NEWS.md
read_GRTSmh(), read_GRTSmh_base4frac(),
read_GRTSmh_diffres() and read_raster_runif()
now return a SpatRaster object from {terra} by default (#173).
Previous behaviour using {raster} can still be restored; see below.
However do note that {raster} is a legacy package and {terra} is its
successor.
The package can be configured using options() or
corresponding environment variables. Current configuration state is
returned by n2khab_options(). See
?n2khab_options for information on package
configuration.
Two settings are now available:
read_schemes() and read_scheme_types() were
moved to a new package {n2khabmon}. In {n2khab} they
are still functional but deprecated, and will eventually disappear
(#175). The accompanying data sources schemes and
scheme_types have moved to {n2khabmon}. {n2khab} 0.10.0
will be the minimum version required by {n2khabmon}.
download_zenodo() has been improved (#169):
read_watersurfaces() gained extra capabilities (#168):
watersurfaces_v1.2 is now
supported;fix_geom argument allows to fix invalid or
corrupt geometries on the fly. This behaviour is turned off by default
(see #60).namelist has been updated with improved
type names (#163; thanks @jeroenvdborre).read_habitatmap() and derived functions (#165).master is replaced by
main (#164).types and env_pressures data sources. Since it
is expected that this upgrade is not compatible with older {git2rdata}
versions, the version dependency for {git2rdata} has been updated
(#161).scheme_types data source: update typegroup membership
of type 7210 in scheme GW_03.3 (#161).read_shallowgroundwater() to return the
shallowgroundwater data source (#156).
shallowgroundwater represents the
areas in the Flemish region of Belgium where the mean lowest groundwater
level is estimated to be less than approximately 2 m below soil surface
(inbo/n2khab-preprocessing/pull/61;
https://doi.org/10.5281/zenodo.5902880).types, schemes,
scheme_types, namelist were updated (#150,
#151, #154, #158):
groundw_dep for type
91F0;ep_07.2 and
ep_07.4 received updated (Dutch) explanations;HQ2190 has been replaced by two schemes
HQ2190_terr and HQ2190_aq;GW_05.1_aq (with
contributions from L. Denys & A. Leyssen).The following new data source versions are now supported by their associated reading functions:
habitatmap_2020 (read_habitatmap() -
#139)habitatmap_stdized_2020_v1
(read_habitatmap_stdized() - #139, #140)habitatmap_terr_2020_v1
(read_habitatmap_terr() - #139, #140)habitatstreams_v1.7 (read_habitatstreams()
- #114)watersurfaces_v1.1 (read_watersurfaces() -
#118)watersurfaces_hab_v4
(read_watersurfaces_hab() - #142)Function documentation was updated accordingly and refined.
read_raster_runif() to return the
raster_runif data source (#136, #138)
raster_runif is a raster with cells
matching those of GRTSmaster_habitats. Their values are
uniformly distributed random numbers between 0 and 1 (inbo/n2khab-preprocessing/pull/55
and following pull requests; https://doi.org/10.5281/zenodo.4745983).checksum() and associated shortcut functions
to calculate file checksums (#122)Including:
scheme_types data source: updates in typegroup
memberships of MNE scheme GW_05.1_terr (#116)expand_types() now also supports expanding
5130_hei to 5130 (#143)read_watercourse_100mseg() (#105) to return
the watercourse_100mseg data source or one of its elements.
watercourse_100mseg is a new processed data source (inbo/n2khab-preprocessing/pull/44;
https://doi.org/10.5281/zenodo.4452577).read_watersurfaces() has been limited explicitly to
using data source version ‘watersurfaces_v1.0’. Accommodation of the
newer ‘watersurfaces_v1.1’ is planned for later.path argument (#92).
Existing R code will continue to run normally if you complied with the
recommended file organization (see
vignette("v020_datastorage") and
vignette("v022_example")) and did not set the
path and file arguments.read_habitatquarries() for reading the
habitatquarries data source (#83, #94, inbo/n2khab-preprocessing/pull/41).schemes & scheme_types: updates of
spatial restrictions, names and typegroup names of MNE schemes (for
defining the schemes’ target populations);types: update groundwater dependency of type
2170.download_zenodo() (from {inborutils})
(#89)types: updates of flood dependency scores and
hydrological class of several types, following several expert
discussions and checksschemes & scheme_types: updates
regarding spatial restrictions, types and typegroup memberships of MNE
schemes (for defining the schemes’ target populations); added MHQ scheme
‘HQ2120’env_pressures: updated explanations. Each pressure now
has its own explanationnamelist: according updatesrenv
framework implemented to enhance reproducibility of generating the
built-in textual data sources (#72)read_env_pressures(): an extra column
‘remarks’ is now returned (#65)read_soilmap() for reading the
soilmap or processed soilmap_simple data
sources (#29; inbo/n2khab-preprocessing/pull/34)read_soilmap() as an example target (#29)read_habitatsprings() accommodates the latest version
of the habitatsprings data source (#62, 5604002)read_habitatsprings() optionally aggregates points to
(population) units (#70)read_habitatmap_terr() now drops occurrences of type
7220 by default, given the information returned by
read_habitatsprings() (#71)Further, a number of smaller fixes and enhancements were made.
read_GRTSmh(), read_GRTSmh_base4frac(),
read_GRTSmh_diffres(): avoided CRS error with more recent
GDAL/PROJ.4 installations (#61)read_habitatmap_terr(): fixed non-functioning argument
keep_aq_types=FALSE (#60)types and
env_pressures)download_zenodo() from {inborutils}pkgdown
This package is the successor of the {n2khabutils} package. Previous
to commit c8608d9, the code was part of the n2khab-monitoring
repo (formerly ‘n2khab-inputs’), where the original version history
remains stored. At that time, the package was called {n2khabutils}. As a
convenience, the {n2khab} repo still holds the rewritten (shrinked)
package history from before commit c8608d9, as defined by
the related files and folders. See this
issue in the ‘n2khab-monitoring’ repo, where the migration is
documented.