Summary
FMI4cpp is a cross-platform FMI 2.0 implementation written in modern C++.
FMI4cpp supports both Co-simulation and Model Exchange.
Rationale
Packaging FMI4cpp for Spack is highly beneficial for the scientific and engineering communities that rely on model-based design and simulation. FMI4cpp is a modern C++ implementation of the Functional Mock-up Interface (FMI) 2.0 standard, which facilitates the exchange and co-simulation of dynamic models across different software tools.
FMI is an open standard that allows simulation models to be packaged into Functional Mock-up Units (FMUs). These FMUs can be shared and integrated into various simulation environments, promoting interoperability and flexibility in model-based development. The benefits of FMI include:
Tool Independence: Enables models developed in one tool to be used in another without compatibility issues.
Reusability: Encourages the reuse of models across different projects and platforms.
Collaboration: Simplifies collaboration between teams using different tools and languages.
Efficiency: Reduces duplication of effort by allowing models to be easily shared and integrated.
Description
No response
Additional information
No response
General information
Summary
FMI4cpp is a cross-platform FMI 2.0 implementation written in modern C++.
FMI4cpp supports both Co-simulation and Model Exchange.
Rationale
Packaging FMI4cpp for Spack is highly beneficial for the scientific and engineering communities that rely on model-based design and simulation. FMI4cpp is a modern C++ implementation of the Functional Mock-up Interface (FMI) 2.0 standard, which facilitates the exchange and co-simulation of dynamic models across different software tools.
FMI is an open standard that allows simulation models to be packaged into Functional Mock-up Units (FMUs). These FMUs can be shared and integrated into various simulation environments, promoting interoperability and flexibility in model-based development. The benefits of FMI include:
Tool Independence: Enables models developed in one tool to be used in another without compatibility issues.
Reusability: Encourages the reuse of models across different projects and platforms.
Collaboration: Simplifies collaboration between teams using different tools and languages.
Efficiency: Reduces duplication of effort by allowing models to be easily shared and integrated.
Description
No response
Additional information
No response
General information