Plot rates of change based on seasonal metrics

Usage

show_trndseason(
  mod,
  metfun = mean,
  doystr = 1,
  doyend = 364,
  type = c("log10", "approx"),
  justify = c("left", "right", "center"),
  win = 5,
  ylab,
  nsim = 10000,
  yromit = NULL,
  useave = FALSE,
  base_size = 11,
  nms = NULL,
  fils = NULL,
  cols = NULL,
  xlim = NULL,
  ylim = NULL,
  ...
)

Arguments

mod: input model object as returned by anlz_gam
metfun: function input for metric to calculate, e.g., mean, var, max, etc
doystr: numeric indicating start Julian day for extracting averages
doyend: numeric indicating ending Julian day for extracting averages
type: chr string indicating if log slopes are shown (if applicable)
justify: chr string indicating the justification for the trend window
win: numeric indicating number of years to use for the trend window, see details
ylab: chr string for y-axis label
nsim: numeric indicating number of random draws for simulating uncertainty
yromit: optional numeric vector for years to omit from the output
useave: logical indicating if anlz_avgseason is used for the seasonal metric calculation, see details
base_size: numeric indicating base font size, passed to theme_bw
nms: optional character vector for trend names
fils: optional character vector for the fill of interior point colors
cols: optional character vector for confidence interval colors
xlim: optional numeric vector of length two for x-axis limits
ylim: optional numeric vector of length two for y-axis limits
...: additional arguments passed to metfun, e.g., na.rm = TRUE

Value

A ggplot object

Examples

library(dplyr)

# data to model
tomod <- rawdat %>%
  filter(station %in% 34) %>%
  filter(param %in% 'chl') %>% 
  filter(yr > 2015)

mod <- anlz_gam(tomod, trans = 'log10')
show_trndseason(mod, doystr = 90, doyend = 180, justify = 'left', win = 4,
     ylab = 'Slope Chlorophyll-a (ug/L/yr)')