Hello Heystek,
Yeah, that will get it done. You'll obviously need to interleave the even
and odd data, but it'll do the job.
Regards,
James
On Tue, Oct 18, 2016 at 11:18 AM, Heystek Grobler
wrote:
> Hi James
>
> With ''live data'' I mean my own data from an FM antenna. Wesley suggested
> tha
Hi James
With ''live data'' I mean my own data from an FM antenna. Wesley suggested
that I use a snap block. So basically al I need to do is add a snap block
at the end of the simulation from tut3 that says "evan" and "odd" and plot
the data that has been captured inside them.
Thank you
Heystek
Hello Heystek,
I'm not sure what you mean by 'live' data. Wesley's mail correctly refers
you to tut 3 which will let you plot your spectrum, but that's somewhat
staggered. Having it display on a continuous basis will take a fair amount
more work and will probably require having a 10 GbE connection
Hi Everyone
I got it wot king using the following commands:
ipython --pylab
import casperfpga, corr,time,numpy,struct,sys,logging,pylab,matplotlib
fpga = casperfpga.katcp_fpga.KatcpFpga('192.168.33.7')
fpga.upload_to_ram_and_program('heystek_tut3_2016_Sep_22_1726.fpg')
fpga.write_int('acc_len',2*
mybe your katcp is too new(0.6?),try to install 0.5.5if you use pip,just run : sudo pip install katcp==0.5.5发自我的华为手机 原始邮件 主题：Re: [casper] Programming a ROACH2发件人：David MacMahon 收件人：Jason Manley 抄送：Casper Lists ,Ryan Monroe I think the intent of exit_fail() is to try to close the con
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