View source: R/output_functions.R
minilogue_xd_scl_file | R Documentation |
.scl
FileWrites a Scala .scl
file for the Korg Minilogue XD
minilogue_xd_scl_file(
keyboard_map,
output_file_path,
scale_description = "'https://algocompsynth.github.io/eikosany/' made this!"
)
keyboard_map |
a keyboard map created by |
output_file_path |
path to a file for which you have write permission |
scale_description |
tell the user what scale this is. The default
includes a link to the |
The Korg Minilogue XD can be microtuned in two ways:
1. A user octave
: all octaves of the synthesizer are retuned using
offsets in cents from 12EDO notes. For scales with 12 or fewer notes, such as
a hexany or dekany, this will work, and you can use the offset_matrix
function to compute the settings required. This is easy to do either on
the synthesizer or using the Korg minilogue XD Sound Librarian.
2. A user scale
: this microtunes the whole MIDI keyboard from MIDI
note numbers zero through 127. You will need to use this method for an
eikosany, since it has 20 notes.
The standard process to microtune a user scale is to use the Korg
minilogue xd Sound Librarian. You load a Scala .scl
file or an .scl
and .kbm
file for the scale into the librarian and upload to the
synthesizer. The .scl
files from minilogue_xd_scl_file
are
designed to remap the entire keyboard with just a .scl
file. See the
vignette "Tuning the Korg Minilogue XD to the 1-3-5-7-9-11 Eikosany" for
details.
a character vector containing the data written to the file. Each element of the vector is a line of ASCII text.
## Not run:
# `cps_scale_table` returns the 1-3-5-7-9-11 Eikosany by default
eikosany_map <- keyboard_map(cps_scale_table())
file_contents <- minilogue_xd_scl_file(
eikosany_map,
"~/minilogue-xd-eikosany.scl",
"Eikosany 1-3-5-7-9-11"
)
## End(Not run)
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