Functional Mock-up Interface: Difference between revisions

Revision as of 03:58, 30 September 2019

Revision as of 09:41, 11 October 2019

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* [[JModelica.org]] – Open source Modelica environment from Modelon

* [[MapleSim]] - via the [http://www.maplesoft.com/products/toolboxes/fmi/ MapleSim Connector for FMI] from Maplesoft

* [[MATLAB]] – there is native support as of R2018b through the Projects functionnality. Other third party tools support this workflow for older releases.

* [[MATLAB]] – via [http://www.modelon.com/products/fmi-toolbox-for-matlab/ FMI Toolbox] from Modelon or via the FMU Export from Simulink from [[Dassault Systèmes]]

* MWorks 2.5 – Modelica environment from Suzhou Tongyuan

* NI [[LabVIEW]] – Graphical programming environment for measurement, test, and control systems from National Instruments

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* [[SIMPACK]] 9 – High end multi-body simulation software from SIMPACK AG

* [[SimulationX]] 3.4 – Modelica environment from ITI

* [[Simulink]] – there is native support for <i>importing</i> FMUs to Simulink as of R2017b and for ''exporting'' as of R2018b (see [https://ukwww.mathworks.com/help/simulink/ug/workco-with-fmi-in-simulinksimulation.html/ Importco-simulation with FMUSimulink]). ForOther <i>exporting</i>third FMUs,party thetools optionssupport include:this Dymolaworkflow 7.4 using Real-Time Workshop; @Source; and [http://www.modelon.com/products/modelon-deployment-suite/fmi-toolbox-for-matlabsimulink/ FMI Toolbox] fromolder Modelonreleases.

* TISC – Co-simulation environment from TLK-Thermo

* [http://www.twt-gmbh.de/co-sim-framework TWT Co-Simulation Framework] - Communication layer tool to flexibly plug together models for performing a co-simulation; front-end for set-up, monitoring and post-processing included