Added reference to table

Author: EfremBraun

paper/basic_training.tex

@@ -732,6 +732,7 @@ \subsubsection{Popular Thermostats}
 \end{enumerate}
 
 \subsubsection{Summary}
+To summarize, observe (Table \ref{tstat_summary}), as a general summary and guide for exploring the usage of various thermostats.
 Knowing the system you are simulating and the benefits and weaknesses to each thermostat is crucial to successfully and efficiently collect meaningful, physical data.
 If you are only interested in sampling structural properties such as radial distribution functions, many of the given thermostats can be used, including the Gaussian, Bussi, Andersen, Langevin, and Nos\'{e}-Hoover thermostats.
 If dynamical properties will be sampled, it is preferable to turn off the thermostat before beginning production cycles, but the Bussi and Nos\'{e}-Hoover thermostats (and in cases with implicit solvent, the Langevin thermostat), can often be used without overly affecting the calculation of dynamical properties.