Index _ | A | B | C | D | E | F | G | H | I | K | L | M | N | O | P | Q | R | S | T | U | W _ __getitem__() (scippneutron.tof.chopper_cascade.FrameSequence method) __init__() (scippneutron.atoms.ScatteringParams method) (scippneutron.chopper.disk_chopper.DiskChopper method) (scippneutron.chopper.disk_chopper.DiskChopperType method) (scippneutron.conversion.beamline.BeamAlignedUnitVectors method) (scippneutron.conversion.beamline.SphericalCoordinates method) (scippneutron.io.cif.Author method) (scippneutron.io.cif.Block method) (scippneutron.io.cif.Chunk method) (scippneutron.io.cif.CIF method) (scippneutron.io.cif.CIFSchema method) (scippneutron.io.cif.Loop method) (scippneutron.io.xye.GenerateHeaderType method) (scippneutron.peaks.FitAssessment method) (scippneutron.peaks.FitParameters method) (scippneutron.peaks.FitRequirements method) (scippneutron.peaks.FitResult method) (scippneutron.peaks.model.CompositeModel method) (scippneutron.peaks.model.GaussianModel method) (scippneutron.peaks.model.LorentzianModel method) (scippneutron.peaks.model.Model method) (scippneutron.peaks.model.PolynomialModel method) (scippneutron.peaks.model.PseudoVoigtModel method) (scippneutron.tof.chopper_cascade.Chopper method) (scippneutron.tof.chopper_cascade.Frame method) (scippneutron.tof.chopper_cascade.FrameSequence method) (scippneutron.tof.chopper_cascade.Subframe method) (scippneutron.tof.diagram.TimeDistanceDiagram method) (scippneutron.tof.fakes.FakeBeamline method) (scippneutron.tof.fakes.FakeBeamlineEss method) (scippneutron.tof.fakes.FakePulse method) (scippneutron.tof.fakes.FakeSource method) (scippneutron.tof.unwrap.TimeOfFlightOrigin method) A absorption_cross_section (scippneutron.atoms.ScatteringParams attribute) acceptance_diagram() (scippneutron.tof.chopper_cascade.FrameSequence method) add() (scippneutron.io.cif.Block method) add_neutrons() (scippneutron.tof.diagram.TimeDistanceDiagram method) aic (scippneutron.peaks.FitResult attribute) angular_frequency (scippneutron.chopper.disk_chopper.DiskChopper property) array_from_mantid() (in module scippneutron) assessment (scippneutron.peaks.FitResult attribute) Author (class in scippneutron.io.cif) axle_position (scippneutron.chopper.disk_chopper.DiskChopper attribute) B background (scippneutron.peaks.FitResult attribute) background_is_better (scippneutron.peaks.FitAssessment attribute) beam_aligned_unit_vectors() (in module scippneutron.conversion.beamline) beam_aligned_unit_x (scippneutron.conversion.beamline.BeamAlignedUnitVectors attribute) beam_aligned_unit_y (scippneutron.conversion.beamline.BeamAlignedUnitVectors attribute) beam_aligned_unit_z (scippneutron.conversion.beamline.BeamAlignedUnitVectors attribute) beam_position (scippneutron.chopper.disk_chopper.DiskChopper attribute) BeamAlignedUnitVectors (class in scippneutron.conversion.beamline) beamline() (in module scippneutron.conversion.graph.beamline) better_than() (scippneutron.peaks.FitResult method) Block (class in scippneutron.io.cif) bounds() (scippneutron.tof.chopper_cascade.Frame method) C chop() (scippneutron.tof.chopper_cascade.Frame method) (scippneutron.tof.chopper_cascade.FrameSequence method) Chopper (class in scippneutron.tof.chopper_cascade) chopper_cascade_frames() (in module scippneutron.tof.unwrap) ChopperCascadeFrames (in module scippneutron.tof.unwrap) Choppers (in module scippneutron.tof.unwrap) Chunk (class in scippneutron.io.cif) CIF (class in scippneutron.io.cif) CIFSchema (class in scippneutron.io.cif) CleanFrameAtDetector (in module scippneutron.tof.unwrap) coherent_scattering_cross_section (scippneutron.atoms.ScatteringParams attribute) coherent_scattering_length_im (scippneutron.atoms.ScatteringParams attribute) coherent_scattering_length_re (scippneutron.atoms.ScatteringParams attribute) collapse_plateaus() (in module scippneutron.chopper.filtering) comment (scippneutron.io.cif.CIF property) CompositeModel (class in scippneutron.peaks.model) convert() (in module scippneutron) copy() (scippneutron.io.cif.Block method) (scippneutron.io.cif.CIF method) D degree (scippneutron.peaks.model.PolynomialModel property) DeltaFromWrapped (in module scippneutron.tof.unwrap) direct_inelastic() (in module scippneutron.conversion.graph.tof) DiskChopper (class in scippneutron.chopper.disk_chopper) DiskChopperType (class in scippneutron.chopper.disk_chopper) draw() (scippneutron.tof.chopper_cascade.FrameSequence method) dspacing_from_energy() (in module scippneutron.conversion.tof) dspacing_from_tof() (in module scippneutron.conversion.tof) dspacing_from_wavelength() (in module scippneutron.conversion.tof) E elastic() (in module scippneutron.conversion.graph.tof) elastic_dspacing() (in module scippneutron.conversion.graph.tof) elastic_energy() (in module scippneutron.conversion.graph.tof) elastic_hkl() (in module scippneutron.conversion.graph.tof) elastic_Q() (in module scippneutron.conversion.graph.tof) elastic_Q_vec() (in module scippneutron.conversion.graph.tof) elastic_wavelength() (in module scippneutron.conversion.graph.tof) end_time (scippneutron.tof.chopper_cascade.Subframe property) end_wavelength (scippneutron.tof.chopper_cascade.Subframe property) energy_from_tof() (in module scippneutron.conversion.tof) energy_from_wavelength() (in module scippneutron.conversion.tof) energy_transfer_direct_from_tof() (in module scippneutron.conversion.tof) energy_transfer_indirect_from_tof() (in module scippneutron.conversion.tof) eval_model() (scippneutron.peaks.FitResult method) eval_peak() (scippneutron.peaks.FitResult method) extract_chopper_from_nexus() (in module scippneutron.chopper.nexus_chopper) F failed (scippneutron.peaks.FitAssessment attribute) FakeBeamline (class in scippneutron.tof.fakes) FakeBeamlineEss (class in scippneutron.tof.fakes) FakePulse (class in scippneutron.tof.fakes) FakeSource (class in scippneutron.tof.fakes) filter_in_phase() (in module scippneutron.chopper.filtering) find_plateaus() (in module scippneutron.chopper.filtering) fit() (in module scippneutron) fit_peaks() (in module scippneutron.peaks) FitAssessment (class in scippneutron.peaks) FitParameters (class in scippneutron.peaks) FitRequirements (class in scippneutron.peaks) FitResult (class in scippneutron.peaks) for_failure() (scippneutron.peaks.FitResult class method) for_isotope() (scippneutron.atoms.ScatteringParams static method) for_too_narrow_window() (scippneutron.peaks.FitResult class method) Frame (class in scippneutron.tof.chopper_cascade) frame_at_detector() (in module scippneutron.tof.unwrap) frame_bounds() (in module scippneutron.tof.unwrap) frame_period() (in module scippneutron.tof.unwrap) frame_wrapped_time_offset() (in module scippneutron.tof.unwrap) frame_wrapped_time_offset_pulse_skipping() (in module scippneutron.tof.unwrap) FrameAtDetector (in module scippneutron.tof.unwrap) FrameAtSample (in module scippneutron.tof.unwrap) FrameBounds (in module scippneutron.tof.unwrap) FrameForTimeOfFlightOrigin (in module scippneutron.tof.unwrap) FramePeriod (in module scippneutron.tof.unwrap) FrameSequence (class in scippneutron.tof.chopper_cascade) FrameWrappedTimeOffset (in module scippneutron.tof.unwrap) frequency (scippneutron.chopper.disk_chopper.DiskChopper attribute) from_disk_chopper() (scippneutron.tof.chopper_cascade.Chopper class method) from_mantid() (in module scippneutron) from_nexus() (scippneutron.chopper.disk_chopper.DiskChopper class method) from_source_pulse() (scippneutron.tof.chopper_cascade.FrameSequence static method) fwhm() (scippneutron.peaks.model.GaussianModel method) (scippneutron.peaks.model.LorentzianModel method) (scippneutron.peaks.model.Model method) (scippneutron.peaks.model.PseudoVoigtModel method) G GaussianModel (class in scippneutron.peaks.model) GenerateHeaderType (class in scippneutron.io.xye) get_logger() (in module scippneutron.logging) guess() (scippneutron.peaks.model.Model method) guess_background_fraction (scippneutron.peaks.FitParameters attribute) H hkl_elements_from_hkl_vec() (in module scippneutron.conversion.tof) hkl_vec_from_Q_vec() (in module scippneutron.conversion.tof) I incident_beam() (in module scippneutron) (in module scippneutron.conversion.graph.beamline) incoherent_scattering_cross_section (scippneutron.atoms.ScatteringParams attribute) incoherent_scattering_length_im (scippneutron.atoms.ScatteringParams attribute) incoherent_scattering_length_re (scippneutron.atoms.ScatteringParams attribute) indirect_inelastic() (in module scippneutron.conversion.graph.tof) is_clockwise (scippneutron.chopper.disk_chopper.DiskChopper property) is_regular() (scippneutron.tof.chopper_cascade.Subframe method) isotope (scippneutron.atoms.ScatteringParams attribute) K kinematic() (in module scippneutron.conversion.graph.tof) L L1() (in module scippneutron) (in module scippneutron.conversion.beamline) (in module scippneutron.conversion.graph.beamline) L2() (in module scippneutron) (in module scippneutron.conversion.beamline) (in module scippneutron.conversion.graph.beamline) load_with_mantid() (in module scippneutron) load_xye() (in module scippneutron.io.xye) logger_name() (in module scippneutron.logging) Loop (class in scippneutron.io.cif) LorentzianModel (class in scippneutron.peaks.model) Ltotal (in module scippneutron.tof.unwrap) Ltotal() (in module scippneutron) (in module scippneutron.conversion.graph.beamline) M make_svg() (scippneutron.chopper.disk_chopper.DiskChopper method) max_peak_width_factor (scippneutron.peaks.FitRequirements attribute) maybe_clip_detector_subframes() (in module scippneutron.tof.unwrap) message (scippneutron.peaks.FitResult attribute) min_p_value (scippneutron.peaks.FitRequirements attribute) min_peak_width_factor (scippneutron.peaks.FitRequirements attribute) Model (class in scippneutron.peaks.model) module scippneutron.atoms scippneutron.chopper scippneutron.chopper.disk_chopper scippneutron.chopper.filtering scippneutron.chopper.nexus_chopper scippneutron.conversion scippneutron.conversion.beamline scippneutron.conversion.graph scippneutron.conversion.graph.beamline scippneutron.conversion.graph.tof scippneutron.conversion.tof scippneutron.io scippneutron.io.cif scippneutron.io.xye scippneutron.logging scippneutron.peaks scippneutron.peaks.model scippneutron.tof scippneutron.tof.chopper_cascade scippneutron.tof.diagram scippneutron.tof.fakes scippneutron.tof.unwrap N n_slits (scippneutron.chopper.disk_chopper.DiskChopper property) name (scippneutron.io.cif.Block property) neighbor_separation_factor (scippneutron.peaks.FitParameters attribute) O offset_from_wrapped() (in module scippneutron.tof.unwrap) open_duration() (scippneutron.chopper.disk_chopper.DiskChopper method) P p_too_small (scippneutron.peaks.FitAssessment attribute) p_value (scippneutron.peaks.FitResult attribute) param_bounds (scippneutron.peaks.model.Model property) param_names (scippneutron.peaks.model.Model property) peak (scippneutron.peaks.FitResult attribute) peak_near_edge (scippneutron.peaks.FitAssessment attribute) peak_points_down (scippneutron.peaks.FitAssessment attribute) peak_too_narrow (scippneutron.peaks.FitAssessment attribute) peak_too_wide (scippneutron.peaks.FitAssessment attribute) phase (scippneutron.chopper.disk_chopper.DiskChopper attribute) phi (scippneutron.conversion.beamline.SphericalCoordinates attribute) PolynomialModel (class in scippneutron.peaks.model) popt (scippneutron.peaks.FitResult attribute) position() (in module scippneutron) prefix (scippneutron.peaks.model.Model property) propagate_by() (scippneutron.tof.chopper_cascade.Subframe method) propagate_times() (in module scippneutron.tof.chopper_cascade) propagate_to() (scippneutron.tof.chopper_cascade.Frame method) (scippneutron.tof.chopper_cascade.FrameSequence method) PseudoVoigtModel (class in scippneutron.peaks.model) pulse_offset() (in module scippneutron.tof.unwrap) pulse_wrapped_time_offset() (in module scippneutron.tof.unwrap) PulseOffset (in module scippneutron.tof.unwrap) PulsePeriod (in module scippneutron.tof.unwrap) PulseStride (in module scippneutron.tof.unwrap) PulseWrappedTimeOffset (in module scippneutron.tof.unwrap) Q Q_elements_from_wavelength() (in module scippneutron.conversion.tof) Q_from_wavelength() (in module scippneutron.conversion.tof) Q_vec_from_Q_elements() (in module scippneutron.conversion.tof) R radius (scippneutron.chopper.disk_chopper.DiskChopper attribute) RawData (in module scippneutron.tof.unwrap) red_chisq (scippneutron.peaks.FitResult attribute) reference_wavelength() (in module scippneutron.atoms) remove_peaks() (in module scippneutron.peaks) report() (scippneutron.peaks.FitResult method) S sample_position() (in module scippneutron) SampleDistance (in module scippneutron.tof.unwrap) save() (scippneutron.io.cif.CIF method) save_cif() (in module scippneutron.io.cif) save_xye() (in module scippneutron.io.xye) scattered_beam() (in module scippneutron) (in module scippneutron.conversion.graph.beamline) scattering_angle_in_yz_plane() (in module scippneutron.conversion.beamline) scattering_angles_with_gravity() (in module scippneutron.conversion.beamline) ScatteringParams (class in scippneutron.atoms) schema (scippneutron.io.cif.Block property) (scippneutron.io.cif.CIF property) scippneutron.atoms module scippneutron.chopper module scippneutron.chopper.disk_chopper module scippneutron.chopper.filtering module scippneutron.chopper.nexus_chopper module scippneutron.conversion module scippneutron.conversion.beamline module scippneutron.conversion.graph module scippneutron.conversion.graph.beamline module scippneutron.conversion.graph.tof module scippneutron.conversion.tof module scippneutron.io module scippneutron.io.cif module scippneutron.io.xye module scippneutron.logging module scippneutron.peaks module scippneutron.peaks.model module scippneutron.tof module scippneutron.tof.chopper_cascade module scippneutron.tof.diagram module scippneutron.tof.fakes module scippneutron.tof.unwrap module slit_begin (scippneutron.chopper.disk_chopper.DiskChopper attribute) slit_end (scippneutron.chopper.disk_chopper.DiskChopper attribute) slit_height (scippneutron.chopper.disk_chopper.DiskChopper attribute) source_chopper() (in module scippneutron.tof.unwrap) source_position() (in module scippneutron) SourceChopper (in module scippneutron.tof.unwrap) SourceChopperName (in module scippneutron.tof.unwrap) SourceTimeRange (in module scippneutron.tof.unwrap) SourceWavelengthRange (in module scippneutron.tof.unwrap) SphericalCoordinates (class in scippneutron.conversion.beamline) start_time (scippneutron.tof.chopper_cascade.Subframe property) start_wavelength (scippneutron.tof.chopper_cascade.Subframe property) straight_incident_beam() (in module scippneutron.conversion.beamline) straight_scattered_beam() (in module scippneutron.conversion.beamline) subbounds() (scippneutron.tof.chopper_cascade.Frame method) Subframe (class in scippneutron.tof.chopper_cascade) success (scippneutron.peaks.FitAssessment attribute) (scippneutron.peaks.FitResult property) T time_at_sample_from_tof() (in module scippneutron.conversion.tof) time_of_flight_origin_from_chopper() (in module scippneutron.tof.unwrap) time_of_flight_origin_from_choppers_providers() (in module scippneutron.tof.unwrap) time_of_flight_origin_wfm() (in module scippneutron.tof.unwrap) time_of_flight_providers() (in module scippneutron.tof.unwrap) time_offset() (in module scippneutron.tof.unwrap) time_offset_angle_at_beam() (scippneutron.chopper.disk_chopper.DiskChopper method) time_offset_close() (scippneutron.chopper.disk_chopper.DiskChopper method) time_offset_open() (scippneutron.chopper.disk_chopper.DiskChopper method) time_zero() (in module scippneutron.tof.unwrap) TimeDistanceDiagram (class in scippneutron.tof.diagram) TimeOfFlightOrigin (class in scippneutron.tof.unwrap) TimeOfFlightOriginDistance (in module scippneutron.tof.unwrap) TimeOfFlightOriginTime (in module scippneutron.tof.unwrap) TimeOffset (in module scippneutron.tof.unwrap) TimeZero (in module scippneutron.tof.unwrap) to_mantid() (in module scippneutron) to_time_of_flight() (in module scippneutron.tof.unwrap) TofData (in module scippneutron.tof.unwrap) total_beam_length() (in module scippneutron.conversion.beamline) total_scattering_cross_section (scippneutron.atoms.ScatteringParams attribute) total_straight_beam_length_no_scatter() (in module scippneutron.conversion.beamline) two_theta (scippneutron.conversion.beamline.SphericalCoordinates attribute) two_theta() (in module scippneutron) (in module scippneutron.conversion.beamline) (in module scippneutron.conversion.graph.beamline) U ub_matrix_from_u_and_b() (in module scippneutron.conversion.tof) unwrap_data() (in module scippneutron.tof.unwrap) unwrap_providers() (in module scippneutron.tof.unwrap) UnwrappedData (in module scippneutron.tof.unwrap) W wavelength_from_energy() (in module scippneutron.conversion.tof) wavelength_from_Q() (in module scippneutron.conversion.tof) wavelength_from_tof() (in module scippneutron.conversion.tof) wavelength_to_inverse_velocity() (in module scippneutron.tof.chopper_cascade) window (scippneutron.peaks.FitResult attribute) window_too_narrow (scippneutron.peaks.FitAssessment attribute) with_authors() (scippneutron.io.cif.CIF method) with_beamline() (scippneutron.io.cif.CIF method) with_powder_calibration() (scippneutron.io.cif.CIF method) with_prefix() (scippneutron.peaks.model.Model method) with_reduced_powder_data() (scippneutron.io.cif.CIF method) with_reducers() (scippneutron.io.cif.CIF method) write() (scippneutron.io.cif.Block method) (scippneutron.io.cif.Chunk method) (scippneutron.io.cif.Loop method)
