deepness.processing.tile_params.TileParams

class TileParams(x_bin_number: int, y_bin_number: int, x_bins_number: int, y_bins_number: int, params: ~deepness.common.processing_parameters.map_processing_parameters.MapProcessingParameters, rlayer_units_per_pixel, processing_extent: <MagicMock name='mock.QgsRectangle' id='140217810845264'>)

Bases: object

Defines a single tile parameters - image that’s being processed by model

Methods

get_entire_tile_from_full_img
get_slice_on_full_image_for_copying	As we are doing processing with overlap, we are not going to copy the entire tile result to final image, but only the part that is not overlapping with the neighbouring tiles.
get_slice_on_full_image_for_entire_tile	Obtain slice to get the entire tile from full final image, including the overlapping parts.
get_slice_on_tile_image_for_copying	Similar to _get_slice_on_full_image_for_copying, but ROI is a slice on the tile
is_tile_within_mask	To check if tile is within the mask image
set_mask_on_full_img

get_slice_on_full_image_for_copying(tile_offset: int = 0)

As we are doing processing with overlap, we are not going to copy the entire tile result to final image, but only the part that is not overlapping with the neighbouring tiles. Edge tiles have special handling too.

Parameters:

tile_offset – how many pixels to cut from the tile result (to remove the padding)

:return Slice to be used on the full image

get_slice_on_full_image_for_entire_tile() → Tuple[slice, slice]

Obtain slice to get the entire tile from full final image, including the overlapping parts.

Returns:

Slice to be used on the full image

Return type:

Tuple[slice, slice]

get_slice_on_tile_image_for_copying(roi_slice_on_full_image=None, tile_offset: int = 0)

Similar to _get_slice_on_full_image_for_copying, but ROI is a slice on the tile

is_tile_within_mask(mask_img: ndarray | None)

To check if tile is within the mask image