Updated introduction of 'Design' chapter.

docs/report.tex

@@ -79,14 +79,18 @@ To design such an architecture properly, the following questions are relevant:
         needs them.
 \end{itemize}
 
-% Afbakening
-The scope of this thesis includes the design of a generic multi-touch
-triggering architecture, a reference implementation of this design, and its
-integration into a test case application. To be successful, the design should
-allow for extensions to be added to any implementation.
 
+% Afbakening
+The scope of this thesis includes the design of a generic multi-touch detection
+architecture, a reference implementation of this design written in Python, and
+the integration of the reference implementation in a test case application. To
+test multi-touch interaction properly, a multi-touch device is required. The
+University of Amsterdam (UvA) has provided access to a multi-touch table from
+PQlabs. The table uses the TUIO protocol \cite{TUIO} to communicate touch
+events. See appendix \ref{app:tuio} for details regarding the TUIO protocol.
 The reference implementation is a Proof of Concept that translates TUIO
-messages to some simple touch gestures that are used by a test application.
+messages to some simple touch gestures (see appendix \ref{app:implementation}
+for details).
 
     \section{Structure of this document}
 
@@ -162,25 +166,20 @@ messages to some simple touch gestures that are used by a test application.
 
 % FIXME: change title below
 \chapter{Design}
+\label{chapter:design}
 
     % Diagrams are defined in a separate file
     \input{data/diagrams}
 
     \section{Introduction}
 
-    % TODO: rewrite intro, reference to experiment appendix
-    This chapter describes a design for a generic multi-touch gesture detection
-    architecture. The architecture constists of multiple components, each with
-    a specific set of tasks. Naturally, the design is based on a number of
-    requirements. The first three sections each describe a requirement, and a
-    solution that meets the requirement. The following sections show the
-    cohesion of the different components in the architecture.
-
-    To test multi-touch interaction properly, a multi-touch device is required.
-    The University of Amsterdam (UvA) has provided access to a multi-touch
-    table from PQlabs. The table uses the TUIO protocol \cite{TUIO} to
-    communicate touch events. See appendix \ref{app:tuio} for details regarding
-    the TUIO protocol.
+    This chapter describes the realization of a design for the generic
+    multi-touch gesture detection architecture. The chapter represents the
+    architecture as a diagram of relations between different components.
+    Sections \ref{sec:driver-support} to \ref{sec:event-analysis} define
+    requirements for the archtitecture, and extend the diagram with components
+    that meet these requirements. Section \ref{sec:example} desicribes an
+    example usage of the architecture in an application.
 
     \subsection*{Position of architecture in software}
 
@@ -195,6 +194,7 @@ messages to some simple touch gestures that are used by a test application.
         relative to the device driver and a multi-touch application.}
 
     \section{Supporting multiple drivers}
+    \label{sec:driver-support}
 
     The TUIO protocol is an example of a touch driver that can be used by
     multi-touch devices. Other drivers do exist, which should also be supported
@@ -282,6 +282,7 @@ messages to some simple touch gestures that are used by a test application.
         architecture.}
 
     \section{Event analysis}
+    \label{sec:event-analysis}
 
     The events that are delegated to widgets must be analyzed in some way to
     from gestures. This analysis is specific to the type of gesture being
@@ -315,6 +316,7 @@ messages to some simple touch gestures that are used by a test application.
         the architecture.}
 
     \section{Example usage}
+    \label{sec:example}
 
     This section describes an example that illustrates the API of the
     architecture. The example application listens to tap events on a button.