def test_radial_acquisition_pattern_360(self):
expected = self.setup.getExpectedOutputMatrix(self._testMethodName)
self.actual = aqc.radialPattern(self.mask_size, 360)
self.assertTrue(self.setup.matrixEqual(expected, self.actual))
p3fimage20 = util.post_process_image(p3image20)
util.saveImage("p3_Masked_Image_20%.jpg", p3fimage20)
p3mask33 = aqc.cartesianPattern(cardiac_size, 33)
p3applied33 = util.applyMask(dft_cardiac, p3mask33)
p3image33 = util.getImage(p3applied33)
p3fimage33 = util.post_process_image(p3image33)
util.saveImage("p3_Masked_Image_33%.jpg", p3fimage33)
p3mask75 = aqc.cartesianPattern(cardiac_size, 75)
p3applied75 = util.applyMask(dft_cardiac, p3mask75)
p3image75 = util.getImage(p3applied75)
p3fimage75 = util.post_process_image(p3image75)
util.saveImage("p3_Masked_Image_75%.jpg", p3fimage75)
p4cm8 = aqc.radialPattern(cardiac_size, 8)
p4ca8 = util.applyMask(dft_cardiac, p4cm8)
p4ci8 = util.getImage(p4ca8)
p4fci8 = util.post_process_image(p4ci8)
util.saveImage("p4_Cardiac_Masked_Image_8.jpg", p4fci8)
p4cm6 = aqc.radialPattern(cardiac_size, 6)
p4ca6 = util.applyMask(dft_cardiac, p4cm6)
p4ci6 = util.getImage(p4ca6)
p4fci6 = util.post_process_image(p4ci6)
util.saveImage("p4_Cardiac_Masked_Image_6.jpg", p4fci6)
p4cm9 = aqc.radialPattern(cardiac_size, 9)
p4ca9 = util.applyMask(dft_cardiac, p4cm9)
p4ci9 = util.getImage(p4ca9)
p4fci9 = util.post_process_image(p4ci9)