We can easily move set of columns to the beginning of the column series and
we only need to specify which columns
. It's possible to do this upstream of
gt, however, it is easier with this function and it presents less
possibility for error. The ordering of the columns
that are moved to the
start is preserved (same with the ordering of all other columns in the
table).
cols_move_to_start(data, columns)
data | A table object that is created using the |
---|---|
columns | The column names to move to the left-most side of the table. The order in which columns are provided will be preserved (as is the case with the remaining columns). |
An object of class gt_tbl
.
The columns supplied in columns
must all exist in the table. If you need to
place one or columns at the end of the column series, the
cols_move_to_end()
function should be used. More control is offered with
the cols_move()
function, where columns could be placed after a specific
column.
4-4
Other Modify Columns:
cols_align()
,
cols_hide()
,
cols_label()
,
cols_merge_range()
,
cols_merge_uncert()
,
cols_merge()
,
cols_move_to_end()
,
cols_move()
,
cols_width()
# Use `countrypops` to create a gt table; # With the remaining columns, move the # `year` column to the start tab_1 <- countrypops %>% dplyr::select(-contains("code")) %>% dplyr::filter(country_name == "Mongolia") %>% tail(5) %>% gt() %>% cols_move_to_start( columns = vars(year) ) # Use `countrypops` to create a gt table; # With the remaining columns, move `year` # and `population` to the start tab_2 <- countrypops %>% dplyr::select(-contains("code")) %>% dplyr::filter(country_name == "Mongolia") %>% tail(5) %>% gt() %>% cols_move_to_start( columns = vars(year, population) )