![]() One more point is that the library only works with files. In case of Android development, as noted above, you will have to deal with JNI – to implement C++ code into the project. The tools for application developers are limited to speeding up/slowing down the tempo and changing the sound pitch. The project is a C++ library with quite a limited functionality. The developers claim that their tool will work on Windows, Mac OS, Linux & other *nixes, Raspberry Pi, Android, Apple iOS. The library is an Open Source project and isn't an SDK for any specific platform. Since the Java programming language used in Android development is not ideal for working with audio content, you will mostly have to deal with JNI and C++ code. ![]() However, I did come across some libraries and SDKs that work with audio data, which I would like to share with you. ![]() Unfortunately, I wasn't able to find a ready-made solution for working directly with the voice. If you're looking for modern software designed to work with audio data, you should be aware that such applications can be expensive and require the computing power of a desktop computer, which exceeds the capabilities of an average tablet or phone. However, it's worth noting that studio equipment and mobile devices are entirely different things. To process audio signals while developing your Android app, you need a tool that can fully support this task. It's important to understand that your voice is a type of sound, similar to what a musical instrument produces. Working as an Android developer I have had to face an unconventional task – the client was interested in the ability of voice processing in real time, that is, on the fly.ĭuring my student years, I was an amateur sound engineer and had the opportunity to experiment with audio processing and work with various audio editors on my PC.
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