PANADAPTOR

#! /bin/tcsh

# Startup pySDR as a pan adaptor for CW or RTTY
# Need to click on Start AF PSD to get Pan Adaptor running
# Need to disable peak picking
# Need to click on FOLLOW FLDIGI freq for this to work for RTTY

set PY_SDR = "~/Python/pySDR/pySDR.py"

# 96K only seems to work if we are running pavucontrol

set FS=48
#set FS=96
#set FS=192

set LOOPBACK="-loopback"
#set LOOPBACK=""

set FT8="-ft8"
set FT8=""

set RIG='-rig HAMLIB'
#set RIG=''

start_loopback

pkill pySDR
#pkill bandmap

# For 48k
#$PY_SDR -mode IQ -fs 2 -IF 0 -foffset -500 -fsout $FS -af_bw 45 -vid_bw 45 -ant B -pan_bw 40 &
$PY_SDR -mode IQ -fsout $FS -af_bw 45 -vid_bw 45 -ant B -pan -pan_bw 10 $LOOPBACK $FT8 $RIG &

# For 96k
#$PY_SDR -mode IQ -fs 2 -IF 0 -foffset -500 -fsout $FS -af_bw 50 -vid_bw 50 -ant B -pan_bw 50 &

# For 192k
#$PY_SDR -mode IQ -fs 2 -IF 0 -foffset -500 -fsout $FS -af_bw 150 -vid_bw 150 -ant B -pan_bw 50 &

exit





# Start FT8 monitor on same band as well
set CLOCK=~/Python/wsmap/wclock.py
$CLOCK &

sleep 1
wsjtx -r SDR2 &
#exit
set BANDMAP=~/Python/bandmap/bandmap.py
sleep 1
$BANDMAP -rig NONE -server WSJT4 -dx &

exit

sleep 5

# Start keyer also
cd ~/Python/pyKeyer
set KEYER = "~/Python/pyKeyer/pyKeyer.py"
$KEYER -wpm 25 -naqp &