%SEISJOB PROJNAME:pegleg ! Name of project LINENUM:JOBS !* Enter line number/name PROCID:guym !* Processor identification JOBTITLE: ! title of job (for plots etc...) %COMMENT_S: !Optional Job Control System parameters %COMMENT: ! JCS_FILE: ! I Optional Job Control Lines file (*.jcs) !FILELIST=*.jcs !SDE=JOBCONTROL VARIABLES: ! List of JCS variables in this *.job file VAR_LINKS: ! List of links between variables and *.jcl file column headers JCS_TAIL:_ ! What to add on to master job name to make sub-jobs !OPTIONS={_;_;__} SEP_LOGS:Yes ! Answer yes to get different log files for each sub-job !YESNO SUBSFILE1: ! I 1st text file for which variable subsitutions are to be made SUBSFILE2: ! I 2nd additional text file to be substituted SUBSFILE3: ! I 3rd additional text file to be substituted SUBSFILE4: ! I 4th additional text file to be substituted %COMMENT_S:junk.txt !These fields aren't used by the seismic job, & are for your own documentation %COMMENT: ! INFO_FILE: ! I Name of file to keep tips and comments about this job !EDIT COMMENT1: ! First part of comment to help you remember what this job does COMMENT2: ! (continuation of COMMENT1) COMMENT3: ! (continuation of COMMENT1 & 2) COMMENT4: ! (continuation of COMMENT1 to 3) %SYNWAVE TRLENGTH:1500 ! Length of trace to be generated [ms] SAMPRATE:2 ! Sample rate to be used [ms] SHOT1:1 !* 1st ensemble to be released FOLD:50 !* No of traces/ensemble NSHOTS:1 !* Number of ensembles to be created PKEY:SHOTID !* t Primary key [SHOTID/CDP] !TRHEADER %COMMENT: ! WAVETYPE:Sine !* Wave type !OPTIONS={Sine;Square;Random;Tsinc;Ricker;Spike;Ramp;Blank;Val} PEAK_POS: ! List of peak positions for WAVETYPE=Tsinc/Ricker/Spike [ms] PEAK_AMP: ! List of peak amplitudes for WAVETYPE=Tsinc/Ricker/Spike BFREQ:35.0 ! Base frequency used for the first trace [Hz] IFREQ:1.0 ! Frequency increment between traces PHASE:0.0 ! Constant phase delay applied to all traces MAX_SHIFT:0.0 ! If>0, this is +/- limit of random static shifts P_WHITE:0.0 !* Percentage of white noise to be added %SMUTE SDEFILE:example.smu !*I File with data (*.smu) !FILELIST=*.smu !SDE=SMUTE ENDSURG:End !* [END/SURG] for end mute or surgical mute !OPTIONS={End;Surg} UNITS:Metres ! If file has SKEY=OFFSET, these are units !OPTIONS={Metres;Decimetres} RON: ! Length of the linear/cosine on-ramp [ms] ROFF: ! Length of the linear/cosine off-ramp [ms] %COMMENT: ! ADDTIME: ! t Trace header name with times to be added to times in SDEFILE!TRHEADER ADJUST:0.0 ! Constant time [ms] to add to all times in the input file TAPERTYPE:Cosine ! Taper type !OPTIONS={Cosine;Linear;Cos-squared} TAPERMODE:Start-of-taper ! Taper mode. Mute time is ... !OPTIONS={Start-of-taper;Centered;End-of-taper} %COMMENT: ! APPLY:No ! Answer No if you don't want the traces actually muted !YESNO TKEY_ON: ! t Trace header key to receive the on times !TRHEADER %LESS: ! TKEY_OFF:SPARE1 ! t Trace header key to receive the off times !TRHEADER %PSEUDOMATH INPUT1:Trace !* t Either "Trace" or the name of an existing pseudotrace !TRHEADER INPUT2: ! t Either "Trace" or the name of an existing pseudotrace !TRHEADER OUTPUT:COPY !* t Either "Trace" or the name of an existing or new pseudotrace !TRHEADER OPERATOR:Equals !* What operator to apply to INPUT1 and INPUT2 ! OPTIONS={Equals;Add;Subtract;Multiply;Divide;Merge} %COMMENT: !If using a Merge operator, you must also specify the following : %COMMENT: ! T2_ON: ! The on-time (if fixed) in ms for the INPUT2 segment in the output trace T2_OFF: ! The off-time (if fixed) in ms for the INPUT2 segment in the output trace TAPERLEN:50 ! The length (in ms) of the taper region where the two traces merge ADDTIME: ! t Trace header name with times to be added to TIMEON/TIMEOFF!TRHEADER %TREDIT SDEFILE:%all !*I File with list of traces to zero, or %ALL (*.tre) !FILELIST=*.tre !SDE=TREDIT MAXLINES: ! Max no of data lines in SDEFILE, or blank if the file exists, or %ALL %PSEUDOMATH INPUT1:Trace !* t Either "Trace" or the name of an existing pseudotrace !TRHEADER INPUT2: ! t Either "Trace" or the name of an existing pseudotrace !TRHEADER OUTPUT:BLANK !* t Either "Trace" or the name of an existing or new pseudotrace !TRHEADER OPERATOR:Equals !* What operator to apply to INPUT1 and INPUT2 ! OPTIONS={Equals;Add;Subtract;Multiply;Divide;Merge} %COMMENT: !If using a Merge operator, you must also specify the following : %COMMENT: ! T2_ON:0 ! The on-time (if fixed) in ms for the INPUT2 segment in the output trace T2_OFF:9999 ! The off-time (if fixed) in ms for the INPUT2 segment in the output trace TAPERLEN: ! The length (in ms) of the taper region where the two traces merge ADDTIME:spare1 ! t Trace header name with times to be added to TIMEON/TIMEOFF!TRHEADER %SETHEADER TRACE_HDRS:trtype=1 ! T List of trace header definitions (eg "TRTYPE=1 COORD_SCALE=2" !SEISHELP appendix_a REEL_HDRS: ! R List of reel binary header settings !SEISHELP appendix_a %PSEUDOMATH INPUT1:COPY !* t Either "Trace" or the name of an existing pseudotrace !TRHEADER INPUT2:BLANK ! t Either "Trace" or the name of an existing pseudotrace !TRHEADER OUTPUT:Trace !* t Either "Trace" or the name of an existing or new pseudotrace !TRHEADER OPERATOR:Merge !* What operator to apply to INPUT1 and INPUT2 ! OPTIONS={Equals;Add;Subtract;Multiply;Divide;Merge} %COMMENT: !If using a Merge operator, you must also specify the following : %COMMENT: ! T2_ON:0 ! The on-time (if fixed) in ms for the INPUT2 segment in the output trace T2_OFF:9999 ! The off-time (if fixed) in ms for the INPUT2 segment in the output trace TAPERLEN: ! The length (in ms) of the taper region where the two traces merge ADDTIME:spare1 ! t Trace header name with times to be added to TIMEON/TIMEOFF!TRHEADER %XVIEW FOLDMODE:Fixed ! What kind of data to plot (single-fold, fixed-fold, variable-fold)!OPTIONS={Single;Fixed;Variable} MAXFOLD:50 ! For multi-fold displays, the maximum number of traces per ensemble N_ENS:1 !* Number of enesmbles (eg shots or stacked CDPs) to display OVERLAP:0 ! Number of traces to overlap between panels DISPTYPE:ONTOP ! ontop or beside (how repeats are plotted) !OPTIONS={ONTOP;BESIDE} RASTERMODE: ! Leave blank for the optimal, or specify XImages or Pixmaps !OPTIONS={(default);XImages;Pixmaps} COLOURMAP: ! If you want interpolated colourmaps always, specify "Interpolated" !OPTIONS={(automatic);Discrete;Interpolated} PSEUDOTRACE:No ! Answer yes if you want pseudotraces plotted by default !YESNO MIX_SEISMIC:No ! Answer yes if you want seismic merged with pseudotrace displays !YESNO %COMMENT_S: !Initial settings for display - these can later be changed interactively %COMMENT: ! HSCALE:8 !* Number of traces/cm. Will match screen resolution if no decimal place entered VSCALE: ! Vertical scale (cm/sec) MODE:VAWG !* VD=variable density, VA=variable area, WG=wiggle !OPTIONS={VD;VAWG;VA;WG} COLOURS:0.0 0.0 17 32 ! [4 values] Amplitude values and colours they represent PALETTE: ! I Name of the colour palette file to use !COLOURS %COMMENT_S: ! HDR_LABELS: ! T Names of header values to be labelled, or blank for defaults !TRHEADERS HDR_FREQS: ! Plotting frequencies of HDR_LABELS PARAMETER: ! Parameter to plot for repeat panels (eg FDFILT DISCREAD) !PLOTPARAMS %MORE: ! %COMMENT: ! Variable-area or Wiggle-trace (VAWG) reference amplitude parameters %COMMENT: ! REFAMP:Average ! Reference VAWG amplitude calculation mode !OPTIONS={Maximum;Average;Fixed} REFNTRACES:40 ! Number of traces used in VAWG reference amplitude calculation REFWINDOW:3 ! [1:4] Uses REFWINDOWth highest amplitude to get scaling FIXED: ! Fixed VAWG reference amplitude, if REFAMP is set to Fixed GAIN:0.75 ! Scale factor to be applied to all traces before VAWG plotting CLIP:1.5 ! VAWG trace plot is clipped at this value (in trace-widths) %COMMENT_S: ! TIMEON:0 ! Start time of display [ms] TIMEOFF:999999 ! End time for display [ms] TIMELINE: ! Time line increment in ms DIRECTION:LTOR ! The direction of plotting ! OPTIONS={LTOR;RTOL} WHICH:Aux ! Which traces to gain, choose Live,Aux or All !OPTIONS={Live;Aux;All} REFRESH:50 ! How often (no. of traces) to update the trace display