Comparing static vs dynamic approaches of various OpenMP-based algorithms for community detection : OUTPUT

output-communities-openmp-static-vs-dynamic--weak-scaling.log

2023-01-29 22:07:00 OMP_NUM_THREADS=64
2023-01-29 22:07:00 Loading graph /home/graphwork/Data/indochina-2004.mtx ...
2023-01-29 22:07:23 order: 7414866 size: 194109311 [directed] {}
2023-01-29 22:07:29 order: 7414866 size: 341157189 [directed] {} (symmetricize)
2023-01-29 22:19:44 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0009028.7ms, 0015 iters, 006 passes, 0.948911614 modularity} louvainStaticSeq
2023-01-29 22:19:50 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004177.1ms, 0003 iters, 001 passes, 0.920770425 modularity} rakStaticSeq
2023-01-29 22:19:56 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004555.9ms, 0003 iters, 001 passes, 0.915345815 modularity} rakStaticSeqStrict
2023-01-29 22:20:12 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0009596.1ms, 0015 iters, 006 passes, 0.948911614 modularity} louvainStaticOmp
2023-01-29 22:20:20 {-0.000e+00[0.000e+00] / +1.000e-04[7.000e+02] batch, 001 threads} -> {0000385.7ms, 0001 iters, 001 passes, 0.945592212 modularity} louvainDynamicFrontierOmp
2023-01-29 22:20:28 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004579.1ms, 0003 iters, 001 passes, 0.920770425 modularity} rakStaticOmp
2023-01-29 22:20:36 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004023.9ms, 0003 iters, 001 passes, 0.915345815 modularity} rakStaticOmpStrict
2023-01-29 22:20:40 {-0.000e+00[0.000e+00] / +1.000e-04[7.000e+02] batch, 001 threads} -> {0000026.9ms, 0001 iters, 001 passes, 0.915088765 modularity} rakDynamicFrontierOmp
2023-01-29 22:20:44 {-0.000e+00[0.000e+00] / +1.000e-04[7.000e+02] batch, 001 threads} -> {0000024.7ms, 0001 iters, 001 passes, 0.912473822 modularity} rakDynamicFrontierOmpStrict
2023-01-29 22:20:47 {-0.000e+00[0.000e+00] / +1.000e-04[7.000e+02] batch, 001 threads} -> {0000021.7ms, 0001 iters, 001 passes, 0.948786999 modularity} louvainRakDynamicFrontierOmp
2023-01-29 22:20:51 {-0.000e+00[0.000e+00] / +1.000e-04[7.000e+02] batch, 001 threads} -> {0000021.9ms, 0001 iters, 001 passes, 0.948787006 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-29 22:32:14 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0009358.7ms, 0015 iters, 006 passes, 0.948913845 modularity} louvainStaticSeq
2023-01-29 22:32:20 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004229.8ms, 0003 iters, 001 passes, 0.920762554 modularity} rakStaticSeq
2023-01-29 22:32:27 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004248.4ms, 0003 iters, 001 passes, 0.915343855 modularity} rakStaticSeqStrict
2023-01-29 22:32:42 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0009518.4ms, 0015 iters, 006 passes, 0.948913845 modularity} louvainStaticOmp
2023-01-29 22:32:50 {-0.000e+00[0.000e+00] / +1.000e-04[7.000e+02] batch, 001 threads} -> {0000393.4ms, 0001 iters, 001 passes, 0.945592209 modularity} louvainDynamicFrontierOmp
2023-01-29 22:32:58 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004467.6ms, 0003 iters, 001 passes, 0.920762554 modularity} rakStaticOmp
2023-01-29 22:33:06 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004043.0ms, 0003 iters, 001 passes, 0.915343855 modularity} rakStaticOmpStrict
2023-01-29 22:33:10 {-0.000e+00[0.000e+00] / +1.000e-04[7.000e+02] batch, 001 threads} -> {0000027.9ms, 0001 iters, 001 passes, 0.915154427 modularity} rakDynamicFrontierOmp
2023-01-29 22:33:14 {-0.000e+00[0.000e+00] / +1.000e-04[7.000e+02] batch, 001 threads} -> {0000026.9ms, 0001 iters, 001 passes, 0.912473817 modularity} rakDynamicFrontierOmpStrict
2023-01-29 22:33:17 {-0.000e+00[0.000e+00] / +1.000e-04[7.000e+02] batch, 001 threads} -> {0000030.5ms, 0001 iters, 001 passes, 0.948787011 modularity} louvainRakDynamicFrontierOmp
2023-01-29 22:33:21 {-0.000e+00[0.000e+00] / +1.000e-04[7.000e+02] batch, 001 threads} -> {0000021.7ms, 0001 iters, 001 passes, 0.948787017 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-29 22:44:23 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0009025.4ms, 0017 iters, 007 passes, 0.948916746 modularity} louvainStaticSeq
2023-01-29 22:44:29 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004408.5ms, 0003 iters, 001 passes, 0.920759701 modularity} rakStaticSeq
2023-01-29 22:44:36 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004141.2ms, 0003 iters, 001 passes, 0.915505731 modularity} rakStaticSeqStrict
2023-01-29 22:44:51 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0009939.9ms, 0017 iters, 007 passes, 0.948916746 modularity} louvainStaticOmp
2023-01-29 22:44:59 {-0.000e+00[0.000e+00] / +1.000e-04[6.920e+02] batch, 001 threads} -> {0000388.6ms, 0001 iters, 001 passes, 0.945592191 modularity} louvainDynamicFrontierOmp
2023-01-29 22:45:07 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004409.4ms, 0003 iters, 001 passes, 0.920759701 modularity} rakStaticOmp
2023-01-29 22:45:14 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004106.5ms, 0003 iters, 001 passes, 0.915505731 modularity} rakStaticOmpStrict
2023-01-29 22:45:18 {-0.000e+00[0.000e+00] / +1.000e-04[6.920e+02] batch, 001 threads} -> {0000026.6ms, 0001 iters, 001 passes, 0.915088826 modularity} rakDynamicFrontierOmp
2023-01-29 22:45:22 {-0.000e+00[0.000e+00] / +1.000e-04[6.920e+02] batch, 001 threads} -> {0000025.7ms, 0001 iters, 001 passes, 0.912473947 modularity} rakDynamicFrontierOmpStrict
2023-01-29 22:45:25 {-0.000e+00[0.000e+00] / +1.000e-04[6.920e+02] batch, 001 threads} -> {0000021.7ms, 0001 iters, 001 passes, 0.948787013 modularity} louvainRakDynamicFrontierOmp
2023-01-29 22:45:29 {-0.000e+00[0.000e+00] / +1.000e-04[6.920e+02] batch, 001 threads} -> {0000021.4ms, 0001 iters, 001 passes, 0.948787022 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-29 22:56:26 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0009012.9ms, 0015 iters, 006 passes, 0.948913089 modularity} louvainStaticSeq
2023-01-29 22:56:33 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004149.7ms, 0003 iters, 001 passes, 0.920767640 modularity} rakStaticSeq
2023-01-29 22:56:39 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004073.1ms, 0003 iters, 001 passes, 0.915345678 modularity} rakStaticSeqStrict
2023-01-29 22:56:55 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0009432.0ms, 0015 iters, 006 passes, 0.948913089 modularity} louvainStaticOmp
2023-01-29 22:57:02 {-0.000e+00[0.000e+00] / +1.000e-04[6.880e+02] batch, 001 threads} -> {0000383.1ms, 0001 iters, 001 passes, 0.945592232 modularity} louvainDynamicFrontierOmp
2023-01-29 22:57:10 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004125.9ms, 0003 iters, 001 passes, 0.920767640 modularity} rakStaticOmp
2023-01-29 22:57:18 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004086.9ms, 0003 iters, 001 passes, 0.915345678 modularity} rakStaticOmpStrict
2023-01-29 22:57:21 {-0.000e+00[0.000e+00] / +1.000e-04[6.880e+02] batch, 001 threads} -> {0000025.9ms, 0001 iters, 001 passes, 0.915088785 modularity} rakDynamicFrontierOmp
2023-01-29 22:57:25 {-0.000e+00[0.000e+00] / +1.000e-04[6.880e+02] batch, 001 threads} -> {0000026.0ms, 0001 iters, 001 passes, 0.912473876 modularity} rakDynamicFrontierOmpStrict
2023-01-29 22:57:28 {-0.000e+00[0.000e+00] / +1.000e-04[6.880e+02] batch, 001 threads} -> {0000022.1ms, 0001 iters, 001 passes, 0.948787046 modularity} louvainRakDynamicFrontierOmp
2023-01-29 22:57:32 {-0.000e+00[0.000e+00] / +1.000e-04[6.880e+02] batch, 001 threads} -> {0000026.2ms, 0001 iters, 001 passes, 0.948787054 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-29 23:08:44 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0011056.7ms, 0039 iters, 017 passes, 0.948915814 modularity} louvainStaticSeq
2023-01-29 23:08:51 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004127.9ms, 0003 iters, 001 passes, 0.920760774 modularity} rakStaticSeq
2023-01-29 23:08:57 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004015.0ms, 0003 iters, 001 passes, 0.915374544 modularity} rakStaticSeqStrict
2023-01-29 23:09:14 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0011962.9ms, 0039 iters, 017 passes, 0.948915814 modularity} louvainStaticOmp
2023-01-29 23:09:21 {-0.000e+00[0.000e+00] / +1.000e-04[6.920e+02] batch, 001 threads} -> {0000383.0ms, 0001 iters, 001 passes, 0.945592220 modularity} louvainDynamicFrontierOmp
2023-01-29 23:09:29 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004126.0ms, 0003 iters, 001 passes, 0.920760774 modularity} rakStaticOmp
2023-01-29 23:09:37 {-0.000e+00[0.000e+00] / +1.000e-04[3.411e+04] batch, 001 threads} -> {0004056.0ms, 0003 iters, 001 passes, 0.915374544 modularity} rakStaticOmpStrict
2023-01-29 23:09:41 {-0.000e+00[0.000e+00] / +1.000e-04[6.920e+02] batch, 001 threads} -> {0000027.5ms, 0001 iters, 001 passes, 0.915098820 modularity} rakDynamicFrontierOmp
2023-01-29 23:09:44 {-0.000e+00[0.000e+00] / +1.000e-04[6.920e+02] batch, 001 threads} -> {0000025.6ms, 0001 iters, 001 passes, 0.912474076 modularity} rakDynamicFrontierOmpStrict
2023-01-29 23:09:48 {-0.000e+00[0.000e+00] / +1.000e-04[6.920e+02] batch, 001 threads} -> {0000021.7ms, 0001 iters, 001 passes, 0.948787028 modularity} louvainRakDynamicFrontierOmp
2023-01-29 23:09:51 {-0.000e+00[0.000e+00] / +1.000e-04[6.920e+02] batch, 001 threads} -> {0000021.4ms, 0001 iters, 001 passes, 0.948787025 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-29 23:31:25 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0008866.3ms, 0015 iters, 006 passes, 0.948829471 modularity} louvainStaticSeq
2023-01-29 23:31:32 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0004360.1ms, 0003 iters, 001 passes, 0.920647778 modularity} rakStaticSeq
2023-01-29 23:31:39 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0004214.8ms, 0003 iters, 001 passes, 0.915249643 modularity} rakStaticSeqStrict
2023-01-29 23:31:51 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0007600.2ms, 0023 iters, 010 passes, 0.948642690 modularity} louvainStaticOmp
2023-01-29 23:31:56 {-0.000e+00[0.000e+00] / +2.000e-04[1.380e+03] batch, 002 threads} -> {0000248.8ms, 0001 iters, 001 passes, 0.945590402 modularity} louvainDynamicFrontierOmp
2023-01-29 23:32:01 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0002532.2ms, 0003 iters, 001 passes, 0.920748153 modularity} rakStaticOmp
2023-01-29 23:32:06 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0002511.3ms, 0003 iters, 001 passes, 0.915398473 modularity} rakStaticOmpStrict
2023-01-29 23:32:09 {-0.000e+00[0.000e+00] / +2.000e-04[1.380e+03] batch, 002 threads} -> {0000013.9ms, 0001 iters, 001 passes, 0.915087429 modularity} rakDynamicFrontierOmp
2023-01-29 23:32:11 {-0.000e+00[0.000e+00] / +2.000e-04[1.380e+03] batch, 002 threads} -> {0000014.1ms, 0001 iters, 001 passes, 0.912474507 modularity} rakDynamicFrontierOmpStrict
2023-01-29 23:32:14 {-0.000e+00[0.000e+00] / +2.000e-04[1.380e+03] batch, 002 threads} -> {0000022.0ms, 0001 iters, 001 passes, 0.948785184 modularity} louvainRakDynamicFrontierOmp
2023-01-29 23:32:16 {-0.000e+00[0.000e+00] / +2.000e-04[1.380e+03] batch, 002 threads} -> {0000011.2ms, 0001 iters, 001 passes, 0.948785207 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-29 23:54:47 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0009294.6ms, 0015 iters, 006 passes, 0.948828641 modularity} louvainStaticSeq
2023-01-29 23:54:54 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0004364.2ms, 0003 iters, 001 passes, 0.920688284 modularity} rakStaticSeq
2023-01-29 23:55:01 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0004635.1ms, 0003 iters, 001 passes, 0.915425521 modularity} rakStaticSeqStrict
2023-01-29 23:55:12 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0006587.7ms, 0015 iters, 006 passes, 0.948629851 modularity} louvainStaticOmp
2023-01-29 23:55:18 {-0.000e+00[0.000e+00] / +2.000e-04[1.384e+03] batch, 002 threads} -> {0000254.2ms, 0001 iters, 001 passes, 0.945590387 modularity} louvainDynamicFrontierOmp
2023-01-29 23:55:23 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0002594.5ms, 0003 iters, 001 passes, 0.920776126 modularity} rakStaticOmp
2023-01-29 23:55:28 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0002518.1ms, 0003 iters, 001 passes, 0.915551797 modularity} rakStaticOmpStrict
2023-01-29 23:55:30 {-0.000e+00[0.000e+00] / +2.000e-04[1.384e+03] batch, 002 threads} -> {0000014.1ms, 0001 iters, 001 passes, 0.915087217 modularity} rakDynamicFrontierOmp
2023-01-29 23:55:33 {-0.000e+00[0.000e+00] / +2.000e-04[1.384e+03] batch, 002 threads} -> {0000014.5ms, 0001 iters, 001 passes, 0.912480268 modularity} rakDynamicFrontierOmpStrict
2023-01-29 23:55:35 {-0.000e+00[0.000e+00] / +2.000e-04[1.384e+03] batch, 002 threads} -> {0000011.1ms, 0001 iters, 001 passes, 0.948785197 modularity} louvainRakDynamicFrontierOmp
2023-01-29 23:55:38 {-0.000e+00[0.000e+00] / +2.000e-04[1.384e+03] batch, 002 threads} -> {0000011.7ms, 0001 iters, 001 passes, 0.948785201 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 00:18:51 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0009253.8ms, 0015 iters, 006 passes, 0.948825712 modularity} louvainStaticSeq
2023-01-30 00:18:58 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0004332.4ms, 0003 iters, 001 passes, 0.920681102 modularity} rakStaticSeq
2023-01-30 00:19:05 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0004430.5ms, 0003 iters, 001 passes, 0.915226466 modularity} rakStaticSeqStrict
2023-01-30 00:19:17 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0006890.5ms, 0015 iters, 006 passes, 0.948663960 modularity} louvainStaticOmp
2023-01-30 00:19:23 {-0.000e+00[0.000e+00] / +2.000e-04[1.390e+03] batch, 002 threads} -> {0000249.1ms, 0001 iters, 001 passes, 0.945590404 modularity} louvainDynamicFrontierOmp
2023-01-30 00:19:28 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0002671.8ms, 0003 iters, 001 passes, 0.920773831 modularity} rakStaticOmp
2023-01-30 00:19:33 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0002577.9ms, 0003 iters, 001 passes, 0.915349438 modularity} rakStaticOmpStrict
2023-01-30 00:19:36 {-0.000e+00[0.000e+00] / +2.000e-04[1.390e+03] batch, 002 threads} -> {0000014.5ms, 0001 iters, 001 passes, 0.915087177 modularity} rakDynamicFrontierOmp
2023-01-30 00:19:38 {-0.000e+00[0.000e+00] / +2.000e-04[1.390e+03] batch, 002 threads} -> {0000014.6ms, 0001 iters, 001 passes, 0.912519405 modularity} rakDynamicFrontierOmpStrict
2023-01-30 00:19:41 {-0.000e+00[0.000e+00] / +2.000e-04[1.390e+03] batch, 002 threads} -> {0000011.6ms, 0001 iters, 001 passes, 0.948785180 modularity} louvainRakDynamicFrontierOmp
2023-01-30 00:19:43 {-0.000e+00[0.000e+00] / +2.000e-04[1.390e+03] batch, 002 threads} -> {0000011.8ms, 0001 iters, 001 passes, 0.948785182 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 00:42:45 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0009245.2ms, 0015 iters, 006 passes, 0.948826378 modularity} louvainStaticSeq
2023-01-30 00:42:51 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0004321.7ms, 0003 iters, 001 passes, 0.920672987 modularity} rakStaticSeq
2023-01-30 00:42:57 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0004175.6ms, 0003 iters, 001 passes, 0.915250091 modularity} rakStaticSeqStrict
2023-01-30 00:43:09 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0006919.4ms, 0016 iters, 006 passes, 0.948645203 modularity} louvainStaticOmp
2023-01-30 00:43:15 {-0.000e+00[0.000e+00] / +2.000e-04[1.402e+03] batch, 002 threads} -> {0000252.9ms, 0001 iters, 001 passes, 0.945590336 modularity} louvainDynamicFrontierOmp
2023-01-30 00:43:20 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0002657.0ms, 0003 iters, 001 passes, 0.920762791 modularity} rakStaticOmp
2023-01-30 00:43:25 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0002632.8ms, 0003 iters, 001 passes, 0.915393388 modularity} rakStaticOmpStrict
2023-01-30 00:43:27 {-0.000e+00[0.000e+00] / +2.000e-04[1.402e+03] batch, 002 threads} -> {0000014.3ms, 0001 iters, 001 passes, 0.915087052 modularity} rakDynamicFrontierOmp
2023-01-30 00:43:30 {-0.000e+00[0.000e+00] / +2.000e-04[1.402e+03] batch, 002 threads} -> {0000014.1ms, 0001 iters, 001 passes, 0.912472127 modularity} rakDynamicFrontierOmpStrict
2023-01-30 00:43:32 {-0.000e+00[0.000e+00] / +2.000e-04[1.402e+03] batch, 002 threads} -> {0000020.5ms, 0001 iters, 001 passes, 0.948785133 modularity} louvainRakDynamicFrontierOmp
2023-01-30 00:43:35 {-0.000e+00[0.000e+00] / +2.000e-04[1.402e+03] batch, 002 threads} -> {0000011.3ms, 0001 iters, 001 passes, 0.948785138 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 01:06:08 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0009235.4ms, 0015 iters, 006 passes, 0.948830247 modularity} louvainStaticSeq
2023-01-30 01:06:14 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0004294.9ms, 0003 iters, 001 passes, 0.920676547 modularity} rakStaticSeq
2023-01-30 01:06:21 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 001 threads} -> {0004348.7ms, 0003 iters, 001 passes, 0.915191804 modularity} rakStaticSeqStrict
2023-01-30 01:06:35 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0008223.9ms, 0027 iters, 012 passes, 0.948646827 modularity} louvainStaticOmp
2023-01-30 01:06:41 {-0.000e+00[0.000e+00] / +2.000e-04[1.386e+03] batch, 002 threads} -> {0000250.4ms, 0001 iters, 001 passes, 0.945590391 modularity} louvainDynamicFrontierOmp
2023-01-30 01:06:46 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0002604.7ms, 0003 iters, 001 passes, 0.920757633 modularity} rakStaticOmp
2023-01-30 01:06:52 {-0.000e+00[0.000e+00] / +2.000e-04[6.823e+04] batch, 002 threads} -> {0003068.4ms, 0003 iters, 001 passes, 0.915520416 modularity} rakStaticOmpStrict
2023-01-30 01:06:54 {-0.000e+00[0.000e+00] / +2.000e-04[1.386e+03] batch, 002 threads} -> {0000017.2ms, 0001 iters, 001 passes, 0.915094874 modularity} rakDynamicFrontierOmp
2023-01-30 01:06:57 {-0.000e+00[0.000e+00] / +2.000e-04[1.386e+03] batch, 002 threads} -> {0000015.8ms, 0001 iters, 001 passes, 0.912472579 modularity} rakDynamicFrontierOmpStrict
2023-01-30 01:06:59 {-0.000e+00[0.000e+00] / +2.000e-04[1.386e+03] batch, 002 threads} -> {0000017.2ms, 0001 iters, 001 passes, 0.948785184 modularity} louvainRakDynamicFrontierOmp
2023-01-30 01:07:02 {-0.000e+00[0.000e+00] / +2.000e-04[1.386e+03] batch, 002 threads} -> {0000014.0ms, 0001 iters, 001 passes, 0.948785190 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 01:51:15 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0009321.3ms, 0015 iters, 006 passes, 0.948651531 modularity} louvainStaticSeq
2023-01-30 01:51:22 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0004406.4ms, 0003 iters, 001 passes, 0.920512947 modularity} rakStaticSeq
2023-01-30 01:51:29 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0004332.8ms, 0003 iters, 001 passes, 0.915115087 modularity} rakStaticSeqStrict
2023-01-30 01:51:38 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0004764.0ms, 0015 iters, 006 passes, 0.948583098 modularity} louvainStaticOmp
2023-01-30 01:51:42 {-0.000e+00[0.000e+00] / +4.000e-04[2.756e+03] batch, 004 threads} -> {0000166.3ms, 0001 iters, 001 passes, 0.945586757 modularity} louvainDynamicFrontierOmp
2023-01-30 01:51:46 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0001799.2ms, 0003 iters, 001 passes, 0.920823151 modularity} rakStaticOmp
2023-01-30 01:51:49 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0001659.9ms, 0003 iters, 001 passes, 0.915390742 modularity} rakStaticOmpStrict
2023-01-30 01:51:51 {-0.000e+00[0.000e+00] / +4.000e-04[2.756e+03] batch, 004 threads} -> {0000008.1ms, 0001 iters, 001 passes, 0.915083628 modularity} rakDynamicFrontierOmp
2023-01-30 01:51:52 {-0.000e+00[0.000e+00] / +4.000e-04[2.756e+03] batch, 004 threads} -> {0000008.3ms, 0001 iters, 001 passes, 0.912469062 modularity} rakDynamicFrontierOmpStrict
2023-01-30 01:51:54 {-0.000e+00[0.000e+00] / +4.000e-04[2.756e+03] batch, 004 threads} -> {0000011.2ms, 0001 iters, 001 passes, 0.948781496 modularity} louvainRakDynamicFrontierOmp
2023-01-30 01:51:56 {-0.000e+00[0.000e+00] / +4.000e-04[2.756e+03] batch, 004 threads} -> {0000006.5ms, 0001 iters, 001 passes, 0.948781511 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 02:34:08 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0008906.5ms, 0015 iters, 006 passes, 0.948649586 modularity} louvainStaticSeq
2023-01-30 02:34:15 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0005092.0ms, 0003 iters, 001 passes, 0.920508419 modularity} rakStaticSeq
2023-01-30 02:34:22 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0004547.8ms, 0003 iters, 001 passes, 0.915061389 modularity} rakStaticSeqStrict
2023-01-30 02:34:31 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0004810.6ms, 0015 iters, 006 passes, 0.948587435 modularity} louvainStaticOmp
2023-01-30 02:34:35 {-0.000e+00[0.000e+00] / +4.000e-04[2.656e+03] batch, 004 threads} -> {0000168.7ms, 0001 iters, 001 passes, 0.945587002 modularity} louvainDynamicFrontierOmp
2023-01-30 02:34:39 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0001987.2ms, 0003 iters, 001 passes, 0.920601365 modularity} rakStaticOmp
2023-01-30 02:34:42 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0001737.9ms, 0003 iters, 001 passes, 0.915350182 modularity} rakStaticOmpStrict
2023-01-30 02:34:44 {-0.000e+00[0.000e+00] / +4.000e-04[2.656e+03] batch, 004 threads} -> {0000009.7ms, 0001 iters, 001 passes, 0.915090605 modularity} rakDynamicFrontierOmp
2023-01-30 02:34:46 {-0.000e+00[0.000e+00] / +4.000e-04[2.656e+03] batch, 004 threads} -> {0000012.6ms, 0001 iters, 001 passes, 0.912470053 modularity} rakDynamicFrontierOmpStrict
2023-01-30 02:34:48 {-0.000e+00[0.000e+00] / +4.000e-04[2.656e+03] batch, 004 threads} -> {0000015.6ms, 0001 iters, 001 passes, 0.948782064 modularity} louvainRakDynamicFrontierOmp
2023-01-30 02:34:50 {-0.000e+00[0.000e+00] / +4.000e-04[2.656e+03] batch, 004 threads} -> {0000008.1ms, 0001 iters, 001 passes, 0.948782075 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 03:29:21 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0008959.1ms, 0015 iters, 006 passes, 0.948648736 modularity} louvainStaticSeq
2023-01-30 03:29:28 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0004482.6ms, 0003 iters, 001 passes, 0.920509222 modularity} rakStaticSeq
2023-01-30 03:29:35 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0004254.9ms, 0003 iters, 001 passes, 0.915060617 modularity} rakStaticSeqStrict
2023-01-30 03:29:44 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0004924.4ms, 0015 iters, 006 passes, 0.948588074 modularity} louvainStaticOmp
2023-01-30 03:29:48 {-0.000e+00[0.000e+00] / +4.000e-04[2.778e+03] batch, 004 threads} -> {0000168.0ms, 0001 iters, 001 passes, 0.945586673 modularity} louvainDynamicFrontierOmp
2023-01-30 03:29:52 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0001943.1ms, 0003 iters, 001 passes, 0.920798636 modularity} rakStaticOmp
2023-01-30 03:29:55 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0001674.5ms, 0003 iters, 001 passes, 0.915328639 modularity} rakStaticOmpStrict
2023-01-30 03:29:57 {-0.000e+00[0.000e+00] / +4.000e-04[2.778e+03] batch, 004 threads} -> {0000013.9ms, 0001 iters, 001 passes, 0.915083604 modularity} rakDynamicFrontierOmp
2023-01-30 03:29:59 {-0.000e+00[0.000e+00] / +4.000e-04[2.778e+03] batch, 004 threads} -> {0000014.5ms, 0001 iters, 001 passes, 0.912481187 modularity} rakDynamicFrontierOmpStrict
2023-01-30 03:30:00 {-0.000e+00[0.000e+00] / +4.000e-04[2.778e+03] batch, 004 threads} -> {0000006.8ms, 0001 iters, 001 passes, 0.948781449 modularity} louvainRakDynamicFrontierOmp
2023-01-30 03:30:02 {-0.000e+00[0.000e+00] / +4.000e-04[2.778e+03] batch, 004 threads} -> {0000006.7ms, 0001 iters, 001 passes, 0.948781465 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 04:28:55 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0009259.7ms, 0015 iters, 006 passes, 0.948646232 modularity} louvainStaticSeq
2023-01-30 04:29:02 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0004406.9ms, 0003 iters, 001 passes, 0.920508248 modularity} rakStaticSeq
2023-01-30 04:29:10 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0004659.3ms, 0003 iters, 001 passes, 0.915066590 modularity} rakStaticSeqStrict
2023-01-30 04:29:19 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0004791.8ms, 0015 iters, 006 passes, 0.948578227 modularity} louvainStaticOmp
2023-01-30 04:29:23 {-0.000e+00[0.000e+00] / +4.000e-04[2.756e+03] batch, 004 threads} -> {0000171.3ms, 0001 iters, 001 passes, 0.945586821 modularity} louvainDynamicFrontierOmp
2023-01-30 04:29:27 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0001743.6ms, 0003 iters, 001 passes, 0.920814707 modularity} rakStaticOmp
2023-01-30 04:29:30 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0001691.7ms, 0003 iters, 001 passes, 0.915352123 modularity} rakStaticOmpStrict
2023-01-30 04:29:32 {-0.000e+00[0.000e+00] / +4.000e-04[2.756e+03] batch, 004 threads} -> {0000010.4ms, 0001 iters, 001 passes, 0.915083795 modularity} rakDynamicFrontierOmp
2023-01-30 04:29:34 {-0.000e+00[0.000e+00] / +4.000e-04[2.756e+03] batch, 004 threads} -> {0000010.3ms, 0001 iters, 001 passes, 0.912471307 modularity} rakDynamicFrontierOmpStrict
2023-01-30 04:29:36 {-0.000e+00[0.000e+00] / +4.000e-04[2.756e+03] batch, 004 threads} -> {0000014.8ms, 0001 iters, 001 passes, 0.948781526 modularity} louvainRakDynamicFrontierOmp
2023-01-30 04:29:38 {-0.000e+00[0.000e+00] / +4.000e-04[2.756e+03] batch, 004 threads} -> {0000007.0ms, 0001 iters, 001 passes, 0.948781555 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 05:15:13 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0009128.4ms, 0015 iters, 006 passes, 0.948649813 modularity} louvainStaticSeq
2023-01-30 05:15:19 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0004567.7ms, 0003 iters, 001 passes, 0.920506139 modularity} rakStaticSeq
2023-01-30 05:15:26 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 001 threads} -> {0004512.9ms, 0003 iters, 001 passes, 0.915091458 modularity} rakStaticSeqStrict
2023-01-30 05:15:36 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0004850.4ms, 0015 iters, 006 passes, 0.948580051 modularity} louvainStaticOmp
2023-01-30 05:15:41 {-0.000e+00[0.000e+00] / +4.000e-04[2.772e+03] batch, 004 threads} -> {0000162.8ms, 0001 iters, 001 passes, 0.945586683 modularity} louvainDynamicFrontierOmp
2023-01-30 05:15:45 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0001941.1ms, 0003 iters, 001 passes, 0.920791211 modularity} rakStaticOmp
2023-01-30 05:15:49 {-0.000e+00[0.000e+00] / +4.000e-04[1.365e+05] batch, 004 threads} -> {0002066.6ms, 0003 iters, 001 passes, 0.915368495 modularity} rakStaticOmpStrict
2023-01-30 05:15:50 {-0.000e+00[0.000e+00] / +4.000e-04[2.772e+03] batch, 004 threads} -> {0000012.5ms, 0001 iters, 001 passes, 0.915116469 modularity} rakDynamicFrontierOmp
2023-01-30 05:15:52 {-0.000e+00[0.000e+00] / +4.000e-04[2.772e+03] batch, 004 threads} -> {0000009.8ms, 0001 iters, 001 passes, 0.912470043 modularity} rakDynamicFrontierOmpStrict
2023-01-30 05:15:54 {-0.000e+00[0.000e+00] / +4.000e-04[2.772e+03] batch, 004 threads} -> {0000010.7ms, 0001 iters, 001 passes, 0.948781458 modularity} louvainRakDynamicFrontierOmp
2023-01-30 05:15:56 {-0.000e+00[0.000e+00] / +4.000e-04[2.772e+03] batch, 004 threads} -> {0000006.7ms, 0001 iters, 001 passes, 0.948781470 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 06:45:55 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0009959.9ms, 0015 iters, 006 passes, 0.948288949 modularity} louvainStaticSeq
2023-01-30 06:46:02 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0005020.5ms, 0003 iters, 001 passes, 0.920152658 modularity} rakStaticSeq
2023-01-30 06:46:09 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0004703.2ms, 0003 iters, 001 passes, 0.914464631 modularity} rakStaticSeqStrict
2023-01-30 06:46:17 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0003987.3ms, 0018 iters, 006 passes, 0.948149460 modularity} louvainStaticOmp
2023-01-30 06:46:20 {-0.000e+00[0.000e+00] / +8.000e-04[5.532e+03] batch, 008 threads} -> {0000133.8ms, 0001 iters, 001 passes, 0.945579388 modularity} louvainDynamicFrontierOmp
2023-01-30 06:46:24 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0001221.7ms, 0003 iters, 001 passes, 0.920765210 modularity} rakStaticOmp
2023-01-30 06:46:27 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0001204.2ms, 0003 iters, 001 passes, 0.916002042 modularity} rakStaticOmpStrict
2023-01-30 06:46:28 {-0.000e+00[0.000e+00] / +8.000e-04[5.532e+03] batch, 008 threads} -> {0000012.4ms, 0001 iters, 001 passes, 0.915079929 modularity} rakDynamicFrontierOmp
2023-01-30 06:46:29 {-0.000e+00[0.000e+00] / +8.000e-04[5.532e+03] batch, 008 threads} -> {0000007.3ms, 0001 iters, 001 passes, 0.912501553 modularity} rakDynamicFrontierOmpStrict
2023-01-30 06:46:31 {-0.000e+00[0.000e+00] / +8.000e-04[5.532e+03] batch, 008 threads} -> {0000004.3ms, 0001 iters, 001 passes, 0.948774106 modularity} louvainRakDynamicFrontierOmp
2023-01-30 06:46:32 {-0.000e+00[0.000e+00] / +8.000e-04[5.532e+03] batch, 008 threads} -> {0000008.1ms, 0001 iters, 001 passes, 0.948774115 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 08:16:32 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0009317.4ms, 0015 iters, 006 passes, 0.948289430 modularity} louvainStaticSeq
2023-01-30 08:16:38 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0004738.9ms, 0003 iters, 001 passes, 0.920195348 modularity} rakStaticSeq
2023-01-30 08:16:45 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0004574.1ms, 0003 iters, 001 passes, 0.914990494 modularity} rakStaticSeqStrict
2023-01-30 08:16:54 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0004136.3ms, 0019 iters, 006 passes, 0.948152517 modularity} louvainStaticOmp
2023-01-30 08:16:58 {-0.000e+00[0.000e+00] / +8.000e-04[5.566e+03] batch, 008 threads} -> {0000155.6ms, 0001 iters, 001 passes, 0.945579384 modularity} louvainDynamicFrontierOmp
2023-01-30 08:17:02 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0001301.6ms, 0003 iters, 001 passes, 0.920728775 modularity} rakStaticOmp
2023-01-30 08:17:05 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0001199.7ms, 0003 iters, 001 passes, 0.916498462 modularity} rakStaticOmpStrict
2023-01-30 08:17:06 {-0.000e+00[0.000e+00] / +8.000e-04[5.566e+03] batch, 008 threads} -> {0000008.8ms, 0001 iters, 001 passes, 0.915083111 modularity} rakDynamicFrontierOmp
2023-01-30 08:17:07 {-0.000e+00[0.000e+00] / +8.000e-04[5.566e+03] batch, 008 threads} -> {0000007.9ms, 0001 iters, 001 passes, 0.912489657 modularity} rakDynamicFrontierOmpStrict
2023-01-30 08:17:08 {-0.000e+00[0.000e+00] / +8.000e-04[5.566e+03] batch, 008 threads} -> {0000004.3ms, 0001 iters, 001 passes, 0.948774030 modularity} louvainRakDynamicFrontierOmp
2023-01-30 08:17:09 {-0.000e+00[0.000e+00] / +8.000e-04[5.566e+03] batch, 008 threads} -> {0000004.3ms, 0001 iters, 001 passes, 0.948774058 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 09:46:10 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0009968.1ms, 0015 iters, 006 passes, 0.948293338 modularity} louvainStaticSeq
2023-01-30 09:46:17 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0004787.8ms, 0003 iters, 001 passes, 0.920158264 modularity} rakStaticSeq
2023-01-30 09:46:24 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0004506.8ms, 0003 iters, 001 passes, 0.914677996 modularity} rakStaticSeqStrict
2023-01-30 09:46:33 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0004269.1ms, 0020 iters, 007 passes, 0.948145838 modularity} louvainStaticOmp
2023-01-30 09:46:37 {-0.000e+00[0.000e+00] / +8.000e-04[5.524e+03] batch, 008 threads} -> {0000173.4ms, 0001 iters, 001 passes, 0.945579423 modularity} louvainDynamicFrontierOmp
2023-01-30 09:46:41 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0001414.1ms, 0003 iters, 001 passes, 0.920742152 modularity} rakStaticOmp
2023-01-30 09:46:43 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0001220.2ms, 0003 iters, 001 passes, 0.916299349 modularity} rakStaticOmpStrict
2023-01-30 09:46:45 {-0.000e+00[0.000e+00] / +8.000e-04[5.524e+03] batch, 008 threads} -> {0000012.9ms, 0001 iters, 001 passes, 0.915080949 modularity} rakDynamicFrontierOmp
2023-01-30 09:46:46 {-0.000e+00[0.000e+00] / +8.000e-04[5.524e+03] batch, 008 threads} -> {0000006.2ms, 0001 iters, 001 passes, 0.912479148 modularity} rakDynamicFrontierOmpStrict
2023-01-30 09:46:47 {-0.000e+00[0.000e+00] / +8.000e-04[5.524e+03] batch, 008 threads} -> {0000004.5ms, 0001 iters, 001 passes, 0.948774122 modularity} louvainRakDynamicFrontierOmp
2023-01-30 09:46:48 {-0.000e+00[0.000e+00] / +8.000e-04[5.524e+03] batch, 008 threads} -> {0000004.4ms, 0001 iters, 001 passes, 0.948774141 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 11:16:57 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0009569.0ms, 0015 iters, 006 passes, 0.948289535 modularity} louvainStaticSeq
2023-01-30 11:17:04 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0004569.5ms, 0003 iters, 001 passes, 0.920168212 modularity} rakStaticSeq
2023-01-30 11:17:11 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0004643.1ms, 0003 iters, 001 passes, 0.914935504 modularity} rakStaticSeqStrict
2023-01-30 11:17:21 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0006239.9ms, 0036 iters, 014 passes, 0.948142855 modularity} louvainStaticOmp
2023-01-30 11:17:25 {-0.000e+00[0.000e+00] / +8.000e-04[5.524e+03] batch, 008 threads} -> {0000153.6ms, 0001 iters, 001 passes, 0.945579402 modularity} louvainDynamicFrontierOmp
2023-01-30 11:17:30 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0001282.1ms, 0003 iters, 001 passes, 0.920765703 modularity} rakStaticOmp
2023-01-30 11:17:32 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0001201.7ms, 0003 iters, 001 passes, 0.916272069 modularity} rakStaticOmpStrict
2023-01-30 11:17:33 {-0.000e+00[0.000e+00] / +8.000e-04[5.524e+03] batch, 008 threads} -> {0000007.8ms, 0001 iters, 001 passes, 0.915202275 modularity} rakDynamicFrontierOmp
2023-01-30 11:17:35 {-0.000e+00[0.000e+00] / +8.000e-04[5.524e+03] batch, 008 threads} -> {0000006.7ms, 0001 iters, 001 passes, 0.912474458 modularity} rakDynamicFrontierOmpStrict
2023-01-30 11:17:36 {-0.000e+00[0.000e+00] / +8.000e-04[5.524e+03] batch, 008 threads} -> {0000004.4ms, 0001 iters, 001 passes, 0.948774113 modularity} louvainRakDynamicFrontierOmp
2023-01-30 11:17:37 {-0.000e+00[0.000e+00] / +8.000e-04[5.524e+03] batch, 008 threads} -> {0000007.7ms, 0001 iters, 001 passes, 0.948774132 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 12:47:38 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0009273.8ms, 0015 iters, 006 passes, 0.948291425 modularity} louvainStaticSeq
2023-01-30 12:47:45 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0004802.1ms, 0003 iters, 001 passes, 0.920172972 modularity} rakStaticSeq
2023-01-30 12:47:51 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 001 threads} -> {0004519.3ms, 0003 iters, 001 passes, 0.914860101 modularity} rakStaticSeqStrict
2023-01-30 12:48:00 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0003917.1ms, 0017 iters, 006 passes, 0.948147254 modularity} louvainStaticOmp
2023-01-30 12:48:03 {-0.000e+00[0.000e+00] / +8.000e-04[5.528e+03] batch, 008 threads} -> {0000135.8ms, 0001 iters, 001 passes, 0.945579439 modularity} louvainDynamicFrontierOmp
2023-01-30 12:48:07 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0001210.0ms, 0003 iters, 001 passes, 0.920798901 modularity} rakStaticOmp
2023-01-30 12:48:10 {-0.000e+00[0.000e+00] / +8.000e-04[2.729e+05] batch, 008 threads} -> {0001206.1ms, 0003 iters, 001 passes, 0.916394372 modularity} rakStaticOmpStrict
2023-01-30 12:48:11 {-0.000e+00[0.000e+00] / +8.000e-04[5.528e+03] batch, 008 threads} -> {0000011.0ms, 0001 iters, 001 passes, 0.915077741 modularity} rakDynamicFrontierOmp
2023-01-30 12:48:12 {-0.000e+00[0.000e+00] / +8.000e-04[5.528e+03] batch, 008 threads} -> {0000006.3ms, 0001 iters, 001 passes, 0.912464860 modularity} rakDynamicFrontierOmpStrict
2023-01-30 12:48:13 {-0.000e+00[0.000e+00] / +8.000e-04[5.528e+03] batch, 008 threads} -> {0000008.7ms, 0001 iters, 001 passes, 0.948774147 modularity} louvainRakDynamicFrontierOmp
2023-01-30 12:48:15 {-0.000e+00[0.000e+00] / +8.000e-04[5.528e+03] batch, 008 threads} -> {0000004.5ms, 0001 iters, 001 passes, 0.948774173 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 15:44:15 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0009791.2ms, 0015 iters, 006 passes, 0.947568012 modularity} louvainStaticSeq
2023-01-30 15:44:22 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0005084.0ms, 0003 iters, 001 passes, 0.919461459 modularity} rakStaticSeq
2023-01-30 15:44:30 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0005132.1ms, 0003 iters, 001 passes, 0.914057657 modularity} rakStaticSeqStrict
2023-01-30 15:44:38 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0003496.8ms, 0019 iters, 006 passes, 0.947318069 modularity} louvainStaticOmp
2023-01-30 15:44:41 {-0.000e+00[0.000e+00] / +1.600e-03[1.088e+04] batch, 016 threads} -> {0000136.6ms, 0001 iters, 001 passes, 0.945565291 modularity} louvainDynamicFrontierOmp
2023-01-30 15:44:45 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0000942.5ms, 0003 iters, 001 passes, 0.920240355 modularity} rakStaticOmp
2023-01-30 15:44:47 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0000939.7ms, 0003 iters, 001 passes, 0.915628221 modularity} rakStaticOmpStrict
2023-01-30 15:44:48 {-0.000e+00[0.000e+00] / +1.600e-03[1.088e+04] batch, 016 threads} -> {0000003.8ms, 0001 iters, 001 passes, 0.915066164 modularity} rakDynamicFrontierOmp
2023-01-30 15:44:49 {-0.000e+00[0.000e+00] / +1.600e-03[1.088e+04] batch, 016 threads} -> {0000004.4ms, 0001 iters, 001 passes, 0.912526796 modularity} rakDynamicFrontierOmpStrict
2023-01-30 15:44:50 {-0.000e+00[0.000e+00] / +1.600e-03[1.088e+04] batch, 016 threads} -> {0000004.1ms, 0001 iters, 001 passes, 0.948760016 modularity} louvainRakDynamicFrontierOmp
2023-01-30 15:44:52 {-0.000e+00[0.000e+00] / +1.600e-03[1.088e+04] batch, 016 threads} -> {0000005.7ms, 0001 iters, 001 passes, 0.948760092 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 18:06:44 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0010879.7ms, 0015 iters, 006 passes, 0.947570569 modularity} louvainStaticSeq
2023-01-30 18:06:51 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0004966.6ms, 0003 iters, 001 passes, 0.919490301 modularity} rakStaticSeq
2023-01-30 18:06:58 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0005169.2ms, 0003 iters, 001 passes, 0.914089795 modularity} rakStaticSeqStrict
2023-01-30 18:07:07 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0004477.5ms, 0029 iters, 009 passes, 0.947433794 modularity} louvainStaticOmp
2023-01-30 18:07:11 {-0.000e+00[0.000e+00] / +1.600e-03[8.786e+03] batch, 016 threads} -> {0000253.4ms, 0001 iters, 001 passes, 0.945570828 modularity} louvainDynamicFrontierOmp
2023-01-30 18:07:15 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0001087.6ms, 0003 iters, 001 passes, 0.920235565 modularity} rakStaticOmp
2023-01-30 18:07:17 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0000947.8ms, 0003 iters, 001 passes, 0.915725594 modularity} rakStaticOmpStrict
2023-01-30 18:07:18 {-0.000e+00[0.000e+00] / +1.600e-03[8.786e+03] batch, 016 threads} -> {0000017.7ms, 0001 iters, 001 passes, 0.915092797 modularity} rakDynamicFrontierOmp
2023-01-30 18:07:19 {-0.000e+00[0.000e+00] / +1.600e-03[8.786e+03] batch, 016 threads} -> {0000005.0ms, 0001 iters, 001 passes, 0.912487104 modularity} rakDynamicFrontierOmpStrict
2023-01-30 18:07:20 {-0.000e+00[0.000e+00] / +1.600e-03[8.786e+03] batch, 016 threads} -> {0000003.5ms, 0001 iters, 001 passes, 0.948765532 modularity} louvainRakDynamicFrontierOmp
2023-01-30 18:07:21 {-0.000e+00[0.000e+00] / +1.600e-03[8.786e+03] batch, 016 threads} -> {0000004.1ms, 0001 iters, 001 passes, 0.948765574 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 21:05:07 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0009768.8ms, 0015 iters, 006 passes, 0.947571289 modularity} louvainStaticSeq
2023-01-30 21:05:15 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0005270.4ms, 0003 iters, 001 passes, 0.919506741 modularity} rakStaticSeq
2023-01-30 21:05:22 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0004875.7ms, 0003 iters, 001 passes, 0.914537810 modularity} rakStaticSeqStrict
2023-01-30 21:05:29 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0003470.0ms, 0021 iters, 006 passes, 0.947444885 modularity} louvainStaticOmp
2023-01-30 21:05:32 {-0.000e+00[0.000e+00] / +1.600e-03[1.112e+04] batch, 016 threads} -> {0000150.2ms, 0001 iters, 001 passes, 0.945564717 modularity} louvainDynamicFrontierOmp
2023-01-30 21:05:36 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0000959.9ms, 0003 iters, 001 passes, 0.920202936 modularity} rakStaticOmp
2023-01-30 21:05:39 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0000944.6ms, 0003 iters, 001 passes, 0.916192442 modularity} rakStaticOmpStrict
2023-01-30 21:05:40 {-0.000e+00[0.000e+00] / +1.600e-03[1.112e+04] batch, 016 threads} -> {0000009.5ms, 0001 iters, 001 passes, 0.915074778 modularity} rakDynamicFrontierOmp
2023-01-30 21:05:41 {-0.000e+00[0.000e+00] / +1.600e-03[1.112e+04] batch, 016 threads} -> {0000009.9ms, 0001 iters, 001 passes, 0.912601871 modularity} rakDynamicFrontierOmpStrict
2023-01-30 21:05:42 {-0.000e+00[0.000e+00] / +1.600e-03[1.112e+04] batch, 016 threads} -> {0000004.0ms, 0001 iters, 001 passes, 0.948759346 modularity} louvainRakDynamicFrontierOmp
2023-01-30 21:05:43 {-0.000e+00[0.000e+00] / +1.600e-03[1.112e+04] batch, 016 threads} -> {0000004.6ms, 0001 iters, 001 passes, 0.948759391 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-30 23:06:20 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0010379.2ms, 0015 iters, 006 passes, 0.947565139 modularity} louvainStaticSeq
2023-01-30 23:06:27 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0004974.8ms, 0003 iters, 001 passes, 0.919430547 modularity} rakStaticSeq
2023-01-30 23:06:35 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0005607.0ms, 0003 iters, 001 passes, 0.914213645 modularity} rakStaticSeqStrict
2023-01-30 23:06:44 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0003816.4ms, 0022 iters, 007 passes, 0.947385952 modularity} louvainStaticOmp
2023-01-30 23:06:47 {-0.000e+00[0.000e+00] / +1.600e-03[7.440e+03] batch, 016 threads} -> {0000122.6ms, 0001 iters, 001 passes, 0.945574392 modularity} louvainDynamicFrontierOmp
2023-01-30 23:06:51 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0001024.8ms, 0003 iters, 001 passes, 0.919782468 modularity} rakStaticOmp
2023-01-30 23:06:53 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0000969.9ms, 0003 iters, 001 passes, 0.915978716 modularity} rakStaticOmpStrict
2023-01-30 23:06:54 {-0.000e+00[0.000e+00] / +1.600e-03[7.440e+03] batch, 016 threads} -> {0000007.1ms, 0001 iters, 001 passes, 0.915081830 modularity} rakDynamicFrontierOmp
2023-01-30 23:06:55 {-0.000e+00[0.000e+00] / +1.600e-03[7.440e+03] batch, 016 threads} -> {0000004.5ms, 0001 iters, 001 passes, 0.912477165 modularity} rakDynamicFrontierOmpStrict
2023-01-30 23:06:56 {-0.000e+00[0.000e+00] / +1.600e-03[7.440e+03] batch, 016 threads} -> {0000003.9ms, 0001 iters, 001 passes, 0.948769119 modularity} louvainRakDynamicFrontierOmp
2023-01-30 23:06:57 {-0.000e+00[0.000e+00] / +1.600e-03[7.440e+03] batch, 016 threads} -> {0000003.9ms, 0001 iters, 001 passes, 0.948769155 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-31 01:25:23 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0009659.9ms, 0015 iters, 006 passes, 0.947571655 modularity} louvainStaticSeq
2023-01-31 01:25:30 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0004902.7ms, 0003 iters, 001 passes, 0.919346107 modularity} rakStaticSeq
2023-01-31 01:25:37 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 001 threads} -> {0004816.4ms, 0003 iters, 001 passes, 0.913890137 modularity} rakStaticSeqStrict
2023-01-31 01:25:45 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0003798.1ms, 0025 iters, 007 passes, 0.947439790 modularity} louvainStaticOmp
2023-01-31 01:25:48 {-0.000e+00[0.000e+00] / +1.600e-03[8.812e+03] batch, 016 threads} -> {0000142.7ms, 0001 iters, 001 passes, 0.945570790 modularity} louvainDynamicFrontierOmp
2023-01-31 01:25:52 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0001117.8ms, 0003 iters, 001 passes, 0.919551361 modularity} rakStaticOmp
2023-01-31 01:25:54 {-0.000e+00[0.000e+00] / +1.600e-03[5.458e+05] batch, 016 threads} -> {0000934.1ms, 0003 iters, 001 passes, 0.915550420 modularity} rakStaticOmpStrict
2023-01-31 01:25:55 {-0.000e+00[0.000e+00] / +1.600e-03[8.812e+03] batch, 016 threads} -> {0000013.0ms, 0001 iters, 001 passes, 0.915069954 modularity} rakDynamicFrontierOmp
2023-01-31 01:25:56 {-0.000e+00[0.000e+00] / +1.600e-03[8.812e+03] batch, 016 threads} -> {0000004.5ms, 0001 iters, 001 passes, 0.912502776 modularity} rakDynamicFrontierOmpStrict
2023-01-31 01:25:57 {-0.000e+00[0.000e+00] / +1.600e-03[8.812e+03] batch, 016 threads} -> {0000004.9ms, 0001 iters, 001 passes, 0.948767501 modularity} louvainRakDynamicFrontierOmp
2023-01-31 01:25:58 {-0.000e+00[0.000e+00] / +1.600e-03[8.812e+03] batch, 016 threads} -> {0000004.7ms, 0001 iters, 001 passes, 0.948767560 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-31 07:10:21 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0011661.6ms, 0015 iters, 006 passes, 0.946115466 modularity} louvainStaticSeq
2023-01-31 07:10:29 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0005867.3ms, 0003 iters, 001 passes, 0.918115533 modularity} rakStaticSeq
2023-01-31 07:10:37 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0005906.0ms, 0003 iters, 001 passes, 0.912677087 modularity} rakStaticSeqStrict
2023-01-31 07:10:45 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0003497.1ms, 0045 iters, 006 passes, 0.945903783 modularity} louvainStaticOmp
2023-01-31 07:10:48 {-0.000e+00[0.000e+00] / +3.200e-03[2.167e+04] batch, 032 threads} -> {0000109.8ms, 0001 iters, 001 passes, 0.945536834 modularity} louvainDynamicFrontierOmp
2023-01-31 07:10:52 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0000845.4ms, 0003 iters, 001 passes, 0.912669371 modularity} rakStaticOmp
2023-01-31 07:10:54 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0000842.8ms, 0003 iters, 001 passes, 0.915247806 modularity} rakStaticOmpStrict
2023-01-31 07:10:55 {-0.000e+00[0.000e+00] / +3.200e-03[2.167e+04] batch, 032 threads} -> {0000038.2ms, 0001 iters, 001 passes, 0.915384676 modularity} rakDynamicFrontierOmp
2023-01-31 07:10:57 {-0.000e+00[0.000e+00] / +3.200e-03[2.167e+04] batch, 032 threads} -> {0000003.7ms, 0001 iters, 001 passes, 0.912500063 modularity} rakDynamicFrontierOmpStrict
2023-01-31 07:10:58 {-0.000e+00[0.000e+00] / +3.200e-03[2.167e+04] batch, 032 threads} -> {0000003.5ms, 0001 iters, 001 passes, 0.948731469 modularity} louvainRakDynamicFrontierOmp
2023-01-31 07:10:59 {-0.000e+00[0.000e+00] / +3.200e-03[2.167e+04] batch, 032 threads} -> {0000003.6ms, 0001 iters, 001 passes, 0.948731584 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-31 12:59:39 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0010643.9ms, 0015 iters, 006 passes, 0.946116223 modularity} louvainStaticSeq
2023-01-31 12:59:47 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0005762.1ms, 0003 iters, 001 passes, 0.918348905 modularity} rakStaticSeq
2023-01-31 12:59:56 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0005689.4ms, 0003 iters, 001 passes, 0.912481821 modularity} rakStaticSeqStrict
2023-01-31 13:00:05 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0003575.5ms, 0047 iters, 006 passes, 0.945828265 modularity} louvainStaticOmp
2023-01-31 13:00:08 {-0.000e+00[0.000e+00] / +3.200e-03[2.219e+04] batch, 032 threads} -> {0000148.2ms, 0001 iters, 001 passes, 0.945535410 modularity} louvainDynamicFrontierOmp
2023-01-31 13:00:12 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0000849.8ms, 0003 iters, 001 passes, 0.912502282 modularity} rakStaticOmp
2023-01-31 13:00:14 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0000892.4ms, 0003 iters, 001 passes, 0.915330082 modularity} rakStaticOmpStrict
2023-01-31 13:00:16 {-0.000e+00[0.000e+00] / +3.200e-03[2.219e+04] batch, 032 threads} -> {0000037.6ms, 0001 iters, 001 passes, 0.915225960 modularity} rakDynamicFrontierOmp
2023-01-31 13:00:17 {-0.000e+00[0.000e+00] / +3.200e-03[2.219e+04] batch, 032 threads} -> {0000004.5ms, 0001 iters, 001 passes, 0.912509156 modularity} rakDynamicFrontierOmpStrict
2023-01-31 13:00:18 {-0.000e+00[0.000e+00] / +3.200e-03[2.219e+04] batch, 032 threads} -> {0000003.3ms, 0001 iters, 001 passes, 0.948729693 modularity} louvainRakDynamicFrontierOmp
2023-01-31 13:00:20 {-0.000e+00[0.000e+00] / +3.200e-03[2.219e+04] batch, 032 threads} -> {0000003.6ms, 0001 iters, 001 passes, 0.948729816 modularity} louvainRakDynamicFrontierOmpStrict
2023-01-31 18:45:12 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0010356.1ms, 0015 iters, 006 passes, 0.946123422 modularity} louvainStaticSeq
2023-01-31 18:45:20 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0005557.9ms, 0003 iters, 001 passes, 0.918132242 modularity} rakStaticSeq
2023-01-31 18:45:28 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0005612.5ms, 0003 iters, 001 passes, 0.912862772 modularity} rakStaticSeqStrict
2023-01-31 18:45:36 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0003588.3ms, 0040 iters, 006 passes, 0.945752913 modularity} louvainStaticOmp
2023-01-31 18:45:39 {-0.000e+00[0.000e+00] / +3.200e-03[2.206e+04] batch, 032 threads} -> {0000136.8ms, 0001 iters, 001 passes, 0.945536215 modularity} louvainDynamicFrontierOmp
2023-01-31 18:45:43 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0000901.2ms, 0003 iters, 001 passes, 0.912128242 modularity} rakStaticOmp
2023-01-31 18:45:45 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0000874.8ms, 0003 iters, 001 passes, 0.915248135 modularity} rakStaticOmpStrict
2023-01-31 18:45:47 {-0.000e+00[0.000e+00] / +3.200e-03[2.206e+04] batch, 032 threads} -> {0000035.4ms, 0001 iters, 001 passes, 0.915404681 modularity} rakDynamicFrontierOmp
2023-01-31 18:45:48 {-0.000e+00[0.000e+00] / +3.200e-03[2.206e+04] batch, 032 threads} -> {0000003.7ms, 0001 iters, 001 passes, 0.912448355 modularity} rakDynamicFrontierOmpStrict
2023-01-31 18:45:49 {-0.000e+00[0.000e+00] / +3.200e-03[2.206e+04] batch, 032 threads} -> {0000003.3ms, 0001 iters, 001 passes, 0.948730201 modularity} louvainRakDynamicFrontierOmp
2023-01-31 18:45:50 {-0.000e+00[0.000e+00] / +3.200e-03[2.206e+04] batch, 032 threads} -> {0000003.3ms, 0001 iters, 001 passes, 0.948730221 modularity} louvainRakDynamicFrontierOmpStrict
2023-02-01 00:29:19 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0010191.5ms, 0015 iters, 006 passes, 0.946118571 modularity} louvainStaticSeq
2023-02-01 00:29:28 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0006017.2ms, 0003 iters, 001 passes, 0.917982673 modularity} rakStaticSeq
2023-02-01 00:29:36 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0005780.3ms, 0003 iters, 001 passes, 0.912600559 modularity} rakStaticSeqStrict
2023-02-01 00:29:44 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0003460.9ms, 0049 iters, 006 passes, 0.945852565 modularity} louvainStaticOmp
2023-02-01 00:29:47 {-0.000e+00[0.000e+00] / +3.200e-03[2.210e+04] batch, 032 threads} -> {0000135.7ms, 0001 iters, 001 passes, 0.945535549 modularity} louvainDynamicFrontierOmp
2023-02-01 00:29:51 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0000853.5ms, 0003 iters, 001 passes, 0.912626691 modularity} rakStaticOmp
2023-02-01 00:29:53 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0000841.8ms, 0003 iters, 001 passes, 0.915208212 modularity} rakStaticOmpStrict
2023-02-01 00:29:54 {-0.000e+00[0.000e+00] / +3.200e-03[2.210e+04] batch, 032 threads} -> {0000037.5ms, 0001 iters, 001 passes, 0.915392844 modularity} rakDynamicFrontierOmp
2023-02-01 00:29:56 {-0.000e+00[0.000e+00] / +3.200e-03[2.210e+04] batch, 032 threads} -> {0000006.2ms, 0001 iters, 001 passes, 0.912565449 modularity} rakDynamicFrontierOmpStrict
2023-02-01 00:29:57 {-0.000e+00[0.000e+00] / +3.200e-03[2.210e+04] batch, 032 threads} -> {0000003.6ms, 0001 iters, 001 passes, 0.948729942 modularity} louvainRakDynamicFrontierOmp
2023-02-01 00:29:58 {-0.000e+00[0.000e+00] / +3.200e-03[2.210e+04] batch, 032 threads} -> {0000003.7ms, 0001 iters, 001 passes, 0.948730035 modularity} louvainRakDynamicFrontierOmpStrict
2023-02-01 06:14:31 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0010557.9ms, 0015 iters, 006 passes, 0.946119862 modularity} louvainStaticSeq
2023-02-01 06:14:39 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0006289.3ms, 0003 iters, 001 passes, 0.918087647 modularity} rakStaticSeq
2023-02-01 06:14:47 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 001 threads} -> {0005784.9ms, 0003 iters, 001 passes, 0.912941122 modularity} rakStaticSeqStrict
2023-02-01 06:14:54 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0003351.9ms, 0034 iters, 006 passes, 0.945869200 modularity} louvainStaticOmp
2023-02-01 06:14:58 {-0.000e+00[0.000e+00] / +3.200e-03[2.230e+04] batch, 032 threads} -> {0000098.8ms, 0001 iters, 001 passes, 0.945535080 modularity} louvainDynamicFrontierOmp
2023-02-01 06:15:02 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0000857.1ms, 0003 iters, 001 passes, 0.912483709 modularity} rakStaticOmp
2023-02-01 06:15:04 {-0.000e+00[0.000e+00] / +3.200e-03[1.092e+06] batch, 032 threads} -> {0000849.2ms, 0003 iters, 001 passes, 0.915588619 modularity} rakStaticOmpStrict
2023-02-01 06:15:05 {-0.000e+00[0.000e+00] / +3.200e-03[2.230e+04] batch, 032 threads} -> {0000036.5ms, 0001 iters, 001 passes, 0.915221274 modularity} rakDynamicFrontierOmp
2023-02-01 06:15:06 {-0.000e+00[0.000e+00] / +3.200e-03[2.230e+04] batch, 032 threads} -> {0000004.3ms, 0001 iters, 001 passes, 0.912447683 modularity} rakDynamicFrontierOmpStrict
2023-02-01 06:15:08 {-0.000e+00[0.000e+00] / +3.200e-03[2.230e+04] batch, 032 threads} -> {0000007.2ms, 0001 iters, 001 passes, 0.948729392 modularity} louvainRakDynamicFrontierOmp
2023-02-01 06:15:09 {-0.000e+00[0.000e+00] / +3.200e-03[2.230e+04] batch, 032 threads} -> {0000003.3ms, 0001 iters, 001 passes, 0.948729500 modularity} louvainRakDynamicFrontierOmpStrict
2023-02-01 18:31:36 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 001 threads} -> {0012716.7ms, 0015 iters, 006 passes, 0.943220679 modularity} louvainStaticSeq
2023-02-01 18:31:44 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 001 threads} -> {0006809.7ms, 0003 iters, 001 passes, 0.915046915 modularity} rakStaticSeq
2023-02-01 18:31:54 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 001 threads} -> {0007323.1ms, 0003 iters, 001 passes, 0.909869095 modularity} rakStaticSeqStrict
2023-02-01 18:32:03 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 064 threads} -> {0003748.2ms, 0052 iters, 006 passes, 0.941728410 modularity} louvainStaticOmp
2023-02-01 18:32:09 {-0.000e+00[0.000e+00] / +6.400e-03[4.458e+04] batch, 064 threads} -> {0000148.4ms, 0001 iters, 001 passes, 0.945476197 modularity} louvainDynamicFrontierOmp
2023-02-01 18:32:14 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 064 threads} -> {0000871.1ms, 0003 iters, 001 passes, 0.910190042 modularity} rakStaticOmp
2023-02-01 18:32:16 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 064 threads} -> {0000880.2ms, 0003 iters, 001 passes, 0.907454811 modularity} rakStaticOmpStrict
2023-02-01 18:32:19 {-0.000e+00[0.000e+00] / +6.400e-03[4.458e+04] batch, 064 threads} -> {0000030.8ms, 0001 iters, 001 passes, 0.915391216 modularity} rakDynamicFrontierOmp
2023-02-01 18:32:21 {-0.000e+00[0.000e+00] / +6.400e-03[4.458e+04] batch, 064 threads} -> {0000004.9ms, 0001 iters, 001 passes, 0.912562620 modularity} rakDynamicFrontierOmpStrict
2023-02-01 18:32:23 {-0.000e+00[0.000e+00] / +6.400e-03[4.458e+04] batch, 064 threads} -> {0000004.8ms, 0001 iters, 001 passes, 0.948670012 modularity} louvainRakDynamicFrontierOmp
2023-02-01 18:32:27 {-0.000e+00[0.000e+00] / +6.400e-03[4.458e+04] batch, 064 threads} -> {0000005.1ms, 0001 iters, 001 passes, 0.948670229 modularity} louvainRakDynamicFrontierOmpStrict
2023-02-02 05:43:58 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 001 threads} -> {0012212.1ms, 0015 iters, 006 passes, 0.943226892 modularity} louvainStaticSeq
2023-02-02 05:44:07 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 001 threads} -> {0006694.3ms, 0003 iters, 001 passes, 0.915266948 modularity} rakStaticSeq
2023-02-02 05:44:17 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 001 threads} -> {0006768.3ms, 0003 iters, 001 passes, 0.910284625 modularity} rakStaticSeqStrict
2023-02-02 05:44:25 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 064 threads} -> {0003560.5ms, 0050 iters, 006 passes, 0.942328920 modularity} louvainStaticOmp
2023-02-02 05:44:31 {-0.000e+00[0.000e+00] / +6.400e-03[4.079e+04] batch, 064 threads} -> {0000145.6ms, 0001 iters, 001 passes, 0.945486298 modularity} louvainDynamicFrontierOmp
2023-02-02 05:44:35 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 064 threads} -> {0000870.0ms, 0003 iters, 001 passes, 0.913752117 modularity} rakStaticOmp
2023-02-02 05:44:38 {-0.000e+00[0.000e+00] / +6.400e-03[2.183e+06] batch, 064 threads} -> {0000835.3ms, 0003 iters, 001 passes, 0.907954937 modularity} rakStaticOmpStrict
2023-02-02 05:44:41 {-0.000e+00[0.000e+00] / +6.400e-03[4.079e+04] batch, 064 threads} -> {0000019.5ms, 0001 iters, 001 passes, 0.915323414 modularity} rakDynamicFrontierOmp
2023-02-02 05:44:42 {-0.000e+00[0.000e+00] / +6.400e-03[4.079e+04] batch, 064 threads} -> {0000004.7ms, 0001 iters, 001 passes, 0.912557892 modularity} rakDynamicFrontierOmpStrict
2023-02-02 05:44:45 {-0.000e+00[0.000e+00] / +6.400e-03[4.079e+04] batch, 064 threads} -> {0000005.2ms, 0001 iters, 001 passes, 0.948680552 modularity} louvainRakDynamicFrontierOmp
2023-02-02 05:44:48 {-0.000e+00[0.000e+00] / +6.400e-03[4.079e+04] batch, 064 threads} -> {0000004.3ms, 0001 iters, 001 passes, 0.948680539 modularity} louvainRakDynamicFrontierOmpStrict