MALAlgcp {lgcp} | R Documentation |
MALAlgcp function
Description
ADVANCED USE ONLY A function to perform MALA for the spatial only case
Usage
MALAlgcp(
mcmcloop,
inits,
adaptivescheme,
M,
N,
Mext,
Next,
sigma,
phi,
theta,
mu,
nis,
cellarea,
spatialvals,
temporal.fitted,
tdiff,
scaleconst,
rootQeigs,
invrootQeigs,
cellInside,
MCMCdiag,
gradtrunc,
gridfun,
gridav,
mcens,
ncens,
aggtimes
)
Arguments
mcmcloop |
an mcmcLoop object |
inits |
initial values from mcmc.control |
adaptivescheme |
adaptive scheme from mcmc.control |
M |
number of cells in x direction on output grid |
N |
number of cells in y direction on output grid |
Mext |
number of cells in x direction on extended output grid |
Next |
number of cells in y direction on extended output grid |
sigma |
spatial covariance parameter sigma |
phi |
spatial covariance parameter phi |
theta |
temporal correlation parameter theta |
mu |
spatial covariance parameter mu |
nis |
cell counts matrix |
cellarea |
area of cells |
spatialvals |
spatial at risk, function lambda, interpolated onto the requisite grid |
temporal.fitted |
temporal fitted values representing mu(t) |
tdiff |
vecto of time differences with convention that the first element is Inf |
scaleconst |
expected number of observations |
rootQeigs |
square root of eigenvalues of precision matrix |
invrootQeigs |
inverse square root of eigenvalues of precision matrix |
cellInside |
logical matrix dictating whether cells are inside the observation window |
MCMCdiag |
defunct |
gradtrunc |
gradient truncation parameter |
gridfun |
grid functions |
gridav |
grid average functions |
mcens |
x-coordinates of cell centroids |
ncens |
y-coordinates of cell centroids |
aggtimes |
z-coordinates of cell centroids (ie time) |
Value
object passed back to lgcpPredictSpatial