Arguments $FileName$ -o $FileNameWithoutExtension$_rc.Name is customized, what I fill in here is Pyrcc.With the configuration of QtDesigner, click "+ ", the Create Tool window pops up.Keep other parameters as default, click the OK button.Arguments -m $FileName$ -o $FileNameWithoutExtension$.py.Program fill /usr/bin/python3, I use the python version that comes with the system, because python3In the system environment variables, fill in here directly python3it is also fine.Name is customized, what I fill in here is PyUIC.Same as configuring QtDesigner, click "+ ", the Create Tool window pops up.Remain the default parameters, click the OK button.Name Fill in according to your own preferences, what I fill in here is QtDesigner.Click "+" on the right interface, the Create Tool dialog box will pop up.Open P圜harm, and click File–>Settings–>Tools–>External Tools.
Sudo pip3 install pyqt5 Configure QtDesigner You may want to adjust the deploy.sh script to add copying of own resource files, if needed.Sudo apt-get install qt5-default qttools5-dev-tools The template directory structure contains a deployment script/batch file (either /build/deploy.sh or /build/deploy.bat).
Test-compile the source code using the provided build system files. The places where your own code is usually placed are marked with TODO comments. You can now start to implement your FMU-specific logic (physics, mathematical functions) by opening the. With the pro-files you can directly start developing with Qt Creator (even though the FMU code itself is plain C/C++ code without Qt dependencies). With CMake, you can easily generate makefiles for various compilers and development environments. The generated directory structure contains build system files for CMake and Qt-qmake. Step 2: Develop FMU-specific functionality
Once the generator has finished, you have a directory structure with fully working FMU source code (including build system files) with matching modelDescription.xml that you can build cross-platform with the provided CMake-based build system.
The (anticipated) use of the FMI Code Generator Also, the generated code is pretty small, easy to read and comprehend and works cross-platform without any library setup issues.
sudo apt-get remove python3-pyqt5 sudo apt-get install pyqt5-dev-tools sudo apt-get install python3-pyqt5-dbg sudo apt-get install python3-gdbm-dbg sudo apt-get install python3-tk-dbg. Look at the FMU SDK if you need something like that.Īctually, the code generated by FMI Code Generator hides most of the messy FMI C function interface (including most of the memory management related to instantiating/deleting slave instances, and the state storage stuff) from the typical (engineering) user. sudo apt-get install qt5-default (uninstall qt5-default & reinstall) Code: Select all.
This is not a Software Development Library/Toolkit for accessing/supporting the FMI interface. However, the process of setting up the FMU (core files, modelDescription.xml, directory structure) is pretty similar for most projects and can be automated with a configurable code generator - hence this project.
However, implementing the C interface functions, the data handling, input/output variable handling and advanced features like saving and restoring the FMU state is not so simple and straight-forward. When you want an efficient FMU slave, there's probably no way around a native C/C++ implementation.
The latter is an industry standardįor simulation model runtime coupling, and basically defines an API and a meta data description file and directory structure for model exchange: see FMI-Standard webpage for details. About the FMI Code Generator What is this FMI/FMU stuff?įMU stands for Functional Mockup Unit and FMI for Functional Mockup Interface.