blurb/abstract.tex: '\pyafm' -> '\unfoldprotein' in OS-agnostic discussion

To be consistent with my earlier subject overview a few sentences
earlier.

diff --git a/src/blurb/abstract.tex b/src/blurb/abstract.tex
index f65fda45faa267707c2b8160fd62a8b656e1598c..af5d2caa1718b05650afaab93840156f48ff8362 100644 (file)
--- a/src/blurb/abstract.tex
+++ b/src/blurb/abstract.tex
@@ -22,13 +22,13 @@ concentrations of
 tools are licensed under open source licenses, which allows SMFS
 researchers to centralize future development.  Where possible, care
 has been taken to keep these packages operating system (OS) agnostic.
-The experiment logic in \pyafm\ and \calibcant\ is still nominally OS
-agnostic, but those packages depend on more fundamental packages that
-control the physical hardware in use\citep{pyafm}.  At the bottom of
-the physical-interface stack are the \Comedi\ drivers from the Linux
-kernel\citep{comedi}.  Users running other operating systems should be
-able to swap in analogous low level physical-interface packages if
-Linux is not an option.
+The experiment logic in \unfoldprotein\ and \calibcant\ is still
+nominally OS agnostic, but those packages depend on more fundamental
+packages that control the physical hardware in use\citep{pyafm}.  At
+the bottom of the physical-interface stack are the \Comedi\ drivers
+from the Linux kernel\citep{comedi}.  Users running other operating
+systems should be able to swap in analogous low level
+physical-interface packages if Linux is not an option.
 %
 \nomenclature[text ]{OS}{Operating system.}