Doc enhancement.

man/NcToArray.Rd

@@ -5,7 +5,7 @@
 Read a NetCDF File Into an R Array
 }
 \description{
-Reads one or a set of variables together with metadata items from a NetCDF file into an R array. Indices to retrieve (not necessarily consecutive) can be specified for each of the dimensions. Depending on the format of the request, the variables will be merged in into a single extended array or returned in a list with an array for each variable. The different variables in the file are considered to be stored along a dimension called 'var', so reading a variable 'foo' with dimensions 'lat' and 'lon' would result in an array with the dimensions c('var' = 1, 'lat' = n_lats, 'lon' = n_lons).
+Reads one or a set of variables together with metadata items from a single NetCDF file into an R array (see package 'startR' to read data from multiple files/data sets). Indices to retrieve (not necessarily consecutive) can be specified for each of the dimensions. Depending on the format of the request, the variables will be merged in into a single extended array or returned in a list with an array for each variable. The different variables in the file are considered to be stored along a dimension called 'var', so reading a variable 'foo' with dimensions 'lat' and 'lon' would result in an array with the dimensions c('var' = 1, 'lat' = n_lats, 'lon' = n_lons).
 }
 \usage{
 NcToArray(file_to_read, dim_indices = NULL, vars_to_read = NULL,
@@ -17,7 +17,7 @@ nc2a(file_to_read, dim_indices = NULL, vars_to_read = NULL,
 }
 \arguments{
   \item{file_to_read}{
-Path to the file to be read or a NetCDF object as returned by \code{easyNCDF::NcOpen} or \code{ncdf4::nc_open}.
+Path to the file to be read or a NetCDF object as returned by \code{easyNCDF::NcOpen} or \code{ncdf4::nc_open}. See package 'startR' if need to read data from multiple files/data sets.
   }
   \item{dim_indices}{
 Named list with numeric vectors of indices to take for each dimension. The names should correspond to the dimension names which to take the indices for. Non-consecutive indices can be specified. If \code{expect_all_indices = FALSE} (default), it is not mandatory to specify the indices for all (or even any of) the dimensions. In that case all the indices along such dimensions will be read in. If \code{expect_all_indices = TRUE}, then indices for all the dimensions have to be specified for the function to return a data array. In that case, \code{NA} can be used to request all indices for a dimension if desired.