GEOtop_multiplePointPlot_Montecini: Analysis of GEOtop one-dimensional simulations for the...
In JBrenn/AnalyseGEOtop: Analyse GEOtop simulations

Description Usage Arguments Note Author(s) References

Reading and analysing GEOTtop simulations providing multiple point output for the Montecini domain (micro-meteo stations B, I, and P).

1 2	GEOtop_multiplePointPlot_Montecini(path, model_run, stations, val_aggr, read_data, calibrate, use_swc_liq, soil_files, lc_classes, linux)

`path`	path pointing into simulation folder
`model_run`	name of simulation folder
`stations`	character vector, names of GEOtop output sites
`val_aggr`	aggregation performed on output data. "h": hourly; "d": daily
`read_data`	boolean, TRUE: GEOtop point output is read; FALSE: R workspace point.RData (from former run) is read
`calibrate`	boolean, TRUE: calibrated SMC sensor data is used for comparision with simulated SMC; FALSE: use of uncalibrated SMC data
`use_swc_liq`	boolean, TRUE: only liquid component of SMC is used for comparision with simulated SMC; FALSE: use of liquid and solid SMC data
`soil_files`	boolean, TRUE: soil files are provided as GEOtop input. FALSE: soil is parameterized in the geotop.inpts file
`lc_classes`	character vector, names of landcover classes in GEOtop simulation
`linux`	boolean, TRUE: working on linux laptop, FALSE: working on windows laptop; for path retrieval via data(SWCinfo)

Observed SMC data derived from function ... (package) Observed Soil Temperature data from function ... (package) Observed latent and sensible heat data

Johannes Brenner, Johannes.Brenner@eurac.edu

Endrizzi, S., Gruber, S., Amico, M. D., & Rigon, R. (2014). GEOtop 2.0 : simulating the combined energy and water balance at and below the land surface accounting for soil freezing , snow cover and terrain effects. Geosci. Model Dev., 7, 2831-2857. doi:10.5194/gmd-7-2831-2014

JBrenn/AnalyseGEOtop documentation built on May 7, 2019, 6:48 a.m.