arrays_to_legacy_points(x, y)
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Convert arrays of x and y to a list of lsst.geom.Point2D. |
assert_close(tc, a, b, **kwargs)
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Test that two arrays, floats, or quantities are almost equal. |
assert_images_equal(tc, a, b, *[, rtol, ...])
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Assert that two images are equal or nearly equal. |
assert_masked_images_equal(tc, a, b, *[, ...])
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Assert that two masked images are equal or nearly equal. |
assert_masks_equal(tc, a, b)
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Assert that two masks are equal or nearly equal. |
assert_projections_equal(tc, a, b[, ...])
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Test that two Projection instances are equivalent. |
check_astropy_wcs_interface(tc, wcs, ...[, ...])
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Test an Astropy WCS instance against known arrays of pixel and sky coordinates. |
check_projection(tc, projection, pixel_xy, ...)
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Test a Projection instance against known arrays of pixel and sky coordinates. |
check_transform(tc, transform, input_xy, ...)
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Test Transform against known arrays of input and output points. |
compare_field_to_legacy(tc, field, ...)
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Test a Field object by comparing it to an equivalent lsst.afw.math.BoundedField. |
compare_image_to_legacy(tc, image, legacy_image)
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Compare an Image object to a legacy lsst.afw.image.Image object. |
compare_mask_to_legacy(tc, mask, legacy_mask)
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Compare a Mask object to a legacy lsst.afw.image.Mask object. |
compare_masked_image_to_legacy(tc, ...[, ...])
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Compare a MaskedImage object to a legacy lsst.afw.image.MaskedImage object. |
compare_projection_to_legacy_wcs(tc, ...[, ...])
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Test a Projection object by comparing it to an equivalent lsst.afw.geom.SkyWcs. |
compare_psf_to_legacy(tc, psf, legacy_psf[, ...])
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Compare a PSF model object to its legacy interface. |
compare_visit_image_to_legacy(tc, ...[, ...])
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Compare a VisitImage object to a legacy lsst.afw.image.Exposure object. |
legacy_coords_to_astropy(legacy_coords)
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Convert a list of lsst.geom.SpherePoint objects to an Astropy coordinate object. |
legacy_points_to_xy_array(legacy_points)
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Convert a list of lsst.geom.Point2D objects to an XY array. |
make_random_projection(rng, pixel_frame, bbox)
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Create a test projection with random parameters. |
