-The remainder of this document will be organised as follows: In Chapter \ref{Proposal} we give an overview of the current state of the research in document formats, and the motivation for implementing ``infinite precision'' in a document format. We will outline our approach to research in collaboration with David Gow\cite{}. In Chapter \ref{Background} we provide more detailed background examining the literature related to rendering, interpreting, and creating document formats, as well as possible techniques for increased and possibly infinite precision. In Chapter \ref{Progress} gives the current state of our research and the progress towards the goals outlined in Chapter \ref{Introduction}.
+With the aim of being able to correctly insert and render ``detail'' (constructed by importing test SVG images) seperated by arbitrary distance, this work explores the limitations in floating point arithmetic and how these may be mitigated
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+Using the Rational representation of the GNU Multiple Precision (GMP) library \cite{granlund2004GMP} we are able to implement correct rendering of SVG test images seperated by extremely large distances. We will present measurements of rendering accuracy and performance for our implementation.
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+An alternative implementation based on a spatial approach to constructing the document is discussed by Gow \cite{thesisGow}.