6/0000035.9ms, 0003 iters, 002 passes, 0.854094094 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.5/0000059.6ms, 0085 iters, 005 passes, 0.908322894 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0362] batch, 064 threads} -> {0000000.8/0000057.9ms, 0070 iters, 005 passes, 0.906453965 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.0/0000051.4ms, 0085 iters, 005 passes, 0.908826015 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.0/0000054.5ms, 0070 iters, 005 passes, 0.912129357 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.0/0000052.6ms, 0059 iters, 005 passes, 0.905690588 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.0/0000054.8ms, 0056 iters, 005 passes, 0.902956977 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914237409 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.0/0000035.0ms, 0008 iters, 002 passes, 0.879370930 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.0/0000055.1ms, 0070 iters, 005 passes, 0.909852980 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.0/0000055.2ms, 0059 iters, 005 passes, 0.894037127 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.1/0000004.2ms, 0001 iters, 001 passes, 0.914074275 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.1/0000038.9ms, 0003 iters, 002 passes, 0.857189165 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.1/0000071.8ms, 0121 iters, 007 passes, 0.858241117 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.1/0000071.2ms, 0112 iters, 007 passes, 0.899929891 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.4/0000005.3ms, 0001 iters, 001 passes, 0.914235815 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.6/0000036.0ms, 0006 iters, 002 passes, 0.854058335 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.4/0000062.0ms, 0089 iters, 006 passes, 0.860909321 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0363] batch, 064 threads} -> {0000000.7/0000055.3ms, 0069 iters, 005 passes, 0.912601377 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.0/0000050.5ms, 0085 iters, 005 passes, 0.885083917 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.0/0000052.7ms, 0070 iters, 005 passes, 0.903330322 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.0/0000052.6ms, 0052 iters, 005 passes, 0.905918580 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.0/0000054.5ms, 0070 iters, 005 passes, 0.905842039 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914193384 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.0/0000035.3ms, 0004 iters, 002 passes, 0.879332529 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.0/0000057.5ms, 0064 iters, 005 passes, 0.904411675 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.0/0000056.8ms, 0062 iters, 005 passes, 0.912337928 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.1/0000004.4ms, 0001 iters, 001 passes, 0.914030909 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.1/0000040.0ms, 0004 iters, 002 passes, 0.857151517 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.1/0000066.8ms, 0090 iters, 006 passes, 0.909727378 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.1/0000071.5ms, 0126 iters, 007 passes, 0.873963304 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.5/0000005.5ms, 0001 iters, 001 passes, 0.914191790 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.5/0000035.2ms, 0003 iters, 002 passes, 0.854021571 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.5/0000063.4ms, 0076 iters, 006 passes, 0.896174263 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0364] batch, 064 threads} -> {0000000.6/0000058.2ms, 0070 iters, 005 passes, 0.913513178 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.0/0000054.4ms, 0105 iters, 006 passes, 0.894377589 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.0/0000050.7ms, 0070 iters, 005 passes, 0.912029939 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.0/0000053.2ms, 0060 iters, 005 passes, 0.913299275 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.0/0000054.7ms, 0061 iters, 005 passes, 0.896595809 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.0/0000005.1ms, 0001 iters, 001 passes, 0.914149426 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.0/0000034.1ms, 0003 iters, 002 passes, 0.879294208 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.0/0000053.5ms, 0060 iters, 005 passes, 0.908168338 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.0/0000056.4ms, 0070 iters, 005 passes, 0.910049009 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.913987147 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.1/0000039.5ms, 0003 iters, 002 passes, 0.857111928 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.1/0000071.0ms, 0110 iters, 007 passes, 0.850726255 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.1/0000069.2ms, 0097 iters, 007 passes, 0.868949764 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.8/0000005.7ms, 0001 iters, 001 passes, 0.914147834 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.7/0000035.4ms, 0003 iters, 002 passes, 0.853988430 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.5/0000058.2ms, 0076 iters, 005 passes, 0.909409734 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0365] batch, 064 threads} -> {0000000.5/0000056.2ms, 0084 iters, 005 passes, 0.910617691 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.0/0000057.0ms, 0100 iters, 006 passes, 0.891301989 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.0/0000052.5ms, 0085 iters, 005 passes, 0.876967656 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.0/0000055.5ms, 0061 iters, 005 passes, 0.910805697 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.0/0000056.8ms, 0057 iters, 005 passes, 0.904995395 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914105488 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.0/0000033.7ms, 0003 iters, 002 passes, 0.879253123 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.0/0000055.6ms, 0055 iters, 005 passes, 0.903298626 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.0/0000054.8ms, 0069 iters, 005 passes, 0.912640032 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.1/0000004.3ms, 0001 iters, 001 passes, 0.913943210 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.1/0000039.5ms, 0005 iters, 002 passes, 0.857072003 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.1/0000063.8ms, 0087 iters, 006 passes, 0.892004211 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.1/0000074.2ms, 0119 iters, 007 passes, 0.853264902 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000001.0/0000006.0ms, 0001 iters, 001 passes, 0.914103896 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.7/0000035.8ms, 0003 iters, 002 passes, 0.853949786 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.9/0000060.7ms, 0085 iters, 005 passes, 0.899176828 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0366] batch, 064 threads} -> {0000000.6/0000056.8ms, 0063 iters, 005 passes, 0.886194359 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.0/0000051.1ms, 0085 iters, 005 passes, 0.903095694 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.0/0000052.0ms, 0065 iters, 005 passes, 0.905968693 modularity} louvainStaticOmp<JUMP>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.0/0000052.8ms, 0064 iters, 005 passes, 0.902958168 modularity} louvainStaticOmp<REFINE>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.0/0000054.4ms, 0060 iters, 005 passes, 0.909123475 modularity} louvainStaticOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.0/0000005.0ms, 0001 iters, 001 passes, 0.914061419 modularity} louvainNaiveDynamicOmp
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.0/0000033.5ms, 0003 iters, 002 passes, 0.879210891 modularity} louvainNaiveDynamicOmp<JUMP>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.0/0000055.0ms, 0068 iters, 005 passes, 0.913016420 modularity} louvainNaiveDynamicOmp<REFINE>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.0/0000056.5ms, 0058 iters, 005 passes, 0.913417688 modularity} louvainNaiveDynamicOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.1/0000004.5ms, 0001 iters, 001 passes, 0.913899140 modularity} louvainDynamicFrontierOmp
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.1/0000039.9ms, 0003 iters, 002 passes, 0.857029951 modularity} louvainDynamicFrontierOmp<JUMP>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.1/0000070.2ms, 0105 iters, 007 passes, 0.896864254 modularity} louvainDynamicFrontierOmp<REFINE>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.1/0000071.6ms, 0126 iters, 007 passes, 0.814125410 modularity} louvainDynamicFrontierOmp<JUMP, REFINE>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.8/0000005.8ms, 0001 iters, 001 passes, 0.914059826 modularity} louvainDynamicDeltaScreeningOmp
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.6/0000035.3ms, 0004 iters, 002 passes, 0.853909336 modularity} louvainDynamicDeltaScreeningOmp<JUMP>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.8/0000058.4ms, 0064 iters, 005 passes, 0.908073170 modularity} louvainDynamicDeltaScreeningOmp<REFINE>
{-2.120e+02/+2.120e+02 [0367] batch, 064 threads} -> {0000000.6/0000057.3ms, 0058 iters, 005 passes, 0.902342362 modularity} louvainDynamicDeltaScreeningOmp<JUMP,REFINE>
{-2.120e+02/+2.120e+02 [0368] batch, 064 threads} -> {0000000.0/0000048.9ms, 0076 iters, 005 passes, 0.906681500 modularity} louvainStaticOmp
{-2.120e+02/+2.120e+02 [0368] batch, 064 threads} -> {0000000.0/0000050.4ms, 0064 iters, 005 passes,