Loading the data
Calculate summary statistics
Loading initial values
Stored values
Plot autocorrelation function for a scalar variable
Set working directory
State of Random Number Generator
Write data for OpenBUGS - intended for internal use only
Get settings used for calculations
Creating an OpenBUGS model file
Size of the stored sample
ratsdata example
Change settings used for calculations
Save the model's current state
Setting precision for prec figures
Load OpenBUGS from given directory
Writing files in CODA format
Introduction to BRugs
Plot the Gelman-Rubin convergence statistic
Summary of MCMC simulation
WinBUGS documentation
Compiling the model
DIC
Getting length of adaptive phase
Generating initial values
Number of chains
Plot density estimate or histogram
Correlation
Returns number of iterations
Writing input for OpenBUGS
Trace of a scalar variable
BRugs' meta function
Names of monitored scalar variables
Node information
Reading OpenBUGS buffer file
Dimension of BUGS variables
Trace of a variable
Start recording
Internal functions (to support plotting the Gelman-Rubin convergence statistic)
Calculation of ranks
Checking the model file
Loaded modules
Show memory usage
Setting current values
Enable and disable factories to create updaters
Writing input for OpenBUGS
Updating the model
Generating mcmc.list objects for package coda
Get variable names in model
Current chain to be initialized
Information on MCMC updaters
Plot the Gelman-Rubin convergence statistic for a scalar variable
Changing settings of updating algorithms
Plot autocorrelation function
Clear recorded values
Plot density estimate or histogram of a scalar variable