AudioKit Pro

Instantiate an AKOscillator and AKAmplifier.

Connect the oscillator to the amplifier.

Control the oscillator frequency and amplitude using UI elements.

Route the amplifier output to the AudioKit engine output.

Implement MIDI input for external keyboard control.

Capture audio input from the microphone or audio interface.

Apply a series of DSP effects, such as distortion, delay, and reverb.

Route the processed audio to the audio output.

Implement a user interface for adjusting effect parameters in real-time.

Optimize the DSP algorithms for low-latency performance.

Integrate AudioKit with assistive technologies like Skoog.

Create simple and intuitive audio interfaces.

Design therapeutic exercises that respond to user input.

Provide visual feedback to enhance the user experience.

Offer customizable settings to accommodate individual needs.

Create a virtual keyboard using AudioKitUI.

Display musical notation alongside the keyboard.

Highlight notes within a specific scale or chord.

Provide audio feedback when notes are played correctly or incorrectly.

Offer interactive exercises for practicing music theory concepts.

Implement algorithms for generating melodic and harmonic sequences.

Use AudioKit to synthesize the generated music.

Provide parameters for controlling the generative process, such as tempo, key, and style.

Allow users to export the generated music as MIDI files or audio recordings.

Incorporate elements of randomness and chance to create unique musical outcomes.