Updated reference

PyCOMPLETE · Nov 27, 2019 · 582ef0b · 582ef0b
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diff --git a/doc/reference/reference.pdf b/doc/reference/reference.pdf
diff --git a/doc/reference/src/reference.tex b/doc/reference/src/reference.tex
@@ -73,7 +73,7 @@
 
 {\centering \large
 \hfill Giovanni Iadarola, \\
-\hfill Eleonora Belli, Philipp, Dijkstal,\\
+\hfill Eleonora Belli, Philipp Dijkstal,\\
 \hfill Lotta Mether, Annalisa Romano,\\
 \hfill Giovanni Rumolo, Eric Wulff\\
 \hfill CERN - Geneva, Switzerland
@@ -204,7 +204,8 @@ \subsection{Simulation parameters}
 \textbf{t\_sc\_ON}& [s] Electron space charge forces are neglected for t<t\_sc\_ON -- normally t\_sc\_ON=0. \\ \hline
 	\textbf{sparse\_solver} & (optional) choices are 'klu', 'scipy\_slu' [default] \\\hline
 	\textbf{PyPICmode} & (optional) Options are 'FiniteDifferences\_ShortleyWeller' [default], 'ShortleyWeller\_WithTelescopicGrids', 'FiniteDifferences\_Staircase'  \\ \hline
-	\textbf{Dh\_electric\_energy} & (optional - default = None) Grid size used to compute stored electric energy. If None is given, electric energy is not computed.
+	\textbf{Dh\_electric\_energy} & [m] (optional -- default = None) Grid size used to compute stored electric energy. If None is given, electric energy is not computed. \\ \hline
+	\textbf{flag\_em\_tracking} & (optional -- default = False) Forces generated by electrons are computed using electromagnetic potentials instead of quasi-electrostatic approximation (for more information see \url{https://indico.cern.ch/event/840676/contributions/3532754/}).
     \\ \hline
 \end{longtable}