Description Usage Arguments Details Value Author(s) See Also Examples
This is a nice instructive graphical tool useful in particular for teaching classes
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data |
See |
x |
a |
y |
a |
same.algorithm |
Force the picture being simulated with the same algorithm so that the pictures are always directly comparable. The disadvantage is that some models are simulated only (very) approximatively. |
ev |
instead of the data, the empirical variogram itself might be passed |
bin |
only considered if |
xcov |
|
ycov |
Only for anisotropic models. |
sim_only1dim |
Logical. The argument determines whether a process should be simulated on the line or on the plane |
wait |
integer. See details. |
... |
further options and control arguments for the simulation
that are passed to and processed by |
If wait
is negative the xterm does not wait for the
tkltk-window to be finished. Further the variable RFgui.model
is created in the environment .GlobalEnv
and contains the
currently chosen variable in the gui. RFgui
always returns
NULL
.
If wait
is non-negative the xterm waits for the
tkltk-window to be finished. RFgui
returns invisibly
the last chosen model (or NULL
if no model has been chosen).
RFgui
idles a lot when wait=0
. It idles less for
higher values by sleeping about wait
microseconds. Of course
the handling in the tkltk window gets slower as well. Reasonable values
for wait
are within [0,1000]
.
same.alg = TRUE is equivalent to setting
circulant.trials=1
,
circulant.simu_method = "RPcirculant"
,
circulant.force=TRUE
,
circulant.mmin=-2
.
If wait < 0
the function returns NULL
else it returns the last chosen RMmodel
.
If wait < 0
,
a side effect of RFgui
is the creation of the variable RFgui.model
on .GlobalEnv
.
Daphne Boecker; \martin
soil
for a further example
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