# +-----------------------------------------------------------------------------+ # | +-------------------------------------------------------------------------+ | # | | RDSEED version 4.7.5 | | # | | IRIS Standard for Exchange of Earthquake Data (SEED) data reader | | # | +-------------------------------------------------------------------------+ | # +-----------------------------------------------------------------------------+ # # # +-----------------------------------------------------------------------------+ # | Volume Header | General information about this tape | SEED tape | # +-----------------------------------------------------------------------------+ # B010F03 SEED Format version: 2.4 B010F04 Logical record length: 4096 bytes B010F05 Starting date of this volume: 1983,178,00:00:00.0000 B010F06 Ending date of this volume: 3000,001,00:00:00.0000 B010F07 Creation Date of this volume: 2008,270,12:52:00.0000 B010F08 Originating Organization: "Northern California Earthquake Data Center, UC Berkeley" B010F09 Volume Label: # # Volume Station Header Index: # Station Station header starts at record B011F04-05 AAR 61 B011F04-05 AAS 62 B011F04-05 ABJ 63 B011F04-05 ABR 65 B011F04-05 ADW 66 B011F04-05 AFD 67 B011F04-05 AFH 71 B011F04-05 AFO 72 B011F04-05 AFR 73 B011F04-05 AGI 75 B011F04-05 AHR 76 B011F04-05 ALA 78 B011F04-05 ALN 80 B011F04-05 AOD 81 B011F04-05 AOH 82 B011F04-05 APG 84 B011F04-05 APR 85 B011F04-05 ARJ 87 B011F04-05 ARR 88 B011F04-05 ARW 90 B011F04-05 ASM 91 B011F04-05 AVR 93 B011F04-05 BAP 94 B011F04-05 BAV 96 B011F04-05 BBG 102 B011F04-05 BBGB 104 B011F04-05 BBN 107 B011F04-05 BCG 109 B011F04-05 BCW 111 B011F04-05 BEH 112 B011F04-05 BEM 113 B011F04-05 BHR 114 B011F04-05 BHS 116 B011F04-05 BJC 117 B011F04-05 BJO 119 B011F04-05 BJOB 121 B011F04-05 BLR 123 B011F04-05 BMS 125 B011F04-05 BPC 127 B011F04-05 BPF 129 B011F04-05 BPI 131 B011F04-05 BPO 132 B011F04-05 BPP 136 B011F04-05 BPR 137 B011F04-05 BRM 139 B011F04-05 BRV 140 B011F04-05 BSC 142 B011F04-05 BSG 146 B011F04-05 BSL 151 B011F04-05 BSM 153 B011F04-05 BSR 155 B011F04-05 BVL 161 B011F04-05 BVY 162 B011F04-05 CAC 163 B011F04-05 CAD 165 B011F04-05 CADB 167 B011F04-05 CAG 168 B011F04-05 CAI 169 B011F04-05 CAL 170 B011F04-05 CAO 177 B011F04-05 CBK 182 B011F04-05 CBLG 183 B011F04-05 CBP 184 B011F04-05 CBR 185 B011F04-05 CBS 188 B011F04-05 CBW 189 B011F04-05 CBZ 192 B011F04-05 CCH1 194 B011F04-05 CCO 202 B011F04-05 CCOB 205 B011F04-05 CCY 207 B011F04-05 CDA 209 B011F04-05 CDO 210 B011F04-05 CDOB 211 B011F04-05 CDU 212 B011F04-05 CDV 214 B011F04-05 CGP 221 B011F04-05 CGP1 222 B011F04-05 CHMG 228 B011F04-05 CHR 229 B011F04-05 CLC 230 B011F04-05 CLCB 231 B011F04-05 CMC 232 B011F04-05 CMH 234 B011F04-05 CMI 235 B011F04-05 CMJ 236 B011F04-05 CMK 237 B011F04-05 CML 239 B011F04-05 CMM 240 B011F04-05 CMN 241 B011F04-05 CMO 243 B011F04-05 CMOB 245 B011F04-05 CMP 246 B011F04-05 CMR 248 B011F04-05 CMW1 249 B011F04-05 CNI 255 B011F04-05 COS 257 B011F04-05 CPI 258 B011F04-05 CPL 261 B011F04-05 CPM 262 B011F04-05 CPP 265 B011F04-05 CRA 266 B011F04-05 CRH 267 B011F04-05 CRP 268 B011F04-05 CRPB 270 B011F04-05 CSA 271 B011F04-05 CSC 274 B011F04-05 CSH 275 B011F04-05 CSL 276 B011F04-05 CSP 281 B011F04-05 CST 283 B011F04-05 CSTB 284 B011F04-05 CSU 285 B011F04-05 CSU1 286 B011F04-05 CSV 295 B011F04-05 CTA 296 B011F04-05 CTH 297 B011F04-05 CVA 298 B011F04-05 CVL 299 B011F04-05 CVP 303 B011F04-05 CYB 307 B011F04-05 CYD1 311 B011F04-05 DBOG 313 B011F04-05 EXSG 314 B011F04-05 GAC 315 B011F04-05 GAR 316 B011F04-05 GAX 317 B011F04-05 GAXB 318 B011F04-05 GBB 319 B011F04-05 GBD 320 B011F04-05 GBG 321 B011F04-05 GBM 323 B011F04-05 GCB 324 B011F04-05 GCK 325 B011F04-05 GCM 326 B011F04-05 GCR 327 B011F04-05 GCS 329 B011F04-05 GCV 330 B011F04-05 GCVB 332 B011F04-05 GCW 333 B011F04-05 GDC 335 B011F04-05 GDX 336 B011F04-05 GDXB 337 B011F04-05 GFC 340 B011F04-05 GGL 341 B011F04-05 GGP 342 B011F04-05 GGPB 345 B011F04-05 GGU 346 B011F04-05 GHC 347 B011F04-05 GHG 348 B011F04-05 GHL 349 B011F04-05 GHM 350 B011F04-05 GHO 351 B011F04-05 GHV 352 B011F04-05 GMC 354 B011F04-05 GMK 355 B011F04-05 GMM 356 B011F04-05 GMO 357 B011F04-05 GNA 358 B011F04-05 GPM 360 B011F04-05 GRO 362 B011F04-05 GRT 363 B011F04-05 GSG 364 B011F04-05 GSM 366 B011F04-05 GSN 367 B011F04-05 GSS 368 B011F04-05 GTC 369 B011F04-05 GTS 370 B011F04-05 GVV 371 B011F04-05 GWK 372 B011F04-05 GWR 374 B011F04-05 HAZ 375 B011F04-05 HBT 376 B011F04-05 HCA 378 B011F04-05 HCAB 379 B011F04-05 HCB 380 B011F04-05 HCO 381 B011F04-05 HCP 383 B011F04-05 HCR 384 B011F04-05 HDL 385 B011F04-05 HER 387 B011F04-05 HFE 388 B011F04-05 HFH 390 B011F04-05 HFM 391 B011F04-05 HFP 393 B011F04-05 HGS 394 B011F04-05 HGW 396 B011F04-05 HJG 397 B011F04-05 HJS 399 B011F04-05 HKR 401 B011F04-05 HLP 402 B011F04-05 HLT 403 B011F04-05 HMO 406 B011F04-05 HMOB 408 B011F04-05 HOR 409 B011F04-05 HPC 410 B011F04-05 HPH 413 B011F04-05 HPL 415 B011F04-05 HPR 419 B011F04-05 HQR 420 B011F04-05 HSF 423 B011F04-05 HSL 425 B011F04-05 HSP 427 B011F04-05 HTU 428 B011F04-05 IRG 429 B011F04-05 IRG1 430 B011F04-05 IRG1A 431 B011F04-05 IRG1E 432 B011F04-05 IRG2 433 B011F04-05 IRG2A 434 B011F04-05 IRG2E 435 B011F04-05 IRG3 436 B011F04-05 IRGCH 437 B011F04-05 IRGE 438 B011F04-05 IRGFP 439 B011F04-05 IRGGP 440 B011F04-05 IRGHO 441 B011F04-05 IRGLL 442 B011F04-05 IRGMM 443 B011F04-05 IRGMT 444 B011F04-05 IRGSM 445 B011F04-05 IRGVP 446 B011F04-05 IRIG 447 B011F04-05 JAL 448 B011F04-05 JBC 449 B011F04-05 JBG 450 B011F04-05 JBL 452 B011F04-05 JBM 456 B011F04-05 JBMB 457 B011F04-05 JBN 459 B011F04-05 JBNB 461 B011F04-05 JBR 463 B011F04-05 JBZ 464 B011F04-05 JCB 465 B011F04-05 JCH 468 B011F04-05 JCP 471 B011F04-05 JEC 472 B011F04-05 JECB 474 B011F04-05 JEG 475 B011F04-05 JEL 477 B011F04-05 JELB 478 B011F04-05 JFP 480 B011F04-05 JGR 481 B011F04-05 JHL 482 B011F04-05 JHP 483 B011F04-05 JHU 484 B011F04-05 JJO 485 B011F04-05 JJR 486 B011F04-05 JLA 487 B011F04-05 JLAB 488 B011F04-05 JLP 489 B011F04-05 JLT 491 B011F04-05 JLX 492 B011F04-05 JMG 494 B011F04-05 JMGB 496 B011F04-05 JMP 497 B011F04-05 JNA 500 B011F04-05 JPC 502 B011F04-05 JPL 503 B011F04-05 JPP 504 B011F04-05 JPR 506 B011F04-05 JPS 509 B011F04-05 JPSB 510 B011F04-05 JQB 511 B011F04-05 JQE 512 B011F04-05 JQN 513 B011F04-05 JQO 514 B011F04-05 JQS 515 B011F04-05 JQW 516 B011F04-05 JRG 517 B011F04-05 JRR 518 B011F04-05 JSA 519 B011F04-05 JSB 521 B011F04-05 JSC 525 B011F04-05 JSF 526 B011F04-05 JSFB 532 B011F04-05 JSG 533 B011F04-05 JSGB 534 B011F04-05 JSJ 548 B011F04-05 JSM 549 B011F04-05 JSP 551 B011F04-05 JSS 554 B011F04-05 JST 557 B011F04-05 JTG 559 B011F04-05 JTR 560 B011F04-05 JUC 561 B011F04-05 JUM 563 B011F04-05 KBB 568 B011F04-05 KBN 570 B011F04-05 KBO 572 B011F04-05 KBR 576 B011F04-05 KBS 577 B011F04-05 KCP 579 B011F04-05 KCPB 581 B011F04-05 KCR 591 B011F04-05 KCS 593 B011F04-05 KCT 595 B011F04-05 KEB 601 B011F04-05 KFP 606 B011F04-05 KGM 608 B011F04-05 KHB 609 B011F04-05 KHBB 611 B011F04-05 KHM 615 B011F04-05 KHMB 617 B011F04-05 KIP 626 B011F04-05 KJJ 628 B011F04-05 KKP 630 B011F04-05 KMP 632 B011F04-05 KMPB 635 B011F04-05 KMR 644 B011F04-05 KOM 648 B011F04-05 KPP 650 B011F04-05 KRK 652 B011F04-05 KRM 654 B011F04-05 KRMB 656 B011F04-05 KRP 659 B011F04-05 KSC 665 B011F04-05 KSM 667 B011F04-05 KSP 669 B011F04-05 KSX 670 B011F04-05 KSXB 672 B011F04-05 KTR 675 B011F04-05 LAC 677 B011F04-05 LAM 678 B011F04-05 LAS 679 B011F04-05 LBA 681 B011F04-05 LBC 682 B011F04-05 LBF 684 B011F04-05 LBG 686 B011F04-05 LBK 687 B011F04-05 LBM 689 B011F04-05 LBO 691 B011F04-05 LBP 692 B011F04-05 LCA 694 B011F04-05 LCF 695 B011F04-05 LCM 698 B011F04-05 LCS 701 B011F04-05 LCSB 702 B011F04-05 LDB 703 B011F04-05 LDH 705 B011F04-05 LEL 708 B011F04-05 LGB 709 B011F04-05 LGH 711 B011F04-05 LGM 712 B011F04-05 LGP 713 B011F04-05 LGR 715 B011F04-05 LHC 716 B011F04-05 LHE 718 B011F04-05 LHH 720 B011F04-05 LHK 721 B011F04-05 LHM 722 B011F04-05 LHO 723 B011F04-05 LMD 724 B011F04-05 LME 725 B011F04-05 LMH 728 B011F04-05 LMM 731 B011F04-05 LMP 732 B011F04-05 LMZ 735 B011F04-05 LOM 736 B011F04-05 LPD 737 B011F04-05 LPG 738 B011F04-05 LPK 739 B011F04-05 LRB 740 B011F04-05 LRCG 741 B011F04-05 LRD 742 B011F04-05 LRR 745 B011F04-05 LRS 748 B011F04-05 LSF 749 B011F04-05 LSH 751 B011F04-05 LSI 754 B011F04-05 LSL 756 B011F04-05 LSM 758 B011F04-05 LSR 759 B011F04-05 LSS 761 B011F04-05 LTC 762 B011F04-05 LTI 766 B011F04-05 LTN 768 B011F04-05 LVR 769 B011F04-05 LWD 770 B011F04-05 LWH 771 B011F04-05 MAT 773 B011F04-05 MBE 774 B011F04-05 MBO 775 B011F04-05 MBS1 777 B011F04-05 MBU 781 B011F04-05 MBY 782 B011F04-05 MCB 783 B011F04-05 MCD 787 B011F04-05 MCH 789 B011F04-05 MCL 790 B011F04-05 MCM 791 B011F04-05 MCN 793 B011F04-05 MCR 794 B011F04-05 MCS 795 B011F04-05 MCU 796 B011F04-05 MCUB 798 B011F04-05 MCV 799 B011F04-05 MCW 800 B011F04-05 MDC 801 B011F04-05 MDH1 803 B011F04-05 MDP 805 B011F04-05 MDP1 808 B011F04-05 MDPB 815 B011F04-05 MDR 818 B011F04-05 MDW 822 B011F04-05 MEM 823 B011F04-05 MFB 826 B011F04-05 MGP 827 B011F04-05 MHD 829 B011F04-05 MILG 831 B011F04-05 MLC 832 B011F04-05 MLH 834 B011F04-05 MLK 835 B011F04-05 MLL 837 B011F04-05 MLM 838 B011F04-05 MLR 839 B011F04-05 MMI 840 B011F04-05 MML 842 B011F04-05 MMLB 843 B011F04-05 MMP 847 B011F04-05 MMS 848 B011F04-05 MMT 850 B011F04-05 MMW 851 B011F04-05 MMX1 852 B011F04-05 MNH 854 B011F04-05 MNHB 855 B011F04-05 MNP 856 B011F04-05 MOG 858 B011F04-05 MOY 859 B011F04-05 MPR 860 B011F04-05 MRC 862 B011F04-05 MRD 863 B011F04-05 MRF 865 B011F04-05 MRH 867 B011F04-05 MRS 870 B011F04-05 MSK 871 B011F04-05 MSL 873 B011F04-05 MST 875 B011F04-05 MSV 876 B011F04-05 MTC 877 B011F04-05 MTU 879 B011F04-05 MWB 881 B011F04-05 MYL 883 B011F04-05 MYM 884 B011F04-05 NAD 885 B011F04-05 NAP 887 B011F04-05 NAPB 888 B011F04-05 NAPC 889 B011F04-05 NBO 890 B011F04-05 NBP 894 B011F04-05 NBR 896 B011F04-05 NBRB 897 B011F04-05 NCC 898 B011F04-05 NCF 899 B011F04-05 NCP 900 B011F04-05 NDH 902 B011F04-05 NEA 903 B011F04-05 NEH 904 B011F04-05 NFI 905 B011F04-05 NFR 906 B011F04-05 NFV 908 B011F04-05 NGV 909 B011F04-05 NGVB 911 B011F04-05 NHB 912 B011F04-05 NHF 913 B011F04-05 NHM 918 B011F04-05 NHS 920 B011F04-05 NHV 923 B011F04-05 NIM 924 B011F04-05 NIMB 925 B011F04-05 NLH 926 B011F04-05 NLN 930 B011F04-05 NMC 932 B011F04-05 NMH 933 B011F04-05 NMI 941 B011F04-05 NMT 943 B011F04-05 NMW 944 B011F04-05 NOCG 945 B011F04-05 NOL 946 B011F04-05 NOLB 947 B011F04-05 NPR 948 B011F04-05 NPRB 950 B011F04-05 NPV 951 B011F04-05 NRL 953 B011F04-05 NRR 955 B011F04-05 NSH 956 B011F04-05 NSM 957 B011F04-05 NSP 965 B011F04-05 NTA 968 B011F04-05 NTAB 972 B011F04-05 NTAC 973 B011F04-05 NTB 974 B011F04-05 NTO 975 B011F04-05 NTR 976 B011F04-05 NTY 977 B011F04-05 NTYB 978 B011F04-05 NVA 979 B011F04-05 NVE 980 B011F04-05 NWR 982 B011F04-05 OBH 984 B011F04-05 OBHB 986 B011F04-05 OCH 987 B011F04-05 OCM 988 B011F04-05 OCR 989 B011F04-05 OGO 990 B011F04-05 OHC 992 B011F04-05 ORA 993 B011F04-05 ORD 995 B011F04-05 OST 996 B011F04-05 OSU 997 B011F04-05 OWY 998 B011F04-05 PAB 1000 B011F04-05 PABB 1001 B011F04-05 PAD 1002 B011F04-05 PADB 1004 B011F04-05 PAG 1005 B011F04-05 PAGB 1008 B011F04-05 PAN 1011 B011F04-05 PAP 1013 B011F04-05 PAR 1015 B011F04-05 PAV 1016 B011F04-05 PBI 1017 B011F04-05 PBM 1020 B011F04-05 PBP 1022 B011F04-05 PBR 1023 B011F04-05 PBS 1024 B011F04-05 PBW 1025 B011F04-05 PBY 1027 B011F04-05 PCA 1028 B011F04-05 PCB 1030 B011F04-05 PCC 1032 B011F04-05 PCG 1036 B011F04-05 PCH 1038 B011F04-05 PCHB 1045 B011F04-05 PCHC 1046 B011F04-05 PCM 1047 B011F04-05 PCR 1048 B011F04-05 PDR 1050 B011F04-05 PFR 1052 B011F04-05 PG1 1054 B011F04-05 PG2 1056 B011F04-05 PGC 1058 B011F04-05 PGH 1059 B011F04-05 PGW 1065 B011F04-05 PHA 1066 B011F04-05 PHB 1068 B011F04-05 PHC 1070 B011F04-05 PHF 1073 B011F04-05 PHG 1076 B011F04-05 PHO 1078 B011F04-05 PHOB 1086 B011F04-05 PHP 1089 B011F04-05 PHR 1094 B011F04-05 PHS 1098 B011F04-05 PHSB 1100 B011F04-05 PIR 1102 B011F04-05 PIV 1103 B011F04-05 PJC 1104 B011F04-05 PJL 1105 B011F04-05 PJU 1109 B011F04-05 PKE 1110 B011F04-05 PKL 1112 B011F04-05 PKY 1113 B011F04-05 PL11 1116 B011F04-05 PL11B 1118 B011F04-05 PL21 1119 B011F04-05 PL31 1120 B011F04-05 PL41 1121 B011F04-05 PLO 1122 B011F04-05 PMC 1124 B011F04-05 PMG 1130 B011F04-05 PML 1133 B011F04-05 PMM 1135 B011F04-05 PMP 1142 B011F04-05 PMPB 1145 B011F04-05 PMR 1148 B011F04-05 POP 1150 B011F04-05 PPB 1151 B011F04-05 PPC 1154 B011F04-05 PPF 1159 B011F04-05 PPG 1160 B011F04-05 PPO 1161 B011F04-05 PPR 1162 B011F04-05 PPT 1164 B011F04-05 PRC 1166 B011F04-05 PRP 1169 B011F04-05 PSA 1170 B011F04-05 PSC 1172 B011F04-05 PSE 1174 B011F04-05 PSH 1175 B011F04-05 PSM 1177 B011F04-05 PSN 1181 B011F04-05 PSR 1182 B011F04-05 PST 1185 B011F04-05 PTA 1187 B011F04-05 PTF 1189 B011F04-05 PTQ 1192 B011F04-05 PTR 1194 B011F04-05 PVC 1196 B011F04-05 PWK 1202 B011F04-05 PWM 1205 B011F04-05 VCL 1207 B011F04-05 VRC 1208 B011F04-05 VSP 1210 B011F04-05 VWB 1211 B011F04-05 WMP 1212 B011F04-05 WWVB 1215 # # Volume Time Span Index: # Beginning of Span End of Span Starts at record number # # +-----------------------------------------------------------------------------+ # | Station header | Station AAR | SEED tape | # +-----------------------------------------------------------------------------+ # B050F03 Station code: AAR B050F04 Latitude: 39.275936 B050F05 Longitude: -121.026962 B050F06 Elevation: 911.000000 B050F09 Name: Airport Road Site B050F10 Owner Code Lookup: 104 NC B050F11 32-bit word order: 3210 B050F12 16-bit word order: 10 B050F13 Starting date: 1984,001,00:00:00 B050F14 Ending date: 2006,004,19:19:00 B050F15 Update flag: N B050F16 Network Code: NC # # + +---------------------------------------+ + # +------------------| Station AAR | Channel EHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: EHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 39.275936 B052F11 Longitude: -121.026962 B052F12 Elevation: 911.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 100 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1984,001,00:00:00 B052F23 End date: 1987,121,00:00:00 B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAR ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAR ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 9.77784E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -7.213730E+01 1.741510E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -7.213730E+01 -1.741510E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.741510E+02 7.213730E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.741510E+02 -7.213730E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 1.171960E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), AAR ch EHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, AAR ch EHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, AAR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 9.596040E+07 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # +------------------| Station AAR | Channel EHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: EHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 39.275936 B052F11 Longitude: -121.026962 B052F12 Elevation: 911.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 100 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1987,121,00:00:00 B052F23 End date: 2006,004,19:19:00 B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAR ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAR ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.93125E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 1.169760E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), AAR ch EHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, AAR ch EHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, AAR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 9.578000E+07 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # +------------------| Station AAR | Channel SHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: SHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 39.275936 B052F11 Longitude: -121.026962 B052F12 Elevation: 911.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 20 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1994,332,00:00:00 B052F23 End date: 2006,004,19:19:00 B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAR ch SHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAR ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAR ch SHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.93125E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAR ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 1.169760E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), AAR ch SHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, AAR ch SHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, AAR ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, AAR ch SHZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, AAR ch SHZ | + # + +--------------------------------+ + # B041F05 Symmetry type: A B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 124 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 B041F09 62 1.769963E-01 B041F09 63 1.586232E-01 B041F09 64 1.253424E-01 B041F09 65 8.329968E-02 B041F09 66 3.994575E-02 B041F09 67 2.409993E-03 B041F09 68 -2.398060E-02 B041F09 69 -3.668984E-02 B041F09 70 -3.626641E-02 B041F09 71 -2.589592E-02 B041F09 72 -1.038394E-02 B041F09 73 5.142534E-03 B041F09 74 1.648300E-02 B041F09 75 2.124046E-02 B041F09 76 1.915704E-02 B041F09 77 1.186561E-02 B041F09 78 2.189014E-03 B041F09 79 -6.786474E-03 B041F09 80 -1.259078E-02 B041F09 81 -1.397583E-02 B041F09 82 -1.110751E-02 B041F09 83 -5.348044E-03 B041F09 84 1.278443E-03 B041F09 85 6.741118E-03 B041F09 86 9.585443E-03 B041F09 87 9.286427E-03 B041F09 88 6.294641E-03 B041F09 89 1.794373E-03 B041F09 90 -2.723255E-03 B041F09 91 -5.929826E-03 B041F09 92 -7.030867E-03 B041F09 93 -5.939846E-03 B041F09 94 -3.225117E-03 B041F09 95 1.346907E-04 B041F09 96 3.074781E-03 B041F09 97 4.772624E-03 B041F09 98 4.876771E-03 B041F09 99 3.532473E-03 B041F09 100 1.307105E-03 B041F09 101 -1.043529E-03 B041F09 102 -2.809591E-03 B041F09 103 -3.540493E-03 B041F09 104 -3.143254E-03 B041F09 105 -1.872861E-03 B041F09 106 -2.101648E-04 B041F09 107 1.304442E-03 B041F09 108 2.244362E-03 B041F09 109 2.404949E-03 B041F09 110 1.840740E-03 B041F09 111 8.132654E-04 B041F09 112 -3.119172E-04 B041F09 113 -1.189923E-03 B041F09 114 -1.593707E-03 B041F09 115 -1.469067E-03 B041F09 116 -9.227601E-04 B041F09 117 -1.696995E-04 B041F09 118 5.525417E-04 B041F09 119 1.061324E-03 B041F09 120 1.293916E-03 B041F09 121 1.348978E-03 B041F09 122 1.552256E-03 B041F09 123 -8.549471E-04 # # # + +------------------------------+ + # + | Decimation, AAR ch SHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, AAR ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, AAR ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 9.578000E+07 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # +-----------------------------------------------------------------------------+ # | Station header | Station AAS | SEED tape | # +-----------------------------------------------------------------------------+ # B050F03 Station code: AAS B050F04 Latitude: 38.430138 B050F05 Longitude: -121.109589 B050F06 Elevation: 31.000000 B050F09 Name: Arroyo Seco B050F10 Owner Code Lookup: 104 NC B050F11 32-bit word order: 3210 B050F12 16-bit word order: 10 B050F13 Starting date: 1984,332,18:45:00 B050F14 Ending date: (null) B050F15 Update flag: N B050F16 Network Code: NC # # + +---------------------------------------+ + # +------------------| Station AAS | Channel EHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: EHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 38.430138 B052F11 Longitude: -121.109589 B052F12 Elevation: 31.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 100 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1984,332,18:45:00 B052F23 End date: 1987,121,00:00:00 B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAS ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAS ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAS ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 9.77784E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -7.213730E+01 1.741510E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -7.213730E+01 -1.741510E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.741510E+02 7.213730E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.741510E+02 -7.213730E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAS ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 2.343920E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), AAS ch EHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, AAS ch EHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAS ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, AAS ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 1.919200E+08 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # +------------------| Station AAS | Channel EHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: EHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 38.430138 B052F11 Longitude: -121.109589 B052F12 Elevation: 31.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 100 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1987,121,00:00:00 B052F23 End date: (null) B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAS ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAS ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAS ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.93125E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAS ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 2.339510E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), AAS ch EHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, AAS ch EHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAS ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, AAS ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 1.915590E+08 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # +------------------| Station AAS | Channel SHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: SHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 38.430138 B052F11 Longitude: -121.109589 B052F12 Elevation: 31.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 20 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1994,332,00:00:00 B052F23 End date: 2006,024,18:00:00 B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAS ch SHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAS ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), AAS ch SHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.93125E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, AAS ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 2.339510E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), AAS ch SHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, AAS ch SHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, AAS ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, AAS ch SHZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, AAS ch SHZ | + # + +--------------------------------+ + # B041F05 Symmetry type: A B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 124 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 B041F09 62 1.769963E-01 B041F09 63 1.586232E-01 B041F09 64 1.253424E-01 B041F09 65 8.329968E-02 B041F09 66 3.994575E-02 B041F09 67 2.409993E-03 B041F09 68 -2.398060E-02 B041F09 69 -3.668984E-02 B041F09 70 -3.626641E-02 B041F09 71 -2.589592E-02 B041F09 72 -1.038394E-02 B041F09 73 5.142534E-03 B041F09 74 1.648300E-02 B041F09 75 2.124046E-02 B041F09 76 1.915704E-02 B041F09 77 1.186561E-02 B041F09 78 2.189014E-03 B041F09 79 -6.786474E-03 B041F09 80 -1.259078E-02 B041F09 81 -1.397583E-02 B041F09 82 -1.110751E-02 B041F09 83 -5.348044E-03 B041F09 84 1.278443E-03 B041F09 85 6.741118E-03 B041F09 86 9.585443E-03 B041F09 87 9.286427E-03 B041F09 88 6.294641E-03 B041F09 89 1.794373E-03 B041F09 90 -2.723255E-03 B041F09 91 -5.929826E-03 B041F09 92 -7.030867E-03 B041F09 93 -5.939846E-03 B041F09 94 -3.225117E-03 B041F09 95 1.346907E-04 B041F09 96 3.074781E-03 B041F09 97 4.772624E-03 B041F09 98 4.876771E-03 B041F09 99 3.532473E-03 B041F09 100 1.307105E-03 B041F09 101 -1.043529E-03 B041F09 102 -2.809591E-03 B041F09 103 -3.540493E-03 B041F09 104 -3.143254E-03 B041F09 105 -1.872861E-03 B041F09 106 -2.101648E-04 B041F09 107 1.304442E-03 B041F09 108 2.244362E-03 B041F09 109 2.404949E-03 B041F09 110 1.840740E-03 B041F09 111 8.132654E-04 B041F09 112 -3.119172E-04 B041F09 113 -1.189923E-03 B041F09 114 -1.593707E-03 B041F09 115 -1.469067E-03 B041F09 116 -9.227601E-04 B041F09 117 -1.696995E-04 B041F09 118 5.525417E-04 B041F09 119 1.061324E-03 B041F09 120 1.293916E-03 B041F09 121 1.348978E-03 B041F09 122 1.552256E-03 B041F09 123 -8.549471E-04 # # # + +------------------------------+ + # + | Decimation, AAS ch SHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, AAS ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, AAS ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 1.915590E+08 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # +-----------------------------------------------------------------------------+ # | Station header | Station ABJ | SEED tape | # +-----------------------------------------------------------------------------+ # B050F03 Station code: ABJ B050F04 Latitude: 39.165771 B050F05 Longitude: -121.192993 B050F06 Elevation: 434.000000 B050F09 Name: Bob Jauregui Site B050F10 Owner Code Lookup: 104 NC B050F11 32-bit word order: 3210 B050F12 16-bit word order: 10 B050F13 Starting date: 1984,001,00:00:00 B050F14 Ending date: (null) B050F15 Update flag: N B050F16 Network Code: NC # # + +---------------------------------------+ + # +------------------| Station ABJ | Channel EHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: EHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 39.165771 B052F11 Longitude: -121.192993 B052F12 Elevation: 434.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 100 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1984,001,00:00:00 B052F23 End date: 1987,121,00:00:00 B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), ABJ ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), ABJ ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 9.77784E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -7.213730E+01 1.741510E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -7.213730E+01 -1.741510E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.741510E+02 7.213730E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.741510E+02 -7.213730E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: -2.343920E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), ABJ ch EHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, ABJ ch EHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: -1.919200E+08 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # +------------------| Station ABJ | Channel EHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: EHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 39.165771 B052F11 Longitude: -121.192993 B052F12 Elevation: 434.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 100 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1987,121,00:00:00 B052F23 End date: 1992,315,20:00:00 B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), ABJ ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), ABJ ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.93125E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: -2.339510E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), ABJ ch EHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, ABJ ch EHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: -1.915590E+08 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # +------------------| Station ABJ | Channel EHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: EHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 39.165771 B052F11 Longitude: -121.192993 B052F12 Elevation: 434.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 100 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1992,315,20:00:00 B052F23 End date: (null) B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), ABJ ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), ABJ ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.93125E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 2.339510E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), ABJ ch EHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, ABJ ch EHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, ABJ ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 1.915590E+08 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # +------------------| Station ABJ | Channel SHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: SHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 39.165771 B052F11 Longitude: -121.192993 B052F12 Elevation: 434.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 20 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1994,332,00:00:00 B052F23 End date: 2006,024,18:00:00 B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), ABJ ch SHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), ABJ ch SHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.93125E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -4.809150E+01 1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -4.809150E+01 -1.160970E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.161010E+02 4.808320E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.161010E+02 -4.808320E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 2.339510E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), ABJ ch SHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, ABJ ch SHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------------+ + # + | Response Reference Information, ABJ ch SHZ | + # + +--------------------------------------------------+ + # B060F03 Number of Stages: 1 B060F04 Stage number: 4 B060F05 Number of Responses: 1 # # + +--------------------------------+ + # + | FIR response, ABJ ch SHZ | + # + +--------------------------------+ + # B041F05 Symmetry type: A B041F06 Response in units lookup: COUNTS - Digital Counts B041F07 Response out units lookup: COUNTS - Digital Counts B041F08 Number of numerators: 124 # Numerator coefficients: # i, coefficient B041F09 0 -8.549471E-04 B041F09 1 1.552256E-03 B041F09 2 1.348978E-03 B041F09 3 1.293916E-03 B041F09 4 1.061324E-03 B041F09 5 5.525417E-04 B041F09 6 -1.696995E-04 B041F09 7 -9.227601E-04 B041F09 8 -1.469067E-03 B041F09 9 -1.593707E-03 B041F09 10 -1.189923E-03 B041F09 11 -3.119172E-04 B041F09 12 8.132654E-04 B041F09 13 1.840740E-03 B041F09 14 2.404949E-03 B041F09 15 2.244362E-03 B041F09 16 1.304442E-03 B041F09 17 -2.101648E-04 B041F09 18 -1.872861E-03 B041F09 19 -3.143254E-03 B041F09 20 -3.540493E-03 B041F09 21 -2.809591E-03 B041F09 22 -1.043529E-03 B041F09 23 1.307105E-03 B041F09 24 3.532473E-03 B041F09 25 4.876771E-03 B041F09 26 4.772624E-03 B041F09 27 3.074781E-03 B041F09 28 1.346907E-04 B041F09 29 -3.225117E-03 B041F09 30 -5.939846E-03 B041F09 31 -7.030867E-03 B041F09 32 -5.929826E-03 B041F09 33 -2.723255E-03 B041F09 34 1.794373E-03 B041F09 35 6.294641E-03 B041F09 36 9.286427E-03 B041F09 37 9.585443E-03 B041F09 38 6.741118E-03 B041F09 39 1.278443E-03 B041F09 40 -5.348044E-03 B041F09 41 -1.110751E-02 B041F09 42 -1.397583E-02 B041F09 43 -1.259078E-02 B041F09 44 -6.786474E-03 B041F09 45 2.189014E-03 B041F09 46 1.186561E-02 B041F09 47 1.915704E-02 B041F09 48 2.124046E-02 B041F09 49 1.648300E-02 B041F09 50 5.142534E-03 B041F09 51 -1.038394E-02 B041F09 52 -2.589592E-02 B041F09 53 -3.626641E-02 B041F09 54 -3.668984E-02 B041F09 55 -2.398060E-02 B041F09 56 2.409993E-03 B041F09 57 3.994575E-02 B041F09 58 8.329968E-02 B041F09 59 1.253424E-01 B041F09 60 1.586232E-01 B041F09 61 1.769963E-01 B041F09 62 1.769963E-01 B041F09 63 1.586232E-01 B041F09 64 1.253424E-01 B041F09 65 8.329968E-02 B041F09 66 3.994575E-02 B041F09 67 2.409993E-03 B041F09 68 -2.398060E-02 B041F09 69 -3.668984E-02 B041F09 70 -3.626641E-02 B041F09 71 -2.589592E-02 B041F09 72 -1.038394E-02 B041F09 73 5.142534E-03 B041F09 74 1.648300E-02 B041F09 75 2.124046E-02 B041F09 76 1.915704E-02 B041F09 77 1.186561E-02 B041F09 78 2.189014E-03 B041F09 79 -6.786474E-03 B041F09 80 -1.259078E-02 B041F09 81 -1.397583E-02 B041F09 82 -1.110751E-02 B041F09 83 -5.348044E-03 B041F09 84 1.278443E-03 B041F09 85 6.741118E-03 B041F09 86 9.585443E-03 B041F09 87 9.286427E-03 B041F09 88 6.294641E-03 B041F09 89 1.794373E-03 B041F09 90 -2.723255E-03 B041F09 91 -5.929826E-03 B041F09 92 -7.030867E-03 B041F09 93 -5.939846E-03 B041F09 94 -3.225117E-03 B041F09 95 1.346907E-04 B041F09 96 3.074781E-03 B041F09 97 4.772624E-03 B041F09 98 4.876771E-03 B041F09 99 3.532473E-03 B041F09 100 1.307105E-03 B041F09 101 -1.043529E-03 B041F09 102 -2.809591E-03 B041F09 103 -3.540493E-03 B041F09 104 -3.143254E-03 B041F09 105 -1.872861E-03 B041F09 106 -2.101648E-04 B041F09 107 1.304442E-03 B041F09 108 2.244362E-03 B041F09 109 2.404949E-03 B041F09 110 1.840740E-03 B041F09 111 8.132654E-04 B041F09 112 -3.119172E-04 B041F09 113 -1.189923E-03 B041F09 114 -1.593707E-03 B041F09 115 -1.469067E-03 B041F09 116 -9.227601E-04 B041F09 117 -1.696995E-04 B041F09 118 5.525417E-04 B041F09 119 1.061324E-03 B041F09 120 1.293916E-03 B041F09 121 1.348978E-03 B041F09 122 1.552256E-03 B041F09 123 -8.549471E-04 # # # + +------------------------------+ + # + | Decimation, ABJ ch SHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 4 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 5 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 6.150000E-01 B057F08 Correction applied (seconds): 6.150000E-01 # # + +---------------------------------------+ + # + | Channel Gain, ABJ ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 4 B058F04 Gain: 1.000000E+00 B058F05 Frequency of gain: 0.000000E+00 HZ B058F06 Number of calibrations: 0 # # + +---------------------------------------+ + # + | Channel Sensitivity, ABJ ch SHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 0 B058F04 Sensitivity: 1.915590E+08 B058F05 Frequency of sensitivity: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # +-----------------------------------------------------------------------------+ # | Station header | Station ABR | SEED tape | # +-----------------------------------------------------------------------------+ # B050F03 Station code: ABR B050F04 Latitude: 39.138126 B050F05 Longitude: -121.488167 B050F06 Elevation: -1.000000 B050F09 Name: Brophy Road Site B050F10 Owner Code Lookup: 104 NC B050F11 32-bit word order: 3210 B050F12 16-bit word order: 10 B050F13 Starting date: 1984,001,00:00:00 B050F14 Ending date: 1997,216,21:02:00 B050F15 Update flag: N B050F16 Network Code: NC # # + +---------------------------------------+ + # +------------------| Station ABR | Channel EHZ |------------------+ # + +---------------------------------------+ + # B052F04 Channel: EHZ B052F03 Location: B052F05 Subchannel: 0 B052F06 Instrument lookup: 113 L4 B052F07 Comment: (null) B052F08 Signal units lookup: 1 M/S - Velocity in Meters Per Second B052F09 Calibration units lookup: 12 A - Amperes B052F10 Latitude: 39.138126 B052F11 Longitude: -121.488167 B052F12 Elevation: -1.000000 B052F13 Local depth: 0.000000 B052F14 Azimuth: 0.000000 B052F15 Dip: -90.000000 B052F16 Format lookup: 7 Format Information Follows B030F03 Format Name: Steim-2 Integer Compression Format B030F05 Data family: 50 B030F06 Number of Keys: 14 B030F07 Key 1: F1 P4 W4 D C2 R1 P8 W4 D C2 B030F07 Key 2: P0 W4 N15 S2,0,1 B030F07 Key 3: T0 X W4 B030F07 Key 4: T1 Y4 W1 D C2 B030F07 Key 5: T2 W4 I D2 B030F07 Key 6: K0 X D30 B030F07 Key 7: K1 N0 D30 C2 B030F07 Key 8: K2 Y2 D15 C2 B030F07 Key 9: K3 Y3 D10 C2 B030F07 Key 10: T3 W4 I D2 B030F07 Key 11: K0 Y5 D6 C2 B030F07 Key 12: K1 Y6 D5 C2 B030F07 Key 13: K2 X D2 Y7 D4 C2 B030F07 Key 14: K3 X D30 B052F17 Log2 of Data record length: 12 B052F18 Sample rate: 100 B052F19 Clock tolerance: 0.01 B052F21 Channel flags: CG B052F22 Start date: 1984,001,00:00:00 B052F23 End date: 1987,121,00:00:00 B052F24 Update flag: N # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), ABR ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 1 B053F05 Response in units lookup: M/S - Velocity in Meters Per Second B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 1.00285 B053F08 Normalization frequency: 10 B053F09 Number of zeroes: 2 B053F14 Number of poles: 2 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.026500E+00 3.769870E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.026500E+00 -3.769870E+00 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 1 B058F04 Gain: 1.000000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +--------------------------------------------+ + # + | Response (Poles & Zeros), ABR ch EHZ | + # + +--------------------------------------------+ + # B053F03 Transfer function type: A [Laplace Transform (Rad/sec)] B053F04 Stage sequence number: 2 B053F05 Response in units lookup: V - Volts B053F06 Response out units lookup: V - Volts B053F07 A0 normalization factor: 9.77784E+13 B053F08 Normalization frequency: 5 B053F09 Number of zeroes: 2 B053F14 Number of poles: 8 # Complex zeroes: # i real imag real_error imag_error B053F10-13 0 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 B053F10-13 1 0.000000E+00 0.000000E+00 0.000000E+00 0.000000E+00 # Complex poles: # i real imag real_error imag_error B053F15-18 0 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 1 -5.969000E-01 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 2 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 3 -2.764600E+02 0.000000E+00 0.000000E+00 0.000000E+00 B053F15-18 4 -7.213730E+01 1.741510E+02 0.000000E+00 0.000000E+00 B053F15-18 5 -7.213730E+01 -1.741510E+02 0.000000E+00 0.000000E+00 B053F15-18 6 -1.741510E+02 7.213730E+01 0.000000E+00 0.000000E+00 B053F15-18 7 -1.741510E+02 -7.213730E+01 0.000000E+00 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 2 B058F04 Gain: 1.171960E+03 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 # # + +-------------------------------------------+ + # + | Response (Coefficients), ABR ch EHZ | + # + +-------------------------------------------+ + # B054F03 Transfer function type: D B054F04 Stage sequence number: 3 B054F05 Response in units lookup: V - Volts B054F06 Response out units lookup: COUNTS - Digital Counts B054F07 Number of numerators: 0 B054F10 Number of denominators: 0 # # + +------------------------------+ + # + | Decimation, ABR ch EHZ | + # + +------------------------------+ + # B057F03 Stage sequence number: 3 B057F04 Input sample rate: 1.000000E+02 B057F05 Decimation factor: 1 B057F06 Decimation offset: 0 B057F07 Estimated delay (seconds): 0.000000E+00 B057F08 Correction applied (seconds): 0.000000E+00 # # + +---------------------------------------+ + # + | Channel Gain, ABR ch EHZ | + # + +---------------------------------------+ + # B058F03 Stage sequence number: 3 B058F04 Gain: 8.188000E+02 B058F05 Frequency of gain: 1.000000E+01 HZ B058F06 Number of calibrations: 0 #