plot_hisafe_annualcells: Tile plot of Hi-sAFe annualCells output variable
In kevinwolz/hisafer: An R Toolbox for the Hi-sAFe Biophysical Agroforestry Model

Description Usage Arguments Details Value See Also Examples

Plots a tile plot of a single Hi-sAFe annualCells output variable.

plot_hisafe_annualcells(
  hop,
  variable = "yieldMax",
  simu.names = "all",
  years,
  plot.x = "x",
  trees = TRUE,
  canopies = TRUE,
  plot = TRUE
)

`hop`	An object of class hop.
`variable`	A character string of the name of the variable to color the tiles.
`simu.names`	A character string containing the SimulationNames to include. Use "all" to include all available values.
`years`	A numeric vector of the years within `hop` to include. Use "all" to include all available values.
`plot.x`	Either "x" or "y", indicating which axis of the simulation scene should be plotted on the x-axis of the plot.
`trees`	Logical indicating if a point should be plotted at the location of each tree.
`canopies`	Logical indicating if an elipsoid should be plotted representing the size of each tree canopy.
`plot`	If `TRUE`, the default, a ggplot object is returned. If `FALSE`, the data that would create the plot is returned.

This function is very picky! You can only facet by two of the three manipulable variables: SimulationName, Year, Month. You must ensure that the one varibale not used for faceting is fixed at a single value.

Returns a ggplot object.

Other hisafe plot functions: plot_hisafe_bg(), plot_hisafe_cells(), plot_hisafe_monthcells(), plot_hisafe_scene(), plot_hisafe_tstress(), plot_hisafe_ts(), plot_hisafe_voxels()

## Not run: 
# After reading in Hi-sAFe simulation data via:
mydata <- read_hisafe(path = "./")

# You can create a tile plot of monthDirectParIncident:
tile.plot <- plot_hisafe_annualcells(mydata, "yieldMax")

# Once you have the plot object, you can display it and save it:
tile.plot
ggsave_fitmax("yield.png", tile.plot)

## End(Not run)