Geocomputation with R

Introduction

This repository hosts the code underlying Geocomputation with R, a book by Robin Lovelace, Jakub Nowosad, and Jannes Muenchow.

The online version of the book is developed at http://geocompr.robinlovelace.net/. We plan to publish the hard copy of the book with CRC Press in 2018.

Contributing

We encourage contributions on any part of the book, including:

Improvements to the text, e.g. clarifying unclear sentences, fixing typos (see guidance from Yihui Xie).
Changes to the code, e.g. to do things in a more efficient way.
Suggestions on content (see the project's issue tracker and the work-in-progress folder for chapters in the pipeline).

Please see our_style.md for the book's style.

Reproducing the book

To ease reproducibility, this book is also a package. Installing it from GitHub will ensure all dependencies to build the book are available on your computer (you need devtools):

devtools::install_github("robinlovelace/geocompr")

You need a recent version of the GDAL, GEOS, Proj.4 and UDUNITS libraries installed for this to work on Mac and Linux. See the sf package's README for information on that.

Once the dependencies have been installed you should be able to build and view a local version the book with:

bookdown::render_book("index.Rmd") # to build the book
browseURL("_book/index.html") # to view it

Reproducing this README

To reduce the book's dependencies, scripts to be run infrequently to generate input for the book are run on creation of this README.

The additional packages required for this can be installed as follows:

pkgs = c("cranlogs", "diagram", "globe", "tidytext")
to_install = !pkgs %in% installed.packages()
if(any(to_install)) {
  install.packages(pkgs[to_install])
}

With these additional dependencies installed, you should be able to run the following scripts, which create input figures for the book:

source("code/cranlogs.R")
source("code/sf-revdep.R")

Note: the .Rproj file is configured to build a website not a single page. To reproduce this README use the following command:

rmarkdown::render("README.Rmd", output_format = "md_document", output_file = "README.md")

Book statistics

An indication of the book's progress over time is illustrated below (to be updated roughly every week as the book progresses).

Book statistics: estimated number of pages per chapter over time.

Citations

To cite packages used in this book we use code from Efficient R Programming:

geocompr:::generate_citations()

This generates .bib and .csv files containing the packages. The current of packages used can be read-in as follows:

pkg_df = readr::read_csv("extdata/package_list.csv")

Other citations are stored online using Zotero and downloaded with:

geocompr:::dl_citations(f = "refs.bib", user = 418217, collection = "9K6FRP6N")

If you would like to add to the references, please use Zotero, join the open group add your citation to the open geocompr library.

References

knitr::kable(pkg_df)

Name	Title	version
bookdown	Authoring Books and Technical Documents with R Markdown [@R-bookdown]	0.6
dismo	Species Distribution Modeling [@R-dismo]	1.1.4
ggmap	Spatial Visualization with ggplot2 [@R-ggmap]	2.6.1
gstat	Spatial and Spatio-Temporal Geostatistical Modelling, Prediction [@R-gstat]	1.1.5
htmlwidgets	HTML Widgets for R [@R-htmlwidgets]	1.0
knitr	A General-Purpose Package for Dynamic Report Generation in R [@R-knitr]	1.19
leaflet	Create Interactive Web Maps with the JavaScript 'Leaflet' [@R-leaflet]	1.1.0
link2GI	Linking Geographic Information Systems, Remote Sensing and Other [@R-link2GI]	0.2.0
lwgeom	Bindings to Selected 'liblwgeom' Functions for Simple Features [@R-lwgeom]	0.1.4
mapview	Interactive Viewing of Spatial Data in R [@R-mapview]	2.2.0
microbenchmark	Accurate Timing Functions [@R-microbenchmark]	1.4.4
osmdata	Import 'OpenStreetMap' Data as Simple Features or Spatial [@R-osmdata]	0.0.5
raster	Geographic Data Analysis and Modeling [@R-raster]	2.6.7
rgdal	Bindings for the 'Geospatial' Data Abstraction Library [@R-rgdal]	1.2.16
rgeos	Interface to Geometry Engine - Open Source ('GEOS') [@R-rgeos]	0.3.26
rmapshaper	Client for 'mapshaper' for 'Geospatial' Operations [@R-rmapshaper]	0.3.1
rmarkdown	Dynamic Documents for R [@R-rmarkdown]	1.8
rnaturalearth	World Map Data from Natural Earth [@R-rnaturalearth]	0.1.0
rnaturalearthdata	World Vector Map Data from Natural Earth Used in 'rnaturalearth' [@R-rnaturalearthdata]	0.1.0
RQGIS	Integrating R with QGIS [@R-RQGIS]	1.0.3
RSAGA	SAGA Geoprocessing and Terrain Analysis in R [@R-RSAGA]	0.94.5
sf	Simple Features for R [@R-sf]	0.6.1
sp	Classes and Methods for Spatial Data [@R-sp]	1.2.7
spData	Datasets for Spatial Analysis [@R-spData]	0.2.7.0
spDataLarge	Large datasets for spatial analysis [@R-spDataLarge]	0.2.3.2
stars	Scalable, Spatiotemporal Tidy Arrays for R [@R-stars]	0.0
stplanr	Sustainable Transport Planning [@R-stplanr]	0.2.2.9999
tabularaster	Tidy Tools for 'Raster' Data [@R-tabularaster]	0.4.0
tidyverse	Easily Install and Load the 'Tidyverse' [@R-tidyverse]	1.2.1
tmap	Thematic Maps [@R-tmap]	1.11

sreesomadas/geocompr