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Sometimes it is useful to run faster or slower than real-time. Examples are human-in-the-loop scenarios which have phases in which nothing "interesting" happens in which case one would like to fast-forward the simulation, e.g., in flight simulations during an autopilot phase.
For supporting such use-cases the realtimeSynchronize function should be extended with an (optional) real-time scaling input signal.
The text was updated successfully, but these errors were encountered:
@tbeu Ok, I also talked with @nytschgeusen during the Modelica conference and got convinced that it is a useful feature to go for :-)
I hope @nytschgeusen can do some testing and give feedback if I got the feature right.
I had to change the C code, so that the SimulationX DLLs need to be recompiled.
By the way, maybe it makes sense to change to https://git-lfs.github.com/ at some point for storing the binaries. The service sounds interesting, but I have so far no experience with it.
Sometimes it is useful to run faster or slower than real-time. Examples are human-in-the-loop scenarios which have phases in which nothing "interesting" happens in which case one would like to fast-forward the simulation, e.g., in flight simulations during an autopilot phase.
For supporting such use-cases the
realtimeSynchronize
function should be extended with an (optional) real-time scaling input signal.The text was updated successfully, but these errors were encountered: