Graphical user interface for exploring hydrological time series in R
Felix Andrews <felix@nfrac.org>, based on Rattle by Graham Williams
R (>= 2.5.0), RGtk2, plotAndPlayGTK (>= 0.8.23), lattice (>= 0.16), maps, maptools, akima
Hydrosanity provides a graphical user interface for exploring hydrological
time series. It is designed to work with catchment surface hydrology data
(rainfall and streamflow); but it could also be used with other time series
data. Hydrological time series typically have many missing values, and varying
accuracy of measurement (indicated by data quality codes). Furthermore, the
spatial coverage of data varies over time. Much of the functionality of this
package attempts to understand these complex data-sets, detect errors and
characterise sources of uncertainty. The emphasis is on graphical methods.

Graphical user interface for exploring hydrological time series

sp, rgdal, maptools, tripack, gpclib, akima, maps, oz, mapdata

Hydrosanity provides a graphical user interface for exploring hydrological
time series. It is designed to work with catchment surface hydrology data
(rainfall and streamflow); but it could also be used with other time series
data. Hydrological time series typically have many missing values, and varying
accuracy of measurement (indicated by data quality codes). Furthermore, the
spatial coverage of data varies over time. Much of the functionality of this
package attempts to understand these complex data-sets, detect errors and
characterise sources of uncertainty. The emphasis is on graphical methods.
Hydrosanity's Graphical User Interface was based on Rattle by Graham Williams.

sp, rgdal, tripack, gpclib, akima, oz, maps, mapdata, maptools

RGtk2, gWidgets, reshape, grid, grDevices, stats, utils
Hydrosanity provides a graphical user interface for exploring hydrological
time series. It is designed to work with catchment surface hydrology data
(mainly rainfall and streamflow time series at a set of locations).
There are functions to import from a database or files;
summarise and visualise the dataset in various ways;
estimate areal rainfall;
fill gaps in rainfall data;
and estimate the rainfall-runoff relationship.
Probably the most useful features are the interactive graphical displays of
a spatial set of time series.
WARNING: this package is under development and should not be considered stable.
An introductory paper is included, but there is not much detailed documentation.
Hydrosanity's Graphical User Interface was based on Rattle by Graham Williams.