2022-05-24 18:20:28,480 INFO Starting MT calculation for Event Event: 2022-05-23T06:23:20.720000Z | +19.445, -67.659 | 4.04 Md | manual resource_id: ResourceIdentifier(id="smi:org.gfz-potsdam.de/geofon/PR2022_jzyc") creation_info: CreationInfo(agency_id='PRSMP', author='scevent@sc.smp.uprm.edu', creation_time=UTCDateTime(2022, 5, 23, 8, 12, 17, 475848)) preferred_origin_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022143000") preferred_magnitude_id: ResourceIdentifier(id="quakeml:pr.anss.org/magnitude/2022143000/Md") --------- event_descriptions: 1 Elements picks: 52 Elements origins: 1 Elements magnitudes: 4 Elements Origin resource_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022143000") time: UTCDateTime(2022, 5, 23, 6, 23, 20, 720000) longitude: -67.6586 latitude: 19.4451 depth: 49000.0 [uncertainty=11700.0] depth_type: 'from location' quality: OriginQuality(used_phase_count=58, used_station_count=30, standard_error=0.53, azimuthal_gap=211.0, minimum_distance=1.0756) origin_uncertainty: OriginUncertainty(horizontal_uncertainty=2260.0, preferred_description='horizontal uncertainty') evaluation_mode: 'manual' creation_info: CreationInfo(agency_id='PRSN', author='prsn@prsn.uprm.edu', creation_time=UTCDateTime(2022, 5, 23, 8, 11, 33, 92833)) --------- arrivals: 52 Elements Magnitude resource_id: ResourceIdentifier(id="quakeml:pr.anss.org/magnitude/2022143000/Md") mag: 4.04 [uncertainty=0.16] magnitude_type: 'Md' origin_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022143000") method_id: ResourceIdentifier(id="quakeml:anss.org/cube/magnitudeType/Md") station_count: 26 evaluation_status: 'reviewed' creation_info: CreationInfo(agency_id='PRSN', author='prsn@prsn.uprm.edu', creation_time=UTCDateTime(2022, 5, 23, 8, 11, 33, 92833)) 2022-05-24 18:20:28,480 INFO Setting working dir to: /home/prsmp/PRSMP/results/realtime/2022/PR2022_jzyc/2022-05-24T18:20:28.477869Z 2022-05-24 18:20:28,480 INFO Retrieving inventory with working epochs from 2022-05-23T06:23:10.720000Z to 2022-05-23T06:27:27.720000Z and stations between 0 and 250 km from event's location 2022-05-24 18:20:28,483 INFO Connecting to FDSNWS host http://192.168.2.23:8080 2022-05-24 18:20:33,372 INFO Accepted channels: ['BH1', 'BH2', 'BH3', 'BHE', 'BHN', 'BHZ', 'HH1', 'HH2', 'HH3', 'HHE', 'HHN', 'HHZ', 'HN1', 'HN2', 'HN3', 'HNE', 'HNN', 'HNZ'] 2022-05-24 18:20:33,558 INFO Saving inventory in one StationXML file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_jzyc/2022-05-24T18:20:28.477869Z/inventory.xml 2022-05-24 18:20:34,508 INFO Function 'getInventory' executed 6.03 seconds 2022-05-24 18:20:34,525 INFO Inventory created at 2022-05-24T18:20:33.558832Z Created by: ObsPy 1.2.2 https://www.obspy.org Sending institution: ObsPy 1.2.2,SeisComP (PRSMP) Contains: Networks (375): IU (9x), PR (366x) Stations (375): IU.SJG ((GSN) IRIS/USGS (IU)) (9x) PR.ADJ1 (Adjuntas Casa Pueblo) (3x) PR.AG02 (UPR Aguadilla Station) (3x) PR.AGPR (AGPR) (6x) PR.ANS1 (Anasco Parish) (3x) PR.AOPR (AOPR) (6x) PR.AR02 (UPR Arecibo Station) (3x) PR.BRR1 (Barranquitas Fire Station) (2x) PR.BY01 (Bayamon Science Park) (3x) PR.BY02 (Bayamon OMME) (3x) PR.CBR1 (Cabo Rojo Fire Station) (3x) PR.CBR2 (Boqueron Fire Station) (3x) PR.CBR3 (Cabo Rojo Lighthouse) (3x) PR.CELP (CELP) (6x) PR.CG01 (Caguas OMME) (3x) PR.CLS1 (Ciales Fire Station) (3x) PR.COM1 (Coamo Fire Station) (3x) PR.CR01 (Carolina Fire Station) (3x) PR.CR02 (Carolina Airport) (3x) PR.CR03 (Carolina UPR Station) (3x) PR.CRPR (CRPR) (6x) PR.CTN1 (Catano OMME) (3x) PR.CYY1 (Cayey USGS Observatory) (3x) PR.CYY2 (Cayey UPR Station) (3x) PR.DRD1 (Dorado OMME) (3x) PR.ECPR (ECPR) (11x) PR.EMPR (EMPR) (6x) PR.FJR1 (Fajardo Fire Station) (3x) PR.GBPR (Bosque Seco Guanica) (3x) PR.GCPR (GCPR) (6x) PR.GNC1 (Guanica OMME) (3x) PR.GNC2 (Guanica Dry Forest) (3x) PR.GY01 (Guaynabo Fire Station) (3x) PR.GY02 (CMA Guaynabo) (3x) PR.GYM1 (Guayama Fire Station) (3x) PR.GYM2 (Guayama Carrite Dam) (3x) PR.GYN1 (Guayanilla Fire Station) (3x) PR.HM01 (Humacao Fire Station) (3x) PR.HRM1 (Hormigueros Minor Basilic) (3x) PR.HTL1 (Hatillo Fire Station) (3x) PR.HUMP (HUMP) (11x) PR.IGPR (IGPR) (6x) PR.ISB1 (Isabela Fire Station) (3x) PR.ISB2 (Isabela Guajataca) (3x) PR.JND1 (Guayabal Dam Free Field) (3x) PR.LJS1 (Lajas OMME) (3x) PR.LJS2 (Lajas Virgen Del Carmen Chapel) (3x) PR.LOZ1 (Loiza OMME) (3x) PR.LSP (Cerro Las Mesas) (3x) PR.MLPR (MLPR) (6x) PR.MNB1 (Maunabo Fire Station) (3x) PR.MNB2 (Maunabo Lighthouse) (3x) PR.MRC1 (Maricao Fire Station) (3x) PR.MY02 (Mayaguez, El Castillo) (3x) PR.MY03 (Mayaguez, El Mani) (3x) PR.MY04 (Mayaguez, La Quinta) (3x) PR.MY05 (Mayaguez, Monasterio) (3x) PR.MY08 (Mayaguez Cathedral) (3x) PR.MY09 (Mayaguez, Bridge Free Field) (3x) PR.MY10 (UPR Mayaguez Station) (3x) PR.MY12 (Mayaguez, Club de Officinistas II) (3x) PR.NGB1 (Naguabo Fire Station) (3x) PR.OBIP (OBIP) (3x) PR.PCDR (PCDR) (6x) PR.PDPR (PDPR) (6x) PR.PN01 (Ponce OMME) (3x) PR.PN02 (Ponce Water Treatment Facility) (3x) PR.PN03 (Ponce, Obispado) (3x) PR.PN04 (Ponce, Siervas de Maria) (3x) PR.PN05 (Ponce, Del Carmen Chapel) (3x) PR.PN06 (Ponce, Santa Maria Reina) (3x) PR.PN07 (Ponce, San Jose) (3x) PR.PN08 (Ponce, Cathedral) (3x) PR.PN09 (Ponce, Caja de Muerto Island) (3x) PR.PN10 (Ponce, Toll) (3x) PR.PN11 (Ponce, San Martin de Porres) (3x) PR.PN12 (Ponce, Victor Rivera y Asoc.) (3x) PR.PN13 (UPR Ponce Station) (3x) PR.PNL2 (Penuelas Sagrado Corazon Chapel) (3x) PR.PNL3 (Penuelas Sagrado Corazon Chapel) (3x) PR.PRSN (PRSN) (6x) PR.QBPR (QBPR) (3x) PR.RNC1 (Rincon Post Office) (3x) PR.ROPR (ROPR) (3x) PR.SBG1 (Sabana Grande Fire Station) (3x) PR.SJ01 (Institute of Neurobiology) (3x) PR.SJ02 (San Juan, Barrio Obrero) (3x) PR.SJ03 (Hato Rey Fire Station) (3x) PR.SJ07 (UPR San Juan Medical) (3x) PR.SMDR (SMDR) (6x) PR.SNG1 (San German Fire Station) (3x) PR.SNG3 (San German, San Jose Colleg) (3x) PR.SNI1 (Santa Isabel Fire Station) (3x) PR.SNS1 (San Sebastian Fire Station) (3x) PR.TA01 (Trujillo Alto Fire Station) (3x) PR.TA02 (Carraizo Dam Free Field) (3x) PR.TOA1 (Toa Alta Fire Station) (3x) PR.TOA2 (La Plata Dam Free Field) (3x) PR.UTD1 (Utuado Fire Station) (3x) PR.UTD2 (UPR Utuado Station) (3x) PR.UTD3 (Dos Bocas Dam Free Field) (3x) PR.UUPR (UUPR) (6x) PR.VGB1 (Vega Baja OMME) (3x) PR.YAC1 (Luccheti Dam Free Field) (3x) PR.YAC2 (Yauco Fire Station) (3x) Channels (383): IU.SJG.00.BHZ, IU.SJG.00.BH1, IU.SJG.00.BH2, IU.SJG.00.HHZ, IU.SJG.00.HH1, IU.SJG.00.HH2, IU.SJG.10.BHZ, IU.SJG.10.BH1, IU.SJG.10.BH2, IU.SJG.10.HHZ, IU.SJG.10.HH1, IU.SJG.10.HH2, IU.SJG.20.HNZ, IU.SJG.20.HN1, IU.SJG.20.HN2, PR.ADJ1..HNZ, PR.ADJ1..HNN, PR.ADJ1..HNE, PR.AG02..HNZ, PR.AG02..HNN, PR.AG02..HNE, PR.AGPR.00.HHZ, PR.AGPR.00.HH1, PR.AGPR.00.HH2, PR.AGPR.00.HNZ, PR.AGPR.00.HN1, PR.AGPR.00.HN2, PR.ANS1..HNZ, PR.ANS1..HNN, PR.ANS1..HNE, PR.AOPR.00.HHZ, PR.AOPR.00.HH1, PR.AOPR.00.HH2, PR.AOPR.00.HNZ, PR.AOPR.00.HN1, PR.AOPR.00.HN2, PR.AR02..HNZ, PR.AR02..HNN, PR.AR02..HNE, PR.BRR1..HNZ, PR.BRR1..HNN, PR.BY01..HNZ, PR.BY01..HNN, PR.BY01..HNE, PR.BY02..HNZ, PR.BY02..HNN, PR.BY02..HNE, PR.CBR1..HNZ, PR.CBR1..HNN, PR.CBR1..HNE, PR.CBR2..HNZ, PR.CBR2..HNN, PR.CBR2..HNE, PR.CBR3..HNZ, PR.CBR3..HNN, PR.CBR3..HNE, PR.CELP.00.HHZ, PR.CELP.00.HH1, PR.CELP.00.HH2, PR.CELP.00.HNZ, PR.CELP.00.HN1, PR.CELP.00.HN2, PR.CG01..HNZ, PR.CG01..HNN, PR.CG01..HNE, PR.CLS1..HNZ, PR.CLS1..HNN, PR.CLS1..HNE, PR.COM1..HNZ, PR.COM1..HNN, PR.COM1..HNE, PR.CR01..HNZ, PR.CR01..HNN, PR.CR01..HNE, PR.CR02..HNZ, PR.CR02..HNN, PR.CR02..HNE, PR.CR03..HNZ, PR.CR03..HNN, PR.CR03..HNE, PR.CRPR.00.HHZ, PR.CRPR.00.HH1, PR.CRPR.00.HH2, PR.CRPR.00.HNZ, PR.CRPR.00.HN1, PR.CRPR.00.HN2, PR.CTN1..HNZ, PR.CTN1..HNN, PR.CTN1..HNE, PR.CYY1..HNZ, PR.CYY1..HNN, PR.CYY1..HNE, PR.CYY2..HNZ, PR.CYY2..HNN, PR.CYY2..HNE, PR.DRD1..HNZ, PR.DRD1..HNN, PR.DRD1..HNE, PR.ECPR..BHZ, PR.ECPR..BHN, PR.ECPR..BHE, PR.ECPR..HNZ, PR.ECPR..HNN, PR.ECPR..HNE, PR.ECPR.00.HHZ, PR.ECPR.00.HH1, PR.ECPR.00.HH2, PR.ECPR.00.HNZ, PR.ECPR.00.HN1, PR.ECPR.00.HN2, PR.EMPR.00.HHZ, PR.EMPR.00.HH1, PR.EMPR.00.HH2, PR.EMPR.00.HNZ, PR.EMPR.00.HN1, PR.EMPR.00.HN2, PR.FJR1..HNZ, PR.FJR1..HNN, PR.FJR1..HNE, PR.GBPR.10.HHZ, PR.GBPR.10.HH1, PR.GBPR.10.HH2, PR.GCPR.00.HHZ, PR.GCPR.00.HH1, PR.GCPR.00.HH2, PR.GCPR.00.HNZ, PR.GCPR.00.HN1, PR.GCPR.00.HN2, PR.GNC1..HNZ, PR.GNC1..HNN, PR.GNC1..HNE, PR.GNC2..HNZ, PR.GNC2..HNN, PR.GNC2..HNE, PR.GY01..HNZ, PR.GY01..HNN, PR.GY01..HNE, PR.GY02..HNZ, PR.GY02..HN2, PR.GY02..HN3, PR.GYM1..HNZ, PR.GYM1..HNN, PR.GYM1..HNE, PR.GYM2..HNZ, PR.GYM2..HNN, PR.GYM2..HNE, PR.GYN1..HNZ, PR.GYN1..HNN, PR.GYN1..HNE, PR.HM01..HNZ, PR.HM01..HNN, PR.HM01..HNE, PR.HRM1..HNZ, PR.HRM1..HNN, PR.HRM1..HNE, PR.HTL1..HNZ, PR.HTL1..HNN, PR.HTL1..HNE, PR.HUMP..BHZ, PR.HUMP..BHN, PR.HUMP..BHE, PR.HUMP..HNZ, PR.HUMP..HNN, PR.HUMP..HNE, PR.HUMP.00.HHZ, PR.HUMP.00.HH1, PR.HUMP.00.HH2, PR.HUMP.00.HNZ, PR.HUMP.00.HN1, PR.HUMP.00.HN2, PR.IGPR.00.HHZ, PR.IGPR.00.HH1, PR.IGPR.00.HH2, PR.IGPR.00.HNZ, PR.IGPR.00.HN1, PR.IGPR.00.HN2, PR.ISB1..HNZ, PR.ISB1..HNN, PR.ISB1..HNE, PR.ISB2..HNZ, PR.ISB2..HNN, PR.ISB2..HNE, PR.JND1..HNZ, PR.JND1..HNN, PR.JND1..HNE, PR.LJS1..HNZ, PR.LJS1..HNN, PR.LJS1..HNE, PR.LJS2..HNZ, PR.LJS2..HNN, PR.LJS2..HNE, PR.LOZ1..HNZ, PR.LOZ1..HNN, PR.LOZ1..HNE, PR.LSP.10.HHZ, PR.LSP.10.HH1, PR.LSP.10.HH2, PR.MLPR.00.HHZ, PR.MLPR.00.HH1, PR.MLPR.00.HH2, PR.MLPR.00.HNZ, PR.MLPR.00.HN1, PR.MLPR.00.HN2, PR.MNB1..HNZ, PR.MNB1..HNN, PR.MNB1..HNE, PR.MNB2..HNZ, PR.MNB2..HNN, PR.MNB2..HNE, PR.MRC1..HNZ, PR.MRC1..HNN, PR.MRC1..HNE, PR.MY02..HNZ, PR.MY02..HNN, PR.MY02..HNE, PR.MY03..HNZ, PR.MY03..HNN, PR.MY03..HNE, PR.MY04..HNZ, PR.MY04..HNN, PR.MY04..HNE, PR.MY05..HNZ, PR.MY05..HNN, PR.MY05..HNE, PR.MY08..HNZ, PR.MY08..HNN, PR.MY08..HNE, PR.MY09..HNZ, PR.MY09..HNN, PR.MY09..HNE, PR.MY10..HNZ, PR.MY10..HNN, PR.MY10..HNE, PR.MY12..HNZ, PR.MY12..HNN, PR.MY12..HNE, PR.NGB1..HNZ, PR.NGB1..HNN, PR.NGB1..HNE, PR.OBIP..BHZ, PR.OBIP..BHN, PR.OBIP..BHE, PR.PCDR..BHZ, PR.PCDR..BHN, PR.PCDR..BHE, PR.PCDR..HNZ, PR.PCDR..HNN, PR.PCDR..HNE, PR.PDPR.00.HHZ, PR.PDPR.00.HH1, PR.PDPR.00.HH2, PR.PDPR.00.HNZ, PR.PDPR.00.HN1, PR.PDPR.00.HN2, PR.PN01..HNZ, PR.PN01..HNN, PR.PN01..HNE, PR.PN02..HNZ, PR.PN02..HNN, PR.PN02..HNE, PR.PN03..HNZ, PR.PN03..HNN, PR.PN03..HNE, PR.PN04..HNZ, PR.PN04..HNN, PR.PN04..HNE, PR.PN05..HNZ, PR.PN05..HNN, PR.PN05..HNE, PR.PN06..HNZ, PR.PN06..HNN, PR.PN06..HNE, PR.PN07..HNZ, PR.PN07..HNN, PR.PN07..HNE, PR.PN08..HNZ, PR.PN08..HNN, PR.PN08..HNE, PR.PN09..HNZ, PR.PN09..HNN, PR.PN09..HNE, PR.PN10..HNZ, PR.PN10..HNN, PR.PN10..HNE, PR.PN11..HNZ, PR.PN11..HNN, PR.PN11..HNE, PR.PN12..HNZ, PR.PN12..HNN, PR.PN12..HNE, PR.PN13..HNZ, PR.PN13..HNN, PR.PN13..HNE, PR.PNL2..HNZ, PR.PNL2..HNN, PR.PNL2..HNE, PR.PNL3..HNZ, PR.PNL3..HNN, PR.PNL3..HNE, PR.PRSN.00.HHZ, PR.PRSN.00.HH1, PR.PRSN.00.HH2, PR.PRSN.00.HNZ, PR.PRSN.00.HN1, PR.PRSN.00.HN2, PR.QBPR..HNZ, PR.QBPR..HNN, PR.QBPR..HNE, PR.RNC1..HNZ, PR.RNC1..HNN, PR.RNC1..HNE, PR.ROPR.00.HNZ, PR.ROPR.00.HN1, PR.ROPR.00.HN2, PR.SBG1..HNZ, PR.SBG1..HNN, PR.SBG1..HNE, PR.SJ01..HNZ, PR.SJ01..HNN, PR.SJ01..HNE, PR.SJ02..HNZ, PR.SJ02..HNN, PR.SJ02..HNE, PR.SJ03..HNZ, PR.SJ03..HNN, PR.SJ03..HNE, PR.SJ07..HNZ, PR.SJ07..HNN, PR.SJ07..HNE, PR.SMDR..BHZ, PR.SMDR..BHN, PR.SMDR..BHE, PR.SMDR..HNZ, PR.SMDR..HNN, PR.SMDR..HNE, PR.SNG1..HNZ, PR.SNG1..HNN, PR.SNG1..HNE, PR.SNG3..HNZ, PR.SNG3..HNN, PR.SNG3..HNE, PR.SNI1..HNZ, PR.SNI1..HNN, PR.SNI1..HNE, PR.SNS1..HNZ, PR.SNS1..HNN, PR.SNS1..HNE, PR.TA01..HNZ, PR.TA01..HNN, PR.TA01..HNE, PR.TA02..HNZ, PR.TA02..HNN, PR.TA02..HNE, PR.TOA1..HNZ, PR.TOA1..HNN, PR.TOA1..HNE, PR.TOA2..HNZ, PR.TOA2..HNN, PR.TOA2..HNE, PR.UTD1..HNZ, PR.UTD1..HNN, PR.UTD1..HNE, PR.UTD2..HNZ, PR.UTD2..HNN, PR.UTD2..HNE, PR.UTD3..HNZ, PR.UTD3..HNN, PR.UTD3..HNE, PR.UUPR.00.HHZ, PR.UUPR.00.HH1, PR.UUPR.00.HH2, PR.UUPR.00.HNZ, PR.UUPR.00.HN1, PR.UUPR.00.HN2, PR.VGB1..HNZ, PR.VGB1..HNN, PR.VGB1..HNE, PR.YAC1..HNZ, PR.YAC1..HNN, PR.YAC1..HNE, PR.YAC2..HNZ, PR.YAC2..HNN, PR.YAC2..HNE 2022-05-24 18:20:34,554 INFO Selecting stations with channel codes ['BH', 'HH', 'HN'] and that they are between 0 and 250 km from event's location 2022-05-24 18:20:34,678 INFO Saving inventory in XML file /home/prsmp/PRSMP/results/realtime/2022/PR2022_jzyc/2022-05-24T18:20:28.477869Z/inventory.xml 2022-05-24 18:20:35,586 INFO Function 'selectDist' executed 1.03 seconds 2022-05-24 18:20:35,604 INFO Inventory created at 2022-05-24T18:20:34.678518Z Created by: ObsPy 1.2.2 https://www.obspy.org Sending institution: ObsPy 1.2.2,SeisComP (PRSMP) Contains: Networks (375): IU (9x), PR (366x) Stations (375): IU.SJG ((GSN) IRIS/USGS (IU)) (9x) PR.ADJ1 (Adjuntas Casa Pueblo) (3x) PR.AG02 (UPR Aguadilla Station) (3x) PR.AGPR (AGPR) (6x) PR.ANS1 (Anasco Parish) (3x) PR.AOPR (AOPR) (6x) PR.AR02 (UPR Arecibo Station) (3x) PR.BRR1 (Barranquitas Fire Station) (2x) PR.BY01 (Bayamon Science Park) (3x) PR.BY02 (Bayamon OMME) (3x) PR.CBR1 (Cabo Rojo Fire Station) (3x) PR.CBR2 (Boqueron Fire Station) (3x) PR.CBR3 (Cabo Rojo Lighthouse) (3x) PR.CELP (CELP) (6x) PR.CG01 (Caguas OMME) (3x) PR.CLS1 (Ciales Fire Station) (3x) PR.COM1 (Coamo Fire Station) (3x) PR.CR01 (Carolina Fire Station) (3x) PR.CR02 (Carolina Airport) (3x) PR.CR03 (Carolina UPR Station) (3x) PR.CRPR (CRPR) (6x) PR.CTN1 (Catano OMME) (3x) PR.CYY1 (Cayey USGS Observatory) (3x) PR.CYY2 (Cayey UPR Station) (3x) PR.DRD1 (Dorado OMME) (3x) PR.ECPR (ECPR) (11x) PR.EMPR (EMPR) (6x) PR.FJR1 (Fajardo Fire Station) (3x) PR.GBPR (Bosque Seco Guanica) (3x) PR.GCPR (GCPR) (6x) PR.GNC1 (Guanica OMME) (3x) PR.GNC2 (Guanica Dry Forest) (3x) PR.GY01 (Guaynabo Fire Station) (3x) PR.GY02 (CMA Guaynabo) (3x) PR.GYM1 (Guayama Fire Station) (3x) PR.GYM2 (Guayama Carrite Dam) (3x) PR.GYN1 (Guayanilla Fire Station) (3x) PR.HM01 (Humacao Fire Station) (3x) PR.HRM1 (Hormigueros Minor Basilic) (3x) PR.HTL1 (Hatillo Fire Station) (3x) PR.HUMP (HUMP) (11x) PR.IGPR (IGPR) (6x) PR.ISB1 (Isabela Fire Station) (3x) PR.ISB2 (Isabela Guajataca) (3x) PR.JND1 (Guayabal Dam Free Field) (3x) PR.LJS1 (Lajas OMME) (3x) PR.LJS2 (Lajas Virgen Del Carmen Chapel) (3x) PR.LOZ1 (Loiza OMME) (3x) PR.LSP (Cerro Las Mesas) (3x) PR.MLPR (MLPR) (6x) PR.MNB1 (Maunabo Fire Station) (3x) PR.MNB2 (Maunabo Lighthouse) (3x) PR.MRC1 (Maricao Fire Station) (3x) PR.MY02 (Mayaguez, El Castillo) (3x) PR.MY03 (Mayaguez, El Mani) (3x) PR.MY04 (Mayaguez, La Quinta) (3x) PR.MY05 (Mayaguez, Monasterio) (3x) PR.MY08 (Mayaguez Cathedral) (3x) PR.MY09 (Mayaguez, Bridge Free Field) (3x) PR.MY10 (UPR Mayaguez Station) (3x) PR.MY12 (Mayaguez, Club de Officinistas II) (3x) PR.NGB1 (Naguabo Fire Station) (3x) PR.OBIP (OBIP) (3x) PR.PCDR (PCDR) (6x) PR.PDPR (PDPR) (6x) PR.PN01 (Ponce OMME) (3x) PR.PN02 (Ponce Water Treatment Facility) (3x) PR.PN03 (Ponce, Obispado) (3x) PR.PN04 (Ponce, Siervas de Maria) (3x) PR.PN05 (Ponce, Del Carmen Chapel) (3x) PR.PN06 (Ponce, Santa Maria Reina) (3x) PR.PN07 (Ponce, San Jose) (3x) PR.PN08 (Ponce, Cathedral) (3x) PR.PN09 (Ponce, Caja de Muerto Island) (3x) PR.PN10 (Ponce, Toll) (3x) PR.PN11 (Ponce, San Martin de Porres) (3x) PR.PN12 (Ponce, Victor Rivera y Asoc.) (3x) PR.PN13 (UPR Ponce Station) (3x) PR.PNL2 (Penuelas Sagrado Corazon Chapel) (3x) PR.PNL3 (Penuelas Sagrado Corazon Chapel) (3x) PR.PRSN (PRSN) (6x) PR.QBPR (QBPR) (3x) PR.RNC1 (Rincon Post Office) (3x) PR.ROPR (ROPR) (3x) PR.SBG1 (Sabana Grande Fire Station) (3x) PR.SJ01 (Institute of Neurobiology) (3x) PR.SJ02 (San Juan, Barrio Obrero) (3x) PR.SJ03 (Hato Rey Fire Station) (3x) PR.SJ07 (UPR San Juan Medical) (3x) PR.SMDR (SMDR) (6x) PR.SNG1 (San German Fire Station) (3x) PR.SNG3 (San German, San Jose Colleg) (3x) PR.SNI1 (Santa Isabel Fire Station) (3x) PR.SNS1 (San Sebastian Fire Station) (3x) PR.TA01 (Trujillo Alto Fire Station) (3x) PR.TA02 (Carraizo Dam Free Field) (3x) PR.TOA1 (Toa Alta Fire Station) (3x) PR.TOA2 (La Plata Dam Free Field) (3x) PR.UTD1 (Utuado Fire Station) (3x) PR.UTD2 (UPR Utuado Station) (3x) PR.UTD3 (Dos Bocas Dam Free Field) (3x) PR.UUPR (UUPR) (6x) PR.VGB1 (Vega Baja OMME) (3x) PR.YAC1 (Luccheti Dam Free Field) (3x) PR.YAC2 (Yauco Fire Station) (3x) Channels (383): IU.SJG.00.BHZ, IU.SJG.00.BH1, IU.SJG.00.BH2, IU.SJG.00.HHZ, IU.SJG.00.HH1, IU.SJG.00.HH2, IU.SJG.10.BHZ, IU.SJG.10.BH1, IU.SJG.10.BH2, IU.SJG.10.HHZ, IU.SJG.10.HH1, IU.SJG.10.HH2, IU.SJG.20.HNZ, IU.SJG.20.HN1, IU.SJG.20.HN2, PR.ADJ1..HNZ, PR.ADJ1..HNN, PR.ADJ1..HNE, PR.AG02..HNZ, PR.AG02..HNN, PR.AG02..HNE, PR.AGPR.00.HHZ, PR.AGPR.00.HH1, PR.AGPR.00.HH2, PR.AGPR.00.HNZ, PR.AGPR.00.HN1, PR.AGPR.00.HN2, PR.ANS1..HNZ, PR.ANS1..HNN, PR.ANS1..HNE, PR.AOPR.00.HHZ, PR.AOPR.00.HH1, PR.AOPR.00.HH2, PR.AOPR.00.HNZ, PR.AOPR.00.HN1, PR.AOPR.00.HN2, PR.AR02..HNZ, PR.AR02..HNN, PR.AR02..HNE, PR.BRR1..HNZ, PR.BRR1..HNN, PR.BY01..HNZ, PR.BY01..HNN, PR.BY01..HNE, PR.BY02..HNZ, PR.BY02..HNN, PR.BY02..HNE, PR.CBR1..HNZ, PR.CBR1..HNN, PR.CBR1..HNE, PR.CBR2..HNZ, PR.CBR2..HNN, PR.CBR2..HNE, PR.CBR3..HNZ, PR.CBR3..HNN, PR.CBR3..HNE, PR.CELP.00.HHZ, PR.CELP.00.HH1, PR.CELP.00.HH2, PR.CELP.00.HNZ, PR.CELP.00.HN1, PR.CELP.00.HN2, PR.CG01..HNZ, PR.CG01..HNN, PR.CG01..HNE, PR.CLS1..HNZ, PR.CLS1..HNN, PR.CLS1..HNE, PR.COM1..HNZ, PR.COM1..HNN, PR.COM1..HNE, PR.CR01..HNZ, PR.CR01..HNN, PR.CR01..HNE, PR.CR02..HNZ, PR.CR02..HNN, PR.CR02..HNE, PR.CR03..HNZ, PR.CR03..HNN, PR.CR03..HNE, PR.CRPR.00.HHZ, PR.CRPR.00.HH1, PR.CRPR.00.HH2, PR.CRPR.00.HNZ, PR.CRPR.00.HN1, PR.CRPR.00.HN2, PR.CTN1..HNZ, PR.CTN1..HNN, PR.CTN1..HNE, PR.CYY1..HNZ, PR.CYY1..HNN, PR.CYY1..HNE, PR.CYY2..HNZ, PR.CYY2..HNN, PR.CYY2..HNE, PR.DRD1..HNZ, PR.DRD1..HNN, PR.DRD1..HNE, PR.ECPR..BHZ, PR.ECPR..BHN, PR.ECPR..BHE, PR.ECPR..HNZ, PR.ECPR..HNN, PR.ECPR..HNE, PR.ECPR.00.HHZ, PR.ECPR.00.HH1, PR.ECPR.00.HH2, PR.ECPR.00.HNZ, PR.ECPR.00.HN1, PR.ECPR.00.HN2, PR.EMPR.00.HHZ, PR.EMPR.00.HH1, PR.EMPR.00.HH2, PR.EMPR.00.HNZ, PR.EMPR.00.HN1, PR.EMPR.00.HN2, PR.FJR1..HNZ, PR.FJR1..HNN, PR.FJR1..HNE, PR.GBPR.10.HHZ, PR.GBPR.10.HH1, PR.GBPR.10.HH2, PR.GCPR.00.HHZ, PR.GCPR.00.HH1, PR.GCPR.00.HH2, PR.GCPR.00.HNZ, PR.GCPR.00.HN1, PR.GCPR.00.HN2, PR.GNC1..HNZ, PR.GNC1..HNN, PR.GNC1..HNE, PR.GNC2..HNZ, PR.GNC2..HNN, PR.GNC2..HNE, PR.GY01..HNZ, PR.GY01..HNN, PR.GY01..HNE, PR.GY02..HNZ, PR.GY02..HN2, PR.GY02..HN3, PR.GYM1..HNZ, PR.GYM1..HNN, PR.GYM1..HNE, PR.GYM2..HNZ, PR.GYM2..HNN, PR.GYM2..HNE, PR.GYN1..HNZ, PR.GYN1..HNN, PR.GYN1..HNE, PR.HM01..HNZ, PR.HM01..HNN, PR.HM01..HNE, PR.HRM1..HNZ, PR.HRM1..HNN, PR.HRM1..HNE, PR.HTL1..HNZ, PR.HTL1..HNN, PR.HTL1..HNE, PR.HUMP..BHZ, PR.HUMP..BHN, PR.HUMP..BHE, PR.HUMP..HNZ, PR.HUMP..HNN, PR.HUMP..HNE, PR.HUMP.00.HHZ, PR.HUMP.00.HH1, PR.HUMP.00.HH2, PR.HUMP.00.HNZ, PR.HUMP.00.HN1, PR.HUMP.00.HN2, PR.IGPR.00.HHZ, PR.IGPR.00.HH1, PR.IGPR.00.HH2, PR.IGPR.00.HNZ, PR.IGPR.00.HN1, PR.IGPR.00.HN2, PR.ISB1..HNZ, PR.ISB1..HNN, PR.ISB1..HNE, PR.ISB2..HNZ, PR.ISB2..HNN, PR.ISB2..HNE, PR.JND1..HNZ, PR.JND1..HNN, PR.JND1..HNE, PR.LJS1..HNZ, PR.LJS1..HNN, PR.LJS1..HNE, PR.LJS2..HNZ, PR.LJS2..HNN, PR.LJS2..HNE, PR.LOZ1..HNZ, PR.LOZ1..HNN, PR.LOZ1..HNE, PR.LSP.10.HHZ, PR.LSP.10.HH1, PR.LSP.10.HH2, PR.MLPR.00.HHZ, PR.MLPR.00.HH1, PR.MLPR.00.HH2, PR.MLPR.00.HNZ, PR.MLPR.00.HN1, PR.MLPR.00.HN2, PR.MNB1..HNZ, PR.MNB1..HNN, PR.MNB1..HNE, PR.MNB2..HNZ, PR.MNB2..HNN, PR.MNB2..HNE, PR.MRC1..HNZ, PR.MRC1..HNN, PR.MRC1..HNE, PR.MY02..HNZ, PR.MY02..HNN, PR.MY02..HNE, PR.MY03..HNZ, PR.MY03..HNN, PR.MY03..HNE, PR.MY04..HNZ, PR.MY04..HNN, PR.MY04..HNE, PR.MY05..HNZ, PR.MY05..HNN, PR.MY05..HNE, PR.MY08..HNZ, PR.MY08..HNN, PR.MY08..HNE, PR.MY09..HNZ, PR.MY09..HNN, PR.MY09..HNE, PR.MY10..HNZ, PR.MY10..HNN, PR.MY10..HNE, PR.MY12..HNZ, PR.MY12..HNN, PR.MY12..HNE, PR.NGB1..HNZ, PR.NGB1..HNN, PR.NGB1..HNE, PR.OBIP..BHZ, PR.OBIP..BHN, PR.OBIP..BHE, PR.PCDR..BHZ, PR.PCDR..BHN, PR.PCDR..BHE, PR.PCDR..HNZ, PR.PCDR..HNN, PR.PCDR..HNE, PR.PDPR.00.HHZ, PR.PDPR.00.HH1, PR.PDPR.00.HH2, PR.PDPR.00.HNZ, PR.PDPR.00.HN1, PR.PDPR.00.HN2, PR.PN01..HNZ, PR.PN01..HNN, PR.PN01..HNE, PR.PN02..HNZ, PR.PN02..HNN, PR.PN02..HNE, PR.PN03..HNZ, PR.PN03..HNN, PR.PN03..HNE, PR.PN04..HNZ, PR.PN04..HNN, PR.PN04..HNE, PR.PN05..HNZ, PR.PN05..HNN, PR.PN05..HNE, PR.PN06..HNZ, PR.PN06..HNN, PR.PN06..HNE, PR.PN07..HNZ, PR.PN07..HNN, PR.PN07..HNE, PR.PN08..HNZ, PR.PN08..HNN, PR.PN08..HNE, PR.PN09..HNZ, PR.PN09..HNN, PR.PN09..HNE, PR.PN10..HNZ, PR.PN10..HNN, PR.PN10..HNE, PR.PN11..HNZ, PR.PN11..HNN, PR.PN11..HNE, PR.PN12..HNZ, PR.PN12..HNN, PR.PN12..HNE, PR.PN13..HNZ, PR.PN13..HNN, PR.PN13..HNE, PR.PNL2..HNZ, PR.PNL2..HNN, PR.PNL2..HNE, PR.PNL3..HNZ, PR.PNL3..HNN, PR.PNL3..HNE, PR.PRSN.00.HHZ, PR.PRSN.00.HH1, PR.PRSN.00.HH2, PR.PRSN.00.HNZ, PR.PRSN.00.HN1, PR.PRSN.00.HN2, PR.QBPR..HNZ, PR.QBPR..HNN, PR.QBPR..HNE, PR.RNC1..HNZ, PR.RNC1..HNN, PR.RNC1..HNE, PR.ROPR.00.HNZ, PR.ROPR.00.HN1, PR.ROPR.00.HN2, PR.SBG1..HNZ, PR.SBG1..HNN, PR.SBG1..HNE, PR.SJ01..HNZ, PR.SJ01..HNN, PR.SJ01..HNE, PR.SJ02..HNZ, PR.SJ02..HNN, PR.SJ02..HNE, PR.SJ03..HNZ, PR.SJ03..HNN, PR.SJ03..HNE, PR.SJ07..HNZ, PR.SJ07..HNN, PR.SJ07..HNE, PR.SMDR..BHZ, PR.SMDR..BHN, PR.SMDR..BHE, PR.SMDR..HNZ, PR.SMDR..HNN, PR.SMDR..HNE, PR.SNG1..HNZ, PR.SNG1..HNN, PR.SNG1..HNE, PR.SNG3..HNZ, PR.SNG3..HNN, PR.SNG3..HNE, PR.SNI1..HNZ, PR.SNI1..HNN, PR.SNI1..HNE, PR.SNS1..HNZ, PR.SNS1..HNN, PR.SNS1..HNE, PR.TA01..HNZ, PR.TA01..HNN, PR.TA01..HNE, PR.TA02..HNZ, PR.TA02..HNN, PR.TA02..HNE, PR.TOA1..HNZ, PR.TOA1..HNN, PR.TOA1..HNE, PR.TOA2..HNZ, PR.TOA2..HNN, PR.TOA2..HNE, PR.UTD1..HNZ, PR.UTD1..HNN, PR.UTD1..HNE, PR.UTD2..HNZ, PR.UTD2..HNN, PR.UTD2..HNE, PR.UTD3..HNZ, PR.UTD3..HNN, PR.UTD3..HNE, PR.UUPR.00.HHZ, PR.UUPR.00.HH1, PR.UUPR.00.HH2, PR.UUPR.00.HNZ, PR.UUPR.00.HN1, PR.UUPR.00.HN2, PR.VGB1..HNZ, PR.VGB1..HNN, PR.VGB1..HNE, PR.YAC1..HNZ, PR.YAC1..HNN, PR.YAC1..HNE, PR.YAC2..HNZ, PR.YAC2..HNN, PR.YAC2..HNE 2022-05-24 18:20:35,634 INFO Retrieving waveforms based on inventory from 2022-05-23T06:23:10.720000Z to 2022-05-23T06:27:27.720000Z 2022-05-24 18:20:35,649 INFO Connecting to FDSNWS host http://192.168.2.23:8080 2022-05-24 18:21:24,082 INFO Saving waveforms in one mseed file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_jzyc/2022-05-24T18:20:28.477869Z/streams.mseed 2022-05-24 18:21:24,443 INFO 321 Trace(s) in Stream: PR.SMDR..BHE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 10281 samples PR.SMDR..BHN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 10281 samples PR.SMDR..BHZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 10281 samples PR.OBIP..BHE | 2022-05-23T06:23:10.705000Z - 2022-05-23T06:27:27.705000Z | 40.0 Hz, 10281 samples PR.OBIP..BHN | 2022-05-23T06:23:10.705000Z - 2022-05-23T06:27:27.705000Z | 40.0 Hz, 10281 samples PR.OBIP..BHZ | 2022-05-23T06:23:10.705000Z - 2022-05-23T06:27:27.705000Z | 40.0 Hz, 10281 samples PR.PCDR..BHE | 2022-05-23T06:23:10.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 10281 samples PR.PCDR..BHN | 2022-05-23T06:23:10.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 10281 samples PR.PCDR..BHZ | 2022-05-23T06:23:10.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 10281 samples PR.ECPR.00.HH1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HH1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.HUMP.00.HH1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.HUMP.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.HUMP.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CELP.00.HH1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CELP.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CELP.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HH1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HH1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HH1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HH2 | 2022-05-23T06:23:10.710000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25702 samples PR.UUPR.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HH1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HH1 | 2022-05-23T06:23:10.710000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25702 samples PR.AGPR.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HH1 | 2022-05-23T06:23:10.710000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25702 samples PR.PRSN.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HH1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HH1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HH2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HHZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AR02..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.AR02..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.AR02..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CR03..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CR03..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CR03..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN01..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN01..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN01..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN03..HNE | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.PN03..HNN | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.PN03..HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.PNL2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PNL2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PNL2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNG1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNG1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNG1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNG3..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNG3..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNG3..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.YAC2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.YAC2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.YAC2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TOA2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TOA2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TOA2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.ECPR.00.HN1 | 2022-05-23T06:23:10.710000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25702 samples PR.ECPR.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HNZ | 2022-05-23T06:23:10.710000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25702 samples PR.QBPR..HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.SBG1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SBG1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SBG1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CLS1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CLS1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CLS1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GNC1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GNC1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GNC1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.NGB1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.NGB1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.NGB1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CTN1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CTN1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CTN1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MLPR.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CG01..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CG01..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CG01..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.UTD1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.UTD1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.UTD1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNS1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNS1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNS1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.HUMP.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.HUMP.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.HUMP.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CBR3..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CBR3..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CBR3..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CELP.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CELP.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CELP.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.FJR1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.FJR1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.FJR1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CYY1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CYY1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CYY1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.ISB2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.ISB2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.ISB2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN04..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN04..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN04..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY08..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY08..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY08..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.DRD1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.DRD1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.DRD1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.AG02..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.AG02..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.AG02..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GYM1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GYM1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GYM1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN09..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN09..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN09..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.RNC1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.RNC1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.RNC1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ01..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ01..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ01..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN07..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN07..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN07..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TA02..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TA02..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TA02..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN05..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN05..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN05..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GYN1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GYN1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GYN1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MRC1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MRC1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MRC1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.LJS2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.LJS2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.LJS2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.LJS1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.LJS1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.LJS1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY10..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY10..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY10..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.EMPR.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.BY02..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.BY02..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.BY02..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY12..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY12..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY12..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MNB2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MNB2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MNB2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CYY2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CYY2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CYY2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TA01..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TA01..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TA01..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY03..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY03..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY03..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY05..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY05..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY05..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.UUPR.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.PNL3..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PNL3..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PNL3..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.IGPR.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CBR1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CBR1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CBR1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.COM1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.COM1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.COM1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN13..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN13..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN13..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ03..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ03..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ03..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.ROPR.00.HN1 | 2022-05-23T06:23:10.710000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25702 samples PR.ROPR.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.ROPR.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.JND1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.JND1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.JND1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNI1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNI1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SNI1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TOA1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TOA1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.TOA1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN06..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN06..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN06..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.LOZ1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.LOZ1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.LOZ1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN11..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN11..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN11..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GY02..HN2 | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GY02..HN3 | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GY02..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CR01..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CR01..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CR01..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY09..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY09..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY09..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN08..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN08..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PN08..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.UTD2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.UTD2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.UTD2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PRSN.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.UTD3..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.UTD3..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.UTD3..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.AOPR.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HN2 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.SJ07..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ07..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ07..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CBR2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CBR2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CBR2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.BRR1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.BRR1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MNB1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MNB1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MNB1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CR02..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CR02..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CR02..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.ISB1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.ISB1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.ISB1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY02..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY02..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.MY02..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GNC2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GNC2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GNC2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ02..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ02..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.SJ02..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GYM2..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GYM2..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GYM2..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.HRM1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.HRM1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.HRM1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.YAC1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.YAC1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.YAC1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.BY01..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.BY01..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.BY01..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.CRPR.00.HN1 | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HN2 | 2022-05-23T06:23:10.710000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25702 samples PR.CRPR.00.HNZ | 2022-05-23T06:23:10.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 25701 samples PR.HTL1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.HTL1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.HTL1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GY01..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GY01..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.GY01..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.HM01..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.HM01..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.HM01..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.VGB1..HNE | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.VGB1..HNN | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.VGB1..HNZ | 2022-05-23T06:23:10.715000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 51401 samples PR.PCDR..HNE | 2022-05-23T06:23:10.718393Z - 2022-05-23T06:27:27.718393Z | 100.0 Hz, 25701 samples PR.PCDR..HNN | 2022-05-23T06:23:10.718393Z - 2022-05-23T06:27:27.718393Z | 100.0 Hz, 25701 samples PR.PCDR..HNZ | 2022-05-23T06:23:10.718393Z - 2022-05-23T06:27:27.718393Z | 100.0 Hz, 25701 samples 2022-05-24 18:21:24,444 INFO Function 'inner' executed 48.81 seconds 2022-05-24 18:21:24,444 INFO Removing waveforms with inconsistency between data and meta data 2022-05-24 18:21:24,456 INFO Removing waveforms with gaps 2022-05-24 18:21:24,468 INFO Starting waveform checks and corrections Checking for SNR, clipping and long-period disturbances (based on configuration enabling). Correcting by applying linear detrend and instrument response removal 2022-05-24 18:21:44,019 INFO 243 Trace(s) in Stream: PR.AG02..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.AG02..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.AG02..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.AR02..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.AR02..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.AR02..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.BRR1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.BRR1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.BY01..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.BY01..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.BY01..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.BY02..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.BY02..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.BY02..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CBR1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CBR1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CBR1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CBR2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CBR2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CBR2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CBR3..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CBR3..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CBR3..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CG01..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CG01..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CG01..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CLS1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CLS1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CLS1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.COM1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.COM1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.COM1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CR01..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CR01..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CR01..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CR02..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CR02..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CR02..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CR03..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CR03..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CR03..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CTN1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CTN1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CTN1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CYY1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CYY1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CYY1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CYY2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CYY2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CYY2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.DRD1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.DRD1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.DRD1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.FJR1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.FJR1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.FJR1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GNC1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GNC1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GNC1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GNC2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GNC2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GNC2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GY01..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GY01..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GY01..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GYM1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GYM1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GYM1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GYM2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GYM2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GYM2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GYN1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GYN1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.GYN1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.HM01..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.HM01..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.HM01..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.HRM1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.HRM1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.HRM1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.HTL1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.HTL1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.HTL1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.JND1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.JND1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.JND1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.LJS1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.LJS1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.LJS1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.LJS2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.LJS2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.LJS2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MNB1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MNB1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MNB1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MNB2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MNB2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MNB2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MRC1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MRC1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MRC1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY02..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY02..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY02..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY03..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY03..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY03..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY05..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY05..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY05..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY08..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY08..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY08..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY09..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY09..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY09..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY10..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY10..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY10..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY12..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY12..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.MY12..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.NGB1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.NGB1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.NGB1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.OBIP..BHE | 2022-05-23T06:23:20.730000Z - 2022-05-23T06:27:27.705000Z | 40.0 Hz, 9880 samples PR.OBIP..BHN | 2022-05-23T06:23:20.730000Z - 2022-05-23T06:27:27.705000Z | 40.0 Hz, 9880 samples PR.OBIP..BHZ | 2022-05-23T06:23:20.730000Z - 2022-05-23T06:27:27.705000Z | 40.0 Hz, 9880 samples PR.PCDR..BHE | 2022-05-23T06:23:20.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 9881 samples PR.PCDR..BHN | 2022-05-23T06:23:20.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 9881 samples PR.PCDR..BHZ | 2022-05-23T06:23:20.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 9881 samples PR.PCDR..HNE | 2022-05-23T06:23:20.718393Z - 2022-05-23T06:27:27.718393Z | 100.0 Hz, 24701 samples PR.PCDR..HNN | 2022-05-23T06:23:20.718393Z - 2022-05-23T06:27:27.718393Z | 100.0 Hz, 24701 samples PR.PCDR..HNZ | 2022-05-23T06:23:20.718393Z - 2022-05-23T06:27:27.718393Z | 100.0 Hz, 24701 samples PR.PN01..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN01..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN01..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN03..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 24701 samples PR.PN03..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 24701 samples PR.PN03..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 24701 samples PR.PN04..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN04..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN04..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN05..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN05..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN05..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN06..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN06..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN06..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN07..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN07..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN07..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN08..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN08..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN08..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN09..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN09..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN09..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN11..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN11..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN11..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN13..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN13..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PN13..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PNL2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PNL2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PNL2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PNL3..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PNL3..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PNL3..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.QBPR..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.720000Z | 100.0 Hz, 24701 samples PR.RNC1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.RNC1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.RNC1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SBG1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SBG1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SBG1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ01..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ01..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ01..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ02..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ02..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ02..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ03..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ03..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ03..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ07..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ07..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SJ07..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SMDR..BHE | 2022-05-23T06:23:20.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 9881 samples PR.SMDR..BHN | 2022-05-23T06:23:20.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 9881 samples PR.SMDR..BHZ | 2022-05-23T06:23:20.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 9881 samples PR.SNG1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNG1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNG1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNG3..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNG3..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNG3..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNI1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNI1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNI1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNS1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNS1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.SNS1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TA01..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TA01..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TA01..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TA02..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TA02..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TA02..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TOA1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TOA1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TOA1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TOA2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TOA2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.TOA2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.UTD1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.UTD1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.UTD1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.UTD2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.UTD2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.UTD2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.UTD3..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.UTD3..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.UTD3..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.VGB1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.VGB1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.VGB1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.YAC1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.YAC1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.YAC1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.YAC2..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.YAC2..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.YAC2..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples 2022-05-24 18:21:44,021 INFO Function 'inner' executed 19.58 seconds 2022-05-24 18:21:44,021 INFO Selecting subset of streams based on Azimuthal Coverage and Rules 2022-05-24 18:21:44,412 INFO Sector [0,45): [] 2022-05-24 18:21:44,413 INFO Sector [45,90): [] 2022-05-24 18:21:44,447 INFO Sector [90,135): [('VGB1', 1, 'ACC', 3, -173404.8816167334), ('CLS1', 1, 'ACC', 3, -175068.96718942473)] 2022-05-24 18:21:44,502 INFO Sector [135,180): [('AG02', 1, 'ACC', 3, -118282.03663875915), ('ISB1', 1, 'ACC', 3, -125136.00706378727)] 2022-05-24 18:21:44,505 INFO Sector [180,225): [('PCDR', 1, 'ACC', 6, -128055.80831981945)] 2022-05-24 18:21:44,506 INFO Sector [225,270): [('SMDR', 1, 'ACC', 3, -161614.17701851932)] 2022-05-24 18:21:44,507 INFO Sector [270,315): [] 2022-05-24 18:21:44,507 INFO Sector [315,360): [] 2022-05-24 18:21:44,527 INFO 21 Trace(s) in Stream: PR.AG02..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.AG02..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.AG02..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CLS1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CLS1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CLS1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PCDR..BHE | 2022-05-23T06:23:20.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 9881 samples PR.PCDR..BHN | 2022-05-23T06:23:20.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 9881 samples PR.PCDR..BHZ | 2022-05-23T06:23:20.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 9881 samples PR.PCDR..HNE | 2022-05-23T06:23:20.718393Z - 2022-05-23T06:27:27.718393Z | 100.0 Hz, 24701 samples PR.PCDR..HNN | 2022-05-23T06:23:20.718393Z - 2022-05-23T06:27:27.718393Z | 100.0 Hz, 24701 samples PR.PCDR..HNZ | 2022-05-23T06:23:20.718393Z - 2022-05-23T06:27:27.718393Z | 100.0 Hz, 24701 samples PR.SMDR..BHE | 2022-05-23T06:23:20.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 9881 samples PR.SMDR..BHN | 2022-05-23T06:23:20.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 9881 samples PR.SMDR..BHZ | 2022-05-23T06:23:20.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 9881 samples PR.VGB1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.VGB1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.VGB1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples 2022-05-24 18:21:44,527 INFO Function 'inner' executed 0.51 seconds 2022-05-24 18:21:44,534 INFO Saving corrected waveforms in one mseed file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_jzyc/2022-05-24T18:20:28.477869Z/streams_corrected.mseed 2022-05-24 18:21:44,621 INFO 18 Trace(s) in Stream: PR.AG02..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.AG02..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.AG02..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CLS1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CLS1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.CLS1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.ISB1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.PCDR..BHE | 2022-05-23T06:23:20.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 9881 samples PR.PCDR..BHN | 2022-05-23T06:23:20.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 9881 samples PR.PCDR..BHZ | 2022-05-23T06:23:20.725000Z - 2022-05-23T06:27:27.725000Z | 40.0 Hz, 9881 samples PR.SMDR..BHE | 2022-05-23T06:23:20.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 9881 samples PR.SMDR..BHN | 2022-05-23T06:23:20.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 9881 samples PR.SMDR..BHZ | 2022-05-23T06:23:20.715000Z - 2022-05-23T06:27:27.715000Z | 40.0 Hz, 9881 samples PR.VGB1..HNE | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.VGB1..HNN | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples PR.VGB1..HNZ | 2022-05-23T06:23:20.720000Z - 2022-05-23T06:27:27.715000Z | 200.0 Hz, 49400 samples 2022-05-24 18:21:44,621 INFO Function 'inner' executed 0.09 seconds 2022-05-24 18:21:44,622 INFO Creating sources files based on Grid rules 2022-05-24 18:21:44,623 INFO - Depth: - - 0 - 31 - 2 Distance: - - 0 - 9 - 2 Rule: - 3.5 - 5.5 2022-05-24 18:21:44,639 INFO Grid index: 0 Calculated source points: 2511 Dispatched in 26 source file(s) 2022-05-24 18:21:44,640 INFO Selecting crustal model files based on Crustal rules 2022-05-24 18:21:44,640 INFO - Filepath: crustals/novotny.vz Geobox: null 2022-05-24 18:21:44,640 INFO Crustal model Index: 0 Copying crustal file: crustals/novotny.vz to /home/prsmp/PRSMP/results/realtime/2022/PR2022_jzyc/2022-05-24T18:20:28.477869Z/crustals directory 2022-05-24 18:21:44,650 INFO Creating Greens' Functions configuration files (grdat.hed) 2022-05-24 18:21:44,651 INFO Greens' Functions configuration index: 0 2022-05-24 18:21:44,651 INFO Creating Stations file (station.dat) 2022-05-24 18:21:44,709 INFO Performing Greens' Functions Computation 2022-05-24 18:21:46,153 INFO None 2022-05-24 18:21:46,154 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 16 13 12 14 15 11 9 10 23 21 22 20 24 17 19 18 25 28 29 30 32 31 26 27 33 34 37 38 39 40 36 35 42 41 45 48 46 47 44 43 50 49 53 55 56 52 51 54 Done 2022-05-24 18:21:46,702 INFO None 2022-05-24 18:21:46,702 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 13 11 10 12 9 15 16 14 17 18 19 20 21 23 26 27 28 29 25 22 24 31 34 35 37 36 33 30 32 39 41 43 42 45 44 40 38 47 50 53 51 52 49 46 48 55 54 56 Done 2022-05-24 18:21:47,070 INFO None 2022-05-24 18:21:47,070 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 4 3 2 5 1 12 15 13 10 11 9 16 14 17 20 21 18 19 22 25 24 23 28 29 30 26 27 31 33 32 36 37 38 39 41 40 34 35 44 45 46 47 48 49 42 43 52 54 53 55 56 50 51 Done 2022-05-24 18:21:47,435 INFO None 2022-05-24 18:21:47,435 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 9 10 11 12 15 16 13 17 14 18 19 20 24 23 25 27 26 28 21 22 31 33 34 32 35 36 29 30 41 40 43 42 44 39 37 38 47 49 52 51 48 50 45 46 55 56 53 54 Done 2022-05-24 18:21:47,765 INFO None 2022-05-24 18:21:47,766 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 10 11 9 12 14 16 13 15 17 18 19 20 22 24 25 26 27 28 21 23 30 32 33 34 35 36 29 31 38 40 41 42 43 44 37 39 46 49 50 51 52 48 45 47 54 56 53 55 Done 2022-05-24 18:21:48,090 INFO None 2022-05-24 18:21:48,090 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 10 12 14 13 15 16 9 11 18 21 22 20 23 24 19 17 26 29 30 28 31 32 25 27 34 36 37 38 40 33 35 39 42 45 46 44 47 48 41 43 50 52 53 54 55 49 51 56 Done 2022-05-24 18:21:48,397 INFO None 2022-05-24 18:21:48,397 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 6 5 4 8 3 2 1 10 11 13 12 15 9 14 19 18 21 23 16 17 20 22 24 26 27 29 31 25 28 32 30 34 35 36 37 39 40 33 38 42 43 44 45 48 47 41 46 50 51 52 53 55 49 56 54 Done 2022-05-24 18:21:48,717 INFO None 2022-05-24 18:21:48,717 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 8 6 5 4 3 2 1 10 9 12 11 14 15 13 18 17 19 20 16 22 23 25 26 27 28 21 24 30 31 33 35 34 36 29 32 38 39 37 41 42 43 44 40 47 46 45 49 50 51 52 48 55 54 53 56 Done 2022-05-24 18:21:49,041 INFO None 2022-05-24 18:21:49,064 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 5 6 8 3 2 4 1 12 10 11 13 14 15 16 9 18 20 22 23 24 17 19 21 25 26 28 30 31 32 27 29 33 34 36 40 38 39 41 37 35 42 44 48 49 47 46 50 43 45 52 54 55 56 51 53 Done 2022-05-24 18:21:49,382 INFO None 2022-05-24 18:21:49,566 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 10 11 13 15 16 14 9 12 18 19 21 22 23 24 17 20 26 27 29 30 31 32 25 28 35 34 37 38 39 40 33 36 42 43 45 46 47 41 48 44 50 51 49 53 54 55 56 52 Done 2022-05-24 18:21:49,897 INFO None 2022-05-24 18:21:49,897 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 3 2 1 4 9 10 11 12 17 13 14 15 16 18 19 20 22 23 24 25 21 28 31 32 33 30 27 29 26 34 36 38 40 39 41 35 37 42 44 46 48 47 49 50 43 45 52 54 55 56 51 53 Done 2022-05-24 18:21:50,177 INFO None 2022-05-24 18:21:50,177 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 8 6 5 4 3 2 1 9 10 13 14 15 16 11 12 17 18 21 22 23 24 25 26 19 20 29 30 31 32 33 34 27 28 37 38 39 40 41 35 36 42 45 46 47 48 43 49 50 44 53 54 55 51 56 52 Done 2022-05-24 18:21:50,680 INFO None 2022-05-24 18:21:50,680 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 10 11 12 14 15 16 13 9 18 19 20 22 23 24 17 21 26 27 28 30 31 32 25 29 35 36 34 39 38 40 33 37 43 42 44 47 48 41 46 45 51 52 50 49 54 55 56 53 Done 2022-05-24 18:21:50,967 INFO None 2022-05-24 18:21:50,967 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 8 6 5 4 3 2 1 9 10 12 14 16 11 13 15 17 18 20 21 22 24 19 26 25 23 28 29 30 34 33 32 27 31 36 37 38 35 40 42 41 39 44 45 46 43 48 49 50 47 52 53 54 51 56 55 Done 2022-05-24 18:21:51,247 INFO None 2022-05-24 18:21:51,247 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 6 5 4 3 2 1 8 10 11 12 15 16 14 9 13 18 20 22 23 24 19 17 21 26 28 30 32 31 27 25 29 34 35 36 38 39 33 40 37 42 43 44 46 41 47 48 45 50 51 52 54 55 49 56 53 Done 2022-05-24 18:21:51,512 INFO None 2022-05-24 18:21:51,512 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 8 6 5 4 3 2 1 9 11 10 14 13 16 12 15 17 18 19 21 24 25 22 26 20 27 23 29 32 33 34 35 30 28 31 37 38 40 41 42 43 36 39 45 46 48 49 51 50 44 47 53 54 52 55 56 Done 2022-05-24 18:21:51,823 INFO None 2022-05-24 18:21:51,823 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 6 5 3 4 8 2 1 9 14 11 10 13 15 12 16 17 19 18 22 21 23 20 24 25 26 27 28 29 30 31 32 35 36 34 37 33 38 39 40 41 43 46 42 47 48 44 45 49 51 52 54 55 56 50 53 Done 2022-05-24 18:21:52,081 INFO None 2022-05-24 18:21:52,081 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 8 6 5 4 2 3 1 9 10 11 14 15 16 12 13 17 18 19 22 23 24 25 26 27 21 20 30 31 32 33 35 34 29 28 38 39 40 41 42 43 36 37 46 47 48 49 50 51 44 45 55 54 56 52 53 Done 2022-05-24 18:21:52,182 INFO None 2022-05-24 18:21:52,182 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 6 5 4 3 2 1 8 12 13 15 9 14 10 11 16 21 20 23 17 18 22 19 24 28 29 31 25 26 27 30 34 32 35 36 37 39 33 38 40 42 43 45 44 47 41 48 46 50 51 53 52 56 55 49 54 Done 2022-05-24 18:21:52,615 INFO None 2022-05-24 18:21:52,616 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 12 10 13 16 15 14 11 9 20 18 21 22 24 23 17 19 26 28 29 30 31 32 25 27 34 37 38 36 39 40 33 35 42 45 44 48 47 46 43 41 50 53 52 55 56 54 51 49 Done 2022-05-24 18:21:53,061 INFO None 2022-05-24 18:21:53,062 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 10 13 14 9 16 11 15 12 18 17 19 22 21 24 26 25 20 23 27 29 32 30 34 35 33 28 31 37 38 42 40 41 43 39 36 45 46 50 49 51 48 47 44 54 53 56 52 55 Done 2022-05-24 18:21:53,485 INFO None 2022-05-24 18:21:53,485 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 10 14 15 12 13 16 11 9 18 20 22 21 24 23 17 19 26 32 28 30 29 31 25 27 34 36 37 40 38 39 33 35 42 44 45 46 48 47 41 43 50 52 53 56 54 55 49 51 Done 2022-05-24 18:21:53,867 INFO None 2022-05-24 18:21:53,867 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 1 2 11 13 9 15 14 16 10 12 17 19 21 23 24 22 25 18 20 27 29 31 32 30 33 26 28 35 37 39 40 41 38 34 36 43 45 48 49 46 47 42 44 51 53 54 55 56 50 52 Done 2022-05-24 18:21:54,249 INFO None 2022-05-24 18:21:54,250 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 6 8 5 4 3 2 1 10 13 12 9 16 15 11 14 18 17 20 21 24 23 26 25 19 22 28 29 32 31 34 33 27 30 36 37 40 39 42 41 35 38 44 45 48 47 49 50 43 46 52 53 55 56 51 54 Done 2022-05-24 18:21:54,640 INFO None 2022-05-24 18:21:54,641 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 10 11 9 12 16 15 14 13 17 18 19 20 24 23 25 27 26 28 22 21 31 32 34 33 35 36 29 30 40 39 41 42 43 44 38 37 47 48 49 50 52 51 46 45 56 55 54 53 Done 2022-05-24 18:21:55,009 INFO None 2022-05-24 18:21:55,010 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 6 5 4 7 3 2 1 10 11 9 14 15 13 12 16 17 19 18 21 22 23 25 27 26 20 24 29 30 31 33 35 34 28 32 37 38 39 43 41 42 36 40 45 46 47 49 50 51 44 48 53 54 55 52 56 Done 2022-05-24 18:21:55,010 INFO Function 'calculateGreens' executed 10.3 seconds 2022-05-24 18:21:55,010 INFO Creating Inversions configuration files (inpinv) based on Time-shift rules 2022-05-24 18:21:55,012 INFO - - -67 - 10 - 167 2022-05-24 18:21:55,013 INFO Select Stations for inversion (allstat) 2022-05-24 18:21:55,879 INFO Creating raw data files for ISOLA parsing 2022-05-24 18:22:01,754 INFO Calculating inversions 2022-05-24 18:22:08,658 INFO None 2022-05-24 18:22:08,659 INFO This is ISOLA Initializing array w Time required: 0.648281991 Reading input file gr.hes Time required: 3.33944559 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.33239961 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -47 0.1156 15.63 236 55 -27 343 67 -142 2 -37 0.1172 16.74 237 56 -27 343 67 -143 3 -27 0.1189 17.96 238 57 -27 344 67 -144 4 -17 0.1206 19.20 239 58 -27 344 66 -145 5 -17 0.1223 20.77 343 65 -150 239 63 -27 6 -7 0.1240 21.79 343 64 -150 240 63 -28 7 3 0.1255 22.82 344 64 -151 240 64 -29 8 3 0.1268 24.01 342 62 -155 240 68 -29 9 13 0.1281 24.86 342 62 -155 241 68 -30 10 -57 0.1159 16.62 235 51 -32 346 65 -136 11 -47 0.1174 17.64 236 52 -32 347 64 -137 12 -47 0.1190 19.32 344 64 -144 237 58 -30 13 -37 0.1207 20.45 345 64 -145 238 59 -30 14 -27 0.1224 21.48 345 63 -145 239 59 -30 15 -17 0.1241 22.43 346 63 -146 239 60 -31 16 -7 0.1256 23.38 347 62 -147 240 61 -31 17 -7 0.1271 24.56 344 61 -151 240 65 -31 18 3 0.1283 25.47 345 60 -152 240 66 -32 19 -67 0.1162 17.78 350 63 -131 233 47 -37 20 -67 0.1177 19.53 347 63 -138 235 53 -34 21 -57 0.1193 20.49 347 62 -139 236 54 -34 22 -47 0.1209 21.38 348 62 -140 237 55 -34 23 -37 0.1225 22.38 348 61 -141 238 56 -34 24 -27 0.1241 23.37 349 61 -142 239 57 -34 25 -27 0.1256 24.49 347 60 -147 239 62 -33 26 -17 0.1271 25.26 347 59 -148 240 62 -34 27 -7 0.1284 26.09 348 59 -148 240 63 -34 28 -67 0.1161 19.00 358 62 -119 229 39 -46 29 -67 0.1179 20.37 354 61 -128 233 46 -40 30 -67 0.1195 21.77 351 61 -134 235 51 -37 31 -57 0.1211 22.71 351 60 -136 236 52 -37 32 -47 0.1226 23.56 351 60 -137 237 53 -37 33 -37 0.1241 24.39 352 60 -137 238 54 -37 34 -37 0.1257 25.45 349 59 -143 239 59 -36 35 -27 0.1271 26.26 350 58 -143 239 59 -36 36 -27 0.1285 27.16 347 57 -149 240 64 -36 37 -67 0.1159 21.84 7 62 -107 221 32 -59 38 -67 0.1178 22.05 2 61 -117 228 38 -50 39 -67 0.1196 22.91 357 60 -125 232 44 -44 40 -67 0.1212 24.04 354 59 -131 235 49 -40 41 -57 0.1227 24.87 354 59 -132 236 50 -40 42 -57 0.1242 25.87 352 58 -138 237 55 -38 43 -47 0.1257 26.55 352 58 -139 238 56 -39 44 -37 0.1271 27.23 353 57 -140 239 57 -39 45 -37 0.1284 28.12 350 56 -145 239 61 -38 46 -67 0.1155 26.79 15 64 -97 212 26 -74 47 -67 0.1176 25.31 10 62 -106 222 31 -62 48 -67 0.1195 25.02 5 60 -114 228 37 -53 49 -67 0.1212 25.42 1 59 -122 232 43 -47 50 -67 0.1228 26.20 358 58 -128 235 48 -43 51 -67 0.1243 27.07 355 57 -135 237 53 -41 52 -57 0.1257 27.69 355 57 -135 237 53 -41 53 -47 0.1270 28.34 356 57 -136 238 54 -41 54 -47 0.1284 29.09 353 55 -141 239 58 -40 55 -67 0.1154 33.62 22 67 -90 203 22 -89 56 -67 0.1174 30.46 17 64 -97 214 26 -74 57 -67 0.1194 28.69 13 62 -104 223 31 -63 58 -67 0.1211 27.88 9 60 -112 229 36 -55 59 -67 0.1227 27.88 5 59 -119 233 41 -50 60 -67 0.1242 28.24 1 58 -126 235 46 -46 61 -67 0.1256 28.80 358 57 -132 237 51 -44 62 -57 0.1270 29.38 359 56 -132 238 52 -44 63 -57 0.1282 30.00 356 55 -137 239 56 -42 64 -67 0.1155 41.63 27 70 -85 193 19 -102 65 -67 0.1176 37.18 23 67 -90 206 22 -87 66 -67 0.1194 33.98 20 64 -96 216 26 -75 67 -67 0.1211 31.89 16 62 -103 224 30 -65 68 -67 0.1227 30.72 12 60 -110 229 35 -58 69 -67 0.1241 30.16 8 58 -116 233 40 -53 70 -67 0.1255 30.10 5 57 -123 235 44 -49 71 43 0.1270 59.96 37 77 -89 213 12 -94 72 53 0.1287 60.96 38 77 -90 219 12 -88 73 -67 0.1160 50.11 31 74 -82 184 16 -115 74 -67 0.1180 44.75 28 71 -86 198 18 -100 75 -57 0.1199 44.15 28 70 -88 203 19 -94 76 -37 0.1217 47.75 31 72 -87 203 17 -98 77 -27 0.1233 47.38 32 72 -89 208 17 -93 78 -7 0.1248 51.39 34 74 -88 209 15 -95 79 13 0.1264 55.75 37 76 -88 210 13 -96 80 23 0.1280 56.22 37 76 -89 216 13 -91 81 43 0.1297 60.98 39 78 -90 220 11 -89 82 -47 0.1210 14.76 242 67 -11 336 79 -157 83 -37 0.1228 15.90 242 67 -12 337 78 -157 84 -27 0.1246 17.09 243 68 -13 338 77 -157 85 -17 0.1264 18.25 339 76 -157 243 68 -15 86 -7 0.1281 19.26 340 74 -157 244 68 -16 87 3 0.1298 20.16 341 73 -157 244 68 -17 88 3 0.1313 22.32 340 71 -160 244 71 -19 89 13 0.1328 22.93 341 70 -160 244 71 -20 90 23 0.1340 23.51 342 69 -160 244 71 -21 91 -57 0.1214 13.73 242 63 -15 338 76 -152 92 -47 0.1231 14.90 242 63 -16 340 75 -152 93 -37 0.1248 16.12 243 64 -17 341 74 -153 94 -27 0.1266 17.23 243 64 -18 342 73 -153 95 -17 0.1282 18.41 342 72 -153 244 64 -19 96 -17 0.1299 20.86 341 71 -157 244 68 -20 97 -7 0.1315 21.64 342 70 -157 244 68 -21 98 3 0.1330 22.41 343 69 -157 244 68 -22 99 3 0.1343 24.13 342 67 -160 244 72 -23 100 -67 0.1218 12.98 241 58 -19 341 73 -147 automatic search suggests trial source # 99 Results for subevent # 1 trial source position # 99 time shift (multiple of dt) 3 strike,dip,rake 342 67 -160 strike,dip,rake 244 72 -23 SING. values, inlcuding vardat (min., max, min/max): 4.03005783E-15 9.13655816E-15 0.441091478 -2.60897010E+15 5.68738965E+14 1.34414818E+14 1.38144939E+15 -3.33447785E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 1.80560350E-02 ------- #####------------ ########------------- ############------------- ##############-------------- T ###############-------------- ################--########### #################---############# #############-------############# ##########-----------############ #######--------------############ #####-----------------########### ##-------------------########## ---------------------########## --------- --------######### ------- P --------####### ----- --------##### --------------### ------- 2022-05-24 18:22:14,684 INFO None 2022-05-24 18:22:14,685 INFO This is ISOLA Initializing array w Time required: 0.594758093 Reading input file gr.hes Time required: 3.22177482 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.961239755 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -57 0.1234 14.24 242 59 -20 342 72 -147 2 -47 0.1251 15.44 242 59 -21 343 71 -148 3 -37 0.1267 16.63 243 60 -21 344 71 -148 4 -27 0.1284 17.75 244 60 -22 345 70 -148 5 -27 0.1301 20.28 344 69 -153 244 65 -22 6 -17 0.1316 21.15 345 68 -153 244 65 -23 7 -7 0.1330 21.97 345 67 -153 244 65 -24 8 -7 0.1345 23.76 344 66 -157 244 69 -25 9 -67 0.1220 10.73 349 68 -133 239 47 -29 10 -67 0.1238 13.88 241 54 -24 346 69 -142 11 -57 0.1254 15.09 242 55 -25 346 69 -143 12 -47 0.1270 16.31 242 56 -25 347 68 -143 13 -47 0.1286 18.97 345 68 -148 243 61 -24 14 -37 0.1302 19.89 346 67 -149 243 61 -25 15 -27 0.1317 20.75 347 66 -149 244 62 -26 16 -27 0.1332 22.75 345 65 -153 244 66 -26 17 -17 0.1345 23.53 346 64 -153 244 66 -27 18 -67 0.1220 10.87 3 64 -113 228 34 -50 19 -67 0.1239 12.51 354 66 -128 237 44 -35 20 -67 0.1257 15.11 240 51 -29 350 67 -137 21 -57 0.1273 16.20 241 52 -29 351 66 -138 22 -57 0.1289 18.68 242 57 -28 348 66 -144 23 -47 0.1304 19.70 349 65 -145 243 58 -28 24 -37 0.1318 20.62 350 65 -145 244 58 -29 25 -37 0.1332 22.57 348 64 -150 244 63 -29 26 -27 0.1345 23.23 244 63 -29 349 63 -149 27 -67 0.1220 15.29 16 64 -96 211 26 -77 28 -67 0.1240 13.69 7 63 -110 227 32 -55 29 -67 0.1259 14.49 359 64 -123 236 41 -41 30 -67 0.1276 16.46 240 48 -34 354 65 -133 31 -67 0.1291 18.70 242 54 -31 351 65 -140 32 -57 0.1306 19.60 243 55 -31 352 64 -140 33 -47 0.1320 20.39 243 55 -32 353 63 -141 34 -47 0.1334 22.45 350 63 -146 244 60 -31 35 -37 0.1346 23.13 351 62 -146 244 60 -32 36 -67 0.1221 22.74 24 67 -87 197 22 -97 37 -67 0.1241 18.59 18 64 -96 213 25 -76 38 -67 0.1260 16.60 11 63 -107 227 31 -58 39 -67 0.1277 16.57 4 63 -119 235 39 -45 40 -67 0.1293 17.88 359 63 -128 240 45 -38 41 -67 0.1308 19.69 355 63 -136 242 51 -34 42 -57 0.1322 20.43 356 62 -136 243 52 -34 43 -47 0.1335 21.15 357 62 -137 243 52 -35 44 -47 0.1347 22.86 354 61 -142 244 57 -34 45 -67 0.1222 31.68 29 71 -82 186 19 -111 46 -67 0.1243 25.91 26 68 -88 201 21 -94 47 -67 0.1262 21.77 21 65 -96 215 25 -76 48 -67 0.1279 19.42 15 63 -105 227 30 -61 49 -57 0.1295 19.86 14 63 -107 230 31 -58 50 -57 0.1309 19.39 9 62 -117 237 38 -48 51 3 0.1323 35.23 31 70 -91 215 19 -86 52 23 0.1338 41.23 34 72 -90 215 17 -88 53 43 0.1354 47.74 37 75 -90 217 14 -89 54 -67 0.1225 41.29 177 17 -124 33 75 -80 55 -67 0.1247 34.55 191 18 -108 30 72 -83 56 -67 0.1266 28.96 27 68 -89 205 21 -92 57 -47 0.1284 32.88 30 70 -87 204 19 -96 58 -37 0.1301 32.49 30 70 -89 209 19 -91 59 -17 0.1317 37.14 33 72 -88 208 17 -94 60 3 0.1333 42.41 36 74 -88 209 15 -96 61 13 0.1348 42.90 36 74 -89 214 15 -91 62 33 0.1364 48.85 38 76 -89 217 13 -91 63 -37 0.1259 15.79 153 88 166 243 76 1 64 -27 0.1278 16.71 334 89 -165 244 75 0 65 -17 0.1296 17.68 336 87 -164 245 74 -2 66 -7 0.1315 18.50 337 85 -164 246 74 -4 67 3 0.1333 19.22 338 84 -163 246 73 -6 68 13 0.1349 19.75 339 82 -162 247 72 -7 69 13 0.1364 22.58 339 79 -165 247 75 -10 70 23 0.1379 22.83 340 78 -164 247 74 -12 71 33 0.1391 22.90 341 76 -164 247 74 -13 72 -47 0.1263 13.43 244 73 0 154 89 163 73 -37 0.1281 14.37 245 72 -1 336 88 -162 74 -27 0.1299 15.39 246 72 -3 337 86 -162 75 -17 0.1317 16.34 247 71 -5 338 84 -161 76 -7 0.1335 17.19 247 70 -7 340 82 -160 77 3 0.1351 17.90 248 70 -9 341 80 -159 78 3 0.1368 21.01 341 78 -162 247 72 -11 79 13 0.1382 21.39 342 77 -161 248 72 -13 80 23 0.1395 21.64 343 75 -161 248 71 -14 81 -57 0.1269 11.20 245 70 -1 336 88 -160 82 -47 0.1286 12.17 246 69 -3 337 86 -159 83 -37 0.1303 13.22 247 69 -5 339 84 -159 84 -27 0.1320 14.22 247 68 -7 340 82 -158 85 -17 0.1337 15.21 248 67 -9 342 80 -157 86 -7 0.1354 16.02 248 66 -11 343 79 -156 87 -7 0.1369 19.38 342 77 -159 248 70 -13 88 3 0.1385 19.87 343 75 -158 248 69 -15 89 13 0.1397 20.23 344 74 -158 248 68 -16 90 -67 0.1275 9.03 246 67 -3 337 86 -157 91 -57 0.1291 10.14 247 66 -6 339 84 -156 92 -47 0.1307 11.24 247 65 -8 341 82 -155 93 -37 0.1324 12.32 248 64 -10 342 80 -154 94 -27 0.1340 13.31 248 64 -12 344 79 -153 95 -17 0.1356 14.23 249 63 -14 345 77 -152 96 -17 0.1371 17.79 248 67 -15 344 75 -156 97 -7 0.1385 18.39 345 74 -155 249 66 -16 98 3 0.1399 18.82 347 73 -154 249 65 -18 99 -67 0.1279 3.16 246 54 -12 344 79 -143 100 -67 0.1297 8.26 247 61 -10 342 81 -151 automatic search suggests trial source # 98 Results for subevent # 1 trial source position # 98 time shift (multiple of dt) 3 strike,dip,rake 347 73 -154 strike,dip,rake 249 65 -18 SING. values, inlcuding vardat (min., max, min/max): 3.59808585E-15 8.79518270E-15 0.409097344 -3.25724897E+15 9.07265285E+13 -7.43290933E+14 1.16239585E+15 -3.45884615E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 1.95674896E-02 ------- ######----------- #########------------ ############------------- ###############-------------- #################-------------- #################-############# ##############-----############## ##########---------############## #######-------------############# ####----------------############# ##------------------############# --------------------######## -------- ---------######## T ------- P ---------######## ----- ---------######## ---------------###### -------------#### ------- 2022-05-24 18:22:20,620 INFO None 2022-05-24 18:22:20,621 INFO This is ISOLA Initializing array w Time required: 0.593093753 Reading input file gr.hes Time required: 3.17375684 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.938070655 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 3 0.1909 45.39 150 42 -172 54 84 -47 2 13 0.1931 43.56 151 42 -171 55 83 -47 3 23 0.1951 41.73 153 42 -169 56 83 -47 4 33 0.1971 39.95 155 42 -168 56 82 -47 5 43 0.1988 38.33 156 42 -167 57 81 -48 6 53 0.2006 36.82 158 41 -165 57 80 -49 7 63 0.2022 35.44 160 40 -163 57 79 -50 8 73 0.2038 34.39 162 40 -161 57 78 -51 9 -17 0.1897 49.15 148 42 -174 53 85 -47 10 -7 0.1920 47.27 149 42 -172 54 85 -47 11 3 0.1943 45.36 151 42 -171 55 84 -48 12 13 0.1964 43.48 153 42 -170 56 83 -48 13 23 0.1982 41.69 154 41 -169 56 82 -48 14 33 0.2000 39.97 156 41 -167 57 82 -49 15 43 0.2016 38.37 158 40 -166 57 81 -49 16 53 0.2031 36.98 159 40 -164 58 80 -50 17 63 0.2045 35.84 161 39 -162 58 79 -51 18 -27 0.1907 51.01 147 41 -174 53 86 -48 19 -17 0.1930 49.11 149 41 -173 54 85 -48 20 -7 0.1952 47.17 151 41 -172 55 85 -48 21 3 0.1973 45.26 152 41 -171 56 84 -49 22 13 0.1993 43.40 154 41 -170 57 83 -49 23 23 0.2010 41.65 156 40 -168 57 82 -49 24 33 0.2026 40.03 157 40 -167 58 81 -50 25 43 0.2040 38.58 159 39 -165 58 80 -51 26 53 0.2053 37.36 161 38 -163 58 79 -52 27 -37 0.1915 52.86 147 41 -175 53 87 -49 28 -27 0.1938 50.88 148 40 -174 54 86 -49 29 -17 0.1960 48.90 150 40 -173 55 85 -49 30 -7 0.1981 46.98 152 40 -172 56 85 -49 31 3 0.2001 45.09 153 40 -171 57 84 -50 32 13 0.2019 43.32 155 39 -169 57 83 -50 33 23 0.2034 41.67 157 39 -168 58 82 -51 34 33 0.2049 40.20 158 38 -166 58 81 -52 35 43 0.2060 38.96 160 37 -165 58 80 -53 36 -57 0.1923 54.26 147 42 -175 53 86 -47 37 -37 0.1944 52.62 148 40 -175 54 87 -49 38 -27 0.1966 50.62 149 40 -174 55 86 -49 39 -17 0.1987 48.67 151 39 -173 56 85 -50 40 -7 0.2006 46.76 153 39 -172 57 85 -50 41 3 0.2024 44.95 154 39 -171 57 84 -51 42 13 0.2041 43.32 156 38 -169 58 83 -51 43 13 0.2055 41.75 158 40 -167 59 82 -50 44 23 0.2068 40.42 160 39 -166 59 81 -51 45 -67 0.1932 55.89 146 41 -176 53 87 -48 46 -57 0.1953 53.95 148 41 -175 54 86 -48 47 -47 0.1973 51.99 150 41 -174 55 86 -48 48 -37 0.1992 50.07 151 41 -173 56 85 -48 49 -27 0.2012 48.21 153 41 -172 57 85 -49 50 -17 0.2030 46.45 154 40 -171 58 84 -49 51 -7 0.2046 44.77 156 40 -170 58 83 -50 52 3 0.2061 43.24 158 39 -168 59 83 -50 53 13 0.2074 41.91 159 38 -167 59 82 -51 54 33 0.1868 41.81 149 41 -170 52 83 -48 55 43 0.1892 40.22 151 41 -169 53 83 -48 56 53 0.1916 38.63 152 41 -168 53 82 -49 57 63 0.1938 37.15 154 41 -166 54 81 -49 58 73 0.1959 35.72 156 40 -164 54 80 -50 59 83 0.1981 34.51 158 40 -162 55 78 -51 60 93 0.2002 33.45 160 39 -160 55 77 -52 61 103 0.2023 32.59 162 38 -157 54 76 -53 62 113 0.2043 32.08 165 37 -154 54 75 -55 63 13 0.1882 44.27 149 43 -170 52 83 -47 64 33 0.1906 42.12 150 41 -170 53 83 -49 65 43 0.1929 40.48 152 40 -168 54 82 -49 66 53 0.1951 38.95 154 40 -167 54 81 -49 67 63 0.1971 37.49 156 40 -165 55 80 -50 68 73 0.1991 36.16 157 39 -163 55 79 -51 69 83 0.2010 34.97 159 39 -161 55 78 -52 70 93 0.2029 34.03 162 38 -159 55 77 -53 71 103 0.2048 33.41 164 37 -156 55 76 -55 72 3 0.1897 46.27 149 42 -171 52 84 -47 73 13 0.1920 44.57 150 42 -170 53 83 -47 74 23 0.1943 42.89 152 42 -169 54 82 -47 75 33 0.1963 41.21 154 42 -167 55 81 -48 76 43 0.1983 39.68 155 42 -166 55 80 -48 77 53 0.2002 38.20 157 41 -164 56 80 -49 78 63 0.2020 36.90 159 41 -163 56 79 -49 79 73 0.2037 35.72 161 40 -161 56 77 -50 80 83 0.2054 34.82 163 39 -159 56 76 -52 81 -7 0.1909 48.42 148 41 -172 52 84 -48 82 3 0.1934 46.68 150 41 -171 53 84 -48 83 13 0.1956 44.88 152 41 -170 54 83 -48 84 23 0.1977 43.15 153 41 -168 55 82 -48 85 33 0.1996 41.51 155 41 -167 56 81 -49 86 43 0.2014 39.96 157 41 -165 56 80 -49 87 53 0.2031 38.58 158 40 -164 56 79 -50 88 63 0.2047 37.33 160 40 -162 57 78 -51 89 73 0.2062 36.36 162 39 -160 57 77 -52 90 -17 0.1920 50.54 148 41 -173 53 85 -48 91 -7 0.1944 48.72 149 41 -172 54 84 -48 92 3 0.1967 46.90 151 41 -170 54 84 -49 93 13 0.1989 45.14 153 41 -169 55 83 -49 94 23 0.2008 43.41 155 40 -168 56 82 -49 95 33 0.2026 41.81 156 40 -167 56 81 -50 96 43 0.2041 40.32 158 40 -165 57 80 -50 97 53 0.2056 39.01 160 39 -163 57 79 -51 98 63 0.2070 37.98 162 38 -161 57 78 -52 99 -27 0.1930 52.61 147 40 -174 53 86 -49 100 -17 0.1954 50.76 149 40 -173 54 85 -49 automatic search suggests trial source # 53 Results for subevent # 1 trial source position # 53 time shift (multiple of dt) 13 strike,dip,rake 159 38 -167 strike,dip,rake 59 82 -51 SING. values, inlcuding vardat (min., max, min/max): 1.14381783E-15 2.66947134E-15 0.428481042 -1.06237584E+16 -1.07038907E+16 -9.85865719E+15 6.15017627E+15 -1.06596321E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.30199504E-02 ------- ##--------------- ##------------------- ####-------- ---------- #####--------- P ------------ #####---------- -----------## #####----------------------#### ######-------------------######## ######----------------########### #######------------############## #######---------################# ########-----############ ##### #######-################ T #### ####-----############### #### ---------#################### ---------################ ---------############ ----------####### ------- 2022-05-24 18:22:26,496 INFO None 2022-05-24 18:22:26,497 INFO This is ISOLA Initializing array w Time required: 0.572227180 Reading input file gr.hes Time required: 3.15430021 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.948131323 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -7 0.1977 48.92 151 40 -171 54 84 -49 2 3 0.1999 47.12 152 40 -170 55 84 -49 3 13 0.2019 45.36 154 40 -169 56 83 -50 4 23 0.2036 43.70 156 39 -168 56 82 -50 5 33 0.2052 42.18 157 39 -166 57 81 -51 6 43 0.2066 40.83 159 38 -164 57 80 -52 7 53 0.2078 39.72 161 37 -163 57 79 -53 8 -37 0.1938 54.65 147 40 -175 53 86 -49 9 -27 0.1962 52.76 148 40 -174 54 86 -49 10 -17 0.1984 50.90 150 40 -173 55 85 -50 11 -7 0.2006 49.02 152 39 -171 55 84 -50 12 3 0.2026 47.26 153 39 -170 56 84 -50 13 13 0.2044 45.59 155 39 -169 57 83 -51 14 23 0.2060 44.03 157 38 -167 57 82 -52 15 33 0.2074 42.70 158 37 -166 58 81 -52 16 33 0.2086 41.39 160 39 -164 58 80 -51 17 -57 0.1947 56.19 147 41 -174 53 86 -48 18 -47 0.1968 54.39 148 41 -174 54 86 -48 19 -27 0.1990 52.80 149 39 -174 55 86 -50 20 -17 0.2011 50.93 151 39 -173 56 85 -50 21 -7 0.2031 49.13 153 38 -171 56 84 -51 22 -7 0.2049 47.37 155 40 -169 57 83 -49 23 3 0.2067 45.81 156 40 -168 58 82 -50 24 13 0.2082 44.38 158 39 -167 58 81 -51 25 23 0.2094 43.17 160 39 -165 59 81 -51 26 -67 0.1957 58.04 146 41 -176 53 87 -49 27 -57 0.1977 56.17 148 40 -175 54 86 -49 28 -47 0.1997 54.35 149 40 -174 55 86 -49 29 -37 0.2017 52.53 151 40 -173 56 85 -49 30 -27 0.2037 50.78 153 40 -172 57 84 -49 31 -17 0.2055 49.09 154 39 -171 57 84 -50 32 -7 0.2072 47.52 156 39 -169 58 83 -50 33 3 0.2087 46.10 157 38 -168 58 82 -51 34 13 0.2100 44.85 159 38 -167 59 82 -52 35 23 0.1880 42.58 150 42 -169 52 82 -47 36 43 0.1904 40.73 151 40 -168 52 82 -50 37 53 0.1927 39.26 153 40 -166 53 81 -50 38 63 0.1949 37.89 155 40 -165 53 80 -50 39 73 0.1971 36.63 157 39 -163 54 79 -51 40 83 0.1992 35.45 159 39 -161 54 78 -52 41 93 0.2013 34.46 161 38 -158 54 77 -53 42 103 0.2033 33.69 163 37 -156 54 75 -55 43 103 0.2053 33.14 165 38 -153 54 74 -54 44 13 0.1895 44.61 149 41 -169 52 83 -48 45 23 0.1919 43.02 151 42 -168 52 82 -48 46 33 0.1941 41.47 153 41 -167 53 81 -48 47 43 0.1963 40.02 154 41 -165 54 80 -49 48 53 0.1983 38.66 156 41 -164 54 79 -49 49 63 0.2003 37.37 158 41 -162 55 78 -50 50 73 0.2022 36.25 160 40 -160 55 77 -51 51 83 0.2041 35.28 162 39 -158 55 76 -52 52 93 0.2060 34.59 164 38 -155 55 75 -53 53 3 0.1909 46.79 149 41 -170 52 83 -48 54 13 0.1934 45.17 151 41 -169 53 82 -49 55 23 0.1956 43.51 152 41 -168 53 82 -49 56 33 0.1977 42.00 154 41 -166 54 81 -49 57 43 0.1996 40.52 156 41 -165 55 80 -49 58 53 0.2014 39.20 158 40 -163 55 79 -50 59 63 0.2033 37.97 159 40 -161 55 78 -51 60 73 0.2050 36.93 161 39 -159 55 77 -52 61 83 0.2067 36.16 163 38 -157 55 76 -53 62 -7 0.1922 49.08 148 40 -171 52 84 -49 63 3 0.1947 47.39 150 40 -170 53 83 -49 64 13 0.1970 45.70 152 40 -168 54 82 -49 65 23 0.1991 44.07 154 40 -167 54 81 -50 66 33 0.2010 42.51 155 40 -166 55 81 -50 67 43 0.2027 41.10 157 40 -164 55 80 -50 68 53 0.2043 39.82 159 39 -163 56 79 -51 69 63 0.2059 38.71 161 39 -161 56 78 -52 70 73 0.2073 37.85 163 38 -159 56 77 -53 71 -17 0.1933 51.37 148 40 -172 52 85 -49 72 -7 0.1958 49.65 150 40 -171 53 84 -50 73 3 0.1981 47.92 151 40 -170 54 83 -50 74 13 0.2002 46.21 153 40 -168 54 82 -50 75 23 0.2022 44.63 155 39 -167 55 81 -50 76 33 0.2039 43.13 156 39 -165 56 81 -51 77 43 0.2054 41.73 158 39 -164 56 80 -51 78 53 0.2068 40.58 160 38 -162 56 79 -52 79 63 0.2081 39.65 162 37 -160 56 78 -53 80 -27 0.1944 53.63 147 39 -173 52 85 -50 81 -17 0.1968 51.88 149 39 -172 53 85 -50 82 -7 0.1990 50.12 151 39 -171 54 84 -50 83 3 0.2012 48.37 153 39 -169 55 83 -51 84 13 0.2032 46.71 154 39 -168 55 82 -51 85 23 0.2049 45.19 156 38 -167 56 81 -51 86 33 0.2065 43.80 158 38 -165 56 81 -52 87 43 0.2078 42.57 159 37 -164 57 80 -53 88 53 0.2089 41.55 161 37 -162 57 79 -54 89 -37 0.1952 55.82 147 39 -174 52 86 -50 90 -27 0.1976 54.06 148 39 -173 53 85 -50 91 -17 0.1998 52.27 150 39 -172 54 85 -51 92 -7 0.2020 50.52 152 38 -171 55 84 -51 93 3 0.2039 48.83 153 38 -169 55 83 -51 94 13 0.2057 47.28 155 38 -168 56 82 -52 95 23 0.2073 45.84 157 37 -167 57 82 -52 96 23 0.2087 44.44 159 39 -165 57 80 -51 97 33 0.2100 43.35 160 38 -163 58 79 -52 98 -57 0.1961 57.55 147 40 -174 52 86 -49 99 -47 0.1983 55.81 148 40 -173 53 85 -49 100 -37 0.2004 54.07 150 40 -172 54 85 -49 automatic search suggests trial source # 34 Results for subevent # 1 trial source position # 34 time shift (multiple of dt) 13 strike,dip,rake 159 38 -167 strike,dip,rake 59 82 -52 SING. values, inlcuding vardat (min., max, min/max): 1.09155601E-15 2.51271879E-15 0.434412330 -1.10878425E+16 -1.17350779E+16 -1.05375348E+16 6.72679550E+15 -1.15448807E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.41129804E-02 ------- ##--------------- ##------------------- ###--------- ---------- #####--------- P ------------ #####---------- -----------## #####---------------------##### ######-------------------######## ######----------------########### ######-------------############## #######---------################# ########-----############ ##### #######-################ T #### ####----################ #### ---------#################### --------################# ---------############ ----------####### ------- 2022-05-24 18:22:32,397 INFO None 2022-05-24 18:22:32,397 INFO This is ISOLA Initializing array w Time required: 0.581448555 Reading input file gr.hes Time required: 3.13192320 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.983298302 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -27 0.2026 52.36 152 40 -171 55 84 -50 2 -17 0.2046 50.72 153 39 -170 56 83 -50 3 -7 0.2065 49.15 155 39 -169 56 83 -50 4 3 0.2082 47.69 156 39 -167 57 82 -51 5 13 0.2097 46.38 158 38 -166 57 81 -52 6 23 0.2109 45.26 160 38 -165 58 80 -52 7 -67 0.1972 59.56 146 40 -175 53 87 -49 8 -57 0.1992 57.82 148 40 -174 53 86 -50 9 -47 0.2012 56.04 149 39 -173 54 85 -50 10 -37 0.2032 54.33 151 39 -172 55 85 -50 11 -27 0.2052 52.68 152 39 -171 56 84 -50 12 -17 0.2070 51.13 154 39 -170 57 84 -51 13 -7 0.2088 49.66 156 38 -169 57 83 -51 14 3 0.2103 48.32 157 38 -168 58 82 -52 15 13 0.2115 47.19 159 37 -166 58 81 -53 16 23 0.1882 42.68 150 41 -167 51 82 -49 17 33 0.1906 41.26 152 41 -166 52 81 -49 18 43 0.1929 39.81 154 41 -165 52 80 -49 19 53 0.1951 38.49 155 41 -163 53 79 -50 20 63 0.1973 37.20 157 40 -161 53 78 -50 21 73 0.1994 36.10 159 40 -159 53 77 -51 22 83 0.2014 35.09 161 39 -157 54 75 -52 23 93 0.2034 34.27 163 38 -154 53 74 -53 24 103 0.2053 33.85 166 37 -152 53 73 -55 25 13 0.1897 44.77 150 40 -168 51 82 -49 26 23 0.1921 43.28 152 40 -167 52 81 -49 27 33 0.1944 41.83 153 40 -165 53 80 -49 28 43 0.1965 40.45 155 40 -164 53 79 -50 29 53 0.1986 39.15 157 40 -162 54 78 -50 30 63 0.2005 37.94 159 40 -161 54 77 -51 31 73 0.2024 36.82 161 39 -159 54 76 -52 32 83 0.2043 35.97 163 38 -156 54 75 -53 33 93 0.2060 35.38 165 37 -154 54 74 -55 34 3 0.1911 47.06 149 40 -169 51 83 -50 35 13 0.1936 45.51 151 40 -168 52 82 -50 36 23 0.1958 43.98 153 40 -166 53 81 -50 37 33 0.1979 42.50 155 40 -165 53 80 -50 38 43 0.1998 41.13 156 39 -164 54 79 -51 39 53 0.2017 39.88 158 39 -162 54 78 -51 40 63 0.2035 38.76 160 39 -160 55 77 -52 41 73 0.2051 37.78 162 38 -158 55 76 -53 42 83 0.2067 37.07 164 37 -156 55 75 -54 43 -7 0.1924 49.44 149 39 -170 52 83 -50 44 3 0.1949 47.83 151 39 -169 52 83 -50 45 13 0.1971 46.23 152 39 -167 53 82 -50 46 23 0.1992 44.71 154 39 -166 54 81 -51 47 33 0.2011 43.27 156 39 -165 54 80 -51 48 43 0.2028 41.91 157 39 -163 55 79 -52 49 53 0.2045 40.72 159 38 -161 55 78 -52 50 63 0.2060 39.74 161 37 -160 55 77 -53 51 73 0.2074 38.95 163 37 -158 55 76 -54 52 -17 0.1936 51.83 148 39 -171 52 84 -50 53 -7 0.1960 50.21 150 39 -170 52 83 -51 54 3 0.1983 48.56 152 39 -169 53 83 -51 55 13 0.2004 46.96 153 39 -167 54 82 -51 56 23 0.2023 45.47 155 38 -166 54 81 -52 57 33 0.2040 44.09 157 38 -164 55 80 -52 58 43 0.2055 42.81 159 38 -163 55 79 -53 59 53 0.2069 41.76 160 37 -161 56 78 -53 60 63 0.2082 40.92 162 36 -159 56 78 -54 61 -27 0.1946 54.24 148 38 -172 52 85 -51 62 -17 0.1970 52.54 149 38 -171 53 84 -51 63 -7 0.1993 50.87 151 38 -170 53 83 -51 64 3 0.2014 49.29 153 38 -168 54 83 -52 65 13 0.2033 47.71 154 38 -167 55 82 -52 66 23 0.2050 46.29 156 37 -166 55 81 -52 67 33 0.2065 45.01 158 37 -164 56 80 -53 68 33 0.2078 43.57 160 39 -162 56 79 -52 69 43 0.2091 42.61 161 38 -161 57 78 -52 70 -37 0.1955 56.57 147 38 -173 52 86 -51 71 -27 0.1978 54.84 149 38 -172 53 85 -51 72 -17 0.2001 53.12 150 38 -171 54 84 -52 73 -7 0.2021 51.51 152 37 -170 54 84 -52 74 -7 0.2041 49.69 154 39 -168 55 82 -51 75 3 0.2059 48.28 156 39 -167 56 81 -51 76 13 0.2076 46.94 157 38 -165 56 81 -51 77 23 0.2089 45.74 159 38 -164 56 80 -52 78 33 0.2101 44.76 160 37 -162 57 79 -53 79 -57 0.1966 58.42 147 39 -174 52 86 -50 80 -47 0.1988 56.71 148 39 -172 53 85 -50 81 -37 0.2009 55.03 150 39 -171 54 84 -50 82 -27 0.2030 53.39 152 39 -170 54 84 -51 83 -17 0.2049 51.85 153 38 -169 55 83 -51 84 -7 0.2067 50.42 155 38 -168 56 82 -51 85 3 0.2084 49.11 156 38 -167 56 82 -52 86 13 0.2099 47.92 158 37 -165 57 81 -53 87 23 0.2110 46.90 160 37 -164 57 80 -53 88 -67 0.1977 60.64 146 39 -175 52 87 -50 89 -57 0.1997 58.88 147 39 -174 53 86 -51 90 -47 0.2017 57.22 149 38 -173 54 85 -51 91 -37 0.2037 55.57 151 38 -172 55 85 -51 92 -27 0.2056 54.01 152 38 -170 55 84 -51 93 -17 0.2074 52.56 154 38 -169 56 83 -52 94 -7 0.2090 51.21 156 37 -168 57 83 -52 95 3 0.2104 50.03 157 37 -167 57 82 -53 96 13 0.2116 49.01 159 36 -166 57 81 -54 97 23 0.1875 42.82 151 40 -166 51 81 -50 98 33 0.1899 41.37 153 40 -165 51 80 -50 99 43 0.1922 39.98 154 40 -163 52 79 -50 100 53 0.1944 38.67 156 40 -162 52 78 -51 automatic search suggests trial source # 96 Results for subevent # 1 trial source position # 96 time shift (multiple of dt) 13 strike,dip,rake 159 36 -166 strike,dip,rake 57 81 -54 SING. values, inlcuding vardat (min., max, min/max): 1.01343776E-15 2.26247138E-15 0.447933972 -1.16735536E+16 -1.35114313E+16 -1.18375054E+16 7.52053498E+15 -1.29288802E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.47899103E-02 ------- ##--------------- ##------------------- ###-------- ----------- #####-------- P ------------- #####--------- -----------### #####---------------------##### ######-------------------######## ######----------------########### ######-------------############## #######---------################# #######------############ ##### #######--############### T #### #####---################ #### --------##################### --------################# --------############# ----------####### ------- 2022-05-24 18:22:38,377 INFO None 2022-05-24 18:22:38,377 INFO This is ISOLA Initializing array w Time required: 0.582490921 Reading input file gr.hes Time required: 3.22910094 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.949748337 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 63 0.1965 37.46 158 39 -160 53 77 -51 2 73 0.1985 36.40 160 39 -158 53 76 -52 3 83 0.2006 35.52 162 38 -155 53 75 -53 4 93 0.2024 34.77 164 37 -153 53 74 -55 5 103 0.2041 34.39 167 36 -150 52 72 -56 6 13 0.1889 44.97 150 40 -167 51 82 -50 7 23 0.1913 43.50 152 40 -166 52 81 -50 8 33 0.1936 42.08 154 39 -164 52 80 -51 9 43 0.1958 40.68 156 39 -163 53 79 -51 10 53 0.1978 39.42 157 39 -161 53 78 -52 11 63 0.1997 38.28 159 38 -159 53 77 -52 12 73 0.2015 37.31 161 38 -157 53 76 -53 13 83 0.2033 36.50 163 37 -155 53 75 -54 14 93 0.2049 36.04 166 36 -152 53 74 -56 15 3 0.1903 47.31 150 39 -168 51 82 -51 16 13 0.1927 45.80 152 39 -167 52 82 -51 17 23 0.1950 44.33 153 39 -165 52 81 -51 18 33 0.1971 42.93 155 39 -164 53 80 -51 19 43 0.1991 41.58 157 38 -162 53 79 -52 20 53 0.2009 40.35 159 38 -161 54 78 -52 21 63 0.2025 39.27 160 38 -159 54 77 -53 22 73 0.2041 38.44 162 37 -157 54 76 -54 23 83 0.2056 37.86 165 36 -154 54 75 -56 24 -7 0.1916 49.74 149 38 -169 51 83 -51 25 3 0.1940 48.15 151 38 -168 52 82 -51 26 13 0.1962 46.67 153 38 -167 53 81 -51 27 23 0.1983 45.21 154 38 -165 53 81 -52 28 33 0.2002 43.82 156 38 -164 54 80 -52 29 43 0.2020 42.55 158 38 -162 54 79 -53 30 53 0.2036 41.43 160 37 -160 54 78 -53 31 63 0.2050 40.47 162 37 -158 54 77 -54 32 73 0.2063 39.82 164 36 -156 55 76 -55 33 -17 0.1928 52.22 149 38 -170 51 84 -51 34 -7 0.1951 50.62 150 38 -169 52 83 -52 35 3 0.1974 49.04 152 38 -168 53 82 -52 36 13 0.1994 47.55 154 38 -166 53 81 -52 37 23 0.2013 46.15 155 37 -165 54 81 -53 38 33 0.2030 44.84 157 37 -163 54 80 -53 39 43 0.2045 43.67 159 37 -162 55 79 -54 40 43 0.2060 42.14 161 38 -160 55 77 -52 41 53 0.2073 41.32 162 38 -158 55 77 -53 42 -27 0.1938 54.66 148 38 -172 52 85 -52 43 -17 0.1961 53.07 150 37 -170 52 84 -52 44 -7 0.1983 51.47 151 37 -169 53 83 -52 45 3 0.2004 49.93 153 37 -168 54 82 -53 46 13 0.2023 48.49 155 37 -166 54 82 -53 47 13 0.2040 46.71 157 38 -164 55 80 -52 48 23 0.2056 45.50 158 38 -163 55 79 -52 49 33 0.2071 44.45 160 38 -162 56 79 -53 50 43 0.2083 43.56 162 37 -160 56 78 -54 51 -47 0.1948 56.60 147 39 -172 51 85 -51 52 -37 0.1971 54.99 149 38 -171 52 84 -51 53 -27 0.1993 53.42 151 38 -169 53 83 -51 54 -17 0.2013 51.88 152 38 -168 54 83 -51 55 -7 0.2033 50.40 154 38 -167 54 82 -52 56 3 0.2050 49.06 156 38 -166 55 81 -52 57 13 0.2067 47.84 157 37 -164 55 80 -53 58 23 0.2081 46.77 159 37 -163 56 80 -53 59 33 0.2093 45.86 161 37 -162 56 79 -54 60 -57 0.1961 58.89 147 38 -173 52 85 -51 61 -47 0.1981 57.28 148 38 -172 52 85 -51 62 -37 0.2002 55.71 150 38 -171 53 84 -51 63 -27 0.2022 54.18 152 38 -170 54 83 -52 64 -17 0.2041 52.76 153 37 -168 55 83 -52 65 -7 0.2059 51.39 155 37 -167 55 82 -52 66 3 0.2075 50.15 157 37 -166 56 81 -53 67 13 0.2089 49.04 158 36 -165 56 81 -54 68 23 0.2100 48.16 160 36 -163 57 80 -54 69 -67 0.1973 61.23 146 38 -174 52 86 -51 70 -57 0.1992 59.61 148 38 -173 53 86 -51 71 -47 0.2011 58.00 149 37 -172 53 85 -52 72 -37 0.2030 56.48 151 37 -171 54 84 -52 73 -27 0.2048 55.04 152 37 -170 55 84 -52 74 -17 0.2065 53.70 154 37 -169 55 83 -53 75 -7 0.2081 52.46 156 36 -168 56 82 -53 76 3 0.2095 51.36 157 36 -166 56 82 -54 77 3 0.2107 49.90 159 37 -165 57 80 -53 78 23 0.1860 43.02 152 39 -165 51 81 -51 79 33 0.1884 41.62 153 39 -164 51 80 -51 80 43 0.1907 40.27 155 39 -162 52 79 -51 81 53 0.1929 39.03 157 39 -160 52 78 -52 82 63 0.1950 37.85 159 38 -158 52 76 -52 83 73 0.1968 36.75 161 38 -156 52 75 -53 84 83 0.1987 35.86 163 37 -154 52 74 -54 85 93 0.2004 35.22 165 37 -152 52 73 -56 86 103 0.2019 34.89 168 36 -149 52 72 -57 87 13 0.1874 45.25 151 39 -166 51 81 -51 88 23 0.1898 43.79 153 39 -165 51 80 -51 89 33 0.1920 42.39 154 39 -163 52 79 -52 90 43 0.1942 41.06 156 38 -162 52 78 -52 91 53 0.1962 39.89 158 38 -160 53 77 -53 92 63 0.1981 38.79 160 38 -158 53 76 -53 93 73 0.1997 37.83 162 37 -156 53 75 -54 94 83 0.2013 37.04 164 36 -154 53 74 -55 95 83 0.2027 35.65 166 38 -152 53 73 -55 96 3 0.1887 47.60 150 38 -167 51 82 -51 97 13 0.1911 46.16 152 38 -166 51 81 -52 98 23 0.1933 44.66 154 38 -164 52 80 -52 99 33 0.1954 43.29 156 38 -163 52 79 -52 100 43 0.1974 42.00 157 38 -161 53 78 -53 automatic search suggests trial source # 77 Results for subevent # 1 trial source position # 77 time shift (multiple of dt) 3 strike,dip,rake 159 37 -165 strike,dip,rake 57 80 -53 SING. values, inlcuding vardat (min., max, min/max): 9.83375817E-16 2.16433118E-15 0.454355508 -1.21917124E+16 -1.37093724E+16 -1.18659338E+16 7.96380245E+15 -1.42265348E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.43724990E-02 ------- ##--------------- ##------------------- ###-------- ----------- #####-------- P ------------- #####--------- -----------### #####---------------------##### ######-------------------######## ######----------------########### ######--------------############# #######----------################ #######-------########### ##### #######--############### T #### ######--################ #### ---------#################### --------################# ---------############ ----------####### ------- 2022-05-24 18:22:44,340 INFO None 2022-05-24 18:22:44,341 INFO This is ISOLA Initializing array w Time required: 0.580670297 Reading input file gr.hes Time required: 3.19666505 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.965917945 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 53 0.1991 40.91 159 37 -160 53 77 -53 2 63 0.2007 39.93 161 37 -158 53 76 -54 3 63 0.2022 38.27 163 38 -156 54 75 -53 4 73 0.2037 37.62 165 38 -154 54 74 -54 5 -7 0.1899 50.09 150 38 -169 51 83 -52 6 3 0.1923 48.58 151 38 -167 52 82 -52 7 13 0.1945 47.10 153 38 -166 52 81 -52 8 23 0.1966 45.66 155 37 -164 53 80 -53 9 33 0.1984 44.31 157 37 -163 53 79 -53 10 43 0.2002 43.14 158 37 -161 54 78 -54 11 43 0.2018 41.34 160 38 -159 54 77 -53 12 53 0.2033 40.45 162 38 -157 54 76 -53 13 63 0.2047 39.74 164 37 -156 54 75 -54 14 -17 0.1909 52.54 149 37 -170 51 84 -52 15 -7 0.1933 51.05 151 37 -168 52 83 -52 16 3 0.1955 49.54 152 37 -167 52 82 -53 17 13 0.1976 48.11 154 37 -166 53 81 -53 18 13 0.1995 46.12 156 38 -164 53 80 -52 19 23 0.2013 44.84 158 38 -162 54 79 -52 20 33 0.2029 43.68 159 38 -161 54 78 -53 21 43 0.2044 42.69 161 37 -159 55 77 -54 22 53 0.2056 41.95 163 37 -157 55 76 -54 23 -37 0.1921 54.47 148 38 -170 51 84 -51 24 -27 0.1943 52.91 150 38 -169 52 83 -51 25 -17 0.1965 51.40 152 38 -168 52 82 -52 26 -7 0.1987 49.96 153 38 -166 53 81 -52 27 3 0.2006 48.58 155 38 -165 54 81 -52 28 13 0.2024 47.29 157 37 -164 54 80 -53 29 23 0.2040 46.11 158 37 -162 55 79 -53 30 33 0.2054 45.09 160 37 -161 55 78 -54 31 43 0.2065 44.28 162 36 -159 55 77 -55 32 -47 0.1933 56.90 148 38 -171 51 84 -52 33 -37 0.1955 55.35 149 38 -170 52 84 -52 34 -27 0.1976 53.82 151 37 -169 53 83 -52 35 -17 0.1996 52.34 153 37 -168 53 82 -52 36 -7 0.2015 50.98 154 37 -166 54 82 -53 37 3 0.2033 49.72 156 37 -165 54 81 -53 38 13 0.2049 48.57 158 37 -164 55 80 -54 39 23 0.2063 47.55 159 36 -162 55 79 -54 40 33 0.2075 46.74 161 36 -161 56 79 -55 41 -57 0.1946 59.33 147 37 -173 51 85 -52 42 -47 0.1966 57.76 148 37 -171 52 85 -52 43 -37 0.1986 56.22 150 37 -170 53 84 -52 44 -27 0.2005 54.78 152 37 -169 54 83 -53 45 -17 0.2024 53.42 153 37 -168 54 83 -53 46 -7 0.2041 52.16 155 36 -167 55 82 -53 47 3 0.2057 51.02 157 36 -165 55 81 -54 48 13 0.2071 49.99 158 36 -164 56 81 -54 49 13 0.2082 48.47 160 37 -162 56 79 -53 50 -67 0.1958 61.70 146 37 -174 52 86 -52 51 -57 0.1977 60.17 148 37 -173 52 85 -52 52 -47 0.1995 58.64 149 37 -172 53 85 -53 53 -37 0.2013 57.19 151 36 -171 54 84 -53 54 -27 0.2030 55.85 152 36 -169 54 84 -53 55 -17 0.2046 54.58 154 36 -168 55 83 -54 56 -7 0.2062 53.42 156 35 -167 56 82 -54 57 -7 0.2077 51.72 157 37 -165 56 81 -53 58 3 0.2090 50.86 159 36 -164 56 80 -54 59 23 0.1838 43.61 152 39 -165 51 80 -51 60 33 0.1862 42.19 154 39 -163 51 79 -51 61 43 0.1885 40.82 156 39 -161 51 78 -52 62 53 0.1905 39.53 158 38 -159 52 77 -52 63 63 0.1925 38.36 159 38 -158 52 76 -53 64 73 0.1943 37.31 161 38 -156 52 75 -54 65 73 0.1960 35.40 163 39 -153 52 73 -53 66 83 0.1977 34.68 165 38 -151 52 72 -54 67 93 0.1994 34.20 168 37 -148 52 71 -56 68 13 0.1851 45.75 152 38 -166 51 81 -52 69 23 0.1875 44.35 153 38 -164 51 80 -52 70 33 0.1898 42.98 155 38 -162 52 79 -52 71 43 0.1918 41.67 157 38 -161 52 78 -53 72 53 0.1937 40.43 159 38 -159 52 77 -53 73 53 0.1954 38.41 160 39 -157 53 75 -52 74 63 0.1971 37.40 162 38 -155 53 74 -53 75 73 0.1987 36.59 164 38 -153 53 73 -54 76 83 0.2003 36.03 166 37 -151 53 72 -55 77 3 0.1862 48.13 151 38 -167 51 82 -52 78 13 0.1887 46.66 153 38 -165 51 81 -52 79 23 0.1909 45.30 154 37 -164 52 80 -53 80 33 0.1930 43.94 156 37 -162 52 79 -53 81 33 0.1949 41.83 158 39 -160 53 77 -52 82 43 0.1967 40.59 160 38 -159 53 77 -52 83 53 0.1983 39.54 161 38 -157 53 76 -53 84 63 0.1998 38.68 163 38 -155 53 75 -54 85 73 0.2012 38.05 165 37 -153 54 74 -55 86 -7 0.1874 50.58 150 37 -168 51 82 -52 87 3 0.1897 49.10 152 37 -166 52 82 -53 88 3 0.1920 46.88 154 38 -165 52 80 -52 89 13 0.1941 45.47 155 38 -163 52 79 -52 90 23 0.1961 44.15 157 38 -162 53 78 -52 91 33 0.1979 42.97 159 38 -160 53 78 -53 92 43 0.1995 41.86 161 38 -158 54 77 -53 93 53 0.2009 40.93 162 37 -157 54 76 -54 94 63 0.2021 40.27 164 37 -155 54 75 -55 95 -27 0.1886 52.39 150 38 -169 51 83 -51 96 -17 0.1909 50.86 151 38 -167 52 82 -52 97 -7 0.1931 49.35 153 38 -166 52 81 -52 98 3 0.1953 47.89 155 38 -164 53 80 -52 99 13 0.1972 46.57 156 38 -163 53 79 -53 100 23 0.1990 45.33 158 37 -162 54 79 -53 automatic search suggests trial source # 58 Results for subevent # 1 trial source position # 58 time shift (multiple of dt) 3 strike,dip,rake 159 36 -164 strike,dip,rake 56 80 -54 SING. values, inlcuding vardat (min., max, min/max): 9.55336803E-16 2.08114788E-15 0.459043205 -1.22776128E+16 -1.43021187E+16 -1.23911932E+16 8.09557097E+15 -1.45176004E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.36965823E-02 ------- ##--------------- ##------------------- ###-------- ----------- #####-------- P ------------- #####--------- -----------### #####---------------------##### ######-------------------######## ######----------------########### ######--------------############# #######----------################ #######-------########### ##### #######---############## T #### ######--################ #### --------##################### --------################# --------############# ----------####### ------- 2022-05-24 18:22:50,269 INFO None 2022-05-24 18:22:50,270 INFO This is ISOLA Initializing array w Time required: 0.584806681 Reading input file gr.hes Time required: 3.14921951 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.969641626 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 33 0.2006 44.26 160 37 -160 54 78 -54 2 43 0.2019 43.34 161 37 -158 54 77 -54 3 53 0.2031 42.61 163 36 -157 55 76 -55 4 -37 0.1898 54.84 149 38 -170 51 84 -52 5 -27 0.1920 53.34 150 37 -168 52 83 -52 6 -17 0.1942 51.86 152 37 -167 52 82 -52 7 -7 0.1962 50.38 154 37 -166 53 81 -53 8 3 0.1982 49.04 155 37 -164 53 80 -53 9 13 0.2000 47.84 157 37 -163 54 80 -53 10 23 0.2015 46.72 159 36 -162 54 79 -54 11 33 0.2028 45.80 160 36 -160 55 78 -55 12 43 0.2040 45.08 162 36 -159 55 77 -55 13 -47 0.1910 57.31 148 37 -171 51 84 -52 14 -37 0.1931 55.79 150 37 -170 52 84 -52 15 -27 0.1952 54.31 151 37 -168 52 83 -53 16 -17 0.1972 52.89 153 37 -167 53 82 -53 17 -7 0.1991 51.59 155 36 -166 54 81 -53 18 3 0.2008 50.32 156 36 -165 54 81 -54 19 13 0.2023 49.24 158 36 -163 55 80 -54 20 23 0.2037 48.30 159 35 -162 55 79 -55 21 23 0.2049 46.63 161 37 -160 55 78 -54 22 -57 0.1923 59.75 147 37 -172 51 85 -53 23 -47 0.1942 58.22 149 37 -171 52 84 -53 24 -37 0.1961 56.77 150 36 -170 53 84 -53 25 -27 0.1980 55.37 152 36 -169 53 83 -53 26 -17 0.1998 54.09 154 36 -167 54 82 -54 27 -7 0.2015 52.87 155 36 -166 54 82 -54 28 -7 0.2030 50.97 157 37 -164 55 80 -53 29 3 0.2045 49.97 159 37 -163 55 80 -54 30 13 0.2058 49.15 160 36 -162 56 79 -54 31 -67 0.1935 62.21 146 36 -174 52 86 -53 32 -57 0.1953 60.69 148 36 -173 52 85 -53 33 -47 0.1971 59.23 149 36 -171 53 85 -53 34 -37 0.1987 57.84 151 36 -170 54 84 -54 35 -37 0.2004 55.75 153 37 -168 54 83 -53 36 -27 0.2022 54.56 154 37 -167 55 82 -53 37 -17 0.2038 53.48 156 36 -166 55 81 -53 38 -7 0.2053 52.55 158 36 -165 56 81 -54 39 3 0.2066 51.69 159 36 -164 56 80 -54 40 23 0.1809 44.54 153 39 -164 51 80 -51 41 33 0.1833 43.12 155 39 -162 51 79 -52 42 33 0.1855 40.72 156 40 -161 52 77 -51 43 43 0.1876 39.38 158 40 -159 52 76 -51 44 53 0.1896 38.11 160 39 -157 52 75 -52 45 63 0.1914 37.00 162 39 -155 52 74 -53 46 73 0.1931 35.99 164 39 -153 52 73 -54 47 83 0.1947 35.15 166 38 -151 52 72 -55 48 93 0.1962 34.64 168 37 -148 52 71 -56 49 3 0.1822 45.82 152 39 -165 51 80 -50 50 13 0.1846 44.33 154 39 -163 51 79 -51 51 23 0.1868 42.88 156 39 -162 52 78 -51 52 33 0.1889 41.49 157 39 -160 52 77 -51 53 43 0.1908 40.21 159 39 -158 52 76 -52 54 53 0.1926 39.02 161 39 -157 53 75 -53 55 63 0.1942 38.01 163 38 -155 53 74 -53 56 73 0.1957 37.20 165 38 -153 53 73 -55 57 83 0.1971 36.60 167 37 -150 53 72 -56 58 -7 0.1835 48.14 151 39 -166 51 81 -51 59 3 0.1859 46.65 153 39 -164 51 80 -51 60 13 0.1881 45.15 155 39 -163 52 79 -52 61 23 0.1901 43.77 157 39 -161 52 78 -52 62 33 0.1920 42.46 158 38 -160 53 77 -52 63 43 0.1937 41.28 160 38 -158 53 76 -53 64 53 0.1953 40.22 162 38 -156 53 75 -54 65 63 0.1967 39.33 164 37 -154 53 74 -54 66 73 0.1979 38.73 166 37 -152 54 74 -55 67 -17 0.1846 50.49 151 38 -167 51 82 -51 68 -7 0.1870 49.00 152 38 -166 51 81 -52 69 3 0.1892 47.55 154 38 -164 52 80 -52 70 13 0.1913 46.17 156 38 -163 52 79 -52 71 23 0.1932 44.86 158 38 -161 53 78 -53 72 33 0.1949 43.63 159 37 -160 53 77 -53 73 43 0.1963 42.56 161 37 -158 54 77 -54 74 53 0.1977 41.66 163 37 -156 54 76 -55 75 63 0.1988 41.03 165 36 -154 54 75 -55 76 -27 0.1858 52.93 150 38 -168 51 83 -52 77 -17 0.1880 51.43 152 38 -167 52 82 -52 78 -7 0.1902 49.99 153 37 -165 52 81 -52 79 3 0.1923 48.62 155 37 -164 53 80 -53 80 13 0.1942 47.31 157 37 -163 53 79 -53 81 23 0.1959 46.10 158 37 -161 54 78 -54 82 33 0.1974 45.03 160 37 -160 54 78 -54 83 43 0.1986 44.16 162 36 -158 54 77 -55 84 43 0.1998 42.12 163 37 -156 55 75 -54 85 -37 0.1869 55.41 149 37 -169 51 83 -52 86 -27 0.1891 53.91 151 37 -168 52 83 -53 87 -17 0.1912 52.43 153 37 -167 52 82 -53 88 -7 0.1932 51.05 154 37 -165 53 81 -53 89 3 0.1951 49.77 156 36 -164 53 80 -54 90 13 0.1968 48.63 158 36 -163 54 80 -54 91 23 0.1983 47.59 159 36 -161 54 79 -55 92 23 0.1996 45.50 161 37 -159 55 77 -54 93 33 0.2009 44.73 162 37 -158 55 77 -54 94 -47 0.1881 57.85 148 37 -171 51 84 -53 95 -37 0.1901 56.37 150 36 -169 52 83 -53 96 -27 0.1921 54.94 152 36 -168 53 83 -53 97 -17 0.1940 53.57 153 36 -167 53 82 -54 98 -7 0.1958 52.29 155 36 -166 54 81 -54 99 3 0.1975 51.16 157 36 -164 54 81 -54 100 3 0.1991 49.01 158 37 -162 54 79 -53 automatic search suggests trial source # 39 Results for subevent # 1 trial source position # 39 time shift (multiple of dt) 3 strike,dip,rake 159 36 -164 strike,dip,rake 56 80 -54 SING. values, inlcuding vardat (min., max, min/max): 9.24842558E-16 2.01094431E-15 0.459904611 -1.23331597E+16 -1.47890746E+16 -1.27843127E+16 8.12932297E+15 -1.46584227E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.26753163E-02 ------- ##--------------- ##------------------- ###-------- ----------- #####-------- P ------------- #####--------- -----------### #####---------------------##### ######-------------------######## ######----------------########### ######--------------############# ######-----------################ #######-------########### ##### #######---############## T #### ######--################ #### #-------##################### --------################# --------############# ----------####### ------- 2022-05-24 18:22:56,710 INFO None 2022-05-24 18:22:56,710 INFO This is ISOLA Initializing array w Time required: 0.727455437 Reading input file gr.hes Time required: 3.45600343 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.02968049 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 13 0.2007 48.12 160 37 -161 55 79 -54 2 23 0.2019 47.37 161 36 -160 55 78 -54 3 -57 0.1893 60.35 147 36 -172 51 85 -53 4 -47 0.1912 58.85 149 36 -171 52 84 -53 5 -37 0.1930 57.43 151 36 -170 53 84 -54 6 -27 0.1948 56.08 152 36 -168 53 83 -54 7 -27 0.1966 53.84 154 37 -167 54 82 -53 8 -17 0.1984 52.65 156 36 -165 54 81 -53 9 -7 0.2000 51.64 157 36 -164 55 80 -54 10 3 0.2015 50.72 159 36 -163 55 80 -54 11 13 0.2027 49.97 160 36 -162 56 79 -55 12 -67 0.1906 62.81 147 36 -173 52 86 -54 13 -67 0.1924 60.37 148 37 -171 52 85 -53 14 -57 0.1941 58.96 150 37 -170 53 84 -53 15 -47 0.1959 57.61 151 36 -169 53 83 -53 16 -37 0.1976 56.40 153 36 -168 54 83 -53 17 -27 0.1992 55.28 155 36 -167 54 82 -54 18 -17 0.2007 54.20 156 36 -166 55 81 -54 19 -7 0.2022 53.30 158 35 -165 56 81 -55 20 3 0.2034 52.54 159 35 -163 56 80 -55 21 13 0.1780 44.79 153 40 -163 51 79 -50 22 23 0.1803 43.30 155 40 -162 51 78 -50 23 33 0.1825 41.88 157 40 -160 52 77 -51 24 43 0.1845 40.50 158 40 -159 52 76 -51 25 53 0.1863 39.23 160 40 -157 53 75 -52 26 63 0.1880 38.00 162 39 -155 53 74 -52 27 73 0.1896 36.91 164 39 -153 53 73 -53 28 83 0.1911 36.01 166 38 -151 53 72 -55 29 83 0.1925 33.57 168 39 -148 53 70 -54 30 3 0.1792 46.93 153 39 -164 51 80 -51 31 13 0.1815 45.44 154 39 -163 52 79 -51 32 23 0.1836 44.02 156 39 -161 52 78 -51 33 33 0.1856 42.60 158 39 -160 52 77 -52 34 43 0.1875 41.34 160 39 -158 53 76 -52 35 53 0.1891 40.14 161 39 -157 53 75 -53 36 63 0.1907 39.06 163 38 -155 53 74 -53 37 73 0.1920 38.13 165 38 -153 53 73 -54 38 73 0.1934 35.70 167 39 -150 53 72 -54 39 -7 0.1803 49.19 152 39 -166 51 81 -51 40 3 0.1826 47.72 154 39 -164 52 80 -51 41 13 0.1848 46.26 155 39 -163 52 79 -52 42 23 0.1868 44.90 157 38 -161 53 78 -52 43 33 0.1886 43.62 159 38 -160 53 77 -52 44 43 0.1902 42.39 160 38 -158 53 76 -53 45 53 0.1916 41.33 162 38 -156 54 75 -54 46 53 0.1930 38.75 164 39 -154 54 74 -53 47 63 0.1944 37.99 166 38 -153 54 73 -54 48 -17 0.1814 51.57 151 38 -167 51 82 -52 49 -7 0.1837 50.10 153 38 -165 52 81 -52 50 3 0.1858 48.65 155 38 -164 52 80 -52 51 13 0.1878 47.26 156 38 -162 53 79 -53 52 23 0.1896 45.97 158 38 -161 53 78 -53 53 33 0.1912 44.77 160 37 -159 54 77 -53 54 33 0.1926 42.20 161 39 -158 54 76 -52 55 43 0.1941 41.20 163 38 -156 54 75 -53 56 53 0.1953 40.45 165 38 -154 54 74 -54 57 -27 0.1825 53.92 151 37 -168 51 82 -52 58 -17 0.1847 52.44 152 37 -167 52 82 -52 59 -7 0.1868 51.04 154 37 -165 52 81 -53 60 3 0.1887 49.70 156 37 -164 53 80 -53 61 13 0.1905 48.44 157 37 -162 53 79 -53 62 13 0.1921 45.85 159 38 -161 54 78 -52 63 23 0.1937 44.77 160 38 -159 54 77 -53 64 33 0.1951 43.82 162 38 -158 54 76 -53 65 43 0.1963 43.04 164 37 -156 55 76 -54 66 -37 0.1835 56.31 150 37 -169 51 83 -53 67 -27 0.1856 54.86 151 37 -168 52 82 -53 68 -17 0.1876 53.46 153 37 -166 53 82 -53 69 -7 0.1895 52.13 155 36 -165 53 81 -53 70 -7 0.1914 49.60 156 38 -163 53 80 -53 71 3 0.1931 48.43 158 37 -162 54 79 -53 72 13 0.1948 47.38 159 37 -161 54 78 -53 73 23 0.1961 46.42 161 37 -159 55 77 -54 74 33 0.1973 45.72 163 37 -158 55 77 -54 75 -47 0.1847 58.73 149 36 -170 52 84 -53 76 -37 0.1866 57.29 151 36 -169 52 83 -53 77 -37 0.1884 54.73 152 37 -167 52 82 -52 78 -27 0.1904 53.37 154 37 -166 53 81 -53 79 -17 0.1923 52.15 155 37 -165 54 81 -53 80 -7 0.1940 51.04 157 37 -164 54 80 -53 81 3 0.1956 50.02 158 37 -162 55 79 -54 82 13 0.1970 49.13 160 36 -161 55 79 -54 83 23 0.1982 48.41 162 36 -160 55 78 -55 84 -67 0.1859 60.13 148 37 -171 51 84 -52 85 -57 0.1878 58.62 150 37 -170 52 84 -53 86 -47 0.1896 57.23 151 37 -169 53 83 -53 87 -37 0.1914 55.88 153 37 -168 53 82 -53 88 -27 0.1932 54.67 154 36 -166 54 82 -53 89 -17 0.1948 53.60 156 36 -165 54 81 -54 90 -7 0.1964 52.64 158 36 -164 55 80 -54 91 3 0.1977 51.78 159 36 -163 55 80 -55 92 13 0.1989 51.12 161 35 -162 56 79 -55 93 -67 0.1870 63.66 147 35 -173 52 86 -54 94 -67 0.1892 61.11 149 36 -171 52 85 -53 95 -57 0.1908 59.77 150 36 -170 53 84 -53 96 -47 0.1924 58.46 152 36 -169 53 83 -53 97 -37 0.1941 57.30 153 36 -168 54 83 -54 98 -27 0.1956 56.19 155 36 -167 55 82 -54 99 -17 0.1970 55.22 156 35 -166 55 81 -54 100 -7 0.1983 54.37 158 35 -165 56 81 -55 automatic search suggests trial source # 20 Results for subevent # 1 trial source position # 20 time shift (multiple of dt) 3 strike,dip,rake 159 35 -163 strike,dip,rake 56 80 -55 SING. values, inlcuding vardat (min., max, min/max): 8.89001736E-16 1.95181696E-15 0.455473930 -1.23644882E+16 -1.51753510E+16 -1.30146002E+16 8.08833449E+15 -1.46629657E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.13538218E-02 ------- ##--------------- ##------------------- ###-------- ----------- #####-------- P ------------- #####--------- -----------### #####---------------------##### ######-------------------######## ######----------------########### ######--------------############# ######-----------################ #######-------########### ##### #######---############## T #### ######--################ #### #-------##################### --------################# --------############# ----------####### ------- 2022-05-24 18:23:02,839 INFO None 2022-05-24 18:23:02,840 INFO This is ISOLA Initializing array w Time required: 0.571240723 Reading input file gr.hes Time required: 3.14631987 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.10924280 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -7 0.1996 52.41 159 36 -163 56 80 -54 2 13 0.1746 46.55 154 40 -163 52 79 -50 3 23 0.1768 45.08 156 40 -162 52 78 -50 4 33 0.1789 43.62 157 40 -160 52 77 -50 5 43 0.1809 42.18 159 40 -159 53 76 -51 6 53 0.1826 40.85 161 40 -157 53 75 -51 7 53 0.1843 37.61 162 41 -155 53 74 -51 8 63 0.1860 36.39 164 41 -153 53 73 -51 9 73 0.1875 35.28 166 40 -151 53 71 -53 10 83 0.1889 34.45 168 39 -149 53 70 -54 11 3 0.1757 48.64 153 40 -164 52 80 -50 12 13 0.1779 47.20 155 40 -163 52 79 -51 13 23 0.1800 45.75 157 40 -161 53 78 -51 14 33 0.1819 44.35 158 39 -160 53 77 -51 15 33 0.1837 41.21 160 41 -158 53 76 -50 16 43 0.1854 39.86 161 40 -157 54 75 -51 17 53 0.1870 38.68 163 40 -155 54 74 -52 18 63 0.1885 37.57 165 40 -153 54 73 -52 19 73 0.1898 36.71 167 39 -151 54 72 -54 20 -7 0.1767 50.83 153 39 -165 52 81 -51 21 3 0.1789 49.38 154 39 -164 52 80 -51 22 13 0.1810 47.94 156 39 -163 53 79 -51 23 23 0.1829 46.58 158 39 -161 53 78 -52 24 23 0.1847 43.59 159 40 -160 53 77 -51 25 33 0.1865 42.29 161 40 -158 54 76 -51 26 43 0.1880 41.07 162 39 -156 54 75 -52 27 53 0.1894 39.98 164 39 -155 54 74 -53 28 63 0.1906 39.20 166 39 -153 55 73 -53 29 -17 0.1777 53.10 152 38 -167 52 81 -52 30 -7 0.1799 51.65 154 38 -165 52 81 -52 31 3 0.1819 50.28 155 38 -164 53 80 -52 32 3 0.1839 47.31 157 39 -162 53 79 -51 33 13 0.1858 45.98 158 39 -161 54 78 -51 34 23 0.1875 44.72 160 39 -159 54 77 -52 35 33 0.1890 43.58 161 39 -158 54 76 -52 36 43 0.1903 42.59 163 38 -156 55 75 -53 37 53 0.1915 41.77 165 38 -155 55 74 -54 38 -27 0.1787 55.41 151 38 -168 52 82 -52 39 -17 0.1808 54.00 153 37 -166 52 81 -52 40 -17 0.1828 51.12 154 38 -165 53 80 -51 41 -7 0.1849 49.75 156 38 -163 53 79 -52 42 3 0.1867 48.45 157 38 -162 54 79 -52 43 13 0.1884 47.24 159 38 -161 54 78 -52 44 23 0.1900 46.17 161 38 -159 55 77 -53 45 33 0.1913 45.19 162 38 -158 55 76 -53 46 43 0.1923 44.45 164 37 -157 55 76 -54 47 -47 0.1798 56.41 150 38 -168 52 83 -52 48 -37 0.1818 54.92 152 38 -167 52 82 -52 49 -27 0.1838 53.54 153 38 -166 53 81 -52 50 -17 0.1858 52.21 155 38 -165 53 80 -52 51 -7 0.1876 50.97 157 38 -163 54 80 -53 52 3 0.1893 49.83 158 37 -162 54 79 -53 53 13 0.1908 48.80 160 37 -161 55 78 -53 54 23 0.1921 47.88 161 37 -160 55 78 -54 55 23 0.1932 45.39 163 38 -158 56 76 -53 56 -57 0.1811 58.77 149 37 -170 52 84 -52 57 -47 0.1830 57.30 151 37 -168 52 83 -52 58 -37 0.1848 55.94 153 37 -167 53 82 -52 59 -27 0.1867 54.67 154 37 -166 53 81 -53 60 -17 0.1884 53.51 156 37 -165 54 81 -53 61 -7 0.1901 52.40 157 37 -164 55 80 -53 62 3 0.1916 51.42 159 36 -162 55 79 -54 63 13 0.1928 50.56 160 36 -161 56 79 -54 64 13 0.1941 48.23 162 37 -160 56 78 -53 65 -67 0.1824 61.17 149 37 -171 52 84 -53 66 -57 0.1841 59.71 150 37 -170 52 84 -53 67 -47 0.1859 58.38 152 37 -169 53 83 -53 68 -37 0.1876 57.16 153 36 -167 54 82 -53 69 -27 0.1892 56.05 155 36 -166 54 82 -54 70 -17 0.1908 54.98 156 36 -165 55 81 -54 71 -7 0.1922 54.09 158 36 -164 55 80 -54 72 -7 0.1937 51.71 159 37 -163 56 79 -53 73 3 0.1950 50.99 161 37 -161 56 79 -54 74 -67 0.1830 64.92 148 35 -173 52 86 -54 75 -67 0.1855 62.26 149 36 -171 53 85 -53 76 -57 0.1870 60.91 151 36 -170 53 84 -53 77 -47 0.1885 59.68 152 36 -169 54 83 -54 78 -37 0.1900 58.60 154 36 -168 54 83 -54 79 -37 0.1914 56.13 155 37 -166 55 82 -53 80 -27 0.1930 55.24 157 36 -165 55 81 -53 81 -17 0.1945 54.38 158 36 -164 56 80 -54 82 -7 0.1957 53.70 160 36 -163 56 80 -54 83 3 0.1710 47.12 154 42 -163 52 78 -48 84 13 0.1732 45.52 156 42 -162 53 77 -48 85 23 0.1754 43.94 157 42 -160 53 77 -49 86 33 0.1773 42.40 159 42 -159 53 76 -49 87 43 0.1792 40.90 161 42 -157 54 75 -49 88 53 0.1808 39.43 162 42 -156 54 74 -50 89 63 0.1823 38.15 164 41 -154 54 73 -51 90 73 0.1837 37.00 166 41 -152 54 72 -52 91 83 0.1849 36.06 168 40 -150 54 71 -53 92 -7 0.1720 49.19 154 41 -164 52 79 -49 93 3 0.1743 47.67 155 41 -163 53 78 -49 94 13 0.1764 46.09 157 41 -161 53 77 -49 95 23 0.1783 44.62 158 41 -160 54 77 -49 96 33 0.1801 43.20 160 41 -158 54 76 -50 97 43 0.1818 41.79 162 41 -157 54 75 -50 98 53 0.1832 40.49 163 41 -155 55 74 -51 99 63 0.1845 39.37 165 40 -154 55 73 -52 100 63 0.1857 35.98 166 41 -152 55 71 -51 automatic search suggests trial source # 1 Results for subevent # 1 trial source position # 1 time shift (multiple of dt) -7 strike,dip,rake 159 36 -163 strike,dip,rake 56 80 -54 SING. values, inlcuding vardat (min., max, min/max): 8.51148680E-16 1.90224309E-15 0.447444737 -1.26084692E+16 -1.48964004E+16 -1.26700934E+16 8.23287785E+15 -1.52679688E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.98581624E-02 ------- ##--------------- ##------------------- ###-------- ----------- #####-------- P ------------- #####--------- -----------### #####---------------------##### ######-------------------######## ######----------------########### ######--------------############# #######----------################ #######-------########### ##### #######---############## T #### ######--################ #### #-------##################### --------################# --------############# ----------####### ------- 2022-05-24 18:23:09,096 INFO None 2022-05-24 18:23:09,096 INFO This is ISOLA Initializing array w Time required: 0.596998453 Reading input file gr.hes Time required: 3.22201848 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.19232702 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -17 0.1730 51.35 153 40 -165 52 80 -49 2 -7 0.1752 49.84 155 40 -164 53 79 -50 3 3 0.1773 48.35 156 40 -162 53 78 -50 4 13 0.1793 46.96 158 40 -161 54 78 -50 5 23 0.1811 45.52 159 40 -160 54 77 -50 6 33 0.1827 44.23 161 40 -158 55 76 -51 7 43 0.1841 42.96 163 40 -157 55 75 -51 8 53 0.1854 41.87 164 40 -155 55 74 -52 9 53 0.1866 38.60 165 41 -154 55 73 -51 10 -27 0.1740 53.57 152 40 -166 52 81 -50 11 -17 0.1762 52.09 154 40 -165 53 80 -50 12 -7 0.1782 50.65 156 40 -164 53 79 -51 13 3 0.1802 49.27 157 39 -162 54 79 -51 14 13 0.1820 47.93 159 39 -161 54 78 -51 15 23 0.1836 46.71 160 39 -160 55 77 -51 16 33 0.1849 45.54 162 39 -158 55 76 -52 17 33 0.1862 42.35 163 40 -157 55 75 -51 18 43 0.1875 41.41 165 40 -155 56 74 -52 19 -37 0.1751 55.82 152 39 -167 52 82 -51 20 -27 0.1771 54.38 153 39 -166 53 81 -51 21 -17 0.1791 52.97 155 39 -165 53 80 -51 22 -7 0.1810 51.65 156 39 -163 54 79 -51 23 3 0.1828 50.38 158 39 -162 54 79 -52 24 13 0.1844 49.22 159 38 -161 55 78 -52 25 23 0.1857 48.15 161 38 -160 55 77 -52 26 23 0.1872 45.16 162 39 -158 56 76 -52 27 33 0.1884 44.31 164 39 -157 56 75 -52 28 -47 0.1762 58.10 151 38 -168 52 83 -51 29 -37 0.1781 56.70 152 38 -167 53 82 -52 30 -27 0.1800 55.32 154 38 -166 53 81 -52 31 -17 0.1818 54.05 156 38 -165 54 80 -52 32 -7 0.1835 52.86 157 38 -164 55 80 -52 33 3 0.1851 51.77 159 38 -162 55 79 -53 34 3 0.1866 48.87 160 39 -161 55 78 -52 35 13 0.1880 47.93 161 38 -160 56 77 -52 36 23 0.1893 47.19 163 38 -159 56 77 -53 37 -57 0.1773 60.42 150 37 -170 52 83 -52 38 -47 0.1791 59.05 152 37 -168 53 83 -52 39 -37 0.1809 57.70 153 37 -167 53 82 -52 40 -27 0.1826 56.47 155 37 -166 54 81 -53 41 -17 0.1842 55.33 156 37 -165 55 81 -53 42 -17 0.1858 52.51 158 38 -163 55 80 -52 43 -7 0.1874 51.57 159 38 -162 55 79 -52 44 3 0.1889 50.70 161 38 -161 56 78 -53 45 13 0.1901 50.03 162 37 -160 56 78 -53 46 -67 0.1785 62.75 149 37 -171 52 84 -52 47 -57 0.1802 61.41 151 37 -170 53 84 -53 48 -47 0.1818 60.14 152 37 -169 54 83 -53 49 -37 0.1834 58.97 154 36 -168 54 82 -53 50 -37 0.1850 56.16 155 37 -166 54 81 -52 51 -27 0.1866 55.16 157 37 -165 55 81 -53 52 -17 0.1882 54.25 158 37 -164 56 80 -53 53 -7 0.1896 53.40 160 37 -163 56 79 -53 54 3 0.1908 52.75 161 37 -162 57 79 -54 55 -67 0.1785 66.68 149 35 -173 53 86 -54 56 -67 0.1814 63.84 150 36 -171 53 84 -53 57 -67 0.1828 61.02 151 37 -170 53 83 -52 58 -57 0.1845 59.85 153 37 -168 54 83 -53 59 -47 0.1860 58.80 154 37 -167 55 82 -53 60 -37 0.1875 57.82 156 37 -166 55 82 -53 61 -27 0.1889 56.91 157 36 -165 56 81 -53 62 -17 0.1903 56.10 159 36 -164 56 81 -54 63 -7 0.1914 55.45 160 36 -163 57 80 -54 64 3 0.1678 49.69 155 43 -163 53 78 -47 65 13 0.1699 48.15 157 43 -162 53 77 -48 66 23 0.1719 46.49 158 43 -160 54 76 -48 67 33 0.1738 44.97 160 43 -159 54 76 -48 68 43 0.1755 43.49 161 43 -158 55 75 -49 69 53 0.1770 42.02 163 42 -156 55 74 -49 70 53 0.1786 37.89 164 43 -154 55 72 -48 71 63 0.1800 36.49 166 43 -153 55 71 -49 72 73 0.1813 35.39 167 42 -151 56 70 -50 73 -7 0.1687 51.79 154 42 -164 53 79 -48 74 3 0.1708 50.22 156 42 -163 53 78 -48 75 13 0.1728 48.74 157 42 -161 54 77 -49 76 23 0.1746 47.19 159 42 -160 54 77 -49 77 33 0.1763 45.78 160 42 -159 55 76 -49 78 33 0.1778 41.83 162 43 -157 55 75 -48 79 43 0.1794 40.42 163 43 -156 55 74 -49 80 53 0.1808 39.17 165 42 -154 56 73 -49 81 63 0.1821 38.14 167 42 -153 56 72 -50 82 -17 0.1695 53.85 154 41 -165 53 80 -49 83 -7 0.1716 52.40 155 41 -164 53 79 -49 84 3 0.1736 50.97 157 41 -163 54 78 -49 85 13 0.1754 49.56 158 41 -161 54 78 -50 86 23 0.1771 48.17 160 41 -160 55 77 -50 87 23 0.1787 44.35 161 42 -159 55 76 -49 88 33 0.1803 43.02 162 42 -157 56 75 -49 89 43 0.1816 41.84 164 42 -156 56 74 -50 90 53 0.1828 40.86 166 41 -154 56 73 -51 91 -27 0.1704 56.00 153 40 -166 53 81 -50 92 -17 0.1724 54.57 155 40 -165 53 80 -50 93 -7 0.1744 53.20 156 40 -164 54 79 -50 94 3 0.1762 51.89 158 40 -162 55 79 -50 95 13 0.1778 50.58 159 40 -161 55 78 -51 96 13 0.1796 46.99 160 41 -160 55 77 -50 97 23 0.1811 45.80 162 41 -159 56 76 -50 98 33 0.1824 44.61 163 41 -157 56 75 -50 99 43 0.1836 43.71 165 40 -156 57 74 -51 100 -37 0.1713 58.11 152 39 -167 53 82 -50 automatic search suggests trial source # 63 Results for subevent # 1 trial source position # 63 time shift (multiple of dt) -7 strike,dip,rake 160 36 -163 strike,dip,rake 57 80 -54 SING. values, inlcuding vardat (min., max, min/max): 7.83929046E-16 1.82636884E-15 0.429228216 -1.26083747E+16 -1.53618707E+16 -1.22601925E+16 7.92971061E+15 -1.47249840E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.66356969E-02 ------- ##--------------- ##------------------- ###-------- ----------- #####-------- P ------------- #####--------- -----------### #####---------------------##### ######-------------------######## ######----------------########### ######--------------############# #######----------################ #######-------########### ##### #######--############### T #### ######--################ #### --------##################### --------################# --------############# ---------######## ------- 2022-05-24 18:23:15,104 INFO None 2022-05-24 18:23:15,104 INFO This is ISOLA Initializing array w Time required: 0.584225357 Reading input file gr.hes Time required: 3.23431802 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.951916695 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -27 0.1733 56.76 154 39 -166 53 81 -51 2 -17 0.1751 55.42 155 39 -165 54 80 -51 3 -7 0.1769 54.19 157 39 -164 55 79 -51 4 -7 0.1786 50.79 158 40 -162 55 78 -50 5 3 0.1804 49.57 160 40 -161 55 78 -50 6 13 0.1819 48.47 161 40 -160 56 77 -51 7 23 0.1833 47.47 163 40 -159 56 76 -51 8 33 0.1844 46.63 164 40 -158 57 76 -52 9 -47 0.1723 60.39 152 39 -168 53 82 -51 10 -37 0.1741 59.00 153 38 -167 54 82 -51 11 -27 0.1758 57.71 155 38 -166 54 81 -51 12 -27 0.1776 54.47 156 39 -165 54 80 -51 13 -17 0.1794 53.33 157 39 -164 55 79 -51 14 -7 0.1811 52.21 159 39 -162 56 79 -51 15 3 0.1827 51.18 160 39 -161 56 78 -51 16 13 0.1840 50.26 162 39 -160 57 77 -52 17 23 0.1851 49.53 163 39 -159 57 77 -52 18 -57 0.1734 62.68 151 38 -169 53 83 -52 19 -47 0.1750 61.36 152 38 -168 54 83 -52 20 -47 0.1768 58.12 154 39 -167 54 82 -51 21 -37 0.1785 56.91 155 39 -166 54 81 -51 22 -27 0.1802 55.80 157 38 -165 55 80 -51 23 -17 0.1818 54.77 158 38 -164 56 80 -52 24 -7 0.1833 53.90 160 38 -163 56 79 -52 25 3 0.1847 53.05 161 38 -162 57 79 -52 26 3 0.1858 50.17 162 39 -160 57 78 -52 27 -67 0.1745 65.00 150 37 -171 53 84 -52 28 -67 0.1762 61.89 151 38 -169 53 83 -52 29 -57 0.1779 60.59 153 38 -168 54 83 -52 30 -47 0.1795 59.42 154 38 -167 55 82 -52 31 -37 0.1810 58.35 156 38 -166 55 81 -52 32 -27 0.1825 57.38 157 38 -165 56 81 -52 33 -17 0.1840 56.54 159 37 -164 56 80 -53 34 -7 0.1852 55.77 160 37 -163 57 80 -53 35 -7 0.1866 53.01 161 38 -162 57 79 -52 36 -67 0.1738 69.09 150 36 -172 54 85 -54 37 -67 0.1771 66.15 151 36 -171 54 84 -53 38 -67 0.1791 63.13 152 37 -170 54 83 -52 39 -57 0.1806 62.03 153 37 -169 55 83 -52 40 -47 0.1820 60.98 155 37 -168 55 82 -53 41 -37 0.1833 60.06 156 37 -167 56 82 -53 42 -27 0.1846 59.19 158 37 -166 57 81 -53 43 -27 0.1859 56.44 159 38 -164 57 80 -52 44 -17 0.1873 55.81 160 37 -163 57 80 -53 45 3 0.1643 52.86 156 43 -163 54 78 -47 46 13 0.1663 51.31 157 44 -162 54 77 -47 47 13 0.1684 47.06 158 45 -160 54 76 -46 48 23 0.1702 45.43 160 45 -159 55 75 -46 49 33 0.1720 43.80 161 45 -158 55 74 -46 50 43 0.1736 42.26 163 45 -157 56 73 -47 51 53 0.1751 40.69 164 44 -155 56 73 -47 52 63 0.1763 39.29 166 44 -154 57 72 -48 53 63 0.1774 34.75 167 45 -152 57 70 -48 54 -7 0.1651 54.90 155 43 -164 54 79 -48 55 3 0.1671 53.40 157 43 -163 54 78 -48 56 3 0.1691 49.29 158 44 -161 54 77 -47 57 13 0.1710 47.77 159 44 -160 55 76 -47 58 23 0.1728 46.25 161 44 -159 56 75 -47 59 33 0.1744 44.79 162 44 -158 56 75 -47 60 43 0.1758 43.36 163 44 -157 57 74 -48 61 53 0.1770 42.09 165 43 -155 57 73 -48 62 53 0.1781 37.75 166 44 -154 57 72 -48 63 -17 0.1659 56.96 155 42 -165 54 80 -48 64 -17 0.1679 53.11 156 43 -164 54 79 -48 65 -7 0.1699 51.64 157 43 -162 54 78 -48 66 3 0.1718 50.13 159 43 -161 55 77 -48 67 13 0.1735 48.70 160 43 -160 56 76 -48 68 23 0.1751 47.33 161 43 -159 56 76 -48 69 33 0.1765 46.07 163 43 -158 57 75 -49 70 43 0.1777 44.88 164 42 -157 57 74 -49 71 43 0.1789 40.84 165 43 -155 57 73 -48 72 -27 0.1666 59.05 154 41 -166 54 81 -49 73 -27 0.1687 55.30 155 42 -165 54 80 -48 74 -17 0.1706 53.86 156 42 -163 54 79 -48 75 -7 0.1725 52.52 158 42 -162 55 78 -49 76 3 0.1742 51.14 159 42 -161 56 77 -49 77 13 0.1758 49.92 161 42 -160 56 77 -49 78 23 0.1772 48.73 162 42 -159 57 76 -49 79 33 0.1784 47.68 164 41 -158 57 75 -50 80 33 0.1797 43.89 165 42 -157 58 74 -49 81 -47 0.1676 58.96 153 41 -167 53 81 -49 82 -37 0.1695 57.52 154 41 -166 54 80 -49 83 -27 0.1713 56.18 156 41 -165 54 80 -49 84 -17 0.1732 54.90 157 41 -164 55 79 -49 85 -7 0.1749 53.68 159 41 -162 56 78 -50 86 3 0.1765 52.54 160 41 -161 56 78 -50 87 13 0.1778 51.41 162 40 -160 57 77 -50 88 13 0.1791 47.82 163 42 -159 57 76 -49 89 23 0.1804 46.95 164 41 -158 58 75 -50 90 -57 0.1686 61.18 152 40 -168 53 82 -50 91 -47 0.1704 59.80 154 40 -167 54 81 -50 92 -37 0.1721 58.47 155 40 -166 55 81 -50 93 -27 0.1739 57.29 157 40 -165 55 80 -50 94 -17 0.1755 56.20 158 40 -164 56 79 -50 95 -7 0.1771 55.11 159 40 -163 56 79 -51 96 3 0.1784 54.20 161 39 -162 57 78 -51 97 3 0.1799 50.71 162 41 -161 57 77 -50 98 13 0.1812 49.96 163 40 -160 58 77 -50 99 -67 0.1697 63.49 151 39 -169 53 83 -50 100 -57 0.1714 62.05 153 39 -168 54 82 -50 automatic search suggests trial source # 44 Results for subevent # 1 trial source position # 44 time shift (multiple of dt) -17 strike,dip,rake 160 37 -163 strike,dip,rake 57 80 -53 SING. values, inlcuding vardat (min., max, min/max): 7.56231704E-16 1.79793204E-15 0.420611948 -1.27611875E+16 -1.49392427E+16 -1.16067959E+16 7.97450443E+15 -1.49704725E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.50667834E-02 ------- ##--------------- ###------------------ ####------- ----------- #####-------- P ------------- #####--------- -----------### #####---------------------##### ######-------------------######## ######-----------------########## ######--------------############# #######----------################ #######-------########### ##### #######--############### T #### #####---################ #### ---------#################### --------################# --------############# ----------####### ------- 2022-05-24 18:23:21,564 INFO None 2022-05-24 18:23:21,565 INFO This is ISOLA Initializing array w Time required: 0.726227045 Reading input file gr.hes Time required: 3.48703456 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.03876793 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -57 0.1313 9.45 247 61 -11 343 79 -150 2 -47 0.1329 10.65 248 60 -13 345 78 -149 3 -37 0.1344 11.74 248 59 -15 346 76 -149 4 -27 0.1359 12.71 249 59 -17 348 75 -148 5 -17 0.1373 13.58 249 58 -19 349 73 -147 6 -17 0.1387 16.91 249 63 -18 348 73 -152 7 -7 0.1399 17.51 249 62 -20 349 71 -151 8 -67 0.1283 5.70 25 64 -85 194 25 -100 9 -67 0.1301 4.12 357 69 -125 240 40 -33 10 -57 0.1318 5.43 243 43 -29 355 70 -129 11 -47 0.1334 6.77 355 70 -131 245 45 -27 12 -37 0.1349 8.04 356 70 -132 246 46 -27 13 -27 0.1363 9.34 357 69 -132 246 46 -28 14 -27 0.1377 12.46 249 54 -22 352 71 -142 15 -17 0.1389 13.32 249 54 -24 354 70 -141 16 53 0.1403 30.24 32 70 -91 217 19 -85 17 -67 0.1286 14.29 31 69 -78 181 23 -117 18 -67 0.1305 8.51 24 65 -89 203 24 -90 19 -57 0.1323 8.32 20 64 -95 214 26 -77 20 -47 0.1340 8.60 17 64 -101 222 27 -67 21 -37 0.1355 9.23 15 64 -106 229 29 -59 22 -17 0.1370 13.23 23 65 -97 221 25 -73 23 3 0.1384 18.61 28 67 -93 216 22 -82 24 33 0.1397 30.79 34 71 -88 210 18 -93 25 53 0.1412 38.28 36 74 -88 212 15 -93 26 -67 0.1288 23.88 34 72 -76 175 21 -126 27 -67 0.1309 16.88 31 69 -81 188 22 -110 28 -57 0.1328 15.98 30 68 -84 196 22 -102 29 -47 0.1346 15.48 28 67 -88 204 22 -94 30 -27 0.1363 20.25 31 69 -86 202 20 -99 31 -17 0.1379 20.39 31 68 -89 208 21 -92 32 3 0.1393 26.24 33 71 -88 208 19 -95 33 23 0.1408 32.84 36 73 -87 209 16 -96 34 43 0.1423 39.98 37 75 -88 211 14 -96 35 -67 0.1291 34.10 36 76 -76 169 19 -135 36 -67 0.1313 26.27 34 72 -79 181 20 -121 37 -57 0.1333 24.95 34 72 -81 187 19 -115 38 -47 0.1352 23.96 33 71 -83 194 19 -108 39 -37 0.1370 23.39 33 70 -85 200 19 -102 40 -17 0.1387 28.58 35 72 -85 200 17 -104 41 -7 0.1403 28.70 35 72 -87 206 17 -98 42 13 0.1418 34.87 37 74 -87 207 15 -99 43 23 0.1432 35.65 37 74 -88 213 15 -93 44 -17 0.1311 16.12 151 74 172 243 82 15 45 -7 0.1330 16.31 152 77 171 244 81 13 46 3 0.1349 16.46 154 79 169 246 79 10 47 13 0.1367 16.52 155 82 168 247 78 7 48 23 0.1385 16.45 157 84 167 248 77 5 49 33 0.1402 16.30 158 86 165 249 75 3 50 43 0.1416 15.98 159 89 164 250 74 0 51 53 0.1430 15.56 250 73 -1 341 88 -163 52 63 0.1442 15.01 251 71 -3 342 86 -161 53 -27 0.1316 13.66 151 73 172 243 83 17 54 -7 0.1335 10.47 244 84 20 152 69 174 55 -7 0.1353 13.75 154 79 169 246 79 11 56 3 0.1371 13.85 156 81 167 248 77 8 57 13 0.1389 13.85 158 84 166 249 76 5 58 23 0.1405 13.80 159 87 164 250 74 2 59 33 0.1421 13.61 251 72 0 161 89 162 60 43 0.1435 13.32 251 70 -2 342 87 -160 61 63 0.1447 8.44 253 62 -8 347 82 -152 62 -27 0.1323 9.23 241 89 28 150 61 179 63 -17 0.1340 8.30 243 86 24 152 65 176 64 -7 0.1358 7.53 246 83 19 154 70 173 65 3 0.1376 6.99 156 75 169 248 79 15 66 13 0.1393 6.64 158 80 165 251 75 9 67 23 0.1409 6.47 252 70 4 161 85 160 68 33 0.1424 6.40 253 65 -1 344 88 -155 69 43 0.1439 6.50 253 60 -7 347 83 -150 70 63 0.1452 5.39 6 67 -120 244 37 -38 71 -37 0.1330 8.01 58 86 -34 151 55 -175 72 -27 0.1348 6.65 61 88 -30 152 59 -178 73 -17 0.1364 5.47 245 88 25 154 64 178 74 -7 0.1381 4.56 156 70 172 248 83 19 75 3 0.1398 3.93 158 78 166 251 76 12 76 13 0.1414 3.77 162 87 158 253 68 3 77 33 0.1429 2.91 17 65 -103 227 27 -63 78 43 0.1444 4.64 15 65 -107 233 29 -55 79 63 0.1459 11.35 26 65 -95 219 24 -77 80 -47 0.1338 7.66 55 81 -42 153 47 -168 81 -37 0.1356 5.98 57 81 -40 154 50 -169 82 -27 0.1373 4.34 60 83 -37 155 53 -171 83 -7 0.1389 5.66 46 72 -61 166 33 -145 84 3 0.1404 4.56 41 68 -69 175 29 -132 85 13 0.1420 4.38 34 66 -80 192 25 -110 86 23 0.1436 5.13 27 65 -91 211 24 -86 87 43 0.1451 11.99 30 67 -89 208 22 -91 88 63 0.1466 19.66 33 69 -89 210 20 -92 89 -57 0.1345 8.47 156 40 -159 50 76 -51 90 -37 0.1363 11.10 45 74 -61 161 32 -149 91 -27 0.1381 9.46 44 72 -63 165 30 -145 92 -17 0.1398 8.10 42 71 -67 171 28 -138 93 -7 0.1414 7.27 39 69 -73 179 26 -127 94 13 0.1429 12.94 37 70 -79 188 22 -117 95 23 0.1443 13.36 35 69 -83 197 21 -106 96 43 0.1459 20.56 35 71 -85 201 19 -103 97 53 0.1474 21.87 35 70 -87 208 19 -96 98 -57 0.1351 15.75 160 29 -149 43 75 -63 99 -47 0.1371 13.73 43 74 -65 164 28 -145 100 -37 0.1389 12.07 42 72 -67 168 27 -140 automatic search suggests trial source # 97 Results for subevent # 1 trial source position # 97 time shift (multiple of dt) 53 strike,dip,rake 35 70 -87 strike,dip,rake 208 19 -96 SING. values, inlcuding vardat (min., max, min/max): 3.17650294E-15 8.32203603E-15 0.381697804 -2.81294266E+15 -1.96182966E+15 -2.90832798E+15 3.67797108E+14 -2.12404413E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 2.17396021E-02 ####### #######---------- #####---------------# #####-----------------### #####------------------###### #####-------------------####### ###------- ----------######## ####------- P ---------########## ###-------- --------########### ###------------------############ ###-----------------############# ###---------------############### ##--------------######## #### ###-----------########## T #### ##---------############ ### #------################## #--################## ################# ####### 2022-05-24 18:23:27,457 INFO None 2022-05-24 18:23:27,457 INFO This is ISOLA Initializing array w Time required: 0.576178491 Reading input file gr.hes Time required: 3.13632131 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.950127602 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -47 0.1730 60.82 154 39 -167 55 82 -51 2 -37 0.1746 59.71 156 39 -166 55 81 -51 3 -27 0.1762 58.64 157 39 -165 56 80 -51 4 -17 0.1776 57.71 159 39 -164 57 80 -51 5 -17 0.1791 54.45 160 40 -163 57 79 -51 6 -7 0.1806 53.58 161 40 -162 57 78 -51 7 3 0.1819 52.89 162 39 -161 58 78 -51 8 -67 0.1703 67.84 151 38 -170 54 84 -52 9 -67 0.1725 64.49 152 38 -169 54 83 -51 10 -57 0.1740 63.27 154 38 -168 55 82 -51 11 -47 0.1755 62.23 155 38 -167 55 82 -51 12 -37 0.1769 61.23 157 38 -166 56 81 -52 13 -37 0.1783 57.99 158 39 -165 56 80 -51 14 -27 0.1798 57.17 159 39 -164 57 80 -51 15 -17 0.1813 56.38 160 39 -163 58 79 -51 16 -7 0.1825 55.71 162 38 -162 58 79 -52 17 -67 0.1689 72.22 151 36 -172 55 85 -53 18 -67 0.1727 69.02 152 37 -171 55 84 -53 19 -67 0.1751 65.80 153 37 -169 55 83 -52 20 -57 0.1764 64.76 154 37 -169 56 83 -52 21 -57 0.1777 61.64 155 38 -167 56 82 -51 22 -47 0.1792 60.74 157 38 -166 56 81 -52 23 -37 0.1806 59.90 158 38 -166 57 81 -52 24 -27 0.1819 59.15 159 38 -165 58 80 -52 25 -17 0.1831 58.51 161 38 -164 58 80 -52 26 -7 0.1613 53.59 156 45 -162 54 77 -45 27 3 0.1633 52.02 157 45 -161 55 77 -45 28 13 0.1652 50.44 159 45 -160 55 76 -45 29 23 0.1670 48.92 160 46 -159 56 75 -45 30 33 0.1686 47.28 162 46 -158 56 74 -45 31 33 0.1700 42.35 162 47 -157 57 73 -45 32 43 0.1715 40.78 164 47 -156 57 72 -45 33 53 0.1729 39.30 165 46 -155 58 72 -45 34 63 0.1741 37.98 167 46 -153 58 71 -46 35 -17 0.1619 55.66 156 44 -163 54 78 -46 36 -7 0.1639 54.17 157 44 -162 55 78 -46 37 3 0.1658 52.68 158 44 -161 55 77 -46 38 13 0.1676 51.24 160 44 -160 56 76 -46 39 23 0.1692 49.81 161 45 -159 56 75 -46 40 23 0.1707 45.13 162 46 -158 57 74 -45 41 33 0.1722 43.64 163 46 -157 57 74 -46 42 43 0.1735 42.27 165 45 -156 58 73 -46 43 53 0.1747 41.05 166 45 -155 58 72 -47 44 -27 0.1627 57.82 155 43 -164 54 79 -47 45 -17 0.1646 56.36 156 43 -163 55 78 -47 46 -7 0.1664 54.99 158 43 -162 55 78 -47 47 3 0.1682 53.60 159 43 -161 56 77 -47 48 13 0.1698 52.28 161 43 -160 57 76 -47 49 13 0.1713 47.88 161 45 -159 57 75 -46 50 23 0.1729 46.53 163 44 -158 57 75 -47 51 33 0.1742 45.31 164 44 -157 58 74 -47 52 43 0.1753 44.23 166 44 -156 59 73 -47 53 -37 0.1634 59.99 154 42 -165 54 80 -48 54 -27 0.1653 58.62 156 42 -164 55 79 -48 55 -17 0.1671 57.20 157 42 -163 55 79 -48 56 -7 0.1687 55.92 159 42 -162 56 78 -48 57 3 0.1703 54.71 160 42 -161 57 77 -48 58 3 0.1719 50.55 161 43 -160 57 76 -47 59 13 0.1735 49.39 162 43 -159 58 76 -47 60 23 0.1748 48.33 164 43 -158 58 75 -48 61 33 0.1760 47.38 165 43 -157 59 74 -48 62 -47 0.1643 62.18 154 41 -167 54 81 -48 63 -37 0.1660 60.82 155 41 -166 55 80 -48 64 -27 0.1677 59.53 157 41 -165 55 80 -49 65 -17 0.1694 58.36 158 41 -164 56 79 -49 66 -17 0.1709 54.38 159 42 -162 56 78 -48 67 -7 0.1726 53.21 160 42 -162 57 77 -48 68 3 0.1741 52.19 162 42 -161 58 77 -48 69 13 0.1754 51.21 163 42 -160 58 76 -49 70 23 0.1766 50.47 164 42 -159 59 76 -49 71 -57 0.1652 64.33 153 41 -168 54 82 -49 72 -47 0.1668 63.05 155 41 -167 55 81 -49 73 -37 0.1684 61.86 156 40 -166 55 80 -49 74 -27 0.1699 60.73 157 40 -165 56 80 -50 75 -27 0.1716 56.97 158 41 -164 56 79 -49 76 -17 0.1732 55.92 160 41 -163 57 78 -49 77 -7 0.1747 54.95 161 41 -162 58 78 -49 78 3 0.1760 54.09 162 41 -161 58 77 -49 79 13 0.1771 53.37 164 41 -160 59 77 -50 80 -67 0.1662 66.66 152 40 -169 54 83 -50 81 -57 0.1677 65.36 154 40 -168 55 82 -50 82 -47 0.1692 64.24 155 40 -167 56 81 -50 83 -47 0.1707 60.59 156 40 -166 56 81 -49 84 -37 0.1723 59.55 158 40 -165 56 80 -50 85 -27 0.1739 58.61 159 40 -164 57 79 -50 86 -17 0.1753 57.74 160 40 -163 58 79 -50 87 -7 0.1766 57.00 162 40 -162 58 78 -50 88 -7 0.1777 53.54 163 41 -161 59 78 -49 89 -67 0.1660 71.35 152 38 -170 55 84 -51 90 -67 0.1687 67.77 153 39 -169 55 83 -51 91 -67 0.1701 64.23 154 40 -168 55 82 -50 92 -57 0.1716 63.15 155 40 -167 56 81 -50 93 -47 0.1731 62.18 157 40 -166 57 81 -50 94 -37 0.1746 61.32 158 39 -165 57 80 -50 95 -27 0.1759 60.51 160 39 -164 58 80 -51 96 -17 0.1771 59.77 161 39 -164 59 79 -51 97 -17 0.1784 56.51 162 40 -163 59 79 -50 98 -67 0.1638 76.14 152 36 -172 56 85 -53 99 -67 0.1681 72.60 153 37 -171 56 84 -52 100 -67 0.1710 69.19 154 38 -169 56 83 -51 automatic search suggests trial source # 25 Results for subevent # 1 trial source position # 25 time shift (multiple of dt) -17 strike,dip,rake 161 38 -164 strike,dip,rake 58 80 -52 SING. values, inlcuding vardat (min., max, min/max): 7.32153733E-16 1.77447092E-15 0.412603974 -1.27526105E+16 -1.50992066E+16 -1.10187547E+16 7.73095080E+15 -1.45462790E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.35254073E-02 ------- ##--------------- ###------------------ ####-------- ---------- #####--------- P ------------ ######--------- -----------## #####----------------------#### ######-------------------######## ######-----------------########## ######--------------############# #######----------################ #######-------########### ##### #######--############### T #### #####---################ #### ---------#################### --------################# --------############# ----------####### ------- 2022-05-24 18:23:33,827 INFO None 2022-05-24 18:23:33,827 INFO This is ISOLA Initializing array w Time required: 0.721155703 Reading input file gr.hes Time required: 3.53353214 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.946455359 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -67 0.1727 65.79 155 39 -168 56 82 -51 2 -57 0.1740 64.84 156 39 -167 57 82 -51 3 -47 0.1753 64.00 157 39 -167 57 81 -51 4 -37 0.1765 63.23 159 38 -166 58 81 -51 5 -37 0.1777 59.97 160 39 -165 58 80 -51 6 -27 0.1790 59.36 161 39 -164 59 80 -51 7 -7 0.1582 57.27 157 46 -162 55 77 -44 8 3 0.1600 55.81 158 46 -161 55 76 -44 9 3 0.1620 50.83 159 47 -160 56 75 -43 10 13 0.1638 49.29 160 47 -159 56 75 -43 11 23 0.1655 47.69 162 48 -158 57 74 -43 12 33 0.1670 46.16 163 48 -157 58 73 -44 13 43 0.1683 44.63 164 48 -156 58 72 -44 14 53 0.1695 43.16 166 47 -155 59 72 -44 15 53 0.1707 37.90 59 71 -43 166 48 -154 16 -17 0.1588 59.37 156 45 -163 55 78 -45 17 -7 0.1606 58.00 158 45 -162 55 77 -45 18 -7 0.1625 53.26 158 46 -161 56 76 -44 19 3 0.1643 51.81 160 46 -160 56 76 -44 20 13 0.1660 50.35 161 46 -159 57 75 -44 21 23 0.1675 48.86 163 46 -158 58 74 -45 22 33 0.1689 47.57 164 46 -157 58 74 -45 23 43 0.1700 46.36 165 46 -156 59 73 -45 24 43 0.1712 41.25 166 47 -156 59 72 -44 25 -27 0.1594 61.48 156 44 -164 55 79 -46 26 -17 0.1611 60.13 157 44 -163 55 78 -46 27 -17 0.1630 55.67 158 45 -162 56 77 -45 28 -7 0.1648 54.28 159 45 -161 56 77 -45 29 3 0.1665 52.95 161 45 -160 57 76 -45 30 13 0.1681 51.68 162 45 -159 58 75 -46 31 23 0.1694 50.49 163 45 -159 58 75 -46 32 33 0.1705 49.33 165 45 -158 59 74 -46 33 33 0.1718 44.65 165 46 -157 59 73 -45 34 -37 0.1601 63.65 155 43 -165 55 80 -47 35 -37 0.1618 59.31 156 44 -164 55 79 -46 36 -27 0.1636 58.00 157 44 -163 56 78 -46 37 -17 0.1653 56.76 159 44 -162 56 78 -46 38 -7 0.1670 55.52 160 44 -161 57 77 -46 39 3 0.1685 54.38 162 44 -161 58 76 -46 40 13 0.1699 53.35 163 44 -160 59 76 -47 41 13 0.1711 48.94 164 45 -159 59 75 -46 42 23 0.1724 47.93 165 45 -158 60 74 -46 43 -47 0.1609 65.91 155 42 -166 55 81 -48 44 -47 0.1625 61.68 155 43 -165 55 80 -47 45 -37 0.1642 60.41 157 43 -164 56 79 -47 46 -27 0.1659 59.15 158 43 -163 56 78 -47 47 -17 0.1675 58.06 160 43 -162 57 78 -47 48 -7 0.1690 57.10 161 43 -162 58 77 -47 49 3 0.1703 56.21 162 43 -161 59 77 -48 50 3 0.1717 52.03 163 44 -160 59 76 -47 51 13 0.1730 51.19 164 44 -159 60 75 -47 52 -67 0.1617 65.50 153 42 -167 54 81 -48 53 -57 0.1634 64.11 155 42 -166 55 81 -48 54 -47 0.1650 62.84 156 42 -165 56 80 -48 55 -37 0.1665 61.73 158 42 -164 57 79 -48 56 -27 0.1681 60.68 159 42 -164 57 79 -48 57 -17 0.1695 59.77 160 42 -163 58 78 -48 58 -7 0.1708 58.94 162 42 -162 59 78 -48 59 -7 0.1722 55.00 163 43 -161 59 77 -48 60 3 0.1735 54.34 164 43 -160 60 77 -48 61 -67 0.1626 70.47 153 40 -168 55 82 -49 62 -67 0.1643 66.54 154 41 -167 55 82 -48 63 -57 0.1658 65.38 156 41 -167 56 81 -49 64 -47 0.1673 64.32 157 41 -166 57 80 -49 65 -37 0.1687 63.41 158 41 -165 57 80 -49 66 -27 0.1700 62.48 160 41 -164 58 79 -49 67 -27 0.1714 58.68 161 42 -163 58 79 -48 68 -17 0.1728 57.92 162 42 -162 59 78 -49 69 -7 0.1741 57.27 163 42 -162 60 78 -49 70 -67 0.1615 75.56 153 39 -170 56 83 -51 71 -67 0.1648 71.75 154 39 -169 56 83 -50 72 -67 0.1668 67.94 155 40 -168 56 82 -49 73 -57 0.1681 66.96 156 40 -167 57 81 -49 74 -47 0.1694 66.08 158 40 -166 58 81 -50 75 -37 0.1706 65.31 159 40 -165 58 80 -50 76 -37 0.1721 61.56 160 41 -164 58 80 -49 77 -27 0.1734 60.84 161 41 -164 59 79 -49 78 -17 0.1746 60.23 163 41 -163 60 79 -50 79 -67 0.1586 80.84 153 37 -172 57 85 -52 80 -67 0.1633 77.03 154 38 -170 57 84 -52 81 -67 0.1668 73.33 155 39 -169 57 83 -51 82 -67 0.1691 69.67 156 39 -168 57 82 -50 83 -57 0.1702 68.76 157 39 -167 58 82 -50 84 -57 0.1715 65.21 158 40 -166 58 81 -50 85 -47 0.1728 64.40 159 40 -166 59 81 -50 86 -37 0.1741 63.75 161 40 -165 59 80 -50 87 -27 0.1752 63.17 162 40 -164 60 80 -50 88 -17 0.1556 57.61 157 48 -162 55 76 -42 89 -7 0.1574 56.14 158 48 -161 56 76 -42 90 3 0.1592 54.73 160 48 -160 56 75 -43 91 13 0.1609 53.27 161 48 -159 57 74 -43 92 23 0.1624 51.85 162 48 -158 58 74 -43 93 23 0.1639 46.37 58 73 -42 163 50 -158 94 33 0.1653 44.83 59 72 -42 164 50 -157 95 43 0.1666 43.45 60 72 -42 166 50 -156 96 53 0.1677 42.09 60 71 -42 167 49 -155 97 -27 0.1560 59.87 157 47 -163 55 77 -43 98 -17 0.1579 58.48 158 47 -162 56 76 -43 99 -7 0.1596 57.13 159 47 -161 56 76 -43 100 3 0.1613 55.87 161 47 -160 57 75 -44 automatic search suggests trial source # 6 Results for subevent # 1 trial source position # 6 time shift (multiple of dt) -27 strike,dip,rake 161 39 -164 strike,dip,rake 59 80 -51 SING. values, inlcuding vardat (min., max, min/max): 7.11104435E-16 1.75535974E-15 0.405104667 -1.28486491E+16 -1.46255813E+16 -1.02513482E+16 7.72355325E+15 -1.46426473E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.20683122E-02 ------- ##--------------- ###------------------ ####-------- ---------- #####--------- P ------------ ######--------- -----------## ######---------------------#### ######-------------------######## #######----------------########## #######-------------############# #######----------################ ########------############ #### ########-################ T ### #####----################ ### ---------#################### --------################# ---------############ ----------####### ------- 2022-05-24 18:23:39,654 INFO None 2022-05-24 18:23:39,654 INFO This is ISOLA Initializing array w Time required: 0.576448202 Reading input file gr.hes Time required: 3.09701633 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.939647794 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 13 0.1628 54.55 162 47 -159 58 75 -44 2 13 0.1643 49.33 162 48 -159 58 74 -43 3 23 0.1658 47.98 164 48 -158 59 73 -43 4 33 0.1670 46.75 165 48 -157 60 73 -43 5 43 0.1681 45.62 166 48 -156 60 72 -43 6 -37 0.1566 62.22 156 46 -164 55 78 -44 7 -27 0.1583 60.80 157 46 -163 56 77 -44 8 -17 0.1601 59.53 159 46 -162 56 77 -44 9 -7 0.1617 58.37 160 46 -161 57 76 -45 10 3 0.1631 57.23 162 46 -160 58 76 -45 11 3 0.1647 52.23 162 47 -160 58 75 -44 12 13 0.1662 51.12 163 47 -159 59 74 -44 13 23 0.1675 50.01 165 47 -158 60 74 -44 14 33 0.1686 49.09 166 47 -157 61 73 -44 15 -47 0.1572 64.52 156 45 -165 55 79 -45 16 -37 0.1589 63.18 157 45 -164 56 78 -45 17 -27 0.1605 61.97 158 45 -163 57 78 -45 18 -17 0.1621 60.87 160 45 -162 57 77 -45 19 -7 0.1635 59.82 161 45 -161 58 77 -46 20 -7 0.1652 55.17 162 46 -161 58 76 -45 21 3 0.1666 54.13 163 46 -160 59 75 -45 22 13 0.1680 53.19 164 46 -159 60 75 -45 23 23 0.1690 52.38 166 46 -158 61 74 -45 24 -57 0.1580 66.92 155 44 -166 55 80 -46 25 -47 0.1595 65.64 156 44 -165 56 79 -46 26 -37 0.1610 64.44 158 44 -164 57 79 -46 27 -27 0.1625 63.39 159 44 -163 57 78 -46 28 -27 0.1640 58.96 160 45 -162 58 77 -46 29 -17 0.1656 57.97 161 45 -162 58 77 -46 30 -7 0.1671 57.10 163 45 -161 59 76 -46 31 3 0.1684 56.31 164 45 -160 60 76 -46 32 13 0.1695 55.58 165 45 -159 61 75 -46 33 -67 0.1589 69.40 154 43 -167 55 81 -47 34 -57 0.1603 68.11 156 43 -166 56 80 -47 35 -47 0.1617 67.00 157 43 -165 57 80 -47 36 -37 0.1630 65.94 159 43 -164 57 79 -47 37 -37 0.1645 61.71 159 44 -163 58 78 -47 38 -27 0.1661 60.82 161 44 -163 58 78 -47 39 -17 0.1675 60.03 162 43 -162 59 77 -47 40 -7 0.1688 59.30 163 43 -161 60 77 -47 41 3 0.1699 58.69 165 43 -161 61 77 -47 42 -67 0.1589 74.97 154 41 -168 56 82 -48 43 -67 0.1612 70.73 155 42 -167 56 81 -48 44 -57 0.1625 69.64 157 42 -166 57 81 -48 45 -57 0.1638 65.45 157 43 -165 57 80 -47 46 -47 0.1652 64.52 159 43 -165 58 79 -47 47 -37 0.1666 63.64 160 43 -164 59 79 -48 48 -27 0.1680 62.93 161 42 -163 59 78 -48 49 -17 0.1692 62.29 163 42 -162 60 78 -48 50 -17 0.1703 58.35 163 43 -162 60 77 -47 51 -67 0.1570 80.66 154 40 -170 57 83 -50 52 -67 0.1608 76.38 155 40 -168 57 82 -49 53 -67 0.1633 72.29 156 41 -167 57 82 -49 54 -67 0.1647 68.30 157 42 -167 57 81 -48 55 -57 0.1660 67.41 158 42 -166 58 80 -48 56 -47 0.1673 66.55 159 42 -165 59 80 -48 57 -37 0.1686 65.88 161 41 -164 59 79 -49 58 -27 0.1696 65.18 162 41 -164 60 79 -49 59 -27 0.1709 61.33 163 42 -163 61 78 -48 60 -67 0.1533 86.54 154 38 -171 58 84 -52 61 -67 0.1585 82.26 155 38 -170 58 84 -51 62 -67 0.1625 78.18 156 39 -169 58 83 -50 63 -67 0.1653 74.16 157 40 -168 58 82 -50 64 -67 0.1669 70.30 157 41 -167 58 81 -49 65 -57 0.1681 69.57 159 41 -166 59 81 -49 66 -47 0.1692 68.79 160 40 -166 60 80 -49 67 -47 0.1702 64.99 161 41 -165 60 80 -49 68 -37 0.1715 64.36 162 41 -164 61 80 -49 69 -17 0.1529 61.38 158 49 -161 56 76 -41 70 -17 0.1546 56.11 158 50 -160 56 75 -41 71 -7 0.1565 54.65 57 74 -41 160 50 -160 72 3 0.1582 53.26 58 74 -41 161 50 -159 73 13 0.1598 51.90 58 73 -41 162 50 -158 74 23 0.1612 50.63 59 72 -41 164 50 -157 75 33 0.1625 49.26 60 72 -41 165 50 -157 76 33 0.1637 43.56 61 71 -40 165 51 -156 77 43 0.1649 42.31 61 71 -40 167 51 -156 78 -27 0.1534 63.81 157 48 -162 56 76 -42 79 -27 0.1550 58.66 158 49 -161 56 76 -42 80 -17 0.1568 57.33 159 49 -161 57 75 -42 81 -7 0.1585 56.07 161 49 -160 58 75 -42 82 3 0.1601 54.83 162 49 -159 58 74 -42 83 13 0.1616 53.66 163 49 -158 59 74 -42 84 23 0.1628 52.60 60 73 -42 165 49 -158 85 23 0.1641 47.08 60 73 -41 165 50 -157 86 33 0.1653 45.99 61 72 -41 166 50 -157 87 -37 0.1538 66.25 157 47 -163 56 77 -43 88 -37 0.1554 61.30 158 48 -162 56 77 -43 89 -27 0.1572 59.99 159 48 -162 57 76 -43 90 -17 0.1588 58.82 160 48 -161 58 76 -43 91 -7 0.1604 57.69 162 48 -160 58 75 -43 92 3 0.1618 56.65 163 48 -159 59 75 -43 93 13 0.1631 55.71 164 48 -159 60 74 -43 94 13 0.1644 50.54 165 49 -158 60 74 -42 95 23 0.1657 49.64 166 49 -158 61 73 -42 96 -47 0.1544 68.70 157 46 -164 56 78 -44 97 -47 0.1559 63.83 157 46 -163 56 78 -44 98 -37 0.1576 62.63 159 46 -163 57 77 -44 99 -27 0.1592 61.53 160 47 -162 58 77 -44 100 -17 0.1607 60.54 161 47 -161 58 76 -44 automatic search suggests trial source # 68 Results for subevent # 1 trial source position # 68 time shift (multiple of dt) -37 strike,dip,rake 162 41 -164 strike,dip,rake 61 80 -49 SING. values, inlcuding vardat (min., max, min/max): 6.75980096E-16 1.72723179E-15 0.391366184 -1.29001683E+16 -1.42580523E+16 -8.66291414E+15 7.39343240E+15 -1.41873389E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 2.94224024E-02 ------- ##--------------- ###------------------ ####-------- ---------- ######-------- P ------------ ######--------- ------------# ######---------------------#### #######-------------------####### #######----------------########## #######-------------############# ########---------################ ########-----############# #### ######################### T ### ###------################ ### ---------#################### ---------################ ---------############ ----------####### ------- 2022-05-24 18:23:45,649 INFO None 2022-05-24 18:23:45,649 INFO This is ISOLA Initializing array w Time required: 0.577004611 Reading input file gr.hes Time required: 3.21925020 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.974697769 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -7 0.1621 59.62 163 47 -160 59 76 -44 2 3 0.1634 58.81 164 47 -160 60 75 -44 3 3 0.1648 53.90 164 47 -159 60 75 -43 4 13 0.1660 53.14 166 47 -159 61 74 -43 5 -57 0.1551 71.22 156 45 -165 56 79 -45 6 -57 0.1566 66.48 157 45 -164 56 79 -45 7 -47 0.1581 65.33 158 45 -164 57 78 -45 8 -37 0.1596 64.30 159 45 -163 58 78 -45 9 -27 0.1611 63.39 161 45 -162 59 77 -45 10 -17 0.1625 62.56 162 45 -161 59 77 -45 11 -7 0.1637 61.81 163 45 -161 60 76 -45 12 -7 0.1652 57.17 164 46 -160 60 76 -44 13 3 0.1664 56.50 165 46 -160 61 75 -45 14 -67 0.1559 73.81 155 44 -166 56 80 -46 15 -67 0.1573 69.19 156 44 -166 56 80 -45 16 -57 0.1588 68.07 158 44 -165 57 79 -46 17 -47 0.1602 67.11 159 44 -164 58 79 -46 18 -37 0.1615 66.31 160 44 -163 59 78 -46 19 -27 0.1629 65.57 162 44 -163 59 78 -46 20 -27 0.1641 61.00 162 45 -162 60 77 -45 21 -17 0.1656 60.34 164 45 -161 61 77 -45 22 -7 0.1668 59.73 165 45 -161 61 76 -46 23 -67 0.1550 80.04 156 42 -168 57 81 -48 24 -67 0.1579 75.34 156 43 -167 57 81 -47 25 -67 0.1596 70.94 157 43 -166 57 80 -46 26 -57 0.1608 69.99 158 43 -165 58 80 -47 27 -47 0.1621 69.17 160 43 -164 59 79 -47 28 -37 0.1633 68.54 161 43 -164 60 79 -47 29 -37 0.1646 64.17 162 44 -163 60 78 -46 30 -27 0.1660 63.51 163 44 -162 61 78 -46 31 -17 0.1672 62.90 164 44 -162 61 77 -47 32 -67 0.1524 86.57 156 40 -169 58 83 -49 33 -67 0.1566 81.80 156 41 -168 58 82 -49 34 -67 0.1597 77.31 157 42 -167 58 81 -48 35 -67 0.1617 72.96 158 42 -166 58 81 -47 36 -57 0.1628 72.17 159 42 -166 59 80 -48 37 -57 0.1639 67.95 160 43 -165 59 80 -47 38 -47 0.1652 67.21 161 43 -164 60 79 -47 39 -37 0.1665 66.58 162 43 -164 61 79 -47 40 -27 0.1676 66.05 164 43 -163 62 78 -48 41 -67 0.1479 93.21 156 38 -171 59 84 -51 42 -67 0.1535 88.42 156 39 -170 59 83 -50 43 -67 0.1580 83.76 157 40 -169 59 82 -50 44 -67 0.1614 79.43 158 41 -168 59 82 -49 45 -67 0.1636 75.13 158 41 -167 59 81 -48 46 -67 0.1648 71.05 159 42 -166 59 81 -48 47 -57 0.1660 70.38 160 42 -166 60 80 -48 48 -47 0.1671 69.66 162 42 -165 61 80 -48 49 -37 0.1681 69.19 163 42 -164 62 79 -48 50 -27 0.1508 61.10 56 75 -40 158 51 -160 51 -17 0.1525 59.80 57 74 -40 159 51 -160 52 -7 0.1541 58.67 57 74 -40 161 51 -159 53 3 0.1556 57.47 58 73 -40 162 51 -158 54 3 0.1572 51.82 59 73 -39 162 52 -158 55 13 0.1587 50.71 60 72 -39 164 52 -157 56 23 0.1601 49.43 60 72 -39 165 52 -157 57 33 0.1612 48.18 61 71 -39 166 52 -156 58 43 0.1622 46.95 62 71 -39 167 52 -155 59 -37 0.1511 63.76 158 50 -161 56 76 -41 60 -27 0.1528 62.59 57 75 -41 159 50 -161 61 -17 0.1543 61.37 57 75 -41 160 50 -160 62 -7 0.1558 60.33 58 74 -41 162 50 -159 63 -7 0.1573 54.98 59 74 -40 162 51 -159 64 3 0.1589 53.83 60 73 -40 163 51 -158 65 13 0.1603 52.79 60 73 -40 165 51 -158 66 23 0.1615 51.89 61 72 -40 166 51 -157 67 33 0.1625 50.92 62 72 -41 167 51 -156 68 -47 0.1516 66.57 157 48 -162 56 77 -42 69 -37 0.1531 65.32 159 48 -162 57 76 -42 70 -27 0.1546 64.22 160 49 -161 57 76 -42 71 -17 0.1561 63.24 161 49 -160 58 75 -42 72 -17 0.1575 58.00 162 49 -160 59 75 -41 73 -7 0.1591 57.07 60 74 -41 163 49 -159 74 3 0.1605 56.14 60 74 -41 164 49 -159 75 13 0.1617 55.32 61 73 -42 165 49 -158 76 23 0.1627 54.58 62 73 -42 167 49 -157 77 -57 0.1522 69.24 157 47 -164 56 78 -43 78 -47 0.1536 68.04 158 47 -163 57 77 -43 79 -37 0.1550 67.11 159 47 -162 58 77 -43 80 -27 0.1564 66.19 161 47 -161 58 76 -43 81 -27 0.1578 61.13 161 48 -161 59 76 -42 82 -17 0.1594 60.26 163 48 -160 60 75 -43 83 -7 0.1608 59.50 164 48 -160 61 75 -43 84 3 0.1620 58.76 165 48 -159 61 74 -43 85 3 0.1630 53.77 166 49 -159 62 74 -42 86 -67 0.1528 72.11 156 46 -165 56 79 -44 87 -57 0.1542 70.96 158 46 -164 57 78 -44 88 -47 0.1555 69.95 159 46 -163 58 78 -44 89 -37 0.1568 69.15 160 46 -162 58 77 -44 90 -37 0.1582 64.19 161 47 -162 59 77 -43 91 -27 0.1597 63.43 162 47 -161 60 76 -44 92 -17 0.1610 62.76 164 47 -161 61 76 -44 93 -7 0.1622 62.12 165 47 -160 61 75 -44 94 -7 0.1633 57.29 165 48 -160 62 75 -43 95 -67 0.1528 78.83 157 45 -166 57 80 -45 96 -67 0.1549 73.84 157 45 -165 57 79 -45 97 -57 0.1561 72.96 159 45 -164 58 79 -45 98 -57 0.1572 68.18 159 46 -164 58 78 -44 99 -47 0.1587 67.30 160 46 -163 59 78 -44 100 -37 0.1601 66.62 162 46 -162 60 77 -44 automatic search suggests trial source # 49 Results for subevent # 1 trial source position # 49 time shift (multiple of dt) -37 strike,dip,rake 163 42 -164 strike,dip,rake 62 79 -48 SING. values, inlcuding vardat (min., max, min/max): 6.60843882E-16 1.71724590E-15 0.384827763 -1.28686444E+16 -1.43539085E+16 -7.73781791E+15 7.05947131E+15 -1.37123467E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 2.82619596E-02 ------- ##--------------- ###------------------ ####--------- --------- ######--------- P ----------- ######---------- -----------# ######----------------------### #######-------------------####### #######----------------########## #######-------------############# ########---------################ ########-----#################### ######################### ### ###------################ T ### ---------############### ## ---------################ ---------############ ---------######## ------- 2022-05-24 18:23:51,504 INFO None 2022-05-24 18:23:51,505 INFO This is ISOLA Initializing array w Time required: 0.580608666 Reading input file gr.hes Time required: 3.14290142 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.920775771 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -27 0.1614 65.95 163 46 -162 61 77 -45 2 -17 0.1625 65.37 164 46 -161 61 76 -45 3 -17 0.1637 60.71 165 46 -161 62 76 -44 4 -67 0.1510 85.85 157 43 -167 57 81 -47 5 -67 0.1544 80.74 157 44 -166 58 80 -46 6 -67 0.1567 75.91 158 44 -165 58 80 -46 7 -67 0.1580 71.29 159 45 -165 58 79 -45 8 -57 0.1593 70.55 160 45 -164 59 79 -45 9 -47 0.1606 69.81 161 45 -163 60 78 -45 10 -37 0.1618 69.20 163 45 -163 61 78 -46 11 -27 0.1629 68.63 164 45 -162 62 77 -46 12 -27 0.1641 64.10 164 45 -162 62 77 -45 13 -67 0.1475 93.32 157 41 -168 58 82 -48 14 -67 0.1523 88.03 158 42 -167 59 81 -48 15 -67 0.1560 83.01 158 42 -167 59 81 -47 16 -67 0.1585 78.28 159 43 -166 59 80 -47 17 -67 0.1600 73.73 159 44 -165 59 80 -46 18 -57 0.1612 73.08 161 44 -165 60 79 -46 19 -47 0.1623 72.43 162 44 -164 61 79 -46 20 -47 0.1633 68.00 163 44 -164 61 78 -46 21 -37 0.1646 67.46 164 44 -163 62 78 -46 22 -67 0.1424 98.96 157 39 -170 60 84 -50 23 -67 0.1484 95.51 158 40 -169 60 83 -50 24 -67 0.1534 90.36 158 41 -168 60 82 -49 25 -67 0.1573 85.46 159 41 -167 60 81 -48 26 -67 0.1601 80.73 160 42 -166 60 81 -48 27 -67 0.1619 76.23 160 43 -166 60 80 -47 28 -57 0.1629 75.74 162 42 -165 61 80 -47 29 -57 0.1640 71.37 162 43 -165 61 79 -47 30 -47 0.1651 70.81 163 43 -164 62 79 -47 31 -37 0.1485 60.46 56 74 -38 158 52 -160 32 -27 0.1502 59.14 57 74 -38 159 52 -159 33 -17 0.1519 58.06 58 73 -39 161 52 -159 34 -7 0.1535 56.97 59 72 -39 162 52 -158 35 3 0.1550 56.05 59 72 -39 163 53 -157 36 13 0.1563 55.03 60 72 -39 164 53 -157 37 13 0.1576 49.23 61 71 -38 165 54 -157 38 23 0.1589 48.03 62 71 -38 166 54 -156 39 33 0.1600 46.79 63 70 -38 167 54 -156 40 -37 0.1489 67.66 56 75 -40 158 51 -161 41 -37 0.1505 62.18 57 75 -39 159 51 -160 42 -27 0.1521 61.04 58 74 -40 160 51 -160 43 -17 0.1536 60.09 59 73 -40 162 51 -159 44 -7 0.1551 59.27 59 73 -40 163 51 -158 45 3 0.1564 58.49 60 73 -40 164 51 -158 46 3 0.1577 52.90 61 72 -39 164 52 -158 47 13 0.1591 51.97 62 72 -39 166 52 -157 48 23 0.1602 51.03 63 71 -39 167 52 -157 49 -47 0.1493 70.72 56 76 -41 158 50 -162 50 -47 0.1508 65.31 57 76 -40 159 50 -161 51 -37 0.1523 64.20 58 75 -41 160 50 -161 52 -27 0.1538 63.26 59 74 -41 161 50 -160 53 -17 0.1552 62.47 59 74 -41 163 50 -159 54 -7 0.1565 61.75 60 74 -41 164 50 -159 55 -7 0.1579 56.41 61 73 -40 164 51 -159 56 3 0.1592 55.75 62 73 -40 165 51 -158 57 13 0.1604 54.97 63 73 -40 167 51 -158 58 -57 0.1498 73.73 158 48 -163 56 77 -42 59 -57 0.1513 68.40 158 49 -162 57 77 -41 60 -47 0.1527 67.44 160 49 -162 58 76 -41 61 -37 0.1541 66.48 161 49 -161 59 76 -42 62 -27 0.1554 65.79 162 49 -160 60 75 -42 63 -17 0.1567 65.19 164 49 -160 60 75 -42 64 -17 0.1581 59.87 61 74 -41 164 50 -160 65 -7 0.1594 59.30 62 74 -41 165 50 -159 66 3 0.1606 58.70 63 74 -41 166 50 -159 67 -67 0.1504 76.80 157 47 -164 57 78 -43 68 -67 0.1518 71.65 158 48 -163 57 78 -42 69 -57 0.1532 70.67 159 48 -163 58 77 -42 70 -47 0.1545 69.84 161 48 -162 59 77 -43 71 -37 0.1558 69.11 162 48 -161 60 76 -43 72 -27 0.1570 68.55 163 48 -161 61 76 -43 73 -27 0.1583 63.43 164 48 -161 61 75 -42 74 -17 0.1596 62.92 165 48 -160 62 75 -42 75 -7 0.1608 62.38 166 48 -160 63 75 -43 76 -67 0.1495 84.40 158 46 -165 57 79 -44 77 -67 0.1522 79.00 158 46 -164 58 78 -44 78 -67 0.1538 73.94 159 47 -164 58 78 -43 79 -57 0.1550 73.20 160 47 -163 59 78 -43 80 -47 0.1562 72.56 161 47 -162 60 77 -44 81 -37 0.1573 71.95 163 47 -162 61 77 -44 82 -37 0.1586 66.97 163 47 -162 61 76 -43 83 -27 0.1599 66.39 165 47 -161 62 76 -43 84 -17 0.1611 65.92 166 47 -161 63 76 -44 85 -67 0.1468 92.56 158 44 -166 58 80 -46 86 -67 0.1509 86.89 158 45 -165 58 80 -45 87 -67 0.1538 81.49 159 45 -165 59 79 -45 88 -67 0.1556 76.55 160 46 -164 59 79 -44 89 -57 0.1567 75.97 161 46 -164 60 78 -45 90 -57 0.1578 71.11 161 46 -163 60 78 -44 91 -47 0.1591 70.46 163 46 -163 61 77 -44 92 -37 0.1603 69.93 164 46 -162 62 77 -44 93 -27 0.1614 69.50 165 46 -162 63 77 -45 94 -67 0.1425 98.82 158 42 -168 59 82 -48 95 -67 0.1478 95.11 159 43 -167 59 81 -47 96 -67 0.1521 89.47 159 43 -166 59 80 -47 97 -67 0.1552 84.27 160 44 -165 60 80 -46 98 -67 0.1574 79.31 160 44 -165 60 79 -46 99 -67 0.1585 74.61 161 45 -164 60 79 -45 100 -57 0.1597 74.03 162 45 -164 61 78 -45 automatic search suggests trial source # 30 Results for subevent # 1 trial source position # 30 time shift (multiple of dt) -47 strike,dip,rake 163 43 -164 strike,dip,rake 62 79 -47 SING. values, inlcuding vardat (min., max, min/max): 6.46621246E-16 1.70930084E-15 0.378295749 -1.29069179E+16 -1.39217006E+16 -7.01455401E+15 7.02630987E+15 -1.36864480E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 2.72811055E-02 ------- ###-------------- ###------------------ #####-------- --------- ######--------- P ----------- #######--------- -----------# ######----------------------### #######-------------------####### #######-----------------######### ########-------------############ ########---------################ #########----#################### ######################### ### ##-------################ T ### ---------############### ## ---------################ ---------############ ----------####### ------- 2022-05-24 18:23:53,812 INFO None 2022-05-24 18:23:53,813 INFO This is ISOLA Initializing array w Time required: 0.586836517 Reading input file gr.hes Time required: 0.357261896 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.183459401 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -47 0.1608 73.45 164 45 -163 62 78 -45 2 -37 0.1617 73.06 165 45 -163 63 78 -46 3 -67 0.1367 90.32 158 40 -170 61 83 -50 4 -67 0.1431 96.32 159 40 -168 61 82 -49 5 -67 0.1486 97.89 160 41 -167 61 82 -48 6 -67 0.1530 92.27 160 42 -167 61 81 -48 7 -67 0.1565 87.10 161 43 -166 61 80 -47 8 -67 0.1589 82.12 161 43 -165 61 80 -47 9 -67 0.1603 77.49 162 44 -165 61 79 -46 10 -57 0.1613 77.01 163 44 -165 62 79 -46 11 -47 0.1622 76.57 164 43 -164 63 79 -47 automatic search suggests trial source # 11 Results for subevent # 1 trial source position # 11 time shift (multiple of dt) -47 strike,dip,rake 164 43 -164 strike,dip,rake 63 79 -47 SING. values, inlcuding vardat (min., max, min/max): 6.33035632E-16 1.70308648E-15 0.371699065 -1.28629310E+16 -1.40285368E+16 -6.04816436E+15 6.66938682E+15 -1.32123438E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 2.63324976E-02 ------- ###-------------- ####----------------- #####-------- --------- ######--------- P ----------- #######--------- ------------ ######----------------------### #######--------------------###### #######-----------------######### ########-------------############ ########---------################ #########----#################### #######-################# ### #--------################ T ### ---------############### ## ---------################ ---------############ ---------######## ------- 2022-05-24 18:23:59,990 INFO None 2022-05-24 18:23:59,991 INFO This is ISOLA Initializing array w Time required: 0.627906799 Reading input file gr.hes Time required: 3.29704547 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.938077927 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -27 0.1407 10.82 41 71 -70 174 26 -133 2 -7 0.1423 15.92 39 72 -75 180 22 -127 3 3 0.1439 15.64 38 71 -79 187 21 -118 4 13 0.1453 15.90 36 70 -82 195 21 -109 5 33 0.1468 22.86 37 72 -84 199 18 -106 6 43 0.1482 23.98 36 71 -86 206 18 -99 7 -67 0.1357 18.96 41 75 -66 162 27 -146 8 -57 0.1377 16.92 41 74 -68 166 26 -142 9 -47 0.1396 15.09 41 73 -70 170 25 -137 10 -27 0.1414 19.67 40 74 -74 174 22 -133 11 -17 0.1432 18.78 39 73 -76 180 21 -127 12 -7 0.1448 18.38 39 72 -79 187 20 -119 13 3 0.1463 18.45 38 71 -82 194 20 -112 14 23 0.1478 25.16 38 73 -83 198 17 -109 15 33 0.1493 26.08 38 73 -86 204 17 -102 16 -67 0.1360 28.65 160 23 -148 40 78 -69 17 -67 0.1382 20.35 40 74 -70 167 24 -140 18 -57 0.1402 18.55 40 73 -72 172 23 -136 19 -37 0.1422 22.94 40 75 -75 174 20 -133 20 -27 0.1439 21.85 40 74 -77 180 20 -128 21 -17 0.1457 21.18 39 73 -79 187 19 -121 22 -7 0.1473 21.07 39 72 -82 193 18 -114 23 13 0.1487 27.46 39 74 -83 197 16 -111 24 23 0.1502 28.16 39 74 -85 203 16 -105 25 3 0.1370 19.19 240 87 27 149 62 177 26 13 0.1389 18.19 242 86 25 150 64 176 27 23 0.1408 17.21 244 85 23 152 66 175 28 33 0.1427 16.12 245 84 20 153 69 174 29 43 0.1446 14.94 247 83 18 155 71 173 30 63 0.1463 9.33 247 85 23 155 66 175 31 73 0.1481 7.51 249 84 21 157 68 173 32 83 0.1496 5.70 158 71 172 250 82 18 33 103 0.1512 2.79 42 67 -70 178 29 -129 34 -7 0.1377 17.76 239 89 30 149 59 179 35 3 0.1396 16.59 241 88 27 151 62 178 36 13 0.1414 15.40 243 87 25 152 64 176 37 23 0.1433 14.22 245 85 23 154 66 175 38 43 0.1451 9.66 245 89 29 154 60 179 39 53 0.1469 7.72 246 88 27 156 62 178 40 63 0.1486 5.74 248 87 26 157 63 177 41 73 0.1502 3.75 250 87 24 158 65 176 42 93 0.1519 4.96 38 67 -77 188 26 -117 43 -17 0.1386 16.70 59 89 -33 149 56 -178 44 3 0.1404 14.73 150 50 -175 57 86 -39 45 13 0.1422 12.75 59 86 -38 152 52 -175 46 23 0.1440 10.77 61 86 -36 153 53 -176 47 33 0.1457 8.78 63 86 -35 155 54 -176 48 43 0.1475 6.72 64 86 -34 156 55 -176 49 53 0.1492 4.70 65 85 -34 158 55 -174 50 73 0.1508 6.33 43 69 -70 177 27 -132 51 83 0.1525 7.22 38 67 -79 190 24 -114 52 -17 0.1395 16.95 149 45 -172 54 84 -44 53 -7 0.1413 14.90 151 46 -172 56 84 -43 54 3 0.1431 12.83 153 47 -171 57 83 -42 55 13 0.1448 10.74 154 48 -171 59 83 -42 56 23 0.1465 8.73 60 82 -42 156 48 -170 57 33 0.1482 6.72 60 81 -43 158 47 -168 58 43 0.1498 4.89 59 78 -46 160 44 -163 59 63 0.1515 8.59 42 70 -72 180 25 -129 60 73 0.1531 9.47 38 68 -79 191 23 -115 61 -27 0.1404 17.62 150 42 -169 52 83 -48 62 -17 0.1423 15.45 152 42 -168 54 82 -47 63 -7 0.1441 13.44 154 42 -168 55 81 -47 64 3 0.1457 11.40 156 42 -166 56 81 -47 65 13 0.1475 9.52 158 42 -164 56 79 -49 66 23 0.1490 7.70 160 40 -160 56 77 -51 67 43 0.1506 10.99 45 72 -68 172 27 -139 68 53 0.1522 11.02 42 71 -74 181 24 -128 69 63 0.1538 11.80 39 69 -79 191 22 -116 70 -37 0.1413 18.78 151 38 -167 51 81 -51 71 -27 0.1432 16.57 153 39 -166 52 81 -51 72 -17 0.1450 14.48 155 38 -164 53 80 -52 73 -7 0.1467 12.59 157 38 -162 54 79 -52 74 3 0.1484 10.85 160 37 -159 53 77 -54 75 23 0.1500 13.97 47 75 -66 167 27 -146 76 33 0.1515 13.41 45 73 -70 173 25 -138 77 43 0.1530 13.45 43 72 -74 181 23 -128 78 53 0.1546 14.12 41 70 -79 190 21 -118 79 -57 0.1421 16.83 152 41 -167 53 81 -49 80 -37 0.1440 18.19 154 35 -163 50 80 -55 81 -27 0.1459 16.09 156 35 -161 51 79 -56 82 -17 0.1477 14.17 159 34 -159 51 78 -57 83 -7 0.1494 12.54 162 33 -155 51 76 -59 84 13 0.1509 16.27 46 75 -68 168 25 -145 85 23 0.1526 15.83 45 74 -71 174 23 -138 86 33 0.1540 15.86 43 73 -75 181 22 -129 87 43 0.1554 16.44 42 72 -79 189 20 -120 88 -67 0.1426 18.38 153 37 -164 51 80 -53 89 -47 0.1447 20.29 155 32 -160 49 79 -58 90 -37 0.1467 18.10 158 32 -158 49 78 -59 91 -27 0.1486 16.14 160 31 -156 50 77 -60 92 -17 0.1503 14.57 49 76 -62 164 30 -152 93 -7 0.1519 13.36 49 75 -65 168 28 -147 94 13 0.1534 18.12 45 75 -72 175 22 -137 95 23 0.1549 18.15 44 74 -76 181 20 -130 96 33 0.1564 18.64 42 73 -79 189 19 -122 97 -67 0.1431 25.48 153 30 -161 47 80 -61 98 -57 0.1452 22.91 156 29 -159 47 79 -61 99 -47 0.1473 20.59 158 29 -156 48 78 -62 100 -37 0.1492 18.56 162 28 -153 48 77 -64 automatic search suggests trial source # 96 Results for subevent # 1 trial source position # 96 time shift (multiple of dt) 33 strike,dip,rake 42 73 -79 strike,dip,rake 189 19 -122 SING. values, inlcuding vardat (min., max, min/max): 2.76634968E-15 7.72665233E-15 0.358026952 -3.23356599E+15 -2.58034038E+15 -3.39270150E+15 5.75202958E+14 -2.18001990E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 2.44495869E-02 #####-- ####------------- ####----------------- ####--------------------# ####---------------------#### ####------- -----------###### ###-------- P ----------####### ####-------- ---------######### ###-------------------########### ###------------------############ ###----------------############## ###--------------################ ###-----------########## #### ####--------############ T #### ###------############## ### ###-##################### --################### --############### -###### 2022-05-24 18:24:06,162 INFO None 2022-05-24 18:24:06,163 INFO This is ISOLA Initializing array w Time required: 0.583354056 Reading input file gr.hes Time required: 3.21556306 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.12105775 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -27 0.1511 16.92 48 76 -65 165 27 -150 2 -17 0.1528 15.69 48 75 -68 169 26 -145 3 -7 0.1543 14.94 47 74 -70 174 24 -139 4 13 0.1557 20.43 44 75 -76 181 19 -131 5 23 0.1572 20.84 43 74 -79 188 18 -123 6 13 0.1436 25.75 239 88 29 148 60 177 7 23 0.1456 24.41 241 87 28 149 61 177 8 33 0.1475 23.00 242 87 26 151 63 176 9 43 0.1493 21.46 244 86 25 152 64 176 10 63 0.1512 16.62 244 88 29 153 60 177 11 73 0.1532 14.48 245 88 28 154 61 178 12 83 0.1551 12.26 247 88 27 156 62 178 13 93 0.1569 10.05 247 89 27 157 62 179 14 113 0.1588 6.00 59 78 -47 161 43 -163 15 3 0.1445 24.90 239 88 31 148 58 178 16 13 0.1464 23.41 241 88 30 150 59 178 17 23 0.1482 21.88 242 88 28 151 61 177 18 33 0.1501 20.22 244 87 27 153 62 177 19 53 0.1519 15.89 244 89 32 154 57 179 20 63 0.1537 13.66 245 89 31 155 58 179 21 73 0.1556 11.38 66 89 -31 156 58 -179 22 83 0.1574 9.15 67 88 -31 158 58 -178 23 103 0.1593 6.80 55 75 -54 164 37 -156 24 -7 0.1455 24.32 239 89 33 149 56 179 25 3 0.1473 22.63 241 89 32 150 57 179 26 13 0.1491 20.98 242 89 30 152 59 178 27 33 0.1509 17.58 62 88 -35 152 54 -178 28 43 0.1527 15.39 63 88 -35 154 54 -178 29 53 0.1544 13.21 64 88 -35 155 54 -177 30 63 0.1562 10.97 65 87 -35 157 54 -176 31 73 0.1580 8.73 65 85 -36 158 53 -174 32 93 0.1597 8.01 52 74 -59 167 33 -151 33 -17 0.1464 23.91 149 54 -179 58 89 -35 34 -7 0.1483 22.07 60 89 -34 150 55 -179 35 13 0.1501 19.63 151 50 -177 59 87 -39 36 23 0.1518 17.50 153 50 -176 61 87 -39 37 33 0.1535 15.32 154 51 -176 62 87 -38 38 43 0.1552 13.14 156 51 -175 63 86 -39 39 53 0.1569 10.93 63 84 -40 157 50 -173 40 63 0.1585 8.89 63 82 -42 159 48 -170 41 83 0.1603 9.63 51 74 -63 169 30 -148 42 -27 0.1474 23.75 149 51 -178 58 88 -38 43 -17 0.1493 21.81 151 52 -178 60 88 -37 44 -7 0.1511 19.90 152 53 -178 61 88 -36 45 13 0.1528 17.75 153 47 -174 60 86 -42 46 23 0.1544 15.61 155 47 -173 61 85 -42 47 33 0.1561 13.49 156 47 -172 61 84 -43 48 43 0.1576 11.41 158 45 -170 61 82 -44 49 53 0.1593 9.59 161 43 -166 61 80 -47 50 63 0.1608 8.12 164 39 -159 58 77 -52 51 -37 0.1483 23.88 149 49 -176 57 87 -40 52 -27 0.1503 21.80 151 49 -176 59 87 -40 53 -17 0.1521 19.85 153 50 -176 60 87 -39 54 3 0.1539 18.31 154 44 -173 59 85 -45 55 13 0.1554 16.18 155 44 -171 59 84 -46 56 23 0.1571 14.15 157 43 -169 60 83 -47 57 33 0.1586 12.28 159 41 -167 60 81 -49 58 43 0.1600 10.65 162 39 -162 58 79 -52 59 53 0.1616 9.53 166 35 -155 56 76 -57 60 -47 0.1491 24.34 149 46 -175 56 86 -43 61 -37 0.1511 22.08 151 46 -175 58 86 -43 62 -27 0.1530 19.98 153 47 -174 59 86 -42 63 -17 0.1548 17.94 154 48 -174 61 85 -41 64 3 0.1565 17.06 156 40 -169 58 83 -49 65 13 0.1580 15.07 158 39 -167 58 82 -50 66 23 0.1595 13.38 160 38 -164 58 80 -52 67 33 0.1610 12.00 163 35 -159 57 78 -56 68 43 0.1624 11.08 55 76 -60 168 32 -153 69 -57 0.1497 25.26 149 43 -173 55 85 -46 70 -47 0.1518 22.81 151 43 -173 57 85 -46 71 -37 0.1538 20.50 153 44 -173 58 85 -45 72 -27 0.1556 18.34 155 44 -172 60 84 -45 73 -17 0.1574 16.33 156 44 -171 61 84 -45 74 -7 0.1590 14.37 158 44 -170 62 83 -45 75 13 0.1605 14.67 161 34 -162 57 80 -56 76 23 0.1619 13.46 164 32 -157 55 78 -59 77 33 0.1632 12.73 54 76 -63 169 29 -151 78 -67 0.1501 26.60 149 40 -172 54 85 -49 79 -57 0.1523 24.01 151 40 -172 55 84 -49 80 -47 0.1543 21.52 153 41 -171 57 84 -49 81 -37 0.1564 19.19 155 41 -170 58 83 -49 82 -27 0.1581 17.05 157 41 -169 59 83 -49 83 -17 0.1598 15.10 159 40 -168 60 82 -49 84 -7 0.1614 13.36 161 39 -166 60 81 -51 85 13 0.1628 15.02 54 78 -62 165 29 -156 86 23 0.1641 14.41 53 76 -65 170 27 -150 87 23 0.1508 33.19 239 87 28 147 61 176 88 33 0.1527 31.49 241 86 27 149 62 176 89 43 0.1547 29.68 242 86 26 151 63 176 90 53 0.1565 27.74 244 86 25 152 64 176 91 63 0.1584 25.70 245 86 24 153 65 176 92 73 0.1603 23.50 246 86 24 155 65 176 93 93 0.1623 18.05 247 88 27 156 62 177 94 103 0.1643 15.44 248 88 28 157 61 178 95 113 0.1663 12.81 68 89 -28 158 61 -179 96 13 0.1518 32.94 239 87 30 148 59 177 97 23 0.1537 31.11 241 87 29 149 60 176 98 33 0.1556 29.15 242 87 28 151 61 176 99 43 0.1574 27.21 244 87 27 152 62 176 100 53 0.1592 25.11 245 87 26 154 63 176 automatic search suggests trial source # 95 Results for subevent # 1 trial source position # 95 time shift (multiple of dt) 113 strike,dip,rake 68 89 -28 strike,dip,rake 158 61 -179 SING. values, inlcuding vardat (min., max, min/max): 2.24819845E-15 6.49375353E-15 0.346209377 -4.72382408E+15 -2.13273285E+15 -3.33669486E+15 2.24211681E+15 -4.65896577E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 2.76572108E-02 ------- ##--------- --- ####--------- P ----- #####---------- ------- #######---------------------- ########----------------------- ########----------------------# ##########----------------####### ##########-----------############ ###########------################ ###########-##################### #######-----############### ### #-----------############## T ## -------------############# ## -------------################ -------------############ -------------######## -------------#### ------- 2022-05-24 18:24:12,717 INFO None 2022-05-24 18:24:12,718 INFO This is ISOLA Initializing array w Time required: 0.587546945 Reading input file gr.hes Time required: 3.21111822 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.23439062 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 63 0.1610 22.90 246 87 25 155 64 177 2 73 0.1628 20.53 247 87 25 156 64 177 3 93 0.1647 15.16 248 89 30 157 59 179 4 103 0.1666 12.57 68 88 -31 159 58 -178 5 3 0.1527 32.82 239 87 31 148 58 177 6 13 0.1547 30.77 241 87 30 150 59 177 7 23 0.1565 28.81 242 87 29 151 60 177 8 33 0.1583 26.75 244 87 28 153 61 177 9 43 0.1601 24.58 245 87 28 154 61 177 10 53 0.1618 22.37 247 87 27 155 62 177 11 63 0.1635 20.05 248 88 27 157 62 177 12 83 0.1652 15.02 67 89 -32 158 57 -179 13 93 0.1669 12.49 68 87 -33 159 56 -177 14 -7 0.1537 32.84 239 88 33 148 56 177 15 3 0.1556 30.70 241 88 32 150 57 177 16 13 0.1575 28.58 243 88 31 151 58 177 17 23 0.1593 26.46 244 88 30 153 59 177 18 33 0.1610 24.29 245 88 29 154 60 178 19 43 0.1626 22.00 247 88 29 156 60 178 20 53 0.1642 19.65 248 88 29 157 60 178 21 63 0.1658 17.22 249 89 29 158 60 179 22 83 0.1674 12.60 67 86 -36 160 53 -175 23 -27 0.1546 33.25 240 88 31 149 58 178 24 -7 0.1566 30.75 241 88 34 150 55 178 25 3 0.1584 28.51 242 88 33 152 56 178 26 13 0.1602 26.31 244 88 32 153 57 178 27 23 0.1619 24.05 245 88 32 155 57 178 28 33 0.1636 21.74 246 89 31 156 58 179 29 43 0.1651 19.42 248 89 31 157 58 179 30 53 0.1666 16.97 69 89 -31 159 58 -179 31 63 0.1681 14.53 69 88 -32 160 57 -178 32 -37 0.1555 33.14 240 88 33 149 56 178 33 -17 0.1575 30.94 150 54 178 241 88 35 34 -7 0.1594 28.65 152 54 178 242 89 35 35 3 0.1612 26.34 244 89 34 153 55 179 36 13 0.1628 24.04 245 89 34 155 55 179 37 23 0.1644 21.70 246 89 33 156 56 179 38 33 0.1660 19.29 67 89 -33 158 56 -179 39 43 0.1674 16.92 68 88 -34 159 55 -178 40 53 0.1688 14.55 69 87 -34 160 55 -177 41 -47 0.1563 33.16 149 55 179 240 89 34 42 -37 0.1583 31.10 241 89 34 151 55 179 43 -27 0.1602 29.07 243 89 33 152 56 179 44 -7 0.1620 26.48 153 53 179 243 89 36 45 3 0.1637 24.11 155 53 179 245 89 36 46 13 0.1653 21.77 156 53 -179 66 89 -36 47 23 0.1668 19.35 158 53 -178 67 89 -36 48 33 0.1683 16.96 159 53 -177 68 88 -36 49 43 0.1696 14.65 161 52 -176 68 87 -37 50 -57 0.1570 33.38 149 53 179 239 89 36 51 -47 0.1590 31.17 151 53 179 241 89 36 52 -37 0.1609 29.01 152 54 179 243 89 35 53 -27 0.1627 26.88 244 89 34 154 55 179 54 -17 0.1645 24.77 246 89 34 156 55 179 55 3 0.1662 21.89 156 51 -179 66 89 -38 56 13 0.1677 19.52 158 51 -178 67 88 -38 57 23 0.1691 17.19 159 50 -176 67 87 -39 58 33 0.1704 14.94 161 49 -175 68 86 -40 59 -67 0.1575 33.90 149 51 179 239 89 38 60 -57 0.1595 31.50 151 51 179 241 89 38 61 -47 0.1615 29.13 152 52 -179 62 89 -37 62 -37 0.1634 26.93 154 53 -179 64 89 -36 63 -27 0.1652 24.69 156 53 -179 66 89 -36 64 -17 0.1668 22.53 157 54 -179 67 89 -35 65 -7 0.1683 20.34 68 89 -35 159 54 -179 66 3 0.1698 18.17 69 88 -35 160 54 -178 67 23 0.1710 15.27 161 46 -174 67 85 -43 68 23 0.1582 42.65 239 87 23 148 66 176 69 33 0.1601 40.57 240 87 22 149 67 176 70 43 0.1620 38.34 242 87 22 150 67 177 71 53 0.1639 36.00 243 87 21 152 68 177 72 73 0.1659 32.29 245 86 23 153 66 176 73 83 0.1679 29.50 246 87 22 155 67 176 74 93 0.1699 26.54 247 87 22 156 67 177 75 103 0.1719 23.51 248 88 22 157 67 178 76 113 0.1737 20.47 249 88 22 158 67 178 77 13 0.1593 43.00 239 87 24 148 65 176 78 23 0.1612 40.77 241 87 23 149 66 176 79 33 0.1629 38.59 242 87 23 151 66 177 80 43 0.1647 36.24 243 87 22 152 67 177 81 63 0.1666 32.67 245 86 24 154 65 176 82 73 0.1684 29.89 246 87 23 155 66 176 83 83 0.1703 26.97 247 87 23 156 66 177 84 93 0.1723 23.94 248 88 23 158 66 177 85 103 0.1741 20.91 249 88 23 159 66 178 86 3 0.1604 43.47 240 87 25 148 64 176 87 13 0.1622 41.13 241 87 24 150 65 176 88 23 0.1640 38.81 242 87 24 151 65 177 89 33 0.1656 36.48 244 87 23 153 66 177 90 43 0.1673 34.04 245 87 23 154 66 177 91 63 0.1690 30.28 247 87 24 155 65 176 92 73 0.1708 27.40 248 87 24 157 65 177 93 83 0.1726 24.44 249 88 24 158 65 177 94 93 0.1744 21.40 250 88 25 159 64 178 95 -7 0.1615 43.98 240 87 26 148 63 176 96 3 0.1633 41.62 241 87 25 150 64 176 97 13 0.1650 39.18 243 87 25 151 64 177 98 23 0.1667 36.77 244 87 24 153 65 177 99 33 0.1682 34.36 245 87 24 154 65 177 100 43 0.1698 31.78 246 87 23 156 66 177 automatic search suggests trial source # 94 Results for subevent # 1 trial source position # 94 time shift (multiple of dt) 93 strike,dip,rake 250 88 25 strike,dip,rake 159 64 178 SING. values, inlcuding vardat (min., max, min/max): 1.78694666E-15 5.79333309E-15 0.308448792 -6.03512269E+15 -2.54974894E+15 -3.55048572E+15 2.95507118E+15 -5.75511498E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.04281116E-02 ------- ##---------- -- ####---------- P ---- ######---------- ------ ########--------------------- #########---------------------- #########---------------------- ###########---------------####### ###########----------############ ############----################# ###########-##################### ######-------############## ### -------------############# T ## --------------############ ## --------------############### -------------############ -------------######## -------------#### ------- 2022-05-24 18:24:19,043 INFO None 2022-05-24 18:24:19,044 INFO This is ISOLA Initializing array w Time required: 0.736051023 Reading input file gr.hes Time required: 3.44654012 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.941499829 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 63 0.1714 27.89 248 87 25 157 64 177 2 73 0.1730 24.92 249 88 25 158 64 177 3 83 0.1747 21.93 250 88 26 160 63 178 4 -17 0.1624 44.62 240 86 27 148 62 176 5 -7 0.1643 42.15 242 87 26 150 63 176 6 3 0.1661 39.69 243 87 26 152 63 176 7 13 0.1677 37.21 244 87 25 153 64 177 8 23 0.1692 34.71 246 87 25 154 64 177 9 33 0.1707 32.17 247 87 25 156 65 177 10 43 0.1721 29.53 248 88 24 157 65 177 11 63 0.1735 25.48 249 87 27 158 62 177 12 73 0.1750 22.53 250 88 27 160 62 178 13 -27 0.1633 45.36 240 86 28 148 61 176 14 -17 0.1652 42.78 242 87 28 150 61 176 15 -7 0.1670 40.23 243 87 27 152 62 176 16 3 0.1687 37.73 245 87 27 153 62 176 17 13 0.1702 35.17 246 87 26 155 63 177 18 23 0.1716 32.62 247 87 26 156 63 177 19 33 0.1729 29.96 248 87 26 157 63 177 20 43 0.1743 27.25 250 88 25 159 64 178 21 53 0.1756 24.50 251 88 26 160 63 178 22 -47 0.1641 45.04 240 87 27 149 62 177 23 -27 0.1659 43.49 242 86 29 150 60 176 24 -17 0.1678 40.88 243 87 28 152 61 176 25 -7 0.1695 38.28 245 87 28 153 61 176 26 3 0.1711 35.71 246 87 27 155 62 176 27 13 0.1726 33.08 248 87 27 156 62 177 28 23 0.1738 30.45 249 87 27 158 62 177 29 33 0.1751 27.75 250 88 27 159 62 177 30 43 0.1762 25.00 251 88 27 160 62 178 31 -57 0.1647 45.73 240 87 28 149 61 177 32 -47 0.1666 43.32 242 87 28 151 61 177 33 -37 0.1685 40.93 243 87 27 152 62 177 34 -17 0.1702 38.93 245 86 29 153 60 176 35 -7 0.1718 36.27 247 87 29 155 60 176 36 3 0.1734 33.64 248 87 28 156 61 176 37 13 0.1747 30.95 249 87 28 158 61 177 38 23 0.1759 28.25 250 87 28 159 61 177 39 33 0.1770 25.55 251 88 28 160 61 177 40 -67 0.1653 46.53 240 87 30 149 59 176 41 -57 0.1672 44.05 242 87 29 150 60 177 42 -47 0.1690 41.59 243 87 29 152 60 177 43 -37 0.1708 39.16 245 87 28 154 61 177 44 -27 0.1725 36.74 247 87 28 155 61 177 45 -17 0.1739 34.28 248 87 27 157 62 177 46 3 0.1753 31.47 250 87 29 158 60 176 47 13 0.1766 28.75 251 87 29 159 60 176 48 23 0.1776 26.04 252 87 30 161 59 177 49 23 0.1647 33.10 147 47 -174 53 85 -42 50 43 0.1667 29.96 148 44 -173 53 85 -45 51 53 0.1688 27.90 150 44 -172 54 84 -46 52 63 0.1708 25.91 152 43 -170 55 83 -46 53 73 0.1728 24.03 154 42 -167 55 81 -47 54 83 0.1748 22.44 156 41 -164 54 80 -49 55 93 0.1769 21.20 158 39 -161 54 78 -51 56 103 0.1790 20.41 161 37 -156 52 76 -54 57 123 0.1811 21.54 168 29 -146 48 73 -64 58 13 0.1660 33.99 147 46 -174 53 86 -43 59 33 0.1679 31.08 148 43 -173 54 85 -46 60 43 0.1699 28.92 150 43 -172 54 84 -47 61 53 0.1717 26.87 152 42 -170 55 83 -47 62 63 0.1736 24.98 154 41 -168 55 82 -48 63 73 0.1755 23.33 156 40 -165 55 80 -50 64 83 0.1775 21.99 158 38 -161 54 78 -52 65 93 0.1794 21.16 161 36 -157 53 76 -55 66 103 0.1814 20.91 165 34 -152 52 74 -58 67 3 0.1672 35.08 147 45 -174 53 86 -44 68 13 0.1691 32.91 149 45 -173 54 85 -44 69 33 0.1710 30.12 150 42 -172 54 84 -48 70 43 0.1728 28.02 152 41 -170 55 83 -48 71 53 0.1746 26.07 154 40 -168 55 82 -49 72 63 0.1763 24.35 156 39 -165 55 80 -51 73 73 0.1781 22.98 158 37 -162 54 79 -53 74 83 0.1799 22.06 161 35 -158 53 77 -56 75 93 0.1817 21.69 165 33 -153 52 75 -59 76 -7 0.1682 36.18 147 44 -174 53 86 -45 77 3 0.1703 33.97 149 44 -173 54 85 -45 78 13 0.1721 31.76 151 44 -172 55 84 -46 79 33 0.1739 29.31 152 40 -170 55 83 -49 80 43 0.1755 27.32 154 39 -168 55 82 -50 81 53 0.1773 25.56 156 38 -165 55 81 -52 82 63 0.1789 24.10 158 36 -162 54 79 -54 83 73 0.1805 23.12 161 35 -158 54 77 -56 84 83 0.1821 22.66 165 32 -154 52 76 -59 85 -17 0.1693 37.31 147 43 -174 53 86 -46 86 -7 0.1713 35.08 149 43 -173 54 85 -47 87 3 0.1732 32.86 151 42 -172 55 84 -47 88 13 0.1750 30.72 152 42 -171 56 83 -47 89 23 0.1766 28.62 154 42 -169 56 82 -48 90 43 0.1781 26.84 156 37 -166 55 81 -53 91 53 0.1797 25.35 158 35 -163 55 80 -55 92 63 0.1812 24.28 161 33 -159 54 78 -57 93 73 0.1826 23.73 164 32 -154 53 77 -60 94 -27 0.1703 38.46 147 42 -175 53 86 -47 95 -17 0.1723 36.23 149 41 -174 54 86 -48 96 -7 0.1742 33.98 151 41 -172 55 85 -48 97 3 0.1760 31.78 152 41 -171 56 84 -48 98 13 0.1777 29.73 154 40 -169 56 83 -49 99 23 0.1792 27.81 156 39 -167 56 82 -50 100 33 0.1806 26.07 158 38 -165 56 80 -52 automatic search suggests trial source # 93 Results for subevent # 1 trial source position # 93 time shift (multiple of dt) 73 strike,dip,rake 164 32 -154 strike,dip,rake 53 77 -60 SING. values, inlcuding vardat (min., max, min/max): 1.58053150E-15 3.63232122E-15 0.435129881 -7.05553337E+15 -5.81160293E+15 -7.08207090E+15 2.88584463E+15 -6.55973308E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.33390236E-02 ------- ##--------------- ###------------------ ####--------------------- #####------- ------------## #####-------- P -----------#### #####-------- ---------###### #####--------------------######## #####------------------########## #####---------------############# ######------------############### ######----------######### ##### ######------############ T #### #######-################ #### ###----###################### -------################## -------############## --------######### ------- 2022-05-24 18:24:24,997 INFO None 2022-05-24 18:24:24,998 INFO This is ISOLA Initializing array w Time required: 0.588048637 Reading input file gr.hes Time required: 3.17941546 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.955268681 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 43 0.1820 24.66 160 37 -161 56 79 -54 2 63 0.1833 24.93 164 31 -156 53 77 -61 3 -37 0.1711 39.67 147 41 -175 53 87 -49 4 -27 0.1731 37.38 148 40 -174 54 86 -49 5 -17 0.1750 35.11 150 40 -173 55 85 -49 6 -7 0.1768 32.90 152 40 -171 56 84 -50 7 3 0.1786 30.82 154 39 -170 56 83 -50 8 13 0.1801 28.88 156 38 -168 56 82 -52 9 23 0.1815 27.23 158 37 -165 56 81 -53 10 33 0.1828 25.84 160 35 -162 56 79 -55 11 43 0.1841 24.79 163 34 -159 55 78 -57 12 -57 0.1717 40.17 147 42 -174 54 86 -47 13 -37 0.1737 38.52 148 39 -175 54 86 -50 14 -27 0.1756 36.24 150 39 -173 55 86 -50 15 -17 0.1775 34.01 152 38 -172 56 85 -51 16 -7 0.1793 31.89 154 38 -170 56 84 -52 17 3 0.1809 29.99 156 37 -168 57 83 -53 18 13 0.1823 28.28 158 36 -166 56 81 -54 19 23 0.1836 26.93 160 34 -163 56 80 -56 20 33 0.1848 25.93 163 32 -159 56 79 -58 21 -67 0.1724 41.29 147 41 -175 54 87 -48 22 -57 0.1743 38.98 149 41 -174 55 86 -48 23 -47 0.1761 36.70 151 40 -173 56 85 -49 24 -37 0.1780 34.49 152 40 -172 56 84 -49 25 -17 0.1798 32.96 153 37 -171 56 84 -53 26 -7 0.1814 31.00 155 36 -169 57 83 -54 27 3 0.1830 29.32 157 34 -166 57 82 -55 28 13 0.1843 27.97 160 33 -164 56 81 -57 29 23 0.1855 26.96 162 31 -160 56 80 -59 30 33 0.1711 35.18 147 44 -174 53 86 -45 31 43 0.1732 33.29 149 44 -173 54 85 -45 32 53 0.1754 31.35 150 44 -172 55 84 -45 33 63 0.1775 29.49 152 44 -170 55 83 -46 34 73 0.1795 27.70 154 43 -168 56 82 -46 35 83 0.1816 26.09 156 42 -166 56 80 -48 36 93 0.1838 24.72 158 41 -163 55 79 -50 37 103 0.1860 23.69 161 39 -159 55 77 -52 38 113 0.1880 23.07 164 37 -155 53 75 -55 39 13 0.1725 37.32 147 46 -174 53 85 -43 40 33 0.1746 34.47 149 43 -173 54 85 -46 41 43 0.1766 32.43 150 43 -172 55 84 -46 42 53 0.1785 30.51 152 43 -170 55 83 -47 43 63 0.1804 28.67 154 42 -168 56 82 -47 44 73 0.1824 27.04 156 41 -166 56 81 -48 45 83 0.1843 25.59 158 40 -163 56 79 -50 46 93 0.1864 24.52 160 38 -160 55 77 -52 47 103 0.1884 23.87 163 36 -156 54 76 -55 48 3 0.1737 38.53 147 45 -174 54 86 -44 49 13 0.1758 36.47 149 45 -173 55 85 -44 50 33 0.1778 33.72 150 42 -172 55 84 -47 51 43 0.1796 31.71 152 42 -171 56 84 -47 52 53 0.1815 29.78 154 41 -169 56 82 -48 53 63 0.1833 28.08 156 40 -167 56 81 -49 54 73 0.1850 26.60 158 39 -164 56 80 -51 55 83 0.1869 25.47 160 38 -161 55 78 -53 56 93 0.1887 24.73 163 36 -157 55 76 -55 57 -7 0.1749 39.86 147 44 -174 54 86 -45 58 3 0.1770 37.70 149 44 -173 55 85 -45 59 13 0.1790 35.57 151 44 -172 56 84 -45 60 23 0.1808 33.46 153 44 -171 56 83 -45 61 43 0.1825 31.06 154 40 -169 56 83 -49 62 53 0.1842 29.24 156 39 -167 56 82 -50 63 63 0.1858 27.68 158 38 -165 56 80 -52 64 73 0.1874 26.45 160 37 -162 56 79 -54 65 83 0.1891 25.68 163 35 -158 55 77 -56 66 -17 0.1760 41.21 147 43 -175 54 86 -46 67 -7 0.1781 39.03 149 43 -174 55 85 -46 68 3 0.1801 36.80 151 43 -172 56 85 -46 69 13 0.1820 34.66 152 43 -171 56 84 -47 70 23 0.1837 32.60 154 42 -170 57 83 -47 71 33 0.1852 30.66 156 42 -168 57 82 -48 72 43 0.1867 28.91 158 41 -166 58 81 -49 73 53 0.1882 27.37 160 40 -164 58 79 -50 74 73 0.1896 26.74 162 34 -159 55 78 -57 75 -27 0.1769 42.55 147 42 -175 54 87 -47 76 -17 0.1790 40.32 149 42 -174 55 86 -47 77 -7 0.1811 38.09 151 42 -173 56 85 -47 78 3 0.1830 35.91 152 42 -172 56 84 -48 79 13 0.1848 33.82 154 41 -170 57 83 -48 80 23 0.1863 31.80 156 41 -169 57 82 -49 81 33 0.1878 30.03 158 40 -167 58 81 -50 82 43 0.1891 28.49 160 39 -164 58 80 -51 83 53 0.1904 27.28 162 37 -161 57 79 -53 84 -37 0.1777 43.85 147 41 -176 54 87 -48 85 -27 0.1798 41.62 148 41 -175 55 86 -48 86 -17 0.1819 39.36 150 41 -174 56 86 -48 87 -7 0.1839 37.15 152 41 -172 56 85 -49 88 3 0.1857 34.99 154 40 -171 57 84 -49 89 13 0.1873 33.02 156 39 -169 58 83 -50 90 23 0.1887 31.19 157 39 -167 58 82 -51 91 33 0.1900 29.65 159 37 -165 58 81 -52 92 43 0.1912 28.40 161 36 -162 57 79 -54 93 -57 0.1783 44.57 147 43 -175 54 87 -47 94 -37 0.1804 42.87 148 40 -175 55 87 -49 95 -27 0.1825 40.57 150 40 -174 56 86 -49 96 -17 0.1845 38.37 152 40 -173 57 85 -50 97 -7 0.1863 36.22 153 39 -172 57 84 -50 98 3 0.1880 34.22 155 38 -170 58 84 -51 99 13 0.1896 32.37 157 37 -168 58 82 -52 100 23 0.1909 30.83 159 36 -166 58 81 -54 automatic search suggests trial source # 92 Results for subevent # 1 trial source position # 92 time shift (multiple of dt) 43 strike,dip,rake 161 36 -162 strike,dip,rake 57 79 -54 SING. values, inlcuding vardat (min., max, min/max): 1.42068305E-15 3.32878252E-15 0.426787585 -8.26607419E+15 -7.10252246E+15 -7.75497953E+15 3.70473544E+15 -7.57174710E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.65728736E-02 ------- ##--------------- ###------------------ ####------- ----------- #####-------- P ------------- #####--------- -----------### #####---------------------##### ######-------------------######## ######-----------------########## ######--------------############# #######----------################ #######-------########### ##### #######---############## T #### ######--################ #### --------##################### --------################# --------############# ---------######## ------- 2022-05-24 18:24:31,620 INFO None 2022-05-24 18:24:31,621 INFO This is ISOLA Initializing array w Time required: 0.750696778 Reading input file gr.hes Time required: 3.59437156 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.984260261 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 33 0.1920 29.59 161 35 -163 58 80 -55 2 -67 0.1790 45.70 147 42 -176 54 87 -47 3 -57 0.1810 43.52 149 42 -175 55 86 -48 4 -47 0.1830 41.30 150 41 -174 56 86 -48 5 -37 0.1849 39.13 152 41 -173 57 85 -48 6 -27 0.1867 37.02 154 41 -172 58 84 -49 7 -7 0.1885 35.34 155 37 -171 58 84 -52 8 3 0.1900 33.54 156 36 -169 58 83 -53 9 13 0.1914 31.96 158 35 -167 58 82 -55 10 23 0.1926 30.71 160 34 -164 58 81 -56 11 33 0.1766 37.82 147 44 -174 53 85 -45 12 43 0.1789 35.98 149 44 -172 54 85 -45 13 53 0.1811 34.16 151 44 -171 55 84 -46 14 63 0.1832 32.38 152 43 -170 55 83 -46 15 73 0.1854 30.71 154 43 -168 56 81 -47 16 83 0.1876 29.11 156 42 -166 56 80 -48 17 93 0.1898 27.69 158 41 -163 56 79 -49 18 103 0.1920 26.59 161 39 -160 55 77 -51 19 113 0.1941 25.89 163 38 -156 55 75 -54 20 13 0.1779 40.05 148 45 -173 53 85 -44 21 33 0.1802 37.36 149 43 -173 54 85 -46 22 43 0.1823 35.48 151 43 -171 55 84 -46 23 53 0.1843 33.63 152 43 -170 56 83 -47 24 63 0.1864 31.86 154 42 -168 56 82 -47 25 73 0.1884 30.25 156 42 -166 56 81 -48 26 83 0.1904 28.81 158 40 -164 56 79 -50 27 93 0.1925 27.62 160 39 -161 56 78 -51 28 103 0.1945 26.80 163 37 -157 55 76 -54 29 3 0.1793 41.42 148 45 -174 54 85 -45 30 13 0.1814 39.50 149 45 -173 55 85 -45 31 33 0.1835 36.85 151 42 -172 55 84 -47 32 43 0.1855 34.96 152 42 -171 56 83 -47 33 53 0.1874 33.14 154 41 -169 56 82 -48 34 63 0.1892 31.44 156 41 -167 57 81 -49 35 73 0.1911 29.93 158 40 -165 57 80 -50 36 83 0.1930 28.73 160 38 -162 56 79 -52 37 93 0.1948 27.81 163 37 -159 56 77 -54 38 -7 0.1806 43.00 148 44 -174 54 86 -45 39 3 0.1828 40.91 149 44 -173 55 85 -45 40 13 0.1847 38.87 151 44 -172 56 84 -45 41 23 0.1867 36.87 153 44 -171 56 83 -46 42 33 0.1884 34.94 154 44 -169 57 83 -46 43 53 0.1902 32.72 156 40 -168 57 82 -50 44 63 0.1918 31.17 158 39 -166 57 81 -51 45 73 0.1935 29.86 160 38 -163 57 79 -52 46 83 0.1952 28.91 162 36 -160 56 78 -54 47 -17 0.1816 44.50 147 43 -175 54 86 -46 48 -7 0.1839 42.41 149 43 -174 55 85 -46 49 3 0.1860 40.30 151 43 -172 56 85 -46 50 13 0.1878 38.21 152 43 -171 56 84 -47 51 23 0.1896 36.22 154 43 -170 57 83 -47 52 33 0.1912 34.35 156 42 -168 58 82 -47 53 43 0.1928 32.62 158 41 -167 58 81 -48 54 53 0.1943 31.12 159 40 -165 58 80 -49 55 63 0.1957 29.89 161 39 -162 58 79 -51 56 -27 0.1826 45.99 147 42 -175 54 87 -47 57 -17 0.1848 43.87 149 42 -174 55 86 -47 58 -7 0.1870 41.72 151 42 -173 56 85 -47 59 3 0.1890 39.62 152 42 -172 57 84 -48 60 13 0.1908 37.58 154 41 -171 57 84 -48 61 23 0.1923 35.63 156 41 -169 58 83 -48 62 33 0.1938 33.85 157 40 -167 58 82 -49 63 43 0.1952 32.32 159 39 -165 58 81 -50 64 53 0.1965 31.04 161 38 -163 58 79 -52 65 -37 0.1833 47.50 147 41 -176 54 87 -48 66 -27 0.1856 45.32 148 41 -175 55 86 -48 67 -17 0.1877 43.13 150 41 -174 56 86 -48 68 -7 0.1897 40.97 152 41 -173 57 85 -48 69 3 0.1917 38.90 154 40 -171 57 84 -49 70 13 0.1933 36.97 155 40 -170 58 83 -49 71 23 0.1948 35.17 157 39 -168 58 82 -50 72 33 0.1961 33.57 159 38 -166 58 81 -51 73 43 0.1973 32.28 161 37 -164 58 80 -53 74 -57 0.1840 48.49 147 43 -175 54 87 -46 75 -37 0.1861 46.74 148 40 -176 55 87 -49 76 -27 0.1883 44.51 150 40 -175 56 86 -49 77 -17 0.1903 42.33 151 40 -173 57 86 -49 78 -7 0.1922 40.20 153 39 -172 57 85 -50 79 3 0.1940 38.24 155 39 -171 58 84 -50 80 13 0.1956 36.45 157 38 -169 58 83 -51 81 23 0.1969 34.84 158 37 -167 59 82 -52 82 33 0.1981 33.54 160 36 -165 59 81 -54 83 -67 0.1847 49.75 147 42 -176 54 87 -47 84 -57 0.1867 47.64 148 42 -175 55 87 -47 85 -47 0.1887 45.48 150 42 -174 56 86 -47 86 -37 0.1907 43.35 152 41 -173 57 85 -48 87 -27 0.1926 41.30 153 41 -172 58 85 -48 88 -17 0.1944 39.32 155 41 -171 59 84 -49 89 -7 0.1960 37.44 157 40 -170 59 83 -49 90 3 0.1975 35.77 158 39 -168 59 82 -50 91 13 0.1987 34.35 160 38 -166 60 81 -51 92 33 0.1811 39.78 148 43 -173 53 85 -46 93 43 0.1834 37.99 150 43 -171 54 84 -46 94 53 0.1857 36.26 151 43 -170 54 83 -46 95 63 0.1880 34.56 153 43 -169 55 82 -47 96 73 0.1901 32.92 155 42 -167 55 81 -47 97 83 0.1923 31.40 157 42 -165 56 80 -48 98 93 0.1945 30.08 159 41 -162 56 78 -50 99 103 0.1967 29.07 161 39 -159 55 77 -52 100 113 0.1988 28.37 164 38 -156 55 75 -54 automatic search suggests trial source # 100 Results for subevent # 1 trial source position # 100 time shift (multiple of dt) 113 strike,dip,rake 164 38 -156 strike,dip,rake 55 75 -54 SING. values, inlcuding vardat (min., max, min/max): 1.37064394E-15 3.02023912E-15 0.453819662 -9.45944643E+15 -7.10438808E+15 -7.92147071E+15 4.27975103E+15 -1.02319618E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.95287871E-02 ------- ##--------------- ###------------------ ####--------------------- #####-------- ------------# ######-------- P -----------### #####--------- ---------##### ######-------------------######## ######-----------------########## #######--------------############ #######------------############## #######---------########## #### #######-----############# T ### ######################### ### ##------##################### --------################# --------############# ---------######## ------- 2022-05-24 18:24:37,699 INFO None 2022-05-24 18:24:37,699 INFO This is ISOLA Initializing array w Time required: 0.595215142 Reading input file gr.hes Time required: 3.26777077 number of stations (max 16 ), nr= 6 stations used in the inversion: AG02 ISB1 PCDR SMDR VGB1 CLS1 ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/ISB1raw.dat ISB1fil.dat ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/VGB1raw.dat VGB1fil.dat ../../raw/0/CLS1raw.dat CLS1fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.923069000 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 23 0.1825 41.43 148 42 -173 53 85 -47 2 33 0.1848 39.61 149 42 -172 54 84 -47 3 43 0.1870 37.77 151 42 -171 55 83 -47 4 53 0.1891 36.00 153 42 -169 55 83 -47 5 63 0.1912 34.30 155 42 -168 56 81 -48 6 73 0.1932 32.77 157 41 -166 56 80 -49 7 83 0.1952 31.38 158 40 -163 56 79 -50 8 93 0.1972 30.21 161 39 -161 56 78 -52 9 103 0.1993 29.43 163 38 -158 56 76 -54 10 3 0.1839 43.73 148 44 -173 53 85 -45 11 13 0.1861 41.88 150 44 -172 54 84 -45 12 33 0.1882 39.40 151 42 -171 55 84 -48 13 43 0.1903 37.57 153 41 -170 55 83 -48 14 53 0.1923 35.81 154 41 -168 56 82 -49 15 63 0.1942 34.16 156 40 -166 56 81 -49 16 73 0.1960 32.70 158 40 -164 57 80 -50 17 83 0.1978 31.47 160 38 -162 56 79 -52 18 93 0.1996 30.59 162 37 -159 56 77 -54 19 -7 0.1851 45.44 148 43 -174 53 85 -46 20 3 0.1874 43.48 149 43 -172 54 85 -46 21 13 0.1895 41.56 151 43 -171 55 84 -46 22 23 0.1915 39.69 153 43 -170 56 83 -46 23 33 0.1934 37.86 154 43 -169 57 82 -47 24 43 0.1951 36.10 156 43 -167 57 81 -47 25 53 0.1968 34.46 158 42 -166 58 80 -48 26 63 0.1985 33.01 160 41 -164 58 79 -49 27 73 0.2001 31.86 162 40 -161 58 78 -50 28 -17 0.1862 47.15 147 42 -174 53 86 -47 29 -7 0.1885 45.15 149 42 -173 54 85 -47 30 3 0.1907 43.17 151 42 -172 55 84 -47 31 13 0.1927 41.20 153 42 -171 56 84 -47 32 23 0.1945 39.32 154 42 -170 57 83 -47 33 33 0.1962 37.52 156 42 -168 57 82 -48 34 43 0.1978 35.84 158 41 -167 58 81 -49 35 53 0.1994 34.36 159 40 -165 58 80 -50 36 63 0.2008 33.13 161 39 -162 58 79 -51 37 -27 0.1872 48.83 147 42 -175 54 86 -47 38 -17 0.1895 46.80 149 42 -174 55 86 -47 39 -7 0.1917 44.78 151 42 -173 55 85 -48 40 3 0.1937 42.74 152 41 -172 56 84 -48 41 13 0.1956 40.79 154 41 -170 57 83 -48 42 23 0.1973 38.96 156 41 -169 58 83 -49 43 33 0.1988 37.27 157 40 -167 58 82 -49 44 43 0.2002 35.74 159 39 -166 58 81 -50 45 53 0.2016 34.49 161 38 -164 58 80 -52 46 -37 0.1880 50.50 147 41 -176 54 87 -48 47 -27 0.1902 48.43 148 41 -175 55 86 -48 48 -17 0.1924 46.31 150 41 -174 56 86 -48 49 -7 0.1945 44.29 152 41 -172 56 85 -49 50 3 0.1965 42.27 153 40 -171 57 84 -49 51 13 0.1982 40.42 155 40 -170 58 83 -50 52 23 0.1997 38.71 157 39 -168 58 82 -50 53 33 0.2011 37.16 159 38 -167 58 81 -51 54 43 0.2023 35.87 160 38 -165 59 80 -52 55 -57 0.1887 51.69 147 42 -175 54 87 -47 56 -37 0.1909 50.01 148 40 -176 55 87 -49 57 -27 0.1931 47.88 149 40 -174 56 86 -49 58 -17 0.1951 45.78 151 40 -173 57 86 -49 59 -7 0.1970 43.76 153 39 -172 57 85 -50 60 3 0.1988 41.86 155 39 -171 58 84 -50 61 13 0.2004 40.13 156 38 -169 58 83 -51 62 23 0.2018 38.59 158 38 -168 59 82 -52 63 33 0.2029 37.25 160 37 -166 59 81 -53 64 -67 0.1895 53.18 146 42 -176 54 87 -47 65 -57 0.1916 51.13 148 42 -175 55 87 -47 66 -47 0.1936 49.08 150 41 -174 56 86 -48 67 -37 0.1956 47.02 151 41 -173 57 85 -48 68 -27 0.1975 45.03 153 41 -172 58 85 -48 69 -17 0.1993 43.16 155 41 -171 58 84 -49 70 -7 0.2009 41.37 156 40 -170 59 83 -49 71 3 0.2024 39.77 158 39 -169 59 82 -50 72 13 0.2036 38.36 159 39 -167 60 82 -51 73 33 0.1845 41.03 148 42 -172 52 84 -47 74 43 0.1869 39.33 150 42 -170 53 83 -47 75 53 0.1892 37.67 152 42 -169 54 82 -47 76 63 0.1915 36.11 154 42 -167 54 81 -48 77 73 0.1937 34.61 155 41 -166 55 80 -48 78 83 0.1958 33.24 157 41 -164 55 79 -49 79 93 0.1980 31.99 159 40 -161 55 78 -51 80 103 0.2001 31.03 162 39 -159 55 76 -52 81 113 0.2021 30.41 164 37 -155 55 75 -54 82 23 0.1859 42.89 148 42 -172 53 85 -48 83 33 0.1882 41.13 150 42 -171 53 84 -48 84 43 0.1906 39.40 152 41 -170 54 83 -48 85 53 0.1927 37.73 153 41 -168 55 82 -48 86 63 0.1947 36.17 155 41 -166 55 81 -49 87 73 0.1968 34.75 157 40 -165 56 80 -50 88 83 0.1988 33.43 159 39 -162 56 79 -51 89 93 0.2007 32.37 161 38 -160 56 77 -52 90 103 0.2026 31.64 163 37 -157 55 76 -54 91 3 0.1873 45.29 148 43 -172 53 84 -46 92 13 0.1896 43.51 150 43 -171 54 84 -46 93 23 0.1918 41.77 152 43 -170 55 83 -46 94 43 0.1939 39.49 153 41 -169 55 83 -49 95 53 0.1958 37.86 155 40 -167 56 82 -49 96 63 0.1977 36.29 157 40 -166 56 81 -50 97 73 0.1996 34.94 158 39 -164 56 79 -51 98 83 0.2013 33.80 161 38 -161 56 78 -52 99 83 0.2031 33.01 162 40 -160 57 77 -51 100 -7 0.1885 47.22 148 42 -173 53 85 -47 automatic search suggests trial source # 72 Results for subevent # 1 trial source position # 72 time shift (multiple of dt) 13 strike,dip,rake 159 39 -167 strike,dip,rake 60 82 -51 SING. values, inlcuding vardat (min., max, min/max): 1.20791578E-15 2.85051765E-15 0.423753142 -1.00429360E+16 -9.62616310E+15 -9.18194752E+15 5.45624055E+15 -9.67522558E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.14743423E-02 ------- ##--------------- ###------------------ ####-------- ---------- #####--------- P ------------ ######--------- -----------## #####----------------------#### ######-------------------######## ######----------------########### #######------------############## #######---------################# ########-----############ ##### #######-################ T #### ####-----############### #### ---------#################### ---------################ ---------############ ----------####### ------- 2022-05-24 18:24:37,700 INFO Function 'calculateInversions' executed 155.95 seconds 2022-05-24 18:24:43,210 INFO Function 'gatherResults' executed 5.51 seconds 2022-05-24 18:25:45,628 INFO Function 'allplots' executed 62.42 seconds