would use something like
\begin{minted}[samepage]{console}
$ sawsim_hist_scan.py -f '-s cantilever,hooke,0.05 -N1 -s folded,null -N8
- -s "unfolded,wlc,{0.39e-9,28e-9}" -k "folded,unfolded,bell,{%g,x%g}"
- -q folded' -r '[1e-5,1e-3,50],[0.1e-9,1e-9,50]' --logx histograms.txt
+> -s "unfolded,wlc,{0.39e-9,28e-9}" -k "folded,unfolded,bell,{%g,x%g}"
+> -q folded' -r '[1e-5,1e-3,50],[0.1e-9,1e-9,50]' --logx histograms.txt
\end{minted}
That's a bit of a mouthful, so let's break it down. Without the
-\sawsim\ template (\Verb+-f ...+), we can focus on the comparison
+\sawsim\ template (\imint{sh}|-f ...|), we can focus on the comparison
options:
\begin{minted}[samepage]{console}
-$ sawsim_hist_scan.py \ldots -r '[1e-5,1e-3,50],[0.1e-9,1e-9,50]' --logx histograms.txt
+$ sawsim_hist_scan.py ... -r '[1e-5,1e-3,50],[0.1e-9,1e-9,50]' --logx histograms.txt
\end{minted}
This sets up a two-parameter sweep, with the first parameter going
from $1\E{-5}$ to $1\E{-3}$ in 50 logarithmic steps, and the second
going from $0.1\E{-9}$ to $1\E{-9}$ in 50 linear steps. The
\sawsim\ template defines the simulation model
-(\cref{fig:sawsim:domains,tab:sawsim:model}), and \Verb+%g+ marks the
-location where the swept parameters will be inserted.
+(\cref{fig:sawsim:domains,tab:sawsim:model}), and \imint{sh}|%g| marks
+the location where the swept parameters will be inserted.
Behind the scenes, \pysawsim\ is spawning several concurrent
\sawsim\ processes to take advantage of any parallel processing