Hi Martin, the recipes that I have had a look at are of different complexity. There are simple and complex ones...
If I take one to adapt it to my repository, how can I test if everything is fine? I don't want to create a pull request without being sure that everything works as expected. I know by experience that if it works for me, it might fail easily for others because I haven't respected one or more rules. This would not be the first time :-) Regards, Ralf Am 18.02.2025 um 16:29 schrieb Martin Braun:
Don't worry, it's easy: - Clone this repo: https://github.com/gnuradio/gr-recipes - Copy one of the gr-*.lwr files and rename it gr-dl5eu.lwr - Edit it the file to refer to your repository - Submit a pull request against the gr-recipes repo with your new file - Profit! --M On Tue, Feb 18, 2025 at 3:47 PM Ralf Gorholt <ralf.gorh...@gmx.de> wrote: Hi Martin, thank you for the suggestion. Please excuse the delayed answer, I was on holidays. I don't know PyBOMBs, neither gr-recipes and I don't have any experience with github yet. If it is easy to do it I will do so. If you know what needs to be done, please let me know :-) Regards, Ralf Am 14.02.2025 um 21:26 schrieb Martin Braun:Very cool, Ralf! Uh just to be sure, it's this, right? https://github.com/dl5eu/gr-dl5eu ? May I suggest you add recipe to PyBOMBS: https://github.com/gnuradio/gr-recipes ? Then it'll be indexed on https://cgran.org. Cheers, and thanks for your work! --M On Thu, Feb 6, 2025 at 10:09 PM Ralf Gorholt <ralf.gorh...@gmx.de> wrote: Dear all, I have just released a very first version of the source code of my OOT module gr-dl5eu. This is the first time that I publish my work, so please forgive me if it does not correspond to or if I have not respected all written or unwritten rules ;-) This module contains two blocks, dvbt_ofdm_synchronization and dvbt_tps_decoder. They are based on two blocks that Federico La Rocca has developed for ISDB-T. gr-dl5eu is work under development and I encourage particularly radio amateurs who are interested in DVB-T reception with GNU Radio to test them. There is no documentation yet, but there are comments in the code. Here is just a short description of what the blocks do. The first block, dvbt_ofdm_synchronization, recognizes the OFDM symbols of a DVB-T signal and delivers them to the second block. Sampling rate differences between the transmitter and receiver are interpolated so that reception should be stable (at least when the received signal is stable). The second block, dvbt_tps_decoder, decodes the TPS information that is transmitted within the DVB-T signal and outputs the payload carriers (that are fed into the block DVB-T Demap). dvbt_tps_decoder can send messages containing the detected signal parameters to other blocks. You will find two simple sample flowgraphs in the examples directory. Please note that I am no DSP guy and that I actually haven't fully understood how the blocks work exactly. I had to copy parts of the code from the GNU Radio tree because it was either inaccessible or needed some modifications. The reason why I have developed these blocks is that friends of mine are looking for a simple and cheap solution for DVB-T reception with low bandwidth in amateur radio, However, I would be happy if others also find my work useful. Federico, when you have the time, would you take a look at my code? Without your work I would not have been able to create my blocks! Kind regards, Ralf
