And	Takes 2 binary inputs and acts as an AND logic gate.
And Multi	Takes any number of binary inputs and acts as an AND logic gate.
Or	Takes 2 binary inputs and acts as an OR logic gate.
Or Multi	Takes any number of binary inputs and acts as an OR logic gate.
Xor	Takes 2 binary inputs and acts as an XOR logic gate.
Xor Multi	Takes any number of binary inputs and acts as an XOR logic gate.
Subtract	Subtracts layer B from layer A. Can be constructed from other logic gates by A AND B = C and then A XOR C.
Equivalence	Acts as an XNOR gate for 2 binary inputs.
Having	Keeps only objects having both input layers.
.Not Having	Keeps only objects that do not touch the other binary layer.
First Not Empty	Takes 2 binary layers and returns A if it is not empty, or B if A is empty. Useful if A is used as an ROI and may or may not be empty.
Invert	Inverts the input binary layer. Same as Complement from binary processing.
Detection Classifier	Takes 2 binary inputs: ground truth (light blue here, made using a more sensitive segmentation) and predicted (yellow here). Classifies predicted layer into true positives (green), false positives (blue), and false negatives (red).
And (3D)	Applies an AND logical gate to 2 3D binary layers.
Or (3D)	Applies an OR logical gate to 2 3D binary layers.
Xor (3D)	Applies an XOR logical gate to 2 3D binary layers.
Subtract (3D)	Subtracts 3D binary layer B from 3D binary layer A.
Equivalence (3D)	Applies an XNOR logical gate to 2 3D binary layers.
Having (3D)	Removes objects in 3D layer A that are not touching 3D layer B.
.Not Having (3D)	Removes objects in 3D layer A that are touching 3D layer B.
Invert (3D)	Inverts a 3D binary layer.