This function reorders the estimated states, which can be useful for a comparison to true parameters or the interpretation of states.
Arguments
- x
An object of class
fHMM_model
.- state_order
Either
"mean"
, in which case the states are ordered according to the means of the state-dependent distributions,or a vector (or a matrix) which determines the new ordering:
If
x$data$controls$hierarchy = FALSE
,state_order
must be a vector of lengthx$data$controls$states
with integer values from1
tox$data$controls$states
. If the old state numberx
should be the new state numbery
, put the valuex
at the positiony
ofstate_order
. E.g. for a 2-state HMM, specifyingstate_order = c(2, 1)
swaps the states.If
x$data$controls$hierarchy = TRUE
,state_order
must be a matrix of dimensionx$data$controls$states[1]
xx$data$controls$states[2] + 1
. The first column orders the coarse-scale states with the logic as described above. For each row, the elements from second to last position order the fine-scale states of the coarse-scale state specified by the first element. E.g. for an HHMM with 2 coarse-scale and 2 fine-scale states, specifyingstate_order = matrix(c(2, 1, 2, 1, 1, 2), 2, 3)
swaps the coarse-scale states and the fine-scale states connected to coarse-scale state 2.
Value
An object of class fHMM_model
, in which states are reordered.