tplot.gp - numeric - C++ library with numerical algorithms
 (HTM) git clone git://src.adamsgaard.dk/numeric
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       ---
       tplot.gp (1249B)
       ---
            1 set terminal pngcairo size 1200,600
            2 set output "performance.png"
            3 set xlabel "Matrix side length"
            4 set ylabel "Execution time [s]"
            5 set title "Matrix multiplication\n".platform.",".cpumodel.", ".threads." threads"
            6 set log xy
            7 set grid
            8 set key outside
            9 set label "http://github.com/anders-dc/numeric/" at screen 0.05,0.02
           10 plot \
           11          "lua-linarr.dat" title "Lua: Linear arrays" w lp, \
           12          "lua-arrofarrs.dat" title "Lua: Arrays of arrays" w lp, \
           13          "luajit-arrofarrs.dat" title "LuaJIT: Arrays of arrays" w lp, \
           14          "luajit-linarr.dat" title "LuaJIT: Linear arrays" w lp, \
           15          "c-arrofarrs.dat" title "C: Arrays of arrays" w lp, \
           16          "c-linarr.dat" title "C: Linear arrays" w lp, \
           17          "cpp-vectorofvectors.dat" title "C++: Vectors of vectors" w lp, \
           18          "cpp-linvectors.dat" title "C++: Linear vectors" w lp, \
           19          "c-omp-arrofarrs.dat" title "C-OpenMP: Arrays of arrays" w lp, \
           20          "c-omp-linarr.dat" title "C-OpenMP: Linear arrays" w lp, \
           21          "julia.dat" title "Julia" w lp, \
           22          "c-gsl-cblas.dat" title "C: GSL CBLAS" w lp, \
           23          "octave.dat" title "Octave" w lp, \
           24          "cpp-armadillo.dat" title "C++: Armadillo" w lp, \
           25          "cpp-eigen.dat" title "C++: Eigen3" w lp
           26