Description Usage Arguments Value See Also
adsimp is a translation of Alan Genz's matlab program adsimp.m to adaptively integrate over a simplex. The other functions listed below are all called by adsimp. These functions are used internally; use at your own risk.
1 2 3 4 5 6 7 8 | adsimp(ND, VRTS, NF, F, MXFS, EA, ER, KEY, partitionInfo = FALSE )
adsimp.return.message( rcode )
SMPCHC(ND, NF, MXFS, EA, ER, SBS, KEY)
SMPDFS(ND, NF, F, TOP, SBS, VRTS)
SMPRMS(N, KEY)
SMPRUL(ND, VRTS, VOL, NF, F, G, W, PTS)
SMPSAD(ND, NF, F, MXFS, EA, ER, KEY, RCLS, SBS, VRTS, partitionInfo )
SMPSMS(N, VERTEX, NF, F, G)
|
ND, N |
dimension of the space |
VRTS, VERTEX |
array specifying the simplices |
NF |
dimension of the function; F(x) has NF coordinates |
F |
a function of ND variables, value F(x) has NF coordinates |
rcode |
an integer return code from adsimp |
MXFS |
maximum number of function evaluations allowed |
EA |
requested absolute error |
ER |
requested relative error |
KEY |
integration rule |
partitionInfo |
TRUE or FALSE, controls whether or not the function returns information about the final partition. See the comments in function adaptIntegrateSimplex(). |
SBS |
number of subsimplices |
TOP |
pointer to a subsimplex |
VOL |
volume of a simplex |
G |
generators for integration rule |
W |
weights for an integration rule |
PTS |
points in an integration rule |
RCLS |
number of terms in an integration rule |
Not meant to be used directly, these functions are generally called from function adaptIntegrateSimplex(...).
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.