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Plots panels of cumulative distribution functions (CDFs) for each level of the specified defective factor in the data. The CDFs are defective; each factor level's CDF scales only up to that level's proportion. Summed across levels, the maximum is 1. Optionally, posterior and/or prior predictive CDFs can be overlaid.
plot_cdf(
input,
post_predict = NULL,
prior_predict = NULL,
subject = NULL,
quants = c(0.025, 0.975),
functions = NULL,
factors = NULL,
defective_factor = "R",
n_cores = 1,
n_post = 50,
layout = NA,
to_plot = c("data", "posterior", "prior")[1:2],
use_lim = c("data", "posterior", "prior")[1:2],
legendpos = c("top", "topright"),
posterior_args = list(),
prior_args = list(),
...
)Returns NULL invisibly.
Either an emc object or a data frame, or a list of such objects.
Optional posterior predictive data (matching columns) or list thereof.
Optional prior predictive data (matching columns) or list thereof.
Subset the data to a single subject (by index or name).
Numeric vector of credible interval bounds (e.g. c(0.025, 0.975)).
A function (or list of functions) that create new columns in the datasets or predictives
Character vector of factor names to aggregate over;
defaults to plotting full data set ungrouped by factors if NULL.
Name of the factor used for the defective CDF (default "R").
Number of CPU cores to use if generating predictives from an emc object.
Number of posterior draws to simulate if needed for predictives.
Numeric vector used in par(mfrow=...); use NA for auto-layout.
Character vector: any of "data", "posterior", "prior".
Character vector controlling which source(s) define xlim.
Character vector controlling the positions of the legends
Optional list of graphical parameters for posterior lines/ribbons.
Optional list of graphical parameters for prior lines/ribbons.
Other graphical parameters for the real data lines.
# Plot defective CDF for data only
# plot_cdf(forstmann, to_plot = "data")
#
# Plot with posterior predictions
# plot_cdf(samples_LNR, to_plot = c("data","posterior"), n_post=10)
#
# Or a list of multiple emc objects ...
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