S241007bw Copy superevent ID Show full identifier

Changes from previous version 9fb3d520 to selected version 6fb11b44

Change legend: Added exists only in the selected version; Removed exists only in the baseline; Changed has different values.

2 field changes.

• Added ParameterEstimation › Results › 3 › Notes › 130

  Baseline

  Missing

  Selected

  2025-12-10: Low-SNR fairly vanilla, results look good to me.

• Added ParameterEstimation › Results › 4 › Notes › 109

  Baseline

  Missing

  Selected

  2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.

{"Info": {"Notes": [], "Labels": [], "SchemaVersion": "v3"}, "Sname": "S241007bw", "GraceDB": {"ADVOK": true, "Events": [{"FAR": 4.260812857094502e-08, "UID": "G626544", "XML": "https://gracedb.ligo.org/api/events/G626544/files/coinc.xml", "H1SNR": 8.0216274, "HasNS": 0.0, "L1SNR": 4.39572, "Mass1": 62.39415, "Mass2": 44.369568, "Notes": [], "State": "neighbor", "Skymap": "https://gracedb.ligo.org/api/events/G626544/files/bayestar.multiorder.fits", "Spin1z": 0.25461727, "Spin2z": 0.25461727, "GPSTime": 1412325001.182129, "Pipeline": "pycbc", "HasMassGap": 0.0, "HasRemnant": 0.0, "NetworkSNR": 9.147068433470341, "SearchType": "offline", "EarlyWarning": false, "CatalogNumber": "5", "CatalogVersion": 22, "InOfflineCatalog": true}, {"FAR": 2.96349e-09, "UID": "G623243", "XML": "https://gracedb.ligo.org/api/events/G623243/files/coinc.xml", "Pbbh": 0.971948664, "Pbns": 0.0, "H1SNR": 8.220937, "HasNS": 0.0, "L1SNR": 4.593752, "Mass1": 48.93101, "Mass2": 35.664965, "Notes": [], "Pnsbh": 0.0, "State": "neighbor", "V1SNR": 2.557718, "Pastro": 0.971948664, "Skymap": "https://gracedb.ligo.org/api/events/G623243/files/bayestar.multiorder.fits", "Spin1z": -0.152247, "Spin2z": -0.152247, "GPSTime": 1412325001.188497, "Pipeline": "MBTA", "HasMassGap": 0.0, "HasRemnant": 0.0, "NetworkSNR": 9.758498, "SearchType": "offline", "EarlyWarning": false, "CatalogNumber": "5", "CatalogVersion": 22, "InOfflineCatalog": true, "SourceClassification": "https://gracedb.ligo.org/api/events/G623243/files/mbta.p_astro.json"}, {"FAR": 1.33816243e-09, "UID": "G624317", "Notes": [], "State": "neighbor", "GPSTime": 1412325001.19, "Pipeline": "CWB", "NetworkSNR": 9.51417521385853, "SearchType": "offline", "EarlyWarning": false, "CatalogNumber": "5", "CatalogVersion": 22, "InOfflineCatalog": true}, {"FAR": 3.090835279362742e-08, "UID": "G626903", "XML": "https://gracedb.ligo.org/api/events/G626903/files/coinc.xml", "H1SNR": 8.1704674, "HasNS": 0.0, "L1SNR": 4.1524968, "Mass1": 48.294952, "Mass2": 54.746231, "Notes": [], "State": "neighbor", "Skymap": "https://gracedb.ligo.org/api/events/G626903/files/bayestar.multiorder.fits", "Spin1z": 0.04640625, "Spin2z": 0.04640625, "GPSTime": 1412325001.193748, "Pipeline": "gstlal", "HasMassGap": 0.0, "HasRemnant": 0.0, "NetworkSNR": 9.418629888859797, "SearchType": "offline", "EarlyWarning": false, "CatalogNumber": "5", "CatalogVersion": 22, "InOfflineCatalog": true}, {"FAR": 1.642441801075562e-08, "UID": "G518647", "XML": "https://gracedb.ligo.org/api/events/G518647/files/coinc.xml", "Pbbh": 0.9880516548898469, "Pbns": 7.947107032062668e-21, "H1SNR": 8.3970585, "HasNS": 0.0, "L1SNR": 4.7472944, "Mass1": 46.318118, "Mass2": 50.356156, "Notes": [], "Pnsbh": 5.951924935346963e-19, "State": "preferred", "V1SNR": 2.3858192, "Pastro": 0.9880516548898469, "Skymap": "https://gracedb.ligo.org/api/events/G518647/files/bayestar.multiorder.fits", "Spin1z": 0.13921875, "Spin2z": 0.13921875, "GPSTime": 1412325001.193237, "Pipeline": "gstlal", "HasMassGap": 0.0, "HasRemnant": 0.0, "NetworkSNR": 9.93677658193063, "SearchType": "low latency", "EarlyWarning": false, "InOfflineCatalog": false, "SourceClassification": "https://gracedb.ligo.org/api/events/G518647/files/gstlal.p_astro.json"}], "LastUpdate": "2026-03-21 01:01:44.804745", "Instruments": "H1,L1,V1", "SupereventFAR": 1.33816243e-09, "SupereventPastro": 0.9966}, "Lensing": {"SingletAnalyses": {}, "MultipletAnalyses": {}}, "Cosmology": {"Notes": [], "Counterparts": [], "PreferredLowLatencySkymap": "https://gracedb.ligo.org/api/events/G518647/files/bayestar.multiorder.fits", "CosmologyRunsUsingThisSuperevent": []}, "TestingGR": {"Notes": [], "BHMAnalyses": [], "FTIAnalyses": [], "MDRAnalyses": [], "POLAnalyses": [], "SIMAnalyses": [], "SMAAnalyses": [], "SSBAnalyses": [], "LOSAAnalyses": [], "IMRCTAnalyses": [], "TIGERAnalyses": [], "PCATGRAnalyses": [], "PYRINGAnalyses": [], "PSEOBRDAnalyses": [], "EchoesCWBAnalyses": [], "ResidualsAnalyses": [], "ModeledEchoesAnalyses": [], "UnmodeledEchoesAnalyses": [], "QNMRationalFilterAnalyses": []}, "Publications": {"Papers": []}, "ExtremeMatter": {"Analyses": []}, "CatalogTracking": {"Notes": [], "SearchResultStatuses": [{"UID": "MBTA", "Chunk": 0, "Notes": [], "Finalized": false, "ReviewStatus": "unstarted"}, {"UID": "CWB", "Chunk": 0, "Notes": [], "Finalized": false, "ReviewStatus": "unstarted"}, {"UID": "gstlal", "Chunk": 0, "Notes": [], "Finalized": false, "ReviewStatus": "unstarted"}, {"UID": "pycbc", "Chunk": 0, "Notes": [], "Finalized": false, "ReviewStatus": "unstarted"}], "ParameterEstimationStatuses": [{"UID": "IMRPhenomXPHM", "Notes": ["No production results satisfying request available, using best rota analysis instead"], "Finalized": false, "ReviewStatus": "pass", "CorrespondingPEUID": "v2-combined-results", "IsDesignatedIllustrativeResult": false}, {"UID": "IMRPhenomXPNR", "Notes": ["No analysis corresponding to this designator"], "Finalized": false, "ReviewStatus": "unstarted", "CorrespondingPEUID": "NoCorrespondingResultFound", "IsDesignatedIllustrativeResult": false}, {"UID": "SEOBNRv5PHM", "Notes": ["No production results satisfying request available, using best rota analysis instead"], "Finalized": false, "ReviewStatus": "unstarted", "CorrespondingPEUID": "NoCorrespondingResultFound", "IsDesignatedIllustrativeResult": false}, {"UID": "IllustrativeResult", "Notes": ["Adding illustrative result even though it does not fall into any requested categories"], "Finalized": false, "ReviewStatus": "unstarted", "CorrespondingPEUID": "Exp0", "IsDesignatedIllustrativeResult": true}]}, "ParameterEstimation": {"Notes": ["BBH candidate from gstlal also found by MBTA and CwB", "There was bimodality in a single of the 3 online chains warranting a re-run with nlive=1000 which resolved the issue.", "Comparatively vanilla BBH, noting particularly special to report.", "The calibration envelopes were determined to be close enough to a zero median that no further runs were warranted"], "Status": "ongoing", "Results": [{"UID": "online", "Notes": ["Perform a review of the online result and assess if it is sufficent for sending a skymap.", "When this file is updated add the contents as a comment on the relevant git issue.", "Results copied from /home/pe.o4/O4b/S241007bw/online/bilby", "Automatic online PE run succeeded", "Instructions can be found [here](https://git.ligo.org/pe/O4/o4b-rota/-/wikis/Review-instructions).", "Deprecated as of the 3 runs, one display bimodality in the posterior. EXP0 re-run with nlive=1000"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/online/bilby/G518647_config_complete.ini", "MD5Sum": "2920df897e1382dc321180dec2dd62f6", "DateLastModified": "2024/10/07 01:35:57"}, "Deprecated": false, "ResultFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/online/bilby/final_result/G518647_data0_1412325001-1932373_analysis_H1L1V1_merge_result.hdf5", "MD5Sum": "4fb9e71665f8c9f3260ce6279483f803", "DateLastModified": "2024/10/07 14:33:20"}, "Publications": [], "ReviewStatus": "ongoing", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/O4b/S241007bw/online/summary/home.html", "InferenceSoftware": "bilby", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/online/summary/samples/posterior_samples.h5", "MD5Sum": "d861c15990a7d02ca85598846adf2e15", "DateLastModified": "2024/10/07 15:20:41"}, "WaveformApproximant": "IMRPhenomXPHM"}, {"UID": "Exp0", "Notes": ["A copy of the onlinePE run, but nlive=1000 as the online run demonstrated differences between runs"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/Exp0/bilby/G518647_Exp0_config_complete.ini", "MD5Sum": "ce510193ea2125e73f786174a76346c8", "DateLastModified": "2024/10/08 09:22:06"}, "Deprecated": false, "ResultFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/Exp0/bilby/final_result/G518647_Exp0_data0_1412325001-1932373_analysis_H1L1V1_merge_result.hdf5", "MD5Sum": "c0aad233f6978e54f0979d6280a94f83", "DateLastModified": "2024/10/09 14:18:25"}, "Publications": [], "ReviewStatus": "pass", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/O4b/S241007bw/Exp0/summary/home.html", "InferenceSoftware": "bilby", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/Exp0/summary/samples/posterior_samples.h5", "MD5Sum": "832600dc866e9d1043952abf27abdb2a", "DateLastModified": "2024/10/10 15:30:27"}, "WaveformApproximant": "IMRPhenomXPHM"}, {"UID": "generate-psd", "Notes": ["Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/generate-psd.ini", "MD5Sum": "ff09919feba2a0bcae96c089c56191f9", "DateLastModified": "2025/11/14 03:24:14"}, "Deprecated": false, "Publications": [], "ReviewStatus": "unstarted", "BayeswaveResults": {"H1PSD": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/generate-psd/trigtime_1412325001.193237066_0.0_0.0_0/post/clean/glitch_median_PSD_forLI_H1.dat", "MD5Sum": "da7c27079ea95b7fb953dc8b7056fec8", "DateLastModified": "2025/11/14 03:50:45"}, "L1PSD": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/generate-psd/trigtime_1412325001.193237066_0.0_0.0_0/post/clean/glitch_median_PSD_forLI_L1.dat", "MD5Sum": "44d989d80df44df3ee4984dab731394b", "DateLastModified": "2025/11/14 03:50:45"}, "V1PSD": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/generate-psd/trigtime_1412325001.193237066_0.0_0.0_0/post/clean/glitch_median_PSD_forLI_V1.dat", "MD5Sum": "788587b69b04d13b6c3f3c4e6497bd57", "DateLastModified": "2025/11/14 03:50:45"}}, "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/generate-psd/pesummary/home.html", "InferenceSoftware": "bayeswave"}, {"UID": "bilby-IMRPhenomXPHM-SpinTaylor", "Notes": ["Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me."], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/bilby-IMRPhenomXPHM-SpinTaylor.ini", "MD5Sum": "09c1eec48916bf42e06ae4acc4f44f64", "DateLastModified": "2025/11/14 10:18:34"}, "Deprecated": false, "ResultFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/bilby-IMRPhenomXPHM-SpinTaylor/result/bilby-IMRPhenomXPHM-SpinTaylor_data0_1412325001-193237_analysis_H1L1V1_merge_result.hdf5", "MD5Sum": "d1c5c1137d5e1cd4ec6fcdd2269a9e82", "DateLastModified": "2025/11/15 10:11:01"}, "Publications": [], "ReviewStatus": "pass", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPHM-SpinTaylor/pesummary/home.html", "InferenceSoftware": "bilby", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPHM-SpinTaylor/pesummary/samples/posterior_samples.h5", "MD5Sum": "0980af5a2a5bacd043588ee8f3c77136", "PublicHTML": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPHM-SpinTaylor/pesummary/samples/posterior_samples.h5", "DateLastModified": "2026/03/17 06:54:54"}, "WaveformApproximant": "IMRPhenomXPHM"}, {"UID": "rift-v5PHM-calmarg", "Notes": ["PE job using SEOBNRv5PHM and RIFT", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "PE job using SEOBNRv5PHM and RIFT", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "PE job using SEOBNRv5PHM and RIFT", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "PE job using SEOBNRv5PHM and RIFT", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "PE job using SEOBNRv5PHM and RIFT", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok."], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/rift-v5PHM-calmarg.ini", "MD5Sum": "2a654360e712e73fd10ed70144a67b08", "DateLastModified": "2025/11/14 11:03:59"}, "Deprecated": false, "Publications": [], "ReviewStatus": "fail", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/rift-v5PHM-calmarg/pesummary/home.html", "InferenceSoftware": "rift", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/gwtc5-hlv/S241007bw/rift-v5PHM-calmarg/pesummary/samples/posterior_samples.h5", "MD5Sum": "086d9f5db48c26f2f44a95ee7976b54e", "PublicHTML": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/rift-v5PHM-calmarg/pesummary/samples/posterior_samples.h5", "DateLastModified": "2026/03/17 05:42:04"}, "WaveformApproximant": "SEOBNRv5PHM"}, {"UID": "bilby-IMRPhenomXPNR", "Notes": ["PE job using IMRPhenomXPNR and bilby", "PE job using IMRPhenomXPNR and bilby", "PE job using IMRPhenomXPNR and bilby", "PE job using IMRPhenomXPNR and bilby"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/bilby-IMRPhenomXPNR.ini", "MD5Sum": "ebccb419e72ca8b9bb4d66e32135d2fa", "DateLastModified": "2025/12/06 06:16:04"}, "Deprecated": false, "ResultFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/bilby-IMRPhenomXPNR/result/bilby-IMRPhenomXPNR_data0_1412325001-193237_analysis_H1L1V1_merge_result.hdf5", "MD5Sum": "f7f4b257511e71d720b3a0419ce547aa", "DateLastModified": "2025/12/09 03:04:14"}, "Publications": [], "ReviewStatus": "unstarted", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPNR/pesummary/home.html", "InferenceSoftware": "bilby", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPNR/pesummary/samples/posterior_samples.h5", "MD5Sum": "f251305d05ac399c4733695d4093c1e3", "PublicHTML": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPNR/pesummary/samples/posterior_samples.h5", "DateLastModified": "2026/03/17 05:22:06"}, "WaveformApproximant": "IMRPhenomXPNR"}, {"UID": "generate-psd-4096", "Notes": ["Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/generate-psd-4096.ini", "MD5Sum": "1c783c14209491013af87fb770e1f7f3", "DateLastModified": "2025/12/10 06:53:27"}, "Deprecated": false, "Publications": [], "ReviewStatus": "unstarted", "BayeswaveResults": {"H1PSD": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/generate-psd-4096/trigtime_1412325001.193237066_0.0_0.0_0/post/clean/glitch_median_PSD_forLI_H1.dat", "MD5Sum": "1272acf532cdeaf2452e0d4f86566412", "DateLastModified": "2025/12/12 23:26:58"}, "L1PSD": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/generate-psd-4096/trigtime_1412325001.193237066_0.0_0.0_0/post/clean/glitch_median_PSD_forLI_L1.dat", "MD5Sum": "684a5fbd20e14508e4e05e0af882dd82", "DateLastModified": "2025/12/12 23:26:58"}, "V1PSD": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/generate-psd-4096/trigtime_1412325001.193237066_0.0_0.0_0/post/clean/glitch_median_PSD_forLI_V1.dat", "MD5Sum": "251a556ebf626b7b0c1f88596c2c671e", "DateLastModified": "2025/12/12 23:26:59"}}, "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/generate-psd-4096/pesummary/home.html", "InferenceSoftware": "bayeswave"}, {"UID": "rift-v5PHM-calmarg-4096", "Notes": ["PE job using SEOBNRv5PHM and RIFT", "PE job using SEOBNRv5PHM and RIFT"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/rift-v5PHM-calmarg-4096.ini", "MD5Sum": "87cde72a53d4dcbc1e2909d1a13a555b", "DateLastModified": "2025/12/18 04:00:23"}, "Deprecated": false, "Publications": [], "ReviewStatus": "fail", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/rift-v5PHM-calmarg-4096/pesummary/home.html", "InferenceSoftware": "rift", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/gwtc5-hlv/S241007bw/rift-v5PHM-calmarg-4096/pesummary/samples/posterior_samples.h5", "MD5Sum": "93b80e488ed0f829336cbda4c913a386", "PublicHTML": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/rift-v5PHM-calmarg-4096/pesummary/samples/posterior_samples.h5", "DateLastModified": "2026/03/17 05:53:49"}, "WaveformApproximant": "SEOBNRv5PHM"}, {"UID": "bilby-SEOBNRv5PHM-4096-2", "Notes": ["PE job using SEOBNRv5PHM and bilby"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/bilby-SEOBNRv5PHM-4096-2.ini", "MD5Sum": "c79c4b12aab324b5d4d14cc5f48dae5e", "DateLastModified": "2026/01/18 11:15:41"}, "Deprecated": false, "ResultFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/bilby-SEOBNRv5PHM-4096-2/result/bilby-SEOBNRv5PHM-4096-2_data0_1412325001-193237_analysis_H1L1V1_merge_result.hdf5", "MD5Sum": "b43fc078133c3fc7f1e8712bd88786a0", "DateLastModified": "2026/01/26 12:45:53"}, "Publications": [], "ReviewStatus": "unstarted", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-SEOBNRv5PHM-4096-2/pesummary/home.html", "InferenceSoftware": "bilby", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/gwtc5-hlv/S241007bw/bilby-SEOBNRv5PHM-4096-2/pesummary/samples/posterior_samples.h5", "MD5Sum": "8142d24bafb041b61f61dcccc562f5b7", "PublicHTML": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-SEOBNRv5PHM-4096-2/pesummary/samples/posterior_samples.h5", "DateLastModified": "2026/03/17 05:33:30"}, "WaveformApproximant": "SEOBNRv5PHM"}, {"UID": "v1-skymap-IMRPhenomXPHM-SpinTaylor", "Notes": ["v1 Skymap for C00:IMRPhenomXPHM-SpinTaylor"], "Deprecated": false, "Publications": [], "ReviewStatus": "unstarted", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/releases/v1/S241007bw/C00-IMRPhenomXPHM-SpinTaylor.fits.gz", "MD5Sum": 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"2026/03/19 08:50:12"}, "WaveformApproximant": "SEOBNRv5PHM"}, {"UID": "v2-combined-results", "Notes": ["v2 combined data release metafile"], "Deprecated": false, "Publications": [], "ReviewStatus": "unstarted", "InferenceSoftware": "PE Postprocessing", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/releases/v2/spintaylor/S241007bw/C00-Combined.h5", "MD5Sum": "69a4af1772f3172526be7d8309e67f71", "DateLastModified": "2026/03/20 07:36:07"}}, {"UID": "v2-skymap-IMRPhenomXPHM-SpinTaylor", "Notes": ["v2 skymap for C00:IMRPhenomXPHM-SpinTaylor"], "Deprecated": false, "Publications": [], "ReviewStatus": "unstarted", "InferenceSoftware": "PE Skymap Postprocessing", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/releases/v2/spintaylor/S241007bw/C00-IMRPhenomXPHM-SpinTaylor.fits.gz", "MD5Sum": "16be914116ce82b17df42f44973b0beb", "DateLastModified": "2026/03/20 08:32:05"}}, {"UID": "bilby-NRSur7dq4", "Notes": ["PE job using NRSur7dq4 and bilby"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/bilby-NRSur7dq4.ini", "MD5Sum": "ec5119356e07b5e23ccdf536a94c97ec", "DateLastModified": "2026/03/19 03:53:47"}, "Deprecated": false, "ResultFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/bilby-NRSur7dq4/result/bilby-NRSur7dq4_data0_1412325001-193237_analysis_H1L1V1_merge_result.hdf5", "MD5Sum": "f53e3d241f828ef106589ce2103480ec", "DateLastModified": "2026/03/20 14:04:22"}, "Publications": [], "ReviewStatus": "unstarted", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-NRSur7dq4/pesummary/home.html", "InferenceSoftware": "bilby", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/gwtc5-hlv/S241007bw/bilby-NRSur7dq4/pesummary/samples/posterior_samples.h5", "MD5Sum": "b23f85730cc51fac90fdf5d412e59775", "PublicHTML": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-NRSur7dq4/pesummary/samples/posterior_samples.h5", "DateLastModified": "2026/03/20 15:05:02"}, "WaveformApproximant": "NRSur7dq4"}], "Analysts": ["Mattia Emma"], "Reviewers": ["Gregory Ashton"], "SafeSamplingRate": 4096.0, "IllustrativeResult": "Exp0", "SafeLowerMassRatio": 0.05, "SkymapReleaseResult": "Exp0"}, "RatesAndPopulations": {"RnPRunsUsingThisSuperevent": []}, "DetectorCharacterization": {"Notes": [""], "Status": "complete", "Analysts": ["Sreekanth Harikumar", "sreekanth.harikumar@ncbj.gov.pl", "Adrian Helmling-Cornell", "ahelmlin@uoregon.edu", "Sophie Hourihane", "sophie.hourihane@ligo.org", "Laura Nuttall", "laura.nuttall@port.ac.uk", "Francesco Di Renzo", "f.di-renzo@ip2i.in2p3.fr", "Siddharth Soni", "siddharth.soni@ligo.org"], "Reviewers": ["Laura Nuttall", "laura.nuttall@port.ac.uk"], "DQRResults": [{"UID": " ", "Notes": [""], "DQRFile": {"Path": "CIT:/home/dqr/public_html/o4dqr/online/events/202410/S241007bw/index.html", "MD5Sum": "e0492be6b467cef2c5fddfd561a16391", "PublicHTML": "https://ldas-jobs.ligo.caltech.edu/~dqr/o4dqr/online/events/202410/S241007bw/index.html", "DateLastModified": "2025/01/15 14:44:49"}, "ReviewStatus": "pass", "ValidationNotes": [""], "ValidationResult": "pass"}], "RecommendedDuration": 8.0, "RecommendedDetectors": [{"UID": "H1", "Notes": ["some scattering noise in LLO around the 20Hz region. Glitchfind does not indicate a problem, so leaving in. Please come back to detchar if any issues"], "FrameType": "H1_HOFT_AR01", "RecommendedChannel": "H1:DCS-CALIB_STRAIN_CLEAN_AR01 ", "GlitchMitigationStatus": "not required", "RecommendedMinimumFrequency": 20}, {"UID": "L1", "Notes": ["some scattering noise in LLO around the 20Hz region. Glitchfind does not indicate a problem, so leaving in. Please come back to detchar if any issues"], "FrameType": "L1_HOFT_AR01", "RecommendedChannel": "L1:DCS-CALIB_STRAIN_CLEAN_AR01", "GlitchMitigationStatus": "not required", "RecommendedMinimumFrequency": 20}, {"UID": "V1", "Notes": ["some scattering noise in LLO around the 20Hz region. Glitchfind does not indicate a problem, so leaving in. Please come back to detchar if any issues"], "FrameType": "HoftAR1U02", "RecommendedChannel": "V1:Hrec_hoftRepro1AR_16384Hz", "GlitchMitigationStatus": "not required", "RecommendedMinimumFrequency": 20}], "ParticipatingDetectors": ["H1", "L1", "V1"]}}

{"Info": {"Notes": [], "Labels": [], "SchemaVersion": "v3"}, "Sname": "S241007bw", "GraceDB": {"ADVOK": true, "Events": [{"FAR": 4.260812857094502e-08, "UID": "G626544", "XML": "https://gracedb.ligo.org/api/events/G626544/files/coinc.xml", "H1SNR": 8.0216274, "HasNS": 0.0, "L1SNR": 4.39572, "Mass1": 62.39415, "Mass2": 44.369568, "Notes": [], "State": "neighbor", "Skymap": "https://gracedb.ligo.org/api/events/G626544/files/bayestar.multiorder.fits", "Spin1z": 0.25461727, "Spin2z": 0.25461727, "GPSTime": 1412325001.182129, "Pipeline": "pycbc", "HasMassGap": 0.0, "HasRemnant": 0.0, "NetworkSNR": 9.147068433470341, "SearchType": "offline", "EarlyWarning": false, "CatalogNumber": "5", "CatalogVersion": 22, "InOfflineCatalog": true}, {"FAR": 2.96349e-09, "UID": "G623243", "XML": "https://gracedb.ligo.org/api/events/G623243/files/coinc.xml", "Pbbh": 0.971948664, "Pbns": 0.0, "H1SNR": 8.220937, "HasNS": 0.0, "L1SNR": 4.593752, "Mass1": 48.93101, "Mass2": 35.664965, "Notes": [], "Pnsbh": 0.0, 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[], "UnmodeledEchoesAnalyses": [], "QNMRationalFilterAnalyses": []}, "Publications": {"Papers": []}, "ExtremeMatter": {"Analyses": []}, "CatalogTracking": {"Notes": [], "SearchResultStatuses": [{"UID": "MBTA", "Chunk": 0, "Notes": [], "Finalized": false, "ReviewStatus": "unstarted"}, {"UID": "CWB", "Chunk": 0, "Notes": [], "Finalized": false, "ReviewStatus": "unstarted"}, {"UID": "gstlal", "Chunk": 0, "Notes": [], "Finalized": false, "ReviewStatus": "unstarted"}, {"UID": "pycbc", "Chunk": 0, "Notes": [], "Finalized": false, "ReviewStatus": "unstarted"}], "ParameterEstimationStatuses": [{"UID": "IMRPhenomXPHM", "Notes": ["No production results satisfying request available, using best rota analysis instead"], "Finalized": false, "ReviewStatus": "pass", "CorrespondingPEUID": "v2-combined-results", "IsDesignatedIllustrativeResult": false}, {"UID": "IMRPhenomXPNR", "Notes": ["No analysis corresponding to this designator"], "Finalized": false, "ReviewStatus": "unstarted", "CorrespondingPEUID": "NoCorrespondingResultFound", "IsDesignatedIllustrativeResult": false}, {"UID": "SEOBNRv5PHM", "Notes": ["No production results satisfying request available, using best rota analysis instead"], "Finalized": false, "ReviewStatus": "unstarted", "CorrespondingPEUID": "NoCorrespondingResultFound", "IsDesignatedIllustrativeResult": false}, {"UID": "IllustrativeResult", "Notes": ["Adding illustrative result even though it does not fall into any requested categories"], "Finalized": false, "ReviewStatus": "unstarted", "CorrespondingPEUID": "Exp0", "IsDesignatedIllustrativeResult": true}]}, "ParameterEstimation": {"Notes": ["BBH candidate from gstlal also found by MBTA and CwB", "There was bimodality in a single of the 3 online chains warranting a re-run with nlive=1000 which resolved the issue.", "Comparatively vanilla BBH, noting particularly special to report.", "The calibration envelopes were determined to be close enough to a zero median that no further runs were warranted"], "Status": "ongoing", "Results": [{"UID": "online", "Notes": ["Perform a review of the online result and assess if it is sufficent for sending a skymap.", "When this file is updated add the contents as a comment on the relevant git issue.", "Results copied from /home/pe.o4/O4b/S241007bw/online/bilby", "Automatic online PE run succeeded", "Instructions can be found [here](https://git.ligo.org/pe/O4/o4b-rota/-/wikis/Review-instructions).", "Deprecated as of the 3 runs, one display bimodality in the posterior. EXP0 re-run with nlive=1000"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/online/bilby/G518647_config_complete.ini", "MD5Sum": "2920df897e1382dc321180dec2dd62f6", "DateLastModified": "2024/10/07 01:35:57"}, "Deprecated": false, "ResultFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/online/bilby/final_result/G518647_data0_1412325001-1932373_analysis_H1L1V1_merge_result.hdf5", "MD5Sum": "4fb9e71665f8c9f3260ce6279483f803", "DateLastModified": "2024/10/07 14:33:20"}, "Publications": [], "ReviewStatus": "ongoing", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/O4b/S241007bw/online/summary/home.html", "InferenceSoftware": "bilby", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/online/summary/samples/posterior_samples.h5", "MD5Sum": "d861c15990a7d02ca85598846adf2e15", "DateLastModified": "2024/10/07 15:20:41"}, "WaveformApproximant": "IMRPhenomXPHM"}, {"UID": "Exp0", "Notes": ["A copy of the onlinePE run, but nlive=1000 as the online run demonstrated differences between runs"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/Exp0/bilby/G518647_Exp0_config_complete.ini", "MD5Sum": "ce510193ea2125e73f786174a76346c8", "DateLastModified": "2024/10/08 09:22:06"}, "Deprecated": false, "ResultFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/Exp0/bilby/final_result/G518647_Exp0_data0_1412325001-1932373_analysis_H1L1V1_merge_result.hdf5", "MD5Sum": "c0aad233f6978e54f0979d6280a94f83", "DateLastModified": "2024/10/09 14:18:25"}, "Publications": [], "ReviewStatus": "pass", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/O4b/S241007bw/Exp0/summary/home.html", "InferenceSoftware": "bilby", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/O4b/S241007bw/Exp0/summary/samples/posterior_samples.h5", "MD5Sum": "832600dc866e9d1043952abf27abdb2a", "DateLastModified": "2024/10/10 15:30:27"}, "WaveformApproximant": "IMRPhenomXPHM"}, {"UID": "generate-psd", "Notes": ["Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/generate-psd.ini", "MD5Sum": "ff09919feba2a0bcae96c089c56191f9", "DateLastModified": "2025/11/14 03:24:14"}, "Deprecated": false, "Publications": [], "ReviewStatus": "unstarted", "BayeswaveResults": {"H1PSD": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/generate-psd/trigtime_1412325001.193237066_0.0_0.0_0/post/clean/glitch_median_PSD_forLI_H1.dat", "MD5Sum": "da7c27079ea95b7fb953dc8b7056fec8", "DateLastModified": "2025/11/14 03:50:45"}, "L1PSD": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/generate-psd/trigtime_1412325001.193237066_0.0_0.0_0/post/clean/glitch_median_PSD_forLI_L1.dat", "MD5Sum": "44d989d80df44df3ee4984dab731394b", "DateLastModified": "2025/11/14 03:50:45"}, "V1PSD": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/generate-psd/trigtime_1412325001.193237066_0.0_0.0_0/post/clean/glitch_median_PSD_forLI_V1.dat", "MD5Sum": "788587b69b04d13b6c3f3c4e6497bd57", "DateLastModified": "2025/11/14 03:50:45"}}, "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/generate-psd/pesummary/home.html", "InferenceSoftware": "bayeswave"}, {"UID": "bilby-IMRPhenomXPHM-SpinTaylor", "Notes": ["Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "Default PE job using IMRPhenomXPHM-SpinTaylor", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me.", "2025-12-10: Low-SNR fairly vanilla, results look good to me."], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/bilby-IMRPhenomXPHM-SpinTaylor.ini", "MD5Sum": "09c1eec48916bf42e06ae4acc4f44f64", "DateLastModified": "2025/11/14 10:18:34"}, "Deprecated": false, "ResultFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/bilby-IMRPhenomXPHM-SpinTaylor/result/bilby-IMRPhenomXPHM-SpinTaylor_data0_1412325001-193237_analysis_H1L1V1_merge_result.hdf5", "MD5Sum": "d1c5c1137d5e1cd4ec6fcdd2269a9e82", "DateLastModified": "2025/11/15 10:11:01"}, "Publications": [], "ReviewStatus": "pass", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPHM-SpinTaylor/pesummary/home.html", "InferenceSoftware": "bilby", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPHM-SpinTaylor/pesummary/samples/posterior_samples.h5", "MD5Sum": "0980af5a2a5bacd043588ee8f3c77136", "PublicHTML": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPHM-SpinTaylor/pesummary/samples/posterior_samples.h5", "DateLastModified": "2026/03/17 06:54:54"}, "WaveformApproximant": "IMRPhenomXPHM"}, {"UID": "rift-v5PHM-calmarg", "Notes": ["PE job using SEOBNRv5PHM and RIFT", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "PE job using SEOBNRv5PHM and RIFT", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "PE job using SEOBNRv5PHM and RIFT", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "PE job using SEOBNRv5PHM and RIFT", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "PE job using SEOBNRv5PHM and RIFT", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok.", "2025-12-10: Less spin information while more support at mass ratios away from 1 compared to bilby-XPHM, but given the low SNR, results look ok."], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/rift-v5PHM-calmarg.ini", "MD5Sum": "2a654360e712e73fd10ed70144a67b08", "DateLastModified": "2025/11/14 11:03:59"}, "Deprecated": false, "Publications": [], "ReviewStatus": "fail", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/rift-v5PHM-calmarg/pesummary/home.html", "InferenceSoftware": "rift", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/gwtc5-hlv/S241007bw/rift-v5PHM-calmarg/pesummary/samples/posterior_samples.h5", "MD5Sum": "086d9f5db48c26f2f44a95ee7976b54e", "PublicHTML": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/rift-v5PHM-calmarg/pesummary/samples/posterior_samples.h5", "DateLastModified": "2026/03/17 05:42:04"}, "WaveformApproximant": "SEOBNRv5PHM"}, {"UID": "bilby-IMRPhenomXPNR", "Notes": ["PE job using IMRPhenomXPNR and bilby", "PE job using IMRPhenomXPNR and bilby", "PE job using IMRPhenomXPNR and bilby", "PE job using IMRPhenomXPNR and bilby"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/bilby-IMRPhenomXPNR.ini", "MD5Sum": "ebccb419e72ca8b9bb4d66e32135d2fa", "DateLastModified": "2025/12/06 06:16:04"}, "Deprecated": false, "ResultFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/bilby-IMRPhenomXPNR/result/bilby-IMRPhenomXPNR_data0_1412325001-193237_analysis_H1L1V1_merge_result.hdf5", "MD5Sum": "f7f4b257511e71d720b3a0419ce547aa", "DateLastModified": "2025/12/09 03:04:14"}, "Publications": [], "ReviewStatus": "unstarted", "PESummaryPageURL": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPNR/pesummary/home.html", "InferenceSoftware": "bilby", "PESummaryResultFile": {"Path": "CIT:/home/pe.o4/public_html/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPNR/pesummary/samples/posterior_samples.h5", "MD5Sum": "f251305d05ac399c4733695d4093c1e3", "PublicHTML": "https://ldas-jobs.ligo.caltech.edu/~pe.o4/gwtc5-hlv/S241007bw/bilby-IMRPhenomXPNR/pesummary/samples/posterior_samples.h5", "DateLastModified": "2026/03/17 05:22:06"}, "WaveformApproximant": "IMRPhenomXPNR"}, {"UID": "generate-psd-4096", "Notes": ["Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process", "Bayeswave on-source PSD estimation process"], "RunStatus": "complete", "ConfigFile": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/checkouts/S241007bw/C01_offline/generate-psd-4096.ini", "MD5Sum": "1c783c14209491013af87fb770e1f7f3", "DateLastModified": "2025/12/10 06:53:27"}, "Deprecated": false, "Publications": [], "ReviewStatus": "unstarted", "BayeswaveResults": {"H1PSD": {"Path": "CIT:/home/pe.o4/GWTC5-HLV/project/working/S241007bw/generate-psd-4096/trigtime_1412325001.193237066_0.0_0.0_0/post/clean/glitch_median_PSD_forLI_H1.dat", "MD5Sum": "1272acf532cdeaf2452e0d4f86566412", "DateLastModified": "2025/12/12 23:26:58"}, "L1PSD": {"Path": 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