zemax 中英文对照
ZEMAX_Type下拉菜单中英文对照

在序列或非序列下双击Surf:Type 一栏,出现的对话框里面Type下拉菜单:Annular aspheric lens 环形非球面透镜Annular volume 环形体积Annulus 圆环物Aspheric surface 非球面表面Aspheric surface 2 非球面表面2Axicon surface 锥透镜表面Biconic lens 双锥形透镜Bicionic surface 双锥形表面Binary 1 二进制1Binary 2 二进制2Binary 2A 二进制2ACone 圆锥体CpcCylinder pipe 气缸管Cylinder volume 气缸容积Cylinder 2 pipe 气缸2管Cylinder 2 volume 气缸2容积Detector rect 矩形探测器Detector surf 表面探测器Detector volume 体积探测器Diffraction grating 衍射光栅Ellipse 椭圆Elliptical volume 椭圆体积Even asphere 偶非球面Ext. Poly. Lens 扩展聚乙烯透镜Ext. Poly. Surf 扩展聚乙烯表面Fresnel 1 菲涅尔1Fresnel 2 菲涅尔2Hex lenslet 六角透镜阵列Hologram lens 全息透镜Hologram surface 全息表面Imported 输入Jones matrix 琼斯矩阵Lenslet 1 透镜阵列1Lenslet 2 透镜阵列2Mems 微系统Null object 空目标Odd asphere 奇非球面Poly object 聚合物、多边形对象Rectangular corner 矩形角Rectangle 矩形Rectangular pipe 矩形管Rectangular pipe grating 矩形管光栅Rectangular roof 矩形顶Rect. Torus surface 矩形圆环表面Rect. Torus volume 矩形圆环体Rectangular volume 矩形体Rectangular volume grating 矩形题库光栅Slide 滑动,幻灯片Source diode 二极管光源Source dll 动态光源Source ellipse 椭圆光源Source filament 灯丝Source file 纵向光源Source gaussian 高斯光源Source point 点光源Source radial 辐射光源Source ray 射线光源Source rectangle 矩形光源Source tube 管光源Source two angle 两角度光源Source volume cylinder 缸体积光源Source volume ellipse 椭圆体积光源Source volume rectangle 矩形体积光源Sphere 球体Standard lens 标准透镜Standard surface 标准表面Stl object (fasr load) 标准模板库(快速下载)Stl object (fast trace) 标准模板库(快速跟踪)Tab. Faceted radial 径向面选项Tab. Faceted toroid 环形面选项Tab. Fresnel radial 菲涅尔径向选项Toroidal lens 超环面透镜Toroidal surface 超环面表面Torus surface 圆环表面Torus volume 圆环体积Triangular corner 三角形角Triangle 三角形User defined object 用户自定义物体Zernike surface 泽尔尼克表面。
ZEMAX菜单中英对照表

ZEMAX菜单中英对照表File 文件菜单英文中文 Use Session File 使用Session文件 Sequential Or MixedSequential/Non-Sequential 序列模式/非序列模式切换 Mode Non-Sequential Mode 非序列模式 Insert Lens 插入镜头 Preferences 属性 Editers 编辑菜单Lens Data Merit Function Multi-Configuration Tolerance Data Extra Data Non-Sequential Components Undo Redo 镜头数据优化函数多重数据结构公差数据附加数据非序列部件撤销重做 System 系统菜单Update Update all General Fields Wavelengths Next Configuration Last Configuration 更新全部更新通用配置视场光波长下一重结构最后结构 1 / 14Analysis 分析菜单Layout 草图2D Layout 3D Layout Wireframe Solid Model Shaded Model ZEMAX Element Drawing ISO Element Drawing 2D草图 3D草图波前图实体模型渲染模型 ZEMAX格式绘图 ISO格式绘图 Fans 特性曲线Ray Aberration Optical Path Pupil Aberration 光线像差光路入瞳像差 Spot Diagrams 点列图Standard Through Focus Full Field Matrix Configuration Matrix 标准离焦全视场矩阵配置矩阵 MTF (Modulation Transfer Function) 传递函数FFT MTF FFT Through Focus MTF FFT Surface MTF FFT MTF vs. Field FFT MTF Map Huygens MTF Huygens Through Focus MTF Huygens Surface MTF Geometric MTF 快速傅立叶变换 FFT离焦MTF FFT曲面MTF FFT MTF与市场 FFT MTF图表惠更斯MTF 惠更斯离焦MTF Huygens曲面MTF 几何MTF 2 / 14Geometric Through Focu MTF Geometric MTF vs. Field Geometric MTF Map 几何离焦MTF 几何MTF与视场几何MTF图表 PSF (Point Spread Function) 点扩散函数FFT PSF FFT PSF Cross Section FFT Line/Edge Spread Huygens PSF Huygens PSF Cross Section 快速傅立叶变换 FFT横截面PSF FFT线性/边缘响应惠更斯PSF 惠更斯横截面PSF Wavefront 波前Wavefront Map Interferogram Foueault Analysis 波前图表干涉图佛科特分析Surface 曲面Surface Sag Surface Phase 曲面失高曲面相位 RMS 均方根RMS vs. Field RMS vs. Wavelength RMS vs. Focus RMS与视场 RMS与波长 RMS与焦点 Encircled Enegry 能量分布Diffraction Geometric Geometric Line/Edge Spread Extended Source 衍射几何几何线性/边缘响应扩展源 3 / 14Illumination 照度Relative Illumination Vignetting Plot Illumination XY Scan Illumination 2D Surface 相对照度渐晕Plot 照度XY Scan 2D 曲面照度 Image Analysis 像分析Geometric Image Analysis Geometric Bitmap Image Analysis Diffraction Image Analysis Extended Diffraction Image Analysis IMA/BIM File Viewer 几何像分析几何Bitmap格式像分析衍射像分析扩展衍射像分析 IMB/BIM格式文件浏览 Biocular Analysis 双目分析Field of View Dipvergence/Convergence 观察视场双目垂直角差/集中、收敛Miscellaneous 杂项Field Curv/Dist Grid Distortion Footprint Diagram Longitudinal Aberration Lateral Color Y-Ybar Drawing Chromatic Focal Shift System Summary Graphic 视场场曲/失真方格失真光线痕迹图纵向像差横向色差 Y-Ybar图焦点色位移系统概要图 Aberration Coefficients 像差失真系数Seidel Coefficients Zernike Fringe Coefficients Zernike Standard Coefficients Zernike Annular Coefficients 赛德尔系数泽尼克边缘系数泽尼克标准系数泽尼克环绕系数 4 / 14Calculations 计算Ray Trace Fiber Coupling Efficiency YNI Contributions Sag Table Cardinal Points 光线追迹光纤耦合效率 YNI贡献面型凹陷表(失高表)主要参数 Glass and Gradient Index 玻璃和梯度折射率Dispersion Diagram Glass Map Internal Transmission vs. Wavelength Grin Profile Gradium Profile 散射图表玻璃图表内部透过率与波长表面轮廓(剖面)梯度折射表面轮廓 Universal Plot 通用图表New Universal Plot 新通用图表 Polarization 偏振Polarization Ray Trace Polarization Pupil Map Transmission Phase Aberration Transmission Fan 偏振光追迹偏振瞳图表透过率相位像差透过率分布Coatings 镀膜Reflection vs. Angle Transmission vs. Angle Absorption vs. Angle Diattenuation vs. Angle Phase vs. Angle Retardance vs. Angle 映像与角度透过率与角度吸收与角度衰减与角度相位角与角度光延迟与角度 5 / 14感谢您的阅读,祝您生活愉快。
ZEMAX菜单中英对照表

ZEMAX菜单中英对照表File 文件菜单英文中文Use Session File使用Session文件Sequential Or Mixed Sequential/Non-Sequential Mode序列模式/非序列模式切换Non-Sequential Mode非序列模式Insert Lens插入镜头Preferences属性Editers 编辑菜单Lens Data镜头数据Merit Function优化函数Multi-Configuration多重数据结构Tolerance Data公差数据Extra Data附加数据Non-Sequential Components非序列部件Undo撤销Redo重做System 系统菜单Update更新Update all全部更新General通用配置Fields视场Wavelengths光波长Next Configuration下一重结构Last Configuration最后结构Analysis 分析菜单Layout 草图2D Layout2D草图3D Layout3D草图Wireframe波前图Solid Model实体模型Shaded Model渲染模型ZEMAX Element Drawing ZEMAX格式绘图ISO Element Drawing ISO格式绘图Fans 特性曲线Ray Aberration光线像差Optical Path光路Pupil Aberration入瞳像差Spot Diagrams 点列图Standard标准Through Focus离焦Full Field全视场Matrix矩阵Configuration Matrix配置矩阵MTF (Modulation Transfer Function) 传递函数FFT MTF快速傅立叶变换FFT Through Focus MTF FFT离焦MTFFFT Surface MTF FFT曲面MTFFFT MTF vs. Field FFT MTF与市场FFT MTF Map FFT MTF图表Huygens MTF惠更斯MTFHuygens Through Focus MTF惠更斯离焦MTF Huygens Surface MTF Huygens曲面MTF Geometric MTF几何MTFGeometric Through Focu MTF几何离焦MTF Geometric MTF vs. Field几何MTF与视场Geometric MTF Map几何MTF图表PSF (Point Spread Function) 点扩散函数FFT PSF快速傅立叶变换FFT PSF Cross Section FFT横截面PSFFFT Line/Edge Spread FFT线性/边缘响应Huygens PSF惠更斯PSFHuygens PSF Cross Section惠更斯横截面PSFWavefront 波前Wavefront Map波前图表Interferogram干涉图Foueault Analysis佛科特分析Surface 曲面Surface Sag曲面失高Surface Phase曲面相位RMS 均方根RMS vs. Field RMS与视场RMS vs. Wavelength RMS与波长RMS vs. Focus RMS与焦点Encircled Enegry 能量分布Diffraction衍射Geometric几何Geometric Line/Edge Spread几何线性/边缘响应Extended Source扩展源Illumination 照度Relative Illumination相对照度Vignetting Plot渐晕PlotIllumination XY Scan照度XY ScanIllumination 2D Surface2D 曲面照度Image Analysis 像分析Geometric Image Analysis几何像分析Geometric Bitmap Image Analysis几何Bitmap格式像分析Diffraction Image Analysis衍射像分析Extended Diffraction Image Analysis扩展衍射像分析IMA/BIM File Viewer IMB/BIM格式文件浏览Biocular Analysis 双目分析Field of View观察视场Dipvergence/Convergence双目垂直角差/集中、收敛Miscellaneous 杂项Field Curv/Dist视场场曲/失真Grid Distortion方格失真Footprint Diagram光线痕迹图Longitudinal Aberration纵向像差Lateral Color横向色差Y-Ybar Drawing Y-Ybar图Chromatic Focal Shift焦点色位移System Summary Graphic系统概要图Aberration Coefficients 像差失真系数Seidel Coefficients赛德尔系数Zernike Fringe Coefficients泽尼克边缘系数Zernike Standard Coefficients泽尼克标准系数Zernike Annular Coefficients泽尼克环绕系数Calculations 计算Ray Trace光线追迹Fiber Coupling Efficiency光纤耦合效率YNI Contributions YNI贡献Sag Table面型凹陷表(失高表)Cardinal Points主要参数Glass and Gradient Index 玻璃和梯度折射率Dispersion Diagram散射图表Glass Map玻璃图表Internal Transmission vs. Wavelength内部透过率与波长Grin Profile表面轮廓(剖面)Gradium Profile梯度折射表面轮廓Universal Plot 通用图表New Universal Plot新通用图表Polarization 偏振Polarization Ray Trace偏振光追迹Polarization Pupil Map偏振瞳图表Transmission透过率Phase Aberration相位像差Transmission Fan透过率分布Coatings 镀膜Reflection vs. Angle映像与角度Transmission vs. Angle透过率与角度Absorption vs. Angle吸收与角度Diattenuation vs. Angle衰减与角度Phase vs. Angle相位角与角度Retardance vs. Angle光延迟与角度Reflection vs. Wavelength映像与波长Transmission vs. wavelength透过率与波长Absorption vs. Wavelength吸收与波长Diattenuation vs. Wavelength衰减与波长Phase vs. Wavelength相位角与波长Retardance vs. Wavelength光延迟与波长Physical Optics 物理光学Paraxial Gaussian Beam近轴高斯光束Skew Gaussian Beam倾斜高斯光束Physical Optics Propagation物理光学传播Beam File Viewer光速预览Tools 工具菜单Optimization 优化Optimization优化Global Search全局搜索Hammer Optimization锤形优化Merit Function Listing优化函数列表Remove All Variables移除所有变量Glass Substitution Template玻璃置换模板Tolerancing 公差Tolerancing公差Tolerance Listing公差列表Tolerance Summary公差概要Test Plates 样板Test Plate Fitting套样板Test Plate Lists样板列表Catalogs 目录Glass Catalogs玻璃目录Glass Compare玻璃部件Lens Catalogs镜头目录Coatings 镀膜Edit Coating File编辑镀膜文件Reload Coating File重新载入镀膜文件Add Coating to All Surfaces给所有表面添加膜层参数Coating Listing镀膜列表Scattering 散射ABg Scatter Data Catalogs ABg散射数据目录Scatter Function Viewer散射功能视窗Apertures 光圈Convert Semi-Diameters to Circular Apertures变换口径半径为环形口径Convert Semi-Diameters to Floating Apertures变换口径半径为浮动口径Remove All Apertures移除所有光圈Replace Vignetting With Apertures重新放置渐晕光圈Fold Mirrors 折叠反射镜Add Fold Mirror添加折叠反射镜Delete Fold Mirror删除折叠反射镜Export Data 导出数据Export IGES/STEP/SAT/STL Solid导出IGES/STEP/SAT/STL实体Export IGES Line Work导出IGES Line WorkExport 2D DXF File导出2D DXF文件Miscellaneous 杂项Reverse Elements反向排列零件Tilt/Decenter Elements倾斜/侦测器元素Scale Lens镜头缩放Make Focal生成焦距Quick Focus快速聚焦Ghost Focus Generator幻像发生器Performance Test性能测试Lock All Windows锁定所有窗口Unlock All Windows所有窗口解除锁定Slider滑块Convert to NSC Croup转到NSC组Replicate Object复制项目Create Polygon Object生成多边形项目Reports 报告菜单Surface Data曲面数据System Data系统数据Prescription规则数据Report Graphic 4图解报告4Report Graphic 6图解报告6Macros 宏指令菜单Edit/Run ZPL Macros编辑/运行ZPL宏Refresh Macro List浏览宏列表Extensions 外部扩展菜单Extensions外部扩展指令Refresh Extensions List浏览外部扩展列表Help 帮助菜单About关于Help帮助Tutorial指南Manual操作手册。
Zemax用语英汉小词典

准之光 慧差 互补色 复合显微镜 组合透镜 凸透镜 凹面镜 共心的 聚光镜 圆锥常数 共轭 会聚角 凸透镜 库克三片式物镜 坐标系统 角锥棱镜 余弦四次方定律 临界角 临界照明 冕牌玻璃 三次慧差 曲率 柱面透镜 阻尼最小二乘 暗适应 暗场照明 离焦 景深 焦深 偏向棱镜 衍射 衍射受限系统 漫射照明 二面角 二面线 二极管激光器 屈光度 直视棱镜 方向余弦 色散棱镜 色散 畸变 双远心 道威棱镜 偏心度 有效焦距 电磁波谱 出射度 无效放大 内窥镜
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collimated light coma complementary colors compound microscope comppound eyepiece concave lens concave mirror concentric condenser conic constant conjugate convergence angle convex lens Cooke triplet coordinate system corner cube cosine fourth law critical angle critical illumination crown glass cubic coma curvature cylindrical lens damped least squares dark adaptation dark field illumination defocus depth of field depth of focus(DOF) deviation prism diffraction diffraction limited system diffuse illumination dihedral angle dihedral line diode laser diopter direct vision prism direction cosine dispersing prism dispersion distortion double telecentricity Dove prism eccentricity effective focal length(EFL) electromagnetic spectrum emittance empty magnification endoscope
zemax 中的中英文对照

zemax 中的中英文对照近轴光线(Paraxial Rays);镜头数据(Lens Data);插入或删除面数据(Inserting and deleting surfaces);输入面注释(Entering surface comments);输入半径数据(Entering radii data);输入厚度(Entering thickness data);输入玻璃数据(Entering glass data);输入半口径数据(Entering semi-diameter);输入二次曲面数据(Entering conic data);输入参数数据(Entering parameter data);确定光栏面(Defining the stop surface);选择面型(Selecting surface types);各面通光口径的确定(Specifying surface apertures);用户自定义口径和挡光(User defined apertures and obscurations); 到达表面和从表面射出的光线的隐藏(Hiding rays to and from surfaces);设置和撤销求解(Setting and removing solves);光圈类型(Aperture Type);入瞳直径(Entrance Pupil Diameter);像空间F/# (Image Space F/#);物空间数值孔径(Object Space Numerical Aperture)物空间边缘光线的数值孔径(nsinθm);通过光栏尺寸浮动(Float by Stop Size);近轴工作F/#(Paraxial Working F/#);物方锥形角(Object Cone Angle);光圈值(Aperture Value);镜头单位(Lens Units);玻璃库(Glass Catalogs);光线定位(Ray Aiming);使用光线定位贮藏器(Use Ray AimingCache);加强型光线定位(慢)(Robust Ray Aiming (slow);光瞳漂移:X,Y,Z (Pupil Shift:X,Y,and Z);“视场光瞳偏移比例因子” (Scale pupil shift factors by field); 变迹法(Apodization Type);变迹因子(Apodization Factor);光程差参数(Referece OPD);近轴光线(Paraxial Rays);快速非球面追迹(Fast Asphere Trace);检查梯度折射率元件的口径(Check GRIN Apertures);半口径余量% (Semi Diameter Margin in %);半口径的快速计算法(Fast Semi-Diameters);全局坐标参考面(Global Coordinate Reference Surface);视场(Fields);偏振状态(Polarization State);外形图(Layout);二维外形图(2D Layout);3D外形图(3D Layout);立体模型(Solid Model);光线像差(Ray Aberration);光程(Optical Path);光瞳像差(Pupil Abberation);离焦(Through Focus);全视场(Full Field);矩阵(Matrix);球差(W040),彗差(W131),像散(W222),匹兹凡场曲(W22 0P),畸变(W311),轴向色离焦项(W020),轴向色倾斜(W11 1),弧矢场曲(W220S),平均场曲(W220M),子午场曲(W220T);优化(Optimization);全局优化(Global Search);锤形优化(Hammer Optimization);消除所有的变量(Remove All Variable);评价函数列表(Merit Function Listing);公差(Tolerancing);公差列表(Tolerance Listing);公差汇总表(Tolerance Summary);镀膜列表(Coating Listing);变换半口径为环形口径(Convert Semi-Diameter to Circular Apertures);镜头缩放(Scale Lens);生成焦距(Make Focal);快速调焦(Quick Focus) ;添加折叠反射镜(Add Fold Mirror);幻像发生器(Ghost Focus generator);系统复杂性测试(Performance Test);表面数据(Surface Data);系统数据(System Data);规格数据(Prescription Data);solve type是zemax中用于设定光学系统结构(Curvature、Thinkness、Class、Semi-Diameter、Conic、Parameter)的操作参数,设定正确的s olve type是优化光学系统结构的前提。
Zemax术语中英文对照表

Zemax术语中英文对照表为了方便初级者顺利进入zemax学习,我将部分术语对照后进行翻译,如下:Zemax中英文对照上传Zemax的中英文对照近轴光线(Paraxial Rays);镜头数据(Lens Data);插入或删除面数据(Inserting and deleting surfaces);输入面注释(Entering surface comments);输入半径数据(Entering radii data);输入厚度(Entering thickness data);输入玻璃数据(Entering glass data);输入半口径数据(Entering semi-diameter);输入二次曲面数据(Entering conic data);输入参数数据(Entering parameter data);确定光栏面(Defining the stop surface);选择面型(Selecting surface types);各面通光口径的确定(Specifying surface apertures);用户自定义口径和挡光(User defined apertures and obscurations);到达表面和从表面射出的光线的隐藏(Hiding rays to and from surfaces);设置和撤销求解(Setting and removing solves);光圈类型(Aperture Type);入瞳直径(Entrance Pupil Diameter);像空间F/# (Image Space F/#);物空间数值孔径(Object Space Numerical Aperture)物空间边缘光线的数值孔径(nsinθm); 通过光栏尺寸浮动(Float by Stop Size);近轴工作F/#(Paraxial Working F/#);物方锥形角(Object Cone Angle);光圈值(Aperture V alue);镜头单位(Lens Units);玻璃库(Glass Catalogs);光线定位(Ray Aiming);使用光线定位贮藏器(Use Ray Aiming Cache);加强型光线定位(慢)(Robust Ray Aiming (slow);光瞳漂移:X,Y,Z (Pupil Shift:X,Y,and Z);“视场光瞳偏移比例因子”(Scale pupil shift factors by field);变迹法(Apodization Type);变迹因子(Apodization Factor);光程差参数(Referece OPD);近轴光线(Paraxial Rays);快速非球面追迹(Fast Asphere Trace);检查梯度折射率元件的口径(Check GRIN Apertures);半口径余量% (Semi Diameter Margin in %);半口径的快速计算法(Fast Semi-Diameters);全局坐标参考面(Global Coordinate Reference Surface);视场(Fields);偏振状态(Polarization State);外形图(Layout);二维外形图(2D Layout);3D外形图(3D Layout);立体模型(Solid Model);光线像差(Ray Aberration);光程(Optical Path);光瞳像差(Pupil Abberation);离焦(Through Focus);全视场(Full Field);矩阵(Matrix);球差(W040),彗差(W131),像散(W222),匹兹凡场曲(W220P),畸变(W311),轴向色离焦项(W020),轴向色倾斜(W111),弧矢场曲(W220S),平均场曲(W220M),子午场曲(W220T);优化(Optimization);全局优化(Global Search);锤形优化(Hammer Optimization);消除所有的变量(Remove All Variable);评价函数列表(Merit Function Listing);公差(Tolerancing);公差列表(Tolerance Listing);公差汇总表(Tolerance Summary);镀膜列表(Coating Listing);变换半口径为环形口径(Convert Semi-Diameter to Circular Apertures);镜头缩放(Scale Lens);生成焦距(Make Focal);快速调焦(Quick Focus) ;添加折叠反射镜(Add Fold Mirror);幻像发生器(Ghost Focus generator);系统复杂性测试(Performance Test);表面数据(Surface Data);系统数据(System Data);规格数据(Prescription Data);Boresight erro 视场差。
3dmax常用中英文对照

3DMAX常用中英文翻译对照表一、菜单类File 文件菜单New/Reset/Open/Save 新建/恢复/打开/保存Merge/Replace 合并场景/重置场景Import/Export 导入/导出Archive/Properties/Summary Information/View File 压缩当前文件/文件属性/文件参数信息/查看文件Edit 编辑菜单Undo/Redo/Hold/Fetch 撤消/重复/暂存盘/调入Delete/Clone 删除/克隆(复制)Select/All/None/Invert/By 选择/所有/没有/反向的/以……Region/Window/Crossing 框选/窗口法/穿越法Edit Named Selections 编辑选择集名称Tools 工具菜单Transform Type-Information 变形类型信息Display Floater 显示浮动窗口Selection Floater 选择浮动窗口Mirror/Array/Snapshot/Align 镜向/阵列/多重复制/对齐Align to View 对齐到视图Meterial Editor 材质编辑器Material/Map Brouwser 材质/贴图浏览Spacing tool 没路径阵列Group 群组菜单Open/Close/Ungroup 打开群组/关闭群组/撤消群组Explode/Attach/Detach 打散群组/加入群组/从群组中分离Views 视图菜单Save Active Top View 保存当前顶视图Viewport Background 显示视图背景Show Transorm Gizmo 显示变换指向器Show Ghosting 显示克隆Shade Selected 光滑显示所先物体Show DependenciesMatch Camera to View 匹配相机到视Add Default Lights to Scene 添加默认球境灯光到场景Refraw all Views 重画所有视图Deactivate All Maps 取消所有贴图预览Update During Spinner Drag 当拖动时屏新Exper Mode 全屏模式显示Render 渲染菜单Viedo post 场景事件Environment 环境效果Effects 添加场景效果Make Preview 制作动画预视View Priview 透视图预览Rename Preview 重命名透视图RAM Player 在当前内存播放动画Customize 自定义菜单Load Custom UI 截入自动义界面设置Save Custom UI as 保存定义界面设置到文件Lock Ui Layout 销定界面设置Revert to Startup UI Layout 恢复到开始的界面设置Customize UI 定制自已的界面设置Configure Paths 系统路径Preferences 总体参数设置Viewport Configuration 视图定制Units Setup 单位设置Grid and snap Settings 网格与捕捉设置二、工具条类Select and Link 选择并链接Bind to space Warp 链接到空间扭曲Move/Roate/Scale 移动/旋转/缩放Pivot 轴心Coordinate System 坐标系Restrict to X 锁定到X轴向Mirror/Array/Align 镜向/阵列/对齐Track View 轨迹视图View/Screen/World/Parent/Local/Grid/Pick 视图坐标/屏幕坐标/世界坐标/父级坐标/自身/网格/拾取坐标Render/Render last 渲染/渲染最后效果View/Selected/Region/Crop/Blowup/BoxSelected 渲染当前视图/选择的/框选的区域/ 裁剪/放大/选择三、创建命令面板类Geometry/standard Primitives 模型/标准预置模型Box/Sphere/Cylinder/Torus 盒子/球体/圆柱/圆环Teapor/Cone/GeoShpere 茶壶/圆椎/网络球体Tube/Pyramid/Plane 圆桶/金字塔/平面物体Extended Primitives 扩展预置模型Hedra/ChamferBox/OilTank 星形体/倒角盒子/油罐体Spindle/Gengon/RingWave 仿缍体/多边形柱体/环形波Torus Knoit/ChamferCyl 环形结/倒角圆柱Capsule/L-ext/C-Ext/Prism 胶囊体/L形物体/C形物体/三棱柱Compound Objects 复合物体Morph/Scatter/Conform/Connect 变形/分散/共形/连接ShapeMerge/Boolean/Terrain/Loft 图形合并/布尔运算/地形/放样Object Type 物体类型Name and Color 名称及颜色Greation Method/Cude/Box 创建定制类型/正的/自由的Keyboard Entry 键盘输入法Parameters/Length/Width/Height/Segs 参数设置/长/宽/高/段值Generage Mapping Coords 创建贴图坐标四、常用修改器命令面板类Bend/Taper/Twist/Noise/Extrude 弯曲/削尖/扭曲/杂波/拉伸修饰器Lathe/UVW Map/Edit Patch 车削/贴图坐标/编辑三角面片修饰器Mesh Select/Edit Spline 面选择/编辑样条曲线修饰器Cap holes/Displace/Edit Mesh 补洞/错位/编辑面片修饰器FFD4*4*4/FFD(box)/FFD(cyl) FFD自由变形修饰器(BOX、CYL方式)Lattice/MeshSmooth/Optimize 网格化/面光滑/优化修饰器Strethc/Spherify/Skew/Squeeze 伸展/球面化/歪斜/挤压修饰器Xform/Bevel/Bevel Profile 记忆缩放移动/倒边/按截倒边修饰器五、Edit Mesh修改器面板:Modifier stack/Sub-Object 修饰器堆栈/子物体层级Vertex/Edge/Face/PolyGon/Element 节点/边/三角面/面/子物体Ignore Backfacing 乎略背面Soft Selection/Edit Geometry 软选择/编辑模型参数Create/Delete/Attach/Detach/Break 创建/删除/连接/分离/打断Extrude/Chamfer/Fillet/Cut/Weld 拉伸/倒角/倒圆/分割/焊接Surface Properties/Weight 面参数设置/权重六、显示命令面板类:Display Color/WireFrame/Shaded 显示颜色/线框/光滑Hide by Category 隐藏过滤物体Hide Selected 隐藏选择物体Hide Unselected 隐藏未选择物体Hide By Name 隐藏按名称Hide by Hit 隐藏击中物体Unhide all 取消隐藏所有物体Hide Frozen Objects 隐藏冻结物体Freeze 冻结物体Display Properties 显示方式设置Display al Box 以BOX方式显示Link display 显示链接物体七、视图命令类Top/Front/Left/Perspective 顶视图/前视图/左视图/透视图Bottom/Back/Right/Camera01 底视图/后视图/右视图/相机视图Smooth+Highlights/Facets 光滑+高光方式/面方式显示WireFrame/EdgedFaces/Bounding box 线框方式/面与边线方式/BOX方式显示Show grid/Show Background 显示网络/显示背景图像Show Safe Frame 显示安全范围Viewport Clipping 视图裁剪Texture Correction 显示纹理连接Disable View 取消视图刷新Undo View Zoom Extents 撤消视调整八、照相机、灯光类:Target comera/Free Comera 目标相机/自由相机Lens/Fov/Stock Lenses/Type 镜头大小/镜头视角/标准镜头/类型Show Cone/Show Horizor 显示镜头锥角/显示地平线Environment Ranges 景深参数设置Clipping Planes/Clip Manuall 剖切面/自定义剖面Near Clip/Far Clip 近剖面距离/远剖面距离Spot/Direct/Omni 聚光灯/平行光灯/泛光灯Type/Exclude/Cast shadows 灯光类型/排除/阴影打开Multiplier/Contrast 倍增器/边缘对比Overshoot/Hotspot/Falloff 透射/完全聚光区/衰减区Circle/Rectangle/Aspect 圆形/方形/长宽比例Attenuation/Start/End/Decay 衰减设置/起始/结束/误减Shadow Map/Ray Traced Shadows 阴影贴图/光线跟踪阴影方一、File〈文件〉New〈新建〉Reset〈重置〉Open〈打开〉Save〈保存〉Save As〈保存为〉Save selected〈保存选择〉XRef Objects〈外部引用物体〉XRef Scenes〈外部引用场景〉Merge〈合并〉Merge Animation〈合并动画动作〉Replace〈替换〉Import〈输入〉Export〈输出〉Export Selected〈选择输出〉Archive〈存档〉Summary Info〈摘要信息〉File Properties〈文件属性〉View Image File〈显示图像文件〉History〈历史〉Exit〈退出〉二、Edit〈菜单〉Undo or Redo〈取消/重做〉Hold and fetch〈保留/引用〉Delete〈删除〉Clone〈克隆〉Select All〈全部选择〉Select None〈空出选择〉Select Invert〈反向选择〉Select By〈参考选择〉Color〈颜色选择〉Name〈名字选择〉Rectangular Region〈矩形选择〉Circular Region〈圆形选择〉Fabce Region〈连点选择〉Lasso Region〈套索选择〉Region:〈区域选择〉Window〈包含〉Crossing〈相交〉Named Selection Sets〈命名选择集〉Object Properties〈物体属性〉三、Tools〈工具〉Transform Type-In〈键盘输入变换〉Display Floater〈视窗显示浮动对话框〉Selection Floater〈选择器浮动对话框〉Light Lister〈灯光列表〉Mirror〈镜像物体〉Array〈阵列〉Align〈对齐〉Snapshot〈快照〉Spacing Tool〈间距分布工具〉Normal Align〈法线对齐〉Align Camera〈相机对齐〉Align to View〈视窗对齐〉Place Highlight〈放置高光〉Isolate Selection〈隔离选择〉Rename Objects〈物体更名〉四、Group〈群组〉Group〈群组〉Ungroup〈撤消群组〉Open〈开放组〉Close〈关闭组〉Attach〈配属〉Detach〈分离〉Explode〈分散组〉五、Views〈查看〉Undo View Change/Redo View change〈取消/重做视窗变化〉Save Active View/Restore Active View〈保存/还原当前视窗〉Viewport Configuration〈视窗配置〉Grids〈栅格〉Show Home Grid〈显示栅格命令〉Activate Home Grid〈活跃原始栅格命令〉Activate Grid Object〈活跃栅格物体命令〉Activate Grid to View〈栅格及视窗对齐命令〉Viewport Background〈视窗背景〉Update Background Image〈更新背景〉Reset Background Transform〈重置背景变换〉Show Transform Gizmo〈显示变换坐标系〉Show Ghosting〈显示重橡〉Show Key Times〈显示时间键〉Shade Selected〈选择亮显〉Show Dependencies〈显示关联物体〉Match Camera to View〈相机与视窗匹配〉Add Default Lights To Scene〈增加场景缺省灯光〉Redraw All Views〈重画所有视窗〉Activate All Maps〈显示所有贴图〉Deactivate All Maps〈关闭显示所有贴图〉Update During Spinner Drag〈微调时实时显示〉Adaptive Degradation Toggle〈绑定适应消隐〉Expert Mode〈专家模式〉六、Create〈创建〉Standard Primitives〈标准图元〉Box〈立方体〉Cone〈圆锥体〉Sphere〈球体〉GeoSphere〈三角面片球体〉Cylinder〈圆柱体〉Tube〈管状体〉Torus〈圆环体〉Pyramid〈角锥体〉Plane〈平面〉Teapot〈茶壶〉Extended Primitives〈扩展图元〉Hedra〈多面体〉Torus Knot〈环面纽结体〉Chamfer Box〈斜切立方体〉Chamfer Cylinder〈斜切圆柱体〉Oil Tank〈桶状体〉Capsule〈角囊体〉Spindle〈纺锤体〉L-Extrusion〈L形体按钮〉Gengon〈导角棱柱〉C-Extrusion〈C形体按钮〉RingWave〈环状波〉Hose〈软管体〉Prism〈三棱柱〉Shapes〈形状〉Line〈线条〉Text〈文字〉Arc〈弧〉Circle〈圆〉Donut〈圆环〉Ellipse〈椭圆〉Helix〈螺旋线〉NGon〈多边形〉Rectangle〈矩形〉Section〈截面〉Star〈星型〉Lights〈灯光〉Target Spotlight〈目标聚光灯〉Free Spotlight〈自由聚光灯〉Target Directional Light〈目标平行光〉Directional Light〈平行光〉Omni Light〈泛光灯〉Skylight〈天光〉Target Point Light〈目标指向点光源〉Free Point Light〈自由点光源〉Target Area Light〈指向面光源〉IES Sky〈IES天光〉IES Sun〈IES阳光〉SuNLIGHT System and Daylight〈太阳光及日光系统〉Camera〈相机〉Free Camera〈自由相机〉Target Camera〈目标相机〉Particles〈粒子系统〉Blizzard〈暴风雪系统〉PArray〈粒子阵列系统〉PCloud〈粒子云系统〉Snow〈雪花系统〉Spray〈喷溅系统〉Super Spray〈超级喷射系统〉七、Modifiers〈修改器〉Selection Modifiers〈选择修改器〉Mesh Select〈网格选择修改器〉Poly Select〈多边形选择修改器〉Patch Select〈面片选择修改器〉Spline Select〈样条选择修改器〉V olume Select〈体积选择修改器〉FFD Select〈自由变形选择修改器〉NURBS Surface Select〈NURBS表面选择修改器〉Patch/Spline Editing〈面片/样条线修改器〉:Edit Patch〈面片修改器〉Edit Spline〈样条线修改器〉Cross Section〈截面相交修改器〉Surface〈表面生成修改器〉Delete Patch〈删除面片修改器〉DeleteSpline〈删除样条线修改器〉Lathe〈车床修改器〉Normalize Spline〈规格化样条线修改器〉Fillet/Chamfer〈圆切及斜切修改器〉Trim/Extend〈修剪及延伸修改器〉Mesh Editing〈表面编辑〉Cap Holes〈顶端洞口编辑器〉Delete Mesh〈编辑网格物体编辑器〉Edit Normals〈编辑法线编辑器〉Extrude〈挤压编辑器〉Face Extrude〈面拉伸编辑器〉Normal〈法线编辑器〉Optimize〈优化编辑器〉Smooth〈平滑编辑器〉STL Check〈STL检查编辑器〉Symmetry〈对称编辑器〉Tessellate〈镶嵌编辑器〉Vertex Paint〈顶点着色编辑器〉Vertex Weld〈顶点焊接编辑器〉Animation Modifiers〈动画编辑器〉Skin〈皮肤编辑器〉Morpher〈变体编辑器〉Flex〈伸缩编辑器〉Melt〈熔化编辑器〉Linked XForm〈连结参考变换编辑器〉Patch Deform〈面片变形编辑器〉Path Deform〈路径变形编辑器〉Surf Deform〈表面变形编辑器〉* Surf Deform〈空间变形编辑器〉UV Coordinates〈贴图轴坐标系〉UVW Map〈UVW贴图编辑器〉UVW Xform〈UVW贴图参考变换编辑器〉Unwrap UVW〈展开贴图编辑器〉Camera Map〈相机贴图编辑器〉* Camera Map〈环境相机贴图编辑器〉Cache Tools〈捕捉工具〉Point Cache〈点捕捉编辑器〉Subdivision Surfaces〈表面细分〉MeshSmooth〈表面平滑编辑器〉HSDS Modifier〈分级细分编辑器〉Free Form Deformers〈自由变形工具〉FFD 2×2×2/FFD 3×3×3/FFD 4×4×4〈自由变形工具2×2×2/3×3×3/4×4×4〉FFD Box/FFD Cylinder〈盒体和圆柱体自由变形工具〉Parametric Deformers〈参数变形工具〉Bend〈弯曲〉Taper〈锥形化〉Twist〈扭曲〉Noise〈噪声〉Stretch〈缩放〉Squeeze〈压榨〉Push〈推挤〉Relax〈松弛〉Ripple〈波纹〉Wave〈波浪〉Skew〈倾斜〉Slice〈切片〉Spherify〈球形扭曲〉Affect Region〈面域影响〉Lattice〈栅格〉Mirror〈镜像〉Displace〈置换〉XForm〈参考变换〉Preserve〈保持〉Surface〈表面编辑〉Material〈材质变换〉Material By Element〈元素材质变换〉Disp Approx〈近似表面替换〉NURBS Editing〈NURBS面编辑〉NURBS Surface Select〈NURBS表面选择〉Surf Deform〈表面变形编辑器〉Disp Approx〈近似表面替换〉Radiosity Modifiers〈光能传递修改器〉Subdivide〈细分〉* Subdivide〈超级细分〉八、Character〈角色人物〉Create Character〈创建角色〉Destroy Character〈删除角色〉Lock/Unlock〈锁住与解锁〉Insert Character〈插入角色〉Save Character〈保存角色〉Bone Tools〈骨骼工具〉Set Skin Pose〈调整皮肤姿势〉Assume Skin Pose〈还原姿势〉Skin Pose Mode〈表面姿势模式〉九、Animation〈动画〉IK Solvers〈反向动力学〉HI Solver〈非历史性控制器〉HD Solver〈历史性控制器〉IK Limb Solver〈反向动力学肢体控制器〉SplineIK Solver〈样条反向动力控制器〉Constraints〈约束〉Attachment Constraint〈附件约束〉Surface Constraint〈表面约束〉Path Constraint〈路径约束〉Position Constraint〈位置约束〉Link Constraint〈连结约束〉LookAt Constraint〈视觉跟随约束〉Orientation Constraint〈方位约束〉Transform Constraint〈变换控制〉Link Constraint〈连接约束〉Position/Rotation/Scale〈PRS控制器〉Transform script〈变换控制脚本〉Position Controllers〈位置控制器〉Audio〈音频控制器〉Bezier〈贝塞尔曲线控制器〉expression_r〈表达式控制器〉Linear〈线性控制器〉Motion Capture〈动作捕捉〉Noise〈燥波控制器〉Quatermion(TCB)〈TCB控制器〉Reactor〈反应器〉Spring〈弹力控制器〉script〈脚本控制器〉XYZ〈XYZ位置控制器〉Attachment Constraint〈附件约束〉Path Constraint〈路径约束〉Position Constraint〈位置约束〉Surface Constraint〈表面约束〉Rotation Controllers〈旋转控制器〉注:该命令工十一个子菜单。
Zemax操作数(中英文对照)

一阶光学性能1EFFL 透镜单元的有效焦距Effective focal length in lens units2AXCL 透镜单元的轴向色差Axial color, measured in lens units for focal systems and diopters for afocal systems 3LACL 透镜单元的垂轴色差Lateral color4PIMH 规定波长的近轴像高Paraxial image height at the paraxial image surface at the wavelength defined by Wave 5PMAG 近轴放大率Paraxial magnification6AMAG 角放大率Angular magnification7ENPP 透镜单元入瞳位置Entrance pupil position in lens units, with respect to the first surface8EXPP 透镜单元出瞳位置Exit pupil position in lens units, with respect to the image surface9PETZ 透镜单元的PETZVAL 半径Petzval radius of curvature in lens units at the wavelength defined by Wave10PETC 反向透镜单元的PETZVAL 半径Petzval curvature in inverse lens units at the wavelength defined by Wave11LINV 透镜单元的拉格朗日不变量Lagrange (or optical) invariant of system in lens units at the wavelength defined by Wave12WFNO 像空间F/#Working F/#13POWR 指定表面的权重The surface power (in inverse lens units) of the surface defined by Surf at the wavelength defined14EPDI 透镜单元的入瞳直径Entrance pupil diameter in lens units15ISFN 像空间F/# (近轴)Image space F/#16OBSN 物空间数值孔径Object space numerical aperture17EFLX “X”向有效焦距Effective focal length in the local x plane of the range of surfaces defined by Surf1and Surf2 at the18EFLY “Y”向有效焦距Effective focal length in the local y plane of the range of surfaces defined by Surf1and Surf2 at the19SFNO 弧矢有效F/#Sagittal working F/#, computed at the field point defined by Field and the wavelength defined byWave像差1SPHA 在规定面出的波球差分布(0则计算全局)Spherical aberration in waves contributed by the surface defined by Surf at the wavelength defined2COMA 透过面慧差(3阶近轴)Coma in waves contributed by the surface defined by Surf at the wavelength defined by Wave3ASTI 透过面像散(3阶近轴)Astigmatism in waves contributed by the surface defined by Surf at the wavelength defined byWave 4FCUR透过面场曲(3阶近轴)Field curvature in waves contributed by the surface defined by Surf at the wavelength defined byWave 5DIST 透过面波畸变(3阶近轴)ortion” on page 1786DIMX 畸变最大值Distortion maximum 7AXCL 轴像色差(近轴)Axial color, measured in lens units for focal systems and diopters for afocal systems 8LACL垂轴色差Lateral color 9TRAR径像像对于主光线的横向像差Transverse aberration radial direction measured in image space at the wavelength defined by Wave 10TRAX“X”向横向色差Transverse aberration x direction measured in image space at the wavelength defined by Wave 11TRAY“Y”向横向色差Transverse aberration y direction measured in image space at the wavelength defined by Wave 12TRAI规定面上的径像横向像差Transverse aberration radius measured at the surface defined by Surf at the wavelength defined 13TRAC径像像对于质心的横向像差Transverse aberration radial direction measured in image space with respect to the centroid for the 14OPDC主光线光程差Optical path difference with respect to chief ray in waves at the wavelength defined by Wave 15OPDX衍射面心光程差Optical path difference with respect to the mean OPD over the pupil with tilt removed at the 16PETZ 透镜单元的PETZVAL 半径Petzval radius of curvature in lens units at the wavelength defined by Wave 17PETC 反向透镜单元的PETZVAL 半径Petzval curvature in inverse lens units at the wavelength defined by Wave 18RSCH 主光线的RMS 光斑尺寸RMS spot radius with respect to the chief ray in lens units 19RSCE 类RSCH RMS spot radius with respect to the centroid in lens units 20RWCH 主光线的RMS 波前偏差RMS wavefront error with respect to the chief ray in waves 21RWCE 衍射面心的RMS 波前偏差RMS wavefront error with respect to the centroid in waves22ANAR 像差测试Angular aberration radius measured in image space at the wavelength defined by Wave with 23ZERN Zernike 系数Zernike Fringe coefficient 24RSRE 几何像点的RMS 点尺寸(质心参考)RMS spot radius with respect to the centroid in lens units 25RSRH 类同 RSRE (主光线参考)RMS spot radius with respect to the chief ray in lens units 26RWRE 类同 RSRE (波前偏差)RMS wavefront error with respect to the centroid in waves 27TRAD “X”像TRAR 比较The x component of the TRAR only 28TRAE“Y”像TRAR 比较The y component of the TRAR only 29TRCX像面子午像差”X”向(质心基准)Transverse aberration x direction measured in image space with respect to the centroid 30TRCY像面子午像差”Y”向(质心基准)Transverse aberration y direction measured in image space with respect to the centroid 31DISG广义畸变百分数Generalized distortion, either in percent or as an absolute distance 32FCGS弧矢场曲Generalized field curvature, sagittal 33DISC子午场曲Distortion, calibrated 34OPDM限制光程差,类同TRAC Optical path difference with respect to the mean OPD over the pupil at the wavelength defined byWave 35BSER对准偏差Boresight error 36BIOC集中对准Biocular Convergence 37BIOD垂直对准偏差Biocular Dipvergence MTF 数据1MTFT切向调制函数Modulation transfer function, tangential 2MTFS径向调制函数Modulation transfer function, sagittal 3MTFA平均调制函数Diffraction modulation transfer function, average of sagittal and tangential 4MSWT切向方波调制函数Modulation square-wave transfer function, tangential 5MSWS径向方波调制函数Modulation square-wave transfer function, sagittal 6MSWA平均方波调制函数Modulation square-wave transfer function, average of sagittal and tangential 7GMTA几何MTF 切向径向响应Geometric MTF average of sagittal and tangential response 8GMTS 几何MTF 径向响应Geometric MTF sagittal response9GMTT几何MTF切向响应Geometric MTF tangential response衍射能级1DENC衍射包围圆能量Diffraction Encircled Energy (distance) 2DENF衍射能量Diffraction Encircled Energy (fraction) 3GENC几何包围圆能量Geometric Encircled Energy (distance)4XENC Extended source encircled energy (distance)透镜数据约束1TOTR透镜单元的总长Total track (length) of lens in lens units 2CVVA规定面的曲率=目标值Curvature value3CVGT规定面的曲率>目标值Curvature greater than4CVLT规定面的曲率<目标值Curvature less than5CTVA规定面的中心厚度=目标值Center thickness value6CTGT规定面的中心厚度>目标值Center thickness greater than7CTLT规定面的中心厚度<目标值Center thickness less than8ETVA规定面的边缘厚度=目标值Edge thickness value9ETGT规定面的边缘厚度>目标值Edge thickness greater than10ETLT规定面的边缘厚度<目标值Edge thickness less than11COVA圆锥系数=目标值Conic value12COGT圆锥系数>目标值Boundary operand that constrains the conic of the surface defined by Surf to be greater than the13COLT圆锥系数<目标值Boundary operand that constrains the conic of the surface defined by Surf to be less than the14DMVA约束面直径=目标值Diameter value15DMGT约束面直径>目标值Diameter greater than16DMLT约束面直径<目标值Diameter less than17TTHI面厚度统计Sum of thicknesses of surfaces from Surf1 to Surf2 18VOLU元素容量Volume of element(s) in cubic cm19MNCT最小中心厚度Minimum center thickness20MXCT最大中心厚度Maximum center thickness21MNET最小边缘厚度Minimum edge thickness22MXET最大边缘厚度Maximum edge thickness23MNCG最小中心玻璃厚度Minimum center thickness glass 24MXEG最大边缘玻璃厚度Maximum edge thickness glass 25MXCG最大中心玻璃厚度Maximum center thickness glass 26MNCA最小中心空气厚度Minimum center thickness air 27MXCA最大中心空气厚度Maximum center thickness air 28MNEA最小边缘空气厚度Minimum edge thickness air29MXEA最大边缘空气厚度Maximum edge thickness air30ZTHI控制复合结构厚度This operand controls the variation in the total thickness of the range surfaces defined by Surf1 andSurf2 over multiple configurations31SAGX透镜在”XZ”面上的面弧矢The sag in lens units of the surface defined by Surf at X = the semi-diameter, and Y = 032SAGY透镜在”YZ”面上的面弧矢The sag in lens units of the surface defined by Surf at Y = the semi-diameter, and X = 033MNSD最小直径Minimum semi-diameter34MXSD最大直径Maximum semi-diameter35XXET最大边缘厚度Maximum edge thickness for the range of surfaces defined by Surf1 and Surf236XXEA最大空气边缘厚度Maximum edge thickness for the range of air surfaces defined by Surf1 and Surf2 37XXEG最大玻璃边缘厚度Maximum edge thickness for the range of glass surfaces defined by Surf1 and Surf2 38XNET最小边缘厚度Minimum edge thickness for the range of surfaces defined by Surf1 and Surf239XNEA最小边缘空气厚度Minimum edge thickness for the range of air surfaces defined by Surf1 and Surf2 40XNEG最小玻璃边缘厚度Minimum edge thickness for the range of glass surfaces defined by Surf1 and Surf2 41TTGT总结构厚度>目标值Total thickness greater than42TTLT总结构厚度<目标值Total thickness less than43TTVA总结构厚度=目标值Total thickness value44TMAS结构总质量Total mass45MNCV最小曲率Minimum curvature46MXCV最大曲率Maximum curvature47MNDT最小口径与厚度的比率Minimum diameter to thickness ratio48MXDT最大口径与厚度的比率Maximum diameter to thickness ratio参数数据约束1PnVA约束面的第n个控制参数=目标值This operand is obsolete, use PMVA instead 2PnGT约束面的第n个控制参数>目标值This operand is obsolete, use PMGT instead 3PnLT约束面的第n个控制参数<目标值This operand is obsolete, use PMLT instead 附加数据约束1XDVA附加数据值=目标值(1~99)Extra data value2XDGT附加数据值>目标值(1~99)Extra data value greater than3XDLT附加数据值<目标值(1~99)Extra data value less than玻璃数据约束1MNIN最小折射率Minimum index at d-light2MXIN组大折射率Maximum index at d-light3MNAB最小阿贝数Minimum Abbe number4MXAB最大阿贝数Maximum Abbe number5MNPD最小ΔPg-f Minimum6MXPD最大ΔPg-f Maximum7RGLA合理的玻璃Reasonable glass近轴光线数据1PARX指定面近轴X向坐标Paraxial ray x-coordinate in lens units at the surface defined by Surf at the wavelength defined byWave2PARY指定面近轴Y向坐标Paraxial ray y-coordinate in lens units at the surface defined by Surf at the wavelength defined byWave3REAZ指定面近轴Z向坐标Real ray z-coordinate in lens units at the surface defined by Surf at the wavelength defined byWave4REAR指定面实际光线径向坐标Real ray radial coordinate in lens units at the surface defined by Surf at the wavelength defined byWave5REAA指定面实际光线X向余弦Real ray x-direction cosine of the ray after refraction from the surface defined by Surf at the6REAB 指定面实际光线Y 向余弦Real ray y-direction cosine of the ray after refraction from the surface defined bySurf at the7REAC 指定面实际光线Z 向余弦Real ray z-direction cosine of the ray after refraction from the surface defined by Surf at the8RENA 指定面截距处,实际光线同面X 向正交Real ray x-direction surface normal at the ray-surface intercept at the surfaced defined by Surf at9RENB 指定面截距处,实际光线同面Y 向正交Real ray y-direction surface normal at the ray-surface intercept at the surface defined by Surf at10RENC 指定面截距处,实际光线同面Z 向正交Real ray z-direction surface normal at the ray-surface intercept at the surface defined by Surf at11RANG 同Z 轴向相联系的光线弧度角Ray angle in radians with respect to z axis12OPTH 规定光线到面的距离Optical path length13DXDX “X”向光瞳”X”向像差倒数Derivative of transverse x-aberration with respect to x-pupil coordinate14DXDY “Y”向光瞳”X”向像差倒数Derivative of transverse x-aberration with respect to y-pupil coordinate15DYDX “X”向光瞳”Y”向像差倒数Derivative of transverse y-aberration with respect to x-pupil coordinate16DYDY “Y”向光瞳”Y”向像差倒数Derivative of transverse y-aberration with respect to y-pupil coordinate17RETX 实际光线”X”向正交Real ray x-direction ray tangent (slope) at the surface defined by Surf at the wavelength defined byWave18RETY 实际光线”Y”向正交Real ray y-direction ray tangent (slope) at the surface defined by Surf at the wavelength defined byWave19RAGX 全局光线”X”坐标Global ray x-coordinate20RAGY 全局光线”Y”坐标Global ray y-coordinate21RAGZ 全局光线”Z”坐标Global ray z-coordinate22RAGA 全局光线”X”余弦Global ray x-direction cosine23RAGB 全局光线”Y”余弦Global ray y-direction cosine24RAGC 全局光线”Z”余弦Global ray z-direction cosine25RAIN 入射实际光线角Real ray angle of incidence变更系统数据1CONF 结构参数Configuration2PRIM主波长ary wavelength3SVIG设置渐晕系数Sets the vignetting factors for the current configuration一般操作数for all layers1SUMM两个操作数求和0 2OSUM合计两个操作数之间的所有数Sums the values of all operands between the two operands defined by Op#1 and Op#2 3DIFF两个操作数之间的差raction encircled, ensquared, x only, or y only (enslitted) energy defined by Frac 4PROD两个操作数值之间的积Product of two operands (Op#1 X Op#2)5DIVI两个操作数相除Division of first by second operand (Op#1 / Op#2)6SQRT操作数的平方根Square root of the operand defined by Op#7OPGT操作数大于Operand greater than8OPLT操作数小于Operand less than9CONS常数值truction systems used to define an optically fabricated hologram10QSUM所有统计值的平方根Quadratic sum11EQUA等于操作数Equal operand12MINN返回操作数的最小变化范围013MAXX返回操作数的最大变化范围Returns the largest value within the indicated range of operands defined by Op#1 and Op#214ACOS操作数反余弦Arccosine of the value of the operand defined by Op#15ASIN操作数反正弦Arcsine of the value of the operand defined by Op#16ATAN操作数反正切Arctangent of the value of the operand defined by Op# 17COSI操作数余弦Cosine of the value of the operand defined by Op#18SINE操作数正弦Sine of the value of the operand defined by Op#19TANG操作数正切ential EFL use Data = 12ZPL宏指令优化1ZPLM Used for optimizing numerical results computed in ZPL macros 像面控制操作数1RELI像面相对亮度Relative illumination。
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近轴光线(Paraxial Rays);
镜头数据(Lens Data);
插入或删除面数据 (Inserting and deleting surfaces);
输入面注释(Entering surface comments);
输入半径数据(Entering radii data);
输入厚度(Entering thickness data);
输入玻璃数据(Entering glass data);
输入半口径数据(Entering semi-diameter);
输入二次曲面数据(Entering conic data);
输入参数数据 (Entering parameter data);
确定光栏面(Defining the stop surface);
选择面型(Selecting surface types);
各面通光口径的确定(Specifying surface apertures);
用户自定义口径和挡光(User defined apertures and obscurations);
到达表面和从表面射出的光线的隐藏(Hiding rays to and from surfaces);
设置和撤销求解(Setting and removing solves);
光圈类型(Aperture Type);
入瞳直径(Entrance Pupil Diameter);
像空间F/# (Image Space F/#);
物空间数值孔径(Object Space Numerical Aperture)物空间边缘
光线的数值孔径(nsinθm);
通过光栏尺寸浮动(Float by Stop Size);
近轴工作F/#(Paraxial Working F/#);
物方锥形角(Object Cone Angle);
光圈值(Aperture Value);
镜头单位(Lens Units);
玻璃库(Glass Catalogs);
光线定位(Ray Aiming);
使用光线定位贮藏器(Use Ray Aiming Cache);
加强型光线定位(慢)(Robust Ray Aiming (slow);
光瞳漂移:X,Y,Z (Pupil Shift:X,Y,and Z);
“视场光瞳偏移比例因子”(Scale pupil shift factors by field); 变迹法(Apodization Type);
变迹因子(Apodization Factor);
光程差参数(Referece OPD);
近轴光线(Paraxial Rays);
快速非球面追迹(Fast Asphere Trace);
检查梯度折射率元件的口径(Check GRIN Apertures);
半口径余量% (Semi Diameter Margin in %);
半口径的快速计算法(Fast Semi-Diameters);
全局坐标参考面(Global Coordinate Reference Surface);
视场(Fields);
偏振状态(Polarization State);
外形图(Layout);
二维外形图(2D Layout);
3D外形图(3D Layout);
立体模型(Solid Model);光线像差(Ray Aberration); 光程(Optical Path);
光瞳像差(Pupil Abberation);
离焦(Through Focus);
全视场(Full Field);
矩阵(Matrix);
球差(W040),
彗差(W131),
像散(W222),
匹兹凡场曲(W220P),
畸变(W311),
轴向色离焦项(W020),
轴向色倾斜(W111),
弧矢场曲(W220S),
平均场曲(W220M),
子午场曲(W220T);
优化 (Optimization);
全局优化(Global Search);
锤形优化(Hammer Optimization);
消除所有的变量(Remove All Variable);
评价函数列表(Merit Function Listing);
公差(Tolerancing);
公差列表(Tolerance Listing);
公差汇总表(Tolerance Summary);
镀膜列表(Coating Listing);
变换半口径为环形口径(Convert Semi-Diameter to Circular Apertures); 镜头缩放(Scale Lens);
生成焦距(Make Focal);
快速调焦(Quick Focus)
添加折叠反射镜(Add Fold Mirror);
幻像发生器(Ghost Focus generator);
系统复杂性测试(Performance Test);
表面数据(Surface Data);
系统数据(System Data);
规格数据(Prescription Data);
solve type是zemax中用于设定光学系统结构(Curvature、Thinkness、Class、Semi-Diameter、Conic、Parameter)的操作参数,设定正确的solve type是优化光学系统结构的前提。
Curvature的solve type设定:
Fixed:(无参数)表示Curvature是固定的值,在优化时不能改变Variable:(无参数)表示Curvature是可变化值,在优化时可以改变Marginal ray angle:(角度)通过设定近轴边缘光线角度设定Curvature Chief ray angle:(角度)通过设定近轴主光线角度设定Curvature Pick up:(面数,倍率)通过设定与相应面数Curvature的倍率关系设定Curvature
Marginal ray normal:(无参数)通过设定面与近轴边缘光线垂直设定Curvature
Chief ray normal:(无参数)通过设定面与近轴主光线垂直设定Curvature
Aplanatic:(无参数)通过设定相对于近轴边缘光线的等光程面设定Curvature
Element power:(公式参数)根据公式设定Curvature,具体公式参考
zemax手册
Concentric with surface:(面数)通过设定曲率中心在相应面数上设定Curvature
Concentric with radius:(面数)通过设定Curvature与相应面数Curvature同心设定Curvature
F/#:(近轴F数)通过设定近轴边缘光线满足F/#条件设定Curvature
Thickness的solve type设定:
Fixed:(无参数)表示Thickness是固定的值,在优化时不能改变 Variable:(无参数)表示Thickness是可变化值,在优化时可以改变
Marginal ray height:(高度,瞳区)通过设定过瞳区的近轴边缘光线到下一面上的高度设定Thickness
Chief ray height:(高度)通过设定近轴主光线到下一面上的高度设定Thickness
Pick up:(面数,倍率,偏移量)通过设定与相应面数Thinkness的倍率关系和偏移量设定Thickness
Optical path difference:(光程差,瞳区)通过设定瞳区内的近轴边缘光线与近轴主光线的光程差设定Thickness
Position:(面数,距离)通过设定到相应面数的距离设定Thickness Compensator:(面数,距离)通过设定与相应面数的Thickness和设
定Thickness
Center of curvature:(面数)通过设定下一面位于相应面数曲率中心设定Thickness Glass的solve type设定:
Fixed:(无参数)表示Glass是固定的值,在优化时不能改变 Model:(折射率,色散系数,中部色散)通过设定折射率,色散系数,中部色散设定Glass
Pick up:(面数)通过设定与相应面数Glass相同设定Glass Substitute:(目录名)通过让zemax在设定的目录名中寻找适合的Glass Offset:(折射率偏移量,色散系数偏移量)通过设定折射率偏移量和色散系数偏移量设定Class Semi-Diameter的solve type设定:Automatic:(无参数)表示Semi-Diameter由系统自动确定,在优化时可以改变
Fixed:(无参数)表示Semi-Diameter是固定的值,在优化时不能改变
Pick up:(面数)通过设定与相应面数Semi-Diameter相同设定Semi-Diameter
Maximum:(无参数)表示由系统自动确定统一的Semi-Diameter(取最大的Semi-Diameter),在优化时可以改变 Conic的solve type设定:Fixed:(无参数)表示Conic是固定的值,在优化时不能改变 Variable:(无参数)表示Conic是可变化值,在优化时可以改变 Pick up:(面数,倍率)通过设定与相应面数Conic的倍率关系设定Conic
Parameter的solve type设定:
Fixed:(无参数)表示Parameter是固定的值,在优化时不能改变 Variable:(无参数)表示Parameter是可变化值,在优化时可以改变
Pick up:(面数,倍率,偏移量)通过设定与相应面数Parameter的倍率关系和偏移量设定Parameter。