plot.SeqSGPV: Plot the design-based operating characteristics conditioned...

In chipmanj/SeqSGPV: Sequential Monitoring of Scientific Regions Using the Second Generation P-Value

Plot the design-based operating characteristics conditioned on a single effect.

Description

Condition all but two monitoring frequency parameters (wait, steps, affirm, lag, N) must have a single value.

Usage

## S3 method for class 'SeqSGPV'
plot(
  am,
  stat,
  wait,
  steps,
  affirm,
  lag,
  N,
  xlim,
  ylim,
  log,
  addMain = TRUE,
  addLegend = TRUE,
  ablineH = NULL,
  ablineV = NULL,
  setMargins,
  ylab = "",
  ...
)

Arguments

am	SeqSGPV object
stat	Any of: rejH0, cover, bias, stopInconclusive, stopNotROPE, stopNotROME, stopInconsistent. Use prefix lag.x when some outcomes were lagged/delayed.
wait	Vector of possible wait times (W) before monitoring.
steps	Vector of the number of observations (S) in between monitoring assessments.
affirm	Vector of the number of observations required for affirming a stopping rule (A) in between raising an alert of stopping.
lag	Vector of the number of delayed outcomes between enrolling a single observation and observing its outcome.
N	Vector of maximum sample size. Can be set as Inf (indefinite).
xlim	Optional limits for x-axis.
ylim	Optional limits for y-axis.
addMain	Provides default title for figure. Defaults to TRUE.
addLegend	Provides default legend for figure. Defaults to TRUE.
ablineH	Add any set of horizontal reference lines.
ablineV	Add any set of vertical reference lines.
setMargins	Optional figure margins
ylab	Label for y-axis
...	additional plot parameters

chipmanj/SeqSGPV documentation built on May 1, 2024, 10:38 p.m.