Description Objects from the Class Slots Methods Author(s) References See Also Examples
This class contains initial values for the first iteration of the MCMC, options for saving MCMC chains, options for changing the tuning parameters of the Metropolis-Hastings algorithm, options for changing hyperparameters from their defaults, etc.
Objects can be created by calls of the form new("XdeParameter",
esetList, updates, tuning, hyperparameters, output, iterations,
burnin, seed, randomSeed, genes, studies, firstMcmc,
specifiedInitialValues, directory, phenotypeLabel, seed, showIterations,
verbose, studyNames, one.delta)
.
updates
:Object of class numeric
. The frequency
of updates for each iteration of the chain.
tuning
:Object of class numeric
. Tuning
parameters for the Metropolis-Hastings proposals
hyperparameters
:Object of class
numeric
. Hyperparameters for the Bayesian hierarchical model
output
:Object of class numeric
. Indicator for
whether to save the MCMC chain to file. If the value is zero, the
chain is not saved.
iterations
:Object of class numeric
. The total
number of MCMC iterations.
burnin
:Object of class logical
. If set to
FALSE, by default none of the chains will be saved (called for its
side-effect of setting the output to zero for each parameter).
notes
:Object of class character
.
firstMcmc
:Object of class environment
. Values
for the first iteration of the MCMC
seed
:Object of class integer
. Seed used for
simulating random numbers.
showIterations
:Object of class logical
.
Whether to show the MCMC iteration when fitting the model
specifiedInitialValues
:Object of class
logical
. If TRUE (the default), the values stored in
firstMcmc
will be used for the first iteration of the MCMC.
directory
:Object of class character
. Specifies
where to write the log files
phenotypeLabel
:Object of class character
. The
name of the binary covariate used for differential expression
verbose
:Object of class logical
studyNames
:Object of class character
. Names of
the datasets
one.delta
:Logical. If TRUE, a gene is assumed to be differentially in all studies or none of the studies.
signature(object = "XdeParameter")
logical.
See burnin
signature(object = "XdeParameter", value =
"logical")
logical. See burnin
signature(object = "XdeParameter")
character
string giving the path or relative path to store log files from the
MCMC chain
signature(object = "XdeParameter")
Path to
store log files.
signature(object = "XdeParameter")
See firstMcmc
signature(object = "XdeParameter", value = "environment")
signature(object = "XdeParameter", value = "list")
signature(object = "XdeParameter")
See
the XdeParameterClass vignette
signature(object = "XdeParameter")
See
the XdeParameterClass vignette
signature(.Object = "XdeParameter")
Method
for initializing an instance of the class. The default values
provided work well in most cases.
signature(object = "XdeParameter")
Accessor
for the total number of MCMC iterations to run
signature(object = "XdeParameter", value =
numeric)
The replacement method is useful for setting a
different number of iterations.
signature(object = "XdeParameter", value = "integer")
signature(object = "XdeParameter")
See also
output
. This method is also defined for class XdeMcmc
signature(object = "XdeParameter")
See also output
signature(object = "XdeParameter")
The name of a binary covariate present in each study
signature(object = "XdeParameter", value = "character")
signature(object = "XdeParameter")
The
number of MCMC iterations written to file. It is the value of the
total number of iterations divided by the thinning parameter. See
also output
signature(object = "XdeParameter")
See
seed
signature(object = "XdeParameter",
value="integer")
Replacement method. See also seed
.
signature(object = "XdeParameter")
Produces a
short summary of objects that are instances of the
XdeParameter
class
signature(object = "XdeParameter")
logical
signature(object = "XdeParameter")
signature(object = "XdeParameter")
Names of
the high-throughput gene expression studies
signature(object = "XdeParameter")
signature(x = "XdeParameter")
See
output
and thin
signature(x = "XdeParameter", value = numeric)
See thin
signature(object = "XdeParameter")
See also tuning
signature(object = "XdeParameter")
signature(object = "XdeParameter")
See also updates
signature(object = "XdeParameter")
R. Scharpf
R. Scharpf
1 2 | showClass("XdeParameter")
##See the XdeParameterClass vignette
|
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