The hardware and bandwidth for this mirror is donated by dogado GmbH, the Webhosting and Full Service-Cloud Provider. Check out our Wordpress Tutorial.
If you wish to report a bug, or if you are interested in having us mirror your free-software or open-source project, please feel free to contact us at mirror[@]dogado.de.
proj4string() to projection()CXX_STD = CXX14 in
‘src/Makevars’)terra instead of
raster (#19)12/3/2022 - submitted to CRAN
| to || in
Quadtree.cpp (this was causing a build warning)plot(<Quadtree>) was throwing
an error when zlim specified a range smaller than the range
of the z values1/31/2022 - CRAN version
write_quadtree_ptr() - this was causing a
memory leak. I did not intend for users to ever use this function (it’s
for my own use) so I simply removed it.1/13/2022 - CRAN version
find_lcp() and
lcp_finder().extract() and
extent() from raster rather than setting the
generics in generics.R - this is to reduce namespace
conflicts with raster.12/3/2021 - development version
new_points parameter that accepts a matrix of
points to be used instead of the cell centroids.use_original_end_points parameter. This
modified the end points after the LCP functionality had already been
run. This is inferior to what I have now implemented, so I removed it.
This can now be achieved using the new_points parameter of
lcp_finder().lcp_finder() and
find_lcp() reduced the number of arguments used for method
selection to one. I changed the name of the parameter no longer used for
method selection to be more descriptive.find_lcp() that accepts a
Quadtree. It allows for LCPs to be found in one step
(rather than having to use lcp_finder() and then
find_lcp()). While it means that the LcpFinder
object can’t be reused, it is more convenient in cases where only a
single LCP needs to be calculated.find_lcp(<LcpFinder>), added the
allow_same_cell_path, which allows for paths to be found
between points that fall in the same cell.11/30/2021 - development version
projection()11/16/2021 - development version
assignNeighbors() in
QuadtreeWrapper::readQuadtree(). Also added unit tests to
detect this bug.write_quadtree_ptr() for writing only the
Quadtree pointer to file (write_quadtree()
writes the QuadtreeWrapper object to file). This is for my
own use - the average user will never need to use this.Quadtree::serialize()
(previously, some attributes were not being serialized).NodeWrapper::toString() and made it available to
R - this simply prints a summary of a NodeWrapper
object.extent() and
projection() generics from raster. Relying on
the extract generic from raster had caused the
code to break (see news for previous version). I decided to stop
importing generics from raster to avoid any future issues like this.
This has the disadvantage of masking extent() and
projection() from raster. This means users
will need to preface the functions with the package names when using
both packages, but it’ll hopefully avoid issues caused by changes in
raster.11/9/2021 - development version
extract() generic from
raster - instead, it is set via setGeneric()
in “R/generics.R”. This is an attempted fix for an error - in some cases
the extract() generic with signature “Quadtree”, “matrix”
was not being found.development version
add_legend(), added parameters for controlling text
color, font, and size. Also renamed ticks_x_pct parameter
to text_x_pct parameter for consistency.border_lwd
parameter of plot(<Quadtree>)) to .4, since that
typically looks nicer.split_method parameter of quadtree() is
"cv")CRAN version
Responded to comments after CRAN submission. This led to the following changes:
plot(<Quadtree>), switched to resetting
par() using on.exit().par() if it was
changed.development version
#include in Matrix.cpp
that appeared to be causing the CRAN build to fail.#includes in C++ files - removed unnecessary
#includes and order them in a way that is more
readable.PointUtilities.h and
PointUtilities.cpp. Only a single function
(distBtwPoints()) in this namespace was being used (in
LcpFinder.cpp), and only once.Point
objects as parameters (rather than having double x and
double y parameters).Point.makeNeighborList() (from
QuadtreeWrapper) - removed ambiguous
hasChildren column and instead added
hasChildren0 and hasChildren1 columns.
Modified plot_Quadtree.R to work with the new columns.summary(<Quadtree>),
summary(<LcpFinder>),
lines(<LcpFinder>), and
points(<LcpFinder>). Also added a unit test for
search_by_centroid option of
lcp_finder().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.
Health stats visible at Monitor.