Index

_

__init__() (refraction_render.calcs.Calc method) (refraction_render.calcs.CurveCalc method) (refraction_render.calcs.CurveNoRefraction method) (refraction_render.calcs.FermatEquationsCurve method) (refraction_render.calcs.FermatEquationsEuclid method) (refraction_render.calcs.FlatCalc method) (refraction_render.calcs.FlatNoRefraction method) (refraction_render.calcs.std_atmosphere method) (refraction_render.calcs.UniformFermatEquationsCurve method) (refraction_render.calcs.UniformFermatEquationsEuclid method) (refraction_render.renderers.land_model method) (refraction_render.renderers.Renderer_35mm method) (refraction_render.renderers.Renderer_Composite method) (refraction_render.renderers.Scene method)

A

add_elevation_data() (refraction_render.renderers.land_model method) add_elevation_model() (refraction_render.renderers.Scene method)

add_image() (refraction_render.renderers.Scene method) atm_model() (refraction_render.calcs.CurveCalc property) (refraction_render.calcs.FlatCalc property)

C

Calc (class in refraction_render.calcs) calc() (refraction_render.renderers.Renderer_35mm property) (refraction_render.renderers.Renderer_Composite property)

CurveCalc (class in refraction_render.calcs) CurveNoRefraction (class in refraction_render.calcs)

D

deltan() (refraction_render.calcs.std_atmosphere property) ds() (refraction_render.renderers.Renderer_35mm property) (refraction_render.renderers.Renderer_Composite property)

dT() (refraction_render.calcs.std_atmosphere property) dTdh() (refraction_render.calcs.std_atmosphere method)

F

FermatEquationsCurve (class in refraction_render.calcs) FermatEquationsEuclid (class in refraction_render.calcs)

FlatCalc (class in refraction_render.calcs) FlatNoRefraction (class in refraction_render.calcs) ft_to_m() (in module refraction_render.misc)

G

g() (refraction_render.calcs.std_atmosphere property) geod() (refraction_render.renderers.Renderer_35mm property) (refraction_render.renderers.Renderer_Composite property)

get_terrain() (refraction_render.renderers.land_model method)

H

h_angles() (refraction_render.renderers.Renderer_35mm property)

has_data() (refraction_render.renderers.land_model property)

K

k() (refraction_render.calcs.std_atmosphere method)

km_to_m() (in module refraction_render.misc)

L

land_model (class in refraction_render.renderers)

land_model() (refraction_render.renderers.Scene property)

M

mi_to_m() (in module refraction_render.misc) module refraction_render.calcs refraction_render.misc refraction_render.renderers

N

n() (refraction_render.calcs.std_atmosphere method)

P

P() (refraction_render.calcs.std_atmosphere method)

R

R() (refraction_render.calcs.std_atmosphere property) R0() (refraction_render.calcs.CurveCalc property) (refraction_render.calcs.CurveNoRefraction property) ray_diagram() (refraction_render.renderers.Renderer_35mm method) (refraction_render.renderers.Renderer_Composite method) refraction_render.calcs module refraction_render.misc module

refraction_render.renderers module render_scene() (refraction_render.renderers.Renderer_35mm method) (refraction_render.renderers.Renderer_Composite method) Renderer_35mm (class in refraction_render.renderers) Renderer_Composite (class in refraction_render.renderers) rho() (refraction_render.calcs.std_atmosphere method)

S

Scene (class in refraction_render.renderers) set_location() (refraction_render.renderers.Renderer_35mm method) (refraction_render.renderers.Renderer_Composite method) solve_ivp() (refraction_render.calcs.Calc method) (refraction_render.calcs.CurveCalc method) (refraction_render.calcs.CurveNoRefraction method) (refraction_render.calcs.FermatEquationsCurve method) (refraction_render.calcs.FermatEquationsEuclid method) (refraction_render.calcs.FlatCalc method) (refraction_render.calcs.FlatNoRefraction method) (refraction_render.calcs.UniformFermatEquationsCurve method) (refraction_render.calcs.UniformFermatEquationsEuclid method)

std_atmosphere (class in refraction_render.calcs)

T

T() (refraction_render.calcs.std_atmosphere method)

U

UniformFermatEquationsCurve (class in refraction_render.calcs)

UniformFermatEquationsEuclid (class in refraction_render.calcs)

V

v_angles() (refraction_render.renderers.Renderer_35mm property) (refraction_render.renderers.Renderer_Composite property)

vfov() (refraction_render.renderers.Renderer_35mm property) (refraction_render.renderers.Renderer_Composite property)