motion_correction.image_registration.fft_tools.tests package

Submodules

motion_correction.image_registration.fft_tools.tests.measure_accuracy module

motion_correction.image_registration.fft_tools.tests.test_downsample module

motion_correction.image_registration.fft_tools.tests.test_downsample.test_downsample_matched()

motion_correction.image_registration.fft_tools.tests.test_downsample.test_downsample_nodownsample()

motion_correction.image_registration.fft_tools.tests.test_downsample.test_downsample_padded()

motion_correction.image_registration.fft_tools.tests.test_shift module

motion_correction.image_registration.fft_tools.tests.test_upsample module

motion_correction.image_registration.fft_tools.tests.test_upsample.gaussian(imsize, cx=0, cy=0)

Create a centered gaussian.

motion_correction.image_registration.fft_tools.tests.test_upsample.gaussian_centered(imsize, upsample_factor=1)

Create a narrow Gaussian with peak at the center of the image if dims are odd or center+1 if dims are even

motion_correction.image_registration.fft_tools.tests.test_upsample.obsolete_test_center_zoom_even(imsize, outsize, cx, cy, upsample_factor, doplot=False)

motion_correction.image_registration.fft_tools.tests.test_upsample.obsolete_test_center_zoom_simple2(imsize, upsample_factor, doplot=False)

motion_correction.image_registration.fft_tools.tests.test_upsample.obsolete_test_center_zoom_simple3(imsize, upsample_factor, doplot=False)

motion_correction.image_registration.fft_tools.tests.test_upsample.plotthings(image, image_shifted, image_shifted_zoomed, zoom, cx, cy, upsample_factor, imsize, outsize, x, y, fullzoom=None)

motion_correction.image_registration.fft_tools.tests.test_upsample.test_issue6_regression()

motion_correction.image_registration.fft_tools.tests.test_upsample.zoomed_gaussian(imsize, outsize=None, cx=0, cy=0, upsample_factor=1.0)

motion_correction.image_registration.fft_tools.tests.test_upsample_1d module

motion_correction.image_registration.fft_tools.tests.test_zoomnd module

Module contents