The waveform data ranges from singlecycle waveforms to continuously looping waveforms, as well as sampled transients that sound only once. Waveforms The oscillator within a iWAVESTATION patch produces sound using waveform data stored in memory. For more about patches, refer to How a Patch is structured (p. If we include ROM patches, the iWAVESTATION lets you use up to 735 patches.

If we use the example of an acoustic instrument, the settings of a patch are what cause it to sound like that particular instrument.Įach card can hold 35 patches. Patches A patch consists of an oscillator, filter, amp envelope, general-purpose envelope, and two LFOs. For more about the effects, refer to refer to EFFECTS (p. 17) You can also apply two stereo effects to each performance, and adjust their effect parameters. We suggest you use the WAVESEQ page to take a look at one of the preset performances, and see how the patches are being used (e.g., how the key zones and velocity assignments are set). Since a performance contains eight of these parts, you have much greater tonal richness and aīroader range of expressive potential than when playing a single patch. The following diagram shows the structure of a performance.Įach part contains a patch (sound), parameters that adjust its sound (scale, pitch, filter and level), and a playing range (key and velocity zones). Performances are organized into card, and each card lets you store 50 performances, giving you a total of 1,050 perfor- mances when all cards are totaled.

A performance also includes keyboard mode settings (single, split, layer, velocity switch) and effect settings. A performance is not simply a single sound each performance is created using up to eight individual parts. How the iWAVESTATION is structured Performances A performance is the highest level into which iWAVESTA- TION sounds are organized. 62 Information to provide when contacting us. 27Ī brief introduction to wave sequences. 14 Selecting Wave sequences, Paches, and Waves.

Korg wavestation ios