Same parameters as in ea74aba1, but the
ADC threshold was set to 300.

This is a small script to show the students how to analyze the data
using ROOT and RooFit.

This is an example to test a sample analysis script.

Simulated Conditions:
Operation Mode: Closed
Distance: 33 mm
Pressure: ≈ 1,3 hPa (≈ 1 Torr)

This is the first part of the section that explains what a virtual
machine is and how to set up VirtalBox and the virtual appliance of the
Fp311Online software.

A brief section to tell the reader that these version do not exist
(, yet).

I have some of the .root files recorded with the real experiment. This
script fits the same PDF used in ExperimentSimulator in the server
project to this data and extracts the parameters of the probability
density function.

Explains ROOT, Qt, space requirements, etc.

Explains that this is FOSS and where to get the source code and the
compilation instructions.

Another step that was forgotten when the code was copied from an
English document.

A second section will be added that describes briefly the option to
build the application from the source code.

Explains how to install the software under Linux.

The templace was an English document and changing this was forgotten...

This allows printing long commands with automatic line-breaking in a
verbatim environment.

Explain what Matrix is, the Matrix room for this lab course and the
direct contact to me.

Before the students can start, they need to answer some questions, which
is now also online...

Tell students to also read the original instructions...

Mark the document as unfinished on the title page.

A nice header for the title featuring the RUB logo, the faculty name and
the lab course module name.

Adds the basic structure of the LaTeX document.

This PDF file has been generated using Inkscape from the Adobe
Illustrator file from the RUB corporate design package.

These additional files may be created later by LaTeX...

As always, the various files LaTeX produces are kept out of the
repository.

Gives a brief explanation what the content is about...

When a shallow clone is checked out by Flatpak, the code determining the
version based on Git metadata does not work properly.

As we are now hosting our own copy of ROOT, a badge for its license is
also needed.

With some modifications because of the “special needs“ of ROOT, the
client of Fp311Online can now be built as a Flatpak app.

Start the website to make sure that the URL added to the AppStream
metadata for the client does exist, but for now simply display an “under
construction” message.

There is a matrix room for this application, which will be linked to by
this new badge:

 #physikfp311online:ruhr-uni-bochum.de

This adds a static badge to show the license of these projects.

This project is licensed under the terms and conditions of the GNU
General Public License, version 3, or at your option a later version
published by the Free Software Foundation.

https://www.gnu.org/licenses/gpl-3.0.html

The original image was taken from Wikimedia Commons and is in the public
domain:
https://commons.wikimedia.org/wiki/File:DESYNebelkammer.jpg

The logo of this project was derived from it by myself using The GIMP.

This initializes this git repository by adding a first readme with a
construction notice and contact information.