A Shell Script To Automate https://github.com/jaakkopasanen/AutoEq even more.

autoautoeq.sh

#!/usr/bin/env bash
# A Shell Script To Automate AutoEq even more.
# Diab Neiroukh - 23/Feb/2020 (Licensed under the GNU GPLv3)

declare -a fidelityTypes=("Enhanced Fidelity" "Lower Fidelity" "Native Fidelity" "Standard Fidelity")
gitConfig="$PWD/.git/config"
pythonExe="$(which python3.7)"

exuent() {
	sleep 3 && exit 1
}

if [ -f $gitConfig ]; then
	if ! $(cat $gitConfig | grep -q AutoEq); then
		echo "Please make sure you are in a AutoEq clone and the name of the repo is the same."
		exuent
	fi
else
	echo "Please cd into the AutoEq git clone before starting this program."
	exuent
fi

if [[ -z "$1" ]]; then
	showPlot=true
else
	case $1 in
		"cli")
			showPlot=false
			;;
		"gui")
			showPlot=true
			;;
		*)
			echo "Only a single argument is supported, and that is 'cli' or 'gui'. This determines whether or not to show the plot in a pop-up window. The default is for it to be shown."
			exuent
			;;
	esac
fi

for fidelityType in "${fidelityTypes[@]}"; do
	mkdir -p "$PWD/my_results/$fidelityType"
done

if [[ -z "$NAME" ]]; then
	echo "Please enter the name of your headphones exactly as it is stated in the index:"
	read NAME
fi
# Check if data for $NAME exists.
if ! $(find -name "$NAME" | grep -q data); then
	echo "The directory for $NAME's CSV data could not be found."
	exuent
fi
input="$(find -name "$NAME" | grep data)"

if [[ -z "$TARGET" ]]; then
	echo "Please enter the name of the target compensation CSV:"
	read TARGET
	# Correct target without .csv file extension.
	if ! $(echo $TARGET | grep -q ".csv"); then
		TARGET=$TARGET".csv"
	fi
fi
# Check if $TARGET exists.
if [ ! -f "$PWD/compensation/$TARGET" ]; then
	echo "The target CSV '$TARGET' could not be found."
	exuent
fi

if [[ -z "$FIDELITY" ]]; then
	echo "I have split the fidelity into four sections; Enhanced, Lower, Native, and Standard Fidelity."
	echo "Enhanced Fidelity is 24-bit at 48000Hz."
	echo "Lower Fidelity is 16-bit at 44100Hz."
	echo "Native Fidelity is the native maximum of your headphones."
	echo "Standard Fidelity is 16-bit at 48000Hz."
	echo "Please enter the fidelity you wish the profile to be in:"
	read FIDELITY
fi
case "$FIDELITY" in
	# Accept both "Enhanced Fidelity" and "Enhanced".
	"${fidelityTypes[0]}"|"$(echo ${fidelityTypes[0]} | awk '{print $1;}')")
		# Make sure it copies to the right folder, eventually.
		FIDELITY="${fidelityTypes[0]}"
		BITDEPTH=24
		FREQ=48000
		;;
	"${fidelityTypes[1]}"|"$(echo ${fidelityTypes[1]} | awk '{print $1;}')")
		FIDELITY="${fidelityTypes[1]}"
		BITDEPTH=16
		FREQ=44100
		;;
	"${fidelityTypes[2]}"|"$(echo ${fidelityTypes[2]} | awk '{print $1;}')")
		FIDELITY="${fidelityTypes[2]}"
		echo "Unfortunately, there's no way for me to detect your headphone's native fidelity."
		echo "Enter your headphone's bitdepth:"
		read BITDEPTH
		# Correct values like "24 bit".
		BITDEPTH="$(echo $BITDEPTH | awk '{print $1;}')"
		# Correct values containing "bit".
		if $(echo $BITDEPTH | grep -q "bit"); then
			if $(echo $BITDEPTH | grep -q "\-bit"); then
				# Correct values like "24-bit".
				BITDEPTH="${BITDEPTH//-bit}"
			else
				# Correct values like "24bit".
				BITDEPTH="${BITDEPTH//bit}"
			fi
		fi
		echo "Enter your headphone's native frequency in Hz:"
		read FREQ
		# Correct values like "14000 Hz".
		FREQ="$(echo $FREQ | awk '{print $1;}')"
		# Correct values like "14000Hz".
		if $(echo $FREQ | grep -q "Hz"); then
			FREQ="${FREQ//Hz}"
		fi
		;;
	"${fidelityTypes[3]}"|"$(echo ${fidelityTypes[3]} | awk '{print $1;}')")
		FIDELITY="${fidelityTypes[3]}"
		BITDEPTH=16
		FREQ=48000
		;;
	*)
		echo "Please enter one of the four defined fidelity types."
		exuent
		;;
esac

# change this to check if venv dir exists
if false; then
	virtualenv --python=$pythonExe venv
fi

# check if shell is bash here

source venv/bin/activate

if [ $showPlot = true ]; then
	python autoeq.py --input_dir="$input" --fs "$FREQ" --bit_depth "$BITDEPTH" --output_dir="my_results/$FIDELITY/$NAME" --compensation="compensation/$TARGET" --equalize --parametric_eq --ten_band_eq --show_plot
else
	python autoeq.py --input_dir="$input" --fs "$FREQ" --bit_depth "$BITDEPTH" --output_dir="my_results/$FIDELITY/$NAME" --compensation="compensation/$TARGET" --equalize --parametric_eq --ten_band_eq
fi