I've used the CBL/CBL2/LabPro a lot. You can use the CBR2 either standalone or via a CBL-compatible interface, as shown in the picture (though the picture is of the original CBR). I can tell you some things about how to use it through an interface but I don't know how they work standalone. Look in the manuals, there may be information there.

Quote from: Unicorn on September 02, 2016, 06:27:05 AM
*cough* @CVSoft *cough*

>.>

I'm even worse in UT2004 <.<

VGxSWlowMTZTV2RPZWtGblRrZEZaMDVIVldkT1ZHTm5Ua1JWWjA1NloyZE9hazFuVGtSVlowNXFaMmRPVkUxblRtcEpaMDV0VFdkT1IwVm5UbnBCWjA1VVdXZE9iVVZuVGtkRlowMTZUV2RPYWxGblRYcEZaMDVIUldkT1JHTm5UbFJKWjA1dFZXZE9WMFZuVG0xRlowNVVXV2RPVkdOblRucG5aMDVFWTJkT1ZGbG5Ua1JqWjA1NloyZE9iVWxuVGxSWlowNXRTV2ROZWtWblRucEZaMDVxU1dkT1JHZG5UbFJKWjA1cVJXZE9WRWxuVGxSVlowMTZWV2RPUkZGblRsUnJaMDR5UldkT1IwVm5Ua2RGWjA1cVZXZE9iVTFuVGxSSlowNTZSV2RPVkVWblRsUlJaMDE2UVdkTk1sRTk=

Nope.

I'll leave it as a challenge to future readers.
hint: do frequency analysis on the bytes.

Quote from: DJ Omnimaga on August 04, 2016, 02:35:42 AM
I still can't figure out how to decrypt @CVSoft posts. Do I need to buy a special premium software to do that or do I need to guess some sort of password?

No encryption, no premium software.

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hYSJo3pAhJaVfaNAkomTk0CUhUCXk6I

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I'm just going to query the date/time on the Pi and send that as speechified text; I don't want to get into rebroadcasting laws.

Quote from: DJ Omnimaga on July 22, 2016, 02:08:59 AM
Hm interesting. I am curious about how the audio quality will be.

Bad, but copiable.

Quote from: DJ Omnimaga on July 22, 2016, 02:08:59 AM
Also by text to speech, do you mean you'll code a converter?

I'm probably going to be using Google for text-to-speech and speech-to-text. I don't have the time or knowledge to algorithmically process audio. I'll train my code to accept common mistranslations; since radio audio is filtered, speech recognition engines will have a hard time with translating voice.

Moderator edit: fixed formatting

I still don't know what to call this.


It'll be some kind of information terminal accessible over 70cm amateur radio, using both text-to-speech and speech-to-text. So far, I have code to get the current weather conditions written for it, well before I finished any of the backend components. It's designed for Orange Pi One (it's cheap \o/), but can work on normal RasPi or even Windows! Once I can tell that code is at least marginally functional, it'll be open-source on my github page. I also need to make sure that the Orange Pi One can do what I need it to with its limited USB, since I need both a sound card and wireless networking.

I want this project to be:

• flexible - work on many different platforms and radios,
  
• extensible - allow users to add functionality,
  
• simple - use as few hacks as possible,
  
• inexpensive - entire build under $55, and
  
• legal - when operating on the air, reading all that FCC legalese is necessary.

STATUS:

• Audio Flow: 12%
  
• GPIO: 75%
  
• Radio Control: 0%
  
• Power Monitoring: 0%
  
• Voice Input: 0%
  
• Voice Output: 50%
  
• Weather: 100%
  
• Date and Time: 0%

If I figured out both the processor architecture and a method to load third-party (read: non-OS) code, then definitely. But that is beyond my skill levels and time allocations.

Besides those who I have introduced, no. I almost met comicIDIOT but plans fell through.

Quote[08:48] <+I|> <Cumred_Snektron> i think you should just make shore A and B are in the form 0000000x
[08:48] <+I|> <Cumred_Snektron> shure*
[08:48] <+I|> <Cumred_Snektron> sure8
[08:49] <+I|> <Cumred_Snektron> rip enrish