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Currently, the TTA are composed of all 90 degrees rotations and flips and can only be turned on and off. In cases where training was performed with only X flips for instance, then the TTA should be deactivated to avoid out of distribution predictions.
In the inference convenience function, if tta=True, then the training configuration could be inspected and several parameters could be set in the inference configuration in order to correctly apply TTA:
flip_x: bool
flip_y: bool
rotate_xy: bool
This would currently cover the default CAREamics transformations.
Notes
TTA is implemented differently from the transforms, but we could think of a way to have the TTA use the transforms.
TTA expects SC(Z)YX, while the transforms expect C(Z)YX.
The text was updated successfully, but these errors were encountered:
Currently, the TTA are composed of all 90 degrees rotations and flips and can only be turned on and off. In cases where training was performed with only X flips for instance, then the TTA should be deactivated to avoid out of distribution predictions.
In the inference convenience function, if
tta=True
, then the training configuration could be inspected and several parameters could be set in theinference
configuration in order to correctly apply TTA:flip_x: bool
flip_y: bool
rotate_xy: bool
This would currently cover the default CAREamics transformations.
Notes
The text was updated successfully, but these errors were encountered: