2022-04-28 18:43:16,349 INFO Starting MT calculation for Event Event: 2022-04-27T14:35:20.910000Z | +19.296, -64.738 | 3.89 Md | manual resource_id: ResourceIdentifier(id="smi:org.gfz-potsdam.de/geofon/PR2022_ifbg") creation_info: CreationInfo(agency_id='PRSMP', author='scevent@sc.smp.uprm.edu', creation_time=UTCDateTime(2022, 4, 27, 15, 45, 48, 633498)) preferred_origin_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022117001") preferred_magnitude_id: ResourceIdentifier(id="quakeml:pr.anss.org/magnitude/2022117001/Md") --------- event_descriptions: 1 Elements picks: 26 Elements origins: 1 Elements magnitudes: 4 Elements Origin resource_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022117001") time: UTCDateTime(2022, 4, 27, 14, 35, 20, 910000) longitude: -64.7378 latitude: 19.2961 depth: 35000.0 [uncertainty=29080.0] depth_type: 'from location' quality: OriginQuality(used_phase_count=29, used_station_count=16, standard_error=0.47, azimuthal_gap=323.0, minimum_distance=1.1287) origin_uncertainty: OriginUncertainty(horizontal_uncertainty=5090.0, preferred_description='horizontal uncertainty') evaluation_mode: 'manual' creation_info: CreationInfo(agency_id='PRSN', author='prsn@prsn.uprm.edu', creation_time=UTCDateTime(2022, 4, 27, 15, 45, 18, 942331)) --------- arrivals: 26 Elements Magnitude resource_id: ResourceIdentifier(id="quakeml:pr.anss.org/magnitude/2022117001/Md") mag: 3.89 [uncertainty=0.08] magnitude_type: 'Md' origin_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022117001") method_id: ResourceIdentifier(id="quakeml:anss.org/cube/magnitudeType/Md") station_count: 9 evaluation_status: 'reviewed' creation_info: CreationInfo(agency_id='PRSN', author='prsn@prsn.uprm.edu', creation_time=UTCDateTime(2022, 4, 27, 15, 45, 18, 942331)) 2022-04-28 18:43:16,349 INFO Setting working dir to: /home/prsmp/PRSMP/results/realtime/2022/PR2022_ifbg/2022-04-28T18:43:16.332388Z 2022-04-28 18:43:16,350 INFO Retrieving inventory with working epochs from 2022-04-27T14:35:10.910000Z to 2022-04-27T14:39:27.910000Z and stations between 0 and 250 km from event's location 2022-04-28 18:43:16,352 INFO Connecting to FDSNWS host http://192.168.2.23:8080 2022-04-28 18:43:19,601 INFO Accepted channels: ['BH1', 'BH2', 'BH3', 'BHE', 'BHN', 'BHZ', 'HH1', 'HH2', 'HH3', 'HHE', 'HHN', 'HHZ', 'HN1', 'HN2', 'HN3', 'HNE', 'HNN', 'HNZ'] 2022-04-28 18:43:19,882 INFO Saving inventory in one StationXML file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_ifbg/2022-04-28T18:43:16.332388Z/inventory.xml 2022-04-28 18:43:20,534 INFO Function 'getInventory' executed 4.18 seconds 2022-04-28 18:43:20,544 INFO Inventory created at 2022-04-28T18:43:19.882160Z Created by: ObsPy 1.2.2 https://www.obspy.org Sending institution: ObsPy 1.2.2,SeisComP (PRSMP) Contains: Networks (246): IU (9x), PR (237x) Stations (246): IU.SJG ((GSN) IRIS/USGS (IU)) (9x) PR.ADJ1 (Adjuntas Casa Pueblo) (3x) PR.ANG1 (Anguilla Island) (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.CELP (CELP) (6x) PR.CG01 (Caguas OMME) (3x) PR.CLB1 (Culebras Fire Station) (3x) PR.CLS1 (Ciales Fire Station) (3x) PR.COM1 (Coamo Fire Station) (3x) PR.CR01 (Carolina Fire Station) (3x) PR.CR02 (Carolina Airport) (3x) PR.CR03 (Carolina UPR Station) (3x) PR.CTN1 (Catano OMME) (3x) PR.CYY1 (Cayey USGS Observatory) (3x) PR.CYY2 (Cayey UPR Station) (3x) PR.DRD1 (Dorado OMME) (3x) PR.ECPR (ECPR) (11x) PR.EMPR (EMPR) (6x) PR.FJR1 (Fajardo Fire Station) (3x) PR.GCPR (GCPR) (6x) PR.GY01 (Guaynabo Fire Station) (3x) PR.GY02 (CMA Guaynabo) (3x) PR.GYM1 (Guayama Fire Station) (3x) PR.GYM2 (Guayama Carrite Dam) (3x) PR.HM01 (Humacao Fire Station) (3x) PR.HTL1 (Hatillo Fire Station) (3x) PR.HUMP (HUMP) (11x) PR.IGPR (IGPR) (6x) PR.JND1 (Guayabal Dam Free Field) (3x) PR.LOZ1 (Loiza OMME) (3x) PR.MNB1 (Maunabo Fire Station) (3x) PR.MNB2 (Maunabo Lighthouse) (3x) PR.NGB1 (Naguabo Fire Station) (3x) PR.OBIP (OBIP) (3x) PR.PDPR (PDPR) (6x) PR.PN01 (Ponce OMME) (3x) PR.PN02 (Ponce Water Treatment Facility) (3x) PR.PN03 (Ponce, Obispado) (3x) PR.PN04 (Ponce, Siervas de Maria) (3x) PR.PN05 (Ponce, Del Carmen Chapel) (3x) PR.PN06 (Ponce, Santa Maria Reina) (3x) PR.PN07 (Ponce, San Jose) (3x) PR.PN08 (Ponce, Cathedral) (3x) PR.PN09 (Ponce, Caja de Muerto Island) (3x) PR.PN10 (Ponce, Toll) (3x) PR.PN11 (Ponce, San Martin de Porres) (3x) PR.PN13 (UPR Ponce Station) (3x) PR.QBPR (QBPR) (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.SNC1 (St. Croix USVI) (3x) PR.SNI1 (Santa Isabel 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.VQS2 (Vieques Fire Station) (3x) Channels (254): 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.ANG1..HNZ, PR.ANG1..HNN, PR.ANG1..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.CELP.00.HHZ, PR.CELP.00.HH1, PR.CELP.00.HH2, PR.CELP.00.HNZ, PR.CELP.00.HN1, PR.CELP.00.HN2, PR.CG01..HNZ, PR.CG01..HNN, PR.CG01..HNE, PR.CLB1..HNZ, PR.CLB1..HNN, PR.CLB1..HNE, PR.CLS1..HNZ, PR.CLS1..HNN, PR.CLS1..HNE, PR.COM1..HNZ, PR.COM1..HNN, PR.COM1..HNE, PR.CR01..HNZ, PR.CR01..HNN, PR.CR01..HNE, PR.CR02..HNZ, PR.CR02..HNN, PR.CR02..HNE, PR.CR03..HNZ, PR.CR03..HNN, PR.CR03..HNE, PR.CTN1..HNZ, PR.CTN1..HNN, PR.CTN1..HNE, PR.CYY1..HNZ, PR.CYY1..HNN, PR.CYY1..HNE, PR.CYY2..HNZ, PR.CYY2..HNN, PR.CYY2..HNE, PR.DRD1..HNZ, PR.DRD1..HNN, PR.DRD1..HNE, PR.ECPR..BHZ, PR.ECPR..BHN, PR.ECPR..BHE, PR.ECPR..HNZ, PR.ECPR..HNN, PR.ECPR..HNE, PR.ECPR.00.HHZ, PR.ECPR.00.HH1, PR.ECPR.00.HH2, PR.ECPR.00.HNZ, PR.ECPR.00.HN1, PR.ECPR.00.HN2, PR.EMPR.00.HHZ, PR.EMPR.00.HH1, PR.EMPR.00.HH2, PR.EMPR.00.HNZ, PR.EMPR.00.HN1, PR.EMPR.00.HN2, PR.FJR1..HNZ, PR.FJR1..HNN, PR.FJR1..HNE, PR.GCPR.00.HHZ, PR.GCPR.00.HH1, PR.GCPR.00.HH2, PR.GCPR.00.HNZ, PR.GCPR.00.HN1, PR.GCPR.00.HN2, PR.GY01..HNZ, PR.GY01..HNN, PR.GY01..HNE, PR.GY02..HNZ, PR.GY02..HN2, PR.GY02..HN3, PR.GYM1..HNZ, PR.GYM1..HNN, PR.GYM1..HNE, PR.GYM2..HNZ, PR.GYM2..HNN, PR.GYM2..HNE, PR.HM01..HNZ, PR.HM01..HNN, PR.HM01..HNE, PR.HTL1..HNZ, PR.HTL1..HNN, PR.HTL1..HNE, PR.HUMP..BHZ, PR.HUMP..BHN, PR.HUMP..BHE, PR.HUMP..HNZ, PR.HUMP..HNN, PR.HUMP..HNE, PR.HUMP.00.HHZ, PR.HUMP.00.HH1, PR.HUMP.00.HH2, PR.HUMP.00.HNZ, PR.HUMP.00.HN1, PR.HUMP.00.HN2, PR.IGPR.00.HHZ, PR.IGPR.00.HH1, PR.IGPR.00.HH2, PR.IGPR.00.HNZ, PR.IGPR.00.HN1, PR.IGPR.00.HN2, PR.JND1..HNZ, PR.JND1..HNN, PR.JND1..HNE, PR.LOZ1..HNZ, PR.LOZ1..HNN, PR.LOZ1..HNE, PR.MNB1..HNZ, PR.MNB1..HNN, PR.MNB1..HNE, PR.MNB2..HNZ, PR.MNB2..HNN, PR.MNB2..HNE, PR.NGB1..HNZ, PR.NGB1..HNN, PR.NGB1..HNE, PR.OBIP..BHZ, PR.OBIP..BHN, PR.OBIP..BHE, PR.PDPR.00.HHZ, PR.PDPR.00.HH1, PR.PDPR.00.HH2, PR.PDPR.00.HNZ, PR.PDPR.00.HN1, PR.PDPR.00.HN2, PR.PN01..HNZ, PR.PN01..HNN, PR.PN01..HNE, PR.PN02..HNZ, PR.PN02..HNN, PR.PN02..HNE, PR.PN03..HNZ, PR.PN03..HNN, PR.PN03..HNE, PR.PN04..HNZ, PR.PN04..HNN, PR.PN04..HNE, PR.PN05..HNZ, PR.PN05..HNN, PR.PN05..HNE, PR.PN06..HNZ, PR.PN06..HNN, PR.PN06..HNE, PR.PN07..HNZ, PR.PN07..HNN, PR.PN07..HNE, PR.PN08..HNZ, PR.PN08..HNN, PR.PN08..HNE, PR.PN09..HNZ, PR.PN09..HNN, PR.PN09..HNE, PR.PN10..HNZ, PR.PN10..HNN, PR.PN10..HNE, PR.PN11..HNZ, PR.PN11..HNN, PR.PN11..HNE, PR.PN13..HNZ, PR.PN13..HNN, PR.PN13..HNE, PR.QBPR..HNZ, PR.QBPR..HNN, PR.QBPR..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.SNC1..HNZ, PR.SNC1..HNN, PR.SNC1..HNE, PR.SNI1..HNZ, PR.SNI1..HNN, PR.SNI1..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.VQS2..HNZ, PR.VQS2..HNN, PR.VQS2..HNE 2022-04-28 18:43:20,561 INFO Selecting stations with channel codes ['BH', 'HH', 'HN'] and that they are between 0 and 250 km from event's location 2022-04-28 18:43:20,647 INFO Saving inventory in XML file /home/prsmp/PRSMP/results/realtime/2022/PR2022_ifbg/2022-04-28T18:43:16.332388Z/inventory.xml 2022-04-28 18:43:21,292 INFO Function 'selectDist' executed 0.73 seconds 2022-04-28 18:43:21,303 INFO Inventory created at 2022-04-28T18:43:20.646921Z Created by: ObsPy 1.2.2 https://www.obspy.org Sending institution: ObsPy 1.2.2,SeisComP (PRSMP) Contains: Networks (246): IU (9x), PR (237x) Stations (246): IU.SJG ((GSN) IRIS/USGS (IU)) (9x) PR.ADJ1 (Adjuntas Casa Pueblo) (3x) PR.ANG1 (Anguilla Island) (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.CELP (CELP) (6x) PR.CG01 (Caguas OMME) (3x) PR.CLB1 (Culebras Fire Station) (3x) PR.CLS1 (Ciales Fire Station) (3x) PR.COM1 (Coamo Fire Station) (3x) PR.CR01 (Carolina Fire Station) (3x) PR.CR02 (Carolina Airport) (3x) PR.CR03 (Carolina UPR Station) (3x) PR.CTN1 (Catano OMME) (3x) PR.CYY1 (Cayey USGS Observatory) (3x) PR.CYY2 (Cayey UPR Station) (3x) PR.DRD1 (Dorado OMME) (3x) PR.ECPR (ECPR) (11x) PR.EMPR (EMPR) (6x) PR.FJR1 (Fajardo Fire Station) (3x) PR.GCPR (GCPR) (6x) PR.GY01 (Guaynabo Fire Station) (3x) PR.GY02 (CMA Guaynabo) (3x) PR.GYM1 (Guayama Fire Station) (3x) PR.GYM2 (Guayama Carrite Dam) (3x) PR.HM01 (Humacao Fire Station) (3x) PR.HTL1 (Hatillo Fire Station) (3x) PR.HUMP (HUMP) (11x) PR.IGPR (IGPR) (6x) PR.JND1 (Guayabal Dam Free Field) (3x) PR.LOZ1 (Loiza OMME) (3x) PR.MNB1 (Maunabo Fire Station) (3x) PR.MNB2 (Maunabo Lighthouse) (3x) PR.NGB1 (Naguabo Fire Station) (3x) PR.OBIP (OBIP) (3x) PR.PDPR (PDPR) (6x) PR.PN01 (Ponce OMME) (3x) PR.PN02 (Ponce Water Treatment Facility) (3x) PR.PN03 (Ponce, Obispado) (3x) PR.PN04 (Ponce, Siervas de Maria) (3x) PR.PN05 (Ponce, Del Carmen Chapel) (3x) PR.PN06 (Ponce, Santa Maria Reina) (3x) PR.PN07 (Ponce, San Jose) (3x) PR.PN08 (Ponce, Cathedral) (3x) PR.PN09 (Ponce, Caja de Muerto Island) (3x) PR.PN10 (Ponce, Toll) (3x) PR.PN11 (Ponce, San Martin de Porres) (3x) PR.PN13 (UPR Ponce Station) (3x) PR.QBPR (QBPR) (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.SNC1 (St. Croix USVI) (3x) PR.SNI1 (Santa Isabel 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.VQS2 (Vieques Fire Station) (3x) Channels (254): 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.ANG1..HNZ, PR.ANG1..HNN, PR.ANG1..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.CELP.00.HHZ, PR.CELP.00.HH1, PR.CELP.00.HH2, PR.CELP.00.HNZ, PR.CELP.00.HN1, PR.CELP.00.HN2, PR.CG01..HNZ, PR.CG01..HNN, PR.CG01..HNE, PR.CLB1..HNZ, PR.CLB1..HNN, PR.CLB1..HNE, PR.CLS1..HNZ, PR.CLS1..HNN, PR.CLS1..HNE, PR.COM1..HNZ, PR.COM1..HNN, PR.COM1..HNE, PR.CR01..HNZ, PR.CR01..HNN, PR.CR01..HNE, PR.CR02..HNZ, PR.CR02..HNN, PR.CR02..HNE, PR.CR03..HNZ, PR.CR03..HNN, PR.CR03..HNE, PR.CTN1..HNZ, PR.CTN1..HNN, PR.CTN1..HNE, PR.CYY1..HNZ, PR.CYY1..HNN, PR.CYY1..HNE, PR.CYY2..HNZ, PR.CYY2..HNN, PR.CYY2..HNE, PR.DRD1..HNZ, PR.DRD1..HNN, PR.DRD1..HNE, PR.ECPR..BHZ, PR.ECPR..BHN, PR.ECPR..BHE, PR.ECPR..HNZ, PR.ECPR..HNN, PR.ECPR..HNE, PR.ECPR.00.HHZ, PR.ECPR.00.HH1, PR.ECPR.00.HH2, PR.ECPR.00.HNZ, PR.ECPR.00.HN1, PR.ECPR.00.HN2, PR.EMPR.00.HHZ, PR.EMPR.00.HH1, PR.EMPR.00.HH2, PR.EMPR.00.HNZ, PR.EMPR.00.HN1, PR.EMPR.00.HN2, PR.FJR1..HNZ, PR.FJR1..HNN, PR.FJR1..HNE, PR.GCPR.00.HHZ, PR.GCPR.00.HH1, PR.GCPR.00.HH2, PR.GCPR.00.HNZ, PR.GCPR.00.HN1, PR.GCPR.00.HN2, PR.GY01..HNZ, PR.GY01..HNN, PR.GY01..HNE, PR.GY02..HNZ, PR.GY02..HN2, PR.GY02..HN3, PR.GYM1..HNZ, PR.GYM1..HNN, PR.GYM1..HNE, PR.GYM2..HNZ, PR.GYM2..HNN, PR.GYM2..HNE, PR.HM01..HNZ, PR.HM01..HNN, PR.HM01..HNE, PR.HTL1..HNZ, PR.HTL1..HNN, PR.HTL1..HNE, PR.HUMP..BHZ, PR.HUMP..BHN, PR.HUMP..BHE, PR.HUMP..HNZ, PR.HUMP..HNN, PR.HUMP..HNE, PR.HUMP.00.HHZ, PR.HUMP.00.HH1, PR.HUMP.00.HH2, PR.HUMP.00.HNZ, PR.HUMP.00.HN1, PR.HUMP.00.HN2, PR.IGPR.00.HHZ, PR.IGPR.00.HH1, PR.IGPR.00.HH2, PR.IGPR.00.HNZ, PR.IGPR.00.HN1, PR.IGPR.00.HN2, PR.JND1..HNZ, PR.JND1..HNN, PR.JND1..HNE, PR.LOZ1..HNZ, PR.LOZ1..HNN, PR.LOZ1..HNE, PR.MNB1..HNZ, PR.MNB1..HNN, PR.MNB1..HNE, PR.MNB2..HNZ, PR.MNB2..HNN, PR.MNB2..HNE, PR.NGB1..HNZ, PR.NGB1..HNN, PR.NGB1..HNE, PR.OBIP..BHZ, PR.OBIP..BHN, PR.OBIP..BHE, PR.PDPR.00.HHZ, PR.PDPR.00.HH1, PR.PDPR.00.HH2, PR.PDPR.00.HNZ, PR.PDPR.00.HN1, PR.PDPR.00.HN2, PR.PN01..HNZ, PR.PN01..HNN, PR.PN01..HNE, PR.PN02..HNZ, PR.PN02..HNN, PR.PN02..HNE, PR.PN03..HNZ, PR.PN03..HNN, PR.PN03..HNE, PR.PN04..HNZ, PR.PN04..HNN, PR.PN04..HNE, PR.PN05..HNZ, PR.PN05..HNN, PR.PN05..HNE, PR.PN06..HNZ, PR.PN06..HNN, PR.PN06..HNE, PR.PN07..HNZ, PR.PN07..HNN, PR.PN07..HNE, PR.PN08..HNZ, PR.PN08..HNN, PR.PN08..HNE, PR.PN09..HNZ, PR.PN09..HNN, PR.PN09..HNE, PR.PN10..HNZ, PR.PN10..HNN, PR.PN10..HNE, PR.PN11..HNZ, PR.PN11..HNN, PR.PN11..HNE, PR.PN13..HNZ, PR.PN13..HNN, PR.PN13..HNE, PR.QBPR..HNZ, PR.QBPR..HNN, PR.QBPR..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.SNC1..HNZ, PR.SNC1..HNN, PR.SNC1..HNE, PR.SNI1..HNZ, PR.SNI1..HNN, PR.SNI1..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.VQS2..HNZ, PR.VQS2..HNN, PR.VQS2..HNE 2022-04-28 18:43:21,321 INFO Retrieving waveforms based on inventory from 2022-04-27T14:35:10.910000Z to 2022-04-27T14:39:27.910000Z 2022-04-28 18:43:21,331 INFO Connecting to FDSNWS host http://192.168.2.23:8080 2022-04-28 18:44:33,024 INFO Saving waveforms in one mseed file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_ifbg/2022-04-28T18:43:16.332388Z/streams.mseed 2022-04-28 18:44:33,277 INFO 204 Trace(s) in Stream: PR.OBIP..BHE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 40.0 Hz, 10281 samples PR.OBIP..BHN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 40.0 Hz, 10281 samples PR.OBIP..BHZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 40.0 Hz, 10281 samples PR.GCPR.00.HH1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HH2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HHZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.HUMP.00.HH1 | 2022-04-27T14:35:10.900000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25702 samples PR.HUMP.00.HH2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.HUMP.00.HHZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HH1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HH2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HHZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.CELP.00.HH1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.CELP.00.HH2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.CELP.00.HHZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HH1 | 2022-04-27T14:35:10.900000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25702 samples PR.UUPR.00.HH2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HHZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HH1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HH2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HHZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HH1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HH2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HHZ | 2022-04-27T14:35:10.900000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25702 samples PR.IGPR.00.HH1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HH2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HHZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.NGB1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.NGB1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.NGB1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GCPR.00.HN1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HN2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HNZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.PN01..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN01..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN01..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN09..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN09..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN09..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.MNB2..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.MNB2..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.MNB2..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.DRD1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.DRD1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.DRD1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GYM1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GYM1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GYM1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.BRR1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.BRR1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TA02..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TA02..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TA02..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SJ01..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SJ01..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SJ01..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.LOZ1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.LOZ1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.LOZ1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CYY1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CYY1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CYY1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SJ03..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SJ03..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SJ03..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.HUMP.00.HN1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.HUMP.00.HN2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.HUMP.00.HNZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.GY01..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GY01..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GY01..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.MNB1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.MNB1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.MNB1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.VGB1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.VGB1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.VGB1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CLB1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CLB1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CLB1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN02..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN02..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN02..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TA01..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TA01..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TA01..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.FJR1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.FJR1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.FJR1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.ECPR.00.HN1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HN2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HNZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.UTD1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.UTD1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.UTD1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.BY02..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.BY02..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.BY02..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GY02..HN2 | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GY02..HN3 | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GY02..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.QBPR..HNZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.PN11..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN11..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN11..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN07..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN07..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN07..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CLS1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CLS1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CLS1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CELP.00.HN1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.CELP.00.HN2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.CELP.00.HNZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.CR02..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CR02..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CR02..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.UUPR.00.HN1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HN2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HNZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.PN04..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN04..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN04..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CYY2..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CYY2..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CYY2..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CR01..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CR01..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CR01..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SNC1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SNC1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SNC1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.AOPR.00.HN1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HN2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HNZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HN1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HN2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HNZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.HTL1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.HTL1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.HTL1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN08..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN08..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN08..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.UTD2..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.UTD2..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.UTD2..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CR03..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CR03..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CR03..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN06..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN06..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN06..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN05..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN05..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN05..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SNI1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SNI1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SNI1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.BY01..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.BY01..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.BY01..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TOA2..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TOA2..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TOA2..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.COM1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.COM1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.COM1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SJ02..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SJ02..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.SJ02..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.UTD3..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.UTD3..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.UTD3..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.JND1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.JND1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.JND1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CG01..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CG01..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CG01..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TOA1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TOA1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.TOA1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.ADJ1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.ADJ1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.ADJ1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.AR02..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.AR02..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.AR02..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GYM2..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GYM2..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.GYM2..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.IGPR.00.HN1 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HN2 | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HNZ | 2022-04-27T14:35:10.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 25701 samples PR.HM01..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.HM01..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.HM01..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CTN1..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CTN1..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.CTN1..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN13..HNE | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN13..HNN | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples PR.PN13..HNZ | 2022-04-27T14:35:10.905000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 51401 samples 2022-04-28 18:44:33,278 INFO Function 'inner' executed 71.96 seconds 2022-04-28 18:44:33,278 INFO Removing waveforms with inconsistency between data and meta data 2022-04-28 18:44:33,287 INFO Removing waveforms with gaps 2022-04-28 18:44:33,295 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 2022-04-28 18:44:44,732 INFO 153 Trace(s) in Stream: PR.ADJ1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.ADJ1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.ADJ1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.AR02..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.AR02..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.AR02..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.BRR1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.BRR1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.BY01..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.BY01..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.BY01..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.BY02..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.BY02..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.BY02..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CG01..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CG01..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CG01..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CLB1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CLB1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CLB1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CLS1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CLS1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CLS1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.COM1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.COM1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.COM1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR01..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR01..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR01..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR02..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR02..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR02..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR03..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR03..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR03..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CTN1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CTN1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CTN1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CYY1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CYY1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CYY1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CYY2..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CYY2..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CYY2..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.DRD1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.DRD1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.DRD1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.FJR1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.FJR1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.FJR1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.GY01..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.GY01..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.GY01..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.GYM1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.GYM1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.GYM1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.GYM2..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.GYM2..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.GYM2..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.HM01..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.HM01..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.HM01..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.HTL1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.HTL1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.HTL1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.JND1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.JND1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.JND1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.MNB1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.MNB1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.MNB1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.MNB2..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.MNB2..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.MNB2..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.NGB1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.NGB1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.NGB1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.OBIP..BHE | 2022-04-27T14:35:20.905000Z - 2022-04-27T14:39:27.905000Z | 40.0 Hz, 9881 samples PR.OBIP..BHN | 2022-04-27T14:35:20.905000Z - 2022-04-27T14:39:27.905000Z | 40.0 Hz, 9881 samples PR.OBIP..BHZ | 2022-04-27T14:35:20.905000Z - 2022-04-27T14:39:27.905000Z | 40.0 Hz, 9881 samples PR.PN01..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN01..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN01..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN02..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN02..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN02..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN04..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN04..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN04..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN05..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN05..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN05..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN06..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN06..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN06..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN07..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN07..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN07..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN08..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN08..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN08..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN09..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN09..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN09..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN11..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN11..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN11..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN13..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN13..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.PN13..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.QBPR..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.910000Z | 100.0 Hz, 24701 samples PR.SJ01..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SJ01..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SJ01..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SJ02..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SJ02..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SJ02..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SJ03..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SJ03..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SJ03..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SNC1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SNC1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SNC1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SNI1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SNI1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.SNI1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TA01..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TA01..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TA01..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TA02..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TA02..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TA02..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TOA1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TOA1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TOA1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TOA2..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TOA2..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.TOA2..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.UTD1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.UTD1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.UTD1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.UTD2..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.UTD2..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.UTD2..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.UTD3..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.UTD3..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.UTD3..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.VGB1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.VGB1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.VGB1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples 2022-04-28 18:44:44,732 INFO Function 'inner' executed 11.45 seconds 2022-04-28 18:44:44,733 INFO Selecting subset of streams based on Azimuthal Coverage and Rules 2022-04-28 18:44:44,910 INFO Sector [0,45): [] 2022-04-28 18:44:44,910 INFO Sector [45,90): [] 2022-04-28 18:44:44,910 INFO Sector [90,135): [] 2022-04-28 18:44:44,910 INFO Sector [135,180): [] 2022-04-28 18:44:44,916 INFO Sector [180,225): [('CLB1', 1, 'ACC', 3, -124991.40241576581), ('FJR1', 1, 'ACC', 3, -143889.72758849972)] 2022-04-28 18:44:44,952 INFO Sector [225,270): [('LOZ1', 1, 'ACC', 3, -153852.38309430084), ('CR01', 1, 'ACC', 3, -163191.37933438882)] 2022-04-28 18:44:44,953 INFO Sector [270,315): [] 2022-04-28 18:44:44,953 INFO Sector [315,360): [] 2022-04-28 18:44:44,962 INFO 12 Trace(s) in Stream: PR.CLB1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CLB1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CLB1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR01..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR01..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR01..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.FJR1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.FJR1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.FJR1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples 2022-04-28 18:44:44,962 INFO Function 'inner' executed 0.23 seconds 2022-04-28 18:44:44,965 INFO Saving corrected waveforms in one mseed file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_ifbg/2022-04-28T18:43:16.332388Z/streams_corrected.mseed 2022-04-28 18:44:45,084 INFO 12 Trace(s) in Stream: PR.CLB1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CLB1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CLB1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR01..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR01..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.CR01..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.FJR1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.FJR1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.FJR1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNE | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNN | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples PR.LOZ1..HNZ | 2022-04-27T14:35:20.910000Z - 2022-04-27T14:39:27.905000Z | 200.0 Hz, 49400 samples 2022-04-28 18:44:45,084 INFO Function 'inner' executed 0.12 seconds 2022-04-28 18:44:45,084 INFO Creating sources files based on Grid rules 2022-04-28 18:44:45,085 INFO - Depth: - - 0 - 31 - 2 Distance: - - 0 - 9 - 2 Rule: - 3.5 - 5.5 2022-04-28 18:44:45,101 INFO Grid index: 0 Calculated source points: 2511 Dispatched in 26 source file(s) 2022-04-28 18:44:45,101 INFO Selecting crustal model files based on Crustal rules 2022-04-28 18:44:45,101 INFO - Filepath: crustals/novotny.vz Geobox: null 2022-04-28 18:44:45,101 INFO Crustal model Index: 0 Copying crustal file: crustals/novotny.vz to /home/prsmp/PRSMP/results/realtime/2022/PR2022_ifbg/2022-04-28T18:43:16.332388Z/crustals directory 2022-04-28 18:44:45,102 INFO Creating Greens' Functions configuration files (grdat.hed) 2022-04-28 18:44:45,102 INFO Greens' Functions configuration index: 0 2022-04-28 18:44:45,102 INFO Creating Stations file (station.dat) 2022-04-28 18:44:45,128 INFO Performing Greens' Functions Computation 2022-04-28 18:44:47,068 INFO None 2022-04-28 18:44:47,068 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 7 4 2 3 1 16 14 13 12 9 10 15 11 18 17 20 21 24 22 25 26 23 19 34 33 30 29 28 32 31 27 39 38 41 40 36 37 42 35 47 45 44 43 49 46 50 48 52 51 55 54 53 56 Done 2022-04-28 18:44:47,975 INFO None 2022-04-28 18:44:47,975 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 9 14 13 12 16 15 11 18 17 20 24 22 21 26 25 19 23 34 33 30 32 28 29 31 27 38 41 42 36 37 40 35 39 50 46 49 44 45 43 48 47 53 51 52 54 55 56 Done 2022-04-28 18:44:48,278 INFO None 2022-04-28 18:44:48,278 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 16 14 12 13 15 9 18 19 21 22 20 24 17 23 26 27 30 29 28 32 25 31 34 35 37 38 36 40 33 39 42 43 45 46 44 41 48 47 50 51 53 54 52 49 56 55 Done 2022-04-28 18:44:48,578 INFO None 2022-04-28 18:44:48,578 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 12 10 14 13 9 16 15 19 20 17 18 21 22 27 28 25 26 29 30 23 24 35 36 33 34 37 38 31 32 43 44 41 42 45 46 39 40 50 51 49 52 54 53 47 48 55 56 Done 2022-04-28 18:44:48,853 INFO None 2022-04-28 18:44:48,854 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 3 2 1 4 11 10 12 14 15 9 13 18 19 20 23 22 16 17 21 24 26 27 28 30 31 25 32 29 35 36 34 38 39 40 33 37 43 44 42 48 46 47 41 45 50 51 52 54 55 56 49 53 Done 2022-04-28 18:44:49,119 INFO None 2022-04-28 18:44:49,120 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 6 8 5 3 2 1 4 10 11 14 15 16 12 9 13 18 20 19 23 22 24 17 21 26 27 28 30 32 31 25 29 34 36 35 38 40 39 33 37 44 42 43 46 47 41 48 45 50 51 52 56 49 54 55 53 Done 2022-04-28 18:44:49,385 INFO None 2022-04-28 18:44:49,386 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 2 6 1 10 9 15 14 16 11 12 17 13 18 21 22 24 19 20 23 25 26 29 30 32 31 33 34 27 28 37 38 39 40 41 42 35 36 45 46 48 49 47 50 43 44 53 54 56 55 51 52 Done 2022-04-28 18:44:49,636 INFO None 2022-04-28 18:44:49,636 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 6 5 3 4 2 8 7 1 11 9 14 16 12 15 10 13 17 20 19 23 22 24 25 18 21 27 28 30 31 32 33 26 29 36 35 38 39 40 41 34 37 43 44 46 48 47 49 42 45 51 52 55 54 56 50 53 Done 2022-04-28 18:44:49,882 INFO None 2022-04-28 18:44:50,111 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 6 5 4 8 3 2 1 9 11 12 10 14 16 13 15 18 17 20 19 22 24 26 25 27 28 21 23 30 34 33 35 32 36 29 31 38 40 41 42 43 44 37 39 46 50 52 51 48 49 45 47 54 56 53 55 Done 2022-04-28 18:44:50,361 INFO None 2022-04-28 18:44:50,362 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 9 12 15 14 13 11 16 17 18 20 23 22 21 19 26 24 25 28 31 29 30 34 33 27 32 36 37 38 39 41 42 35 40 47 44 45 46 49 50 43 48 52 54 53 55 51 56 Done 2022-04-28 18:44:50,623 INFO None 2022-04-28 18:44:50,624 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 6 5 4 8 3 7 1 2 10 11 13 12 14 9 17 18 15 19 16 20 21 22 25 23 26 28 27 30 29 24 31 33 32 34 36 38 39 35 37 40 41 42 46 44 48 49 50 45 43 47 54 52 55 56 51 53 Done 2022-04-28 18:44:50,874 INFO None 2022-04-28 18:44:50,874 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 2 1 9 11 10 12 13 16 14 15 17 19 18 20 21 25 24 27 26 28 22 29 23 33 35 32 34 36 37 30 31 40 45 41 42 43 44 38 39 49 48 51 50 52 53 46 47 56 54 55 Done 2022-04-28 18:44:51,573 INFO None 2022-04-28 18:44:51,574 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 14 10 9 12 13 16 11 15 18 17 20 21 22 25 26 19 24 23 28 30 29 34 33 31 27 32 36 39 38 37 41 42 35 40 44 46 47 45 49 50 43 48 53 52 54 51 55 56 Done 2022-04-28 18:44:51,816 INFO None 2022-04-28 18:44:51,817 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 1 4 3 9 12 14 15 10 11 13 17 20 22 16 19 21 25 18 23 24 26 28 27 29 32 33 31 34 30 36 35 37 40 41 42 38 39 44 43 45 46 48 49 50 52 47 54 51 53 55 56 Done 2022-04-28 18:44:52,026 INFO None 2022-04-28 18:44:52,026 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 9 10 13 14 11 16 12 15 17 18 19 21 22 24 25 26 20 27 23 29 30 32 34 33 35 28 31 38 37 40 41 42 43 36 39 45 46 49 50 48 51 44 47 54 53 56 52 55 Done 2022-04-28 18:44:52,300 INFO None 2022-04-28 18:44:52,300 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 6 3 2 1 7 4 9 10 11 13 12 14 15 16 17 19 18 20 22 21 23 24 25 26 27 29 30 31 28 32 33 34 35 38 39 40 41 36 37 43 42 45 46 47 44 49 48 51 50 53 54 55 56 52 Done 2022-04-28 18:44:52,512 INFO None 2022-04-28 18:44:52,512 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 5 6 3 2 1 4 9 12 13 15 16 11 10 17 14 20 21 22 24 23 18 19 25 28 29 30 32 33 31 26 27 36 37 38 39 40 41 35 34 44 45 46 47 48 49 43 42 52 53 54 55 56 50 51 Done 2022-04-28 18:44:52,713 INFO None 2022-04-28 18:44:52,714 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 9 10 11 13 16 14 12 15 17 18 19 21 22 24 26 25 27 20 23 30 29 32 34 35 33 28 31 37 38 40 41 42 36 43 39 45 46 48 50 49 44 51 47 54 53 56 52 55 Done 2022-04-28 18:44:52,815 INFO None 2022-04-28 18:44:52,816 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 8 6 5 2 1 10 9 4 3 11 13 12 14 15 17 18 19 20 22 16 23 26 27 28 25 24 21 31 34 35 36 32 30 33 29 40 39 43 42 44 38 37 41 47 48 50 51 52 46 45 49 55 53 56 54 Done 2022-04-28 18:44:53,391 INFO None 2022-04-28 18:44:53,391 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 9 15 14 16 13 17 18 20 19 23 22 25 26 27 28 24 21 34 31 33 35 30 36 32 29 39 38 41 42 44 43 40 37 46 47 49 50 51 52 45 48 55 54 53 56 Done 2022-04-28 18:44:53,924 INFO None 2022-04-28 18:44:53,925 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 14 11 10 12 9 15 16 13 20 17 18 19 23 22 28 25 26 27 24 21 34 30 31 35 36 33 32 29 39 38 42 44 43 41 37 40 46 47 49 50 52 51 45 48 55 54 56 53 Done 2022-04-28 18:44:54,367 INFO None 2022-04-28 18:44:54,367 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 6 5 4 8 3 2 1 16 11 12 10 13 9 15 14 18 19 17 20 21 24 26 27 25 28 29 22 23 32 34 33 35 36 37 30 31 42 41 43 44 45 40 38 39 49 52 53 51 50 48 46 47 56 54 55 Done 2022-04-28 18:44:54,756 INFO None 2022-04-28 18:44:54,756 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 13 12 10 9 14 16 15 11 17 18 20 21 24 22 25 26 19 23 28 29 30 32 33 34 27 31 36 38 37 40 41 42 35 39 45 46 44 48 49 50 43 47 54 52 56 53 51 55 Done 2022-04-28 18:44:55,119 INFO None 2022-04-28 18:44:55,146 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 15 14 11 10 12 16 13 9 18 19 22 23 20 24 17 21 26 27 28 30 31 32 25 29 34 35 36 39 38 40 33 37 42 44 43 46 47 48 41 45 51 50 52 54 55 56 49 53 Done 2022-04-28 18:44:55,489 INFO None 2022-04-28 18:44:55,490 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 14 11 12 9 15 13 16 10 17 19 20 21 22 23 25 18 24 27 28 29 30 31 33 26 32 36 35 38 37 39 41 34 40 43 44 45 46 47 49 42 48 51 52 53 54 55 50 56 Done 2022-04-28 18:44:55,822 INFO None 2022-04-28 18:44:55,823 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 10 11 14 13 16 15 9 12 18 17 19 21 22 24 20 23 25 26 27 29 30 33 34 32 35 28 31 37 38 41 40 43 42 36 39 46 45 49 48 50 51 44 47 53 54 52 56 55 Done 2022-04-28 18:44:55,823 INFO Function 'calculateGreens' executed 10.7 seconds 2022-04-28 18:44:55,823 INFO Creating Inversions configuration files (inpinv) based on Time-shift rules 2022-04-28 18:44:55,824 INFO - - -67 - 10 - 167 2022-04-28 18:44:55,824 INFO Select Stations for inversion (allstat) 2022-04-28 18:44:55,904 INFO Creating raw data files for ISOLA parsing 2022-04-28 18:44:59,766 INFO Calculating inversions 2022-04-28 18:45:05,344 INFO None 2022-04-28 18:45:05,344 INFO This is ISOLA Initializing array w Time required: 0.701965570 Reading input file gr.hes Time required: 2.79105210 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.890914440 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -67 0.0624 86.27 151 39 109 306 52 74 2 -67 0.0584 57.62 153 40 109 307 52 73 3 -67 0.0550 32.59 156 42 109 310 50 73 4 -67 0.0521 12.51 167 45 108 321 47 71 5 -67 0.0503 11.89 212 55 99 15 35 76 6 -67 0.0490 26.51 221 56 95 32 33 82 7 -67 0.0480 40.15 223 56 92 38 33 85 8 -67 0.0469 52.60 224 56 90 42 33 88 9 -67 0.0457 64.36 224 56 89 45 33 91 10 -67 0.0573 50.37 151 40 110 305 52 73 11 -67 0.0538 26.23 154 41 109 308 51 73 12 73 0.0524 35.01 79 52 142 195 60 43 13 53 0.0513 40.47 70 44 126 205 55 59 14 43 0.0506 44.95 68 43 121 208 54 63 15 33 0.0498 47.09 68 43 120 209 53 64 16 23 0.0486 46.15 69 43 121 209 53 63 17 13 0.0471 42.35 71 44 123 208 54 61 18 23 0.0455 27.85 88 63 152 192 65 29 19 83 0.0555 43.13 82 60 151 188 65 33 20 63 0.0542 39.34 76 50 138 196 59 47 21 53 0.0532 41.32 73 47 132 200 56 53 22 43 0.0525 45.23 70 45 126 203 54 58 23 23 0.0517 53.57 66 42 119 209 53 66 24 13 0.0506 54.03 67 42 119 209 53 65 25 3 0.0492 52.52 68 42 120 209 53 65 26 3 0.0475 40.64 74 47 128 204 55 55 27 -7 0.0460 36.34 76 47 130 204 55 54 28 63 0.0559 43.50 192 60 42 77 54 142 29 53 0.0549 44.06 195 58 47 75 51 137 30 33 0.0542 49.93 69 45 125 203 54 59 31 23 0.0535 52.50 68 44 123 205 54 61 32 13 0.0525 53.70 68 44 122 206 53 61 33 3 0.0512 53.07 69 44 123 206 53 61 34 -7 0.0496 50.89 69 44 123 207 53 61 35 -27 0.0481 57.77 65 41 116 211 53 68 36 -67 0.0468 90.24 55 36 102 219 54 80 37 43 0.0565 47.73 195 57 49 73 50 135 38 33 0.0558 49.95 198 55 53 71 48 131 39 23 0.0551 52.28 201 54 56 70 47 128 40 13 0.0542 53.93 69 46 126 202 54 57 41 3 0.0531 54.09 69 46 125 203 53 58 42 -17 0.0517 59.55 65 43 119 208 53 65 43 -27 0.0504 59.40 65 43 118 209 53 65 44 -47 0.0492 68.56 61 40 112 213 53 72 45 -67 0.0483 79.63 58 38 107 216 53 76 46 33 0.0572 51.87 194 56 47 73 51 135 47 23 0.0565 53.21 197 55 51 71 50 132 48 13 0.0557 54.55 199 54 53 70 49 129 49 -7 0.0549 59.89 66 45 122 204 52 61 50 -17 0.0538 60.82 66 45 120 205 52 62 51 -37 0.0526 68.36 62 42 115 210 52 68 52 -47 0.0514 69.19 62 41 114 211 52 69 53 -67 0.0506 79.51 58 39 109 214 52 74 54 -67 0.0494 71.60 61 41 112 213 52 71 55 13 0.0578 56.18 197 54 53 69 49 130 56 3 0.0571 58.26 199 53 56 68 48 126 57 -7 0.0565 60.59 201 52 58 67 47 124 58 -17 0.0556 62.02 203 52 59 66 46 122 59 -37 0.0547 68.98 207 51 66 62 43 117 60 -47 0.0536 70.25 62 43 116 208 51 67 61 -67 0.0528 79.32 59 41 111 212 52 72 62 -67 0.0514 72.06 62 42 114 210 51 68 63 -67 0.0496 63.75 65 44 118 208 51 64 64 3 0.0584 59.77 196 53 52 68 50 129 65 -7 0.0580 62.15 199 52 55 67 49 126 66 -27 0.0574 68.06 204 51 62 63 45 119 67 -37 0.0566 69.96 205 51 63 63 45 118 68 -57 0.0557 77.63 209 51 69 60 42 113 69 -67 0.0546 78.55 209 51 69 60 42 113 70 -67 0.0533 72.70 63 44 116 208 51 66 71 -67 0.0514 65.81 66 46 120 206 51 61 72 -67 0.0490 57.51 70 49 125 203 51 55 73 -17 0.0594 66.46 199 51 57 64 48 123 74 -27 0.0590 69.17 201 50 59 64 47 121 75 -37 0.0583 71.10 202 50 60 64 47 120 76 -57 0.0575 77.55 206 50 66 60 44 115 77 -67 0.0565 78.46 207 51 67 60 44 115 78 -67 0.0550 73.49 205 50 63 64 46 118 79 -67 0.0529 67.55 67 48 122 203 50 58 80 -67 0.0503 60.50 200 51 52 71 51 126 81 -67 0.0476 52.41 75 56 132 196 51 44 82 -67 0.0628 64.82 169 47 140 288 62 49 83 -67 0.0603 98.46 165 44 132 293 58 56 84 -67 0.0580 66.36 163 44 127 296 56 59 85 -67 0.0558 37.88 162 44 124 298 54 61 86 -67 0.0543 14.43 164 46 121 303 51 61 87 -67 0.0531 6.50 15 27 69 218 64 100 88 -67 0.0517 23.38 226 64 95 34 25 79 89 83 0.0506 70.98 276 81 -169 184 80 -8 90 83 0.0509 84.74 278 73 -165 184 76 -16 91 -67 0.0598 89.18 162 43 131 292 58 57 92 -67 0.0576 57.09 160 43 126 295 56 60 93 -67 0.0556 30.45 159 43 122 297 54 62 94 73 0.0539 23.53 89 64 160 187 72 26 95 63 0.0529 21.90 89 64 159 188 71 26 96 53 0.0520 20.91 90 65 160 188 72 25 97 63 0.0514 49.06 94 86 171 184 81 3 98 63 0.0513 69.66 275 85 -170 184 80 -5 99 63 0.0514 86.77 184 76 -13 277 76 -166 100 83 0.0575 26.81 84 58 153 188 67 34 automatic search suggests trial source # 82 Results for subevent # 1 trial source position # 82 time shift (multiple of dt) -67 strike,dip,rake 169 47 140 strike,dip,rake 288 62 49 SING. values, inlcuding vardat (min., max, min/max): 3.39904771E-15 7.90084720E-15 0.430213064 -2.81275261E+15 -1.56819027E+15 -1.80828793E+14 8.92399715E+14 1.49255012E+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= 4 variance reduction, weighted varred= 3.94612551E-03 ------- ####------------- #####--------------- ######---------------- P #######----------------- -- ########----------------------- -------########---------------- --------#############------------ --------#################-------- --------####################----- ---------#####################--- ---------########## #########-- ---------######### T ########## ----------######## ########## ----------################### ---------################ --------############# --------######### ------# 2022-04-28 18:45:10,366 INFO None 2022-04-28 18:45:10,367 INFO This is ISOLA Initializing array w Time required: 0.654147327 Reading input file gr.hes Time required: 2.64768291 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.822307229 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 0.0565 25.87 84 58 153 189 67 34 2 63 0.0554 24.26 84 56 150 191 65 37 3 53 0.0545 23.40 83 54 147 193 64 39 4 43 0.0536 22.51 83 54 147 194 63 39 5 43 0.0528 28.59 90 70 163 186 74 20 6 43 0.0521 45.30 93 82 169 184 79 7 7 53 0.0519 80.18 275 82 -167 183 77 -7 8 53 0.0520 95.58 277 73 -162 182 73 -17 9 73 0.0578 31.42 84 61 154 186 67 30 10 63 0.0569 29.68 84 60 153 188 66 32 11 53 0.0560 28.40 83 59 151 189 65 34 12 43 0.0551 27.74 84 59 151 190 65 33 13 33 0.0543 27.01 86 61 153 189 66 31 14 33 0.0534 36.53 90 74 164 185 74 15 15 33 0.0528 56.92 92 85 168 183 78 4 16 43 0.0523 91.20 275 79 -163 182 74 -11 17 43 0.0520 99.91 278 70 -158 180 69 -20 18 53 0.0582 31.56 191 62 40 79 54 145 19 43 0.0574 31.26 192 61 42 79 53 143 20 33 0.0566 30.45 79 53 142 193 60 43 21 23 0.0558 29.78 79 53 142 194 60 43 22 23 0.0548 32.40 87 66 156 186 68 25 23 23 0.0539 46.36 90 78 164 183 75 11 24 23 0.0531 65.55 92 87 167 183 77 2 25 23 0.0525 88.02 274 83 -165 182 75 -6 26 23 0.0520 99.87 276 74 -161 181 71 -15 27 43 0.0586 35.59 80 58 147 188 62 35 28 33 0.0579 34.61 80 57 146 189 62 36 29 23 0.0571 33.50 80 57 145 190 61 37 30 13 0.0563 32.50 81 58 146 190 62 36 31 3 0.0553 31.55 83 59 148 190 63 34 32 3 0.0543 39.69 88 72 160 184 71 18 33 3 0.0533 57.62 91 83 166 182 76 6 34 3 0.0525 77.39 272 88 -166 182 76 -1 35 3 0.0518 92.60 274 79 -163 181 73 -10 36 23 0.0590 37.28 192 58 44 75 53 139 37 13 0.0583 37.10 194 57 46 75 52 137 38 3 0.0576 36.45 195 57 46 75 52 136 39 -7 0.0567 35.53 75 51 136 195 57 47 40 -17 0.0557 34.31 77 52 137 195 58 46 41 -17 0.0546 34.88 85 64 153 187 66 27 42 -17 0.0535 47.32 89 77 162 183 73 13 43 -17 0.0525 65.65 91 86 165 182 75 3 44 -7 0.0520 97.32 275 76 -159 180 70 -14 45 13 0.0594 40.19 190 57 41 75 56 140 46 3 0.0587 39.47 191 57 41 76 55 139 47 -17 0.0580 43.29 200 53 56 69 47 127 48 -27 0.0571 42.63 201 54 56 69 47 127 49 -37 0.0561 41.59 70 47 128 201 54 55 50 -47 0.0549 40.06 71 47 128 201 55 55 51 -47 0.0538 33.61 81 57 144 192 60 38 52 -37 0.0527 54.39 90 81 163 182 73 9 53 -17 0.0521 98.72 276 73 -155 178 66 -18 54 -7 0.0598 44.50 195 53 49 70 51 131 55 -17 0.0593 45.16 197 53 51 70 50 129 56 -37 0.0585 52.11 204 52 62 64 45 120 57 -47 0.0576 52.08 204 52 63 64 44 120 58 -57 0.0565 50.88 205 53 62 65 44 121 59 -67 0.0553 49.64 66 44 121 205 53 62 60 -67 0.0541 39.00 74 50 133 198 55 49 61 -67 0.0528 34.99 83 62 148 189 62 31 62 -27 0.0521 95.57 277 69 -151 176 63 -22 63 113 0.0580 11.42 84 55 150 192 65 38 64 103 0.0571 10.91 87 58 155 190 69 33 65 103 0.0561 15.52 91 73 168 185 78 17 66 93 0.0551 15.49 92 75 170 185 81 14 67 83 0.0542 15.23 93 78 172 185 82 12 68 83 0.0536 22.46 184 85 4 94 85 175 69 83 0.0531 30.10 275 88 -176 185 86 -1 70 73 0.0530 31.91 276 86 -177 185 87 -3 71 73 0.0532 38.49 277 80 -176 186 86 -9 72 103 0.0584 14.63 86 61 156 188 69 30 73 93 0.0574 14.12 87 63 158 187 70 28 74 83 0.0565 13.52 89 65 160 187 72 25 75 73 0.0556 13.00 90 67 163 187 74 23 76 73 0.0548 18.85 92 78 170 184 80 11 77 63 0.0542 19.55 93 80 172 184 82 9 78 63 0.0538 28.36 94 88 175 184 85 1 79 63 0.0537 36.81 185 85 -4 275 85 -175 80 63 0.0536 42.49 276 80 -174 185 84 -9 81 93 0.0586 18.07 86 65 158 186 70 26 82 83 0.0577 17.68 87 66 160 185 71 24 83 73 0.0569 17.12 89 68 161 185 73 22 84 63 0.0561 16.70 90 69 163 185 74 20 85 53 0.0554 16.86 91 72 165 185 76 18 86 53 0.0549 24.95 93 82 171 184 81 7 87 53 0.0545 34.16 94 89 173 184 83 0 88 53 0.0542 41.83 275 84 -173 184 83 -5 89 43 0.0541 42.86 275 82 -174 185 84 -7 90 73 0.0589 17.89 83 58 150 189 65 34 91 63 0.0581 17.31 84 60 152 189 66 32 92 53 0.0574 16.67 85 60 153 189 67 32 93 53 0.0567 21.39 89 72 164 184 74 17 94 43 0.0560 21.86 91 75 166 184 76 15 95 43 0.0555 30.92 92 84 170 183 80 6 96 43 0.0550 39.90 273 89 -171 183 81 0 97 33 0.0547 41.13 274 87 -172 184 82 -2 98 33 0.0543 47.09 184 82 -7 275 82 -172 99 63 0.0592 21.45 83 63 153 186 66 29 100 53 0.0585 20.76 85 63 154 186 67 28 automatic search suggests trial source # 54 Results for subevent # 1 trial source position # 54 time shift (multiple of dt) -7 strike,dip,rake 195 53 49 strike,dip,rake 70 51 131 SING. values, inlcuding vardat (min., max, min/max): 3.06505246E-15 7.83399004E-15 0.391250491 3.98590091E+15 7.04672801E+14 -9.07953402E+14 1.40767432E+15 2.02509466E+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= 4 variance reduction, weighted varred= 3.58277559E-03 ------- ----------####### ----------########### P ---------############## - -------################## -----------#################### ----------######## ########## -----------######## T ##########- ----------######### #########-- ----------###################---- ---------##################------ ---------################-------- --------#############---------- ####----########--------------- #######---------------------- ######------------------- ####----------------- ###-------------- ------- 2022-04-28 18:45:15,273 INFO None 2022-04-28 18:45:15,274 INFO This is ISOLA Initializing array w Time required: 0.655251086 Reading input file gr.hes Time required: 2.64179921 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.700662374 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 0.0637 20.28 268 71 166 3 77 18 2 123 0.0645 21.38 269 71 167 3 77 19 3 113 0.0653 21.40 269 70 166 4 76 19 4 103 0.0660 21.45 269 70 165 5 76 20 5 93 0.0668 21.45 270 70 164 5 75 20 6 83 0.0676 21.37 270 69 164 6 75 20 7 73 0.0684 21.24 271 69 163 7 74 21 8 53 0.0692 20.71 271 69 161 8 72 21 9 123 0.0622 19.91 268 72 169 1 79 17 10 113 0.0630 20.13 268 72 168 2 78 18 11 103 0.0638 20.35 268 71 167 2 77 18 12 93 0.0646 20.56 269 71 166 3 77 19 13 83 0.0654 20.70 269 70 165 4 76 19 14 73 0.0662 20.79 270 70 164 5 75 19 15 63 0.0670 20.82 270 70 164 6 75 20 16 53 0.0678 20.75 271 70 163 6 74 20 17 43 0.0684 20.58 271 70 163 7 74 20 18 113 0.0614 19.91 267 73 170 0 81 17 19 103 0.0622 20.21 267 72 169 1 80 17 20 93 0.0630 20.41 268 72 168 1 79 18 21 83 0.0639 20.62 268 71 167 2 78 18 22 73 0.0647 20.77 269 71 166 3 77 18 23 63 0.0655 20.85 270 71 166 4 77 19 24 53 0.0663 20.88 270 71 165 5 76 19 25 43 0.0669 20.73 271 70 164 6 75 19 26 33 0.0674 20.50 271 70 164 6 75 20 27 103 0.0605 20.12 266 73 172 359 82 16 28 93 0.0613 20.43 267 72 171 0 81 17 29 83 0.0622 20.66 268 72 170 0 80 17 30 73 0.0630 20.88 268 72 169 1 79 17 31 63 0.0638 21.02 269 72 168 2 78 18 32 53 0.0646 21.07 269 71 167 3 78 18 33 43 0.0653 21.00 270 71 166 4 77 18 34 33 0.0658 20.79 270 71 166 5 76 19 35 23 0.0661 20.46 271 70 165 6 76 20 36 83 0.0596 19.07 266 74 172 358 83 15 37 73 0.0604 19.48 267 73 171 359 81 16 38 63 0.0613 19.82 267 73 170 0 80 16 39 53 0.0621 20.09 268 73 169 1 80 17 40 43 0.0629 20.31 269 72 168 2 79 17 41 33 0.0635 20.35 269 72 167 3 78 17 42 23 0.0640 20.31 270 72 167 4 77 18 43 13 0.0644 20.14 270 71 166 4 77 18 44 3 0.0646 19.89 270 70 165 5 76 19 45 73 0.0587 19.65 266 74 174 357 84 15 46 63 0.0595 20.04 267 74 173 358 83 15 47 53 0.0604 20.36 267 74 172 359 82 16 48 43 0.0612 20.56 268 73 171 0 81 16 49 33 0.0618 20.65 268 73 170 1 80 16 50 23 0.0624 20.63 269 72 169 2 79 17 51 13 0.0627 20.44 269 72 168 3 78 18 52 3 0.0630 20.21 270 71 167 4 78 18 53 -7 0.0631 19.95 270 70 166 4 77 19 54 163 0.0641 24.73 270 74 164 4 75 16 55 163 0.0659 25.62 270 73 166 4 76 16 56 163 0.0671 26.05 271 73 167 5 77 17 57 153 0.0680 25.63 271 73 166 5 77 17 58 143 0.0688 25.21 272 72 165 6 76 17 59 133 0.0695 24.74 272 72 165 6 76 18 60 123 0.0703 24.36 272 72 164 7 75 18 61 113 0.0712 23.98 273 72 164 8 75 18 62 103 0.0721 23.51 273 72 164 8 75 18 63 163 0.0643 25.26 269 74 168 3 78 15 64 163 0.0654 25.94 270 73 168 3 79 16 65 153 0.0664 25.63 270 73 168 4 78 16 66 143 0.0672 25.27 271 73 167 4 78 17 67 133 0.0680 24.89 271 73 167 5 77 17 68 123 0.0689 24.60 271 72 166 6 77 17 69 113 0.0697 24.30 272 72 166 6 76 17 70 103 0.0707 23.92 273 72 165 7 76 17 71 93 0.0716 23.49 273 72 165 8 76 17 72 153 0.0637 24.85 269 74 169 2 80 15 73 153 0.0647 25.68 269 74 170 2 80 16 74 143 0.0656 25.36 270 73 169 3 80 16 75 133 0.0665 25.12 270 73 168 3 79 16 76 123 0.0673 24.87 271 73 168 4 78 16 77 113 0.0682 24.66 271 73 167 5 78 17 78 103 0.0691 24.35 272 73 167 5 77 17 79 93 0.0700 24.00 272 73 166 6 77 17 80 83 0.0709 23.53 273 73 166 7 77 17 81 143 0.0629 24.67 268 74 171 1 81 15 82 133 0.0639 24.57 269 74 170 1 80 15 83 133 0.0647 25.39 269 74 170 2 81 16 84 123 0.0656 25.18 270 73 170 2 80 16 85 113 0.0666 25.06 270 73 169 3 79 16 86 103 0.0675 24.82 271 73 168 4 79 16 87 93 0.0684 24.53 271 73 168 5 78 16 88 73 0.0693 23.70 272 73 166 6 77 16 89 63 0.0701 23.23 272 73 166 6 77 16 90 133 0.0621 24.70 268 75 172 0 82 14 91 123 0.0631 24.69 268 75 171 0 82 15 92 113 0.0640 24.66 269 74 171 1 81 15 93 103 0.0649 24.66 269 74 170 2 80 15 94 93 0.0659 24.60 270 74 169 3 79 15 95 83 0.0668 24.43 270 74 168 3 79 15 96 73 0.0677 24.20 271 74 168 4 78 16 97 63 0.0685 23.77 272 74 167 5 78 16 98 53 0.0692 23.31 272 74 167 6 78 16 99 123 0.0613 24.97 267 75 173 359 84 14 100 113 0.0622 24.98 268 75 173 359 83 14 automatic search suggests trial source # 62 Results for subevent # 1 trial source position # 62 time shift (multiple of dt) 103 strike,dip,rake 273 72 164 strike,dip,rake 8 75 18 SING. values, inlcuding vardat (min., max, min/max): 9.94565440E-16 5.41835965E-15 0.183554709 1.87632669E+16 -3.70648027E+14 2.39737907E+15 9.15560541E+15 1.02260380E+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= 4 variance reduction, weighted varred= 5.19895554E-03 ------# ------------##### --------------####### ----------------######### ------------------########### -------------------############ -------------------############ --------------------############# -###################------####### ###################------------## ###################-------------- ###################-------------- #### ##########-------------- #### T ##########-------------- ### #########-------------- #############-------- - ##########--------- P #######---------- #------ 2022-04-28 18:45:20,514 INFO None 2022-04-28 18:45:20,515 INFO This is ISOLA Initializing array w Time required: 0.672375977 Reading input file gr.hes Time required: 2.68306971 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.635042608 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 0.0632 25.06 268 75 172 0 82 15 2 93 0.0641 25.04 269 74 171 1 81 15 3 83 0.0651 24.92 269 74 170 2 80 15 4 73 0.0660 24.73 270 74 170 3 80 15 5 63 0.0668 24.39 271 74 169 3 79 15 6 53 0.0675 23.90 271 74 168 4 79 15 7 43 0.0680 23.38 272 74 168 5 78 16 8 113 0.0603 25.45 266 75 175 358 85 14 9 103 0.0613 25.56 267 75 174 358 84 14 10 93 0.0623 25.58 268 75 173 359 83 14 11 83 0.0632 25.49 268 75 172 0 82 14 12 73 0.0641 25.34 269 75 171 1 81 14 13 63 0.0650 25.06 270 75 171 2 81 15 14 53 0.0656 24.58 270 74 170 3 80 15 15 43 0.0662 24.11 271 74 169 4 80 15 16 33 0.0665 23.53 271 74 169 4 79 15 17 93 0.0593 24.70 266 76 175 357 85 13 18 93 0.0603 26.28 267 75 175 358 85 14 19 83 0.0612 26.20 267 75 174 359 84 14 20 73 0.0621 26.05 268 75 173 0 83 14 21 63 0.0630 25.79 269 75 172 1 82 14 22 53 0.0637 25.32 269 75 171 1 82 14 23 43 0.0642 24.87 270 75 171 2 81 15 24 33 0.0646 24.31 270 74 170 3 81 15 25 23 0.0648 23.67 271 74 170 4 80 15 26 83 0.0583 25.51 266 76 176 356 86 13 27 73 0.0592 25.54 266 76 175 357 85 13 28 63 0.0601 25.52 267 76 174 358 84 13 29 53 0.0610 25.35 268 76 173 359 83 13 30 43 0.0617 25.07 268 75 172 0 83 14 31 33 0.0623 24.72 269 75 172 1 82 14 32 23 0.0627 24.30 269 75 171 2 81 14 33 13 0.0629 23.80 270 74 170 2 81 15 34 3 0.0630 23.18 270 74 169 3 80 15 35 163 0.0625 29.31 270 78 169 2 79 11 36 163 0.0649 30.39 271 78 170 3 80 11 37 163 0.0668 30.88 271 77 171 3 81 12 38 163 0.0681 30.95 272 77 171 4 82 12 39 153 0.0690 30.30 272 77 171 4 81 12 40 143 0.0699 29.67 273 77 171 5 81 12 41 133 0.0709 29.07 273 77 170 5 80 12 42 123 0.0719 28.49 274 77 170 6 80 12 43 113 0.0730 27.90 275 77 170 7 80 12 44 163 0.0632 30.41 270 78 171 1 82 11 45 163 0.0650 31.21 270 78 172 2 82 11 46 163 0.0663 31.57 271 77 173 2 83 12 47 153 0.0673 30.99 271 77 172 3 82 12 48 143 0.0682 30.45 272 77 172 3 82 12 49 133 0.0691 29.85 272 77 171 4 82 12 50 123 0.0702 29.34 273 77 171 5 81 12 51 113 0.0713 28.83 274 77 171 5 81 12 52 103 0.0724 28.28 274 77 171 6 81 12 53 163 0.0631 31.61 269 78 174 0 84 11 54 163 0.0644 32.27 270 77 174 1 84 12 55 153 0.0654 31.72 270 77 174 1 84 12 56 143 0.0664 31.25 271 77 173 2 83 12 57 133 0.0674 30.68 271 77 173 3 83 12 58 123 0.0684 30.23 272 77 172 3 82 12 59 113 0.0695 29.76 272 77 172 4 82 12 60 103 0.0705 29.24 273 78 172 5 82 12 61 93 0.0716 28.69 274 78 172 5 82 11 62 153 0.0623 31.82 268 78 175 359 85 11 63 153 0.0634 32.50 269 77 175 0 85 12 64 143 0.0644 32.11 269 77 175 0 85 12 65 133 0.0655 31.62 270 77 174 1 84 12 66 123 0.0665 31.17 271 77 174 2 84 12 67 113 0.0676 30.70 271 78 173 3 83 12 68 103 0.0687 30.25 272 78 173 3 83 11 69 93 0.0697 29.69 273 78 172 4 83 11 70 83 0.0707 29.11 273 78 172 5 82 11 71 143 0.0614 32.15 268 78 176 358 86 11 72 133 0.0625 31.86 268 78 175 359 85 11 73 133 0.0635 32.57 269 78 175 0 86 12 74 123 0.0645 32.17 269 78 175 0 85 11 75 113 0.0656 31.76 270 78 174 1 84 11 76 103 0.0667 31.30 271 78 174 2 84 11 77 93 0.0678 30.76 272 78 173 3 84 11 78 83 0.0688 30.17 272 78 173 3 83 11 79 73 0.0696 29.49 273 78 173 4 83 11 80 133 0.0605 32.71 267 78 177 358 87 11 81 123 0.0615 32.41 268 78 176 358 86 11 82 113 0.0625 32.14 268 78 175 359 86 11 83 103 0.0636 31.81 269 78 175 0 85 11 84 93 0.0647 31.48 270 78 174 1 84 11 85 83 0.0657 31.06 270 78 174 2 84 11 86 73 0.0667 30.52 271 78 173 2 84 11 87 63 0.0675 29.95 272 78 173 3 83 11 88 63 0.0681 29.79 272 78 174 4 84 11 89 123 0.0594 33.49 266 78 178 357 88 11 90 113 0.0604 33.16 267 78 177 358 87 11 91 103 0.0615 32.88 268 78 176 358 86 11 92 93 0.0626 32.55 269 78 175 359 86 11 93 83 0.0637 32.10 269 78 175 0 85 11 94 73 0.0647 31.61 270 78 174 1 85 11 95 63 0.0655 31.01 271 78 174 2 84 11 96 53 0.0661 30.26 271 78 174 2 84 11 97 43 0.0665 29.41 272 78 173 3 84 11 98 113 0.0582 34.30 266 78 178 356 88 11 99 103 0.0593 34.10 267 78 178 357 88 11 100 93 0.0604 33.72 267 78 177 358 87 11 automatic search suggests trial source # 43 Results for subevent # 1 trial source position # 43 time shift (multiple of dt) 113 strike,dip,rake 275 77 170 strike,dip,rake 7 80 12 SING. values, inlcuding vardat (min., max, min/max): 8.80579687E-16 5.23549371E-15 0.168194205 2.18216658E+16 -1.34585636E+14 2.45609476E+15 9.85090907E+15 5.93434826E+14 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= 4 variance reduction, weighted varred= 5.32943010E-03 ------# -----------###### -------------######## ---------------########## -----------------############ ------------------############# ------------------############# -------------------############## -#################---############ ##################-----------#### ##################--------------- ##################--------------- ################--------------- ### ##########--------------- ## T ##########-------------- #########--------- - ##########--------- P #######---------- #------ 2022-04-28 18:45:25,215 INFO None 2022-04-28 18:45:25,215 INFO This is ISOLA Initializing array w Time required: 0.658977807 Reading input file gr.hes Time required: 2.35333991 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.700051785 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 0.0615 33.31 268 78 176 359 86 11 2 73 0.0625 32.76 269 78 176 0 86 11 3 63 0.0634 32.13 270 78 175 0 85 11 4 53 0.0640 31.37 270 78 175 1 85 11 5 43 0.0644 30.52 271 78 174 2 84 11 6 33 0.0647 29.63 271 78 174 2 84 11 7 93 0.0570 33.70 266 79 179 356 89 10 8 93 0.0581 35.08 266 78 178 356 88 11 9 83 0.0592 34.59 267 78 177 357 87 11 10 73 0.0602 33.99 268 78 177 358 87 11 11 63 0.0611 33.39 268 78 176 359 86 11 12 53 0.0618 32.63 269 78 176 0 86 11 13 43 0.0622 31.72 270 78 175 0 85 11 14 33 0.0625 30.82 270 78 175 1 85 11 15 23 0.0626 29.78 271 78 174 2 85 11 16 163 0.0606 30.13 264 61 148 10 62 32 17 163 0.0627 30.03 265 61 151 10 65 32 18 163 0.0642 29.65 266 60 152 11 66 32 19 153 0.0653 29.40 266 59 151 11 65 33 20 143 0.0664 29.21 267 59 151 12 65 33 21 133 0.0674 29.13 267 59 150 13 64 34 22 123 0.0685 28.88 267 59 149 14 64 34 23 113 0.0696 28.45 267 59 148 15 63 35 24 103 0.0707 27.86 267 58 147 16 62 35 25 163 0.0607 28.07 265 60 153 9 67 32 26 163 0.0624 28.14 266 59 155 9 68 32 27 153 0.0635 28.04 266 59 154 10 67 32 28 143 0.0646 28.01 266 59 153 11 67 33 29 133 0.0657 28.07 266 59 152 11 66 33 30 123 0.0669 27.99 267 59 151 12 65 34 31 113 0.0680 27.76 267 59 150 13 64 34 32 103 0.0691 27.35 267 58 149 14 64 34 33 93 0.0701 26.68 267 58 148 15 63 35 34 163 0.0604 26.55 266 59 157 8 70 32 35 153 0.0616 26.68 266 59 156 8 69 32 36 143 0.0628 26.77 266 59 155 9 69 33 37 133 0.0639 26.91 266 59 154 10 68 33 38 123 0.0651 27.05 266 59 153 11 67 33 39 113 0.0662 26.97 266 59 152 11 66 33 40 103 0.0673 26.74 267 59 151 12 65 34 41 93 0.0683 26.25 267 59 150 13 65 34 42 83 0.0693 25.57 267 58 149 14 64 34 43 153 0.0596 25.21 7 72 32 265 59 158 44 143 0.0609 25.49 265 59 157 7 71 32 45 133 0.0620 25.82 266 59 156 8 70 32 46 123 0.0632 26.07 266 59 155 9 69 33 47 113 0.0644 26.17 266 59 154 10 68 33 48 103 0.0655 26.09 266 59 153 11 67 33 49 93 0.0666 25.80 267 59 152 11 66 33 50 83 0.0675 25.28 267 59 151 12 66 34 51 73 0.0683 24.55 267 58 150 13 65 34 52 143 0.0589 24.16 6 73 32 265 58 160 53 133 0.0601 24.68 6 72 32 265 59 159 54 123 0.0613 25.14 266 59 158 7 71 32 55 113 0.0624 25.35 266 59 157 8 70 32 56 103 0.0636 25.42 266 59 155 9 69 33 57 93 0.0646 25.30 266 59 154 10 68 33 58 83 0.0656 24.93 267 59 154 11 67 33 59 73 0.0665 24.34 267 59 153 12 67 33 60 63 0.0672 23.68 267 58 152 12 66 34 61 133 0.0580 23.46 5 74 32 265 58 162 62 123 0.0592 24.12 5 73 32 265 59 160 63 113 0.0604 24.56 6 72 32 265 59 159 64 103 0.0616 24.80 266 59 158 7 71 32 65 93 0.0626 24.83 266 59 157 8 70 32 66 83 0.0637 24.59 266 59 156 9 69 32 67 73 0.0646 24.17 267 59 155 10 68 33 68 63 0.0653 23.56 267 59 154 11 68 33 69 53 0.0658 22.97 267 58 153 12 67 34 70 123 0.0571 23.07 4 76 32 265 58 163 71 113 0.0583 23.74 4 74 32 265 59 162 72 103 0.0594 24.16 5 73 32 265 59 160 73 93 0.0605 24.36 6 72 32 266 59 159 74 83 0.0616 24.28 266 59 158 7 71 32 75 73 0.0625 23.98 266 59 157 8 70 32 76 63 0.0632 23.50 267 59 156 9 69 32 77 53 0.0639 22.94 267 59 155 10 69 33 78 43 0.0643 22.40 267 58 154 11 68 34 79 113 0.0560 22.88 3 77 31 265 58 165 80 103 0.0572 23.55 4 76 31 265 59 163 81 93 0.0583 23.91 5 74 31 265 59 162 82 83 0.0594 24.01 6 73 31 266 59 161 83 73 0.0603 23.81 6 72 31 266 59 159 84 63 0.0611 23.42 266 59 158 7 71 32 85 53 0.0618 22.95 266 59 157 8 70 32 86 43 0.0622 22.45 267 58 156 9 69 33 87 33 0.0626 21.96 267 58 154 10 68 34 88 93 0.0550 21.65 2 76 31 264 59 164 89 83 0.0561 22.35 3 75 31 265 59 163 90 73 0.0572 22.70 4 74 31 265 59 161 91 63 0.0581 22.78 5 73 31 265 59 160 92 53 0.0589 22.63 6 72 32 265 59 159 93 43 0.0596 22.39 266 59 158 7 71 32 94 33 0.0601 22.19 266 58 156 8 70 33 95 23 0.0605 21.93 266 58 155 9 69 34 96 13 0.0608 21.71 266 57 153 10 68 35 97 163 0.0608 35.33 264 60 147 11 61 33 98 163 0.0629 34.62 265 59 149 12 63 34 99 163 0.0645 33.67 266 58 150 12 65 35 100 153 0.0657 33.37 266 58 150 13 64 35 automatic search suggests trial source # 24 Results for subevent # 1 trial source position # 24 time shift (multiple of dt) 103 strike,dip,rake 267 58 147 strike,dip,rake 16 62 35 SING. values, inlcuding vardat (min., max, min/max): 7.57183451E-16 3.13625066E-15 0.241429508 2.26791947E+16 -1.14868833E+15 4.59444355E+15 1.27678318E+16 2.40332653E+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= 4 variance reduction, weighted varred= 5.00702858E-03 ------- --------------### ----------------##### -------------------###### ---------------------######## ----------------------######### ------------#########-######### ------################------##### ---###################----------# ######################----------- #####################------------ ######## ##########------------ ####### T #########------------ ####### ########------------- ################------------- #############-------- - #########---------- P ######----------- ------- 2022-04-28 18:45:30,278 INFO None 2022-04-28 18:45:30,279 INFO This is ISOLA Initializing array w Time required: 0.665789723 Reading input file gr.hes Time required: 2.70844412 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.657514095 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 0.0669 33.14 266 58 149 14 64 35 2 133 0.0681 32.93 266 57 148 14 63 36 3 123 0.0693 32.62 266 57 147 15 63 36 4 113 0.0704 32.13 267 57 146 16 62 36 5 103 0.0715 31.46 17 61 37 267 57 146 6 163 0.0608 32.64 264 58 151 10 65 34 7 163 0.0625 32.12 265 57 152 11 67 35 8 153 0.0638 31.89 265 57 151 11 66 35 9 143 0.0650 31.89 266 57 151 12 65 35 10 133 0.0663 31.86 266 57 150 13 65 36 11 123 0.0675 31.69 266 57 149 14 64 36 12 113 0.0687 31.41 266 57 148 14 63 36 13 103 0.0698 30.94 267 57 147 15 63 36 14 93 0.0709 30.25 267 57 147 16 62 37 15 163 0.0605 30.42 265 56 154 10 68 36 16 153 0.0618 30.44 265 57 153 10 68 35 17 143 0.0631 30.58 265 57 153 11 67 35 18 133 0.0643 30.66 265 57 152 11 66 36 19 123 0.0656 30.65 266 57 151 12 66 36 20 113 0.0668 30.58 266 57 150 13 65 36 21 103 0.0680 30.26 266 57 149 14 64 36 22 93 0.0691 29.75 266 57 148 14 64 36 23 83 0.0699 28.93 267 57 147 15 63 37 24 153 0.0597 28.89 265 56 155 9 70 36 25 143 0.0610 29.15 265 56 155 9 69 36 26 133 0.0623 29.42 265 56 154 10 68 36 27 123 0.0636 29.64 265 56 153 11 67 36 28 113 0.0649 29.71 265 57 152 11 67 36 29 103 0.0661 29.56 266 57 151 12 66 36 30 93 0.0672 29.21 266 57 150 13 65 36 31 83 0.0681 28.57 266 57 149 14 64 36 32 73 0.0689 27.70 266 57 148 15 64 37 33 143 0.0589 27.67 8 71 36 264 55 157 34 133 0.0603 28.14 8 70 36 265 56 156 35 123 0.0616 28.52 265 56 155 9 69 36 36 113 0.0629 28.77 265 56 154 10 68 35 37 103 0.0641 28.75 265 57 153 11 68 35 38 93 0.0652 28.59 266 57 152 11 67 35 39 83 0.0662 28.13 266 57 151 12 66 36 40 73 0.0671 27.43 266 57 150 13 65 36 41 63 0.0676 26.57 266 56 149 14 64 37 42 133 0.0581 26.77 7 72 36 264 55 158 43 123 0.0595 27.37 8 71 36 264 55 157 44 113 0.0608 27.79 8 70 35 265 56 156 45 103 0.0620 28.00 265 56 155 9 69 35 46 93 0.0632 27.91 265 56 154 10 68 35 47 83 0.0642 27.70 266 57 153 11 68 35 48 73 0.0650 27.07 266 57 152 12 67 36 49 63 0.0657 26.36 266 56 151 13 66 36 50 53 0.0662 25.60 266 56 150 13 65 37 51 123 0.0573 26.09 6 73 36 264 55 159 52 113 0.0586 26.73 7 72 36 264 55 158 53 103 0.0598 27.14 8 71 35 265 56 157 54 93 0.0610 27.29 265 56 156 8 70 35 55 83 0.0621 27.22 265 56 155 9 69 35 56 73 0.0630 26.73 265 56 154 10 68 35 57 63 0.0637 26.10 266 56 153 11 68 36 58 53 0.0642 25.42 266 56 152 12 67 36 59 43 0.0646 24.72 266 56 151 13 66 37 60 113 0.0563 25.63 5 74 36 264 54 161 61 103 0.0576 26.30 6 73 36 264 55 160 62 93 0.0588 26.59 7 72 35 265 56 158 63 83 0.0599 26.66 8 71 35 265 56 157 64 73 0.0608 26.36 265 56 156 9 70 35 65 63 0.0616 25.82 265 56 155 9 69 35 66 53 0.0622 25.23 265 56 154 10 68 36 67 43 0.0626 24.62 266 56 153 11 67 36 68 33 0.0629 24.06 266 55 151 12 67 37 69 103 0.0552 25.31 5 75 36 264 54 162 70 93 0.0564 25.84 5 74 36 264 55 161 71 83 0.0576 26.13 6 73 35 265 55 160 72 73 0.0585 25.95 7 72 35 265 56 158 73 63 0.0593 25.52 8 71 35 265 56 157 74 53 0.0599 25.05 265 56 156 9 70 36 75 43 0.0604 24.51 265 56 155 10 69 36 76 33 0.0608 24.00 265 55 153 11 68 37 77 23 0.0611 23.59 265 55 152 12 67 38 78 163 0.0613 41.19 264 59 146 12 61 34 79 163 0.0633 39.91 264 58 147 13 63 36 80 163 0.0650 38.33 265 56 149 14 64 37 81 153 0.0662 37.81 265 56 148 14 64 37 82 143 0.0674 37.50 266 56 147 15 63 37 83 133 0.0687 37.16 15 62 38 266 56 147 84 123 0.0699 36.74 16 62 38 266 56 146 85 113 0.0712 36.18 17 61 38 266 56 145 86 103 0.0723 35.44 18 61 39 266 56 144 87 163 0.0611 37.98 264 57 149 12 64 36 88 163 0.0629 36.78 265 55 150 12 66 38 89 153 0.0641 36.42 265 55 149 13 65 38 90 143 0.0655 36.23 265 55 149 13 64 38 91 133 0.0668 36.01 265 56 148 14 64 38 92 123 0.0681 35.80 15 63 38 266 56 147 93 113 0.0693 35.44 16 63 38 266 56 147 94 103 0.0705 34.89 16 62 38 266 56 146 95 93 0.0715 34.01 17 61 39 266 56 145 96 163 0.0608 35.13 11 67 38 264 54 152 97 153 0.0621 34.96 264 54 151 12 67 38 98 143 0.0634 34.86 265 55 150 12 66 38 99 133 0.0648 34.84 265 55 150 13 65 38 100 123 0.0661 34.77 265 55 149 13 65 38 automatic search suggests trial source # 86 Results for subevent # 1 trial source position # 86 time shift (multiple of dt) 103 strike,dip,rake 18 61 39 strike,dip,rake 266 56 144 SING. values, inlcuding vardat (min., max, min/max): 6.53572581E-16 2.69574673E-15 0.242445841 2.47126835E+16 -1.64016238E+15 6.43211779E+15 1.49104525E+16 2.57130726E+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= 4 variance reduction, weighted varred= 5.22929430E-03 ------- --------------### -----------------#### -------------------###### ---------------------######## ----------------------######### ----------############-######## ------#################------#### ---####################---------# ######################----------- ######################----------- ######## ##########------------ ####### T #########------------ ####### ########------------- ################------------- #############-------- - #########---------- P #####------------ ------- 2022-04-28 18:45:35,185 INFO None 2022-04-28 18:45:35,186 INFO This is ISOLA Initializing array w Time required: 0.668841124 Reading input file gr.hes Time required: 2.66649938 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.652827442 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 0.0674 34.60 265 55 148 14 64 38 2 103 0.0686 34.19 15 63 38 266 55 147 3 93 0.0697 33.54 16 63 38 266 55 147 4 83 0.0705 32.59 17 62 39 266 55 146 5 153 0.0600 33.37 11 68 39 264 53 153 6 143 0.0613 33.43 11 68 39 264 54 152 7 133 0.0627 33.57 264 54 151 12 67 38 8 123 0.0641 33.65 265 54 151 12 66 38 9 113 0.0654 33.65 265 55 150 13 66 38 10 103 0.0667 33.47 265 55 149 14 65 38 11 93 0.0678 32.96 265 55 148 14 64 38 12 83 0.0687 32.17 15 63 38 266 55 147 13 73 0.0693 31.22 16 63 39 266 55 146 14 143 0.0592 31.90 10 69 39 264 52 154 15 133 0.0606 32.21 10 69 39 264 53 153 16 123 0.0620 32.46 11 68 39 264 54 152 17 113 0.0634 32.65 265 54 152 12 67 38 18 103 0.0646 32.62 265 54 151 12 66 38 19 93 0.0658 32.30 265 55 150 13 66 38 20 83 0.0667 31.68 265 55 149 14 65 38 21 73 0.0675 30.89 15 64 39 265 55 148 22 63 0.0681 29.96 16 63 39 266 55 147 23 133 0.0584 30.77 9 70 40 264 52 155 24 123 0.0598 31.23 10 70 39 264 53 154 25 113 0.0612 31.58 10 69 39 264 53 153 26 103 0.0625 31.72 264 54 153 11 68 38 27 93 0.0637 31.60 265 54 152 12 67 38 28 83 0.0647 31.15 265 54 151 12 66 38 29 73 0.0655 30.47 265 54 150 13 66 38 30 63 0.0661 29.67 265 54 149 14 65 39 31 53 0.0666 28.80 15 64 39 265 54 148 32 123 0.0575 29.85 9 71 40 264 51 156 33 113 0.0589 30.41 9 70 39 264 52 155 34 103 0.0603 30.78 10 70 39 264 53 154 35 93 0.0615 30.81 10 69 39 264 53 154 36 83 0.0626 30.55 265 54 153 11 68 38 37 73 0.0634 30.01 265 54 152 12 67 38 38 63 0.0641 29.33 265 54 151 13 66 39 39 53 0.0646 28.56 265 54 149 14 65 39 40 43 0.0650 27.79 15 65 40 265 54 148 41 113 0.0566 29.26 8 72 40 264 51 157 42 103 0.0580 29.80 8 71 39 264 52 156 43 93 0.0592 30.00 9 70 39 264 53 155 44 83 0.0604 29.91 10 70 39 264 53 154 45 73 0.0613 29.51 11 69 39 265 53 153 46 63 0.0620 28.94 265 54 152 11 68 39 47 53 0.0625 28.24 265 54 151 12 67 39 48 43 0.0630 27.57 265 53 150 13 66 40 49 33 0.0633 26.92 14 65 40 265 53 149 50 103 0.0556 28.73 7 73 40 264 51 158 51 93 0.0569 29.15 8 72 40 264 51 157 52 83 0.0580 29.22 9 71 39 264 52 156 53 73 0.0590 28.97 9 70 39 264 53 155 54 63 0.0597 28.48 10 69 39 264 53 154 55 53 0.0604 27.90 264 53 153 11 69 39 56 43 0.0608 27.32 264 53 152 12 68 39 57 33 0.0612 26.74 264 53 151 13 67 40 58 23 0.0615 26.26 14 66 41 264 52 149 59 163 0.0618 47.61 264 59 145 13 61 35 60 163 0.0639 45.78 14 62 37 264 57 147 61 163 0.0656 43.62 15 64 39 265 55 147 62 153 0.0668 42.96 15 63 39 265 55 147 63 143 0.0680 42.37 16 63 39 265 55 146 64 133 0.0694 41.93 17 62 39 265 55 145 65 123 0.0707 41.45 17 62 40 266 55 145 66 113 0.0720 40.80 18 61 40 266 55 144 67 103 0.0730 39.84 19 60 40 266 55 143 68 163 0.0617 43.89 264 55 148 13 64 38 69 163 0.0635 42.14 14 65 40 264 53 149 70 153 0.0648 41.61 14 65 40 265 54 148 71 143 0.0661 41.18 15 64 40 265 54 147 72 133 0.0674 40.86 15 63 40 265 54 147 73 123 0.0688 40.52 16 63 40 265 54 146 74 113 0.0701 40.05 17 62 40 265 54 145 75 103 0.0712 39.33 18 62 40 266 54 145 76 93 0.0721 38.32 18 61 41 266 54 144 77 163 0.0613 40.54 13 67 41 264 52 150 78 163 0.0627 38.93 14 67 43 264 50 150 79 143 0.0640 39.85 14 65 40 264 53 149 80 133 0.0654 39.67 14 65 40 264 53 148 81 123 0.0668 39.52 15 64 40 265 53 148 82 113 0.0682 39.21 15 64 40 265 54 147 83 103 0.0694 38.69 16 63 40 265 54 146 84 93 0.0704 37.85 17 62 40 265 54 145 85 83 0.0711 36.71 18 62 41 266 54 144 86 163 0.0605 37.57 13 69 44 264 49 152 87 143 0.0619 38.44 13 67 41 264 52 150 88 133 0.0633 38.36 13 66 41 264 52 150 89 123 0.0647 38.38 14 66 41 264 53 149 90 113 0.0661 38.25 14 65 40 264 53 148 91 103 0.0674 37.92 15 64 40 265 53 147 92 93 0.0685 37.27 16 64 40 265 53 147 93 83 0.0693 36.32 17 63 41 265 53 146 94 73 0.0699 35.22 17 62 41 265 53 145 95 143 0.0597 36.98 12 68 42 263 50 152 96 133 0.0611 37.08 12 68 42 264 51 151 97 123 0.0626 37.20 13 67 41 264 52 151 98 113 0.0640 37.27 13 66 41 264 52 150 99 103 0.0654 37.07 14 66 41 264 52 149 100 93 0.0664 36.59 15 65 41 265 53 148 automatic search suggests trial source # 67 Results for subevent # 1 trial source position # 67 time shift (multiple of dt) 103 strike,dip,rake 19 60 40 strike,dip,rake 266 55 143 SING. values, inlcuding vardat (min., max, min/max): 6.15068369E-16 2.51511992E-15 0.244548321 2.53348159E+16 -1.77247153E+15 7.54563262E+15 1.58403269E+16 2.64090452E+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= 4 variance reduction, weighted varred= 5.31989336E-03 ------- ---------------## -----------------#### -------------------###### ---------------------######## ----------------------######### ---------#############--####### -----##################-------### ---####################---------# ######################----------- ######### ##########----------- ######### T #########------------ ######## ########------------ ##################------------- ################------------- #############-------- - #########---------- P #####------------ ------- 2022-04-28 18:45:40,352 INFO None 2022-04-28 18:45:40,353 INFO This is ISOLA Initializing array w Time required: 0.669547856 Reading input file gr.hes Time required: 2.63598013 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.679055750 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 0.0674 35.83 15 64 41 265 53 147 2 73 0.0680 34.89 16 63 41 265 53 146 3 63 0.0685 33.77 17 63 41 265 53 145 4 133 0.0589 35.66 11 69 43 263 49 153 5 123 0.0603 35.95 12 69 42 263 50 152 6 113 0.0618 36.16 12 68 42 264 51 151 7 103 0.0632 36.13 13 67 41 264 52 151 8 93 0.0644 35.82 13 66 41 264 52 150 9 83 0.0653 35.24 14 66 41 264 52 149 10 73 0.0661 34.41 15 65 41 265 53 148 11 63 0.0666 33.47 16 64 41 265 52 147 12 53 0.0670 32.47 17 63 42 265 52 146 13 123 0.0580 34.68 11 70 43 263 49 154 14 113 0.0595 35.05 11 69 42 263 50 153 15 103 0.0609 35.14 12 69 42 264 50 152 16 93 0.0621 35.02 12 68 41 264 51 151 17 83 0.0632 34.59 13 67 41 264 52 150 18 73 0.0640 33.91 14 66 41 264 52 149 19 63 0.0646 33.09 14 65 41 264 52 148 20 53 0.0651 32.19 15 65 42 264 52 147 21 43 0.0654 31.33 16 64 42 264 52 146 22 113 0.0572 33.84 263 48 154 10 71 44 23 103 0.0586 34.14 11 70 43 263 49 154 24 93 0.0599 34.16 11 69 42 264 50 153 25 83 0.0609 33.86 12 68 42 264 51 152 26 73 0.0618 33.36 13 68 42 264 51 151 27 63 0.0625 32.67 13 67 42 264 51 150 28 53 0.0630 31.84 14 66 42 264 51 149 29 43 0.0634 31.09 15 65 42 264 51 148 30 33 0.0637 30.37 16 64 43 264 51 147 31 103 0.0561 33.10 263 47 155 10 72 44 32 93 0.0575 33.28 263 49 154 10 71 43 33 83 0.0586 33.16 11 70 43 264 49 154 34 73 0.0595 32.76 12 69 42 264 50 153 35 63 0.0603 32.16 12 68 42 264 50 152 36 53 0.0608 31.44 13 67 42 264 51 151 37 43 0.0612 30.71 14 67 42 264 51 150 38 33 0.0616 30.14 14 66 43 264 51 148 39 23 0.0619 29.64 15 65 43 264 50 147 40 163 0.0625 54.39 14 61 36 264 58 145 41 163 0.0646 51.80 15 63 39 264 55 146 42 163 0.0663 49.03 16 64 41 265 53 147 43 153 0.0675 48.24 16 63 41 265 53 146 44 143 0.0688 47.64 17 63 41 265 53 145 45 133 0.0702 47.20 18 62 41 265 53 145 46 123 0.0715 46.61 18 62 41 265 53 144 47 113 0.0728 45.81 19 61 42 266 53 143 48 103 0.0738 44.72 20 60 42 266 53 142 49 163 0.0624 50.09 14 64 40 264 54 148 50 163 0.0642 47.59 15 65 42 264 52 148 51 153 0.0654 46.93 15 65 42 264 52 147 52 143 0.0668 46.48 16 64 42 265 52 147 53 133 0.0682 46.16 16 63 42 265 52 146 54 123 0.0696 45.76 17 63 42 265 53 145 55 113 0.0709 45.17 18 62 42 265 53 145 56 103 0.0720 44.28 19 62 42 265 53 144 57 93 0.0729 43.11 19 61 42 266 53 143 58 163 0.0620 46.06 14 67 43 264 50 149 59 163 0.0633 43.92 15 67 45 264 48 149 60 143 0.0647 45.17 15 65 42 264 51 148 61 133 0.0662 45.01 15 65 42 264 51 147 62 123 0.0676 44.75 16 64 42 264 52 147 63 113 0.0690 44.37 17 63 42 265 52 146 64 103 0.0702 43.68 17 63 42 265 52 145 65 93 0.0711 42.67 18 62 42 265 52 144 66 83 0.0718 41.44 19 61 43 265 52 143 67 163 0.0611 42.71 15 68 47 264 46 150 68 153 0.0625 42.35 15 68 46 264 47 150 69 133 0.0640 43.78 14 66 43 264 50 149 70 123 0.0655 43.64 15 65 43 264 51 148 71 113 0.0670 43.42 16 65 42 264 51 147 72 103 0.0682 42.91 16 64 42 264 52 146 73 93 0.0693 42.13 17 63 42 265 52 146 74 83 0.0700 41.04 18 63 43 265 52 145 75 73 0.0705 39.79 19 62 43 265 52 144 76 143 0.0603 42.48 13 68 45 263 48 150 77 133 0.0619 42.50 14 67 44 263 49 150 78 123 0.0634 42.56 14 67 44 264 50 149 79 113 0.0648 42.38 15 66 43 264 50 148 80 103 0.0661 42.07 15 65 43 264 51 148 81 93 0.0672 41.40 16 65 43 264 51 147 82 83 0.0681 40.56 17 64 43 264 51 146 83 73 0.0687 39.45 18 63 43 265 51 145 84 63 0.0690 38.21 18 62 43 265 51 144 85 133 0.0596 41.21 13 69 46 263 47 151 86 123 0.0611 41.38 13 68 45 263 48 150 87 113 0.0626 41.31 14 67 44 263 49 150 88 103 0.0640 41.16 14 67 44 264 50 149 89 93 0.0652 40.68 15 66 43 264 50 148 90 83 0.0661 39.96 16 65 43 264 50 147 91 73 0.0668 38.99 16 64 43 264 51 146 92 63 0.0672 37.88 17 64 44 264 51 145 93 53 0.0675 36.74 18 63 44 264 51 145 94 123 0.0588 40.14 13 70 46 263 46 152 95 113 0.0603 40.26 13 69 45 263 47 151 96 103 0.0617 40.18 13 68 45 263 48 150 97 93 0.0630 39.88 14 67 44 264 49 150 98 83 0.0640 39.29 15 66 44 264 50 149 99 73 0.0648 38.51 15 66 44 264 50 148 100 63 0.0653 37.50 16 65 44 264 50 147 automatic search suggests trial source # 48 Results for subevent # 1 trial source position # 48 time shift (multiple of dt) 103 strike,dip,rake 20 60 42 strike,dip,rake 266 53 142 SING. values, inlcuding vardat (min., max, min/max): 5.82572056E-16 2.36083287E-15 0.246765479 2.58077885E+16 -1.78486077E+15 8.86476901E+15 1.66757946E+16 2.72489261E+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= 4 variance reduction, weighted varred= 5.43653965E-03 ------- ---------------## -----------------#### -------------------###### ----------------------####### -----------------------######## ---------#############---###### -----##################-------### --#####################---------- -#####################----------- ######### ##########----------- ######### T #########------------ ######## ########------------ ##################------------- ################------------- ############--------- - #########---------- P ####------------- ------- 2022-04-28 18:45:45,240 INFO None 2022-04-28 18:45:45,241 INFO This is ISOLA Initializing array w Time required: 0.660495281 Reading input file gr.hes Time required: 2.67773175 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.682602704 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 0.0656 36.43 17 64 44 264 50 146 2 43 0.0658 35.44 17 63 44 264 50 145 3 113 0.0579 39.17 263 46 152 12 70 47 4 103 0.0594 39.21 13 69 46 263 47 152 5 93 0.0607 39.07 13 69 45 263 48 151 6 83 0.0618 38.66 14 68 45 263 48 150 7 73 0.0626 37.91 14 67 44 264 49 149 8 63 0.0632 37.04 15 66 44 264 49 148 9 53 0.0636 36.08 16 65 44 264 49 147 10 43 0.0639 35.16 16 65 45 264 49 146 11 33 0.0641 34.36 17 64 45 263 49 145 12 103 0.0570 38.32 263 45 153 12 71 47 13 93 0.0583 38.34 13 70 46 263 46 152 14 83 0.0594 37.96 13 69 46 263 47 152 15 73 0.0603 37.36 14 68 45 263 48 151 16 63 0.0610 36.52 14 68 45 263 48 150 17 53 0.0614 35.68 15 67 45 263 48 149 18 43 0.0618 34.83 15 66 45 263 49 148 19 33 0.0621 34.11 16 65 45 263 49 147 20 23 0.0624 33.53 17 65 46 263 49 146 21 163 0.0633 61.43 15 61 38 264 56 145 22 163 0.0654 57.98 16 63 41 264 54 146 23 163 0.0671 54.50 17 64 43 265 51 146 24 153 0.0683 53.65 17 63 43 265 51 146 25 143 0.0696 53.02 18 63 43 265 51 145 26 133 0.0709 52.44 18 62 43 265 52 144 27 123 0.0723 51.84 19 62 43 265 52 144 28 113 0.0736 51.03 20 61 43 266 52 143 29 103 0.0746 49.90 21 61 43 266 52 142 30 163 0.0632 56.27 15 64 42 264 52 147 31 163 0.0650 53.14 16 65 44 264 50 147 32 163 0.0662 50.11 18 66 47 264 47 147 33 143 0.0676 51.93 17 64 44 264 50 146 34 133 0.0690 51.45 17 64 44 265 51 145 35 123 0.0704 51.05 18 63 43 265 51 145 36 113 0.0718 50.43 19 62 43 265 51 144 37 103 0.0729 49.49 20 62 44 265 52 143 38 93 0.0737 48.23 20 61 44 265 52 142 39 163 0.0628 51.70 16 67 46 264 48 148 40 163 0.0641 49.04 17 67 48 264 46 148 41 143 0.0655 50.69 16 65 45 264 49 147 42 133 0.0670 50.39 17 65 44 264 50 147 43 123 0.0684 50.09 17 64 44 264 50 146 44 113 0.0698 49.65 18 64 44 265 51 145 45 103 0.0710 48.91 18 63 44 265 51 144 46 93 0.0720 47.89 19 62 44 265 51 144 47 83 0.0726 46.53 20 62 44 265 51 143 48 163 0.0620 47.99 16 68 49 263 44 149 49 153 0.0634 47.56 16 68 48 264 45 148 50 133 0.0648 49.22 16 66 45 264 48 148 51 123 0.0664 49.05 16 65 45 264 49 147 52 113 0.0678 48.77 17 65 44 264 50 146 53 103 0.0691 48.19 17 64 44 264 50 146 54 93 0.0701 47.37 18 63 44 265 50 145 55 83 0.0709 46.18 19 63 44 265 50 144 56 73 0.0713 44.76 20 62 45 265 51 143 57 143 0.0611 48.18 15 68 47 263 46 149 58 133 0.0627 48.04 15 67 46 263 47 149 59 123 0.0642 47.97 15 67 46 263 48 148 60 113 0.0657 47.80 16 66 45 264 48 148 61 103 0.0671 47.42 17 65 45 264 49 147 62 93 0.0681 46.72 17 65 45 264 49 146 63 83 0.0690 45.74 18 64 45 264 50 145 64 73 0.0695 44.47 19 63 45 264 50 144 65 63 0.0697 43.07 19 62 45 264 50 143 66 133 0.0604 46.87 15 69 48 263 45 150 67 123 0.0620 46.86 15 68 47 263 46 149 68 113 0.0635 46.79 15 67 46 263 47 149 69 103 0.0649 46.55 16 67 46 264 48 148 70 93 0.0661 46.00 16 66 45 264 48 147 71 83 0.0670 45.15 17 65 45 264 49 146 72 73 0.0676 44.03 18 64 45 264 49 145 73 63 0.0680 42.80 18 64 46 264 49 144 74 53 0.0682 41.49 19 63 46 264 49 143 75 123 0.0597 45.84 14 69 48 263 44 150 76 113 0.0612 45.82 15 69 47 263 46 150 77 103 0.0627 45.67 15 68 47 263 46 149 78 93 0.0639 45.22 16 67 46 263 47 148 79 83 0.0649 44.58 16 66 46 264 48 148 80 73 0.0656 43.53 17 65 46 264 48 147 81 63 0.0660 42.37 17 65 46 264 48 146 82 53 0.0663 41.21 18 64 46 264 48 145 83 43 0.0664 40.06 19 63 46 263 48 144 84 113 0.0589 44.90 14 70 49 263 44 151 85 103 0.0604 44.84 14 69 48 263 45 150 86 93 0.0617 44.49 15 68 47 263 46 150 87 83 0.0627 43.87 15 68 47 263 46 149 88 73 0.0635 42.97 16 67 47 263 47 148 89 63 0.0640 41.91 17 66 47 263 47 147 90 53 0.0643 40.86 17 65 47 263 48 146 91 43 0.0645 39.81 18 65 47 263 48 145 92 33 0.0647 38.83 18 64 47 263 48 144 93 103 0.0580 44.07 14 71 50 263 43 151 94 93 0.0593 43.76 14 70 49 263 44 151 95 83 0.0604 43.24 15 69 48 263 45 150 96 73 0.0613 42.44 15 68 48 263 46 149 97 63 0.0618 41.44 16 67 47 263 46 148 98 53 0.0622 40.45 16 67 47 263 47 147 99 43 0.0625 39.49 17 66 47 263 47 146 100 33 0.0628 38.61 18 65 48 263 47 145 automatic search suggests trial source # 29 Results for subevent # 1 trial source position # 29 time shift (multiple of dt) 103 strike,dip,rake 21 61 43 strike,dip,rake 266 52 142 SING. values, inlcuding vardat (min., max, min/max): 5.54381317E-16 2.23066487E-15 0.248527393 2.61797670E+16 -1.58487192E+15 1.04486569E+16 1.74518330E+16 2.84115603E+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= 4 variance reduction, weighted varred= 5.56194782E-03 ------- ---------------## -----------------#### --------------------##### ----------------------####### -----------------------######## --------##############----##### -----##################-------### --#####################---------- ######################----------- ######### ##########----------- ######### T #########------------ ######## ########------------ ##################------------- ################------------- ############--------- - ########----------- P ####------------- ------- 2022-04-28 18:45:50,214 INFO None 2022-04-28 18:45:50,215 INFO This is ISOLA Initializing array w Time required: 0.667660475 Reading input file gr.hes Time required: 2.66518521 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.669982910 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 23 0.0630 37.92 18 64 48 263 47 144 2 163 0.0644 68.84 15 62 39 264 55 146 3 163 0.0665 64.28 16 64 43 264 52 146 4 163 0.0681 59.98 18 65 45 265 49 146 5 153 0.0691 58.95 18 64 45 265 49 145 6 143 0.0704 58.21 19 64 45 265 50 145 7 133 0.0718 57.64 19 63 45 265 50 144 8 123 0.0732 57.03 20 63 45 265 50 144 9 113 0.0744 56.20 21 62 45 265 50 143 10 103 0.0754 55.10 21 61 45 266 51 142 11 163 0.0643 62.70 16 65 44 264 50 147 12 163 0.0660 58.70 17 66 47 264 47 147 13 163 0.0672 55.09 19 66 49 264 45 146 14 143 0.0685 57.19 18 65 46 264 48 146 15 133 0.0699 56.72 18 64 46 264 49 145 16 123 0.0713 56.27 19 64 45 265 49 145 17 113 0.0726 55.66 20 63 45 265 50 144 18 103 0.0737 54.72 20 62 45 265 50 143 19 93 0.0745 53.43 21 62 45 265 50 142 20 163 0.0639 57.44 17 67 48 264 46 148 21 163 0.0651 54.19 18 67 50 264 44 147 22 143 0.0664 56.08 17 66 47 264 47 147 23 133 0.0679 55.70 18 65 46 264 48 146 24 123 0.0694 55.43 18 65 46 264 48 146 25 113 0.0708 54.99 19 64 46 265 49 145 26 103 0.0719 54.18 19 63 46 265 49 144 27 93 0.0728 53.12 20 63 46 265 49 143 28 83 0.0734 51.70 21 62 46 265 50 142 29 163 0.0630 53.31 18 69 52 263 42 148 30 153 0.0643 52.62 18 68 51 263 43 147 31 133 0.0658 54.70 17 66 47 264 47 147 32 123 0.0674 54.52 17 66 47 264 47 147 33 113 0.0688 54.16 18 65 46 264 48 146 34 103 0.0700 53.55 18 64 46 264 48 145 35 93 0.0710 52.63 19 64 46 264 49 144 36 83 0.0717 51.42 20 63 46 265 49 144 37 73 0.0720 49.94 21 62 46 265 49 143 38 153 0.0621 51.85 17 69 52 263 41 148 39 133 0.0637 53.60 16 68 48 263 45 148 40 123 0.0652 53.49 17 67 48 263 46 148 41 113 0.0667 53.24 17 66 47 264 47 147 42 103 0.0680 52.73 18 66 47 264 47 146 43 93 0.0691 52.02 18 65 47 264 48 146 44 83 0.0699 50.96 19 64 47 264 48 145 45 73 0.0704 49.68 20 63 47 264 48 144 46 63 0.0705 48.18 20 63 47 264 48 143 47 133 0.0614 52.59 16 69 50 263 43 149 48 123 0.0630 52.52 16 68 49 263 44 149 49 113 0.0646 52.36 17 67 48 263 45 148 50 103 0.0659 51.94 17 67 48 264 46 147 51 93 0.0671 51.36 18 66 47 264 47 147 52 83 0.0679 50.45 18 65 47 264 47 146 53 73 0.0685 49.28 19 64 47 264 47 145 54 63 0.0688 47.92 19 64 47 264 48 144 55 53 0.0689 46.55 20 63 48 264 48 143 56 123 0.0608 51.61 16 69 50 263 43 150 57 113 0.0623 51.48 16 69 50 263 44 149 58 103 0.0637 51.17 16 68 49 263 45 148 59 93 0.0649 50.61 17 67 48 263 45 148 60 83 0.0659 49.89 17 66 48 264 46 147 61 73 0.0665 48.80 18 66 48 264 47 146 62 63 0.0669 47.56 19 65 48 264 47 145 63 53 0.0671 46.30 19 64 48 263 47 144 64 43 0.0672 45.03 20 64 48 263 47 143 65 113 0.0600 50.71 16 70 51 263 42 150 66 103 0.0614 50.46 16 69 50 263 43 149 67 93 0.0627 50.00 16 68 49 263 44 149 68 83 0.0637 49.28 17 68 49 263 45 148 69 73 0.0645 48.31 17 67 49 263 45 147 70 63 0.0649 47.18 18 66 48 263 46 146 71 53 0.0652 45.93 18 65 49 263 46 145 72 43 0.0653 44.75 19 65 49 263 46 144 73 33 0.0654 43.72 20 64 49 263 46 143 74 103 0.0591 49.81 16 71 51 263 41 150 75 93 0.0604 49.42 16 70 51 263 42 150 76 83 0.0615 48.74 16 69 50 263 43 149 77 73 0.0623 47.84 17 68 50 263 44 148 78 63 0.0628 46.74 17 67 49 263 45 147 79 53 0.0631 45.59 18 67 49 263 45 146 80 43 0.0634 44.48 18 66 49 263 45 145 81 33 0.0635 43.48 19 65 50 263 45 144 82 23 0.0638 42.75 19 64 50 262 45 143 83 163 0.0654 75.60 16 64 41 265 53 147 84 163 0.0675 69.94 17 65 45 265 49 147 85 163 0.0691 64.93 19 66 48 265 47 146 86 153 0.0702 63.99 19 65 48 265 47 145 87 143 0.0715 63.24 20 65 47 265 47 145 88 133 0.0728 62.67 20 64 47 265 48 144 89 123 0.0741 62.00 21 63 47 265 48 144 90 113 0.0753 61.15 21 63 47 265 48 143 91 103 0.0762 60.03 22 62 47 266 49 142 92 163 0.0653 68.42 17 66 46 264 48 148 93 163 0.0671 63.79 18 67 49 264 45 147 94 153 0.0683 62.95 19 66 48 264 46 146 95 143 0.0696 62.33 19 66 48 264 46 146 96 133 0.0710 61.87 19 65 48 264 47 145 97 123 0.0723 61.38 20 64 47 265 47 145 98 113 0.0736 60.68 21 64 47 265 48 144 99 103 0.0746 59.75 21 63 47 265 48 143 100 93 0.0753 58.43 22 62 47 265 48 142 automatic search suggests trial source # 91 Results for subevent # 1 trial source position # 91 time shift (multiple of dt) 103 strike,dip,rake 22 62 47 strike,dip,rake 266 49 142 SING. values, inlcuding vardat (min., max, min/max): 4.91974100E-16 2.03170339E-15 0.242148578 2.69244413E+16 -4.10195482E+14 1.44233463E+16 1.90232155E+16 3.09764960E+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= 4 variance reduction, weighted varred= 5.80775738E-03 ------- ---------------## ------------------### --------------------##### ----------------------####### -------------########--######## -------###############-----#### ----###################--------## --#####################---------- ######################----------- ######### #########------------ ######### T ########------------- ######## ########------------ #################-------------- ###############-------------- ############--------- - ########----------- P ###-------------- ------- 2022-04-28 18:45:55,336 INFO None 2022-04-28 18:45:55,336 INFO This is ISOLA Initializing array w Time required: 0.674790978 Reading input file gr.hes Time required: 2.66161156 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.668183267 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 0.0650 62.69 18 68 50 264 44 148 2 163 0.0663 59.09 20 68 53 264 41 146 3 143 0.0676 61.39 18 67 49 264 45 147 4 133 0.0690 60.98 19 66 48 264 46 146 5 123 0.0704 60.62 19 65 48 264 46 145 6 113 0.0718 60.03 20 65 48 265 47 145 7 103 0.0729 59.28 20 64 47 265 47 144 8 93 0.0737 58.22 21 63 47 265 48 143 9 83 0.0741 56.75 22 63 47 265 48 142 10 163 0.0643 58.40 19 69 54 263 40 147 11 143 0.0656 60.39 18 68 50 264 44 147 12 133 0.0670 60.02 18 67 49 264 45 147 13 123 0.0685 59.75 18 66 49 264 45 146 14 113 0.0698 59.32 19 66 48 264 46 146 15 103 0.0710 58.75 19 65 48 264 46 145 16 93 0.0720 57.79 20 64 48 265 47 144 17 83 0.0726 56.57 21 64 48 265 47 143 18 73 0.0728 54.97 21 63 48 265 47 143 19 143 0.0634 59.45 17 69 51 263 42 148 20 133 0.0649 59.10 18 68 50 263 43 148 21 123 0.0664 58.84 18 68 50 264 44 147 22 113 0.0678 58.54 18 67 49 264 45 147 23 103 0.0691 58.05 19 66 49 264 45 146 24 93 0.0701 57.26 19 65 48 264 46 145 25 83 0.0708 56.19 20 65 48 264 46 144 26 73 0.0712 54.75 21 64 48 264 47 143 27 63 0.0713 53.26 21 63 49 264 47 143 28 133 0.0627 58.20 17 69 52 263 42 149 29 123 0.0642 58.01 17 69 51 263 43 148 30 113 0.0657 57.71 18 68 50 264 44 148 31 103 0.0671 57.33 18 67 50 264 44 147 32 93 0.0681 56.68 19 66 49 264 45 146 33 83 0.0689 55.70 19 66 49 264 46 145 34 73 0.0694 54.40 20 65 49 264 46 145 35 63 0.0696 53.00 20 64 49 264 46 144 36 53 0.0697 51.65 21 64 49 264 46 143 37 123 0.0620 57.24 17 70 52 263 41 149 38 113 0.0635 56.97 17 69 51 263 42 148 39 103 0.0649 56.60 18 68 51 263 43 148 40 93 0.0661 56.03 18 68 50 264 44 147 41 83 0.0670 55.14 18 67 50 264 44 146 42 73 0.0675 53.98 19 66 49 264 45 145 43 63 0.0678 52.70 20 65 49 264 45 145 44 53 0.0680 51.40 20 65 50 263 45 144 45 43 0.0680 50.12 21 64 50 263 45 143 46 113 0.0612 56.35 17 70 53 263 40 149 47 103 0.0627 55.95 17 69 52 263 41 149 48 93 0.0639 55.43 18 69 51 263 42 148 49 83 0.0649 54.63 18 68 51 263 43 147 50 73 0.0655 53.53 18 67 50 263 44 146 51 63 0.0659 52.34 19 66 50 263 44 146 52 53 0.0661 51.10 19 66 50 263 44 145 53 43 0.0662 49.90 20 65 50 263 45 144 54 33 0.0663 48.88 21 64 51 263 45 143 55 103 0.0603 55.47 17 71 53 263 40 150 56 93 0.0616 54.91 17 70 52 263 41 149 57 83 0.0627 54.19 18 69 52 263 42 148 58 73 0.0634 53.16 18 68 51 263 42 147 59 63 0.0638 51.97 18 68 51 263 43 147 60 53 0.0642 50.81 19 67 51 263 43 146 61 43 0.0644 49.67 19 66 51 263 44 145 62 33 0.0645 48.65 20 65 51 263 44 144 63 23 0.0646 47.80 20 65 51 262 44 143 64 163 0.0663 81.10 17 65 43 265 50 148 65 163 0.0685 74.64 18 66 47 265 47 147 66 163 0.0701 69.06 20 67 50 265 44 146 67 153 0.0712 68.23 20 66 50 265 45 146 68 143 0.0725 67.60 21 66 49 265 45 145 69 133 0.0739 67.09 21 65 49 265 46 144 70 123 0.0752 66.48 22 64 49 265 46 144 71 113 0.0763 65.71 22 64 49 265 46 143 72 103 0.0771 64.55 23 63 49 266 47 142 73 163 0.0664 73.27 18 67 48 265 45 148 74 163 0.0682 68.21 19 68 51 264 43 147 75 153 0.0694 67.41 20 67 50 264 44 146 76 143 0.0707 66.85 20 67 50 264 44 146 77 133 0.0721 66.41 20 66 50 265 45 145 78 123 0.0734 65.97 21 65 49 265 45 145 79 113 0.0747 65.34 21 65 49 265 46 144 80 103 0.0756 64.39 22 64 49 265 46 143 81 93 0.0762 63.06 23 63 49 265 47 142 82 163 0.0662 67.30 19 69 52 264 42 148 83 163 0.0674 63.33 21 69 54 264 40 146 84 143 0.0688 66.04 19 67 51 264 43 147 85 133 0.0702 65.63 20 67 50 264 44 146 86 123 0.0716 65.32 20 66 50 264 44 145 87 113 0.0729 64.79 21 66 50 265 45 145 88 103 0.0739 64.04 21 65 49 265 45 144 89 93 0.0747 62.86 22 64 49 265 46 143 90 83 0.0751 61.46 22 64 49 265 46 143 91 163 0.0654 62.86 20 70 56 264 38 147 92 143 0.0668 65.19 19 68 52 264 42 147 93 133 0.0682 64.82 19 68 51 264 43 147 94 123 0.0697 64.57 19 67 51 264 43 146 95 113 0.0710 64.17 20 67 50 264 44 146 96 103 0.0722 63.54 20 66 50 264 45 145 97 93 0.0730 62.63 21 65 50 265 45 144 98 83 0.0735 61.32 22 64 50 265 45 143 99 73 0.0737 59.79 22 64 50 265 46 143 100 143 0.0647 64.41 18 70 53 264 40 148 automatic search suggests trial source # 72 Results for subevent # 1 trial source position # 72 time shift (multiple of dt) 103 strike,dip,rake 23 63 49 strike,dip,rake 266 47 142 SING. values, inlcuding vardat (min., max, min/max): 4.47593809E-16 1.95657009E-15 0.228764519 2.74617074E+16 5.99815805E+14 1.68686902E+16 1.99857219E+16 3.21120692E+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= 4 variance reduction, weighted varred= 5.94514608E-03 ------- ---------------## ------------------### --------------------##### ----------------------####### -----------###########-######## ------################-----#### ----###################--------## --####################----------- ######################----------- ######### #########------------ ######### T ########------------- ######## #######------------- #################-------------- ###############------- ---- ###########--------- P -- #######----------- ###-------------- ------- 2022-04-28 18:46:00,716 INFO None 2022-04-28 18:46:00,716 INFO This is ISOLA Initializing array w Time required: 0.678142846 Reading input file gr.hes Time required: 2.68184686 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.852218986 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 0.0662 64.10 19 69 52 264 41 148 2 123 0.0677 63.82 19 68 52 264 42 147 3 113 0.0691 63.50 19 68 51 264 43 146 4 103 0.0703 62.96 20 67 51 264 44 146 5 93 0.0712 62.13 20 66 50 264 44 145 6 83 0.0718 61.01 21 65 50 264 45 144 7 73 0.0722 59.65 21 65 50 264 45 143 8 63 0.0722 58.10 22 64 50 264 45 143 9 133 0.0640 63.32 18 70 54 264 40 148 10 123 0.0656 63.10 19 69 53 264 41 148 11 113 0.0670 62.78 19 69 52 264 42 147 12 103 0.0683 62.35 19 68 51 264 43 147 13 93 0.0693 61.65 20 67 51 264 43 146 14 83 0.0700 60.62 20 66 51 264 44 145 15 73 0.0705 59.35 21 66 51 264 44 144 16 63 0.0706 57.94 21 65 51 264 44 143 17 53 0.0705 56.50 22 64 51 264 45 143 18 123 0.0634 62.49 18 70 54 264 39 149 19 113 0.0649 62.15 18 70 53 264 40 148 20 103 0.0662 61.76 19 69 52 264 41 148 21 93 0.0673 61.11 19 68 52 264 42 147 22 83 0.0681 60.14 19 67 51 264 43 146 23 73 0.0686 58.99 20 67 51 264 43 145 24 63 0.0689 57.67 20 66 51 264 44 144 25 53 0.0689 56.37 21 65 51 264 44 143 26 43 0.0689 55.05 22 65 51 263 44 143 27 113 0.0627 61.64 18 71 54 264 39 149 28 103 0.0640 61.20 18 70 53 264 40 148 29 93 0.0652 60.57 19 69 53 264 41 148 30 83 0.0661 59.66 19 68 52 264 42 147 31 73 0.0667 58.58 19 68 52 264 42 146 32 63 0.0670 57.37 20 67 52 263 43 145 33 53 0.0672 56.10 20 66 52 263 43 144 34 43 0.0672 54.83 21 66 52 263 43 144 35 33 0.0671 53.78 21 65 52 263 43 143 36 103 0.0618 60.82 18 71 55 264 38 149 37 93 0.0630 60.22 18 70 54 264 39 149 38 83 0.0640 59.33 19 69 53 264 40 148 39 73 0.0646 58.22 19 69 53 263 41 147 40 63 0.0651 57.08 19 68 53 263 42 146 41 53 0.0652 55.82 20 67 52 263 42 145 42 43 0.0653 54.62 20 67 52 263 42 144 43 33 0.0654 53.58 21 66 52 263 43 144 44 23 0.0656 52.79 21 65 53 263 43 143 45 163 0.0672 85.34 17 67 46 266 48 149 46 163 0.0694 78.17 19 68 49 265 44 148 47 163 0.0710 72.34 21 68 52 265 42 146 48 153 0.0722 71.63 21 67 52 265 42 146 49 143 0.0735 71.14 21 67 52 265 43 145 50 133 0.0748 70.70 22 66 51 265 43 145 51 123 0.0762 70.21 22 66 51 265 44 144 52 113 0.0773 69.52 23 65 51 266 44 143 53 93 0.0781 73.56 22 64 48 266 47 143 54 163 0.0675 77.00 19 69 50 265 43 148 55 163 0.0692 71.65 20 69 53 265 41 147 56 153 0.0704 71.04 21 68 53 265 41 146 57 143 0.0718 70.57 21 68 52 265 42 146 58 133 0.0731 70.19 21 67 52 265 43 145 59 123 0.0745 69.85 22 66 51 265 43 145 60 113 0.0757 69.28 22 66 51 265 44 144 61 103 0.0766 68.37 23 65 51 265 44 143 62 93 0.0771 67.12 23 64 51 266 45 143 63 163 0.0673 70.99 20 70 54 265 40 148 64 153 0.0685 70.33 20 69 53 264 40 147 65 143 0.0699 69.91 20 68 53 264 41 147 66 133 0.0713 69.62 21 68 52 265 42 146 67 123 0.0727 69.31 21 67 52 265 42 146 68 113 0.0740 68.87 21 67 51 265 43 145 69 103 0.0750 68.17 22 66 51 265 44 144 70 93 0.0757 67.04 23 65 51 265 44 144 71 83 0.0760 65.65 23 65 51 265 44 143 72 153 0.0666 69.68 20 70 54 264 39 148 73 143 0.0680 69.28 20 69 54 264 40 147 74 133 0.0694 69.00 20 69 53 264 41 147 75 123 0.0709 68.74 20 68 53 264 42 146 76 113 0.0722 68.41 21 67 52 265 42 146 77 103 0.0734 67.80 21 67 52 265 43 145 78 93 0.0741 66.80 22 66 51 265 43 144 79 83 0.0745 65.55 22 65 51 265 44 144 80 73 0.0746 64.04 23 65 51 265 44 143 81 143 0.0659 68.67 19 70 55 264 39 148 82 133 0.0674 68.35 20 70 54 264 40 147 83 123 0.0689 68.10 20 69 53 264 40 147 84 113 0.0703 67.80 20 68 53 264 41 146 85 103 0.0715 67.29 21 68 52 264 42 146 86 93 0.0724 66.46 21 67 52 265 42 145 87 83 0.0729 65.33 22 66 52 265 43 144 88 73 0.0731 63.99 22 66 52 265 43 144 89 63 0.0731 62.46 23 65 52 264 44 143 90 133 0.0654 67.78 19 71 55 264 38 148 91 123 0.0669 67.52 19 70 54 264 39 148 92 113 0.0683 67.25 20 69 54 264 40 147 93 103 0.0696 66.79 20 69 53 264 41 147 94 93 0.0706 66.06 21 68 53 264 42 146 95 83 0.0712 65.02 21 67 52 264 42 145 96 73 0.0715 63.78 21 66 52 264 43 144 97 63 0.0716 62.36 22 66 52 264 43 144 98 53 0.0714 60.95 22 65 52 264 43 143 99 123 0.0648 67.00 19 71 55 264 38 148 100 113 0.0662 66.71 19 70 55 264 39 148 automatic search suggests trial source # 53 Results for subevent # 1 trial source position # 53 time shift (multiple of dt) 93 strike,dip,rake 22 64 48 strike,dip,rake 266 47 143 SING. values, inlcuding vardat (min., max, min/max): 4.08002059E-16 1.89400696E-15 0.215417400 2.71668750E+16 -1.99125052E+14 1.86367822E+16 2.00640321E+16 3.12325619E+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= 4 variance reduction, weighted varred= 6.09880686E-03 ------- ---------------## ------------------### --------------------##### ----------------------####### -----------#################### ------################-----#### ----###################--------## --####################----------- ######################----------- ######### #########------------ ######### T ########------------- ######## #######------------- #################-------------- ###############------- ---- ###########--------- P -- #######----------- ###-------------- ------- 2022-04-28 18:46:05,799 INFO None 2022-04-28 18:46:05,800 INFO This is ISOLA Initializing array w Time required: 0.668925047 Reading input file gr.hes Time required: 2.69605494 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.825641096 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 43 0.0579 20.47 86 65 156 186 68 26 2 33 0.0572 20.26 87 67 159 186 70 24 3 33 0.0566 27.32 90 78 166 183 76 12 4 23 0.0559 28.49 91 80 168 183 78 9 5 23 0.0554 37.99 92 87 170 183 80 2 6 23 0.0549 45.97 273 86 -171 183 81 -3 7 13 0.0545 45.89 274 85 -171 183 82 -4 8 43 0.0595 21.96 80 57 146 189 62 37 9 33 0.0589 21.28 81 58 148 189 63 36 10 33 0.0583 24.68 86 69 158 184 70 22 11 23 0.0577 24.64 87 71 160 184 71 19 12 23 0.0570 32.81 90 80 166 182 76 9 13 13 0.0563 33.66 91 82 167 182 78 7 14 13 0.0557 42.95 92 89 169 182 79 0 15 3 0.0551 43.55 273 89 -170 182 80 0 16 3 0.0546 49.83 274 83 -170 182 80 -6 17 33 0.0599 24.95 81 62 149 186 63 31 18 23 0.0593 24.29 82 62 151 186 64 30 19 13 0.0587 23.70 84 64 153 186 66 28 20 13 0.0580 29.47 87 74 161 182 72 16 21 3 0.0573 29.95 88 76 163 182 73 14 22 3 0.0565 38.94 90 84 166 181 76 5 23 -7 0.0559 39.67 91 85 168 182 78 4 24 -7 0.0553 48.16 272 88 -168 182 78 -1 25 -17 0.0548 47.98 273 86 -169 182 79 -3 26 13 0.0602 25.86 189 59 38 78 57 143 27 13 0.0596 28.00 83 66 153 184 65 25 28 3 0.0590 27.54 84 68 155 184 67 23 29 -7 0.0582 27.33 85 69 156 184 68 22 30 -7 0.0575 34.89 88 78 163 181 73 11 31 -17 0.0567 35.64 89 80 164 182 75 10 32 -17 0.0560 45.01 90 87 166 181 76 2 33 -17 0.0555 52.77 272 86 -167 181 77 -3 34 -27 0.0551 52.82 272 85 -167 181 77 -5 35 3 0.0605 28.52 78 61 145 187 60 33 36 -7 0.0599 27.68 80 61 147 187 61 32 37 -17 0.0592 27.04 187 62 31 81 62 148 38 -17 0.0584 32.00 85 72 157 182 68 18 39 -27 0.0576 32.19 87 74 159 182 70 16 40 -27 0.0569 41.36 89 82 164 181 74 7 41 -27 0.0561 50.22 90 89 165 180 75 0 42 -37 0.0556 50.27 271 89 -166 181 76 0 43 -37 0.0552 55.88 272 83 -165 180 76 -7 44 123 0.0588 6.59 87 63 156 188 69 28 45 113 0.0582 6.74 90 68 163 186 74 22 46 103 0.0574 6.79 92 73 168 185 78 16 47 93 0.0566 7.11 93 78 173 184 83 11 48 93 0.0559 12.24 184 88 2 94 87 178 49 83 0.0554 12.92 4 89 0 94 89 -179 50 83 0.0550 17.55 275 84 178 5 88 5 51 73 0.0550 18.38 276 82 176 6 86 7 52 73 0.0550 21.42 276 77 176 7 86 12 53 103 0.0592 7.80 83 55 146 193 63 38 54 93 0.0585 7.22 85 58 151 191 66 34 55 93 0.0577 9.97 91 75 168 184 78 15 56 83 0.0570 9.96 92 78 171 184 81 11 57 73 0.0564 10.43 93 81 174 184 84 8 58 73 0.0559 15.42 184 87 1 94 88 177 59 63 0.0556 16.37 185 89 -1 275 88 -179 60 63 0.0555 20.65 275 82 179 5 89 7 61 53 0.0554 21.06 276 80 177 6 87 9 62 93 0.0595 10.21 85 61 153 188 66 30 63 83 0.0588 9.70 87 64 157 187 69 27 64 73 0.0581 9.32 89 67 160 186 72 23 65 63 0.0574 9.23 90 70 164 185 75 19 66 63 0.0569 13.62 92 81 172 183 82 8 67 53 0.0565 14.20 184 84 5 93 84 174 68 53 0.0562 19.26 184 87 -1 274 88 -177 69 43 0.0559 19.89 275 86 -178 185 88 -3 70 43 0.0558 23.20 275 81 -179 185 89 -8 71 73 0.0598 11.32 81 55 145 192 62 39 72 63 0.0591 10.59 83 57 148 191 64 36 73 63 0.0585 12.45 88 70 162 185 73 20 74 53 0.0580 12.29 90 73 165 184 75 17 75 43 0.0574 12.47 91 76 167 184 78 14 76 43 0.0570 17.61 93 85 173 183 83 4 77 33 0.0566 18.25 93 87 175 184 85 2 78 33 0.0563 22.60 184 86 -3 274 86 -176 79 23 0.0560 22.61 275 84 -178 185 88 -5 80 63 0.0600 13.55 83 60 150 188 64 32 81 53 0.0595 12.99 84 62 153 187 66 30 82 43 0.0589 12.52 86 64 156 187 68 27 83 43 0.0584 15.68 90 75 165 183 75 14 84 33 0.0579 16.03 91 78 167 183 78 11 85 33 0.0574 21.10 92 86 171 183 81 3 86 23 0.0569 21.34 93 88 173 183 83 1 87 13 0.0565 21.44 274 89 -175 183 85 0 88 13 0.0561 24.85 274 84 -176 184 86 -5 89 43 0.0603 14.83 191 61 39 79 56 144 90 43 0.0598 15.75 85 66 156 185 68 25 91 33 0.0593 15.30 86 68 158 185 69 22 92 23 0.0588 15.13 88 70 160 184 71 20 93 23 0.0583 19.68 90 80 167 182 77 9 94 13 0.0577 19.90 91 82 169 182 79 7 95 13 0.0571 24.03 92 88 171 182 81 1 96 3 0.0566 23.99 273 89 -173 183 83 0 97 3 0.0562 27.48 183 84 -6 274 83 -174 98 33 0.0606 16.86 81 60 148 187 63 33 99 23 0.0601 16.22 82 61 150 187 64 31 100 23 0.0596 18.60 86 71 159 183 70 19 automatic search suggests trial source # 98 Results for subevent # 1 trial source position # 98 time shift (multiple of dt) 33 strike,dip,rake 81 60 148 strike,dip,rake 187 63 33 SING. values, inlcuding vardat (min., max, min/max): 3.25934170E-15 8.65108546E-15 0.376755238 5.00542307E+15 2.30483145E+14 -5.60360122E+14 1.49293842E+15 1.75601295E+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= 4 variance reduction, weighted varred= 3.67552042E-03 ------# ---------######## ----------########### P ---------############## - --------################# ------------######## ######## -----------######### T ######## ------------######### ######### ------------##################### -----------####################-- -----------#################----- ##---------#############--------- #######---######--------------- ##########--------------------- ##########------------------- ########----------------- ######--------------- #####------------ #------ 2022-04-28 18:46:10,806 INFO None 2022-04-28 18:46:10,807 INFO This is ISOLA Initializing array w Time required: 0.693182349 Reading input file gr.hes Time required: 2.68656898 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.733946979 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 0.0676 66.26 20 69 54 264 40 147 2 93 0.0686 65.59 20 69 53 264 41 147 3 83 0.0693 64.60 20 68 53 264 41 146 4 73 0.0697 63.50 21 67 53 264 42 145 5 63 0.0699 62.15 21 67 53 264 42 144 6 53 0.0699 60.85 22 66 53 264 42 143 7 43 0.0698 59.62 22 65 53 264 43 143 8 113 0.0641 66.27 19 71 56 264 37 149 9 103 0.0655 65.81 19 70 55 264 38 148 10 93 0.0666 65.19 20 70 54 264 39 148 11 83 0.0674 64.25 20 69 54 264 40 147 12 73 0.0679 63.15 20 68 53 264 41 146 13 63 0.0681 61.94 21 67 53 264 41 145 14 53 0.0682 60.64 21 67 53 263 42 144 15 43 0.0682 59.46 22 66 53 263 42 143 16 33 0.0682 58.49 22 66 53 263 42 143 17 103 0.0633 65.56 19 71 56 264 37 149 18 93 0.0644 64.87 19 71 55 264 38 148 19 83 0.0653 63.90 20 70 55 264 39 148 20 73 0.0659 62.85 20 69 54 264 40 147 21 63 0.0662 61.64 20 68 54 264 40 146 22 53 0.0663 60.41 21 68 54 263 41 145 23 43 0.0664 59.24 21 67 54 263 41 144 24 33 0.0665 58.33 21 66 54 263 41 143 25 23 0.0666 57.56 22 66 54 263 41 143 26 -57 0.0683 63.28 257 23 -48 33 72 -106 27 163 0.0703 80.62 20 69 51 266 42 148 28 163 0.0719 74.93 22 69 54 265 40 146 29 153 0.0731 74.29 22 68 54 265 40 146 30 143 0.0744 73.86 22 68 53 265 41 145 31 133 0.0757 73.51 23 67 53 266 41 145 32 123 0.0770 73.12 23 67 53 266 42 144 33 103 0.0781 77.88 22 66 50 266 44 145 34 93 0.0789 76.96 23 65 50 266 45 144 35 163 0.0684 79.80 20 70 52 266 41 149 36 163 0.0702 74.46 21 70 55 265 39 147 37 153 0.0713 73.85 22 69 54 265 40 147 38 143 0.0727 73.45 22 68 54 265 40 146 39 133 0.0741 73.21 22 68 53 265 41 146 40 123 0.0755 72.95 22 67 53 265 41 145 41 113 0.0766 72.39 23 67 53 266 42 144 42 103 0.0775 71.59 24 66 52 266 42 144 43 83 0.0780 75.84 23 65 50 266 45 144 44 163 0.0683 74.03 21 70 56 265 38 148 45 153 0.0695 73.40 21 70 55 265 39 147 46 143 0.0709 72.99 21 69 55 265 39 147 47 133 0.0724 72.79 21 69 54 265 40 146 48 123 0.0738 72.54 22 68 54 265 41 146 49 113 0.0750 72.19 22 67 53 265 41 145 50 103 0.0760 71.47 23 67 53 265 42 145 51 93 0.0766 70.48 23 66 53 265 42 144 52 83 0.0769 69.18 24 66 53 265 43 143 53 153 0.0677 72.94 21 71 56 265 37 148 54 143 0.0691 72.57 21 70 55 265 38 147 55 133 0.0705 72.35 21 69 55 265 39 147 56 123 0.0720 72.12 21 69 54 265 40 146 57 113 0.0733 71.78 22 68 54 265 40 146 58 103 0.0744 71.23 22 68 53 265 41 145 59 93 0.0751 70.34 23 67 53 265 42 145 60 83 0.0755 69.21 23 66 53 265 42 144 61 73 0.0755 67.77 24 66 53 265 42 143 62 143 0.0672 72.14 20 71 56 265 37 148 63 133 0.0686 71.88 21 70 55 265 38 148 64 123 0.0701 71.64 21 70 55 265 39 147 65 113 0.0715 71.38 21 69 54 265 40 147 66 103 0.0726 70.85 21 68 54 265 40 146 67 93 0.0735 70.08 22 68 53 265 41 145 68 83 0.0740 69.07 22 67 53 265 41 145 69 73 0.0741 67.75 23 66 53 265 42 144 70 63 0.0740 66.23 23 66 53 265 42 143 71 133 0.0666 71.43 20 71 56 264 37 148 72 123 0.0682 71.25 20 70 56 265 38 148 73 113 0.0696 70.95 21 70 55 265 39 147 74 103 0.0708 70.46 21 69 54 265 39 147 75 93 0.0717 69.77 21 69 54 265 40 146 76 83 0.0723 68.80 22 68 54 265 41 145 77 73 0.0726 67.61 22 67 54 264 41 144 78 63 0.0726 66.24 23 66 54 264 41 144 79 53 0.0724 64.79 23 66 54 264 42 143 80 123 0.0661 70.85 20 71 57 265 37 148 81 113 0.0676 70.55 20 71 56 265 37 148 82 103 0.0688 70.05 21 70 55 265 38 147 83 93 0.0698 69.36 21 69 55 265 39 147 84 83 0.0705 68.48 21 69 54 264 40 146 85 73 0.0709 67.40 22 68 54 264 40 145 86 63 0.0710 66.12 22 67 54 264 41 144 87 53 0.0709 64.77 22 67 54 264 41 144 88 43 0.0707 63.60 23 66 54 264 41 143 89 113 0.0655 70.20 20 72 57 265 36 149 90 103 0.0668 69.69 20 71 56 265 37 148 91 93 0.0679 69.01 21 70 55 264 38 147 92 83 0.0686 68.16 21 69 55 264 39 147 93 73 0.0691 67.11 21 69 55 264 39 146 94 63 0.0693 65.89 21 68 55 264 40 145 95 53 0.0692 64.62 22 67 54 264 40 144 96 43 0.0692 63.55 22 67 54 264 40 143 97 33 0.0691 62.59 23 66 54 263 41 143 98 103 0.0647 69.49 20 72 57 265 36 149 99 93 0.0658 68.70 20 71 56 265 37 148 100 83 0.0666 67.84 21 70 56 264 38 147 automatic search suggests trial source # 34 Results for subevent # 1 trial source position # 34 time shift (multiple of dt) 93 strike,dip,rake 23 65 50 strike,dip,rake 266 45 144 SING. values, inlcuding vardat (min., max, min/max): 3.74233979E-16 1.84130648E-15 0.203243718 2.78125160E+16 1.17081399E+15 2.14388468E+16 2.12620015E+16 2.97046810E+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= 4 variance reduction, weighted varred= 6.22922182E-03 ------- ---------------## ------------------### --------------------##### ----------------------####### ---------#############-######## -----#################-----#### ----###################--------## --####################----------- #####################------------ ######## ##########------------ ######## T #########------------- ####### ########------------- #################-------------- ##############-------- ---- ###########--------- P -- #######----------- ###-------------- ------- 2022-04-28 18:46:15,894 INFO None 2022-04-28 18:46:15,895 INFO This is ISOLA Initializing array w Time required: 0.654432654 Reading input file gr.hes Time required: 2.62272048 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.671268582 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 0.0672 66.85 21 70 56 264 38 147 2 63 0.0674 65.62 21 69 55 264 39 146 3 53 0.0674 64.42 21 68 55 264 39 145 4 43 0.0675 63.40 22 68 55 263 40 144 5 33 0.0676 62.50 22 67 55 263 40 143 6 23 0.0677 61.74 23 67 55 263 40 143 7 -57 0.0695 65.47 260 24 -45 33 73 -107 8 163 0.0712 82.50 21 70 53 266 40 148 9 163 0.0727 76.98 23 70 56 266 38 146 10 153 0.0739 76.35 23 69 55 266 39 146 11 143 0.0752 75.98 23 69 55 266 39 145 12 133 0.0765 75.68 24 68 55 266 40 145 13 123 0.0778 75.34 24 67 54 266 40 144 14 103 0.0789 80.19 23 67 52 267 43 145 15 93 0.0796 79.34 24 66 52 267 43 144 16 163 0.0694 81.91 21 71 54 266 39 149 17 163 0.0711 76.69 22 70 56 266 37 147 18 153 0.0723 76.12 23 70 56 266 38 147 19 143 0.0736 75.74 23 69 55 266 39 146 20 133 0.0750 75.50 23 69 55 266 39 146 21 123 0.0763 75.28 23 68 55 266 40 145 22 113 0.0774 74.78 24 68 54 266 40 145 23 93 0.0782 79.48 23 67 52 266 42 145 24 83 0.0788 78.53 24 66 52 266 43 144 25 163 0.0694 76.45 22 71 57 266 36 148 26 153 0.0706 75.83 22 70 56 265 37 147 27 143 0.0719 75.44 22 70 56 265 38 147 28 133 0.0733 75.24 22 69 55 265 38 146 29 123 0.0747 75.01 23 69 55 266 39 146 30 113 0.0759 74.68 23 68 55 266 40 145 31 103 0.0768 74.04 24 68 54 266 40 145 32 93 0.0774 73.12 24 67 54 266 41 144 33 73 0.0776 77.40 23 66 52 266 43 144 34 153 0.0688 75.55 22 71 57 265 36 148 35 143 0.0701 75.15 22 71 57 265 37 147 36 133 0.0716 74.97 22 70 56 265 38 147 37 123 0.0730 74.73 22 70 55 265 38 147 38 113 0.0743 74.45 22 69 55 265 39 146 39 103 0.0753 73.90 23 68 55 266 40 145 40 93 0.0760 73.13 23 68 54 266 40 145 41 83 0.0763 71.94 24 67 54 265 41 144 42 73 0.0763 70.60 24 66 54 265 41 143 43 143 0.0683 74.87 21 71 57 265 36 148 44 133 0.0698 74.62 22 71 57 265 37 148 45 123 0.0712 74.41 22 70 56 265 37 147 46 113 0.0725 74.15 22 70 56 265 38 147 47 103 0.0736 73.66 22 69 55 265 39 146 48 93 0.0744 72.93 23 68 55 265 39 145 49 83 0.0749 71.93 23 68 55 265 40 145 50 73 0.0750 70.65 24 67 54 265 40 144 51 63 0.0748 69.33 24 67 54 265 41 143 52 133 0.0679 74.33 21 72 58 265 36 148 53 123 0.0694 74.06 21 71 57 265 37 148 54 113 0.0707 73.80 22 70 56 265 37 147 55 103 0.0719 73.37 22 70 56 265 38 147 56 93 0.0728 72.72 22 69 55 265 39 146 57 83 0.0733 71.77 23 69 55 265 39 145 58 73 0.0735 70.62 23 68 55 265 40 145 59 63 0.0735 69.37 23 67 55 265 40 144 60 53 0.0733 68.10 24 67 55 264 40 143 61 123 0.0674 73.77 21 72 58 265 35 148 62 113 0.0688 73.48 21 71 57 265 36 148 63 103 0.0700 73.07 21 71 56 265 37 147 64 93 0.0710 72.43 22 70 56 265 38 147 65 83 0.0715 71.52 22 69 56 265 38 146 66 73 0.0719 70.44 22 69 55 265 39 145 67 63 0.0719 69.27 23 68 55 264 39 144 68 53 0.0719 68.12 23 67 55 264 40 144 69 43 0.0717 67.02 24 67 55 264 40 143 70 113 0.0668 73.23 21 72 58 265 35 149 71 103 0.0681 72.79 21 71 57 265 36 148 72 93 0.0691 72.13 21 71 57 265 37 147 73 83 0.0698 71.27 22 70 56 265 38 147 74 73 0.0701 70.23 22 69 56 265 38 146 75 63 0.0703 69.11 22 69 56 264 39 145 76 53 0.0703 68.01 23 68 56 264 39 144 77 43 0.0702 67.00 23 67 56 264 39 144 78 33 0.0702 66.07 23 67 56 264 39 143 79 103 0.0660 72.57 21 72 58 265 35 149 80 93 0.0671 71.90 21 72 57 265 36 148 81 83 0.0678 71.01 21 71 57 265 37 147 82 73 0.0682 70.01 22 70 57 264 37 147 83 63 0.0685 68.92 22 69 56 264 38 146 84 53 0.0686 67.87 22 69 56 264 38 145 85 43 0.0686 66.86 22 68 56 264 39 144 86 33 0.0686 66.03 23 68 56 263 39 144 87 23 0.0687 65.43 23 67 56 263 39 143 88 -57 0.0706 67.33 263 24 -42 33 74 -108 89 163 0.0719 83.77 22 71 54 267 39 149 90 163 0.0734 78.55 24 70 57 267 37 146 91 153 0.0746 78.02 24 70 56 267 38 146 92 143 0.0759 77.66 24 69 56 267 38 146 93 133 0.0772 77.33 25 69 56 267 38 145 94 113 0.0784 82.19 24 68 53 267 41 146 95 103 0.0794 81.79 24 68 53 267 41 146 96 93 0.0802 81.03 25 67 53 267 41 145 97 163 0.0703 83.43 22 71 55 267 38 149 98 163 0.0719 78.45 23 71 57 266 36 147 99 153 0.0731 77.89 23 70 57 266 37 147 100 143 0.0744 77.56 24 70 56 266 37 146 automatic search suggests trial source # 96 Results for subevent # 1 trial source position # 96 time shift (multiple of dt) 93 strike,dip,rake 25 67 53 strike,dip,rake 267 41 145 SING. values, inlcuding vardat (min., max, min/max): 3.21304002E-16 1.75848127E-15 0.182716757 2.95708069E+16 4.31358678E+15 2.71430551E+16 2.44439195E+16 2.31145261E+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= 4 variance reduction, weighted varred= 6.43056631E-03 ------- ----------------# ------------------### --------------------##### ----------------------####### --------##############--####### ----##################------### ---###################---------## -#####################----------- ######## ##########------------ ######## T #########------------- ######## ########-------------- #################-------------- ################--------------- ##############-------- ---- ##########---------- P -- ######------------ ##--------------- ------- 2022-04-28 18:46:21,009 INFO None 2022-04-28 18:46:21,009 INFO This is ISOLA Initializing array w Time required: 0.678596377 Reading input file gr.hes Time required: 2.59155989 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.731948316 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 0.0757 77.29 24 69 56 266 38 146 2 123 0.0770 76.97 24 69 56 266 38 145 3 103 0.0781 81.86 23 68 53 267 41 146 4 93 0.0789 81.28 24 68 53 267 41 146 5 83 0.0793 80.33 24 67 53 267 41 145 6 163 0.0702 78.33 23 72 58 266 35 148 7 153 0.0714 77.75 23 71 57 266 36 147 8 143 0.0728 77.42 23 70 57 266 37 147 9 133 0.0742 77.16 23 70 56 266 37 146 10 123 0.0755 76.89 24 69 56 266 38 146 11 113 0.0766 76.50 24 69 56 266 38 145 12 103 0.0775 75.94 24 68 55 266 39 145 13 83 0.0780 80.53 24 68 53 267 41 145 14 73 0.0782 79.37 24 67 53 267 41 145 15 153 0.0698 77.61 23 72 58 266 35 148 16 143 0.0711 77.21 23 71 58 266 36 147 17 133 0.0726 76.99 23 71 57 266 37 147 18 123 0.0739 76.75 23 70 57 266 37 147 19 113 0.0751 76.42 23 70 56 266 38 146 20 103 0.0760 75.88 24 69 56 266 38 146 21 93 0.0767 75.06 24 68 56 266 39 145 22 83 0.0769 73.99 25 68 55 266 39 144 23 63 0.0769 78.48 24 67 54 266 41 145 24 143 0.0694 77.07 22 72 58 266 35 148 25 133 0.0707 76.70 22 71 58 266 36 148 26 123 0.0722 76.51 23 71 57 266 36 147 27 113 0.0734 76.25 23 70 57 266 37 147 28 103 0.0745 75.74 23 70 56 266 38 146 29 93 0.0752 75.02 24 69 56 266 38 146 30 83 0.0756 74.06 24 68 56 266 39 145 31 73 0.0756 72.94 24 68 56 266 39 144 32 63 0.0755 71.66 25 67 56 265 39 143 33 133 0.0690 76.56 22 72 58 266 35 148 34 123 0.0704 76.29 22 72 58 266 36 148 35 113 0.0717 75.98 22 71 57 266 36 147 36 103 0.0728 75.54 23 70 57 266 37 147 37 93 0.0737 74.90 23 70 56 266 38 146 38 83 0.0741 73.99 23 69 56 265 38 145 39 73 0.0743 72.97 24 68 56 265 38 145 40 63 0.0742 71.79 24 68 56 265 39 144 41 53 0.0740 70.62 24 67 56 265 39 143 42 123 0.0686 76.06 22 72 59 266 34 148 43 113 0.0699 75.77 22 72 58 266 35 148 44 103 0.0711 75.29 22 71 57 266 36 147 45 93 0.0719 74.68 23 70 57 266 37 147 46 83 0.0725 73.81 23 70 57 265 37 146 47 73 0.0727 72.82 23 69 56 265 38 145 48 63 0.0728 71.79 23 69 56 265 38 145 49 53 0.0727 70.66 24 68 56 265 39 144 50 43 0.0726 69.73 24 67 56 264 39 143 51 113 0.0681 75.59 22 73 59 266 34 149 52 103 0.0692 75.08 22 72 58 266 35 148 53 93 0.0701 74.42 22 71 58 265 36 147 54 83 0.0707 73.63 22 71 57 265 37 147 55 73 0.0711 72.68 23 70 57 265 37 146 56 63 0.0712 71.68 23 69 57 265 38 145 57 53 0.0712 70.68 23 69 57 264 38 144 58 43 0.0711 69.73 24 68 56 264 38 144 59 33 0.0712 69.00 24 68 56 264 38 143 60 103 0.0673 74.95 22 73 59 266 34 149 61 93 0.0682 74.26 22 72 58 266 35 148 62 83 0.0689 73.44 22 71 58 265 36 147 63 73 0.0693 72.51 22 71 57 265 36 147 64 63 0.0695 71.51 22 70 57 265 37 146 65 53 0.0695 70.50 23 69 57 264 37 145 66 43 0.0696 69.65 23 69 57 264 38 144 67 33 0.0696 68.96 23 68 57 264 38 144 68 23 0.0698 68.44 24 68 57 264 38 143 69 -57 0.0716 68.92 266 24 -39 33 74 -109 70 163 0.0725 84.65 23 71 55 268 38 149 71 163 0.0740 79.81 25 70 57 267 36 146 72 153 0.0753 79.35 25 70 57 267 37 146 73 143 0.0765 78.97 25 70 57 267 37 146 74 123 0.0777 83.49 24 69 55 268 39 147 75 113 0.0790 83.21 24 69 54 268 39 146 76 103 0.0799 82.74 25 68 54 268 40 146 77 93 0.0805 82.04 25 68 54 268 40 145 78 163 0.0710 84.49 23 72 56 268 37 149 79 163 0.0725 79.79 24 71 58 267 36 147 80 153 0.0738 79.31 24 71 58 267 36 147 81 143 0.0751 78.94 25 70 57 267 37 146 82 133 0.0764 78.66 25 70 57 267 37 146 83 113 0.0776 83.30 24 69 55 267 39 147 84 103 0.0786 82.95 24 69 54 268 39 146 85 93 0.0793 82.39 25 68 54 268 40 146 86 83 0.0797 81.47 25 68 54 268 40 145 87 163 0.0710 79.74 24 72 58 267 35 148 88 153 0.0722 79.27 24 71 58 267 35 147 89 143 0.0736 78.89 24 71 58 267 36 147 90 133 0.0749 78.60 24 70 57 267 36 147 91 123 0.0761 78.32 24 70 57 267 37 146 92 113 0.0771 77.84 25 69 57 267 37 146 93 93 0.0780 82.50 24 69 54 267 39 146 94 83 0.0785 81.74 24 68 54 267 40 146 95 73 0.0787 80.76 25 68 54 267 40 145 96 153 0.0706 79.20 23 72 59 267 34 148 97 143 0.0720 78.81 24 72 58 267 35 148 98 133 0.0733 78.54 24 71 58 267 36 147 99 123 0.0746 78.23 24 71 57 267 36 147 100 113 0.0757 77.83 24 70 57 267 37 146 automatic search suggests trial source # 77 Results for subevent # 1 trial source position # 77 time shift (multiple of dt) 93 strike,dip,rake 25 68 54 strike,dip,rake 268 40 145 SING. values, inlcuding vardat (min., max, min/max): 3.00673138E-16 1.72541427E-15 0.174261421 3.06546376E+16 5.89830973E+15 2.98275364E+16 2.63852490E+16 1.82867037E+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= 4 variance reduction, weighted varred= 6.48909807E-03 ------- ----------------# ------------------### --------------------##### -------------###------####### -------###############---###### ----##################------### ---###################---------## -#####################----------- ######## ##########------------ ######## T #########------------- ######## ########-------------- #################-------------- ################--------------- ##############-------- ---- ##########---------- P -- ######------------ ##--------------- ------- 2022-04-28 18:46:26,242 INFO None 2022-04-28 18:46:26,242 INFO This is ISOLA Initializing array w Time required: 0.613894105 Reading input file gr.hes Time required: 2.44175124 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.769711554 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 0.0766 77.27 25 69 57 267 37 146 2 83 0.0772 81.87 24 69 55 267 39 146 3 73 0.0774 80.99 24 69 55 267 40 146 4 63 0.0775 79.95 24 68 55 267 40 145 5 143 0.0704 78.71 23 72 59 267 34 148 6 133 0.0717 78.39 23 72 58 267 35 148 7 123 0.0730 78.09 23 71 58 267 36 147 8 113 0.0742 77.72 24 71 57 267 36 147 9 103 0.0751 77.15 24 70 57 266 37 146 10 93 0.0758 76.48 24 70 57 266 37 146 11 83 0.0761 75.55 25 69 57 266 38 145 12 63 0.0762 80.07 24 69 55 266 39 146 13 53 0.0761 79.10 24 68 55 266 40 145 14 133 0.0700 78.29 23 73 59 267 34 148 15 123 0.0714 77.96 23 72 58 267 35 148 16 113 0.0726 77.56 23 71 58 266 35 147 17 103 0.0736 77.04 23 71 57 266 36 147 18 93 0.0743 76.41 24 70 57 266 37 146 19 83 0.0747 75.58 24 70 57 266 37 146 20 73 0.0749 74.55 24 69 57 266 38 145 21 53 0.0748 79.17 23 69 55 266 39 145 22 43 0.0747 78.40 24 68 55 266 39 145 23 123 0.0696 77.77 23 73 59 267 34 149 24 113 0.0709 77.40 23 72 59 266 35 148 25 103 0.0719 76.91 23 71 58 266 35 148 26 93 0.0727 76.26 23 71 58 266 36 147 27 83 0.0732 75.45 24 70 57 266 36 146 28 73 0.0734 74.53 24 70 57 266 37 145 29 63 0.0734 73.55 24 69 57 265 37 145 30 43 0.0734 78.41 23 69 55 265 39 145 31 33 0.0733 77.76 24 68 55 265 39 145 32 113 0.0691 77.29 23 73 59 267 34 149 33 103 0.0702 76.72 23 72 59 266 34 148 34 93 0.0710 76.07 23 72 58 266 35 148 35 83 0.0716 75.31 23 71 58 266 36 147 36 73 0.0718 74.42 23 70 58 265 36 146 37 63 0.0719 73.48 24 70 57 265 37 145 38 53 0.0719 72.57 24 69 57 265 37 145 39 33 0.0719 77.73 23 69 56 265 38 145 40 23 0.0720 77.31 23 68 56 265 39 145 41 93 0.0683 80.88 21 73 57 267 35 150 42 83 0.0692 80.51 21 72 57 267 36 149 43 83 0.0698 75.17 23 72 59 266 35 147 44 73 0.0701 74.24 23 71 58 265 35 147 45 63 0.0703 73.31 23 70 58 265 36 146 46 53 0.0704 72.47 23 70 58 265 36 145 47 43 0.0704 71.77 24 69 58 264 37 144 48 23 0.0705 77.22 23 69 56 265 38 145 49 13 0.0708 77.10 23 69 56 265 38 145 50 -67 0.0725 71.82 269 25 -36 32 75 -111 51 163 0.0730 85.34 24 71 56 269 37 149 52 163 0.0744 80.77 26 71 58 268 36 146 53 153 0.0756 80.31 26 70 58 268 36 146 54 133 0.0769 84.40 25 70 55 268 38 147 55 123 0.0783 84.22 25 70 55 268 38 147 56 113 0.0794 83.90 25 69 55 268 39 146 57 103 0.0802 83.37 26 69 55 268 39 146 58 93 0.0807 82.61 26 68 55 268 39 145 59 163 0.0716 85.29 23 72 56 268 36 149 60 163 0.0730 80.83 25 71 58 268 35 147 61 153 0.0742 80.34 25 71 58 268 36 147 62 143 0.0756 80.01 25 70 58 268 36 146 63 123 0.0769 84.32 24 70 56 268 38 148 64 113 0.0781 84.05 25 70 55 268 38 147 65 103 0.0790 83.66 25 69 55 268 39 146 66 93 0.0796 83.00 25 69 55 268 39 146 67 83 0.0799 82.06 26 68 55 268 39 145 68 163 0.0715 80.88 25 72 59 268 34 148 69 153 0.0728 80.36 25 72 58 268 35 147 70 143 0.0741 80.04 25 71 58 268 35 147 71 133 0.0755 79.71 25 71 58 268 36 147 72 113 0.0767 84.09 24 70 56 268 38 148 73 103 0.0777 83.75 24 70 55 268 38 147 74 93 0.0784 83.26 25 69 55 268 39 147 75 83 0.0788 82.45 25 69 55 268 39 146 76 73 0.0789 81.50 25 68 55 268 39 145 77 153 0.0713 80.36 24 72 59 268 34 148 78 143 0.0726 79.97 24 72 59 267 35 148 79 133 0.0740 79.68 25 71 58 267 35 147 80 123 0.0753 79.33 25 71 58 267 36 147 81 103 0.0763 83.74 24 71 56 268 38 148 82 93 0.0771 83.30 24 70 55 268 38 147 83 83 0.0776 82.62 24 70 55 268 38 147 84 73 0.0777 81.73 25 69 55 267 39 146 85 63 0.0778 80.83 25 68 55 267 39 145 86 143 0.0711 79.93 24 73 59 267 34 148 87 133 0.0725 79.61 24 72 59 267 34 148 88 123 0.0738 79.24 24 72 58 267 35 147 89 103 0.0748 83.57 23 71 56 268 37 148 90 93 0.0757 83.18 23 71 56 268 38 148 91 83 0.0763 82.60 24 70 56 267 38 147 92 73 0.0765 81.82 24 70 56 267 38 146 93 63 0.0766 81.04 24 69 56 267 39 146 94 53 0.0765 80.14 25 68 56 267 39 145 95 133 0.0709 79.56 24 73 59 267 33 149 96 123 0.0722 79.14 24 72 59 267 34 148 97 113 0.0733 78.70 24 72 58 267 35 148 98 93 0.0742 83.00 23 71 56 267 37 148 99 83 0.0748 82.50 23 71 56 267 37 148 100 73 0.0751 81.81 24 70 56 267 38 147 automatic search suggests trial source # 58 Results for subevent # 1 trial source position # 58 time shift (multiple of dt) 93 strike,dip,rake 26 68 55 strike,dip,rake 268 39 145 SING. values, inlcuding vardat (min., max, min/max): 2.83075129E-16 1.69638189E-15 0.166869923 3.18364150E+16 7.38931460E+15 3.22972500E+16 2.85165127E+16 1.26924659E+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= 4 variance reduction, weighted varred= 6.52343035E-03 ------- ----------------# ------------------### --------------------##### ------------######----####### -------###############---###### ----##################------### --####################---------## -#####################----------# ######## ##########------------ ######## T #########------------- ######## ########-------------- #################-------------- ################--------------- #############--------- ---- ##########---------- P -- ######------------ #---------------- ------- 2022-04-28 18:46:30,851 INFO None 2022-04-28 18:46:30,880 INFO This is ISOLA Initializing array w Time required: 0.658528745 Reading input file gr.hes Time required: 2.38667655 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.684426427 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 0.0753 81.03 24 70 56 267 38 146 2 53 0.0753 80.29 24 69 56 266 38 146 3 43 0.0752 79.60 24 69 56 266 39 145 4 123 0.0706 79.06 24 73 60 267 33 149 5 103 0.0718 82.99 22 72 57 268 36 150 6 93 0.0727 82.69 23 72 57 267 36 149 7 83 0.0734 82.21 23 71 56 267 37 148 8 73 0.0737 81.61 23 71 56 267 37 148 9 63 0.0739 80.98 23 70 56 267 38 147 10 53 0.0739 80.31 24 70 56 266 38 146 11 43 0.0740 79.64 24 69 56 266 38 145 12 33 0.0740 79.15 24 69 56 266 38 145 13 103 0.0701 82.69 22 73 58 268 35 150 14 93 0.0711 82.37 22 73 57 267 35 150 15 83 0.0718 81.95 22 72 57 267 36 149 16 73 0.0721 81.36 23 71 57 267 37 148 17 63 0.0724 80.76 23 71 57 266 37 148 18 53 0.0725 80.10 23 70 56 266 37 147 19 43 0.0726 79.59 23 70 56 266 37 146 20 33 0.0726 79.13 24 69 56 266 38 145 21 23 0.0728 78.89 24 69 56 265 38 145 22 93 0.0694 82.11 22 73 58 268 34 150 23 83 0.0701 81.68 22 73 58 267 35 150 24 73 0.0705 81.13 22 72 57 267 36 149 25 63 0.0707 80.44 22 71 57 266 36 148 26 53 0.0710 79.86 23 71 57 266 37 147 27 43 0.0710 79.41 23 70 57 266 37 147 28 33 0.0711 79.02 23 70 57 265 37 146 29 23 0.0714 78.85 23 69 57 265 37 145 30 13 0.0718 78.87 24 69 57 265 38 145 31 -67 0.0732 72.87 271 26 -33 32 75 -112 32 163 0.0733 85.77 25 71 56 269 37 149 33 163 0.0746 81.46 26 71 58 269 36 146 34 143 0.0759 85.04 25 71 56 269 37 148 35 133 0.0772 84.85 25 70 56 269 38 147 36 123 0.0785 84.64 26 70 56 269 38 147 37 113 0.0796 84.27 26 69 56 269 38 146 38 103 0.0804 83.74 27 69 55 269 39 146 39 93 0.0808 82.89 27 68 55 269 39 145 40 -67 0.0721 70.05 270 25 -34 32 75 -111 41 163 0.0733 81.57 26 71 58 268 35 147 42 153 0.0745 81.07 26 71 58 268 35 147 43 133 0.0759 84.90 25 71 56 269 37 148 44 123 0.0772 84.74 25 70 56 269 38 148 45 113 0.0784 84.50 25 70 56 269 38 147 46 103 0.0793 84.03 26 70 56 269 38 147 47 93 0.0798 83.30 26 69 56 269 38 146 48 83 0.0800 82.35 27 69 56 269 39 145 49 163 0.0719 81.68 25 72 59 268 34 148 50 153 0.0731 81.11 25 72 59 268 35 147 51 133 0.0745 84.85 24 71 56 269 37 149 52 123 0.0759 84.72 24 71 56 269 37 148 53 113 0.0771 84.56 25 71 56 269 37 148 54 103 0.0781 84.20 25 70 56 269 38 147 55 93 0.0787 83.56 25 70 56 269 38 147 56 83 0.0790 82.76 26 69 56 268 38 146 57 73 0.0790 81.74 26 69 56 268 39 145 58 153 0.0717 81.16 25 72 59 268 34 148 59 133 0.0731 84.76 24 72 57 269 36 149 60 123 0.0745 84.66 24 72 57 269 36 149 61 113 0.0757 84.50 24 71 56 269 37 148 62 103 0.0768 84.23 24 71 56 268 37 148 63 93 0.0775 83.70 25 70 56 268 38 147 64 83 0.0779 82.97 25 70 56 268 38 147 65 73 0.0780 82.11 25 69 56 268 38 146 66 63 0.0779 81.19 26 69 56 268 38 145 67 133 0.0716 84.58 23 73 58 269 35 150 68 123 0.0731 84.45 24 72 57 269 36 150 69 113 0.0743 84.32 24 72 57 268 36 149 70 103 0.0754 84.08 24 71 57 268 37 149 71 93 0.0762 83.66 24 71 56 268 37 148 72 83 0.0766 83.03 24 70 56 268 37 147 73 73 0.0768 82.28 25 70 56 268 38 146 74 63 0.0768 81.42 25 69 56 267 38 146 75 53 0.0767 80.64 25 69 56 267 38 145 76 123 0.0716 84.25 23 73 58 269 35 150 77 113 0.0729 84.09 23 73 57 268 35 150 78 103 0.0740 83.92 24 72 57 268 36 149 79 93 0.0748 83.52 24 72 57 268 36 149 80 83 0.0753 82.92 24 71 56 268 37 148 81 73 0.0755 82.27 24 70 56 268 37 147 82 63 0.0756 81.51 24 70 56 267 38 146 83 53 0.0756 80.83 25 69 56 267 38 146 84 43 0.0756 80.25 25 69 56 267 38 145 85 113 0.0714 83.84 23 73 58 268 35 150 86 103 0.0725 83.65 23 73 58 268 35 150 87 93 0.0734 83.28 23 72 57 268 36 149 88 83 0.0739 82.76 24 72 57 268 36 148 89 73 0.0742 82.15 24 71 57 267 37 148 90 63 0.0743 81.51 24 70 57 267 37 147 91 53 0.0743 80.84 24 70 57 267 37 146 92 43 0.0743 80.29 24 69 57 267 38 146 93 33 0.0744 79.96 25 69 57 266 38 145 94 103 0.0710 83.38 23 73 58 268 34 150 95 93 0.0719 83.00 23 73 58 268 35 150 96 83 0.0724 82.56 23 72 57 268 35 149 97 73 0.0727 81.97 23 72 57 267 36 148 98 63 0.0729 81.34 23 71 57 267 36 148 99 53 0.0729 80.76 24 70 57 267 37 147 100 43 0.0729 80.28 24 70 57 266 37 146 automatic search suggests trial source # 39 Results for subevent # 1 trial source position # 39 time shift (multiple of dt) 93 strike,dip,rake 27 68 55 strike,dip,rake 269 39 145 SING. values, inlcuding vardat (min., max, min/max): 2.68000483E-16 1.67087403E-15 0.160395384 3.30858640E+16 8.69367631E+15 3.44871400E+16 3.07584749E+16 6.75719688E+14 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= 4 variance reduction, weighted varred= 6.53153658E-03 ------- ----------------# ------------------### --------------------##### -----------#######----####### ------#################--###### ---###################------### --####################---------## -#####################----------# ######## ##########------------ ######## T #########------------- ######## ########-------------- #################-------------- ################--------------- #############-------- ----- #########---------- P --- ######----------- - #---------------- ------- 2022-04-28 18:46:33,090 INFO None 2022-04-28 18:46:33,091 INFO This is ISOLA Initializing array w Time required: 0.659647405 Reading input file gr.hes Time required: 0.306057036 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.159454942 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 33 0.0732 79.98 24 70 57 266 37 146 2 23 0.0734 79.87 24 69 57 266 37 145 3 93 0.0703 82.76 23 74 59 268 34 150 4 83 0.0709 82.27 23 73 58 268 35 150 5 73 0.0712 81.72 23 72 58 267 35 149 6 63 0.0714 81.11 23 72 57 267 36 148 7 53 0.0715 80.53 23 71 57 267 36 147 8 43 0.0715 80.11 23 71 57 266 36 147 9 33 0.0718 79.89 24 70 57 266 37 146 10 23 0.0720 79.84 24 70 57 266 37 146 11 13 0.0724 79.91 24 69 57 266 37 145 automatic search suggests trial source # 2 Results for subevent # 1 trial source position # 2 time shift (multiple of dt) 23 strike,dip,rake 24 69 57 strike,dip,rake 266 37 145 SING. values, inlcuding vardat (min., max, min/max): 2.68277622E-16 1.62233279E-15 0.165365338 3.36182209E+16 8.69545550E+15 3.48592302E+16 2.62519890E+16 4.12906237E+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= 4 variance reduction, weighted varred= 5.39541245E-03 ------- ----------------# ------------------### --------------------##### ----------##########-######## ------################----##### ----##################-------## ---###################---------## -####################------------ ######## ##########------------ ######## T #########------------- ######## ########-------------- #################-------------- ################------- ----- #############--------- P ---- ##########---------- -- ######--------------- ##--------------- ------- 2022-04-28 18:46:38,204 INFO None 2022-04-28 18:46:38,204 INFO This is ISOLA Initializing array w Time required: 0.677005053 Reading input file gr.hes Time required: 2.83710814 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.729664385 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 13 0.0591 18.50 88 74 162 183 72 16 2 3 0.0585 18.46 89 76 164 183 74 14 3 3 0.0579 22.76 90 83 168 182 78 6 4 -7 0.0573 22.89 91 85 169 182 79 4 5 -7 0.0568 27.14 272 88 -171 182 81 -1 6 -17 0.0563 27.02 273 86 -172 183 82 -3 7 23 0.0608 19.33 82 64 151 185 64 28 8 13 0.0604 18.83 83 65 152 185 65 26 9 3 0.0599 18.31 84 67 155 184 67 24 10 3 0.0592 21.68 87 76 162 182 72 13 11 -7 0.0586 21.53 88 78 163 182 74 12 12 -17 0.0580 21.51 89 79 165 182 75 10 13 -17 0.0574 26.25 91 86 168 181 78 3 14 -27 0.0569 26.26 91 88 170 182 80 1 15 -27 0.0564 29.41 272 86 -171 182 81 -4 16 3 0.0611 20.18 187 60 34 79 60 145 17 -7 0.0605 19.31 80 61 147 187 61 32 18 -7 0.0600 21.09 85 71 156 183 68 20 19 -17 0.0594 20.81 86 72 158 183 69 18 20 -17 0.0587 25.14 88 80 163 181 73 9 21 -27 0.0581 25.09 89 82 165 181 75 8 22 -37 0.0575 25.07 90 83 166 181 77 6 23 -37 0.0569 29.01 91 89 168 181 78 0 24 -47 0.0565 28.49 272 88 -170 181 80 -1 25 123 0.0597 2.29 86 60 151 191 65 32 26 113 0.0591 2.13 91 73 167 185 78 16 27 103 0.0585 2.76 93 83 178 183 88 6 28 103 0.0579 7.44 4 86 1 273 88 176 29 93 0.0574 8.47 274 85 173 4 83 4 30 83 0.0570 9.42 274 83 171 5 81 7 31 83 0.0568 13.00 275 79 171 6 81 10 32 73 0.0568 13.80 275 77 169 7 80 13 33 73 0.0569 15.89 276 72 169 9 79 17 34 113 0.0600 4.75 88 69 160 185 72 21 35 103 0.0594 4.85 91 74 167 184 77 15 36 93 0.0588 5.41 92 80 173 183 83 9 37 83 0.0583 5.97 93 84 178 183 88 5 38 83 0.0578 10.20 4 88 1 274 88 178 39 73 0.0575 10.85 4 86 4 274 85 176 40 63 0.0573 11.53 274 82 173 5 83 7 41 63 0.0572 14.58 275 78 173 6 83 11 42 53 0.0573 15.06 275 75 171 8 81 14 43 93 0.0602 5.57 84 59 150 190 64 33 44 83 0.0597 5.14 87 64 156 187 69 27 45 73 0.0591 4.94 90 69 163 186 74 21 46 73 0.0587 8.27 92 83 174 183 84 6 47 63 0.0583 8.86 183 87 3 93 86 177 48 53 0.0579 9.33 4 89 0 94 89 -179 49 53 0.0577 13.05 274 84 177 5 87 5 50 43 0.0576 13.45 275 81 175 5 85 8 51 43 0.0575 15.90 275 76 174 7 84 13 52 83 0.0604 7.86 85 65 156 186 68 26 53 73 0.0599 7.58 88 68 160 185 71 22 54 63 0.0595 7.61 89 72 164 184 75 17 55 53 0.0590 7.53 91 76 169 184 79 13 56 53 0.0587 11.06 183 85 3 92 86 175 57 43 0.0583 11.46 183 87 1 93 88 177 58 43 0.0580 14.75 274 85 -179 184 89 -4 59 33 0.0579 15.04 274 82 178 5 88 7 60 23 0.0576 15.28 275 80 176 5 86 9 61 63 0.0607 8.77 82 59 149 189 63 34 62 53 0.0602 8.23 85 62 153 188 66 30 63 53 0.0598 10.04 89 74 165 183 75 15 64 43 0.0594 10.02 90 77 168 183 78 12 65 33 0.0590 10.04 183 81 9 92 80 171 66 33 0.0586 13.58 93 88 175 183 85 1 67 23 0.0583 13.92 183 87 -1 273 88 -177 68 23 0.0580 16.73 274 83 -179 184 89 -6 69 13 0.0577 16.44 274 80 178 5 88 9 70 53 0.0608 10.98 84 64 153 186 66 27 71 43 0.0605 10.41 85 66 156 185 68 25 72 33 0.0601 10.02 87 69 159 185 70 22 73 33 0.0597 12.73 90 79 167 182 77 10 74 23 0.0593 12.78 91 81 170 182 80 8 75 13 0.0589 12.88 92 84 172 183 82 5 76 13 0.0584 15.95 273 88 -175 183 85 -1 77 3 0.0581 15.78 183 87 -3 273 86 -177 78 -7 0.0576 15.52 274 84 -179 184 89 -5 79 33 0.0611 11.81 81 60 147 188 62 34 80 33 0.0607 12.95 86 70 158 183 69 20 81 23 0.0604 12.53 87 72 160 183 71 18 82 13 0.0599 12.23 88 74 163 183 73 15 83 13 0.0595 15.27 90 83 169 182 79 6 84 3 0.0590 15.11 91 85 171 182 81 4 85 -7 0.0585 14.91 92 87 172 182 82 2 86 -7 0.0581 17.46 182 85 -3 273 86 -175 87 -17 0.0576 17.16 273 84 -176 183 86 -5 88 23 0.0612 13.75 185 64 28 82 64 151 89 13 0.0609 13.17 185 65 26 83 65 153 90 3 0.0605 12.63 85 67 155 185 67 24 91 3 0.0601 14.75 88 77 163 182 74 13 92 -7 0.0595 14.55 89 79 165 182 75 11 93 -7 0.0590 17.33 90 86 169 181 79 3 94 -17 0.0585 16.95 91 87 171 182 81 2 95 -27 0.0580 16.71 92 89 173 182 83 0 96 -27 0.0576 19.19 182 85 -5 273 84 -175 97 13 0.0613 16.03 82 68 153 183 65 24 98 3 0.0610 15.41 84 69 155 183 66 22 99 -7 0.0606 14.92 85 71 157 183 68 20 100 -17 0.0600 14.42 86 72 159 183 70 18 automatic search suggests trial source # 97 Results for subevent # 1 trial source position # 97 time shift (multiple of dt) 13 strike,dip,rake 82 68 153 strike,dip,rake 183 65 24 SING. values, inlcuding vardat (min., max, min/max): 2.85960737E-15 8.78485822E-15 0.325515479 5.62859330E+15 6.21996560E+14 -1.41161147E+14 1.45780948E+15 1.99610551E+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= 4 variance reduction, weighted varred= 3.76790762E-03 ----### --------######### ---------############ ----------############### ------------######## ###### ------------######### T ####### ------------######### ####### ------------##################### ------------##################### ------------##################--- ------------##############------- #####-------########------------- ###########-------------------- ###########-------------------- ###########-------------- - #########-------------- P ########------------- ######----------- ##----- 2022-04-28 18:46:43,096 INFO None 2022-04-28 18:46:43,097 INFO This is ISOLA Initializing array w Time required: 0.672126651 Reading input file gr.hes Time required: 2.66590500 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.638167381 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -17 0.0595 16.97 89 80 165 181 75 9 2 -27 0.0590 16.53 89 82 166 181 77 7 3 -37 0.0584 16.28 90 84 168 181 78 5 4 -37 0.0580 19.15 271 89 -171 181 81 0 5 -47 0.0576 18.89 272 87 -173 182 83 -2 6 123 0.0604 0.71 268 72 156 5 67 19 7 123 0.0600 4.72 272 84 172 3 82 5 8 113 0.0596 5.82 272 81 169 4 80 8 9 103 0.0592 7.11 273 80 168 5 78 9 10 103 0.0588 10.31 273 78 169 5 79 11 11 93 0.0586 11.13 273 76 167 6 78 13 12 83 0.0585 11.89 274 74 166 7 76 15 13 73 0.0585 12.81 274 73 164 9 75 17 14 73 0.0588 14.60 274 69 164 10 75 21 15 113 0.0607 2.29 91 81 174 182 84 8 16 103 0.0602 3.19 2 88 -1 92 88 -178 17 93 0.0598 4.27 272 87 174 3 84 2 18 93 0.0594 7.86 3 83 5 273 84 173 19 83 0.0591 8.80 4 81 7 273 82 171 20 73 0.0589 9.70 5 79 10 273 80 169 21 73 0.0588 12.52 274 76 169 6 80 13 22 63 0.0589 13.03 274 74 167 8 78 16 23 53 0.0590 13.40 274 71 165 9 76 18 24 103 0.0608 4.69 90 78 169 182 80 11 25 93 0.0604 5.17 91 83 175 182 85 6 26 83 0.0600 5.85 182 89 2 92 87 179 27 73 0.0597 6.56 3 87 0 273 89 177 28 73 0.0594 10.01 273 84 175 3 85 5 29 63 0.0592 10.70 273 82 173 4 83 7 30 53 0.0591 11.21 274 79 171 5 81 10 31 53 0.0591 13.40 274 75 170 7 80 14 32 43 0.0592 13.63 274 73 168 8 79 17 33 83 0.0610 4.62 87 69 160 184 71 21 34 73 0.0606 4.70 89 74 166 183 77 16 35 63 0.0602 4.96 91 79 172 183 82 10 36 63 0.0600 8.38 182 88 1 92 88 178 37 53 0.0597 8.80 3 88 1 273 88 178 38 43 0.0595 9.38 4 86 4 273 85 176 39 43 0.0594 12.05 274 80 174 4 84 9 40 33 0.0593 12.35 274 78 172 5 82 11 41 33 0.0592 14.10 274 74 171 7 81 15 42 73 0.0611 7.12 87 72 162 183 73 18 43 63 0.0608 7.00 89 75 166 182 76 14 44 53 0.0605 7.11 90 79 170 182 80 10 45 43 0.0602 7.43 91 83 174 182 84 6 46 43 0.0600 10.47 182 88 0 272 89 -178 47 33 0.0597 10.60 3 89 3 273 86 179 48 23 0.0595 10.85 273 84 177 4 87 5 49 23 0.0594 13.27 274 79 175 5 85 10 50 13 0.0592 13.28 274 77 173 6 83 12 51 53 0.0612 7.42 85 66 155 185 68 25 52 43 0.0609 7.13 87 69 159 184 71 21 53 43 0.0607 9.36 90 80 169 181 79 9 54 33 0.0604 9.38 91 83 172 182 82 6 55 23 0.0601 9.41 92 86 174 182 84 3 56 23 0.0599 12.23 182 87 -2 272 87 -177 57 13 0.0596 12.28 273 85 179 3 89 4 58 3 0.0593 12.26 273 82 177 4 87 7 59 3 0.0590 14.09 274 78 176 5 86 11 60 43 0.0613 9.56 85 70 158 183 69 21 61 33 0.0611 9.20 87 72 161 183 72 18 62 23 0.0608 8.99 88 75 164 182 75 15 63 23 0.0605 11.32 90 83 170 181 80 6 64 13 0.0602 11.35 91 86 172 181 82 3 65 3 0.0599 11.26 92 88 175 182 85 1 66 3 0.0595 13.62 182 87 -4 272 85 -177 67 -7 0.0592 13.38 273 83 -179 183 89 -6 68 -17 0.0589 13.29 273 81 178 4 88 8 69 23 0.0614 10.05 83 65 152 185 65 27 70 23 0.0612 11.41 87 74 161 181 72 15 71 13 0.0609 11.06 88 77 164 181 74 13 72 3 0.0606 10.85 89 79 166 181 76 10 73 3 0.0602 13.10 90 86 171 181 81 3 74 -7 0.0598 13.00 91 88 173 181 83 1 75 -17 0.0594 12.78 272 89 -175 182 85 0 76 -17 0.0590 14.71 272 83 -177 182 87 -6 77 -27 0.0587 14.70 273 81 -179 183 89 -8 78 13 0.0614 11.90 83 68 154 183 66 23 79 3 0.0612 11.47 85 70 157 183 68 20 80 3 0.0609 13.21 87 79 164 180 74 11 81 -7 0.0605 12.91 88 80 166 181 76 9 82 -17 0.0601 12.58 89 82 168 181 78 7 83 -27 0.0596 12.37 90 84 170 181 80 5 84 -27 0.0592 14.41 271 89 -173 181 83 0 85 -37 0.0589 14.28 182 85 -2 272 87 -175 86 -47 0.0585 14.05 272 85 -177 182 87 -4 87 133 0.0610 3.49 261 60 142 12 57 35 88 123 0.0608 4.48 265 63 147 10 61 30 89 113 0.0606 5.48 266 65 149 10 62 28 90 113 0.0603 7.88 270 68 158 8 69 22 91 103 0.0601 8.97 270 68 157 9 68 23 92 93 0.0600 10.02 270 67 156 10 68 24 93 83 0.0600 11.03 270 66 155 11 67 26 94 83 0.0601 13.15 271 64 156 12 69 27 95 73 0.0604 13.98 271 62 154 13 67 29 96 113 0.0612 2.26 251 53 125 21 49 52 97 113 0.0609 3.56 269 70 159 6 70 20 98 103 0.0607 4.78 269 71 159 6 70 20 99 93 0.0605 5.97 270 70 158 7 70 20 100 83 0.0603 7.05 270 69 157 8 69 21 automatic search suggests trial source # 78 Results for subevent # 1 trial source position # 78 time shift (multiple of dt) 13 strike,dip,rake 83 68 154 strike,dip,rake 183 66 23 SING. values, inlcuding vardat (min., max, min/max): 2.56086711E-15 8.78503609E-15 0.291503310 6.29032105E+15 5.24204986E+14 -9.56168269E+13 1.69914557E+15 2.21262958E+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= 4 variance reduction, weighted varred= 3.78412008E-03 ----### --------######### ---------############ ----------############### ------------######## ###### ------------######### T ####### ------------######### ####### ------------##################### ------------##################### ------------##################--- ------------##############------- ######------#######-------------- ###########-------------------- ###########-------------------- ###########-------------- - #########-------------- P ########------------- ######----------- ##----- 2022-04-28 18:46:48,104 INFO None 2022-04-28 18:46:48,105 INFO This is ISOLA Initializing array w Time required: 0.676450431 Reading input file gr.hes Time required: 2.69781756 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.726624966 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 0.0602 9.67 271 69 160 8 71 21 2 73 0.0603 10.65 271 67 158 9 70 23 3 63 0.0604 11.60 271 66 157 11 69 25 4 53 0.0606 12.49 271 63 155 12 67 28 5 103 0.0613 0.41 5 69 20 267 70 157 6 93 0.0611 1.63 269 73 161 4 71 17 7 83 0.0608 2.75 269 73 160 5 71 17 8 83 0.0606 6.06 271 75 166 4 76 14 9 73 0.0605 7.05 271 73 164 6 74 16 10 63 0.0604 7.94 271 71 161 7 72 19 11 53 0.0604 8.97 271 69 159 8 71 21 12 53 0.0606 11.39 272 67 160 10 72 24 13 43 0.0607 12.06 272 64 158 11 70 26 14 83 0.0613 1.61 201 52 54 71 49 127 15 83 0.0611 2.65 181 88 1 91 88 178 16 73 0.0610 3.36 2 84 5 271 84 174 17 63 0.0608 4.32 3 79 10 271 79 169 18 53 0.0606 5.13 4 76 13 271 76 166 19 53 0.0606 8.21 272 74 166 5 77 16 20 43 0.0606 9.02 272 71 164 7 74 19 21 33 0.0606 9.73 272 69 161 8 72 21 22 33 0.0607 11.76 272 65 161 10 72 25 23 73 0.0614 2.79 84 64 152 187 65 28 24 63 0.0612 2.29 88 72 162 184 73 18 25 53 0.0610 2.24 182 83 7 91 82 173 26 53 0.0609 5.19 2 86 4 272 85 176 27 43 0.0608 5.95 272 81 172 3 82 8 28 33 0.0607 6.64 272 77 169 4 79 12 29 33 0.0607 9.14 272 73 167 6 78 17 30 23 0.0606 9.69 272 70 165 7 76 19 31 13 0.0605 10.20 272 68 162 9 74 22 32 63 0.0614 4.74 86 70 158 183 69 20 33 53 0.0612 4.21 88 75 164 182 74 15 34 43 0.0611 4.06 181 80 9 90 80 170 35 33 0.0610 4.10 181 86 2 91 87 176 36 33 0.0609 6.94 272 83 177 2 87 6 37 23 0.0608 7.22 272 79 173 3 83 10 38 13 0.0606 7.71 272 76 170 4 80 13 39 13 0.0604 9.84 272 72 168 6 79 17 40 3 0.0603 10.28 272 69 166 7 77 20 41 43 0.0614 5.49 187 63 30 82 63 149 42 33 0.0613 4.76 185 66 26 84 66 153 43 33 0.0612 5.82 89 81 168 181 78 8 44 23 0.0611 5.77 90 86 173 181 83 3 45 13 0.0609 5.70 181 87 0 271 89 -177 46 13 0.0607 8.19 272 82 177 2 87 7 47 3 0.0605 8.30 272 78 174 3 84 11 48 -7 0.0603 8.60 272 76 171 4 81 14 49 -17 0.0600 8.97 272 73 168 6 79 17 50 33 0.0614 7.13 83 68 153 184 65 24 51 23 0.0613 6.36 85 70 157 183 68 20 52 13 0.0612 5.81 87 74 161 182 72 16 53 13 0.0610 7.28 90 85 171 180 81 4 54 3 0.0608 7.04 91 89 174 181 84 0 55 -7 0.0605 6.99 181 87 -2 271 87 -177 56 -17 0.0602 7.19 272 84 178 2 88 5 57 -17 0.0600 9.32 272 77 175 3 85 12 58 -27 0.0598 9.64 272 74 172 5 82 15 59 13 0.0614 8.18 80 63 147 186 61 31 60 3 0.0612 7.18 82 64 150 186 63 28 61 3 0.0611 7.52 87 76 162 181 72 13 62 -7 0.0609 7.08 88 79 165 181 75 10 63 -17 0.0605 6.66 89 82 168 181 78 7 64 -17 0.0602 8.44 271 88 -175 181 85 -1 65 -27 0.0600 8.36 272 85 -178 181 88 -4 66 -37 0.0597 8.43 272 81 178 2 88 8 67 -47 0.0595 8.41 272 78 174 3 84 11 68 133 0.0616 6.19 262 61 143 12 58 34 69 133 0.0616 7.84 267 65 153 9 65 26 70 123 0.0616 8.86 268 65 153 9 66 26 71 113 0.0616 9.97 268 65 153 10 66 26 72 103 0.0615 10.89 269 65 153 10 65 26 73 103 0.0615 12.83 270 65 155 11 68 27 74 93 0.0617 13.67 270 64 154 12 67 28 75 83 0.0620 14.49 270 62 153 13 66 29 76 73 0.0624 15.23 270 61 151 14 65 31 77 123 0.0618 4.95 265 64 150 8 63 28 78 113 0.0617 5.99 266 65 152 8 64 27 79 103 0.0617 7.03 267 66 152 9 65 26 80 103 0.0616 9.28 269 68 158 8 69 23 81 93 0.0616 10.24 269 67 156 9 68 24 82 83 0.0616 11.18 270 66 155 10 68 25 83 73 0.0618 12.15 270 65 154 11 67 27 84 73 0.0620 13.87 270 63 155 12 68 29 85 63 0.0624 14.56 270 61 153 13 67 31 86 113 0.0617 4.34 268 70 160 5 71 20 87 103 0.0617 5.39 268 70 159 5 71 20 88 93 0.0616 6.45 269 70 159 6 70 21 89 83 0.0616 7.45 269 69 158 7 69 22 90 73 0.0616 8.49 269 68 157 8 68 23 91 73 0.0617 10.83 270 67 159 8 71 23 92 63 0.0619 11.65 270 66 157 10 69 25 93 53 0.0622 12.48 270 64 156 11 68 27 94 43 0.0624 13.13 270 62 154 12 67 29 95 93 0.0617 2.43 4 72 18 268 72 161 96 83 0.0617 3.43 4 71 19 268 71 160 97 83 0.0616 6.36 270 74 165 4 76 16 98 73 0.0616 7.30 270 72 163 5 74 18 99 63 0.0616 8.32 270 70 161 6 72 20 100 53 0.0617 9.22 270 69 160 7 71 22 automatic search suggests trial source # 85 Results for subevent # 1 trial source position # 85 time shift (multiple of dt) 63 strike,dip,rake 270 61 153 strike,dip,rake 13 67 31 SING. values, inlcuding vardat (min., max, min/max): 1.94924960E-15 7.81499617E-15 0.249424249 8.16615822E+15 3.17762283E+14 1.25202511E+15 4.51570070E+15 7.55165846E+14 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= 4 variance reduction, weighted varred= 3.89587879E-03 ------- -------------#### ---------------###### ------------------####### --------------------######### ---------------------########## ---------------------########## ------################----####### --###################---------### #####################------------ ####################------------- ####### ##########------------- ###### T #########------------- ###### #########------------- ################------------- #############-------- - #########---------- P ######----------- ------- 2022-04-28 18:46:53,122 INFO None 2022-04-28 18:46:53,123 INFO This is ISOLA Initializing array w Time required: 0.675914586 Reading input file gr.hes Time required: 2.64782596 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.741669357 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 0.0619 11.35 271 66 160 8 72 24 2 43 0.0621 12.02 271 65 158 10 70 26 3 33 0.0623 12.63 270 63 156 11 69 28 4 83 0.0616 2.91 0 86 4 270 85 176 5 73 0.0616 3.74 270 80 171 1 81 9 6 63 0.0616 4.72 270 77 168 3 78 12 7 53 0.0615 5.72 270 74 165 4 75 15 8 53 0.0616 8.45 271 73 166 5 76 17 9 43 0.0617 9.14 271 70 163 6 74 19 10 33 0.0619 9.84 271 68 161 7 72 22 11 23 0.0619 10.53 270 66 159 9 71 24 12 23 0.0621 12.29 271 64 159 10 71 27 13 63 0.0615 2.11 180 79 9 89 80 169 14 53 0.0615 2.43 180 89 0 90 89 179 15 53 0.0615 5.52 270 82 175 1 85 7 16 43 0.0615 6.26 271 78 171 2 81 11 17 33 0.0616 6.86 271 75 168 4 78 14 18 33 0.0616 9.27 271 72 167 5 77 18 19 23 0.0617 9.76 271 70 164 6 75 20 20 13 0.0618 10.38 271 67 162 8 73 22 21 3 0.0618 10.96 271 65 160 9 72 25 22 53 0.0613 3.94 88 79 167 180 77 10 23 43 0.0614 4.03 89 85 173 180 83 4 24 33 0.0614 4.38 180 89 -1 270 88 -179 25 33 0.0614 6.98 271 81 175 1 85 8 26 23 0.0615 7.31 271 77 172 2 82 12 27 13 0.0615 7.79 271 75 169 4 79 15 28 3 0.0614 8.34 271 72 166 5 77 17 29 3 0.0614 10.41 271 68 165 6 76 21 30 -7 0.0614 10.90 271 66 163 8 74 23 31 33 0.0612 4.30 85 71 157 182 69 20 32 33 0.0612 5.58 89 85 171 179 81 4 33 23 0.0613 5.56 180 85 0 90 89 175 34 13 0.0613 5.73 0 89 3 270 86 179 35 3 0.0613 5.96 271 82 176 1 86 7 36 3 0.0612 8.32 271 77 173 3 83 12 37 -7 0.0611 8.72 271 74 170 4 80 15 38 -17 0.0610 9.07 271 71 167 5 78 18 39 -27 0.0609 9.53 271 69 164 6 75 21 40 23 0.0610 5.92 85 74 160 181 70 16 41 13 0.0611 5.40 87 78 164 180 74 12 42 3 0.0611 5.00 89 82 168 180 78 7 43 3 0.0610 6.90 180 86 -2 270 87 -176 44 -7 0.0610 6.93 271 84 179 1 89 5 45 -17 0.0608 7.08 271 80 176 2 86 9 46 -27 0.0607 7.38 271 77 172 3 83 12 47 -27 0.0605 9.49 271 73 170 4 80 17 48 -37 0.0604 9.86 271 70 167 5 78 19 49 143 0.0621 9.36 9 64 27 266 64 152 50 133 0.0624 10.38 267 65 152 9 65 27 51 123 0.0626 11.30 267 65 152 10 64 27 52 123 0.0628 13.11 269 65 155 10 67 26 53 113 0.0630 13.93 269 64 154 10 67 27 54 103 0.0631 14.60 269 64 153 11 66 28 55 93 0.0634 15.35 269 63 152 12 65 29 56 83 0.0637 15.99 269 62 151 13 65 30 57 73 0.0641 16.63 270 61 150 15 64 32 58 133 0.0622 8.53 267 67 156 7 68 24 59 123 0.0624 9.54 268 66 156 7 68 25 60 113 0.0626 10.47 268 66 155 8 67 25 61 103 0.0627 11.42 268 66 155 9 67 25 62 93 0.0628 12.26 268 65 154 10 66 26 63 93 0.0630 13.94 269 64 156 10 68 27 64 83 0.0633 14.63 270 63 155 11 67 28 65 73 0.0637 15.28 270 62 153 12 66 29 66 63 0.0642 15.91 270 61 152 14 66 31 67 113 0.0622 6.73 267 67 156 6 67 24 68 103 0.0623 7.72 267 67 155 7 67 24 69 103 0.0624 9.92 269 68 159 6 71 22 70 93 0.0625 10.82 269 67 158 7 70 23 71 83 0.0627 11.64 269 66 157 8 69 24 72 73 0.0629 12.44 269 65 156 9 68 26 73 63 0.0632 13.27 269 64 155 10 67 27 74 63 0.0636 14.79 270 63 155 11 68 29 75 53 0.0641 15.31 270 61 154 13 67 30 76 103 0.0620 6.24 268 71 162 4 73 19 77 93 0.0621 7.22 268 70 160 5 72 20 78 83 0.0622 8.20 268 69 159 6 71 21 79 73 0.0623 9.13 268 68 158 6 70 22 80 73 0.0626 11.30 269 67 160 7 71 23 81 63 0.0628 12.07 269 66 159 8 70 24 82 53 0.0632 12.86 270 65 157 9 69 26 83 43 0.0635 13.48 270 64 156 10 68 27 84 33 0.0639 14.08 270 62 154 12 67 29 85 83 0.0617 4.48 268 72 163 3 73 18 86 83 0.0618 7.15 269 73 166 3 76 17 87 73 0.0620 8.06 269 72 164 4 75 18 88 63 0.0622 8.96 269 70 162 5 73 20 89 53 0.0624 9.78 269 69 160 6 72 22 90 53 0.0627 11.89 270 67 161 7 73 23 91 43 0.0630 12.48 270 66 160 8 71 25 92 33 0.0633 13.10 270 64 158 9 70 26 93 23 0.0636 13.54 270 63 156 11 69 28 94 73 0.0614 4.63 269 78 170 1 81 11 95 63 0.0616 5.58 269 75 168 2 78 14 96 53 0.0617 6.48 269 73 165 3 76 16 97 53 0.0620 9.01 269 72 166 4 77 18 98 43 0.0623 9.78 270 70 164 5 75 20 99 33 0.0625 10.43 270 69 162 6 73 21 100 23 0.0628 11.09 270 67 160 7 72 23 automatic search suggests trial source # 66 Results for subevent # 1 trial source position # 66 time shift (multiple of dt) 63 strike,dip,rake 270 61 152 strike,dip,rake 14 66 31 SING. values, inlcuding vardat (min., max, min/max): 1.75052625E-15 7.73893516E-15 0.226197302 9.33593283E+15 1.23054252E+14 1.35445673E+15 5.15946529E+15 8.93491643E+14 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= 4 variance reduction, weighted varred= 4.11891937E-03 ------- -------------#### ----------------##### ------------------####### --------------------######### ---------------------########## ---------------------########## ------################-----###### --###################----------## #####################------------ #####################------------ ####### ##########------------- ###### T #########------------- ###### #########------------- ################------------- #############-------- - ##########--------- P ######----------- ------- 2022-04-28 18:46:58,170 INFO None 2022-04-28 18:46:58,171 INFO This is ISOLA Initializing array w Time required: 0.662481546 Reading input file gr.hes Time required: 2.72983479 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.653540850 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 13 0.0629 11.62 270 66 159 9 71 25 2 13 0.0631 13.28 270 64 159 10 71 27 3 53 0.0611 3.28 269 84 176 359 86 5 4 53 0.0613 6.09 269 79 173 0 83 10 5 43 0.0616 6.81 269 76 170 1 80 13 6 33 0.0618 7.56 270 74 168 3 78 15 7 33 0.0620 9.94 270 72 167 4 78 18 8 23 0.0622 10.42 270 70 165 5 76 20 9 13 0.0624 10.94 270 68 163 6 74 22 10 3 0.0625 11.55 270 67 161 7 73 23 11 -7 0.0626 12.11 270 65 159 9 71 25 12 43 0.0608 4.42 269 88 -177 179 87 -1 13 33 0.0611 4.88 269 84 177 359 87 5 14 33 0.0613 7.45 269 79 174 0 84 10 15 23 0.0615 7.89 270 76 171 2 82 13 16 13 0.0617 8.51 270 74 169 3 80 15 17 3 0.0618 9.09 270 72 167 4 77 17 18 -7 0.0618 9.62 270 70 165 5 76 19 19 -7 0.0619 11.56 270 67 164 6 75 22 20 -17 0.0620 12.09 270 66 162 8 73 24 21 33 0.0605 5.79 88 89 173 178 83 0 22 23 0.0608 5.97 269 86 -177 179 87 -3 23 13 0.0610 6.41 269 83 178 0 88 6 24 3 0.0611 6.76 270 80 175 1 85 9 25 3 0.0612 8.98 270 76 172 2 83 13 26 -7 0.0613 9.42 270 74 170 3 80 16 27 -17 0.0613 9.86 270 71 168 4 78 18 28 -27 0.0613 10.41 270 69 165 5 76 20 29 -37 0.0613 10.85 270 67 163 7 74 22 30 153 0.0626 13.05 268 66 156 7 68 25 31 143 0.0632 13.82 268 66 155 8 68 25 32 133 0.0637 14.62 268 65 155 9 67 26 33 123 0.0640 15.30 269 65 154 10 67 26 34 113 0.0642 15.93 269 64 153 11 66 27 35 103 0.0645 16.55 269 64 153 11 65 28 36 103 0.0649 17.55 270 63 154 12 67 29 37 93 0.0653 17.93 270 62 153 13 66 30 38 83 0.0659 18.30 270 61 152 14 65 31 39 133 0.0626 11.19 267 66 155 7 67 25 40 123 0.0631 12.08 267 66 155 8 67 25 41 123 0.0634 13.80 268 66 157 8 69 24 42 113 0.0637 14.50 269 66 156 8 69 25 43 103 0.0640 15.14 269 65 156 9 68 26 44 93 0.0644 15.80 269 64 155 10 67 27 45 83 0.0648 16.40 269 63 154 11 67 28 46 73 0.0653 16.89 269 63 153 12 66 29 47 63 0.0658 17.33 270 62 152 13 65 30 48 123 0.0625 10.51 267 68 159 5 70 22 49 113 0.0629 11.30 268 67 158 6 70 23 50 103 0.0631 12.15 268 67 157 7 69 24 51 103 0.0634 13.87 269 66 159 7 71 24 52 93 0.0637 14.58 269 65 158 8 70 25 53 83 0.0642 15.23 269 65 157 9 69 26 54 73 0.0646 15.75 269 64 156 10 68 27 55 63 0.0651 16.26 270 63 155 11 67 28 56 53 0.0657 16.66 270 62 154 12 67 29 57 113 0.0622 9.95 268 69 162 4 73 20 58 103 0.0625 10.81 268 69 161 5 73 21 59 93 0.0628 11.61 268 68 160 6 72 22 60 83 0.0631 12.46 268 67 159 6 71 23 61 73 0.0635 13.20 269 66 158 7 70 24 62 73 0.0639 14.75 269 65 159 8 71 25 63 63 0.0644 15.30 269 64 158 9 70 26 64 53 0.0649 15.71 270 63 156 10 69 28 65 43 0.0654 16.16 270 62 155 11 68 29 66 93 0.0618 8.31 268 71 163 3 74 19 67 83 0.0621 9.16 268 70 162 4 73 20 68 83 0.0624 11.37 268 69 163 4 74 21 69 73 0.0628 12.17 269 68 162 5 73 22 70 63 0.0633 12.87 269 67 160 6 72 23 71 53 0.0637 13.51 269 66 159 7 71 24 72 43 0.0641 14.02 269 65 158 8 70 25 73 33 0.0646 14.61 269 64 157 9 69 26 74 23 0.0649 15.01 270 63 156 11 68 28 75 83 0.0614 8.24 268 73 167 1 78 16 76 73 0.0617 9.09 268 72 165 2 76 18 77 63 0.0621 9.97 268 70 164 3 75 19 78 53 0.0624 10.73 268 69 162 5 73 21 79 53 0.0629 12.65 269 68 163 5 74 22 80 43 0.0633 13.29 269 67 162 6 73 23 81 33 0.0638 13.83 269 66 160 7 72 24 82 23 0.0641 14.26 270 65 159 8 71 25 83 13 0.0644 14.71 270 64 158 10 70 27 84 63 0.0609 6.66 268 75 169 1 79 14 85 63 0.0613 9.30 268 73 169 1 79 16 86 53 0.0617 10.00 268 72 167 2 78 17 87 43 0.0621 10.74 269 71 165 3 76 19 88 33 0.0625 11.36 269 70 164 4 75 20 89 23 0.0629 12.01 269 68 163 5 74 21 90 13 0.0632 12.55 269 67 161 7 73 23 91 13 0.0634 14.10 270 66 161 7 73 25 92 3 0.0637 14.56 270 64 159 9 71 26 93 53 0.0605 7.22 268 78 173 359 83 11 94 43 0.0609 7.95 268 76 171 0 81 14 95 33 0.0612 8.70 269 74 169 1 79 15 96 33 0.0617 10.93 269 72 168 2 79 17 97 23 0.0620 11.54 269 71 167 3 77 19 98 13 0.0624 12.10 269 69 165 4 76 20 99 3 0.0626 12.53 270 68 163 6 75 22 100 -7 0.0628 13.04 270 67 162 7 73 23 automatic search suggests trial source # 38 Results for subevent # 1 trial source position # 38 time shift (multiple of dt) 83 strike,dip,rake 270 61 152 strike,dip,rake 14 65 31 SING. values, inlcuding vardat (min., max, min/max): 1.58755552E-15 7.56497831E-15 0.209855929 1.04152399E+16 2.80236130E+13 1.63282161E+15 5.89513897E+15 8.48884985E+14 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= 4 variance reduction, weighted varred= 4.33456898E-03 ------- -------------#### ----------------##### ------------------####### --------------------######### ---------------------########## ---------------------########## ------################-----###### --####################---------## #####################------------ #####################------------ ####### ##########------------- ###### T #########------------- ###### #########------------- ################------------- #############-------- - #########---------- P ######----------- ------- 2022-04-28 18:47:03,736 INFO None 2022-04-28 18:47:03,737 INFO This is ISOLA Initializing array w Time required: 0.658592284 Reading input file gr.hes Time required: 2.67136073 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.967114866 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -17 0.0629 13.47 270 66 160 8 72 25 2 33 0.0600 5.98 268 81 177 358 87 8 3 33 0.0604 8.53 268 78 175 359 85 11 4 23 0.0608 9.09 269 76 172 0 82 13 5 13 0.0612 9.74 269 74 170 1 81 15 6 3 0.0614 10.31 269 73 168 2 79 16 7 -7 0.0616 10.80 269 71 166 4 77 18 8 -7 0.0618 12.68 270 69 165 5 76 21 9 -17 0.0619 13.07 270 67 164 6 75 22 10 -27 0.0620 13.46 270 66 162 7 73 24 11 153 0.0632 15.64 268 67 156 7 68 24 12 143 0.0639 16.28 268 67 156 8 68 24 13 143 0.0645 17.63 269 66 158 8 69 24 14 133 0.0651 18.06 269 66 157 9 69 25 15 123 0.0656 18.50 269 65 156 10 68 26 16 113 0.0660 18.81 270 64 155 11 67 27 17 103 0.0665 19.13 270 64 154 11 67 28 18 93 0.0671 19.40 270 63 153 12 66 29 19 83 0.0676 19.53 270 62 153 13 66 29 20 143 0.0631 14.80 268 68 159 6 70 23 21 133 0.0637 15.39 268 67 158 7 70 23 22 123 0.0642 16.03 268 67 157 7 69 24 23 123 0.0647 17.36 269 66 159 8 70 25 24 113 0.0652 17.73 269 65 157 9 70 25 25 103 0.0657 18.11 269 65 157 10 69 26 26 93 0.0662 18.46 270 64 156 10 68 27 27 83 0.0668 18.72 270 63 155 11 68 28 28 73 0.0674 18.87 270 63 154 12 67 29 29 133 0.0628 14.07 268 68 161 5 73 22 30 123 0.0634 14.77 268 68 160 5 72 22 31 113 0.0639 15.37 268 67 159 6 71 23 32 103 0.0643 15.93 268 66 158 7 70 24 33 93 0.0648 16.47 269 66 157 8 69 25 34 83 0.0653 16.96 269 65 157 9 69 26 35 83 0.0659 17.98 270 64 157 9 70 26 36 73 0.0665 18.16 270 64 157 10 69 27 37 63 0.0671 18.33 270 63 156 11 68 28 38 113 0.0624 12.36 267 69 161 4 73 21 39 113 0.0629 14.30 268 69 163 4 74 21 40 103 0.0634 14.88 268 68 162 5 73 22 41 93 0.0639 15.45 268 67 160 6 72 23 42 83 0.0644 15.99 269 66 159 7 71 24 43 73 0.0650 16.58 269 66 159 8 70 25 44 63 0.0656 16.95 269 65 158 9 70 25 45 53 0.0662 17.30 270 65 157 10 69 26 46 43 0.0668 17.57 270 64 156 11 68 27 47 103 0.0620 12.06 268 70 164 3 75 19 48 93 0.0624 12.76 268 69 163 4 74 20 49 93 0.0629 14.57 268 68 164 4 75 21 50 83 0.0634 15.21 268 68 163 5 74 22 51 73 0.0640 15.80 269 67 162 6 73 23 52 63 0.0646 16.30 269 66 161 7 72 24 53 53 0.0652 16.63 269 66 160 8 71 24 54 43 0.0657 16.96 270 65 159 9 71 25 55 33 0.0663 17.22 270 64 158 10 70 26 56 93 0.0614 11.91 267 71 167 1 78 18 57 83 0.0619 12.56 268 70 166 2 76 19 58 73 0.0624 13.31 268 70 164 3 75 20 59 63 0.0629 14.02 268 69 163 4 74 21 60 53 0.0635 14.62 269 68 162 5 73 22 61 43 0.0640 15.15 269 68 161 6 73 22 62 43 0.0646 16.50 269 66 161 7 73 24 63 33 0.0651 16.78 270 66 160 8 72 25 64 23 0.0655 16.92 270 65 159 9 71 26 65 73 0.0607 10.41 267 72 168 1 78 17 66 73 0.0612 12.71 268 71 168 1 79 18 67 63 0.0618 13.40 268 71 167 2 77 19 68 53 0.0624 14.11 268 70 166 3 76 20 69 43 0.0630 14.60 269 69 164 4 75 21 70 33 0.0636 15.10 269 68 163 5 74 22 71 23 0.0640 15.51 269 67 162 6 73 23 72 13 0.0644 15.77 270 67 161 7 72 24 73 3 0.0647 16.00 270 66 159 8 71 25 74 63 0.0601 10.72 267 74 171 359 81 15 75 53 0.0607 11.50 268 73 169 1 80 16 76 43 0.0613 12.30 268 72 168 2 78 17 77 33 0.0618 12.90 268 71 167 3 77 18 78 33 0.0623 14.77 269 70 166 3 77 20 79 23 0.0628 15.17 269 69 165 4 76 21 80 13 0.0632 15.47 269 68 164 5 75 22 81 3 0.0634 15.65 269 67 162 6 74 23 82 -7 0.0636 15.86 270 66 161 7 72 24 83 53 0.0594 11.31 267 75 174 358 84 14 84 43 0.0601 12.05 268 74 172 0 82 15 85 33 0.0607 12.66 268 73 170 1 81 16 86 23 0.0612 13.19 268 72 169 2 79 17 87 13 0.0616 13.67 269 71 167 3 78 18 88 3 0.0619 14.02 269 70 166 4 77 19 89 -7 0.0622 14.39 269 69 164 5 75 21 90 -17 0.0624 14.67 269 68 163 6 74 22 91 -27 0.0625 14.98 269 67 161 7 73 23 92 163 0.0638 19.22 269 69 160 6 71 22 93 153 0.0647 19.68 269 68 159 7 71 22 94 143 0.0655 19.98 269 68 159 7 70 23 95 133 0.0661 20.20 270 67 158 8 69 23 96 133 0.0667 20.77 270 66 159 9 70 24 97 123 0.0673 20.81 270 66 158 9 70 25 98 113 0.0679 20.84 271 65 157 10 69 26 99 103 0.0686 20.84 271 65 156 11 69 26 100 93 0.0692 20.70 271 64 156 12 68 27 automatic search suggests trial source # 100 Results for subevent # 1 trial source position # 100 time shift (multiple of dt) 93 strike,dip,rake 271 64 156 strike,dip,rake 12 68 27 SING. values, inlcuding vardat (min., max, min/max): 1.26852702E-15 6.74899632E-15 0.187957883 1.37613662E+16 -1.66416276E+14 2.13146839E+15 7.37508538E+15 1.06346598E+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= 4 variance reduction, weighted varred= 4.78994846E-03 ------- -------------#### ---------------###### -----------------######## -------------------########## --------------------########### --------------------########### -------##############---######### --###################---------### #####################------------ ####################------------- ####### ##########------------- ###### T #########------------- ###### ########-------------- ################------------- #############-------- - ##########--------- P ######----------- ------- 2022-04-28 18:47:08,862 INFO None 2022-04-28 18:47:08,863 INFO This is ISOLA Initializing array w Time required: 0.682470977 Reading input file gr.hes Time required: 2.69481325 number of stations (max 16 ), nr= 4 stations used in the inversion: CLB1 FJR1 LOZ1 CR01 ../../raw/0/CLB1raw.dat CLB1fil.dat ../../raw/0/FJR1raw.dat FJR1fil.dat ../../raw/0/LOZ1raw.dat LOZ1fil.dat ../../raw/0/CR01raw.dat CR01fil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.847191989 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 153 0.0635 18.46 269 69 162 5 73 21 2 143 0.0644 18.89 269 69 161 6 72 21 3 133 0.0651 19.14 269 68 160 6 72 22 4 123 0.0657 19.40 269 67 159 7 71 23 5 113 0.0663 19.66 269 67 158 8 70 24 6 103 0.0669 19.88 270 66 158 9 70 24 7 93 0.0675 20.07 270 66 157 9 69 25 8 83 0.0682 20.20 270 65 156 10 69 25 9 73 0.0690 20.14 271 65 156 11 68 26 10 143 0.0632 17.88 268 69 164 4 75 20 11 133 0.0639 18.20 269 69 163 5 74 21 12 123 0.0646 18.52 269 68 162 5 73 22 13 113 0.0652 18.83 269 68 161 6 72 22 14 103 0.0658 19.14 269 67 160 7 72 23 15 93 0.0665 19.40 270 67 159 8 71 24 16 83 0.0672 19.60 270 66 159 8 70 24 17 73 0.0679 19.66 270 66 158 9 70 25 18 63 0.0686 19.66 271 65 157 10 69 25 19 123 0.0627 16.24 268 70 164 3 75 20 20 123 0.0633 17.75 268 69 165 3 76 20 21 113 0.0640 18.11 268 69 164 4 75 21 22 103 0.0647 18.46 269 68 163 5 74 22 23 93 0.0653 18.81 269 68 162 6 73 22 24 83 0.0660 19.09 269 67 161 7 72 23 25 73 0.0668 19.27 270 67 160 8 72 23 26 63 0.0675 19.32 270 66 159 8 71 24 27 53 0.0681 19.27 271 66 159 9 71 25 28 113 0.0620 15.88 268 71 166 2 77 19 29 103 0.0627 16.37 268 70 165 3 76 20 30 93 0.0633 16.89 268 69 164 3 75 20 31 83 0.0640 17.39 268 69 163 4 74 21 32 83 0.0647 18.65 269 68 163 5 75 22 33 73 0.0655 18.92 269 68 163 6 74 22 34 63 0.0661 19.02 270 67 162 7 73 23 35 53 0.0668 19.04 270 67 161 8 72 23 36 33 0.0674 18.53 270 67 159 9 71 24 37 103 0.0613 15.77 267 71 168 1 79 18 38 93 0.0621 16.28 267 71 167 2 78 19 39 83 0.0627 16.83 268 70 166 2 77 19 40 73 0.0635 17.33 268 70 165 3 76 20 41 63 0.0642 17.74 269 69 164 4 75 21 42 53 0.0649 17.98 269 69 163 5 74 21 43 43 0.0655 18.18 270 68 162 6 73 22 44 33 0.0661 18.28 270 68 161 7 73 22 45 23 0.0665 18.28 270 67 160 8 72 23 46 83 0.0606 14.40 267 72 169 0 79 17 47 83 0.0613 16.45 267 71 169 1 79 18 48 73 0.0621 17.01 268 71 168 1 78 19 49 63 0.0628 17.44 268 70 167 2 77 19 50 53 0.0635 17.75 269 70 166 3 76 20 51 43 0.0641 18.00 269 69 165 4 75 21 52 33 0.0647 18.14 269 69 164 5 75 21 53 23 0.0651 18.17 270 68 163 6 74 22 54 13 0.0655 18.15 270 67 162 7 73 23 55 73 0.0599 14.74 267 73 171 359 81 16 56 63 0.0606 15.39 267 72 170 0 80 17 57 53 0.0613 15.96 268 72 168 1 79 18 58 43 0.0620 16.40 268 71 167 2 78 18 59 33 0.0626 16.74 269 71 166 3 77 19 60 33 0.0632 18.10 269 70 166 4 77 20 61 23 0.0636 18.17 269 69 165 4 76 21 62 13 0.0640 18.18 270 68 164 5 75 21 63 3 0.0642 18.10 270 67 163 6 74 22 64 63 0.0591 15.25 266 74 173 358 83 15 65 53 0.0598 15.87 267 73 172 359 82 16 66 43 0.0606 16.33 267 72 170 0 81 17 67 33 0.0612 16.70 268 72 169 1 79 17 68 23 0.0617 16.97 268 71 168 2 78 18 69 13 0.0622 17.15 269 71 167 3 77 19 70 3 0.0625 17.30 269 70 165 4 76 20 71 -7 0.0627 17.34 269 69 164 5 75 21 72 -17 0.0630 17.41 270 68 163 6 74 22 73 163 0.0642 21.74 269 71 162 5 73 19 74 163 0.0654 22.71 270 70 163 5 74 20 75 153 0.0664 22.68 270 70 162 6 73 20 76 143 0.0671 22.60 270 69 161 7 73 21 77 133 0.0679 22.54 271 69 161 8 72 21 78 123 0.0686 22.41 271 68 160 8 71 22 79 113 0.0692 22.22 271 68 159 9 71 22 80 103 0.0700 22.02 272 67 159 10 70 23 81 93 0.0707 21.71 272 67 158 10 70 23 82 163 0.0640 21.95 269 71 165 4 76 19 83 153 0.0649 22.00 269 70 164 4 75 19 84 143 0.0658 22.06 270 70 164 5 75 20 85 133 0.0666 22.04 270 69 163 6 74 20 86 123 0.0673 21.97 270 69 162 6 73 21 87 113 0.0680 21.91 271 69 161 7 73 21 88 103 0.0688 21.80 271 68 161 8 72 22 89 93 0.0695 21.61 271 68 160 9 72 22 90 83 0.0703 21.35 272 68 160 9 71 22 91 143 0.0634 20.38 269 71 165 3 76 18 92 143 0.0644 21.55 269 71 166 3 77 19 93 133 0.0652 21.60 269 70 165 4 76 19 94 123 0.0660 21.63 270 70 164 5 75 20 95 113 0.0667 21.61 270 69 163 5 74 20 96 103 0.0675 21.60 270 69 163 6 74 21 97 93 0.0683 21.50 271 69 162 7 73 21 98 83 0.0690 21.33 271 69 162 8 73 21 99 73 0.0699 21.14 272 68 161 9 72 22 100 133 0.0629 20.03 268 72 167 2 78 18 automatic search suggests trial source # 81 Results for subevent # 1 trial source position # 81 time shift (multiple of dt) 93 strike,dip,rake 272 67 158 strike,dip,rake 10 70 23 SING. values, inlcuding vardat (min., max, min/max): 1.12588805E-15 6.14540487E-15 0.183208123 1.60411703E+16 -4.78555624E+14 2.18308745E+15 8.32009468E+15 1.11050601E+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= 4 variance reduction, weighted varred= 5.00309467E-03 ------- ------------##### ---------------###### -----------------######## -------------------########## --------------------########### --------------------########### --------#############-########### --###################-------##### ####################------------# ####################------------- ###################-------------- ##### ##########------------- ##### T #########-------------- #### #########------------- #############-------- - ##########--------- P #######---------- ------- 2022-04-28 18:47:08,864 INFO Function 'calculateInversions' executed 129.1 seconds 2022-04-28 18:47:13,466 INFO Function 'gatherResults' executed 4.6 seconds 2022-04-28 18:47:25,358 INFO Function 'allplots' executed 11.89 seconds