Four suggestions: Show "fictional" TG ID or Freq Names + Detachable Scan/Call Info/History Windows + Hold/Avoid/Skip On the Fly + Pausing Only on Voice Streams

[noamlivne]

Sorry to bother you again, but I have some ideas...
:)

Using: v2.7.0-18-g25768edf (25768ed)

1. Because scanning or listening to OTA Encrypted freqs or networks shows sometimes 000 or fictional numbers in the TGT of the Event view;
   and because scanning multiple freqs or networks with the ubiquitous TG 1, for example, can cause confusion which one is being listened to now, using the Groups file is useless in these case, IMHO.
   Perhaps a "fictional" TG ID, per frequency, and/or Frequency Name can be shown in the GUI.
   For example, if I use the -Y option to Scan a long list of conventional repeaters that are all OTAE, and all the TGs are 0s, then I have no idea who is who.
   Perhaps the Channels .csv file (or a different file) can have an additional field that will contain the Channel's Name that will be shown in the Scan Mode row, and in the History view, (if there is a TGT...)

2. I wonder if there can be optional detachable windows, like in DSDPlus. Each window can show different info: Scan/Current freq window, Call Info Window, Latest Event History Window.
   I like to resize and move certain DSDPlus windows to the lower part of the screen, to the Taskbar, and using a 3rd party app named TranslucentTB I am able to view what is going on while I am doing other stuff on the computer, because the Windows Taskbar becomes translucent. (I can send a pic to clarify what I mean, if needed).
   I guess this is irrelevant for the excellent Android version.

3. I probably missed the options to Hold/Avoid/Skip channels/TGs while scanning conventional or while parked on a specific trunked network, on the fly, from the GUI. If I missed them, perhaps their shortcuts can be shown in the GUI. If they are not yet implemented, that would be a great addition (like in DSDPlus or in a Uniden Scanner).

4. I hope you can have a Scan option that only searches for Voice stream in conventional freqs, and somehow in trunked networks.
   A lot of repeaters transmit "junk" and while doing the -Y conventional scan, it stops "by mistake" on that junk. A special Scan option that waits for one second (or less) on a busy channel will continue scanning if no voice stream is present. If a voice stream is present the scan will pause for a user-defined period till the voice stops and the scan will continue.
   Same thing with trunked systems, but of course there is a constant "control" stream. So if it is just that boring stream, the scan can continue after a second, or whatever the user wants, but if there is talkgroup activity, the control channel will switch to the voice activity and stay on it till it clears and no more activity is present in the control channel. The scan will continue after a user-defined period that there is only boring "control" activity.

Thank you very much for your wonderful project!

[noamlivne]

I will use this thread for more ideas I have from time to time.
Feel free to ignore :)

5. Increase the Channels to be scanned (with -Y and Trunk) to more than 32.

6. Each row in the -Y / Trunked Channels should have also an option for its own Key or Keys per row.

7. Have a SRC file to identify the UIDs/RIDs of the devices that are talking.

[noamlivne]

8. Enable scanning of Conventional/Trunked mixed systems: Not only P25 and DMR, but also NXDN.

[noamlivne]

9. Some P25 sites do not share their P25 Phase1 and Phase2 Bandplans. Some do transmit them.

I see that P25 Channels look like: bandplan number + channel number, both of them in Hex, in the DSD-NEO GUI.
For example, Channel 2-2630 in DSDPLUS appears as 2A46 in the DSD-NEO GUI.
It is basically 2 (bandplan 2) and A46 (2630) appended together. So, 2A46 has to then be manually converted to 10822 in DEC, so it can be entered in the -C Channels.csv file.

Perhaps you can have an option for P25 Banplans in formats such as:
A. Using an existing Bandplan that is inherited from a site that does transmit it, thanks to the same WACN and SYS (such as with the DSDPlus.P25data file);

B. Using a simple bandplan such as what Uniden Sentinel has:

C. Using a more coplex bandplan SDRTrunk shows: