bitKlavier Grand Sample Library—Piano Bar Mic Image

Wang, Matthew; Villalta, Andres; Gordon, Jeffrey; Chou, Katie; Ayers, Christien; Trueman, Daniel
Issue date: 2021
Rights:
Creative Commons Attribution 4.0 International (CC BY)
Cite as:
Wang, Matthew, Villalta, Andres, Gordon, Jeffrey, Chou, Katie, Ayers, Christien, & Trueman, Daniel. (2021). bitKlavier Grand Sample Library—Piano Bar Mic Image [Data set]. Princeton University. https://doi.org/10.34770/r75s-9j74
@electronic{wang_matthew_2021,
  author      = {Wang, Matthew and
                Villalta, Andres and
                Gordon, Jeffrey and
                Chou, Katie and
                Ayers, Christien and
                Trueman, Daniel},
  title       = {{bitKlavier Grand Sample Library—Piano Ba
                r Mic Image}},
  publisher   = {{Princeton University}},
  year        = 2021,
  url         = {https://doi.org/10.34770/r75s-9j74}
}
Description:

The bitKlavier Grand consists of sample collections of a new Steinway D grand piano from nine different stereo mic images, with: 16 velocity layers, at every minor 3rd (starting at A0); Hammer release samples; Release resonance samples; Pedal samples. Release packages at 96k/24bit, 88.2k/24bit, 48k/24bit, 44.1k/16bit are available for various applications. Piano Bar: Earthworks—omni-directionals. This microphone system suspends omnidirectional microphones within the piano. The bar is placed across the harp near the hammers and provides a low string / high string player’s perspective. It also produces a close sound without room or lid interactions. It can be panned across an artificial stereophonic perspective effectively in post-production. File Naming Convention: C4 = middle C. Main note names: [note name][octave]v[velocity].wav -- e.g., “D#5v13.wav”. Release resonance notes: harm[note name][octave]v[velocity].wav -- e.g., “harmC2v2.wav”. Hammer samples: rel[1-88].wav (one per key) -- e.g., “rel23.wav”. Pedal samples: pedal[D/U][velocity].wav -- e.g., “pedalU2.wav” => pedal release (U = up), velocity = 2 (quicker release than velocity = 1).

Show More