FMI 1.0/2.0
Support for co-simulation
MASTERSIM – FMI Co-Simulation Master
The powerful FMI co-simulation master
Applications of MASTERSIM
Graphical FMU connections
Simplified methods for connecting FMUs
Simulation scenarios
With multiple FMU instances
Support
For FMU development
Script functionality
For controlling the command-line tool
MASTERSIM screenshots
MASTERSIM feature overview
For planning and engineering practice
- Cross-platform development
- Scripted execution
- Multiple FMU instances within one co-simulation
- Detailed configuration of master algorithms
- Automatic connection function in the GUI
- Detailed simulation statistics identify time-critical areas
- Parallel variation studies
- Diagnostic options assist FMU developers when debugging FMUs
- Few third-party dependencies
- Software and source code are actively developed
What further benefits does MASTERSIM provide?
- The library makes it easy to implement co-simulation functionality in your own programs.
- FMUs can be unpacked, modelDescription.xml can be read and functions can be loaded from dynamic libraries.
- Standard master algorithms such as Gauss-Jacobi, Gauss-Seidel and Newton are included and configurable.
- The MasterSimulator source code and GUI can serve as examples for your own development.
- FMI co-simulation standards 1.0 and 2.0 are supported.