Description: Generate occupancy patterns based on arrival and departure timestamps
Packaged: 2014-07-15 17:17:39 UTC; dgilinson

Title: Create Hillshade Relief Maps Using Ray-Tracing
Description: A set of tools to create georeferenced hillshade relief
raster maps using ray-tracing and other advanced hill-shading
techniques. It includes a wrapper function to create a georeferenced,
ray-traced hillshade map from a digital elevation model, and other
functions that can be used in a rayshader pipeline.
Imports: methods, raster, rayshader, scales
Author: Pierre Roudier [aut, cre] (<https://orcid.org/0000-0001-7431-2603>)

Title: High Mach Finds Routes for Supersonic Aircraft
Description: For supersonic aircraft, flying subsonic over land,
High Mach finds the best route between airports. Allows for coastal buffer and
potentially closed regions. Uses minimal model of aircraft
performance: focus is on time saved versus subsonic flight, rather
than vertical flight profile. For modelling and forecasting, not for planning your
Imports: cppRouting, dplyr (>= 1.0.0), ggplot2, s2, sf (>= 0.9-7), sp,
Suggests: airportr, cowplot, data.table, geosphere, knitr, methods,
purrr, progress, rmarkdown, rnaturalearthdata, scales, stringr,

Imports: cppRouting, data.table, dplyr (>= 1.0.0), ggplot2, s2, sf (>=
Suggests: airportr, cowplot, geosphere, knitr, methods, purrr,
progress, rmarkdown, rnaturalearthdata, scales, stringr,

Imports: cppRouting, data.table, dplyr (>= 1.0.0), geosphere, ggplot2,
Suggests: airportr, cowplot, knitr, methods, purrr, progress,
rmarkdown, rnaturalearthdata, scales, stringr, testthat, units,

potentially closed regions. Uses a minimal model of aircraft
performance: the focus is on time saved versus subsonic flight, rather
than on vertical flight profile. For modelling and forecasting, not for planning your

Suggests: airportr, cowplot, knitr, methods, progress, rmarkdown,
rnaturalearthdata, scales, stringr, testthat, units, utils,

Title: Simulating the Development of h-Index Values
Description: H-index and h-alpha are a bibliometric indicators. This package
provides functions to simulate how these indicators may develop over time for
a given set of researchers and to visualize the simulation data.
The implementation is based on the 'STATA' ado h-index and is described in
more detail in Bornmann et al. (2019) <arXiv:1905.11052>.