contact: matthias.schartner@geo.tuwien.ac.at

have a look at the environemt.yml file. It lists all necessary packages to run the scripts. You can use the environment.yml file to generate a new environment. When using anaconda type:

conda env create -f environment.yml 

to activate the environment type:

conda activate VieSchedpp_AUTO 

The software is meant to run as a daily cronjob.

To start VieSched++ AUTO execute the VieSchedpp_AUTO.py script while being in the VieSchedpp_AUTO environment.

python VieSchedpp_AUTO.py -h 

shows the help message. For testing, it is advisable to use the -nu (no upload) and -ne (no email) flags to suppress uploading files to the BKG server and sending emails.

A typical start might look like this:

python VieSchedpp_AUTO.py -p INT1 INT2 R1 R4

It might be advisable to use your own SMTP server to send Email notifications. For testing purposes, I have created a dummy email address vieschedpp_auto@gmail.com that can be used. Please note that this is not safe since everybody can access this email address. Have a look at the send_gmail or send_bkg function in the SendMail.py file to connect to your own SMTP server.

The software is meant to run as a daily cronjob.

At the start, VieSchedpp_AUTO.py will download the newest catalog files and session masters unless the -nd (no download) flag is passed as an argument.

The software will look at the settings.ini file and read all observing programs listed there and match them with the observing programs passed via the -p (observing program) flag. If one matches it will check if a new schedule should be generated. Make sure that you have a proper settings.ini file. Have a look at the settings.ini.template file to get started.

1. The schedules are generated based on the templates located in /Templates/*ObservingProram*/ (You can add as many templates as you like but make sure to use the version_offset option to avoid name clashes).
2. The schedules are generated in the *prefix*/*ObservingProgram*/*SessionCode*/ folder. The *prefix* is defined in the settings.ini file.
3. The best schedule is stored in the *prefix*/*ObservingProgram*/*SessionCode*/selected folder and notification emails are send. Internally, VieSchedpp_AUTO.py will use the function named in the settings.ini file to determine which session is the preferred one.
4. A note is left in the upload_scheduler.txt file when the session should be uploaded.
5. After the schedules are generated, the upload_scheduler.txt file is used to verify if a schedule should be uploaded to the IVS-BKG server. If so, it is uploaded and notification emails are sent.

Notes:

• downtimes are automatically taken from IVS intensive master for non-intensive sessions
• if you need to manually enter additional downtimes or add station in tagalong mode use the ./downtimes.txt and ./tagalong.txt file
• an easy trick to add more complex parameter changes is to add them via multi-schedling parameters
• if you want to automatically upload files to the IVS BKG server, you have to provide your password to the program. Please save password in a file called BKG_pw.txt or insert password in source code (see file Transfer.py, line with comment *** INSERT PASSWORD HERE (replace pw) ***

There are a few restrictions for the XML-templates:

1. Do not predefine parameters with a shorter duration than full session time span
2. Do not predefine parameters with groups as members (only "all" or explicit station name)