QM Model-Based Design Tool Tutorial

Thank you for such a detailed description of QM! It was very informative. What I fail to understand is the exact place in code where the TIMEOUT trigger gets explicitly associated with the timeEvt. This would be the key element to properly understand the whole concept.

Thank you! Waiting for more video tutorials. since learning QM from text tutorials is very complex!

Seems to me this is OVERKILL for the rather simple arduino platform? Is it worth it to learn this IDE just for programming on Arduino? It's quite a long process, and I think even then the generated code isn't 100% arduino-ready?

WOW, the IDE doesn't have a preferences box where you can set the font size. Just wow.

Why the HELL would they call it a STATE M-A-C-H-I-N-E? Just why? I mean why? I don't see no cogs and wheels and gears. Just a STATE. Call it a STATE of the PROGRAM or whatever. Don't make up stuff to confuse and complicate.

I am following one of your tutorials for Getting started with Arduino, but the tutorial makes the assumption that the "manage tools" window comes mostly filled out, when in the version I've installed it is completely empty and I cannot find any tutorial for getting started there for building and uploading to the board.

Very nice tool and very nice tutorials, but licensing is simply not affordable for small companies with a single developer building a couple of different products in small quantities. We are not willing to open some special "know how" to big companies that will just steal it via GPL. Also, I don't see an easy way to integrate this with something like STM32CubeIDE which offers me a highly configurable HAL and RTOS out of the box. I would really like to use just QM for state machine C code generation but looks like this cannot be purchased separately. So it looks like I will have to go with another solution that offers more flexibility and is affordable, although I really like your tool and tutorials :-( The price is simply not affordable.

Sorry, but your user manual for QM is too weak, especially when compared to IAR visual state.

🌐😂😂😂