Description Usage Arguments Details Value See Also Examples
nint_space
defines an n-dimensional space as a list of dimensions.
A space may consist of subspaces.
A space without subspaces is called true subspace.
1 |
... |
dimensions each of which may be an actual dimension object or a list structure of dimension objects. |
If a space contains at least one list structure of dimension objects it consists of subspaces.
Each subspace is then defined by a combination of dimension objects along the dimensions.
See nint_expandSpace
on how to expand a space to true subspaces.
nint_space
returns an object of class
"nint_space"
.
An object of class
"nint_space"
is an ordered list of dimension objects.
nint_scatDim
, nint_gridDim
, nint_intvDim
, nint_funcDim
, nint_integrate
, nint_validateSpace
, nint_expandSpace
, fisherI
1 2 3 4 5 6 7 8 | s = nint_space(nint_gridDim(seq(1, 3, 0.9)),
nint_scatDim(seq(2, 5, 0.8)),
nint_intvDim(-Inf, Inf),
nint_funcDim(function(x) nint_intvDim(0, x[1])),
list(nint_gridDim(c(0, 10)),
list(nint_intvDim(1, 7)))
)
s
|
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