#! /bin/csh -f
#
# first part of this flow reads the data from Landmark, adds in horizon data
# to the header, windows the data, runs spectral decomposition and puts
# the tuning cube back into Landmark
#
lm3dvtosis -input v4full01.3dv -project 'sd_repro' \
           -startline 2500 -endline 3500 \
           -starttrace 1000 -endtrace 2500 |\
lm3dhrztosis -project 'sd_repro' -h1 'se296_v4_full_sf_zap_interp' |\
rest -FS -SWHorz01 -t 60.0 -D -F |\
editt -e 120 |\
utop -h0TmMsFS=0 |\
spec -e 120 -fmin 0.0 -fmax 70.0 -fint 1 -G -V \
     -S /export/home/ow41/.spec-amps-974 |\
sistolm3dv -project 'sd_repro' -output v4Spec01.3dv -integer 16 -replace
#
# this next part of the flow reads the tuning cube, removes the wavelet
# overprint and returns the upgraded tuning cube back to its original
# location in Landmark
#
lm3dvtosis -project 'sd_repro' -input v4Spec01.3dv \
           -startline 2500 -endline 3500 \
           -starttrace 1000 -endtrace 2500 |\
scspec -scale /export/home/ow41/.spec-amps-974 -max |\
sistolm3dv -project 'sd_repro' -output v4Spec01.3dv -integer 16 -update
#
# this next bit cleans up the spec wavelet overprint scaling file
#
rm -f /export/home/ow41/.spec-amps-974