context("Check write.image")
for(type in pixelTypes$pixelType) {
with(pixelTypes[type,], {
test_that(sprintf('Image writer for pixel type "%s"', type), {
img = testImage(type)
ref = as.vector(img)
res = as.vector(read.image(write.image(img, tempimg(), pixelType=type), normalize=FALSE))
if (!isFloatingPoint)
expect_identical(res, ref)
else
expect_equal(res, ref)
})
})
}
test_that('Write 5D image stack', {
img = mockImage(sizeX=16, sizeY=16, sizeC=3, sizeZ=5, sizeT=10)
img = read.image(write.image(img, tempimg()))
expect_s4_class(img, "AnnotatedImage")
expect_identical(dim(img), c(16L, 16L, 3L, 5L, 10L))
})
test_that('Write single image plane', {
img = read.image(write.image(mockImage(series=1L), tempimg()))
expect_s4_class(img, "AnnotatedImage")
expect_identical(seriesCount(img), 1L)
})
test_that('Write image series', {
img = read.image(write.image(mockImage(series=2L), tempimg()))
expect_s4_class(img, "AnnotatedImageList")
expect_identical(seriesCount(img), 2L)
})
test_that('Write single image plane', {
img = read.image(write.image(mockImage(series=1L), tempimg()))
expect_s4_class(img, "AnnotatedImage")
expect_identical(seriesCount(img), 1L)
})
test_that('Write global metadata', {
ref = list(integer = 1L, numeric = 2.0, string = "3")
img = mockImage()
globalMetadata(img) = ref
img = read.image(write.image(img, tempimg()))
res = globalMetadata(img)
nres = names(res)
nref = names(ref)
expect_identical(nres[match(nres, nref)], nref)
})
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