Index

_

__version__ (in module scatrs)

A

a (scatrs.mie.MieCoefficients attribute) A (scatrs.refractive.Cauchy attribute) alpha (scatrs.ModifiedGamma attribute) alpha1 (scatrs.EnsembleGreek attribute) (scatrs.mie.MieGreek attribute) alpha2 (scatrs.EnsembleGreek attribute) (scatrs.mie.MieGreek attribute)

alpha3 (scatrs.EnsembleGreek attribute) (scatrs.mie.MieGreek attribute) alpha4 (scatrs.EnsembleGreek attribute) (scatrs.mie.MieGreek attribute) amplitudes() (in module scatrs.layered) (in module scatrs.mie) aspect_ratio (scatrs.Spheroid attribute)

B

b (scatrs.mie.MieCoefficients attribute) (scatrs.ModifiedGamma attribute) B (scatrs.refractive.Cauchy attribute) (scatrs.refractive.Sellmeier attribute)

beta1 (scatrs.EnsembleGreek attribute) (scatrs.mie.MieGreek attribute) beta2 (scatrs.EnsembleGreek attribute) (scatrs.mie.MieGreek attribute) block() (scatrs.tmatrix.TMatrix method)

C

C (scatrs.refractive.Cauchy attribute) (scatrs.refractive.Sellmeier attribute) c_abs (scatrs.EnsembleOutputs attribute) c_back (scatrs.EnsembleOutputs attribute) c_ext (scatrs.EnsembleOutputs attribute) c_sca (scatrs.EnsembleOutputs attribute) Cauchy (class in scatrs.refractive) coated() (scatrs.LayeredSphere class method)

coefficients() (in module scatrs.layered) (in module scatrs.mie) components (scatrs.Mixture attribute) compute() (in module scatrs.tmatrix) (scatrs.Ensemble method) (scatrs.Mixture method) Constant (class in scatrs.refractive) converged (scatrs.EnsembleResult attribute) (scatrs.tmatrix.TMatrix property)

D

d() (scatrs.EnsembleResult method) (scatrs.layered.LayeredAmplitudes method) (scatrs.layered.LayeredCoefficients method) (scatrs.layered.LayeredEfficiencies method) (scatrs.layered.LayeredGreek method) (scatrs.layered.LayeredPhaseMatrix method) (scatrs.mie.MieAmplitudes method) (scatrs.mie.MieCoefficients method) (scatrs.mie.MieEfficiencies method) (scatrs.mie.MieGreek method) (scatrs.mie.MiePhaseMatrix method) (scatrs.tmatrix.SpheroidEfficiencies method) (scatrs.tmatrix.SpheroidGreek method) (scatrs.tmatrix.SpheroidPhaseMatrix method)

d_error() (scatrs.EnsembleResult method) default_n_max() (in module scatrs.layered) (in module scatrs.mie) density (scatrs.Tabulated attribute) depolarization (scatrs.EnsembleOutputs attribute) derivatives() (scatrs.refractive.RefractiveIndex method)

E

effective_radius (scatrs.EnsembleOutputs attribute) (scatrs.Gamma attribute) effective_variance (scatrs.Gamma attribute) efficiencies() (in module scatrs.layered) (in module scatrs.mie) (in module scatrs.tmatrix) (scatrs.tmatrix.TMatrix method) Ensemble (class in scatrs)

EnsembleGreek (class in scatrs) EnsembleOutputs (class in scatrs) EnsemblePhase (class in scatrs) EnsembleResult (class in scatrs) error (scatrs.EnsembleResult attribute) (scatrs.tmatrix.SpheroidEfficiencies attribute) error_estimate (scatrs.tmatrix.TMatrix property) evaluate() (scatrs.refractive.RefractiveIndex method) exponent (scatrs.PowerLaw attribute)

F

f (scatrs.refractive.Function attribute) f11 (scatrs.EnsemblePhase attribute) (scatrs.mie.MiePhaseMatrix attribute) (scatrs.tmatrix.SpheroidPhaseMatrix attribute) f12 (scatrs.EnsemblePhase attribute) (scatrs.mie.MiePhaseMatrix attribute) (scatrs.tmatrix.SpheroidPhaseMatrix attribute) f22 (scatrs.EnsemblePhase attribute) (scatrs.tmatrix.SpheroidPhaseMatrix attribute)

f33 (scatrs.EnsemblePhase attribute) (scatrs.mie.MiePhaseMatrix attribute) (scatrs.tmatrix.SpheroidPhaseMatrix attribute) f34 (scatrs.EnsemblePhase attribute) (scatrs.mie.MiePhaseMatrix attribute) (scatrs.tmatrix.SpheroidPhaseMatrix attribute) f44 (scatrs.EnsemblePhase attribute) (scatrs.tmatrix.SpheroidPhaseMatrix attribute) Function (class in scatrs.refractive)

G

g (scatrs.EnsembleOutputs attribute) (scatrs.mie.MieEfficiencies attribute) Gamma (class in scatrs) gamma (scatrs.ModifiedGamma attribute) gauss_legendre() (in module scatrs.special) greek (scatrs.EnsembleOutputs attribute)

greek() (in module scatrs.layered) (in module scatrs.mie) (in module scatrs.tmatrix) (scatrs.tmatrix.TMatrix method) grid (scatrs.EnsembleResult attribute) grid_shape (scatrs.Ensemble property)

I

interpolation (scatrs.refractive.Table attribute)

InvalidInputError

K

k (scatrs.refractive.Cauchy attribute) (scatrs.refractive.Sellmeier attribute)

L

LayeredAmplitudes (class in scatrs.layered) LayeredCoefficients (class in scatrs.layered) LayeredEfficiencies (class in scatrs.layered) LayeredGreek (class in scatrs.layered)

LayeredPhaseMatrix (class in scatrs.layered) LayeredSphere (class in scatrs) layers (scatrs.LayeredSphere property) lidar_ratio (scatrs.EnsembleOutputs attribute) LogNormal (class in scatrs)

M

m (scatrs.refractive.Constant attribute) (scatrs.refractive.Table attribute) MAX_GAUSS_LEGENDRE_POINTS (in module scatrs.special) MAX_GREEK_ORDER (in module scatrs.mie) MAX_LAYERS (in module scatrs.layered) MAX_MIE_ORDER (in module scatrs.mie) MAX_MIE_VALUES (in module scatrs.mie) max_radius (scatrs.PowerLaw attribute) MAX_TMATRIX_ORDER (in module scatrs.tmatrix) MAX_WIGNER_D_VALUES (in module scatrs.special) mean_area (scatrs.EnsembleOutputs attribute) mean_volume (scatrs.EnsembleOutputs attribute) median_radius (scatrs.LogNormal attribute) MieAmplitudes (class in scatrs.mie) MieCoefficients (class in scatrs.mie) MieEfficiencies (class in scatrs.mie) MieGreek (class in scatrs.mie)

MiePhaseMatrix (class in scatrs.mie) min_radius (scatrs.PowerLaw attribute) Mixture (class in scatrs) modes (scatrs.MultiModal attribute) ModifiedGamma (class in scatrs) module scatrs scatrs.ensemble scatrs.errors scatrs.layered scatrs.mie scatrs.particles scatrs.refractive scatrs.size scatrs.special scatrs.tmatrix Monodisperse (class in scatrs) MultiModal (class in scatrs)

N

n_modes (scatrs.tmatrix.TMatrix property) n_terms (scatrs.mie.MieCoefficients attribute) (scatrs.mie.MieGreek attribute) (scatrs.tmatrix.SpheroidEfficiencies attribute) (scatrs.tmatrix.TMatrix property)

n_theta (scatrs.tmatrix.SpheroidEfficiencies attribute) (scatrs.tmatrix.TMatrix property) NotConvergedError

O

OutsideValidatedDomainError

P

panels (scatrs.EnsembleResult attribute) PARAMETERS (in module scatrs.mie) (in module scatrs.tmatrix) parameters (scatrs.refractive.Cauchy property) (scatrs.refractive.Constant property) (scatrs.refractive.RefractiveIndex property) (scatrs.refractive.Sellmeier property) parameters() (in module scatrs.layered) params (scatrs.EnsembleResult attribute) (scatrs.mie.MieAmplitudes attribute) (scatrs.mie.MieCoefficients attribute) (scatrs.mie.MieEfficiencies attribute) (scatrs.mie.MieGreek attribute) (scatrs.mie.MiePhaseMatrix attribute) (scatrs.tmatrix.SpheroidPhaseMatrix attribute) (scatrs.tmatrix.TMatrix attribute)

particle (scatrs.Ensemble attribute) phase (scatrs.EnsembleOutputs attribute) phase_matrix() (in module scatrs.layered) (in module scatrs.mie) (in module scatrs.tmatrix) (scatrs.tmatrix.TMatrix method) PowerLaw (class in scatrs) precision_paths (scatrs.tmatrix.TMatrix property)

Q

q_abs (scatrs.mie.MieEfficiencies attribute) q_back (scatrs.mie.MieEfficiencies attribute)

q_ext (scatrs.mie.MieEfficiencies attribute) q_sca (scatrs.mie.MieEfficiencies attribute)

R

radius (scatrs.Monodisperse attribute) (scatrs.Tabulated attribute) radius_fraction (scatrs.LayeredSphere attribute) random_orientation() (scatrs.tmatrix.TMatrix method)

refractive_index (scatrs.EnsembleResult attribute) (scatrs.LayeredSphere attribute) (scatrs.Sphere attribute) (scatrs.Spheroid attribute) RefractiveIndex (class in scatrs.refractive)

S

s1 (scatrs.mie.MieAmplitudes attribute) s2 (scatrs.mie.MieAmplitudes attribute) SCALARS (in module scatrs.ensemble) scatrs module scatrs.ensemble module scatrs.errors module scatrs.layered module scatrs.mie module scatrs.particles module scatrs.refractive module

scatrs.size module scatrs.special module scatrs.tmatrix module ScatrsError Sellmeier (class in scatrs.refractive) size (scatrs.Ensemble attribute) Sphere (class in scatrs) Spheroid (class in scatrs) SpheroidEfficiencies (class in scatrs.tmatrix) SpheroidGreek (class in scatrs.tmatrix) SpheroidPhaseMatrix (class in scatrs.tmatrix) ssa (scatrs.EnsembleOutputs attribute)

T

Table (class in scatrs.refractive)

Tabulated (class in scatrs) TMatrix (class in scatrs.tmatrix)

W

wavelength (scatrs.EnsembleResult attribute) (scatrs.refractive.Table attribute)

width (scatrs.LogNormal attribute) wigner_d() (in module scatrs.special)