create latex plot

higgs-study/plot_tc.gnuplot

@@ -1,13 +1,19 @@
-set terminal x11
+set terminal epslatex standalone size 15cm,10cm header "\\usepackage{amsmath}"
+
+if (!exists("filename")) filename='higgs-study/data/tc/scan_MSSM_tc.dat'
+
+outputfilename=system("echo '".filename."' | sed 's/\\./_/g' ")
+outputtexfilename=outputfilename.".tex"
+
+set output outputtexfilename
 
 set title ""
 set xlabel '$t_c$'
+set xtics format "$%g$"
 # set xlabel '$\tan\beta$'
-set ylabel '$m_h^{\text{pole}}$'
+set ylabel '$m_h^{\text{pole}}$ / GeV'
 
-set key box bottom right
-
-if (!exists("filename")) filename='higgs-study/data/tc/scan_MSSM_tc.dat'
+set key box bottom right width 1
 
 # plot "<awk '{ if ($2 == 0    && $4 == 0) print $0 }' ".filename using 1:3 title '$t_c = 0$'   , \
 #      "<awk '{ if ($2 == 0.01 && $4 == 0) print $0 }' ".filename using 1:3 title '$t_c = 0.01$', \
@@ -22,3 +28,8 @@ plot "<awk '{ if ($1 == 5  && $4 == 0) print $0 }' ".filename using 2:3 title '$
      "<awk '{ if ($1 == 20 && $4 == 0) print $0 }' ".filename using 2:3 title '$\tan\beta = 20$', \
      "<awk '{ if ($1 == 25 && $4 == 0) print $0 }' ".filename using 2:3 title '$\tan\beta = 25$', \
      "<awk '{ if ($1 == 30 && $4 == 0) print $0 }' ".filename using 2:3 title '$\tan\beta = 30$'
+
+set output
+
+system "epstopdf ".outputfilename."-inc.eps"
+system "pdflatex ".outputtexfilename