Set y2label "processing latency (seconds)"
processing latency consuming 50K r/s from the New York City (TLC)" Set output "efficiency-throughput-networkbuffer-baseline-TaxiRideNYC-100Kpersec.pdf" Set style line 4 lc rgb '#000000' lt 1 lw 1 ps 0.5 pt 3 # 99th percentile processing latency Set style line 3 lc rgb '#56A64B' lt 1 lw 1 ps 0.5 pt 2 # average processing latency Set style line 2 lc rgb '#FF780A' lt 1 lw 1 ps 0.5 pt 1 # output throughput Set style line 1 lc rgb '#E02F44' lt 1 lw 1 ps 0.5 pt 7 # input throughput I attached my chart and added manually the vertical blue line as an example of what I want. I was trying to do it withīut it was messing the data already plotted. I want to add 3 vertical lines at different times on the plot to show where I changed the workload of my experiment.
#GNUPLOT LABEL INSTALL#
+ ++ 4.6 angles animation ANOVA arrow axes background basics bessel binary border boxes cairolatex call circle cntrparam colormap configuration contour csv cube dashed data datafile depthorder dgrid3d do documentation epslatex errorbars eval fill filledcurves fit for format functions gif grid head hidden3d histogram HSV if image implicit index install interactive interpolate invert isosamples italic iteration jpg key label labels legend linecolor lines linespoints linestyle linetype list load logscale lua macros margin Matlab matrix maxcolors multiplot non-continuous object palette parametric pm3d png points polygon postscript ratio rect rectangle relative reread rgb rgbimage samples separator size sort special-filenames sphere splot sprintf standalone standard input stats steps string style svg symbols system table terminal tics tif tikz transparent Ubuntu variable vectors wave field word wxt xticlabel zoom Tags: ANOVA, border, boxes, data, errorbars, xticlabel As xtic labels we use the first row in the data file by appending xtic(1): plot 'simple_statistics.dat' u 0: 2:( $3 ** 2) w yerrorbars ls 1, \ Note that we have standard deviation data in the data file, therefore we have to use their squares in order to get the variance. Then we plot first the errorbars in order to overlay the boxes on it, so only the top half of the errorbars will be visible.
Set border 3 set xtics nomirror scale 0 set ytics nomirror out scale 0.75 0.5 The xtics are not visible, because we set them to scale 0. The border of the graph on the top and right side is removed by set border 3 ( see here for an explanation of the number codes) and by using the nomirror option for the tics. The *-dots above the two last conditions to indicate their significant difference are just added as labels. For the line color we choose the same color as for the errorbars: set style line 1 lc rgb 'gre圓0' ps 0 lt 1 lw 2 set style line 2 lc rgb 'grey70' lt 1 lw 2 set style fill solid 1.0 border rgb 'gre圓0'įor the first line style which is used to plot the errorbars also a point size of 0 is specified in order to plot only the errorbars and no points on top of the boxes. Also, we need the fill style ( solid) for the boxes and the gray line around the boxes which is given by the border rgb 'gre圓0' option to the set style fill command. 1 we have to define two different color styles for the color of the errorbars and the color of the boxes.
#GNUPLOT LABEL CODE#
1 Plot the mean and variance of the given data ( code to produce this figure)
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