rydiqule.sensor_utils

Utilities used by the Sensor classes.

Functions

check_positive_semi_definite(dm)	Checks if the provided matrices is a physical density matrix.
convert_complex_to_dm(complex_dm)	Converts a standard density matrices in the complex basis with ground state into rydiqule's computational real basis with ground state removed.
convert_dm_to_complex(dm)	Converts density matrices from rydiqule's computational basis (real, with state 0 removed) to a standard complex basis with all states present.
convert_to_full_dm(dm)	Converts density matrices from rydiqule's computational basis (real, with state 0 removed) to the full, real basis (ie with state 0 population inserted).
coupling_subgraph(coupling, coupling_graph)	Returns a subgraph view of the couplings_graph corresponding to coupling.
draw_diagram(sensor[, include_dephasing])	Draw a matplotlib plot that shows the energy level diagram, couplings, and dephasing paths.
expand_statespec(statespec)	Returns a list of all possible states corresponding to a given statespec.
generate_eom(hamiltonian, gamma_matrix[, ...])	Create the optical bloch equations for a hamiltonian and decoherence matrix using the Lindblad master equation.
get_basis_transform(basis_size)	Function that defines the basis transformation matrix u and its inverse u_i, between the real and complex basis.
get_rho_ij(sols, i, j)	For a given density matrix solution, retrieve a specific element of the density matrix.
get_rho_populations(sols)	For a given density matrix solution, return the diagonal populations.
make_real(equations, constant[, ground_removed])	Converts equations of motion from complex basis to real basis.
match_states(statespec, compare_list)	Return all states in a list matching the pattern described by a given specification.
nx_edges_with(couplings_graph, *keys[, method])	Returns a version of couplings_graph with only the keys specified.
process_scannable_parameter(val)	Ensures that scannable parameters are coerced to numpy arrays.
remove_ground(equations)	Remove the ground state from the equations of motion using population conservation.
scale_dipole(dipole)	Scale a dipole matrix from units of a0*e to Mrad/s when multiplied by a field in V/m.
state_tuple_to_str(states)	Helper function to create a more terse string representation of a tuple of state tuples.