Hello,
where can I look, why the GRC don't create
a callback statement in the generated python file?
From: discuss-gnuradio-bounces+info=kemnas@gnu.org
On Behalf Of Info
Sent: Montag, 27. März 2023 09:42
To: DiscussGnuRadio
Subject: OOT-Modul and Callback
Hello,
I ha
Hello,
I have an OOT Block with a bool parameter and try to set
the parameter with a toggle switch. But it don't work.
I have seen that in the generated python file the callback is missing:
def set_select(self, select):
self.select = select
Here I expected the callback to
Hello,
I'm trying 2 simple things, see appended files:
a) The PUSH_BUTTON works only after aktivation of TOGGLE_BUTTON
( I think, it is a initialisation problem...).
b) I have no idea, how can I send the LED_STATE to an external server...
( I'm trying some things, but with no succes).
yTest_2.py
Warning: Ignoring XDG_SESSION_TYPE=wayland on Gnome.
Use QT_QPA_PLATFORM=wayland to run on Wayland anyway.
---
LimeSuite Source (RX) info
##
Connecting to device
##
LimeSuite version: 22.09.1-gabc28c
System: GnuRadio 2.10.1.1 and Python 3.10.4 on Ubuntu 22_04
Hello,
in the course of familiarization with gnuradio I've successful finished the
tutorial
"Creating Python OOT with gr-modtool".
There is a parameter "Selector" to select the working of the block.
Now, I added a QT-Toggle swi
Hello,
I have installed GnuRadio 3.10.1.1 and Python 3.10.4 on Ubuntu 22_04
There is a mysterious with the block QT GUI Level Gauge:
If I set "Show Values" of True, the graph steps in 1 inclement.
If I set "Show Values" of False" the graph steps in 10 increments!
Has everybody an idea
Hello,
I have installed GnuRadio 3.10.1.1 and Python 3.10.4 on Ubuntu 22_04
and I run into a problem:
There is only a very simple flowgraph:
QT GUI Toggle Switch --> QT GUI LED Indicator
At runtime, there is an error in modul:
"/usr/lib/python3/dist-packages/gnuradio/qtgui/ledindicator
To whom so ever it may concern...
This work is been Patented and Copyrights are with Agile Solutions.
This PCB Layout work and RF designs are panted work of Agile Solutions.
We have the NDA signed by Xxillence Incorporate and we have started the
legal action against them. Any sort of communica
Dear All,
Greetings from Agile Solutions.
We are pleased to
announce ASRP3, a Wideband SDR Receiver.
ASRP3 is built with new
capabilities for streaming IQ samples upto 100MSPS to PC using latest
USB 3.0 interface. The board comes with driver support for
Window/Linux/MAC. API's library a
Try to explore IT++ as well.
On Fri, 26 Aug 2011 11:45:13 -0400,
"Wilson, Jeffery (DS-1)" wrote:
Designation: Non-SSA/Finmeccanica
Matt,
Thank you for your response. We will certainly be sure to
abide by any and all licensing requirements as we move forward.
As
for now I would like t
Dear all,
Greetings from Agile Solutions...!
New Hardware
Platform solutions are available for use with GNURADIO.
Please
checkout our new solutions for exploring new posibilities with PC based
SDR at www.agile-sdr-solutions.com
Regards
Team, Agile Solutions
__
On Wed, 20 Apr 2011 17:12:34 -0500 (CDT), "Jeff Brower"
wrote:
>> On 04/19/2011 01:10 PM, i...@agile-sdr-solutions.com wrote:
>>>
>>> Dear Matt,
>>>
>>> We honestly went through every material in search on Google but we
>>> couldn't locate a single article published successful testing for
>>> STBC
On Tue, 19 Apr 2011 14:00:01 -0700, Colby Boyer wrote:
The two
boards should have different clocks, so there should be some frequency
offset. Even in typical SISO systems, you use a PLL block to deal with
this since you can't access the other LO because its physically
somewhere else.
While
On Mon, 18 Apr 2011 12:17:22 -0700, Matt Ettus wrote:
> On 04/18/2011 10:13 AM, i...@agile-sdr-solutions.com wrote:
>> We went through this published article you sent to us for review
>> http://newport.eecs.uci.edu/~hyousefi/publ/sdrMC08.pdf
>>
>> We didn't see anything particular to STBC/SFBC.
>
On Tue, 19 Apr 2011 11:41:46 -0700, Matt Ettus wrote:
> On 04/19/2011 11:38 AM, Colby Boyer wrote:
>> Hi All,
>>
>> In RFID applications, a reader receives (backscatter from RFID tag) and
>> transmits (constant tone) at the same frequency. With commercial
>> readers, a single LO will be shared by
On Mon, 18 Apr 2011 12:33:31 -0500, Steve Peters wrote:
Although
we haven't come across any projects with USRP1 for successful
testing
for STBC and SFBC codes.
If any team or individual has published this
work, we would be happy to
check that part.
The Hydra project
(http://netlab.ece.ute
On Sun, 17 Apr 2011 23:09:15 -0700, Matt Ettus wrote:
> On 04/16/2011 11:15 AM, i...@agile-sdr-solutions.com wrote:
>> Hi Marcus,
>>
>>
>>
>> Welcome to Agile Solutions.
>>
>>
>>
>> Yes, it uses both common clock and common LO. Theres no phase tracking
>> required due to common LO with cycle slip
Hi Marcus,
Welcome to Agile Solutions.
Yes, it uses both common
clock and common LO. Theres no phase tracking required due to common LO
with cycle slip. This is main requirement for MIMO systems for Space
Time(STBC) and Space Frequency(SFBC) Codes.
Although, diversity only
systems needs onl
AGILE SOLUTIONS IS PLEASED TO ANNOUNCE USRP STAR. YET ANOTHER
ADDITION TO GNURADIO
USRP STAR is a 2x2 full duplex MIMO Transceiver
System housing complete RF and DAQ subsystems on a single board. Its
architecture is designed for a true MIMO System. It meets the unique
architecture required for
Greetings to GNURadio community.
Agile Solutions is pleased to
announce price break for U-RFX starting from 1st March 2011.
We are
now selling U-RFX at USD 350. A direct 50% cut down from the launch
price.
By optimizing BOM and Volume production we could cut down
production cost by more tha
On Wed, 2 Feb 2011 21:26:32 -0600, Darol Klawetter
wrote:
> On Tue, Feb 1, 2011 at 10:07 PM, wrote:
>> Agile Solutions is pleased to announce a new Wideband RF Transceiver board
>> U-RFX capable of tuning frequencies from 1MHz to 4.4GHz.
>>
>>
>>
>> The wide frequency coverage addresses the need
Agile Solutions is pleased to announce a new Wideband RF Transceiver
board U-RFX capable of tuning frequencies from 1MHz to 4.4GHz.
The
wide frequency coverage addresses the need for single RF transceiver
board capable of meeting various application needs ranging from 1MHz to
4.4GHz with 50 MH
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