• FMI.jl
• • What is FMI.jl?
  • How can I use FMI.jl?
  • How can I simulate a FMU and plot values?
  • What is currently supported in FMI.jl?
  • What FMI.jl library should I use?
  • What platforms are supported?
  • How to cite?
  • Related publications?
  • Notes for contributors
• Features
• • Execution Configuration
  • Debugging / Logging
  • Model variable identification
  • Event handling
  • Model exchange, co-simulation and scheduled execution
  • Simulate arbitrary time intervals
  • Performance
  • AD-Ecosystem (differentiation over FMUs)
  • Watch your progress
  • Parallelization
• FAQ
• • Solving non-linear system fails
  • Access denied
  • Double Callback Crossing
• Overview
• Simulate an FMU in different modes
• • License
  • Motivation
  • Introduction to the example
  • Target group
  • Other formats
  • Getting started
  • Code section
• Parameterize a FMU
• • License
  • Introduction
  • Other formats
  • Code section
• Simulate an FMU with inputs
• • License
  • Introduction to the example
  • Other formats
  • Code section
• Multiple Instances of an FMU
• • License
  • Motivation
  • Introduction to the example
  • Target group
  • Other formats
  • Getting started
  • Code section
• Example from the Modelica Conference 2021
• • License
  • Introduction to the example
  • Other formats
  • Code section
• Manipulate a function
• • License
  • Introduction to the example
  • Other formats
  • Code section
• Multithreading
• • License
  • Motivation
  • Introduction to the example
  • Target group
  • Other formats
  • Getting started
  • Code section
• Multiprocessing
• • License
  • Motivation
  • Introduction to the example
  • Target group
  • Other formats
  • Getting started
  • Code section
• Create a FMU
• • License
  • Introduction
  • Getting started
  • Building the FMU
  • Simulate the FMU
  • Getting started with custom project
• FMU Parameter Optimization
• • License
  • Introduction to the example
  • Other formats
  • Getting started
  • Code section
• FMI.jl Library Functions
• Simulate FMUs
• Solve FMUs via the SciML interface
• Handling Value References
• External/additional functions
• Visualize simulation results
• Save/load simulation results
• FMI2 specific
• FMI3 specific
• Types in FMI Import/Core .jl
• Constants in FMI Import/Core .jl
• Working with the FMI model description
• • Loading/Parsing
  • general information about the FMU
  • technical information about the FMU
  • default experiment settings
  • FMU capabilities
  • value references
  • In-/Outputs
  • Parameters
  • States
  • Derivatives
  • Variables
• Functions in FMI Import/Core .jl
• • Solver backend
  • Conversion functions
  • External/Additional functions
• FMI2 Types in FMI Import/Core .jl
• FMI2 Constants in FMI Import/Core .jl
• Working with the FMI model description
• • Loading/Parsing
  • general information about the FMU
  • technical information about the FMU
  • FMU capabilities
  • value references
  • In-/Outputs
• FMI Common Concepts for Model Exchange and Co-Simulation
• • Opening and closing FMUs
  • Creation, Destruction and Logging of FMU Instances
  • Initialization, Termination, and Resetting an FMU
  • Getting and Setting Variable Values
  • Getting and Setting the Complete FMU State
  • Getting Partial Dervatives
  • External/Additional functions
  • Export functions
• FMI for Model Exchange
• • Providing Independent Variables and Re-initialization of Caching
  • Evaluation of Model Equations
• FMI for Co-Simulation
• • Transfer of Input / Output Values and Parameters
  • Computation
  • Retrieving Status Information from the Slave
• FMI3 Types in FMI Import/Core .jl
• FMI3 Constants in FMI Import/Core .jl
• Working with the FMI model description
• • Loading/Parsing
  • general information about the FMU
  • technical information about the FMU
  • FMU capabilities
• FMI Common Concepts for Model Exchange and Co-Simulation
• • Creation, Destruction and Logging of FMU Instances
  • Initialization, Termination, and Resetting an FMU
  • Getting and Setting Variable Values
  • Getting and Setting the Complete FMU State
  • Getting Partial Dervatives
  • TODO: Clockstuff
  • Conversion functions
  • External/Additional functions
• FMI for Model Exchange
• • Providing Independent Variables and Re-initialization of Caching
  • Evaluation of Model Equations
• FMI for Co-Simulation
• • Transfer of Input / Output Values and Parameters
  • Computation
  • Retrieving Status Information from the Slave
• FMI for Scheduled Execution
• All library elements of FMI, Import, Export, Core and Build
• FMU Import Compatibility information (FMIImport.jl)
• • FMI-3.0
  • FMI-2.0
• FMU Export Compatibility information (FMIExport.jl)
• • FMI-3.0
  • FMI-2.0
  • Validation tools
• Related Publications
• deprecated Functions