Changes in version 0.9 - mirai based par_* functions for parallelization - inst/extdata contents were moved to tests/testdata in 0.9.1 - CRAN ready: unexported function examples are moved to /tools on GitHub - SoftwareX paper is published; DOI and inst/CITATION is added - Supports H3 and DGGRID gridding functions from 0.9.5 - Generic function using all-sf inputs in x and y is supported in par_*() functions - par_make_h3() adds H3 indices to output sf object - summarize_pp(): point to polygon summary - summarize_st(): summarize the extracted values by space or time Changes in version 0.8 - Bumped version from 0.7.8 to 0.8.0: improving package coverage - README.md: two mermaid plots are pre-generated as png files - Internal clip_*() functions and vect_validate() are removed - par_map_args() is renamed to par_convert_f() - init.R: one-line initialization for bbox class detection (cf. https://github.com/r-spatial/sf/issues/2448) Changes in version 0.7 - .check_package refactoring: no library() call is required - Internal function .check_par_spatraster is added to main par_* functions - Internal preprocessing "dot-functions" -- universally usable functions are plain S3, whereas others that are class-specific were implemented in S4 - Added - CITATION.cff - par_*: argument pad_y to enable applying padded extent to x or y (e.g., y in raster-vector overlay and x otherwise) - Updated - README.Rmd: split the combined one into two mermaid figures -> MD rebuilt, removed date of last update - par_*: argument name change from debug to .debug - Dropped - Custom backend for future and mirai; rolling back to future.apply - any_class_args, is_within_ref, par_fallback, check_dist_incorrect - par_grid argument: grids_input_ids - Data: SRTM (TIFF replaces RDS) - Data preprocessing parts are separated into internal functions - Name change - check_subject to .check_vector - reproject_b2r to reproject_to_raster - vect_valid_repair to vect_validate - targets-friendly helper function: par_split_list - Vignette for par_split_list - par_* family naming hierarchy: par_make_* to par_pad_* - Plain gridding (par_make_grid) and clustering (par_make_balanced) functions are internal - Main par_* runners (par_grid, par_hierarchy, par_multirasters) are kept - extract_at is redesigned as a S4 method - All messaging is managed by cli package - Added zzz.R for startup message - summarize_aw gets generic argument names x and y - mirai backend is introduced - Internal functions are not exported - Type check function check_subject is added. This function is internal. - vapply argument FUN.VALUE fixed Changes in version 0.6 - Fixed: grid_target_id in par_grid accepts numeric or character input to filter grids - par_fallback is returning error_message field with actual error messages - collapse package is added to Imports (i.e., rowbind function is used in place of dplyr::bind_rows) - Tests were fixed following refactoring/updating par_* functions - chopin processing functions now support file path input with extents in par_grid - Fixed: Missing argument passing in par_pad_grid with mode = "grid_advanced" - Vignette update: v01 - Fixed: align input-output classes in par_merge_grid - Improved: grid_advanced mode supports the maximum of merged unit grids - Added the balanced number mode of splitting input points (par_pad_balanced; thanks to comments of Dr. Michael Fessler) - Added function of the balanced mode for par_grid (par_group_grid) - All internal sapply is changed to vapply - Added a diagram for guiding users' choice for par_* functions for parallelization considering raster/vector data situations - litr R Markdown file is moved to the archive Changes in version 0.5 - par_grid unifies the classes of grid inputs - par_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) - Padded grid generation in par_pad_grid is done only by terra::buffer - extract_at* functions get max_cells, which is passed to exactextractr::exact_extract for speedup in expense of memory pressure - Added a new vignette on the demonstration of climate/weather data extraction Changes in version 0.4 - surf argument in extract_at*() accepts file paths - Raster cropping is now optional Changes in version 0.3 - Dropped rast_short - Added examples - README.md is replaced by README.Rmd - Documentation is clarified about the second argument in ... in par_* functions