mvdalab-package |
Multivariate Data Analysis Laboratory (mvdalab) |
acfplot |
Plot of Auto-correlation Funcion |
ap.plot |
Actual versus Predicted Plot and Residuals versus Predicted |
bca.cis |
Bias-corrected and Accelerated Confidence Intervals |
bidiagpls.fit |
Bidiag2 PLS |
BiPlot |
Generates a biplot from the output of an 'mvdareg' and 'mvdapca' object |
boot.plots |
Plots of the Output of a Bootstrap Simulation for an 'mvdareg' Object |
coef.mvdareg |
Extract Information From a plsFit Model |
coefficients.boots |
BCa Summaries for the coefficient of an mvdareg object |
coefficients.mvdareg |
Extract Summary Information Pertaining to the Coefficients resulting from a PLS model |
coefficientsplot2D |
2-Dimensionsl Graphical Summary Information Pertaining to the Coefficients of a PLS |
coefsplot |
Graphical Summary Information Pertaining to the Regression Coefficients |
College |
Data for College Level Examination Program and the College Qualification Test |
contr.niets |
Cell Means Contrast Matrix |
ellipse.mvdalab |
Ellipses, Data Ellipses, and Confidence Ellipses |
imputeBasic |
Naive imputation of missing values. |
imputeEM |
Expectation Maximization (EM) for imputation of missing values. |
imputeQs |
Quartile Naive Imputation of Missing Values |
imputeRough |
Naive Imputation of Missing Values for Dummy Variable Model Matrix |
introNAs |
Introduce NA's into a Dataframe |
jk.after.boot |
Jackknife After Bootstrap |
loadings.boots |
BCa Summaries for the loadings of an mvdareg object |
loadings.mvdareg |
Summary Information Pertaining to the Bootstrapped Loadings |
loadingsplot |
Graphical Summary Information Pertaining to the Loadings |
loadingsplot2D |
2-Dimensionsl Graphical Summary Information Pertaining to the Loadings of a PLS or PCA Analysis |
mewma |
Generates a Hotelling's T2 Graph of the Multivariate Exponentially Weighted Average |
model.matrix.mvdareg |
'model.matrix' creates a design (or model) matrix. |
MultCapability |
Principal Component Based Multivariate Process Capability Indices |
MVcis |
Calculate Hotelling's T2 Confidence Intervals |
MVComp |
Traditional Multivariate Mean Vector Comparison |
mvdaboot |
Bootstrapping routine for 'mvdareg' objects |
mvdalab |
Multivariate Data Analysis Laboratory (mvdalab) |
mvdaloo |
Leave-one-out routine for 'mvdareg' objects |
mvdareg |
Partial Least Squares Regression |
mvrnorm.svd |
Simulate from a Multivariate Normal, Poisson, Exponential, or Skewed Distribution |
mvrnormBase.svd |
Simulate from a Multivariate Normal, Poisson, Exponential, or Skewed Distribution |
my.dummy.df |
Create a Design Matrix with the Desired Constrasts |
no.intercept |
Delete Intercept from Model Matrix |
pca.nipals |
PCA with the NIPALS algorithm |
pcaFit |
Principal Component Analysis |
PE |
Percent Explained Variation of X |
Penta |
Penta data set |
perc.cis |
Percentile Bootstrap Confidence Intervals |
plot.cp |
Plotting Function for Score Contributions. |
plot.mvcomp |
Plot of Multivariate Mean Vector Comparison |
plot.mvdapca |
Principal Component Analysis |
plot.mvdareg |
General plotting function for 'mvdareg' and 'mvdapaca' objects. |
plot.plusminus |
2D Graph of the PCA scores associated with a plusminusFit |
plot.R2s |
Plot of R2 |
plot.smc |
Plotting function for Significant Multivariate Correlation |
plot.sr |
Plotting function for Selectivity Ratio. |
plot.wrtpls |
Plots of the Output of a Permutation Distribution for an 'mvdareg' Object with 'method = "bidiagpls"' |
plsFit |
Partial Least Squares Regression |
plusminus.fit |
PlusMinus (Mas-o-Menos) |
plusminus.loo |
Leave-one-out routine for 'plusminus' objects |
plusMinusDat |
plusMinusDat data set |
plusminusFit |
Plus-Minus (Mas-o-Menos) Classifier |
predict.mvdareg |
Model Predictions From a plsFit Model |
print.empca |
Expectation Maximization (EM) for imputation of missing values. |
print.mvcomp |
Traditional Multivariate Mean Vector Comparison |
print.mvdapca |
Principal Component Analysis |
print.mvdareg |
Print Methods for mvdalab Objects |
print.npca |
PCA with the NIPALS algorithm |
print.plusminus |
Print Methods for plusminus Objects |
print.proC |
Comparison of n-point Configurations vis Procrustes Analysis |
print.R2s |
Cross-validated R2, R2 for X, and R2 for Y for PLS models |
print.roughImputation |
Naive Imputation of Missing Values for Dummy Variable Model Matrix |
print.seqem |
Sequential Expectation Maximization (EM) for imputation of missing values. |
print.smc |
Significant Multivariate Correlation |
print.sr |
Selectivity Ratio |
proCrustes |
Comparison of n-point Configurations vis Procrustes Analysis |
R2s |
Cross-validated R2, R2 for X, and R2 for Y for PLS models |
ScoreContrib |
Generates a score contribution plot |
scoresplot |
2D Graph of the scores |
SeqimputeEM |
Sequential Expectation Maximization (EM) for imputation of missing values. |
smc |
Significant Multivariate Correlation |
smc.acfTest |
Test of the Residual Significant Multivariate Correlation Matrix for the presence of Autocorrelation |
smc.error |
Significant Multivariate Correlation |
smc.modeled |
Significant Multivariate Correlation |
sr |
Selectivity Ratio |
sr.error |
Selectivity Ratio |
sr.modeled |
Selectivity Ratio |
summary.mvdareg |
Partial Least Squares Regression |
summary.mvdareg.default |
Partial Least Squares Regression |
summary.plusminus |
Plus-Minus (Mas-o-Menos) Classifier |
summary.plusminus.default |
Plus-Minus (Mas-o-Menos) Classifier |
T2 |
Generates a Hotelling's T2 Graph |
Wang_Chen |
Bivariate process data. |
Wang_Chen_Sim |
Simulated process data from a plastics manufacturer. |
weight.boots |
BCa Summaries for the weights of an mvdareg object |
weights.mvdareg |
Extract Summary Information Pertaining to the Bootstrapped weights |
weightsplot |
Extract Graphical Summary Information Pertaining to the Weights |
weightsplot2D |
Extract a 2-Dimensional Graphical Summary Information Pertaining to the weights of a PLS Analysis |
wrtpls.fit |
Weight Randomization Test PLS |
Xresids |
Generates a Graph of the X-residuals |
XresidualContrib |
Generates the squared prediction error contributions and contribution plot |
y.loadings |
Extract Summary Information Pertaining to the y-loadings |
y.loadings.boots |
Extract Summary Information Pertaining to the y-loadings |