# set data style linespoints
# set data style points
#################################################
# Used to generate bincount graphs of support
#
set term postscript eps enhanced color 28
set out 'hist-support.eps'
#
# set term png
# set out 'hist-support.png'
set xrange [0:18]
set yrange [:1]
set logscale y
set format y "10^{%L}"
set title "Histogram of Word-Pair Vector Support"
set xlabel "log_2 (Size of Support)"
set ylabel "Probability"
binwidth= 20 / 200.0
nitems= 580804.0
plot "hist-support.dat" using 2:($3 / (binwidth * nitems)) with lines linewidth 2 title ""
#################################################
# Used to generate bincount graphs of count
#
set term postscript eps enhanced color 28
set out 'hist-count.eps'
#
# set term png
# set out 'hist-count.png'
set xrange [0:25]
set logscale y
set format y "10^{%L}"
set title "Histogram of Word-Pair Vector Count"
set xlabel "log_2 (Count)"
set ylabel "Probability"
binwidth= 30 / 200.0
nitems= 580804.0
plot "hist-count.dat" using 2:($3 / (binwidth * nitems)) with lines linewidth 2 title ""
#################################################
# Used to generate binlength graphs of length
#
set term postscript eps enhanced color 28
set out 'hist-length.eps'
#
# set term png
# set out 'hist-length.png'
set xrange [0:25]
set logscale y
set format y "10^{%L}"
set title "Histogram of Word-Pair Vector Length"
set xlabel "log_2 (Length)"
set ylabel "Probability"
binwidth= 25 / 200.0
nitems= 580804.0
plot "hist-length.dat" using 2:($3 / (binwidth * nitems)) with lines linewidth 2 title ""