matlab实现的光线跟踪算法,光的折射的建模、衰减我要分享

MATLAB realizes ray tracing algorithm and models ray refraction, attenuation and aberration

光线跟踪算法 光的折射

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文件大小: 167KB

代码分类: 智能算法

开发平台: matlab

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代码描述

中文说明:

Matlab实现光线跟踪算法,建模光线折射、衰减、像差。


English Description:

MATLAB realizes ray tracing algorithm and models ray refraction, attenuation and aberration


代码预览

Optical_bench

Optical_bench\Ohara.glass.refr

Optical_bench\COPYRIGHT

Optical_bench\opt.sca.exmpl

Optical_bench\opt_r2_of_fnr1_thin.m

Optical_bench\opt_findstr.m

Optical_bench\opt_exempel2.m

Optical_bench\opt_screen.m

Optical_bench\lens_sp_flat.exmpl

Optical_bench\opt2.exmpl

Optical_bench\opt_single_lens2.exmpl

Optical_bench\lens_01.exmpl

Optical_bench\opt_tool_pv.jpg

Optical_bench\opt_absorption.m

Optical_bench\Ohara.glass

Optical_bench\opt_exempel5.m

Optical_bench\html

Optical_bench\html\details.htm

Optical_bench\html\opt_build.htm

Optical_bench\html\opt_grid.htm

Optical_bench\html\opt_findstr.htm

Optical_bench\html\opt_absorption.htm

Optical_bench\html\title.htm

Optical_bench\html\opt_intersection.htm

Optical_bench\html\opt_refraction.htm

Optical_bench\html\opt_lens.htm

Optical_bench\html\opt_prism.htm

Optical_bench\html\opt_refrindx.htm

Optical_bench\html\opt_trace.htm

Optical_bench\html\opt_ray.htm

Optical_bench\html\opt_typical_ops.htm

Optical_bench\html\point_on_line.htm

Optical_bench\html\opt_plotoptics.htm

Optical_bench\html\Contents.htm

Optical_bench\html\index1.htm

Optical_bench\html\optf_coshyp.htm

Optical_bench\html\opt_rot.htm

Optical_bench\html\opt_exempel.htm

Optical_bench\html\opt_fcn.htm

Optical_bench\html\index.htm

Optical_bench\html\opt_elem.htm

Optical_bench\html\opt_screen.htm

Optical_bench\html\opt_aperture.htm

Optical_bench\html\opt_f2r.htm

Optical_bench\html\opt_slit.htm

Optical_bench\opt_sphere_coma_exmpl.m

Optical_bench\Ohara.glass.trans

Optical_bench\opt_ray.m

Optical_bench\opt_f_of_r1nr2zc.m

Optical_bench\opt.pinhole.exmpl

Optical_bench\Sellmeier.glass.refr

Optical_bench\opt_exempel.m

Optical_bench\opt_chromatic_ab_exmpl.m

Optical_bench\opt_fcn.m

Optical_bench\Glass.trans

Optical_bench\opt_exempel6.m~

Optical_bench\opt_f2r.m

Optical_bench\optf_coshyp.m

Optical_bench\opt_astigmatism_exempl.m

Optical_bench\opt_single_lens.exmpl

Optical_bench\opt_rot.m

Optical_bench\coshlens.exmpl

Optical_bench\opt.6.exmpl

Optical_bench\opt_prism.m

Optical_bench\opt.exmpl

Optical_bench\opt_vini.m

Optical_bench\opt_project_point.m

Optical_bench\point_on_line.m

Optical_bench\opt_refrindx.m

Optical_bench\opt_slit.m

Optical_bench\opt_field_curv_exempl.m

Optical_bench\opt_exempel6.m

Optical_bench\opt_typical_ops.m

Optical_bench\aberation_spherical.m

Optical_bench\opt_refraction.m

Optical_bench\lens.exmpl

Optical_bench\opt_exempel3.m

Optical_bench\lens_flat_sp.exmpl

Optical_bench\opt_trace.m

Optical_bench\opt_intersection.m

Optical_bench\opt_plotoptics.m

Optical_bench\opt_pinhole1.m

Optical_bench\opt.7.exmpl

Optical_bench\opt_lens.m

Optical_bench\opt_build.m

Optical_bench\opt_project_direction.m

Optical_bench\opt_grid.m

Optical_bench\opt_elem.m

Optical_bench\README

Optical_bench\opt_single_lens3.exmpl

Optical_bench\opt_r2_of_fnr1_thick.m

Optical_bench\Contents.m

Optical_bench\opt_aperture.m

Optical_bench\opt_coma_exempl.m

Optical_bench\lens_sca.exmpl

Optical_bench\opt_sphereintersection.m

Optical_bench\opt_cbar.m