Index A | B | C | D | E | F | I | L | M | N | O | P | Q | R | S | T | U | V | W A add_axes() (iris.sg.SpectrographObservation method) all() (iris.sg.SpectrographObservation method) any() (iris.sg.SpectrographObservation method) astype() (iris.sg.SpectrographObservation method) average() (in module iris.sg.background) axes (iris.sg.SpectrographObservation property) axes_center (iris.sg.SpectrographObservation property) axes_flattened (iris.sg.SpectrographObservation property) axes_vertex (iris.sg.SpectrographObservation property) axis_detector_x (iris.sg.SpectrographObservation attribute) axis_detector_y (iris.sg.SpectrographObservation attribute) axis_time (iris.sg.SpectrographObservation attribute) axis_wavelength (iris.sg.SpectrographObservation attribute) B broadcast_to() (iris.sg.SpectrographObservation method) broadcasted (iris.sg.SpectrographObservation property) C cell_centers() (iris.sg.SpectrographObservation method) combine_axes() (iris.sg.SpectrographObservation method) copy() (iris.sg.SpectrographObservation method) copy_shallow() (iris.sg.SpectrographObservation method) D decompress() (in module iris.data) dn_to_photons() (in module iris.sg) download() (in module iris.data) E effective_area() (in module iris.sg) empty() (iris.sg.SpectrographObservation class method) estimate() (in module iris.sg.background) explicit (iris.sg.SpectrographObservation property) F fit() (in module iris.sg.background) from_fits() (iris.sg.SpectrographObservation class method) from_scalar_array() (iris.sg.SpectrographObservation class method) from_time_range() (iris.sg.SpectrographObservation class method) I index() (iris.sg.SpectrographObservation method) index_secant() (iris.sg.SpectrographObservation method) indices (iris.sg.SpectrographObservation property) inputs (iris.sg.SpectrographObservation attribute) interp_linear() (iris.sg.SpectrographObservation method) iris module iris.data module iris.planning module iris.sg module iris.sg.background module L length (iris.sg.SpectrographObservation property) M max() (iris.sg.SpectrographObservation method) mean() (iris.sg.SpectrographObservation method) median() (iris.sg.SpectrographObservation method) min() (iris.sg.SpectrographObservation method) model_background() (in module iris.sg.background) model_spectral_line() (in module iris.sg.background) model_total() (in module iris.sg.background) module iris iris.data iris.planning iris.sg iris.sg.background N ndim (iris.sg.SpectrographObservation property) ndindex() (iris.sg.SpectrographObservation method) num_repeats() (in module iris.planning) O open() (in module iris.sg) outputs (iris.sg.SpectrographObservation attribute) P pcolormesh() (iris.sg.SpectrographObservation method) percentile() (iris.sg.SpectrographObservation method) ptp() (iris.sg.SpectrographObservation method) Q query_hek() (in module iris.data) R radiance (iris.sg.SpectrographObservation property) regrid() (iris.sg.SpectrographObservation method) replace() (iris.sg.SpectrographObservation method) reshape() (iris.sg.SpectrographObservation method) rms() (iris.sg.SpectrographObservation method) S shape (iris.sg.SpectrographObservation property) show() (iris.sg.SpectrographObservation method) size (iris.sg.SpectrographObservation property) smooth() (in module iris.sg.background) SpectrographObservation (class in iris.sg) std() (iris.sg.SpectrographObservation method) subtract_spectral_line() (in module iris.sg.background) sum() (iris.sg.SpectrographObservation method) T timedelta (iris.sg.SpectrographObservation attribute) to() (iris.sg.SpectrographObservation method) to_jshtml() (iris.sg.SpectrographObservation method) to_string() (iris.sg.SpectrographObservation method) to_string_array() (iris.sg.SpectrographObservation method) to_value() (iris.sg.SpectrographObservation method) transpose() (iris.sg.SpectrographObservation method) type_abstract (iris.sg.SpectrographObservation property) type_explicit (iris.sg.SpectrographObservation property) U urls_hek() (in module iris.data) V value (iris.sg.SpectrographObservation property) var() (iris.sg.SpectrographObservation method) vmr() (iris.sg.SpectrographObservation method) volume_cell() (iris.sg.SpectrographObservation method) W weights() (iris.sg.SpectrographObservation method)
