Title: Download Colombian Demographic, Climate and Geospatial Data
Version: 1.0.0
Description: Downloads wrangled Colombian socioeconomic, geospatial,population and climate data from DANE https://www.dane.gov.co/ (National Administrative Department of Statistics) and IDEAM (Institute of Hydrology, Meteorology and Environmental Studies). It solves the problem of Colombian data being issued in different web pages and sources by using functions that allow the user to select the desired database and download it without having to do the exhausting acquisition process.
License: MIT + file LICENSE
URL: https://github.com/epiverse-trace/ColOpenData, https://epiverse-trace.github.io/ColOpenData/
BugReports: https://github.com/epiverse-trace/ColOpenData/issues
Depends: R (≥ 3.3.0)
Imports: checkmate, config, dplyr, magrittr, rlang, sf, stringdist, tidyr, utils
Suggests: ggplot2, knitr, leaflet, rmarkdown, spelling, testthat (≥ 3.0.0)
VignetteBuilder: knitr
Config/Needs/website: epiverse-trace/epiversetheme
Config/testthat/edition: 3
Encoding: UTF-8
Language: en-US
LazyData: true
RoxygenNote: 7.3.2
NeedsCompilation: no
Packaged: 2025-03-06 14:25:15 UTC; Camila
Author: Maria Camila Tavera-Cifuentes ORCID iD [aut, cre, cph], Julian Otero ORCID iD [aut, cph], Natalia Nino-Machado ORCID iD [ctb], Catalina Gonzalez-Uribe ORCID iD [ctb], Juan Manuel Cordovez ORCID iD [ctb], Hugo Gruson ORCID iD [rev], Chris Hartgerink ORCID iD [rev], Karim Mane ORCID iD [rev], Joshua W. Lambert ORCID iD [rev]
Maintainer: Maria Camila Tavera-Cifuentes <mc.tavera@uniandes.edu.co>
Repository: CRAN
Date/Publication: 2025-03-06 14:40:06 UTC

Calculate annual aggregate of climate data

Description

Calculate annual aggregate of climate data

Usage

aggregate_annual(monthly_data, FUN)

Arguments

monthly_data

data.frame with monthly aggregated data.

FUN

Function to use for aggregation.

Value

data.frame object with annual aggregated data.

Aggregate climate data for different frequencies

Description

Aggregate time series downloaded climate data to day, month or year. Only observations under the tags TSSM_CON, TMN_CON, TMX_CON, PTPM_CON, and BSHG_CON can be aggregated, since are the ones where methodology for aggregation is explicitly provided by the source.

Usage

aggregate_climate(climate_data, frequency)

Arguments

climate_data

data.frame obtained from download functions. Only observations under the same tag can be aggregated.

frequency

character with the aggregation frequency: ("day", "month" or "year").

Value

data.frame object with the aggregated data.

Examples



lat <- c(4.172817, 4.172817, 4.136050, 4.136050, 4.172817)
lon <- c(-74.749121, -74.686169, -74.686169, -74.749121, -74.749121)
polygon <- sf::st_polygon(x = list(cbind(lon, lat)))
geometry <- sf::st_sfc(polygon)
roi <- sf::st_as_sf(geometry)
ptpm <- download_climate_geom(roi, "2022-11-01", "2022-12-31", "PTPM_CON")
monthly_ptpm <- aggregate_climate(ptpm, "month")
head(monthly_ptpm)

Calculate daily aggregate of climate data

Description

Calculate daily aggregate of climate data

Usage

aggregate_daily(hourly_data, FUN)

Arguments

hourly_data

data.frame with hourly aggregated data.

FUN

Function to use for aggregation.

Value

data.frame object with daily aggregated data.

Calculate monthly aggregate of climate data

Description

Calculate monthly aggregate of climate data

Usage

aggregate_monthly(daily_data, FUN)

Arguments

daily_data

data.frame with daily aggregated data.

FUN

Function to use for aggregation.

Value

data.frame object with monthly aggregated data.

Calculate annual sunshine duration

Description

Calculate annual sunshine duration

Usage

annual_bshg(group)

Calculate annual precipitation

Description

Calculate annual precipitation

Usage

annual_ptpm(group)

Calculate annual minimum temperature

Description

Calculate annual minimum temperature

Usage

annual_tmn(group)

Calculate annual maximum temperature

Description

Calculate annual maximum temperature

Usage

annual_tmx(group)

Calculate annual dry-bulb mean temperature

Description

Calculate annual dry-bulb mean temperature

Usage

annual_tssm(group)

Check arguments in climate functions

Description

Climate functions have three common arguments: start_date, end_date and tag. This function checks that start_date and end_date can be converted to date using the format "YYYY-MM-DD", that end_date is greater than start_date, and that the tag requested exists.

Usage

check_climate_args(start_date, end_date, tag)

Arguments

start_date

character with the first date to consult in the format "YYYY-MM-DD". (First available date is "1920-01-01").

end_date

character with the last date to consult in the format "YYYY-MM-DD". (Last available date is "2023-05-31").

tag

character containing climate tag to consult.

Value

list with the arguments in the needed formats. If the input is invalid an error will be thrown.

climate_tags

Description

dictionary for climate tags

Usage

data(climate_tags)

Format

An object of class list of length 2.

Details

Dictionary for climate tags

Retrieve departments' DIVIPOLA names from codes

Description

Retrieve departments' DIVIPOLA official names from their DIVIPOLA codes.

Usage

code_to_name_dep(department_code)

Arguments

department_code

character vector with the DIVIPOLA codes of the departments.

Value

character vector with the DIVIPOLA name of the departments.

Examples


dptos <- c("73", "05", "11")
code_to_name_dep(dptos)

Retrieve municipalities' DIVIPOLA names from codes

Description

Retrieve municipalities' DIVIPOLA official names from their DIVIPOLA codes.

Usage

code_to_name_mun(municipality_code)

Arguments

municipality_code

character vector with the DIVIPOLA codes of the municipalities.

Value

character vector with the DIVIPOLA name of the municipalities.

Examples


mpios <- c("73001", "11001", "05615")
code_to_name_mun(mpios)

Calculate daily sunshine duration

Description

Calculate daily sunshine duration

Usage

daily_bshg(group)

Climate aggregation rules

Description

Climate temporal aggregation rules are provided by the source, and guarantee data quality given missing information. These rules are included in the package to make the download and aggregation process easier for the user. The aggregation is not available for all climate data, and is only available for information under the tags TSSM_CON, TMN_CON, TMX_CON, PTPM_CON, and BSHG_CON. Internal functions are provided as a set of comprehensible rules to aggregate the data for daily, monthly and annual frequencies.

Usage

daily_tssm(group)

Arguments

group

data.frame object with filtered and grouped data.

Value

numeric value calculated.

Methods

Aggregation can only be performed from the previous level, meaning for monthly aggregation, the data must be already aggregated daily, and for annual aggregation the data must be monthly.

datasets_list

Description

list of datasets description in English and Spanish

Usage

data(datasets_list)

Format

An object of class list of length 2.

Details

List containing both datasets description in English and Spanish

Retrieve DIVIPOLA table

Description

Retrieve DIVIPOLA table including departments and municipalities. DIVIPOLA codification includes individual codes for each department and municipality following the political and administrative division.

Usage

divipola_table()

Value

data.frame object with DIVIPOLA table.

Examples


divipola <- divipola_table()

Download climate from named geometry (municipality or department)

Description

Download climate data from stations contained in a municipality or department. This data is retrieved from local meteorological stations provided by IDEAM.

Usage

download_climate(code, start_date, end_date, tag)

Arguments

code

character with the DIVIPOLA code for the area (2 digits for departments and 5 digits for municipalities).

start_date

character with the first date to consult in the format "YYYY-MM-DD". (First available date is "1920-01-01").

end_date

character with the last date to consult in the format "YYYY-MM-DD". (Last available date is "2023-05-31").

tag

character containing climate tag to consult. Please use cliamte_tags() to check IDEAM tags.

Value

data.frame object with observations from the stations in the area.

Examples



ptpm <- download_climate("73148", "2021-11-14", "2021-11-20", "PTPM_CON")
head(ptpm)

Download climate data from geometry

Description

Download climate data from stations contained in a Region of Interest (ROI/geometry). This data is retrieved from local meteorological stations provided by IDEAM.

Usage

download_climate_geom(geometry, start_date, end_date, tag)

Arguments

geometry

sf object containing the geometry for a given ROI. The geometry can be either a POLYGON or MULTIPOLYGON.

start_date

character with the first date to consult in the format "YYYY-MM-DD". (First available date is "1920-01-01").

end_date

character with the last date to consult in the format "YYYY-MM-DD". (Last available date is "2023-05-31").

tag

character containing climate tag to consult.

Value

data.frame object with observations from the stations in the area.

Examples



lat <- c(4.172817, 4.172817, 4.136050, 4.136050, 4.172817)
lon <- c(-74.749121, -74.686169, -74.686169, -74.749121, -74.749121)
polygon <- sf::st_polygon(x = list(cbind(lon, lat)))
geometry <- sf::st_sfc(polygon)
roi <- sf::st_as_sf(geometry)
ptpm <- download_climate_geom(roi, "2022-11-14", "2022-11-20", "PTPM_CON")
head(ptpm)

Download climate data from stations

Description

Download climate data from IDEAM stations by individual codes.This data is retrieved from local meteorological stations provided by IDEAM.

Usage

download_climate_stations(stations, start_date, end_date, tag)

Arguments

stations

data.frame containing the stations' codes and location. data.frame must be retrieved from the function stations_in_roi()

start_date

character with the first date to consult in the format "YYYY-MM-DD". (First available date is "1920-01-01").

end_date

character with the last date to consult in the format "YYYY-MM-DD". (Last available date is "2023-05-31").

tag

character containing climate tag to consult.

Value

data.frame object with observations from the stations in the area.

Examples



lat <- c(4.172817, 4.172817, 4.136050, 4.136050, 4.172817)
lon <- c(-74.749121, -74.686169, -74.686169, -74.749121, -74.749121)
polygon <- sf::st_polygon(x = list(cbind(lon, lat)))
geometry <- sf::st_sfc(polygon)
roi <- sf::st_as_sf(geometry)
stations <- stations_in_roi(roi)
ptpm <- download_climate_stations(
  stations, "2022-11-14", "2022-11-20", "PTPM_CON"
)
head(ptpm)

Download demographic dataset

Description

This function downloads demographic datasets from the National Population and Dwelling Census (CNPV) of 2018.

Usage

download_demographic(dataset)

Arguments

dataset

character with the demographic dataset name. Please use list_datasets("demographic", "EN") or list_datasets("demographic", "ES") to check available datasets.

Value

data.frame object with downloaded data.

Examples


house_under_15 <- download_demographic("DANE_CNPVH_2018_1HD")
head(house_under_15)

Download geospatial dataset

Description

This function downloads geospatial datasets from the National Geostatistical Framework at different levels of spatial aggregation. These datasets include a summarized version of the National Population and Dwelling Census (CNPV) with demographic and socioeconomic information for each spatial unit.

Usage

download_geospatial(
  spatial_level,
  simplified = TRUE,
  include_geom = TRUE,
  include_cnpv = TRUE
)

Arguments

spatial_level

character with the spatial level to be consulted:

  • "DPTO" or "department": Department.

  • "MPIO" or "municipality": Municipality.

  • "MPIOCL" or "municipality_class": Municipality including class.

  • "SETU" or "urban_sector": Urban Sector.

  • "SETR" or "rural_sector": Rural Sector.

  • "SECU" or "urban_section": Urban Section.

  • "SECR" or "rural_section": Rural Section.

  • "ZU" or "urban_zone": Urban Zone.

  • "MZN" or "block": Block.

simplified

logical for indicating if the downloaded spatial data should be a simplified version of the geometries. Simplified versions are lighter but less precise, and are only recommended for easier applications like plots. Default is TRUE.

include_geom

logical for including (or not) the spatial geometry. Default is TRUE. If TRUE, the function will return an "sf" data.frame.

include_cnpv

logical for including (or not) CNPV demographic and socioeconomic information. Default is TRUE.

Value

data.frame object with downloaded data.

Examples



departments <- download_geospatial("department")
head(departments)

Download population projections

Description

This function downloads population projections and back projections taken from the National Population and Dwelling Census of 2018 (CNPV), adjusted after COVID-19. Available years are different for each spatial level:

Usage

download_pop_projections(
  spatial_level,
  start_year,
  end_year,
  include_sex = FALSE,
  include_ethnic = FALSE
)

Arguments

spatial_level

character with the spatial level to be consulted. Can be either "national", "department" or "municipality".

start_year

numeric with the start year to be consulted.

end_year

numeric with the end year to be consulted.

include_sex

logical for including (or not) division by sex. Default is FALSE.

include_ethnic

logical for including (or not) division by ethnic group (only available for "municipality"). Default is FALSE.

Value

data.frame object with downloaded data.

Examples


pop_proj <- download_pop_projections("national", 2020, 2030)
head(pop_proj)

geospatial_dictionaries

Description

dictionaries of variables presented in geospatial datasets

Usage

data(geospatial_dictionaries)

Format

An object of class list of length 2.

Details

Dictionaries for geospatial datasets in English and Spanish

Download data dictionaries

Description

Retrieve geospatial data dictionaries to understand internal tags and named columns. Dictionaries are available in English and Spanish.

Usage

geospatial_dictionary(spatial_level, language = "ES")

Arguments

spatial_level

character with the spatial level to be consulted:

  • "DPTO" or "department": Department.

  • "MPIO" or "municipality": Municipality.

  • "MPIOCL" or "municipality_class": Municipality including class.

  • "SETU" or "urban_sector": Urban Sector.

  • "SETR" or "rural_sector": Rural Sector.

  • "SECU" or "urban_section": Urban Section.

  • "SECR" or "rural_section": Rural Section.

  • "ZU" or "urban_zone": Urban Zone.

  • "MZN" or "block": Block.

language

character with the language of the dictionary variables ("EN" or "ES". Default is "ES".

Value

data.frame object with geospatial data dictionary.

Examples

dict <- geospatial_dictionary("setu", "EN")
head(dict)

List climate (IDEAM) tags

Description

Retrieve available climate tags to be consulted. The list is only available in Spanish.

Usage

get_climate_tags(language = "ES")

Arguments

language

character with the language of the tags ("EN" or "ES". Default is "ES".

Value

data.frame object with available climate tags.

Examples

dict <- get_climate_tags("ES")
head(dict)

Download list of available datasets

Description

List all available datasets by name, including group, source, year, level, category and description.

Usage

list_datasets(module = "all", language = "ES")

Arguments

module

character with module to be consulted ("demographic", "geospatial" or "climate"). Default is "all".

language

character with the language of dataset details ("EN" or "ES". Default is "ES".

Value

data.frame object with the available datasets.

Examples

list <- list_datasets("geospatial", "EN")
head(list)

Filter list of available datasets based on keywords given by the user

Description

List available datasets containing user-specified keywords in their descriptions.

Usage

look_up(keywords, module = "all", logic = "or", language = "EN")

Arguments

keywords

character or vector of characters to be look up in the description.

module

character with module to be consulted ("demographic", "geospatial", "climate"). Default is "all".

logic

A character string specifying the matching logic. Can be either "or" or "and". Default is "or":

  • logic = "or": Matches rows containing at least one of the specified keywords in their descriptions.

  • logic = "and": Matches rows containing all of the specified keywords in their descriptions.

language

character with the language of the keywords ("EN" or "ES". Default is "EN".

Value

data.frame object with the available datasets containing information related to the consulted keywords.

Examples

found <- look_up(c("sex", "age"), "demographic", "and", "EN")
head(found)

Match and merge geospatial and demographic datasets

Description

This function adds the key information of a demographic dataset to a geospatial dataset based on the spatial aggregation level. Since the smallest level of spatial aggregation present in the demographic datasets is municipality, this function can only merge with geospatial datasets that present municipality or department level.

Usage

merge_geo_demographic(demographic_dataset, simplified = TRUE)

Arguments

demographic_dataset

character with the demographic dataset name. Please use list_datasets("demographic", "EN") or list_datasets("demographic", "ES") to check available datasets.

simplified

logical for indicating if the downloaded spatial data should be a simplified version of the geometries. Simplified versions are lighter but less precise, and are recommended for easier applications like plots. Default is TRUE.

Value

data.frame object with the merged data.

Examples



merged <- merge_geo_demographic("DANE_CNPVV_2018_9VD", TRUE)
head(merged)

Calculate monthly sunshine duration

Description

Calculate monthly sunshine duration

Usage

monthly_bshg(group)

Calculate monthly precipitation

Description

Calculate monthly precipitation

Usage

monthly_ptpm(group)

Calculate monthly minimum temperature

Description

Calculate monthly minimum temperature

Usage

monthly_tmn(group)

Calculate monthly maximum temperature

Description

Calculate monthly maximum temperature

Usage

monthly_tmx(group)

Calculate monthly dry-bulb mean temperature

Description

Calculate monthly dry-bulb mean temperature

Usage

monthly_tssm(group)

Retrieve departments' DIVIPOLA codes from names

Description

Retrieve departments' DIVIPOLA codes from their names.

Usage

name_to_code_dep(department_name)

Arguments

department_name

character vector with the names of the departments.

Value

character vector with the DIVIPOLA codes of the departments.

Examples


dptos <- c("Tolima", "Huila", "Amazonas")
name_to_code_dep(dptos)

Retrieve municipalities' DIVIPOLA codes from names

Description

Retrieve municipalities' DIVIPOLA codes from their names. Since there are municipalities with the same names in different departments, the input must include two vectors: one for the departments and one for the municipalities in said departments. If only one department is provided, it will try to match all municipalities in the second vector inside that department. Otherwise, the vectors must be the same length.

Usage

name_to_code_mun(department_name, municipality_name)

Arguments

department_name

character vector with the names of the departments containing the municipalities.

municipality_name

character vector with the names of the municipalities.

Value

character vector with the DIVIPOLA codes of the municipalities.

Examples


dptos <- c("Huila", "Antioquia")
mpios <- c("Pitalito", "Turbo")
name_to_code_mun(dptos, mpios)

Translate department names to official departments' DIVIPOLA names

Description

Department names are usually manually input, which leads to multiple errors and lack of standardization. This functions translates department names to their respective official names from DIVIPOLA.

Usage

name_to_standard_dep(department_name)

Arguments

department_name

character vector with the names to be translated.

Value

character vector with the DIVIPOLA name of the departments.

Examples


dptos <- c("Bogota DC", "San Andres")
name_to_standard_dep(dptos)

Translate municipality names to official municipalities' DIVIPOLA names

Description

Municipality names are usually manually input, which leads to multiple errors and lack of standardization. This functions translates municipality names to their respective official names from DIVIPOLA.

Usage

name_to_standard_mun(department_name, municipality_name)

Arguments

department_name

character vector with the names of the departments containing the municipalities.

municipality_name

character vector with the names to be translated.

Value

character vector with the DIVIPOLA name of the municipalities.

Examples


dptos <- c("Bogota", "Tolima")
mpios <- c("Bogota DC", "CarmendeApicala")
name_to_standard_mun(dptos, mpios)

Retrieve climate table file from one station

Description

Retrieve climate table file from one station

Usage

retrieve_climate(dataset_path, start_date, end_date)

Arguments

dataset_path

character path to the climate dataset on server.

start_date

character with the first date to consult in the format "YYYY-MM-DD". (First available date is "1920-01-01").

end_date

character with the last date to consult in the format "YYYY-MM-DD" (Last available date is "2023-05-31").

Value

data.frame object with downloaded data filtered for requested dates.

Retrieve climate directory path

Description

Climate data is retrieved from a general directory. Path is build for said directory.

Usage

retrieve_climate_path()

Value

character with path to retrieve the dataset from server.

Retrieve code

Description

Retrieve code from list of codes, matching an input token against a list of fixed tokens.

Usage

retrieve_code(input_token, fixed_tokens, codes_list)

Arguments

input_token

Input token to search in fixed tokens.

fixed_tokens

Vector of tokens to match against.

codes_list

Vector of target codes.

Value

character containing the matched code.

Retrieve dictionary path of named dataset

Description

Dictionaries are not included in the general documentation file. Therefore, the path is built internally.

Usage

retrieve_dict_path(dict_name)

Arguments

dict_name

character with the dictionary name.

Value

character with path to retrieve the dataset.

Retrieve geospatial dataset name for consultation

Description

Retrieve a geospatial dataset name from the spatial level. Checks the existence of the spatial level and datasets.

Usage

retrieve_geospatial_name(spatial_level)

Arguments

spatial_level

character with the spatial level to be consulted.

Value

character containing the geospatial dataset name. If the input is invalid an error will be thrown.

Retrieve demographic and geospatial path of named dataset

Description

Demographic and Geospatial datasets are included in the general documentation file. Path is built from information in the general file.

Usage

retrieve_path(dataset)

Arguments

dataset

character with the dataset name.

Value

character with path to retrieve the dataset from server.

Retrieve support dataset path

Description

Support data is used for internal purposes and they are not included in the general documentation file.

Usage

retrieve_support_path(dataset)

Arguments

dataset

character with the support dataset name.

Value

character with path to retrieve the dataset from server.

Retrieve table (csv and data) file

Description

Retrieve table (csv and data) file

Usage

retrieve_table(dataset_path, sep = ";")

Arguments

dataset_path

character path to the dataset on server.

sep

separator for table data.

Value

data.frame object with downloaded data.

Retrieve value from key

Description

Retrieve value from key included in configuration file.

Usage

retrieve_value_key(key)

Arguments

key

character key.

Value

character containing associated value.

Stations in region of interest

Description

Download and filter climate stations contained inside a region of interest (ROI).

Usage

stations_in_roi(geometry)

Arguments

geometry

sf object containing the geometry for a given ROI. The geometry can be either a POLYGON or MULTIPOLYGON.

Value

data.frame object with the stations contained inside the consulted geometry.

Examples



lat <- c(5.166278, 5.166278, 4.982247, 4.982247, 5.166278)
lon <- c(-75.678072, -75.327859, -75.327859, -75.678072, -75.678072)
polygon <- sf::st_polygon(x = list(cbind(lon, lat)))
geometry <- sf::st_sfc(polygon)
roi <- sf::st_as_sf(geometry)
stations <- stations_in_roi(roi)
head(stations)

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