Albert

I actually have

biquad1,
a0=1,
a1=1.995203563661810,
a2=-0.995211837027711,
b0=1.002767239860590,
b1=-1.995188529985050,
b2=0.992459630843881,
biquad2,
a0=1,
a1=1.995203563661810,
a2=-0.995211837027711,
b0=1.002767239860590,
b1=-1.995188529985050,
b2=0.992459630843881,

to biquad8 ( I end without a comma.

I do this in the output section

Thanks

Bob

Bob,

Your formatting is indeed incorrect.. See the help/front page of the plug-in (REW input format button) or user manual for more info, but basically the plug-in expects something like this:

biquad1,
b0=1.00255060195923,
b1=-1.99872541427612,
b2=0.996345996856689,
a1=1.99872541427612,
a2=-0.998896598815918,
biquad2,
b0=1.02530908584595,
b1=-1.97203516960144,
b2=0.963742733001709,
a1=1.97203516960144,
a2=-0.989051818847656,
...

FYI, using the spreadsheet from this forum there is a section in yellow that should say "paste to miniDSP plug-in". That's what you'd need to paste (i..e in the correct order and without the a0.

Hope this helps,

DevTeam

Thanks

I will do this.

Do I paste at the input or the output? Sorry for being dense.

Best

Bob

Thanks for all the help = Up and running

knuisje,

Thanks so much for posting your spreadsheet (in post #1118) that can calculate the MiniDSP Z-transform transfer function coefficients. I had developed a very complicated crossover using the Laplace Domain transfer functions, but obviously could not enter those coefficients... I would have been stuck... so thanks again!!!

One request, however, as you are missing two important filter functions: the FIRST order shelving high and low pass filters. Any chance that you could add these to the spreadsheet???

-Charlie

Charlie,

Those first-order filters can be programmed without using the advanced biquad capability. Just select a normal high/low-shelf and Q=1.

Cheers,

Dave.