reset
set terminal postscript enhanced colour portrait size 6,6
set key top left

set style line 1 lw 4 linecolor rgb "red" dashtype 1
set style line 2 lw 4 linecolor rgb "green" dashtype 1
set style line 3 lw 4 linecolor rgb "blue" dashtype 2
set style line 4 lw 4 linecolor rgb "black" dashtype 3

set out 'result_1a.eps'
set title "Influence of transition time for copy state saving"
set xlabel "Transition time (s)"
set ylabel "Execution time (s)"
plot 'result_1a' using 1:($2) title "Forward step" w l ls 1, '' using 1:($3) title "Random jump" w l ls 2, '' using 1:($4) title "Backward step" w l ls 3

set out 'result_1b.eps'
set yrange [0:0.5]
set title "Influence of transition time for periodic state saving"
set xlabel "Transition time (s)"
set ylabel "Execution time (s)"
plot 'result_1b' using 1:($2) title "Forward step" w l ls 1, '' using 1:($3) title "Random jump" w l ls 2, '' using 1:($4) title "Backward step" w l ls 3
unset yrange

set out 'result_2b.eps'
set title "Influence of number of models on memory"
set xlabel "Number of models"
set ylabel "Main memory used (KB)"
plot 'result_2b' using 1:($2/1024) title "copy" w l ls 1, '' using 1:($3/1024) title "Periodic" w l ls 2

set out 'result_3.eps'
set title "Influence of state size on memory"
set xlabel "Model state (B)"
set ylabel "Main memory usage (KB)"
plot 'result_3' using 1:($2/1024) title "copy" w l ls 1, '' using 1:($3/1024) title "Periodic" w l ls 2

set out 'result_4.eps'
set title "Jumping to specific points in time"
set key top right
set xlabel "Jump destination time"
set ylabel "Latency (s)"
plot 'result_4a' w l ls 1 title 'copy', 'result_4b' w l ls 2 title 'periodic'

set key top left
set out 'result_5a.eps'
set title "Memory use during simulation for copy state saving"
set xlabel "Simulation time"
set ylabel "Main memory usage (KB)"
plot 'result_5a' using 1:($2/1024) w l ls 1 title 'Main memory consumption', '' using 1:($3/1024) w l ls 2 title 'Disk consumption'

set out 'result_5b.eps'
set title "Memory use during simulation for periodic state saving"
set xlabel "Simulation time"
set ylabel "Main memory usage (KB)"
plot 'result_5b' using 1:($2/1024) w l ls 1 title 'Main memory consumption', '' using 1:($3/1024) w l ls 2 title 'Disk consumption'

set out 'result_9.eps'
set title "Jump time comparison"
set xlabel "Number of models"
set ylabel "Execution time (s)"
plot 'result_9' using 1:($2) title "copy" w l ls 1, '' using 1:($3) title "periodic" w l ls 2

set out 'result_10.eps'
set title "Influence of omniscient debugging"
set xlabel "Model state (B)"
set ylabel "Simulation execution time (s)"
set logscale y
plot 'result_10' using 1:($2) title "copy state saving" w l ls 1, '' using 1:($3) title "periodic state saving 0.1s" w l ls 2, '' using 1:($4) title "periodic state saving 0.5s" w l ls 3, '' using 1:($5) title "no omniscient debugging" w l ls 4

set out 'result_10_mini.eps'
set title "Influence of omniscient debugging"
set xlabel "Model state (B)"
set ylabel "Simulation execution time (s)"
unset logscale
plot 'result_10' using 1:($2) title "With omniscient debugging" w l ls 1, '' using 1:($5) title "Without omniscient debugging" w l ls 2

# Optional things

#set out 'result_2a.eps'
#set title "Influence of number of models for copy state saving"
#set xlabel "Number of models"
#set ylabel "Execution time (s)"
#plot 'result_2a' using 1:($2) title "Forward step" w l ls 1, '' using 1:($3) title "Random jump" w l ls 2, '' using 1:($4) title "Backward step" w l ls 3
#
#set out 'result_2a-bis.eps'
#set title "Influence of number of models for periodic state saving"
#set xlabel "Number of models"
#set ylabel "Execution time (s)"
#plot 'result_2a-bis' using 1:($2) title "Forward step" w l ls 1, '' using 1:($3) title "Random jump" w l ls 2, '' using 1:($4) title "Backward step" w l ls 3
#
#set out 'result_6.eps'
#set title "Influence of maximum delay for periodic state saving"
#set xlabel "Maximum delay (s)"
#set ylabel "Execution time (s)"
#plot 'result_6' using 1:($2) title "Forward step" w l ls 1, '' using 1:($3) title "Random jump" w l ls 2, '' using 1:($4) title "Backward step" w l ls 3
#
#set out 'result_7a.eps'
#set title "Influence of maximum memory consumption for copy state saving"
#set xlabel "Maximum memory (B)"
#set ylabel "Execution time (s)"
#plot 'result_7a' using 1:($2) title "Forward step" w l ls 1, '' using 1:($3) title "Random jump" w l ls 2, '' using 1:($4) title "Backward step" w l ls 3
#
#set out 'result_7b.eps'
#set title "Influence of maximum memory consumption for periodic state saving"
#set xlabel "Maximum memory (B)"
#set ylabel "Execution time (s)"
#plot 'result_7b' using 1:($2) title "Forward step" w l ls 1, '' using 1:($3) title "Random jump" w l ls 2, '' using 1:($4) title "Backward step" w l ls 3
#
#set out 'result_8.eps'
#set title "Influence of state size on forward stepping"
#set xlabel "Model state (B)"
#set ylabel "Execution time (s)"
#plot 'result_8' using 1:($2) title "copy" w l ls 1, '' using 1:($3) title "periodic" w l ls 2