View source: R/DAISIE_ONEcolonist.R
DAISIE_ONEcolonist | R Documentation |
Convert intermediate output to final simulation output
DAISIE_ONEcolonist(time, island_spec, stt_table)
time |
Numeric defining the length of the simulation in time units. For example, if an island is known to be 4 million years old, setting time = 4 will simulate the entire life span of the island; setting time = 2 will stop the simulation at the mid-life of the island. |
island_spec |
Matrix with current state of simulation containing number of species. |
stt_table |
Matrix with number of species at each time step. |
a list with these elements:
[1]: stt_table
, the same stt_table as put in.
[2]: branching_times
, a sorted numeric vector, as required
by the ML estimation functions. The first element always refers to
the island age. Subsequent elements refer to colonisation, speciation and
recolonisation times. The most recent recolonisation time, if any is
always omitted to approximate simulation results to the mathematical
formulation of the likelihood functions used for MLE.
[3]: stac
, status of colonist. In this function it can be
returned as either 2, 4 or 3. If stac
is 2, then there is only one
independent colonisation present on the island and the extant species are
endemic. If stac is 4, then only a singleton endemic is present at the
present. If stac is 3, then recolonisation occurred, and more than one
colonising lineage.
[4]: missing_species
, a numeric value with the number of
missing species, that is, species not sampled in the phylogeny but
present on the island. As this code only runs for simulation models,
here missing_species
is always set to 0.
[5]:
all_colonisations
, on recolonising lineages only. It is comprised of
$event_times
and $species_type
:
$event_times
ordered numeric vectors containing all events for each extant recolonising lineage. This includes all colonisation and branching times. Each vector pertains to one colonising lineage.
$species_type
a string. Can be "A"
, "C"
or
"I"
depending on whether the extant clade is of anagenetic,
cladogenetic or immigrant origin, respectively.
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