testing __getitem__ for 5D image

testing __setitem__ with pasting to 5D roi

Test PyCommand class functionality Verifies that: 1. PyCommand objects can be created and registered 2. Callbacks are executed properly

Test that ProcessObject is the superclass of various filters

Test lambda Command event handling Verifies that: 1. Lambda commands are correctly registered and executed 2. Start events are triggered

Test wrapping of static methods

Test the TransformixImageFilter's deformation field computation. This test: 1. Creates simple fixed and moving images with identical patterns

Test __array_interface__ with complex image

Test that __array_interface__ attribute exists

Test that __array_interface__ holds reference to image

Test that __array_interface__ provides read-only data

Test __array_interface__ with 2D scalar image

Test __array_interface__ with 3D scalar image

Test __array_interface__ strides are omitted for C-contiguous data

Test __array_interface__ typestr for all scalar types (using native byte order)

Test __array_interface__ with vector image having 1 component

Test __array_interface__ with 2D vector image

Test that array views are correctly marked as non-writable This test verifies that: 1. The array view is marked as non-writable 2. Attemp

Test ImageViewer error handling This test verifies that: 1. Invalid viewer commands are handled properly 2. Appropriate exceptions are ra

Test the custom pickling and un-pickling interface

Test buffer protocol with complex image

Test buffer protocol format strings for all scalar types

Test creating multiple memoryviews from same image

Test that buffer is read-only

Test buffer protocol with 2D scalar image

Test buffer protocol with 3D scalar image

Test buffer strides are correct for C-contiguous layout

Test that buffer remains valid after the image is deleted

Test that buffer data remains valid after image deletion

Test buffer protocol with vector image having 1 component

Test buffer protocol with 2D vector image

Test that buffer is C-contiguous and flattened view has correct sequence

Test CenteredTransformInitializer to check that return Transform is downcasted Args: test_images: Tuple of (fixed, moving) test images

Test comparison operators

Test converting complex images between SimpleITK and numpy

Test ImageBuffer creation and memoryview for complex types

testing __setitem__ with pasting to 5D roi

testing __setitem__ with pasting to 2D vector image

Test the __contains__ with a string key

Create a test directory with a DICOM file for testing.

Test the custom __deepcopy__ method

Test the custom __deepcopy__ method

Test pickling/unpickling of minimally constructed transforms

Test the __delitem__ with a string key to remove elements from meta-data

Test ImageBuffer with different dimensionalities

Fixture providing a temporary directory for test outputs

Fixture providing a temporary directory for test outputs

Fixture providing a temporary directory for test outputs

Test Downcast method with minimally constructed transforms

Test python specific methods where returned type is downcasted to derived class.

Test for EvaluateAtContinuousIndex

Test for EvaluateAtPhysicalPoint

Test the __getitem__ with a string to access meta-data dictionary

Test get_weak_memoryview with complex pixel types

Test get_weak_memoryview with default flags

Test multiple calls to get_weak_memoryview from same ImageBuffer

Test that get_weak_memoryview does NOT keep strong reference to image

Test that get_weak_memoryview always returns read-only memoryview

Test get_weak_memoryview with vector pixel types

Test get_weak_memoryview with various buffer protocol flags

Test the ImageSeriesReader_GetGDCMSeriesIDs method with various study configurations. This test verifies that GetGDCMSeriesIDs correctly identifi

Fixture providing a test image for all tests

Test converting from native numpy scalar types to SimpleITK

Test that _image_ref attribute correctly references the source image

Test that ImageBuffer and memoryview maintain references to the source image

Test ImageViewer class functionality This test verifies: 1. Basic viewer setup and execution 2. Title setting with special characters

Fixture providing fixed and moving images for transform initialization

Test in place operators with images

Test in place operators with numeric constants

Test exception generated during inplace operation

Test behavior of isVector option

Test that the Image object is iterable

Test that label types raise an exception

Test downcast of LandmarkBasedTransformInitializer return Transform

This is old testing cruft before unittest

Test 2D SimpleITK Image to numpy array conversion

Test 3D SimpleITK Image to numpy array conversion

Test numpy array to SimpleITK Image conversion

Test that memoryview from ImageBuffer is read-only

Test the manual written MinimumMaximum procedural method

Test creating multiple buffers from the same image

Testing GetName method

Test that buffer has no suboffsets (simple layout)

Test converting non-contiguous numpy arrays to SimpleITK Image

Test numpy array dtype for complex images

Test that numpy arrays from SimpleITK images are read-only

Test numpy array shape for vector images

Test numpy.asarray uses __array_interface__ when __buffer__ is disabled

Test difference between np.asarray (view) and np.array (copy)