Plotting multi-dimensional data.
Functions for visualising 2-D and 3-D data.
Other packages that provide visualisation of 3-D data (and which might be better suited) are:
rgl, scatterplot3D, misc3D.
This package is dedicated to Carlo.
Some of the functions based on persp will not work properly for all
values of phi (which turns the plots upside-down).
This is because an assumption is made as to how the perspective plots are viewed.
Karline Soetaert
Functions that are based on the persp function:
persp3D: an extended version of persp.
ribbon3D: a perspective plot as ribbons.
hist3D: 3-D histograms.
scatter3D, points3D, lines3D: colored points, lines, ... in 3-D.
slice3D, slicecont3D: slices from a full 3-D data set.
isosurf3D: isosurfaces from a full 3-D data set as triangles.
voxel3D: isosurfaces from a full 3-D data set as points.
surf3D, spheresurf3D: 3-D shapes or surfaces.
arrows3D: arrows in 3-D.
segments3D: line segments in 3-D.
polygon3D: 3-D polygons.
text3D: labels in 3-D.
Functions defined on the image function:
image2D, for an image function to visualise 2-D or 3-D data.
ImageOcean: an image of the ocean's bathymetry.
Other plotting functions:
Colors and colorkey:
Utility functions:
mesh: to generate rectangular (x, y) or (x, y, z) meshes.
Data sets:
Oxsat: 3-D data set with the ocean's oxygen saturation values.
Hypsometry: 2-D data set with the worlds elevation and ocean's bathymetry.
# run all examples ## Not run: example(persp3D) example(surf3D) example(slice3D) example(scatter3D) example(segments3D) example(image2D) example(image3D) example(contour3D) example(colkey) example(jet.col) example(perspbox) example(mesh) example(trans3D) example(plot.plist) example(ImageOcean) example(Oxsat) ## End(Not run)
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