Provides the tools needed to benchmark the R2 value corresponding to a certain acceptable noise level while also providing a rescaling function based on that noise level yielding a new value of R2 we refer to as R2k which is independent of both the number of degrees of freedom and the noise distribution function.

Install the latest version of this package by entering the following in R:

`install.packages("pAnalysis")`

Author | Joseph G Kreke, PhD; Harris, Inc. Sangeet Khemlani, PhD; Naval Research Laboratory. Greg Trafton, PhD; Naval Research Laboratory. |

Date of publication | 2016-01-19 23:47:42 |

Maintainer | Joseph G Kreke <jkreke2@gmail.com> |

License | GPL-2 |

Version | 2.0 |

**cap1:** cap1

**pAnalysis-package:** Benchmarking and Rescaling R2 using Noise Percentile Analysis

**pcdfs:** R2 values with corresponding probability density and...

**plotcdf:** Plot several Cumulative Density Functions

**plotpdf:** Plot Several Probability Density Functions

**plotR2Equiv:** Plotting Equivalent R2s across a range of degrees of freedom.

**plotR2k:** Plot R2k for a single measured R2 and a single noise...

**plotR2p:** Plot several noise baselines (R2p)

**R2:** R-squared

**R2k:** Conversion of standard R2 to a noise/dof-independent value

**R2p:** Calculation of baseline noise level (R2p) at a single value...

**R2pTable:** Creates a table R2p values for combinations of degrees of...

NAMESPACE

R

R/Percentile_Analysis_Functions_v2.R
MD5

build

build/partial.rdb

DESCRIPTION

man

man/pcdfs.Rd
man/cap1.Rd
man/plotR2p.Rd
man/R2p.Rd
man/pAnalysis-package.Rd
man/R2.Rd
man/plotpdf.Rd
man/plotcdf.Rd
man/R2pTable.Rd
man/plotR2k.Rd
man/plotR2Equiv.Rd
man/R2k.Rd
Questions? Problems? Suggestions? Tweet to @rdrrHQ or email at ian@mutexlabs.com.

Please suggest features or report bugs with the GitHub issue tracker.

All documentation is copyright its authors; we didn't write any of that.

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