library(knitr) opts_chunk$set( echo = TRUE, eval = FALSE, warning = FALSE, fig.path = './images/', fig.asp = 1, out.width = "50%", cache = FALSE) opts_knit$set(root.dir = "./images/", cache.path = "./images/")
pls
family functions now support MultiAssayExperiment
and formula
classes as input. check out example.pca
family functions now support MultiAssayExperiment
data. see example.MultiAssayExperiment
and formula
classes {#pls-mae-formula}suppressMessages({library(mixOmics2); library(mixOmics.data)}) ## with X and Y as matrices X <- linnerud$exercise Y <- linnerud$physiological pls.res_XY <- pls(X = X, Y = Y) pls.res_fm <- pls(formula = Y ~ X) pls.res_fm_MAE <- pls(data = linnerud.mae, formula = physiological~exercise) ## same output for all three identical(pls.res_XY[-1], pls.res_fm[-1]) identical(pls.res_XY[-1], pls.res_fm_MAE[-1]) plotVar(pls.res_fm)
See examples/pls.R
, examples/spls.R
, examples/splsda.R
,... for more.
MultiAssayExperiment
data {#pca-mae}suppressMessages({library(mixOmics2); library(mixOmics.data)}) ## example with MultiAssayExperiment class pca.res <- pca(X = multidrug.mae, assay = 'ABC.trans', ncomp = 4, scale = TRUE) plotIndiv(pca.res, ind.names = multidrug$cell.line$Class, group = as.numeric(as.factor(multidrug$cell.line$Class)))
See examples/pca.R
, examples/spca.R
, ... for more.
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