EmulatorX3 仕組み
2026年9月16日 (水) 00:48時点におけるYo-net (トーク | 投稿記録)による版 (ページの作成:「EmulatorX3に戻る。 == '''概要''' == EmulatorX3の仕組みについて調べてみる記事です。 CORDSのDESTINATION選択肢について *Key Sustain *Fine Pitch *Pitch *Glide Rate *Chorus Amt *Chorus Initial ITD *Sample Start *Sample Loop *Sample Retrigger+ *Sample Retrigger- *Loop Select(Continuous) *Loop Select(Jump) *Filter Frequency *Filter Resonance *Realtime Resonance *Amp Volume *Amp Pan *Amp Crossfade *Send Main *Send Aux1 *Send Aux2 *Send…」)
EmulatorX3に戻る。
概要
EmulatorX3の仕組みについて調べてみる記事です。
CORDSのDESTINATION選択肢について
- Key Sustain
- Fine Pitch
- Pitch
- Glide Rate
- Chorus Amt
- Chorus Initial ITD
- Sample Start
- Sample Loop
- Sample Retrigger+
- Sample Retrigger-
- Loop Select(Continuous)
- Loop Select(Jump)
- Filter Frequency
- Filter Resonance
- Realtime Resonance
- Amp Volume
- Amp Pan
- Amp Crossfade
- Send Main
- Send Aux1
- Send Aux2
- Send Aux3
- Wet/Dry Mix
- Amp Env Rates
- Amp Env Attack
- Amp Env Decay
- Amp Env Release
- Amp Env Sustatin
- Filter Env Rates
- Filter Env Attack
- Filter Env Decay
- Filter Env Release
- Filter Env Sustain
- Filter Env Trigger
- Aux Env Rates
- Aux Env Attack
- Aux Env Decay
- Aux Env Release
- Aux Env Sustain
- Aux Env Trigger
- LFO 1 Frequency
- LFO 1 Trigger
- LFO 2 Frequency
- LFO 2 Trigger
- Lag 1 In
- Lag 2 In
- Lag 1 Rate
- Lag 2 Rate
- Summing Amp
- Switch
- Absolute Value
- Diode
- Flip-Flop
- Quantizer
- Gain 4X
- Key Timer Rate
- Osc Speed
- Func Gen 1 Rate
- Func Gen 1 Retrigger
- Func Gen 1 Length
- Func Gen 1 Direction
- Func Gen 2 Rate
- Func Gen 2 Retrigger
- Func Gen 2 Length
- Func Gen 2 Direction
- Func Gen 3 Rate
- Func Gen 3 Retrigger
- Func Gen 3 Length
- Func Gen 3 Direction
- Cord 01～36 Amt
EmulatorX3に戻る。