Notice: This version is abandoned. Check the GUI Version for latest update: https://github.com/zettonaender/eqapotographiceq-gui
Update (26 March 2021): Removed the need to install autoeq, still uses the code from it, though.
For converting Equalizer Apo (or Peace) config to CSV for AutoEQ. This makes it possible to generate Graphic Eq for Wavelet (Non-Root Android Eq) and others. https://i.imgur.com/fjK8muf.png
In the picture above I generated a Graphic EQ file from a SonarWorks Reference equalization (in the form of an IR wav) intended for my non-rooted Android device. The IR wav is for comparison to make sure that the output matches the intended equalization. This is because Graphic EQ has limitations on filtering narrow peaks.
The picture also included the deviation of output from input. The only difference is <20Hz and >22000Hz. This is partly because of the trim function in the file to cut unneeded frequencies from the input. You can modify these if you wish.
Before use, please download python 3.7 and get pip: https://phoenixnap.com/kb/install-pip-windows
How to use:
-
Git clone this project or download zip. Open cmd, cd to the folder from the zip. Type
pip install -r requirements.txt -
Open cmd, cd to Equalizer Apo folder.
-
Open your Equalizer Apo config.txt (or peace.txt for Peace) and add
; Benchmarkin the device selection line. Check this image as an example: https://i.imgur.com/jHmKxdv.png -
Type
Benchmark.exe -c 1 -t 24000 -l 48 -r 48000 -o ssweep.wav(change 48000 to your sampling rate) (ssweep.wav is an arbitrary filename) (Benchmark.exe is located in Equalizer APO folder). -
Put
ssweep.wavin the same folder asperiodogram.pyfrom this project. -
Open the
periodogram.pywith text editor. -
On the first row, change the filename to
ssweep(filename without extension) -
Open
run.bator with cmdpython periodogram.py. -
After the program is done, there will be a folder named
myresult/ssweep, take theGraphic EQ.txtfile and import to wavelet.
Do keep in mind that Graphic EQ are not the best solution for headphone equalization since it cannot reproduce some filter accurately.
If you have any issues or feedback and/or want to contribute, let me know about it. Many thanks.