1) I have seen that PyTTS have possibilities to save audio stream on a file or in a memory stream. using two function: tts.SpeakToWave (file, text) or tts.SpeakToMemory (text) Exploiting tts.SpeakToMemory (text) function, and using PyMedia I have been able to save an mp3 directly but mp3 file (when reproducing), sounds uncomprensible like
Solution 1: Convert online. You can use online-convert service. It has it's own API and it supports conversion directly from URL, so you don't even need to read the file into memory. Solution 2: Convert locally with temp fileFeatures. No Python dependencies, single source file. Supports encoding to VP8, VP9 and AV1, with Opus or Vorbis. 2-pass encoding, user-friendly defaults, flexible set of options. Provides graphical interactive mode to cut/crop input video with mpv. Can burn subtitles, fit to limit, use external audio track and many more.The default audio streaming format is WAV (16 kHz or 8 kHz, 16-bit, and mono PCM). To input a compressed audio file (e.g. mp3), you must first convert it to a WAV file in the default input format. To stream compressed audio, you must first decode the audio buffers to the default input format.
1 Answer. Sorted by: 3. Use python3 instead of python2.7 (python3 command) What I does for it work. convert.py. from pydub import AudioSegment sound = AudioSegment.from_mp3 ("test.mp3") sound.export ("test.wav", format="wav") Pydub installation: pip3 install pydub sudo apt-get update sudo apt-get install software-properties-common sudo add-aptIn this video, we will be using the great pydub module to convert WAV files to MP3. The pydub project may be found at the following GitHub link below:https:/
read the mp3 audio file using from_mp3() creates a wav file using export(). Just curious if there is a way to access the sampling rate and the audio signal(of 1-dimensional array, supposing it is a mono) directly from the mp3 file without converting it to a wav file..