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There are several parameters which are common for several programs which are set in the file SEISAN.DEF. This file can be in your local directory or the DAT directory. The system will first look in the local directory, but normally the file is in the DAT directory. The file does not have to be there since there are defaults for all parameters, but the parameters might need to be set. It is also possible to include a file with settings by putting the '@' symbol in front of the additional file name to be read, e.g. '@additional.def', which can be useful for the extensive archive configuration.
The format of the file is as shown below:
This file is for defaults for SEISAN and called SEISAN.DEF. The name must be in upper case on Linux. The following shows the parameters which can be set. The file can contain any lines in any order, only the lines with recognized keywords and a non blank field under Par 1 will be read. The comments have no importance. *********NEVER USE TABS IN THIS FILE, IT WILL NOT WORK***************** KEYWORD............Comments.............Par 1.....Par 2 # # general SEISAN # NORDIC_FORMAT 0.0:old 1.0:both 2.0:new 0.0 SEISAN_LOGGING 1.0 CURSOR 0: default, 1: cross 0.0 #FONT -adobe-courier-bold-r-normal--24-240-75-75-m-150-iso8859-1 SEISAN AGENCY XXX # # waveform files location and other waveform stuf # WAVEFORM_BASE Waveform bases WAVEFORM_DIRS Waveform drectory /net/seismo/seismo/WOR/seisnet MERGE_WAVEFORM Code for merging wa NSN COPY_WAV_DIR Copy when register CONFIRMATION Confirm when delete # # seisan cont data base # CONT_BASE REA continuous base RUND CONT_BASE REA continuous base JMI CONT_BASE REA continuous base NSS CONT_BEFORE start min before 20. CONT_AFTER start min after 1. # # position in file name for continous files where year yyyy and month mm starts # CONT_YEAR_MONTH_POSTION_FILE # # archive # ARC_ARCHIVE2 test ./archive ARC_ARCHIVE2 test2 ./archive2 ------------------------------------------------------------------------------------------------------------------------ --------- explanation arc_chan2 S C N L Def Start Stop Archive Vnet1 Vnet2 Vnet3 Vnet4 Vnet5 Vnet6 ------------------------------------------------------------------------------------------------------------------------ ARC_CHAN2 SFJD LHZIU10 1.0 test _NA ARC_CHAN2 KBS LHZGE10 1.0 test _NA ARC_CHAN2 DAG LHZGE 1.0 test _NA ARC_CHAN2 TULEGLHZDK 1.0 test _NA ARC_CHAN2 BSD LHZDK 1.0 test _NA ARC_CHAN2 BORG LHZII10 1.0 20020101 20150202 test _NA # old definition #ARC_CHAN SFJD LHZIU10 #ARC_CHAN KBS LHZGE10 #ARC_CHAN DAG LHZGE #ARC_CHAN TULEGLHZDK #ARC_CHAN BSD LHZDK #ARC_CHAN BORG LHZII10 20020101 20150202 #ARC_ARCHIVE ./archive ARC_DURATION 10000.0 ARC_START_TIME 100.0 ARC_TYPE 1.0 ARC_BY_DEFAULT 0.0 # # load additional settings # @additional.def # # virtual networks NAME SCNL # several networks can be defined # ARC_VIRTUAL_NETWORK _DK BSD LHZDK ARC_VIRTUAL_NETWORK _NO KBS LHZGE10 # # # PREM velocity and density model, Q model not known, Q is average along path, # not Q in layer. Q might be distance dependent. Kappas are low values. # SPEC KAPPA p and kappa s 0.01 0.02 SPEC Q BELOW 1 HZ, P,S 1.0 1.0 # # depth vp vs Q0p Qal Q0s Qal dens SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 3.0 5.8 3.2 500. 0.7 400. 0.7 2.6 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 15.0 6.8 3.9 500. 0.7 400. 0.7 2.9 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 24.0 8.1 4.5 500. 0.7 400. 0.7 3.4 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 80.0 8.1 4.5 500. 0.7 400. 0.7 3.4 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 171. 8.0 4.4 500. 0.7 400. 0.7 3.4 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 220. 8.6 4.6 500. 0.7 400. 0.7 3.4 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 271. 8.7 4.7 500. 0.7 400. 0.7 3.5 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 371. 8.9 4.8 500. 0.7 400. 0.7 3.5 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 400. 9.1 4.9 500. 0.7 400. 0.7 3.7 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 471. 9.5 5.1 500. 0.7 400. 0.7 3.8 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 571. 10.0 5.4 500. 0.7 400. 0.7 3.9 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 600. 10.2 5.5 500. 0.7 400. 0.7 4.0 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 670. 10.3 5.6 500. 0.7 400. 0.7 4.0 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 771. 11.1 6.2 500. 0.7 400. 0.7 4.4 SPEC MODEL h,vp,vs,qp,qap,qs,qas,d 871. 11.2 6.3 500. 0.7 400. 0.7 4.5 # # for geometrical spreading # SPECTRAL GEO_DEPTHS 10.0 14.0 HERKIJ_DISTANCE 100.0 # # for FOCMEC # FOCMEC MAXSOL max solutions 125. # # for MAP, MAPG program and map option in EEV, also GMT # MAP_LAT_BORDER dist from center 3.0 MAP_LON_BORDER " 6.0 MAP_LAT_LON_DIV lat-long divisions 1.0 2.0 EPIMAP_STATIONS plot stations EPIMAP_MAP_FILE name of map WORLD EPIMAP_PROJECTION number 3. EPIMAP_LOCALITY_FILE \seismo\DAT\place_names.eev EPIMAP_PLOT_LOCALITY 0.0 GMT_GRIDFILE c:\a\gmt\newbathy.grd GMT_LOCALITY_FILE \seismo\DAT\place_names.eev # # EMAIL # MAILX COMMAND /usr/bin/mailx # # format of long mail 0: nordic, 2: nordic2 # ALERT_EMAIL_FORMAT 0 # # emails to send whole file # ALERT EMAIL [email protected] ALERT_EMAIL_NETDET # # emails and parameters for summary file # EMAIL_SUMMARY_NETDET EMAIL SUMMARY seismo2a.b.c EMAIL_SUMMARY_TITLE Seismological Institute EMAIL_SUMMARY_MAP 2.0 MAILX_COMMAND_MAP mpack -s "Earthquake report" -d summary.out -c image/jpeg map.jpg From:[email protected] EMAIL SYSTEM transfer_to_edu_server.sh # # EEV related, see also EPIMAP_LOCALITY_file # EEV_COMMENT Comment for EEV Depth has benn fixed to 10 km EEV_COMMENT Comment for EEV Depth has been fixed to 20 km REG_KEEP_AUTO Keep phases when reg 1. TEXT_PRINT Print command s-file nenscript -Psps AUTO_PROCESS Run prog. when reg. # # Parameters for plotting type P(icture) files in EEV # PLOT_PDF_COMMAND for linux evince #PLOT_PDF_COMMAND for windows start acrord32.exe PLOT_PICTURE_COMMAND for linux display #PLOT_PICTURE_COMMAND for windows \Programfiler\irfanview\i_view32 PLOT_PS_COMMAND for windows gswin32 #PLOT_PS_COMMAND for linux gs # # hypocenter # HIGH_ACCURACY Set high accuracy # # order to select magnitudes as given here from top (high priortiy) to bottom (low priority) # MAGNITUDE_ORDER WGCM MAGNITUDE_ORDER LBER MAGNITUDE_ORDER WBER # # parameters for gmap used within eev # GMAP_DIR c:/seismo/WOR GMAP_TYPE MAP [MAP, SATELLITE, HYBRID, TERRAIN] #GMAP_SIZE 2.0 2.0 GMAP_ICON_QUAKE http://maps.google.com/mapfiles/kml/pal2/icon26.png GMAP_ICON_EXPLOSION http://maps.google.com/mapfiles/kml/shapes/star.png GMAP_ICON_PROB_EXPL http://maps.google.com/mapfiles/kml/shapes/open-diamond.png GMAP_ICON_OTHER_EVENTS http://maps.google.com/mapfiles/kml/shapes/square.png GMAP_ICON_MSIZE 0.5 GMAP_ICON_XSIZE 0.2 GMAP_ICON_YSIZE 0.5 #GMAP_APPEND_KML <!-- lines to be appended to the gmap.kml file : --> GMAP_APPEND_KML <ScreenOverlay id="LOGO"> GMAP_APPEND_KML <name>Info and links</name> GMAP_APPEND_KML <description> <![CDATA[ GMAP_APPEND_KML Data is in Nordic format. The format is <br> GMAP_APPEND_KML described in the Seisan manual at UIB.<br> GMAP_APPEND_KML UIB: http://www.geo.uib.no/seismo/<br> ]]> GMAP_APPEND_KML </description> GMAP_APPEND_KML <Icon> GMAP_APPEND_KML <href>http://seis.geus.net/geus.png</href> GMAP_APPEND_KML </Icon> GMAP_APPEND_KML <overlayXY x="0" y="1" xunits="fraction" yunits="fraction"/> GMAP_APPEND_KML <screenXY x="-0.01" y="0.99" xunits="fraction" yunits="fraction"/> GMAP_APPEND_KML <rotationXY x="0" y="0" xunits="fraction" yunits="fraction"/> GMAP_APPEND_KML <size x="0.1" y="0.1" xunits="fraction" yunits="fraction"/> GMAP_APPEND_KML </ScreenOverlay> #GMAP_APPEND_KML <!-- end of appended lines --> # # parameters for automatic gmap # GMAP_AUTO 0: no, 1:yes 1.0 GMAP_AUTO_ICON_EVENT http://maps.google.com/mapfiles/kml/pal2/icon26.png GMAP_AUTO_ICON_COLOR ff0000ff GMAP_AUTO_ICON_MSIZE 0.5 GMAP_AUTO_ICON_XSIZE 0.2 GMAP_AUTO_ICON_YSIZE 0.5 GMAP_AUTO_LOOKAT_ALTITUDE 2000000.0 GMAP_AUTO_SHOW_STAT 0: no, 1:yes 1. GMAP_AUTO_ERROR_ELLIPSE 0: no, 1:yes 1. GMAP_AUTO_STAT_SIZE 1.1 GMAP_AUTO_STAT_URL http://maps.google.com/mapfiles/kml/shapes/triangle.png GMAP_AUTO_STAT_RESIDAL_GOOD 0.5 GMAP_AUTO_STAT_RESIDUAL_BAD 1.5 GMAP_AUTO_STAT_COLOR_GOOD ff00ff00 GMAP_AUTO_STAT_COLOR_OK ff00ffff GMAP_AUTO_STAT_COLOR_BAD ff0000ff GMAP_AUTO_SHOW_OLD_LOCATION 0:no,1:yes 1. GMAP_AUTO_OLD_LOCATION_COLOR ffff0000 GMAP_AUTO_SHOW_PATH 0: no, 1:yes 1. GMAP_AUTO_PATH_COLOR ff929292 GMAP_AUTO_PATH_WIDTH 2.5 GMAP_AUTO_FILE_ACTION 0: no, 1:yes 0. GMAP_AUTO_ACTION cp gmap.cur.kml /inetpub/www/html/seismo/nnsn # e.g. GMAP_AUTO_ACTION ncftpput -u seismo -p passwd ftp.server /home/seismo/www gmap.cur.kml # # # #EOF SEISAN.DEF
The parameters are:
NORDIC_FORMAT: 0: Only Nordic (old), 1: Read both Nordic and Nordic2 but writes only Nordic2, 2: Only Nordic2
ALERT EMAIL: Give email addresses (more than one are given by repeating the key word with one new address per line) to which email command in EEV will send.
ALERT_EMAIL_NETDET: mail address where whole file is sent from netdet.
ALERT_EMAIL_FORMAT: format of mail, defualt 0 is nordic, 2 is nordic2
EMAIL SUMMARY: Give email addresses (more than one are given by repeating the key word with one new address per line) to which emailisum command in EEV will send.
EMAIL_SUMMARY_NETDET: Mail address for summary file from netdet
EMAIL_SUMMAY_TITLE: Title to put into summary email.
EMAIL_SUMMARY_MAP: Optionally put a map in summary email: 0.0: no map, 1.0: epimap type, 2.0: GMT type.
MAILX_COMMAND_MAP: The mail command when sending a map, see EEV for an example.
EMAIL SYSTEM: System command to perform after using email command in EEV, if blank, no command is executed
AUTO_PROCESS: Set to 1. to run REG_AUTO_PROCESS.
CONFIRMATION: Level of confirmation required for example when deleting files, 0.=no confirmation and 1.=always confirm. (at the moment only used in eev)
CONT_BASE: Waveform database to be searched (there can be several). The base is selected as a default in base selection box in MULPLT if flag is 1.0. Example:
CONT_BASE selected by default ESK 1. CONT_BASE not sel by default EDI 0.
CONT_YEAR_MONTH_POSTION_FILE: File name of file in continuous data base: First parmeter is the start position in the file name of the 4 digit year and second paramter is the start position of the 2 digit month. This paramter is also used for normal waveform files referenced in the S-file.
ARC_ARCHIVE: Path to BUD or SeiscomP archive
ARC_ARCHIVE2: Name and path to BUD or SeiscomP archive
ARC_TYPE: Type of archive, 0: BUD, 1: SeisComP
ARC_START_TIME: Deafault time(sec) to start before origin time
ARC_DURATION: Duration of segment(sec)
ARC_BY_DEFAULT: 0: not used, 1: Plot whole archive even when no archive has been specified in S-file, 2: Same as 1 but only stations with readings
ARC_CHAN: BUD or SeiscomP data that MULPLT will plot, given by station code, channel name, network code and location id.Optionally, the archive channel specification lines can have a time interval of validity. This is to avoid unnecessary checking of archive files if the archive has channels from different time periods. The format is: yyyymmddhh for both start and end time, only as much info as needed has to be specified. If start time is blank, start time is very early, if end time is blank, no end time. The start end end times are written in columns 61-70 and 71-80 respectively.
CONT_BEFORE: Minutes to read into the memory before the required start time (must be at least the length of a waveform file)
CONT_AFTER: Minutes to read into the memory after the data that is plotted
CONT_YEAR_MONTH_POSTION_FILE: Position in cont file name where year yyyy and month mm starts, all files must have the same format.
COPY_WAV_DIR: Normally, waveform files are copied to WAV when registering an event. If this parameter is set, waveform files can be copied to the WAV data base specified. Max 5 characters.
CURSOR: Select cursor: 0. for pointer, 1 for cross and 2 for crosshair (Unix only, on PC only pointer is available)).
EEV_COMMENT: Comments entered can then be used with EEV command ic. There can be any number of comments, max length 40 chars.
EPIMAP_MAP_FILE: The map coordinates file to use with MAP option in EEV and the MAP program.
EPIMAP_PROJECTION: The projection number used by EPIMAP with MAP option in EEV and program MAP, see EPIMAP program for choices.
EPIMAP_STATIONS: One letter indicator for plotting stations, in first column. See EPIMAP program for codes. A is all. Used with Map option in EEV as well as MAP program.
EPIMAP_PLOT_LOCALITY: 0.0: do not plot locality, 1.0: plot locality
EPIMAP_LOCALITY_FILE: File name to geographical locations file to use, absolute path.
GMT_GRIDFILE: File location and name of GMT gridfile used by MSAPG.
GMT_LOCALITY_FILE: The place name file used by MAPG.
FOCMEC MAXSOL: Maximum number of solutions in FOCMEC grid search, default is 100, however, it may be required to allow for more solutions.
FONT: Select font available on X system. To check available fonts use command `xlsfonts' or `xfontsel' and `xfd -fn font' to display a font. (Unix only)
HIGH_ACCURACY: Setting it to 1.0 enables high accuracy operation. This parameter affects programs MULPLT, HYP and UPDATE
HYPO71_OFFSET: Apply offset in degree to station and epicenter locations, required for example when not all stations are either east or west of 0 longitude.
MAGNITUDE_ORDER: A list of magnitude type and agency (e.g., LBER for ML from agency BER) can be given to specify the order of magnitudes for selection. The order is given by listing different magnitudes from top to bottom, where the magnitude at the top has highest priority and the bottom one the lowest. It is possible to leave either magnitude or agency blank in which case the blank represents a wildcard. This parameter is currently used by the program norcsv only.
MAILX COMMAND: Full path to mailx command (Unix only), which is used by email command in EEV.
MAP_LAT_BORDER, MAP_LON_BORDER: These parameters are used with command MAPi, MAPG and in EEV, which plot a map centered on current epicenter. The two parameters give the distance in degrees from the epicenter that the map should be plotted. If both set to `0.' EEV will ask for the parameters. Parameter is the same as EPIMAP_LAT_BORDER and EPIMAP_LON_BORDER
EPIMAP_LAT_BORDER and EPIMAP_LON_BORDER: Same as MAP_.....
MAP_LAT_LON_DIV: Divisions for lat and long for EPIMAP when used in EEV. MERGE_WAVEFORM: The network code given to waveform files merged with MULPLT when running from EEV. See MULPLT and EEV. Also used in WAVETOOL and SEISEI. Max 5 characters.
SPECTRAL_GEO_DEPTHS and HERKIJ_DISTANCE. See MULPLT spectral section for explanation. Parameters used to calculate geometrical spreading.
SPEC KAPPA: P and S kappa values, respectively, used with spec model.
SPEC Q BELOW 1 HZ: P and S values (X) for how Q is a function of frequency below the paramter value X. The Q-function is as follows: if X=0.0 then Q=Q0*f**qalpha. If X larger than 0.0, then Q=Q0*(1+f/X)**qalpha whwere f is frequency. These parameters are only active if the spec model is used, the default is X=1.0. The default is thus no frequecy dependense below 1 Hz. See also MULPLT, MULPLT.DEF and AUTOMAG.
SPEC MODEL: Gives depth, p-velocity, s-velocity, qp0, qpalpha, qs0, qsalpha and density. One line per layer in incresing depths. Format after column 40 is 8f5.0
REG_AUTO_PROCESS: Name of program to run when registering event.
REG_KEEP_AUTO: If flag set to 1.0, keep automatic pics when registering event from EEV.
TEXT_PRINT: Printer command used to print an S-file from EEV.
WAVEFORM BASE: Name of waveform data base to be searched. Normally this is a 1-5 letter data base name. The name must be written as shown above under Par1. Not needed for the default data base. The data base must have standard WAV year-month structure. It is intended to be used if for some reason the user wants to store waveform files in an alterenve WAV structure instead of the the one corresponding to the S-file data base. If a waveform file is not found in the base corresponding to the S-file base, WAVEFORM_BASE's will be searched.
WAVEFORM_DIRS: The complete path to directories where the system should look for waveform files. Searched last.
OUTPUT_DIR: Output Directory for SEISAN commands results. Default “./”
SEISAN_LOGGING: Command to turn logging on or off (1. or 0.0). Default is on.
SEISAN AGENCY: Agency used by some programs, 3 letters. Currently used by AUTOMAG and MACROIN.
PLOT_PDF_COMMAND: Command to plot a PDF file. Command can be 40 characters.
PLOT_PICTURE_COMMAND: Command to plot a picture file like a png file. Could be display on Linux. Command can be 40 characters.
INTERNET_BROWSER: Location and place of browser
HELP_DIR: Directory of help files, usually INF
GMAP_DIR: The directory on your computer system where gmap.html is copied to when gmap is called in eev , see also section 10.5.
GMAP_TYPE: The type of background map used by Google Maps when gmap.html is opened in a browser options are :MAP, SATELLITE or HYBRID, TERRAIN.
GMAP_ICON_QUAKE: The gmap program used this parameter to defines the icon uses to illustrate an earthquake in Google Earth.
GMAP_ICON_EXPLOSION: The gmap program used this parameter to defines the icon uses to illustrate an explosion in Google Earth.
GMAP_ICON_PROB_EXPL: The gmap program used this parameter to defines the icon uses to illustrate a probable explosion in Google Earth.
GMAP_ICON_OTHER_EVENTS: The gmap program used this parameter to defines the icon uses to illustrate all other events in Google Earth.
GMAP_ICON_MSIZE: The gmap program will plot all events with a magnitude smaller than this with the size/scale of this value.
GMAP_ICON_XSIZE: The gmap program scale the epicenter icons with
the formula :
scale=GMAP_ICON_XSIZE * Magnitude ** GMAP_ICON_YSIZE
GMAP_ICON_YSIZE: See GMAP_ICON_XSIZE
GMAP_APPEND_KML: With this parameter you can append yor own Google Earth KML code the the output file of gmap. Note, there can only be 100 GMAP_APPEND_KML lines and the KML code must be given between character no. 41 and no. 120.
GMAP_AUTO: To enable of disable the automatic generation of kml files, use 0.0 to disable or 1.0 to enable
GMAP_AUTO_ICON_EVENT: Link to icon used to display epicenter of current event
GMAP_AUTO_ICON_COLOR: color of epicenter icon e.g. ff0000ff
GMAP_AUTO_ICON_MSIZE: The magnitude is set to this values, if it is smaller or missing, e.g. 0.5
GMAP_AUTO_ICON_XSIZE: The size of the epicenter icon is given by this formula:
size=GMAP_AUTO_ICON_XSIZE * Magnitude ** GMAP_AUTO_ICON_YSIZE
GMAP_AUTO_ICON_YSIZE: See GMAP_AUTO_ICON_XSIZE
GMAP_AUTO_LOOKAT_ALTITUDE: Altitude from where the epicenter is viewed, default is 2000000.0 meter.
GMAP_AUTO_SHOW_STAT: To show the used station, use 0.0 to disable or 1.0 to enable
GMAP_AUTO_ERROR_ELLIPSE: To show the error ellipse, use 0.0 to disable or 1.0 to enable
GMAP_AUTO_ELLIPSE_COLOR: Set color of ellipse line, default ff000000
GMAP_AUTO_ELLIPSE_WIDTH: Set width of ellipse line, default 2.0
GMAP_AUTO_STAT_SIZE: Size of used stations e.g. 1.1
GMAP_AUTO_STAT_RESIDAL_GOOD: Good travel time residuals are defined below this absolute value in seconds, e.g. 0.5
GMAP_AUTO_STAT_RESIDUAL_BAD: Bad travel time residuals are defined above this absolute value in seconds, e.g. 1.5
GMAP_AUTO_STAT_COLOR_GOOD: Color of good travel time residuals, e.g. ff00ff00
GMAP_AUTO_STAT_COLOR_OK: Color of travel time residuals between good and bad values, e.g. ff00ffff
GMAP_AUTO_STAT_COLOR_BAD: Color of bad travel time residuals, e.g. ff0000ff GMAP_AUTO_SHOW_OLD_LOCATION; To show the old epicenter og the current event, use 0.0 to disable or 1.0 to enable
GMAP_AUTO_OLD_LOCATION_COLOR: Color of old epicenter, e.g. ffff0000
GMAP_AUTO_SHOW_PATH: To show the raypath, use 0.0 to disable or 1.0 to enable
GMAP_AUTO_PATH_COLOR: Color of raypath, e.g. ff929292
GMAP_AUTO_PATH_WIDTH: Width of raypath, e.g. 2.5
GMAP_AUTO_FILE_ACTION: To make a system call at the end of each gmap automatic calls, use 0.0 to disable or 1.0 to enable
GMAP_AUTO_ACTION: System call to be executed, e.g. cp gmap.cur.kml /home/seismo/www or ncftpput -u seismo -p passwd ftp.server /home/seismo/www gmap.cur.kml