Apply.function |
Apply Functions Over Array Margins, using custom vectorization (possibly using parallel) |
are_in.mesh |
Checks if some points belong to a given mesh |
branin |
This is a simple copy of the Branin-Hoo 2-dimensional test function, as provided in DiceKriging package. The Branin-Hoo function is defined here over [0,1] x [0,1], instead of [-5,0] x [10,15] as usual. It has 3 global minima : x1 = c(0.9616520, 0.15); x2 = c(0.1238946, 0.8166644); x3 = c(0.5427730, 0.15) |
combn.design |
Generalize expand.grid() for multi-columns data. Build all combinations of lines from X1 and X2. Each line may hold multiple columns. |
contourview |
Plot a contour view of a prediction model or function, including design points if available. |
contourview-method |
Plot a contour view of a prediction model or function, including design points if available. |
contourview.function |
Plot a contour view of a prediction model or function, including design points if available. |
contourview.glm |
Plot a contour view of a prediction model or function, including design points if available. |
contourview.km |
Plot a contour view of a prediction model or function, including design points if available. |
contourview.Kriging |
Plot a contour view of a prediction model or function, including design points if available. |
contourview.list |
Plot a contour view of a prediction model or function, including design points if available. |
contourview.matrix |
Plot a contour view of a prediction model or function, including design points if available. |
contourview.NoiseKriging |
Plot a contour view of a prediction model or function, including design points if available. |
contourview.NuggetKriging |
Plot a contour view of a prediction model or function, including design points if available. |
is_in.mesh |
Checks if some point belongs to a given mesh |
is_in.p |
Test if points are in a hull |
Memoize.function |
Memoize a function |
mesh_exsets |
Search excursion set of nD function, sampled by a mesh |
mesh_roots |
Multi Dimensional Multiple Roots (Zero) Finding, sampled by a mesh |
min_dist |
Minimal distance between one point to many points |
optims |
Title Multi-local optimization wrapper for optim, using (possibly parallel) multistart. |
plot2d_mesh |
Plot a two dimensional mesh |
plot3d_mesh |
Plot a three dimensional mesh |
plot_mesh |
Plot a one dimensional mesh |
points_in.mesh |
Extract points of mesh which belong to the mesh triangulation (may not contain all points) |
points_out.mesh |
Extract points of mesh which do not belong to the mesh triangulation (may not contain all points) |
root |
One Dimensional Root (Zero) Finding |
roots |
One Dimensional Multiple Roots (Zero) Finding |
sectionview |
Plot a section view of a prediction model or function, including design points if available. |
sectionview-method |
Plot a section view of a prediction model or function, including design points if available. |
sectionview.function |
Plot a section view of a prediction model or function, including design points if available. |
sectionview.glm |
Plot a section view of a prediction model or function, including design points if available. |
sectionview.km |
Plot a section view of a prediction model or function, including design points if available. |
sectionview.Kriging |
Plot a section view of a prediction model or function, including design points if available. |
sectionview.list |
Plot a section view of a prediction model or function, including design points if available. |
sectionview.matrix |
Plot a section view of a prediction model or function, including design points if available. |
sectionview.NoiseKriging |
Plot a section view of a prediction model or function, including design points if available. |
sectionview.NuggetKriging |
Plot a section view of a prediction model or function, including design points if available. |
sectionview3d |
Plot a contour view of a prediction model or function, including design points if available. |
sectionview3d-method |
Plot a contour view of a prediction model or function, including design points if available. |
sectionview3d.function |
Plot a contour view of a prediction model or function, including design points if available. |
sectionview3d.glm |
Plot a contour view of a prediction model or function, including design points if available. |
sectionview3d.km |
Plot a contour view of a prediction model or function, including design points if available. |
sectionview3d.Kriging |
Plot a contour view of a prediction model or function, including design points if available. |
sectionview3d.list |
Plot a contour view of a prediction model or function, including design points if available. |
sectionview3d.matrix |
Plot a contour view of a prediction model or function, including design points if available. |
sectionview3d.NoiseKriging |
Plot a contour view of a prediction model or function, including design points if available. |
sectionview3d.NuggetKriging |
Plot a contour view of a prediction model or function, including design points if available. |
Vectorize.function |
Vectorize a multidimensional Function |