Reverse Dependencies of fmpy

The following projects have a declared dependency on fmpy:

• agentlib — Framework for development and execution of agents for control and simulation of energy systems.
• agentlib-mpc — Framework for development and execution of agents for control and simulation of energy systems.
• component_model — Constructs a Functional Mockup Interface component model from a python script (fulfilling some requirements).
• corrai — Data correction and Machine Learning
• cosimtlk — Cosimulation toolkit.
• ebcpy — Python Library used for different python modules for the analysis and optimization of energy systems, buildings and indoor climate
• energysim — Python package for cosimulation of multi-energy systems
• estim8 — Conduct parameter estimations for Dymola and FMU models
• estim8Beta — Conduct parameter estimations for Dymola and FMU models
• eta-utility — A framework for researching energy optimization of factory operations
• fmiprecice — A tool to co-simulate FMU models with the coupling library preCICE.
• fmugym — no summary
• githubcifun — no summary
• modestpy — FMI-compliant model identification package
• numerous-engine — Numerous - an object-oriented modelling and simulation engine.
• pdm-tester — nothing yet to say
• pycollimator — Collimator.ai core simulation engine and API client
• PyCosimLibrary — A co-simulation library with the most common master algorithms.
• pyfmu — A set of tools for developing functional-mockup-units (FMUs) using the full capabilities of Python.
• pythonfmu — A lightweight framework that enables the packaging of Python3.x code as co-simulation FMUs.
• pythonfmu3 — A lightweight framework that enables the packaging of Python3.x code as co-simulation FMUs.
• qfmu — Quickly generate an FMU from command line
• sim-explorer — Experimentation tools on top of OSP simulation models.
• SOFIRpy — Framework for simulating FMUs and custom models written in python.