CvmortalityMult (version 1.1.1)

regions: regions

Description

Data from the Spanish region of Spain which are provided to plot an indicator. This dataset contains a plot with the information of Spain regions (geometry and name of every region).

Usage

regions

Value

a plot with the Spain regions colored by the indicator provided.

Format

A data frame with 600 rows and 9 columns with class "SpainRegionsData" including the following information

• Codigo a vector containing the code of every region of Spain.

• Texto a vector containing the name of every region of Spain.

• Texto_Alt a vector containing the long name of every region of Spain.

• Ii a vector containing a possible value of one indicator to be shown.

• geometry the dimension of every region of Spain. This vector allows to plot the regions of Spain.

References

Spanish National Institute of Statistics (INE) (2023). Tablas de mortalidad, metodologia. Technical report, Instituto Nacional de Estadistica

Examples

#The example takes more than 5 seconds because it includes
#several fitting and forecasting process and hence all
#the process is included in donttest
# \donttest{
#In this case, we show the region dataset applying it to a multipopulation model.
#First, we present the dataset

regions

ages <- c(0, 1, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90)

#Then, we fit the multiplicative model
library(gnm)
multiplicative_Spainmales <- fitLCmulti(model = "multiplicative",
                                        qxt = SpainRegions$qx_male,
                                        periods = c(1991:2020),
                                        ages = c(ages),
                                        nPop = 18,
                                        lxt = SpainRegions$lx_male)

multiplicative_Spainmales
library(sf)
#To show the values of the population indicator in the Spanish map.
SpainMap(regionvalue = multiplicative_Spainmales$Ii[2:18],
         main = c("Multiplicative for males"),
         name = c("Ii"))
# }