Releases: experimentalDataAesthetics/play-splom
0.7.0
New features:
Calculate common statistics for each field (mean, standard deviation etc.) and for each pair combinations (correlation etc.) and offer them as sound modulation sources. This can be used to generate a different sound when playing inside each scatterplot by applying the correlation as a sound synthesis parameter.
Available statistics are from Vega's datalib
Pairwise statistics:
- cor : Compute the sample product-moment correlation of two arrays of numbers
- corRank : Compute the Spearman rank correlation of two arrays of values.
- corDist : Compute the distance correlation of two arrays of numbers.
- covariance : Compute the covariance between two arrays of numbers.
- cohensd : Compute Cohen's d effect size between two arrays of numbers.
- linearRegression : Fit a univariate linear regression model
Field statistics:
- median
- mean
- stdDev
- modeskew : Compute the Pearson mode skewness of an array of numbers.
Double-click to zoom in/out on a single scatterplot.
Number box for setting the speed of the loop.
Fixed layout issues with different screen sizes.
Fixed various interaction and UI bugs
0.6.0
v0.6.0
v0.5.0
0.5.0
0.4.0
0.4.0
0.4.0-alpha
Still a few things to do before I make a proper 0.4.0 release.
0.3.0
This release is much more fun and playable. Most of the work was in supercollider.js to support just-in-time scheduling and real time updating of the schedule queue.
- Real time editing of sound and mapping while looping.
- Adjustable loop time (up to 20Hz after which scsynth cannot create any more synths)
- New color scheme and styling; will improve this and make it switchable.
Known issue: opening a new dataset while looping may get you stuck if the number of features are different.
0.2.0
no message
0.1.0
Alpha release.
Load datasets, select sounds and sonify them with the mouse.
The application size is still large and will need more work to minimize and compress the included dependencies.
The icon artwork is a temporary placeholder, taken from Ludwig Zeller's Optocoupler:
http://www.ludwigzeller.de/projects/new-needs-in-an-augmented-world/