@stepan-ozana Thanks for sharing your solution with the community!

Good luck with your project.

Tomas

@Jan-Reitinger Hi Jan,

All sorted, thank you.

Cheers,
Mike

@Jan-Reitinger

Hello Jan,

Thanks for your help in my project.

I will see this tutorial, in case of the therm of the project, which is not again finish.

I have lot of work before.

@TourneurHello,
Thank you for sharing the details of your progress and providing such comprehensive information. Taking small steps is indeed the best approach and the most reliable way to achieve your goals. If you encounter any further issues, please do not hesitate to reach out.

A note in the documentation: "If you want to replace the WeBuDi interface with the Rexygen HMI designer interface, just delete the index.hmi.js and save the HMI as index.hmi.svg" is mentioned because the visualization was created using WeBuDi in the above steps. If you didn't follow this process for WeBuDi, this note is not relevant to you.

Keep up the great work, and we're here to help whenever you need it!

Cheers,
Jan

@BailP Hello,
yes, there are REXYGEN packages (version 3) for Bookworm. Details are described here.

Cheers,
Jan

@cechurat Hi Tomas,

No problem, and thank you for your help as always.

Cheers,
Mike

Hi Phil,

A colleague has already responded to your query via support. To ensure we have all the information, I’m adding some additional questions here on the forum as well. We need more details from you:

Has the problem been present since the beginning, or did something change? What has changed? Did the LEDs work well before? What REXYGEN project are you using? Can you try running the "0121-09 Monarco HAT Demo Example" and see if you can trigger the LEDs? What does the system log say?

Best regards,
Jan

@Jan-Reitinger Thank you so much for efficient help. Now it works exactly as I wish.

@Jan-Reitinger Thank you so much for efficient help. So far I have used Inport and Outport blocks for working with subsystems. Now I am able to use them to exchange data between tasks.

@Tourneur

Hello,

All my apologies for this very late replying, and status of my advancement.

Unfortunately, I left completely the idea of using simulation without real target connected.

I tryed to compare the use of Rexygen with Profilab Expert, which is for me a really, and really compfortable software.
Particularly, when you are not familiary with all the complexity of programming environnement.

But yes, now, I see it's completly different, and I must re-see all my vision of Rexygen.

I finally decided to use a real target, and follow the tutorial in the documentation.

I arrived to put in place an interactive comunication with the target and my ethernet devices.

You understand lot of thing when system running, for example, i won't understood the machine interface is a web page.

Now I could, thing a little bit deeper in the working of the rexstudio.
Particularly, with Nextape, for a particular project.
I will put my question in HMI topic.

Have a good end day

@MikeyH Hi Mike,

Please, make sure to tick the "GenerateRexHMI" parameter as well.

Cheers,
Tomas

@MikeyH Hi Mike,

thanks for the report. It seems that the Archive viewer in Diagnostics is limited to the 16 signals.

I have prepared a Python script for converting the Archive timezone - find it attached.

How to use the script:

export the REXYGEN archive using the RexArc command line utility. For details execute command RexArc --help put the exported file in the same directory as the Python conversion script run the conversion script using the following command: python archive_timezone_converter.py input.csv output.csv offset

Parameters meaning:

input.csv - original file exported using RexArc output.csv - output file offset - The timezone offset to apply (in hours).

Script file: archive_timezone_converter.py

Let me know if it helps.

Cheers, Tomas

@MikeyH Hi Mike,

you are right - this is new in v3. The parameter SigNames is passed to the TRND block and can be read in Watch Mode in REXYGEN Studio (just double-click the TRND block) - see the signal annotation in the right part of a window.
It is also read by HMI component TRND which displays the information directly to the HMI (you can override the information by editing the HMI component parameters).

Cheers,
Tomas

@MikeyH Hi Mike,

I'm glad it works for you 😉

For the "variable decimal point" I would use blocks MUL and CNDR. CNDR configure so it reflects the changing of the gain according to the value.

You will probably find many other solutions which will lead you to the desired behaviour (e.g. SSW for switching gain according to the value)

Hope it helps.

Cheers,
Tomas

@MikeyH Hi Mike,

Code "-102" stands for Timeout - see Doc: https://www.rexygen.com/doc/ENGLISH/MANUALS/BRef/BRef_ENGap3.html#x360-359000C

How often do you write the values?

PS: In version 3 we have introduced native support for the PostgreSQL database. Have a look at the documentation if you find it useful: https://download.rexcontrols.cz/partner/testing/rexygen/doc/3.0.0.15811/ENGLISH/MANUALS/PqDrv/PqDrv_ENG.html

Cheers,
Tomas

@mtomek Hi Michal,

if the period of read/write request won't be shorter than a few seconds I would use REXYGEN REST API - see docs: https://www.rexygen.com/doc/ENGLISH/MANUALS/RexRestApi/RexRestApi_ENG.html

Have a look at the "0302 IoT Integrations" examples folder - it contains some examples on using REST API.

Cheers,
Tomas