📄️ Pitch Correction
Pitch correction nodes adjust the pitch of incoming audio streams to match desired notes or scales, helping to correct off-key performances or create unique vocal effects. Often used in vocal processing, this effect can subtly enhance intonation or produce the distinctive robotic sound popular in modern music. Parameters commonly include correction speed, key, and scale.
📄️ Pitch Detector
Pitch detector nodes analyze incoming audio streams to identify the fundamental frequency or pitch of the sound. This information is essential for applications such as tuning instruments, transcription, and real-time pitch tracking. Pitch detection algorithms vary, but common parameters include detection accuracy, sensitivity, and response time.
📄️ Pitch Shift
Pitch shift nodes modify the pitch of incoming audio streams without affecting their playback speed. This effect is often used to create harmonies, correct vocal performances, or achieve special effects in music production. Key parameters usually include shift amount (measured in semitones), formant preservation, and interpolation quality.
📄️ Player
An audio player node handles the playback of audio files or streams. While its core purpose is straightforward, it typically includes useful features such as seeking within the audio timeline, adjusting playback speed, looping, and pausing or resuming playback.
📄️ Stem Separation
A stem separation node isolates individual elements—such as vocals, drums, bass, and other instruments—from a mixed audio track. This allows users to remix, analyze, or process each component independently. Common features include multi-stem extraction (e.g., 2, 4, or 5 stems), real-time or offline processing, and support for common audio formats.