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This is a major release to signify that this version is associated with a publication (woo!) for this paper in the R Journal. However, this release only represents minor changes, summarised below:
keys_near
related to factorsfeat_diff_summary()
functions to help summarise diff(). Useful for exploring the time gaps in the index
. (#100)facet_sample()
now has a default of 3 per plotnear_quantile()
, the tol
argument now defaults to 0.01.tbl_ts
objects for keys_near()
- #76pisa
containing a short summary of the PISA dataset from https://github.com/ropenscilabs/learningtower for three (of 99) countriesindex_regular()
and index_summary()
to help identify index variablesfeasts
from dependencies as the functions required in brolgar
are actually in fabletools
.nearest_lgl
and nearest_qt_lgl
wages_ts
data.sample_n_obs()
to sample_n_keys()
and sample_frac_keys()
add_k_groups()
to stratify_keys()
l_<summary>
functions in favour of the features
approach.l_summarise_fivenum
to l_summarise
, and have an option to pass a list of functions.l_n_obs()
to n_key_obs()
l_slope()
to key_slope()
monotonic
summaries and feat_monotonic
l_summarise()
to keys_near()
monotonic
function, which returns TRUE if increasing or decreasing, and false otherwise.as_tsibble()
and n_keys()
from `tsibbleworld_heights
gains a continent columnfacet_strata()
to create a random group of size n_strata
to put the data into (#32). Add support for along
, and fun
.facet_sample()
to create facetted plots with a set number of keys inside each facet. (#32).add_
functions now return a tsibble()
(#49).stratify_keys()
didn’t assign an equal number of keys per strata (#55)wages_ts
dataset to now just be wages
data, and remove previous tibble()
version of wages
(#39).top_n
argument to keys_near
to provide control over the number of observations near a stat that are returned.world_heights
to heights
.n_key_obs()
in favour of using n_obs()
(#62)filter_n_obs()
in favour of cleaner workflow with add_n_obs()
(#63)tsibble
.world_heights
dataset, which contains average male height in centimetres for many countries. #28near_
family of functions to find values near to a quantile or percentile. So far there are near_quantile()
, near_middle()
, and near_between()
(#11).
near_quantile()
Specify some quantile and then find those values around it (within some specified tolerance).near_middle()
Specify some middle percentile value and find values within given percentiles.near_between()
Extract percentile values from a given percentile to another percentile.add_k_groups()
(#20) to randomly split the data into groups to explore the data.sample_n_obs()
and sample_frac_obs()
(#19) to select a random group of ids.filter_n_obs()
to filter the data by the number of observations #15var
, in l_n_obs()
, since it only needs information on the id
. Also gets a nice 5x speedup with simpler codelongnostic
instead of lognostic
(#9)l_slope
now returns l_intercept
and l_slope
instead of intercept
and slope
.l_slope
now takes bare variable namesl_d1
to l_diff
and added a lag argument. This makes l_diff
more flexible and the function more clearly describes its purpose.l_length
to l_n_obs
to more clearly indicate that this counts the number of observations.longnostic
function to create longnostic functions to package up reproduced code inside the l_
functions.NEWS.md
file to track changes to the package.These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.