2015-01-28, 14:18
@BoxFreak:
In the documentation from REW I saw that it can export the generated filter as wav-file (Export -> Impulse Response as WAV). Later we can load those files with adsp.xconvolver.
But if we wanna use the text-files. Then we have to implement BiQuad-Filters (I hope this is correct).
Do you know how to interpret "Filter 1: ON PA Fc 129.1Hz ( 125 +2 ) Gain -18.5dB BW/60 4.0"?
I think
Fc = Crossover Frequency. What is (125 +2)?
PA = ?
Gain = Gain
BW/60 = ?
Example output from REW documentation:
In the documentation from REW I saw that it can export the generated filter as wav-file (Export -> Impulse Response as WAV). Later we can load those files with adsp.xconvolver.
But if we wanna use the text-files. Then we have to implement BiQuad-Filters (I hope this is correct).
Do you know how to interpret "Filter 1: ON PA Fc 129.1Hz ( 125 +2 ) Gain -18.5dB BW/60 4.0"?
I think
Fc = Crossover Frequency. What is (125 +2)?
PA = ?
Gain = Gain
BW/60 = ?
Example output from REW documentation:
Code:
Room EQ V4.00
Dated: 07-Jan-2007 17:20:32
Notes:Example filter settings
Equaliser: DSP1124P
sampledata.txt
Bass limited 80Hz 12dB/Octave
Target level: 75.0dB
Filter 1: ON PA Fc 129.1Hz ( 125 +2 ) Gain -18.5dB BW/60 4.0
Filter 2: ON PA Fc 36.8Hz ( 40 -7 ) Gain -15.5dB BW/60 10.0
Filter 3: ON PA Fc 99.1Hz ( 100 -1 ) Gain -3.5dB BW/60 1.0
...