Description Usage Arguments Value Examples
Calculating the paleocoordinates of the fossil data. Either calculating timebins by looking at the early_age and late_age column, taking the rounded average age (avg_age) of the fossils or by using user defined time bins.
| 1 2 | paleocoords(data, time = "automatic", timevector = NULL, 
                        stepsize = 10, model = "SETON2012")
 | 
| data | data.frame. Fossil occurrences data. | 
| time | character. Defines how the reconstruction time is specified. Can be "automatic", "average" or "timevector". By default time = "automatic". | 
| timevector | vector. The borders of the time bins. Not allowed to be NULL if time = "timevector". | 
| stepsize | numeric. The stepsize of the time bins if time = "automatic". By default stepsize = 10. | 
| model | character. The model the map should be created with. "SETON2012" (default), "MULLER2016", "GOLONKA", "PALEOMAP" or "MATTHEWS2016". | 
data.frame
| 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 | ## Not run: 
library(mapast)
data  <-  base::data.frame(paleobioDB::pbdb_occurrences(base_name = "Canis", 
                                                       min_ma = 0, max_ma = 10, 
                                                       show = c("coords", "phylo"), 
                                                       vocab = "pbdb", limit = 100))
df <- formatdata(data = data)
#reconstruct paleocoordinates with midpoint of appearance time
occ_ma <- paleocoords(data = df, time = "automatic", model = "SETON2012")
#reconstruct paleocoordinates with specific time
occ_matime <- paleocoords(data = df, time = "timevector", timevector = c(0.10), 
                         model = "SETON2012")
                    
## End(Not run)
 | 
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