adding status

pages/Quality.md

@@ -4,4 +4,5 @@ Author: Rodri
 Topics:
   - quality checks on event data
   - quality indicators
+status: unedited
 ---

pages/Repositories_Zenodo.md → pages/Repositories.md

 ---
 Title: Integrating to Zenodo
 Author: Jutta
+status: dump
 ---
 
 * For findability data needs to be citable and registered within a large repository (e.g. DataCite)

pages/Repositories_VOserver.md

----
-Title: VO repository
-Author: Jutta
----

pages/ScienceTargets.md

 ---
 Title: Scientific targets
 Author: Jannik
+status: draft
 ---
 
 # Scientific Targets

pages/SeaScience.md

@@ -4,7 +4,7 @@ Author: Jannik
 Topics:
   - options for sea science
   - types of environmental data
-Status: draft
+status: draft
 ---
 
 ## Environmental data

pages/Simulation.md

 ---
 Title: Event simulation
 Author: Jutta, Tamas
+status: dump
 ---
 
 In order to evaluate and test physical models of neutrino interactions and productions, a huge variety of simulations need to be performed and compared to the data taken with the KM3NeT detectors.

pages/Softwaredevelopment.md

@@ -4,4 +4,5 @@ Author: Tamas
 Topics:
   - using the python template
   - software development recommendations
+status: unedited
 ---

pages/Usecase_ANTARES.md

@@ -5,4 +5,5 @@ Topics:
   - short description analysis
   - data description
   - linking to notebooks & background
+status: unedited
 ---

pages/Usecase_Environmental.md

@@ -4,6 +4,7 @@ Topics:
   - short description use
   - data description
   - interfaces
+status: dump
 ---
 
 * Acoustic data will be provided through separate REST-API

pages/Usecase_KM3NeT.md

@@ -5,6 +5,7 @@ Topics:
   - short description analysis
   - data description
   - linking to notebooks & background
+status: unedited
 ---
 
 

pages/Using_alerts.md

@@ -4,8 +4,11 @@ Author: Feifei, Jutta
 Topics:
   - how to get the alerts? 
   - Description of VOEvent
+status: unedited
+Comment: |
+  To create such a page from the notebook, 
+  export the jupyter notebook as markdown 
+  and add to this text file and store the notebook 
+  in the notebooks/ folder
 ---
 
-To create such a page from the notebook, 
-* export the jupyter notebook as markdown and add to this text file
-* store the notebook in the notebooks/ folder

pages/Using_km3events.md

@@ -4,8 +4,11 @@ Author: Steffen, Jutta
 Topics:
   - describe download
   - notebook
+status: unedited
+Comment: |
+  To create such a page from the notebook, 
+  export the jupyter notebook as markdown 
+  and add to this text file and store the notebook 
+  in the notebooks/ folder
 ---
 
-To create such a page from the notebook, 
-* export the jupyter notebook as markdown and add to this text file
-* store the notebook in the notebooks/ folder

pages/Using_plotdata.md

@@ -4,8 +4,12 @@ Author: Rebecca, Jutta
 Topics:
   - ANTARES notebook example
   - openkm3 example
+status: unedited
+Comment: |
+  To create such a page from the notebook, 
+  export the jupyter notebook as markdown 
+  and add to this text file and store the notebook 
+  in the notebooks/ folder
 ---
 
-To create such a page from the notebook, 
-* export the jupyter notebook as markdown and add to this text file
-* store the notebook in the notebooks/ folder
+

pages/Using_templates.md

@@ -6,4 +6,5 @@ Topics:
   - guidelines
   - git analysis template description
   - guidelines
+status: unedited
 ---

pages/Using_vo.md

@@ -5,7 +5,7 @@ Topics:
   - summary from open course 
   - https://edu.km3net.de/course/accessing-the-km3net-open-data/
 
-Status: draft
+status: dump
 ---
 
 # Accessing data through the VO server

pages/VOserver.md

 ---
 Title: VOserver
 Author: Jutta
+status: unedited
 ---
 
-## Approach to the Virtual Observatory standard
+## The Virtual Observatory server
 
-The Virtual Observatory (VO) standards\cite{VO}
-serve to create an interface between astronomy-related data resources
-from astrophysics experiments which act as data providers. The focus is on the scientific end user to easily interface from their personal
-computer with the provided data sets. The KM3NeT collaboration is a data
-provider to the VO and operates a data server\footnote{at \url{http://vo.km3net.de/}} running the DaCHS software\cite{dachs}.
+## Publication 
+
+The Virtual Observatory (VO) standards serve to create an interface between astronomy-related data resources from astrophysics experiments which act as data providers. The focus is on the scientific end user to easily interface from their personal
+computer with the provided data sets. The KM3NeT collaboration is a data provider to the VO and operates a data server at http://vo.km3net.de/ running the (DaCHS software)[http://docs.g-vo.org/DaCHS/].
 The well-developed data sharing regime of the VO serves well as a
 guideline for the implementation of astrophysical data sharing in the
-KM3NeT collaboration. However, considering the role of neutrino physics
-just at the edge of use for astronomical studies, KM3NeT data
-integration also meets some limitations considering the scientific
-usability of the provided data sets. In addition to that, publication of
-data through VO standards is clearly limited to astronomy-related data
-in a celestial reference frame.
+KM3NeT collaboration. 
+
+## Data access
+Tabulated high-level neutrino event data can be provided through the VO registry, utilizing access protocols like the Table Access Protocol (TAP) and query languages like the Astronomical Data Query Language (ADQL). To query these data sets related to astronomical sources, the Simple Cone Search (SCS) protocol allows to pick specific events according to particle source direction. 
 
 * Running server with DaCHS software
 * Registered as data provider to the VO (ivo://km3net.org)

pages/Workflows.md

 ---
 Title: Workflow management
 Author: Jutta, Tamas
+status: dump
 ---
 
 The simulation and raw data processing chains consist of workflows that are