Learn how to install JUCE. Create a Projucer project, and generate Xcode/Visual Studio projects that you can run and debug.

The Projucer is a very powerful tool for managing cross-platform projects. Learn how to configure your build settings, create new export targets and configurations, and use the Projucer's C++ code editor.

Set up your computer to create and build audio plug-ins using JUCE.

Create a simple VST or AudioUnit plugin using JUCE, featuring a custom GUI and MIDI input.

Explore the different template projects that the Projucer offers and the main classes to watch for when conceiving your applications.

Learn how to install JUCE. Create a Projucer project, and generate Xcode/Visual Studio projects that you can run and debug.

Let your app read from audio files such as WAV, AIFF, Ogg-Vorbis etc. Add more GUI controls to your music player such as Play, Pause, and Stop buttons.

Capture audio input, process it and pass it to the audio output.

This tutorial shows how to play and loop audio stored in an AudioSampleBuffer object. This is a useful basis for sampling applications that manipulate recorded audio data.

This tutorial shows how to play and loop audio stored in an AudioSampleBuffer object using thread-safe techniques. A technique for loading the audio data on a background thread is also introduced.

Learn how to draw waveforms of audio files loaded from disk. This tutorial will familiarise the reader with the AudioThumbnail class.

This tutorial introduces the AudioDeviceManager class which is used for managing audio devices on all platforms.

Create a basic audio app that outputs some sound. In this example, we will build a simple white noise generator.

Add user controls to your audio app. Add a slider to let the user adjust the level of a noise generator.

This tutorial shows how to process audio to change its output level using the decibel scale. This is a more common way in which to present audio level values to the user within audio applications.

Learn how to use a sine wave to synthesise a basic musical tone. Let the user modify the pitch of the tone from the graphical user interface.

This tutorial implements a polyphonic sine wave synthesiser that responds to MIDI input. This makes use of the Synthesiser class and related classes.

Incorporate wavetables to optimise your synthesiser oscillators. Manage the state of a sine wave oscillator using a wavetable and write data to the audio output.

Generate MIDI data in your app so that you can control external synths and devices.

This tutorial illustrates how to handle MIDI input events. In addition to handing MIDI data from an external source, an on-screen keyboard component is introduced.

This tutorial shows how to process audio to change its output level using the decibel scale. This is a more common way in which to present audio level values to the user within audio applications.

Learn the basics of the MPE standard and how to implement a synthesiser that supports MPE.

Learn the concept of zones and the conventions for zone layouts as defined in the MPE standard.

Incorporate wavetables to optimise your synthesiser oscillators. Manage the state of a sine wave oscillator using a wavetable and write data to the audio output.

Add parameters to your audio plug-in to allow control and automation from your digital audio workstation.

Manage your plug-in parameters in an elegant and sophisticated manner.

This tutorial shows how to process audio to change its output level using the decibel scale. This is a more common way in which to present audio level values to the user within audio applications.

Create your own channel strip by learning how to daisy chain audio processors or plugins using an AudioProcessorGraph. Learn how to use the AudioProcessorGraph in both a plugin and standalone application context.

This tutorial explains several audio/midi plug-in examples in detail and explores the open possibilities of plug-in development.

Incorporate wavetables to optimise your synthesiser oscillators. Manage the state of a sine wave oscillator using a wavetable and write data to the audio output.

Discover the realm of digital signal processing and audio buffer manipulation. Learn the basics of the JUCE DSP module and how you can incorporate its classes in your own audio application and plugins.

Add grit to a synthesiser sound by creating harmonic distortion through waveshaping. Learn the basics of convolution to retrieve the sonic characteristics contained in an impulse response.

Implement a realistic string model by means of physical modelling. Incorporate a delay line to create intricate echo patterns in the stereo sound field.

Take advantage of the processor's parallelism to perform single instruction multiple data calculations. Optimise your audio applications without introducing concurrency.

Learn how to display incoming audio data as a spectrogram by using the FFT class of the DSP module. Understand the benefits of using a Fast Fourier Transform.

Learn how to display incoming audio data as a spectrum analyser by using the FFT class of the DSP module. Understand the benefits of using a windowing function.

Create a basic GUI app with a resizable window.

Learn how to add a content component to your window that can hold different graphical elements.

Fill your app with colour! Add colours, text, lines and other geometrical shapes.

Create simple animations in your JUCE applications. Bring static geometry shapes to life using the AnimatedAppComponent class.

Learn how to get started with OpenGL as a high performance rendering library within your JUCE applications. Render beautiful 2D and 3D graphics in your audio apps and plugins.

Learn how to display incoming audio data as a spectrum analyser by using the FFT class of the DSP module. Understand the benefits of using a windowing function.

Learn how to arrange your components into a hierarchy to build a modular graphical user interface for your JUCE app.

Make a custom skin for your application by drawing your own buttons, sliders, and other components.

Specify and apply colours within your application in various ways.

Use the Point, Line, and Rectangle classes to simplify your geometry calculations.

Lay out your components with a simple yet powerful technique that will produce elegant code with fewer bugs.

Build responsive GUI layouts that work across different screen sizes and orientations using the FlexBox and Grid classes. Learn how to quickly visualise Components using the Projucer Live Build editor.

Make your app interactive! Learn how to connect different elements of your GUI. In this example, we let a graphical element automatically change whenever the user clicks on a button.

Add sliders to your app to graphically modify a value within a range. Learn how to use the Slider class to handle different values and ranges, and how to use logarithmic ranges.

Add labels to display text in your apps. Learn how to customise the appearance of text using the Label class and display simple text editors.

This tutorial introduces the ComboBox class, which is a component for displaying lists of items to the user. The contents of a ComboBox object can be modified dynamically, and can be used for text input, too.

Use radio buttons and checkboxes to add selectable options to your application.

Incorporate tables into your JUCE user interfaces. Display data loaded from an XML file and customise the format of your table.

This tutorial introduces the use of Android Studio for creating JUCE-based projects.

Build your application for different screen sizes. There are many available screen sizes on Android, this tutorial examines some strategies to manage this.

Sell consumable and non-consumable In-App Purchases in your desktop and mobile applications. Learn how to setup and process payments for IAP products on both macOS/iOS and Android devices.

Sell consumable and non-consumable In-App Purchases in your desktop and mobile applications. Learn how to setup and process payments for IAP products on both macOS/iOS and Android devices.

Trigger local and remote notifications in your desktop and mobile applications. Learn how to send push notifications from a remote server to both macOS/iOS and Android devices.

Build responsive GUI layouts that work across different screen sizes and orientations using the FlexBox and Grid classes. Learn how to quickly visualise Components using the Projucer Live Build editor.

This tutorial introduces the BigInteger class, which is for handling arbitrarily large integers. BigInteger objects are often used in cryptography applications, when large bit masks are needed, and anywhere else where really large integers are needed.

This tutorial introduces generating random numbers using the Random class. Random numbers are useful in all sorts of situations including games, cryptography, and audio.

Open and read data from text and binary files.

Learn how to use the ValueTree class to manage data effectively in your applications.

Implement undo/redo actions in your applications. Easily restore previous intermediate states with UndoableAction objects and learn how to group undoable actions into transactions.

Collect app usage data from users in JUCE applications. Send analytics events to Google Analytics using the analytics module.

Improve the security of your apps and plugins by locking their access until authorisation. Learn how to provide users with a mechanism to unlock your plugins through online registration of keys.

Learn how to prepare your audio application or plugin for distribution on various marketplaces. Create installers for all plugin types on different OS platforms.

Learn how to harness the Open Sound Control protocol to connect several applications together over a network. Send and receive interaction data between applications.