## S3 method for class 'acomp':
plot3D(x, parts=1:min(ncol(X),4),...,
lwd=2, axis.col="gray", add=FALSE, cex=2,
vlabs=colnames(x), vlabs.col=axis.col, center=FALSE,
scale=FALSE, log=FALSE, bbox=FALSE, axes=TRUE, size=cex,col=par("col"))
## S3 method for class 'rcomp':
plot3D(x,parts=1:min(ncol(X),4),...,
lwd=2,axis.col="gray",add=FALSE,cex=2,
vlabs=colnames(x),vlabs.col=axis.col,center=FALSE,
scale=FALSE,log=FALSE,bbox=FALSE,axes=TRUE,size=cex,col=par("col"))
rgl.material
ilr
coordinates. This is the isometric view of the data.
If log is FALSE the data is plotted in ipt
coordinates
and a tetrahedron is plotted around it if coors == TRUE
. This
can be used to do a tetrahedron plot.
In case of three components:
If log is TRUE the data is plotted in clr
coordinates. This can be used to visualize the clr plane.
If log is FALSE the data is plotted as is, showing the embedding of
the
three-part simplex in the three-dimensional space.
In all cases:
If coors
is true, coordinate arrows are plotted
of length 1 in the origin of the space, except in the tetrahedron case.kingTetrahedron
points3d
, plot3D
,
plot
, plot3D.rmult
,
plot3D.acomp
,plot3D.rcomp
,,
plot3D.aplus
,plot3D.rplus
data(SimulatedAmounts)
plot3D(acomp(sa.lognormals5),1:3,col="green")
plot3D(acomp(sa.lognormals5),1:3,log=TRUE,col="green")
plot3D(acomp(sa.lognormals5),1:4,col="green")
plot3D(acomp(sa.lognormals5),1:4,log=TRUE,col="green")
Run the code above in your browser using DataLab