2022-04-26 19:16:41,029 INFO Starting MT calculation for Event Event: 2022-04-25T14:59:59.280000Z | +19.073, -68.238 | 3.77 Md | manual resource_id: ResourceIdentifier(id="smi:org.gfz-potsdam.de/geofon/PR2022_ibla") creation_info: CreationInfo(agency_id='PRSMP', author='scevent@sc.smp.uprm.edu', creation_time=UTCDateTime(2022, 4, 25, 16, 40, 53, 98476)) preferred_origin_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022115003") preferred_magnitude_id: ResourceIdentifier(id="quakeml:pr.anss.org/magnitude/2022115003/Md") --------- event_descriptions: 1 Elements picks: 35 Elements origins: 1 Elements magnitudes: 4 Elements Origin resource_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022115003") time: UTCDateTime(2022, 4, 25, 14, 59, 59, 280000) longitude: -68.2378 latitude: 19.0731 depth: 45000.0 [uncertainty=13640.0] depth_type: 'from location' quality: OriginQuality(used_phase_count=32, used_station_count=17, standard_error=0.92, azimuthal_gap=185.0, minimum_distance=0.5773) origin_uncertainty: OriginUncertainty(horizontal_uncertainty=4960.0, preferred_description='horizontal uncertainty') evaluation_mode: 'manual' creation_info: CreationInfo(agency_id='PRSN', author='prsn@prsn.uprm.edu', creation_time=UTCDateTime(2022, 4, 25, 16, 38, 27, 182589)) --------- arrivals: 35 Elements Magnitude resource_id: ResourceIdentifier(id="quakeml:pr.anss.org/magnitude/2022115003/Md") mag: 3.77 [uncertainty=0.07] magnitude_type: 'Md' origin_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022115003") method_id: ResourceIdentifier(id="quakeml:anss.org/cube/magnitudeType/Md") station_count: 7 evaluation_status: 'reviewed' creation_info: CreationInfo(agency_id='PRSN', author='prsn@prsn.uprm.edu', creation_time=UTCDateTime(2022, 4, 25, 16, 38, 27, 182589)) 2022-04-26 19:16:41,029 INFO Setting working dir to: /home/prsmp/PRSMP/results/realtime/2022/PR2022_ibla/2022-04-26T19:16:41.026549Z 2022-04-26 19:16:41,030 INFO Retrieving inventory with working epochs from 2022-04-25T14:59:49.280000Z to 2022-04-25T15:04:06.280000Z and stations between 0 and 250 km from event's location 2022-04-26 19:16:41,032 INFO Connecting to FDSNWS host http://192.168.2.23:8080 2022-04-26 19:16:45,185 INFO Accepted channels: ['BH1', 'BH2', 'BH3', 'BHE', 'BHN', 'BHZ', 'HH1', 'HH2', 'HH3', 'HHE', 'HHN', 'HHZ', 'HN1', 'HN2', 'HN3', 'HNE', 'HNN', 'HNZ'] 2022-04-26 19:16:45,334 INFO Saving inventory in one StationXML file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_ibla/2022-04-26T19:16:41.026549Z/inventory.xml 2022-04-26 19:16:46,080 INFO Function 'getInventory' executed 5.05 seconds 2022-04-26 19:16:46,094 INFO Inventory created at 2022-04-26T19:16:45.319480Z Created by: ObsPy 1.2.2 https://www.obspy.org Sending institution: ObsPy 1.2.2,SeisComP (PRSMP) Contains: Networks (322): IU (9x), PR (313x) Stations (322): 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.CLS1 (Ciales Fire Station) (3x) PR.COM1 (Coamo 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.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.GYN1 (Guayanilla Fire Station) (3x) PR.HRM1 (Hormigueros Minor Basilic) (3x) PR.HTL1 (Hatillo Fire Station) (3x) 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.LSP (Cerro Las Mesas) (3x) PR.MLPR (MLPR) (6x) 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.OBIP (OBIP) (3x) PR.PCDR (PCDR) (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 (329): 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.CLS1..HNZ, PR.CLS1..HNN, PR.CLS1..HNE, PR.COM1..HNZ, PR.COM1..HNN, PR.COM1..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.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.GYN1..HNZ, PR.GYN1..HNN, PR.GYN1..HNE, PR.HRM1..HNZ, PR.HRM1..HNN, PR.HRM1..HNE, PR.HTL1..HNZ, PR.HTL1..HNN, PR.HTL1..HNE, 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.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.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.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.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 2022-04-26 19:16:46,118 INFO Selecting stations with channel codes ['BH', 'HH', 'HN'] and that they are between 0 and 250 km from event's location 2022-04-26 19:16:46,219 INFO Saving inventory in XML file /home/prsmp/PRSMP/results/realtime/2022/PR2022_ibla/2022-04-26T19:16:41.026549Z/inventory.xml 2022-04-26 19:16:46,967 INFO Function 'selectDist' executed 0.85 seconds 2022-04-26 19:16:46,981 INFO Inventory created at 2022-04-26T19:16:46.219376Z Created by: ObsPy 1.2.2 https://www.obspy.org Sending institution: ObsPy 1.2.2,SeisComP (PRSMP) Contains: Networks (322): IU (9x), PR (313x) Stations (322): 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.CLS1 (Ciales Fire Station) (3x) PR.COM1 (Coamo 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.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.GYN1 (Guayanilla Fire Station) (3x) PR.HRM1 (Hormigueros Minor Basilic) (3x) PR.HTL1 (Hatillo Fire Station) (3x) 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.LSP (Cerro Las Mesas) (3x) PR.MLPR (MLPR) (6x) 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.OBIP (OBIP) (3x) PR.PCDR (PCDR) (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 (329): 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.CLS1..HNZ, PR.CLS1..HNN, PR.CLS1..HNE, PR.COM1..HNZ, PR.COM1..HNN, PR.COM1..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.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.GYN1..HNZ, PR.GYN1..HNN, PR.GYN1..HNE, PR.HRM1..HNZ, PR.HRM1..HNN, PR.HRM1..HNE, PR.HTL1..HNZ, PR.HTL1..HNN, PR.HTL1..HNE, 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.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.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.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.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 2022-04-26 19:16:47,005 INFO Retrieving waveforms based on inventory from 2022-04-25T14:59:49.280000Z to 2022-04-25T15:04:06.280000Z 2022-04-26 19:16:47,018 INFO Connecting to FDSNWS host http://192.168.2.23:8080 2022-04-26 19:17:42,683 INFO Saving waveforms in one mseed file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_ibla/2022-04-26T19:16:41.026549Z/streams.mseed 2022-04-26 19:17:43,013 INFO 279 Trace(s) in Stream: PR.SMDR..BHE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 10281 samples PR.SMDR..BHN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 10281 samples PR.SMDR..BHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 10281 samples PR.PCDR..BHE | 2022-04-25T14:59:49.300000Z - 2022-04-25T15:04:06.300000Z | 40.0 Hz, 10281 samples PR.PCDR..BHN | 2022-04-25T14:59:49.300000Z - 2022-04-25T15:04:06.300000Z | 40.0 Hz, 10281 samples PR.PCDR..BHZ | 2022-04-25T14:59:49.300000Z - 2022-04-25T15:04:06.300000Z | 40.0 Hz, 10281 samples PR.OBIP..BHE | 2022-04-25T14:59:49.280000Z - 2022-04-25T15:04:06.280000Z | 40.0 Hz, 10281 samples PR.OBIP..BHN | 2022-04-25T14:59:49.280000Z - 2022-04-25T15:04:06.280000Z | 40.0 Hz, 10281 samples PR.OBIP..BHZ | 2022-04-25T14:59:49.280000Z - 2022-04-25T15:04:06.280000Z | 40.0 Hz, 10281 samples PR.AGPR.00.HH1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HH2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HH1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HH2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HH1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HH2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HH1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HH2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HH1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HH2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HH1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HH2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HH1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HH2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HH1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HH2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HH1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HH2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CELP.00.HH1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CELP.00.HH2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CELP.00.HHZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.YAC1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.YAC1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.YAC1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SNS1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SNS1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SNS1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY02..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY02..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY02..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.AGPR.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.UTD2..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.UTD2..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.UTD2..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CYY2..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CYY2..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CYY2..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN02..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN02..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN02..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CRPR.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.MY09..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY09..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY09..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SBG1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SBG1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SBG1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SJ01..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SJ01..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SJ01..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SNG1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SNG1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SNG1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.AOPR.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PN10..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN10..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN10..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ISB2..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ISB2..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ISB2..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN05..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN05..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN05..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.AR02..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.AR02..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.AR02..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN12..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN12..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN12..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.UUPR.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PCDR..HNE | 2022-04-25T14:59:49.288393Z - 2022-04-25T15:04:06.288393Z | 100.0 Hz, 25701 samples PR.PCDR..HNN | 2022-04-25T14:59:49.288393Z - 2022-04-25T15:04:06.288393Z | 100.0 Hz, 25701 samples PR.PCDR..HNZ | 2022-04-25T14:59:49.288393Z - 2022-04-25T15:04:06.288393Z | 100.0 Hz, 25701 samples PR.MLPR.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.SNI1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SNI1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SNI1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ROPR.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.ROPR.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.ROPR.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.SJ02..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SJ02..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SJ02..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GY02..HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GY02..HN3 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GY02..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CYY1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CYY1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CYY1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.LJS1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.LJS1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.LJS1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ANS1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ANS1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ANS1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PRSN.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PNL3..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PNL3..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PNL3..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN01..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN01..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN01..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY03..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY03..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY03..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GCPR.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CR02..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CR02..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CR02..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY05..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY05..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN13..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN13..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN13..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GNC1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GNC1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GNC1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CBR3..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CBR3..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CBR3..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.VGB1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.VGB1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.VGB1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN08..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN08..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN08..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TOA1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TOA1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TOA1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY10..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY10..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY10..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.HRM1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.HRM1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.HRM1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.YAC2..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.YAC2..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.YAC2..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ISB1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ISB1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ISB1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN06..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN06..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN06..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.LJS2..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.LJS2..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.LJS2..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TA02..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TA02..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TA02..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.BY01..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.BY01..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.BY01..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TOA2..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TOA2..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TOA2..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY12..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY12..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MY12..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.JND1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.JND1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.JND1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GNC2..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GNC2..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GNC2..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MRC1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MRC1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.MRC1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN09..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN09..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN09..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN11..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN11..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN11..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CBR2..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CBR2..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CBR2..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.BRR1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.BRR1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CR03..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CR03..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CR03..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.RNC1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.RNC1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.RNC1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.BY02..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.BY02..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.BY02..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.UTD3..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.UTD3..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.UTD3..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.HTL1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.HTL1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.HTL1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ADJ1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ADJ1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ADJ1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.COM1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.COM1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.COM1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CLS1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CLS1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CLS1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CBR1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CBR1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CBR1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.EMPR.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.SJ03..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SJ03..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.SJ03..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PNL2..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PNL2..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PNL2..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.ECPR.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.GY01..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GY01..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GY01..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.CELP.00.HN1 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CELP.00.HN2 | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.CELP.00.HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.GYN1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GYN1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.GYN1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TA01..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TA01..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.TA01..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.AG02..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.AG02..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.AG02..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN03..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PN03..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PN03..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.QBPR..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.QBPR..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 100.0 Hz, 25701 samples PR.PN04..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN04..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN04..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.UTD1..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.UTD1..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.UTD1..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN07..HNE | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN07..HNN | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples PR.PN07..HNZ | 2022-04-25T14:59:49.290000Z - 2022-04-25T15:04:06.290000Z | 200.0 Hz, 51401 samples 2022-04-26 19:17:43,014 INFO Function 'inner' executed 56.01 seconds 2022-04-26 19:17:43,014 INFO Removing waveforms with inconsistency between data and meta data 2022-04-26 19:17:43,024 INFO Removing waveforms with gaps 2022-04-26 19:17:43,031 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 2022-04-26 19:17:56,490 INFO 213 Trace(s) in Stream: PR.ADJ1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ADJ1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ADJ1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.AG02..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.AG02..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.AG02..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ANS1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ANS1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ANS1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.AR02..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.AR02..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.AR02..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.BRR1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.BRR1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.BY01..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.BY01..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.BY01..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.BY02..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.BY02..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.BY02..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR3..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR3..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR3..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CLS1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CLS1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CLS1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.COM1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.COM1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.COM1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CR02..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CR02..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CR02..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CR03..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CR03..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CR03..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CYY1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CYY1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CYY1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CYY2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CYY2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CYY2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GNC1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GNC1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GNC1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GNC2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GNC2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GNC2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GY01..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GY01..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GY01..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GYN1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GYN1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.GYN1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.HRM1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.HRM1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.HRM1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.HTL1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.HTL1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.HTL1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ISB1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ISB1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ISB1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ISB2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ISB2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.ISB2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.JND1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.JND1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.JND1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.LJS1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.LJS1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.LJS1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.LJS2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.LJS2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.LJS2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MRC1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MRC1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MRC1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY02..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY02..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY02..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY03..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY03..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY03..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY05..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY05..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY09..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY09..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY09..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY10..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY10..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY10..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY12..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY12..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.MY12..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.OBIP..BHE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 40.0 Hz, 9881 samples PR.OBIP..BHN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 40.0 Hz, 9881 samples PR.OBIP..BHZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 40.0 Hz, 9881 samples PR.PCDR..BHE | 2022-04-25T14:59:59.275000Z - 2022-04-25T15:04:06.275000Z | 40.0 Hz, 9881 samples PR.PCDR..BHN | 2022-04-25T14:59:59.275000Z - 2022-04-25T15:04:06.275000Z | 40.0 Hz, 9881 samples PR.PCDR..BHZ | 2022-04-25T14:59:59.275000Z - 2022-04-25T15:04:06.275000Z | 40.0 Hz, 9881 samples PR.PCDR..HNE | 2022-04-25T14:59:59.278393Z - 2022-04-25T15:04:06.278393Z | 100.0 Hz, 24701 samples PR.PCDR..HNN | 2022-04-25T14:59:59.278393Z - 2022-04-25T15:04:06.278393Z | 100.0 Hz, 24701 samples PR.PCDR..HNZ | 2022-04-25T14:59:59.278393Z - 2022-04-25T15:04:06.278393Z | 100.0 Hz, 24701 samples PR.PN01..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN01..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN01..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN02..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN02..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN02..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN03..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 100.0 Hz, 24701 samples PR.PN03..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 100.0 Hz, 24701 samples PR.PN03..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 100.0 Hz, 24701 samples PR.PN04..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN04..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN04..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN05..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN05..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN05..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN06..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN06..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN06..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN07..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN07..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN07..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN08..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN08..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN08..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN09..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN09..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN09..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN10..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN10..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN10..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN11..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN11..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN11..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN12..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN12..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN12..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN13..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN13..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PN13..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PNL2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PNL2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PNL2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PNL3..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PNL3..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PNL3..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.QBPR..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 100.0 Hz, 24701 samples PR.QBPR..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 100.0 Hz, 24701 samples PR.RNC1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.RNC1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.RNC1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SBG1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SBG1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SBG1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SJ01..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SJ01..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SJ01..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SJ02..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SJ02..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SJ02..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SJ03..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SJ03..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SJ03..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SMDR..BHE | 2022-04-25T14:59:59.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 9881 samples PR.SMDR..BHN | 2022-04-25T14:59:59.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 9881 samples PR.SMDR..BHZ | 2022-04-25T14:59:59.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 9881 samples PR.SNG1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SNG1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SNG1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SNI1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SNI1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SNI1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SNS1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SNS1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SNS1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TA01..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TA01..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TA01..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TA02..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TA02..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TA02..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TOA1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TOA1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TOA1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TOA2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TOA2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.TOA2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.UTD1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.UTD1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.UTD1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.UTD2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.UTD2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.UTD2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.UTD3..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.UTD3..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.UTD3..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.VGB1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.VGB1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.VGB1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.YAC1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.YAC1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.YAC1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.YAC2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.YAC2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.YAC2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples 2022-04-26 19:17:56,490 INFO Function 'inner' executed 13.48 seconds 2022-04-26 19:17:56,490 INFO Selecting subset of streams based on Azimuthal Coverage and Rules 2022-04-26 19:17:56,790 INFO Sector [0,45): [] 2022-04-26 19:17:56,790 INFO Sector [45,90): [] 2022-04-26 19:17:56,859 INFO Sector [90,135): [('RNC1', 1, 'ACC', 3, -131759.83333888333), ('AG02', 1, 'ACC', 3, -132254.64377946884)] 2022-04-26 19:17:56,862 INFO Sector [135,180): [('CBR2', 1, 'ACC', 3, -161754.8309202006), ('CBR3', 1, 'ACC', 3, -167595.05438094385)] 2022-04-26 19:17:56,864 INFO Sector [180,225): [('PCDR', 1, 'ACC', 6, -63650.83769400526)] 2022-04-26 19:17:56,865 INFO Sector [225,270): [] 2022-04-26 19:17:56,866 INFO Sector [270,315): [('SMDR', 1, 'ACC', 3, -102798.19905991874)] 2022-04-26 19:17:56,867 INFO Sector [315,360): [] 2022-04-26 19:17:56,880 INFO 21 Trace(s) in Stream: PR.AG02..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.AG02..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.AG02..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR3..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR3..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR3..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PCDR..BHE | 2022-04-25T14:59:59.275000Z - 2022-04-25T15:04:06.275000Z | 40.0 Hz, 9881 samples PR.PCDR..BHN | 2022-04-25T14:59:59.275000Z - 2022-04-25T15:04:06.275000Z | 40.0 Hz, 9881 samples PR.PCDR..BHZ | 2022-04-25T14:59:59.275000Z - 2022-04-25T15:04:06.275000Z | 40.0 Hz, 9881 samples PR.PCDR..HNE | 2022-04-25T14:59:59.278393Z - 2022-04-25T15:04:06.278393Z | 100.0 Hz, 24701 samples PR.PCDR..HNN | 2022-04-25T14:59:59.278393Z - 2022-04-25T15:04:06.278393Z | 100.0 Hz, 24701 samples PR.PCDR..HNZ | 2022-04-25T14:59:59.278393Z - 2022-04-25T15:04:06.278393Z | 100.0 Hz, 24701 samples PR.RNC1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.RNC1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.RNC1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SMDR..BHE | 2022-04-25T14:59:59.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 9881 samples PR.SMDR..BHN | 2022-04-25T14:59:59.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 9881 samples PR.SMDR..BHZ | 2022-04-25T14:59:59.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 9881 samples 2022-04-26 19:17:56,880 INFO Function 'inner' executed 0.39 seconds 2022-04-26 19:17:56,887 INFO Saving corrected waveforms in one mseed file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_ibla/2022-04-26T19:16:41.026549Z/streams_corrected.mseed 2022-04-26 19:17:56,928 INFO 18 Trace(s) in Stream: PR.AG02..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.AG02..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.AG02..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR2..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR2..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR2..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR3..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR3..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.CBR3..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.PCDR..BHE | 2022-04-25T14:59:59.275000Z - 2022-04-25T15:04:06.275000Z | 40.0 Hz, 9881 samples PR.PCDR..BHN | 2022-04-25T14:59:59.275000Z - 2022-04-25T15:04:06.275000Z | 40.0 Hz, 9881 samples PR.PCDR..BHZ | 2022-04-25T14:59:59.275000Z - 2022-04-25T15:04:06.275000Z | 40.0 Hz, 9881 samples PR.RNC1..HNE | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.RNC1..HNN | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.RNC1..HNZ | 2022-04-25T14:59:59.280000Z - 2022-04-25T15:04:06.280000Z | 200.0 Hz, 49401 samples PR.SMDR..BHE | 2022-04-25T14:59:59.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 9881 samples PR.SMDR..BHN | 2022-04-25T14:59:59.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 9881 samples PR.SMDR..BHZ | 2022-04-25T14:59:59.290000Z - 2022-04-25T15:04:06.290000Z | 40.0 Hz, 9881 samples 2022-04-26 19:17:56,929 INFO Function 'inner' executed 0.05 seconds 2022-04-26 19:17:56,929 INFO Creating sources files based on Grid rules 2022-04-26 19:17:56,930 INFO - Depth: - - 0 - 31 - 2 Distance: - - 0 - 9 - 2 Rule: - 3.5 - 5.5 2022-04-26 19:17:56,945 INFO Grid index: 0 Calculated source points: 2511 Dispatched in 26 source file(s) 2022-04-26 19:17:56,945 INFO Selecting crustal model files based on Crustal rules 2022-04-26 19:17:56,946 INFO - Filepath: crustals/novotny.vz Geobox: null 2022-04-26 19:17:56,946 INFO Crustal model Index: 0 Copying crustal file: crustals/novotny.vz to /home/prsmp/PRSMP/results/realtime/2022/PR2022_ibla/2022-04-26T19:16:41.026549Z/crustals directory 2022-04-26 19:17:56,946 INFO Creating Greens' Functions configuration files (grdat.hed) 2022-04-26 19:17:56,947 INFO Greens' Functions configuration index: 0 2022-04-26 19:17:56,947 INFO Creating Stations file (station.dat) 2022-04-26 19:17:56,993 INFO Performing Greens' Functions Computation 2022-04-26 19:17:57,687 INFO None 2022-04-26 19:17:57,687 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 11 10 16 15 12 14 13 17 19 18 23 24 20 25 27 26 22 21 28 31 32 33 34 35 30 29 36 41 42 43 40 39 37 38 44 49 47 51 50 48 45 46 52 56 55 54 53 Done 2022-04-26 19:17:58,338 INFO None 2022-04-26 19:17:58,339 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 8 2 1 9 10 11 16 13 15 14 12 17 18 19 23 24 21 25 26 27 20 22 31 33 32 35 34 29 30 28 37 40 41 42 43 39 36 38 45 47 50 49 51 48 44 46 53 56 55 52 54 Done 2022-04-26 19:17:58,716 INFO None 2022-04-26 19:17:59,069 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 5 4 3 6 1 2 9 14 13 11 12 15 16 10 17 18 20 22 23 19 21 24 25 26 28 31 30 29 27 34 32 36 38 33 39 37 35 40 42 44 41 46 47 45 48 43 50 55 56 52 49 54 53 51 Done 2022-04-26 19:17:59,455 INFO None 2022-04-26 19:17:59,456 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 8 2 1 10 9 12 15 16 11 13 14 17 18 19 20 24 23 25 26 21 27 22 28 31 32 35 33 34 36 29 30 39 40 41 42 43 44 37 38 51 52 48 47 49 50 45 46 55 56 54 53 Done 2022-04-26 19:17:59,827 INFO None 2022-04-26 19:17:59,827 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 15 16 14 13 17 18 19 20 24 23 25 27 26 22 21 28 31 32 33 35 36 34 29 30 39 40 41 43 44 42 37 38 48 47 52 49 51 50 45 46 56 54 53 55 Done 2022-04-26 19:18:00,182 INFO None 2022-04-26 19:18:00,182 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 8 7 6 5 4 2 3 1 9 12 16 13 14 10 11 15 17 22 21 20 24 25 18 19 23 28 29 30 32 33 26 27 31 36 37 38 34 35 40 41 39 44 46 45 42 43 49 48 47 52 53 54 50 51 56 55 Done 2022-04-26 19:18:00,532 INFO None 2022-04-26 19:18:00,533 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 12 9 16 14 15 17 18 21 19 20 24 26 25 27 22 29 28 23 32 33 34 35 37 36 30 31 41 40 42 45 43 44 38 39 48 50 49 51 53 46 47 52 56 54 55 Done 2022-04-26 19:18:00,855 INFO None 2022-04-26 19:18:00,856 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 4 1 9 12 11 14 10 13 15 17 16 19 20 24 18 25 22 21 23 27 28 30 31 32 33 26 29 35 36 38 39 41 40 34 37 43 44 46 47 49 48 42 45 52 51 54 55 56 50 53 Done 2022-04-26 19:18:01,156 INFO None 2022-04-26 19:18:01,156 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 13 11 14 16 10 12 15 17 19 21 22 24 25 18 20 23 27 29 30 33 31 32 26 28 35 37 40 38 41 34 36 39 43 45 46 48 49 42 44 47 51 53 54 50 56 52 55 Done 2022-04-26 19:18:01,462 INFO None 2022-04-26 19:18:01,462 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 11 12 13 14 16 10 15 17 20 19 21 22 24 18 25 23 27 29 28 30 32 26 33 31 35 37 38 36 40 34 41 39 43 46 45 42 48 44 49 47 51 54 53 50 56 52 55 Done 2022-04-26 19:18:02,237 INFO None 2022-04-26 19:18:02,237 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 4 2 1 5 3 10 9 13 14 12 18 17 15 16 11 21 22 20 23 25 26 24 19 29 27 28 32 31 30 34 36 35 37 39 38 40 33 42 41 43 44 45 47 49 46 48 50 52 51 55 53 56 54 Done 2022-04-26 19:18:02,662 INFO None 2022-04-26 19:18:02,662 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 3 5 2 4 1 9 10 11 14 16 13 17 18 19 12 15 20 22 25 26 21 27 28 23 30 29 24 31 36 34 33 38 37 39 32 35 42 44 46 41 45 43 47 40 48 49 51 50 52 53 54 55 56 Done 2022-04-26 19:18:03,314 INFO None 2022-04-26 19:18:03,314 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 2 3 1 11 10 12 9 14 13 16 15 17 18 20 22 19 25 26 21 24 23 28 32 31 27 29 33 34 30 35 36 38 39 37 42 41 40 46 45 50 49 43 44 48 47 53 52 51 55 56 54 Done 2022-04-26 19:18:03,746 INFO None 2022-04-26 19:18:03,746 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 5 4 7 3 6 2 1 9 10 11 12 13 15 18 19 20 17 14 16 21 22 23 24 27 26 25 28 29 30 35 31 36 37 38 33 32 40 39 34 41 42 47 43 45 44 46 50 48 49 53 51 55 52 56 54 Done 2022-04-26 19:18:04,123 INFO None 2022-04-26 19:18:04,123 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 8 1 10 11 13 9 12 14 15 16 17 19 20 18 21 22 23 24 25 26 27 28 29 35 32 33 31 34 30 36 39 37 38 41 44 43 42 40 45 47 48 51 49 46 52 50 53 56 55 54 Done 2022-04-26 19:18:04,484 INFO None 2022-04-26 19:18:04,485 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 4 3 5 1 2 9 11 12 10 13 14 15 16 17 18 19 20 22 21 23 24 25 26 27 28 30 29 31 32 34 35 36 38 37 39 33 40 42 43 44 45 46 41 47 48 49 50 51 52 53 54 55 56 Done 2022-04-26 19:18:04,840 INFO None 2022-04-26 19:18:04,841 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 2 4 1 3 9 10 12 14 13 17 15 16 18 11 19 20 22 23 24 21 25 26 27 28 33 30 31 32 29 34 35 36 38 39 40 41 37 42 43 44 46 48 47 49 45 50 52 51 54 55 56 53 Done 2022-04-26 19:18:05,215 INFO None 2022-04-26 19:18:05,215 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 5 3 2 1 10 11 14 13 16 15 12 9 17 18 19 21 22 23 20 24 25 26 27 30 29 31 28 32 33 34 35 36 39 37 40 41 38 42 43 44 47 46 48 49 45 51 50 52 54 55 56 53 Done 2022-04-26 19:18:05,491 INFO None 2022-04-26 19:18:05,491 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 1 9 3 2 11 10 12 13 17 16 14 15 18 19 21 23 22 25 24 27 26 20 31 30 28 33 29 32 34 37 36 35 38 39 40 41 42 44 45 43 46 47 48 50 49 51 52 53 54 56 55 Done 2022-04-26 19:18:06,080 INFO None 2022-04-26 19:18:06,081 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 8 7 5 6 3 4 2 1 11 12 10 9 13 17 18 19 16 21 15 14 20 24 27 26 25 22 23 29 28 33 34 35 30 31 32 37 36 39 41 43 42 40 45 38 44 47 48 49 52 53 51 46 50 55 56 54 Done 2022-04-26 19:18:06,622 INFO None 2022-04-26 19:18:06,622 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 4 1 10 11 9 14 15 16 12 13 19 17 18 20 21 24 23 22 28 26 27 25 30 32 31 29 35 34 36 33 40 39 38 37 41 43 42 44 49 51 50 48 47 45 46 56 55 52 53 54 Done 2022-04-26 19:18:07,163 INFO None 2022-04-26 19:18:07,164 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 2 3 1 11 10 12 9 14 19 18 17 20 13 15 16 21 25 26 23 27 22 28 29 24 35 32 34 33 36 37 30 31 39 41 42 38 43 45 40 44 47 48 49 46 52 53 51 50 55 54 56 Done 2022-04-26 19:18:07,670 INFO None 2022-04-26 19:18:07,670 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 13 14 10 12 11 16 17 15 21 22 24 18 25 20 19 23 26 29 30 33 31 32 28 34 27 37 38 39 40 35 36 42 41 47 48 49 50 43 44 46 45 52 51 53 54 55 56 Done 2022-04-26 19:18:08,131 INFO None 2022-04-26 19:18:08,132 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 1 2 10 12 14 13 11 9 15 16 18 20 21 22 17 19 23 25 31 24 28 30 29 27 26 33 34 37 36 32 39 35 38 42 44 45 41 40 47 43 48 46 52 53 49 51 50 55 56 54 Done 2022-04-26 19:18:08,604 INFO None 2022-04-26 19:18:08,604 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 11 10 12 13 9 14 15 16 19 20 21 18 17 22 23 24 27 28 29 25 31 30 26 32 35 36 33 34 37 38 39 42 43 40 45 41 44 47 46 50 51 48 53 49 52 55 54 56 Done 2022-04-26 19:18:09,110 INFO None 2022-04-26 19:18:10,552 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 5 4 6 3 1 2 11 10 12 9 13 14 17 18 19 20 15 22 21 23 16 26 25 28 30 29 31 27 24 32 34 33 35 36 37 41 42 43 44 38 39 40 45 49 50 51 48 52 47 53 46 54 55 56 Done 2022-04-26 19:18:10,553 INFO Function 'calculateGreens' executed 13.56 seconds 2022-04-26 19:18:10,553 INFO Creating Inversions configuration files (inpinv) based on Time-shift rules 2022-04-26 19:18:10,555 INFO - - -67 - 10 - 167 2022-04-26 19:18:10,556 INFO Select Stations for inversion (allstat) 2022-04-26 19:18:14,905 INFO Creating raw data files for ISOLA parsing 2022-04-26 19:18:22,279 INFO Calculating inversions 2022-04-26 19:18:28,350 INFO None 2022-04-26 19:18:28,351 INFO This is ISOLA Initializing array w Time required: 0.661534905 Reading input file gr.hes Time required: 3.20875096 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.964996636 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 163 0.0374 46.39 193 48 117 335 48 62 2 163 0.0359 48.14 189 51 111 337 43 65 3 163 0.0341 52.67 186 54 106 339 38 67 4 163 0.0321 59.76 184 58 102 341 34 70 5 163 0.0302 69.61 183 62 99 343 29 72 6 163 0.0283 81.29 183 66 96 346 24 74 7 163 0.0269 93.02 185 70 93 354 20 79 8 163 0.0258 98.86 188 73 89 10 16 91 9 163 0.0249 99.32 192 77 83 38 14 116 10 163 0.0390 42.31 196 46 120 335 51 61 11 163 0.0377 42.06 193 49 114 338 46 64 12 163 0.0361 44.81 189 52 108 341 41 68 13 163 0.0343 50.67 186 55 102 344 36 72 14 163 0.0322 59.08 184 59 98 347 32 75 15 163 0.0302 69.64 183 63 95 350 27 78 16 163 0.0285 81.89 184 67 93 356 23 82 17 163 0.0272 93.09 186 70 89 7 19 90 18 163 0.0262 99.42 189 74 85 27 16 106 19 163 0.0404 39.33 200 45 124 336 53 60 20 163 0.0394 37.17 196 47 117 338 49 62 21 163 0.0381 37.90 192 50 110 342 44 67 22 163 0.0364 41.97 188 52 103 346 39 72 23 163 0.0344 49.05 185 56 98 350 34 77 24 163 0.0324 58.62 184 60 94 354 30 81 25 163 0.0304 69.97 184 63 92 359 26 85 26 163 0.0288 82.14 185 67 89 7 22 91 27 163 0.0276 92.42 187 71 85 20 18 102 28 153 0.0415 36.42 201 45 123 337 53 60 29 163 0.0410 33.82 200 46 121 338 52 61 30 163 0.0399 32.41 196 48 114 342 47 65 31 163 0.0384 34.26 191 50 105 347 42 71 32 163 0.0366 39.55 187 53 98 352 37 78 33 163 0.0346 47.92 184 56 93 357 33 83 34 163 0.0326 58.42 184 60 90 2 29 88 35 163 0.0308 70.18 184 64 88 8 25 93 36 163 0.0293 81.97 186 68 85 17 21 100 37 143 0.0425 33.51 201 44 123 338 53 61 38 163 0.0421 31.57 203 44 125 338 55 60 39 163 0.0415 28.67 199 46 117 341 50 63 40 163 0.0403 28.32 194 48 108 346 45 70 41 163 0.0387 31.47 188 50 100 353 40 77 42 163 0.0369 38.44 185 54 93 359 36 85 43 163 0.0349 47.70 183 57 89 4 32 90 44 163 0.0330 58.78 183 61 87 10 28 95 45 163 0.0312 70.56 185 65 85 17 24 100 46 133 0.0435 30.76 201 44 122 339 53 61 47 143 0.0431 28.36 200 45 120 341 51 63 48 163 0.0427 26.49 202 44 121 341 53 62 49 163 0.0419 24.37 197 46 112 346 48 68 50 163 0.0407 25.47 191 48 102 353 43 76 51 163 0.0390 30.05 186 51 93 0 38 85 52 163 0.0372 38.10 183 54 88 6 35 92 53 163 0.0353 48.37 183 58 85 11 31 97 54 163 0.0334 59.86 183 62 83 17 28 102 55 123 0.0444 28.07 201 44 121 340 53 62 56 133 0.0440 25.74 200 44 118 342 51 64 57 153 0.0436 24.24 201 43 119 343 53 64 58 163 0.0432 22.03 199 44 115 345 51 67 59 163 0.0424 21.32 193 45 104 352 46 75 60 163 0.0410 23.96 186 48 94 0 41 85 61 163 0.0393 30.00 183 51 87 7 38 93 62 163 0.0375 38.92 182 55 83 13 34 99 63 163 0.0356 49.58 182 59 81 18 31 103 64 103 0.0453 25.08 198 45 116 343 50 66 65 123 0.0449 23.42 199 43 116 344 51 66 66 133 0.0445 21.91 196 44 111 347 49 70 67 153 0.0440 20.34 197 43 112 348 50 70 68 163 0.0437 19.10 195 43 107 351 49 74 69 163 0.0428 19.89 187 45 95 0 44 84 70 163 0.0414 24.08 182 49 86 7 41 93 71 163 0.0397 31.16 180 52 81 14 38 100 72 163 0.0379 40.51 180 56 79 19 34 105 73 93 0.0463 23.12 197 44 114 345 50 68 74 103 0.0458 21.78 194 44 108 349 48 72 75 123 0.0453 20.21 194 43 108 350 49 73 76 133 0.0448 19.44 191 43 102 354 47 78 77 153 0.0444 17.97 192 42 102 355 49 78 78 163 0.0440 17.66 188 42 96 359 47 83 79 163 0.0431 20.19 182 46 86 8 44 94 80 163 0.0417 25.76 179 49 80 14 41 101 81 163 0.0400 33.37 179 53 77 19 38 106 82 163 0.0394 47.62 197 48 121 334 49 59 83 163 0.0379 47.35 194 51 115 336 44 61 84 163 0.0360 49.69 191 54 109 339 39 64 85 163 0.0340 54.71 188 58 104 342 34 67 86 163 0.0320 62.36 187 62 100 346 29 71 87 163 0.0301 71.37 187 66 96 350 24 75 88 163 0.0284 80.22 187 70 93 357 20 80 89 163 0.0271 86.71 189 74 89 11 15 91 90 163 0.0260 87.96 192 78 84 35 12 112 91 163 0.0410 44.26 200 47 123 335 52 58 92 163 0.0397 42.35 197 49 118 337 47 60 93 163 0.0381 42.93 194 52 111 340 42 64 94 163 0.0361 46.34 190 55 105 344 37 68 95 163 0.0340 52.49 188 59 100 348 32 73 96 163 0.0320 61.07 187 63 96 353 27 78 97 163 0.0302 70.76 187 67 92 0 23 83 98 163 0.0287 79.40 188 71 89 9 18 91 99 163 0.0275 85.18 190 75 85 26 15 105 100 163 0.0423 41.75 203 45 126 336 55 58 automatic search suggests trial source # 73 Results for subevent # 1 trial source position # 73 time shift (multiple of dt) 93 strike,dip,rake 197 44 114 strike,dip,rake 345 50 68 SING. values, inlcuding vardat (min., max, min/max): 5.22313295E-15 1.04731389E-14 0.498717040 8.38172934E+13 -2.26476813E+14 3.19892050E+14 -1.46048551E+15 3.60262555E+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= 2.17032433E-03 ####### -------###------- ---------##---------- ---------######---------- ----------########----------- ---------############---------- --------#############---------- ---------##############---------- --------################------- --------################------- P -------####### #######------- -------####### T ########-------- ------####### #######-------- ------#################-------- ------################------- ----################----- ---##############---- --############--- ####### 2022-04-26 19:18:34,715 INFO None 2022-04-26 19:18:34,716 INFO This is ISOLA Initializing array w Time required: 0.617961884 Reading input file gr.hes Time required: 3.49339747 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.989179373 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 163 0.0415 38.52 200 48 121 338 50 59 2 163 0.0401 37.46 196 50 114 341 45 63 3 163 0.0383 38.89 192 53 107 345 40 68 4 163 0.0362 43.51 189 56 100 350 35 74 5 163 0.0341 50.95 187 59 95 356 30 80 6 163 0.0322 60.38 186 63 91 2 26 86 7 163 0.0306 70.19 187 67 88 10 22 92 8 163 0.0292 78.61 188 72 85 22 18 102 9 153 0.0433 38.56 203 45 126 337 55 58 10 163 0.0428 35.72 203 46 124 338 53 59 11 163 0.0419 33.09 199 48 117 341 48 62 12 163 0.0403 32.83 195 50 109 345 43 67 13 163 0.0385 35.63 191 53 101 351 38 74 14 163 0.0364 41.66 187 56 95 358 33 81 15 163 0.0344 50.05 186 60 90 4 29 88 16 163 0.0325 60.04 186 64 87 11 25 94 17 163 0.0309 69.95 187 68 85 20 21 102 18 143 0.0442 35.39 204 45 126 337 55 59 19 163 0.0438 34.07 205 44 127 338 56 59 20 163 0.0433 30.05 202 46 121 341 51 61 21 163 0.0422 28.29 198 48 113 345 46 65 22 163 0.0406 29.23 193 50 103 351 41 73 23 163 0.0387 33.53 188 54 95 358 36 82 24 163 0.0367 40.69 186 57 90 6 32 89 25 163 0.0347 50.13 185 61 86 12 28 96 26 163 0.0329 60.14 186 65 84 20 24 102 27 133 0.0450 32.58 204 44 126 338 55 59 28 143 0.0447 29.67 203 45 123 340 53 60 29 163 0.0443 28.29 204 44 124 341 54 60 30 163 0.0437 25.18 201 46 116 344 49 64 31 163 0.0426 24.53 195 48 106 351 44 72 32 163 0.0410 27.14 189 51 96 359 39 81 33 163 0.0390 32.68 186 54 89 6 35 90 34 163 0.0370 40.91 184 58 85 13 31 97 35 163 0.0351 50.73 184 62 82 20 28 104 36 113 0.0459 28.75 202 46 121 340 52 61 37 133 0.0455 27.07 203 44 122 341 53 61 38 143 0.0451 24.54 202 45 118 344 51 64 39 163 0.0448 23.47 202 44 119 344 52 64 40 163 0.0441 21.18 197 45 109 350 47 70 41 163 0.0429 22.13 191 48 98 358 42 80 42 163 0.0413 26.43 185 51 89 7 38 91 43 163 0.0394 33.23 183 55 83 14 35 99 44 163 0.0374 42.00 183 59 80 21 31 105 45 103 0.0469 26.39 202 45 120 342 52 62 46 123 0.0464 24.89 202 44 120 343 53 63 47 133 0.0459 22.37 201 44 116 345 51 66 48 153 0.0455 21.20 201 43 116 346 52 66 49 163 0.0452 19.44 199 43 111 350 50 70 50 163 0.0445 18.87 192 45 99 358 45 80 51 163 0.0433 21.54 185 48 88 7 41 91 52 163 0.0417 27.14 182 52 82 15 38 100 53 163 0.0398 34.68 181 56 78 21 35 106 54 93 0.0478 24.12 201 44 118 344 51 64 55 103 0.0473 22.14 198 44 113 347 49 68 56 123 0.0468 20.70 199 43 113 348 50 69 57 133 0.0463 19.07 196 43 108 352 48 73 58 153 0.0459 18.02 196 42 107 353 50 74 59 163 0.0455 17.04 192 42 100 357 48 80 60 163 0.0448 18.42 185 45 88 7 44 91 61 163 0.0435 22.55 181 49 80 15 41 100 62 163 0.0420 29.15 179 53 76 21 38 107 63 163 0.0412 45.53 201 49 125 333 51 55 64 163 0.0397 43.90 199 52 120 335 46 56 65 163 0.0378 44.35 196 55 114 337 41 59 66 163 0.0357 47.22 193 58 108 341 35 63 67 163 0.0337 52.54 191 62 102 345 30 67 68 163 0.0317 59.47 190 65 98 350 25 72 69 163 0.0299 66.71 190 70 94 357 20 78 70 163 0.0284 72.55 191 74 90 9 15 88 71 163 0.0271 75.22 192 78 86 30 12 107 72 163 0.0427 42.66 204 48 128 334 54 55 73 163 0.0415 39.67 201 50 123 335 49 56 74 163 0.0398 38.58 198 53 116 338 44 58 75 163 0.0378 39.75 195 55 109 342 38 63 76 163 0.0358 43.84 192 59 103 347 33 69 77 163 0.0337 50.26 190 62 97 353 28 75 78 163 0.0319 57.97 189 66 93 0 23 81 79 163 0.0301 65.39 189 71 90 9 18 89 80 163 0.0288 71.17 191 75 86 25 15 103 81 163 0.0439 40.78 206 46 131 334 57 55 82 163 0.0430 36.59 204 49 126 336 52 55 83 163 0.0417 34.00 201 51 119 338 47 57 84 163 0.0400 33.69 197 53 112 343 41 62 85 163 0.0379 35.98 193 56 104 348 36 69 86 163 0.0359 41.32 190 59 97 355 31 76 87 163 0.0339 48.64 189 63 92 2 26 84 88 163 0.0321 57.00 188 67 89 11 22 92 89 163 0.0305 64.62 189 72 85 22 18 102 90 153 0.0447 37.68 207 46 131 335 57 55 91 163 0.0443 34.55 207 47 129 336 55 55 92 163 0.0434 30.71 204 49 123 338 50 56 93 163 0.0420 28.73 200 51 115 342 45 61 94 163 0.0402 29.44 195 53 106 349 39 68 95 163 0.0382 33.38 191 56 98 356 34 77 96 163 0.0361 39.70 188 60 92 4 29 86 97 163 0.0341 48.02 187 64 87 12 25 94 98 163 0.0325 56.53 188 68 84 22 21 102 99 143 0.0456 34.72 207 46 131 336 57 55 100 153 0.0452 31.50 207 47 129 337 55 55 automatic search suggests trial source # 54 Results for subevent # 1 trial source position # 54 time shift (multiple of dt) 93 strike,dip,rake 201 44 118 strike,dip,rake 344 51 64 SING. values, inlcuding vardat (min., max, min/max): 4.86770311E-15 9.81267002E-15 0.496063054 1.64798214E+14 -2.90520480E+14 4.28012214E+14 -1.61246333E+15 3.94774952E+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= 2.29912996E-03 ####### -------####------ ----------#---------- ----------#####---------- ----------########----------- ----------##########----------- ---------############---------- ---------##############---------- --------###############-------- --------################------- P -------####### #######------- -------####### T #######--------- ------####### #######-------- ------#################-------- -----#################------- ----################----- ---##############---- --############--- ####### 2022-04-26 19:18:41,208 INFO None 2022-04-26 19:18:41,209 INFO This is ISOLA Initializing array w Time required: 0.702329218 Reading input file gr.hes Time required: 3.53494382 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.00728083 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 123 0.0539 54.47 209 51 119 347 46 57 2 133 0.0537 52.02 210 52 118 348 45 57 3 143 0.0534 49.75 210 53 117 349 44 58 4 163 0.0531 51.68 210 52 115 352 44 61 5 163 0.0526 45.48 211 55 114 352 41 59 6 163 0.0515 39.45 212 58 114 351 38 56 7 163 0.0501 33.73 213 61 114 350 36 53 8 163 0.0482 28.24 215 64 114 348 34 48 9 103 0.0540 53.34 208 50 119 346 48 58 10 113 0.0540 50.88 209 51 118 348 46 59 11 123 0.0538 48.56 209 52 117 349 45 59 12 143 0.0536 50.69 209 50 115 352 45 62 13 153 0.0533 48.72 209 51 113 354 44 63 14 163 0.0529 46.88 209 52 111 356 42 64 15 163 0.0523 40.80 209 55 110 356 39 62 16 163 0.0512 34.99 210 58 110 355 37 60 17 163 0.0496 29.44 211 61 110 354 34 57 18 93 0.0540 50.03 208 49 118 347 47 60 19 103 0.0539 47.44 208 50 117 349 46 60 20 123 0.0539 49.73 208 49 115 352 46 63 21 133 0.0537 47.72 208 49 113 354 45 64 22 143 0.0534 45.97 208 50 111 356 44 65 23 153 0.0531 44.42 208 51 109 357 42 66 24 163 0.0527 42.92 208 52 108 0 41 68 25 163 0.0519 37.00 208 54 106 0 38 67 26 163 0.0508 31.52 208 57 106 0 35 66 27 83 0.0541 47.05 207 49 117 348 47 61 28 93 0.0540 44.55 207 50 115 350 46 62 29 113 0.0539 46.91 207 48 113 353 46 65 30 123 0.0538 45.16 207 49 111 355 45 66 31 133 0.0535 43.59 206 49 109 357 44 68 32 143 0.0532 42.20 206 50 107 359 42 69 33 153 0.0529 41.05 206 51 105 2 41 71 34 163 0.0524 39.96 206 51 103 4 40 73 35 163 0.0517 34.36 206 54 102 5 37 73 36 73 0.0541 44.61 206 49 116 349 47 63 37 83 0.0540 42.10 206 49 114 351 46 63 38 103 0.0539 44.61 206 47 112 355 46 67 39 113 0.0538 42.86 205 48 109 357 45 68 40 123 0.0536 41.48 205 48 107 359 44 70 41 133 0.0534 40.34 205 49 105 1 42 72 42 143 0.0530 39.41 204 50 103 4 41 74 43 153 0.0526 38.60 204 50 101 6 40 76 44 163 0.0522 37.91 204 51 99 9 39 78 45 63 0.0541 42.44 205 48 114 351 46 64 46 73 0.0541 40.21 205 49 112 352 45 65 47 93 0.0539 42.82 205 47 110 356 46 69 48 103 0.0538 41.16 204 47 108 358 45 70 49 113 0.0536 39.84 204 48 105 1 44 73 50 123 0.0534 38.74 203 48 103 3 43 75 51 133 0.0532 38.15 203 49 101 6 41 77 52 143 0.0528 37.57 203 49 99 9 40 79 53 153 0.0524 37.11 202 50 97 11 39 81 54 133 0.0542 69.00 211 54 124 342 48 51 55 153 0.0540 69.85 212 53 123 344 47 53 56 163 0.0536 66.91 213 54 122 345 46 52 57 163 0.0531 60.16 214 57 122 344 44 49 58 163 0.0521 53.79 216 61 123 342 42 45 59 163 0.0504 47.68 218 64 123 340 41 40 60 163 0.0482 41.85 220 68 125 337 40 34 61 163 0.0455 36.62 224 73 128 334 41 26 62 163 0.0424 32.57 228 78 132 331 43 16 63 133 0.0542 69.04 211 51 123 344 49 55 64 143 0.0540 66.07 212 52 122 345 47 54 65 153 0.0537 63.28 212 54 121 346 46 54 66 163 0.0534 60.56 213 55 120 347 45 53 67 163 0.0527 53.91 214 58 120 345 43 50 68 163 0.0515 47.62 216 61 121 344 41 46 69 163 0.0498 41.55 218 65 122 342 40 40 70 163 0.0475 35.81 221 69 124 338 39 34 71 163 0.0447 30.64 225 73 127 335 40 25 72 123 0.0543 65.18 210 51 122 345 48 56 73 133 0.0541 62.37 211 52 121 346 47 55 74 143 0.0538 59.65 212 53 120 347 46 55 75 153 0.0535 57.11 212 54 119 348 44 55 76 163 0.0530 54.62 213 55 118 349 43 55 77 163 0.0523 48.05 214 58 118 348 41 51 78 163 0.0509 41.75 216 61 119 346 39 47 79 163 0.0491 35.74 218 65 120 343 38 42 80 163 0.0467 29.98 221 69 123 340 38 34 81 113 0.0543 61.56 210 50 121 346 48 57 82 123 0.0541 58.72 210 51 120 347 47 57 83 133 0.0539 56.18 211 52 119 348 46 57 84 143 0.0535 53.76 211 53 118 349 44 57 85 153 0.0532 51.48 212 54 117 350 43 57 86 163 0.0527 49.24 212 55 115 352 42 57 87 163 0.0518 42.76 213 58 116 350 40 54 88 163 0.0505 36.59 215 61 116 349 38 50 89 163 0.0485 30.51 217 64 118 346 36 44 90 103 0.0543 58.02 209 50 120 347 48 58 91 113 0.0542 55.32 210 51 119 348 47 58 92 123 0.0539 52.79 210 52 118 349 45 58 93 133 0.0536 50.52 210 53 116 350 44 59 94 143 0.0533 48.51 211 53 115 352 43 59 95 153 0.0528 46.50 211 54 114 353 41 60 96 163 0.0523 44.53 211 55 112 355 40 60 97 163 0.0514 38.15 212 58 112 354 38 58 98 163 0.0499 32.03 214 61 113 352 36 54 99 93 0.0542 54.68 209 49 119 348 48 60 100 103 0.0542 52.14 209 50 117 349 46 60 automatic search suggests trial source # 81 Results for subevent # 1 trial source position # 81 time shift (multiple of dt) 113 strike,dip,rake 210 50 121 strike,dip,rake 346 48 57 SING. values, inlcuding vardat (min., max, min/max): 1.52981159E-15 3.38145696E-15 0.452411979 2.52890627E+15 -3.04549044E+15 2.38119362E+13 -3.49802645E+15 1.28897155E+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= 2.99066305E-03 ####### --------######### ------------##------- -------------###--------- ------------#######---------- ------------#########---------- ----------############--------- ---------##############--------- P --------###############--------- -------################--------- --------####### #######-------- -------######## T #######-------- ------######## #######------- ------#################-------- -----#################------- ---#################----- -################---- ##############--- ####### 2022-04-26 19:18:48,563 INFO None 2022-04-26 19:18:48,564 INFO This is ISOLA Initializing array w Time required: 0.616996288 Reading input file gr.hes Time required: 3.52485418 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.941938102 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 113 0.0540 49.79 209 51 116 350 45 60 2 123 0.0536 47.60 209 52 115 352 44 61 3 133 0.0533 45.65 210 52 113 353 43 61 4 143 0.0529 43.97 210 53 112 355 41 62 5 163 0.0525 47.15 209 52 109 359 42 66 6 163 0.0519 40.65 210 54 109 359 39 64 7 163 0.0509 34.40 211 57 108 358 36 62 8 83 0.0542 51.73 208 49 117 349 47 61 9 93 0.0541 49.17 208 50 116 350 46 62 10 103 0.0540 47.03 208 50 114 352 45 62 11 113 0.0537 45.09 208 51 113 353 44 63 12 123 0.0534 43.38 208 52 111 355 42 64 13 143 0.0530 46.55 208 50 109 359 43 68 14 153 0.0526 45.26 208 51 107 1 42 69 15 163 0.0522 43.95 208 51 106 3 40 70 16 163 0.0515 37.71 208 54 105 3 38 69 17 73 0.0541 49.15 207 48 116 350 47 63 18 83 0.0540 46.71 207 49 114 351 46 63 19 93 0.0539 44.60 207 50 113 353 45 64 20 103 0.0537 42.80 207 50 111 355 44 65 21 123 0.0535 46.29 207 49 109 359 44 69 22 133 0.0531 44.91 207 49 107 1 43 70 23 143 0.0527 43.58 206 50 105 3 42 72 24 153 0.0523 42.63 206 50 103 5 41 73 25 163 0.0518 41.66 206 51 102 7 40 75 26 63 0.0539 46.82 206 48 114 351 47 64 27 73 0.0539 44.68 206 48 113 353 46 65 28 83 0.0538 42.71 206 49 111 355 45 66 29 93 0.0536 41.02 206 49 109 357 43 68 30 113 0.0535 44.74 205 48 107 0 44 71 31 123 0.0532 43.48 205 48 105 3 43 73 32 133 0.0529 42.49 205 49 103 5 42 74 33 143 0.0524 41.55 205 49 101 7 41 76 34 153 0.0520 40.88 205 50 99 10 40 78 35 133 0.0544 73.06 213 54 125 342 48 51 36 143 0.0542 69.95 214 55 124 343 47 50 37 153 0.0538 66.85 214 56 124 343 46 49 38 163 0.0533 63.87 215 57 123 344 45 48 39 163 0.0524 57.06 217 61 124 342 43 44 40 163 0.0508 50.62 219 64 125 340 42 39 41 163 0.0485 44.51 222 68 127 337 42 32 42 163 0.0458 39.25 226 73 130 334 43 24 43 163 0.0427 35.54 230 78 135 331 46 15 44 123 0.0544 69.29 212 53 124 343 48 52 45 133 0.0541 66.27 213 54 123 344 47 51 46 143 0.0538 63.36 214 56 123 344 46 50 47 153 0.0533 60.45 215 57 122 345 44 49 48 163 0.0528 57.64 216 58 122 345 43 49 49 163 0.0517 50.84 217 61 123 344 42 44 50 163 0.0500 44.41 220 65 124 341 41 39 51 163 0.0477 38.43 223 69 127 338 41 32 52 163 0.0449 33.25 227 74 130 335 43 23 53 113 0.0543 65.45 212 53 123 344 48 53 54 123 0.0541 62.57 213 54 122 344 46 52 55 143 0.0537 64.10 213 53 121 347 46 54 56 153 0.0534 61.51 213 54 120 348 45 54 57 163 0.0530 58.94 214 55 119 349 44 54 58 163 0.0523 51.82 215 58 120 347 42 50 59 163 0.0511 45.06 217 61 121 346 41 46 60 163 0.0493 38.56 220 65 122 343 40 40 61 163 0.0469 32.56 223 69 125 339 40 32 62 113 0.0542 66.21 211 50 122 346 49 57 63 123 0.0540 63.39 212 51 121 347 47 56 64 133 0.0538 60.79 212 52 120 348 46 56 65 143 0.0534 58.25 213 53 119 349 45 56 66 153 0.0531 56.00 213 54 118 350 44 56 67 163 0.0526 53.56 214 55 117 351 42 56 68 163 0.0518 46.47 215 58 117 350 41 52 69 163 0.0504 39.68 217 61 118 348 39 48 70 163 0.0485 33.15 220 65 120 345 38 42 71 103 0.0541 62.75 210 50 120 347 48 58 72 113 0.0540 60.02 211 51 119 348 47 58 73 123 0.0537 57.51 211 52 118 349 46 58 74 133 0.0534 55.22 212 52 117 350 45 58 75 143 0.0531 53.14 212 53 116 352 43 58 76 153 0.0526 50.95 212 54 115 353 42 58 77 163 0.0521 48.86 213 55 114 354 41 59 78 163 0.0512 41.77 214 58 114 353 39 55 79 163 0.0498 35.01 216 61 115 351 38 51 80 93 0.0541 59.64 210 49 119 348 48 59 81 103 0.0539 56.88 210 50 118 349 47 59 82 113 0.0537 54.45 210 51 117 351 46 59 83 123 0.0534 52.31 211 52 116 352 44 60 84 133 0.0531 50.35 211 52 115 353 43 60 85 143 0.0526 48.45 211 53 113 355 42 61 86 153 0.0522 46.65 212 54 112 356 41 61 87 163 0.0517 44.89 212 54 111 358 40 62 88 163 0.0507 37.95 213 57 111 357 38 60 89 83 0.0540 56.74 209 49 118 349 48 61 90 93 0.0539 54.14 209 49 117 350 47 61 91 103 0.0536 51.78 209 50 115 352 45 61 92 113 0.0534 49.71 210 51 114 353 44 62 93 123 0.0530 47.91 210 52 113 355 43 63 94 133 0.0526 46.24 210 52 111 356 42 64 95 143 0.0522 44.67 210 53 110 358 41 64 96 153 0.0518 43.24 210 53 108 0 40 65 97 163 0.0512 41.73 210 54 107 2 39 67 98 73 0.0539 54.28 208 48 116 350 47 62 99 83 0.0538 51.84 208 49 115 352 46 63 100 93 0.0536 49.53 208 50 114 353 45 63 automatic search suggests trial source # 35 Results for subevent # 1 trial source position # 35 time shift (multiple of dt) 133 strike,dip,rake 213 54 125 strike,dip,rake 342 48 51 SING. values, inlcuding vardat (min., max, min/max): 1.46648286E-15 3.30609517E-15 0.443569452 2.54977928E+15 -4.35494705E+15 -5.53738087E+14 -3.76161665E+15 1.34757305E+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= 2.99888849E-03 ####### ------########### -----------####------ --------------#---------- --------------####----------- -------------########---------- -----------###########--------- ---------############---------- P --------##############--------- -------################-------- --------#################-------- -------######## #######-------- ------######## T #######------- ------######## #######------- -----##################------ ---#################----- -################---- ##############--- ####### 2022-04-26 19:18:54,890 INFO None 2022-04-26 19:18:54,890 INFO This is ISOLA Initializing array w Time required: 0.614357591 Reading input file gr.hes Time required: 3.44534397 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.01612544 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 103 0.0533 47.50 208 50 112 355 44 64 2 113 0.0530 45.84 208 51 111 356 43 65 3 123 0.0526 44.33 209 51 109 358 42 66 4 133 0.0522 43.00 209 52 108 0 41 67 5 143 0.0518 41.70 209 52 106 2 40 69 6 163 0.0513 46.38 208 51 104 6 40 72 7 63 0.0537 52.09 207 48 115 351 47 64 8 73 0.0536 49.78 207 48 114 353 46 64 9 83 0.0535 47.77 207 49 112 354 45 65 10 93 0.0532 45.82 207 49 111 356 44 66 11 103 0.0529 44.19 207 50 109 358 43 68 12 113 0.0526 42.82 207 50 107 0 42 69 13 123 0.0522 41.61 207 51 106 2 41 70 14 143 0.0518 46.27 207 49 103 6 42 74 15 153 0.0514 45.47 207 50 102 8 41 75 16 133 0.0543 77.41 214 54 126 342 49 50 17 143 0.0541 74.19 215 55 126 343 48 49 18 153 0.0537 70.99 216 56 125 343 47 48 19 163 0.0531 67.78 217 57 125 344 46 47 20 163 0.0523 60.64 219 61 125 342 44 43 21 163 0.0508 53.86 221 64 127 340 44 38 22 163 0.0488 47.65 224 68 129 338 44 32 23 163 0.0462 42.28 227 72 132 335 45 24 24 163 0.0431 38.69 232 78 137 332 48 15 25 123 0.0543 73.87 214 53 125 343 49 51 26 133 0.0540 70.75 214 54 124 344 47 50 27 143 0.0537 67.73 215 56 124 344 46 49 28 153 0.0532 64.74 216 57 123 345 45 49 29 163 0.0526 61.71 217 58 123 345 44 48 30 163 0.0516 54.50 219 61 124 344 43 43 31 163 0.0500 47.66 221 64 126 341 43 38 32 163 0.0479 41.47 225 68 128 339 43 31 33 163 0.0451 36.27 229 73 133 335 45 23 34 113 0.0542 70.24 213 53 124 344 48 52 35 123 0.0539 67.28 214 54 123 345 47 52 36 133 0.0536 64.39 215 55 123 345 46 51 37 143 0.0532 61.61 215 56 122 346 45 50 38 153 0.0527 58.83 216 57 122 347 44 50 39 163 0.0520 55.90 217 58 121 347 43 49 40 163 0.0509 48.65 219 61 122 345 42 44 41 163 0.0492 41.77 222 65 124 343 41 39 42 163 0.0469 35.45 225 69 128 340 42 31 43 103 0.0541 66.68 212 52 123 345 48 54 44 113 0.0538 63.77 213 53 122 346 47 53 45 123 0.0535 61.07 214 54 122 346 46 53 46 133 0.0531 58.43 214 55 121 347 45 52 47 143 0.0527 55.90 215 56 120 348 44 52 48 163 0.0521 58.26 215 55 118 351 43 55 49 163 0.0515 50.66 217 58 119 350 42 51 50 163 0.0502 43.29 219 61 120 348 40 46 51 163 0.0484 36.30 222 64 123 345 40 40 52 93 0.0539 63.12 212 52 122 346 48 55 53 103 0.0537 60.46 212 53 121 347 47 55 54 113 0.0534 57.83 213 54 120 347 46 54 55 123 0.0530 55.41 214 54 120 348 44 54 56 143 0.0526 58.03 213 53 117 351 44 57 57 153 0.0522 55.81 214 54 117 353 43 57 58 163 0.0516 53.59 214 55 116 354 42 57 59 163 0.0509 45.99 216 58 116 352 40 54 60 163 0.0495 38.55 218 61 118 350 39 49 61 83 0.0537 59.87 211 51 121 347 47 56 62 93 0.0535 57.16 212 52 120 348 46 56 63 113 0.0533 59.85 212 51 118 351 46 59 64 123 0.0530 57.58 212 52 117 352 45 59 65 133 0.0526 55.48 212 52 116 353 44 59 66 143 0.0522 53.54 213 53 115 354 43 59 67 153 0.0517 51.51 213 54 114 356 42 60 68 163 0.0511 49.56 214 54 113 357 41 60 69 163 0.0503 41.98 215 57 113 356 39 57 70 73 0.0536 56.96 210 51 120 348 47 58 71 83 0.0533 54.27 211 51 119 349 46 58 72 103 0.0531 57.07 211 50 117 352 46 60 73 113 0.0529 55.09 211 51 115 353 45 61 74 123 0.0525 53.18 211 51 114 354 44 61 75 133 0.0521 51.33 212 52 113 356 43 62 76 143 0.0516 49.62 212 53 112 357 42 63 77 153 0.0511 47.99 212 53 111 359 41 63 78 163 0.0505 46.31 212 54 109 1 40 64 79 63 0.0534 54.34 209 50 118 348 47 59 80 83 0.0532 57.08 209 49 116 352 47 62 81 93 0.0529 54.77 210 49 115 353 46 62 82 103 0.0527 52.78 210 50 114 354 45 63 83 113 0.0524 51.02 210 51 113 356 44 64 84 123 0.0521 49.55 210 51 111 358 43 64 85 133 0.0516 47.98 211 52 110 359 42 65 86 143 0.0511 46.55 211 52 108 1 41 66 87 153 0.0506 45.23 211 53 107 3 40 67 88 53 0.0532 51.99 208 50 117 349 46 61 89 63 0.0530 49.68 209 50 116 351 45 61 90 83 0.0528 52.97 209 49 114 354 46 64 91 93 0.0526 51.10 209 49 112 356 45 65 92 103 0.0522 49.39 209 50 111 358 44 66 93 113 0.0519 48.05 209 50 109 359 43 67 94 123 0.0515 46.67 209 51 108 1 42 68 95 133 0.0511 45.43 209 51 106 3 41 69 96 143 0.0506 44.33 209 52 105 5 40 70 97 123 0.0540 77.67 216 55 128 341 49 47 98 133 0.0537 74.36 217 57 127 342 48 46 99 143 0.0532 71.07 218 58 127 342 47 44 100 163 0.0528 72.07 218 57 126 344 46 46 automatic search suggests trial source # 16 Results for subevent # 1 trial source position # 16 time shift (multiple of dt) 133 strike,dip,rake 214 54 126 strike,dip,rake 342 49 50 SING. values, inlcuding vardat (min., max, min/max): 1.39435652E-15 3.17087610E-15 0.439738572 2.92943721E+15 -4.91798935E+15 -3.16476209E+14 -3.83994504E+15 1.41520740E+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= 2.98905373E-03 ####### -------########## -----------#####----- --------------#---------- --------------####----------- -------------########---------- -----------###########--------- ---------############---------- P --------##############--------- -------###############--------- --------#################-------- -------######## #######-------- ------######## T #######------- ------######## #######------- ----##################------- --##################----- -################---- ##############--- ####### 2022-04-26 19:19:01,141 INFO None 2022-04-26 19:19:01,141 INFO This is ISOLA Initializing array w Time required: 0.706547022 Reading input file gr.hes Time required: 3.34066415 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.981249988 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 163 0.0521 64.62 220 61 127 342 45 42 2 163 0.0508 57.57 222 64 128 341 45 37 3 163 0.0489 51.07 225 67 131 338 45 31 4 163 0.0464 45.62 229 72 134 336 47 24 5 163 0.0434 41.99 233 77 138 334 50 16 6 113 0.0539 74.35 215 55 127 342 49 48 7 133 0.0536 75.36 216 54 126 344 48 49 8 143 0.0532 72.24 217 56 125 344 47 48 9 153 0.0528 69.22 217 57 125 345 46 48 10 163 0.0522 66.11 218 58 124 345 45 47 11 163 0.0514 58.57 220 61 125 344 44 43 12 163 0.0500 51.48 223 64 127 342 44 37 13 163 0.0479 44.95 226 68 130 339 45 31 14 163 0.0453 39.70 230 73 134 336 47 23 15 113 0.0538 75.29 215 53 125 344 49 52 16 123 0.0535 72.23 215 54 125 345 48 51 17 133 0.0531 69.14 216 55 124 345 47 50 18 143 0.0527 66.26 217 56 124 346 46 49 19 153 0.0522 63.45 217 57 123 347 45 49 20 163 0.0516 60.48 218 58 122 347 44 48 21 163 0.0507 52.86 220 61 124 345 43 44 22 163 0.0491 45.64 223 64 126 343 43 38 23 163 0.0469 39.10 227 68 129 340 44 31 24 103 0.0537 71.89 214 52 124 345 49 53 25 113 0.0534 68.98 215 53 124 346 48 52 26 123 0.0531 66.18 215 54 123 346 47 52 27 133 0.0526 63.35 216 55 122 347 46 51 28 143 0.0522 60.68 217 56 122 348 44 51 29 153 0.0516 58.01 217 57 121 349 44 50 30 163 0.0510 55.22 218 58 120 349 43 50 31 163 0.0499 47.50 220 61 122 347 42 45 32 163 0.0482 40.24 223 64 124 345 42 39 33 93 0.0535 68.50 213 51 123 346 49 54 34 103 0.0533 65.75 214 52 122 347 47 54 35 113 0.0530 63.11 214 53 122 347 46 53 36 123 0.0526 60.58 215 54 121 348 45 53 37 133 0.0520 58.00 216 55 120 349 44 53 38 143 0.0515 55.59 216 56 119 350 43 52 39 153 0.0509 53.05 217 57 119 351 42 52 40 163 0.0503 50.54 218 58 118 352 41 52 41 163 0.0491 42.73 220 60 120 350 40 47 42 83 0.0533 65.39 212 51 122 347 48 56 43 93 0.0531 62.64 213 52 121 348 47 55 44 103 0.0528 60.19 214 53 120 349 46 55 45 113 0.0524 57.84 214 54 120 349 45 55 46 123 0.0520 55.58 215 54 119 350 44 55 47 133 0.0514 53.22 215 55 118 351 43 55 48 143 0.0509 51.00 216 56 117 352 42 55 49 153 0.0503 48.76 216 57 116 354 41 55 50 163 0.0496 46.51 217 57 115 355 40 55 51 73 0.0531 62.52 212 50 121 348 48 57 52 83 0.0529 59.85 212 51 120 349 47 57 53 93 0.0526 57.50 213 52 119 350 46 57 54 103 0.0523 55.33 213 53 118 351 45 57 55 113 0.0518 53.24 214 54 117 352 44 57 56 123 0.0514 51.25 214 54 116 353 43 57 57 143 0.0508 54.91 214 53 114 357 43 61 58 153 0.0503 53.06 214 53 113 358 42 61 59 163 0.0497 51.28 214 54 112 0 41 62 60 63 0.0529 59.93 211 50 120 348 48 58 61 73 0.0526 57.39 211 51 119 349 47 58 62 83 0.0524 55.12 212 51 118 351 46 58 63 93 0.0520 53.04 212 52 117 352 45 59 64 103 0.0516 51.16 212 53 116 353 44 59 65 123 0.0513 55.16 212 51 113 357 43 63 66 133 0.0508 53.55 212 52 112 358 42 63 67 143 0.0503 51.94 213 52 111 0 41 64 68 153 0.0497 50.27 213 53 110 2 41 65 69 53 0.0525 57.52 210 49 118 349 47 60 70 63 0.0524 55.29 210 50 117 350 46 60 71 73 0.0521 53.15 211 51 116 352 45 60 72 83 0.0518 51.21 211 51 115 353 44 61 73 103 0.0514 55.23 211 50 113 357 44 64 74 113 0.0511 53.69 211 50 111 358 43 65 75 123 0.0507 52.28 211 51 110 0 43 66 76 133 0.0503 50.92 211 51 109 2 42 67 77 143 0.0497 49.61 212 52 108 4 41 68 78 123 0.0535 82.07 218 55 129 342 50 46 79 133 0.0532 78.76 218 57 129 342 49 45 80 143 0.0528 75.43 219 58 129 342 48 44 81 153 0.0522 72.05 220 59 128 342 47 42 82 163 0.0517 68.83 221 60 128 343 46 41 83 163 0.0506 61.56 224 64 130 341 46 37 84 163 0.0488 54.85 226 67 132 339 47 31 85 163 0.0464 49.17 337 48 25 230 71 135 86 163 0.0436 45.38 234 76 140 335 51 17 87 113 0.0534 78.97 217 55 128 342 50 47 88 123 0.0530 75.75 218 56 128 343 49 46 89 133 0.0527 72.59 219 57 128 343 48 45 90 143 0.0522 69.35 220 59 127 343 47 44 91 153 0.0516 66.17 221 60 127 344 46 43 92 163 0.0510 62.99 222 61 127 344 45 42 93 163 0.0497 55.60 224 64 129 342 45 37 94 163 0.0478 48.88 227 67 131 340 46 31 95 163 0.0453 43.32 231 72 135 337 48 23 96 103 0.0532 75.77 216 54 127 343 49 49 97 113 0.0529 72.64 217 55 127 343 48 48 98 123 0.0525 69.62 218 57 126 344 47 47 99 133 0.0521 66.61 219 58 126 344 46 46 100 143 0.0515 63.56 220 59 126 345 46 45 automatic search suggests trial source # 6 Results for subevent # 1 trial source position # 6 time shift (multiple of dt) 113 strike,dip,rake 215 55 127 strike,dip,rake 342 49 48 SING. values, inlcuding vardat (min., max, min/max): 1.32339199E-15 3.01037881E-15 0.439609796 3.33444215E+15 -5.19642939E+15 -6.51914832E+14 -4.31934875E+15 1.49010272E+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= 2.94756889E-03 ####### ------########### -----------######---- ------------------------- --------------####----------- -------------########---------- -----------##########--------- P ---------############---------- --------##############--------- ---------###############--------- --------#################-------- -------######## #######-------- ------######## T #######------- -----######### #######------- ----###################------ --##################----- #################---- ##############--- ####### 2022-04-26 19:19:07,968 INFO None 2022-04-26 19:19:07,968 INFO This is ISOLA Initializing array w Time required: 0.616288900 Reading input file gr.hes Time required: 3.68961096 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.24322748 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 163 0.0509 65.24 220 58 124 347 45 47 2 163 0.0502 57.39 222 61 125 346 44 43 3 163 0.0488 49.93 224 64 127 343 44 37 4 163 0.0468 43.11 228 68 131 341 45 31 5 93 0.0530 72.40 216 54 126 344 49 50 6 103 0.0527 69.50 217 55 126 344 48 49 7 123 0.0523 71.32 217 54 124 346 48 51 8 133 0.0519 68.56 217 55 124 347 46 50 9 143 0.0514 65.79 218 56 123 348 45 49 10 153 0.0509 63.00 219 57 123 348 45 49 11 163 0.0502 60.16 220 58 122 349 44 48 12 163 0.0494 52.15 222 61 124 347 43 44 13 163 0.0479 44.56 225 64 126 345 43 38 14 93 0.0529 74.08 215 51 125 346 49 53 15 103 0.0525 71.13 215 52 124 347 48 53 16 113 0.0522 68.52 216 53 123 347 47 52 17 123 0.0518 65.93 217 54 123 348 46 52 18 133 0.0513 63.38 217 55 122 349 45 51 19 143 0.0508 60.82 218 56 121 350 44 51 20 153 0.0502 58.20 219 57 121 350 43 51 21 163 0.0495 55.54 219 58 120 351 42 50 22 163 0.0485 47.45 222 60 122 350 42 46 23 83 0.0526 71.01 214 51 124 347 49 55 24 93 0.0524 68.27 215 52 123 348 48 54 25 103 0.0520 65.65 215 53 122 348 47 54 26 113 0.0516 63.34 216 54 121 349 46 54 27 123 0.0512 60.99 216 54 121 350 45 53 28 133 0.0507 58.69 217 55 120 351 44 53 29 143 0.0501 56.36 217 56 119 352 43 53 30 153 0.0495 53.98 218 57 118 353 42 53 31 163 0.0488 51.56 219 57 117 354 41 53 32 73 0.0524 68.32 213 50 122 348 49 56 33 83 0.0521 65.61 214 51 122 348 48 56 34 93 0.0518 63.17 214 52 121 349 47 55 35 103 0.0514 60.90 215 53 120 350 46 55 36 113 0.0510 58.75 215 53 119 351 45 55 37 123 0.0505 56.73 216 54 118 352 44 55 38 133 0.0500 54.62 216 55 117 354 43 56 39 143 0.0494 52.58 217 55 116 355 42 56 40 153 0.0487 50.43 217 56 116 356 41 56 41 63 0.0521 65.85 212 50 121 348 49 57 42 73 0.0519 63.32 213 51 120 349 48 57 43 83 0.0516 60.96 213 51 120 350 47 57 44 93 0.0512 58.85 214 52 119 351 46 57 45 103 0.0508 56.81 214 53 118 353 45 57 46 113 0.0503 54.91 215 53 117 354 44 58 47 123 0.0499 53.11 215 54 116 355 43 58 48 133 0.0493 51.23 216 54 115 357 42 58 49 143 0.0487 49.42 216 55 114 358 41 59 50 53 0.0518 63.57 212 49 120 349 48 58 51 63 0.0516 61.22 212 50 119 350 47 59 52 73 0.0513 59.15 212 51 118 351 46 59 53 83 0.0509 57.14 213 51 117 353 45 59 54 93 0.0505 55.26 213 52 116 354 44 60 55 103 0.0501 53.37 213 52 115 355 44 60 56 113 0.0497 51.81 214 53 114 357 43 61 57 123 0.0492 50.20 214 53 113 358 42 61 58 133 0.0486 48.52 215 54 111 0 41 62 59 113 0.0527 82.53 220 57 131 340 51 43 60 123 0.0524 79.25 220 58 131 341 50 42 61 143 0.0520 79.78 221 58 130 342 49 43 62 153 0.0515 76.38 222 59 130 342 48 41 63 163 0.0509 72.99 223 61 130 343 47 40 64 163 0.0501 65.71 225 63 131 341 47 36 65 163 0.0486 58.95 227 67 133 340 48 31 66 163 0.0465 53.08 338 49 25 231 70 136 67 163 0.0438 48.95 336 52 18 234 75 140 68 113 0.0526 83.58 219 55 130 342 51 46 69 123 0.0523 80.37 219 56 130 343 50 45 70 133 0.0519 77.28 220 57 129 343 49 44 71 143 0.0515 74.06 221 59 129 343 48 43 72 153 0.0509 70.73 222 60 128 344 47 42 73 163 0.0502 67.39 223 61 128 344 46 41 74 163 0.0492 59.95 225 64 130 342 46 36 75 163 0.0476 53.06 228 67 133 341 47 31 76 163 0.0453 47.36 338 49 24 232 71 136 77 103 0.0524 80.54 218 54 129 343 51 47 78 113 0.0521 77.56 219 55 129 343 49 46 79 123 0.0517 74.56 220 57 128 344 48 45 80 133 0.0513 71.61 220 58 128 344 48 45 81 143 0.0508 68.50 221 59 127 345 47 44 82 153 0.0501 65.22 222 60 127 345 46 43 83 163 0.0494 62.00 223 61 127 345 45 42 84 163 0.0483 54.42 226 64 129 344 45 37 85 163 0.0465 47.50 229 67 132 341 47 31 86 93 0.0522 77.53 218 54 128 344 50 49 87 103 0.0519 74.61 218 55 128 344 49 48 88 113 0.0516 71.76 219 56 127 345 48 47 89 123 0.0511 68.97 220 57 127 345 47 46 90 133 0.0506 66.17 220 58 126 346 46 45 91 143 0.0501 63.22 221 59 126 346 46 45 92 153 0.0494 60.14 222 60 125 347 45 44 93 163 0.0486 56.98 223 61 125 347 44 43 94 163 0.0473 49.17 226 64 128 345 45 38 95 83 0.0520 74.47 217 53 127 344 50 50 96 93 0.0517 71.70 218 54 127 345 49 49 97 103 0.0513 68.96 218 55 126 345 48 48 98 113 0.0509 66.38 219 56 126 346 47 48 99 123 0.0504 63.73 220 57 125 347 46 47 100 133 0.0499 61.18 220 58 124 347 45 46 automatic search suggests trial source # 5 Results for subevent # 1 trial source position # 5 time shift (multiple of dt) 93 strike,dip,rake 216 54 126 strike,dip,rake 344 49 50 SING. values, inlcuding vardat (min., max, min/max): 1.24903341E-15 2.83432640E-15 0.440680861 3.80883498E+15 -5.14449035E+15 -2.30320977E+14 -4.33437845E+15 1.55078395E+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= 2.83920765E-03 ####### -------########## -----------######---- ------------------------- --------------####----------- -------------########---------- ----------###########--------- P ---------############---------- --------##############--------- ---------###############--------- --------#################-------- -------####### ########-------- ------####### T ########------- -----######## ########------- ----##################------- --##################----- #################---- ##############--- ####### 2022-04-26 19:19:13,867 INFO None 2022-04-26 19:19:13,868 INFO This is ISOLA Initializing array w Time required: 0.606178224 Reading input file gr.hes Time required: 3.13229418 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.938790977 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 143 0.0493 58.36 221 59 124 348 44 46 2 153 0.0486 55.43 222 60 124 349 44 45 3 163 0.0477 52.34 223 60 123 349 43 45 4 73 0.0517 71.61 216 53 126 345 50 51 5 83 0.0514 68.82 217 53 126 346 49 50 6 93 0.0511 66.31 217 54 125 346 48 50 7 103 0.0507 63.86 218 55 124 347 47 49 8 123 0.0502 66.70 218 54 122 350 46 52 9 133 0.0497 64.36 219 55 122 351 45 52 10 143 0.0492 62.07 219 56 121 351 44 51 11 153 0.0485 59.59 220 57 120 352 43 51 12 163 0.0478 56.99 221 57 119 353 42 51 13 63 0.0514 68.88 215 52 125 346 49 52 14 83 0.0512 71.43 216 51 124 348 49 54 15 93 0.0508 69.01 216 52 123 349 48 54 16 103 0.0504 66.80 217 53 122 350 47 54 17 113 0.0500 64.65 217 54 121 351 46 54 18 123 0.0495 62.55 218 54 120 352 45 54 19 133 0.0490 60.37 218 55 119 353 44 54 20 143 0.0484 58.29 219 55 119 354 43 54 21 153 0.0478 56.10 219 56 118 355 42 54 22 63 0.0512 71.86 214 50 123 348 50 56 23 73 0.0509 69.29 215 51 123 349 49 55 24 83 0.0506 66.99 215 51 122 350 48 55 25 93 0.0502 64.84 216 52 121 351 47 55 26 103 0.0498 62.91 216 53 120 352 46 56 27 113 0.0493 60.89 217 53 119 353 45 56 28 123 0.0488 58.98 217 54 118 354 44 56 29 133 0.0482 57.06 218 54 117 356 43 56 30 143 0.0476 55.13 218 55 116 357 42 57 31 53 0.0508 69.82 213 49 122 349 50 57 32 63 0.0506 67.55 214 50 121 350 49 57 33 73 0.0503 65.29 214 51 120 351 48 57 34 83 0.0499 63.30 215 51 119 352 47 57 35 93 0.0495 61.39 215 52 118 353 46 58 36 103 0.0490 59.55 216 52 117 354 45 58 37 113 0.0486 57.82 216 53 116 356 44 58 38 123 0.0481 56.03 216 53 115 357 43 59 39 133 0.0475 54.38 217 54 114 359 42 59 40 113 0.0518 86.62 221 57 133 341 52 42 41 123 0.0515 83.38 222 58 133 341 51 41 42 133 0.0511 80.10 223 60 133 341 50 39 43 143 0.0507 76.76 224 61 132 341 49 38 44 153 0.0501 73.33 225 62 132 341 49 37 45 163 0.0495 69.95 226 63 132 342 48 35 46 163 0.0483 63.24 229 66 134 340 49 31 47 163 0.0464 57.43 339 50 26 231 69 137 48 163 0.0441 53.02 338 53 20 235 73 141 49 103 0.0516 84.01 221 56 132 341 52 43 50 113 0.0513 80.95 222 58 132 341 51 42 51 123 0.0510 77.77 222 59 132 342 50 41 52 133 0.0505 74.58 223 60 131 342 49 40 53 143 0.0500 71.26 224 61 131 342 48 38 54 153 0.0493 67.86 225 62 131 342 48 37 55 163 0.0486 64.54 227 63 131 343 48 36 56 163 0.0472 57.66 229 66 134 341 48 31 57 163 0.0453 51.87 340 50 25 233 70 137 58 93 0.0515 81.25 220 56 132 342 51 44 59 103 0.0511 78.24 221 57 131 342 51 43 60 113 0.0507 75.27 222 58 131 342 50 42 61 133 0.0503 76.50 222 58 129 344 49 43 62 143 0.0498 73.37 223 59 129 345 48 42 63 153 0.0492 70.20 224 60 129 345 47 42 64 163 0.0485 66.96 225 61 128 346 47 41 65 163 0.0477 59.32 227 63 130 344 47 36 66 163 0.0462 52.32 230 66 133 342 48 31 67 93 0.0512 82.52 219 54 130 344 52 47 68 103 0.0510 79.83 220 55 130 344 50 47 69 113 0.0506 77.01 221 56 129 345 50 46 70 123 0.0501 74.21 221 57 128 345 49 45 71 133 0.0497 71.40 222 58 128 345 48 44 72 143 0.0491 68.41 223 59 128 346 47 43 73 153 0.0485 65.35 224 60 127 347 46 43 74 163 0.0477 62.15 225 60 127 347 46 42 75 163 0.0467 54.33 227 63 129 345 46 37 76 83 0.0510 79.73 219 53 129 344 51 49 77 93 0.0507 77.05 219 54 129 345 50 48 78 103 0.0504 74.55 220 55 128 345 49 47 79 113 0.0500 71.96 221 56 127 346 48 46 80 123 0.0495 69.29 221 57 127 346 47 46 81 133 0.0489 66.53 222 58 126 347 47 45 82 143 0.0483 63.78 223 59 126 348 46 45 83 153 0.0476 60.87 224 59 126 348 45 44 84 163 0.0469 57.87 225 60 125 349 44 43 85 73 0.0507 77.09 218 53 128 345 51 50 86 83 0.0505 74.47 219 53 128 345 50 49 87 93 0.0501 72.00 219 54 127 346 49 48 88 103 0.0497 69.72 220 55 127 347 48 48 89 113 0.0492 67.24 221 56 126 347 47 47 90 123 0.0487 64.75 221 57 125 348 46 47 91 133 0.0481 62.17 222 58 125 349 45 47 92 143 0.0475 59.58 223 58 124 350 45 46 93 153 0.0468 56.80 224 59 124 350 44 46 94 63 0.0504 74.63 217 52 128 345 51 51 95 73 0.0502 72.08 218 53 127 346 50 50 96 83 0.0498 69.73 219 54 126 347 49 50 97 93 0.0494 67.49 219 54 125 347 48 49 98 103 0.0490 65.34 220 55 125 348 47 49 99 113 0.0485 63.01 220 56 124 349 46 49 100 123 0.0479 60.60 221 57 123 350 45 49 automatic search suggests trial source # 40 Results for subevent # 1 trial source position # 40 time shift (multiple of dt) 113 strike,dip,rake 221 57 133 strike,dip,rake 341 52 42 SING. values, inlcuding vardat (min., max, min/max): 1.19446236E-15 2.80955619E-15 0.425142705 4.60074535E+15 -7.15908556E+15 9.56786593E+13 -5.25460902E+15 1.60581472E+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= 2.71987915E-03 ####### ------########### ----------########### --------------####------- ----------------##----------- --------------######----------- -----------#########---------- P ----------###########---------- --------#############---------- ---------###############--------- --------################--------- -------#################--------- -----######## ########------- -----######## T ########------- ---######### #######------- -###################----- #################---- ###############-- ####### 2022-04-26 19:19:20,562 INFO None 2022-04-26 19:19:20,563 INFO This is ISOLA Initializing array w Time required: 0.615362763 Reading input file gr.hes Time required: 3.49135923 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.994377136 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 133 0.0473 58.22 222 57 123 351 44 49 2 143 0.0466 55.69 222 58 122 352 44 48 3 53 0.0501 72.41 217 51 127 346 51 52 4 63 0.0498 69.95 217 52 126 347 50 52 5 73 0.0495 67.68 218 53 125 347 49 51 6 83 0.0491 65.48 218 54 124 348 48 51 7 93 0.0486 63.40 219 54 124 349 47 51 8 103 0.0482 61.31 219 55 123 350 46 51 9 113 0.0477 59.20 220 56 122 351 45 51 10 123 0.0471 56.98 221 56 121 352 44 51 11 133 0.0465 54.71 221 57 120 353 43 51 12 43 0.0498 70.37 216 51 126 346 50 53 13 53 0.0495 68.11 216 52 125 347 49 53 14 63 0.0491 65.97 217 52 124 348 48 53 15 73 0.0487 63.85 217 53 123 349 48 53 16 83 0.0483 61.89 218 54 122 350 47 53 17 103 0.0478 66.05 218 52 120 354 46 56 18 113 0.0474 64.24 218 53 119 355 45 56 19 123 0.0469 62.51 219 53 118 356 44 56 20 133 0.0463 60.71 219 54 117 358 43 57 21 113 0.0507 90.40 223 57 135 341 53 41 22 123 0.0505 87.36 224 59 135 341 52 40 23 133 0.0501 84.19 225 60 134 341 51 38 24 143 0.0497 80.86 225 61 134 341 51 37 25 153 0.0493 77.58 226 62 134 341 50 36 26 163 0.0487 74.37 227 63 134 342 50 35 27 163 0.0479 67.88 230 66 135 341 50 31 28 163 0.0464 62.09 340 51 27 232 69 138 29 163 0.0443 57.48 339 53 22 235 72 141 30 103 0.0506 88.23 223 57 134 341 53 42 31 113 0.0503 85.35 223 58 134 342 52 41 32 123 0.0500 82.26 224 59 133 342 51 40 33 133 0.0496 79.18 225 60 133 342 50 39 34 143 0.0491 75.84 226 61 133 342 50 37 35 153 0.0485 72.59 227 62 133 343 49 36 36 163 0.0479 69.36 228 63 133 343 49 35 37 163 0.0469 62.70 230 66 135 342 49 31 38 163 0.0453 56.88 341 51 26 233 69 138 39 93 0.0504 85.72 222 56 134 342 53 43 40 103 0.0501 83.01 223 57 133 342 52 42 41 113 0.0498 80.18 224 58 133 342 51 41 42 123 0.0494 77.21 224 59 132 343 50 40 43 133 0.0489 74.11 225 60 132 343 49 39 44 143 0.0483 70.90 226 61 132 343 49 38 45 153 0.0477 67.73 227 62 132 344 48 37 46 163 0.0470 64.50 228 63 132 344 48 36 47 163 0.0459 57.71 231 66 134 343 49 31 48 83 0.0502 83.12 222 55 133 342 53 44 49 93 0.0499 80.48 222 56 133 343 52 43 50 103 0.0495 77.90 223 57 132 343 51 42 51 113 0.0491 75.20 224 59 132 343 50 41 52 123 0.0487 72.24 224 60 131 344 49 40 53 133 0.0481 69.28 225 60 131 344 48 40 54 143 0.0475 66.21 226 61 131 345 48 39 55 153 0.0468 63.05 227 62 131 345 47 38 56 163 0.0460 59.87 229 63 131 346 47 37 57 73 0.0499 80.53 221 55 132 343 53 45 58 83 0.0496 77.97 222 56 132 343 52 44 59 93 0.0493 75.55 222 57 131 344 51 44 60 103 0.0488 72.99 223 58 131 344 50 43 61 113 0.0484 70.37 224 59 130 345 49 42 62 123 0.0479 67.57 225 60 130 345 48 41 63 133 0.0473 64.70 226 60 130 346 48 40 64 143 0.0466 61.70 227 61 129 346 47 40 65 153 0.0459 58.58 228 62 129 347 47 39 66 73 0.0496 82.57 220 53 131 345 53 48 67 83 0.0493 80.12 221 54 130 345 52 48 68 93 0.0490 77.79 221 54 129 346 51 47 69 103 0.0486 75.54 222 55 129 346 50 47 70 113 0.0481 73.24 222 56 128 347 49 46 71 123 0.0476 70.73 223 57 127 348 48 46 72 133 0.0471 68.14 224 58 127 349 47 45 73 143 0.0465 65.52 224 58 126 349 46 45 74 153 0.0458 62.81 225 59 126 350 45 44 75 63 0.0493 80.49 220 52 130 345 52 49 76 73 0.0491 78.12 220 53 129 346 51 49 77 83 0.0487 75.82 221 54 129 346 50 48 78 93 0.0483 73.65 221 55 128 347 49 48 79 103 0.0479 71.49 222 55 127 348 48 48 80 113 0.0474 69.29 222 56 126 349 47 47 81 123 0.0468 66.93 223 57 125 350 47 47 82 133 0.0462 64.46 224 57 125 351 46 47 83 143 0.0456 61.94 224 58 124 351 45 47 84 53 0.0490 78.56 219 51 129 346 52 50 85 63 0.0487 76.24 219 52 128 346 51 50 86 73 0.0484 74.12 220 53 128 347 50 50 87 83 0.0479 71.98 220 54 127 348 49 50 88 93 0.0475 69.93 221 54 126 349 48 49 89 103 0.0471 67.81 221 55 125 350 47 49 90 113 0.0466 65.69 222 56 124 351 46 49 91 123 0.0460 63.45 223 56 123 352 46 49 92 133 0.0454 61.12 223 57 123 353 45 49 93 43 0.0486 76.84 218 51 128 346 52 51 94 53 0.0483 74.66 218 52 127 347 51 51 95 63 0.0480 72.53 219 52 126 348 50 51 96 73 0.0475 70.45 219 53 126 349 49 51 97 83 0.0471 68.59 220 54 125 350 48 51 98 93 0.0467 66.59 220 54 124 351 47 51 99 103 0.0463 64.57 221 55 123 352 46 51 100 113 0.0458 62.49 221 55 122 353 45 51 automatic search suggests trial source # 21 Results for subevent # 1 trial source position # 21 time shift (multiple of dt) 113 strike,dip,rake 223 57 135 strike,dip,rake 341 53 41 SING. values, inlcuding vardat (min., max, min/max): 1.15788515E-15 2.74912653E-15 0.421182930 5.08417935E+15 -7.64669964E+15 5.72171919E+14 -5.47843265E+15 1.62170964E+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= 2.62373686E-03 ####### ------########### ----------########### --------------####------- ----------------#------------ ---------------#####----------- ------------########---------- P ----------##########----------- --------#############---------- ---------###############--------- --------################--------- -------#################--------- -----######## #######-------- ----######### T #######-------- ---######### #######------- -###################----- #################---- ###############-- ####### 2022-04-26 19:19:27,007 INFO None 2022-04-26 19:19:27,007 INFO This is ISOLA Initializing array w Time required: 0.710104108 Reading input file gr.hes Time required: 3.53721952 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.956343949 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 123 0.0452 60.45 222 56 121 354 44 51 2 103 0.0496 90.72 225 59 138 340 55 38 3 113 0.0494 87.97 226 60 137 340 54 37 4 123 0.0492 85.18 227 61 137 340 53 36 5 133 0.0489 82.07 227 62 137 340 52 34 6 143 0.0485 78.90 228 64 137 341 52 33 7 153 0.0480 75.66 229 65 137 341 51 32 8 163 0.0473 72.51 231 66 137 341 51 31 9 163 0.0462 67.01 341 52 27 233 68 139 10 163 0.0445 62.43 340 54 23 236 71 141 11 93 0.0495 88.83 225 58 137 340 54 39 12 103 0.0492 86.12 226 59 137 341 54 38 13 113 0.0489 83.33 226 60 136 341 53 37 14 123 0.0486 80.49 227 62 136 341 52 36 15 133 0.0482 77.38 228 63 136 341 51 35 16 143 0.0477 74.23 229 64 136 342 51 33 17 153 0.0471 70.95 230 65 136 342 51 32 18 163 0.0464 67.82 231 66 136 342 50 31 19 163 0.0451 62.15 341 52 27 234 68 139 20 93 0.0492 89.95 224 56 136 342 54 42 21 103 0.0490 87.49 225 57 135 342 53 41 22 113 0.0486 84.81 225 58 135 342 52 40 23 123 0.0483 82.09 226 59 134 343 51 39 24 133 0.0479 79.24 227 61 134 343 51 38 25 143 0.0474 76.26 227 61 133 344 50 37 26 153 0.0469 73.11 228 62 133 344 49 36 27 163 0.0462 69.97 229 63 133 344 49 35 28 163 0.0454 63.23 232 66 135 343 50 31 29 83 0.0490 87.86 224 55 135 342 54 43 30 93 0.0488 85.43 224 57 135 343 53 42 31 103 0.0485 82.99 225 58 134 343 52 41 32 113 0.0481 80.49 225 59 133 343 51 40 33 123 0.0476 77.72 226 60 133 344 51 39 34 133 0.0472 74.88 227 61 133 344 50 39 35 143 0.0467 71.95 228 61 132 345 49 38 36 153 0.0460 68.93 229 62 132 345 49 37 37 163 0.0453 65.82 230 63 132 346 48 36 38 73 0.0488 85.72 223 55 135 343 54 44 39 83 0.0485 83.37 224 56 134 343 53 43 40 93 0.0482 81.06 224 57 133 344 52 42 41 103 0.0478 78.68 225 58 133 344 51 42 42 113 0.0474 76.18 226 59 132 345 50 41 43 123 0.0469 73.45 226 60 132 345 50 40 44 133 0.0464 70.71 227 60 131 346 49 39 45 143 0.0458 67.84 228 61 131 346 48 39 46 153 0.0451 64.90 229 62 131 347 48 38 47 63 0.0485 83.62 223 54 134 343 54 45 48 73 0.0482 81.38 223 55 133 344 53 44 49 83 0.0479 79.13 224 56 133 344 52 44 50 93 0.0475 76.82 224 57 132 345 51 43 51 103 0.0471 74.50 225 58 131 345 50 42 52 113 0.0466 72.06 226 59 131 346 49 42 53 123 0.0461 69.38 226 59 130 347 49 41 54 133 0.0455 66.71 227 60 130 347 48 41 55 143 0.0449 63.96 228 61 129 348 47 40 56 53 0.0482 81.64 222 54 133 344 54 46 57 63 0.0479 79.43 222 54 133 344 53 45 58 73 0.0475 77.28 223 55 132 345 52 45 59 83 0.0472 75.13 224 56 131 345 51 44 60 93 0.0467 72.93 224 57 130 346 50 44 61 103 0.0463 70.54 225 58 130 347 49 43 62 113 0.0458 68.14 225 58 129 347 48 43 63 123 0.0452 65.50 226 59 129 348 48 43 64 133 0.0446 62.96 227 60 128 349 47 42 65 43 0.0478 79.86 221 53 132 344 53 47 66 53 0.0475 77.64 222 54 132 344 53 46 67 63 0.0472 75.60 222 55 131 345 52 46 68 73 0.0468 73.52 223 55 130 346 51 46 69 83 0.0463 71.41 223 56 130 347 50 45 70 93 0.0459 69.14 224 57 129 347 49 45 71 103 0.0454 66.80 225 57 128 348 48 45 72 113 0.0449 64.42 225 58 127 349 47 45 73 123 0.0443 61.88 226 58 127 350 47 44 74 43 0.0474 83.49 220 51 131 346 53 50 75 53 0.0471 81.43 221 52 130 346 52 50 76 63 0.0468 79.45 221 52 129 347 51 49 77 73 0.0464 77.58 221 53 128 348 51 49 78 83 0.0460 75.71 222 54 127 349 50 49 79 93 0.0455 73.72 222 54 126 350 49 49 80 103 0.0451 71.56 223 55 125 351 48 49 81 113 0.0446 69.46 224 55 124 352 47 49 82 123 0.0440 67.34 224 56 123 354 46 50 83 93 0.0484 91.74 227 60 140 339 56 35 84 103 0.0483 89.30 228 61 140 339 55 34 85 113 0.0481 86.60 229 62 140 339 55 33 86 123 0.0479 83.82 229 64 139 340 54 32 87 133 0.0476 80.82 340 54 31 230 65 139 88 153 0.0471 80.17 231 65 138 341 52 31 89 163 0.0466 77.29 232 66 138 341 52 30 90 163 0.0460 72.13 341 53 27 234 68 139 91 163 0.0447 67.71 341 54 24 236 70 142 92 93 0.0483 92.50 227 58 139 340 56 38 93 103 0.0481 90.28 227 60 139 341 55 37 94 113 0.0479 87.79 228 61 138 341 54 36 95 123 0.0477 84.99 228 62 138 341 53 35 96 133 0.0473 82.17 229 63 137 341 53 34 97 143 0.0469 79.14 230 64 137 342 52 33 98 153 0.0464 76.16 231 65 137 342 52 32 99 163 0.0458 73.19 232 66 137 343 51 31 100 163 0.0450 67.85 342 53 27 234 68 139 automatic search suggests trial source # 2 Results for subevent # 1 trial source position # 2 time shift (multiple of dt) 103 strike,dip,rake 225 59 138 strike,dip,rake 340 55 38 SING. values, inlcuding vardat (min., max, min/max): 1.12249346E-15 2.69611836E-15 0.416336864 5.58328676E+15 -7.98080783E+15 7.17102504E+14 -6.15999027E+15 1.63911221E+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= 2.52312422E-03 ####### -----############ ----------########### -------------#######----- ----------------------------- ---------------####------------ ------------#######----------- P ----------##########----------- --------#############---------- ---------##############---------- --------################--------- -------#################--------- -----######## #######-------- ----######### T #######-------- ---######### #######------- ####################----- #################---- ###############-- ####### 2022-04-26 19:19:33,367 INFO None 2022-04-26 19:19:33,367 INFO This is ISOLA Initializing array w Time required: 0.672785223 Reading input file gr.hes Time required: 3.40027308 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.03213453 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 83 0.0481 90.67 226 58 139 341 56 39 2 93 0.0479 88.55 227 59 138 341 55 38 3 103 0.0477 86.30 227 60 138 341 54 37 4 113 0.0474 83.77 228 61 137 342 53 36 5 123 0.0470 81.01 229 62 137 342 52 35 6 133 0.0466 78.07 230 63 136 342 52 34 7 143 0.0461 75.09 231 64 136 343 51 33 8 153 0.0455 72.04 232 65 136 343 51 32 9 163 0.0449 69.16 233 65 136 344 51 31 10 73 0.0479 88.86 226 57 138 341 56 40 11 83 0.0476 86.66 226 58 138 342 55 39 12 93 0.0474 84.61 227 59 137 342 54 38 13 103 0.0471 82.23 228 60 136 342 53 37 14 113 0.0467 79.72 228 61 136 343 52 36 15 123 0.0463 76.99 229 62 136 343 52 35 16 133 0.0458 74.02 230 63 135 344 51 35 17 143 0.0452 71.05 231 64 135 344 51 34 18 153 0.0446 68.14 232 64 135 345 50 33 19 63 0.0476 86.97 225 56 138 342 56 41 20 73 0.0474 84.83 226 57 137 342 55 40 21 83 0.0470 82.70 227 58 137 342 54 39 22 93 0.0467 80.61 227 59 136 343 53 39 23 103 0.0464 78.24 228 60 135 343 52 38 24 113 0.0460 75.67 228 61 135 344 51 37 25 123 0.0455 72.88 229 62 135 344 51 36 26 133 0.0449 69.97 230 62 134 345 50 35 27 143 0.0443 67.03 231 63 134 345 50 35 28 63 0.0473 89.05 225 54 136 343 55 43 29 73 0.0471 87.01 225 55 136 343 54 43 30 83 0.0468 85.03 226 56 135 344 54 42 31 93 0.0464 82.90 226 57 134 345 53 42 32 103 0.0460 80.81 227 58 133 345 52 41 33 113 0.0456 78.57 227 59 133 346 51 41 34 123 0.0451 76.03 228 59 132 346 50 40 35 123 0.0446 68.92 229 61 133 346 50 37 36 133 0.0440 66.11 230 62 133 346 50 36 37 53 0.0470 87.61 224 54 136 343 55 45 38 63 0.0467 85.60 224 55 135 344 54 44 39 73 0.0464 83.60 225 55 134 345 53 44 40 83 0.0461 81.61 225 56 133 345 52 43 41 93 0.0456 79.44 226 57 133 346 52 43 42 103 0.0453 77.33 226 58 132 347 51 42 43 113 0.0448 75.00 227 58 131 347 50 42 44 123 0.0443 72.55 228 59 130 348 49 41 45 133 0.0437 69.92 229 60 130 349 48 41 46 43 0.0466 86.29 223 53 135 344 55 46 47 53 0.0464 84.26 224 54 134 344 54 45 48 63 0.0461 82.30 224 55 133 345 53 45 49 73 0.0457 80.29 225 55 133 346 52 44 50 83 0.0453 78.36 225 56 132 346 51 44 51 93 0.0449 76.18 226 57 131 347 50 44 52 103 0.0444 73.92 226 57 130 348 50 44 53 113 0.0440 71.58 227 58 129 349 49 43 54 123 0.0434 69.19 228 58 129 350 48 43 55 33 0.0463 84.87 223 52 134 344 55 47 56 43 0.0460 82.98 223 53 133 345 54 46 57 53 0.0456 81.10 223 54 132 345 53 46 58 63 0.0453 79.28 224 55 132 346 52 46 59 73 0.0449 77.32 224 55 131 347 51 46 60 83 0.0445 75.22 225 56 130 348 50 45 61 93 0.0441 73.03 225 56 129 349 49 45 62 103 0.0436 70.61 226 57 128 350 49 45 63 113 0.0431 68.40 227 57 128 351 48 45 64 93 0.0474 94.86 229 61 142 339 58 34 65 103 0.0473 92.84 230 62 142 339 57 33 66 113 0.0472 90.55 230 63 141 340 56 32 67 123 0.0470 88.10 231 64 141 340 55 31 68 133 0.0468 85.35 340 55 30 232 65 140 69 143 0.0465 82.57 341 54 29 232 66 140 70 153 0.0461 79.79 341 54 28 233 67 140 71 163 0.0455 77.10 341 54 27 234 67 140 72 163 0.0447 72.99 341 55 24 237 69 142 73 83 0.0472 93.55 229 60 142 340 58 35 74 93 0.0471 91.64 229 61 141 340 57 34 75 103 0.0470 89.53 230 62 141 340 56 33 76 113 0.0467 87.13 230 63 140 340 55 32 77 123 0.0465 84.51 231 64 140 341 54 31 78 133 0.0462 81.75 341 54 30 232 65 140 79 143 0.0458 78.92 341 54 29 233 66 140 80 153 0.0452 76.15 342 53 28 234 67 140 81 163 0.0446 73.44 343 53 27 235 67 140 82 73 0.0469 92.01 228 59 142 340 58 36 83 83 0.0468 90.20 229 60 141 340 57 35 84 93 0.0466 88.27 229 61 140 341 56 35 85 103 0.0464 85.99 230 62 140 341 55 34 86 113 0.0461 83.53 231 63 139 341 54 33 87 123 0.0458 80.89 231 64 139 342 54 32 88 133 0.0454 78.06 232 65 139 342 53 31 89 143 0.0449 75.23 343 53 30 233 66 139 90 153 0.0443 72.37 343 53 29 235 66 139 91 73 0.0467 93.26 228 57 140 341 57 39 92 83 0.0465 91.53 228 58 140 342 56 38 93 93 0.0463 89.70 229 59 139 342 55 37 94 103 0.0461 87.64 229 60 138 342 54 36 95 113 0.0458 85.30 230 61 138 343 54 36 96 123 0.0454 82.75 230 62 137 343 53 35 97 133 0.0450 80.07 231 63 137 344 52 34 98 133 0.0445 74.26 233 65 138 343 53 31 99 143 0.0439 71.44 234 65 138 344 52 30 100 63 0.0464 91.79 227 56 140 342 57 40 automatic search suggests trial source # 1 Results for subevent # 1 trial source position # 1 time shift (multiple of dt) 83 strike,dip,rake 226 58 139 strike,dip,rake 341 56 39 SING. values, inlcuding vardat (min., max, min/max): 1.07621200E-15 2.56502964E-15 0.419570982 6.06795503E+15 -7.92087855E+15 1.51867681E+15 -6.07427883E+15 1.64935044E+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= 2.35444307E-03 ####### -----############ ----------########### -------------#######----- ----------------------------- ---------------####------------ ------------#######----------- P ----------##########----------- --------#############---------- ---------##############---------- -------#################--------- ------##################--------- ----######## ########-------- ----######## T ########-------- --######### ########------- ####################----- #################---- ###############-- ####### 2022-04-26 19:19:39,717 INFO None 2022-04-26 19:19:39,718 INFO This is ISOLA Initializing array w Time required: 0.618830502 Reading input file gr.hes Time required: 3.51420927 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.977065384 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 73 0.0463 90.14 228 57 139 342 56 39 2 83 0.0461 88.35 228 58 138 342 55 38 3 93 0.0458 86.40 229 59 138 343 54 37 4 103 0.0454 84.20 229 60 137 343 54 37 5 113 0.0451 81.82 230 61 137 344 53 36 6 123 0.0446 79.28 231 62 136 344 52 35 7 133 0.0441 76.57 231 62 136 345 51 35 8 143 0.0436 73.85 232 63 135 346 51 34 9 53 0.0461 90.46 227 56 139 342 57 41 10 63 0.0459 88.65 227 57 139 342 56 40 11 73 0.0457 86.95 228 57 138 343 55 39 12 83 0.0454 85.19 228 58 137 343 54 39 13 93 0.0451 83.10 229 59 137 344 53 38 14 103 0.0447 80.74 229 60 136 345 53 38 15 113 0.0443 78.28 230 61 135 345 52 37 16 123 0.0438 75.76 231 61 135 346 51 36 17 133 0.0433 73.10 232 62 134 346 51 36 18 43 0.0458 89.31 226 55 139 342 57 42 19 53 0.0455 87.32 227 56 138 343 56 41 20 63 0.0453 85.55 227 57 137 343 55 41 21 73 0.0450 83.76 228 57 137 344 54 40 22 83 0.0447 81.88 228 58 136 344 53 40 23 93 0.0443 79.67 229 59 135 345 52 39 24 103 0.0439 77.36 229 60 134 346 52 39 25 113 0.0434 74.72 230 60 134 346 51 38 26 123 0.0429 72.24 231 61 133 347 50 38 27 43 0.0454 92.50 225 53 137 343 57 44 28 53 0.0452 90.71 226 54 136 344 56 44 29 63 0.0448 88.84 226 55 136 345 55 43 30 63 0.0445 82.45 227 57 136 344 54 41 31 73 0.0442 80.53 227 57 135 345 53 41 32 83 0.0439 78.53 228 58 134 346 52 41 33 93 0.0434 76.20 229 59 134 346 52 40 34 103 0.0430 73.76 229 59 133 347 51 40 35 113 0.0425 71.31 230 60 132 348 50 39 36 33 0.0450 91.59 225 53 136 344 56 45 37 43 0.0448 89.90 225 53 136 344 55 45 38 53 0.0445 88.26 225 54 135 345 55 45 39 63 0.0441 86.38 226 55 134 346 54 44 40 73 0.0438 84.58 226 55 133 347 53 44 41 83 0.0434 82.71 227 56 132 348 52 44 42 93 0.0430 80.61 227 56 131 349 51 44 43 93 0.0426 72.81 228 58 132 348 51 42 44 103 0.0421 70.36 229 59 131 349 50 41 45 83 0.0462 96.08 231 62 145 339 59 32 46 93 0.0463 94.63 231 63 144 339 59 31 47 103 0.0463 92.85 232 64 144 339 58 30 48 113 0.0462 90.65 232 65 143 339 57 29 49 123 0.0461 88.20 340 56 28 233 66 143 50 133 0.0458 85.61 340 56 27 234 67 143 51 143 0.0455 83.12 341 56 26 235 67 143 52 153 0.0451 80.63 341 55 26 236 68 143 53 163 0.0446 78.34 342 55 25 237 69 143 54 83 0.0460 96.78 230 60 144 340 59 34 55 93 0.0460 95.38 231 61 143 340 58 33 56 103 0.0459 93.66 231 62 142 340 57 32 57 113 0.0458 91.72 232 63 142 341 56 32 58 113 0.0457 87.61 233 65 142 340 56 29 59 123 0.0454 85.00 341 56 29 234 66 142 60 133 0.0451 82.40 341 55 28 234 67 142 61 143 0.0447 79.80 342 55 27 235 67 142 62 153 0.0442 77.32 342 55 26 236 68 142 63 73 0.0458 95.72 230 59 144 340 59 35 64 83 0.0458 94.42 230 60 143 340 58 34 65 93 0.0457 92.87 231 61 142 341 57 34 66 103 0.0455 91.02 231 62 141 341 56 33 67 113 0.0453 88.87 232 63 141 342 55 32 68 123 0.0451 86.40 342 55 31 233 64 140 69 133 0.0447 83.78 342 54 30 233 65 140 70 143 0.0443 81.07 343 54 30 234 66 140 71 153 0.0438 78.36 343 54 29 235 66 140 72 63 0.0456 94.69 230 58 143 340 59 36 73 73 0.0455 93.26 230 59 143 341 58 36 74 83 0.0454 91.82 231 60 142 341 57 35 75 93 0.0452 90.11 231 61 141 342 56 34 76 103 0.0450 88.04 232 62 140 342 55 33 77 113 0.0447 85.81 232 63 140 342 55 32 78 123 0.0443 83.30 233 64 139 343 54 32 79 133 0.0439 80.57 234 64 139 343 54 31 80 143 0.0434 77.82 344 53 30 235 65 139 81 53 0.0452 93.60 229 58 143 341 59 37 82 63 0.0452 92.12 230 59 142 341 58 37 83 73 0.0450 90.58 230 59 141 342 57 36 84 83 0.0448 88.97 231 60 141 342 56 35 85 93 0.0445 87.08 231 61 140 343 55 34 86 103 0.0443 84.90 232 62 139 343 55 34 87 113 0.0439 82.54 232 63 139 344 54 33 88 123 0.0435 79.93 233 63 138 344 53 32 89 133 0.0430 77.25 234 64 138 345 53 32 90 53 0.0449 95.74 228 56 142 342 59 39 91 63 0.0448 94.29 229 57 141 342 58 39 92 73 0.0446 92.84 229 58 140 343 57 38 93 83 0.0444 91.20 230 59 139 343 56 38 94 83 0.0441 85.95 231 60 139 343 55 36 95 93 0.0438 83.82 231 61 139 343 55 35 96 103 0.0435 81.50 232 62 138 344 54 35 97 113 0.0431 79.09 233 62 138 345 53 34 98 123 0.0426 76.53 233 63 137 345 53 33 99 43 0.0446 94.88 228 55 141 342 58 40 100 53 0.0445 93.44 228 56 140 343 58 40 automatic search suggests trial source # 47 Results for subevent # 1 trial source position # 47 time shift (multiple of dt) 103 strike,dip,rake 232 64 144 strike,dip,rake 339 58 30 SING. values, inlcuding vardat (min., max, min/max): 1.02349500E-15 2.53684483E-15 0.403451949 7.50616026E+15 -8.65993075E+15 8.16530326E+14 -7.67372358E+15 1.61487850E+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= 2.18665600E-03 ####### -----############ ---------############ -------------############ ----------------######------- ----------------#------------ P -------------#####----------- ----------########------------ -----------###########----------- ---------##############---------- --------###############---------- ------##################--------- ----###################-------- ---######### ########-------- -########## T ########------- ######### ########----- #################---- ###############-- ####### 2022-04-26 19:19:46,083 INFO None 2022-04-26 19:19:46,084 INFO This is ISOLA Initializing array w Time required: 0.677374184 Reading input file gr.hes Time required: 3.49492860 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.974517465 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 163 0.0448 28.60 207 47 127 338 53 56 2 163 0.0437 25.20 203 49 119 342 48 59 3 163 0.0422 24.17 198 51 109 348 42 67 4 163 0.0404 26.33 192 53 99 356 37 77 5 163 0.0383 31.50 188 57 91 5 32 87 6 163 0.0363 39.17 186 61 86 14 28 96 7 163 0.0345 47.98 186 65 83 22 25 104 8 133 0.0464 31.93 208 45 130 336 57 56 9 143 0.0460 28.61 207 46 129 338 55 56 10 163 0.0457 27.38 208 45 129 339 56 56 11 163 0.0451 22.97 206 47 123 341 51 58 12 163 0.0440 20.43 201 49 113 347 46 64 13 163 0.0425 20.84 194 51 101 356 40 75 14 163 0.0406 24.64 188 54 91 6 35 88 15 163 0.0387 31.37 185 58 84 15 32 98 16 163 0.0367 39.67 184 62 81 23 28 106 17 113 0.0472 27.38 207 47 127 338 54 56 18 133 0.0468 25.99 207 46 128 339 55 57 19 143 0.0465 23.14 207 46 125 341 53 58 20 163 0.0461 22.02 207 45 125 342 54 59 21 163 0.0455 18.24 203 47 117 346 49 63 22 163 0.0443 16.94 196 48 104 354 43 74 23 163 0.0428 19.16 188 51 91 6 38 88 24 163 0.0410 24.70 184 55 83 16 35 99 25 163 0.0390 32.34 183 59 78 24 32 108 26 103 0.0480 24.73 206 46 126 339 54 57 27 123 0.0476 23.56 207 45 126 340 55 58 28 133 0.0472 20.70 206 45 123 342 53 60 29 153 0.0468 19.79 206 44 123 343 54 61 30 163 0.0465 17.28 205 44 119 346 52 64 31 163 0.0458 14.74 198 45 107 354 46 72 32 163 0.0447 15.43 189 48 92 5 41 87 33 163 0.0431 19.49 183 52 81 16 38 100 34 163 0.0413 26.08 181 56 76 24 36 109 35 93 0.0488 22.26 206 45 125 340 54 59 36 103 0.0484 19.74 204 46 121 343 52 61 37 123 0.0480 18.72 205 44 121 344 53 62 38 133 0.0476 16.38 202 44 116 348 50 66 39 153 0.0472 15.85 202 42 115 349 52 68 40 163 0.0468 14.02 199 42 109 353 50 72 41 163 0.0461 13.25 189 44 93 5 45 86 42 163 0.0450 16.11 181 48 79 16 42 101 43 163 0.0434 21.38 178 53 73 25 39 111 44 163 0.0427 44.47 205 50 129 332 53 52 45 163 0.0413 41.74 203 53 124 333 48 52 46 163 0.0395 40.65 200 56 118 335 43 54 47 163 0.0374 41.70 197 59 111 339 37 58 48 163 0.0354 45.08 194 62 105 343 31 62 49 163 0.0333 50.10 193 65 100 349 26 68 50 163 0.0315 56.05 192 69 95 356 20 75 51 163 0.0299 61.30 192 74 91 6 16 83 52 163 0.0285 64.41 193 78 87 23 11 99 53 163 0.0441 42.16 207 48 132 333 56 52 54 163 0.0429 38.26 205 51 127 334 51 52 55 163 0.0414 35.81 203 54 121 336 46 53 56 163 0.0395 35.35 199 56 114 340 40 58 57 163 0.0374 37.36 196 59 106 345 34 63 58 163 0.0354 41.88 193 62 100 351 28 70 59 163 0.0334 47.89 191 66 95 359 23 78 60 163 0.0316 54.33 191 70 90 8 19 87 61 163 0.0302 59.76 192 75 87 22 15 99 62 163 0.0452 40.61 209 46 134 334 58 53 63 163 0.0444 35.84 208 50 130 334 54 52 64 163 0.0431 32.09 205 52 125 336 49 53 65 163 0.0415 30.13 202 54 117 340 43 56 66 163 0.0395 30.61 197 56 108 346 37 63 67 163 0.0375 33.97 193 59 100 353 31 72 68 163 0.0355 39.54 191 63 94 1 26 81 69 163 0.0336 46.41 190 67 89 10 22 90 70 163 0.0319 53.30 190 71 86 21 18 100 71 153 0.0461 37.79 209 46 134 334 58 53 72 163 0.0456 34.25 210 48 133 335 57 52 73 163 0.0447 29.62 208 50 128 336 52 52 74 163 0.0433 26.19 205 52 121 339 47 55 75 163 0.0417 25.09 200 54 111 345 41 62 76 163 0.0397 26.83 195 56 101 353 34 72 77 163 0.0376 31.53 191 60 93 3 29 83 78 163 0.0357 38.29 189 64 88 12 25 93 79 163 0.0339 45.70 188 68 84 22 21 102 80 143 0.0468 34.85 210 46 134 335 58 53 81 153 0.0465 31.44 210 47 133 336 57 52 82 163 0.0460 28.15 210 48 131 337 55 52 83 163 0.0450 23.53 208 51 125 339 50 54 84 163 0.0436 20.86 203 52 116 344 44 60 85 163 0.0418 20.92 196 54 104 353 38 71 86 163 0.0398 24.39 191 57 93 4 33 84 87 163 0.0378 30.50 187 61 86 14 28 95 88 163 0.0360 38.07 187 65 82 23 25 105 89 133 0.0476 32.02 210 46 134 335 58 53 90 143 0.0473 28.60 211 47 133 336 57 53 91 163 0.0469 27.49 211 46 133 338 58 54 92 163 0.0463 22.25 210 49 129 339 54 53 93 163 0.0453 18.20 206 50 120 343 48 58 94 163 0.0439 16.54 199 51 107 352 41 69 95 163 0.0421 18.45 191 53 93 4 36 84 96 163 0.0401 23.72 186 57 84 16 32 98 97 163 0.0382 30.81 185 62 80 25 29 107 98 113 0.0482 26.93 210 48 132 336 56 52 99 133 0.0480 25.89 211 47 132 337 57 53 100 143 0.0476 22.68 211 47 130 338 55 54 automatic search suggests trial source # 35 Results for subevent # 1 trial source position # 35 time shift (multiple of dt) 93 strike,dip,rake 206 45 125 strike,dip,rake 340 54 59 SING. values, inlcuding vardat (min., max, min/max): 4.56022549E-15 9.93203475E-15 0.459143132 2.40584103E+14 -3.39038242E+14 5.26660902E+14 -1.81009638E+15 4.20999566E+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= 2.39253044E-03 ####### -----#########--- ----------#---------- -----------###----------- -----------######------------ ----------#########------------ ---------###########----------- ---------#############----------- --------###############-------- --------################------- P -------####### #######------- -------####### T #######--------- ------####### #######-------- ------#################-------- -----#################------- ---#################----- --###############---- -##############-- ####### 2022-04-26 19:19:52,360 INFO None 2022-04-26 19:19:52,360 INFO This is ISOLA Initializing array w Time required: 0.612837017 Reading input file gr.hes Time required: 3.49450374 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.942727685 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 0.0443 91.96 229 57 139 343 57 40 2 73 0.0440 90.37 229 58 138 344 56 39 3 83 0.0437 88.59 230 58 138 344 55 39 4 93 0.0434 86.61 230 59 137 345 54 38 5 103 0.0430 84.43 231 60 136 346 53 38 6 103 0.0426 77.97 232 61 137 345 53 35 7 113 0.0421 75.48 233 62 137 346 52 35 8 33 0.0442 94.05 227 55 140 342 58 41 9 43 0.0441 92.60 228 55 140 343 57 41 10 53 0.0439 91.12 228 56 139 343 56 41 11 63 0.0436 89.53 228 57 138 344 56 40 12 73 0.0433 87.76 229 57 137 345 55 40 13 83 0.0430 85.74 229 58 136 346 54 40 14 93 0.0426 83.63 230 59 135 347 53 39 15 103 0.0422 81.38 231 59 135 347 52 39 16 113 0.0417 79.06 231 60 134 348 51 39 17 23 0.0439 93.25 227 54 140 342 58 42 18 33 0.0436 91.74 227 55 139 343 57 42 19 43 0.0434 90.28 227 55 138 344 56 42 20 53 0.0431 88.78 228 56 137 345 55 42 21 63 0.0428 87.06 228 56 136 345 54 41 22 73 0.0425 85.08 229 57 135 346 54 41 23 83 0.0422 82.82 229 58 135 347 53 41 24 93 0.0418 80.63 230 58 134 348 52 41 25 103 0.0414 78.32 231 59 133 349 51 40 26 83 0.0452 98.92 232 62 147 339 61 31 27 93 0.0454 97.92 233 63 146 339 60 30 28 103 0.0454 96.52 233 64 145 339 59 29 29 113 0.0454 94.73 234 65 145 340 58 28 30 123 0.0454 92.55 234 66 144 340 57 28 31 133 0.0452 90.28 340 57 27 235 67 144 32 133 0.0450 87.07 341 57 25 236 68 145 33 143 0.0447 84.83 341 57 25 237 69 144 34 153 0.0443 82.80 342 57 24 238 69 144 35 73 0.0450 98.27 232 61 146 339 61 32 36 83 0.0451 97.47 232 62 146 339 60 31 37 93 0.0452 96.19 233 63 145 340 59 31 38 103 0.0451 94.52 233 64 144 340 58 30 39 113 0.0450 92.47 234 65 144 341 57 29 40 123 0.0449 90.16 235 66 143 341 57 28 41 133 0.0446 87.78 341 56 27 235 66 143 42 143 0.0443 85.37 342 56 27 236 67 143 43 153 0.0439 83.10 343 56 26 237 68 143 44 63 0.0448 97.44 232 60 146 339 61 33 45 73 0.0448 96.55 232 61 145 340 60 32 46 83 0.0448 95.52 233 62 145 340 59 32 47 93 0.0448 94.00 233 63 144 341 58 31 48 103 0.0446 92.17 234 64 143 341 57 30 49 113 0.0444 89.94 234 65 143 341 57 29 50 123 0.0442 87.51 342 56 29 235 65 142 51 133 0.0438 85.04 342 56 28 236 66 142 52 143 0.0435 82.57 343 55 27 236 67 142 53 63 0.0444 98.65 231 59 145 340 60 35 54 63 0.0445 95.57 232 60 145 340 60 34 55 73 0.0444 94.47 232 61 144 341 59 33 56 83 0.0444 93.24 233 62 144 341 58 32 57 93 0.0442 91.47 233 63 143 341 57 31 58 103 0.0440 89.43 234 64 142 342 57 31 59 113 0.0437 87.11 234 64 142 342 56 30 60 123 0.0434 84.55 343 55 29 235 65 142 61 133 0.0430 82.00 344 55 29 236 66 141 62 53 0.0442 98.10 231 58 145 341 60 36 63 63 0.0442 97.11 231 59 144 341 60 36 64 73 0.0441 95.97 231 60 143 342 59 35 65 83 0.0440 94.66 232 60 142 342 58 34 66 93 0.0438 93.17 232 61 141 343 57 34 67 103 0.0435 91.30 233 62 141 343 56 33 68 103 0.0432 86.40 234 63 141 343 56 31 69 113 0.0429 83.88 235 64 141 343 55 31 70 123 0.0425 81.34 344 55 30 235 65 141 71 43 0.0439 97.40 230 57 144 341 60 37 72 53 0.0438 96.28 231 58 144 341 59 37 73 63 0.0437 95.13 231 59 143 342 59 36 74 73 0.0436 93.86 231 59 142 343 58 36 75 83 0.0434 92.39 232 60 141 343 57 35 76 93 0.0431 90.62 232 61 140 344 56 35 77 103 0.0428 88.48 233 62 140 344 55 34 78 113 0.0424 86.23 234 62 139 345 54 34 79 123 0.0420 83.71 234 63 138 346 54 33 80 33 0.0435 96.88 230 56 144 341 60 38 81 43 0.0434 95.58 230 57 143 342 59 38 82 53 0.0433 94.29 230 58 142 342 58 37 83 63 0.0431 93.00 231 59 141 343 58 37 84 73 0.0429 91.44 231 59 141 344 57 36 85 83 0.0427 89.68 232 60 140 344 56 36 86 93 0.0424 87.80 232 61 139 345 55 35 87 103 0.0420 85.53 233 61 138 346 54 35 88 113 0.0416 83.15 234 62 138 346 53 35 89 23 0.0431 96.18 229 56 143 341 60 39 90 33 0.0430 94.86 229 56 142 342 59 39 91 43 0.0428 93.50 230 57 142 342 58 38 92 53 0.0426 92.04 230 58 141 343 57 38 93 63 0.0424 90.57 231 58 140 344 57 38 94 73 0.0422 88.78 231 59 139 345 56 37 95 83 0.0419 86.77 232 60 138 345 55 37 96 93 0.0415 84.71 232 60 138 346 54 37 97 103 0.0412 82.48 233 61 137 347 53 36 98 23 0.0427 99.66 228 54 142 342 60 41 99 33 0.0426 98.62 229 55 141 343 59 41 100 43 0.0424 97.34 229 55 140 344 58 41 automatic search suggests trial source # 29 Results for subevent # 1 trial source position # 29 time shift (multiple of dt) 113 strike,dip,rake 234 65 145 strike,dip,rake 340 58 28 SING. values, inlcuding vardat (min., max, min/max): 9.88811969E-16 2.48192406E-15 0.398405403 8.16351843E+15 -8.94105407E+15 8.19103145E+14 -7.87567724E+15 1.59674246E+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= 2.10332870E-03 ####### -----############ ---------############ -------------############ ----------------#######------ ----------------------------- P --------------####----------- -----------#######------------ -----------###########----------- ---------##############---------- --------###############---------- ------##################--------- ----###################-------- ---######### ########-------- -########## T ########------- ######### ########----- #################---- ###############-- ####### 2022-04-26 19:19:59,400 INFO None 2022-04-26 19:19:59,400 INFO This is ISOLA Initializing array w Time required: 0.685227454 Reading input file gr.hes Time required: 3.51205468 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.998748302 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 0.0421 95.98 229 56 139 344 57 40 2 53 0.0419 89.67 230 57 139 344 56 39 3 63 0.0416 87.95 231 58 138 345 56 39 4 73 0.0413 85.92 231 58 138 346 55 38 5 83 0.0410 83.78 232 59 137 347 54 38 6 93 0.0407 81.48 232 60 136 348 53 38 7 73 0.0443 99.26 234 63 149 338 62 29 8 83 0.0446 99.81 234 64 148 339 61 29 9 93 0.0447 99.26 235 65 147 339 61 28 10 103 0.0448 97.87 235 66 147 340 60 27 11 113 0.0449 96.13 235 67 146 340 59 26 12 123 0.0448 94.10 236 67 146 340 58 26 13 133 0.0447 92.02 341 58 25 237 68 145 14 143 0.0445 89.92 341 58 24 238 69 145 15 153 0.0442 87.97 342 57 24 238 69 145 16 63 0.0441 99.74 234 62 149 339 63 30 17 73 0.0443 99.86 234 63 148 339 62 30 18 83 0.0444 99.01 234 64 147 340 61 29 19 93 0.0444 97.73 235 65 146 340 60 28 20 103 0.0444 96.10 235 66 146 340 59 28 21 113 0.0444 94.19 236 66 145 341 58 27 22 123 0.0442 92.06 236 67 145 341 58 26 23 133 0.0440 89.81 342 57 26 237 68 145 24 143 0.0437 87.66 342 57 25 238 68 144 25 63 0.0438 98.96 233 61 148 339 62 32 26 73 0.0439 99.40 233 62 147 340 61 31 27 83 0.0440 99.87 234 63 146 340 60 31 28 83 0.0440 97.32 234 64 146 340 60 30 29 93 0.0440 95.87 235 64 146 341 59 29 30 103 0.0439 93.96 235 65 145 341 58 28 31 113 0.0437 91.84 236 66 144 342 58 28 32 123 0.0435 89.57 237 67 144 342 57 27 33 133 0.0432 87.22 343 57 26 238 67 144 34 53 0.0435 99.32 233 60 148 340 62 33 35 63 0.0436 99.86 233 61 147 340 61 33 36 73 0.0437 99.42 233 62 146 341 60 32 37 83 0.0437 98.48 234 62 145 341 59 31 38 93 0.0436 97.04 234 63 144 342 58 31 39 103 0.0434 95.29 235 64 143 342 57 30 40 113 0.0432 93.17 235 64 143 343 57 30 41 113 0.0429 89.16 236 66 144 343 57 28 42 123 0.0426 86.80 343 57 28 237 66 143 43 43 0.0432 99.96 232 59 147 340 62 34 44 53 0.0433 99.49 233 60 147 341 61 34 45 63 0.0433 98.74 233 60 146 341 60 33 46 73 0.0433 97.84 233 61 145 342 59 33 47 83 0.0431 96.57 234 62 144 342 58 32 48 93 0.0430 94.86 234 63 143 343 58 32 49 103 0.0428 92.91 235 63 142 343 57 31 50 113 0.0425 90.69 235 64 142 344 56 31 51 123 0.0421 88.42 344 55 30 236 65 141 52 33 0.0428 99.53 232 58 147 340 62 35 53 43 0.0428 98.74 232 59 146 341 61 35 54 53 0.0429 97.96 232 59 145 341 60 34 55 63 0.0428 97.03 233 60 144 342 59 34 56 73 0.0427 95.78 233 61 144 342 58 33 57 83 0.0425 94.20 234 62 143 343 58 33 58 93 0.0423 92.35 234 62 142 344 57 32 59 103 0.0420 90.14 235 63 141 344 56 32 60 113 0.0417 87.95 236 63 141 345 55 32 61 33 0.0424 97.83 231 57 146 341 62 37 62 43 0.0424 98.71 231 57 145 342 61 37 63 53 0.0424 99.61 232 58 144 342 60 36 64 63 0.0423 99.38 232 59 143 343 59 36 65 63 0.0422 94.89 233 60 143 343 58 35 66 73 0.0420 93.34 233 61 142 343 58 34 67 83 0.0418 91.50 234 61 142 344 57 34 68 93 0.0415 89.41 234 62 141 345 56 33 69 103 0.0412 87.22 235 62 140 346 55 33 70 23 0.0421 98.05 231 56 145 341 62 38 71 33 0.0421 99.00 231 57 144 342 61 38 72 43 0.0420 99.99 231 57 143 342 60 38 73 53 0.0418 98.94 231 58 142 343 59 37 74 63 0.0417 97.75 232 58 141 344 58 37 75 73 0.0415 96.33 232 59 140 345 57 37 76 83 0.0412 94.57 233 60 140 345 56 36 77 83 0.0409 88.51 234 61 140 345 56 35 78 93 0.0406 86.34 234 61 140 346 55 34 79 13 0.0417 98.39 230 55 145 341 61 39 80 23 0.0416 99.34 230 56 144 342 60 39 81 33 0.0415 99.69 230 56 143 343 59 39 82 43 0.0413 98.53 231 57 142 343 59 38 83 53 0.0412 97.23 231 57 141 344 58 38 84 63 0.0410 95.72 232 58 140 345 57 38 85 73 0.0407 94.12 232 59 139 346 56 38 86 83 0.0404 92.07 233 59 138 347 55 37 87 93 0.0401 89.96 233 60 138 348 54 37 88 63 0.0435 97.27 338 64 28 235 64 151 89 73 0.0438 97.27 235 65 150 339 63 27 90 83 0.0441 97.71 236 66 149 339 62 27 91 93 0.0442 98.63 236 66 149 339 61 26 92 103 0.0443 99.96 237 67 148 340 61 25 93 113 0.0444 98.24 237 68 147 340 60 25 94 123 0.0444 96.44 238 68 147 341 59 24 95 133 0.0443 94.64 341 59 24 238 69 146 96 143 0.0441 92.86 342 58 23 239 69 146 97 63 0.0432 96.94 235 63 150 339 64 29 98 73 0.0435 96.89 235 64 149 339 63 29 99 83 0.0437 97.16 235 64 148 340 62 28 100 93 0.0438 97.97 236 65 148 340 61 28 automatic search suggests trial source # 11 Results for subevent # 1 trial source position # 11 time shift (multiple of dt) 113 strike,dip,rake 235 67 146 strike,dip,rake 340 59 26 SING. values, inlcuding vardat (min., max, min/max): 9.52171971E-16 2.42961131E-15 0.391903013 8.94983728E+15 -9.16290900E+15 9.11211604E+14 -8.30972931E+15 1.58830672E+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= 2.05540657E-03 ####### -----############ ---------############ -------------############ ----------------##########--- ----------------##----------- P --------------###------------ -----------#######------------ ------------##########----------- ----------#############---------- --------###############---------- ------#################---------- ----###################-------- --######### #########-------- -######### T #########------- ######## ########------ #################---- ###############-- ####### 2022-04-26 19:20:05,539 INFO None 2022-04-26 19:20:05,540 INFO This is ISOLA Initializing array w Time required: 0.586491287 Reading input file gr.hes Time required: 3.16718197 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.14937639 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 93 0.0439 99.89 236 66 148 340 61 27 2 103 0.0439 98.44 237 67 147 341 60 26 3 113 0.0438 96.42 237 67 147 341 59 26 4 123 0.0437 94.47 238 68 146 342 59 25 5 133 0.0435 92.64 342 58 25 239 68 146 6 53 0.0429 97.07 234 62 150 339 64 31 7 63 0.0432 97.10 235 62 149 340 63 30 8 73 0.0434 97.37 235 63 148 340 62 29 9 83 0.0435 98.01 235 64 147 341 61 29 10 93 0.0435 99.09 236 65 147 341 60 28 11 103 0.0434 99.39 236 65 146 341 59 28 12 113 0.0433 97.44 237 66 145 342 58 27 13 123 0.0431 95.34 237 67 145 343 58 27 14 123 0.0430 92.18 238 67 145 343 58 26 15 43 0.0426 97.32 234 61 150 339 64 32 16 53 0.0428 97.46 234 61 149 340 63 31 17 63 0.0430 97.81 340 62 31 235 62 148 18 73 0.0430 98.39 235 63 147 341 61 30 19 83 0.0431 99.31 235 64 146 341 60 30 20 93 0.0430 99.29 236 64 146 342 59 29 21 103 0.0429 97.54 236 65 145 342 58 29 22 113 0.0426 95.41 237 65 144 343 58 28 23 123 0.0424 93.32 238 66 144 344 57 28 24 43 0.0422 95.69 234 59 149 340 63 33 25 43 0.0424 98.02 234 60 149 340 63 32 26 53 0.0425 98.38 234 61 148 341 62 32 27 63 0.0426 99.00 235 62 147 341 61 31 28 73 0.0426 99.97 235 62 146 342 60 31 29 83 0.0425 98.83 235 63 145 342 59 30 30 93 0.0424 97.16 236 64 144 343 58 30 31 103 0.0421 95.20 237 64 144 343 58 29 32 113 0.0419 93.10 237 65 143 344 57 29 33 33 0.0419 95.73 233 58 149 340 63 35 34 43 0.0420 96.13 233 59 148 341 62 34 35 53 0.0421 96.59 234 60 147 341 61 34 36 63 0.0421 97.20 342 60 33 234 60 146 37 73 0.0420 98.13 234 61 145 343 59 33 38 73 0.0419 98.02 235 62 145 343 59 32 39 83 0.0418 96.49 236 63 144 343 58 31 40 93 0.0416 94.66 236 63 143 344 58 31 41 103 0.0413 92.63 237 64 143 345 57 30 42 23 0.0415 95.86 233 58 148 340 63 36 43 33 0.0416 96.40 233 58 147 341 62 35 44 43 0.0416 96.90 233 59 146 342 61 35 45 53 0.0416 97.62 233 59 145 342 60 35 46 63 0.0416 98.56 234 60 144 343 59 34 47 73 0.0414 99.83 234 61 143 344 58 34 48 83 0.0413 98.73 235 61 143 344 58 33 49 93 0.0411 96.96 235 62 142 345 57 33 50 93 0.0408 91.79 236 63 142 345 57 32 51 13 0.0411 96.13 232 57 148 341 63 37 52 23 0.0412 96.75 232 57 147 341 62 36 53 33 0.0412 97.38 233 58 146 342 61 36 54 43 0.0411 98.13 233 58 145 342 60 36 55 53 0.0410 99.05 233 59 144 343 59 35 56 63 0.0409 99.69 234 60 143 344 58 35 57 73 0.0408 98.18 234 60 142 345 58 35 58 83 0.0405 96.42 235 61 141 345 57 34 59 93 0.0403 94.43 235 61 141 346 56 34 60 3 0.0408 96.65 232 56 147 341 63 38 61 13 0.0407 97.23 232 56 146 341 62 37 62 23 0.0407 97.85 232 57 145 342 61 37 63 33 0.0406 98.60 232 58 144 343 60 37 64 43 0.0405 99.56 233 58 143 343 59 37 65 53 0.0404 99.20 233 59 143 344 58 36 66 63 0.0402 97.60 234 59 142 345 58 36 67 73 0.0400 95.79 234 60 141 346 57 36 68 83 0.0397 93.78 235 60 140 347 56 36 69 63 0.0427 94.90 236 65 152 338 65 27 70 73 0.0431 94.55 236 65 151 339 64 26 71 83 0.0435 94.51 237 66 150 339 63 26 72 93 0.0437 95.03 237 67 150 340 62 25 73 93 0.0439 96.03 238 67 150 340 62 25 74 103 0.0440 97.36 238 68 149 340 61 24 75 113 0.0441 98.90 239 68 148 341 61 24 76 123 0.0441 99.50 239 69 148 341 60 23 77 133 0.0440 97.95 240 69 147 342 59 23 78 53 0.0424 94.85 236 64 152 338 65 28 79 63 0.0428 94.42 339 64 28 236 64 151 80 73 0.0431 94.35 236 65 150 339 63 27 81 83 0.0434 94.66 237 66 149 340 62 27 82 93 0.0435 95.49 237 66 149 340 61 26 83 103 0.0435 96.74 238 67 148 341 60 26 84 113 0.0436 98.35 238 67 147 341 60 25 85 123 0.0435 99.97 238 68 146 342 59 25 86 123 0.0434 97.82 239 68 147 342 59 24 87 43 0.0421 94.98 236 62 152 339 66 29 88 53 0.0425 94.66 236 63 151 339 65 29 89 63 0.0427 94.51 236 64 150 340 63 28 90 73 0.0430 94.74 236 64 149 340 62 28 91 83 0.0431 95.43 237 65 148 341 61 27 92 93 0.0431 96.46 237 66 148 341 61 27 93 103 0.0431 98.05 238 66 147 342 60 27 94 113 0.0430 99.79 238 67 146 342 59 26 95 123 0.0428 98.38 239 67 146 343 58 26 96 43 0.0417 93.87 235 61 151 339 65 31 97 53 0.0420 93.71 235 62 150 340 64 30 98 53 0.0423 94.99 236 63 150 340 64 30 99 63 0.0425 95.12 236 63 149 341 63 29 100 73 0.0426 95.70 236 64 148 341 62 29 automatic search suggests trial source # 76 Results for subevent # 1 trial source position # 76 time shift (multiple of dt) 123 strike,dip,rake 239 69 148 strike,dip,rake 341 60 23 SING. values, inlcuding vardat (min., max, min/max): 8.82271424E-16 2.32034363E-15 0.380233079 1.06661057E+16 -9.72628630E+15 1.09162365E+15 -8.66901675E+15 1.55329425E+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= 1.99127197E-03 ####### -----############ ---------############ -------------############ ----------------############# ----------------#####-------- P ----------------#------------ ------------######------------ ------------##########----------- ----------############----------- -------################---------- ------#################---------- ---###################--------- --######### ########--------- ########## T ########-------- ######## ########------ #################---- ##############--- ####### 2022-04-26 19:20:11,962 INFO None 2022-04-26 19:20:11,963 INFO This is ISOLA Initializing array w Time required: 0.689417839 Reading input file gr.hes Time required: 3.52599120 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.996529818 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 83 0.0426 96.64 237 65 147 342 61 28 2 93 0.0426 98.01 237 65 147 342 60 28 3 103 0.0425 99.62 238 66 146 343 59 27 4 113 0.0423 98.34 238 66 145 343 58 27 5 33 0.0414 93.74 235 60 151 340 65 32 6 43 0.0417 93.73 235 61 150 340 64 32 7 53 0.0419 93.78 235 61 149 341 63 31 8 63 0.0420 94.00 341 62 31 236 62 148 9 73 0.0421 94.50 236 63 147 342 61 30 10 83 0.0421 95.32 236 63 146 342 60 30 11 83 0.0420 98.43 237 64 146 343 60 29 12 93 0.0419 99.97 237 65 146 343 59 29 13 103 0.0417 98.18 238 65 145 344 58 28 14 23 0.0410 93.75 234 59 151 340 65 33 15 33 0.0412 93.85 235 60 150 340 64 33 16 43 0.0414 94.04 235 60 149 341 63 32 17 53 0.0415 94.37 235 61 148 342 62 32 18 63 0.0416 94.85 235 62 147 342 61 32 19 73 0.0416 95.68 236 62 146 343 60 31 20 83 0.0415 96.80 236 63 145 343 59 31 21 93 0.0413 98.33 237 63 144 344 58 31 22 93 0.0411 97.54 238 64 145 344 58 30 23 13 0.0406 93.82 234 58 151 340 65 34 24 23 0.0408 94.04 234 59 150 340 64 34 25 33 0.0409 94.39 234 59 149 341 63 34 26 43 0.0410 94.86 235 60 148 342 62 33 27 53 0.0410 95.36 235 60 147 342 61 33 28 63 0.0410 96.20 235 61 146 343 60 33 29 73 0.0409 97.36 236 62 145 344 59 32 30 83 0.0408 98.77 236 62 144 345 58 32 31 93 0.0406 99.51 237 63 143 345 57 32 32 13 0.0402 90.85 233 57 149 341 64 36 33 23 0.0403 91.06 233 58 148 341 63 35 34 23 0.0404 94.74 234 58 148 341 63 35 35 33 0.0404 95.28 234 59 147 342 62 34 36 43 0.0404 95.94 234 59 146 343 61 34 37 53 0.0404 96.86 235 60 145 343 60 34 38 63 0.0403 98.00 235 61 144 344 59 34 39 73 0.0402 99.45 236 61 144 345 58 33 40 83 0.0400 98.89 236 62 143 346 58 33 41 3 0.0399 90.99 233 56 149 341 64 37 42 13 0.0399 91.09 233 57 148 341 63 36 43 23 0.0399 91.42 233 57 147 342 62 36 44 33 0.0399 91.95 233 58 146 343 61 36 45 43 0.0399 92.63 234 58 145 343 60 36 46 53 0.0398 93.61 234 59 144 344 59 36 47 53 0.0397 98.73 235 59 144 344 59 35 48 63 0.0396 99.73 235 60 143 345 58 35 49 73 0.0394 98.01 236 60 142 346 58 34 50 53 0.0420 92.75 237 65 154 338 67 26 51 63 0.0426 92.05 237 66 153 338 66 25 52 73 0.0430 91.69 238 67 152 339 65 25 53 83 0.0433 91.74 238 67 151 339 63 24 54 93 0.0436 92.34 238 68 150 340 63 24 55 103 0.0438 93.27 239 68 149 340 62 24 56 113 0.0439 94.45 239 69 149 341 61 23 57 123 0.0440 95.77 239 69 148 341 60 23 58 123 0.0440 97.03 240 69 148 342 60 23 59 43 0.0416 92.67 237 64 154 338 67 27 60 53 0.0422 91.94 237 65 153 339 66 27 61 63 0.0426 91.55 237 65 152 339 65 26 62 73 0.0429 91.49 238 66 151 340 64 26 63 83 0.0432 91.89 238 67 150 340 63 25 64 93 0.0433 92.69 238 67 149 341 62 25 65 103 0.0434 93.85 239 68 148 341 61 25 66 113 0.0434 95.21 239 68 148 342 60 24 67 123 0.0434 96.68 240 69 147 342 59 24 68 43 0.0413 92.06 237 63 154 339 66 28 69 53 0.0418 91.34 237 64 152 339 65 28 70 63 0.0422 90.92 340 64 28 237 64 151 71 63 0.0424 91.62 237 65 151 340 64 27 72 73 0.0426 91.91 238 65 150 341 63 27 73 83 0.0428 92.54 238 66 149 341 62 26 74 93 0.0428 93.60 238 66 148 342 61 26 75 103 0.0428 94.98 239 67 148 342 60 26 76 113 0.0428 96.44 239 67 147 343 59 25 77 33 0.0410 91.83 236 62 153 339 67 30 78 43 0.0414 91.42 236 62 152 340 66 29 79 53 0.0417 90.95 237 63 151 340 64 29 80 63 0.0420 90.80 237 64 150 341 63 29 81 73 0.0422 91.05 237 64 149 341 62 28 82 83 0.0423 91.62 238 65 148 342 61 28 83 83 0.0423 93.68 238 65 148 342 61 27 84 93 0.0422 94.95 239 66 147 343 60 27 85 103 0.0422 96.50 239 66 147 343 60 27 86 23 0.0406 91.76 236 61 153 339 67 31 87 33 0.0410 91.45 236 61 152 340 66 31 88 43 0.0413 91.22 236 62 151 340 65 30 89 53 0.0415 91.16 237 62 150 341 64 30 90 63 0.0417 91.21 237 63 149 342 62 30 91 73 0.0418 91.76 237 64 148 342 61 29 92 83 0.0418 92.60 238 64 147 343 60 29 93 93 0.0417 93.75 238 65 146 343 59 28 94 103 0.0415 95.19 238 65 145 344 59 28 95 13 0.0402 91.79 236 60 153 339 67 32 96 23 0.0405 91.65 236 60 152 340 66 32 97 33 0.0408 91.51 236 61 151 341 65 32 98 43 0.0410 91.48 236 61 150 341 64 31 99 53 0.0411 91.70 236 62 149 342 63 31 100 63 0.0412 92.07 237 62 148 342 62 31 automatic search suggests trial source # 58 Results for subevent # 1 trial source position # 58 time shift (multiple of dt) 123 strike,dip,rake 240 69 148 strike,dip,rake 342 60 23 SING. values, inlcuding vardat (min., max, min/max): 8.46090358E-16 2.28239338E-15 0.370703131 1.13730251E+16 -1.02017950E+16 1.37532288E+15 -8.86124768E+15 1.55773535E+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= 1.99043751E-03 ####### -----############ ---------############ -------------############ ----------------############# ----------------######------- P ----------------#------------ ------------######------------ ------------##########----------- ----------############----------- -------################---------- -----##################---------- ---###################--------- -########## ########--------- ########## T ########-------- ######## ########------ #################---- ##############--- ####### 2022-04-26 19:20:18,402 INFO None 2022-04-26 19:20:18,402 INFO This is ISOLA Initializing array w Time required: 0.587556005 Reading input file gr.hes Time required: 3.60037923 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.973437905 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 73 0.0412 92.93 237 63 147 343 61 30 2 83 0.0411 94.03 238 64 146 344 60 30 3 93 0.0410 95.41 238 64 145 344 59 30 4 13 0.0398 89.31 235 59 152 340 66 33 5 23 0.0401 89.28 235 59 151 340 65 33 6 33 0.0403 89.30 235 60 150 341 64 33 7 43 0.0404 89.34 235 60 149 342 63 33 8 43 0.0405 92.23 236 61 149 342 63 32 9 53 0.0406 92.73 236 61 148 343 62 32 10 63 0.0406 93.41 237 62 147 343 61 31 11 73 0.0405 94.62 237 62 146 344 60 31 12 83 0.0404 95.90 238 63 145 345 59 31 13 3 0.0395 89.20 234 58 152 340 66 34 14 13 0.0396 89.13 235 58 151 341 65 34 15 23 0.0398 89.27 235 59 149 341 64 34 16 33 0.0399 89.48 235 59 148 342 63 34 17 43 0.0400 89.80 235 60 147 343 62 34 18 53 0.0400 90.28 236 60 146 343 61 33 19 63 0.0399 91.10 236 61 145 344 60 33 20 63 0.0399 95.26 237 61 145 344 60 32 21 73 0.0398 96.60 237 62 145 345 59 32 22 -7 0.0391 89.39 234 57 151 340 66 35 23 3 0.0392 89.27 234 57 150 341 65 35 24 13 0.0393 89.31 234 58 149 341 64 35 25 23 0.0393 89.59 234 58 148 342 63 35 26 33 0.0394 89.99 235 59 147 343 62 35 27 43 0.0394 90.63 235 59 146 344 61 35 28 53 0.0393 91.44 236 60 145 344 60 34 29 63 0.0393 92.52 236 60 144 345 59 34 30 63 0.0391 97.54 237 61 144 345 59 33 31 43 0.0413 90.77 238 66 156 338 68 25 32 53 0.0420 89.69 238 66 155 338 67 25 33 63 0.0425 88.97 238 67 154 339 66 24 34 73 0.0429 88.66 239 68 153 339 65 24 35 83 0.0433 88.78 239 68 152 340 64 23 36 93 0.0436 89.38 239 69 151 340 63 23 37 103 0.0438 90.25 240 69 150 341 62 23 38 113 0.0439 91.29 240 69 149 341 61 23 39 123 0.0441 92.43 240 70 148 342 60 22 40 43 0.0410 90.40 238 65 155 338 68 26 41 53 0.0416 89.41 238 65 154 339 67 26 42 63 0.0421 88.67 238 66 153 339 65 25 43 63 0.0425 88.49 238 66 153 340 65 25 44 73 0.0428 88.49 239 67 152 340 64 25 45 83 0.0430 88.88 239 67 151 341 63 25 46 93 0.0432 89.62 239 68 150 341 62 24 47 103 0.0433 90.74 240 68 149 342 61 24 48 113 0.0434 91.89 240 69 148 342 60 24 49 33 0.0406 90.08 237 64 155 339 68 27 50 43 0.0412 89.23 238 64 154 339 67 27 51 53 0.0417 88.49 238 65 153 340 66 27 52 63 0.0421 88.06 238 65 152 340 64 27 53 73 0.0423 87.96 238 66 151 341 63 26 54 83 0.0425 88.23 239 66 150 341 62 26 55 83 0.0426 89.40 239 67 150 342 62 26 56 93 0.0427 90.34 239 67 149 342 61 25 57 103 0.0428 91.59 240 67 148 343 60 25 58 23 0.0402 89.80 237 62 155 339 68 29 59 33 0.0408 89.20 237 63 154 339 67 29 60 43 0.0412 88.56 238 63 153 340 66 28 61 53 0.0416 88.13 238 64 152 341 65 28 62 63 0.0419 87.94 238 64 151 341 64 28 63 73 0.0420 88.18 238 65 150 342 63 27 64 83 0.0421 88.67 239 66 149 342 61 27 65 93 0.0422 89.45 239 66 148 343 61 27 66 103 0.0421 90.61 239 67 147 343 60 26 67 13 0.0398 89.78 237 61 155 339 68 30 68 23 0.0403 89.18 237 62 154 340 67 30 69 33 0.0407 88.82 237 62 153 340 66 30 70 43 0.0410 88.42 237 63 152 341 65 29 71 53 0.0413 88.25 238 63 151 341 64 29 72 63 0.0415 88.34 238 64 150 342 63 29 73 73 0.0416 88.79 238 64 148 343 62 28 74 83 0.0416 89.47 239 65 147 343 61 28 75 93 0.0416 90.54 239 65 147 344 60 28 76 13 0.0395 87.81 236 60 154 339 68 31 77 23 0.0399 87.42 236 61 153 340 66 31 78 33 0.0402 87.02 237 61 152 341 65 31 79 43 0.0405 86.78 237 62 151 341 64 31 80 53 0.0407 86.79 237 62 150 342 63 30 81 53 0.0408 88.83 238 63 149 342 63 30 82 63 0.0409 89.18 238 63 148 343 62 30 83 73 0.0410 89.91 238 64 147 344 61 29 84 83 0.0410 90.77 239 64 146 344 60 29 85 3 0.0391 87.57 236 59 154 339 68 32 86 13 0.0394 87.23 236 60 153 340 67 32 87 23 0.0397 87.04 236 60 152 341 66 32 88 33 0.0399 86.82 236 61 151 341 64 32 89 43 0.0401 86.80 237 61 149 342 63 32 90 53 0.0403 87.13 237 62 148 343 62 31 91 63 0.0403 87.49 237 62 147 344 61 31 92 63 0.0403 90.57 238 62 147 344 61 31 93 73 0.0403 91.51 238 63 146 345 60 30 94 -7 0.0387 87.62 235 58 154 339 68 33 95 3 0.0390 87.27 236 59 153 340 67 33 96 13 0.0392 87.05 236 59 151 341 66 33 97 23 0.0394 86.92 236 59 150 341 65 33 98 33 0.0395 86.97 236 60 149 342 63 33 99 43 0.0396 87.25 236 60 148 343 62 33 100 53 0.0397 87.89 237 61 147 344 61 32 automatic search suggests trial source # 39 Results for subevent # 1 trial source position # 39 time shift (multiple of dt) 123 strike,dip,rake 240 70 148 strike,dip,rake 342 60 22 SING. values, inlcuding vardat (min., max, min/max): 8.11085081E-16 2.26287456E-15 0.358431309 1.17880703E+16 -1.09130083E+16 1.54181971E+15 -9.30919451E+15 1.59276489E+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= 1.99133158E-03 ####### -----############ ---------############ -------------############ ----------------############# ---------------######------- P ---------------#------------ - ------------#####------------ ------------##########----------- ----------############----------- -------################---------- -----##################---------- ---###################--------- -########## ########--------- ########## T ########-------- ######## ########------ #################---- ##############--- ####### 2022-04-26 19:20:20,729 INFO None 2022-04-26 19:20:20,730 INFO This is ISOLA Initializing array w Time required: 0.593382001 Reading input file gr.hes Time required: 0.356387973 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.159521058 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 0.0397 88.56 237 62 146 345 60 32 2 73 0.0396 89.49 238 62 145 345 59 32 3 -17 0.0384 87.99 339 68 34 235 57 154 4 -7 0.0385 87.56 235 58 152 340 67 34 5 3 0.0387 87.33 235 58 151 341 66 34 6 13 0.0388 87.25 235 58 150 341 65 34 7 23 0.0389 87.33 236 59 149 342 64 34 8 33 0.0390 87.67 236 59 148 343 63 34 9 43 0.0390 88.20 236 60 147 344 62 33 10 53 0.0390 89.10 237 60 146 345 61 33 11 63 0.0390 90.10 237 61 145 346 60 33 automatic search suggests trial source # 1 Results for subevent # 1 trial source position # 1 time shift (multiple of dt) 63 strike,dip,rake 237 62 146 strike,dip,rake 345 60 32 SING. values, inlcuding vardat (min., max, min/max): 8.03154576E-16 2.12761209E-15 0.377491087 9.93756111E+15 -9.94225444E+15 3.57738939E+15 -6.47781248E+15 1.50126534E+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= 1.62053108E-03 ####### ------########### ----------########### -------------############ -----------------############ ------------------------------ P --------------####------------ -----------########------------ ----------############----------- --------##############----------- ------################----------- -----##################---------- ---###################--------- --######### ########--------- ########## T ########-------- ######## ########------ ################----- ##############--- ####### 2022-04-26 19:20:27,280 INFO None 2022-04-26 19:20:27,281 INFO This is ISOLA Initializing array w Time required: 0.682552457 Reading input file gr.hes Time required: 3.59335995 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.998957694 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 163 0.0473 21.86 211 46 130 340 56 55 2 163 0.0467 16.89 209 48 124 343 51 57 3 163 0.0456 13.70 202 49 112 350 45 66 4 163 0.0441 13.93 192 50 95 4 39 83 5 163 0.0423 18.04 185 54 82 17 35 100 6 163 0.0404 24.57 182 59 76 26 33 110 7 103 0.0489 24.21 210 47 131 337 56 53 8 123 0.0486 23.24 211 46 131 338 57 55 9 133 0.0483 20.18 210 47 129 340 55 55 10 143 0.0480 17.35 209 47 126 342 53 56 11 163 0.0476 16.73 210 45 126 343 54 58 12 163 0.0471 12.56 205 46 116 349 49 64 13 163 0.0459 11.13 193 47 97 2 42 81 14 163 0.0444 13.78 183 51 80 18 39 101 15 163 0.0426 19.46 179 56 73 28 37 113 16 93 0.0495 21.51 210 47 131 337 56 54 17 103 0.0492 18.55 209 47 128 339 54 55 18 123 0.0490 17.83 209 45 127 342 55 58 19 133 0.0487 15.27 208 45 123 344 53 60 20 153 0.0484 14.91 208 43 122 346 54 62 21 163 0.0480 12.69 205 43 116 350 51 66 22 163 0.0473 9.93 195 44 100 1 46 80 23 163 0.0462 11.08 182 48 79 18 42 101 24 163 0.0447 15.75 177 53 69 29 40 115 25 163 0.0441 44.04 207 51 132 331 54 49 26 163 0.0427 40.52 206 54 128 332 50 48 27 163 0.0411 38.28 204 57 122 334 44 49 28 163 0.0391 37.77 201 59 115 337 38 52 29 163 0.0370 39.17 198 62 109 341 32 57 30 163 0.0350 42.55 196 65 102 346 27 63 31 163 0.0332 46.99 194 69 97 353 21 69 32 163 0.0314 51.34 194 73 93 1 16 77 33 163 0.0298 54.59 195 77 90 15 12 89 34 163 0.0453 41.97 209 49 135 332 57 50 35 163 0.0443 37.62 208 52 131 333 53 48 36 163 0.0428 34.20 206 55 125 334 48 49 37 163 0.0410 32.37 203 57 118 337 42 52 38 163 0.0391 32.62 200 60 110 342 35 58 39 163 0.0370 35.16 196 62 103 349 29 65 40 163 0.0350 39.55 194 66 97 356 24 73 41 163 0.0332 44.76 193 70 92 5 19 82 42 163 0.0315 49.67 193 74 89 17 15 93 43 163 0.0463 40.77 211 47 137 333 59 51 44 163 0.0456 35.57 210 51 134 333 56 49 45 163 0.0445 31.23 209 53 129 335 51 49 46 163 0.0429 28.01 206 55 122 337 45 51 47 163 0.0411 26.89 202 57 113 342 39 57 48 163 0.0391 28.26 197 60 104 350 32 66 49 163 0.0370 32.00 194 63 96 359 27 76 50 163 0.0351 37.47 192 67 91 8 22 86 51 163 0.0334 43.45 191 71 87 19 18 97 52 153 0.0471 37.89 212 47 137 334 60 51 53 163 0.0467 34.38 212 48 136 334 58 50 54 163 0.0459 29.21 211 51 132 335 54 49 55 163 0.0446 24.94 209 54 126 337 49 50 56 163 0.0430 22.21 205 55 117 342 43 55 57 163 0.0412 22.17 199 57 106 350 36 65 58 163 0.0392 25.09 193 60 96 0 30 78 59 163 0.0372 30.24 190 64 89 11 25 90 60 163 0.0353 36.55 189 68 85 21 22 101 61 143 0.0478 35.06 212 47 137 334 60 51 62 153 0.0474 31.53 213 48 136 335 58 50 63 163 0.0470 28.10 213 49 135 336 57 50 64 163 0.0462 22.98 212 52 130 337 52 49 65 163 0.0449 19.03 208 53 122 341 47 53 66 163 0.0432 17.23 201 54 110 349 39 63 67 163 0.0413 18.82 194 57 97 1 33 79 68 163 0.0394 23.48 189 60 87 13 29 93 69 163 0.0375 29.76 187 65 82 24 25 105 70 133 0.0485 32.36 213 47 137 335 60 51 71 143 0.0482 28.73 213 48 136 335 59 50 72 163 0.0478 27.77 214 46 136 337 59 52 73 163 0.0473 21.97 213 50 133 338 56 50 74 163 0.0464 17.04 211 52 127 340 51 52 75 163 0.0451 13.81 205 52 115 347 43 60 76 163 0.0434 13.75 195 53 98 1 36 78 77 163 0.0415 17.53 187 57 85 16 32 97 78 163 0.0397 23.59 185 62 79 26 29 109 79 113 0.0491 27.12 213 49 136 335 58 49 80 133 0.0489 26.14 213 47 136 336 59 51 81 143 0.0485 22.62 214 48 135 337 57 50 82 163 0.0482 21.90 214 47 134 339 58 52 83 163 0.0477 16.31 213 49 130 340 54 52 84 163 0.0467 11.88 208 50 120 345 48 58 85 163 0.0453 10.19 197 50 101 359 40 76 86 163 0.0436 12.78 186 54 83 17 36 99 87 163 0.0418 18.40 181 59 75 29 33 113 88 103 0.0497 24.26 213 49 136 335 58 50 89 123 0.0494 23.45 213 47 135 337 59 52 90 133 0.0493 20.27 214 48 134 338 57 52 91 143 0.0489 16.99 214 48 132 339 56 52 92 163 0.0485 16.51 213 46 131 342 56 55 93 163 0.0480 11.28 211 48 124 345 51 57 94 163 0.0470 8.08 200 48 105 357 44 73 95 163 0.0456 9.38 184 51 80 18 39 101 96 163 0.0439 14.27 178 56 69 32 38 117 97 93 0.0502 21.61 213 48 135 336 58 51 98 103 0.0500 18.42 213 49 133 338 56 51 99 123 0.0498 17.83 213 47 132 340 57 53 100 133 0.0496 14.93 213 47 130 341 55 54 automatic search suggests trial source # 97 Results for subevent # 1 trial source position # 97 time shift (multiple of dt) 93 strike,dip,rake 213 48 135 strike,dip,rake 336 58 51 SING. values, inlcuding vardat (min., max, min/max): 3.91704500E-15 9.60471581E-15 0.407825172 4.29999107E+14 -4.38740170E+14 7.57642230E+14 -2.20797665E+15 4.81951058E+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= 2.54684687E-03 ####### ---############## --------######------- ------------#------------ ------------####------------- -----------#######------------- ----------#########------------ ----------###########------------ ---------#############--------- --------###############-------- P -------################-------- -------####### #######--------- -----######## T #######-------- -----######## #######-------- ----##################------- --##################----- -#################--- ###############-- ####### 2022-04-26 19:20:33,703 INFO None 2022-04-26 19:20:33,704 INFO This is ISOLA Initializing array w Time required: 0.589680791 Reading input file gr.hes Time required: 3.11629057 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.941407800 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 143 0.0492 11.97 212 47 126 344 53 56 2 163 0.0489 11.87 210 44 123 347 54 61 3 163 0.0483 7.67 202 45 108 356 47 71 4 163 0.0472 7.36 183 47 79 18 43 101 5 163 0.0458 11.41 174 54 64 33 42 120 6 163 0.0453 43.65 210 52 135 331 56 47 7 163 0.0440 39.62 209 55 131 331 51 45 8 163 0.0426 36.64 207 58 126 332 46 45 9 163 0.0408 34.84 205 60 120 335 41 47 10 163 0.0388 34.73 202 63 113 338 34 51 11 163 0.0368 36.20 199 66 106 343 28 56 12 163 0.0349 38.94 198 69 101 348 23 62 13 163 0.0329 42.08 197 73 96 354 17 68 14 163 0.0312 45.04 197 77 92 4 12 77 15 163 0.0463 41.90 212 50 137 332 58 48 16 163 0.0454 37.15 211 53 134 332 54 46 17 163 0.0441 33.09 209 56 129 333 49 45 18 163 0.0425 30.27 207 58 123 335 44 47 19 163 0.0407 29.03 204 60 115 339 38 52 20 163 0.0388 29.77 200 63 107 345 31 58 21 163 0.0368 32.33 197 66 100 352 25 66 22 163 0.0348 35.99 195 70 95 0 20 75 23 163 0.0331 40.03 195 74 91 10 15 85 24 163 0.0472 40.92 213 47 138 333 60 50 25 163 0.0466 35.40 213 51 136 333 57 47 26 163 0.0455 30.57 212 54 132 334 53 46 27 163 0.0441 26.63 210 57 126 336 47 47 28 163 0.0425 24.17 206 58 118 339 41 51 29 163 0.0407 23.79 202 60 109 346 34 59 30 163 0.0387 25.71 197 63 100 354 28 69 31 163 0.0369 29.56 194 66 94 4 23 80 32 163 0.0350 34.16 193 70 89 14 19 91 33 153 0.0479 38.01 214 47 139 334 61 50 34 163 0.0475 34.50 214 49 138 334 59 49 35 163 0.0468 28.95 214 52 135 334 56 46 36 163 0.0457 24.15 212 55 130 336 51 46 37 163 0.0443 20.41 209 57 123 339 45 49 38 163 0.0426 18.69 204 58 112 346 38 58 39 163 0.0407 19.63 197 60 101 356 31 71 40 163 0.0389 23.11 193 63 92 8 26 85 41 163 0.0370 28.05 191 67 86 19 22 97 42 143 0.0486 35.26 214 47 139 334 61 50 43 153 0.0482 31.69 215 49 138 335 60 48 44 163 0.0478 28.13 215 50 137 335 58 48 45 163 0.0470 22.58 215 53 134 336 54 46 46 163 0.0459 17.92 212 55 128 338 49 48 47 163 0.0444 14.67 207 56 117 344 42 55 48 163 0.0427 14.31 198 57 102 356 34 71 49 163 0.0409 17.36 191 60 90 11 29 89 50 163 0.0391 22.23 188 64 83 23 26 103 51 133 0.0492 32.54 215 47 139 335 61 50 52 143 0.0489 28.92 215 48 138 335 60 49 53 163 0.0486 28.06 216 47 138 337 60 51 54 163 0.0481 22.02 216 51 136 337 57 47 55 163 0.0473 16.55 215 53 132 338 53 47 56 163 0.0461 12.14 211 54 122 343 46 52 57 163 0.0445 10.16 200 54 105 355 38 69 58 163 0.0428 12.22 189 57 87 14 32 93 59 163 0.0411 17.18 185 61 78 27 30 109 60 113 0.0497 27.20 215 50 139 334 59 47 61 133 0.0495 26.34 216 48 138 336 60 49 62 143 0.0492 22.79 216 49 138 336 59 48 63 163 0.0489 22.11 216 47 136 339 59 51 64 163 0.0484 16.21 216 51 134 339 56 48 65 163 0.0475 10.95 214 52 128 341 51 50 66 163 0.0463 7.53 204 51 110 353 42 66 67 163 0.0448 8.40 187 53 84 17 36 97 68 163 0.0431 13.00 180 59 72 32 34 116 69 103 0.0503 24.44 215 49 139 335 59 48 70 123 0.0501 23.74 216 47 138 337 60 50 71 133 0.0499 20.38 216 49 137 337 59 49 72 143 0.0496 17.08 217 50 136 338 58 49 73 163 0.0493 16.67 216 47 134 341 58 52 74 163 0.0487 10.85 216 50 130 342 54 51 75 163 0.0478 6.27 208 49 116 350 46 61 76 163 0.0465 5.78 185 50 81 19 40 100 77 163 0.0450 10.08 175 57 65 36 40 122 78 93 0.0507 21.81 216 49 138 335 59 48 79 103 0.0506 18.58 216 50 137 336 58 48 80 123 0.0504 18.05 216 48 136 339 59 51 81 133 0.0502 14.88 216 48 135 339 57 50 82 143 0.0499 11.86 216 49 132 341 56 51 83 163 0.0495 11.77 214 46 129 345 56 56 84 163 0.0490 6.50 210 47 119 350 50 62 85 163 0.0480 4.42 185 47 81 18 43 99 86 163 0.0467 8.10 171 55 58 38 45 127 87 163 0.0463 42.74 212 53 137 331 57 45 88 163 0.0452 38.49 211 56 134 331 53 43 89 163 0.0439 34.92 210 59 129 332 48 42 90 163 0.0424 32.32 209 61 124 333 43 43 91 163 0.0406 30.91 206 64 118 335 37 45 92 163 0.0387 30.68 204 66 112 338 31 49 93 163 0.0368 31.58 202 69 106 342 25 53 94 163 0.0348 33.02 200 72 101 346 20 57 95 163 0.0329 34.80 200 76 97 351 14 62 96 163 0.0472 41.38 213 50 138 332 59 47 97 163 0.0464 36.34 213 54 136 332 55 44 98 163 0.0453 32.00 212 57 132 332 51 43 99 163 0.0439 28.44 211 59 127 334 46 43 100 163 0.0423 26.07 208 61 120 336 40 46 automatic search suggests trial source # 78 Results for subevent # 1 trial source position # 78 time shift (multiple of dt) 93 strike,dip,rake 216 49 138 strike,dip,rake 335 59 48 SING. values, inlcuding vardat (min., max, min/max): 3.58103761E-15 9.19476880E-15 0.389464676 5.63952493E+14 -4.86270392E+14 8.82398347E+14 -2.42503088E+15 5.19786928E+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= 2.60758400E-03 ####### ---############## --------########----- ------------##----------- -------------##-------------- ------------######------------- ----------#########------------ ----------###########------------ ---------#############----------- --------###############-------- -------################-------- P ------##################------- -----######## #######-------- -----######## T #######-------- ----######## #######------- --##################----- ##################--- ################- ####### 2022-04-26 19:20:40,225 INFO None 2022-04-26 19:20:40,226 INFO This is ISOLA Initializing array w Time required: 0.683845818 Reading input file gr.hes Time required: 3.48104262 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.11227107 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 163 0.0405 25.19 205 63 113 340 34 50 2 163 0.0387 25.83 202 66 106 346 28 57 3 163 0.0367 27.58 199 69 100 352 22 64 4 163 0.0348 30.05 198 73 95 0 17 72 5 163 0.0479 40.57 215 48 140 334 61 49 6 163 0.0474 34.99 215 52 138 333 58 45 7 163 0.0465 29.87 214 55 135 333 54 43 8 163 0.0453 25.49 213 58 131 334 50 43 9 163 0.0439 22.05 211 60 124 337 44 45 10 163 0.0422 20.20 207 61 115 341 37 51 11 163 0.0405 20.17 202 63 106 348 31 60 12 163 0.0386 21.91 198 66 98 357 25 70 13 163 0.0367 24.76 196 69 92 7 20 81 14 153 0.0486 37.81 215 48 140 334 61 49 15 163 0.0482 34.25 216 49 139 335 60 48 16 163 0.0476 28.60 216 53 137 334 57 44 17 163 0.0466 23.47 215 56 134 335 53 43 18 163 0.0454 19.12 214 58 128 337 48 44 19 163 0.0439 16.02 209 59 119 341 41 49 20 163 0.0422 15.03 203 60 108 350 34 61 21 163 0.0405 16.40 197 63 97 2 27 76 22 163 0.0387 19.58 193 66 89 14 23 90 23 143 0.0492 35.03 216 48 140 334 61 49 24 153 0.0489 31.48 217 49 140 335 60 47 25 163 0.0485 27.98 217 50 139 336 59 46 26 163 0.0478 22.31 217 54 137 335 56 44 27 163 0.0468 17.22 216 57 133 336 52 43 28 163 0.0455 13.01 213 58 125 340 45 47 29 163 0.0440 10.69 205 57 110 349 37 60 30 163 0.0423 11.50 195 59 94 6 30 81 31 163 0.0406 14.72 190 63 84 21 26 100 32 133 0.0498 32.42 216 48 140 335 62 49 33 143 0.0495 28.79 217 49 140 335 61 47 34 153 0.0492 25.34 218 50 139 336 60 46 35 163 0.0488 21.92 218 51 138 337 58 46 36 163 0.0480 16.28 218 55 136 337 55 43 37 163 0.0469 11.27 216 57 130 339 50 44 38 163 0.0456 7.65 209 56 116 347 42 56 39 163 0.0441 7.45 194 56 92 9 33 86 40 163 0.0425 10.82 28 31 110 185 60 77 41 113 0.0503 27.03 217 51 141 334 60 45 42 133 0.0501 26.28 218 49 140 336 61 48 43 143 0.0498 22.84 218 50 140 336 60 47 44 163 0.0495 22.32 218 48 138 339 60 50 45 163 0.0491 16.23 219 52 137 338 57 46 46 163 0.0483 10.68 219 55 134 339 54 44 47 163 0.0471 5.97 214 55 124 344 47 51 48 163 0.0458 4.52 191 53 88 13 36 91 49 163 0.0443 8.04 36 36 121 178 59 68 50 103 0.0507 24.38 217 50 141 334 60 46 51 123 0.0506 23.82 218 48 140 337 61 48 52 133 0.0504 20.49 219 49 139 337 60 47 53 143 0.0502 17.22 219 50 139 338 59 46 54 163 0.0498 16.95 218 47 136 341 59 51 55 163 0.0493 10.97 219 51 135 341 56 47 56 163 0.0484 5.59 217 53 129 343 51 49 57 163 0.0473 2.63 189 49 85 15 40 94 58 163 0.0459 6.33 171 58 58 41 43 131 59 93 0.0511 21.91 218 50 141 335 60 46 60 103 0.0511 18.73 219 51 140 335 60 45 61 123 0.0509 18.25 218 48 138 338 60 49 62 133 0.0508 15.10 219 49 138 339 59 48 63 143 0.0505 11.95 219 50 136 340 58 48 64 163 0.0501 12.13 217 46 132 344 57 54 65 163 0.0496 6.30 216 49 128 346 53 53 66 163 0.0486 2.16 192 46 91 11 43 88 67 163 0.0475 5.39 166 58 49 44 49 136 68 163 0.0473 41.18 214 53 138 331 57 44 69 163 0.0464 36.81 214 57 136 331 54 41 70 163 0.0453 32.99 213 60 133 331 50 39 71 163 0.0440 29.84 212 62 129 332 46 38 72 163 0.0424 27.32 211 65 124 332 41 39 73 163 0.0406 25.46 210 67 119 334 36 40 74 163 0.0386 24.29 208 69 114 335 31 41 75 163 0.0366 23.53 207 72 109 337 25 42 76 163 0.0346 23.14 206 76 105 338 20 43 77 163 0.0481 40.06 215 51 139 333 59 46 78 163 0.0474 35.06 215 55 137 332 56 43 79 163 0.0465 30.59 215 58 135 332 53 40 80 163 0.0453 26.72 214 61 131 333 49 39 81 163 0.0439 23.58 213 63 127 334 44 39 82 163 0.0422 21.17 211 65 121 335 39 41 83 163 0.0405 19.69 209 67 115 338 33 44 84 163 0.0385 18.93 206 69 108 342 27 48 85 163 0.0365 18.99 204 72 103 346 21 54 86 163 0.0487 39.59 216 48 140 335 61 48 87 163 0.0482 33.93 216 52 139 334 58 45 88 163 0.0475 28.89 216 56 137 333 55 41 89 163 0.0465 24.38 216 59 134 334 52 40 90 163 0.0452 20.45 215 61 130 334 47 39 91 163 0.0438 17.41 213 63 124 336 42 41 92 163 0.0421 15.28 210 64 116 340 36 46 93 163 0.0403 14.34 206 66 108 346 29 54 94 163 0.0384 14.62 202 68 100 354 23 64 95 153 0.0493 36.83 217 48 140 335 61 48 96 163 0.0489 33.40 217 50 139 336 60 47 97 163 0.0484 27.78 218 54 138 335 57 43 98 163 0.0477 22.77 218 57 137 334 54 40 99 163 0.0466 18.24 217 60 133 335 51 39 100 163 0.0452 14.32 216 61 128 336 46 40 automatic search suggests trial source # 59 Results for subevent # 1 trial source position # 59 time shift (multiple of dt) 93 strike,dip,rake 218 50 141 strike,dip,rake 335 60 46 SING. values, inlcuding vardat (min., max, min/max): 3.23065799E-15 8.62586759E-15 0.374531358 7.36587831E+14 -5.33674181E+14 9.94909847E+14 -2.67716317E+15 5.66438487E+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= 2.64734030E-03 ####### ---############## -------##########---- -----------###----------- -------------##-------------- ------------######------------- ----------#########------------ ----------###########------------ ---------#############----------- --------##############--------- -------################-------- P ------##################------- -----####### ########-------- -----####### T ########-------- ----####### ########------- --##################----- ##################--- ################- ####### 2022-04-26 19:20:48,305 INFO None 2022-04-26 19:20:48,306 INFO This is ISOLA Initializing array w Time required: 0.589107931 Reading input file gr.hes Time required: 3.42485738 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.960933208 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 163 0.0437 11.50 212 62 120 340 39 45 2 163 0.0421 10.06 206 63 108 349 32 57 3 163 0.0403 10.38 199 65 96 3 25 75 4 143 0.0498 34.15 217 48 141 335 61 48 5 153 0.0495 30.72 218 50 140 336 60 47 6 163 0.0492 27.36 219 51 139 336 59 46 7 163 0.0486 21.78 219 55 138 336 57 42 8 163 0.0477 16.80 219 58 136 335 54 39 9 163 0.0466 12.38 219 60 133 336 50 39 10 163 0.0453 8.60 340 44 43 215 61 125 11 163 0.0437 6.39 206 60 109 351 34 59 12 163 0.0421 6.78 194 62 90 13 27 89 13 123 0.0503 28.82 218 51 142 334 61 44 14 143 0.0501 28.14 219 49 141 336 61 47 15 153 0.0498 24.82 219 51 140 337 60 46 16 163 0.0494 21.57 220 52 139 337 59 45 17 163 0.0488 16.09 221 56 138 337 56 41 18 163 0.0479 11.18 221 59 136 336 53 39 19 163 0.0467 6.78 219 60 131 338 48 40 20 163 0.0453 3.52 209 58 112 350 38 58 21 163 0.0438 4.22 185 59 77 29 32 110 22 113 0.0508 26.24 219 51 142 334 61 44 23 133 0.0506 25.77 219 49 141 336 61 47 24 143 0.0504 22.45 220 50 140 337 60 46 25 153 0.0501 19.23 220 51 140 338 59 45 26 163 0.0497 16.12 221 52 138 339 58 45 27 163 0.0490 10.80 222 56 138 338 56 41 28 163 0.0481 6.03 222 59 136 338 53 39 29 163 0.0468 1.88 347 43 52 214 56 120 30 163 0.0454 3.20 171 61 57 45 42 134 31 103 0.0512 23.79 219 51 142 335 61 44 32 113 0.0510 20.67 220 53 142 335 60 43 33 133 0.0509 20.28 220 50 140 337 60 46 34 143 0.0507 17.08 221 51 140 338 60 45 35 153 0.0504 14.06 221 52 139 339 58 45 36 163 0.0499 11.14 221 52 137 341 57 46 37 163 0.0492 5.93 222 56 136 340 55 42 38 163 0.0482 1.24 343 49 45 219 56 129 39 163 0.0469 3.24 163 64 43 51 51 146 40 83 0.0515 19.03 220 55 143 333 60 40 41 103 0.0514 18.47 220 52 142 335 61 43 42 113 0.0514 15.53 221 53 142 336 60 42 43 133 0.0511 15.17 221 50 139 339 60 46 44 143 0.0509 12.18 221 51 138 340 59 46 45 153 0.0506 9.38 221 51 136 341 57 47 46 163 0.0502 6.71 220 50 132 344 55 50 47 163 0.0494 1.61 216 51 124 349 49 54 48 163 0.0484 3.18 160 63 38 51 56 147 49 163 0.0486 38.33 215 53 138 333 57 44 50 163 0.0479 33.95 216 57 136 332 54 41 51 163 0.0470 30.21 216 60 135 332 52 38 52 163 0.0458 26.93 216 63 133 331 49 35 53 163 0.0444 24.04 331 46 32 217 66 131 54 163 0.0427 21.40 218 69 130 330 44 29 55 163 0.0408 19.05 219 72 128 329 41 26 56 163 0.0387 16.83 221 76 127 327 39 20 57 163 0.0365 14.71 223 81 127 324 38 14 58 163 0.0490 37.52 216 51 138 335 58 46 59 163 0.0486 32.61 216 55 137 334 56 43 60 163 0.0479 28.26 217 58 136 333 54 40 61 163 0.0470 24.51 217 61 135 333 51 37 62 163 0.0457 21.22 218 64 133 332 48 34 63 163 0.0442 18.26 218 67 131 332 46 31 64 163 0.0425 15.59 219 70 129 331 43 28 65 163 0.0406 13.19 221 74 128 330 41 24 66 163 0.0386 10.97 223 78 128 327 39 18 67 153 0.0494 34.69 217 51 139 335 59 46 68 163 0.0491 31.74 217 52 138 335 58 45 69 163 0.0487 26.92 218 56 137 335 55 41 70 163 0.0479 22.65 219 59 136 334 53 38 71 163 0.0469 18.89 219 62 135 333 51 35 72 163 0.0456 15.60 333 48 32 220 65 133 73 163 0.0442 12.61 221 68 131 333 46 30 74 163 0.0424 9.89 222 71 130 331 43 26 75 163 0.0405 7.51 223 75 129 330 42 21 76 143 0.0499 31.95 218 51 140 335 59 45 77 153 0.0496 28.96 218 53 139 335 58 44 78 163 0.0493 26.05 219 54 138 336 57 43 79 163 0.0489 21.36 220 57 137 335 55 40 80 163 0.0480 17.15 220 61 137 335 53 36 81 163 0.0469 13.43 334 51 33 221 64 136 82 163 0.0455 10.12 333 49 30 222 67 135 83 163 0.0441 7.21 332 47 26 224 70 134 84 163 0.0424 4.61 331 46 20 226 75 135 85 133 0.0504 29.30 218 52 140 335 60 44 86 143 0.0502 26.31 219 53 140 335 59 43 87 153 0.0499 23.40 220 54 139 336 58 43 88 163 0.0495 20.60 220 55 138 337 57 42 89 163 0.0490 15.99 221 58 138 336 55 39 90 163 0.0480 11.89 223 62 138 335 53 34 91 163 0.0469 8.31 334 52 30 224 66 138 92 163 0.0456 5.15 332 52 24 227 70 139 93 163 0.0440 2.58 329 57 12 232 79 146 94 123 0.0509 26.77 219 52 141 335 60 44 95 133 0.0507 23.82 220 53 141 335 59 43 96 143 0.0504 20.93 221 54 141 336 59 42 97 153 0.0501 18.12 221 55 140 337 58 41 98 163 0.0497 15.45 222 56 138 338 56 41 99 163 0.0491 11.00 223 60 139 337 55 37 100 163 0.0481 7.06 335 55 31 226 64 141 automatic search suggests trial source # 40 Results for subevent # 1 trial source position # 40 time shift (multiple of dt) 83 strike,dip,rake 220 55 143 strike,dip,rake 333 60 40 SING. values, inlcuding vardat (min., max, min/max): 2.85981638E-15 7.88831789E-15 0.362538189 9.98131206E+14 -5.55607136E+14 6.55138272E+14 -3.09881219E+15 6.41128827E+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= 2.69031525E-03 ####### --############### -------############## -----------#####--------- ----------------------------- --------------###-------------- ------------#######------------ -----------##########------------ ----------############----------- ---------#############--------- --------###############-------- P -------#################------- -----######## #######-------- -----######## T #######-------- ---######### ########------ -####################---- ###################-- ################- ####### 2022-04-26 19:20:54,849 INFO None 2022-04-26 19:20:54,850 INFO This is ISOLA Initializing array w Time required: 0.691134095 Reading input file gr.hes Time required: 3.52524185 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.07516193 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 163 0.0469 3.78 332 57 21 230 71 145 2 163 0.0455 1.90 59 87 -165 329 75 -2 3 103 0.0513 22.04 220 55 143 333 60 39 4 123 0.0511 21.50 221 53 142 335 60 42 5 133 0.0509 18.71 222 54 142 336 59 41 6 143 0.0507 15.93 222 55 141 336 59 40 7 153 0.0502 13.24 223 56 140 337 58 40 8 163 0.0498 10.65 223 56 139 339 56 40 9 163 0.0491 6.43 226 61 141 337 56 34 10 163 0.0482 2.91 332 60 22 231 70 148 11 163 0.0470 2.10 61 78 -178 330 88 -11 12 93 0.0516 19.91 221 56 144 333 61 39 13 113 0.0515 19.39 221 53 142 335 60 42 14 123 0.0514 16.65 222 54 142 336 60 41 15 133 0.0512 14.00 223 56 142 336 59 40 16 143 0.0509 11.35 224 56 142 337 59 39 17 163 0.0504 11.21 221 52 135 342 56 47 18 163 0.0499 6.34 224 56 138 340 56 41 19 163 0.0493 2.37 230 65 146 335 59 29 20 163 0.0482 2.17 60 72 171 152 82 17 21 83 0.0519 17.83 221 56 144 333 61 39 22 93 0.0519 15.34 223 57 145 333 61 37 23 113 0.0517 14.77 223 54 143 336 60 41 24 123 0.0516 12.19 224 55 143 336 60 40 25 133 0.0514 9.63 225 56 142 337 59 39 26 143 0.0510 7.15 225 57 142 338 59 38 27 163 0.0506 7.30 220 50 131 346 54 51 28 163 0.0500 2.47 223 54 133 344 53 45 29 163 0.0492 1.76 57 67 161 154 73 23 30 163 0.0498 34.60 215 52 134 337 55 47 31 163 0.0496 30.21 216 55 134 335 53 44 32 163 0.0490 26.44 217 59 135 334 52 39 33 163 0.0481 23.29 219 63 136 333 52 35 34 163 0.0469 20.69 331 52 28 222 67 138 35 163 0.0452 18.93 328 53 21 225 72 141 36 163 0.0434 18.59 327 56 12 229 79 146 37 163 0.0412 20.09 326 60 4 234 86 150 38 163 0.0390 23.63 326 62 -3 58 86 -152 39 153 0.0502 31.69 215 52 134 337 55 47 40 163 0.0500 29.37 216 53 134 337 54 46 41 163 0.0496 25.14 217 56 134 336 53 42 42 163 0.0490 21.52 219 60 135 335 52 38 43 163 0.0480 18.52 333 52 32 222 64 137 44 163 0.0467 16.28 330 53 25 225 69 141 45 163 0.0450 15.16 328 56 16 229 76 145 46 163 0.0431 15.86 327 60 6 234 84 150 47 163 0.0410 18.55 327 64 -1 58 88 -154 48 143 0.0506 28.91 216 53 135 337 56 46 49 153 0.0503 26.52 217 53 135 337 55 45 50 163 0.0501 24.26 217 54 134 338 54 45 51 163 0.0497 20.20 219 58 135 337 53 41 52 163 0.0490 16.82 221 62 137 335 52 35 53 163 0.0479 14.07 332 54 28 225 67 140 54 163 0.0465 12.46 330 57 19 229 73 145 55 163 0.0448 12.46 328 62 8 234 82 152 56 163 0.0429 14.51 328 66 0 58 89 -156 57 133 0.0510 26.24 217 53 136 336 56 45 58 143 0.0508 23.82 218 54 136 337 55 44 59 153 0.0505 21.51 219 55 135 338 55 44 60 163 0.0502 19.33 219 55 134 339 54 44 61 163 0.0497 15.46 221 59 136 337 53 39 62 163 0.0489 12.33 334 54 31 225 64 140 63 163 0.0478 10.18 331 57 22 229 71 145 64 163 0.0464 9.69 329 63 10 234 80 153 65 163 0.0447 11.29 329 69 0 239 89 159 66 123 0.0514 23.75 218 53 138 336 57 44 67 133 0.0512 21.32 219 54 137 336 56 43 68 143 0.0510 18.99 220 55 137 337 55 42 69 153 0.0506 16.81 220 56 136 338 54 42 70 163 0.0503 14.74 221 56 134 340 53 43 71 163 0.0497 11.03 224 61 138 337 54 36 72 163 0.0488 8.38 333 57 26 228 68 144 73 163 0.0477 7.27 330 64 13 234 78 153 74 163 0.0463 8.49 329 72 0 239 89 162 75 113 0.0518 21.48 219 54 139 336 57 43 76 123 0.0516 19.04 220 55 139 336 57 42 77 133 0.0514 16.75 221 56 138 337 56 41 78 143 0.0511 14.53 221 56 138 338 56 41 79 153 0.0507 12.43 222 57 136 339 54 41 80 163 0.0504 10.47 222 57 135 340 53 42 81 163 0.0497 7.06 337 55 33 226 63 140 82 163 0.0489 5.20 332 63 17 234 74 152 83 163 0.0477 5.97 240 89 165 330 75 0 84 93 0.0523 17.55 221 58 142 333 58 37 85 113 0.0521 17.09 221 55 140 336 58 41 86 123 0.0518 14.79 222 56 140 336 57 40 87 133 0.0515 12.60 223 57 140 337 57 39 88 143 0.0512 10.46 223 57 139 338 56 39 89 153 0.0508 8.47 223 57 137 340 54 40 90 163 0.0504 6.61 223 57 134 342 53 42 91 163 0.0497 3.61 335 59 26 231 67 146 92 163 0.0487 3.78 240 89 168 330 78 0 93 83 0.0526 15.75 222 58 143 332 59 36 94 93 0.0525 13.77 223 60 144 332 60 34 95 113 0.0523 13.12 222 57 141 336 58 39 96 123 0.0520 10.93 224 58 141 336 58 38 97 133 0.0517 8.82 224 58 140 337 57 38 98 143 0.0513 6.79 225 58 139 339 56 38 99 163 0.0508 7.34 218 51 126 348 50 53 100 163 0.0504 3.25 223 56 131 344 51 45 automatic search suggests trial source # 93 Results for subevent # 1 trial source position # 93 time shift (multiple of dt) 83 strike,dip,rake 222 58 143 strike,dip,rake 332 59 36 SING. values, inlcuding vardat (min., max, min/max): 2.05417496E-15 6.65645416E-15 0.308598965 1.73140869E+15 -7.02714095E+14 2.20729107E+14 -4.35183481E+15 8.99144585E+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= 2.79140472E-03 ####### -################ -------############## -----------#######------- ---------------#------------- ---------------###------------- -------------######------------ ------------#########------------ ----------############----------- ---------##############--------- --------###############--------- P -------#################-------- -----######## #######-------- -----######## T ########------- ---######### ########------ -####################---- ###################-- ################- ####### 2022-04-26 19:21:01,083 INFO None 2022-04-26 19:21:01,084 INFO This is ISOLA Initializing array w Time required: 0.591098309 Reading input file gr.hes Time required: 3.39601731 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.03008842 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 163 0.0497 1.43 240 88 171 330 81 1 2 73 0.0529 14.08 222 59 144 332 60 36 3 83 0.0528 12.22 332 60 33 224 60 146 4 93 0.0527 10.41 225 62 147 332 61 31 5 113 0.0524 9.55 224 58 142 336 58 38 6 123 0.0521 7.44 225 58 142 337 58 37 7 133 0.0517 5.45 226 59 141 338 57 37 8 153 0.0513 5.94 217 50 124 350 50 55 9 163 0.0509 4.78 212 48 115 357 47 64 10 163 0.0504 0.96 194 47 87 18 42 93 11 153 0.0522 65.30 208 49 122 343 49 57 12 163 0.0519 62.47 208 51 121 344 48 57 13 163 0.0515 56.60 208 54 119 344 44 55 14 163 0.0507 51.26 209 57 117 344 41 53 15 163 0.0495 46.27 209 60 116 344 38 51 16 163 0.0479 41.39 210 64 115 343 35 48 17 163 0.0458 36.44 212 67 114 341 33 44 18 163 0.0433 31.44 214 71 115 338 31 38 19 163 0.0406 26.23 216 75 116 334 29 30 20 143 0.0525 61.42 208 49 121 344 49 58 21 153 0.0522 58.55 208 50 120 345 48 58 22 163 0.0520 55.97 208 51 118 347 46 58 23 163 0.0514 50.31 208 54 116 347 43 57 24 163 0.0506 45.24 209 58 115 347 39 55 25 163 0.0493 40.42 209 61 113 347 36 53 26 163 0.0475 35.69 210 64 112 346 33 51 27 163 0.0454 31.00 211 67 112 344 31 47 28 163 0.0429 26.03 213 71 112 341 28 42 29 133 0.0528 57.51 207 49 120 345 49 59 30 143 0.0526 54.75 208 50 119 346 47 59 31 153 0.0523 52.17 208 51 117 348 46 59 32 163 0.0520 49.87 208 52 115 349 44 60 33 163 0.0514 44.57 208 55 113 350 41 59 34 163 0.0504 39.71 208 58 112 350 38 58 35 163 0.0490 35.16 208 61 110 350 34 57 36 163 0.0472 30.73 209 64 109 350 31 55 37 163 0.0451 26.18 210 67 108 349 28 52 38 123 0.0530 53.72 207 48 120 346 49 60 39 133 0.0529 51.02 207 49 118 347 47 60 40 143 0.0527 48.59 207 50 116 349 46 61 41 153 0.0524 46.41 207 51 114 351 44 62 42 163 0.0519 44.40 207 52 112 353 43 63 43 163 0.0513 39.46 207 55 110 354 39 63 44 163 0.0502 34.90 206 58 108 355 36 63 45 163 0.0488 30.68 206 61 106 355 32 63 46 163 0.0469 26.43 207 64 104 356 29 62 47 113 0.0533 50.11 207 48 119 347 49 61 48 123 0.0532 47.51 207 49 117 348 47 61 49 133 0.0530 45.16 206 49 115 350 46 62 50 153 0.0527 46.96 206 48 113 353 46 65 51 163 0.0524 45.10 206 49 111 355 45 67 52 163 0.0519 39.79 205 52 108 357 41 67 53 163 0.0512 35.26 205 55 105 358 37 68 54 163 0.0500 31.07 204 57 103 0 34 69 55 163 0.0485 27.18 204 60 101 2 31 70 56 103 0.0535 46.92 206 47 118 348 49 62 57 113 0.0534 44.25 206 48 116 349 47 63 58 123 0.0533 42.07 206 49 114 351 46 64 59 143 0.0531 44.04 205 47 111 355 46 67 60 153 0.0528 42.43 205 48 109 357 45 69 61 163 0.0524 41.01 204 49 106 0 43 71 62 163 0.0519 36.22 203 51 103 2 40 73 63 163 0.0510 32.04 202 54 100 4 36 75 64 163 0.0498 28.36 202 57 98 7 33 77 65 93 0.0537 44.04 206 47 117 348 48 63 66 103 0.0537 41.49 205 48 114 350 47 64 67 113 0.0535 39.30 205 48 112 353 46 66 68 133 0.0534 41.60 204 46 110 356 46 69 69 143 0.0531 40.10 204 47 107 359 45 71 70 153 0.0528 39.01 203 48 104 1 43 74 71 163 0.0524 38.19 202 48 101 4 42 76 72 163 0.0518 33.78 201 51 98 7 38 79 73 163 0.0509 30.16 200 54 95 11 35 82 74 83 0.0539 41.61 205 47 115 350 48 65 75 93 0.0538 39.12 204 47 113 352 47 66 76 103 0.0537 37.03 204 48 110 354 45 68 77 123 0.0536 39.52 203 46 108 357 46 71 78 133 0.0535 38.23 202 46 105 0 45 74 79 143 0.0532 37.23 201 47 102 3 44 76 80 153 0.0528 36.67 201 48 99 6 42 79 81 163 0.0524 36.33 200 48 96 9 41 82 82 163 0.0517 32.46 198 51 93 13 38 85 83 73 0.0540 39.61 204 46 114 351 48 66 84 83 0.0540 37.33 203 46 111 353 47 68 85 93 0.0540 35.36 203 47 109 355 45 70 86 113 0.0538 37.96 202 45 106 359 46 73 87 123 0.0537 36.80 201 45 103 2 45 76 88 133 0.0535 35.92 200 46 100 5 44 79 89 143 0.0532 35.50 199 47 97 8 43 82 90 153 0.0528 35.40 198 47 94 11 42 84 91 163 0.0524 35.48 197 48 91 15 41 87 92 143 0.0531 65.18 209 52 122 342 48 55 93 153 0.0530 62.43 209 53 121 343 47 54 94 163 0.0527 59.74 210 54 120 344 45 54 95 163 0.0519 53.83 211 57 119 344 42 51 96 163 0.0507 48.26 212 61 119 343 40 48 97 163 0.0490 42.85 213 64 119 341 37 44 98 163 0.0467 37.45 215 68 119 339 36 39 99 163 0.0441 32.18 218 72 120 335 35 32 100 163 0.0413 27.32 222 76 122 331 35 23 automatic search suggests trial source # 84 Results for subevent # 1 trial source position # 84 time shift (multiple of dt) 83 strike,dip,rake 203 46 111 strike,dip,rake 353 47 68 SING. values, inlcuding vardat (min., max, min/max): 1.85472772E-15 4.06881721E-15 0.455839515 2.22270705E+15 -1.07147368E+15 2.09689497E+14 -3.47410993E+15 1.08435898E+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= 2.94715166E-03 --##### ----------###---- -----------##-------- -----------######-------- -----------#########--------- ----------############--------- ---------#############--------- ---------###############--------- ---------###############--------- --------#################------- -------######## #######------- P -------######## T #######------- ------######## ######-------- ------#################-------- -----################-------- ----###############------ --##############----- -###########----- ######- 2022-04-26 19:21:07,973 INFO None 2022-04-26 19:21:07,974 INFO This is ISOLA Initializing array w Time required: 0.682981133 Reading input file gr.hes Time required: 3.53724885 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR SMDR RNC1 AG02 CBR2 CBR3 ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/CBR2raw.dat CBR2fil.dat ../../raw/0/CBR3raw.dat CBR3fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.39033377 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 143 0.0532 64.82 209 49 122 344 50 58 2 153 0.0531 62.03 209 50 120 346 48 57 3 163 0.0529 59.46 209 51 119 347 46 57 4 163 0.0525 53.38 210 55 118 347 43 55 5 163 0.0516 47.64 211 58 117 346 41 53 6 163 0.0503 42.27 212 61 116 345 38 50 7 163 0.0485 37.00 213 64 116 343 36 46 8 163 0.0462 31.62 215 68 117 341 34 40 9 163 0.0435 26.43 218 72 118 337 33 33 10 133 0.0534 60.90 208 49 121 345 49 58 11 143 0.0533 58.15 209 50 120 347 48 58 12 153 0.0531 55.64 209 51 118 348 46 59 13 163 0.0528 53.39 209 52 117 349 45 59 14 163 0.0523 47.49 210 55 115 349 42 57 15 163 0.0514 41.98 210 58 114 349 39 55 16 163 0.0499 36.76 211 61 114 348 36 52 17 163 0.0481 31.58 213 64 113 346 34 49 18 163 0.0458 26.41 215 68 114 344 32 43 19 123 0.0536 57.15 208 48 120 346 49 59 20 133 0.0534 54.40 208 49 119 348 48 60 21 143 0.0533 52.05 208 50 117 349 46 60 22 153 0.0530 49.79 208 51 115 351 45 61 23 163 0.0527 47.86 208 52 113 352 43 62 24 163 0.0522 42.24 209 55 112 353 40 61 25 163 0.0511 36.91 209 58 111 352 37 59 26 163 0.0496 31.88 210 61 110 352 34 57 27 163 0.0477 26.86 211 64 110 351 32 54 28 113 0.0538 53.67 208 48 119 347 49 61 29 123 0.0536 50.94 208 49 117 349 48 61 30 133 0.0535 48.56 208 49 116 350 46 62 31 143 0.0533 46.55 208 50 114 352 45 63 32 153 0.0529 44.67 207 51 112 354 43 64 33 163 0.0527 43.18 207 52 110 356 42 65 34 163 0.0520 37.80 207 55 108 357 39 65 35 163 0.0508 32.71 208 58 107 357 35 64 36 163 0.0493 27.92 208 60 106 357 32 63 37 103 0.0539 50.43 207 47 118 348 49 62 38 113 0.0538 47.80 207 48 116 350 47 62 39 123 0.0537 45.49 207 49 114 352 46 64 40 133 0.0535 43.54 207 50 112 353 45 65 41 143 0.0532 41.85 206 50 110 356 43 66 42 153 0.0528 40.46 206 51 108 358 42 68 43 163 0.0525 39.37 206 51 106 1 40 70 44 163 0.0518 34.31 205 54 104 2 37 70 45 163 0.0506 29.66 205 57 102 3 34 71 46 93 0.0540 47.71 206 47 117 349 49 63 47 103 0.0540 45.14 206 48 115 351 47 64 48 113 0.0538 42.82 206 48 113 353 46 65 49 123 0.0537 40.95 206 49 111 355 44 67 50 133 0.0534 39.49 205 49 108 357 43 69 51 143 0.0530 38.22 205 50 106 0 42 71 52 163 0.0527 41.62 204 48 103 3 43 74 53 163 0.0523 36.45 204 51 101 5 39 75 54 163 0.0516 31.94 203 54 99 8 36 77 55 73 0.0541 40.96 205 49 115 349 46 63 56 93 0.0541 42.77 205 47 113 352 47 66 57 103 0.0541 40.72 205 48 111 354 46 67 58 113 0.0538 38.81 204 48 109 357 44 69 59 123 0.0536 37.46 204 49 106 359 43 71 60 133 0.0533 36.42 203 49 104 2 42 74 61 153 0.0530 40.08 203 47 101 5 43 77 62 163 0.0526 39.49 202 48 99 8 42 79 63 163 0.0521 34.75 201 51 96 11 38 81 64 63 0.0542 38.79 204 48 114 350 46 64 65 83 0.0542 40.94 204 46 112 353 47 68 66 93 0.0541 38.90 204 47 109 356 46 69 67 103 0.0540 37.31 203 47 107 358 44 71 68 113 0.0538 35.94 202 48 104 1 43 74 69 123 0.0535 35.03 201 48 101 4 42 76 70 143 0.0532 38.86 201 47 99 7 43 79 71 153 0.0529 38.50 201 47 97 10 42 82 72 163 0.0525 38.26 200 48 94 13 41 84 73 143 0.0539 68.91 210 52 123 343 48 54 74 153 0.0536 65.95 211 53 122 344 47 53 75 163 0.0532 62.99 211 54 121 344 46 53 76 163 0.0526 56.70 213 57 121 343 43 50 77 163 0.0514 50.71 214 61 121 342 41 46 78 163 0.0498 45.00 216 64 121 340 39 41 79 163 0.0476 39.44 218 68 122 338 38 36 80 163 0.0449 34.17 221 72 124 334 38 28 81 163 0.0420 29.71 225 77 127 330 39 19 82 133 0.0539 64.91 210 51 122 344 48 55 83 143 0.0537 62.07 210 52 121 345 47 55 84 153 0.0535 59.35 211 54 120 346 45 54 85 163 0.0531 56.68 212 55 119 346 44 54 86 163 0.0522 50.45 213 58 119 346 42 51 87 163 0.0510 44.58 214 61 119 344 40 47 88 163 0.0492 38.98 216 64 119 342 38 43 89 163 0.0469 33.44 218 68 121 339 37 36 90 163 0.0442 28.26 222 73 123 335 37 28 91 123 0.0540 60.98 209 51 121 345 48 56 92 133 0.0538 58.22 210 52 120 346 47 56 93 143 0.0536 55.65 210 53 119 347 45 56 94 153 0.0533 53.20 211 54 118 348 44 56 95 163 0.0528 50.76 211 55 117 349 43 56 96 163 0.0519 44.65 212 58 117 348 40 53 97 163 0.0506 38.97 214 61 117 347 38 49 98 163 0.0487 33.34 216 64 117 344 36 45 99 163 0.0463 27.82 218 68 119 341 35 38 100 113 0.0541 57.12 209 50 120 345 48 57 automatic search suggests trial source # 64 Results for subevent # 1 trial source position # 64 time shift (multiple of dt) 63 strike,dip,rake 204 48 114 strike,dip,rake 350 46 64 SING. values, inlcuding vardat (min., max, min/max): 1.71343235E-15 3.78892195E-15 0.452221602 2.23050067E+15 -1.41447836E+15 -1.86218239E+14 -3.83046980E+15 1.17623284E+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= 2.96097994E-03 -###### ---------####---- ------------#-------- -----------#####--------- -----------#########--------- -----------###########--------- ----------############--------- ---------##############--------- P --------###############--------- -------#################-------- --------####### #######-------- -------######## T #######-------- ------######## #######------- ------#################-------- -----#################------- ----###############------ --##############----- -############---- ######- 2022-04-26 19:21:07,975 INFO Function 'calculateInversions' executed 165.7 seconds 2022-04-26 19:21:13,452 INFO Function 'gatherResults' executed 5.48 seconds 2022-04-26 19:21:21,363 INFO Function 'allplots' executed 7.91 seconds