Maintainer: Roger D. Peng <rpeng@jhsph.edu>
Description: Weather and air pollution data, risk estimates, and other
information from the Medicare Air Pollution Study (MCAPS) of

Author:  Roger D. Peng <rpeng@jhsph.edu>
Maintainer:  Roger D. Peng <rpeng@jhsph.edu>
Description:  Weather and air pollution data, risk estimates, and other information from the Medicare Air Pollution Study (MCAPS) of 204 U.S. counties, 1999--2002
Packaged: Mon Aug 11 16:44:17 2008; rpeng

Title: Optimal Nonparametric Testing of Missing Completely at Random
Author: Thomas B. Berrett <tom.berrett@warwick.ac.uk> [aut,cre] (0000-0002-2005-110X), Richard J. Samworth <r.samworth@statslab.cam.ac.uk> [aut] (0000-0003-2426-4679)
Maintainer: Thomas B. Berrett <tom.berrett@warwick.ac.uk>
Description: Provides functions for carrying out nonparametric hypothesis tests of the MCAR hypothesis based on the theory of Frechet classes and compatibility. Also gives functions for computing halfspace representations of the marginal polytope and related geometric objects.
Imports: lpSolve, rcdd, gtools, Epi, Rdpack

Title: Multiple Correspondence Analysis Variants
Description: Classical multiple correspondence analysis and multiple correspondence analysis via orthogonal polynomials

Description: Provides two variants of multiple correspondence analysis (ca):
multiple ca and ordered multiple ca via orthogonal polynomials of Emerson.

Packaged: 2019-01-17 18:05:07 UTC; Amministratore

Depends: R (> 3.0.1), methods, tools, ggplot2, ggrepel, gridExtra,

Imports: ggplot2, ggrepel, gridExtra, plotly

Title: Monte Carlo Simulation for Surface Backscattering
Description: Monte Carlo simulation is a stochastic method computing trajectories of photons in media. Surface backscattering is performing calculations in semi-infinite media and summarizing photon flux leaving the surface. This simulation is modeling the optical measurement of diffuse reflectance using an incident light beam. The semi-infinite media is considered to have flat surface. Media, typically biological tissue, is described by four optical parameters: absorption coefficient, scattering coefficient, anisotropy factor, refractive index. The media is assumed to be homogeneous.
Computational parameters of the simulation include: number of photons, radius of incident light beam, lowest photon energy threshold, intensity profile (halo) radius, spatial resolution of intensity profile.
Packaged: 2020-05-06 11:31:38 UTC; drbaranyailaszlo