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+%% outline-sample.tex
+%% Copyright 1991 Peter Halvorson
+%% Updates for LaTeX2e copyright 2002 Seth Flaxman
+%% Updated for LPPL 1.3c or later by Clea F. Rees (for Seth Flaxman), 2008/10/06.
+%
+% This work may be distributed and/or modified under the
+% conditions of the LaTeX Project Public License, either version 1.3
+% of this license or (at your option) any later version.
+% The latest version of this license is in
+%   http://www.latex-project.org/lppl.txt
+% and version 1.3 or later is part of all distributions of LaTeX
+% version 2005/12/01 or later.
+%
+% This work has the LPPL maintenance status `unmaintained'.
+%
+% This work consists of the files outline.sty and outline-sample.tex.
+% Save file as: outline-sample.tex
+
+\documentclass{report}
+\usepackage{outline}
+
+% [outline] includes new outline environment. I. A. 1. a. (1) (a)
+% use \begin{outline} \item ... \end{outline}
+
+\pagestyle{empty}
+
+\begin{document}
+
+\begin{outline}
+  \item {\bf Introduction }
+  \begin{outline}
+    \item {\bf Applications } \\
+      Motivation for research and applications related to the
+      subject.
+    \item {\bf Organization } \\
+      Explain organization of the report, what is included, and what
+      is not.
+  \end{outline}
+  \item {\bf Literature Survey }
+  \begin{outline}
+    \item {\bf Experimental Work } \\
+      Literature describing experiments with something in common with
+      my experiment.  My experiment is subdivided into section
+      relating to each aspect of the whole.
+    \begin{outline}
+      \item {\bf Drop Delivery } \\
+	Literature relating to the production of droplets.
+      \begin{outline}
+	\item {\bf Continuous } \\
+	  Continuous drop production methods, i.e. jet methods.
+	\item {\bf Drop on Demand } \\
+	  Drop on demand methods, i.e. ink jet devices.  Produce drops
+	  whenever needed, simplifies control of frequency.
+	\item {\bf Flexibility } \\
+	  Best methods in terms of flexible velocities, volumes, and
+	  frequencies.
+	\item {\bf Control Circuitry } \\
+	  Circuitry necessary to control the drops, may include
+	  control of generation, size, and frequency.  Divertors and
+	  drop chargers.
+	\item {\bf Extensibility } \\
+	  Methods extensible to 2D applications.
+	\item {\bf Recirculation } \\
+	  Recirculation techniques, pump, none, capillary.
+      \end{outline}
+      \item {\bf Instrumentation } \\
+	Literature dealing with measurement of various parameters.
+      \begin{outline}
+	\item {\bf Temperature }
+        \begin{outline}
+          \item {\bf Heater Surface }
+	  \item {\bf Fluid Temperature }
+	  \item {\bf Heat Flux }
+	  \item {\bf Heat Transfer Coefficient }
+        \end{outline}
+	\item {\bf Drop Characteristics }
+	\begin{outline}
+	  \item {\bf Size }
+	  \item {\bf Velocity }
+	  \item {\bf Frequency }
+        \end{outline}
+      \end{outline}
+      \item {\bf Heating Element } \\
+	Literature dealing with the heating element.  Material
+	properties, surface properties, heat sources.
+      \begin{outline}
+	\item {\bf Material }
+	\item {\bf Heat Source }
+      \end{outline}
+    \end{outline}
+    \item {\bf Analytical Work }
+    \begin{outline}
+      \item {\bf Evaporation }
+      \item {\bf Boiling }
+      \item {\bf Leidenfrost Temperatures }
+      \item {\bf Heat Transfer }
+      \item {\bf Numerical Analysis }
+      \begin{outline}
+	\item {\bf Drop Characteristics }
+	\item {\bf Surface Wetting }
+	\item {\bf Transient Temperatures }
+      \end{outline}
+    \end{outline}
+  \end{outline}
+  \item {\bf Proposed Research }
+  \begin{outline}
+    \item {\bf Experimental Work }
+    \item {\bf Analytical Work }
+  \end{outline}
+\end{outline}
+
+\end{document}