R: Data Generation with Count, Binary and Continuous Components
PoisBinNonNor-package
R Documentation
Data Generation with Count, Binary and Continuous Components
Description
Provides R functions for generation of multiple count, binary and continuous variables
simultaneously given the marginal characteristics and association structure. Continuous variables can be
of any nonnormal shape allowed by the Fleishman polynomials, taking the normal distribution as a special case.
Details
Package:
PoisBinNonNor
Type:
Package
Version:
1.1
Date:
2016-05-13
License:
GPL-2 | GPL-3
The package consists of fourteen functions. The functions validation.bin, validation.corr, and
validation.skewness.kurtosis validate the specified quantities. correlation.limits returns the lower and upper bounds of pairwise correlations of
Poisson, binary and continuous variables. correlation.bound.check
validates pairwise correlation values.
intermediate.corr.PP, intermediate.corr.BB, intermediate.corr.CC,
intermediate.corr.PB, intermediate.corr.PC, and intermediate.corr.BC
compute intermediate correlation matrix for Poisson-Poisson combinations, binary-binary,
continuous-continuous, Poisson-binary, Poisson-continuous,
binary-continuous combinations, respectively. The function overall.corr.mat assembles
the final correlation matrix. The engine function gen.PoisBinNonNor
generates mixed data in accordance with the specified marginal and correlational quantities.
Throughout the package, variables are supposed to be inputted in a certain order, namely,
first count variables, next binary variables, and then continuous variables should be placed.
Author(s)
Gul Inan, Hakan Demirtas
Maintainer: Gul Inan <inanx002@umn.edu>
References
Amatya, A. and Demirtas, H. (2015). Simultaneous generation of multivariate mixed data with Poisson and normal
marginals. Journal of Statistical Computation and Simulation, (85)15, 3129-3139.
Demirtas, H. and Hedeker, D. (2011). A practical way for computing approximate lower and upper
correlation bounds. The American Statistician, 65(2), 104-109.
Demirtas, H., Hedeker, D., and Mermelstein, R.J. (2012). Simulation of massive public health data
by power polynomials. Statistics in Medicine, 31(27), 3337-3346.