Stow scripts

This commit is contained in:
2023-11-25 09:35:34 -05:00
parent 547eb10705
commit b41a4141f2
41 changed files with 2 additions and 2 deletions

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#! /bin/bash
# Load user settings from config file.
. ~/.config/settings.conf
for file in *.aax; do
convertedFile="./${file%%.*}.m4b"
if [ ! -f "$convertedFile" ]; then
ffmpeg -y -activation_bytes ${activation_bytes} -i ./${file} -codec copy $convertedFile
fi
done

159
scripts/bin/audio/aquamix.sh Executable file
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#!/bin/bash
# Script to manuage audio mixing the the main audio interface.
# Import library
source $(dirname ${BASH_SOURCE[0]})/audio-lib.sh
INTERFACE_NAME='Clarett+ 8Pre'
INTERFACE_NUM=$(getCardNumber $INTERFACE_NAME)
checkCard "$INTERFACE_NAME" "$INTERFACE_NUM"
# Sets the volume levels of the first mono instrument.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setMonoOne() {
setMono $INTERFACE_NUM 1 $1 $2 $3
}
# Sets the volume levels of the second mono instrument.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setMonoTwo() {
setMono $INTERFACE_NUM 2 $1 $2 $3
}
# Sets the volume levels of the third mono instrument.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setMonoThree() {
setMono $INTERFACE_NUM 3 $1 $2 $3
}
# Sets the volume levels of the first stereo instrument.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setStereoOne() {
setStereo $INTERFACE_NUM 5 $1 $2 $3
}
# Sets the volume levels of the second stereo instrument.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setStereoTwo() {
setStereo $INTERFACE_NUM 7 $1 $2 $3
}
# Sets the volume levels of the third stereo instrument.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setStereoThree() {
setStereo $INTERFACE_NUM 9 $1 $2 $3
}
# Sets the volume levels of the fourth stereo instrument.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setStereoFour() {
setStereo $INTERFACE_NUM 11 $1 $2 $3
}
# Sets the volume levels of the fifth stereo instrument.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setStereoFive() {
setStereo $INTERFACE_NUM 13 $1 $2 $3
}
# Sets the volume levels of the sixth stereo instrument.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setStereoSix() {
setStereo $INTERFACE_NUM 15 $1 $2 $3
}
# Sets the volume levels of the studio microphone.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setMic() {
setMono $INTERFACE_NUM 4 $1 $2 $3
}
# Sets the volume levels of the computer.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setComputerAudio() {
setStereo $INTERFACE_NUM 17 $1 $2 $3
}
# Sets the volume levels of all instrument.
#
# $1 monitor volume
# $2 first headphone volume
# $3 second headphone volume
function setInstruments() {
setMonoOne $1 $2 $3
setMonoTwo $1 $2 $3
setMonoThree $1 $2 $3
setStereoOne $1 $2 $3
setStereoTwo $1 $2 $3
setStereoThree $1 $2 $3
setStereoFour $1 $2 $3
setStereoFive $1 $2 $3
setStereoSix $1 $2 $3
}
function DAWMode() {
setInstruments $MUTE
setMic $MUTE
setComputerAudio $ZERO_DB
}
function NormalMode() {
setInstruments $ZERO_DB
setMic $MUTE
setComputerAudio $ZERO_DB
}
function PrintHelp() {
echo AquaMixer
echo '-h --help print out help options'
echo '-d --daw set interface to DAW mode'
echo '-n --normal set interface to normal mode'
exit 0
}
for var in "$@"; do
if [ $var == '-h' ] || [ $var == '--help' ]; then
PrintHelp
elif [ $var == '-d' ] || [ $var == '--daw' ]; then
DAWMode
elif [ $var == '-n' ] || [ $var == '--normal' ]; then
NormalMode
fi
done

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# Mix names
MONITOR_LEFT='A'
MONITOR_RIGHT='B'
HEADPHONE_01_LEFT='C'
HEADPHONE_01_RIGHT='D'
HEADPHONE_02_LEFT='E'
HEADPHONE_02_RIGHT='F'
BLANK_LEFT="G"
BLANK_RIGHT='H'
# Level constants
MUTE='0'
ZERO_DB='0db'
# Formats a number to match the matrix numbering.
function formatMatrixNum() {
printf "%02d" $1
}
# Returns audio card number with matching card name.
function getCardNumber() {
echo $(cat /proc/asound/cards | grep -m 1 $1 | grep -Po '\d{1,2}' | head -1)
}
# Checks if the card exists and if not exits.
#
# $1 card name
# $2 card number
function checkCard() {
if [ -z "$2" ]; then
echo $1 not connected
exit 1
else
echo $1 found at hw:$2
fi
}
# Prints a list of all controls for the given sound card.
function printControls() {
amixer -c $1 controls
}
# Sets a mix to a level.
#
# $1 card number
# $2 matrix number
# $3 mix channel
function setMix() {
amixer -c $1 set "Mix $3 Input $(formatMatrixNum $2)" $4
}
# Sets the volume levels for a mono mix.
#
# $1 card number
# $2 matrix number
# $3 mix left channel
# $4 mix right channel
# $5 volume
function setMonoMix() {
setMix $1 $2 $3 $5
setMix $1 $2 $4 $5
}
# Sets the volume levels for a stereo mix.
#
# $1 card number
# $2 matrix number
# $3 mix left channel
# $4 mix right channel
# $5 volume
function setStereoMix() {
matrix=$2
setMix $1 $matrix $3 $5
setMix $1 $matrix $4 $MUTE
setMix $1 $((matrix+1)) $3 $MUTE
setMix $1 $((matrix+1)) $4 $5
}
# Sets the volume levels for a mono mix for several outputs.
#
# $1 card number
# $2 matrix number
# $3 mix left channel
# $4 mix right channel
# $5 monitor volume
# $6 first headphone volume
# $7 second headphone volume
function setMono() {
monitor=$3
headphone1=$4
headphone2=$5
if [ -n $headphone1 ]; then headphone1=$monitor; fi
if [ -n $headphone2 ]; then headphone2=$monitor; fi
setMonoMix $1 $2 $MONITOR_LEFT $MONITOR_RIGHT $monitor
setMonoMix $1 $2 $HEADPHONE_01_LEFT $HEADPHONE_01_RIGHT $headphone1
setMonoMix $1 $2 $HEADPHONE_02_LEFT $HEADPHONE_02_RIGHT $headphone2
setMonoMix $1 $2 $BLANK_LEFT $BLANK_RIGHT $MUTE
}
# Sets the volume levels for a stereo mix for several outputs.
#
# $1 card number
# $2 matrix number
# $3 mix left channel
# $4 mix right channel
# $5 monitor volume
# $6 first headphone volume
# $7 second headphone volume
function setStereo() {
monitor=$3
headphone1=$4
headphone2=$5
if [ -n $headphone1 ]; then headphone1=$monitor; fi
if [ -n $headphone2 ]; then headphone2=$monitor; fi
setStereoMix $1 $2 $MONITOR_LEFT $MONITOR_RIGHT $monitor
setStereoMix $1 $2 $HEADPHONE_01_LEFT $HEADPHONE_01_RIGHT $headphone1
setStereoMix $1 $2 $HEADPHONE_02_LEFT $HEADPHONE_02_RIGHT $headphone2
setStereoMix $1 $2 $BLANK_LEFT $BLANK_RIGHT $MUTE
}

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scripts/bin/audio/es8start.sh Executable file
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#!/bin/bash
# Script to add another audio interface if available.
DEVICE_NAME='ES-8'
DEVICE_NUM=$(getCardNumber $DEVICE_NAME)
checkCard $DEVICE_NAME $DEVICE_NUM
# Start up audio interface
alsa_in -d hw:$DEVICENUM -j "$DEVICENAME In" -q 1 &
alsa_out -d hw:$DEVICENUM -j "$DEVICENAME Out" -q 1 &

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scripts/bin/audio/es9start.sh Executable file
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#!/bin/bash
# Script to add another audio interface if available.
# Import library
source $(dirname $(realpath ${BASH_SOURCE[0]}))/audio-lib.sh
DEVICE_NAME='ES-9'
DEVICE_NUM=$(getCardNumber $DEVICE_NAME)
checkCard $DEVICE_NAME $DEVICE_NUM
# Start up ES-5
pkill es-5-pipewire || true
/opt/es-5-pipewire/es-5-pipewire >/dev/null 2>/dev/null &
sleep 0.1
jack_connect ES-5:output "$DEVICE_NAME:playback_SL" || true
jack_connect ES-5:output "$DEVICE_NAME:playback_AUX6" || true

7
scripts/bin/audio/es9stop.sh Executable file
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#!/bin/bash
# Script to stop ES-9 audio interface
pkill alsa_in
pkill alsa_out
pkill es-5-pipewire

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#!/usr/bin/env sh
# Script to bring up a prompt to set synth power state.
current='Keep current state'
off='Power synths off'
on='Power synths on'
selected=$(echo -e "${current}\n${off}\n${on}" | rofi -dmenu -p \
'Change synth power' -theme ~/.config/rofi/themes/aqua)
if [ "$selected" == "$off" ]; then
python ~/.config/scripts/audio/synth-power.py -o
elif [ "$selected" == "$on" ]; then
python ~/.config/scripts/audio/synth-power.py -d
fi

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#!/usr/bin/env python3
# Program to control synthesizers power state.
import argparse
import configparser
import os,sys,inspect
currentDir = os.path.dirname(os.path.abspath(
inspect.getfile(inspect.currentframe())))
parentDir = os.path.dirname(currentDir)
sys.path.insert(0, parentDir)
from homeassistant import HomeAssistant
# Parse settings config
SCRIPT_DIR = os.path.abspath(os.path.dirname(sys.argv[0]))
configString = '[Settings]\n' + open(SCRIPT_DIR + '/../../settings.conf').read()
configParser = configparser.RawConfigParser()
configParser.read_string(configString)
# Load needed credentials
HA_IP = configParser.get('Settings', 'HA_IP')
HA_TOKEN = configParser.get('Settings', 'HA_TOKEN')
# Set power state of the Eurorack.
def setEurorackPower(state):
ha.setOnOff('switch.eurorack_lower', state)
ha.setOnOff('switch.eurorack_top', state)
# Set power state of the Behringer DeepMind 12.
def setDeepMind12Power(state):
ha.setOnOff('switch.deepmind_12', state)
# Set power state of the ASM Hydrasynth.
def setHydrasynthPower(state):
ha.setOnOff('switch.hydrasynth', state)
# Set power state of the Arturia MatrixBrute.
def setMatrixBrutePower(state):
ha.setOnOff('switch.matrixbrute', state)
# Set power state of all synthesizers.
def setSynthsPower(state):
setEurorackPower(state)
setDeepMind12Power(state)
setHydrasynthPower(state)
setMatrixBrutePower(state)
parser = argparse.ArgumentParser(
description='Control power state of synthesizers.')
parser.add_argument('-d', '--daw', action='store_true',
help='enable DAW mode',
dest='daw', default=False, required=False)
parser.add_argument('-o', '--off', action='store_true',
help='turn all synths off',
dest='off', default=False, required=False)
args = parser.parse_args()
ha = HomeAssistant(HA_IP, HA_TOKEN)
if args.daw:
setSynthsPower(True)
elif args.off:
setSynthsPower(False)

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#! /bin/bash
# Kill Pulse.
function killPulse() {
systemctl --user stop pulseaudio.socket
systemctl --user stop pulseaudio.service
pulseaudio -k
killall pulseaudio
}
# Start Pulseaudio properly.
function fixPulse() {
PULSE="$(alsamixer 2>&1 | killall alsamixer)"
if [[ $PULSE == *'Connection refused'* ]]; then
echo 'Fixing Pulseaudio'
killPulse
sleep 0.1
pulseaudio -D
fixPulse
else
echo 'Pulseaudio is working correctly'
fi
}
# Start up programs that use audio.
function launchi3() {
if [ -z "$skipi3" ]; then
echo Opening i3wm sound workspaces
sleep .1 && i3-msg 'workspace 5; exec firefox'
sleep 5.1 && python ~/.config/scripts/start-firefox.py
fi
}
# Set up sinks.
function setupSinks() {
pactl set-default-sink speakers
pactl set-default-source sm7b
}
# Connect sinks to audio interface
function connectSinks() {
pw-link speakers:monitor_FL alsa_output.usb-Focusrite_Clarett__8Pre_00002325-00.pro-output-0:playback_AUX0
pw-link speakers:monitor_FR alsa_output.usb-Focusrite_Clarett__8Pre_00002325-00.pro-output-0:playback_AUX1
pw-link alsa_input.usb-Focusrite_Clarett__8Pre_00002325-00.pro-input-0:capture_AUX3 sm7b:input_FL
pw-link alsa_input.usb-Focusrite_Clarett__8Pre_00002325-00.pro-input-0:capture_AUX3 sm7b:input_FR
return $?
}
function renameInterface() {
for n in `seq 0 17` ; do
jack_property -p -s "alsa:pcm:2:hw:2,0:capture:capture_${n}" http://jackaudio.org/metadata/pretty-name "capture_$((n+1))"
done
for n in `seq 0 19` ; do
jack_property -p -s "alsa:pcm:2:hw:2,0:playback:playback_${n}" http://jackaudio.org/metadata/pretty-name "playback_$((n+1))"
done
for n in `seq 0 19` ; do
jack_property -p -s "alsa:pcm:2:hw:2,0:playback:monitor_${n}" http://jackaudio.org/metadata/pretty-name "monitor_$((n+1))"
done
}
# arg parser
for arg in "$@"
do
# Skip commands for i3wm
if [[ $arg == *"-s"* ]]; then
skipi3=true
fi
done
# Wire sinks
setupSinks
connectSinks
status=$?
while [[ $status -eq 0 ]]; do
echo "Connecting Sinks"
connectSinks
status=$?
sleep 1
done
# Rename Audio Devices
#renameInterface
# Eurorack audio interface
sh ~/.config/scripts/audio/es9start.sh
launchi3
systemctl --user restart polybar