Operations

Functions for effecting operators upon Quregs. More...

Topics
	CompMatr1
	Functions for applying general one-qubit dense matrices, as CompMatr1.
	CompMatr2
	Functions for applying general two-qubit dense matrices, as CompMatr2.
	CompMatr
	Functions for applying general many-target dense matrices, as CompMatr.
	DiagMatr1
	Functions for applying general one-qubit diagonal matrices, as DiagMatr1.
	DiagMatr2
	Functions for applying general two-qubit diagonal matrices, as DiagMatr2.
	DiagMatr
	Functions for applying general many-qubit diagonal matrices, as DiagMatr.
	FullStateDiagMatr
	Functions for applying general all-qubit diagonal matrices, as FullStateDiagMatr.
	Fixed
	Functions for applying the one-qubit S, T and Hadamard gates.
	Swap
	Functions for applying the two-qubit SWAP and related gates.
	Pauli
	Functions for applying the individual one-qubit Pauli operators.
	PauliStr
	Functions for applying a tensor product of Pauli operators, as a PauliStr.
	Rotations
	Functions for applying one-qubit rotations around Pauli and arbitrary axis.
	Pauli gadgets
	Functions for applying many-qubit rotations around arbitrary PauliStr.
	Phase gates
	Functions for applying many-qubit rotations around Pauli Z axis, and phase flips and shifts.
	PauliStrSum
	Functions for applying, exponentiating or Trotterising a weigthed sum of Pauli tensors.
	Many-not gates
	Functions for effecting many-qubit NOT gates.
	Measurements
	Functions for effecting destructive measurements.
	Projectors
	Functions for effecting projectors which break the state normalisation.
	QFT
	Functions for applying the Quantum Fourier Transform.

Detailed Description

Functions for effecting operators upon Quregs.