SECOND Example - a9999b.sls spectral line set-up file.

# L-narrow velocity search
# Spectral Line Setup file: a9999b.sls generated by AO-Control
# N.B. this file can also be used as a standalone script
#
# This file is used to do a velocity search with  the L-narrow
# receiver.  Summary:  BW=25 MHz, 9-level sampling,  4 sbcs/polarization,
# 1024 lags/sbc/polarization, 6 sec records, L-narrow receiver frequency
# coverage of 1370.0 to 1425.0 MHz (-950 to +11,000 km/s coverage
# with a resolution of 5.2 km/s).

#This file is available at http://www.naic.edu/~koneil/files/a9999b.sls

#BE SURE TO CHANGE a9999 -> YOUR PROJ NUMBER!

# Goto working directory, open log and catalog files
cd /share/obs4/usr/a9999
logOpen a9999.log
srcfile src.list

# Source the standard procedure which is invoked as 'dosrc'
source /share/obs4/usr/a9999/onoff.tcl

# Set correlator board and mean RF center frequencies
set sbfr1 1382.5
set sbfr2 1387.5
set sbfr3 1407.5
set sbfr4 1412.5
set rfcfr 1397.5

# Setup Doppler corrections
dopsetfrq $rfcfr $sbfr1 $sbfr2 $sbfr3 $sbfr4
dopsetvel 0 hel
dopsetrfonly
dopsetdoit

# Set cal
setcal hcal

# Assert VLBI tone cal off
acvlbical off

# Adjust IF power levels
adjpwrif1
adjpwrif2 -e 3

# Correlator setup parameters
calport 1
corcal 0
set estart 1
set dumplength 50000000
set lagsam "9 9 9 9"
set lags "1024 1024 1024 1024"
set icyc 6
set bandwd "2 2 2 2"
set corbrds "6 7 8 9"
mcp setup corProg@cor "
cor_lagc $lagsam
cor_dblnyquist f
cor_bwnum $bandwd
cor_lagspersbc $lags
cor_extstart $estart
cor_adjpwr FALSE
cor_dmplen $dumplength
cor_chiptestmode FALSE
cor_dmpsperinteg $icyc
cor_dataformat 3 3 3 3
cor_rdpowcntr TRUE
cor_relbitshift 0
cor_rdtotcnts FALSE
cor_enablanking FALSE
cor_brdlist $corbrds"
disc on
cor "cor_adjpwr false cor_rdp t"
# END of spectral line setup file: a9999b.sls

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