Description: Provides a C++ implementation of the Multidimensional Item Response Theory (MIRT) capable of performing parameter and traits estimations. It also provides a list of options to perform an optimal analysis and obtain useful information about the resulting model. This package is a work of SICS Research Group, Universidad Nacional de Colombia.
FactoMineR, MASS, ade4, sirt, paran, statmod, optimx, mvtnorm,

Author: Borel A., Pouydebat E., Reghem E.
Description: Laterality package calculates Handedness index (HI) and
z-score. It gives also absolute HI and mean HI at the
individual and group level. The corresponding graphs can also
be plotted. Some functions based on the ade4 package perform
correspondence analysis (package ade4 is needed).

Title: Functions to calculate common laterality statistics in
Description: Laterality package calculates Handedness index (HI) and z-score. It gives also absolute HI and mean HI at the individual and group level. The corresponding graphs can also be plotted. Some functions based on the ade4 package perform correspondence analysis (package ade4 is needed).

Title: Functions to Calculate Common Laterality Statistics in
Description: Calculates and plots Handedness index (HI), absolute HI, mean HI and z-score which are commonly used indexes for the study of hand preference (laterality) in non-human primates.

Authors@R: c(person("Xu He", role = c("aut", "cre"), email = "hexu@amss.ac.cn"))
Description: Lattice-based space-filling designs with fill or separation distance properties, including interleaved lattice-based maximin distance designs proposed in Xu He (2018) <arXiv:1807.02289v1>,
(sliced) rotated sphere packing designs proposed in Xu He (2017) <doi:10.1080/01621459.2016.1222289>
and Xu He (2018) <doi:10.1080/00401706.2018.1458655>, and densest packing-based maximum projections designs proposed in Xu He (2018) <arXiv:1709.02062v2>.

Description: Lattice-based space-filling designs with fill or separation distance properties including interleaved lattice-based minimax distance designs, interleaved lattice-based maximin distance designs, (sliced) rotated sphere packing designs, and densest packing-based maximum projections designs.