pygsti.algorithms.randomcircuit

pygsti.algorithms.randomcircuit#

Random circuit sampling functions.

Functions

`create_binary_rb_circuit`(pspec, ...[, ...])	Generates a "binary randomized benchmarking" (BiRB) circuit.
`create_clifford_rb_circuit`(pspec, ...[, ...])	Generates a "Clifford randomized benchmarking" (CRB) circuit.
`create_direct_rb_circuit`(pspec, ...[, ...])	Generates a "direct randomized benchmarking" (DRB) circuit.
`create_mirror_rb_circuit`(pspec, ...[, ...])	Generates a "mirror randomized benchmarking" (MRB) circuit.
`create_random_circuit`(pspec, length[, ...])	Samples a random circuit of the specified length (or ~ twice this length).
`create_random_germ`(pspec, depths, ...[, ...])	TODO: docstring <TODO summary>
`create_random_germpower_circuits`(pspec, ...)	TODO: docstring <TODO summary>
`create_random_germpower_mirror_circuits`(...)	TODO: docstring length : consistent with RB length.
`find_all_sets_of_compatible_two_q_gates`(...)	TODO: docstring <TODO summary>
`random_alternating_clifford_circ`(pspec, depth)	Generates a random circuit with composite layers cponsisting of a layer of two-qubit gates followed by a layer of of single-qubit gates.
`sample_circuit_layer_by_co2_q_gates`(pspec, ...)	Samples a random circuit layer using the specified list of "compatible two-qubit gates" (co2_q_gates).
`sample_circuit_layer_by_edgegrab`(pspec[, ...])	TODO: docstring <TODO summary>
`sample_circuit_layer_by_q_elimination`(pspec)	Samples a random circuit layer by eliminating qubits one by one.
`sample_circuit_layer_of_one_q_gates`(pspec[, ...])	Samples a random circuit layer containing only 1-qubit gates.
`sample_compiled_haar_random_one_qubit_gates_zxzxz_circuit`(pspec)	TODO: docstring #generate layer of random unitaries and make a series of circuit layers with the compiled versions of these
`sample_compiled_random_clifford_one_qubit_gates_zxzxz_circuit`(pspec)	TODO: docstring #generate layer of random unitaries and make a series of circuit layers with the compiled versions of these
`sample_haar_random_one_qubit_unitary_parameters`()	TODO: docstring
`sample_one_q_clifford_layer_as_compiled_circuit`(...)	Samples a uniformly random layer of 1-qubit Cliffords.
`sample_pauli_layer_as_compiled_circuit`(...)	Samples a uniformly random n-qubit Pauli and converts it to the gate-set of pspec.
`sample_random_clifford_one_qubit_unitary_parameters`()	TODO: docstring
`sample_random_cz_zxzxz_circuit`(pspec, length)	TODO: docstring Generates a forward circuits with benchmark depth d for non-clifford mirror randomized benchmarking.