extracts the population density at the locality level in hexagons of 400 meters resolution for the years 2023 and 2022

extract_pop(year, cve_edo, locality)

Arguments

year: is the year dataset
cve_edo: is the id of state.
locality: is the target locality.

Value

a sf object

Author

Felipe Antonio Dzul Manzanilla felipe.dzul.m@gmail.com.

Examples

popmex::extract_pop(year = 2023, cve_edo = "31", locality = "Merida")
#> Simple feature collection with 401 features and 2 fields
#> Geometry type: POLYGON
#> Dimension:     XY
#> Bounding box:  xmin: -89.73667 ymin: 20.8754 xmax: -89.51838 ymax: 21.09618
#> Geodetic CRS:  WGS 84
#> First 10 features:
#>                     h3 population                           geom
#> 427027 8845724d27fffff          5 POLYGON ((-89.71474 20.9272...
#> 427028 8845724d25fffff        935 POLYGON ((-89.71032 20.9198...
#> 427172 88457249bbfffff       1299 POLYGON ((-89.65264 20.8833...
#> 427173 88457249b9fffff        135 POLYGON ((-89.64824 20.8758...
#> 427174 88457249b7fffff       1652 POLYGON ((-89.63924 20.8910...
#> 427175 88457249b5fffff         31 POLYGON ((-89.63483 20.8836...
#> 427176 88457249b3fffff       1401 POLYGON ((-89.64814 20.8908...
#> 427177 88457249b1fffff        127 POLYGON ((-89.64374 20.8834...
#> 427181 88457249a7fffff        190 POLYGON ((-89.62153 20.8763...
#> 427183 88457249a3fffff        240 POLYGON ((-89.63043 20.8761...