Index A | B | C | E | F | G | I | J | L | N | P | R | S | V | W A apply() (spectrex.ForwardOperatorProtocol method) (spectrex.JAXOperator method) (spectrex.SciPySparseOperator method) apply_adjoint() (spectrex.ForwardOperatorProtocol method) (spectrex.JAXOperator method) (spectrex.SciPySparseOperator method) B broadband_image() (spectrex.EigenspectraBasis method) build() (spectrex.JAXOperator class method) (spectrex.SciPySparseOperator class method) C components (spectrex.EigenspectraBasis attribute) E EigenspectraBasis (class in spectrex) F from_csv() (spectrex.EigenspectraBasis class method) from_files() (spectrex.InstrumentConfig class method) G get_trace() (spectrex.InstrumentConfig method) group_soft_threshold() (in module spectrex.jax_solver) I image_shape (spectrex.ForwardOperatorProtocol attribute) InstrumentConfig (class in spectrex) integrated_weights() (spectrex.EigenspectraBasis method) J JAXOperator (class in spectrex) JAXProximalSolver (class in spectrex) L load() (spectrex.JAXOperator class method) (spectrex.SciPySparseOperator class method) N n_active (spectrex.JAXOperator property) n_coefficients (spectrex.ForwardOperatorProtocol attribute) n_components (spectrex.EigenspectraBasis attribute) (spectrex.JAXOperator property) NoiseModel (class in spectrex) P power_iteration() (in module spectrex.jax_solver) precision_weights() (spectrex.NoiseModel method) R read_noise (spectrex.NoiseModel attribute) reconstruct() (spectrex.EigenspectraBasis method) S sample() (spectrex.NoiseModel method) save() (spectrex.JAXOperator method) (spectrex.SciPySparseOperator method) SciPySparseOperator (class in spectrex) solve() (spectrex.JAXProximalSolver method) (spectrex.SpectralSolver method) solve_regularised() (spectrex.SpectralSolver method) SpectralSolver (class in spectrex) spectrex.ForwardOperatorProtocol (built-in class) V variance() (spectrex.NoiseModel method) W wavelengths (spectrex.EigenspectraBasis attribute)