Description Usage Arguments Value See Also Examples
Plots a daily timeseries of tree carbon pools, water uptake, nitrogen uptake, light capture, or tree carbon incrememnt.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 |
hop |
An object of class hop or face. |
cycle |
One of "carbon", "nitrogen", "water", "light", "yield" "carbon-increment", or "carbon-allocation". |
years |
A numeric vector of the calendar years to include.
If more than one year is provided, years are used as facets, and only a single value can be supplied to |
simu.names |
A character vector of the SimulationNames within |
tree.ids |
A numeric vector indicating a subset of tree ids to plot. Use "all" to include all available values.
This only applies when |
doy.lim |
A numeric vector of length two providing the |
color.palette |
A character stirng of hex values or R standard color names defining the color palette to use in plots with multiple simulations.
If |
crop.names |
A character vector of length 2 containing the names to use in the legend for the mainCrop and interCrop of Hi-sAFe, in that order. |
pheno.lines |
Logical indicating whether or not vertical lines should be plotted on dates of tree phenoloigical stage changes |
branch.pruning.lines |
Logical indicating whether or not vertical lines should be plotted on dates of branch pruning |
root.pruning.lines |
Logical indicating whether or not vertical lines should be plotted on dates of root pruning |
trim |
Logical indicating whether or not to trim white space before and after the tree growth season when |
plot |
If |
If plot = TRUE
, returns a ggplot object. If plot = FALSE
, returns the data that would create the plot.
If hop
contains more than one simulation, the plot will be faceted by SimulationName.
Other hisafe analysis functions:
LER_summary()
,
LER()
,
analyze_hisafe()
,
cycle_summary()
,
hisafe_budget()
,
plot_hisafe_cycle_bar()
,
stics_budget_comp()
,
write_hop()
1 2 3 4 5 6 7 8 9 | ## Not run:
# To plot the simulated light capture in the year 2000:
light.capture.plot <- plot_hisafe_cycle_ts(myhop, "light", 2000)
# Once you have the plot object, you can display it and save it:
water.plot
ggsave_fitmax("light_capture.png", light.capture.plot)
## End(Not run)
|
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