Nothing
context('Test that the functions of TSPlot work properly')
test_that('Plotting functions return a variable of the correct type', {
expect_is(ts.plotter(airmiles), 'ggplot')
expect_error(ts.plotter(iris), "'from' must be of length 1")
expect_is(autoplot(acf(airmiles, plot=FALSE)), 'ggplot')
expect_is(autoplot(acf(iris, plot=FALSE)), 'ggplot')
expect_is(autoplot(pacf(airmiles, plot=FALSE)), 'ggplot')
expect_is(autoplot(pacf(iris, plot=FALSE)), 'ggplot')
expect_is(plotTimesSeries(airmiles), 'ggplot')
expect_error(plotTimesSeries(iris), "'from' must be of length 1")
expect_error(plotTimesSeries(acf(airmiles, plot=FALSE)), "'from' must be of length 1")
expect_error(plotTimesSeries(acf(iris, plot=FALSE)), "'from' must be of length 1")
expect_error(plotTimesSeries(pacf(airmiles, plot=FALSE)), "'from' must be of length 1")
expect_error(plotTimesSeries(pacf(iris, plot=FALSE)), "'from' must be of length 1")
})
test_that('plot.acf is deprecated and retuns the right type of object', {
expect_warning(plot.acf(acf(airmiles, plot=FALSE)))
expect_warning(plot.acf(acf(iris, plot=FALSE)))
expect_warning(plot.acf(pacf(airmiles, plot=FALSE)))
expect_warning(plot.acf(pacf(iris, plot=FALSE)))
expect_is(suppressWarnings(plot.acf(acf(airmiles, plot=FALSE))), 'ggplot')
expect_is(suppressWarnings(plot.acf(acf(iris, plot=FALSE))), 'ggplot')
expect_is(suppressWarnings(plot.acf(pacf(airmiles, plot=FALSE))), 'ggplot')
expect_is(suppressWarnings(plot.acf(pacf(iris, plot=FALSE))), 'ggplot')
})
test_that('fortify returns the correct object', {
expect_is(fortify(airmiles), 'data.frame')
expect_is(fortify(iris), 'data.frame')
expect_is(fortify.acf(acf(airmiles, plot=FALSE)), 'data.frame')
expect_is(fortify.acf(acf(iris, plot=FALSE)), 'data.frame')
expect_is(fortify.acf(pacf(airmiles, plot=FALSE)), 'data.frame')
expect_is(fortify.acf(pacf(iris, plot=FALSE)), 'data.frame')
expect_is(fortify(acf(airmiles, plot=FALSE)), 'data.frame')
expect_is(fortify(acf(iris, plot=FALSE)), 'data.frame')
expect_is(fortify(pacf(airmiles, plot=FALSE)), 'data.frame')
expect_is(fortify(pacf(iris, plot=FALSE)), 'data.frame')
})
test_that('Each variable is of correct length', {
expect_equal(nrow(fortify(airmiles)), length(airmiles))
expect_equal(nrow(fortify(iris)), nrow(iris))
expect_equal(nrow(fortify.acf(acf(airmiles, plot=FALSE))), nrow(acf(airmiles, plot=FALSE)$acf))
expect_equal(nrow(fortify.acf(acf(iris, plot=FALSE))), nrow(acf(iris, plot=FALSE)$acf))
expect_equal(nrow(fortify.acf(pacf(airmiles, plot=FALSE))), nrow(pacf(airmiles, plot=FALSE)$acf))
expect_equal(nrow(fortify.acf(pacf(iris, plot=FALSE))), nrow(pacf(iris, plot=FALSE)$acf))
expect_equal(nrow(fortify(acf(airmiles, plot=FALSE))), nrow(acf(airmiles, plot=FALSE)$acf))
expect_equal(nrow(fortify(acf(iris, plot=FALSE))), nrow(acf(iris, plot=FALSE)$acf))
expect_equal(nrow(fortify(pacf(airmiles, plot=FALSE))), nrow(pacf(airmiles, plot=FALSE)$acf))
expect_equal(nrow(fortify(pacf(iris, plot=FALSE))), nrow(pacf(iris, plot=FALSE)$acf))
})
test_that('Each function returns the correct numbers', {
expect_equal(fortify.acf(acf(airmiles, plot=FALSE)), fortify(acf(airmiles, plot=FALSE)))
expect_equal(fortify.acf(acf(iris, plot=FALSE)), fortify(acf(iris, plot=FALSE)))
expect_equal(fortify.acf(pacf(airmiles, plot=FALSE)), fortify(pacf(airmiles, plot=FALSE)))
expect_equal(fortify.acf(pacf(iris, plot=FALSE)), fortify(pacf(iris, plot=FALSE)))
})
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