Support

If you have a problem or need to report a bug please email : support@dsprobotics.com

There are 3 sections to this support area:

DOWNLOADS: access to product manuals, support files and drivers

HELP & INFORMATION: tutorials and example files for learning or finding pre-made modules for your projects

USER FORUMS: meet with other users and exchange ideas, you can also get help and assistance here

NEW REGISTRATIONS - please contact us if you wish to register on the forum

Conditional selection

DSP related issues, mathematics, processing and techniques

Re: Conditional selection

Postby adamszabo » Thu May 28, 2020 2:28 pm

I think you are just using some wrong coefficients for the left and right, thats why you hear the difference
adamszabo
 
Posts: 657
Joined: Sun Jul 11, 2010 7:21 am

Re: Conditional selection

Postby juha_tp » Thu May 28, 2020 4:47 pm

adamszabo wrote:I think you are just using some wrong coefficients for the left and right, thats why you hear the difference


Hmm... as mentioned it's a Linkwitz crossfeed filter in question. My attached FS schematic (so far) just tests if the 1st order low pass (LPF1 in Ruby comments) and the 1st order high shelf (HSF1 in Ruby comments) filters works correctly (now one in left channel and the other in right channel) . Then later I need to mix those filters to get crossfeed effect done.

And that Ruby code I use in my example schematic is what I would like to move to DSP component (which this thread is about).

Why I'm using polynomials the way I use there is just because of I'm going to use 3rd order 'matched' LPF implementation to get better high frequency response. As matching the LPF response in real time process needs quite a lot code, doing it this way (3rd degree polynomial/coefficient) maybe eases the CPU usage a bit ... .
juha_tp
 
Posts: 57
Joined: Fri Nov 09, 2018 10:37 pm

Previous

Return to DSP

Who is online

Users browsing this forum: No registered users and 23 guests