#filename = 'FiberHarp.dat' generated by analyze_harp from harp_plane_hit.dat and by analyze_fibers_harp from fiber_hits.dat
#time_bin = 10.e-9
do for [harp=1:4] {
set terminal pdf enhanced fontscale 0.5 size 6.0in, 4.0in
harp_num=sprintf("%i",harp)
tbin=sprintf("%i",time_bin*1.e9)
output_file = 'FiberHarp'.harp_num.'-'.tbin.'-hits.pdf'
set out output_file
print 'Harp '.harp_num
#set label 'Harp '.harp_num at graph 0.1, 1.04
title = 'harp '.harp_num
set multiplot #title  noenhance
num_fft_bins = 16384
set label 'plotting_scripts/harp_plot.gnu' at graph 1.02,0.02 rotate left font 'Verdana,6' noenhance
set size 0.5,0.5
set origin 0.,0.
set xlabel 'Time [micro-s]'
set ylabel 'dN/dt'
set xrange [0:100]
time_scale = time_bin/1.e-6
plot filename u ($2*time_scale):($1 == harp ? $5:1/0) w l t title.' FR'
unset label
set origin 0.5,0.
unset ylabel
set xlabel'frequency [MHz]'
set xrange [0.1:50]
plot filename u ($6):($1 == harp ? ($7**2+$8**2)**.5 :1/0) w l t title.' FR fft'
set origin 0., 0.5
set xrange [0.1:10]
plot filename u  6:($1 == harp ? ($7**2+$8**2)**.5 :1/0) w l t title.' FR fft'
set xrange [6.0:7.0]
set origin 0.5,0.5
plot filename u 6:($1 == harp ? ($7**2+$8**2)**.5 :1/0) w l t title.' FR fft'
unset multiplot
unset terminal
print 'write '.output_file
}