mapT

<code>"tgp"</code>-class object which is the output of one
  	the model functions with tree support (e.g. <code><a href="/link/btgpllm?package=tgp&version=1.1-11" rd-options="" data-mini-rdoc="tgp::btgpllm">btgpllm</a></code>)

1-or-2-Vector describing the dimensions to be shown in a
    projection. The argument is ignored for 1-d data, i.e., if <code>x$d
      == 1</code>. For 2-d data, no projection needs be specified--- the
    default argument (<code>proj = NULL</code>) will

proj

<code>list</code> object with <code>x</code> and <code>z</code> fields, which
    are vectors of equal length describing the slice to be plotted, i.e.,
    which z-values of the <code>x$d - 2</code> inputs <code>x$X</code> and
    <code>x$XX</code> should

slice

Specify whether the to add partitions to an existing plot
  	(<code>add = TRUE</code>) or to make a new plot showing the data
	<code>out$X</code> along with the partitions (default <code>add = FALSE</code>)

Plotting argument specifying the width of the lines used
  	to depict the partitions

Additional arguments to <code>plot</code> used when <code>add = FALSE</code>

Plot the maximum a' posteriori (MAP) tree from a <code>"tgp"</code>-class
  object, or add one on top of an existing plot.  Like <code>plot.tgp</code>,
  projections and slices of trees can be plotted as specified

hplot

tree

Bayesian nonstationary, semiparametric nonlinear regression and design
 by treed Gaussian processes with jumps to the limiting linear model (LLM).  Special 
 cases also implememted include Bayesian linear models, linear CART, 
 stationary separable and isotropic Gaussian process regression.  Provides
 1-d and 2-d plotting functions (with projection and slice capabilities) 
 and tree drawing, designed for visualization of tgp-class output.

mapT: Plot the MAP partition, or add one to an existing plot

Description

Usage

Arguments

Value

References

See Also