-\begin{figure}[htpb]
- \centering
- \includegraphics[width=0.6\linewidth,keepaspectratio]{images/color.png}
- \captionsetup{labelformat=empty, textformat=empty}
- \caption[Color space and Color range]{No text}
- \label{fig:color}
-\end{figure}
+
+\section{Automatic "Best Model" Media Load}%
+\label{sec:conform_the_project}
+\index{color!model}
+When you load media with the insertion strategy of \textit{replace current project}, the program code will
+automatically use the "best model" for the render based on the media's codec. The best model is pretty
+much going to be what works well for television. This automation was added to facilitate easy use of
+\CGG{}. Which is to say that it is difficult for a new or occasional user to set all of the
+necessary parameters as best as possible so the program does it for you. This means you do not have to
+\textit{conform your project} which ordinarily would have to have been done in the Resources window with RMB
+click on the highlighted media and choosing \textit{Match project size}.
+
+However, this automatic method leads to the dilemma of where you have a 10-bit media file and it would
+get loaded as RGBA-8 when you would prefer it to be RGBA-Float. So instead of using \textit{replace current
+project} when loading your media, you would have to make sure the project is first set to your desired
+Format. This could be done with the \texttt{File$\rightarrow$New project} and then setting your Color
+Model to RGBA-Float and whatever other parameters you want. Next when doing a \texttt{File$\rightarrow$Load}, use
+\textit{Append in new tracks} or \textit{Create resources only}. This avoids using the "best model"
+technique and uses instead what you have designated so that if you set the Color Model to RGBA-Float that
+will be in effect.
+
+It is important to note that even when using the "best model" no bits are lost if the input media is 10-bit
+and the Color Model is RGBA-8. This is because the media will be loaded using the "case BC\_RGB16161616"
+where 16 stands for 16 bits. It fills the other 6 bits not used for 10 bits with zeros.