Description Usage Arguments Details Value See Also Examples
View source: R/load.Hst.ls.Z.R
Insert an observation matrix into space-time covariates
1 | load.Hst.ls.Z(Z, Hst.ls.Z, xwhich, rgr.lags = c(0))
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Z |
Observation data. A τ x n numeric matrix. |
Hst.ls.Z |
Space-time covariates. A list of length τ, each element should be a numeric n x p_st matrix. |
xwhich |
Which column of |
rgr.lags |
Temporal lagging of |
This function, along with load.Hst.ls.2Zs
, allows the user to convert a set of observations into covariates for another set of observations.
An unnamed list of length τ, each element will be a numeric n x p_st matrix.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 | ###### here's an itty-bitty example
tau <- 7
n <- 5
Z <- matrix(1, tau, n)
Hst.ls <- list()
for(i in 1:tau) { Hst.ls[[i]] <- matrix(rnorm(n*4), nrow=n) }
load.Hst.ls.Z(Z, Hst.ls.Z=Hst.ls, 1, 0)
########## insert into col 3
load.Hst.ls.Z(Z, Hst.ls.Z=Hst.ls, 3, 0)
############ lag Z examples
Z <- matrix(1:tau, tau, n)
######### lag -1 Z
load.Hst.ls.Z(Z, Hst.ls.Z=Hst.ls, 1, -1)
######### lag 0 Z -- default
load.Hst.ls.Z(Z, Hst.ls.Z=Hst.ls, 1, 0)
######### lag +1 Z
load.Hst.ls.Z(Z, Hst.ls.Z=Hst.ls, 1, +1)
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