infoDecompuTE: Information Decomposition of Two-phase Experiments

InfoDecompuTE is capable of generating the structure of the analysis of variance (ANOVA) table of the two-phase experiments. By inputting the design and the relationships of the random and fixed factors using the Wilkinson-Rogers' syntax, infoDecompuTE can generate the structure of the ANOVA table with the coefficients of the variance components for the expected mean squares. This package can also study the balanced incomplete block design and provides the efficiency factors of the fixed effects.

Author
Kevin Chang and Katya Ruggiero
Date of publication
2013-02-04 10:56:11
Maintainer
Kevin Chang <kcha193@aucklanduni.ac.nz>
License
GPL (>= 3)
Version
0.5.1

View on CRAN

Man pages

blkProkMat
Construct PNTginvATNP Matrix by Block Information...
getFixEF.onePhase
Get the Fixed Components' coefficients and Efficiency Factors...
getFixEF.twoPhase
Get the Fixed Components' coefficients and Efficiency Factors...
getIncidenceMatrix
Get the Treatment Incidence Matrix
getReplicationList
Get the Replication Ratio List
getTrtCoef
Get the Treatment Coefficient
getVcCoefMS.onePhase
Get Variance Components' Coefficients and Mean Squares for...
getVcCoefMS.twoPhase
Get Variance Components' Coefficients and Mean Squares for...
getVMat.onePhase
Get Variance Matrix for Single-phase Experiments
getVMat.twoPhase
Get Variance Matrix for Single-phase Experiment
infoDecompuTE-package
Information Decomposition of Two-phase Experiments
invInfMat
Invert the Information Matrix
m1
Vector of 1_n
makeBlkDesMatrix
Make Block Design Matrix
makeBlockProjectors
Make Block Projectors
makeTreatProjectors
Make the Treatment Projectors
mI
Identity Matrix
mJ
Identity Matrix Minus Averging Matrix
mK
Averging Matrix
projMat
Projection Matrix
summaryAovOnePhase
Summarize an Theotrical Analysis of Variance Model of...
summaryAovTwoPhase
Summarize an Theotrical Analysis of Variance Model of...
tr
Trace of the Matrix
trtProkMat
Compute the Efficiency Factors by Treatment Information...

Files in this package

infoDecompuTE
infoDecompuTE/MD5
infoDecompuTE/R
infoDecompuTE/R/getReplicationList.R
infoDecompuTE/R/getVcCoefMS.twoPhase.R
infoDecompuTE/R/getIncidenceMatrix.R
infoDecompuTE/R/getVcCoefMS.onePhase.R
infoDecompuTE/R/invInfMat.R
infoDecompuTE/R/getTrtCoef.R
infoDecompuTE/R/makeBlkDesMatrix.R
infoDecompuTE/R/trtProkMat.R
infoDecompuTE/R/mI.R
infoDecompuTE/R/m1.R
infoDecompuTE/R/getFixEF.onePhase.R
infoDecompuTE/R/mJ.R
infoDecompuTE/R/getVMat.twoPhase.R
infoDecompuTE/R/tr.R
infoDecompuTE/R/blkProkMat.R
infoDecompuTE/R/summaryAovTwoPhase.R
infoDecompuTE/R/getFixEF.twoPhase.R
infoDecompuTE/R/mK.R
infoDecompuTE/R/makeTreatProjectors.R
infoDecompuTE/R/makeBlockProjectors.R
infoDecompuTE/R/getVMat.onePhase.R
infoDecompuTE/R/toLatexTable.r
infoDecompuTE/R/projMat.R
infoDecompuTE/R/summaryAovOnePhase.R
infoDecompuTE/man
infoDecompuTE/man/getVcCoefMS.twoPhase.Rd
infoDecompuTE/man/getVcCoefMS.onePhase.Rd
infoDecompuTE/man/invInfMat.Rd
infoDecompuTE/man/blkProkMat.Rd
infoDecompuTE/man/makeTreatProjectors.Rd
infoDecompuTE/man/getReplicationList.Rd
infoDecompuTE/man/getVMat.twoPhase.Rd
infoDecompuTE/man/summaryAovOnePhase.Rd
infoDecompuTE/man/mJ.Rd
infoDecompuTE/man/toLatexTable.rd
infoDecompuTE/man/getFixEF.twoPhase.Rd
infoDecompuTE/man/tr.Rd
infoDecompuTE/man/getVMat.onePhase.Rd
infoDecompuTE/man/mI.Rd
infoDecompuTE/man/getFixEF.onePhase.Rd
infoDecompuTE/man/makeBlockProjectors.Rd
infoDecompuTE/man/mK.Rd
infoDecompuTE/man/m1.Rd
infoDecompuTE/man/getTrtCoef.Rd
infoDecompuTE/man/getIncidenceMatrix.Rd
infoDecompuTE/man/summaryAovTwoPhase.Rd
infoDecompuTE/man/makeBlkDesMatrix.Rd
infoDecompuTE/man/projMat.Rd
infoDecompuTE/man/infoDecompuTE-package.Rd
infoDecompuTE/man/trtProkMat.Rd
infoDecompuTE/DESCRIPTION
infoDecompuTE/NAMESPACE