In practice, the processor covers a whole bucket of tasks: Intuitive equal loudness functions help finding the optimal setting without getting distracted by loudness differences. With its four dynamic EQ bands and additional high-pass and low-pass filter sections, NOVA can meet the most exotic demand. Be it a master lacking density, the drum bus asking for more crispiness, or a sibilance problem in your perfect take: NOVA has an elegant answer.Ī user friendly WYSIWYG drag and drop display paired with a classic “knob” interface gives quick and smooth access to the various parameters driving NOVA’s powerful processing capabilities. Appearing in the familiar layout of a parametric equalizer, each band also includes a full featured dynamics section allowing the processor to cover an impressively wide range of applications. The Pitch Bend, Vibrato and Vib Speed parameters control these effects.NOVA is a parallel dynamic equalizer. This sets the frequency of A above middle C.Īdditionally, GSnap will respond to pitch-bend and modulation MIDI messages to apply pitch-bend and vibrato. The pitch-detection and correction can be made to use a different reference frequency using the Calibrate parameter. The GUI shows the snap-notes and regions in effect at any time. It defines a region around each snap-note that will be corrected to that note. The Threshold parameter sets the largest pitch-shift that will be applied to the input. Fixed scale correction has a fixed set of snap-notes, while MIDI correction is controlled in real time by MIDI data. There are two modes of pitch correction: fixed scale and MIDI. Once a pitch has been determined, GSnap applies the specified pitch-correction. The default value should be fine in most cases. Lower values for Speed will allow faster pitch-detection, but will increase the chance of false detection. The Speed parameter sets the number of wave repetitions required for positive pitch-detection. Also, the Gate parameter should be set so that the pitch-detector ignores background noise during “silent” passages. The Min Freq and Max Freq parameters help the pitch-detector by narrowing the range of frequencies it needs to consider. GSnap starts off by detecting the pitch of the incoming audio. Effect plug-ins should be placed after GSnap in the signal chain. For example, a clean, mono vocal recording, without excessive noise or reverb. For GSnap to work effectively, the input signal should be monophonic, at a good level and reasonably noise-free.

Audacity autotune plugin