Description: YourCast makes time series cross-sectional forecasts
with multiple cross-sections based on your assumptions
given a variety of smoothing assumptions based on
similarities among the levels or trends in the expected
value of the dependent variable rather than the
coefficients.  YourCast implements suggestions in the
book by Federico Girosi and Gary King; see
Packaged: Thu Jan 15 15:19:42 2009; king

Author: Federico Girosi <girosi@rand.org> Gary King <king@harvard.edu>
Depends: R (>= 1.9.0), sma, foreign, lattice
Description: YourCast makes time series cross-sectional forecasts with
multiple cross-sections based on your assumptions. It allows a
variety of smoothing assumptions based on similarities among
the levels, trends, or interactions in the expected value of
the dependent variable rather than the coefficients.  YourCast
implements ideas in the book Federico Girosi and Gary King.
DEMOGRAPHIC FORECASTING. Princeton University Press, 2008; see

Title: Forecasting age-sex-country-cause mortality rates
Elena Villalon <evillalon@latte.harvard.edu> Jon Bischof
Description: Software accompanying the book by Girosi and King:
Demographic Forecasting.  Four different forecast models (i.e,
OLS, LC, POISSON, and MAP).  The driver of the simulation is
function mortality.driver(), with your choices of input
parameters, such as country, disease, and gender, and many
others; please read the software manual.

Imports: grid, gridExtra, lattice, foreign, reshape2
Description: Software accompanying the book by Girosi and King: Demographic Forecasting.
Four different forecast models (i.e, OLS, LC, POISSON, and MAP).
The driver of the simulation is function mortality.driver(),
with your choices of input parameters, such as country, disease, and gender, and
many others; please read the software manual.
Copyright: (C) 2007-2013. Federico Girosi and Gary King.

Depends: R (>= 2.15.0), foreign, ggplot2, reshape2, gridExtra, lattice

Title: Plant architectural analysis with Yplant and QuasiMC.
Author: Remko Duursma. QuasiMC by Mik Cieslak. Uses code by Robert
Pearcy (Yplant) and Belinda Medlyn (MAESTRA).
Depends: R (>= 2.10), rgl, geometry, LeafAngle, devtools
Description: An R implementation of Yplant, combined with the QuasiMC
raytracer. Calculate radiation absorption, transmission and
scattering, photosynthesis and transpiration of virtual 3D