2022-05-02 20:15:29,122 INFO Starting MT calculation for Event Event: 2022-04-29T04:24:18.110000Z | +18.346, -68.306 | 3.85 Md | manual resource_id: ResourceIdentifier(id="smi:org.gfz-potsdam.de/geofon/PR2022_ihyc") creation_info: CreationInfo(agency_id='PRSMP', author='scevent@sc.smp.uprm.edu', creation_time=UTCDateTime(2022, 4, 29, 5, 42, 56, 925600)) preferred_origin_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022119000") preferred_magnitude_id: ResourceIdentifier(id="quakeml:pr.anss.org/magnitude/2022119000/Md") --------- event_descriptions: 1 Elements picks: 31 Elements origins: 1 Elements magnitudes: 1 Elements Origin resource_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022119000") time: UTCDateTime(2022, 4, 29, 4, 24, 18, 110000) longitude: -68.3063 latitude: 18.3461 depth: 107000.0 [uncertainty=1290.0] depth_type: 'from location' quality: OriginQuality(used_phase_count=31, used_station_count=15, standard_error=0.06, azimuthal_gap=274.0, minimum_distance=0.1838) origin_uncertainty: OriginUncertainty(horizontal_uncertainty=6770.0, preferred_description='horizontal uncertainty') evaluation_mode: 'manual' creation_info: CreationInfo(agency_id='PRSN', author='prsn@prsn.uprm.edu', creation_time=UTCDateTime(2022, 4, 29, 5, 39, 59, 819754)) --------- arrivals: 31 Elements Magnitude resource_id: ResourceIdentifier(id="quakeml:pr.anss.org/magnitude/2022119000/Md") mag: 3.85 [uncertainty=0.11] magnitude_type: 'Md' origin_id: ResourceIdentifier(id="quakeml:pr.anss.org/origin/2022119000") method_id: ResourceIdentifier(id="quakeml:anss.org/cube/magnitudeType/Md") station_count: 7 evaluation_status: 'reviewed' creation_info: CreationInfo(agency_id='PRSN', author='prsn@prsn.uprm.edu', creation_time=UTCDateTime(2022, 4, 29, 5, 39, 59, 819754)) 2022-05-02 20:15:29,122 INFO Setting working dir to: /home/prsmp/PRSMP/results/realtime/2022/PR2022_ihyc/2022-05-02T20:15:29.074173Z 2022-05-02 20:15:29,123 INFO Retrieving inventory with working epochs from 2022-04-29T04:24:08.110000Z to 2022-04-29T04:28:25.110000Z and stations between 0 and 250 km from event's location 2022-05-02 20:15:29,127 INFO Connecting to FDSNWS host http://192.168.2.23:8080 2022-05-02 20:15:34,208 INFO Accepted channels: ['BH1', 'BH2', 'BH3', 'BHE', 'BHN', 'BHZ', 'HH1', 'HH2', 'HH3', 'HHE', 'HHN', 'HHZ', 'HN1', 'HN2', 'HN3', 'HNE', 'HNN', 'HNZ'] 2022-05-02 20:15:34,377 INFO Saving inventory in one StationXML file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_ihyc/2022-05-02T20:15:29.074173Z/inventory.xml 2022-05-02 20:15:35,235 INFO Function 'getInventory' executed 6.11 seconds 2022-05-02 20:15:35,251 INFO Inventory created at 2022-05-02T20:15:34.377649Z Created by: ObsPy 1.2.2 https://www.obspy.org Sending institution: ObsPy 1.2.2,SeisComP (PRSMP) Contains: Networks (346): IU (9x), PR (337x) Stations (346): IU.SJG ((GSN) IRIS/USGS (IU)) (9x) PR.ADJ1 (Adjuntas Casa Pueblo) (3x) PR.AG02 (UPR Aguadilla Station) (3x) PR.AGPR (AGPR) (6x) PR.ANS1 (Anasco Parish) (3x) PR.AOPR (AOPR) (6x) PR.AR02 (UPR Arecibo Station) (3x) PR.BRR1 (Barranquitas Fire Station) (2x) PR.BY01 (Bayamon Science Park) (3x) PR.BY02 (Bayamon OMME) (3x) PR.CBR1 (Cabo Rojo Fire Station) (3x) PR.CBR2 (Boqueron Fire Station) (3x) PR.CBR3 (Cabo Rojo Lighthouse) (3x) PR.CELP (CELP) (6x) PR.CG01 (Caguas OMME) (3x) PR.CLS1 (Ciales Fire Station) (3x) PR.COM1 (Coamo Fire Station) (3x) PR.CR01 (Carolina Fire Station) (3x) PR.CR02 (Carolina Airport) (3x) PR.CR03 (Carolina UPR Station) (3x) PR.CRPR (CRPR) (6x) PR.CTN1 (Catano OMME) (3x) PR.CYY1 (Cayey USGS Observatory) (3x) PR.CYY2 (Cayey UPR Station) (3x) PR.DRD1 (Dorado OMME) (3x) PR.ECPR (ECPR) (11x) PR.EMPR (EMPR) (6x) PR.GBPR (Bosque Seco Guanica) (3x) PR.GCPR (GCPR) (6x) PR.GNC1 (Guanica OMME) (3x) PR.GNC2 (Guanica Dry Forest) (3x) PR.GY01 (Guaynabo Fire Station) (3x) PR.GY02 (CMA Guaynabo) (3x) PR.GYM1 (Guayama Fire Station) (3x) PR.GYM2 (Guayama Carrite Dam) (3x) PR.GYN1 (Guayanilla Fire Station) (3x) PR.HRM1 (Hormigueros Minor Basilic) (3x) PR.HTL1 (Hatillo Fire Station) (3x) PR.IGPR (IGPR) (6x) PR.ISB1 (Isabela Fire Station) (3x) PR.ISB2 (Isabela Guajataca) (3x) PR.JND1 (Guayabal Dam Free Field) (3x) PR.LJS1 (Lajas OMME) (3x) PR.LJS2 (Lajas Virgen Del Carmen Chapel) (3x) PR.LSP (Cerro Las Mesas) (3x) PR.MLPR (MLPR) (6x) PR.MRC1 (Maricao Fire Station) (3x) PR.MY02 (Mayaguez, El Castillo) (3x) PR.MY03 (Mayaguez, El Mani) (3x) PR.MY04 (Mayaguez, La Quinta) (3x) PR.MY05 (Mayaguez, Monasterio) (3x) PR.MY08 (Mayaguez Cathedral) (3x) PR.MY09 (Mayaguez, Bridge Free Field) (3x) PR.MY10 (UPR Mayaguez Station) (3x) PR.MY12 (Mayaguez, Club de Officinistas II) (3x) PR.OBIP (OBIP) (3x) PR.PCDR (PCDR) (6x) PR.PDPR (PDPR) (6x) PR.PN01 (Ponce OMME) (3x) PR.PN02 (Ponce Water Treatment Facility) (3x) PR.PN03 (Ponce, Obispado) (3x) PR.PN04 (Ponce, Siervas de Maria) (3x) PR.PN05 (Ponce, Del Carmen Chapel) (3x) PR.PN06 (Ponce, Santa Maria Reina) (3x) PR.PN07 (Ponce, San Jose) (3x) PR.PN08 (Ponce, Cathedral) (3x) PR.PN09 (Ponce, Caja de Muerto Island) (3x) PR.PN10 (Ponce, Toll) (3x) PR.PN11 (Ponce, San Martin de Porres) (3x) PR.PN12 (Ponce, Victor Rivera y Asoc.) (3x) PR.PN13 (UPR Ponce Station) (3x) PR.PNL2 (Penuelas Sagrado Corazon Chapel) (3x) PR.PNL3 (Penuelas Sagrado Corazon Chapel) (3x) PR.PRSN (PRSN) (6x) PR.QBPR (QBPR) (3x) PR.RNC1 (Rincon Post Office) (3x) PR.ROPR (ROPR) (3x) PR.SBG1 (Sabana Grande Fire Station) (3x) PR.SJ01 (Institute of Neurobiology) (3x) PR.SJ02 (San Juan, Barrio Obrero) (3x) PR.SJ03 (Hato Rey Fire Station) (3x) PR.SJ07 (UPR San Juan Medical) (3x) PR.SMDR (SMDR) (6x) PR.SNG1 (San German Fire Station) (3x) PR.SNG3 (San German, San Jose Colleg) (3x) PR.SNI1 (Santa Isabel Fire Station) (3x) PR.SNS1 (San Sebastian Fire Station) (3x) PR.TA01 (Trujillo Alto Fire Station) (3x) PR.TA02 (Carraizo Dam Free Field) (3x) PR.TOA1 (Toa Alta Fire Station) (3x) PR.TOA2 (La Plata Dam Free Field) (3x) PR.UTD1 (Utuado Fire Station) (3x) PR.UTD2 (UPR Utuado Station) (3x) PR.UTD3 (Dos Bocas Dam Free Field) (3x) PR.UUPR (UUPR) (6x) PR.VGB1 (Vega Baja OMME) (3x) PR.YAC1 (Luccheti Dam Free Field) (3x) PR.YAC2 (Yauco Fire Station) (3x) Channels (353): IU.SJG.00.BHZ, IU.SJG.00.BH1, IU.SJG.00.BH2, IU.SJG.00.HHZ, IU.SJG.00.HH1, IU.SJG.00.HH2, IU.SJG.10.BHZ, IU.SJG.10.BH1, IU.SJG.10.BH2, IU.SJG.10.HHZ, IU.SJG.10.HH1, IU.SJG.10.HH2, IU.SJG.20.HNZ, IU.SJG.20.HN1, IU.SJG.20.HN2, PR.ADJ1..HNZ, PR.ADJ1..HNN, PR.ADJ1..HNE, PR.AG02..HNZ, PR.AG02..HNN, PR.AG02..HNE, PR.AGPR.00.HHZ, PR.AGPR.00.HH1, PR.AGPR.00.HH2, PR.AGPR.00.HNZ, PR.AGPR.00.HN1, PR.AGPR.00.HN2, PR.ANS1..HNZ, PR.ANS1..HNN, PR.ANS1..HNE, PR.AOPR.00.HHZ, PR.AOPR.00.HH1, PR.AOPR.00.HH2, PR.AOPR.00.HNZ, PR.AOPR.00.HN1, PR.AOPR.00.HN2, PR.AR02..HNZ, PR.AR02..HNN, PR.AR02..HNE, PR.BRR1..HNZ, PR.BRR1..HNN, PR.BY01..HNZ, PR.BY01..HNN, PR.BY01..HNE, PR.BY02..HNZ, PR.BY02..HNN, PR.BY02..HNE, PR.CBR1..HNZ, PR.CBR1..HNN, PR.CBR1..HNE, PR.CBR2..HNZ, PR.CBR2..HNN, PR.CBR2..HNE, PR.CBR3..HNZ, PR.CBR3..HNN, PR.CBR3..HNE, PR.CELP.00.HHZ, PR.CELP.00.HH1, PR.CELP.00.HH2, PR.CELP.00.HNZ, PR.CELP.00.HN1, PR.CELP.00.HN2, PR.CG01..HNZ, PR.CG01..HNN, PR.CG01..HNE, PR.CLS1..HNZ, PR.CLS1..HNN, PR.CLS1..HNE, PR.COM1..HNZ, PR.COM1..HNN, PR.COM1..HNE, PR.CR01..HNZ, PR.CR01..HNN, PR.CR01..HNE, PR.CR02..HNZ, PR.CR02..HNN, PR.CR02..HNE, PR.CR03..HNZ, PR.CR03..HNN, PR.CR03..HNE, PR.CRPR.00.HHZ, PR.CRPR.00.HH1, PR.CRPR.00.HH2, PR.CRPR.00.HNZ, PR.CRPR.00.HN1, PR.CRPR.00.HN2, PR.CTN1..HNZ, PR.CTN1..HNN, PR.CTN1..HNE, PR.CYY1..HNZ, PR.CYY1..HNN, PR.CYY1..HNE, PR.CYY2..HNZ, PR.CYY2..HNN, PR.CYY2..HNE, PR.DRD1..HNZ, PR.DRD1..HNN, PR.DRD1..HNE, PR.ECPR..BHZ, PR.ECPR..BHN, PR.ECPR..BHE, PR.ECPR..HNZ, PR.ECPR..HNN, PR.ECPR..HNE, PR.ECPR.00.HHZ, PR.ECPR.00.HH1, PR.ECPR.00.HH2, PR.ECPR.00.HNZ, PR.ECPR.00.HN1, PR.ECPR.00.HN2, PR.EMPR.00.HHZ, PR.EMPR.00.HH1, PR.EMPR.00.HH2, PR.EMPR.00.HNZ, PR.EMPR.00.HN1, PR.EMPR.00.HN2, PR.GBPR.10.HHZ, PR.GBPR.10.HH1, PR.GBPR.10.HH2, PR.GCPR.00.HHZ, PR.GCPR.00.HH1, PR.GCPR.00.HH2, PR.GCPR.00.HNZ, PR.GCPR.00.HN1, PR.GCPR.00.HN2, PR.GNC1..HNZ, PR.GNC1..HNN, PR.GNC1..HNE, PR.GNC2..HNZ, PR.GNC2..HNN, PR.GNC2..HNE, PR.GY01..HNZ, PR.GY01..HNN, PR.GY01..HNE, PR.GY02..HNZ, PR.GY02..HN2, PR.GY02..HN3, PR.GYM1..HNZ, PR.GYM1..HNN, PR.GYM1..HNE, PR.GYM2..HNZ, PR.GYM2..HNN, PR.GYM2..HNE, PR.GYN1..HNZ, PR.GYN1..HNN, PR.GYN1..HNE, PR.HRM1..HNZ, PR.HRM1..HNN, PR.HRM1..HNE, PR.HTL1..HNZ, PR.HTL1..HNN, PR.HTL1..HNE, PR.IGPR.00.HHZ, PR.IGPR.00.HH1, PR.IGPR.00.HH2, PR.IGPR.00.HNZ, PR.IGPR.00.HN1, PR.IGPR.00.HN2, PR.ISB1..HNZ, PR.ISB1..HNN, PR.ISB1..HNE, PR.ISB2..HNZ, PR.ISB2..HNN, PR.ISB2..HNE, PR.JND1..HNZ, PR.JND1..HNN, PR.JND1..HNE, PR.LJS1..HNZ, PR.LJS1..HNN, PR.LJS1..HNE, PR.LJS2..HNZ, PR.LJS2..HNN, PR.LJS2..HNE, PR.LSP.10.HHZ, PR.LSP.10.HH1, PR.LSP.10.HH2, PR.MLPR.00.HHZ, PR.MLPR.00.HH1, PR.MLPR.00.HH2, PR.MLPR.00.HNZ, PR.MLPR.00.HN1, PR.MLPR.00.HN2, PR.MRC1..HNZ, PR.MRC1..HNN, PR.MRC1..HNE, PR.MY02..HNZ, PR.MY02..HNN, PR.MY02..HNE, PR.MY03..HNZ, PR.MY03..HNN, PR.MY03..HNE, PR.MY04..HNZ, PR.MY04..HNN, PR.MY04..HNE, PR.MY05..HNZ, PR.MY05..HNN, PR.MY05..HNE, PR.MY08..HNZ, PR.MY08..HNN, PR.MY08..HNE, PR.MY09..HNZ, PR.MY09..HNN, PR.MY09..HNE, PR.MY10..HNZ, PR.MY10..HNN, PR.MY10..HNE, PR.MY12..HNZ, PR.MY12..HNN, PR.MY12..HNE, PR.OBIP..BHZ, PR.OBIP..BHN, PR.OBIP..BHE, PR.PCDR..BHZ, PR.PCDR..BHN, PR.PCDR..BHE, PR.PCDR..HNZ, PR.PCDR..HNN, PR.PCDR..HNE, PR.PDPR.00.HHZ, PR.PDPR.00.HH1, PR.PDPR.00.HH2, PR.PDPR.00.HNZ, PR.PDPR.00.HN1, PR.PDPR.00.HN2, PR.PN01..HNZ, PR.PN01..HNN, PR.PN01..HNE, PR.PN02..HNZ, PR.PN02..HNN, PR.PN02..HNE, PR.PN03..HNZ, PR.PN03..HNN, PR.PN03..HNE, PR.PN04..HNZ, PR.PN04..HNN, PR.PN04..HNE, PR.PN05..HNZ, PR.PN05..HNN, PR.PN05..HNE, PR.PN06..HNZ, PR.PN06..HNN, PR.PN06..HNE, PR.PN07..HNZ, PR.PN07..HNN, PR.PN07..HNE, PR.PN08..HNZ, PR.PN08..HNN, PR.PN08..HNE, PR.PN09..HNZ, PR.PN09..HNN, PR.PN09..HNE, PR.PN10..HNZ, PR.PN10..HNN, PR.PN10..HNE, PR.PN11..HNZ, PR.PN11..HNN, PR.PN11..HNE, PR.PN12..HNZ, PR.PN12..HNN, PR.PN12..HNE, PR.PN13..HNZ, PR.PN13..HNN, PR.PN13..HNE, PR.PNL2..HNZ, PR.PNL2..HNN, PR.PNL2..HNE, PR.PNL3..HNZ, PR.PNL3..HNN, PR.PNL3..HNE, PR.PRSN.00.HHZ, PR.PRSN.00.HH1, PR.PRSN.00.HH2, PR.PRSN.00.HNZ, PR.PRSN.00.HN1, PR.PRSN.00.HN2, PR.QBPR..HNZ, PR.QBPR..HNN, PR.QBPR..HNE, PR.RNC1..HNZ, PR.RNC1..HNN, PR.RNC1..HNE, PR.ROPR.00.HNZ, PR.ROPR.00.HN1, PR.ROPR.00.HN2, PR.SBG1..HNZ, PR.SBG1..HNN, PR.SBG1..HNE, PR.SJ01..HNZ, PR.SJ01..HNN, PR.SJ01..HNE, PR.SJ02..HNZ, PR.SJ02..HNN, PR.SJ02..HNE, PR.SJ03..HNZ, PR.SJ03..HNN, PR.SJ03..HNE, PR.SJ07..HNZ, PR.SJ07..HNN, PR.SJ07..HNE, PR.SMDR..BHZ, PR.SMDR..BHN, PR.SMDR..BHE, PR.SMDR..HNZ, PR.SMDR..HNN, PR.SMDR..HNE, PR.SNG1..HNZ, PR.SNG1..HNN, PR.SNG1..HNE, PR.SNG3..HNZ, PR.SNG3..HNN, PR.SNG3..HNE, PR.SNI1..HNZ, PR.SNI1..HNN, PR.SNI1..HNE, PR.SNS1..HNZ, PR.SNS1..HNN, PR.SNS1..HNE, PR.TA01..HNZ, PR.TA01..HNN, PR.TA01..HNE, PR.TA02..HNZ, PR.TA02..HNN, PR.TA02..HNE, PR.TOA1..HNZ, PR.TOA1..HNN, PR.TOA1..HNE, PR.TOA2..HNZ, PR.TOA2..HNN, PR.TOA2..HNE, PR.UTD1..HNZ, PR.UTD1..HNN, PR.UTD1..HNE, PR.UTD2..HNZ, PR.UTD2..HNN, PR.UTD2..HNE, PR.UTD3..HNZ, PR.UTD3..HNN, PR.UTD3..HNE, PR.UUPR.00.HHZ, PR.UUPR.00.HH1, PR.UUPR.00.HH2, PR.UUPR.00.HNZ, PR.UUPR.00.HN1, PR.UUPR.00.HN2, PR.VGB1..HNZ, PR.VGB1..HNN, PR.VGB1..HNE, PR.YAC1..HNZ, PR.YAC1..HNN, PR.YAC1..HNE, PR.YAC2..HNZ, PR.YAC2..HNN, PR.YAC2..HNE 2022-05-02 20:15:35,278 INFO Selecting stations with channel codes ['BH', 'HH', 'HN'] and that they are between 0 and 250 km from event's location 2022-05-02 20:15:35,392 INFO Saving inventory in XML file /home/prsmp/PRSMP/results/realtime/2022/PR2022_ihyc/2022-05-02T20:15:29.074173Z/inventory.xml 2022-05-02 20:15:36,210 INFO Function 'selectDist' executed 0.93 seconds 2022-05-02 20:15:36,226 INFO Inventory created at 2022-05-02T20:15:35.392212Z Created by: ObsPy 1.2.2 https://www.obspy.org Sending institution: ObsPy 1.2.2,SeisComP (PRSMP) Contains: Networks (346): IU (9x), PR (337x) Stations (346): IU.SJG ((GSN) IRIS/USGS (IU)) (9x) PR.ADJ1 (Adjuntas Casa Pueblo) (3x) PR.AG02 (UPR Aguadilla Station) (3x) PR.AGPR (AGPR) (6x) PR.ANS1 (Anasco Parish) (3x) PR.AOPR (AOPR) (6x) PR.AR02 (UPR Arecibo Station) (3x) PR.BRR1 (Barranquitas Fire Station) (2x) PR.BY01 (Bayamon Science Park) (3x) PR.BY02 (Bayamon OMME) (3x) PR.CBR1 (Cabo Rojo Fire Station) (3x) PR.CBR2 (Boqueron Fire Station) (3x) PR.CBR3 (Cabo Rojo Lighthouse) (3x) PR.CELP (CELP) (6x) PR.CG01 (Caguas OMME) (3x) PR.CLS1 (Ciales Fire Station) (3x) PR.COM1 (Coamo Fire Station) (3x) PR.CR01 (Carolina Fire Station) (3x) PR.CR02 (Carolina Airport) (3x) PR.CR03 (Carolina UPR Station) (3x) PR.CRPR (CRPR) (6x) PR.CTN1 (Catano OMME) (3x) PR.CYY1 (Cayey USGS Observatory) (3x) PR.CYY2 (Cayey UPR Station) (3x) PR.DRD1 (Dorado OMME) (3x) PR.ECPR (ECPR) (11x) PR.EMPR (EMPR) (6x) PR.GBPR (Bosque Seco Guanica) (3x) PR.GCPR (GCPR) (6x) PR.GNC1 (Guanica OMME) (3x) PR.GNC2 (Guanica Dry Forest) (3x) PR.GY01 (Guaynabo Fire Station) (3x) PR.GY02 (CMA Guaynabo) (3x) PR.GYM1 (Guayama Fire Station) (3x) PR.GYM2 (Guayama Carrite Dam) (3x) PR.GYN1 (Guayanilla Fire Station) (3x) PR.HRM1 (Hormigueros Minor Basilic) (3x) PR.HTL1 (Hatillo Fire Station) (3x) PR.IGPR (IGPR) (6x) PR.ISB1 (Isabela Fire Station) (3x) PR.ISB2 (Isabela Guajataca) (3x) PR.JND1 (Guayabal Dam Free Field) (3x) PR.LJS1 (Lajas OMME) (3x) PR.LJS2 (Lajas Virgen Del Carmen Chapel) (3x) PR.LSP (Cerro Las Mesas) (3x) PR.MLPR (MLPR) (6x) PR.MRC1 (Maricao Fire Station) (3x) PR.MY02 (Mayaguez, El Castillo) (3x) PR.MY03 (Mayaguez, El Mani) (3x) PR.MY04 (Mayaguez, La Quinta) (3x) PR.MY05 (Mayaguez, Monasterio) (3x) PR.MY08 (Mayaguez Cathedral) (3x) PR.MY09 (Mayaguez, Bridge Free Field) (3x) PR.MY10 (UPR Mayaguez Station) (3x) PR.MY12 (Mayaguez, Club de Officinistas II) (3x) PR.OBIP (OBIP) (3x) PR.PCDR (PCDR) (6x) PR.PDPR (PDPR) (6x) PR.PN01 (Ponce OMME) (3x) PR.PN02 (Ponce Water Treatment Facility) (3x) PR.PN03 (Ponce, Obispado) (3x) PR.PN04 (Ponce, Siervas de Maria) (3x) PR.PN05 (Ponce, Del Carmen Chapel) (3x) PR.PN06 (Ponce, Santa Maria Reina) (3x) PR.PN07 (Ponce, San Jose) (3x) PR.PN08 (Ponce, Cathedral) (3x) PR.PN09 (Ponce, Caja de Muerto Island) (3x) PR.PN10 (Ponce, Toll) (3x) PR.PN11 (Ponce, San Martin de Porres) (3x) PR.PN12 (Ponce, Victor Rivera y Asoc.) (3x) PR.PN13 (UPR Ponce Station) (3x) PR.PNL2 (Penuelas Sagrado Corazon Chapel) (3x) PR.PNL3 (Penuelas Sagrado Corazon Chapel) (3x) PR.PRSN (PRSN) (6x) PR.QBPR (QBPR) (3x) PR.RNC1 (Rincon Post Office) (3x) PR.ROPR (ROPR) (3x) PR.SBG1 (Sabana Grande Fire Station) (3x) PR.SJ01 (Institute of Neurobiology) (3x) PR.SJ02 (San Juan, Barrio Obrero) (3x) PR.SJ03 (Hato Rey Fire Station) (3x) PR.SJ07 (UPR San Juan Medical) (3x) PR.SMDR (SMDR) (6x) PR.SNG1 (San German Fire Station) (3x) PR.SNG3 (San German, San Jose Colleg) (3x) PR.SNI1 (Santa Isabel Fire Station) (3x) PR.SNS1 (San Sebastian Fire Station) (3x) PR.TA01 (Trujillo Alto Fire Station) (3x) PR.TA02 (Carraizo Dam Free Field) (3x) PR.TOA1 (Toa Alta Fire Station) (3x) PR.TOA2 (La Plata Dam Free Field) (3x) PR.UTD1 (Utuado Fire Station) (3x) PR.UTD2 (UPR Utuado Station) (3x) PR.UTD3 (Dos Bocas Dam Free Field) (3x) PR.UUPR (UUPR) (6x) PR.VGB1 (Vega Baja OMME) (3x) PR.YAC1 (Luccheti Dam Free Field) (3x) PR.YAC2 (Yauco Fire Station) (3x) Channels (353): IU.SJG.00.BHZ, IU.SJG.00.BH1, IU.SJG.00.BH2, IU.SJG.00.HHZ, IU.SJG.00.HH1, IU.SJG.00.HH2, IU.SJG.10.BHZ, IU.SJG.10.BH1, IU.SJG.10.BH2, IU.SJG.10.HHZ, IU.SJG.10.HH1, IU.SJG.10.HH2, IU.SJG.20.HNZ, IU.SJG.20.HN1, IU.SJG.20.HN2, PR.ADJ1..HNZ, PR.ADJ1..HNN, PR.ADJ1..HNE, PR.AG02..HNZ, PR.AG02..HNN, PR.AG02..HNE, PR.AGPR.00.HHZ, PR.AGPR.00.HH1, PR.AGPR.00.HH2, PR.AGPR.00.HNZ, PR.AGPR.00.HN1, PR.AGPR.00.HN2, PR.ANS1..HNZ, PR.ANS1..HNN, PR.ANS1..HNE, PR.AOPR.00.HHZ, PR.AOPR.00.HH1, PR.AOPR.00.HH2, PR.AOPR.00.HNZ, PR.AOPR.00.HN1, PR.AOPR.00.HN2, PR.AR02..HNZ, PR.AR02..HNN, PR.AR02..HNE, PR.BRR1..HNZ, PR.BRR1..HNN, PR.BY01..HNZ, PR.BY01..HNN, PR.BY01..HNE, PR.BY02..HNZ, PR.BY02..HNN, PR.BY02..HNE, PR.CBR1..HNZ, PR.CBR1..HNN, PR.CBR1..HNE, PR.CBR2..HNZ, PR.CBR2..HNN, PR.CBR2..HNE, PR.CBR3..HNZ, PR.CBR3..HNN, PR.CBR3..HNE, PR.CELP.00.HHZ, PR.CELP.00.HH1, PR.CELP.00.HH2, PR.CELP.00.HNZ, PR.CELP.00.HN1, PR.CELP.00.HN2, PR.CG01..HNZ, PR.CG01..HNN, PR.CG01..HNE, PR.CLS1..HNZ, PR.CLS1..HNN, PR.CLS1..HNE, PR.COM1..HNZ, PR.COM1..HNN, PR.COM1..HNE, PR.CR01..HNZ, PR.CR01..HNN, PR.CR01..HNE, PR.CR02..HNZ, PR.CR02..HNN, PR.CR02..HNE, PR.CR03..HNZ, PR.CR03..HNN, PR.CR03..HNE, PR.CRPR.00.HHZ, PR.CRPR.00.HH1, PR.CRPR.00.HH2, PR.CRPR.00.HNZ, PR.CRPR.00.HN1, PR.CRPR.00.HN2, PR.CTN1..HNZ, PR.CTN1..HNN, PR.CTN1..HNE, PR.CYY1..HNZ, PR.CYY1..HNN, PR.CYY1..HNE, PR.CYY2..HNZ, PR.CYY2..HNN, PR.CYY2..HNE, PR.DRD1..HNZ, PR.DRD1..HNN, PR.DRD1..HNE, PR.ECPR..BHZ, PR.ECPR..BHN, PR.ECPR..BHE, PR.ECPR..HNZ, PR.ECPR..HNN, PR.ECPR..HNE, PR.ECPR.00.HHZ, PR.ECPR.00.HH1, PR.ECPR.00.HH2, PR.ECPR.00.HNZ, PR.ECPR.00.HN1, PR.ECPR.00.HN2, PR.EMPR.00.HHZ, PR.EMPR.00.HH1, PR.EMPR.00.HH2, PR.EMPR.00.HNZ, PR.EMPR.00.HN1, PR.EMPR.00.HN2, PR.GBPR.10.HHZ, PR.GBPR.10.HH1, PR.GBPR.10.HH2, PR.GCPR.00.HHZ, PR.GCPR.00.HH1, PR.GCPR.00.HH2, PR.GCPR.00.HNZ, PR.GCPR.00.HN1, PR.GCPR.00.HN2, PR.GNC1..HNZ, PR.GNC1..HNN, PR.GNC1..HNE, PR.GNC2..HNZ, PR.GNC2..HNN, PR.GNC2..HNE, PR.GY01..HNZ, PR.GY01..HNN, PR.GY01..HNE, PR.GY02..HNZ, PR.GY02..HN2, PR.GY02..HN3, PR.GYM1..HNZ, PR.GYM1..HNN, PR.GYM1..HNE, PR.GYM2..HNZ, PR.GYM2..HNN, PR.GYM2..HNE, PR.GYN1..HNZ, PR.GYN1..HNN, PR.GYN1..HNE, PR.HRM1..HNZ, PR.HRM1..HNN, PR.HRM1..HNE, PR.HTL1..HNZ, PR.HTL1..HNN, PR.HTL1..HNE, PR.IGPR.00.HHZ, PR.IGPR.00.HH1, PR.IGPR.00.HH2, PR.IGPR.00.HNZ, PR.IGPR.00.HN1, PR.IGPR.00.HN2, PR.ISB1..HNZ, PR.ISB1..HNN, PR.ISB1..HNE, PR.ISB2..HNZ, PR.ISB2..HNN, PR.ISB2..HNE, PR.JND1..HNZ, PR.JND1..HNN, PR.JND1..HNE, PR.LJS1..HNZ, PR.LJS1..HNN, PR.LJS1..HNE, PR.LJS2..HNZ, PR.LJS2..HNN, PR.LJS2..HNE, PR.LSP.10.HHZ, PR.LSP.10.HH1, PR.LSP.10.HH2, PR.MLPR.00.HHZ, PR.MLPR.00.HH1, PR.MLPR.00.HH2, PR.MLPR.00.HNZ, PR.MLPR.00.HN1, PR.MLPR.00.HN2, PR.MRC1..HNZ, PR.MRC1..HNN, PR.MRC1..HNE, PR.MY02..HNZ, PR.MY02..HNN, PR.MY02..HNE, PR.MY03..HNZ, PR.MY03..HNN, PR.MY03..HNE, PR.MY04..HNZ, PR.MY04..HNN, PR.MY04..HNE, PR.MY05..HNZ, PR.MY05..HNN, PR.MY05..HNE, PR.MY08..HNZ, PR.MY08..HNN, PR.MY08..HNE, PR.MY09..HNZ, PR.MY09..HNN, PR.MY09..HNE, PR.MY10..HNZ, PR.MY10..HNN, PR.MY10..HNE, PR.MY12..HNZ, PR.MY12..HNN, PR.MY12..HNE, PR.OBIP..BHZ, PR.OBIP..BHN, PR.OBIP..BHE, PR.PCDR..BHZ, PR.PCDR..BHN, PR.PCDR..BHE, PR.PCDR..HNZ, PR.PCDR..HNN, PR.PCDR..HNE, PR.PDPR.00.HHZ, PR.PDPR.00.HH1, PR.PDPR.00.HH2, PR.PDPR.00.HNZ, PR.PDPR.00.HN1, PR.PDPR.00.HN2, PR.PN01..HNZ, PR.PN01..HNN, PR.PN01..HNE, PR.PN02..HNZ, PR.PN02..HNN, PR.PN02..HNE, PR.PN03..HNZ, PR.PN03..HNN, PR.PN03..HNE, PR.PN04..HNZ, PR.PN04..HNN, PR.PN04..HNE, PR.PN05..HNZ, PR.PN05..HNN, PR.PN05..HNE, PR.PN06..HNZ, PR.PN06..HNN, PR.PN06..HNE, PR.PN07..HNZ, PR.PN07..HNN, PR.PN07..HNE, PR.PN08..HNZ, PR.PN08..HNN, PR.PN08..HNE, PR.PN09..HNZ, PR.PN09..HNN, PR.PN09..HNE, PR.PN10..HNZ, PR.PN10..HNN, PR.PN10..HNE, PR.PN11..HNZ, PR.PN11..HNN, PR.PN11..HNE, PR.PN12..HNZ, PR.PN12..HNN, PR.PN12..HNE, PR.PN13..HNZ, PR.PN13..HNN, PR.PN13..HNE, PR.PNL2..HNZ, PR.PNL2..HNN, PR.PNL2..HNE, PR.PNL3..HNZ, PR.PNL3..HNN, PR.PNL3..HNE, PR.PRSN.00.HHZ, PR.PRSN.00.HH1, PR.PRSN.00.HH2, PR.PRSN.00.HNZ, PR.PRSN.00.HN1, PR.PRSN.00.HN2, PR.QBPR..HNZ, PR.QBPR..HNN, PR.QBPR..HNE, PR.RNC1..HNZ, PR.RNC1..HNN, PR.RNC1..HNE, PR.ROPR.00.HNZ, PR.ROPR.00.HN1, PR.ROPR.00.HN2, PR.SBG1..HNZ, PR.SBG1..HNN, PR.SBG1..HNE, PR.SJ01..HNZ, PR.SJ01..HNN, PR.SJ01..HNE, PR.SJ02..HNZ, PR.SJ02..HNN, PR.SJ02..HNE, PR.SJ03..HNZ, PR.SJ03..HNN, PR.SJ03..HNE, PR.SJ07..HNZ, PR.SJ07..HNN, PR.SJ07..HNE, PR.SMDR..BHZ, PR.SMDR..BHN, PR.SMDR..BHE, PR.SMDR..HNZ, PR.SMDR..HNN, PR.SMDR..HNE, PR.SNG1..HNZ, PR.SNG1..HNN, PR.SNG1..HNE, PR.SNG3..HNZ, PR.SNG3..HNN, PR.SNG3..HNE, PR.SNI1..HNZ, PR.SNI1..HNN, PR.SNI1..HNE, PR.SNS1..HNZ, PR.SNS1..HNN, PR.SNS1..HNE, PR.TA01..HNZ, PR.TA01..HNN, PR.TA01..HNE, PR.TA02..HNZ, PR.TA02..HNN, PR.TA02..HNE, PR.TOA1..HNZ, PR.TOA1..HNN, PR.TOA1..HNE, PR.TOA2..HNZ, PR.TOA2..HNN, PR.TOA2..HNE, PR.UTD1..HNZ, PR.UTD1..HNN, PR.UTD1..HNE, PR.UTD2..HNZ, PR.UTD2..HNN, PR.UTD2..HNE, PR.UTD3..HNZ, PR.UTD3..HNN, PR.UTD3..HNE, PR.UUPR.00.HHZ, PR.UUPR.00.HH1, PR.UUPR.00.HH2, PR.UUPR.00.HNZ, PR.UUPR.00.HN1, PR.UUPR.00.HN2, PR.VGB1..HNZ, PR.VGB1..HNN, PR.VGB1..HNE, PR.YAC1..HNZ, PR.YAC1..HNN, PR.YAC1..HNE, PR.YAC2..HNZ, PR.YAC2..HNN, PR.YAC2..HNE 2022-05-02 20:15:36,252 INFO Retrieving waveforms based on inventory from 2022-04-29T04:24:08.110000Z to 2022-04-29T04:28:25.110000Z 2022-05-02 20:15:36,265 INFO Connecting to FDSNWS host http://192.168.2.23:8080 2022-05-02 20:17:47,029 INFO Saving waveforms in one mseed file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_ihyc/2022-05-02T20:15:29.074173Z/streams.mseed 2022-05-02 20:17:47,362 INFO 291 Trace(s) in Stream: PR.PCDR..BHE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 40.0 Hz, 10281 samples PR.PCDR..BHN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 40.0 Hz, 10281 samples PR.PCDR..BHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 40.0 Hz, 10281 samples PR.SMDR..BHE | 2022-04-29T04:24:08.090000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 10281 samples PR.SMDR..BHN | 2022-04-29T04:24:08.090000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 10281 samples PR.SMDR..BHZ | 2022-04-29T04:24:08.090000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 10281 samples PR.OBIP..BHE | 2022-04-29T04:24:08.105000Z - 2022-04-29T04:28:25.105000Z | 40.0 Hz, 10281 samples PR.OBIP..BHN | 2022-04-29T04:24:08.105000Z - 2022-04-29T04:28:25.105000Z | 40.0 Hz, 10281 samples PR.OBIP..BHZ | 2022-04-29T04:24:08.105000Z - 2022-04-29T04:28:25.105000Z | 40.0 Hz, 10281 samples PR.IGPR.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CELP.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CELP.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CELP.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HH1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HH2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HHZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.JND1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.JND1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.JND1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CR01..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CR01..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CR01..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.IGPR.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.IGPR.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.EMPR.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CBR2..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CBR2..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CBR2..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.HRM1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.HRM1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.HRM1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNI1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNI1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNI1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CLS1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CLS1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CLS1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GCPR.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.GCPR.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.PN08..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN08..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN08..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN12..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN12..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN12..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ADJ1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ADJ1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ADJ1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ANS1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ANS1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ANS1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN01..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN01..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GNC1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GNC1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GNC1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.AGPR.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.AGPR.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.GYM1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GYM1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GYM1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GY02..HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GY02..HN3 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GY02..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY09..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY09..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY09..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CELP.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CELP.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CELP.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.SJ03..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SJ03..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SJ03..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ISB2..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ISB2..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ISB2..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY10..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY10..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY10..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN13..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN13..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN13..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TA01..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TA01..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TA01..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GYN1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GYN1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GYN1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ISB1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ISB1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ISB1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN09..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN09..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN09..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.LJS1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.LJS1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.LJS1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.BY01..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.BY01..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.BY01..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.AOPR.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.AOPR.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.PN06..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN06..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN06..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CR02..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CR02..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CR02..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CBR3..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CBR3..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CBR3..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.UTD1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.UTD1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.UTD1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.YAC2..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.YAC2..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.YAC2..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CYY2..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CYY2..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CYY2..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.UTD2..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.UTD2..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.UTD2..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.COM1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.COM1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.COM1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.QBPR..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.QBPR..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.QBPR..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.PN05..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN05..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN05..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GY01..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GY01..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GY01..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PCDR..HNE | 2022-04-29T04:24:08.098393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 25701 samples PR.PCDR..HNN | 2022-04-29T04:24:08.098393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 25701 samples PR.PCDR..HNZ | 2022-04-29T04:24:08.098393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 25701 samples PR.CG01..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CG01..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CG01..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN11..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN11..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN11..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.HTL1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.HTL1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.HTL1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PNL2..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PNL2..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PNL2..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNG1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNG1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNG1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.DRD1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.DRD1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.DRD1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TA02..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TA02..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TA02..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.YAC1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.YAC1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.YAC1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY12..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY12..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY12..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TOA2..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TOA2..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TOA2..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SJ02..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SJ02..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SJ02..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.BRR1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.BRR1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY02..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY02..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY02..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CYY1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CYY1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CYY1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PNL3..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PNL3..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PNL3..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CRPR.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CRPR.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.VGB1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.VGB1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.VGB1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.RNC1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.RNC1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.RNC1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.AR02..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.AR02..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.AR02..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.UUPR.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.UUPR.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.CR03..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CR03..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CR03..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN07..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN07..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PN07..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GNC2..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GNC2..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GNC2..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MLPR.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.MLPR.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.SBG1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SBG1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SBG1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GYM2..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GYM2..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.GYM2..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CBR1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CBR1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CBR1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.UTD3..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.UTD3..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.UTD3..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.PRSN.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.PRSN.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.BY02..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.BY02..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.BY02..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MRC1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MRC1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MRC1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.AG02..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.AG02..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.AG02..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNS1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNS1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNS1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ROPR.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.ROPR.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.ROPR.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.SNG3..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNG3..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SNG3..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SJ01..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SJ01..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.SJ01..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TOA1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TOA1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.TOA1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CTN1..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CTN1..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.CTN1..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.ECPR.00.HN1 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HN2 | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.ECPR.00.HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 25701 samples PR.LJS2..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.LJS2..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.LJS2..HNZ | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY03..HNE | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples PR.MY03..HNN | 2022-04-29T04:24:08.100000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 51401 samples 2022-05-02 20:17:47,363 INFO Function 'inner' executed 131.11 seconds 2022-05-02 20:17:47,363 INFO Removing waveforms with inconsistency between data and meta data 2022-05-02 20:17:47,373 INFO Removing waveforms with gaps 2022-05-02 20:17:47,381 INFO Starting waveform checks and corrections Checking for SNR, clipping and long-period disturbances (based on configuration enabling). Correcting by applying linear detrend and instrument response removal 2022-05-02 20:18:02,248 INFO 219 Trace(s) in Stream: PR.ADJ1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ADJ1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ADJ1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.AG02..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.AG02..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.AG02..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ANS1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ANS1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ANS1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.AR02..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.AR02..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.AR02..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.BRR1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.BRR1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.BY01..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.BY01..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.BY01..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.BY02..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.BY02..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.BY02..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CBR1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CBR1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CBR1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CBR2..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CBR2..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CBR2..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CBR3..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CBR3..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CBR3..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CG01..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CG01..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CG01..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CLS1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CLS1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CLS1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.COM1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.COM1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.COM1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CR01..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CR01..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CR01..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CR02..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CR02..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CR02..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CR03..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CR03..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CR03..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CTN1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CTN1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CTN1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CYY1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CYY1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CYY1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CYY2..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CYY2..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.CYY2..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.DRD1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.DRD1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.DRD1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GNC1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GNC1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GNC1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GNC2..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GNC2..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GNC2..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GY01..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GY01..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GY01..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GYM1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GYM1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GYM1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GYM2..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GYM2..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GYM2..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GYN1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GYN1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.GYN1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.HRM1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.HRM1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.HRM1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.HTL1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.HTL1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.HTL1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ISB1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ISB1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ISB1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ISB2..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ISB2..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ISB2..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.JND1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.JND1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.JND1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.LJS1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.LJS1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.LJS1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.LJS2..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.LJS2..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.LJS2..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MRC1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MRC1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MRC1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY02..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY02..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY02..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY03..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY03..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY09..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY09..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY09..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY10..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY10..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY10..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY12..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY12..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY12..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.OBIP..BHE | 2022-04-29T04:24:18.105000Z - 2022-04-29T04:28:25.105000Z | 40.0 Hz, 9881 samples PR.OBIP..BHN | 2022-04-29T04:24:18.105000Z - 2022-04-29T04:28:25.105000Z | 40.0 Hz, 9881 samples PR.OBIP..BHZ | 2022-04-29T04:24:18.105000Z - 2022-04-29T04:28:25.105000Z | 40.0 Hz, 9881 samples PR.PCDR..BHE | 2022-04-29T04:24:18.100000Z - 2022-04-29T04:28:25.100000Z | 40.0 Hz, 9881 samples PR.PCDR..BHN | 2022-04-29T04:24:18.100000Z - 2022-04-29T04:28:25.100000Z | 40.0 Hz, 9881 samples PR.PCDR..BHZ | 2022-04-29T04:24:18.100000Z - 2022-04-29T04:28:25.100000Z | 40.0 Hz, 9881 samples PR.PCDR..HNE | 2022-04-29T04:24:18.108393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 24700 samples PR.PCDR..HNN | 2022-04-29T04:24:18.108393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 24700 samples PR.PCDR..HNZ | 2022-04-29T04:24:18.108393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 24700 samples PR.PN01..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN01..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN05..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN05..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN05..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN06..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN06..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN06..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN07..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN07..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN07..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN08..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN08..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN08..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN09..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN09..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN09..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN11..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN11..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN11..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN12..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN12..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN12..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN13..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN13..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PN13..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PNL2..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PNL2..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PNL2..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PNL3..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PNL3..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PNL3..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.QBPR..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 24700 samples PR.QBPR..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 24700 samples PR.QBPR..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 100.0 Hz, 24700 samples PR.RNC1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.RNC1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.RNC1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SBG1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SBG1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SBG1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SJ01..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SJ01..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SJ01..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SJ02..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SJ02..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SJ02..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SJ03..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SJ03..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SJ03..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SMDR..BHE | 2022-04-29T04:24:18.115000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 9880 samples PR.SMDR..BHN | 2022-04-29T04:24:18.115000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 9880 samples PR.SMDR..BHZ | 2022-04-29T04:24:18.115000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 9880 samples PR.SNG1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNG1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNG1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNG3..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNG3..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNG3..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNI1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNI1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNI1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNS1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNS1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SNS1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TA01..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TA01..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TA01..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TA02..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TA02..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TA02..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TOA1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TOA1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TOA1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TOA2..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TOA2..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.TOA2..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.UTD1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.UTD1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.UTD1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.UTD2..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.UTD2..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.UTD2..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.UTD3..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.UTD3..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.UTD3..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.VGB1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.VGB1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.VGB1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.YAC1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.YAC1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.YAC1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.YAC2..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.YAC2..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.YAC2..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples 2022-05-02 20:18:02,249 INFO Function 'inner' executed 14.89 seconds 2022-05-02 20:18:02,249 INFO Selecting subset of streams based on Azimuthal Coverage and Rules 2022-05-02 20:18:02,585 INFO Sector [0,45): [] 2022-05-02 20:18:02,608 INFO Sector [45,90): [('RNC1', 1, 'ACC', 3, -111707.8485456855), ('AG02', 1, 'ACC', 3, -124566.13649527781)] 2022-05-02 20:18:02,659 INFO Sector [90,135): [('MY12', 1, 'ACC', 3, -122479.27688255698), ('ANS1', 1, 'ACC', 3, -123351.38551949193)] 2022-05-02 20:18:02,660 INFO Sector [135,180): [] 2022-05-02 20:18:02,816 INFO Sector [180,225): [] 2022-05-02 20:18:02,817 INFO Sector [225,270): [] 2022-05-02 20:18:02,817 INFO Sector [270,315): [] 2022-05-02 20:18:02,824 INFO Sector [315,360): [('PCDR', 1, 'ACC', 6, -20236.488678476497), ('SMDR', 1, 'ACC', 3, -139829.58947214304)] 2022-05-02 20:18:02,840 INFO 21 Trace(s) in Stream: PR.AG02..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.AG02..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.AG02..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ANS1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ANS1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ANS1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY12..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY12..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY12..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PCDR..BHE | 2022-04-29T04:24:18.100000Z - 2022-04-29T04:28:25.100000Z | 40.0 Hz, 9881 samples PR.PCDR..BHN | 2022-04-29T04:24:18.100000Z - 2022-04-29T04:28:25.100000Z | 40.0 Hz, 9881 samples PR.PCDR..BHZ | 2022-04-29T04:24:18.100000Z - 2022-04-29T04:28:25.100000Z | 40.0 Hz, 9881 samples PR.PCDR..HNE | 2022-04-29T04:24:18.108393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 24700 samples PR.PCDR..HNN | 2022-04-29T04:24:18.108393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 24700 samples PR.PCDR..HNZ | 2022-04-29T04:24:18.108393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 24700 samples PR.RNC1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.RNC1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.RNC1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SMDR..BHE | 2022-04-29T04:24:18.115000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 9880 samples PR.SMDR..BHN | 2022-04-29T04:24:18.115000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 9880 samples PR.SMDR..BHZ | 2022-04-29T04:24:18.115000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 9880 samples 2022-05-02 20:18:02,840 INFO Function 'inner' executed 0.59 seconds 2022-05-02 20:18:02,846 INFO Saving corrected waveforms in one mseed file in /home/prsmp/PRSMP/results/realtime/2022/PR2022_ihyc/2022-05-02T20:15:29.074173Z/streams_corrected.mseed 2022-05-02 20:18:02,930 INFO 18 Trace(s) in Stream: PR.AG02..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.AG02..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.AG02..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ANS1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ANS1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.ANS1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY12..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY12..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.MY12..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.PCDR..HNE | 2022-04-29T04:24:18.108393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 24700 samples PR.PCDR..HNN | 2022-04-29T04:24:18.108393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 24700 samples PR.PCDR..HNZ | 2022-04-29T04:24:18.108393Z - 2022-04-29T04:28:25.098393Z | 100.0 Hz, 24700 samples PR.RNC1..HNE | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.RNC1..HNN | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.RNC1..HNZ | 2022-04-29T04:24:18.110000Z - 2022-04-29T04:28:25.100000Z | 200.0 Hz, 49399 samples PR.SMDR..BHE | 2022-04-29T04:24:18.115000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 9880 samples PR.SMDR..BHN | 2022-04-29T04:24:18.115000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 9880 samples PR.SMDR..BHZ | 2022-04-29T04:24:18.115000Z - 2022-04-29T04:28:25.090000Z | 40.0 Hz, 9880 samples 2022-05-02 20:18:02,930 INFO Function 'inner' executed 0.09 seconds 2022-05-02 20:18:02,930 INFO Creating sources files based on Grid rules 2022-05-02 20:18:02,931 INFO - Depth: - - 0 - 31 - 2 Distance: - - 0 - 9 - 2 Rule: - 3.5 - 5.5 2022-05-02 20:18:02,950 INFO Grid index: 0 Calculated source points: 2511 Dispatched in 26 source file(s) 2022-05-02 20:18:02,950 INFO Selecting crustal model files based on Crustal rules 2022-05-02 20:18:02,951 INFO - Filepath: crustals/novotny.vz Geobox: null 2022-05-02 20:18:02,951 INFO Crustal model Index: 0 Copying crustal file: crustals/novotny.vz to /home/prsmp/PRSMP/results/realtime/2022/PR2022_ihyc/2022-05-02T20:15:29.074173Z/crustals directory 2022-05-02 20:18:02,968 INFO Creating Greens' Functions configuration files (grdat.hed) 2022-05-02 20:18:02,968 INFO Greens' Functions configuration index: 0 2022-05-02 20:18:02,968 INFO Creating Stations file (station.dat) 2022-05-02 20:18:03,032 INFO Performing Greens' Functions Computation 2022-05-02 20:18:03,933 INFO None 2022-05-02 20:18:03,934 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 3 7 1 8 2 9 10 11 12 14 15 13 16 17 18 19 20 22 23 21 24 25 27 28 26 30 29 32 33 34 35 36 31 38 37 40 41 42 43 44 39 46 45 48 49 51 52 54 50 53 47 55 56 Done 2022-05-02 20:18:04,335 INFO None 2022-05-02 20:18:04,335 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 5 4 3 2 1 6 10 9 8 12 11 13 15 14 16 17 18 23 22 24 20 19 21 25 26 27 28 29 30 31 32 33 35 37 34 39 40 42 41 38 36 43 45 44 47 48 46 49 50 55 53 56 51 54 52 Done 2022-05-02 20:18:04,702 INFO None 2022-05-02 20:18:04,703 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 7 5 4 3 2 6 1 8 11 10 9 16 18 14 13 19 17 12 15 20 22 21 23 24 25 26 28 27 30 29 31 32 33 34 35 36 37 38 39 40 41 43 45 46 47 42 44 48 49 51 50 55 54 53 52 56 Done 2022-05-02 20:18:05,056 INFO None 2022-05-02 20:18:05,057 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 1 2 4 9 10 12 11 13 15 14 17 19 20 21 22 18 23 16 24 25 28 27 26 29 30 32 33 35 36 31 34 37 38 40 41 39 42 43 44 46 48 45 49 47 50 52 54 53 56 55 51 Done 2022-05-02 20:18:05,418 INFO None 2022-05-02 20:18:05,419 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 6 5 4 2 3 1 7 9 10 11 12 13 14 15 16 19 20 17 18 22 23 24 25 27 28 21 26 29 30 31 32 33 35 36 37 34 38 39 41 42 43 44 45 47 40 46 48 49 51 52 50 53 54 55 56 Done 2022-05-02 20:18:05,772 INFO None 2022-05-02 20:18:05,772 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 5 3 2 8 6 1 7 4 9 10 11 12 13 15 17 18 19 14 16 20 21 22 23 26 24 25 27 29 30 28 33 34 35 37 38 32 36 31 41 42 40 45 46 39 44 43 49 50 48 51 53 54 47 52 56 55 Done 2022-05-02 20:18:06,131 INFO None 2022-05-02 20:18:06,131 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 3 7 1 9 2 4 12 15 14 11 13 17 16 10 18 20 22 19 21 23 24 25 27 28 26 29 30 31 32 33 35 36 34 37 38 39 43 44 46 47 40 42 45 41 51 52 54 48 55 50 53 49 56 Done 2022-05-02 20:18:06,427 INFO None 2022-05-02 20:18:06,428 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 6 5 4 3 2 1 7 11 13 14 15 10 9 12 16 20 17 18 21 22 23 24 26 25 19 27 28 29 30 31 32 36 37 33 38 34 39 40 35 41 42 43 45 46 47 48 44 51 49 50 52 53 54 56 55 Done 2022-05-02 20:18:06,757 INFO None 2022-05-02 20:18:06,757 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 5 6 4 3 2 8 7 1 10 12 13 14 9 11 16 20 22 21 18 17 19 15 23 24 28 25 27 26 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 50 49 51 52 53 54 55 56 Done 2022-05-02 20:18:07,072 INFO None 2022-05-02 20:18:07,073 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 4 3 7 8 2 5 1 6 11 12 10 13 9 14 15 18 19 20 21 16 17 22 23 26 27 24 25 29 30 31 34 32 33 28 35 36 37 38 39 41 42 44 45 46 40 43 47 50 48 49 51 52 53 54 55 56 Done 2022-05-02 20:18:07,387 INFO None 2022-05-02 20:18:07,388 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 2 7 4 6 8 5 1 3 10 9 11 13 12 14 17 15 18 19 16 20 23 22 21 25 27 28 24 29 31 30 33 26 32 34 35 36 37 42 43 39 38 40 44 45 41 47 46 48 49 51 52 55 50 53 54 56 Done 2022-05-02 20:18:07,959 INFO None 2022-05-02 20:18:07,959 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 4 2 3 6 1 5 7 8 12 16 15 14 9 11 13 10 20 22 24 23 18 21 17 19 26 25 28 30 31 27 29 34 36 32 38 39 35 37 33 41 42 44 46 47 40 43 45 48 50 52 51 53 49 56 55 54 Done 2022-05-02 20:18:08,295 INFO None 2022-05-02 20:18:08,296 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 1 6 9 10 11 14 15 12 13 18 17 19 23 16 21 22 20 24 27 26 29 30 25 28 31 32 34 35 37 38 33 36 39 40 42 43 41 44 45 47 46 50 51 53 49 52 48 55 56 54 Done 2022-05-02 20:18:08,626 INFO None 2022-05-02 20:18:08,626 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 5 4 6 7 2 1 9 3 10 11 13 12 14 15 17 18 19 16 20 21 24 23 22 27 29 31 32 26 28 30 25 34 35 37 39 40 33 36 38 41 42 43 45 47 48 44 46 49 50 51 53 55 52 54 56 Done 2022-05-02 20:18:08,972 INFO None 2022-05-02 20:18:08,972 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 8 5 2 3 1 7 4 10 11 9 12 13 18 19 16 14 15 17 20 21 22 23 24 25 29 28 26 27 30 32 34 35 31 33 37 38 36 40 42 43 39 41 44 45 46 48 47 50 49 51 52 53 54 56 55 Done 2022-05-02 20:18:09,306 INFO None 2022-05-02 20:18:09,307 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 2 7 8 3 6 4 1 5 10 9 13 15 11 16 14 17 18 19 12 20 21 23 25 26 24 22 27 28 29 30 31 32 33 34 36 35 37 39 40 41 42 38 43 44 47 48 49 52 46 45 51 50 53 55 56 54 Done 2022-05-02 20:18:09,655 INFO None 2022-05-02 20:18:09,656 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 2 6 7 4 5 3 1 8 10 13 11 12 9 14 16 19 21 18 15 17 20 22 23 24 26 25 27 30 31 29 34 35 28 32 33 36 38 39 42 43 41 40 44 37 46 47 50 51 52 48 45 49 54 55 53 56 Done 2022-05-02 20:18:09,982 INFO None 2022-05-02 20:18:09,983 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 4 6 2 1 3 5 8 10 12 13 15 9 16 14 18 17 11 19 20 21 22 23 24 25 27 28 29 31 32 26 30 33 34 35 36 37 39 40 38 41 42 43 44 45 46 47 48 51 50 49 52 53 54 56 55 Done 2022-05-02 20:18:10,240 INFO None 2022-05-02 20:18:10,240 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 4 2 3 7 5 6 1 9 11 10 12 13 14 15 16 18 19 20 17 24 21 23 22 26 27 28 25 29 30 31 32 34 35 36 37 40 38 39 33 43 42 44 41 48 45 46 47 49 50 51 52 56 53 54 55 Done 2022-05-02 20:18:10,496 INFO None 2022-05-02 20:18:10,496 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 6 5 4 3 2 1 7 10 9 12 14 16 15 11 13 17 18 20 22 24 25 26 19 21 23 28 33 32 30 34 27 29 31 36 38 39 40 42 35 41 37 44 46 47 48 50 49 43 45 52 54 56 55 51 53 Done 2022-05-02 20:18:10,770 INFO None 2022-05-02 20:18:10,770 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 11 12 14 15 13 16 17 18 19 20 22 23 25 26 28 27 21 24 31 30 33 34 36 35 29 32 38 39 41 42 37 44 43 40 46 47 49 50 51 45 52 48 54 55 53 56 Done 2022-05-02 20:18:11,028 INFO None 2022-05-02 20:18:11,028 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 11 14 15 12 16 13 17 18 19 22 23 24 21 20 25 26 27 31 32 30 33 34 35 28 29 38 39 40 41 42 43 36 37 46 47 48 49 50 51 45 44 54 55 56 53 52 Done 2022-05-02 20:18:11,307 INFO None 2022-05-02 20:18:11,307 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 2 8 3 1 9 10 11 13 15 12 14 16 17 18 19 20 23 24 25 26 27 22 21 28 29 31 32 33 35 34 30 37 36 39 40 41 42 43 38 45 44 47 48 50 49 51 46 53 52 55 56 54 Done 2022-05-02 20:18:11,569 INFO None 2022-05-02 20:18:11,569 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 2 3 1 9 11 12 15 14 16 10 13 17 19 20 22 23 24 25 18 21 28 30 31 32 33 27 26 29 35 36 38 39 40 41 34 37 43 44 46 47 48 49 42 45 51 52 54 55 50 53 56 Done 2022-05-02 20:18:11,818 INFO None 2022-05-02 20:18:11,819 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 3 2 1 9 11 10 14 15 16 12 13 17 18 19 22 23 24 25 26 20 27 21 30 31 32 33 34 35 28 29 38 39 41 40 42 43 36 37 46 48 49 50 47 51 44 45 54 55 56 52 53 Done 2022-05-02 20:18:12,073 INFO None 2022-05-02 20:18:12,074 INFO running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads running openMp on 8 threads 8 7 6 5 4 2 3 1 9 10 11 12 15 16 13 14 17 18 19 20 23 24 25 28 26 21 27 22 31 33 34 35 36 32 29 30 40 39 41 42 44 37 43 38 47 48 49 50 51 52 45 46 56 55 53 54 Done 2022-05-02 20:18:12,074 INFO Function 'calculateGreens' executed 9.04 seconds 2022-05-02 20:18:12,074 INFO Creating Inversions configuration files (inpinv) based on Time-shift rules 2022-05-02 20:18:12,075 INFO - - -67 - 10 - 167 2022-05-02 20:18:12,076 INFO Select Stations for inversion (allstat) 2022-05-02 20:18:12,166 INFO Creating raw data files for ISOLA parsing 2022-05-02 20:18:17,720 INFO Calculating inversions 2022-05-02 20:18:24,512 INFO None 2022-05-02 20:18:24,513 INFO This is ISOLA Initializing array w Time required: 0.686349273 Reading input file gr.hes Time required: 3.49012971 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.15535426 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 0.3357 76.96 134 18 129 274 75 77 2 63 0.3369 76.10 137 19 132 272 75 76 3 63 0.3373 75.21 138 21 135 271 75 74 4 63 0.3369 74.43 140 22 138 270 75 73 5 63 0.3357 73.70 142 23 140 268 75 71 6 63 0.3337 73.12 143 24 143 267 75 70 7 53 0.3312 69.57 143 25 144 266 75 69 8 53 0.3280 69.56 144 26 146 265 76 67 9 53 0.3240 69.80 145 27 148 263 76 66 10 63 0.3397 75.50 130 20 124 274 73 78 11 63 0.3405 74.61 132 21 127 273 73 76 12 63 0.3406 73.68 134 22 130 271 73 75 13 63 0.3399 72.87 136 23 133 270 73 73 14 63 0.3384 72.10 138 24 136 269 73 71 15 63 0.3361 71.47 139 25 139 267 73 70 16 63 0.3331 70.95 141 26 141 266 73 68 17 53 0.3293 67.89 141 27 142 265 73 67 18 53 0.3252 68.12 142 28 144 263 74 66 19 63 0.3431 74.38 126 21 119 275 71 78 20 63 0.3436 73.45 129 22 123 273 71 77 21 63 0.3434 72.49 131 23 126 272 71 75 22 63 0.3425 71.57 133 24 129 270 71 73 23 63 0.3408 70.74 134 25 132 269 71 72 24 63 0.3383 70.05 136 26 135 268 71 70 25 63 0.3350 69.49 137 27 137 266 71 68 26 63 0.3309 69.14 138 28 140 265 72 67 27 53 0.3262 66.63 139 29 141 264 72 66 28 73 0.3461 76.78 124 23 117 275 69 78 29 73 0.3465 75.85 127 24 120 273 69 77 30 73 0.3460 74.93 129 25 124 272 69 75 31 63 0.3448 70.58 130 26 125 271 69 74 32 63 0.3428 69.70 131 26 128 269 69 72 33 63 0.3401 68.93 133 27 131 268 69 70 34 63 0.3366 68.33 134 28 134 266 69 68 35 63 0.3323 67.91 136 29 136 265 69 67 36 63 0.3273 67.74 137 30 139 263 70 65 37 73 0.3494 76.16 122 24 114 275 67 79 38 73 0.3495 75.19 124 25 117 274 67 77 39 73 0.3488 74.18 126 26 120 272 67 75 40 73 0.3472 73.16 128 27 123 271 67 73 41 73 0.3447 72.18 130 28 126 269 67 71 42 63 0.3416 68.06 130 29 128 268 67 70 43 63 0.3379 67.42 132 30 130 267 67 69 44 63 0.3335 66.96 133 31 133 265 67 67 45 63 0.3283 66.72 134 32 135 264 68 65 46 73 0.3522 75.80 119 26 111 276 65 79 47 73 0.3521 74.80 122 27 114 274 65 77 48 73 0.3512 73.71 124 28 117 273 65 75 49 73 0.3494 72.63 126 29 120 271 65 73 50 73 0.3467 71.60 127 30 123 270 65 72 51 73 0.3432 70.60 129 31 126 268 65 70 52 63 0.3391 66.69 129 31 127 267 65 69 53 63 0.3345 66.22 131 32 130 265 65 67 54 63 0.3291 65.93 132 33 132 264 65 65 55 73 0.3547 75.69 276 63 80 117 28 108 56 73 0.3544 74.63 120 29 111 275 63 78 57 73 0.3532 73.51 122 29 115 273 63 76 58 73 0.3512 72.36 124 30 118 272 63 74 59 73 0.3484 71.23 125 31 120 270 63 72 60 73 0.3447 70.17 127 32 123 268 63 70 61 73 0.3402 69.21 128 33 126 267 63 68 62 63 0.3352 65.67 129 34 127 266 63 67 63 63 0.3298 65.31 130 35 130 264 63 65 64 73 0.3566 75.84 277 61 80 116 30 106 65 73 0.3562 74.73 275 61 78 118 30 109 66 73 0.3549 73.50 274 60 76 120 31 112 67 73 0.3528 72.31 122 32 115 272 60 74 68 73 0.3498 71.08 123 33 118 270 60 72 69 73 0.3460 69.94 125 34 121 269 61 70 70 73 0.3413 68.93 126 35 123 267 61 68 71 63 0.3358 65.31 127 36 125 266 61 67 72 63 0.3302 64.93 128 36 127 264 61 65 73 73 0.3582 76.16 278 59 81 114 31 104 74 73 0.3576 74.97 276 58 79 116 32 107 75 73 0.3562 73.72 274 58 76 118 33 110 76 73 0.3539 72.45 273 58 74 120 34 113 77 73 0.3508 71.18 271 58 72 122 35 116 78 73 0.3468 69.96 123 36 118 269 58 70 79 73 0.3420 68.87 125 37 121 267 58 68 80 73 0.3364 67.88 126 38 123 266 59 66 81 63 0.3305 64.70 126 38 125 264 59 65 82 53 0.3323 73.92 134 19 128 274 74 77 83 53 0.3337 73.28 136 20 131 273 74 75 84 53 0.3342 72.71 138 21 134 271 74 74 85 53 0.3339 72.22 140 22 137 270 74 72 86 53 0.3328 71.83 141 23 140 269 74 71 87 43 0.3312 68.49 141 24 141 267 74 70 88 43 0.3288 68.60 142 25 143 266 74 68 89 43 0.3258 68.98 143 26 145 265 75 67 90 43 0.3220 69.68 144 27 147 263 75 65 91 53 0.3361 72.73 130 21 123 274 72 77 92 53 0.3372 72.06 132 22 127 273 72 76 93 53 0.3374 71.47 134 23 130 272 72 74 94 53 0.3368 70.94 136 24 133 270 72 73 95 53 0.3355 70.51 137 25 135 269 72 71 96 53 0.3334 70.20 139 26 138 267 73 69 97 53 0.3305 70.11 140 27 140 266 73 68 98 43 0.3271 67.59 140 27 141 265 73 67 99 43 0.3231 68.27 141 28 144 264 73 65 100 53 0.3395 71.88 127 22 119 275 70 78 automatic search suggests trial source # 73 Results for subevent # 1 trial source position # 73 time shift (multiple of dt) 73 strike,dip,rake 278 59 81 strike,dip,rake 114 31 104 SING. values, inlcuding vardat (min., max, min/max): 7.05015168E-16 2.47651872E-15 0.284679919 -3.76238620E+16 -6.14164389E+16 1.71772385E+15 1.13967490E+17 -7.90464679E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 0.128232300 ------ ----------- P --- ------------- ----- ------------------------- ----------------------------- ------------------------------- ------############------------- #-#######################-------- --##########################----- --#############################-- ---############# ############## ----############ T ############## -----########## ############# -------######################## ---------##################-- -----------##########---- --------------------- ----------------- ------- 2022-05-02 20:18:31,108 INFO None 2022-05-02 20:18:31,109 INFO This is ISOLA Initializing array w Time required: 0.671839416 Reading input file gr.hes Time required: 3.50545049 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.06284297 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 0.3402 71.16 129 23 123 273 70 76 2 53 0.3402 70.49 131 24 126 272 70 75 3 53 0.3394 69.91 133 25 129 271 70 73 4 53 0.3378 69.45 134 26 131 269 70 71 5 53 0.3355 69.09 136 27 134 268 70 70 6 53 0.3324 68.93 137 28 137 266 71 68 7 53 0.3285 69.01 138 29 139 265 71 66 8 43 0.3240 67.10 138 29 140 264 71 65 9 53 0.3424 71.28 124 23 116 275 68 78 10 53 0.3428 70.55 126 24 119 274 68 77 11 53 0.3426 69.81 128 25 122 272 68 75 12 53 0.3415 69.15 130 26 125 271 68 73 13 53 0.3398 68.61 131 27 128 270 68 72 14 53 0.3372 68.21 133 28 131 268 68 70 15 53 0.3339 68.02 134 29 133 267 69 68 16 53 0.3298 68.04 135 30 136 265 69 66 17 53 0.3250 68.33 137 31 138 264 69 65 18 63 0.3451 73.88 122 25 114 276 66 78 19 63 0.3454 73.19 124 26 117 274 66 77 20 63 0.3449 72.47 126 27 120 273 66 75 21 63 0.3435 71.80 128 28 123 271 66 73 22 53 0.3413 68.04 129 29 125 270 66 72 23 53 0.3386 67.57 130 29 127 268 66 70 24 53 0.3351 67.31 132 30 130 267 66 68 25 53 0.3309 67.27 133 31 132 265 67 66 26 53 0.3259 67.56 134 32 135 264 67 65 27 63 0.3478 73.76 120 27 111 276 64 79 28 63 0.3479 72.98 122 27 114 275 64 77 29 63 0.3472 72.19 124 28 117 273 64 75 30 63 0.3456 71.43 126 29 120 271 64 73 31 63 0.3431 70.75 127 30 123 270 64 71 32 63 0.3398 70.13 129 31 126 268 64 69 33 53 0.3361 66.78 129 32 127 267 64 68 34 53 0.3318 66.69 131 33 130 265 65 67 35 53 0.3267 66.91 132 34 132 264 65 65 36 63 0.3500 73.84 277 62 80 118 28 108 37 63 0.3499 72.98 275 62 78 120 29 111 38 63 0.3490 72.15 122 30 114 273 62 76 39 63 0.3473 71.32 124 31 117 272 62 74 40 63 0.3447 70.52 125 32 120 270 62 72 41 63 0.3412 69.87 127 33 123 269 62 70 42 53 0.3369 66.49 127 33 124 267 62 69 43 53 0.3324 66.32 129 34 127 266 62 67 44 53 0.3272 66.49 130 35 129 264 63 65 45 63 0.3518 74.12 277 60 80 116 30 106 46 63 0.3516 73.22 276 60 78 118 31 109 47 63 0.3505 72.33 274 60 76 120 32 112 48 63 0.3486 71.41 272 60 74 122 33 115 49 63 0.3458 70.57 123 33 118 271 60 72 50 63 0.3422 69.83 125 34 120 269 60 70 51 63 0.3378 69.20 126 35 123 267 60 68 52 53 0.3329 66.10 127 36 124 266 60 67 53 53 0.3275 66.19 128 37 127 264 61 65 54 63 0.3532 74.58 278 58 81 115 32 104 55 63 0.3529 73.63 276 58 78 117 33 107 56 63 0.3517 72.68 274 58 76 119 33 110 57 63 0.3496 71.68 273 58 74 120 34 113 58 63 0.3467 70.76 271 58 72 122 35 115 59 63 0.3430 69.95 123 36 118 269 58 70 60 63 0.3385 69.23 125 37 121 267 58 68 61 53 0.3331 66.06 125 38 122 266 58 67 62 53 0.3277 66.07 126 38 125 264 59 65 63 33 0.3285 67.97 133 20 126 274 73 77 64 43 0.3298 70.65 136 21 131 273 73 75 65 43 0.3305 70.29 138 22 134 271 73 73 66 33 0.3304 66.94 138 23 135 270 73 72 67 33 0.3295 66.90 139 24 137 269 73 71 68 33 0.3280 67.12 141 25 140 268 74 69 69 33 0.3257 67.55 142 26 142 266 74 68 70 33 0.3227 68.31 143 27 144 265 74 66 71 33 0.3192 69.37 144 28 147 264 74 65 72 43 0.3320 70.16 130 21 123 275 72 77 73 43 0.3332 69.68 132 22 126 273 72 75 74 43 0.3336 69.31 134 23 129 272 72 74 75 43 0.3332 69.03 136 24 132 270 72 72 76 43 0.3319 68.93 137 25 135 269 72 71 77 43 0.3300 68.96 139 26 137 268 72 69 78 43 0.3271 69.21 140 27 140 266 72 67 79 33 0.3240 67.18 140 28 141 265 72 67 80 33 0.3202 68.30 141 29 143 264 72 65 81 43 0.3353 69.47 127 23 119 275 70 78 82 43 0.3361 68.99 129 24 122 274 70 76 83 43 0.3362 68.59 131 24 125 272 70 74 84 43 0.3356 68.27 133 25 128 271 70 73 85 43 0.3341 68.10 134 26 131 269 70 71 86 43 0.3319 68.07 136 27 134 268 70 69 87 43 0.3289 68.29 137 28 136 266 70 68 88 43 0.3252 68.78 138 29 138 265 70 66 89 33 0.3211 67.36 138 30 140 264 70 65 90 43 0.3380 69.08 124 24 116 276 68 78 91 43 0.3386 68.55 126 25 119 274 68 76 92 43 0.3385 68.08 128 26 122 273 68 75 93 43 0.3376 67.72 130 27 125 271 68 73 94 43 0.3359 67.50 131 28 128 270 68 71 95 43 0.3336 67.44 133 29 130 268 68 69 96 43 0.3304 67.59 134 30 133 267 68 68 97 43 0.3265 68.01 135 31 135 265 68 66 98 43 0.3220 68.74 136 32 138 264 69 64 99 43 0.3404 68.91 122 26 113 276 66 79 100 43 0.3408 68.35 124 26 116 275 66 77 automatic search suggests trial source # 54 Results for subevent # 1 trial source position # 54 time shift (multiple of dt) 63 strike,dip,rake 278 58 81 strike,dip,rake 115 32 104 SING. values, inlcuding vardat (min., max, min/max): 6.88454721E-16 2.41948905E-15 0.284545511 -4.02543276E+16 -6.20428384E+16 1.89269330E+15 1.18340694E+17 -8.73415959E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 0.124722064 ------ ----------- P --- ------------- ----- ------------------------- ----------------------------- ------------------------------- ------############------------- #-#######################-------- --##########################----- --#############################-- ---############# ############## ----############ T ############## -----########## ############# -------######################## ---------##################-- -----------##########---- --------------------- ----------------- ------- 2022-05-02 20:18:37,373 INFO None 2022-05-02 20:18:37,373 INFO This is ISOLA Initializing array w Time required: 0.671174347 Reading input file gr.hes Time required: 3.37105823 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.991231740 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 0.2771 48.08 128 29 119 275 65 74 2 -67 0.2766 48.52 130 29 122 273 65 72 3 -67 0.2755 49.29 131 30 125 272 65 70 4 -67 0.2740 50.42 133 31 128 270 65 68 5 -67 0.2720 51.98 134 32 130 268 65 67 6 -67 0.2695 54.01 135 34 133 267 65 65 7 -67 0.2668 56.51 137 35 135 265 66 63 8 -67 0.2637 59.57 138 36 138 264 66 61 9 -67 0.2777 48.41 277 63 77 124 29 113 10 -67 0.2776 48.55 126 29 116 276 63 75 11 -67 0.2769 48.93 127 30 119 274 63 73 12 -67 0.2758 49.66 129 31 122 272 63 71 13 -57 0.2741 52.99 131 33 126 270 63 68 14 -57 0.2720 54.52 133 34 129 268 64 66 15 -57 0.2695 56.47 134 35 131 267 64 64 16 -57 0.2666 58.90 135 36 133 265 64 63 17 -67 0.2634 59.80 136 37 135 264 65 61 18 -67 0.2782 48.98 278 62 78 122 30 111 19 -67 0.2779 49.07 276 61 76 124 31 114 20 -67 0.2771 49.43 125 31 117 274 61 74 21 -57 0.2759 52.28 128 33 121 272 62 71 22 -57 0.2742 53.37 129 34 123 270 62 69 23 -57 0.2720 54.89 131 35 126 269 62 67 24 -57 0.2694 56.80 132 36 129 267 62 65 25 -57 0.2663 59.19 133 37 131 265 63 63 26 -57 0.2631 62.09 134 38 133 264 63 61 27 -67 0.2784 49.62 279 60 78 120 31 108 28 -67 0.2780 49.67 277 60 76 122 32 111 29 -57 0.2772 52.11 274 60 74 125 33 115 30 -57 0.2759 52.80 126 34 118 273 60 71 31 -57 0.2741 53.84 128 35 121 271 60 69 32 -57 0.2718 55.27 129 36 124 269 60 67 33 -57 0.2690 57.15 130 37 126 267 61 65 34 -57 0.2659 59.53 132 38 129 265 61 63 35 -57 0.2626 62.35 133 39 131 264 61 61 36 -67 0.2784 50.40 279 58 79 119 32 106 37 -57 0.2779 52.43 277 58 76 121 33 110 38 -57 0.2771 52.74 275 58 74 123 34 113 39 -57 0.2757 53.36 273 58 72 124 35 116 40 -57 0.2737 54.35 271 59 70 126 36 119 41 -57 0.2713 55.74 127 37 121 269 59 68 42 -57 0.2685 57.56 129 38 124 267 59 66 43 -57 0.2653 59.84 130 39 127 266 59 63 44 -57 0.2618 62.66 131 40 129 264 60 61 45 -67 0.2782 51.21 280 57 80 117 33 104 46 -57 0.2777 53.18 278 57 77 120 34 108 47 -57 0.2768 53.41 276 57 75 121 35 111 48 -57 0.2753 53.96 274 57 73 123 36 114 49 -57 0.2732 54.90 272 57 70 124 37 117 50 -57 0.2707 56.21 270 57 68 126 38 119 51 -57 0.2677 57.97 127 39 122 268 57 66 52 -57 0.2645 60.18 128 40 125 266 58 64 53 -57 0.2609 62.88 130 41 127 264 58 61 54 -67 0.2640 47.54 136 26 128 275 69 72 55 -67 0.2648 47.87 137 27 131 273 69 71 56 -67 0.2649 48.41 139 28 133 271 69 69 57 -67 0.2645 49.25 140 29 135 270 70 68 58 -67 0.2634 50.44 141 30 138 268 70 66 59 -67 0.2619 52.01 142 31 140 267 70 64 60 -67 0.2597 54.05 143 32 142 265 70 63 61 -67 0.2572 56.54 144 33 144 264 71 61 62 -67 0.2544 59.57 144 34 146 263 71 59 63 -67 0.2658 47.71 133 26 125 275 68 73 64 -67 0.2664 48.01 135 27 127 274 68 72 65 -67 0.2664 48.55 136 28 130 272 68 70 66 -67 0.2657 49.38 137 29 132 270 68 68 67 -67 0.2646 50.57 138 31 135 269 68 66 68 -67 0.2628 52.16 139 32 137 267 68 65 69 -67 0.2606 54.19 141 33 139 266 69 63 70 -67 0.2579 56.70 141 34 141 264 69 61 71 -67 0.2550 59.75 142 35 143 263 70 60 72 -67 0.2673 47.97 131 27 121 276 66 74 73 -67 0.2677 48.26 132 28 124 274 66 72 74 -67 0.2675 48.75 134 29 127 272 66 70 75 -67 0.2667 49.63 135 30 129 271 66 69 76 -67 0.2654 50.78 136 31 132 269 67 67 77 -67 0.2635 52.35 137 32 134 268 67 65 78 -67 0.2612 54.37 138 33 137 266 67 63 79 -67 0.2584 56.89 139 35 139 264 68 61 80 -67 0.2553 59.94 140 36 141 263 68 60 81 -67 0.2685 48.32 128 28 118 276 65 75 82 -67 0.2687 48.59 130 29 121 275 65 73 83 -67 0.2684 49.10 131 30 124 273 65 71 84 -67 0.2674 49.89 133 31 126 271 65 69 85 -67 0.2659 51.06 134 32 129 270 65 67 86 -67 0.2639 52.63 135 33 132 268 65 65 87 -67 0.2615 54.63 136 34 134 266 66 64 88 -67 0.2586 57.11 137 35 136 265 66 62 89 -67 0.2555 60.18 138 36 139 263 66 60 90 -67 0.2694 48.81 126 29 115 277 63 76 91 -67 0.2695 49.03 128 30 118 275 63 74 92 -67 0.2689 49.50 129 31 121 273 63 72 93 -67 0.2678 50.28 131 32 124 272 63 70 94 -67 0.2662 51.41 132 33 126 270 63 68 95 -67 0.2641 52.94 133 34 129 268 64 66 96 -67 0.2615 54.93 134 35 132 267 64 64 97 -67 0.2586 57.40 136 36 134 265 64 62 98 -67 0.2553 60.45 137 37 136 263 65 60 99 -67 0.2700 49.35 278 62 76 124 30 113 100 -67 0.2700 49.54 276 61 74 125 31 115 automatic search suggests trial source # 27 Results for subevent # 1 trial source position # 27 time shift (multiple of dt) -67 strike,dip,rake 279 60 78 strike,dip,rake 120 31 108 SING. values, inlcuding vardat (min., max, min/max): 5.27313956E-16 2.04147985E-15 0.258299857 -6.27816071E+16 -7.91284760E+16 8.84417089E+15 1.41536112E+17 -2.81255933E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 7.74559975E-02 ------- ----------- --- ------------- P ----- --------------- ------- ----------------------------- #------------------------------ #------#########--------------- ########################--------- --##########################----- ---###########################--- ----############ #############- -----########### T ############## -----########## ############# -------######################## --------####################- ----------#############-- --------------------- ----------------- ------- 2022-05-02 20:18:43,422 INFO None 2022-05-02 20:18:43,423 INFO This is ISOLA Initializing array w Time required: 0.642261386 Reading input file gr.hes Time required: 3.22931027 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.960839748 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 0.2693 49.97 127 32 118 274 62 72 2 -67 0.2681 50.69 129 33 121 272 62 70 3 -67 0.2663 51.78 130 34 124 270 62 68 4 -67 0.2641 53.30 131 35 127 269 62 66 5 -67 0.2614 55.23 133 36 129 267 62 64 6 -67 0.2583 57.71 134 37 132 265 63 62 7 -67 0.2550 60.69 135 38 134 263 63 60 8 -67 0.2704 49.99 278 60 77 122 31 110 9 -67 0.2702 50.14 276 60 75 124 32 113 10 -67 0.2694 50.52 274 60 73 125 33 116 11 -67 0.2680 51.20 127 34 119 273 60 71 12 -67 0.2661 52.26 128 35 122 271 60 69 13 -67 0.2638 53.68 130 36 124 269 60 67 14 -67 0.2610 55.61 131 37 127 267 61 65 15 -67 0.2579 58.01 132 38 129 265 61 63 16 -67 0.2545 60.94 133 39 132 264 61 60 17 -67 0.2705 50.71 279 58 78 120 32 108 18 -67 0.2702 50.80 277 58 76 122 33 111 19 -67 0.2692 51.13 275 58 74 123 34 114 20 -67 0.2678 51.75 273 58 72 125 35 116 21 -67 0.2658 52.74 126 36 119 271 59 69 22 -67 0.2633 54.13 128 37 122 269 59 67 23 -67 0.2604 55.97 129 38 125 267 59 65 24 -67 0.2572 58.31 131 39 127 265 59 63 25 -67 0.2537 61.22 132 40 130 264 60 61 26 -67 0.2703 51.51 279 57 79 119 34 106 27 -67 0.2699 51.53 277 57 77 120 34 108 28 -67 0.2689 51.80 275 57 75 122 35 111 29 -67 0.2673 52.36 273 57 72 123 36 114 30 -67 0.2652 53.27 271 57 70 125 37 117 31 -67 0.2626 54.60 126 38 120 269 57 68 32 -67 0.2597 56.38 128 39 123 268 57 65 33 -67 0.2563 58.65 129 40 125 266 58 63 34 -67 0.2528 61.47 130 41 128 264 58 61 35 -67 0.2517 48.28 138 26 130 274 69 71 36 -67 0.2527 48.67 139 27 132 273 69 70 37 -67 0.2529 49.28 140 29 135 271 69 68 38 -67 0.2527 50.12 141 30 137 270 70 66 39 -67 0.2517 51.33 142 31 139 268 70 65 40 -67 0.2502 52.89 143 32 141 267 70 63 41 -67 0.2483 54.87 144 33 143 265 70 62 42 -67 0.2457 57.34 144 34 145 264 71 60 43 -67 0.2429 60.31 145 35 147 262 71 58 44 -67 0.2538 48.40 135 27 126 275 68 72 45 -67 0.2545 48.79 136 28 129 273 68 70 46 -67 0.2547 49.39 137 29 131 272 68 69 47 -67 0.2542 50.27 139 30 134 270 68 67 48 -67 0.2531 51.46 140 31 136 268 68 65 49 -67 0.2514 53.03 141 32 138 267 69 64 50 -67 0.2493 55.03 141 34 140 265 69 62 51 -67 0.2467 57.52 142 35 142 264 69 60 52 -67 0.2437 60.54 143 36 144 263 70 59 53 -67 0.2555 48.62 132 28 123 275 66 73 54 -67 0.2561 49.01 134 29 126 274 66 71 55 -67 0.2560 49.60 135 30 128 272 66 69 56 -67 0.2554 50.45 136 31 131 270 66 68 57 -67 0.2542 51.64 137 32 133 269 67 66 58 -67 0.2524 53.23 138 33 136 267 67 64 59 -67 0.2501 55.21 139 34 138 266 67 62 60 -67 0.2474 57.74 140 35 140 264 68 60 61 -67 0.2443 60.75 141 36 142 263 68 59 62 -67 0.2569 48.97 130 29 120 276 65 74 63 -67 0.2573 49.33 131 30 123 274 65 72 64 -67 0.2571 49.90 133 31 125 272 65 70 65 -67 0.2563 50.74 134 32 128 271 65 68 66 -67 0.2550 51.91 135 33 131 269 65 66 67 -67 0.2530 53.51 136 34 133 267 65 64 68 -67 0.2506 55.50 137 35 135 266 66 63 69 -67 0.2478 57.98 138 36 137 264 66 61 70 -67 0.2445 61.04 139 37 140 263 66 59 71 -67 0.2580 49.40 128 30 117 276 63 74 72 -67 0.2583 49.71 129 31 120 275 63 73 73 -67 0.2579 50.27 131 32 123 273 63 71 74 -67 0.2569 51.11 132 33 125 271 63 69 75 -67 0.2554 52.26 133 34 128 269 63 67 76 -67 0.2533 53.81 134 35 130 268 64 65 77 -67 0.2508 55.81 136 36 133 266 64 63 78 -67 0.2479 58.27 137 37 135 265 64 61 79 -67 0.2446 61.29 138 38 137 263 65 59 80 -67 0.2588 49.90 277 62 75 126 31 114 81 -67 0.2589 50.22 127 31 117 275 62 73 82 -67 0.2584 50.73 129 32 120 273 62 71 83 -67 0.2573 51.53 130 33 123 272 62 69 84 -67 0.2556 52.67 131 34 125 270 62 67 85 -67 0.2534 54.17 133 35 128 268 62 65 86 -67 0.2508 56.12 134 37 130 266 62 63 87 -67 0.2477 58.57 135 38 133 265 63 61 88 -67 0.2444 61.57 136 39 135 263 63 59 89 -67 0.2592 50.54 278 60 76 124 32 112 90 -67 0.2592 50.78 276 60 74 125 32 115 91 -67 0.2586 51.26 274 60 72 127 33 118 92 -67 0.2573 52.02 128 34 120 272 60 70 93 -67 0.2556 53.09 129 35 123 270 60 68 94 -67 0.2532 54.58 131 36 126 268 61 66 95 -67 0.2505 56.50 132 37 128 267 61 64 96 -67 0.2474 58.91 133 38 131 265 61 62 97 -67 0.2439 61.87 134 40 133 263 62 59 98 -67 0.2594 51.21 278 58 77 122 33 109 99 -67 0.2593 51.44 276 58 75 123 34 112 100 -67 0.2585 51.87 274 58 73 125 34 115 automatic search suggests trial source # 17 Results for subevent # 1 trial source position # 17 time shift (multiple of dt) -67 strike,dip,rake 279 58 78 strike,dip,rake 120 32 108 SING. values, inlcuding vardat (min., max, min/max): 5.22569618E-16 2.00657807E-15 0.260428250 -6.26436270E+16 -7.02457535E+16 6.47677418E+15 1.40314915E+17 -2.55355563E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 7.31262565E-02 ------- ----------- --- ------------- P ----- --------------- ------- ----------------------------- #------------------------------ #-----############------------- #-#######################-------- --##########################----- ---############################-- ----############ #############- -----########### T ############## -----########## ############# -------######################## ---------###################- -----------###########--- --------------------- ----------------- ------- 2022-05-02 20:18:49,809 INFO None 2022-05-02 20:18:49,810 INFO This is ISOLA Initializing array w Time required: 0.683604777 Reading input file gr.hes Time required: 3.48849535 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.979070723 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 0.2572 52.55 273 59 70 126 35 118 2 -67 0.2553 53.57 128 36 121 271 59 68 3 -67 0.2528 55.00 129 37 123 269 59 66 4 -67 0.2500 56.89 130 38 126 267 59 64 5 -67 0.2467 59.26 132 39 128 265 60 62 6 -67 0.2432 62.16 133 40 131 263 60 60 7 -67 0.2592 51.99 279 57 78 120 34 107 8 -67 0.2590 52.15 277 57 76 122 35 110 9 -67 0.2582 52.51 275 57 73 123 35 113 10 -67 0.2567 53.16 273 57 71 125 36 116 11 -67 0.2547 54.14 271 57 69 126 37 119 12 -67 0.2521 55.51 127 38 121 269 57 67 13 -67 0.2492 57.31 129 39 124 267 58 64 14 -67 0.2459 59.63 130 40 126 265 58 62 15 -67 0.2422 62.46 131 41 129 263 58 60 16 -67 0.2370 49.33 139 27 132 274 69 70 17 -67 0.2381 49.84 140 28 134 272 69 69 18 -67 0.2386 50.47 141 29 136 271 69 67 19 -67 0.2384 51.39 142 30 138 269 70 65 20 -67 0.2376 52.57 143 32 140 268 70 64 21 -67 0.2363 54.13 144 33 142 266 70 62 22 -67 0.2344 56.06 144 34 144 265 70 61 23 -67 0.2321 58.48 145 35 146 264 71 59 24 -67 0.2293 61.37 146 36 148 262 71 57 25 -67 0.2392 49.43 137 28 128 274 68 71 26 -67 0.2401 49.90 138 29 131 273 68 69 27 -67 0.2405 50.56 139 30 133 271 68 68 28 -67 0.2401 51.47 140 31 135 270 68 66 29 -67 0.2392 52.70 141 32 137 268 68 64 30 -67 0.2377 54.23 142 33 139 267 69 62 31 -67 0.2357 56.22 142 34 141 265 69 61 32 -67 0.2332 58.65 143 35 143 264 69 59 33 -67 0.2303 61.61 144 36 145 262 70 58 34 -67 0.2411 49.60 134 29 125 275 66 72 35 -67 0.2419 50.08 135 30 128 273 66 70 36 -67 0.2420 50.75 137 31 130 272 66 68 37 -67 0.2415 51.65 138 32 132 270 67 66 38 -67 0.2404 52.86 139 33 135 268 67 65 39 -67 0.2388 54.44 140 34 137 267 67 63 40 -67 0.2366 56.45 140 35 139 265 67 61 41 -67 0.2340 58.91 141 36 141 264 68 59 42 -67 0.2310 61.89 142 37 143 262 68 58 43 -67 0.2426 49.88 132 29 122 275 65 72 44 -67 0.2432 50.38 133 30 125 274 65 71 45 -67 0.2432 51.03 134 31 127 272 65 69 46 -67 0.2426 51.94 135 32 130 270 65 67 47 -67 0.2414 53.10 136 33 132 269 65 65 48 -67 0.2396 54.69 138 35 134 267 65 63 49 -67 0.2373 56.70 138 36 136 266 66 61 50 -67 0.2345 59.16 139 37 138 264 66 60 51 -67 0.2314 62.19 140 38 140 263 67 58 52 -67 0.2438 50.28 129 30 119 276 63 73 53 -67 0.2443 50.74 131 31 122 274 63 71 54 -67 0.2442 51.38 132 32 124 273 63 69 55 -67 0.2434 52.25 133 33 127 271 63 67 56 -67 0.2420 53.42 135 34 129 269 64 66 57 -67 0.2401 55.01 136 35 132 267 64 64 58 -67 0.2377 56.98 137 36 134 266 64 62 59 -67 0.2348 59.46 138 37 136 264 65 60 60 -67 0.2315 62.47 138 39 138 263 65 58 61 -67 0.2446 50.77 277 62 74 127 31 116 62 -67 0.2450 51.19 129 32 119 275 62 72 63 -67 0.2447 51.80 130 33 122 273 62 70 64 -67 0.2438 52.68 131 34 124 271 62 68 65 -67 0.2423 53.83 133 35 127 269 62 66 66 -67 0.2402 55.37 134 36 129 268 62 64 67 -67 0.2377 57.32 135 37 132 266 63 62 68 -67 0.2347 59.80 136 38 134 264 63 60 69 -67 0.2314 62.78 137 39 136 263 63 58 70 -67 0.2452 51.33 277 60 75 125 32 114 71 -67 0.2455 51.73 275 60 73 127 33 116 72 -67 0.2450 52.30 128 34 119 274 60 71 73 -67 0.2440 53.14 130 35 122 272 60 69 74 -67 0.2423 54.28 131 36 124 270 60 67 75 -67 0.2402 55.77 132 37 127 268 61 65 76 -67 0.2375 57.70 133 38 129 266 61 62 77 -67 0.2344 60.16 134 39 132 264 61 60 78 -67 0.2310 63.12 135 40 134 263 62 58 79 -67 0.2454 51.99 278 59 76 123 33 111 80 -67 0.2455 52.35 276 58 74 125 34 114 81 -67 0.2450 52.88 274 59 71 126 35 117 82 -67 0.2438 53.67 272 59 69 128 36 120 83 -67 0.2421 54.77 129 37 122 270 59 67 84 -67 0.2398 56.23 130 38 125 268 59 65 85 -67 0.2370 58.14 131 39 127 266 59 63 86 -67 0.2338 60.53 133 40 130 265 60 61 87 -67 0.2303 63.46 134 41 132 263 60 59 88 -67 0.2453 52.74 278 57 77 122 34 109 89 -67 0.2453 53.04 277 57 74 123 35 112 90 -67 0.2446 53.54 275 57 72 125 36 115 91 -67 0.2434 54.29 273 57 70 126 37 117 92 -67 0.2415 55.31 271 57 68 127 38 120 93 -67 0.2391 56.73 129 39 123 269 57 65 94 -67 0.2362 58.58 130 40 125 267 58 63 95 -67 0.2329 60.95 131 41 128 265 58 61 96 -67 0.2293 63.80 132 42 130 263 59 59 97 -67 0.2202 50.87 141 28 133 273 69 69 98 -67 0.2216 51.43 142 29 135 272 69 67 99 -67 0.2223 52.15 143 30 137 270 70 66 100 -67 0.2223 53.08 143 31 139 269 70 64 automatic search suggests trial source # 7 Results for subevent # 1 trial source position # 7 time shift (multiple of dt) -67 strike,dip,rake 279 57 78 strike,dip,rake 120 34 107 SING. values, inlcuding vardat (min., max, min/max): 5.18025816E-16 1.97420870E-15 0.262396693 -6.13155158E+16 -6.07141087E+16 3.99153645E+15 1.36730645E+17 -2.26484191E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 6.71666265E-02 ------- ------------ P -- -------------- ---- ------------------------- ----------------------------- #------------------------------ #----##############------------ #-#######################-------- ---#########################----- ---############# ############-- ----############ T #############- -----########### ############## ------######################### --------####################### ----------##################- ------------##########--- --------------------- ----------------- ------- 2022-05-02 20:18:56,227 INFO None 2022-05-02 20:18:56,228 INFO This is ISOLA Initializing array w Time required: 0.636785507 Reading input file gr.hes Time required: 3.50320840 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.998026967 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 0.2218 54.26 144 32 141 267 70 63 2 -67 0.2206 55.79 145 33 143 266 70 61 3 -67 0.2189 57.68 145 35 145 265 70 60 4 -67 0.2167 60.00 146 36 147 263 71 58 5 -67 0.2141 62.81 146 37 148 262 71 57 6 -67 0.2226 50.86 138 29 130 274 68 70 7 -67 0.2238 51.44 139 30 132 272 68 68 8 -67 0.2243 52.19 140 31 134 271 68 66 9 -67 0.2241 53.17 141 32 137 269 68 65 10 -67 0.2234 54.35 142 33 139 268 68 63 11 -67 0.2221 55.90 143 34 140 266 69 61 12 -67 0.2203 57.84 143 35 142 265 69 60 13 -67 0.2179 60.22 144 36 144 263 69 58 14 -67 0.2152 63.09 144 37 146 262 70 57 15 -67 0.2245 50.99 136 29 127 274 66 70 16 -67 0.2256 51.57 137 30 129 273 66 69 17 -67 0.2259 52.32 138 31 131 271 66 67 18 -67 0.2257 53.26 139 32 134 270 67 65 19 -67 0.2248 54.51 140 33 136 268 67 63 20 -67 0.2233 56.07 141 35 138 267 67 62 21 -67 0.2213 58.04 141 36 140 265 67 60 22 -67 0.2189 60.46 142 37 142 264 68 58 23 -67 0.2160 63.39 143 38 144 262 68 57 24 -67 0.2261 51.24 133 30 124 275 65 71 25 -67 0.2270 51.80 135 31 126 273 65 69 26 -67 0.2273 52.54 136 32 129 272 65 68 27 -67 0.2268 53.52 137 33 131 270 65 66 28 -67 0.2258 54.77 138 34 133 268 65 64 29 -67 0.2242 56.33 139 35 135 267 65 62 30 -67 0.2221 58.31 139 36 137 265 66 60 31 -67 0.2194 60.76 140 37 139 264 66 59 32 -67 0.2165 63.69 141 39 141 262 67 57 33 -67 0.2273 51.57 131 31 121 276 63 72 34 -67 0.2281 52.14 132 32 123 274 63 70 35 -67 0.2282 52.87 134 33 126 272 63 68 36 -67 0.2277 53.82 135 34 128 270 63 66 37 -67 0.2265 55.07 136 35 131 269 64 64 38 -67 0.2248 56.60 137 36 133 267 64 63 39 -67 0.2225 58.59 138 37 135 265 64 61 40 -67 0.2198 61.07 138 38 137 264 65 59 41 -67 0.2167 64.03 139 39 139 262 65 57 42 -67 0.2283 51.99 276 62 73 129 32 118 43 -67 0.2289 52.54 130 33 121 274 62 71 44 -67 0.2289 53.26 132 34 123 273 62 69 45 -67 0.2282 54.23 133 35 126 271 62 67 46 -67 0.2269 55.43 134 36 128 269 62 65 47 -67 0.2250 57.00 135 37 131 267 62 63 48 -67 0.2226 58.98 136 38 133 266 63 61 49 -67 0.2198 61.40 137 39 135 264 63 59 50 -67 0.2166 64.36 137 40 137 262 63 57 51 -67 0.2288 52.57 277 60 74 127 33 115 52 -67 0.2293 53.07 275 60 72 128 34 118 53 -67 0.2292 53.77 130 35 121 273 60 70 54 -67 0.2284 54.68 131 36 123 271 60 67 55 -67 0.2270 55.88 132 37 126 269 60 65 56 -67 0.2250 57.40 133 38 128 268 61 63 57 -67 0.2225 59.36 134 39 131 266 61 61 58 -67 0.2196 61.79 135 40 133 264 61 59 59 -67 0.2162 64.75 136 41 135 262 62 57 60 -67 0.2290 53.20 277 59 75 125 34 113 61 -67 0.2294 53.67 275 58 72 126 35 116 62 -67 0.2292 54.32 274 59 70 128 35 118 63 -67 0.2282 55.23 129 36 121 272 59 68 64 -67 0.2267 56.41 130 37 124 270 59 66 65 -67 0.2246 57.89 131 38 126 268 59 64 66 -67 0.2220 59.82 132 40 128 266 59 62 67 -67 0.2190 62.21 133 41 131 264 60 60 68 -67 0.2156 65.17 134 42 133 262 60 58 69 -67 0.2289 53.93 278 57 75 123 35 110 70 -67 0.2292 54.35 276 57 73 125 36 113 71 -67 0.2288 54.98 274 57 71 126 36 116 72 -67 0.2278 55.84 272 57 69 127 37 119 73 -67 0.2261 56.98 129 38 121 270 57 66 74 -67 0.2239 58.42 130 39 124 268 58 64 75 -67 0.2212 60.33 131 40 126 266 58 62 76 -67 0.2181 62.68 132 42 129 264 58 60 77 -67 0.2146 65.57 133 43 131 263 59 58 78 -67 0.2023 52.96 142 29 135 273 69 68 79 -67 0.2038 53.61 143 30 137 272 69 66 80 -67 0.2047 54.40 144 31 139 270 70 65 81 -67 0.2050 55.33 144 32 141 269 70 63 82 -67 0.2046 56.53 145 33 142 267 70 62 83 -67 0.2037 58.01 146 34 144 266 70 60 84 -67 0.2023 59.82 146 35 146 264 71 59 85 -67 0.2003 62.04 146 36 147 263 71 57 86 -67 0.1980 64.75 147 37 149 262 71 56 87 -67 0.2045 52.87 140 29 132 274 68 68 88 -67 0.2059 53.56 141 30 134 272 68 67 89 -67 0.2067 54.37 142 32 136 271 68 65 90 -67 0.2068 55.35 142 33 138 269 68 64 91 -67 0.2063 56.58 143 34 140 268 68 62 92 -67 0.2052 58.10 144 35 141 266 69 60 93 -67 0.2036 59.99 144 36 143 265 69 59 94 -67 0.2016 62.26 145 37 145 263 69 57 95 -67 0.1990 65.10 145 38 147 262 70 56 96 -67 0.2065 52.92 137 30 129 274 66 69 97 -67 0.2077 53.63 138 31 131 272 66 67 98 -67 0.2084 54.44 139 32 133 271 66 66 99 -67 0.2083 55.47 140 33 135 269 67 64 100 -67 0.2077 56.71 141 34 137 268 67 62 automatic search suggests trial source # 61 Results for subevent # 1 trial source position # 61 time shift (multiple of dt) -67 strike,dip,rake 275 58 72 strike,dip,rake 126 35 116 SING. values, inlcuding vardat (min., max, min/max): 4.91247822E-16 1.97118225E-15 0.249214813 -5.91922686E+16 -6.06337971E+16 -1.57378124E+15 1.23241595E+17 -2.08921898E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 5.25982976E-02 ------- ------------ P -- -------------- ---- ------------------------- #---------------------------- ##----------------------------- ##------##########------------- #########################-------- ---##########################---- ----############################- -----############ ############# ------########### T ############# ------########## ############ --------####################### ----------################### -----------#############- --------------------- ----------------- ------- 2022-05-02 20:19:02,580 INFO None 2022-05-02 20:19:02,580 INFO This is ISOLA Initializing array w Time required: 0.629306734 Reading input file gr.hes Time required: 3.47046161 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.974991381 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 0.2065 58.25 142 35 139 266 67 61 2 -67 0.2047 60.17 142 36 141 265 67 59 3 -67 0.2025 62.56 143 38 143 263 68 58 4 -67 0.1999 65.37 143 39 144 262 68 56 5 -67 0.2080 53.11 135 31 126 275 65 70 6 -67 0.2092 53.82 136 32 128 273 65 68 7 -67 0.2097 54.64 137 33 130 271 65 66 8 -67 0.2095 55.64 138 34 132 270 65 65 9 -67 0.2087 56.93 139 35 134 268 65 63 10 -67 0.2074 58.50 140 36 136 267 66 61 11 -67 0.2055 60.48 140 37 138 265 66 59 12 -67 0.2031 62.86 141 38 140 263 66 58 13 -67 0.2004 65.74 142 39 142 262 67 56 14 -67 0.2092 53.40 133 31 123 275 63 71 15 -67 0.2103 54.10 134 32 125 273 63 69 16 -67 0.2106 54.93 135 34 127 272 63 67 17 -67 0.2103 55.96 136 35 130 270 63 65 18 -67 0.2094 57.25 137 36 132 268 64 63 19 -67 0.2079 58.82 138 37 134 267 64 61 20 -67 0.2060 60.77 139 38 136 265 64 60 21 -67 0.2035 63.20 139 39 138 264 65 58 22 -67 0.2006 66.11 140 40 140 262 65 56 23 -67 0.2101 53.80 130 32 120 276 62 72 24 -67 0.2111 54.47 132 33 122 274 62 70 25 -67 0.2113 55.29 133 34 125 272 62 68 26 -67 0.2109 56.34 134 35 127 270 62 66 27 -67 0.2098 57.61 135 36 129 269 62 64 28 -67 0.2082 59.20 136 37 132 267 62 62 29 -67 0.2061 61.15 137 39 134 265 63 60 30 -67 0.2035 63.55 138 40 136 264 63 58 31 -67 0.2005 66.54 138 41 138 262 63 56 32 -67 0.2107 54.30 276 60 72 128 33 117 33 -67 0.2115 54.97 130 34 120 274 60 70 34 -67 0.2116 55.76 131 35 122 273 60 68 35 -67 0.2111 56.81 132 36 125 271 60 66 36 -67 0.2099 58.06 133 37 127 269 61 64 37 -67 0.2082 59.62 134 38 129 267 61 62 38 -67 0.2060 61.60 135 39 132 266 61 60 39 -67 0.2033 64.01 136 40 134 264 61 58 40 -67 0.2002 66.96 137 41 136 262 62 57 41 -67 0.2108 54.92 277 59 73 126 34 115 42 -67 0.2116 55.54 275 59 71 128 35 117 43 -67 0.2116 56.34 273 59 69 129 36 120 44 -67 0.2110 57.35 130 37 122 271 59 67 45 -67 0.2097 58.59 132 38 125 269 59 65 46 -67 0.2078 60.18 133 39 127 268 59 63 47 -67 0.2055 62.08 133 40 129 266 59 61 48 -67 0.2027 64.47 134 41 132 264 60 59 49 -67 0.1996 67.39 135 42 134 262 60 57 50 -67 0.2107 55.64 277 57 74 125 35 112 51 -67 0.2113 56.26 276 57 72 126 36 115 52 -67 0.2113 56.99 274 57 70 127 37 118 53 -67 0.2105 57.95 272 57 67 129 38 120 54 -67 0.2092 59.19 130 39 123 270 57 65 55 -67 0.2072 60.73 131 40 125 268 58 63 56 -67 0.2048 62.63 132 41 127 266 58 61 57 -67 0.2019 65.03 133 42 130 264 58 59 58 -67 0.1986 67.94 134 43 132 262 59 57 59 163 0.1928 40.18 276 68 -108 139 28 -51 60 163 0.1929 39.63 275 68 -110 140 29 -48 61 163 0.1926 39.29 273 68 -112 142 30 -45 62 163 0.1921 39.18 271 68 -114 143 32 -43 63 163 0.1914 39.34 269 69 -116 144 33 -40 64 163 0.1905 39.85 268 69 -118 145 34 -37 65 163 0.1896 40.70 266 69 -120 146 36 -35 66 163 0.1885 41.98 264 70 -122 147 37 -33 67 163 0.1874 43.72 263 71 -124 147 38 -31 68 163 0.1923 40.36 277 66 -107 136 29 -54 69 163 0.1922 39.76 275 66 -109 138 30 -51 70 163 0.1919 39.35 274 66 -111 139 31 -48 71 163 0.1912 39.19 272 67 -113 141 32 -46 72 163 0.1904 39.32 270 67 -116 142 33 -43 73 163 0.1894 39.76 268 67 -118 143 35 -40 74 163 0.1883 40.59 266 68 -120 144 36 -38 75 163 0.1871 41.86 265 68 -122 145 37 -35 76 163 0.1859 43.61 263 69 -124 146 39 -33 77 163 0.1919 40.62 278 65 -106 134 29 -57 78 163 0.1917 39.96 276 65 -108 135 30 -54 79 163 0.1912 39.48 274 65 -110 137 31 -51 80 163 0.1905 39.25 272 65 -113 138 33 -49 81 -67 0.1898 59.67 142 35 138 268 67 61 82 -67 0.1889 61.17 143 36 140 266 67 60 83 -67 0.1875 63.03 143 37 142 265 67 58 84 163 0.1858 41.75 265 67 -121 143 38 -38 85 163 0.1844 43.51 263 68 -123 144 39 -35 86 163 0.1916 40.99 279 63 -105 131 30 -61 87 163 0.1913 40.23 277 63 -107 133 31 -57 88 -67 0.1912 57.46 139 34 132 271 65 65 89 -67 0.1913 58.56 139 35 134 269 65 63 90 -67 0.1908 59.85 140 36 136 268 65 62 91 -67 0.1898 61.42 141 37 137 266 66 60 92 -67 0.1882 63.32 141 38 139 265 66 58 93 -67 0.1861 65.63 142 39 141 263 66 57 94 -67 0.1837 68.42 142 40 143 262 67 55 95 163 0.1913 41.43 280 62 -104 129 30 -64 96 -67 0.1915 56.78 135 33 127 273 63 68 97 -67 0.1922 57.68 136 34 129 271 63 66 98 -67 0.1921 58.81 137 35 131 270 64 64 99 -67 0.1915 60.14 138 36 133 268 64 62 100 -67 0.1903 61.73 139 37 135 267 64 60 automatic search suggests trial source # 34 Results for subevent # 1 trial source position # 34 time shift (multiple of dt) -67 strike,dip,rake 131 35 122 strike,dip,rake 273 60 68 SING. values, inlcuding vardat (min., max, min/max): 4.75477392E-16 1.98692224E-15 0.239303470 -5.75853195E+16 -6.15764909E+16 -5.51853691E+15 1.13958865E+17 -2.03929084E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.47476506E-02 ------- ------------ -- -------------- P ---- ---------------- ------ #---------------------------- ##----------------------------- ##-----------##---------------- ###-######################------- #---##########################--- ----############################- -----############# ############ ------############ T ############ -------########## ########### --------####################### ----------################### -----------############## --------------------- ----------------- ------- 2022-05-02 20:19:09,297 INFO None 2022-05-02 20:19:09,298 INFO This is ISOLA Initializing array w Time required: 0.655035138 Reading input file gr.hes Time required: 3.60865664 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.21364689 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 0.1886 63.67 139 39 137 265 64 59 2 -67 0.1864 66.03 140 40 139 263 65 57 3 -67 0.1839 68.87 141 41 141 262 65 55 4 163 0.1912 41.95 280 61 -103 127 31 -66 5 -67 0.1922 57.10 133 34 124 274 62 68 6 -67 0.1927 58.06 134 35 126 272 62 66 7 -67 0.1926 59.19 135 36 129 270 62 64 8 -67 0.1919 60.53 136 37 131 268 62 63 9 -67 0.1906 62.11 137 38 133 267 62 61 10 -67 0.1888 64.08 138 39 135 265 63 59 11 -67 0.1865 66.48 138 40 137 263 63 57 12 -67 0.1838 69.35 139 41 138 262 64 55 13 -67 0.1914 56.80 276 60 71 130 34 119 14 -67 0.1925 57.63 131 35 121 274 60 69 15 -67 0.1930 58.55 133 36 124 272 60 67 16 -67 0.1928 59.68 134 37 126 271 60 65 17 -67 0.1920 60.96 135 38 128 269 61 63 18 -67 0.1906 62.60 135 39 130 267 61 61 19 -67 0.1886 64.57 136 40 133 265 61 59 20 -67 0.1862 67.00 137 41 134 264 61 57 21 -67 0.1834 69.88 137 42 136 262 62 56 22 -67 0.1915 57.39 276 59 72 128 35 116 23 -67 0.1926 58.19 275 59 70 129 36 119 24 -67 0.1930 59.12 131 37 121 273 59 68 25 -67 0.1927 60.22 132 38 124 271 59 66 26 -67 0.1917 61.53 133 39 126 269 59 64 27 -67 0.1902 63.14 134 40 128 267 59 62 28 -67 0.1882 65.12 134 41 130 265 60 60 29 -67 0.1857 67.52 135 42 132 264 60 58 30 -67 0.1828 70.42 136 43 134 262 60 56 31 -67 0.1913 58.13 277 57 73 126 36 114 32 -67 0.1923 58.87 275 57 71 128 37 116 33 -67 0.1926 59.81 273 57 68 129 38 119 34 -67 0.1922 60.87 130 39 121 271 57 66 35 -67 0.1911 62.24 131 40 124 269 57 64 36 -67 0.1896 63.81 132 41 126 267 58 62 37 -67 0.1874 65.75 133 42 128 266 58 60 38 -67 0.1849 68.14 134 43 130 264 58 58 39 -67 0.1819 71.06 134 44 132 262 59 56 40 163 0.1964 41.73 275 68 -110 141 29 -48 41 163 0.1967 41.40 274 68 -112 142 30 -45 42 163 0.1967 41.21 272 68 -114 143 31 -43 43 163 0.1965 41.21 271 68 -116 144 33 -41 44 163 0.1960 41.46 269 69 -118 145 34 -38 45 163 0.1953 42.00 267 69 -119 146 35 -36 46 163 0.1945 42.83 266 70 -121 147 36 -34 47 163 0.1937 43.99 264 70 -123 148 38 -32 48 163 0.1928 45.59 263 71 -125 148 39 -30 49 163 0.1959 41.93 276 66 -109 138 29 -51 50 163 0.1961 41.50 275 67 -111 140 30 -49 51 163 0.1960 41.29 273 67 -113 141 32 -46 52 163 0.1956 41.24 271 67 -115 142 33 -43 53 163 0.1950 41.46 269 67 -117 143 34 -41 54 163 0.1943 41.95 268 68 -119 144 35 -39 55 163 0.1934 42.78 266 68 -121 145 37 -36 56 163 0.1923 43.98 264 69 -123 146 38 -34 57 163 0.1913 45.57 263 69 -125 147 39 -32 58 163 0.1955 42.18 277 65 -108 136 30 -55 59 163 0.1956 41.68 275 65 -110 137 31 -52 60 163 0.1954 41.39 273 65 -112 139 32 -49 61 163 0.1949 41.34 272 66 -114 140 33 -46 62 163 0.1942 41.50 270 66 -116 141 35 -44 63 163 0.1933 41.97 268 66 -118 143 36 -41 64 163 0.1922 42.78 266 67 -120 143 37 -39 65 163 0.1911 43.97 265 67 -122 144 38 -36 66 163 0.1899 45.57 263 68 -124 145 40 -34 67 163 0.1951 42.52 278 64 -107 133 30 -58 68 163 0.1952 41.97 276 64 -109 135 32 -55 69 163 0.1949 41.61 274 64 -111 137 33 -52 70 163 0.1943 41.47 272 64 -113 138 34 -49 71 163 0.1934 41.61 270 64 -116 140 35 -46 72 163 0.1924 42.02 269 65 -118 141 36 -44 73 163 0.1912 42.80 267 65 -120 142 38 -41 74 163 0.1899 43.98 265 66 -122 143 39 -39 75 163 0.1886 45.60 263 66 -124 144 40 -36 76 163 0.1948 42.94 278 62 -106 131 31 -61 77 163 0.1948 42.31 277 62 -108 133 32 -58 78 163 0.1944 41.87 275 62 -110 135 33 -55 79 163 0.1937 41.68 273 63 -113 136 34 -52 80 163 0.1928 41.75 271 63 -115 138 36 -49 81 163 0.1916 42.12 269 63 -117 139 37 -46 82 163 0.1903 42.85 267 64 -119 140 38 -44 83 163 0.1889 44.02 265 64 -122 141 39 -41 84 163 0.1874 45.63 264 65 -124 142 41 -39 85 163 0.1945 43.43 279 61 -105 129 32 -64 86 163 0.1945 42.72 277 61 -107 131 33 -60 87 163 0.1940 42.19 276 61 -109 133 34 -57 88 163 0.1932 41.94 274 61 -112 134 35 -54 89 163 0.1922 41.95 272 61 -114 136 36 -52 90 163 0.1909 42.26 270 62 -116 137 37 -49 91 163 0.1894 42.97 268 62 -119 138 39 -46 92 163 0.1879 44.07 266 63 -121 140 40 -43 93 163 0.1863 45.64 264 63 -123 141 41 -41 94 163 0.1943 43.98 280 59 -104 127 33 -66 95 163 0.1942 43.16 278 59 -106 129 34 -63 96 163 0.1937 42.60 276 59 -109 131 35 -60 97 163 0.1929 42.26 274 60 -111 133 36 -57 98 163 0.1917 42.20 272 60 -113 134 37 -54 99 163 0.1903 42.46 270 60 -116 136 38 -51 100 163 0.1887 43.09 268 61 -118 137 39 -48 automatic search suggests trial source # 42 Results for subevent # 1 trial source position # 42 time shift (multiple of dt) 163 strike,dip,rake 272 68 -114 strike,dip,rake 143 31 -43 SING. values, inlcuding vardat (min., max, min/max): 4.29168777E-16 1.98858433E-15 0.215816230 7.12102571E+16 9.11609901E+16 -8.82729381E+15 -1.04214727E+17 3.01883974E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.86451483E-02 ####### ############ ## ############## T #### -############### ###### ---########################## ---############################ ---############################ ----#####-----------############# --##------------------------##### #####---------------------------# #####---------------------------- ######------------ ------------ ######----------- P ----------- #######---------- ----------- ########--------------------- ########----------------- ##########----------- ################# ####### 2022-05-02 20:19:15,562 INFO None 2022-05-02 20:19:15,563 INFO This is ISOLA Initializing array w Time required: 0.607035279 Reading input file gr.hes Time required: 3.40800381 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.01741993 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 0.1870 44.16 266 61 -121 138 41 -45 2 163 0.1853 45.68 264 62 -123 139 42 -43 3 163 0.1942 44.59 281 58 -103 125 33 -69 4 163 0.1940 43.70 279 58 -105 127 34 -66 5 163 0.1934 43.05 277 58 -108 129 35 -63 6 163 0.1925 42.65 275 58 -110 131 36 -59 7 163 0.1913 42.49 273 58 -113 132 37 -56 8 163 0.1898 42.70 271 59 -115 134 39 -53 9 163 0.1881 43.27 269 59 -118 135 40 -50 10 163 0.1863 44.26 266 60 -120 137 41 -48 11 163 0.1844 45.79 264 60 -123 138 42 -45 12 163 0.1941 45.27 282 57 -102 123 34 -71 13 163 0.1939 44.28 280 57 -104 125 35 -68 14 163 0.1932 43.56 278 57 -107 127 36 -65 15 163 0.1923 43.06 276 57 -109 129 37 -62 16 163 0.1909 42.85 273 57 -112 131 38 -59 17 163 0.1893 42.97 271 57 -114 132 39 -56 18 163 0.1875 43.47 269 58 -117 134 41 -53 19 163 0.1856 44.43 267 58 -120 135 42 -50 20 163 0.1836 45.86 265 59 -122 137 43 -47 21 163 0.1986 43.25 275 68 -111 142 30 -46 22 163 0.1992 43.04 273 68 -113 144 31 -43 23 163 0.1995 42.96 272 69 -115 145 32 -41 24 163 0.1995 43.08 270 69 -117 146 33 -39 25 163 0.1992 43.38 269 69 -119 147 35 -37 26 163 0.1988 43.90 267 70 -121 147 36 -35 27 163 0.1982 44.68 265 70 -122 148 37 -33 28 163 0.1975 45.79 264 70 -124 148 38 -31 29 163 0.1967 47.18 263 71 -126 149 40 -29 30 163 0.1981 43.43 275 67 -110 140 30 -49 31 163 0.1987 43.16 274 67 -112 141 31 -46 32 163 0.1989 43.06 272 67 -114 143 32 -44 33 163 0.1987 43.15 271 67 -116 144 34 -42 34 163 0.1984 43.43 269 68 -118 145 35 -39 35 163 0.1978 43.93 267 68 -120 146 36 -37 36 163 0.1971 44.74 266 69 -122 146 37 -35 37 163 0.1962 45.82 264 69 -124 147 39 -33 38 163 0.1953 47.29 263 70 -125 147 40 -31 39 163 0.1977 43.66 276 65 -109 138 30 -52 40 163 0.1981 43.36 274 65 -112 139 32 -49 41 163 0.1983 43.21 273 66 -114 141 33 -47 42 163 0.1980 43.26 271 66 -116 142 34 -44 43 163 0.1975 43.51 269 66 -118 143 35 -42 44 163 0.1969 44.00 268 67 -120 144 37 -40 45 163 0.1960 44.81 266 67 -121 145 38 -37 46 163 0.1951 45.90 264 68 -123 145 39 -35 47 163 0.1940 47.38 263 68 -125 146 40 -33 48 163 0.1973 43.98 277 64 -109 135 31 -55 49 163 0.1976 43.63 275 64 -111 137 32 -52 50 163 0.1976 43.44 273 64 -113 139 33 -50 51 163 0.1974 43.41 272 64 -115 140 35 -47 52 163 0.1968 43.63 270 65 -117 141 36 -44 53 163 0.1960 44.10 268 65 -119 142 37 -42 54 163 0.1950 44.87 266 66 -121 143 38 -40 55 163 0.1940 45.97 265 66 -123 144 40 -38 56 163 0.1928 47.47 263 67 -125 145 41 -35 57 163 0.1969 44.37 277 63 -108 133 32 -58 58 163 0.1972 43.94 276 63 -110 135 33 -55 59 163 0.1971 43.69 274 63 -112 137 34 -52 60 163 0.1968 43.62 272 63 -114 138 35 -50 61 163 0.1961 43.81 270 63 -116 139 36 -47 62 163 0.1952 44.25 269 64 -118 140 38 -44 63 163 0.1941 44.99 267 64 -121 141 39 -42 64 163 0.1928 46.10 265 65 -123 142 40 -40 65 163 0.1916 47.58 263 65 -125 143 41 -38 66 163 0.1965 44.83 278 61 -107 131 32 -61 67 163 0.1968 44.34 276 61 -109 133 33 -58 68 163 0.1967 44.01 275 61 -111 135 34 -55 69 163 0.1962 43.89 273 62 -113 136 36 -52 70 163 0.1954 44.01 271 62 -116 138 37 -49 71 163 0.1944 44.41 269 62 -118 139 38 -47 72 163 0.1932 45.13 267 63 -120 140 39 -44 73 163 0.1919 46.21 265 63 -122 141 41 -42 74 163 0.1905 47.68 264 64 -124 142 42 -40 75 163 0.1962 45.36 279 60 -106 129 33 -64 76 163 0.1964 44.78 277 60 -108 131 34 -60 77 163 0.1962 44.40 275 60 -110 133 35 -58 78 163 0.1957 44.23 273 60 -113 134 36 -55 79 163 0.1949 44.28 271 60 -115 136 37 -52 80 163 0.1938 44.61 270 61 -117 137 39 -49 81 163 0.1924 45.32 268 61 -120 138 40 -47 82 163 0.1910 46.34 266 62 -122 139 41 -44 83 163 0.1894 47.80 264 62 -124 140 42 -42 84 163 0.1959 45.93 280 58 -105 127 34 -66 85 163 0.1961 45.29 278 58 -107 129 35 -63 86 163 0.1958 44.84 276 58 -109 131 36 -60 87 163 0.1952 44.59 274 59 -112 133 37 -57 88 163 0.1943 44.59 272 59 -114 134 38 -54 89 163 0.1931 44.89 270 59 -117 136 39 -51 90 163 0.1917 45.50 268 60 -119 137 41 -49 91 163 0.1901 46.50 266 60 -121 138 42 -46 92 163 0.1884 47.92 264 61 -124 139 43 -44 93 163 0.1956 46.56 280 57 -104 125 35 -69 94 163 0.1957 45.86 278 57 -106 127 36 -65 95 163 0.1955 45.30 277 57 -108 129 37 -62 96 163 0.1948 45.00 275 57 -111 131 38 -59 97 163 0.1938 44.94 273 57 -114 133 39 -56 98 163 0.1925 45.16 271 58 -116 134 40 -54 99 163 0.1910 45.72 268 58 -119 135 41 -51 100 163 0.1893 46.67 266 59 -121 137 42 -48 automatic search suggests trial source # 23 Results for subevent # 1 trial source position # 23 time shift (multiple of dt) 163 strike,dip,rake 272 69 -115 strike,dip,rake 145 32 -41 SING. values, inlcuding vardat (min., max, min/max): 4.21780718E-16 1.97037545E-15 0.214061096 7.40600796E+16 9.32370570E+16 -7.46139758E+15 -1.05013170E+17 2.96270280E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.97573113E-02 ####### ############ ## ############## T #### -############### ###### ---########################## ---############################ ---############################ ----######----------############# --##------------------------##### #####---------------------------# #####---------------------------- ######------------ ------------ ######----------- P ----------- ########--------- ----------- ########--------------------- #########---------------- ##########----------- ################# ####### 2022-05-02 20:19:22,576 INFO None 2022-05-02 20:19:22,577 INFO This is ISOLA Initializing array w Time required: 0.611716866 Reading input file gr.hes Time required: 3.45603442 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.977700949 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 0.1875 48.06 265 59 -123 138 44 -46 2 163 0.1995 44.67 274 69 -112 144 30 -44 3 163 0.2003 44.61 273 69 -114 145 31 -42 4 163 0.2009 44.65 271 69 -116 146 33 -40 5 163 0.2012 44.83 270 69 -118 147 34 -37 6 163 0.2012 45.14 268 69 -120 148 35 -35 7 163 0.2009 45.67 267 70 -121 148 36 -34 8 163 0.2004 46.41 265 70 -123 149 38 -32 9 163 0.1997 47.41 264 71 -125 149 39 -30 10 163 0.1990 48.66 263 71 -126 150 40 -29 11 163 0.1990 44.86 275 67 -112 141 31 -47 12 163 0.1998 44.76 273 67 -114 143 32 -45 13 163 0.2003 44.76 272 67 -116 144 33 -42 14 163 0.2005 44.92 270 68 -117 145 34 -40 15 163 0.2003 45.24 269 68 -119 146 36 -38 16 163 0.2000 45.77 267 68 -121 147 37 -36 17 163 0.1994 46.51 266 69 -123 147 38 -34 18 163 0.1987 47.52 264 69 -124 148 39 -32 19 163 0.1979 48.83 263 70 -126 148 40 -31 20 163 0.1986 45.11 275 66 -111 139 31 -50 21 163 0.1993 44.96 274 66 -113 141 32 -47 22 163 0.1997 44.94 272 66 -115 142 34 -45 23 163 0.1998 45.06 271 66 -117 143 35 -43 24 163 0.1996 45.39 269 67 -119 144 36 -40 25 163 0.1991 45.90 268 67 -121 145 37 -38 26 163 0.1985 46.63 266 67 -122 146 38 -36 27 163 0.1976 47.66 264 68 -124 146 40 -34 28 163 0.1967 48.97 263 68 -126 147 41 -33 29 163 0.1981 45.42 276 64 -110 137 31 -53 30 163 0.1988 45.22 274 64 -112 139 33 -50 31 163 0.1991 45.15 273 65 -114 140 34 -48 32 163 0.1992 45.25 271 65 -116 141 35 -45 33 163 0.1988 45.54 270 65 -118 142 36 -43 34 163 0.1983 46.04 268 65 -120 143 38 -41 35 163 0.1975 46.77 266 66 -122 144 39 -39 36 163 0.1966 47.80 265 66 -124 145 40 -37 37 163 0.1955 49.15 263 67 -126 146 41 -35 38 163 0.1977 45.79 276 63 -109 135 32 -56 39 163 0.1983 45.53 275 63 -111 137 33 -53 40 163 0.1986 45.44 273 63 -113 138 34 -50 41 163 0.1985 45.48 272 63 -116 140 36 -48 42 163 0.1981 45.74 270 64 -118 141 37 -45 43 163 0.1975 46.19 268 64 -120 142 38 -43 44 163 0.1966 46.93 267 64 -122 143 39 -41 45 163 0.1955 47.97 265 65 -124 143 41 -39 46 163 0.1944 49.32 263 66 -126 144 42 -37 47 163 0.1973 46.21 277 62 -108 133 33 -58 48 163 0.1978 45.91 276 62 -110 135 34 -55 49 163 0.1980 45.73 274 62 -113 136 35 -53 50 163 0.1979 45.75 272 62 -115 138 36 -50 51 163 0.1974 45.96 270 62 -117 139 37 -48 52 163 0.1967 46.42 269 63 -119 140 39 -45 53 163 0.1957 47.11 267 63 -121 141 40 -43 54 163 0.1945 48.14 265 64 -123 142 41 -41 55 163 0.1933 49.48 264 64 -125 143 42 -39 56 163 0.1968 46.71 278 60 -107 131 33 -61 57 163 0.1973 46.33 276 60 -110 133 34 -58 58 163 0.1975 46.11 274 60 -112 135 36 -55 59 163 0.1973 46.06 273 61 -114 136 37 -53 60 163 0.1967 46.26 271 61 -116 137 38 -50 61 163 0.1959 46.65 269 61 -119 139 39 -47 62 163 0.1948 47.34 267 62 -121 140 40 -45 63 163 0.1936 48.33 266 62 -123 141 42 -43 64 163 0.1922 49.66 264 63 -125 142 43 -41 65 163 0.1964 47.25 278 59 -106 129 34 -63 66 163 0.1968 46.82 277 59 -109 131 35 -61 67 163 0.1969 46.54 275 59 -111 133 36 -58 68 163 0.1967 46.42 273 59 -113 134 37 -55 69 163 0.1961 46.56 271 59 -116 136 39 -52 70 163 0.1952 46.92 270 60 -118 137 40 -50 71 163 0.1940 47.55 268 60 -120 138 41 -47 72 163 0.1926 48.53 266 61 -123 139 42 -45 73 163 0.1911 49.84 264 61 -125 140 44 -42 74 163 0.1959 47.86 279 57 -105 127 35 -66 75 163 0.1964 47.35 277 57 -108 129 36 -63 76 163 0.1964 46.99 276 58 -110 131 37 -60 77 163 0.1961 46.83 274 58 -113 133 38 -57 78 163 0.1955 46.89 272 58 -115 134 39 -54 79 163 0.1945 47.20 270 58 -117 136 40 -52 80 163 0.1932 47.81 268 59 -120 137 42 -49 81 163 0.1918 48.73 266 59 -122 138 43 -47 82 163 0.1901 50.05 264 60 -124 139 44 -44 83 163 0.1989 46.06 273 69 -113 145 31 -42 84 163 0.2001 46.09 272 69 -115 146 32 -40 85 163 0.2008 46.25 271 69 -117 147 33 -38 86 163 0.2013 46.48 269 69 -119 148 35 -36 87 163 0.2015 46.85 268 70 -121 149 36 -34 88 163 0.2014 47.37 267 70 -122 149 37 -33 89 163 0.2011 48.06 265 70 -124 150 38 -31 90 163 0.2006 48.96 264 71 -125 150 39 -29 91 163 0.1999 50.06 263 71 -127 150 41 -28 92 163 0.1986 46.25 274 68 -113 143 31 -45 93 163 0.1996 46.31 273 68 -115 144 32 -43 94 163 0.2003 46.40 271 68 -117 145 34 -41 95 163 0.2007 46.63 270 68 -118 146 35 -39 96 163 0.2009 46.99 268 68 -120 147 36 -37 97 163 0.2007 47.50 267 69 -122 148 37 -35 98 163 0.2003 48.20 266 69 -124 148 39 -33 99 163 0.1997 49.10 264 69 -125 149 40 -32 100 163 0.1989 50.28 263 70 -127 149 41 -30 automatic search suggests trial source # 87 Results for subevent # 1 trial source position # 87 time shift (multiple of dt) 163 strike,dip,rake 268 70 -121 strike,dip,rake 149 36 -34 SING. values, inlcuding vardat (min., max, min/max): 4.07192693E-16 1.97352493E-15 0.206327617 8.07105787E+16 9.40615619E+16 -3.81994391E+13 -1.08191583E+17 3.20691120E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.05598283E-02 ####### ############ ## -############# T #### --############## ###### ---########################## ----########################### ----########################### -----##########-----############# ------------------------------### ######--------------------------- ######--------------------------- #######------------ ----------- #######----------- P ---------- ########---------- ---------- #########-------------------- #########---------------- ##########----------- ################# ####### 2022-05-02 20:19:28,968 INFO None 2022-05-02 20:19:28,969 INFO This is ISOLA Initializing array w Time required: 0.669935048 Reading input file gr.hes Time required: 3.46577644 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.00519323 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 0.1982 46.50 274 66 -112 141 31 -48 2 163 0.1992 46.51 273 66 -114 142 33 -46 3 163 0.1998 46.58 272 66 -116 143 34 -43 4 163 0.2002 46.78 270 67 -118 144 35 -41 5 163 0.2002 47.15 269 67 -120 145 37 -39 6 163 0.1999 47.65 267 67 -122 146 38 -37 7 163 0.1994 48.37 266 68 -123 147 39 -35 8 163 0.1987 49.31 264 68 -125 147 40 -34 9 163 0.1979 50.46 263 69 -127 148 41 -32 10 163 0.1977 46.81 275 65 -111 139 32 -51 11 163 0.1986 46.77 274 65 -113 140 33 -48 12 163 0.1993 46.82 272 65 -115 142 35 -46 13 163 0.1995 47.02 271 65 -117 143 36 -44 14 163 0.1995 47.36 269 65 -119 144 37 -41 15 163 0.1991 47.85 268 66 -121 145 38 -39 16 163 0.1986 48.57 266 66 -123 145 39 -37 17 163 0.1978 49.48 265 67 -125 146 41 -36 18 163 0.1968 50.71 263 67 -126 146 42 -34 19 163 0.1972 47.17 276 63 -110 137 32 -53 20 163 0.1981 47.09 274 63 -113 138 34 -51 21 163 0.1987 47.10 273 64 -115 140 35 -48 22 163 0.1989 47.25 271 64 -117 141 36 -46 23 163 0.1988 47.57 270 64 -119 142 37 -44 24 163 0.1984 48.05 268 64 -121 143 39 -42 25 163 0.1977 48.74 266 65 -123 144 40 -40 26 163 0.1968 49.72 265 65 -124 145 41 -38 27 163 0.1958 50.93 263 66 -126 145 42 -36 28 163 0.1967 47.58 276 62 -110 135 33 -56 29 163 0.1976 47.42 275 62 -112 136 34 -53 30 163 0.1981 47.42 273 62 -114 138 36 -51 31 163 0.1982 47.54 272 62 -116 139 37 -48 32 163 0.1981 47.82 270 63 -118 141 38 -46 33 163 0.1976 48.29 268 63 -120 142 39 -44 34 163 0.1968 49.00 267 63 -122 142 40 -42 35 163 0.1959 49.91 265 64 -124 143 42 -40 36 163 0.1947 51.14 264 64 -126 144 43 -38 37 163 0.1962 48.03 277 61 -109 133 34 -59 38 163 0.1970 47.83 275 61 -111 135 35 -56 39 163 0.1975 47.78 274 61 -113 136 36 -53 40 163 0.1976 47.85 272 61 -115 138 37 -51 41 163 0.1973 48.10 270 61 -118 139 39 -48 42 163 0.1968 48.54 269 62 -120 140 40 -46 43 163 0.1959 49.21 267 62 -122 141 41 -44 44 163 0.1949 50.14 265 62 -124 142 42 -42 45 163 0.1936 51.38 264 63 -126 143 43 -40 46 163 0.1956 48.57 277 59 -108 131 34 -61 47 163 0.1964 48.32 276 59 -110 133 36 -58 48 163 0.1968 48.18 274 59 -112 134 37 -56 49 163 0.1969 48.22 273 60 -115 136 38 -53 50 163 0.1966 48.41 271 60 -117 137 39 -50 51 163 0.1960 48.81 269 60 -119 139 40 -48 52 163 0.1950 49.47 267 61 -121 140 42 -46 53 163 0.1939 50.41 266 61 -124 141 43 -44 54 163 0.1926 51.60 264 62 -126 141 44 -41 55 163 0.1949 49.14 278 58 -107 129 35 -63 56 163 0.1957 48.84 276 58 -109 131 36 -61 57 163 0.1961 48.64 275 58 -112 133 37 -58 58 163 0.1962 48.61 273 58 -114 134 39 -55 59 163 0.1958 48.77 271 58 -116 136 40 -53 60 163 0.1952 49.13 270 59 -119 137 41 -50 61 163 0.1942 49.75 268 59 -121 138 42 -48 62 163 0.1929 50.65 266 60 -123 139 43 -45 63 163 0.1915 51.84 264 60 -125 140 45 -43 64 163 0.1968 47.44 273 69 -114 146 31 -41 65 163 0.1982 47.59 272 69 -116 147 32 -39 66 163 0.1992 47.81 270 69 -118 148 34 -37 67 163 0.1999 48.12 269 70 -120 149 35 -35 68 163 0.2003 48.52 268 70 -121 150 36 -34 69 163 0.2004 49.03 267 70 -123 150 38 -32 70 163 0.2002 49.68 265 71 -125 150 39 -30 71 163 0.1998 50.51 264 71 -126 151 40 -29 72 163 0.1992 51.53 263 71 -128 151 41 -27 73 163 0.1966 47.66 273 68 -114 144 32 -44 74 163 0.1979 47.79 272 68 -116 145 33 -41 75 163 0.1989 48.00 271 68 -117 146 34 -39 76 163 0.1995 48.30 270 68 -119 147 35 -38 77 163 0.1999 48.67 268 69 -121 148 37 -36 78 163 0.1998 49.21 267 69 -123 149 38 -34 79 163 0.1996 49.86 266 69 -124 149 39 -32 80 163 0.1990 50.73 264 70 -126 149 40 -31 81 163 0.1984 51.76 263 70 -127 150 41 -29 82 163 0.1963 47.90 274 67 -113 142 32 -46 83 163 0.1975 48.01 272 67 -115 143 33 -44 84 163 0.1984 48.23 271 67 -117 144 35 -42 85 163 0.1990 48.48 270 67 -119 145 36 -40 86 163 0.1993 48.87 269 67 -121 146 37 -38 87 163 0.1992 49.42 267 67 -122 147 38 -36 88 163 0.1989 50.09 266 68 -124 148 40 -34 89 163 0.1983 50.94 264 68 -126 148 41 -33 90 163 0.1975 52.00 263 69 -127 149 42 -31 91 163 0.1959 48.20 274 65 -112 140 32 -49 92 163 0.1971 48.29 273 65 -114 141 34 -46 93 163 0.1979 48.46 272 65 -116 143 35 -44 94 163 0.1985 48.73 270 66 -118 144 36 -42 95 163 0.1986 49.09 269 66 -120 145 38 -40 96 163 0.1985 49.63 268 66 -122 146 39 -38 97 163 0.1981 50.30 266 66 -124 146 40 -37 98 163 0.1975 51.17 265 67 -125 147 41 -35 99 163 0.1966 52.26 263 67 -127 147 42 -33 100 163 0.1954 48.57 275 64 -112 138 33 -51 automatic search suggests trial source # 69 Results for subevent # 1 trial source position # 69 time shift (multiple of dt) 163 strike,dip,rake 267 70 -123 strike,dip,rake 150 38 -32 SING. values, inlcuding vardat (min., max, min/max): 4.00450734E-16 1.97496277E-15 0.202763692 8.31185693E+16 9.31770907E+16 3.54143676E+15 -1.08450097E+17 3.30175439E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 4.01025414E-02 ####### ############ ## -############# T #### --############## ###### ----######################### ----########################### ----########################### -----############################ -------------------------------## -#####--------------------------- #######-------------------------- #######------------- ---------- #######------------ P --------- #########---------- --------- #########-------------------- #########---------------- ##########----------- ################# ####### 2022-05-02 20:19:35,361 INFO None 2022-05-02 20:19:35,362 INFO This is ISOLA Initializing array w Time required: 0.609251499 Reading input file gr.hes Time required: 3.48777938 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.02427125 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 0.1966 48.61 273 64 -114 140 34 -49 2 163 0.1974 48.75 272 64 -116 141 35 -47 3 163 0.1979 48.99 271 64 -118 142 37 -44 4 163 0.1980 49.34 269 64 -120 143 38 -42 5 163 0.1978 49.88 268 65 -122 144 39 -40 6 163 0.1973 50.54 266 65 -123 145 40 -39 7 163 0.1966 51.41 265 66 -125 146 42 -37 8 163 0.1956 52.52 264 66 -127 146 43 -35 9 163 0.1949 48.95 275 62 -111 136 33 -54 10 163 0.1960 48.98 274 63 -113 138 35 -51 11 163 0.1967 49.07 273 63 -115 139 36 -49 12 163 0.1972 49.26 271 63 -117 141 37 -47 13 163 0.1973 49.62 270 63 -119 142 38 -45 14 163 0.1970 50.13 268 63 -121 143 40 -43 15 163 0.1965 50.79 267 64 -123 143 41 -41 16 163 0.1957 51.67 265 64 -125 144 42 -39 17 163 0.1946 52.78 264 65 -127 145 43 -37 18 163 0.1942 49.41 276 61 -110 134 34 -56 19 163 0.1953 49.37 274 61 -112 136 35 -54 20 163 0.1961 49.43 273 61 -114 138 36 -51 21 163 0.1965 49.62 272 61 -117 139 38 -49 22 163 0.1965 49.92 270 62 -119 140 39 -47 23 163 0.1962 50.39 269 62 -121 141 40 -45 24 163 0.1956 51.06 267 62 -123 142 41 -43 25 163 0.1947 51.93 265 63 -125 143 43 -41 26 163 0.1936 53.07 264 63 -127 144 44 -39 27 163 0.1936 49.91 276 60 -109 132 35 -59 28 163 0.1946 49.83 275 60 -112 134 36 -56 29 163 0.1953 49.86 274 60 -114 136 37 -54 30 163 0.1957 49.98 272 60 -116 137 38 -51 31 163 0.1957 50.26 270 60 -118 139 40 -49 32 163 0.1954 50.69 269 61 -120 140 41 -47 33 163 0.1947 51.34 267 61 -122 141 42 -45 34 163 0.1937 52.20 266 61 -124 142 43 -42 35 163 0.1925 53.33 264 62 -126 142 44 -41 36 163 0.1928 50.45 277 58 -109 131 35 -61 37 163 0.1938 50.34 276 58 -111 133 37 -58 38 163 0.1946 50.28 274 59 -113 134 38 -56 39 163 0.1949 50.40 272 59 -115 136 39 -53 40 163 0.1948 50.62 271 59 -118 137 40 -51 41 163 0.1945 51.03 269 59 -120 138 41 -49 42 163 0.1937 51.65 268 60 -122 140 43 -46 43 163 0.1927 52.50 266 60 -124 140 44 -44 44 163 0.1914 53.62 264 61 -126 141 45 -42 45 163 0.1932 48.80 272 69 -115 147 32 -40 46 163 0.1948 49.05 271 70 -117 148 33 -38 47 163 0.1960 49.37 270 70 -119 149 34 -36 48 163 0.1969 49.74 269 70 -120 149 36 -34 49 163 0.1974 50.19 268 70 -122 150 37 -33 50 163 0.1977 50.70 267 70 -124 151 38 -31 51 163 0.1977 51.34 265 71 -125 151 39 -30 52 163 0.1973 52.12 264 71 -127 151 40 -28 53 163 0.1967 53.06 263 71 -128 152 42 -27 54 163 0.1931 49.06 273 68 -115 145 32 -42 55 163 0.1946 49.30 272 68 -116 146 33 -40 56 163 0.1958 49.57 270 68 -118 147 35 -38 57 163 0.1966 49.95 269 69 -120 148 36 -37 58 163 0.1971 50.39 268 69 -122 149 37 -35 59 163 0.1973 50.93 267 69 -123 149 38 -33 60 163 0.1972 51.59 266 69 -125 150 40 -32 61 163 0.1968 52.36 264 70 -127 150 41 -30 62 163 0.1962 53.34 263 70 -128 150 42 -29 63 163 0.1929 49.32 273 67 -114 143 32 -45 64 163 0.1943 49.55 272 67 -116 144 34 -43 65 163 0.1955 49.81 271 67 -118 145 35 -41 66 163 0.1963 50.18 270 67 -120 146 36 -39 67 163 0.1967 50.62 268 67 -121 147 38 -37 68 163 0.1968 51.16 267 68 -123 148 39 -35 69 163 0.1966 51.84 266 68 -125 148 40 -34 70 163 0.1962 52.62 265 68 -126 149 41 -32 71 163 0.1955 53.62 263 69 -128 149 42 -31 72 163 0.1925 49.63 274 66 -113 141 33 -47 73 163 0.1939 49.85 272 66 -115 142 34 -45 74 163 0.1950 50.11 271 66 -117 144 35 -43 75 163 0.1958 50.44 270 66 -119 145 37 -41 76 163 0.1962 50.89 269 66 -121 146 38 -39 77 163 0.1963 51.42 267 66 -123 146 39 -37 78 163 0.1960 52.10 266 67 -124 147 40 -36 79 163 0.1955 52.90 265 67 -126 148 42 -34 80 163 0.1947 53.91 263 68 -128 148 43 -33 81 163 0.1921 49.98 274 64 -113 139 33 -50 82 163 0.1935 50.20 273 64 -115 141 35 -47 83 163 0.1945 50.43 272 64 -117 142 36 -45 84 163 0.1952 50.75 270 65 -119 143 37 -43 85 163 0.1956 51.17 269 65 -121 144 38 -41 86 163 0.1956 51.69 268 65 -122 145 40 -39 87 163 0.1953 52.34 266 65 -124 146 41 -38 88 163 0.1947 53.17 265 66 -126 146 42 -36 89 163 0.1939 54.21 264 66 -128 147 43 -34 90 163 0.1915 50.39 274 63 -112 137 34 -52 91 163 0.1929 50.53 273 63 -114 139 35 -50 92 163 0.1939 50.75 272 63 -116 140 36 -48 93 163 0.1946 51.07 271 63 -118 142 38 -45 94 163 0.1949 51.46 269 63 -120 143 39 -43 95 163 0.1949 51.97 268 64 -122 144 40 -41 96 163 0.1945 52.64 267 64 -124 144 41 -40 97 163 0.1939 53.47 265 64 -126 145 43 -38 98 163 0.1930 54.50 264 65 -127 146 44 -36 99 163 0.1909 50.82 275 62 -111 136 34 -54 100 163 0.1922 50.95 274 62 -113 137 36 -52 automatic search suggests trial source # 4 Results for subevent # 1 trial source position # 4 time shift (multiple of dt) 163 strike,dip,rake 269 64 -120 strike,dip,rake 143 38 -42 SING. values, inlcuding vardat (min., max, min/max): 4.18207536E-16 1.93531422E-15 0.216092840 7.55174049E+16 7.26279485E+16 6.21421423E+15 -1.12528710E+17 2.61353055E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.91600132E-02 ####### ############ ## ############## T #### -############### ###### ---########################## ----########################### ----########################### -----###-----------------######## ---##-------------------------### ######--------------------------- ######------------- ----------- #######------------ P ----------- ########---------- ---------- #########---------------------- ##########------------------- ##########--------------- ############--------- ################# ####### 2022-05-02 20:19:41,798 INFO None 2022-05-02 20:19:41,798 INFO This is ISOLA Initializing array w Time required: 0.601842523 Reading input file gr.hes Time required: 3.62808800 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.990472496 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 0.3405 67.81 125 27 119 273 66 75 2 43 0.3393 67.41 127 28 122 272 66 73 3 43 0.3375 67.08 129 29 124 270 66 72 4 43 0.3349 66.99 130 30 127 268 66 70 5 43 0.3316 67.08 132 31 130 267 66 68 6 43 0.3275 67.44 133 32 132 265 66 66 7 43 0.3228 68.13 134 33 135 264 67 64 8 53 0.3427 71.73 120 27 111 276 64 79 9 53 0.3430 71.20 122 28 114 275 64 77 10 53 0.3424 70.69 124 29 117 273 64 75 11 53 0.3410 70.23 126 30 120 272 64 73 12 53 0.3387 69.87 127 31 123 270 64 71 13 43 0.3360 66.71 128 31 124 269 64 70 14 43 0.3325 66.73 129 32 127 267 64 68 15 43 0.3284 67.04 131 33 129 266 64 66 16 43 0.3235 67.69 132 34 132 264 65 64 17 53 0.3448 71.95 277 62 79 118 29 108 18 53 0.3449 71.36 275 62 77 120 30 111 19 53 0.3441 70.79 122 30 114 274 62 75 20 53 0.3426 70.26 124 31 117 272 62 73 21 53 0.3401 69.83 125 32 120 270 62 71 22 53 0.3369 69.52 127 33 123 269 62 69 23 43 0.3332 66.57 127 34 124 267 62 68 24 43 0.3289 66.82 129 35 127 266 62 66 25 43 0.3239 67.40 130 36 129 264 62 64 26 53 0.3464 72.37 278 60 80 117 30 106 27 53 0.3464 71.73 276 60 78 119 31 109 28 53 0.3455 71.07 274 60 76 120 32 112 29 53 0.3438 70.46 272 60 74 122 33 115 30 53 0.3412 69.95 124 34 118 271 60 72 31 53 0.3378 69.55 125 35 120 269 60 70 32 43 0.3337 66.56 126 35 122 268 60 68 33 43 0.3292 66.75 127 36 124 266 60 66 34 43 0.3241 67.25 128 37 127 264 60 64 35 53 0.3476 72.97 278 58 80 115 32 104 36 53 0.3474 72.27 276 58 78 117 33 107 37 53 0.3465 71.54 275 58 76 119 34 110 38 53 0.3447 70.86 273 58 74 120 35 113 39 53 0.3420 70.29 271 58 72 122 35 115 40 53 0.3384 69.82 123 36 118 269 58 70 41 53 0.3341 69.48 125 37 121 268 58 68 42 43 0.3294 66.78 125 38 122 266 58 67 43 43 0.3242 67.20 126 39 124 264 58 64 44 23 0.3243 65.45 133 21 126 275 73 77 45 23 0.3257 65.14 135 22 129 273 73 75 46 23 0.3264 65.00 136 23 132 272 73 74 47 23 0.3263 65.03 138 24 134 270 73 72 48 23 0.3254 65.25 139 25 137 269 73 71 49 23 0.3239 65.71 140 26 139 268 73 69 50 23 0.3217 66.44 142 27 142 266 73 68 51 23 0.3189 67.49 143 28 144 265 74 66 52 23 0.3155 68.91 144 29 146 264 74 65 53 33 0.3274 67.62 131 22 123 275 71 77 54 33 0.3286 67.37 132 23 126 273 71 75 55 33 0.3291 67.22 134 24 129 272 71 73 56 33 0.3288 67.18 136 25 132 271 71 72 57 33 0.3276 67.36 137 26 134 269 71 70 58 33 0.3258 67.65 138 27 137 268 71 69 59 23 0.3232 65.61 139 28 138 267 71 68 60 23 0.3202 66.63 140 29 140 265 72 66 61 23 0.3166 68.06 141 30 142 264 72 65 62 33 0.3305 67.15 127 23 119 275 69 77 63 33 0.3314 66.86 129 24 122 274 69 76 64 33 0.3316 66.69 131 25 125 272 69 74 65 33 0.3311 66.61 133 26 128 271 69 72 66 33 0.3297 66.73 134 27 131 269 69 71 67 33 0.3277 67.00 135 28 133 268 69 69 68 33 0.3248 67.51 137 29 136 267 70 67 69 33 0.3213 68.32 138 30 138 265 70 66 70 23 0.3174 67.33 138 31 139 264 70 65 71 33 0.3331 66.95 125 25 116 276 67 78 72 33 0.3338 66.60 126 25 119 274 67 76 73 33 0.3338 66.37 128 26 122 273 67 74 74 33 0.3330 66.27 130 27 125 271 67 73 75 33 0.3315 66.33 131 28 127 270 67 71 76 33 0.3292 66.53 133 29 130 268 67 69 77 33 0.3262 67.00 134 30 132 267 68 68 78 33 0.3225 67.79 135 31 135 265 68 66 79 33 0.3181 68.90 136 32 137 264 68 64 80 33 0.3353 66.94 122 26 113 276 65 78 81 33 0.3359 66.54 124 27 116 275 65 77 82 33 0.3356 66.24 126 28 119 273 65 75 83 33 0.3346 66.08 127 29 122 272 65 73 84 33 0.3329 66.08 129 29 124 270 65 71 85 33 0.3305 66.25 130 30 127 269 65 69 86 33 0.3273 66.65 132 31 129 267 66 68 87 33 0.3234 67.40 133 32 132 265 66 66 88 33 0.3189 68.49 134 33 134 264 66 64 89 33 0.3372 67.11 277 63 79 120 27 110 90 33 0.3375 66.69 122 28 113 275 63 77 91 33 0.3371 66.34 123 29 116 274 63 75 92 33 0.3359 66.11 125 30 119 272 63 73 93 33 0.3341 66.01 127 31 121 270 63 72 94 33 0.3314 66.14 128 32 124 269 63 70 95 33 0.3281 66.50 129 33 127 267 64 68 96 33 0.3241 67.17 131 34 129 266 64 66 97 33 0.3195 68.21 132 35 132 264 64 64 98 43 0.3389 70.09 277 62 79 119 29 108 99 43 0.3392 69.69 276 61 77 121 30 111 100 43 0.3386 69.36 274 61 75 122 31 114 automatic search suggests trial source # 35 Results for subevent # 1 trial source position # 35 time shift (multiple of dt) 53 strike,dip,rake 278 58 80 strike,dip,rake 115 32 104 SING. values, inlcuding vardat (min., max, min/max): 6.72164795E-16 2.36971507E-15 0.283647925 -4.27505840E+16 -6.24800876E+16 2.03603247E+15 1.22376967E+17 -9.64960610E+15 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 0.120792985 ------ ----------- P --- ------------- ----- ------------------------- ----------------------------- ------------------------------- ------############------------- #-#######################-------- --##########################----- --############## ############-- ---############# T ############## -----########### ############## -----########################## -------######################## ---------##################-- ------------#########---- --------------------- ----------------- ------- 2022-05-02 20:19:48,254 INFO None 2022-05-02 20:19:48,255 INFO This is ISOLA Initializing array w Time required: 0.685823083 Reading input file gr.hes Time required: 3.43660259 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.00185025 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 0.1932 51.15 272 62 -116 139 37 -50 2 163 0.1939 51.41 271 62 -118 140 38 -48 3 163 0.1941 51.79 270 62 -120 141 39 -45 4 163 0.1941 52.31 268 62 -122 142 41 -43 5 163 0.1936 52.95 267 63 -124 143 42 -42 6 163 0.1930 53.76 265 63 -125 144 43 -40 7 163 0.1920 54.81 264 64 -127 144 44 -38 8 163 0.1901 51.31 275 60 -111 134 35 -57 9 163 0.1915 51.39 274 60 -113 136 36 -54 10 163 0.1924 51.56 273 60 -115 137 37 -52 11 163 0.1930 51.79 271 60 -117 139 39 -50 12 163 0.1933 52.14 270 61 -119 140 40 -48 13 163 0.1932 52.63 269 61 -121 141 41 -45 14 163 0.1928 53.24 267 61 -123 142 42 -43 15 163 0.1920 54.08 266 62 -125 143 44 -42 16 163 0.1909 55.12 264 62 -127 143 45 -40 17 163 0.1893 51.83 276 59 -110 132 36 -59 18 163 0.1906 51.90 275 59 -112 134 37 -56 19 163 0.1916 52.00 273 59 -114 136 38 -54 20 163 0.1922 52.20 272 59 -116 137 39 -52 21 163 0.1924 52.52 270 59 -119 138 40 -50 22 163 0.1922 52.98 269 60 -121 140 42 -47 23 163 0.1917 53.60 267 60 -123 141 43 -45 24 163 0.1909 54.42 266 60 -125 141 44 -43 25 163 0.1898 55.44 264 61 -127 142 45 -42 26 163 0.1880 50.19 272 70 -116 147 32 -39 27 163 0.1896 50.54 271 70 -117 148 33 -37 28 163 0.1910 50.93 270 70 -119 149 35 -35 29 163 0.1921 51.37 269 70 -121 150 36 -34 30 163 0.1928 51.86 268 70 -123 151 37 -32 31 163 0.1932 52.42 267 70 -124 151 38 -31 32 163 0.1933 53.06 265 71 -126 152 40 -29 33 163 0.1931 53.81 264 71 -127 152 41 -28 34 163 0.1926 54.65 263 71 -129 152 42 -27 35 163 0.1880 50.46 272 68 -115 145 32 -41 36 163 0.1896 50.82 271 68 -117 147 34 -39 37 163 0.1909 51.21 270 69 -119 148 35 -38 38 163 0.1920 51.66 269 69 -121 148 36 -36 39 163 0.1927 52.14 268 69 -122 149 38 -34 40 163 0.1930 52.70 267 69 -124 150 39 -33 41 163 0.1930 53.37 266 69 -126 150 40 -31 42 163 0.1927 54.12 264 70 -127 151 41 -30 43 163 0.1921 55.02 263 70 -129 151 42 -29 44 163 0.1878 50.79 272 67 -115 144 33 -43 45 163 0.1895 51.12 271 67 -117 145 34 -42 46 163 0.1907 51.53 270 67 -118 146 35 -40 47 163 0.1917 51.93 269 67 -120 147 37 -38 48 163 0.1924 52.41 268 68 -122 148 38 -36 49 163 0.1927 52.97 267 68 -124 149 39 -35 50 163 0.1926 53.65 266 68 -125 149 40 -33 51 163 0.1923 54.44 265 69 -127 150 42 -32 52 163 0.1917 55.36 263 69 -128 150 43 -30 53 163 0.1876 51.09 273 66 -114 142 33 -46 54 163 0.1892 51.45 272 66 -116 143 34 -44 55 163 0.1904 51.83 271 66 -118 144 36 -42 56 163 0.1914 52.25 270 66 -120 145 37 -40 57 163 0.1920 52.70 268 66 -122 146 38 -38 58 163 0.1922 53.30 267 67 -123 147 40 -37 59 163 0.1921 53.96 266 67 -125 148 41 -35 60 163 0.1918 54.73 265 67 -127 148 42 -34 61 163 0.1911 55.67 264 68 -128 149 43 -32 62 163 0.1872 51.49 273 65 -114 140 34 -48 63 163 0.1887 51.84 272 65 -115 141 35 -46 64 163 0.1900 52.16 271 65 -117 143 36 -44 65 163 0.1909 52.56 270 65 -119 144 37 -42 66 163 0.1915 53.00 269 65 -121 145 39 -40 67 163 0.1917 53.59 268 65 -123 146 40 -39 68 163 0.1915 54.27 266 66 -125 147 41 -37 69 163 0.1911 55.05 265 66 -127 147 42 -35 70 163 0.1903 56.01 264 66 -128 148 44 -34 71 163 0.1867 51.89 274 63 -113 138 34 -50 72 163 0.1882 52.18 273 63 -115 140 35 -48 73 163 0.1894 52.53 272 63 -117 141 37 -46 74 163 0.1903 52.91 270 64 -119 142 38 -44 75 163 0.1908 53.36 269 64 -121 144 39 -42 76 163 0.1910 53.88 268 64 -123 144 40 -41 77 163 0.1908 54.61 267 64 -125 145 42 -39 78 163 0.1903 55.38 265 65 -126 146 43 -37 79 163 0.1895 56.34 264 65 -128 146 44 -36 80 163 0.1860 52.34 274 62 -112 137 35 -53 81 163 0.1875 52.63 273 62 -114 138 36 -51 82 163 0.1887 52.96 272 62 -116 140 37 -48 83 163 0.1896 53.27 271 62 -118 141 38 -46 84 163 0.1901 53.71 269 62 -120 142 40 -44 85 163 0.1902 54.29 268 63 -122 143 41 -43 86 163 0.1900 54.91 267 63 -124 144 42 -41 87 163 0.1895 55.71 265 63 -126 145 43 -39 88 163 0.1886 56.71 264 64 -128 145 45 -37 89 163 0.1852 52.84 275 61 -112 135 35 -55 90 163 0.1867 53.09 273 61 -114 137 36 -53 91 163 0.1879 53.36 272 61 -116 138 38 -51 92 163 0.1888 53.71 271 61 -118 139 39 -48 93 163 0.1892 54.11 270 61 -120 141 40 -46 94 163 0.1894 54.63 268 61 -122 142 41 -44 95 163 0.1891 55.28 267 62 -124 143 43 -43 96 163 0.1885 56.09 266 62 -126 144 44 -41 97 163 0.1876 57.07 264 62 -128 144 45 -39 98 163 0.1843 53.37 275 59 -111 133 36 -57 99 163 0.1858 53.59 274 59 -113 135 37 -55 100 163 0.1870 53.82 273 59 -115 137 38 -53 automatic search suggests trial source # 3 Results for subevent # 1 trial source position # 3 time shift (multiple of dt) 163 strike,dip,rake 270 62 -120 strike,dip,rake 141 39 -45 SING. values, inlcuding vardat (min., max, min/max): 4.19449180E-16 1.91081760E-15 0.219512939 7.25966812E+16 6.22490054E+16 9.73750905E+15 -1.11894790E+17 2.27877822E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.76456380E-02 ####### ############ ## ############## T #### -############### ###### ---########################## ----########################### ----########################### -----##-------------------####### --###--------------------------## ######--------------------------- #######------------ ----------- ########----------- P ----------- ########---------- ---------- #########---------------------- ##########------------------- ###########-------------- ##############------- ################# ####### 2022-05-02 20:19:54,594 INFO None 2022-05-02 20:19:54,595 INFO This is ISOLA Initializing array w Time required: 0.597353160 Reading input file gr.hes Time required: 3.40081048 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.06669450 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 0.1878 54.16 271 60 -117 138 39 -50 2 163 0.1883 54.51 270 60 -119 139 41 -48 3 163 0.1884 55.05 269 60 -122 141 42 -46 4 163 0.1881 55.65 267 60 -124 141 43 -44 5 163 0.1874 56.47 266 61 -126 142 44 -43 6 163 0.1865 57.40 264 61 -127 143 46 -41 7 153 0.1824 49.49 271 70 -116 148 32 -38 8 153 0.1840 49.86 271 70 -118 149 34 -36 9 153 0.1854 50.24 270 70 -120 150 35 -35 10 153 0.1864 50.65 268 70 -122 151 36 -33 11 153 0.1872 51.14 267 70 -123 151 38 -31 12 153 0.1876 51.71 266 71 -125 152 39 -30 13 153 0.1876 52.37 265 71 -126 152 40 -29 14 153 0.1874 53.12 264 71 -128 153 41 -27 15 153 0.1868 54.02 263 72 -129 153 43 -26 16 153 0.1824 49.79 272 69 -116 146 33 -40 17 153 0.1840 50.14 271 69 -118 147 34 -38 18 153 0.1853 50.50 270 69 -119 148 35 -37 19 153 0.1863 50.93 269 69 -121 149 37 -35 20 153 0.1870 51.41 268 69 -123 150 38 -33 21 153 0.1873 51.97 267 69 -125 151 39 -32 22 153 0.1874 52.63 265 70 -126 151 41 -31 23 153 0.1870 53.43 264 70 -128 151 42 -29 24 153 0.1864 54.31 263 70 -129 152 43 -28 25 153 0.1823 50.08 272 67 -115 144 33 -43 26 153 0.1838 50.40 271 67 -117 146 34 -41 27 153 0.1851 50.76 270 67 -119 147 36 -39 28 153 0.1861 51.19 269 68 -121 148 37 -37 29 153 0.1867 51.64 268 68 -123 148 38 -35 30 153 0.1870 52.24 267 68 -124 149 40 -34 31 153 0.1870 52.90 266 68 -126 150 41 -32 32 163 0.1867 56.28 265 69 -127 150 42 -31 33 163 0.1861 57.11 264 69 -129 150 43 -30 34 153 0.1820 50.41 273 66 -115 143 34 -45 35 153 0.1836 50.71 272 66 -117 144 35 -43 36 153 0.1848 51.06 271 66 -119 145 36 -41 37 153 0.1858 51.45 269 66 -120 146 37 -39 38 153 0.1863 51.91 268 67 -122 147 39 -37 39 153 0.1866 52.49 267 67 -124 148 40 -36 40 163 0.1865 55.88 266 67 -126 148 41 -35 41 163 0.1862 56.65 265 67 -127 149 42 -33 42 163 0.1856 57.53 264 68 -129 149 44 -32 43 153 0.1817 50.76 273 65 -114 141 34 -47 44 153 0.1832 51.05 272 65 -116 142 35 -45 45 153 0.1844 51.37 271 65 -118 144 37 -43 46 153 0.1853 51.75 270 65 -120 145 38 -41 47 153 0.1858 52.22 269 65 -122 146 39 -39 48 153 0.1860 52.79 267 66 -124 147 40 -38 49 163 0.1860 56.26 266 66 -125 147 42 -36 50 163 0.1857 57.02 265 66 -127 148 43 -35 51 163 0.1850 57.93 264 66 -129 148 44 -34 52 153 0.1812 51.14 274 64 -114 139 34 -49 53 153 0.1826 51.45 272 64 -116 141 36 -47 54 153 0.1839 51.72 271 64 -118 142 37 -45 55 153 0.1847 52.09 270 64 -120 143 38 -43 56 153 0.1852 52.52 269 64 -122 144 40 -41 57 153 0.1854 53.06 268 64 -123 145 41 -40 58 163 0.1853 56.65 267 64 -125 146 42 -38 59 163 0.1850 57.44 265 65 -127 146 43 -37 60 163 0.1843 58.34 264 65 -128 147 44 -35 61 153 0.1806 51.56 274 62 -113 138 35 -52 62 153 0.1820 51.82 273 62 -115 139 36 -49 63 153 0.1832 52.09 272 62 -117 141 37 -47 64 153 0.1840 52.42 270 62 -119 142 39 -45 65 153 0.1845 52.87 269 63 -121 143 40 -43 66 163 0.1846 56.34 268 63 -123 144 41 -42 67 163 0.1846 57.03 267 63 -125 145 42 -40 68 163 0.1842 57.84 265 63 -127 145 44 -38 69 163 0.1835 58.74 264 64 -128 146 45 -37 70 153 0.1798 52.05 274 61 -112 136 36 -54 71 153 0.1813 52.25 273 61 -115 138 37 -52 72 153 0.1824 52.51 272 61 -117 139 38 -49 73 153 0.1832 52.82 271 61 -119 140 39 -47 74 153 0.1836 53.21 269 61 -121 142 41 -45 75 163 0.1837 56.79 268 62 -123 142 42 -44 76 163 0.1837 57.47 267 62 -124 143 43 -42 77 163 0.1833 58.23 266 62 -126 144 44 -40 78 163 0.1825 59.18 264 63 -128 145 45 -39 79 153 0.1789 52.54 275 60 -112 134 36 -56 80 153 0.1804 52.72 274 60 -114 136 37 -54 81 153 0.1815 52.94 272 60 -116 138 39 -51 82 153 0.1823 53.24 271 60 -118 139 40 -49 83 153 0.1827 53.61 270 60 -120 140 41 -47 84 153 0.1828 54.12 268 60 -122 141 42 -45 85 163 0.1826 57.92 267 61 -124 142 43 -44 86 163 0.1822 58.69 266 61 -126 143 45 -42 87 163 0.1814 59.61 265 61 -128 144 46 -40 88 143 0.1766 48.99 271 70 -117 149 33 -37 89 143 0.1782 49.33 270 70 -119 150 34 -35 90 143 0.1795 49.69 269 70 -121 150 36 -34 91 143 0.1806 50.11 268 70 -122 151 37 -32 92 143 0.1813 50.59 267 71 -124 152 38 -31 93 143 0.1818 51.14 266 71 -126 152 40 -29 94 143 0.1818 51.83 265 71 -127 153 41 -28 95 143 0.1816 52.61 264 72 -129 153 42 -27 96 143 0.1810 53.52 263 72 -130 153 43 -25 97 143 0.1766 49.27 272 69 -117 147 33 -39 98 143 0.1781 49.61 271 69 -118 148 35 -38 99 143 0.1794 49.95 270 69 -120 149 36 -36 100 143 0.1804 50.35 269 69 -122 150 37 -34 automatic search suggests trial source # 3 Results for subevent # 1 trial source position # 3 time shift (multiple of dt) 163 strike,dip,rake 269 60 -122 strike,dip,rake 141 42 -46 SING. values, inlcuding vardat (min., max, min/max): 4.19309023E-16 1.91898427E-15 0.218505710 6.98932483E+16 5.10628232E+16 1.55557402E+16 -1.10715289E+17 2.12434236E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.54406834E-02 ####### ############# T # ############### ### -######################## ---########################## ----########################### ----###########--############## -----#---------------------###### --####-------------------------## ######--------------------------- #######------------ ----------- ########----------- P ----------- ########---------- ---------- ##########--------------------- ###########------------------ ############------------- ###############------ ################# ####### 2022-05-02 20:20:00,952 INFO None 2022-05-02 20:20:00,953 INFO This is ISOLA Initializing array w Time required: 0.672245145 Reading input file gr.hes Time required: 3.38374519 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.05550361 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 0.1811 50.82 267 69 -124 151 39 -33 2 143 0.1815 51.40 266 70 -125 151 40 -31 3 143 0.1815 52.08 265 70 -127 152 41 -30 4 143 0.1812 52.88 264 70 -129 152 42 -28 5 153 0.1806 56.10 263 70 -130 152 43 -28 6 143 0.1764 49.56 272 67 -116 145 34 -42 7 143 0.1780 49.86 271 68 -118 146 35 -40 8 143 0.1792 50.19 270 68 -120 147 36 -38 9 143 0.1802 50.61 269 68 -122 148 38 -36 10 143 0.1808 51.08 268 68 -123 149 39 -35 11 143 0.1811 51.66 267 68 -125 150 40 -33 12 143 0.1811 52.33 265 69 -127 150 41 -32 13 153 0.1808 55.62 265 69 -128 151 42 -31 14 153 0.1803 56.47 263 69 -130 151 44 -29 15 143 0.1762 49.87 272 66 -116 144 34 -44 16 143 0.1777 50.15 271 66 -117 145 35 -42 17 143 0.1789 50.47 270 66 -119 146 37 -40 18 143 0.1798 50.87 269 67 -121 147 38 -38 19 143 0.1804 51.34 268 67 -123 148 39 -37 20 143 0.1807 51.90 267 67 -125 149 41 -35 21 153 0.1806 55.20 266 67 -126 149 42 -34 22 153 0.1803 55.96 265 68 -128 150 43 -32 23 153 0.1797 56.89 264 68 -129 150 44 -31 24 143 0.1758 50.20 273 65 -115 142 34 -46 25 143 0.1773 50.48 272 65 -117 143 36 -44 26 143 0.1784 50.80 271 65 -119 144 37 -42 27 143 0.1793 51.14 269 65 -121 145 38 -40 28 143 0.1799 51.62 268 66 -123 146 40 -39 29 143 0.1801 52.18 267 66 -125 147 41 -37 30 153 0.1800 55.58 266 66 -126 148 42 -36 31 153 0.1797 56.36 265 66 -128 148 43 -34 32 153 0.1791 57.27 264 67 -129 149 44 -33 33 143 0.1753 50.56 273 64 -114 140 35 -48 34 143 0.1768 50.83 272 64 -116 142 36 -46 35 143 0.1779 51.13 271 64 -118 143 37 -44 36 143 0.1788 51.46 270 64 -120 144 39 -42 37 143 0.1793 51.91 269 64 -122 145 40 -41 38 143 0.1794 52.46 267 65 -124 146 41 -39 39 153 0.1794 55.93 266 65 -126 147 42 -38 40 153 0.1791 56.72 265 65 -128 147 44 -36 41 153 0.1784 57.67 264 65 -129 148 45 -34 42 143 0.1747 51.01 274 62 -114 139 35 -51 43 143 0.1762 51.18 273 62 -116 140 37 -48 44 143 0.1773 51.48 271 63 -118 141 38 -46 45 143 0.1781 51.80 270 63 -120 143 39 -44 46 143 0.1785 52.21 269 63 -122 144 40 -43 47 153 0.1787 55.65 268 63 -124 144 42 -41 48 153 0.1786 56.32 267 63 -125 145 43 -39 49 153 0.1782 57.11 265 64 -127 146 44 -38 50 153 0.1775 58.05 264 64 -129 147 45 -36 51 143 0.1739 51.44 274 61 -113 137 36 -53 52 143 0.1754 51.63 273 61 -115 139 37 -51 53 143 0.1765 51.87 272 61 -117 140 38 -48 54 143 0.1773 52.20 271 61 -119 141 40 -46 55 143 0.1777 52.58 269 62 -121 142 41 -44 56 153 0.1778 56.06 268 62 -123 143 42 -43 57 153 0.1777 56.72 267 62 -125 144 43 -41 58 153 0.1773 57.53 266 62 -127 145 45 -39 59 153 0.1766 58.44 264 63 -129 146 46 -38 60 143 0.1730 51.94 275 60 -113 135 36 -55 61 143 0.1745 52.09 273 60 -115 137 38 -53 62 143 0.1757 52.29 272 60 -117 138 39 -50 63 143 0.1764 52.57 271 60 -119 140 40 -48 64 143 0.1768 52.94 270 60 -121 141 41 -46 65 143 0.1768 53.43 268 61 -123 142 43 -44 66 153 0.1767 57.15 267 61 -125 143 44 -43 67 153 0.1762 57.94 266 61 -127 144 45 -41 68 153 0.1754 58.89 264 62 -129 145 46 -39 69 133 0.1709 48.64 271 70 -118 150 33 -36 70 133 0.1724 48.94 270 70 -120 150 35 -34 71 133 0.1737 49.30 269 70 -121 151 36 -33 72 133 0.1748 49.70 268 71 -123 152 37 -31 73 133 0.1755 50.18 267 71 -125 153 39 -30 74 133 0.1759 50.77 266 71 -126 153 40 -29 75 133 0.1761 51.43 265 71 -128 154 41 -27 76 133 0.1759 52.21 264 72 -130 154 43 -26 77 133 0.1754 53.14 263 72 -131 154 44 -25 78 133 0.1707 48.90 271 69 -117 148 34 -38 79 133 0.1723 49.18 270 69 -119 149 35 -37 80 133 0.1735 49.54 269 69 -121 150 36 -35 81 133 0.1745 49.95 268 69 -123 151 38 -33 82 133 0.1752 50.41 267 70 -124 151 39 -32 83 133 0.1756 50.98 266 70 -126 152 40 -30 84 133 0.1757 51.67 265 70 -128 152 42 -29 85 133 0.1755 52.49 264 71 -129 153 43 -28 86 133 0.1749 53.46 263 71 -131 153 44 -26 87 133 0.1705 49.15 272 68 -117 146 34 -41 88 133 0.1720 49.46 271 68 -119 147 35 -39 89 133 0.1733 49.78 270 68 -120 148 37 -37 90 133 0.1742 50.18 269 68 -122 149 38 -35 91 133 0.1748 50.67 268 68 -124 150 39 -34 92 133 0.1752 51.21 266 69 -126 151 41 -32 93 133 0.1752 51.92 265 69 -128 151 42 -31 94 143 0.1749 55.09 264 69 -129 151 43 -30 95 143 0.1744 55.98 263 69 -130 152 44 -29 96 133 0.1702 49.47 272 66 -116 145 34 -43 97 133 0.1717 49.75 271 67 -118 146 36 -41 98 133 0.1729 50.06 270 67 -120 147 37 -39 99 133 0.1738 50.42 269 67 -122 148 38 -37 100 133 0.1744 50.90 268 67 -124 149 40 -36 automatic search suggests trial source # 3 Results for subevent # 1 trial source position # 3 time shift (multiple of dt) 143 strike,dip,rake 265 70 -127 strike,dip,rake 152 41 -30 SING. values, inlcuding vardat (min., max, min/max): 3.80037055E-16 1.91755808E-15 0.198188022 8.31946332E+16 8.11822177E+16 8.64337258E+15 -1.02134047E+17 3.03516233E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.29022408E-02 ####### ############ ## -############# T #### ---############# ###### ----######################### -----########################## -----########################## ------###########------########## --------------------------------# --#####-------------------------- #######-------------------------- ########------------ ---------- ########----------- P --------- #########---------- --------- ##########------------------- ##########--------------- ###########---------- ##############--- ####### 2022-05-02 20:20:07,048 INFO None 2022-05-02 20:20:07,049 INFO This is ISOLA Initializing array w Time required: 0.618945897 Reading input file gr.hes Time required: 3.11899424 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.10985160 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 0.1747 51.46 267 67 -126 149 41 -34 2 143 0.1746 54.66 266 67 -127 150 42 -33 3 143 0.1744 55.44 265 68 -129 150 43 -32 4 143 0.1738 56.38 264 68 -130 151 45 -30 5 133 0.1698 49.79 273 65 -116 143 35 -45 6 133 0.1713 50.05 272 65 -118 144 36 -43 7 133 0.1724 50.34 270 65 -120 145 37 -41 8 133 0.1733 50.72 269 66 -121 146 39 -39 9 133 0.1738 51.18 268 66 -123 147 40 -38 10 133 0.1740 51.75 267 66 -125 148 41 -36 11 143 0.1741 55.01 266 66 -127 148 42 -35 12 143 0.1738 55.81 265 67 -128 149 44 -33 13 143 0.1732 56.76 264 67 -130 150 45 -32 14 133 0.1693 50.15 273 64 -115 141 35 -47 15 133 0.1707 50.41 272 64 -117 143 36 -45 16 133 0.1719 50.66 271 64 -119 144 38 -43 17 133 0.1727 51.02 270 64 -121 145 39 -41 18 133 0.1732 51.44 268 65 -123 146 40 -40 19 133 0.1734 52.00 267 65 -125 147 42 -38 20 143 0.1734 55.37 266 65 -126 147 43 -37 21 143 0.1730 56.20 265 65 -128 148 44 -35 22 143 0.1724 57.14 264 66 -130 148 45 -34 23 133 0.1686 50.57 273 63 -115 140 36 -49 24 133 0.1700 50.78 272 63 -117 141 37 -47 25 133 0.1712 51.03 271 63 -119 142 38 -45 26 133 0.1720 51.35 270 63 -121 143 39 -43 27 133 0.1724 51.76 269 63 -123 145 41 -42 28 143 0.1726 55.09 268 63 -124 145 42 -40 29 143 0.1726 55.76 266 64 -126 146 43 -38 30 143 0.1722 56.56 265 64 -128 147 45 -37 31 143 0.1715 57.53 264 64 -130 147 46 -35 32 133 0.1678 50.99 274 61 -114 138 36 -51 33 133 0.1693 51.19 273 61 -116 139 37 -49 34 133 0.1704 51.42 271 62 -118 141 39 -47 35 133 0.1712 51.72 270 62 -120 142 40 -45 36 133 0.1716 52.14 269 62 -122 143 41 -43 37 143 0.1717 55.51 268 62 -124 144 42 -42 38 143 0.1716 56.15 267 62 -126 145 44 -40 39 143 0.1712 56.95 265 63 -128 146 45 -39 40 143 0.1705 57.92 264 63 -130 146 46 -37 41 133 0.1670 51.46 274 60 -113 137 37 -54 42 133 0.1684 51.64 273 60 -115 138 38 -51 43 133 0.1695 51.83 272 60 -118 139 39 -49 44 133 0.1703 52.10 271 60 -120 141 40 -47 45 133 0.1706 52.49 269 61 -122 142 42 -45 46 133 0.1707 52.97 268 61 -124 143 43 -43 47 143 0.1706 56.60 267 61 -126 144 44 -42 48 143 0.1702 57.38 266 61 -128 145 45 -40 49 143 0.1694 58.35 264 62 -129 145 47 -39 50 123 0.1654 48.33 271 70 -119 151 34 -35 51 123 0.1669 48.65 270 71 -120 151 35 -33 52 123 0.1682 49.01 269 71 -122 152 37 -32 53 123 0.1692 49.41 268 71 -124 153 38 -30 54 123 0.1700 49.85 267 71 -125 153 39 -29 55 123 0.1704 50.45 266 71 -127 154 41 -28 56 123 0.1706 51.14 265 72 -129 154 42 -26 57 123 0.1705 51.90 264 72 -130 155 43 -25 58 123 0.1701 52.84 263 73 -132 155 44 -24 59 123 0.1651 48.60 271 69 -118 149 34 -37 60 123 0.1667 48.90 270 69 -120 150 36 -36 61 123 0.1679 49.25 269 69 -122 151 37 -34 62 123 0.1689 49.64 268 70 -123 151 38 -32 63 123 0.1696 50.10 267 70 -125 152 40 -31 64 123 0.1700 50.69 266 70 -127 153 41 -29 65 123 0.1701 51.39 265 71 -129 153 42 -28 66 123 0.1699 52.21 264 71 -130 153 44 -27 67 123 0.1694 53.18 263 71 -132 154 45 -25 68 123 0.1648 48.87 272 68 -118 147 34 -39 69 123 0.1663 49.17 271 68 -120 148 36 -38 70 123 0.1675 49.53 270 68 -121 149 37 -36 71 123 0.1685 49.89 268 68 -123 150 38 -34 72 123 0.1692 50.34 267 69 -125 151 40 -33 73 123 0.1695 50.91 266 69 -127 151 41 -31 74 123 0.1695 51.64 265 69 -128 152 43 -30 75 133 0.1693 54.66 264 69 -129 152 43 -29 76 133 0.1689 55.56 263 70 -131 152 45 -28 77 123 0.1644 49.15 272 67 -117 146 35 -42 78 123 0.1659 49.45 271 67 -119 147 36 -40 79 123 0.1671 49.77 270 67 -121 148 37 -38 80 123 0.1679 50.16 269 67 -123 149 39 -36 81 123 0.1686 50.63 268 67 -125 149 40 -35 82 123 0.1688 51.20 266 68 -126 150 41 -33 83 133 0.1688 54.26 266 68 -128 150 43 -32 84 133 0.1687 55.05 265 68 -129 151 44 -31 85 133 0.1682 55.94 263 69 -131 151 45 -30 86 123 0.1639 49.47 272 65 -117 144 35 -44 87 123 0.1654 49.74 271 66 -119 145 36 -42 88 123 0.1665 50.07 270 66 -120 146 38 -40 89 123 0.1674 50.45 269 66 -122 147 39 -38 90 123 0.1679 50.88 268 66 -124 148 40 -37 91 123 0.1682 51.43 267 66 -126 149 42 -35 92 133 0.1682 54.61 266 67 -127 149 43 -34 93 133 0.1680 55.39 265 67 -129 150 44 -33 94 133 0.1674 56.34 264 67 -131 150 45 -31 95 123 0.1633 49.85 273 64 -116 142 36 -46 96 123 0.1647 50.10 272 64 -118 144 37 -44 97 123 0.1658 50.40 271 64 -120 145 38 -42 98 123 0.1667 50.73 269 65 -122 146 39 -40 99 123 0.1672 51.18 268 65 -124 147 41 -39 100 123 0.1674 51.72 267 65 -126 148 42 -37 automatic search suggests trial source # 1 Results for subevent # 1 trial source position # 1 time shift (multiple of dt) 133 strike,dip,rake 267 67 -126 strike,dip,rake 149 41 -34 SING. values, inlcuding vardat (min., max, min/max): 3.81742476E-16 1.87401444E-15 0.203703061 7.85815549E+16 7.17234112E+16 8.90695579E+15 -1.01057291E+17 2.61651212E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 3.04754376E-02 ####### ############ ## -############# T #### --############## ###### ----######################### -----########################## -----########################## ------######-------------######## -----#-------------------------## -######-------------------------- #######-------------------------- ########------------ ---------- ########----------- P --------- ##########--------- --------- ##########------------------- ##########--------------- ###########---------- ################# ####### 2022-05-02 20:20:13,326 INFO None 2022-05-02 20:20:13,326 INFO This is ISOLA Initializing array w Time required: 0.615278125 Reading input file gr.hes Time required: 3.46177530 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.979053557 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 0.1674 54.99 266 65 -127 148 43 -36 2 133 0.1672 55.77 265 66 -129 149 45 -34 3 133 0.1666 56.72 264 66 -131 149 46 -33 4 123 0.1626 50.24 273 63 -116 141 36 -48 5 123 0.1640 50.47 272 63 -118 142 37 -46 6 123 0.1651 50.73 271 63 -119 143 39 -44 7 123 0.1659 51.05 270 63 -121 144 40 -42 8 123 0.1664 51.46 268 64 -123 145 41 -41 9 133 0.1665 54.70 267 64 -125 146 42 -39 10 133 0.1666 55.37 266 64 -127 147 44 -38 11 133 0.1663 56.13 265 64 -129 148 45 -36 12 133 0.1656 57.12 264 65 -131 148 46 -34 13 123 0.1618 50.67 274 62 -115 139 36 -50 14 123 0.1632 50.88 272 62 -117 141 38 -48 15 123 0.1643 51.14 271 62 -119 142 39 -46 16 123 0.1651 51.40 270 62 -121 143 40 -44 17 123 0.1655 51.80 269 62 -123 144 42 -42 18 133 0.1656 55.13 268 62 -125 145 43 -41 19 133 0.1656 55.77 266 63 -127 146 44 -39 20 133 0.1652 56.58 265 63 -129 146 45 -38 21 133 0.1646 57.50 264 64 -130 147 47 -36 22 123 0.1608 51.13 274 61 -114 138 37 -52 23 123 0.1623 51.31 273 61 -116 139 38 -50 24 123 0.1634 51.54 272 61 -118 140 39 -48 25 123 0.1641 51.81 270 61 -120 142 41 -46 26 123 0.1645 52.16 269 61 -123 143 42 -44 27 123 0.1646 52.70 268 61 -125 144 43 -42 28 133 0.1645 56.21 267 62 -126 144 45 -41 29 133 0.1641 56.99 265 62 -128 145 46 -39 30 133 0.1634 57.93 264 62 -130 146 47 -38 31 103 0.1603 46.24 271 71 -120 152 35 -33 32 113 0.1618 48.42 270 71 -121 152 36 -32 33 113 0.1631 48.78 269 71 -123 153 37 -31 34 113 0.1640 49.19 268 71 -125 154 38 -29 35 113 0.1648 49.65 267 71 -126 154 40 -28 36 113 0.1652 50.20 266 72 -128 155 41 -27 37 113 0.1654 50.87 265 72 -129 155 42 -25 38 113 0.1654 51.68 264 73 -131 155 44 -24 39 113 0.1650 52.61 263 73 -133 156 45 -23 40 113 0.1600 48.34 271 70 -119 150 35 -36 41 113 0.1614 48.68 270 70 -121 151 36 -34 42 113 0.1626 49.03 269 70 -123 152 37 -33 43 113 0.1636 49.44 268 70 -124 152 39 -31 44 113 0.1643 49.90 267 70 -126 153 40 -30 45 113 0.1647 50.46 266 71 -128 153 41 -29 46 113 0.1649 51.14 265 71 -129 154 43 -27 47 113 0.1647 51.98 264 71 -131 154 44 -26 48 113 0.1643 52.92 263 72 -132 155 45 -25 49 113 0.1595 48.62 271 68 -119 148 35 -38 50 113 0.1610 48.93 270 68 -120 149 36 -36 51 113 0.1621 49.30 269 69 -122 150 38 -35 52 113 0.1630 49.69 268 69 -124 151 39 -33 53 113 0.1637 50.15 267 69 -126 152 40 -32 54 113 0.1641 50.72 266 69 -127 152 42 -30 55 113 0.1642 51.41 265 70 -129 153 43 -29 56 123 0.1640 54.29 264 70 -130 153 44 -28 57 123 0.1636 55.18 263 70 -132 153 45 -27 58 113 0.1589 48.94 272 67 -118 147 35 -40 59 113 0.1604 49.25 271 67 -120 148 37 -39 60 113 0.1615 49.58 270 67 -122 149 38 -37 61 113 0.1624 49.97 269 68 -124 150 39 -35 62 113 0.1630 50.42 267 68 -125 150 41 -34 63 113 0.1634 50.96 266 68 -127 151 42 -32 64 113 0.1634 51.69 265 68 -129 152 43 -31 65 123 0.1633 54.67 264 69 -130 152 44 -30 66 123 0.1629 55.57 263 69 -132 152 46 -29 67 113 0.1583 49.26 272 66 -118 145 36 -42 68 113 0.1597 49.56 271 66 -119 146 37 -41 69 113 0.1609 49.87 270 66 -121 147 38 -39 70 113 0.1617 50.26 269 66 -123 148 40 -37 71 113 0.1623 50.70 268 67 -125 149 41 -36 72 113 0.1626 51.26 267 67 -127 150 42 -34 73 123 0.1627 54.26 266 67 -128 150 43 -33 74 123 0.1625 55.06 265 67 -130 151 45 -32 75 123 0.1620 55.98 263 68 -132 151 46 -30 76 113 0.1576 49.60 273 65 -117 144 36 -44 77 113 0.1590 49.86 271 65 -119 145 37 -43 78 113 0.1601 50.20 270 65 -121 146 39 -41 79 113 0.1610 50.53 269 65 -123 147 40 -39 80 113 0.1615 50.99 268 65 -125 148 41 -38 81 113 0.1617 51.52 267 66 -127 148 43 -36 82 123 0.1618 54.68 266 66 -128 149 44 -35 83 123 0.1616 55.43 265 66 -130 149 45 -33 84 123 0.1611 56.38 264 66 -131 150 46 -32 85 113 0.1569 49.98 273 63 -117 142 36 -47 86 113 0.1583 50.23 272 63 -118 143 38 -45 87 113 0.1593 50.54 271 64 -120 144 39 -43 88 113 0.1601 50.87 269 64 -122 145 40 -41 89 113 0.1606 51.29 268 64 -124 146 42 -39 90 113 0.1608 51.84 267 64 -126 147 43 -38 91 123 0.1609 55.06 266 64 -128 148 44 -37 92 123 0.1606 55.82 265 65 -129 148 45 -35 93 123 0.1601 56.78 264 65 -131 149 47 -34 94 113 0.1559 50.40 273 62 -116 141 37 -49 95 113 0.1574 50.64 272 62 -118 142 38 -47 96 113 0.1584 50.91 271 62 -120 143 39 -45 97 113 0.1592 51.22 270 62 -122 144 41 -43 98 113 0.1597 51.63 268 63 -124 145 42 -41 99 113 0.1598 52.14 267 63 -126 146 43 -39 100 123 0.1598 55.49 266 63 -127 147 44 -38 automatic search suggests trial source # 1 Results for subevent # 1 trial source position # 1 time shift (multiple of dt) 133 strike,dip,rake 266 65 -127 strike,dip,rake 148 43 -36 SING. values, inlcuding vardat (min., max, min/max): 3.82512006E-16 1.86962639E-15 0.204592749 7.46806680E+16 6.02454977E+16 1.43649218E+16 -9.92675862E+16 2.39961455E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 2.79980302E-02 ####### ############# # -############## T ### --############### ##### ----######################### -----########################## -----########################## ------####-----------------###### ----##--------------------------# -######-------------------------- ########------------ ---------- #########----------- P ---------- #########---------- --------- ##########--------------------- ###########------------------ ###########-------------- ############--------- ################# ####### 2022-05-02 20:20:15,682 INFO None 2022-05-02 20:20:15,683 INFO This is ISOLA Initializing array w Time required: 0.593757093 Reading input file gr.hes Time required: 0.386030853 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.164105564 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 0.1596 56.24 265 64 -129 147 46 -37 2 123 0.1589 57.21 264 64 -131 148 47 -35 3 103 0.1550 48.33 274 61 -116 140 37 -51 4 113 0.1564 51.07 273 61 -117 140 39 -49 5 113 0.1575 51.32 271 61 -119 142 40 -47 6 113 0.1582 51.62 270 61 -121 143 41 -45 7 113 0.1586 51.99 269 61 -123 144 42 -43 8 113 0.1587 52.50 267 62 -125 145 44 -41 9 123 0.1587 55.91 266 62 -127 145 45 -40 10 123 0.1584 56.68 265 62 -129 146 46 -38 11 123 0.1577 57.66 264 63 -131 147 47 -37 automatic search suggests trial source # 1 Results for subevent # 1 trial source position # 1 time shift (multiple of dt) 123 strike,dip,rake 265 64 -129 strike,dip,rake 147 46 -37 SING. values, inlcuding vardat (min., max, min/max): 3.82344108E-16 1.87195340E-15 0.204248726 7.20075018E+16 4.98897517E+16 1.83406678E+16 -9.80345269E+16 2.36587500E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 2.54221559E-02 ####### ############# # -############## T ### --############### ##### ----######################### -----########################## -----########################## ------###-------------------##### ----###-------------------------- -######-------------------------- ########------------- --------- #########------------ P --------- #########----------- -------- ###########-------------------- ############----------------- ############------------- #############-------- ################# ####### 2022-05-02 20:20:22,159 INFO None 2022-05-02 20:20:22,159 INFO This is ISOLA Initializing array w Time required: 0.700280011 Reading input file gr.hes Time required: 3.51009345 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.02640009 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 0.3372 69.12 124 32 117 272 61 73 2 43 0.3350 68.96 126 33 120 270 61 71 3 33 0.3321 66.17 126 33 121 269 61 70 4 33 0.3287 66.46 127 34 124 268 62 68 5 33 0.3246 67.06 129 35 127 266 62 66 6 33 0.3198 68.04 130 36 129 264 62 64 7 43 0.3404 70.63 278 60 80 117 31 106 8 43 0.3405 70.16 276 60 78 119 32 109 9 43 0.3398 69.79 274 59 76 121 32 112 10 43 0.3382 69.46 273 59 74 122 33 115 11 43 0.3359 69.24 124 34 118 271 59 72 12 43 0.3327 69.17 125 35 120 269 60 70 13 33 0.3291 66.54 126 36 122 268 60 68 14 33 0.3248 67.08 127 37 124 266 60 66 15 33 0.3200 67.99 128 37 127 264 60 64 16 43 0.3415 71.33 278 58 80 116 32 104 17 43 0.3415 70.83 277 58 78 117 33 107 18 43 0.3406 70.38 275 57 76 119 34 110 19 43 0.3390 69.97 273 57 74 121 35 113 20 43 0.3365 69.66 271 57 72 122 36 115 21 43 0.3331 69.52 269 58 70 124 37 118 22 33 0.3292 66.81 124 37 119 268 58 68 23 33 0.3249 67.21 125 38 122 266 58 66 24 33 0.3199 68.04 127 39 124 264 58 64 25 13 0.3195 63.01 133 21 126 275 72 76 26 13 0.3209 62.85 135 22 128 273 72 75 27 13 0.3216 62.90 136 23 131 272 72 73 28 13 0.3215 63.11 138 24 134 271 72 72 29 13 0.3207 63.55 139 25 136 269 72 70 30 13 0.3193 64.23 140 26 139 268 72 69 31 13 0.3171 65.20 141 27 141 266 73 67 32 13 0.3144 66.53 142 28 143 265 73 66 33 13 0.3111 68.25 143 29 145 264 73 64 34 23 0.3222 65.25 131 23 123 275 70 76 35 23 0.3235 65.13 133 23 126 274 70 75 36 23 0.3240 65.17 134 24 129 272 70 73 37 23 0.3237 65.36 136 25 131 271 71 72 38 23 0.3227 65.70 137 26 134 269 71 70 39 23 0.3209 66.30 138 27 136 268 71 68 40 13 0.3185 64.59 138 28 138 267 71 67 41 13 0.3157 65.87 139 29 140 265 71 66 42 13 0.3122 67.60 141 30 142 264 71 64 43 23 0.3252 64.91 128 24 119 276 69 77 44 23 0.3262 64.79 129 25 122 274 69 75 45 23 0.3265 64.80 131 26 125 273 69 74 46 23 0.3260 64.95 133 27 128 271 69 72 47 23 0.3247 65.27 134 27 130 270 69 70 48 23 0.3227 65.81 135 28 133 268 69 69 49 23 0.3200 66.58 137 29 135 267 69 67 50 23 0.3167 67.69 138 31 138 265 69 65 51 13 0.3130 67.12 138 31 139 264 69 64 52 23 0.3277 64.84 125 25 116 276 67 77 53 23 0.3285 64.67 127 26 119 275 67 76 54 23 0.3285 64.62 128 27 122 273 67 74 55 23 0.3278 64.76 130 28 124 271 67 72 56 23 0.3263 65.03 131 29 127 270 67 71 57 23 0.3242 65.52 133 30 130 268 67 69 58 23 0.3213 66.27 134 31 132 267 67 67 59 23 0.3178 67.34 135 32 135 265 67 66 60 23 0.3136 68.80 136 33 137 264 68 64 61 23 0.3298 64.93 122 26 113 277 65 78 62 23 0.3304 64.72 124 27 116 275 65 76 63 23 0.3302 64.64 126 28 119 273 65 75 64 23 0.3293 64.72 127 29 121 272 65 73 65 23 0.3277 64.94 129 30 124 270 65 71 66 23 0.3253 65.38 130 31 127 269 65 69 67 23 0.3223 66.06 132 32 129 267 65 67 68 23 0.3187 67.11 133 33 132 266 66 66 69 23 0.3144 68.54 134 34 134 264 66 64 70 23 0.3315 65.22 277 63 79 120 28 110 71 23 0.3319 64.96 122 29 113 275 63 77 72 23 0.3315 64.85 124 30 116 274 63 75 73 23 0.3305 64.85 125 30 119 272 63 73 74 23 0.3287 65.00 127 31 121 271 63 71 75 23 0.3262 65.39 128 32 124 269 63 70 76 23 0.3231 66.01 130 33 127 267 63 68 77 23 0.3193 66.98 131 34 129 266 64 66 78 23 0.3149 68.37 132 35 131 264 64 64 79 23 0.3329 65.72 278 61 79 118 29 108 80 23 0.3331 65.37 276 61 78 120 30 111 81 23 0.3326 65.19 274 61 76 122 31 113 82 23 0.3314 65.12 123 32 116 273 61 74 83 23 0.3295 65.23 125 33 119 271 61 72 84 23 0.3269 65.52 126 34 121 269 61 70 85 23 0.3235 66.10 128 34 124 268 61 68 86 23 0.3196 67.00 129 35 127 266 62 66 87 23 0.3151 68.34 130 36 129 264 62 64 88 33 0.3339 68.85 278 59 79 117 31 106 89 33 0.3342 68.56 276 59 77 119 32 109 90 33 0.3336 68.39 274 59 75 121 33 112 91 33 0.3322 68.30 273 59 73 122 33 115 92 33 0.3300 68.34 124 34 118 271 59 71 93 23 0.3272 65.83 124 35 119 270 59 70 94 23 0.3238 66.32 126 36 122 268 59 68 95 23 0.3198 67.14 127 37 124 266 60 66 96 23 0.3152 68.38 128 38 127 264 60 64 97 33 0.3349 69.62 279 58 80 116 33 104 98 33 0.3350 69.26 277 57 78 118 33 107 99 33 0.3342 69.03 275 57 76 119 34 110 100 33 0.3327 68.87 273 57 74 121 35 113 automatic search suggests trial source # 16 Results for subevent # 1 trial source position # 16 time shift (multiple of dt) 43 strike,dip,rake 278 58 80 strike,dip,rake 116 32 104 SING. values, inlcuding vardat (min., max, min/max): 6.56292245E-16 2.32402780E-15 0.282394320 -4.51203237E+16 -6.28263349E+16 2.17310313E+15 1.25986595E+17 -1.06274499E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 0.116558433 ------ ----------- P --- ------------- ----- ------------------------- ----------------------------- ------------------------------- -----#############------------- #-#######################-------- --##########################----- ---############# ############-- ---############# T ############## -----########### ############## -----########################## -------######################## ---------##################-- ------------#########---- --------------------- ----------------- ------- 2022-05-02 20:20:28,452 INFO None 2022-05-02 20:20:28,452 INFO This is ISOLA Initializing array w Time required: 0.598720133 Reading input file gr.hes Time required: 3.44160628 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.03513181 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 0.3304 68.84 271 57 72 122 36 115 2 23 0.3273 66.22 270 57 70 123 36 117 3 23 0.3238 66.64 124 37 120 268 57 68 4 23 0.3197 67.37 126 38 122 266 58 66 5 23 0.3150 68.51 127 39 124 264 58 64 6 3 0.3142 60.68 133 22 125 275 72 76 7 3 0.3156 60.66 135 23 128 274 72 74 8 3 0.3163 60.83 136 24 131 272 72 73 9 3 0.3162 61.23 137 25 133 271 72 71 10 3 0.3154 61.81 139 26 136 269 72 70 11 3 0.3140 62.69 140 27 138 268 72 68 12 3 0.3119 63.87 141 28 141 266 72 67 13 3 0.3093 65.42 142 29 143 265 72 65 14 3 0.3061 67.44 143 30 145 264 73 64 15 3 0.3168 60.39 130 23 121 275 70 77 16 3 0.3180 60.33 131 24 124 274 70 75 17 13 0.3184 63.13 134 25 128 272 70 73 18 13 0.3182 63.52 135 26 131 271 70 71 19 13 0.3172 64.04 137 27 134 269 70 70 20 3 0.3155 62.27 137 28 135 268 70 69 21 3 0.3133 63.44 138 29 137 267 70 67 22 3 0.3105 64.98 139 30 139 265 71 65 23 3 0.3071 66.98 140 31 142 264 71 64 24 13 0.3194 62.74 128 24 119 276 68 77 25 13 0.3204 62.76 130 25 122 274 68 75 26 13 0.3208 62.92 131 26 125 273 68 73 27 13 0.3203 63.25 133 27 128 271 68 72 28 13 0.3191 63.75 134 28 130 270 68 70 29 13 0.3172 64.50 135 29 133 268 68 68 30 13 0.3146 65.54 137 30 135 267 69 67 31 3 0.3114 64.65 137 31 136 265 69 66 32 3 0.3079 66.64 138 32 139 264 69 64 33 13 0.3218 62.75 125 26 116 276 66 77 34 13 0.3226 62.73 127 26 119 275 66 76 35 13 0.3227 62.86 129 27 122 273 66 74 36 13 0.3220 63.15 130 28 124 272 66 72 37 13 0.3207 63.63 131 29 127 270 66 70 38 13 0.3185 64.37 133 30 130 268 67 69 39 13 0.3158 65.36 134 31 132 267 67 67 40 13 0.3124 66.70 135 32 134 265 67 65 41 13 0.3085 68.44 136 33 137 264 67 64 42 13 0.3238 62.99 123 27 113 277 65 78 43 13 0.3244 62.88 124 28 116 275 64 76 44 13 0.3243 62.98 126 29 119 274 64 74 45 13 0.3235 63.21 128 29 121 272 64 73 46 13 0.3219 63.66 129 30 124 270 65 71 47 13 0.3196 64.34 130 31 127 269 65 69 48 13 0.3167 65.30 132 32 129 267 65 67 49 13 0.3132 66.60 133 33 132 266 65 65 50 13 0.3091 68.33 134 34 134 264 66 64 51 13 0.3254 63.35 277 63 79 121 28 110 52 13 0.3258 63.22 122 29 113 276 63 77 53 13 0.3255 63.28 124 30 116 274 63 75 54 13 0.3245 63.45 125 31 119 272 63 73 55 13 0.3228 63.85 127 32 121 271 63 71 56 13 0.3204 64.45 128 33 124 269 63 69 57 13 0.3174 65.35 130 33 127 267 63 67 58 13 0.3137 66.62 131 34 129 266 63 66 59 13 0.3096 68.26 132 35 131 264 64 64 60 13 0.3266 63.90 278 61 79 119 30 108 61 13 0.3269 63.72 276 61 77 120 30 111 62 13 0.3264 63.72 274 61 75 122 31 113 63 13 0.3253 63.82 124 32 116 273 61 73 64 13 0.3234 64.16 125 33 119 271 61 72 65 13 0.3209 64.70 126 34 122 269 61 70 66 13 0.3178 65.55 128 35 124 268 61 68 67 13 0.3141 66.70 129 36 127 266 61 66 68 13 0.3098 68.31 130 37 129 264 62 64 69 13 0.3275 64.61 278 59 80 117 31 105 70 13 0.3276 64.35 277 59 78 119 32 108 71 13 0.3271 64.28 275 59 76 120 33 111 72 13 0.3258 64.31 273 59 74 122 33 114 73 13 0.3238 64.59 271 59 72 123 34 117 74 13 0.3212 65.06 125 35 119 270 59 70 75 13 0.3180 65.80 126 36 122 268 59 68 76 13 0.3141 66.93 127 37 124 266 59 66 77 13 0.3097 68.46 129 38 127 264 60 64 78 13 0.3280 65.46 279 57 81 116 33 103 79 13 0.3280 65.14 277 57 79 117 33 106 80 23 0.3274 67.57 275 57 76 120 34 110 81 23 0.3260 67.63 273 57 74 121 35 113 82 13 0.3239 65.13 272 57 72 122 36 114 83 13 0.3212 65.50 270 57 70 123 37 117 84 13 0.3179 66.17 124 38 120 268 57 68 85 13 0.3140 67.17 126 38 122 266 58 66 86 13 0.3094 68.63 127 39 125 265 58 64 87 -7 0.3087 58.46 133 22 125 275 71 76 88 -7 0.3100 58.52 135 23 128 274 71 74 89 -7 0.3107 58.79 136 24 131 272 71 73 90 -7 0.3106 59.31 137 25 133 271 71 71 91 -7 0.3098 60.05 139 26 136 269 71 70 92 -7 0.3083 61.13 140 27 138 268 71 68 93 -7 0.3064 62.49 141 28 140 266 72 66 94 -7 0.3038 64.26 142 29 142 265 72 65 95 -7 0.3008 66.50 143 30 145 264 72 63 96 -7 0.3112 58.25 130 23 121 276 69 76 97 -7 0.3123 58.31 131 24 124 274 69 75 98 -7 0.3126 58.57 133 25 127 273 69 73 99 -7 0.3123 59.05 134 26 130 271 69 72 100 -7 0.3114 59.78 136 27 132 270 69 70 automatic search suggests trial source # 1 Results for subevent # 1 trial source position # 1 time shift (multiple of dt) 33 strike,dip,rake 271 57 72 strike,dip,rake 122 36 115 SING. values, inlcuding vardat (min., max, min/max): 6.24838841E-16 2.44536464E-15 0.255519688 -4.88111694E+16 -5.94744651E+16 -1.30096138E+16 1.35657985E+17 -1.86124985E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 0.109099448 ------ ----------- P --- ------------- ----- ------------------------- ----------------------------- #------------------------------ #--------###########----------- ##--#######################------ #--############################-- ----############# ############# -----############ T ############# ------########### ############# ------######################### --------####################### ----------################### -------------#########--- --------------------- ----------------- ------- 2022-05-02 20:20:34,716 INFO None 2022-05-02 20:20:34,717 INFO This is ISOLA Initializing array w Time required: 0.600059569 Reading input file gr.hes Time required: 3.45530391 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.967594862 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -7 0.3097 60.84 137 28 135 268 70 68 2 -7 0.3076 62.18 138 29 137 267 70 67 3 -7 0.3049 63.98 139 30 139 265 70 65 4 -7 0.3017 66.19 140 31 141 264 71 63 5 3 0.3133 60.65 128 25 119 276 68 76 6 3 0.3143 60.74 130 26 122 274 68 75 7 3 0.3147 60.99 131 27 125 273 68 73 8 3 0.3142 61.47 133 27 128 271 68 71 9 3 0.3130 62.18 134 28 130 270 68 70 10 3 0.3112 63.13 135 29 133 268 68 68 11 3 0.3087 64.35 136 30 135 267 68 66 12 -7 0.3057 63.77 137 31 136 265 68 65 13 -7 0.3024 65.97 138 32 139 264 69 64 14 3 0.3156 60.75 125 26 116 276 66 77 15 3 0.3164 60.81 127 27 119 275 66 75 16 3 0.3164 61.06 129 28 122 273 66 74 17 3 0.3158 61.50 130 29 124 272 66 72 18 3 0.3144 62.18 132 30 127 270 66 70 19 3 0.3124 63.09 133 30 130 268 66 68 20 3 0.3098 64.30 134 31 132 267 66 67 21 3 0.3066 65.88 135 32 134 265 67 65 22 3 0.3029 67.87 136 34 137 264 67 63 23 3 0.3174 61.05 123 27 113 277 64 78 24 3 0.3180 61.07 125 28 116 275 64 76 25 3 0.3179 61.29 126 29 119 274 64 74 26 3 0.3170 61.70 128 30 121 272 64 72 27 3 0.3156 62.31 129 31 124 270 64 71 28 3 0.3134 63.17 131 32 127 269 64 69 29 3 0.3106 64.37 132 33 129 267 65 67 30 3 0.3073 65.87 133 34 132 266 65 65 31 3 0.3034 67.84 134 35 134 264 65 63 32 3 0.3189 61.48 277 63 78 121 29 110 33 3 0.3193 61.48 276 62 76 123 29 113 34 3 0.3191 61.62 124 30 116 274 62 75 35 3 0.3181 61.98 126 31 119 272 62 73 36 3 0.3164 62.55 127 32 121 271 62 71 37 3 0.3141 63.37 129 33 124 269 63 69 38 3 0.3112 64.51 130 34 127 267 63 67 39 3 0.3077 65.99 131 35 129 266 63 65 40 3 0.3037 67.91 132 36 131 264 63 63 41 3 0.3200 62.09 278 61 79 119 30 108 42 3 0.3203 62.00 276 61 77 121 31 111 43 3 0.3199 62.09 275 61 75 122 32 114 44 3 0.3187 62.42 124 32 116 273 61 73 45 3 0.3169 62.91 125 33 119 271 61 71 46 3 0.3145 63.68 127 34 122 269 61 69 47 3 0.3115 64.73 128 35 124 268 61 67 48 3 0.3079 66.18 129 36 127 266 61 65 49 3 0.3038 68.05 130 37 129 264 62 63 50 3 0.3208 62.84 279 59 80 117 31 106 51 3 0.3209 62.69 277 59 78 119 32 108 52 3 0.3204 62.72 275 59 76 121 33 111 53 3 0.3191 62.95 273 59 74 122 34 114 54 3 0.3172 63.39 271 59 72 123 35 117 55 3 0.3147 64.08 125 35 119 270 59 70 56 3 0.3116 65.05 126 36 122 268 59 68 57 3 0.3079 66.41 128 37 124 266 59 66 58 3 0.3037 68.21 129 38 127 264 60 64 59 3 0.3212 63.69 279 57 80 116 33 104 60 3 0.3213 63.48 277 57 78 117 34 106 61 3 0.3206 63.45 275 57 76 119 34 109 62 3 0.3193 63.61 274 57 74 120 35 112 63 3 0.3172 63.99 272 57 72 122 36 115 64 3 0.3146 64.55 270 57 70 123 37 117 65 3 0.3114 65.44 125 38 120 268 57 68 66 3 0.3076 66.73 126 39 122 266 57 66 67 3 0.3033 68.44 127 40 125 265 58 64 68 -17 0.3031 56.35 133 23 125 275 71 75 69 -17 0.3043 56.46 135 24 128 274 71 74 70 -17 0.3049 56.82 136 25 130 272 71 72 71 -17 0.3048 57.42 137 26 133 271 71 71 72 -17 0.3040 58.34 139 27 135 269 71 69 73 -17 0.3026 59.52 140 28 138 268 71 68 74 -17 0.3007 61.08 141 29 140 266 71 66 75 -17 0.2983 63.02 142 30 142 265 72 64 76 -17 0.2954 65.47 143 31 144 264 72 63 77 -17 0.3054 56.24 130 24 121 276 69 76 78 -17 0.3063 56.36 131 25 124 274 69 74 79 -17 0.3067 56.68 133 26 127 273 69 73 80 -17 0.3063 57.29 134 27 129 271 69 71 81 -17 0.3054 58.17 136 28 132 270 69 70 82 -17 0.3038 59.35 137 29 134 268 69 68 83 -17 0.3017 60.90 138 30 137 267 70 66 84 -17 0.2991 62.83 139 31 139 265 70 65 85 -17 0.2961 65.28 140 32 141 264 70 63 86 -17 0.3073 56.32 127 25 118 276 67 77 87 -17 0.3080 56.38 129 26 121 275 67 75 88 -7 0.3083 59.16 131 27 125 273 67 73 89 -7 0.3079 59.74 133 28 127 271 67 71 90 -7 0.3068 60.57 134 29 130 270 68 69 91 -7 0.3050 61.67 135 30 132 268 68 68 92 -7 0.3026 63.12 137 31 135 267 68 66 93 -17 0.2998 62.76 137 32 136 265 68 65 94 -17 0.2967 65.16 138 33 138 264 68 63 95 -7 0.3091 58.83 126 26 116 276 66 77 96 -7 0.3099 58.94 127 27 119 275 66 75 97 -7 0.3099 59.28 129 28 122 273 66 73 98 -7 0.3093 59.86 130 29 124 272 66 72 99 -7 0.3080 60.66 132 30 127 270 66 70 100 -7 0.3060 61.75 133 31 130 268 66 68 automatic search suggests trial source # 60 Results for subevent # 1 trial source position # 60 time shift (multiple of dt) 3 strike,dip,rake 277 57 78 strike,dip,rake 117 34 106 SING. values, inlcuding vardat (min., max, min/max): 6.08004644E-16 2.23764696E-15 0.271716058 -5.23748498E+16 -6.30109584E+16 2.13343910E+14 1.38283774E+17 -1.75210614E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 0.103163421 ------ ----------- P --- ------------- ----- ------------------------- ----------------------------- #------------------------------ #-----#############------------ #########################-------- --###########################---- ---############# ############-- ----############ T ############## -----########### ############## ------######################### --------####################### ---------###################- ------------#########---- --------------------- ----------------- ------- 2022-05-02 20:20:41,118 INFO None 2022-05-02 20:20:41,119 INFO This is ISOLA Initializing array w Time required: 0.708931029 Reading input file gr.hes Time required: 3.38686275 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 1.00576377 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -7 0.3035 63.17 134 32 132 267 66 66 2 -7 0.3005 64.90 135 33 134 265 67 65 3 -7 0.2969 67.14 136 34 137 264 67 63 4 -7 0.3108 59.16 123 28 113 277 64 77 5 -7 0.3114 59.25 125 28 116 275 64 76 6 -7 0.3113 59.55 127 29 119 274 64 74 7 -7 0.3105 60.07 128 30 122 272 64 72 8 -7 0.3090 60.85 129 31 124 270 64 70 9 -7 0.3068 61.91 131 32 127 269 64 68 10 -7 0.3042 63.27 132 33 129 267 64 67 11 -7 0.3010 65.02 133 34 132 266 65 65 12 -7 0.2973 67.19 134 35 134 264 65 63 13 -7 0.3122 59.66 278 62 78 121 29 110 14 -7 0.3126 59.67 276 62 76 123 30 113 15 -7 0.3123 59.92 124 30 116 274 62 74 16 -7 0.3113 60.42 126 31 119 272 62 73 17 -7 0.3097 61.16 127 32 122 271 62 71 18 -7 0.3074 62.16 129 33 124 269 62 69 19 -7 0.3046 63.47 130 34 127 267 63 67 20 -7 0.3013 65.16 131 35 129 266 63 65 21 -7 0.2975 67.31 132 36 131 264 63 63 22 -7 0.3132 60.28 278 61 79 119 30 108 23 -7 0.3134 60.25 276 60 77 121 31 111 24 -7 0.3130 60.48 275 60 75 123 32 114 25 -7 0.3119 60.88 273 60 73 124 33 116 26 -7 0.3101 61.56 125 33 119 271 60 71 27 -7 0.3078 62.49 127 34 122 269 61 69 28 -7 0.3048 63.76 128 35 124 268 61 67 29 -7 0.3014 65.39 129 36 127 266 61 65 30 -7 0.2975 67.50 131 37 129 264 61 63 31 -7 0.3138 61.06 279 59 80 118 32 106 32 -7 0.3140 60.96 277 59 78 119 32 109 33 -7 0.3134 61.13 275 59 76 121 33 111 34 -7 0.3121 61.48 273 59 74 122 34 114 35 -7 0.3103 62.08 271 59 72 124 35 117 36 -7 0.3078 62.95 125 36 119 270 59 70 37 -7 0.3048 64.13 126 37 122 268 59 67 38 -7 0.3013 65.68 128 38 125 266 59 65 39 -7 0.2973 67.71 129 38 127 264 60 63 40 -7 0.3142 61.95 279 57 80 116 33 104 41 -7 0.3142 61.78 277 57 78 118 34 106 42 -7 0.3135 61.86 276 57 76 119 34 109 43 -7 0.3122 62.13 274 57 74 121 35 112 44 -7 0.3102 62.66 272 57 72 122 36 115 45 -7 0.3077 63.46 270 57 70 124 37 117 46 -7 0.3045 64.58 125 38 120 268 57 68 47 -7 0.3009 66.03 126 39 122 266 57 66 48 -7 0.2968 67.96 127 40 125 265 58 63 49 -27 0.2975 54.30 133 23 125 275 70 75 50 -27 0.2986 54.45 135 24 128 274 70 73 51 -27 0.2991 54.88 136 25 130 272 70 72 52 -27 0.2990 55.59 137 26 133 271 70 70 53 -27 0.2982 56.60 139 27 135 269 71 69 54 -27 0.2969 57.92 140 28 138 268 71 67 55 -27 0.2950 59.62 141 29 140 266 71 66 56 -27 0.2926 61.76 142 30 142 265 71 64 57 -27 0.2899 64.37 143 32 144 264 72 62 58 -27 0.2995 54.31 130 24 121 276 69 76 59 -27 0.3004 54.44 132 25 124 274 69 74 60 -27 0.3007 54.86 133 26 127 273 69 73 61 -27 0.3003 55.53 135 27 130 271 69 71 62 -27 0.2993 56.53 136 28 132 270 69 69 63 -27 0.2978 57.86 137 29 135 268 69 68 64 -27 0.2957 59.55 138 30 137 267 69 66 65 -27 0.2932 61.67 139 31 139 265 70 64 66 -27 0.2904 64.29 140 32 141 264 70 63 67 -27 0.3012 54.45 127 25 118 276 67 76 68 -27 0.3019 54.57 129 26 121 275 67 75 69 -27 0.3020 54.92 130 27 124 273 67 73 70 -17 0.3015 57.99 133 28 128 271 67 71 71 -17 0.3004 58.95 134 29 130 270 67 69 72 -17 0.2987 60.21 136 30 133 268 68 67 73 -17 0.2964 61.82 137 31 135 267 68 66 74 -27 0.2937 61.66 137 32 136 265 68 64 75 -27 0.2907 64.26 138 33 139 264 68 63 76 -17 0.3026 56.92 126 27 116 276 65 76 77 -17 0.3033 57.09 128 28 119 275 65 75 78 -17 0.3034 57.48 129 28 122 273 65 73 79 -17 0.3027 58.15 131 29 125 272 65 71 80 -17 0.3014 59.11 132 30 127 270 66 69 81 -17 0.2996 60.33 133 31 130 268 66 68 82 -17 0.2971 61.91 134 32 132 267 66 66 83 -17 0.2942 63.88 136 33 134 265 66 64 84 -17 0.2909 66.29 137 34 137 264 67 62 85 -17 0.3041 57.31 124 28 113 277 64 77 86 -17 0.3046 57.44 125 29 116 275 64 75 87 -17 0.3045 57.82 127 30 119 274 64 74 88 -17 0.3037 58.43 128 30 122 272 64 72 89 -17 0.3022 59.35 130 31 124 270 64 70 90 -17 0.3002 60.57 131 32 127 269 64 68 91 -17 0.2976 62.08 132 33 129 267 64 66 92 -17 0.2945 64.02 134 34 132 266 65 64 93 -17 0.2911 66.37 135 35 134 264 65 63 94 -17 0.3053 57.84 278 62 78 121 29 111 95 -17 0.3057 57.92 276 62 76 123 30 113 96 -17 0.3054 58.25 125 31 116 274 62 74 97 -17 0.3044 58.81 126 32 119 272 62 72 98 -17 0.3028 59.68 128 33 122 271 62 70 99 -17 0.3006 60.82 129 33 124 269 62 68 100 -17 0.2979 62.34 130 34 127 267 62 67 automatic search suggests trial source # 41 Results for subevent # 1 trial source position # 41 time shift (multiple of dt) -7 strike,dip,rake 277 57 78 strike,dip,rake 118 34 106 SING. values, inlcuding vardat (min., max, min/max): 5.94677162E-16 2.20023415E-15 0.270279020 -5.40314960E+16 -6.29322531E+16 4.42652214E+14 1.40206922E+17 -1.87625646E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 9.86816883E-02 ------ ----------- P --- ------------- ----- ------------------------- ----------------------------- #------------------------------ #-----#############------------ #########################-------- --###########################---- ---############# ############-- ----############ T ############## -----########### ############## ------######################### --------####################### ----------##################- ------------#########---- --------------------- ----------------- ------- 2022-05-02 20:20:47,389 INFO None 2022-05-02 20:20:47,390 INFO This is ISOLA Initializing array w Time required: 0.616926312 Reading input file gr.hes Time required: 3.45053387 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.964028120 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 0.2947 64.19 132 35 129 266 63 65 2 -17 0.2911 66.57 133 36 132 264 63 63 3 -17 0.3062 58.51 278 60 79 120 30 108 4 -17 0.3064 58.52 276 60 77 121 31 111 5 -17 0.3060 58.79 275 60 75 123 32 114 6 -17 0.3049 59.31 273 60 73 124 33 117 7 -17 0.3031 60.13 126 34 119 271 60 71 8 -17 0.3008 61.20 127 35 122 269 60 69 9 -17 0.2980 62.64 128 36 124 268 61 67 10 -17 0.2947 64.48 130 37 127 266 61 65 11 -17 0.2910 66.76 131 38 129 264 61 63 12 -17 0.3068 59.28 279 59 79 118 32 106 13 -17 0.3069 59.22 277 59 77 120 33 109 14 -17 0.3063 59.45 275 58 75 121 33 112 15 -17 0.3050 59.90 273 58 73 123 34 114 16 -17 0.3032 60.65 271 59 71 124 35 117 17 -17 0.3008 61.67 125 36 120 270 59 69 18 -17 0.2978 63.05 127 37 122 268 59 67 19 -17 0.2945 64.78 128 38 125 266 59 65 20 -17 0.2907 67.00 129 39 127 264 59 63 21 -17 0.3070 60.17 279 57 80 116 33 104 22 -17 0.3070 60.05 278 57 78 118 34 107 23 -17 0.3063 60.17 276 57 76 120 35 109 24 -17 0.3050 60.57 274 57 74 121 35 112 25 -17 0.3030 61.23 272 57 72 122 36 115 26 -17 0.3005 62.17 270 57 70 124 37 117 27 -17 0.2975 63.46 125 38 120 268 57 67 28 -17 0.2940 65.12 126 39 123 266 57 65 29 -17 0.2901 67.24 128 40 125 264 58 63 30 -37 0.2919 52.38 133 24 125 275 70 75 31 -37 0.2929 52.56 135 25 128 274 70 73 32 -37 0.2933 53.02 136 26 131 272 70 72 33 -37 0.2931 53.80 138 27 133 271 70 70 34 -37 0.2923 54.88 139 28 136 269 70 68 35 -37 0.2909 56.34 140 29 138 268 71 67 36 -37 0.2890 58.17 141 30 140 266 71 65 37 -37 0.2867 60.44 142 31 142 265 71 63 38 -37 0.2840 63.19 143 32 144 264 71 62 39 -37 0.2937 52.43 130 25 122 276 68 75 40 -37 0.2945 52.60 132 26 124 274 68 74 41 -37 0.2947 53.05 133 27 127 273 68 72 42 -37 0.2942 53.82 135 28 130 271 68 70 43 -37 0.2932 54.90 136 29 132 269 69 69 44 -37 0.2917 56.34 137 30 135 268 69 67 45 -37 0.2896 58.15 139 31 137 266 69 65 46 -37 0.2872 60.42 140 32 139 265 69 64 47 -37 0.2844 63.17 141 33 142 264 70 62 48 -37 0.2952 52.63 128 26 118 276 67 76 49 -37 0.2958 52.78 129 27 121 275 67 74 50 -37 0.2958 53.18 131 28 124 273 67 73 51 -37 0.2951 53.93 132 28 127 271 67 71 52 -27 0.2940 57.33 135 30 130 270 67 69 53 -27 0.2923 58.70 136 31 133 268 67 67 54 -27 0.2901 60.43 137 32 135 267 68 65 55 -37 0.2875 60.49 137 33 137 265 68 64 56 -37 0.2846 63.21 138 34 139 264 68 62 57 -37 0.2964 52.96 125 27 115 277 65 77 58 -37 0.2968 53.06 127 28 118 275 65 75 59 -27 0.2968 55.71 129 29 122 273 65 73 60 -27 0.2961 56.47 131 30 125 272 65 71 61 -27 0.2948 57.51 132 31 127 270 65 69 62 -27 0.2930 58.87 134 32 130 268 66 67 63 -27 0.2906 60.60 135 33 132 267 66 66 64 -27 0.2878 62.72 136 34 135 265 66 64 65 -27 0.2846 65.31 137 35 137 264 66 62 66 -27 0.2975 55.52 124 28 114 277 64 77 67 -27 0.2979 55.68 126 29 116 275 63 75 68 -27 0.2977 56.08 127 30 119 274 63 73 69 -27 0.2969 56.79 129 31 122 272 64 71 70 -27 0.2954 57.80 130 32 125 270 64 70 71 -27 0.2935 59.10 131 33 127 269 64 68 72 -27 0.2909 60.81 133 34 130 267 64 66 73 -27 0.2880 62.89 134 35 132 265 64 64 74 -27 0.2847 65.46 135 36 134 264 65 62 75 -27 0.2986 56.07 278 62 78 122 29 111 76 -27 0.2988 56.18 276 62 76 124 30 114 77 -27 0.2984 56.55 125 31 117 274 62 74 78 -27 0.2975 57.18 127 32 119 272 62 72 79 -27 0.2958 58.17 128 33 122 271 62 70 80 -27 0.2937 59.45 129 34 125 269 62 68 81 -27 0.2911 61.09 131 35 127 267 62 66 82 -27 0.2880 63.13 132 36 130 266 63 64 83 -27 0.2846 65.67 133 37 132 264 63 62 84 -27 0.2993 56.74 278 60 78 120 31 108 85 -27 0.2994 56.79 276 60 77 122 31 111 86 -27 0.2989 57.10 275 60 75 123 32 114 87 -27 0.2978 57.70 273 60 73 125 33 117 88 -27 0.2961 58.61 126 34 120 271 60 71 89 -27 0.2938 59.85 128 35 122 269 60 69 90 -27 0.2910 61.43 129 36 125 268 61 66 91 -27 0.2878 63.40 130 37 127 266 61 64 92 -27 0.2843 65.89 131 38 130 264 61 62 93 -27 0.2997 57.52 279 59 79 118 32 106 94 -27 0.2997 57.49 277 58 77 120 33 109 95 -27 0.2991 57.76 275 58 75 121 33 112 96 -27 0.2978 58.31 273 58 73 123 34 115 97 -27 0.2960 59.13 271 58 71 124 35 117 98 -27 0.2936 60.29 126 36 120 270 59 69 99 -27 0.2908 61.80 127 37 123 268 59 67 100 -27 0.2875 63.73 128 38 125 266 59 65 automatic search suggests trial source # 21 Results for subevent # 1 trial source position # 21 time shift (multiple of dt) -17 strike,dip,rake 279 57 80 strike,dip,rake 116 33 104 SING. values, inlcuding vardat (min., max, min/max): 5.85325866E-16 2.12616895E-15 0.275296032 -5.53552651E+16 -6.35445823E+16 4.49349357E+15 1.39653988E+17 -1.85136283E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 9.42168832E-02 ------ ----------- P --- ------------- ----- ------------------------- ----------------------------- ------------------------------- ----###############------------ #-#######################-------- --##########################----- ---############# ############-- ----############ T #############- -----########### ############## -----########################## -------######################## ---------##################-- ------------#########---- --------------------- ----------------- ------- 2022-05-02 20:20:53,815 INFO None 2022-05-02 20:20:53,815 INFO This is ISOLA Initializing array w Time required: 0.718554616 Reading input file gr.hes Time required: 3.50803280 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.973686934 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -27 0.2838 66.16 130 39 128 264 59 63 2 -27 0.2999 58.41 279 57 80 117 33 104 3 -27 0.2998 58.32 278 57 78 118 34 107 4 -27 0.2990 58.48 276 57 76 120 35 110 5 -27 0.2977 58.95 274 57 74 121 36 112 6 -27 0.2957 59.72 272 57 72 123 36 115 7 -27 0.2932 60.82 270 57 69 124 37 118 8 -27 0.2903 62.25 126 38 120 268 57 67 9 -27 0.2869 64.09 127 39 123 266 57 65 10 -27 0.2832 66.41 128 40 126 264 58 63 11 -47 0.2861 50.52 134 24 126 275 70 74 12 -47 0.2870 50.75 135 25 128 274 70 73 13 -47 0.2873 51.23 137 26 131 272 70 71 14 -47 0.2870 52.02 138 27 133 271 70 70 15 -47 0.2861 53.19 139 28 136 269 70 68 16 -47 0.2847 54.70 140 29 138 268 70 66 17 -47 0.2827 56.64 141 30 140 266 71 65 18 -47 0.2804 59.00 142 31 143 265 71 63 19 -47 0.2777 61.87 143 33 145 263 71 61 20 -47 0.2877 50.63 131 25 122 276 68 75 21 -47 0.2884 50.84 132 26 125 274 68 73 22 -47 0.2885 51.31 134 27 127 272 68 72 23 -47 0.2880 52.10 135 28 130 271 68 70 24 -47 0.2869 53.25 136 29 133 269 68 68 25 -47 0.2853 54.76 138 30 135 268 69 67 26 -47 0.2833 56.68 139 31 137 266 69 65 27 -47 0.2808 59.07 140 32 140 265 69 63 28 -47 0.2780 61.97 141 33 142 264 70 62 29 -47 0.2891 50.85 128 26 119 276 66 76 30 -47 0.2896 51.03 130 27 121 275 66 74 31 -47 0.2895 51.48 131 28 124 273 66 72 32 -47 0.2887 52.28 133 29 127 271 67 71 33 -47 0.2875 53.39 134 30 130 270 67 69 34 -47 0.2858 54.88 135 31 132 268 67 67 35 -47 0.2836 56.81 137 32 135 267 67 65 36 -47 0.2810 59.18 138 33 137 265 68 63 37 -47 0.2781 62.08 139 34 139 264 68 62 38 -47 0.2902 51.25 125 27 115 277 65 77 39 -47 0.2905 51.35 127 28 118 275 65 75 40 -47 0.2902 51.79 129 29 121 273 65 73 41 -37 0.2894 54.79 131 30 125 272 65 70 42 -37 0.2881 55.90 133 31 128 270 65 69 43 -37 0.2863 57.36 134 32 130 268 65 67 44 -37 0.2839 59.16 135 33 133 267 66 65 45 -37 0.2811 61.44 136 34 135 265 66 63 46 -47 0.2781 62.22 137 35 137 264 66 62 47 -47 0.2910 51.70 277 63 77 123 28 112 48 -37 0.2912 53.93 126 29 117 275 63 75 49 -37 0.2909 54.39 128 30 120 274 63 73 50 -37 0.2901 55.11 129 31 122 272 63 71 51 -37 0.2886 56.21 130 32 125 270 64 69 52 -37 0.2866 57.63 132 33 128 269 64 67 53 -37 0.2841 59.45 133 34 130 267 64 65 54 -37 0.2812 61.67 134 35 133 265 64 63 55 -37 0.2780 64.40 135 36 135 264 65 62 56 -37 0.2917 54.33 278 62 77 122 30 111 57 -37 0.2919 54.44 276 62 76 124 30 114 58 -37 0.2915 54.84 126 31 117 274 62 74 59 -37 0.2905 55.56 127 32 120 272 62 72 60 -37 0.2889 56.56 128 33 122 271 62 70 61 -37 0.2867 57.98 130 34 125 269 62 68 62 -37 0.2841 59.76 131 35 128 267 62 66 63 -37 0.2811 61.95 132 36 130 266 63 64 64 -37 0.2778 64.64 134 37 132 264 63 62 65 -37 0.2923 54.99 278 60 78 120 31 109 66 -37 0.2924 55.06 276 60 76 122 32 112 67 -37 0.2918 55.41 275 60 74 124 32 114 68 -37 0.2907 56.06 273 60 72 125 33 117 69 -37 0.2889 57.05 127 34 120 271 60 70 70 -37 0.2867 58.39 128 35 123 269 60 68 71 -37 0.2839 60.11 129 36 125 267 61 66 72 -37 0.2808 62.26 131 37 128 266 61 64 73 -37 0.2774 64.87 132 38 130 264 61 62 74 -37 0.2927 55.75 279 59 79 119 32 106 75 -37 0.2926 55.77 277 58 77 120 33 109 76 -37 0.2919 56.06 275 58 75 122 34 112 77 -37 0.2906 56.64 273 58 73 123 34 115 78 -37 0.2888 57.57 271 58 71 125 35 118 79 -37 0.2864 58.84 126 36 120 270 59 69 80 -37 0.2836 60.47 128 37 123 268 59 66 81 -37 0.2803 62.56 129 38 126 266 59 64 82 -37 0.2768 65.15 130 39 128 264 60 62 83 -37 0.2927 56.64 279 57 80 117 33 104 84 -37 0.2925 56.58 278 57 78 119 34 107 85 -37 0.2917 56.78 276 57 76 120 35 110 86 -37 0.2903 57.30 274 57 73 122 36 113 87 -37 0.2884 58.14 272 57 71 123 37 116 88 -37 0.2859 59.34 270 57 69 125 37 118 89 -37 0.2830 60.89 126 38 121 268 57 67 90 -37 0.2797 62.92 127 39 123 266 57 65 91 -37 0.2761 65.41 129 40 126 264 58 62 92 -57 0.2800 48.75 134 25 126 275 69 74 93 -57 0.2808 48.98 136 26 128 273 70 72 94 -57 0.2809 49.49 137 27 131 272 70 71 95 -57 0.2805 50.30 138 28 134 270 70 69 96 -57 0.2795 51.48 139 29 136 269 70 67 97 -57 0.2780 53.04 140 30 138 267 70 66 98 -57 0.2760 55.05 142 31 141 266 70 64 99 -57 0.2736 57.49 142 32 143 265 71 62 100 -57 0.2708 60.50 143 33 145 263 71 61 automatic search suggests trial source # 2 Results for subevent # 1 trial source position # 2 time shift (multiple of dt) -27 strike,dip,rake 279 57 80 strike,dip,rake 117 33 104 SING. values, inlcuding vardat (min., max, min/max): 5.72984543E-16 2.09571219E-15 0.273408026 -5.67770281E+16 -6.33275318E+16 4.69862765E+15 1.40764753E+17 -1.97578804E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 8.98709893E-02 ------ ----------- P --- ------------- ----- ------------------------- ----------------------------- ------------------------------- ----###############------------ #-#######################-------- --##########################----- ---############# ############-- ----############ T #############- -----########### ############## -----########################## --------####################### ---------##################-- ------------#########---- --------------------- ----------------- ------- 2022-05-02 20:21:00,082 INFO None 2022-05-02 20:21:00,082 INFO This is ISOLA Initializing array w Time required: 0.612219453 Reading input file gr.hes Time required: 3.44499898 number of stations (max 16 ), nr= 6 stations used in the inversion: PCDR RNC1 MY12 ANS1 AG02 SMDR ../../raw/0/PCDRraw.dat PCDRfil.dat ../../raw/0/RNC1raw.dat RNC1fil.dat ../../raw/0/MY12raw.dat MY12fil.dat ../../raw/0/ANS1raw.dat ANS1fil.dat ../../raw/0/AG02raw.dat AG02fil.dat ../../raw/0/SMDRraw.dat SMDRfil.dat searching subevent # 1 Starting calculations for multiple source points Time required: 0.980190158 Trial source positions and shifts for subevent # 1 (position #, shift (multiples of dt), correl., DC%) (strike1, dip1, rake 1 and strike2, dip2, rake2) 1 -57 0.2816 48.89 131 25 122 276 68 75 2 -57 0.2821 49.12 133 26 125 274 68 73 3 -57 0.2820 49.60 134 27 128 272 68 71 4 -57 0.2815 50.39 136 28 130 271 68 70 5 -57 0.2803 51.58 137 29 133 269 68 68 6 -57 0.2786 53.13 138 30 135 268 69 66 7 -57 0.2764 55.15 139 32 138 266 69 64 8 -57 0.2739 57.61 140 33 140 265 69 63 9 -57 0.2711 60.59 141 34 142 263 70 61 10 -57 0.2828 49.17 128 26 119 276 66 76 11 -57 0.2831 49.36 130 27 122 275 66 74 12 -57 0.2829 49.82 132 28 125 273 66 72 13 -57 0.2821 50.61 133 29 127 271 66 70 14 -57 0.2808 51.75 134 30 130 270 67 68 15 -57 0.2790 53.33 136 31 133 268 67 67 16 -57 0.2768 55.31 137 32 135 267 67 65 17 -57 0.2741 57.76 138 33 137 265 68 63 18 -57 0.2712 60.78 139 35 140 264 68 61 19 -57 0.2838 49.52 126 27 116 277 65 76 20 -57 0.2839 49.70 128 28 119 275 65 75 21 -57 0.2835 50.14 129 29 122 273 65 73 22 -57 0.2826 50.87 131 30 124 272 65 71 23 -47 0.2811 54.26 133 31 128 270 65 68 24 -47 0.2793 55.77 134 32 131 268 65 66 25 -47 0.2769 57.71 136 33 133 267 66 65 26 -47 0.2741 60.06 137 35 135 265 66 63 27 -57 0.2712 60.95 137 35 137 264 66 61 28 -57 0.2845 50.05 277 63 77 124 28 113 29 -57 0.2845 50.14 125 29 116 276 63 75 30 -57 0.2840 50.53 127 30 119 274 63 73 31 -47 0.2830 53.49 130 31 123 272 63 71 32 -47 0.2815 54.63 131 32 125 270 63 69 33 -47 0.2795 56.10 132 33 128 268 64 67 34 -47 0.2770 57.99 134 34 131 267 64 65 35 -47 0.2741 60.33 135 35 133 265 64 63 36 -47 0.2710 63.18 136 36 135 264 65 61 37 -57 0.2850 50.61 278 62 78 122 30 110 38 -47 0.2849 52.77 276 62 75 124 31 115 39 -47 0.2844 53.19 126 31 117 274 62 73 40 -47 0.2833 53.91 128 32 120 272 62 71 41 -47 0.2817 54.99 129 33 123 271 62 69 42 -47 0.2795 56.47 130 34 126 269 62 67 43 -47 0.2769 58.30 132 35 128 267 62 65 44 -47 0.2740 60.62 133 36 131 265 63 63 45 -47 0.2706 63.45 134 37 133 264 63 61 46 -57 0.2853 51.30 279 60 79 120 31 108 47 -47 0.2853 53.37 276 60 76 123 32 112 48 -47 0.2846 53.74 275 60 74 124 33 115 49 -47 0.2834 54.42 126 33 118 273 60 72 50 -47 0.2816 55.45 127 34 120 271 60 70 51 -47 0.2794 56.86 129 35 123 269 60 68 52 -47 0.2766 58.67 130 36 126 267 61 66 53 -47 0.2736 60.94 131 37 128 266 61 64 54 -47 0.2702 63.71 132 38 131 264 61 61 55 -47 0.2855 54.04 279 58 79 119 32 107 56 -47 0.2853 54.08 277 58 77 121 33 110 57 -47 0.2846 54.37 275 58 75 122 34 113 58 -47 0.2833 54.98 273 58 72 124 35 115 59 -47 0.2814 55.96 271 58 70 125 35 118 60 -47 0.2790 57.29 127 36 121 269 59 68 61 -47 0.2762 59.05 128 37 124 268 59 66 62 -47 0.2730 61.26 129 38 126 266 59 64 63 -47 0.2695 63.96 131 39 129 264 60 62 64 -47 0.2855 54.91 279 57 80 118 33 105 65 -47 0.2852 54.88 278 57 77 119 34 108 66 -47 0.2843 55.10 276 57 75 121 35 110 67 -47 0.2829 55.64 274 57 73 122 36 113 68 -47 0.2809 56.54 272 57 71 124 37 116 69 -47 0.2784 57.81 270 57 69 125 38 119 70 -47 0.2755 59.47 127 38 121 268 57 66 71 -47 0.2723 61.57 128 39 124 266 58 64 72 -47 0.2687 64.24 129 41 127 264 58 62 73 -67 0.2734 47.04 134 25 126 275 69 74 74 -67 0.2740 47.29 136 26 129 273 69 72 75 -67 0.2740 47.81 137 27 131 272 69 70 76 -67 0.2735 48.64 138 28 134 270 70 69 77 -67 0.2724 49.82 140 29 136 269 70 67 78 -67 0.2708 51.41 141 30 139 267 70 65 79 -67 0.2687 53.46 142 31 141 266 70 64 80 -67 0.2662 55.99 143 32 143 264 71 62 81 -67 0.2634 59.06 144 34 145 263 71 60 82 -67 0.2749 47.23 132 26 123 276 68 74 83 -67 0.2753 47.47 133 27 125 274 68 73 84 -67 0.2751 47.96 135 28 128 272 68 71 85 -67 0.2744 48.77 136 29 131 271 68 69 86 -67 0.2732 49.95 137 30 133 269 68 67 87 -67 0.2714 51.54 138 31 136 268 68 66 88 -67 0.2692 53.58 140 32 138 266 69 64 89 -67 0.2666 56.11 141 33 140 265 69 62 90 -67 0.2637 59.20 142 34 143 263 69 60 91 -67 0.2761 47.52 129 27 119 276 66 75 92 -67 0.2763 47.71 131 28 122 274 66 73 93 -67 0.2760 48.19 132 29 125 273 66 72 94 -67 0.2751 48.98 133 30 128 271 66 70 95 -67 0.2737 50.14 135 31 130 270 67 68 96 -67 0.2718 51.73 136 32 133 268 67 66 97 -67 0.2695 53.75 137 33 135 266 67 64 98 -67 0.2668 56.30 139 34 138 265 67 62 99 -67 0.2638 59.39 140 35 140 263 68 61 100 -67 0.2770 47.89 126 28 116 277 65 76 automatic search suggests trial source # 55 Results for subevent # 1 trial source position # 55 time shift (multiple of dt) -47 strike,dip,rake 279 58 79 strike,dip,rake 119 32 107 SING. values, inlcuding vardat (min., max, min/max): 5.43886420E-16 2.05299272E-15 0.264923692 -6.03960535E+16 -7.11821165E+16 6.15108466E+15 1.40755098E+17 -2.35330535E+16 0.00000000 The following files were created: INV1.DAT, INV2.DAT, INV2c.DAT, INV3.DAT CORR01.DAT, ... (for all subevents) *FIL.DAT, *RES.DAT, ... (for all stations) nr= 6 variance reduction, weighted varred= 8.14778805E-02 ------- ----------- --- ------------- P ----- --------------- ------- ----------------------------- #------------------------------ #----#############------------- #-#######################-------- --##########################----- ---############################-- ----############ #############- -----########### T ############## -----########## ############# -------######################## ---------###################- -----------###########--- --------------------- ----------------- ------- 2022-05-02 20:21:00,082 INFO Function 'calculateInversions' executed 162.36 seconds 2022-05-02 20:21:04,801 INFO Function 'gatherResults' executed 4.72 seconds 2022-05-02 20:21:13,148 INFO Function 'allplots' executed 8.35 seconds