Index

_

__init__() (rt1_model.plot.Analyze method) (rt1_model.plot.Analyze3D method) (rt1_model.RT1 method) (rt1_model.surface.CosineLobe method) (rt1_model.surface.HenyeyGreenstein method) (rt1_model.surface.HG_nadirnorm method) (rt1_model.surface.Isotropic method) (rt1_model.surface.LinComb method) (rt1_model.surface.SurfaceScatter method) (rt1_model.volume.HenyeyGreenstein method) (rt1_model.volume.HGRayleigh method) (rt1_model.volume.Isotropic method) (rt1_model.volume.LinComb method) (rt1_model.volume.Rayleigh method) (rt1_model.volume.VolumeScatter method)

A

Analyze (class in rt1_model.plot) analyze() (rt1_model.RT1 method)

Analyze3D (class in rt1_model.plot) analyze3d() (rt1_model.RT1 method)

B

bsf (rt1_model.RT1 property)

C

calc() (rt1_model.RT1 method) (rt1_model.surface.CosineLobe method) (rt1_model.surface.HenyeyGreenstein method) (rt1_model.surface.HG_nadirnorm method) (rt1_model.surface.Isotropic method) (rt1_model.surface.LinComb method) (rt1_model.surface.SurfaceScatter method) (rt1_model.volume.HenyeyGreenstein method) (rt1_model.volume.HGRayleigh method) (rt1_model.volume.Isotropic method) (rt1_model.volume.LinComb method) (rt1_model.volume.Rayleigh method) (rt1_model.volume.VolumeScatter method)

calc_scattering_angle() (rt1_model.surface.CosineLobe method) (rt1_model.surface.HenyeyGreenstein method) (rt1_model.surface.HG_nadirnorm method) (rt1_model.surface.Isotropic method) (rt1_model.surface.LinComb method) (rt1_model.surface.SurfaceScatter method) (rt1_model.volume.HenyeyGreenstein method) (rt1_model.volume.HGRayleigh method) (rt1_model.volume.Isotropic method) (rt1_model.volume.LinComb method) (rt1_model.volume.Rayleigh method) (rt1_model.volume.VolumeScatter method) CosineLobe (class in rt1_model.surface)

H

hemreflect() (in module rt1_model.plot) HenyeyGreenstein (class in rt1_model.surface) (class in rt1_model.volume)

HG_nadirnorm (class in rt1_model.surface) HGRayleigh (class in rt1_model.volume)

I

interaction() (rt1_model.RT1 method)

Isotropic (class in rt1_model.surface) (class in rt1_model.volume)

J

jacobian() (rt1_model.RT1 method)

L

legendre_coefficients (rt1_model.surface.CosineLobe property) (rt1_model.surface.HenyeyGreenstein property) (rt1_model.surface.HG_nadirnorm property) (rt1_model.surface.Isotropic property) (rt1_model.surface.LinComb property) (rt1_model.volume.HenyeyGreenstein property) (rt1_model.volume.HGRayleigh property) (rt1_model.volume.Isotropic property) (rt1_model.volume.LinComb property) (rt1_model.volume.Rayleigh property) legendre_coefficients() (rt1_model.surface.SurfaceScatter method) (rt1_model.volume.VolumeScatter method) legendre_expansion() (rt1_model.surface.CosineLobe method) (rt1_model.surface.HenyeyGreenstein method) (rt1_model.surface.HG_nadirnorm method) (rt1_model.surface.Isotropic method) (rt1_model.surface.LinComb method) (rt1_model.surface.SurfaceScatter method) (rt1_model.volume.HenyeyGreenstein method) (rt1_model.volume.HGRayleigh method) (rt1_model.volume.Isotropic method) (rt1_model.volume.LinComb method) (rt1_model.volume.Rayleigh method) (rt1_model.volume.VolumeScatter method)

LinComb (class in rt1_model.surface) (class in rt1_model.volume)

M

module rt1_model.get_lambda_backend rt1_model.plot rt1_model.set_lambda_backend rt1_model.set_loglevel rt1_model.surface rt1_model.volume

N

ncoefs (rt1_model.surface.CosineLobe property) (rt1_model.surface.HenyeyGreenstein property) (rt1_model.surface.HG_nadirnorm property) (rt1_model.surface.Isotropic property) (rt1_model.surface.LinComb property) (rt1_model.surface.SurfaceScatter property) (rt1_model.volume.HenyeyGreenstein property) (rt1_model.volume.HGRayleigh property) (rt1_model.volume.Isotropic property) (rt1_model.volume.LinComb property) (rt1_model.volume.Rayleigh property) (rt1_model.volume.VolumeScatter property)

NormBRDF (rt1_model.RT1 property)

O

omega (rt1_model.RT1 property)

P

p_0 (rt1_model.RT1 property) p_ex (rt1_model.RT1 property) param_dict (rt1_model.RT1 property) phase_function (rt1_model.surface.CosineLobe property) (rt1_model.surface.HenyeyGreenstein property) (rt1_model.surface.HG_nadirnorm property) (rt1_model.surface.Isotropic property) (rt1_model.surface.LinComb property) (rt1_model.volume.HenyeyGreenstein property) (rt1_model.volume.HGRayleigh property) (rt1_model.volume.Isotropic property) (rt1_model.volume.LinComb property) (rt1_model.volume.Rayleigh property)

phase_function() (rt1_model.surface.SurfaceScatter method) (rt1_model.volume.VolumeScatter method) polarplot() (in module rt1_model.plot)

R

Rayleigh (class in rt1_model.volume) RT1 (class in rt1_model) rt1_model.get_lambda_backend module rt1_model.plot module rt1_model.set_lambda_backend module

rt1_model.set_loglevel module rt1_model.surface module rt1_model.volume module

S

scattering_angle_symbolic (rt1_model.surface.CosineLobe property) (rt1_model.surface.HenyeyGreenstein property) (rt1_model.surface.HG_nadirnorm property) (rt1_model.surface.Isotropic property) (rt1_model.surface.LinComb property) (rt1_model.surface.SurfaceScatter property) (rt1_model.volume.HenyeyGreenstein property) (rt1_model.volume.HGRayleigh property) (rt1_model.volume.Isotropic property) (rt1_model.volume.LinComb property) (rt1_model.volume.Rayleigh property) (rt1_model.volume.VolumeScatter property)

set_bistatic() (rt1_model.RT1 method) set_geometry() (rt1_model.RT1 method) set_monostatic() (rt1_model.RT1 method) surface() (rt1_model.RT1 method) SurfaceScatter (class in rt1_model.surface)

T

t_0 (rt1_model.RT1 property)

t_ex (rt1_model.RT1 property) tau (rt1_model.RT1 property)

U

update_params() (rt1_model.RT1 method)

V

volume() (rt1_model.RT1 method)

VolumeScatter (class in rt1_model.volume)