RainRatePlotting: Rain rate plotting

In KNMI/Hackathon-RDWD-QualityMonitoring: What the package does (short line)

Description

Visualisation function of rain rate timelines of the selection of stations and their average.

Usage

RainRatePlotting(timeseries1, timeseries2, averagedtimeseries1,
  averagedtimeseries2, timespan1 = NULL, timespan2 = NULL)

Arguments

timeseries1	a list of timeseries, in data.table format containing datetime and value columns, that are to be compared with a validation selection of stations. Each element in the list has the name of its seriesID.
timeseries2	a list of timeseries, in data.table format containing datetime and value columns, that make up the validation selection of stations. Each element in the list has the name of its seriesID.
averagedtimeseries1	the averaged timeline of the subset in timelines 1, as data.table containing datetime and value columns. Note that this is the output from the average.spatial function.
averagedtimeseries2	the averaged timeline of the subset in timelines 2, as data.table containing datetime and value columns. Note that this is the output from the average.spatial function.
timespan1	lower bound value in as.Date format that span up the range over which the timeseries should be plotted. If not provided, the entire period provided in the input data is plotted.
timespan2	upper bound value in as.Date format that span up the range over which the timeseries should be plotted. If not provided, the entire period provided in the input data is plotted.

Details

When selecting subsets of stations that should be compared, the rain rate of each individual station as well as the overall averaged rain rate of both subsets are plotted in time. #@example RainRatePlotting(timeseries1, timeseries2, averagedtimeseries1, averagedtimeseries2, timespan1=as.Date("20000101", format="

Author(s)

Lotte

KNMI/Hackathon-RDWD-QualityMonitoring documentation built on May 23, 2019, 10:33 p.m.