doParallel, emplik, foreach, MASS, mda, mixture, parallel,
RANN, Rfast, Rfast2, sn, stats

doParallel, emplik, FlexDir, foreach, MASS, mda, mixture,
parallel, RANN, Rfast, Rfast2, sn, stats

codalm, doParallel, emplik, FlexDir, foreach, MASS, mda,
mixture, nnet, parallel, RANN, Rfast, Rfast2, sn, stats

codalm, Directional, doParallel, emplik, FlexDir, foreach,
MASS, mda, mixture, NlcOptim, nnet, parallel, RANN, Rfast,
Rfast2, sn, stats

codalm, Directional, doParallel, emplik, FlexDir, foreach,
glmnet, MASS, mda, mixture, NlcOptim, nnet, parallel, pchc,
RANN, Rfast, Rfast2, sn, stats

c(person("Michail", "Tsagris", role = c("aut", "cre"), email = "mtsagris@uoc.gr"),
person("Giorgos", "Athineou", role = "aut", email = "gioathineou@gmail.com"),
person("Abdulaziz", "Alenazi", role = "ctb", email = "a.alenazi@nbu.edu.sa"),
person("Christos", "Adam", role = "ctb", email = "pada4m4@gmail.com"))
Michail Tsagris [aut, cre],
Giorgos Athineou [aut],
Abdulaziz Alenazi [ctb],
Christos Adam [ctb]
codalm, Directional, doParallel, emplik, FlexDir, foreach,
glmnet, graphics, grDevices, MASS, mda, mixture, NlcOptim,
nnet, parallel, pchc, RANN, Rfast, Rfast2, sn, stats

codalm, Directional, doParallel, emplik, energy, FlexDir,
foreach, glmnet, graphics, grDevices, MASS, mda, mixture,
NlcOptim, nnet, parallel, pchc, RANN, Rfast, Rfast2, sn, stats

Tools for extracting occurrences, assessing potential driving factors, predicting occurrences, and quantifying impacts of compound events in hydrology and climatology. Please see Hao Zengchao et al. (2019) <doi:10.1088/1748-9326/ab4df5>.

Bozidar V. Popovic, Saralees Nadarajah, Miroslav M. Ristic
Computing Continuous Distributions Obtained by Compounding
a Continuous and a Discrete Distribution

Bozidar V. Popovic <bozidarpopovic@gmail.com>, Saralees
Nadarajah <saralees.nadarajah@manchester.ac.uk>, Miroslav M.
Ristic <miristic@ptt.rs>
Computing Continuous Distributions
Obtained by Compounding a Continuous and a
Discrete Distribution

This package contains an implementation of continuous convex
piecewise (linear) functions (quadratic coming soon
Continuous convex piecewise linear (ccpl) resp. quadratic
(ccpq) functions can be implemented with sorted breakpoints and
slopes. This includes functions that are ccpl (resp. ccpq) on a
convex set (i.e. an interval or a point) and infinite out of
the domain. These functions can be very useful for a large
class of optimisation problems. Efficient manipulation (such as
log(N) insertion) of such data structure is obtained with map
standard template library of C++ (that hides balanced trees).
This package is a wrapper on such a class based on Rcpp
modules.