Hotfix: single-plotting scripts.

scripts/process-results/plot-tex.sh

@@ -91,7 +91,7 @@ set rmargin at screen 0.999
 #~ set bars small
 
 #                    x(row):y(t_med):err(t_med-t_min):width(l):lc:xtic
-plot RES index qwi u 0:1:($1-$2):($5/MAX_L):($3==512?3:($3==1024?2:($3==2048?5:4))):xtic('\Longstack[r]{$N = '.stringcolumn(3).', \gamma = '.stringcolumn(4).'$\\$n = '.stringcolumn(6).', l = '.stringcolumn(5).'$\\$\kappa = '.stringcolumn(7).', t = '.stringcolumn(8).'$\\$\log(BK) = '.stringcolumn(9).'$\\$\log(KS) = '.stringcolumn(10).'$\\$\lambda \approx '.stringcolumn(11).'$\\$\eta_m = '.stringcolumn(16).'\%$\\$\eta_C = '.stringcolumn(17).'\%$\\$\eta_f = '.stringcolumn(18).'\%$\\$V_{0\text{-corr}} = '.stringcolumn(19).'$}'):x2tic('$'.stringcolumn(1).'$\,ms') w boxerrorbars lc variable, \
+plot RES u 0:1:($1-$2):($5/MAX_L):($3==512?3:($3==1024?2:($3==2048?5:4))):xtic('\Longstack[r]{$N = '.stringcolumn(3).', \gamma = '.stringcolumn(4).'$\\$n = '.stringcolumn(6).', l = '.stringcolumn(5).'$\\$\kappa = '.stringcolumn(7).', t = '.stringcolumn(8).'$\\$\log(BK) = '.stringcolumn(9).'$\\$\log(KS) = '.stringcolumn(10).'$\\$\lambda \approx '.stringcolumn(11).'$\\$\eta_m = '.stringcolumn(16).'\%$\\$\eta_C = '.stringcolumn(17).'\%$\\$\eta_f = '.stringcolumn(18).'\%$\\$V_{0\text{-corr}} = '.stringcolumn(19).'$}'):x2tic('$'.stringcolumn(1).'$\,ms') w boxerrorbars lc variable, \
       '' u ($0):($15):($5/MAX_L/2):(0) w xerr pointtype 0 lc variable, \
       '' u ($0+$5/MAX_L/2+RATIO_WID/2):($12*bs_ratio($5)+$14*KS_RATIO):(RATIO_WID):(6) w boxes lc variable, \
       '' u ($0+$5/MAX_L/2+RATIO_WID/2):($14*KS_RATIO):(RATIO_WID):(4) w boxes lc variable

scripts/process-results/plot.sh

@@ -87,7 +87,7 @@ set bmargin at screen 0.92
 set title "# of runs = ".NRUNS
 
 #                    x(row):y(t_med):err(t_med-t_min):width(l):lc:xtic
-plot RES index qwi u 0:1:($1-$2):($5/MAX_L):($3==512?3:($3==1024?2:($3==2048?5:4))):xtic("N = ".stringcolumn(3).", γ = ".stringcolumn(4)."\nn = ".stringcolumn(6).", l = ".stringcolumn(5)."\nκ = ".stringcolumn(7).", t = ".stringcolumn(8)."\nlog(BK) = ".stringcolumn(9)."\nlog(KS) = ".stringcolumn(10)."\nλ ≈ ".stringcolumn(11)."\nη m = ".stringcolumn(16)."%\nη C = ".stringcolumn(17)."%\nη f = ".stringcolumn(18)."%\nV0-c = ".stringcolumn(19)):x2tic(stringcolumn(1)." ms") w boxerrorbars lc variable, \
+plot RES u 0:1:($1-$2):($5/MAX_L):($3==512?3:($3==1024?2:($3==2048?5:4))):xtic("N = ".stringcolumn(3).", γ = ".stringcolumn(4)."\nn = ".stringcolumn(6).", l = ".stringcolumn(5)."\nκ = ".stringcolumn(7).", t = ".stringcolumn(8)."\nlog(BK) = ".stringcolumn(9)."\nlog(KS) = ".stringcolumn(10)."\nλ ≈ ".stringcolumn(11)."\nη m = ".stringcolumn(16)."%\nη C = ".stringcolumn(17)."%\nη f = ".stringcolumn(18)."%\nV0-c = ".stringcolumn(19)):x2tic(stringcolumn(1)." ms") w boxerrorbars lc variable, \
       '' u ($0):($15):($5/MAX_L/2):(0) w xerr pointtype 0 lc variable, \
       '' u ($0+$5/MAX_L/2+RATIO_WID/2):($12*bs_ratio($5)+$14*KS_RATIO):(RATIO_WID):(6) w boxes lc variable, \
       '' u ($0+$5/MAX_L/2+RATIO_WID/2):($14*KS_RATIO):(RATIO_WID):(4) w boxes lc variable