#!/bin/sh #This shell is designed to enter the Recording Parameters of a Seismic #Survey into a table (HTML 3.0) for the WWW 8/1/95. SCG echo "" > tf echo Enter the Area: read area echo Enter the Line: read line echo " COCORP "$area" "$line" Recording Parameters " >> tf echo "" >> tf echo "" >> tf echo "" >> tf echo Enter the Start Date of Operation: read start echo "" >> tf echo "" >> tf echo "" >> tf echo Enter the type of Recording System i.e. MDS10, DFS5... read rs echo "" >> tf echo Enter whether this line was primarly Pushed or Pulled read pp echo "" >> tf echo Enter the Sampling Interval read sr echo "" >> tf echo Enter the Total Record Time read time echo "" >> tf echo Enter the number of Sweep per VP read ns echo "" >> tf echo "" >> tf echo Enter the Geophone Type Model Number read geotype echo "" >> tf echo Enter the Natural Frequency of the Geophone read geohz echo "" >> tf echo Enter the number of Geophones per Station read geostat echo "" >> tf echo Enter the Total Geophone Array Length read geoarrlen echo "" >> tf echo "" >> tf echo Enter the Vibrator Type read vibtype echo "" >> tf echo Enter the Number of Vibrators Used for the Primary Array read novib echo "" >> tf echo Enter where the 1st Vibrator Starts relative to the flag for the Primary Array read firvib echo "" >> tf echo Enter the Number of Vibrators for the Backup Array read novib echo "" >> tf echo Enter the posistion of the 1st Vibrator relative to the flag of the Backup Array read vsrf echo "" >> tf echo "


COCORP "$area $line"

Start Date "$start"" >> tf echo Enter the End Date of Operation read end echo "End Date "$end"" >> tf echo Enter the Startup Date read sd echo "Date of Startup "$sd"" >> tf echo Enter the Name of the Contractor read cont echo "
Contractor $cont" >> tf echo Enter the Crew Number read num echo "Crew Number $num
" >> tf echo Enter the name of the COCORP Honcho for this line read name echo "COCORP Honcho $name " >> tf echo Enter the name of the Startup Supervisor for this line read sname echo "Startup Supervisor $sname " >> tf echo Enter the surface coverage of this line read coverage echo "Surface Coverage $coverage


PARAMETERS

Recording System $rs" >> tf echo Enter the number of channels read channels echo "No. of Channels " $channels "" >> tf echo Enter the Geophone Group Spacing read ggs echo "Geophone Group Spacing $ggs " >> tf echo Enter the Source Spacing read ss echo "Source Spacing $ss " >> tf echo Enter the Source/Nearest REceiver Offset read offset echo "Source/Nearest Receiver Offset $offset
Push/Pull $pp " >> tf echo Enter whether this line was primary Offend or a Split Spread read os echo "Offend of Split $os " >> tf echo Was there Noise Reject read nr echo "Noise Reject $nr " >> tf echo Enter the Vibrator Power Setting read vpower echo "Vibrator Power $vpower " >> tf echo Enter the Stacking Fold read fold echo "Stacking Fold $fold
Sampling Interval $sr " >> tf echo Enter the Frequency of the Antialias Filter read aaf echo "Antialias Filter $aaf " >> tf echo Enter the Start of the Sweep Frequency read sfreq echo "Sweep Freq. Start $sfreq " >> tf echo Enter the End of the Sweep Frequency read efreq echo "Sweep Freq. End $efreq " >> tf echo Enter the Sweep Duration read duration echo "Sweep Duration $duration
Total Record Time $time " >> tf echo Enter the Correlated Record Length read crt echo "Correlated Record Length $crt " >> tf echo Enter if this was an Upsweep or a Downsweep read ud echo "Upsweep or Downsweep $ud Number of Sweeps per VP $ns " >> tf echo Enter the Frequency of the Notch Filter read notch echo "Notch Filter $notch


Geophone Array

Geophone Type $geotypeNatural Frequency of Geophone $geohz Number of Geophones per Station $geostat " >> tf echo "
Spacing Between Geophone Elements $geospace" >> tf echo Enter the Weighting Scheme of the geophones ws echo "Weighting Scheme $ws Total Geophone Array Length $geoarrlen


Source Array

Vibrator Type $vibtype
Primary Array
No. of Vibrators$novib " >> tf echo Enter the Spacing Between Vibrators for the Primary Array read vspace echo "Spacing Between Vibrators $vspace m" >> tf echo Enter the distance of the Moveup Between Sweeps for the Primary Array read smbs echo "Source Moveup Between Sweeps $smbs m
1st Vibrator starts (relative to the flag) $firvib m" >> tf echo Enter the Source Array Length for the Primary Array read arraylength echo "Array Source Array Length $arraylength m
Backup Array
No. of Vibrators $novib " >> tf echo Enter the Spacing Between Vibrators for the Backup Array read vibspace echo "Spacing Between Vibrators $vibspace m" >> tf echo Enter the source moveup between sweeps for the Backup Array read smbs echo "Source Moveup Between Sweeps $smbs m
1st Vibrator starts (relative to the flag) $vsrf m" >> tf echo Enter the Source Array Length of the Backup Array read arraylength echo "Array Source Array Length $arraylength m
" >> tf