Add xrefs in docs

R/sample.R

@@ -38,23 +38,23 @@
 ##' @param burnin Number of steps to discard as burnin.  This affects
 ##'   only the recording of steps as your chains run; we don't record
 ##'   the first `burnin` steps.  Generally you would want to do this
-##'   in post-processing as this data is discarded with no chance of
-##'   getting it back.  However, if your observation process creates a
-##'   large amount of data, then you may prefer to apply a burnin here
-##'   to reduce how much memory is used.
+##'   in post-processing with [monty_samples_thin()] as this data is
+##'   discarded with no chance of getting it back.  However, if your
+##'   observation process creates a large amount of data, then you may
+##'   prefer to apply a burnin here to reduce how much memory is used.
 ##'
 ##' @param thinning_factor A thinning factor to apply while the chain
 ##'   is running.  If given, then we save every `thinning_factor`'th
 ##'   step.  So if `thinning_factor = 2` we save every second step,
 ##'   and if 10, we'd save every 10th.  Like `burnin` above, it is
-##'   preferable to apply this in post processing.  However, for
-##'   slow-mixing chains that have a large observer output you can use
-##'   this to reduce the memory usage.  Use of `thinning_factor`
-##'   requires that `n_steps` is an even multiple of
-##'   `thinning_factor`; so if `thinning_factor` is 10, then `n_steps`
-##'   must be a multiple of 10.  This ensures that the last step is in
-##'   the sample.  The thinning factor cannot be changed when
-##'   continuing a chain.
+##'   preferable to apply this in post processing with
+##'   [monty_samples_thin()].  However, for slow-mixing chains that
+##'   have a large observer output you can use this to reduce the
+##'   memory usage.  Use of `thinning_factor` requires that `n_steps`
+##'   is an even multiple of `thinning_factor`; so if
+##'   `thinning_factor` is 10, then `n_steps` must be a multiple of
+##'   10.  This ensures that the last step is in the sample.  The
+##'   thinning factor cannot be changed when continuing a chain.
 ##'
 ##' @return A list of parameters and densities.  We provide conversion
 ##'   to formats used by other packages, notably