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mirai based par_* functions for
parallelizationinst/extdata contents were moved to
tests/testdata in 0.9.1sf inputs in x
and y is supported in par_*() functionsclip_*() functions and
vect_validate() are removedpar_map_args() is renamed to
par_convert_f()bbox class
detection (cf. https://github.com/r-spatial/sf/issues/2448).check_package refactoring: no library()
call is requiredpar_* functionspar_*: argument pad_y to enable applying
padded extent to x or y (e.g., y in raster-vector overlay and x
otherwise)par_*: argument name change from debug to .debugfuture.applyany_class_args, is_within_ref,
par_fallback, check_dist_incorrectpar_grid argument: grids_input_idscheck_subject to .check_vectorreproject_b2r to reproject_to_rastervect_valid_repair to vect_validatepar_split_list
par_split_listpar_* family naming hierarchy: par_make_*
to par_pad_*
par_make_grid) and clustering
(par_make_balanced) functions are internalpar_* runners (par_grid, par_hierarchy,
par_multirasters) are keptextract_at is redesigned as a S4 methodcli packagesummarize_aw gets generic argument names x
and ymirai backend is introducedcheck_subject is added. This
function is internal.vapply argument FUN.VALUE fixedgrid_target_id in par_grid accepts
numeric or character input to filter gridspar_fallback is returning error_message field with
actual error messagescollapse package is added to Imports (i.e.,
rowbind function is used in place of
dplyr::bind_rows)par_*
functionschopin processing functions now support file path input
with extents in par_gridpar_pad_grid with
mode = "grid_advanced"par_merge_gridpar_pad_balanced; thanks to comments of Dr. Michael
Fessler)par_grid
(par_group_grid)sapply is changed to
vapplypar_*
functions for parallelization considering raster/vector data
situationspar_grid unifies the classes of grid inputspar_cut_coords: a supplementary function effectively
operating with par_def_q for
mode = "grid_quantile" in par_pad_grid. X- and
Y-coordinates (of centroids for polygon inputs) are split into quantile
groups to balance the number of features in each grid; does not account
for geometric complexity (i.e., number of vertices)par_pad_grid is done only by
terra::bufferextract_at* functions get max_cells, which
is passed to exactextractr::exact_extract for speedup in
expense of memory pressuresurf argument in extract_at*() accepts
file pathsrast_short... in par_* functionsThese 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.
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