Last week we used sounddevice to record audio with Python. In this post we do the same thing, but with the PyAudio library. Depending on your environment and sound devices, you may need more flexibility and operating-system specific support than what sounddevice can offer.
When we want to turn speech into text, we somehow need to record our audio. For Python we have two main options: sounddevice and PyAudio. This week we see how the more modern sounddevice works, while PyAudio will be the topic of next week’s post.
The more I use uv, the more I like the great experience this little tool offers. In this post we explore five helpful tricks I learned as I run into some issues along the way.
Last week we noticed that Coqui did not run on our GPU. If you have a dedicated graphics card, that is not what you want. While CPUs are getting faster and faster, they are usually much slower than what we could get out of our graphics card. Let us see how we can activate GPU support for PyTorch.
Coqui TTS is a library for advanced Text-to-Speech generation. Not only does it run on our local machine (like pyttsx3 that we covered in last week's post), but it allows us to use different models and even train our own. Let us see how we can work with Coqui TTS.
Last week we did our first steps and used Google Translate to turn text into speech. While it works, it is limited and sending confidential data to Google can be a data protection problem. Luckily for us, there are solutions that run on our local machines.
When it comes to text-to-speech (TTS), we may think that this is a solved problem, and we can use any library we find to get a good result. Unfortunately, that is not the case. There are a lot of older models that sound like a robot and even newer ones are far away from the quality we got used to by commercial products.
For our first steps with text-to-speech we try a minimal approach and use Google Translate. That gives us a quick win and is enough if we only want to work with a few sentences. The next posts will cover locally installed solutions that do not send data to a service.
Before we can start with text-to-speech, we need to find a way to play an audio file with Python. In this post we play with two libraries to find something that works with a current version of Python.
Sometimes we just need a file to store some temporary data and discard it as soon as we are done. In this case, creating permanent files and deleting them manually does not make sense. Fortunately, Python gives us a solution tailored for this situation: the tempfile module. Let us explore how it can help.
For our experiment with Bert and Goodreads it did not matter if the review was written in Englisch or German. But not all tools are that flexible when it comes to the language. Often, we need to load a language-specific model and for that we need a reliable way to detect the language. Let us explore two libraries that can help us with this task in Python.