Title: Modeling earthquake data using Epidemic Type Aftershock Sequence
Author: Abdollah Jalilian <jalilian@razi.ac.ir>, based on Fortran code
Description: A package for fitting the ETAS model to earthquake
catalogoues ETAS model is a spatio-temporal marked point
process model and a special case of the Hawcks process

Title: Modeling Earthquake Data Using ETAS Model
Author: Abdollah Jalilian [aut, cre], Jiancang Zhuang [ctb]
Description: Fitting the space-time Epidemic Type
Aftershock Sequence (ETAS) model to earthquake catalogs
using a stochastic declustering approach.
The ETAS model is a spatio-temporal marked point process
model and a special case of the Hawcks process.
The package is based on Fortran code by Jiancang Zhuang
which is translated into C such that it can be called from R.

Description: Fits the space-time Epidemic Type Aftershock Sequence
model and a special case of the Hawkes process.
which is translated into C++ and C such that it can be called from R.

(ETAS) model to earthquake catalogs using a stochastic declustering
approach. The ETAS model is a spatio-temporal marked point process
model and a special case of the Hawkes process. The package is based
which is modified and translated into C++ and C such that it

can be called from R. Parallel computing with OpenMP is possible
Depends: R (>= 3.3.0), stats, graphics, utils, maps
Imports: lattice, spatstat, Rcpp, fields

Imports: lattice, goftest, spatstat, Rcpp, fields

Title: Modeling Earthquake Data Using 'ETAS' Model
('ETAS') model to earthquake catalogs using a stochastic 'declustering'
approach. The 'ETAS' model is a 'spatio-temporal' marked point process
model and a special case of the 'Hawkes' process. The package is based
on a Fortran program by 'Jiancang Zhuang'
can be called from R. Parallel computing with 'OpenMP' is possible
person(given = "Abdollah", family = "Jalilian",
person(given = "Jiancang", family = "Zhuang",
Author: Abdollah Jalilian [aut, cre] (<https://orcid.org/0000-0002-6573-0069>),

Imports: lattice, goftest, spatstat.geom, spatstat.core, spatstat (>=