Code covered by the BSD License
-
opt_absorption(glass,waveleng...
OPT_ABSORPTION - Calculate the absorption coefficient
-
opt_all_refrindx(wavelength)
OPT_REFRINDX refractive index calculations.
-
opt_aperture(opt_type,opt_arg...
OPT_APERTURE Circular aperture, iris
-
opt_build(file)
OPT_BUILD - Builds optical system specified in FILE
-
opt_cbar(cax)
-
opt_elem(type)
OPT_ELEM - Default opt_elem structure
-
opt_f2r(f,n)
OPT_F2R Thin lens focal width to lens curvature radius.
-
opt_f_of_r1nr2zc(r1,n,r2,zc)
OPT_R2_OF_FNR1_THICK - second radii of curvature given F, N R1 and ZC, thick lens
-
opt_fcn(opt_type,opt_args)
OPT_FCN optical surface with general shape
-
opt_findstr(H,s)
OPT_FINDSTR - find string S in character array H,
-
opt_fresnel(opt_type,opt_spec)
OPT_LENS - Spherical lens single glass.
-
opt_fresnellens(opt_type,opt_...
OPT_FRESNELLENS - Fresnel lens conical groves.
-
opt_grid(opt_type,opt_args)
OPT_GRID - Simple difractive grating
-
opt_intersection(optelem,rayi...
OPT_INTERSECTION - Determine the impact point of an optical
-
opt_lens(opt_type,opt_spec)
OPT_LENS - Spherical lens single glass.
-
opt_plotoptics(opt_el,plotmod...
OPT_PLOTOPTICS - Plot the optical system.
-
opt_prism(opt_type,opt_spec)
OPT_LENS - Spherical lens single glass.
-
opt_project_direction(e,I,wav...
OPT_PROJECT_POINT - Project light from direction E with intensity I throug OPT_EL
-
opt_project_point(r,I,wavelen...
OPT_PROJECT_POINT - Project light from point R with intensity I through optics OPT_EL
-
opt_r2_of_fnr1_thick(f,n,r1,z...
r2 = opt_r2_of_fnr1_thick(f,n,r1,zc)
-
opt_r2_of_fnr1_thin(f,n,r1)
OPT_R2_OF_FNR1_THIN - second radii of curvature given F, N and R1, thin lens
-
opt_ray()
OPT_RAY - RAY creator for OPT_TOOLS
-
opt_refraction(r_int,ray,opte...
OPT_REFRACTION - calculation of optical refraction - Snells law.
-
opt_refrindx(glass,wavelength)
OPT_REFRINDX refractive index calculations.
-
opt_rot(in_v,rot_v,theta)
OPT_ROT - rotate vector IN_V THEDA radians around ROT_V
-
opt_screen(opt_type,opt_args)
OPT_SCREEN - Screen - imaging detector.
-
opt_slit(opt_type,opt_args)
OPT_SLIT - optical slit.
-
opt_sphereintersection(rl,e_i...
OPT_SPHEREINTERSECTION - intersection between a ray and a spherical lens surface
-
opt_trace(optelements,rays,op...
OPT_TRACE - ray tracing through optical systems.
-
opt_typical_ops()
OPT_TYPICAL_OPS - typical standard options for the ray tracer
-
opt_vini(r1,r2,ng,zc)
OPT_VINI - Rear nodal point distance from rear vertex of thick lens
-
optf_coshyp(r,s_or_n_or_p,arg...
OPTF_HYPERBOLC defines a cosh lens surface
-
point_on_line(r_0,e_l,l);
POINT_ON_LINE - calculates the vector to a point
-
Contents.m
-
aberation_spherical.m
-
dGauss_cell.m
-
grating_fig.m
-
opt_exempel.m
-
opt_exempel2.m
-
opt_exempel3.m
-
opt_exempel5.m
-
opt_exempel6.m
-
opt_exmpl_astigmatic.m
-
opt_exmpl_chromatic_ab.m
-
opt_exmpl_coma.m
-
opt_exmpl_field_curv.m
-
opt_exmpl_sphere_coma.m
-
opt_pinhole1.m
-
rover_cell.m
-
Dependency Graph for .
-
Description of Contents
-
Description of aberation_sphe...
-
Description of dGauss_cell
-
Description of grating_fig
-
Description of opt_absorption
-
Description of opt_all_refrin...
-
Description of opt_aperture
-
Description of opt_build
-
Description of opt_cbar
-
Description of opt_elem
-
Description of opt_exempel
-
Description of opt_exempel2
-
Description of opt_exempel3
-
Description of opt_exempel5
-
Description of opt_exempel6
-
Description of opt_exmpl_asti...
-
Description of opt_exmpl_chro...
-
Description of opt_exmpl_coma
-
Description of opt_exmpl_fiel...
-
Description of opt_exmpl_sphe...
-
Description of opt_f2r
-
Description of opt_f_of_r1nr2...
-
Description of opt_fcn
-
Description of opt_findstr
-
Description of opt_fresnel
-
Description of opt_fresnellens
-
Description of opt_grid
-
Description of opt_intersecti...
-
Description of opt_lens
-
Description of opt_pinhole1
-
Description of opt_plotoptics
-
Description of opt_prism
-
Description of opt_project_di...
-
Description of opt_project_po...
-
Description of opt_r2_of_fnr1...
-
Description of opt_r2_of_fnr1...
-
Description of opt_ray
-
Description of opt_refraction
-
Description of opt_refrindx
-
Description of opt_rot
-
Description of opt_screen
-
Description of opt_slit
-
Description of opt_sphereinte...
-
Description of opt_trace
-
Description of opt_typical_ops
-
Description of opt_vini
-
Description of optf_coshyp
-
Description of point_on_line
-
Description of rover_cell
-
Index for Directory .
-
Matlab Documentation by M2HTML
-
View all files
|
|
| File Information |
| Description |
Optical_bench - a simple ray-tracing tool for optical systems built
with lenses, slits, transmission gratings, apertures and
screens. Lenses of general shapes can be modeled, with light rays
entering arbitrary angles. Several simple examples to build from are
given. Refractive index and transmission tables for 112 Sellmeier and
Ohara glasses are included.
|
| MATLAB release |
MATLAB 7 (R14)
|
|
Tags for This File
|
| Everyone's Tags |
|
| Tags I've Applied |
|
| Add New Tags |
Please login to tag files.
|
|
Contact us at files@mathworks.com
