% mylatex(tmp <- with(all.run, {     tmp2 <- all.run[(all.run$machine == "Lacerta") & ((!is.na(all.run$universesize)) &          (all.run$universesize == 124)), ]     cols <- c(1:5, 7, 6, 8:10)     tmp4 <- with(tmp2, {         tmp3 <- tmp2[order(method, ncols, Version_ADaCGH2, MPI,              numcores, universesize), cols]         rownames(tmp3) <- 1:nrow(tmp3)         tmp3     })     attributes(tmp4)$mycolnames <- attributes(all.run)$mycolnames[cols]     tmp4 }), rowlabel = "", colheads = attributes(tmp)$mycolnames, longtable = TRUE,      lines.page = 900, caption = "Analysis benchmarks using Lacerta and Gallotia with MPI over Infiniband (total 124 cores)",      file = "anal-lacerta-gallotia.tex") 
%

\setlongtables


\begin{longtable}{lrrrlrlrrrl}\caption{Analysis benchmarks using Lacerta and Gallotia with MPI over Infiniband (total 124 cores)} \tabularnewline
\hline\hline
\multicolumn{1}{l}{}&\multicolumn{1}{c}{Wall time (min.)}&\multicolumn{1}{c}{Memory (GB)}&\multicolumn{1}{c}{$\Sigma$ Memory (GB)}&\multicolumn{1}{c}{Method}&\multicolumn{1}{c}{Columns}&\multicolumn{1}{c}{MPI/Fork}&\multicolumn{1}{c}{Cores}&\multicolumn{1}{c}{Procs.\ per node}&\multicolumn{1}{c}{Universe size}&\multicolumn{1}{c}{Version}\tabularnewline
\hline
\endfirsthead\caption[]{\em (Analysis benchmarks using Lacerta and Gallotia with MPI over Infiniband (total 124 cores), continued)} \tabularnewline
\hline
\multicolumn{1}{l}{}&\multicolumn{1}{c}{Wall time (min.)}&\multicolumn{1}{c}{Memory (GB)}&\multicolumn{1}{c}{$\Sigma$ Memory (GB)}&\multicolumn{1}{c}{Method}&\multicolumn{1}{c}{Columns}&\multicolumn{1}{c}{MPI/Fork}&\multicolumn{1}{c}{Cores}&\multicolumn{1}{c}{Procs.\ per node}&\multicolumn{1}{c}{Universe size}&\multicolumn{1}{c}{Version}\tabularnewline
\hline
\endhead
\hline
\endfoot
\label{anal-lacerta-gallotia}
1&$   1.4$&$0.13$&$27.3$&Haar&$ 200$&MPI&$$&$63$&$124$&New-noNA\tabularnewline
2&$   1.3$&$0.13$&$26.9$&Haar&$ 200$&MPI&$$&$62$&$124$&New-noNA\tabularnewline
3&$   1.3$&$0.13$&$27.1$&Haar&$ 200$&MPI&$$&$62$&$124$&New-noNA\tabularnewline
4&$   1.3$&$0.13$&$27.3$&Haar&$ 200$&MPI&$$&$63$&$124$&New-noNA\tabularnewline
5&$   1.1$&$0.13$&$27.2$&Haar&$ 200$&MPI-LB&$$&$63$&$124$&New-noNA\tabularnewline
6&$   1.1$&$0.13$&$26.7$&Haar&$ 200$&MPI-LB&$$&$62$&$124$&New-noNA\tabularnewline
7&$   1.0$&$0.13$&$26.7$&Haar&$ 200$&MPI-LB&$$&$62$&$124$&New-noNA\tabularnewline
8&$   1.2$&$0.13$&$27.1$&Haar&$ 200$&MPI-LB&$$&$63$&$124$&New-noNA\tabularnewline
9&$   1.4$&$0.18$&$27.4$&Haar&$ 200$&MPI&$$&$63$&$124$&Old\tabularnewline
10&$   1.3$&$0.18$&$27.2$&Haar&$ 200$&MPI&$$&$62$&$124$&Old\tabularnewline
11&$   7.9$&$0.14$&$28.5$&Haar&$1000$&MPI&$$&$62$&$124$&New-noNA\tabularnewline
12&$   4.7$&$0.14$&$27.5$&Haar&$1000$&MPI-LB&$$&$62$&$124$&New-noNA\tabularnewline
13&$   8.8$&$0.18$&$32.9$&Haar&$1000$&MPI&$$&$62$&$124$&Old\tabularnewline
14&$  27.7$&$0.15$&$31.6$&Haar&$2000$&MPI&$$&$62$&$124$&New\tabularnewline
15&$  15.2$&$0.15$&$30.8$&Haar&$2000$&MPI-LB&$$&$62$&$124$&New\tabularnewline
16&$  59.0$&$0.18$&$31.8$&Haar&$4000$&MPI&$$&$62$&$124$&New\tabularnewline
17&$  35.0$&$0.18$&$32.4$&Haar&$4000$&MPI-LB&$$&$62$&$124$&New\tabularnewline
18&$  70.1$&$0.13$&$42.1$&CBS&$ 200$&MPI&$$&$63$&$124$&New-noNA\tabularnewline
19&$  69.6$&$0.13$&$41.4$&CBS&$ 200$&MPI&$$&$62$&$124$&New-noNA\tabularnewline
20&$  60.6$&$0.13$&$40.1$&CBS&$ 200$&MPI-LB&$$&$62$&$124$&New-noNA\tabularnewline
21&$  60.0$&$0.13$&$42.0$&CBS&$ 200$&MPI&$$&$63$&$124$&Old\tabularnewline
22&$  61.2$&$0.13$&$41.1$&CBS&$ 200$&MPI&$$&$62$&$124$&Old\tabularnewline
23&$ 324.1$&$0.14$&$44.7$&CBS&$1000$&MPI&$$&$62$&$124$&New-noNA\tabularnewline
24&$ 239.1$&$0.14$&$43.9$&CBS&$1000$&MPI-LB&$$&$62$&$124$&New-noNA\tabularnewline
25&$ 242.5$&$0.14$&$44.8$&CBS&$1000$&MPI&$$&$62$&$124$&Old\tabularnewline
26&$ 612.7$&$0.15$&$51.5$&CBS&$2000$&MPI&$$&$62$&$124$&New\tabularnewline
27&$ 452.6$&$0.15$&$49.6$&CBS&$2000$&MPI-LB&$$&$62$&$124$&New\tabularnewline
28&$1237.0$&$0.18$&$53.8$&CBS&$4000$&MPI&$$&$62$&$124$&New\tabularnewline
29&$ 893.3$&$0.18$&$51.7$&CBS&$4000$&MPI-LB&$$&$62$&$124$&New\tabularnewline
30&$ 584.2$&$0.20$&$41.8$&HMM&$ 200$&MPI&$$&$62$&$124$&New-noNA\tabularnewline
31&$ 172.1$&$0.20$&$40.9$&HMM&$ 200$&MPI-LB&$$&$62$&$124$&New-noNA\tabularnewline
32&$ 165.7$&$0.20$&$41.8$&HMM&$ 200$&MPI&$$&$63$&$124$&Old\tabularnewline
33&$ 166.4$&$0.20$&$41.0$&HMM&$ 200$&MPI&$$&$62$&$124$&Old\tabularnewline
34&$ 847.6$&$0.27$&$40.4$&HMM&$1000$&MPI-LB&$$&$62$&$124$&New-noNA\tabularnewline
35&$ 846.4$&$0.27$&$43.7$&HMM&$1000$&MPI&$$&$62$&$124$&Old\tabularnewline
36&$1489.2$&$0.35$&$41.3$&HMM&$2000$&MPI-LB&$$&$62$&$124$&New\tabularnewline
\hline
\end{longtable}

