diff --git a/proceeding/open-gamma-ray-astro-gamma2016.pdf b/proceeding/open-gamma-ray-astro-gamma2016.pdf index fb923b6..60d04f2 100644 Binary files a/proceeding/open-gamma-ray-astro-gamma2016.pdf and b/proceeding/open-gamma-ray-astro-gamma2016.pdf differ diff --git a/proceeding/text/content.tex b/proceeding/text/content.tex index 6a22728..b2bfd74 100644 --- a/proceeding/text/content.tex +++ b/proceeding/text/content.tex @@ -8,7 +8,7 @@ \section{Data models and formats} \subsection{Data level 3 specifications} \begin{figure}[tb] -\centerline{\includegraphics[width=0.7\textwidth]{figures/iact-dl3}} +\centerline{\includegraphics[width=0.75\textwidth]{figures/iact-dl3}} \caption{ Illustration of major components of IACT DL3 data (using a H.E.S.S. 1 Crab nebula observation). The \texttt{EVENTS} are stored as a table with the most relevant parameters shown. To derive spectra and morphology measurements of astrophysical sources, instrument response functions (IRFs) are used: effective area (\texttt{AEFF}), energy dispersion (\texttt{EDISP}), and point spread function (\texttt{PSF}). Sometimes background (\texttt{BKG}) models are also created and released as part of DL3 data (as an additional IRF component), and other times they are derived at the science tools level. Note that this picture is not complete, see the ``IACT DL3'' section. }