rpart.matrix | R Documentation |
These are internal functions used in the diet
packagethat are not intended to
be directly called by the user.
rpart.matrix(frame)
rpart.branch(x, y, node, branch)
rpconvert(x)
SpeciesCompBar(x, prey.cols, Factor, Species)
subsample(dat, ID, n)
spatialsamp(x, LonID, LatID, sizeofgrid = 5, ID = NULL, nsub = NULL,
Plot = FALSE)
formOmat(object, ID)
Vis.Gam(x, view = NULL, cond = list(), n.grid = 30, too.far = 0,
col = NA, color = "heat", contour.col = NULL, se = -1,
type = "link", plot.type = "persp", zlim = NULL, nCol = 50, ...)
vis(x, view = NULL, cond = list(), n.grid = 30, too.far = 0,
col = NA, color = "heat", contour.col = NULL, se = -1,
type = "link", plot.type = "persp", zlim = NULL, nCol = 50,
se.plot = TRUE, ...)
## S3 method for class 'igam'
vis(x, view = NULL, cond = list(), n.grid = 30,
too.far = 0, col = NA, color = "heat", contour.col = NULL,
se = -1, type = "link", plot.type = "persp", zlim = NULL,
nCol = 50, se.plot = TRUE, ...)
textG.dpart(x, splits = TRUE, which = 4, label = "yval",
FUN = text, all.leaves = FALSE, pretty = NULL,
digits = getOption("digits") - 2, tadj = 0.65, use.n = FALSE,
bars = TRUE, xadj = 1, yadj = 1, bord = FALSE,
node.cols = NULL, pos = NULL, ...)
text.dpart(x, splits = TRUE, which = 4, label = "yval", FUN = text,
all.leaves = FALSE, pretty = NULL, digits = getOption("digits") -
2, tadj = 0.65, use.n = FALSE, bars = TRUE, xadj = 1, yadj = 1,
bord = FALSE, node.cols = NULL, pos = NULL, ...)
tree.depth(nodes)
tree.depth.dpart(nodes)
snip.dpart(x, toss)
snip.dpart.mouse(tree, parms = paste(".rpart.parms", dev.cur(), sep =
"."))
## S3 method for class 'dpart'
select.tree(object, se, nsplits)
select.tree(object, ...)
## S3 method for class 'dpart'
rsq(x, rn)
rsq(x, ...)
rpartco.dpart(tree, parms = paste(".rpart.parms", dev.cur(), sep = "."))
plotG.dpart(x, node.cols = NULL, pos = NULL, ...)
outside(polyx, polyy, x, y)
na.igam(x)
na.dpart(x)
mask(gridx, gridy, x, y)
explore.bag(object, node, cols = NULL, showtitle = FALSE,
axis.side = 2, cex = 1, ylim)
explore(object, pred, pred.where, loss = NULL, node, cols = NULL,
showtitle = FALSE, labels = TRUE, cex = 1, ylim)
writepn.csv(x)
Distance(O, P, type = "Hellinger")
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