e2ep_plot_edrivers {StrathE2EPolar} | R Documentation |
Multi-panel time series plots of climatological annual cycles of driving data as provided in the input csv files.
e2ep_plot_edrivers(model, selection = "INTERNAL")
model |
R-list object defining the model configuration compiled by the e2ep_read() function. |
selection |
Text string from a list identifying whether internal or boundary driving data are to be plotted. Select from: "INTERNAL", "BOUNDARY", default = "INTERNAL". Remember to include the phrase within "" quotes. |
The function plots a multi-panel page of time series plots of monthly values of the environmental driving data for the model.
Units for the plotted variables are as follows:
Internal drivers (i.e. properties applied within the model domain)
Sea surface irradiance: uE/m2/d
Sea temperature: deg-C
Air temperature: deg-C
Vertical diffusivity gradient: m/d (derived from the vertical diffusivity (m2/s) and mixing length scale (m))
Inshore significant wave height: m
Proportion of seabed disturbed: /d (aggregated over the three sediment classes in each zone)
Suspended particulate matter: g/m3
Ice-free area: priortion of model domain (i.e. ice cover * zonal area)
Ice-free
Ice cover
Ice thickness: m
Snow thickness: m
Boundary drivers (i.e. properties applied at the boundaries of the model domain)
External inflows: m3 per m2 sea surface of model domain (derived from proportion input per layer volume, layer thicknesses and areas)
River discharge: m3 per m2 sea surface of model domain (derived from proportion input to inshore volume, and inshore layer thickness and area)
External boundary nitrate concentration: mMN/m3
External boundary ammonia concentration: mMN/m3
External boundary phytoplankton concentration: mMN/m3
External boundary detritus concentration: mMN/m3
River nitrate concentration: mMN/m3
River ammonia concentration: mMN/m3
River labile detritus concentration: mMN/m3
Atmospheric nitrate deposition flux: mMN/m2/d
Atmospheric ammonia deposition flux: mMN/m2/d
Graphical display in a new graphics window. Does not return any data object since the data plotted are all available as input csv files.
e2ep_read
, e2ep_run
, e2ep_plot_fdrivers
# Load the 2011-2019 version of the Barents Sea model supplied with the package: model <- e2ep_read("Barents_Sea", "2011-2019") # Plot the annual cyles of internal driving data e2ep_plot_edrivers(model,selection="INTERNAL") # Plot the annual cyles of boundary driving data e2ep_plot_edrivers(model,selection="BOUNDARY") # Direct the graphics output to a pdf file ... # or jpeg("plot.jpg"), png("plot.png") pdf(file.path(tempdir(), "plot.pdf"),width=8,height=6) e2ep_plot_edrivers(model) dev.off()