CDF.gpl

set key top left
set xtics out nomirror
set ytics out nomirror
set xlabel 'AUC <= x'
set ylabel 'probability'
set xrange [0:1]
set yrange [0:1]
set size square
# grey line to easily see who is the less random method
set arrow from 0.5,0.0 to 0.5,1.0 nohead lc rgb 'grey'
set term postscript eps enhanced color

set output '2.CDF.eps'
set title 'cons size 2'
plot 'oppo.002.CDF' w l lt 1 lc 2 t 'oppo' , \
     'opti.002.CDF' w l lt 1 lc 3 t 'opti' , \
     'real.002.CDF' w l lt 1 lc 5 t 'real' , \
     'sing.002.CDF' w l lt 1 lc 8 t 'sing'

set output '3.CDF.eps'
set title 'cons size 3'
plot 'oppo.003.CDF' w l lt 1 lc 2 t 'oppo' , \
     'opti.003.CDF' w l lt 1 lc 3 t 'opti' , \
     'real.003.CDF' w l lt 1 lc 5 t 'real' , \
     'sing.003.CDF' w l lt 1 lc 8 t 'sing'

set output '5.CDF.eps'
set title 'cons size 5'
plot 'oppo.005.CDF' w l lt 1 lc 2 t 'oppo' , \
     'opti.005.CDF' w l lt 1 lc 3 t 'opti' , \
     'real.005.CDF' w l lt 1 lc 5 t 'real' , \
     'sing.005.CDF' w l lt 1 lc 8 t 'sing'

set output '10.CDF.eps'
set title 'cons size 10'
plot 'oppo.010.CDF' w l lt 1 lc 2 t 'oppo' , \
     'opti.010.CDF' w l lt 1 lc 3 t 'opti' , \
     'real.010.CDF' w l lt 1 lc 5 t 'real' , \
     'sing.010.CDF' w l lt 1 lc 8 t 'sing'

set output '20.CDF.eps'
set title 'cons size 20'
plot 'oppo.020.CDF' w l lt 1 lc 2 t 'oppo' , \
     'opti.020.CDF' w l lt 1 lc 3 t 'opti' , \
     'real.020.CDF' w l lt 1 lc 5 t 'real' , \
     'sing.020.CDF' w l lt 1 lc 8 t 'sing'

set xlabel 'PM_{10%} <= x'
set output 'pm.2.CDF.eps'
set title 'cons size 2'
unset arrow
plot 'pm.oppo.002.CDF' w l lt 1 lc 2 t 'oppo' , \
     'pm.opti.002.CDF' w l lt 1 lc 3 t 'opti' , \
     'pm.real.002.CDF' w l lt 1 lc 5 t 'real' , \
     'pm.sing.002.CDF' w l lt 1 lc 8 t 'sing'

set xlabel 'PM_{10%} <= x'
set output 'pm.5.CDF.eps'
set title 'cons size 5'
unset arrow
plot 'pm.oppo.005.CDF' w l lt 1 lc 2 t 'oppo' , \
     'pm.opti.005.CDF' w l lt 1 lc 3 t 'opti' , \
     'pm.real.005.CDF' w l lt 1 lc 5 t 'real' , \
     'pm.sing.005.CDF' w l lt 1 lc 8 t 'sing'

set xlabel 'PM_{10%} <= x'
set output 'pm.10.CDF.eps'
set title 'cons size 10'
unset arrow
plot 'pm.oppo.010.CDF' w l lt 1 lc 2 t 'oppo' , \
     'pm.opti.010.CDF' w l lt 1 lc 3 t 'opti' , \
     'pm.real.010.CDF' w l lt 1 lc 5 t 'real' , \
     'pm.sing.010.CDF' w l lt 1 lc 8 t 'sing'