methods, data.table (>= 1.12.2), fs, slam, Matrix, tm, DT,
xml2, stringi, utils, jsonlite, parallel, pbapply, RcppCWB (>=
0.5.3), magrittr, knitr, lifecycle, rlang

Routines for the polynomial spline fitting routines
hazard regression, hazard estimation with flexible tails, logspline,
lspec, polyclass, and polymars, by C. Kooperberg and co-authors

Routines for the polynomial spline fitting routines
hazard regression, hazard estimation with flexible tails, logspline,
lspec, polyclass, and polymars, by C. Kooperberg and co-authors.

Routines for the polynomial spline fitting routines hazard
regression, hazard estimation with flexible tails, logspline,
lspec, polyclass, and polymars, by C. Kooperberg and co-authors

c(person("Sebastian", "Meyer", email =
"Sebastian.Meyer@ifspm.uzh.ch", role = c("aut","cre","trl")),
person("Michael", "Hoehle", email =
"Michael.Hoehle@stat.uni-muenchen.de", role = c("ths")))
A package providing methods for cubature (numerical
integration) over polygonal domains.  Currently, three
(non-adaptive) cubature methods are implemented: the
two-dimensional midpoint rule (a simple wrapper around
spatstat::as.im.function), the product Gauss cubature proposed
by Sommariva and Vianello (2007), and a quasi-exact method
specific to the integration of the bivariate Gaussian density
over polygonal domains.  For cubature over simple hypercubes,
the packages "cubature" and "R2cuba" are more appropriate.
Sebastian Meyer [aut, cre, trl], Michael Hoehle [ths]

c(person("Sebastian", "Meyer",
email = "Sebastian.Meyer@ifspm.uzh.ch",
role = c("aut","cre","trl")),
person("Michael", "Hoehle",
email = "Michael.Hoehle@stat.uni-muenchen.de",
role = c("ths")))
A package providing methods for cubature (numerical integration)
over polygonal domains.
Currently, four cubature methods are implemented:
the two-dimensional midpoint rule (a simple wrapper around
spatstat::as.im.function), the product Gauss cubature proposed
by Sommariva and Vianello (2007), an adaptive cubature for
isotropic functions via line integrate() along the boundary,
and quasi-exact methods specific to the integration of the
bivariate Gaussian density over polygonal and circular domains.
For cubature over simple hypercubes, the
packages "cubature" and "R2cuba" are more appropriate.
Sebastian Meyer [aut, cre, trl],
Michael Hoehle [ths]