rmutil1.1.10 package

Beta Binomial Distribution

Box-Cox Distribution

Burr Distribution

A Fast Simplified Version of tapply

Consul Distribution

Contrast Matrix for Constraints about the Mean

Methods for response, tccov, tvcov, and repeated Data Objects

Transform a Dataframe to a repeated Object

Double Binomial Distribution

Double Poisson Distribution

Formula Interpreter

Object Finder

Check Covariates and Parameters of a Function

Methods for formulafn Functions

Gamma Count Distribution

Calculate Gauss-Hermite Quadrature Points

Find the Most Recent Value of a Time-varying Covariate Before Each Obs...

Generalized Extreme Value Distribution

Generalized Gamma Distribution

Generalized Inverse Gaussian Distribution

Generalized Logistic Distribution

Generalized Weibull Distribution

Hjorth Distribution

Vectorized Numerical Integration

Vectorized Two-dimensional Numerical Integration

Inverse Gaussian Distribution

Produce Individual Time Profiles for Plotting

Laplace Distribution

Levy Distribution

Solution of Autonomous Linear Differential Equations

Create a repeated Object, Leaving NAs

Matrix Exponentiation

Power of a Matrix

Produce Marginal Time Profiles for Plotting

Multiplicative Binomial Distribution

Multiplicative Poisson Distribution

Pareto Distribution

Pharmacokinetic Compartment Models

Plot Residuals

Power Exponential Distribution

Power Variance Function Poisson Distribution

Read a List of Matrices from a File for Unbalanced Repeated Measuremen...

Read a Rectangular Data Set from a File to Create a repeated Object

Read a List of Matrices from a File for Repeated Times to Events

Create a response Object

Create a repeated Object, Removing NAs

Utilities for Repeated Measurements Library

Runge-Kutta Method for Solving Differential Equations

Simplex Distribution

Skew Laplace Distribution

Create a Time-constant, Inter-individual Covariate (tccov) Object

Create a Time-varying, Intra-individual Covariate (tvcov) Object

Two-Sided Power Distribution

Find the Response Vector and Design Matrix for a W&R Model Formula