tests/testthat/test-plotQuantileCIsfromDat.R
In cpsyctc/CECPfuns: Package of Utility Functions for Psychological Therapies, Mental Health and Well-being Work (Created by Chris Evans and Clara Paz)
testthat::test_that("sanity checks work", {
### sanity checks for getCIforQuantiles()
### vecDat
testthat::expect_error(plotQuantileCIsfromDat(vecDat = "a"))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = TRUE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:5))
testthat::expect_warning(plotQuantileCIsfromDat(vecDat = 1:24,
vecQuantiles = c(.1, .9),
method = "e",
ci = .95,
R = 9999,
type = 8))
### vecQuantiles
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = "A"))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = NA))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = -.5))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = 1.5))
### method
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "sausages"))
### ci
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), ci = NA))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), ci = "A"))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9),ci = c(.5, .9)))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), ci = 1.5))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), ci = .5))
### bootstrap
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "B", R = "A", type = 8))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "B", R = NA))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "B", R = 1:2))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "B", R = 5))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "B", R = 50000, type = 8))
### type
testthat::expect_warning(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = NA))
testthat::expect_warning(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = NULL))
testthat::expect_warning(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = "A"))
testthat::expect_warning(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = 1:2))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = 0))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = 10))
### new checks for plotQuantileCIsfromDat
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = NA,
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = LETTERS,
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = NA,
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = LETTERS,
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = "x",
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = NA,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = LETTERS,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = NA,
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = LETTERS,
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = NA,
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = LETTERS,
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = NA,
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = LETTERS,
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = NA,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = LETTERS,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = NA,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = LETTERS,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = NA,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = LETTERS,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = NA,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = LETTERS,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = 1,
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = LETTERS,
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = 1,
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = LETTERS,
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.9,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = NA,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = LETTERS,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = NA,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = LETTERS,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = NA))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = LETTERS))
})
### test comment:
### nothing to say!
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testthat::test_that("sanity checks work", {
### sanity checks for getCIforQuantiles()
### vecDat
testthat::expect_error(plotQuantileCIsfromDat(vecDat = "a"))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = TRUE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:5))
testthat::expect_warning(plotQuantileCIsfromDat(vecDat = 1:24,
vecQuantiles = c(.1, .9),
method = "e",
ci = .95,
R = 9999,
type = 8))
### vecQuantiles
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = "A"))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = NA))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = -.5))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = 1.5))
### method
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "sausages"))
### ci
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), ci = NA))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), ci = "A"))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9),ci = c(.5, .9)))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), ci = 1.5))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), ci = .5))
### bootstrap
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "B", R = "A", type = 8))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "B", R = NA))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "B", R = 1:2))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "B", R = 5))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "B", R = 50000, type = 8))
### type
testthat::expect_warning(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = NA))
testthat::expect_warning(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = NULL))
testthat::expect_warning(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = "A"))
testthat::expect_warning(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = 1:2))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = 0))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), type = 10))
### new checks for plotQuantileCIsfromDat
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = NA,
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = LETTERS,
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = NA,
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = LETTERS,
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = "x",
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = NA,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = LETTERS,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = NA,
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = LETTERS,
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = NA,
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = LETTERS,
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = NA,
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = LETTERS,
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = NA,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = LETTERS,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = NA,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = LETTERS,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = NA,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = LETTERS,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = NA,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = LETTERS,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = 1,
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = LETTERS,
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = 1,
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = LETTERS,
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.9,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = NA,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = LETTERS,
printPlot = TRUE,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = NA,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = LETTERS,
returnPlot = FALSE))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = NA))
testthat::expect_error(plotQuantileCIsfromDat(vecDat = 1:100, vecQuantiles = c(.1, .9), method = "N", ci = 0.95, R = 9999, type = 8,
xLab = "Value for probability (quantile)",
yLab = "Probability",
percent = FALSE,
colPoint = "black",
colLCL = "black",
colUCL = "black",
vertQuantiles = TRUE,
vertCLs = FALSE,
shadeCI = TRUE,
addAnnotation = TRUE,
titleText = "ECDF with quantiles and CIs around quantiles",
subtitleText = "",
titleJust = 0.5,
themeBW = TRUE,
printPlot = TRUE,
returnPlot = LETTERS))
})
### test comment:
### nothing to say!
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