Hello Rolf,
On 27/06/2018 11:31 PM, rolfsassin...@web.de wrote:
Now, I like to have an EQ with most probable flat response which is
adjustable in steepness and frequency.
[snip]
Is there an analytic function decribing this?
Check this one out:
Thomas Hélie, "Simulation of Fractional-Order
Dear Rolf, dear All
several years ago I had the same idea and solved it by using a modified
Butterworth design (analog) and a Frequency Domain Least Squares (FDLS)
Design for the final digital filter. (Never published it.)
I just finished my first blog-post about it. (This question was a good
mo
7th octave, but 127th harmonic
harmonics are not octaves but multiples of the fundamental
Am 01.07.2018 um 14:00 schrieb Martin Klang:
I'm surprised it only outputs 256 sample waveforms. Does that not mean
that you can only go up to the 7th harmonic?
___
I recommended to Alex that he use the output from Andrew Belt's WaveEdit
after reading about it here (9 March 2018 "Wavetable File Formats").
I'm surprised it only outputs 256 sample waveforms. Does that not mean
that you can only go up to the 7th harmonic?
Martin
On 29/06/18 17:40, Nigel