Play audio with Python

Try playsound which is a Pure Python, cross platform, single function module with no dependencies for playing sounds.

Install via pip:

$ pip install playsound 

Once you've installed, you can use it like this:

from playsound import playsound playsound('/path/to/a/sound/file/you/want/to/play.mp3') 

Your best bet is probably to use pygame/SDL. It's an external library, but it has great support across platforms.

pygame.mixer.init() pygame.mixer.music.load("file.mp3") pygame.mixer.music.play() 

You can find more specific documentation about the audio mixer support in the pygame.mixer.music documentation

Take a look at Simpleaudio, which is a relatively recent and lightweight library for this purpose:

> pip install simpleaudio 

Then:

import simpleaudio as sa wave_obj = sa.WaveObject.from_wave_file("path/to/file.wav") play_obj = wave_obj.play() play_obj.wait_done() 

Make sure to use uncompressed 16 bit PCM files.

Sorry for the late reply, but I think this is a good place to advertise my library ...

AFAIK, the standard library has only one module for playing audio: ossaudiodev. Sadly, this only works on Linux and FreeBSD.

UPDATE: There is also winsound, but obviously this is also platform-specific.

For something more platform-independent, you'll need to use an external library.

My recommendation is the sounddevice module (but beware, I'm the author).

The package includes the pre-compiled PortAudio library for Mac OS X and Windows, and can be easily installed with:

pip install sounddevice --user 

It can play back sound from NumPy arrays, but it can also use plain Python buffers (if NumPy is not available).

To play back a NumPy array, that's all you need (assuming that the audio data has a sampling frequency of 44100 Hz):

import sounddevice as sd sd.play(myarray, 44100) 

For more details, have a look at the documentation.

It cannot read/write sound files, you'll need a separate library for that.

In pydub we've recently opted to use ffplay (via subprocess) from the ffmpeg suite of tools, which internally uses SDL.

It works for our purposes – mainly just making it easier to test the results of pydub code in interactive mode – but it has it's downsides, like causing a new program to appear in the dock on mac.

I've linked the implementation above, but a simplified version follows:

import subprocess def play(audio_file_path): subprocess.call(["ffplay", "-nodisp", "-autoexit", audio_file_path]) 

The -nodisp flag stops ffplay from showing a new window, and the -autoexit flag causes ffplay to exit and return a status code when the audio file is done playing.

edit: pydub now uses pyaudio for playback when it's installed and falls back to ffplay to avoid the downsides I mentioned. The link above shows that implementation as well.

Aaron's answer appears to be about 10x more complicated than necessary. Just do this if you only need an answer that works on OS X:

from AppKit import NSSound sound = NSSound.alloc() sound.initWithContentsOfFile_byReference_('/path/to/file.wav', True) sound.play() 

One thing... this returns immediately. So you might want to also do this, if you want the call to block until the sound finishes playing.

from time import sleep sleep(sound.duration()) 

Edit: I took this function and combined it with variants for Windows and Linux. The result is a pure python, cross platform module with no dependencies called playsound. I've uploaded it to pypi.

pip install playsound 

Then run it like this:

from playsound import playsound playsound('/path/to/file.wav', block = False) 

MP3 files also work on OS X. WAV should work on all platforms. I don't know what other combinations of platform/file format do or don't work - I haven't tried them yet.

You can see this: http://www.speech.kth.se/snack/

s = Sound() s.read('sound.wav') s.play() 

This is the easiest & best iv'e found. It supports Linux/pulseaudio, Mac/coreaudio, and Windows/WASAPI.

import soundfile as sf import soundcard as sc default_speaker = sc.default_speaker() samples, samplerate = sf.read('bell.wav') default_speaker.play(samples, samplerate=samplerate) 

See https://github.com/bastibe/PySoundFile and https://github.com/bastibe/SoundCard for tons of other super-useful features.

This should work on Linux, Mac or Windows:

from preferredsoundplayer import * soundplay("audio.wav") 

Should work for mp3 also.

In Linux it will try up to 4 different methods. In Windows it uses winmm.dll. In Mac it uses afplay.

I wrote it because:

• I kept having issues with cross-compatibility for playing sounds.
• It also manually garbage collects calls to the winmm.dll player in Windows and appropriate closes finished sounds.
• It has no dependencies, other than what comes with Windows 10, the standard Linux kernel, MacOS 10.5 or later, and the Python Standard Library.

You can install using pip install preferredsoundplayer (see project) or just utilize the source code which is a single file (source code) .

It is possible to play audio in OS X without any 3rd party libraries using an analogue of the following code. The raw audio data can be input with wave_wave.writeframes. This code extracts 4 seconds of audio from the input file.

import wave import io from AppKit import NSSound wave_output = io.BytesIO() wave_shell = wave.open(wave_output, mode="wb") file_path = 'SINE.WAV' input_audio = wave.open(file_path) input_audio_frames = input_audio.readframes(input_audio.getnframes()) wave_shell.setnchannels(input_audio.getnchannels()) wave_shell.setsampwidth(input_audio.getsampwidth()) wave_shell.setframerate(input_audio.getframerate()) seconds_multiplier = input_audio.getnchannels() * input_audio.getsampwidth() * input_audio.getframerate() wave_shell.writeframes(input_audio_frames[second_multiplier:second_multiplier*5]) wave_shell.close() wave_output.seek(0) wave_data = wave_output.read() audio_stream = NSSound.alloc() audio_stream.initWithData_(wave_data) audio_stream.play() 

Also on OSX - from SO, using OSX's afplay command:

import subprocess subprocess.call(["afplay", "path/to/audio/file"]) 

UPDATE: All this does is specify how to do what the OP wanted to avoid doing in the first place. I guess I posted this here because what OP wanted to avoid was the info I was looking for. Whoops.

Install playsound package using :

pip install playsound 

Usage:

from playsound import playsound playsound("file location\audio.p3") 

It's Simple. I did it this way.

For a wav file

from IPython.display import Audio from scipy.io.wavfile import read fs, data = read('StarWars60.wav', mmap=True) # fs - sampling frequency data = data.reshape(-1, 1) Audio(data = data[:, 0], rate = fs) 

For mp3 file

import IPython.display import Audio Audio('audio_file_name.mp3') 

Try PySoundCard which uses PortAudio for playback which is available on many platforms. In addition, it recognizes "professional" sound devices with lots of channels.

Here a small example from the Readme:

from pysoundcard import Stream """Loop back five seconds of audio data.""" fs = 44100 blocksize = 16 s = Stream(samplerate=fs, blocksize=blocksize) s.start() for n in range(int(fs*5/blocksize)): s.write(s.read(blocksize)) s.stop() 

Mac OS I tried a lot of codes but just this works on me

import pygame import time pygame.mixer.init() pygame.init() pygame.mixer.music.load('fire alarm sound.mp3') *On my project folder* i = 0 while i<10: pygame.mixer.music.play(loops=10, start=0.0) time.sleep(10)*to protect from closing* pygame.mixer.music.set_volume(10) i = i + 1 

Try sounddevice

If you don't have the module enter pip install sounddevice in your terminal.

Then in your preferred Python script (I use Juypter), enter

import sounddevice as sd 

sd.play(audio, sr) will play what you want through Python

The best way to get the audio and samplerate you want is with the librosa module. Enter this in terminal if you don't have the librosa module.

pip install librosa audio, sr = librosa.load('wave_file.wav') 

Whatever wav file you want to play, just make sure it's in the same directory as your Python script. This should allow you to play your desired wav file through Python

Cheers, Charlie

P.S.

Once audio is a "librosa" data object, Python sees it as a numpy array. As an experiment, try playing a long (try 20,000 data points) thing of a random numpy array. Python should play it as white noise. The sounddevice module plays numpy arrays and lists as well.

Pypi has a list of modules for python in music. My favorite would be jython because it has more resources and libraries for music. As example of of code to play a single note from the textbook:

# playNote.py # Demonstrates how to play a single note. from music import * # import music library note = Note(C4, HN) # create a middle C half note Play.midi(note) # and play it! 

To play a notification sound using python, call a music player, such as vlc. VLC prompted me to use its commandline version, cvlc, instead.

from subprocess import call call(["cvlc", "--play-and-exit", "myNotificationTone.mp3"]) 

It requires vlc to be preinstalled on the device. Tested on Linux(Ubuntu 16.04 LTS); Running Python 3.5.

In a Colab notebook you can do:

from IPython.display import Audio Audio(waveform, Rate=16000) 

This library aims to be simple, cross-platform and have many features: https://github.com/libwinmedia/libwinmedia-py

It requires a libwinmedia shared library, which you can download in Releases tab.

You can install it using pip install libwinmedia

Example:

import libwinmedia player = libwinmedia.Player(True) player.set_position_callback(lambda position: print(f"{position} ms.")) media = libwinmedia.Media("test.mp3") player.open(media) 

import subprocess 

f = './mySound.wav' subprocess.Popen(['aplay','-q',f) 

f = 'mySound.wav' subprocess.Popen(['aplay','-q', 'wav/' + f) 

man aplay 

I recently made my Music Player support all audio files locally. I did this by figuring out a way to use the vlc python module and also the VLC dll files. You can check it out: https://github.com/elibroftw/music-caster/blob/master/audio_player.py

For those who use Linux and the other packages haven't worked on MP3 files, audioplayer worked fine for me:

https://pypi.org/project/audioplayer/

from audioplayer import AudioPlayer AudioPlayer("path/to/somemusic.mp3").play(block=True) 

Simply You can do it with the help of cvlc- I did it in this way:

import os os.popen2("cvlc /home/maulo/selfProject/task.mp3 --play-and-exit") 

/home/maulo/selfProject/task.mp3. This is the location of my mp3 file. with the help of "--play-and-exit" you will be able to play again the sound without ending the vlc process.