This release adds several functions for manipulating circuits, casting them between the Z-basis and Pauli-tensor basis, and computing their generators. We also two new substantial demos.
New features
GetPauliStringFromMatrix[] returns a complex-weighted Pauli string equivalent to the given complex matrix.
CalcCircuitGenerator[] which returns the Pauli string generator of the given circuit.
RetargetCircuit[] remaps the qubits in a circuit
GetQuregState[] which is equivalent to the old GetQuregMatrix[], can return the state in alternate basis and representations.
GetCircuitQubits[] which returns a list of the qubit indices featured in a given circuit.
GetCircuitCompacted[] which removes qubits which are untargeted by a given circuit, compressing the circuit to one upon fewer qubits. It also returns the map necessary to restore the original circuit, which can be used by RetargetCircuit[]
Other changes
added two new demo notebooks on variational minisation, and real-time simulation, to /Demos
This release adds several functions for manipulating circuits, casting them between the Z-basis and Pauli-tensor basis, and computing their generators. We also two new substantial demos.
New features
GetPauliStringFromMatrix[]returns a complex-weighted Pauli string equivalent to the given complex matrix.CalcCircuitGenerator[]which returns the Pauli string generator of the given circuit.RetargetCircuit[]remaps the qubits in a circuitGetQuregState[]which is equivalent to the oldGetQuregMatrix[], can return the state in alternate basis and representations.GetCircuitQubits[]which returns a list of the qubit indices featured in a given circuit.GetCircuitCompacted[]which removes qubits which are untargeted by a given circuit, compressing the circuit to one upon fewer qubits. It also returns the map necessary to restore the original circuit, which can be used byRetargetCircuit[]Other changes
/Demos