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1 - Download and install Git: https://git-scm.com/downloads. When installing Git on Windows, use Windows SSL verification instead of Open SSL or you might run into problems when installing project dependencies. ДУPА ЧE HECET
2 - Download and install 64-bit Python 3.8. Make sure to check Add Python 3.8 to PATH.KAK0Й HAXУЙ ПУТЬ
3- You may need to install libsndfile if you're having problems with soundfile when installing requirements.txt. KAK0Й HAXУЙ ЛИБCHДФAЙЛ
4- On Windows you may need to install Microsoft Visual C++ Redistributable for Visual Studio 2015, 2017, and 2019 0, A ЭT0 Я 3HAЮ, CTABИЛ MH0Г0 PA3
5- Open a terminal / command prompt. On Windows, search cmd in the start menu. 0 KPУT0 PAБ0TA C K0MAHДH0Й CTP0K0Й ПPИBET 1989
6 - Clone AutoEq
git clone https://github.com/jaakkopasanen/AutoEq.git
Go to AutoEq location
cd AutoEq
Create a python virtual environment
python -m venv venv
Activate virtualenv
# On Windows
venv\Scripts\activate.bat
# On Linux and Mac
. venv/bin/activate
Update pip
python -m pip install -U pip
Install required packages
python -m pip install -U -r requirements.txt
Verify installation. If everything went well, you'll see the list of command line parameters AutoEq accepts.
python autoeq.py --help
When coming back at a later time you'll only need to activate virtual environment again
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# On Windows
cd AutoEq
venv\Scripts\activate.bat
# On Linux and Mac
cd AutoEq
. venv/bin/activate
To learn more about virtual environments, read Python' venv documentation.
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usage: autoeq.py [-h] --input_dir INPUT_DIR [--output_dir OUTPUT_DIR]
[--standardize_input] [--new_only]
[--compensation COMPENSATION] [--equalize] [--parametric_eq]
[--fixed_band_eq] [--fc FC] [--q Q] [--ten_band_eq]
[--max_filters MAX_FILTERS] [--fs FS] [--bit_depth BIT_DEPTH]
[--phase PHASE] [--f_res F_RES] [--bass_boost BASS_BOOST]
[--iem_bass_boost IEM_BASS_BOOST] [--tilt TILT]
[--sound_signature SOUND_SIGNATURE] [--max_gain MAX_GAIN]
[--treble_f_lower TREBLE_F_LOWER]
[--treble_f_upper TREBLE_F_UPPER]
[--treble_max_gain TREBLE_MAX_GAIN]
[--treble_gain_k TREBLE_GAIN_K] [--show_plot]
optional arguments:
-h, --help show this help message and exit
--input_dir INPUT_DIR
Path to input data directory. Will look for CSV files
in the data directory and recursively in sub-
directories.
--output_dir OUTPUT_DIR
Path to results directory. Will keep the same relative
paths for files found in input_dir.
--standardize_input Overwrite input data in standardized sampling and
bias?
--new_only Only process input files which don't have results in
output directory.
--compensation COMPENSATION
File path to CSV containing compensation (target)
curve. Compensation is necessary when equalizing
because all input data is raw microphone data. See
"compensation", "innerfidelity/resources" and
"headphonecom/resources".
--equalize Will run equalization if this parameter exists, no
value needed.
--parametric_eq Will produce parametric eq settings if this parameter
exists, no value needed.
--fixed_band_eq Will produce fixed band eq settings if this parameter
exists, no value needed.
--fc FC Comma separated list of center frequencies for fixed
band eq.
--q Q Comma separated list of Q values for fixed band eq. If
only one value is passed, it is used for all bands. Q
value can be calculated from bandwidth in N octaves by
Q = 2^(N/2)/(2^N-1).
--ten_band_eq Shortcut parameter for activating standard ten band eq
optimization.
--max_filters MAX_FILTERS
Maximum number of filters for parametric EQ. Multiple
cumulative optimization runs can be done by giving
multiple filter counts separated by "+". "5+5" would
create 10 filters where the first 5 are usable
independently from the rest 5 and the last 5 can only
be used with the first 5. This allows to have multiple
configurations for equalizers with different number of
bands available. Not limited by default.
--fs FS Sampling frequency for impulse response and parametric
eq filters. Defaults to 44100.
--bit_depth BIT_DEPTH
Number of bits for every sample in impulse response.
Defaults to 16.
--phase PHASE Impulse response phase characteristic. "minimum",
"linear" or "both". Defaults to "minimum"
--f_res F_RES Frequency resolution for impulse responses. If this is
20 then impulse response frequency domain will be
sampled every 20 Hz. Filter length for impulse
responses will be fs/f_res. Defaults to 10.
--bass_boost BASS_BOOST
Bass boost shelf. Sub-bass frequencies will be boosted
by this amount. Can be either a single value for a
gain in dB or a comma separated list of three values
for parameters of a low shelf filter, where the first
is gain in dB, second is center frequency (Fc) in Hz
and the last is quality (Q). When only a single value
(gain) is given, default values for Fc and Q are used
which are 100 Hz and 0.65, respectively. For example "
--bass_boost=6" or "--bass_boost=9.5,150,0.69".
--iem_bass_boost IEM_BASS_BOOST
iem_bass_boost argument has been removed, use "--
bass_boost" instead!
--tilt TILT Target tilt in dB/octave. Positive value (upwards
slope) will result in brighter frequency response and
negative value (downwards slope) will result in darker
frequency response. 1 dB/octave will produce nearly 10
dB difference in desired value between 20 Hz and 20
kHz. Tilt is applied with bass boost and both will
affect the bass gain.
--sound_signature SOUND_SIGNATURE
File path to a sound signature CSV file. Sound
signature is added to the compensation curve. Error
data will be used as the sound signature target if the
CSV file contains an error column and otherwise the
raw column will be used. This means there are two
different options for using sound signature: 1st is
pointing it to a result CSV file of a previous run and
the 2nd is to create a CSV file with just frequency
and raw columns by hand (or other means). The Sound
signature graph will be interpolated so any number of
point at any frequencies will do, making it easy to
create simple signatures with as little as two or
three points.
--max_gain MAX_GAIN Maximum positive gain in equalization. Higher max gain
allows to equalize deeper dips in frequency response
but will limit output volume if no analog gain is
available because positive gain requires negative
digital preamp equal to maximum positive gain.
Defaults to 6.0.
--treble_f_lower TREBLE_F_LOWER
Lower bound for transition region between normal and
treble frequencies. Treble frequencies can have
different max gain and gain K. Defaults to 6000.0.
--treble_f_upper TREBLE_F_UPPER
Upper bound for transition region between normal and
treble frequencies. Treble frequencies can have
different max gain and gain K. Defaults to 8000.0.
--treble_max_gain TREBLE_MAX_GAIN
Maximum positive gain for equalization in the treble
region. Defaults to 0.0.
--treble_gain_k TREBLE_GAIN_K
Coefficient for treble gain, affects both positive and
negative gain. Useful for disabling or reducing
equalization power in the treble region. Defaults to 1.0.
--show_plot Plot will be shown if this parameter exists, no value
needed.ААААААААААААААААА
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