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2008-04-07 14:26 |
《FRED 快速学习手册》-书籍目录
《FRED 快速学习手册》-书籍目录 UPPlm\wb*
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1 马克苏托夫望远镜系统设计(Maksutov Telescope Example) FMzG6nrdBN
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本章节将介绍FRED软件和熟悉操作接口 0}|%pm Y`
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l The goal of this example is to make the user familiar with FRED’s interface ~y
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1.1 使用透镜和面镜Using lenses and mirrors CkNh3'<wg
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1.2 定义使用者的对象Defining custom elements I :bT"N
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1.3 在不同的坐标系定义组件的位置Specifying the location of elements in different coordinate systems =Lnip<t>ja
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1.4 简单光源的设定Setting up a simple source |CQ0{1R1
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1.5 光线追迹Raytracing -3 "<znv
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1.6 光斑图的模拟结果Calculating a spot diagram &qIdT;^=I
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2 反射罩与积分柱应用(Reflector and Integrator Example) a=v H:D
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本章节将指导如何操作FRED及利用线段建立光学组件 Lf%}\0:
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l The goal of this example is to make the user familiar with FRED’s interface as well as introduce curve-based geometry /;! I.|j
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2.1 定义自定对象Defining custom elements s?4nR:ZC}
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2.2 建立线段，并利用此线段制作一个3D的光学积分柱Defining curves that get extruded to create a 3D structure @xBO[v
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2.3 建立光源Setting up a volume emitter source H]f[r~
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2.4 修改追迹时光线显示颜色Changing ray color during raytrace n wqA\
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2.5 建立多个分析面Multiple analysis surfaces fr$6&HDZ9
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2.6 光照度及光强度分析Calculating irradiance and intensity distributions CC3M7 |eO3
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2.7 光线路径分析Ray path calculations zJ:%iL@
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3 干涉模拟(Interferometer Example) <Of-,PcCV
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本章节课程将会指导使用者如何利用FRED进行同调光源设定及观察光干涉效应。 }z|9F(I
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l The goal of this example is to introduce coherent calculations in FRED mgM"u94-]
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3.1 定义棱镜Defining prisms c~OvoTF ,
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3.2 定义镀膜特性Defining coatings Pv3G?u=4
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3.3 定义组合件Defining subassemblies R|` `A5zQ
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3.4 使用off-the-shelf 对象Using “off-the-shelf” components \w(0k^<7
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3.5 设定同调光源Setting up a coherent source BQ70<m2D$
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3.6 照度图Calculating irradiance distributions ` K0PLxSv
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3.7 强度图显示设定Irradiance display options s#")hMJQ
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3.8 在三维实体显示窗口贴上照度图Attaching irradiance calculations to 3d rendering view W"CG&.
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3.9 数据汇出到档案Writing data to output file .~q>e*8AH
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4 孔径及削切的应用 ]<r.{EJ
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本章节将会只由简入深让使用者学会操作，Aperture的功能使用 In+2~Jw/2!
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l The goal of this example is to demonstrate simple and complex apertures in FRED acQHqR
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4.1 孔径的数值修改Trimming volumes as apertures %=\*OIhl
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4.2 表面利用削切功能变化Trimming surfaces dy'lM ;@-
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4.3 “And”及 “OR”等布尔代数指令建立复合式的孔径“And”ing and “OR”ing operations to make complex apertures P:3o}CB1I
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4.4 线段与表面的削切功能的结合应用Trimming (collection) curves m|
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4.5 使用线段进行削切去建立三维的光学结构Extruding trimming curve to create 3D structure ~,xso0
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5 进阶光学结构设计实例(Custom Elements Example) c R*~JwC:
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本章节将指导大家自定对象的各种进阶功能的使用与操作 ^D9 w=f#a
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l The goal of this example is to demonstrate the use of custom elements `~41>mM%
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5.1 将透镜模型的表面修改，成为变化性更高的表现方式 Replacing the surface of a lens with a more complex surface type tYSfeU
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5.2 将透镜对象形式转化为自定对象形式Converting a lens element into a custom element GxC\Nj#
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5.3 如何将透镜转化为曼金镜Converting a lens into a Mangin mirror $d,{I8d
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5.4 定义多层镀膜教学 Defining multilayer !67xN?b
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5.5 理想化表面镀膜及多层镀膜的差异Difference between idealized coating and thin film coating P7l3ZH( g
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5.6 利用二个方立方体透镜建立分光棱镜实例Using a cube beamsplitter as a generic block of glass }nO%q6|\V
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5.7 在二个立方体间建立胶合参数教学Gluing two blocks of glass together y |3("&)"S
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5.8 受抑内全反射Frustrated total internal reflection (FTIR) EVA&By6_k
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6 准直雷射平台设计(Laser Diode Collimator Example) hb)C" q=
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本课程将指导如何建立准直雷射平台 KDA2
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l The goal of this example is to demonstrate complex setup techniques 2:e7'}\D.
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6.1 由镜头设计软件的档案汇入镜头档案数据Importing lenses from lens design programs |Z+qaq{X
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6.2 建立一个具有发散角度的雷射光源Using astigmatic laser diode models Z/4bxO=m
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6.3 复制组合件Copying subassemblies * Gj`1# Z$
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6.4 建立偏极化分光镜Defining a polarization beamsplitter dk]A,TB*2
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6.5 定义光学石英材质参数Defining an optically active material <i`s)L
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6.6 建立半波片Constructing a halfwave plate ej=}OH4
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6.7 计算光学场Calculating the optical field Vh]=sd<F
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7 图片离散取点功能教学(Digitizing) uX&h~qE/
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本课程的将介绍FRED的各个功能如何应用digitizing 操作及应用 1' dZ?` O
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l The goal of this example is to demonstrate digitizing data plots and drawings in FRED (|3?wX'2U
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7.1 利用图片离散取点来建立穿透/反射的 coating 参数Digitizing coating transmission/reflection plots wgq=9\+&
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7.2 利用图片离散取点快速建立三维模型Digitizing drawings \]\ h ,Y8
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7.3 利用图片离散取点快速建立多波长光源Digitizing spectral weighting for a source cH Vu6I?h
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7.4 利用图片离散取点建立随波长变化对应不同折射率的材质特性参数Digitizing refractive indices ^$RpP+d
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8 3件组透镜设计案例(Triplet Example) g9d/ nR X&
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本课程将利用三件式透镜组为主题，为大家介绍FRED如何模拟现实状况下的各种分析方式 O-P`HKr
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l The goal of this example is to demonstrate various aspects of “real world” analyses V !e*J,g
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8.1 如何由透镜设计软件汇入透镜模块Importing lenses from lens design programs ,jD-fL/:
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8.2 在FRED中建立多波长光源Setting multiple polychromatic sources j W[EjhsH
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8.3 如何建立序列式描光路径进行近轴分析Using sequential paths in paraxial analyses L},o;p:
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8.4 同时在多个表面加入材质参数或表面膜层参数Defining multilayer coatings I7t}$ S6
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8.5 鬼影分析计算Performing ghost calculations BV\~Dm]"
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8.6 分离鬼影光线做独立光线追迹Isolating specific ghost using ray paths GSH,;cY
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8.7 鬼影光照度分析Ghost irradiance analyses g b[.Ww
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8.8 使用序列式描光来减少光线追迹时间Using sequential raytracing to speed up calculation yHZ&5
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9 扫瞄器范例(Scanner Example) Vn_>c#B
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本课程将利用扫瞄器为主题，为大家介绍FRED如何模拟现实状况下的各种分析方式 $d&7q 5[
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l The goal of this example is to demonstrate various aspects of “real world” analyses oB '5' :
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9.1 由其它的FRED档案，复制对象来使用Copying from one FRED document to another ygUX ]*m!
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9.2 发光二极管模块的建立Working with an LED model blaXAqe
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9.3 菲涅尔透镜建立流程Creating a Fresnel lens V_|HzYJJ5
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9.4 图片离散取点方式快速建立LED灯罩Digitizing drawings/blueprints UM 0#S}
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9.5 表面散射参数设定Surface scatter (@ O,U
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9.6 计算镜头上的感光组件的对数化通量显示Calculating flux levels at CCD tM;+U
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