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fit_BKP() and
fit_DKP() to group kernel specification, length-scale
settings, loss/ESS options, and optimization controls more consistently.
Named-argument usage is unaffected.plot.BKP(), plot.DKP(),
plot.TwinBKP(), and plot.TwinDKP() to use
“Posterior Mean,” “Posterior Variance,” and “95% Credible Interval”
instead of “Predictive Mean,” “Predictive Variance,” and “95% CI.” This
change clarifies that these panels summarize posterior uncertainty for
the latent probability surface rather than the predictive distribution
of future responses.BKP-paper
reproducibility repository in the package metadata and README. The
repository contains the manuscript, replication code, data-processing
scripts, and materials used to generate the examples and figures in the
software paper.fit_TwinDKP() and associated S3 methods for
scalable global-local Dirichlet Kernel Process modeling.fit_TwinBKP() with full S3 support for scalable
Twin Beta Kernel Process modeling.kernel = "wendland".fit_BKP(ess = "shepard") and
fit_DKP(ess = "shepard"), while keeping the default
ess = "none" behavior unchanged.plot.BKP(..., engine = "ggplot") now produces ggplot2-based
visualizations.isotropic argument, defaulting to
TRUE, for isotropic kernels with a shared length-scale
across dimensions. Set isotropic = FALSE to use anisotropic
kernels with dimension-specific length-scales.fitted(), parameter(), and
quantile() methods.predict() and simulate() methods:
both now return results for the training data by default when
Xnew is not provided.plot() method with new dims
argument for higher-dimensional inputs.These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.