--- /dev/null
+\chapter{Cantilever spring constant calibration}
+\label{sec:calibcant}
+
+\section{Thermal calibration}
+\subsection{Overdamped case}
+\subsection{General solution}
+\section{Calibcant}
+\subsection{Photodiode calibration}
+\subsection{Temperature measurements}
+\subsection{Thermal vibration}
+\section{Discussion}
+\subsection{Propogation of errors}
+\subsection{Archiving experimental data}
+\section{Conclusions}
--- /dev/null
+\chapter{Experiment control software, \pyafm and related packages}
+\label{sec:pyafm}
+
+\section{Analog input output frameworks}
+\subsection{LabVIEW}
+\subsection{Comedi}
+\section{The pyafm stack}
+\subsection{Pycomedi}
+\subsection{Pypiezo}
+\subsection{Pyafm}
+\section{Auxilliary packages}
+\subsection{h5config}
+\subsection{stepper}
+\subsection{pypid}
+\section{Discussion}
+\section{Conclusions}
%}
\author{William Trevor King}
-\title{Temperature and cantilever dependent protein unfolding}
+\title{Open source single molecule force spectroscopy}
\DUTmonth{July}
\DUTyear{2012}
\degree{Doctor of Philosophy}
\advisor{Guoliang Yang, Ph.D.}
+\advisor{Louis Cruz Cruz, Ph.D.}
\copyrighttext{\copyrighttextCCBYSA}
\input{packages}
\include{introduction/main}
\include{apparatus/main}
\include{sawsim/main}
-\include{temperature/main}
-\include{cantilever/main}
+\include{pyafm/main}
+\include{calibcant/main}
+%\include{temperature/main}
+%\include{cantilever/main}
\include{future/main}
\end{thesis}