mvanga

# The code for my article with the same name. You can find it at the URL below:
# https://www.mvanga.com/blog/basic-music-theory-in-200-lines-of-python

# MIT License
# 
# Copyright (c) 2021 Manohar Vanga
#
# Permission is hereby granted, free of charge, to any person obtaining a copy
# of this software and associated documentation files (the "Software"), to deal
# in the Software without restriction, including without limitation the rights

fbrinker

#!/usr/bin/env bash
# requires jq

DISPLAY_CONFIG=($(i3-msg -t get_outputs | jq -r '.[]|"\(.name):\(.current_workspace)"'))

for ROW in "${DISPLAY_CONFIG[@]}"
do
	IFS=':'
	read -ra CONFIG <<< "${ROW}"
	if [ "${CONFIG[0]}" != "null" ] && [ "${CONFIG[1]}" != "null" ]; then

taldcroft

#   ~/.ipython/profile_default/startup/10-mystartup.py

import numpy as np

ip = get_ipython()

def import_astropy(self, arg):
    ip.ex('import astropy')
    ip.ex('print(astropy.__version__)')
    ip.ex('from astropy.io import ascii')

pgburt

Recording

• Set Audacity to use the External mic.
• Ensure you're recording in 16-bit PCM + 44100Hz.
• Do a sound check, record everyone in the room speaking. You want the lighter part of the meter bar (the green or red bar at the top) to bounce between -12db and -6db while people are talking. It's hard to achieve this... so just settle for as close as you can get, without the bars going off the scale :)
• Play it back and tweak levels until it sounds good @ 60% speaker volume.
• Save the Project BEFORE recording live :D (prevents quality issues)

Edit for Content

• Join recordings to one track.
• Listen to it + Edit bad content out.