gates Directory Reference

Directory dependency graph for gates:

Directories
directory	include
directory	kernels

Files
file	Adaptive.cpp [code]
file	CH.cpp [code]
	Class representing a CH gate.
file	CNOT.cpp [code]
	Class representing a CNOT gate.
file	Composite.cpp [code]
	Class for the representation of composite gate operation.
file	CROT.cpp [code]
	Class representing a controlled Y rotattion gate.
file	CRY.cpp [code]
	Class representing a controlled Y rotattion gate.
file	custom_kernel_1qubit_gate.cpp [code]
	Class representing a single qubit gate with custom gate kernel.
file	CZ.cpp [code]
	Class representing a CZ gate.
file	CZ_NU.cpp [code]
	Class representing a non-unitary, parametric CZ gate.
file	Gate.cpp [code]
	Class for the representation of general gate operations.
file	Gates_block.cpp [code]
	Class responsible for grouping gates into subcircuits. (Subcircuits can be nested)
file	H.cpp [code]
	Class representing a Hadamard gate.
file	ON.cpp [code]
	Class for the representation of general ONitary operation on the first qbit_num-1 qubits.
file	R.cpp [code]
file	RX.cpp [code]
	Class representing a RX gate.
file	RY.cpp [code]
	Class representing a RY gate.
file	RZ.cpp [code]
	Class representing a RZ gate.
file	RZ_P.cpp [code]
	Class representing a RZ_P gate.
file	SX.cpp [code]
	Class representing a SX gate.
file	SYC.cpp [code]
	Class representing a SYC gate.
file	T.cpp [code]
	Class representing a T gate.
file	Tdg.cpp [code]
	Class representing a Tdg gate.
file	U1.cpp [code]
	Class representing a U1 gate.
file	U2.cpp [code]
	Class representing a U2 gate.
file	U3.cpp [code]
	Class representing a U3 gate.
file	UN.cpp [code]
	Class for the representation of general unitary operation on the first qbit_num-1 qubits.
file	X.cpp [code]
	Class representing a X gate.
file	Y.cpp [code]
	Class representing a Y gate.
file	Z.cpp [code]
	Class representing a Z gate.