Sort (or order) an object into ascending or descending temporal order.
# S4 method for class 'MCMC'
sort(x, decreasing = FALSE)
# S4 method for class 'PhasesMCMC'
sort(x, decreasing = FALSE)
An object of the same sort as x
.
Other mutators:
bind
,
data.frame
,
names()
,
sort.list()
,
subset()
## Events
(eve <- as_events(mcmc_events, calendar = CE(), iteration = 1))
#> <EventsMCMC>
#> - Number of events: 4
#> - Number of MCMC samples: 30000
eve[1:1000, ] # Select the first 1000 iterations
#> <EventsMCMC>
#> - Number of events: 4
#> - Number of MCMC samples: 1000
eve[, 1:2] # Select the first 2 events
#> <EventsMCMC>
#> - Number of events: 2
#> - Number of MCMC samples: 30000
cbind2(eve[, 1:2], eve[, 3:4]) # Combine two MCMC objects
#> <MCMC>
#> - Number of events: 4
#> - Number of MCMC samples: 30000
sort(eve, decreasing = TRUE) # Sort events in descending order
#> <EventsMCMC>
#> - Number of events: 4
#> - Number of MCMC samples: 30000
## Phases
(pha <- as_phases(mcmc_phases, start = c(1, 3), calendar = CE(), iteration = 1))
#> <PhasesMCMC>
#> - Number of phases: 2
#> - Number of MCMC samples: 30000
pha[1:1000, , ] # Select the first 1000 iterations
#> <PhasesMCMC>
#> - Number of phases: 2
#> - Number of MCMC samples: 1000
pha[, 1, , drop = FALSE] # Select the first phase
#> <PhasesMCMC>
#> - Number of phases: 1
#> - Number of MCMC samples: 30000