Add info 1st workshop, January update

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title: "Info 1st Public Workshop 8. March"
date: 2022-03-01T20:46:51+01:00
draft: false
slug: "info1stworkshop"
---
As already announced, here's some more info about the
**1st public AvaFrame workshop** on **8th of March at 11:00** (Central European Time; UTC+1:00).
It takes place via a zoom meeting: [ZOOMLINK](https://bokuvienna.zoom.us/j/98631669754) (Login via browser is
possible, no app installation necessary). The workshop will be held in English.
If you want to follow the hands on demo:
- please prepare by following the installation instructions on our
[documentation: standard installation](https://docs.avaframe.org/en/latest/installation.html#standard-setup-and-run).
- you can bring your own data if you want, but we will also provide test data.
For anybody unable to participate we will provide a recording of the workshop and you can
reach us on the AvaFrame matrix channel.
For more information see here: [AvaFrame communications](https://hedgedoc.avaframe.org/s/NGQG3RDxN#).
Your AvaFrame core team
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title: "This month in AvaFrame - January 2022 edition"
date: 2022-02-05T00:00:00+01:00
draft: false
---
Welcome to the January 2022 update.
Our focus this month was the preparation for our upcoming version 1.0 release. We finished the month by publishing
the first release candidate. See [github releases](https://github.com/avaframe/AvaFrame/releases) for a full changelog.
- For the final release of version 1.0 we worked on a difference report, investigating our numerics and comparing it
to com1DFAOrig.
- We streamlined and improved the way release thickness is being set in the DFA module *com1DFA*
- it is possible now to add variations if release thickness is read from shapefile.
- add percent and range variation options.
- A new probability runscript is now in its final development stages.
- On the numerics side *convergence* of com1DFA for the similarity solution test case was the topic of the month.
- The aim is to extract a criterion between the time and space discretization parameters that leads to convergence
of the numerical method towards the solution of the depth integrated equations.
- We are now trying to do the same analysis on more test cases. Starting with idealized topographies and coulomb friction,
but also real topographies.
- Further minor improvements here and there, including:
- cleaning up runscripts.
- cleaning benchmarks.
- explore plotting options for uncertainty visualisation.
That's it for this month, have a good start into this year!
Felix