![]() I hope Justin and his team will cope with it soon. So I know know that it is possible to create really accurate automations! FL Studio and Illformed Glitch prooved it! ![]() Without foolish fadings that we can see on resampled audios with Reaper's "steep envelopes". Then I turned it up and also resampled the audio, just to compare de-clicking algorhythm with Reaper's envelope behavior - and it was also steep enough, There is also a special knob on Glitch called De-Click, but I have no clicks even with it's turned down. You know, it is like we have some clean parts, then we can drop any effect or even use effects with filters (HiPass!!!) on the Glitch's sequencer.Īnd we can also resample the audio processed by Glitch and see how smooth and steep in one time all the transitions!!! They are very steep and they have no artifacts at all! Its concept allows to do practically the same thing - we can rapidly change the wet-parameter of the effect (from 0 to full or vice versa). Then I took a well-known plugin Illformed Glitch. It could be seen when you resample your audio processed. ![]() I guess it is also some kind of de-clicking algorhythm in Reaper. You will see that the parameter changes not right in the moment of fall (rise) but slightly before. The only one parameter that allow to make accurate falls and rises is track's parameter"mute" !Įverybody can check it with any processing plugin. If its the unbeatable easy-to-handle FabFilter Pro-Q 3 or the filters Simplon and Volcano you can re-design sounds in such an easy way that I cant go. Its easily could be checked if you use square-type points on the envelopes and try to automate some "listenable and clear-watchable" parameters such as wet, freq cutoff and all others. Tried with other ASIO driver on the other soundcard - there was the same problem.Īlso I have researched "rapid envelopes" a bit deeper.Īnd now I can say that we cant make ideal steep envelopes in Reaper at all! ( Could it be some kind of linear interpolation that is derived from the processing buffer size?
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