# set terminal postscript eps enhanced color size 8.6cm, 6cm dl 3 font "Helvetica, 16pt"
# set terminal x11
# set terminal postscript eps enhanced color dl 3 font "Helvetica, 16pt"


# set terminal pdfcairo enhanced color dl 3 font "Helvetica, 22pt"
# set output 'spectra.pdf'


set style line 1 lc rgb '#A10000' lw 3 pt 7 ps 1 # red
set style line 2 lc rgb '#0061DE' lw 3 pt 6 ps 1 # blue
set style line 3 lc rgb '#004B4B' lw 3 pt 7 ps 1 # red

unset key
unset bars
set ytics nomirror # remove top and right axis tics
set xtics nomirror
set border 1+2 back # remove borders top and aright
set lmargin screen 0.15


# g(2) plots
# set yrange [0:5]
set xrange [-50:50]
set ytics 0, 5, 10
set yrange [0:10]
set xtics -50, 10, 50
set xlabel 'Detuning (MHz)'
set ylabel 'Coincidence rate (s^{-1})'


filter(x,min,max) = (x > min && x < max) ? x : 1/0

set style fill transparent solid 0.35 noborder
set style arrow 4 head filled size screen 0.03,15 ls 2
set arrow from 10, 5 to 0, 4 arrowstyle 4 lc rgb '#A10000'
set arrow from 20, 2.8 to 10, 1.8 arrowstyle 4 lc rgb '#0061DE'
set label 1 "compressed spectrum" at 11, 5 #font "<name>{,<size>}"
set label 2 "initial spectrum" at 21, 2.8 #font "<name>{,<size>}"


plot 'data/data_spectrum_initial_photon.csv' using (filter($1, -11, 11)):2 with filledcurves x1 ls 2, \
#'data/data_spectrum_compressed_photon.csv' using (filter($1, -5, 5)):2 with filledcurves x1 ls 1, \
#'data/data_spectrum_compressed_photon.csv' u 1:2:3 with yerror ls 1, \
'data/data_spectrum_initial_photon.csv' u 1:2:3 with yerror ls 2, \
#'data/theory_spectrum_compressed_photon.csv' u 1:2 with lines ls 1, \
'data/theory_spectrum_initial_photon.csv' u 1:2 with lines ls 2



set terminal postscript eps enhanced color dl 3 font "Helvetica, 22pt"
set output 'spectra_poster.eps'
replot

set terminal pdf enhanced color size 17.2cm, 10cm dl 3 font "Helvetica, 22pt"
set output 'output_poster.pdf'
replot