NMixMCMC
or
GLMM_MCMC
functions.tracePlots(x, ...) ## S3 method for class 'default':
tracePlots(x, \dots)
## S3 method for class 'NMixMCMC':
tracePlots(x, param=c("Emix", "SDmix", "Cormix", "K", "w", "mu", "sd", "gammaInv"),
relabel=FALSE, order,
auto.layout=TRUE, xlab="Iteration", ylab, col="slateblue", main="", ...)
## S3 method for class 'GLMM_MCMC':
tracePlots(x, param=c("Deviance", "Cond.Deviance",
"alpha", "Eb", "SDb", "Corb", "sigma_eps",
"w_b", "mu_b", "sd_b", "gammaInv_b", "gammaInv_eps"),
relabel=FALSE, order,
auto.layout=TRUE, xlab="Iteration", ylab, col="slateblue", main="", ...)
NMixMCMC
or GLMM_MCMC
.param
being w
, mu
, sd
, w_b
,
mu_b
, sd_b
should be re-labeled before
plotting. Re-labelling is given border
must be a
permutation of $(1, \ldots, K)$.TRUE
, the plotting region
is automatically divided to produce traceplots of all
parameters. Note that layout must be set up automatically if there
are more than 28 parameters to be plotted (often the case for
plot
function. They all can be of length one (the value is used on all
plots) or of length equal to the number of parameters to be
plotted.plot
function.invisible(x)
NMixMCMC
, GLMM_MCMC
, NMixRelabel
, traceplot
.