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| shape_dotplot {playitbyr} | R Documentation |
Creates a dotplot layer using the sound of a snare drum.
shape_dotplot(jitter = 0, ..., data = NULL,
mapping = NULL)
jitter |
The maximum size, in seconds, of how much to jitter time by when there are multiple notes at the same pitch and time (the sonic equivalent of overplotting). The default, 0, means no jitter occurs. |
... |
data, settings, and mappings to pass to
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data |
The |
mapping |
A |
The audio dotplot creates a sense of how the distribution
is spread out in time. Users are only expected to really
use the time parameter for mapping, but they may
want to fiddle with the other aspects of the sound for
aesthetic reasons.
When more than one value appears at a given time, this shape automatically adds noise to "jitter" the values so they can be heard distinctly.
These parameters are available for setting or mapping:
The starting time of the snare sound (in seconds).
The pitch of the note,
in the Csound
oct
notation notation for pitches, where 8 is middle C and 1
represents an octave, to the corresponding frequency in
Hertz. By default this is scaled to the nearest musical
(chromatic) pitch. (See
scale_pitch_continuous.)
The
duration of the note (relative to the total time if
relative = TRUE, in seconds otherwise).
To set a sound parameter to a value, you simply
include it as an extra argument in shape_scatter;
to map a parameter, you set the mapping for the
layer or the sonify object using
sonaes (see examples in
shape_scatter).
A sonlayer object that can be added onto a
sonify object.
Originally contributed by Sam Ferguson. Csound instrument created by Hans Mikelson.
S. Ferguson, W. Martens and D. Cabrera, “Statistical Sonification for Exploratory Data Analysis”, in The Sonification Handbook, ed. Hermann, Hunt, Neuhoff. Available: http://sonification.de/handbook/
x <- sonify(iris[1:10,], sonaes(time = Petal.Length)) + shape_dotplot(jitter = 0.3) ## Not run: print(x)