Ter5_1_dns_cfbf00126_segment_6_dms_200_40000_48_4400000_0
16 Feb 2025 4:14:24 UTC
16 Feb 2025 17:30:57 UTC
2 Mar 2025 17:30:57 UTC
16 Feb 2025 20:02:46 UTC
Over
Success
Done
0 (0x00000000)
787.16
14.59
300.24
14818.07
0.05
Checked, but no consensus yet
0
Binary Radio Pulsar Search (MeerKAT)
Anonymous platform |
<core_client_version>8.0.4</core_client_version> <![CDATA[ <stderr_txt> [12:49:30][389140][INFO ] Application startup - thank you for supporting Einstein@Home! command_line: ../../projects/einstein.phys.uwm.edu/BRP7_einsteinbinary_x86_64-pc-linux-gnu__cuda1222 -l ../../projects/einstein.phys.uwm.edu/Ter5_1_dns_cfbf00126_segment_6_dms_200.zap -c Ter5_1_dns_cfbf00126_segment_6_dms_200_48.cpt -A 0.04 -P 1.5 -f 500.0 -W --pb_min 3600 --mc_max 1.6 --mp_min 1.1 --mismatch 0.222 --tobs 1800 --alpha 1.0 --start_template_id 4400000 --no_of_templates 50000 -z -i ../../projects/einstein.phys.uwm.edu/Ter5_1_dns_cfbf00126_segment_6_dms_200_48.binary -o ../../projects/einstein.phys.uwm.edu/Ter5_1_dns_cfbf00126_segment_6_dms_200_40000_48_4400000_0_0 ------> GPU usage: 0.500000 [12:49:30][389140][INFO ] Starting data processing... [12:49:30][389140][INFO ] opti: No host transfer for n_steps. Use device global. [12:49:30][389140][INFO ] opti: No host transfer for mean. Use device global. [12:49:30][389140][INFO ] opti: Dirty & dirtyDev alloc, free and pinned. [12:49:30][389140][INFO ] opti: sumspec[i] allloc, free and pinned. [12:49:30][389140][INFO ] opti: power spectrum in fft callback (static link). [12:49:30][389140][INFO ] opti: __constant__ access is not uniform, bad! [12:49:30][389140][INFO ] Running on device 1 Tesla P100-PCIE-16GB [12:49:30][389140][INFO ] CUDA global memory status (initial GPU state, including context): [12:49:30][389140][INFO ] No template file. Generating templates. [12:49:30][389140][INFO ] Template param value T_cons = 50000 [12:49:33][389140][INFO ] Number of generated templates to be used: 50000 [12:49:33][389140][INFO ] Opening checkpoint file: Ter5_1_dns_cfbf00126_segment_6_dms_200_48.cpt [12:49:33][389140][INFO ] Checkpoint file unavailable: Ter5_1_dns_cfbf00126_segment_6_dms_200_48.cpt (No such file or directory). ------> Starting from scratch... [12:49:33][389140][INFO ] Opening input file: ../../projects/einstein.phys.uwm.edu/Ter5_1_dns_cfbf00126_segment_6_dms_200_48.binary [12:49:33][389140][INFO ] Header contents: ------> Original WAPP file: /atlas/data/TRAPUM_GC/Terzan5/epoch1/30min_segments/dedispersed_files/cfbf00126/Ter5_1_dns_cfbf00126_segment_6_dms_200_DM234.80 ------> Sample time in microseconds: 153.121 ------> Observation time in seconds: 2568.9524 ------> Time stamp (MJD): 59097.776185243652 ------> Number of samples/record: 0 ------> Center freq in MHz: 857.5673828 ------> Channel band in MHz: 3.34375 ------> Number of channels/record: 256 ------> Nifs: 1 ------> RA (J2000): 174805.51 ------> DEC (J2000): -244557.900002 ------> Galactic l: 0 ------> Galactic b: 0 ------> Name: J1748-2446N ------> Lagformat: 0 ------> Sum: 1 ------> Level: 3 ------> AZ at start: 0 ------> ZA at start: 0 ------> AST at start: 0 ------> LST at start: 0 ------> File size (bytes): 0 ------> Data size (bytes): 0 ------> Number of samples: 16777216 ------> Trial dispersion measure: 234.8 cm^-3 pc ------> Scale factor: 0.992369 [12:49:33][389140][INFO ] Allocating memory for dedispersed compressed time series... [12:49:33][389140][INFO ] Going to allocate 8-bit 16777216 times 1 bytes [12:49:33][389140][INFO ] 8-bit allocation done [12:49:33][389140][INFO ] Foobar [12:49:33][389140][INFO ] Reading dedispersed time series from file: ../../projects/einstein.phys.uwm.edu/Ter5_1_dns_cfbf00126_segment_6_dms_200_48.binary [12:49:33][389140][INFO ] Allocating memory for dedispersed uncompressed time series. [12:49:34][389140][INFO ] Starting whitening of the powerspectrum of the timeseries and zapping of known RFIs. [12:49:34][389140][INFO ] FftSize = 12582913 [12:49:34][389140][INFO ] Seed for random number generator is -1027639804. [12:49:35][389140][INFO ] 8[12:49:35][389140][INFO ] 9[12:49:36][389140][INFO ] Padding output size of FFT with 25165824 samples from 12582913 to 12583424... [12:49:36][389140][INFO ] Normalization factor 3.97364e-08 [12:49:36][389140][INFO ] Derived global search parameters: ------> f_A probability = 0.04 ------> single bin prob(P_noise > P_thr) = 3.24424e-09 ------> thr1 = 19.5464 ------> thr2 = 22.7124 ------> thr4 = 27.844 ------> thr8 = 36.3869 ------> thr16 = 50.9469 [12:49:36][389140][INFO ] CUDA global memory status (GPU setup complete): ------> Used in total: 1659 MB (14626 MB free / 16285 MB total) -> Used by this application (assuming a single GPU task): 0 MB [12:49:36][389140][INFO ] Executing time series mean reduction CUDA kernel (data 16777216, iteration 1 using 4096 blocks of 4096 threads)... [12:49:36][389140][INFO ] Executing time series mean reduction CUDA kernel (data 16777216, iteration 2 using 1 blocks of 4096 threads)... [12:49:36][389140][INFO ] TimeSeriesLength = 16768997, params->nsamples = 25165824 sum = -1483.99475098, mean= -0.00008850 -0.00008850 [12:49:36][389140][INFO ] Launching time series padding kernel: grid 196608, block 32 [12:50:30][389140][INFO ] Checkpoint committed! [12:51:30][389140][INFO ] Checkpoint committed! [12:52:30][389140][INFO ] Checkpoint committed! [12:53:30][389140][INFO ] Checkpoint committed! [12:54:30][389140][INFO ] Checkpoint committed! [12:55:30][389140][INFO ] Checkpoint committed! [12:56:30][389140][INFO ] Checkpoint committed! [12:57:30][389140][INFO ] Checkpoint committed! [12:58:30][389140][INFO ] Checkpoint committed! [12:59:30][389140][INFO ] Checkpoint committed! [13:00:31][389140][INFO ] Checkpoint committed! [13:01:31][389140][INFO ] Checkpoint committed! [13:02:31][389140][INFO ] Checkpoint committed! [13:02:36][389140][INFO ] Search done! ------> Committing final checkpoint. ------> N cand: 100 ------> CAND: 498.421847 3854.486816 0.4987801 3.1270008 598.699 260.012 1 ------> CAND: 498.396415 3854.486816 0.4987801 3.1270008 576.208 250.244 1 ------> CAND: 498.333354 3854.486816 0.4987801 3.1270008 533.696 231.781 1 ------> CAND: 498.313891 3854.486816 0.4987801 3.1270008 532.159 231.114 1 ------> CAND: 498.518125 3854.486816 0.4987801 3.1270008 509.651 221.339 1 ------> CAND: 498.312853 3854.486816 0.4987801 3.1270008 499.961 217.13 1 ------> CAND: 498.386553 3854.486816 0.4987801 3.1270008 498.839 216.643 1 ------> CAND: 498.286383 3854.486816 0.4987801 3.1270008 494.98 214.967 1 ------> CAND: 498.335690 3854.486816 0.4987801 3.1270008 474.582 206.108 1 ------> CAND: 498.344253 3854.486816 0.4987801 3.1270008 463.982 201.505 1 ------> CAND: 498.482053 3854.486816 0.4987801 3.1270008 463.638 201.356 1 ------> CAND: 498.498921 3854.486816 0.4987801 3.1270008 459.752 199.668 1 ------> CAND: 498.471413 3854.486816 0.4987801 3.1270008 455.795 197.949 1 ------> CAND: 498.468299 3854.486816 0.4987801 3.1270008 449.037 195.014 1 ------> CAND: 498.438196 3854.486816 0.4987801 3.1270008 428.081 185.913 1 ------> CAND: 498.445462 3854.486816 0.4987801 3.1270008 426.88 185.392 1 ------> CAND: 498.517087 3854.486816 0.4987801 3.1270008 421.173 182.913 1 ------> CAND: 498.303251 3854.486816 0.4987801 3.1270008 419.787 182.311 1 ------> CAND: 498.268736 3854.486816 0.4987801 3.1270008 417.269 181.217 1 ------> CAND: 498.282490 3854.486816 0.4987801 3.1270008 411.722 178.809 1 ------> CAND: 498.476084 3854.486816 0.4987801 3.1270008 411.617 178.763 1 ------> CAND: 498.263027 3854.486816 0.4987801 3.1270008 402.568 174.833 1 ------> CAND: 498.376433 3854.486816 0.4987801 3.1270008 400.897 174.107 1 ------> CAND: 498.266401 3854.486816 0.4987801 3.1270008 391.217 169.904 1 ------> CAND: 498.379547 3854.486816 0.4987801 3.1270008 389.77 169.275 1 ------> CAND: 498.353077 3854.486816 0.4987801 3.1270008 384.347 166.92 1 ------> CAND: 498.494509 3854.486816 0.4987801 3.1270008 381.116 165.517 1 ------> CAND: 498.341658 3854.486816 0.4987801 3.1270008 379.872 164.976 1 ------> CAND: 498.277041 3854.486816 0.4987801 3.1270008 379.707 164.905 1 ------> CAND: 498.490617 3854.486816 0.4987801 3.1270008 377.727 164.045 1 ------> CAND: 498.347368 3854.486816 0.4987801 3.1270008 371.717 161.435 1 ------> CAND: 498.408612 3854.486816 0.4987801 3.1270008 368.774 160.157 1 ------> CAND: 498.422885 3854.486816 0.4987801 3.1270008 366.681 159.247 1 ------> CAND: 498.366312 3854.486816 0.4987801 3.1270008 363.543 157.885 1 ------> CAND: 498.290016 3854.486816 0.4987801 3.1270008 361.975 157.204 1 ------> CAND: 498.435341 3854.486816 0.4987801 3.1270008 360.353 156.499 1 ------> CAND: 498.258875 3854.486816 0.4987801 3.1270008 355.635 154.45 1 ------> CAND: 498.338804 3854.486816 0.4987801 3.1270008 348.228 151.234 1 ------> CAND: 498.287940 3854.486816 0.4987801 3.1270008 347.948 151.112 1 ------> CAND: 498.332835 3854.486816 0.4987801 3.1270008 336.573 146.172 1 ------> CAND: 498.284826 3854.486816 0.4987801 3.1270008 336.474 146.129 1 ------> CAND: 498.439493 3854.486816 0.4987801 3.1270008 330.634 143.592 1 ------> CAND: 498.520720 3854.486816 0.4987801 3.1270008 329.74 143.204 1 ------> CAND: 498.329721 3854.486816 0.4987801 3.1270008 326.956 141.995 1 ------> CAND: 498.461552 3854.486816 0.4987801 3.1270008 323.406 140.454 1 ------> CAND: 498.439753 3854.486816 0.4987801 3.1270008 321.829 139.768 1 ------> CAND: 498.266141 3854.486816 0.4987801 3.1270008 318.413 138.285 1 ------> CAND: 498.451690 3854.486816 0.4987801 3.1270008 318.136 138.165 1 ------> CAND: 498.276003 3854.486816 0.4987801 3.1270008 316.879 137.619 1 ------> CAND: 498.469077 3854.486816 0.4987801 3.1270008 316.576 137.487 1 ------> CAND: 498.369685 3854.486816 0.4987801 3.1270008 316.269 137.354 1 ------> CAND: 498.489319 3854.486816 0.4987801 3.1270008 316.082 137.272 1 ------> CAND: 498.410428 3854.486816 0.4987801 3.1270008 315.399 136.976 1 ------> CAND: 498.317784 3854.486816 0.4987801 3.1270008 313.911 136.33 1 ------> CAND: 498.519682 3854.486816 0.4987801 3.1270008 312.433 135.688 1 ------> CAND: 498.449095 3854.486816 0.4987801 3.1270008 311.755 135.393 1 ------> CAND: 498.260173 3854.486816 0.4987801 3.1270008 310.898 135.021 1 ------> CAND: 498.401865 3854.486816 0.4987801 3.1270008 310.642 134.91 1 ------> CAND: 498.393560 3854.486816 0.4987801 3.1270008 310.499 134.848 1 ------> CAND: 498.307663 3854.486816 0.4987801 3.1270008 309.844 134.564 1 ------> CAND: 498.427556 3854.486816 0.4987801 3.1270008 308.276 133.883 1 ------> CAND: 498.449614 3854.486816 0.4987801 3.1270008 304.977 132.45 1 ------> CAND: 498.461292 3854.486816 0.4987801 3.1270008 304.486 132.237 1 ------> CAND: 498.323493 3854.486816 0.4987801 3.1270008 304.049 132.047 1 ------> CAND: 498.378509 3854.486816 0.4987801 3.1270008 303.874 131.971 1 ------> CAND: 498.326866 3854.486816 0.4987801 3.1270008 303.252 131.701 1 ------> CAND: 498.485426 3854.486816 0.4987801 3.1270008 302.932 131.562 1 ------> CAND: 498.293909 3854.486816 0.4987801 3.1270008 301.211 130.814 1 ------> CAND: 498.461811 3854.486816 0.4987801 3.1270008 300.38 130.454 1 ------> CAND: 498.462330 3854.486816 0.4987801 3.1270008 299.441 130.046 1 ------> CAND: 498.517346 3854.486816 0.4987801 3.1270008 297.466 129.188 1 ------> CAND: 498.506447 3854.486816 0.4987801 3.1270008 297.458 129.184 1 ------> CAND: 498.344513 3854.486816 0.4987801 3.1270008 297.401 129.16 1 ------> CAND: 498.355672 3854.486816 0.4987801 3.1270008 296.842 128.917 1 ------> CAND: 498.419252 3854.486816 0.4987801 3.1270008 296.078 128.585 1 ------> CAND: 498.376173 3854.486816 0.4987801 3.1270008 296.002 128.552 1 ------> CAND: 498.312593 3854.486816 0.4987801 3.1270008 295.626 128.389 1 ------> CAND: 498.418992 3854.486816 0.4987801 3.1270008 294.917 128.081 1 ------> CAND: 498.409131 3854.486816 0.4987801 3.1270008 294.8 128.03 1 ------> CAND: 498.421328 3854.486816 0.4987801 3.1270008 290.256 126.056 1 ------> CAND: 498.469337 3854.486816 0.4987801 3.1270008 288.174 125.152 1 ------> CAND: 498.477122 3854.486816 0.4987801 3.1270008 286 124.208 1 ------> CAND: 498.343475 3854.486816 0.4987801 3.1270008 284.474 123.546 1 ------> CAND: 498.490357 3854.486816 0.4987801 3.1270008 282.726 122.786 1 ------> CAND: 498.262768 3854.486816 0.4987801 3.1270008 282.327 122.613 1 ------> CAND: 498.405498 3854.486816 0.4987801 3.1270008 282.104 122.516 1 ------> CAND: 498.358786 3854.486816 0.4987801 3.1270008 281.563 122.281 1 ------> CAND: 498.420290 3854.486816 0.4987801 3.1270008 280.474 121.808 1 ------> CAND: 498.486464 3854.486816 0.4987801 3.1270008 279.445 121.361 1 ------> CAND: 498.358267 3854.486816 0.4987801 3.1270008 276.647 120.146 1 ------> CAND: 498.310777 3854.486816 0.4987801 3.1270008 274.335 119.142 1 ------> CAND: 498.409650 3854.486816 0.4987801 3.1270008 273.957 118.978 1 ------> CAND: 498.414061 3854.486816 0.4987801 3.1270008 273.914 118.959 1 ------> CAND: 498.332576 3854.486816 0.4987801 3.1270008 271.641 117.972 1 ------> CAND: 498.441569 3854.486816 0.4987801 3.1270008 270.505 117.479 1 ------> CAND: 498.516308 3854.486816 0.4987801 3.1270008 270.331 117.403 1 ------> CAND: 498.425999 3854.486816 0.4987801 3.1270008 269.11 116.873 1 ------> CAND: 498.440791 3854.486816 0.4987801 3.1270008 268.246 116.498 1 ------> CAND: 498.278338 3854.486816 0.4987801 3.1270008 267.068 115.986 1 ------> CAND: 498.520460 3854.486816 0.4987801 3.1270008 265.049 115.109 1 [13:02:36][389140][INFO ] Statistics: count dirty SumSpec pages 236812 (not checkpointed), Page Size 1024, fundamental_idx_hi-window_2: 1926214 [13:02:36][389140][INFO ] Data processing finished successfully! 13:02:36 (389140): called boinc_finish(0) </stderr_txt> ]]>
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