ais | Australian institute of sport data |
banknote | Swiss banknote data |
bentlerxie.pvalue | Compute the Chi-square approximations to a weighted sum of Chi-square(1) random variables. |
dr | Main function for dimension reduction regression |
dr.basis | Directions selected by dimension reduction regressiosn |
dr.basis.default | Directions selected by dimension reduction regressiosn |
dr.basis.ire | Directions selected by dimension reduction regressiosn |
dr.compute | Main function for dimension reduction regression |
dr.coordinate.test | Dimension reduction tests |
dr.coordinate.test.default | Dimension reduction tests |
dr.coordinate.test.ire | Dimension reduction tests |
dr.coordinate.test.pire | Dimension reduction tests |
dr.coordinate.test.save | Dimension reduction tests |
dr.coordinate.test.sir | Dimension reduction tests |
dr.direction | Directions selected by dimension reduction regressiosn |
dr.direction.default | Directions selected by dimension reduction regressiosn |
dr.direction.ire | Directions selected by dimension reduction regressiosn |
dr.directions | Directions selected by dimension reduction regressiosn |
dr.joint.test | Dimension reduction tests |
dr.joint.test.default | Dimension reduction tests |
dr.joint.test.ire | Dimension reduction tests |
dr.joint.test.pire | Dimension reduction tests |
dr.permutation.test | Permutation tests of dimension for dr |
dr.permutation.test.statistic | Permutation tests of dimension for dr |
dr.pvalue | Compute the Chi-square approximations to a weighted sum of Chi-square(1) random variables. |
dr.slices | Divide a vector into slices of approximately equal size |
dr.slices.arc | Divide a vector into slices of approximately equal size |
dr.step | Sequential fitting of coordinate tests using a dr object |
dr.test | Dimension reduction tests |
dr.weights | Estimate weights for elliptical symmetry |
drop1.dr | Sequential fitting of coordinate tests using a dr object |
mussels | Mussels' muscles data |
plot.dr | Basic plot of a dr object |
wood.pvalue | Compute the Chi-square approximations to a weighted sum of Chi-square(1) random variables. |