1d Water Level Interpolation along the Rivers Elbe and Rhine
Coerce a WaterLevelDataFrame to a data.frame
Extract or replace parts of a WaterLevelDataFrame
Get W from internal dataset df.gauging_data for the specified gauging ...
Extract a WaterLevelDataFrame's slot gauging_stations
Extract a WaterLevelDataFrame's slot gauging_stations_missing
Get W from pegelonline.wsv.de for the specified gauging station and ti...
Extract a WaterLevelDataFrame's slot river
Extract a WaterLevelDataFrame's slot time
hyd1d - 1d Water Level Interpolation along the Rivers Elbe and Rhine
Set names of a WaterLevelDataFrame
Plot a WaterLevelDataFrame in Shiny
Combine WaterLevelDataFrames by Rows
Set a WaterLevelDataFrame's slot gauging_stations
Set a WaterLevelDataFrame's slot gauging_stations_missing
Set a WaterLevelDataFrame's slot river
Set a WaterLevelDataFrame's slot time
Subsetting WaterLevelDataFrames
WaterLevelDataFrame summary
Update local copy of df.gauging data
Compute a 1d water level dataset
S4 class for 1d water level data
Initialize a WaterLevelDataFrame
Compute 1d water level data from the FLYS3 water level MQ and a gaugin...
Compute 1d water level data through linear interpolation with neighbor...
Obtain 1d water level data from the FLYS3 database
Interpolate FLYS3 water levels for given stations
Compute a 1d water level dataset based on the FLYS3 algorythms
An S4 class and several functions which utilize internally stored datasets and gauging data enable 1d water level interpolation. The S4 class (WaterLevelDataFrame) structures the computation and visualisation of 1d water level information along the German federal waterways Elbe and Rhine. 'hyd1d' delivers 1d water level data - extracted from the 'FLYS' database - and validated gauging data - extracted from the hydrological database 'WISKI7' - package-internally. For computations near real time gauging data are queried externally from the 'PEGELONLINE REST API' <https://pegelonline.wsv.de/webservice/dokuRestapi>.
Useful links