| corAR1 | AR(1) Correlation Structure |
| corARMA | ARMA(p,q) Correlation Structure |
| corCAR1 | Continuous AR(1) Correlation Structure |
| corClasses | Correlation Structure Classes |
| corCompSymm | Compound Symmetry Correlation Structure |
| corExp | Exponential Correlation Structure |
| corGaus | Gaussian Correlation Structure |
| corLin | Linear Correlation Structure |
| corRatio | Rational Quadratics Correlation Structure |
| corSpher | Spherical Correlation Structure |
| corSymm | General Correlation Structure |
| design.COD | Creation of Standard Experimental Designs |
| design.CRD | Creation of Standard Experimental Designs |
| design.LSD | Creation of Standard Experimental Designs |
| design.RCBD | Creation of Standard Experimental Designs |
| design.SPD | Creation of Standard Experimental Designs |
| designCOD | Creation of Standard Experimental Designs |
| designCRD | Creation of Standard Experimental Designs |
| designLSD | Creation of Standard Experimental Designs |
| designRCBD | Creation of Standard Experimental Designs |
| designSPD | Creation of Standard Experimental Designs |
| df.cod | Create a data frame for Crossover design |
| df.crd | Create a data frame of completely randomized design |
| df.lsd | Create a data frame for Latin square design |
| df.rcbd | Create a data frame of randomized complete block design |
| df.spd | Create data frame for split-plot design |
| milk | An exemplary dataset of a 4x4 crossover design with 2 squares |
| mkdesign | Create a Design Object for Power Calculation |
| pwr.anova | Power of omnibus tests |
| pwr.contrast | Power of contrasts |
| pwr.summary | Power for model coefficients |