startup2

#! /usr/bin/tcsh

# Script to startup everything for normal operation
# Single radio, dual VFO

# The SO2V bridge controls the rig, and a copy of fldigi and a copy of wsjt
# talk through it.  Fldigi is listening to the radio & wsjtx is listening to
# the SDR

# Still need to test TX but it also looks like WSJT can listen to rig at
# same time by using pavucontrol to select input.  Perhaps we can eventaully
# run 3 copies of WSJT monitoring three bands on the SDR

set RIG="DIRECT"
set FS=48
set FOLLOW="-bfo 1000 -follow_band"
#set FOLLOW="-follow_band"
#set FOLLOW=""
set LOOPBACK="-loopback -no_hamlib"
set PY_SDR = "~/Python/pySDR/pySDR.py"
set FLDIGI="~/fldigi-4.0.18/src/fldigi"

# Kill stale stuff
pkill bridge.py
pkill pySDR.py
pkill bandmap
pkill rigctld

# Start the bridge
#pavucontrol &
cd ~/Python/bridge
set OPTS='-wsjt'
#bridge.py $OPTS &
bridge.py $OPTS >& /tmp/BRIDGE &
sleep 2
#exit

# Start SDR
cd ~/Python/pySDR
$PY_SDR -mode USB -fsout $FS -af_bw 10 -vid_bw 45 -ant B -pan -pan_bw 10 $LOOPBACK -rig HAMLIB $FOLLOW -no_rigctl -port 4732 &
sleep 1

#exit

# Start FLDIGI & WSJT & FLLOG
#~/fllog-1.2.5/src/fllog >& /tmp/FLLOG &
sleep 1
$FLDIGI --config-dir ~/.fldigi5 --xmlrpc-server-port 7363 >& /tmp/FLDIGI5 &
sleep 1
wsjtx -r VFOB >& /tmp/WSJTX &

exit

# This seems too slow things up too much
sleep 2
pushd ../bandmap 
bandmap.py  -rig HAMLIB -port 4633 >& /tmp/BANDMAP &
popd