The sf package provides a new standard in how to wrangle geometries in R. There are several interfaces into and out of the package, but most interestingly - you can use the package with the %>% syntax for pipe lining operations.This means you can handle geometries in a almost query-like fashion which was not possible with the sp pacakge. sf represents an attempt to provide a handful of simple structures that ultimately support the bulk of typical geometry. This talk will demonstrate some fun boiler-plate code that will showcase the operations and flexibility of sf. A light introduction to geometric principles will also be provided.<br
We present the first practical, implemented configuration-space computation algorithm for a curved, ...
The R package Rmpfr allows to use arbitrarily precise numbers instead of R’s double precision number...
This workshop will prepare users to get started using the tidyverse packages in R. We will focus on ...
<div>Video recording of Robert Benneto's presentation, entitled "Tidy geometries in R" presented at ...
This document describes how to use the shape package for plotting graphical shapes. Together with R-...
<p>Previously, we examined tractable parametric shape grammars and developed a general paradigm for ...
”compositions” is a new R-package for the analysis of compositional and positive data.It contains fo...
To advance the use of geometric algebra in practice, we develop computational methods for parameteri...
Arrangements of planar curves are fundamental structures in computational geometry. Recently, the ar...
V. L. Rvachev called R-functions “logically-charged functions ” because they encode complete logical...
AbstractArrangements of planar curves are fundamental structures in computational geometry. Recently...
This is the code used to generate Figures 1, S1, S2, S3 and S4 as presented in the paper and supplem...
R is a language similar to S for statistical data analysis, based on modern programming concepts a...
This paper introduces the elliptic package of R routines, for numerical calculation of elliptic and ...
Programming commands essential for replicating our geometric morphometric and statistical analyses a...
We present the first practical, implemented configuration-space computation algorithm for a curved, ...
The R package Rmpfr allows to use arbitrarily precise numbers instead of R’s double precision number...
This workshop will prepare users to get started using the tidyverse packages in R. We will focus on ...
<div>Video recording of Robert Benneto's presentation, entitled "Tidy geometries in R" presented at ...
This document describes how to use the shape package for plotting graphical shapes. Together with R-...
<p>Previously, we examined tractable parametric shape grammars and developed a general paradigm for ...
”compositions” is a new R-package for the analysis of compositional and positive data.It contains fo...
To advance the use of geometric algebra in practice, we develop computational methods for parameteri...
Arrangements of planar curves are fundamental structures in computational geometry. Recently, the ar...
V. L. Rvachev called R-functions “logically-charged functions ” because they encode complete logical...
AbstractArrangements of planar curves are fundamental structures in computational geometry. Recently...
This is the code used to generate Figures 1, S1, S2, S3 and S4 as presented in the paper and supplem...
R is a language similar to S for statistical data analysis, based on modern programming concepts a...
This paper introduces the elliptic package of R routines, for numerical calculation of elliptic and ...
Programming commands essential for replicating our geometric morphometric and statistical analyses a...
We present the first practical, implemented configuration-space computation algorithm for a curved, ...
The R package Rmpfr allows to use arbitrarily precise numbers instead of R’s double precision number...
This workshop will prepare users to get started using the tidyverse packages in R. We will focus on ...