Fock gradients of Gaussian gates

This module contains the Fock representation of the standard Gaussian gates as well as their gradients.

displacement(r, phi, cutoff[, dtype])	Calculates the matrix elements of the displacement gate using a recurrence relation.
squeezing(r, theta, cutoff[, dtype])	Calculates the matrix elements of the squeezing gate using a recurrence relation.
beamsplitter(theta, phi, cutoff[, dtype])	Calculates the Fock representation of the beamsplitter.
two_mode_squeezing(r, theta, cutoff[, dtype])	Calculates the matrix elements of the two-mode squeezing gate recursively.
grad_displacement(T, r, phi)	Calculates the gradients of the displacement gate with respect to the displacement magnitude and angle.
grad_squeezing(T, r, phi)	Calculates the gradients of the squeezing gate with respect to the squeezing magnitude and angle
grad_beamsplitter(T, theta, phi)	Calculates the gradients of the beamsplitter gate with respect to the transmissivity angle and reflection phase
grad_two_mode_squeezing(T, r, theta)	Calculates the gradients of the two-mode squeezing gate with respect to the squeezing magnitude and angle

code/fock_gradients

 

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