snake.core.handlers.fov

`snake.core.handlers.fov`#

Handler for modifying the Field of View of the Phantom.

TODO: Add a FOV-motion handler that combines FOV and motion (moving the head is equivalent to changing the center point of FOV + angles).

Module Contents#

Classes#

FOVHandler

Handler that update the FOV of the simulation.

Functions#

`extract_rotated_3d_region`	Extract a rotated 3D rectangular region from a larger 3D array.
`_apply_transform`

API#

snake.core.handlers.fov.extract_rotated_3d_region(volume: numpy.typing.NDArray, center: snake._meta.ThreeInts, size: snake._meta.ThreeInts, angles: snake._meta.ThreeFloats, zoom_factor: snake._meta.ThreeFloats) → numpy.typing.NDArray[source]#

Extract a rotated 3D rectangular region from a larger 3D array.

Parameters:

volume (np.ndarray) – The 3D source array.
center (tuple) – The center (x, y, z) of the desired region in the original array.
size (tuple) – The size (dx, dy, dz) of the extracted region.
float (tuple) – The rotation angles (rx, ry, rz) in degrees.

Returns:

np.ndarray

Return type:

The extracted 3D region.

snake.core.handlers.fov._apply_transform(input: numpy.typing.NDArray, output: numpy.typing.NDArray, i: int, center: snake._meta.ThreeInts, size: snake._meta.ThreeInts, angles: snake._meta.ThreeFloats, zoom_factor: snake._meta.ThreeFloats) → None[source]#

class snake.core.handlers.fov.FOVHandler[source]#

Bases: snake.core.handlers.base.AbstractHandler