Functions for plotting the MCMC parameter traces.
e0.partraces.plot(mcmc.list = NULL,
sim.dir = file.path(getwd(), "bayesLife.output"),
chain.ids = NULL, par.names = NULL,
nr.points = NULL, dev.ncol = 5, low.memory = TRUE, ...)
e0.partraces.cs.plot(country, mcmc.list = NULL,
sim.dir = file.path(getwd(), "bayesLife.output"),
chain.ids = NULL, par.names = NULL,
nr.points = NULL, dev.ncol = 3, low.memory = TRUE, ...)
Name or numerical code of a country. It can also be given as ISO-2 or ISO-3 characters.
List of bayesLife.mcmc
objects, or an object of class bayesLife.mcmc.set
or of class bayesLife.prediction
. If it is NULL
, the traces are loaded from sim.dir
.
Directory with the MCMC simulation results. It is only used if mcmc.list
is NULL
.
List of MCMC identifiers to be plotted. If it is NULL
, all chains found in mcmc.list
or sim.dir
are plotted.
Names of parameters for which traces should be plotted. By default all country-independent parameters are plotted if used within e0.partraces.plot
, or country-specific parameters are plotted if used within e0.partraces.cs.plot
.
Number of points to be plotted. If NULL
, all (stored) points are plotted, otherwise the traces are thinned evenly.
Number of column for the graphics device. If the number of parameters is smaller than dev.ncol
, the number of columns is automatically decreased.
Logical indicating if the processing should run in a low-memory mode. If it is FALSE
, traces of all available parameters are loaded into memory. Otherwise, parameters are loaded as they are needed and are not kept in the memory.
Additional graphical arguments. It can also contain the arguments burnin
or thin
.
Hana Sevcikova
The functions plot MCMC traces either for country-independent parameters (e0.partraces.plot
) or for country-specific parameters (e0.partraces.cs.plot
), one graph per parameter. One can restrict it to specific chains by setting the chain.ids
argument, and to specific parameters by setting the par.names
argument.
e0.coda.list.mcmc
and get.e0.parameter.traces
for retrieving the raw values of traces.
sim.dir <- file.path(find.package("bayesLife"), "ex-data", "bayesLife.output")
e0.partraces.plot(sim.dir = sim.dir)
e0.partraces.cs.plot(country = "IRL", sim.dir = sim.dir)
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