| Title: | R Spatial Data for Tilegrams |
|---|---|
| Description: | R spatial objects for Tilegrams. Tilegrams are tiled maps where the region size is proportional to the certain characteristics of the dataset. |
| Authors: | Bhaskar Karambelkar [aut, cre] |
| Maintainer: | Bhaskar Karambelkar <[email protected]> |
| License: | MIT + file LICENSE |
| Version: | 0.2.9000 |
| Built: | 2024-10-27 03:03:52 UTC |
| Source: | https://github.com/bhaskarvk/tilegramsr |
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_Datamap.io.tilegram sf_Datamap.io.tilegram.centerssf_Datamap.io.tilegram sf_Datamap.io.tilegram.centers
sf
## Not run: library(leaflet) library(tilegramsR) data <- sf_Datamap.io.tilegram leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)## Not run: library(leaflet) library(tilegramsR) data <- sf_Datamap.io.tilegram leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)
A 'sf' object where each polygon represents a state
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_DKOS_50_State_OuterHex_Tilemap_v1 sf_DKOS_50_State_InnerHex_Tilemap_v1 sf_DKOS_50_State_Hex_Tilemap_v1.centerssf_DKOS_50_State_OuterHex_Tilemap_v1 sf_DKOS_50_State_InnerHex_Tilemap_v1 sf_DKOS_50_State_Hex_Tilemap_v1.centers
sf
A 'sf' object where each polygon equals one congressional district
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_DKOS_CD_Hexmap_v1.1 sf_DKOS_CD_Hexmap_v1.1.states sf_DKOS_CD_Hexmap_v1.1.centerssf_DKOS_CD_Hexmap_v1.1 sf_DKOS_CD_Hexmap_v1.1.states sf_DKOS_CD_Hexmap_v1.1.centers
sf
## Not run: library(leaflet) library(tilegramsR) data <- sf_DKOS_CD_Hexmap_v1.1 leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)## Not run: library(leaflet) library(tilegramsR) data <- sf_DKOS_CD_Hexmap_v1.1 leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_DKOS_Distorted_Electoral_College_Map_v1 sf_DKOS_Distorted_Electoral_College_Map_v1.centerssf_DKOS_Distorted_Electoral_College_Map_v1 sf_DKOS_Distorted_Electoral_College_Map_v1.centers
sf
## Not run: library(leaflet) library(tilegramsR) data <- sf_DKOS_Distorted_Electoral_College_Map_v1 leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)## Not run: library(leaflet) library(tilegramsR) data <- sf_DKOS_Distorted_Electoral_College_Map_v1 leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)
A 'sf' object where each polygon equals one electoral college
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_DKOS_Electoral_College_Map_v1 sf_DKOS_Electoral_College_Map_v1.states sf_DKOS_Electoral_College_Map_v1.centerssf_DKOS_Electoral_College_Map_v1 sf_DKOS_Electoral_College_Map_v1.states sf_DKOS_Electoral_College_Map_v1.centers
sf
## Not run: library(leaflet) library(tilegramsR) data <- sf_DKOS_Electoral_College_Map_v1 leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)## Not run: library(leaflet) library(tilegramsR) data <- sf_DKOS_Electoral_College_Map_v1 leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)
A 'sf' object where each polygon equals one electoral vote
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_FiveThirtyEightElectoralCollege sf_FiveThirtyEightElectoralCollege.states sf_FiveThirtyEightElectoralCollege.centerssf_FiveThirtyEightElectoralCollege sf_FiveThirtyEightElectoralCollege.states sf_FiveThirtyEightElectoralCollege.centers
sf
## Not run: library(leaflet) library(tilegramsR) data <- sf_FiveThirtyEightElectoralCollege leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)## Not run: library(leaflet) library(tilegramsR) data <- sf_FiveThirtyEightElectoralCollege leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)
A 'sf' object for regions of France including overseas.
A 'sf' object of regional boundaries of each French region.
A 'sf' object of centroids of each French region.
sf_france_all_regions_population sf_france_all_regions_population.regions sf_france_all_regions_population.centerssf_france_all_regions_population sf_france_all_regions_population.regions sf_france_all_regions_population.centers
An object of class sf (inherits from data.frame) with 18 rows and 4 columns.
A 'sf' object for departments of France.
A 'sf' object of centroids of each French department.
sf_france_departments sf_france_departments.centerssf_france_departments sf_france_departments.centers
An object of class sf (inherits from data.frame) with 96 rows and 4 columns.
A 'sf' object for regions of France
A 'sf' object of regional boundaries of each French region.
A 'sf' object of centroids of each French region.
sf_france_regions_population sf_france_regions_population.regions sf_france_regions_population.centerssf_france_regions_population sf_france_regions_population.regions sf_france_regions_population.centers
An object of class sf (inherits from data.frame) with 13 rows and 4 columns.
A 'sf' object for regions of Germany
A 'sf' object of centroids of each German region.
sf_germany_constituencies sf_germany_constituencies.centerssf_germany_constituencies sf_germany_constituencies.centers
An object of class sf (inherits from data.frame) with 299 rows and 4 columns.
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_NPR.DemersCartogram sf_NPR.DemersCartogram.centerssf_NPR.DemersCartogram sf_NPR.DemersCartogram.centers
sf
## Not run: library(leaflet) library(tilegramsR) data <- sf_NPR.DemersCartogram leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)## Not run: library(leaflet) library(tilegramsR) data <- sf_NPR.DemersCartogram leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_NPR1to1 sf_NPR1to1.centerssf_NPR1to1 sf_NPR1to1.centers
sf
## Not run: library(leaflet) library(tilegramsR) data <- sf_NPR1to1 leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)## Not run: library(leaflet) library(tilegramsR) data <- sf_NPR1to1 leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)
A 'sf' object where each polygon equals 500K people
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_Pitch_US_Population_2016_v1 sf_Pitch_US_Population_2016_v1.states sf_Pitch_US_Population_2016_v1.centerssf_Pitch_US_Population_2016_v1 sf_Pitch_US_Population_2016_v1.states sf_Pitch_US_Population_2016_v1.centers
sf
## Not run: library(leaflet) library(tilegramsR) data <- sf_Pitch_US_Population_2016_v1 leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)## Not run: library(leaflet) library(tilegramsR) data <- sf_Pitch_US_Population_2016_v1 leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_WP sf_WP.centerssf_WP sf_WP.centers
sf
## Not run: library(leaflet) library(tilegramsR) data <- sf_WP leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)## Not run: library(leaflet) library(tilegramsR) data <- sf_WP leaflet(data, options=leafletOptions(crs=leafletCRS("L.CRS.Simple"))) %>% addPolygons() ## End(Not run)
A 'sf' object where each polygon represents a state
A 'sf' object of centroids of each state
sf_WSJ sf_WSJ.centerssf_WSJ sf_WSJ.centers
sf
## Not run: library(leaflet) library(tilegramsR) spdf <- sf_WSJ leaflet(spdf) %>% addPolygons() ## End(Not run)## Not run: library(leaflet) library(tilegramsR) spdf <- sf_WSJ leaflet(spdf) %>% addPolygons() ## End(Not run)
Tilegrams are tiled maps where the region size is proportional to the certain characteristics of the dataset. This package provides several such tilegrams as simple feature (sf) objects.