> Unfortunately, this same output is displayed repeatedly. I am not sure why
> the time does not change. Is there any other command that will keep
> printing/pulling the recent time after 10 ms (1 ms)?
>
>
time_spec is a stuct that holds integer time and fractional time for
high precision. Noth
Thanks a lot, Josh. I tried to use the time_spec_t class in the GRC
generated python code through the following way:
class TimeFind(grc_wxgui.top_block_gui):
.
self.time_spec_t = uhd.time_spec_t(0)
.
if __name__ == '__main__':
...
On 07/27/2012 10:24 AM, Nazmul Islam wrote:
> Sorry for the previous email. I mistakenly hit the sent button before
> completing the mail. Here is the complete mail:
>
> Is it possible to see the time through USRP GPSDO with
> microsecond/millisecond granularity? I want to synchronize the timing
; IIRC, one of the stream tags examples already implements the
>> aforementioned algorithm. You just need to lift it and perhaps put it in a
>> new block in line with your GR/GRC processing chain.
>>
>> ** **
>>
>> Sean****
>>
>>
012 7:00 AM
To: j...@ettus.com
Cc: discuss-gnuradio@gnu.org
Subject: Re: [Discuss-gnuradio] Transmission time control from python level
Hi Josh,
Thanks a lot for your reply. Can I control the TX stream from the GRC generated
python code? In other words, can I change the UHD:USRP source/sink param
Hi Josh,
Thanks a lot for your reply. Can I control the TX stream from the GRC
generated python code? In other words, can I change the UHD:USRP
source/sink parameters to set up the time stamps or controlling the
scheduling?
Thanks,
Nazmul
On Sun, Jul 8, 2012 at 12:30 AM, Josh Blum wrote:
>
>
On 07/07/2012 09:30 AM, Nazmul Islam wrote:
> I have three USRP's and I want them to transmit a continuous stream of
> repeated GLFSR source in non-overlapping manner. In other words, each
> transmitter will transmit the source for 1 second and then pause for 5
> seconds. All transmitters will tr
I have three USRP's and I want them to transmit a continuous stream of
repeated GLFSR source in non-overlapping manner. In other words, each
transmitter will transmit the source for 1 second and then pause for 5
seconds. All transmitters will transmit during the 'odd' seconds so that
there is a 1 s
