Index A | B | C | D | F | G | M | N | O | P | Q | R | S | V | W A a1n() (Cylinder method) a2n() (Cylinder method) add_phi_vector_to_3d_plot() (FarField method) (S1S2 method) (SPF method) (Stokes method) add_theta_vector_to_3d_plot() (FarField method) (S1S2 method) (SPF method) (Stokes method) amplitude (Gaussian attribute) (PlaneWave attribute), [1] an() (CoreShell method) (Sphere method) area (CoreShell property) (Cylinder property) (Sphere property) attributes (CoreShell attribute) (Cylinder attribute) (Sphere attribute) available_measure_list (CoreShell attribute) (Cylinder attribute) (Sphere attribute) B b1n() (Cylinder method) b2n() (Cylinder method) binding (CoreShell attribute) (Cylinder attribute) (Sphere attribute) binding_kwargs (CoreShell attribute) (Cylinder attribute) (Sphere attribute) bn() (CoreShell method) (Sphere method) C Cabs (CoreShell property) (Cylinder property) (Sphere property) cache_NA (CoherentMode attribute), [1] (Photodiode attribute), [1] Cback (CoreShell property) (Cylinder property) (Sphere property) Cext (CoreShell property) (Cylinder property) (Sphere property) Cforward (CoreShell property) (Cylinder property) (Sphere property) cn() (Sphere method) coherent (CoherentMode attribute), [1] (Photodiode attribute), [1] CoherentMode (class in PyMieSim.experiment.detector) (class in PyMieSim.single.detector) compute_components() (FarField method) (S1S2 method) (SPF method) (Stokes method) compute_footprint() (Footprint method) core_diameter (CoreShell attribute), [1] core_property (CoreShell attribute), [1] CoreShell (class in PyMieSim.experiment.scatterer) (class in PyMieSim.single.scatterer) coupling() (CoherentMode method) (Photodiode method) Cpr (CoreShell property) (Cylinder property) (Sphere property) Cratio (CoreShell property) (Cylinder property) (Sphere property) Csca (CoreShell property) (Cylinder property) (Sphere property) Cylinder (class in PyMieSim.experiment.scatterer) (class in PyMieSim.single.scatterer) D detector (Footprint attribute) diameter (Cylinder attribute), [1] (Sphere attribute), [1] distance (FarField attribute) (S1S2 attribute) (SPF attribute) (Stokes attribute) dn() (Sphere method) F FarField (class in PyMieSim.single.representations) Footprint (class in PyMieSim.single.representations) G g (CoreShell property) (Cylinder property) (Sphere property) gamma_offset (CoherentMode attribute), [1] (Photodiode attribute), [1] Gaussian (class in PyMieSim.experiment.source) (class in PyMieSim.single.source) get_colormap_limits() (FarField method) (S1S2 method) (SPF method) (Stokes method) get_energy_flow() (CoherentMode method) (Photodiode method) get_far_field() (CoreShell method) (Cylinder method) (Sphere method) get_farfields_array() (CoreShell method) (Cylinder method) (Sphere method) get_footprint() (CoherentMode method) (CoreShell method) (Cylinder method) (Photodiode method) (Sphere method) get_fourier_component() (Footprint method) get_poynting_vector() (CoherentMode method) (Photodiode method) get_s1s2() (CoreShell method) (Cylinder method) (Sphere method) get_spf() (CoreShell method) (Cylinder method) (Sphere method) get_stokes() (CoreShell method) (Cylinder method) (Sphere method) get_structured_scalarfield() (CoherentMode method) (Photodiode method) M mapping (CoreShell attribute) (Cylinder attribute) (Sphere attribute) mean_coupling (CoherentMode attribute), [1] (Photodiode attribute), [1] medium_property (CoreShell attribute), [1] (Cylinder attribute), [1] (Sphere attribute), [1] mode_number (CoherentMode attribute), [1] (Photodiode attribute), [1] N NA (CoherentMode attribute), [1] (Gaussian attribute), [1] (Photodiode attribute), [1] O optical_power (Gaussian attribute), [1] P padding_factor (Footprint attribute) phi_offset (CoherentMode attribute), [1] (Photodiode attribute), [1] Photodiode (class in PyMieSim.experiment.detector) (class in PyMieSim.single.detector) PlaneWave (class in PyMieSim.experiment.source) (class in PyMieSim.single.source) plot() (CoherentMode method) (FarField method) (Footprint method) (Gaussian method) (Photodiode method) (PlaneWave method) (S1S2 method) (SPF method) (Stokes method) polarization (Gaussian attribute), [1] (PlaneWave attribute), [1] polarization_filter (CoherentMode attribute), [1] (Photodiode attribute), [1] print_properties() (CoreShell method) (Cylinder method) (Sphere method) property (Cylinder attribute), [1] (Sphere attribute), [1] property_names (CoreShell attribute) (Cylinder attribute) (Sphere attribute) Q Qabs (CoreShell property) (Cylinder property) (Sphere property) Qback (CoreShell property) (Cylinder property) (Sphere property) Qext (CoreShell property) (Cylinder property) (Sphere property) Qforward (CoreShell property) (Cylinder property) (Sphere property) Qpr (CoreShell property) (Cylinder property) (Sphere property) Qratio (CoreShell property) (Cylinder property) (Sphere property) Qsca (CoreShell property) (Cylinder property) (Sphere property) R rotation (CoherentMode attribute), [1] (Photodiode attribute), [1] S S1S2 (class in PyMieSim.single.representations) sampling (CoherentMode attribute), [1] (FarField attribute) (Footprint attribute) (Photodiode attribute), [1] (S1S2 attribute) (SPF attribute) (Stokes attribute) scatterer (FarField attribute) (Footprint attribute) (S1S2 attribute) (SPF attribute) (Stokes attribute) set_binding() (CoreShell method) (Cylinder method) (Sphere method) shell_property (CoreShell attribute), [1] shell_thickness (CoreShell attribute), [1] size_parameter (CoreShell property) (Cylinder property) (Sphere property) source (CoreShell attribute), [1] (Cylinder attribute), [1] (Sphere attribute), [1] SPF (class in PyMieSim.single.representations) Sphere (class in PyMieSim.experiment.scatterer) (class in PyMieSim.single.scatterer) Stokes (class in PyMieSim.single.representations) V validate_angle_quantity() (CoherentMode class method) (Photodiode class method) validate_au_quantity() (CoherentMode class method) (Photodiode class method) validate_polarization() (CoherentMode class method) (Photodiode class method) W wavelength (Gaussian attribute), [1] (PlaneWave attribute), [1]
