This is the final detection method for fine tuning what gets let through the gate if you’re still having problems after the Detect Transients and Match Transients. For example, if your snare channel has lots of quiet ghost notes, but also some significant kick drum bleed, the Oxford Drum Gate can easily ensure that only the snare is allowed through the gate - even if the transients of the kick drum are louder on the snare channel - by using Match Transients to determine that the kick drum hits have not been performed on a snare.
When Drum Gate correctly determines what hits it can hear, you no longer have to battle with the Open Threshold to balance the level of unwanted transients. The meters above Kick, Snare and Tom show how the Drum Gate is determining the probability of what it hears could be, and you can adjust the threshold to allow less clearly defined hits through.Ĭlicking on your desired drum type will only let that type of hit through the gate. The Match Transients section of the Detection tab is based on a machine learning algorithm which was designed to differentiate between different types of drums. However, if you need more accurate detection, you can tell the Oxford Drum Gate what specific type of drum hit it should be listening out for. If you struggle to tweak Sensitivity to detect kick or tom transients, try increasing the SC Filter slider.Īfter you’ve set your Open Threshold, you can leave the plug-in to do the rest if you’re happy just using transients to trigger the gate. Increase Sensitivity to detect more and smaller transients.ĭecrease Sensitivity if you see multiple markers on a single transient peak or markers during the decay of a drum hit. If some of your transients are not detected and marked, try adjusting the Transient Sensitivity slider. Transient Settings (Sensitivity, SC Filter) If no marker is shown over your transient, adjust your Transient Settings to detect it. All transients below the initial Open Threshold are gated, while all transients above are subject to the further detection mechanisms.
Yellow arrows mark detected transients above the Open Threshold, and white arrows mark detected transients below the Open Threshold. While this is the first step for determining what will be gated, Detect Transients also displays a graphical representation of everything that is happening on the Detection tab.Īny transient that is detected is assigned a marker arrow.
Learn Unmatched/Remove MatchedĪ secondary failsafe for keeping transients that you want to let through the gate, or gating transients that aren’t being removed by the first two detection mechanisms. Where the “type” of drum will be determined. Detect TransientsĪ graphical interpretation of the source material and how the transients are being processed. The Detection tab is where you will decide what gets let through the gate and what doesn’t, using a combination of transient detection and a machine learning algorithm specifically designed to identify both what you want to keep and what you want to gate out. The interface is split between three tabs - Detection, Decay and Leveller - to help guide your workflow while using the Oxford Drum Gate. Furthermore, it employs frequency dependant decay and transparent levelling to tidy up performances, and features MIDI output for easy drum replacement or reinforcement. Oxford Drum Gate uses an intelligent detection algorithm to tell the difference between snares, kicks, toms and cymbals, rather than simply gating anything below a certain threshold, which means you can get quick, precise results, even on poorly recorded material. Using Levelling to increase hit consistency.Using Split to determine Loud and Soft Targets.Transient Settings (Sensitivity, SC Filter).
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