To help scientists test their simulators, we provide a dedicated tool able to split a simulation run into isolated simulator dataset tests.
OpenFLUID 2.2.1 is available for download!
In the continuity of the OpenFLUID 2.2.0 release, here comes OpenFLUID 2.2.1 mostly about consolidation of the new features and structure (ware migration, code fragments, ware tests, WSL support…).
OpenFLUID 2.2.0 is available for download!
This long-awaited OpenFLUID 2.2.0 release contains many changes, about new capabilities both in model building (generators for new cases) and simulator building (code replication, signature). It also contains significant changes to keep OpenFLUID healthy: following more recent C++ standard (C++17), handling Qt5/Qt6 for UI while removing Qt dependency from every other parts of the code…
While testing the incoming 2.2.0 release, we discovered two old bugs that could impact simulations made with OpenFLUID 2.1.11 (and previous) in very narrow contexts. Both bugs are patched in OpenFLUID 2.2.0 but we give here sufficient workarounds for users needing to work with OpenFLUID 2.1.x OPENFLUID_GetUnit(ClassName, ID, aUnit) The OPENFLUID_GetUnit(ClassName, ID, aUnit) function where the unit is changed in arguments fails to set correctly the unit. The function aUnit = OPENFLUID_GetUnit(ClassName, ID) (where unit is affected by return) works fine so it is highly advised to use it instead.
🇬🇧 The OpenFLUID team wishes the entire community using the platform a happy back-to-school season! 👋 A number of important recent and catch-up news items are on the agenda.. About the team 👷 This fall 2024 Pierre Manchon, geomatics engineer 🗺️, joins OpenFLUID Team as IE INRAE. Pierre is a graduate from the Master GAED (Aix) and have over 3 years of experience in geomatics processing and development. Welcome to him!
It’s been a long time since we have written a blog post… That’s because we are working hard on the development of the new version 2.2.0 of the OpenFLUID software platform! 🚀
As we have a lot of new stuff to show you, we invite you to discover the major new features and significant evolutions of this version during a webinar to be held on Monday 21 November 2022 at 14:00.
OpenFLUID observers are a simple and efficient way to output results from simulations to CSV files. As they have been recently updated with significant evolutions, Let’s have a closer look to these observers…
OpenFLUID is developed at
and supported by
UMR LISAH 2 place Pierre Viala / F-34060 Montpellier cedex 1 - France
Phone : +33 (0)4 99 61 22 61
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