#!/bin/sh # This shell script was designed to convert the COCORP Recording Parameters # into table (HTML 3.0) for the WWW 5/5/95. SCG #First take out all the New Lines in the file read line echo $line > tf read line echo $line >> tf echo "" >> tf echo "" >> tf read line read line read dum area dum read dum line dum echo "" >> tf read dum dum start dum echo "" >> tf read dum dum sname1 sname2 dum read dum dum coverage dum read dum dum name1 name2 echo "" >> tf echo "" >> tf read dum dum rs dum echo "" >> tf read dum dum duration dum read dum pp dum echo "" >> tf echo "" >> tf echo "" >> tf read dum dum dum dum dum ns dum echo "" >> tf echo "" >> tf echo "" >> tf echo "" >> tf echo "" >> tf echo "" >> tf echo "" >> tf echo "" >> tf read dum dum dum dum novib dum echo "" >> tf read dum dum dum dum dum dum dum dum firvib dum echo "" >> tf read dum dum dum dum novib dum echo "" >> tf read dum dum dum dum dum dum dum dum vsrf dum echo "" >> tf echo "


COCORP "$area $line"

Start Date "$start"" >> tf read dum dum end dum echo "End Date "$end"" >> tf read dum dum dum sd dum echo "Date of Startup "$sd"" >> tf read dum cont dum echo "
Contractor $cont" >> tf read dum dum num dum echo "Crew Number $num
" >> tf echo "COCORP Honcho $name1 $name2 " >> tf echo "Startup Supervisor $sname1 $sname2 " >> tf echo "Surface Coverage $coverage


PARAMETERS

Recording System $rs" >> tf read dum dum fold dum read dum dum dum channels dum echo "No. of Channels " $channels "" >> tf read dum dum sr dum read dum dum dum ggs dum echo "Geophone Group Spacing $ggs " >> tf read dum dum aaf dum read dum dum ss dum echo "Source Spacing $ss " >> tf read dum dum dum sfreq dum read dum dum dum efreq dum read dum dum dum offset dum echo "Source/Nearest Receiver Offset $offset
Push/Pull $pp " >> tf read dum dum dum time dum read dum dum dum os dum echo "Offend of Split $os " >> tf read dum dum dum crt dum read dum dum nr dum echo "Noise Reject $nr " >> tf read dum dum dum ud dum read dum dum vpower dum echo "Vibrator Power $vpower " >> tf echo "Stacking Fold $fold
Sampling Interval $sr " >> tf echo "Antialias Filter $aaf " >> tf echo "Sweep Freq. Start $sfreq " >> tf echo "Sweep Freq. End $efreq " >> tf echo "Sweep Duration $duration
Total Record Time $time " >> tf echo "Correlated Record Length $crt " >> tf echo "Upsweep or Downsweep $ud Number of Sweeps per VP $ns " >> tf read dum dum geotype dum read dum dum dum dum geohz dum read dum dum dum dum dum geostat dum read dum dum dum dum geospace dum read dum dum weightsch dum read dum dum dum dum geoarrlen dum read dum dum vibtype dum read dum dum notch dum 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 "Weighting Scheme $weightsch Total Geophone Array Length $geoarrlen


Source Array

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