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Altair Twin Activate

Altair Twin Activate is an open and flexible integration platform for comprehensive system-of-systems simulation. Based on a hybrid block diagram modeling environment for signal blocks, object oriented physical components, and electric and electronics systems, Altair Twin Activate allows multiphysics analysis throughout the development cycle. The comprehensive support of math modeling, scripting and modeling languages, and tool-independent Functional Mock-up Interface (FMI) standard facilitate the re-use and integration of existing code within the same model. A free academic version of Twin Activate can be downloaded at Twin Activate student edition

Please report any failure, report an issue or send your comments or suggestions to Masoud Najafi (masoud@altair.com)

FMU Export Compatibility information:

All FMUs have been exported by Altair Twin Activate and can be accessed and cross-checked by other tool vendors supporting FMI. The uploaded FMUs are free to be shared for cross-check purposes.

FMI-3.0
FMI-3.0 x86_64-windows x86_64-linux
periodic_clock ME, CS ME, CS
sinewave_array ME, CS ME, CS
triggered_and_periodic_clock ME, CS ME, CS
FMI-2.0
FMI-2.0 win64 linux64
engine1a ME
vanderpol ME
ActivateRC ME , CS ME , CS
Arenstorf ME , CS ME , CS
CVloop ME , CS ME , CS
Boocwen ME , CS ME , CS
DiscreteController ME , CS ME , CS
Pendulum ME , CS ME , CS

Validation Tools:

FMI Import Compatibility information:

These FMUs have been tested successfully in Altair Twin Activate.

Exporting tool:

Reference-FMUs

Reference-FMUs (v0.0.23)

FMI-3.0 x86_64-windows x86_64-linux
BouncingBall ME, CS ME, CS
Dahlquist ME, CS ME, CS
LinearTransform ME, CS ME, CS
Resource ME, CS ME, CS
Stair ME, CS ME, CS
VanDerPol ME, CS ME, CS
FMI-2.0 win64 linux64
BouncingBall ME, CS ME, CS
Dahlquist ME, CS ME, CS
Feedthrough ME, CS ME, CS
Resource ME, CS ME, CS
Stair ME, CS ME, CS
VanDerPol ME, CS ME, CS
FMI-1.0 win64 linux64
BouncingBall CS CS
Dahlquist ME, CS ME, CS
Feedthrough ME, CS ME, CS
Resource CS CS
Stair ME, CS ME, CS
VanDerPol ME, CS ME, CS
Dymola

Dymola (2019FD01)

FMI-2.0 win64
BooleanNetwork1 ME, CS
ControlledTemperature ME, CS
CoupledClutches ME, CS
DFFREG ME, CS
IntegerNetwork1 ME, CS
Rectifier ME, CS
Maplesim

Maplesim (2021.2)

FMI-2.0 win64 linux64
ControlledTemperature ME, CS ME, CS
CoupledClutches ME, CS ME, CS
Rectifier ME, CS ME, CS
DS_FMU_Export_from_Simulink

DS_FMU_Export_from_Simulink (2.1.2)

FMI-2.0 win64
BouncingBalls_sf ME, CS
TestModel1_sf ME, CS
TestModel2_sf ME, CS
TriggeredSubsystems_sf ME, CS