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  • Overview - SeisGram2K - IRIS SeisCode
    files on a web server reading data in SAC binary and ascii GSE21 mini SEED SEED preliminary strong motion and other formats SAC BINARY SAC ALPHA SG2K ASCII FULL SEED MINI SEED MINI SEED BUD GSE21 WAV QCNLIVE CSV USGS SMC NIED KNET CDMG CSMIP PEPP TITAN FVGN DEPREM ASCII SEESLO DART interactive zooming scaling rotation and transformation of the seismograms time and amplitude picking time domain mean removal integration and differentiation frequency domain filtering and processing spectral display interactive spectrogram display interactive travel time display with trace overlay helicorder display multi component analysis tools Polarisation analysis vector operations animated 3D particle motion visualization command line access to processing functions multiple languages integrated help menus a school mode which displays a sub set of program options reading gzip compressed data files and little and big endian binary byte ordering sending picks to a remote process or URL cgi bin Java servlet frequency domain transfer function removal addition SeisGram2K can be launched directly from the SeisGram2KXX jar archive file SeedLink support and SeedLink Monitor mode see MEREDIAN Java SeedLink development Header information editor Source code http alomax net projects java Homepage http alomax net seisgram Category Data Processing Language Java Keywords

    Original URL path: https://seiscode.iris.washington.edu/projects/seisgram2k (2015-06-03)
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  • Overview - recfunk_ascii - IRIS SeisCode
    a collection of 3 component SAC format seismograms into ASCII tables of 2 component receiver functions radial and transverse Author s Jeffrey Park Vadim Levin Description Software in this distribution implements a multitaper spectral correlation algorithm for the computation of receiver functions from 3 component records of ground motion Details README Homepage http www iris edu pub programs sel unix RF software tar Category Data Processing Language other Keywords recfunk

    Original URL path: https://seiscode.iris.washington.edu/projects/recfunk-ascii (2015-06-03)
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  • Overview - rescode.f - IRIS SeisCode
    rescode f Summary Calculation of instrument responses at IRIS IDA stations Author s Guy Masters Jean Francois Fels Description This code package is designed to return instrument responses for all IRIS IDA installations There are 3 subroutines The first idasta returns station locations Instrument responses are computed by first calling pzfill to establish the appropriate information in common polzer and then resp evres w which returns the actual response Homepage

    Original URL path: https://seiscode.iris.washington.edu/projects/rescode-f (2015-06-03)
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  • Overview - SOD - IRIS SeisCode
    information SOD then retrieves the data that matches the criteria and applies any number of processing steps using processors included in SOD and ones you ve written yourself All of this works for historical data but as the name says you can specify a standing order with SOD If your criteria stretch off into the future SOD will run until that day gathering seismograms for earthquakes as they occur Homepage

    Original URL path: https://seiscode.iris.washington.edu/projects/sod (2015-06-03)
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  • Overview - dataselect - IRIS SeisCode
    Mini SEED data selection sorting and pruning Download source code from the Files section The Wiki contains documentation for use of this program Communityware No official IRIS support is expressed or implied bug reports gladly received Category Data Processing Language

    Original URL path: https://seiscode.iris.washington.edu/projects/dataselect (2015-06-03)
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  • Overview - Seismic Analysis Code (SAC) - IRIS SeisCode
    processing application Originally developed at Lawrence Livermore National Laboratory SAC is now maintained by the IRIS community and distributed from the IRIS DMC To request SAC visit http ds iris edu ds nodes dmc forms sac For online documentation visit http ds iris edu files sac manual For tutorials visit http ds iris edu files sac manual manual tutorial html To subscribe to the mailing lists please consult the following pages sac help a community driven list for asking questions and reporting issues An archive of questions and answers are maintained here all searchable through Google http www iris washington edu mailman listinfo sac help sac dev a mailing list geared more toward the developer and technical support community for SAC http www iris washington edu mailman listinfo sac dev References Goldstein P A Snoke 2005 SAC Availability for the IRIS Community Incorporated Institutions for Seismology Data Management Center Electronic Newsletter Goldstein P D Dodge M Firpo Lee Minner 2003 SAC2000 Signal processing and analysis tools for seismologists and engineers Invited contribution to The IASPEI International Handbook of Earthquake and Engineering Seismology Edited by WHK Lee H Kanamori P C Jennings and C Kisslinger Academic Press London Homepage http ds

    Original URL path: https://seiscode.iris.washington.edu/projects/sac (2015-06-03)
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  • Overview - msmod - IRIS SeisCode
    Repository Overview A small program to modify miniSEED header values To download the source code either download the tar from the Files tab or check it out using Subversion svn using the path indicated on the Repository tab Warning care must be exercised when modifying miniSEED data this program can easily ruin data if used improperly Communityware No official IRIS support is expressed or implied Category Data Processing Language C

    Original URL path: https://seiscode.iris.washington.edu/projects/msmod (2015-06-03)
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  • Overview - AIMBAT - IRIS SeisCode
    by VanDecar and Crosson 1990 The package is automated in the sense of initially aligning seismograms for MCCC which is achieved by an ICCS iterative cross correlation and stack algorithm Meanwhile a GUI graphical user interface is built to perform seismogram quality control interactively Therefore user processing time is reduced while valuable input from a user s expertise is retained As a byproduct SAC Goldstein et al 2003 plotting and

    Original URL path: https://seiscode.iris.washington.edu/projects/pysmo-aimbat (2015-06-03)
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