edit text for status

gammapy · Oct 4, 2016 · ef150d0 · ef150d0
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diff --git a/proceeding/gammaskynet-gamma2016.pdf b/proceeding/gammaskynet-gamma2016.pdf
diff --git a/proceeding/text/data.tex b/proceeding/text/data.tex
@@ -21,7 +21,7 @@ \section{Data}
 
 \begin{figure}[tb]
   \centerline{\includegraphics[width=\textwidth]{figures/galactic_region_NEW}}
-  \caption{The inner galaxy in various survey images and color maps, FOV $90 \times 15$ degrees. The red (TeV) and green (SNRcat) markers indicate many galactic SNRs and pulsars detected at very-high-energies.}
+  \caption{The inner galaxy in various survey images and color maps, FOV $90 \times 15$ degrees. The red (TeV) and green (SNRcat) markers indicate many galactic supernova remnants (SNRs) and pulsars detected at very-high-energies.}
   \label{fig:galactic}
 \end{figure}
 

diff --git a/proceeding/text/implementation.tex b/proceeding/text/implementation.tex
@@ -3,4 +3,4 @@ \section{Implementation}
 Scientific Python packages Astropy \cite{astropy} and Gammapy were used to generate all of the catalog and source data on \gammasky. This step includes preparing formatted JSON files from fetched raw FITS data for display in our Catalog View panels. Serving our catalog data in such manner requires us to frequently update the ``live" catalogs SNRcat and gamma-cat stored in our server. All data is consumed with the JavaScript and HTML front-end. The website's architecture was organized using Angular 2\footnote[5]{\url{https://angular.io/}}, a modern web application framework for JavaScript. Using Angular 2 has allowed us to compile the site into a single-page application. The sphere interface and visualization in the Map View page was implemented under the Aladin Lite tool \cite{aladin-lite} developed at CDS. The website is being hosted by GitHub Pages.
 
 
-\gammasky exists as a static webpage, meaning that there is no backend server doing real-time data processing or content generating on request. The JavaScript client is still capable of downloading any static assets, including very large HiPS survey images and catalog datasets. Advantages to the static website technology include easy implementation and maintainence, as well as efficient data loading within the GitHub Pages server.
+\gammasky exists as a static web page, meaning that there is no back-end server doing real-time data processing or content generating on request. The JavaScript client is still capable of downloading any static assets, including very large HiPS survey images and catalog datasets. Advantages to the static website technology include easy implementation and maintenance, as well as efficient data loading within the GitHub Pages server.
diff --git a/proceeding/text/status.tex b/proceeding/text/status.tex
@@ -1,4 +1,4 @@
 \section{Status and Outlook}
 
 
-Our website is a new project, having been deployed very recently at \url{http://gamma-sky.net} in early June 2016. The current content of \gammasky is simply a starting point; we have plans to greatly expand on our catalog and image data. Such data includes additional image surveys from CDS' HiPS database, as well as source and image data from upcoming surveys upon their public release. We additionally strive to enhance the user interface of \gammasky through additional features, including new source groupings by classification as done in NASA's Fermi-LAT 3FGL Catalog Interactive Table\footnote[6]{\url{http://fermi.gsfc.nasa.gov/ssc/data/access/lat/4yr_catalog/3FGL-table}}, improved routing between the Map View and the Catalog View, and more intricate data panels for the Catalog View. We will continue to point directly to Gammapy scripts for any further analysis and keep server-heavy tools off our website.
+Our website is a new project, having been deployed very recently at \url{http://gamma-sky.net} in early June 2016. The current content of \gammasky is simply a starting point; we have plans to greatly expand on our catalog and image data. Such data includes additional image surveys from CDS' HiPS database, as well as data from upcoming surveys upon their public release. The Fermi high-energy images are among the images we will prepare with HiPS for display on the Map View. We additionally strive to enhance the user interface of \gammasky through additional features, including new source groupings by classification as done in NASA's Fermi-LAT 3FGL Catalog Interactive Table\footnote[6]{\url{http://fermi.gsfc.nasa.gov/ssc/data/access/lat/4yr_catalog/3FGL-table}} and more intricate data panels for the Catalog View. Using Angular 2, an improved routing network will be implemented  to allow for sharing a specific view in the Map View page by URL. We will continue to point directly to Gammapy scripts for any further analysis and keep server-heavy tools off our website.
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Expand Up		@@ -3,4 +3,4 @@ \section{Implementation}
		Scientific Python packages Astropy \cite{astropy} and Gammapy were used to generate all of the catalog and source data on \gammasky. This step includes preparing formatted JSON files from fetched raw FITS data for display in our Catalog View panels. Serving our catalog data in such manner requires us to frequently update the ``live" catalogs SNRcat and gamma-cat stored in our server. All data is consumed with the JavaScript and HTML front-end. The website's architecture was organized using Angular 2\footnote[5]{\url{https://angular.io/}}, a modern web application framework for JavaScript. Using Angular 2 has allowed us to compile the site into a single-page application. The sphere interface and visualization in the Map View page was implemented under the Aladin Lite tool \cite{aladin-lite} developed at CDS. The website is being hosted by GitHub Pages.


		\gammasky exists as a static webpage, meaning that there is no backend server doing real-time data processing or content generating on request. The JavaScript client is still capable of downloading any static assets, including very large HiPS survey images and catalog datasets. Advantages to the static website technology include easy implementation and maintainence, as well as efficient data loading within the GitHub Pages server.
		\gammasky exists as a static web page, meaning that there is no back-end server doing real-time data processing or content generating on request. The JavaScript client is still capable of downloading any static assets, including very large HiPS survey images and catalog datasets. Advantages to the static website technology include easy implementation and maintenance, as well as efficient data loading within the GitHub Pages server.