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At the moment i implement your source code in c++ runtime environment twincat (17c++) First test cases seems to run smooth and nice. I'm impressed on the performance.
Hey @bazoida, thanks for your changes - I'm very much interested in TwinCAT for Ruckig!
Do you know where I can find information about which subset of C++ is supported in TwinCat? I've found the Beckhoff Reference, and there is section 12.4 about its limitations, but I can't find anything special about zero devision or nan handling there.
Btw, there is also struckig, a port of Ruckig to Structured Text. Might be of interest to you.
C++ for TwinCat -> Come in and find out. Hehe. Unfortunately Documentation is the weak point on the system.
Mostly you can reach same methods as in standard legacies. TwinCat is doing a great job on rebuilding the std classes for usage in deterministic realtime context. Exception handling by now is really nice. With last versions i wouldn't know any argument except additional license, not using c++ fully for plc programming. i.e. c++ methods can fully be used within codesys environment.
I will soon provide a fork shared library for usage standard and twincat within our organization https://github.com/ZoiglValley Need some more tests with extrema, jog mode, reference mode, automatic switch position <-> velocity drive.
I know struckig. kudos for rebuilding your code in codesys. I'm the lazy guy. To be honest, i even don't understand your magic a bit. I just built a wrapper.
Hi pantor.
Kudos for ruckig.
At the moment i implement your source code in c++ runtime environment twincat (17c++) First test cases seems to run smooth and nice. I'm impressed on the performance.
Next to a judge namespace war i made in twincat i also needed to adjust the maths.
https://github.com/bazoida/ruckig/tree/chore/fixMathForTwinCat/bazoida
Hint: Separated the includes working in twincat.
TwinCat C++ seems to be more sensitive than the official legacy.
Perhaps you can have a look. I already tested the changes and also tracked your origin ramps and made a one to one comparison.
For TwinCat C++ in general we have to take care about 0 Divisions and negative Roots
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