class TestIMImage(unittest.TestCase):
def setUp(self):
self.img = Image()
self.is_imagemagick = False
if gminfo.library == 'ImageMagick':
self.is_imagemagick = True
def test_adaptiveBlur(self):
if self.is_imagemagick:
self.img.adaptiveBlur()
def test_distort(self):
if self.is_imagemagick:
self.img.distort(DistortImageMethod.ScaleRotateTranslateDistortion,
1, 1.0, True)
def test_extent(self):
if self.is_imagemagick:
self.img.extent(Geometry(100, 100))
def test_inverseFourierTransform(self):
if self.is_imagemagick:
phase = Image()
self.img.inverseFourierTransform(phase)
def test_sigmoidalContrast(self):
if self.is_imagemagick:
self.img.sigmoidalContrast(2, 2.)
def test_splice(self):
if self.is_imagemagick:
self.img.splice(Geometry(100, 100))
def test_sparseColor(self):
if self.is_imagemagick:
self.img.sparseColor(ChannelType.RedChannel,
SparseColorMethod.PolynomialColorInterpolate,
1, 1.)
def test_sparseColor(self):
if self.is_imagemagick:
ret = self.img.exifProfile()
self.assertEqual(type(ret), type(pgmagick._pgmagick.Blob()))
def test_virtualPixelMethod(self):
if self.is_imagemagick:
ret = self.img.virtualPixelMethod()
self.assertEqual(type(ret),
type(pgmagick._pgmagick.VirtualPixelMethod()))
class TestIMImage(unittest.TestCase):
def setUp(self):
self.img = Image()
self.is_imagemagick = False
if gminfo.library == 'ImageMagick':
self.is_imagemagick = True
def test_adaptiveBlur(self):
if self.is_imagemagick:
self.img.adaptiveBlur()
def test_distort(self):
if self.is_imagemagick:
self.img.distort(DistortImageMethod.ScaleRotateTranslateDistortion,
1, 1.0, True)
def test_extent(self):
if self.is_imagemagick:
self.img.extent(Geometry(100, 100))
def test_inverseFourierTransform(self):
if self.is_imagemagick:
phase = Image()
self.img.inverseFourierTransform(phase)
def test_sigmoidalContrast(self):
if self.is_imagemagick:
self.img.sigmoidalContrast(2, 2.)
def test_splice(self):
if self.is_imagemagick:
self.img.splice(Geometry(100, 100))
def test_sparseColor(self):
if self.is_imagemagick:
self.img.sparseColor(ChannelType.RedChannel,
SparseColorMethod.PolynomialColorInterpolate,
1, 1.)
def test_sparseColor(self):
if self.is_imagemagick:
ret = self.img.exifProfile()
self.assertEqual(type(ret), type(pgmagick._pgmagick.Blob()))
def test_virtualPixelMethod(self):
if self.is_imagemagick:
ret = self.img.virtualPixelMethod()
self.assertEqual(type(ret),
type(pgmagick._pgmagick.VirtualPixelMethod()))
def test_extent(self):
im = Image(Geometry(300, 200), Color('transparent'))
g = Geometry(10, 10)
im.extent(g)
def test_extent(self):
im = Image(Geometry(300, 200), Color('transparent'))
g = Geometry(10, 10)
im.extent(g)
