As for now - before your very helpful message - I was able to make PEQs for Android's ToneBoosters by using the AutoEQ and the REW's Configurable PEQ only. The following is an explanation from ToneBoosters of the correspondence of those REW filters that can be used to create 10-band PEQS.All of AutoEQ's frequency response files
This note is true - but only because of restrictions of REW's Configurable PEQ .... our filters are different from the ones in REW's table. The RBJ bandwidth/Q definition In this REW table [Configurable PEQ filters] is probably the best match that will work at low frequencies and mid frequencies, or in your implementations when using oversampling.
In Equalizer v3 of the ToneBoosters in the UAPP the 'Analog bell' is probably your best match for that peaking filter. In addition, Toneboosters equalizer v3 also supports a range of shelving, low cut, high cut filters but it seems you're only looking for the PEQ translation.
Whether there are a ways to change the number of bands which REW will made in the GENERIC model EQ to be able use these filters in UAPP (and not be restricted to only the RBJ filters)?
Last edited: