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Introduction to Optical Eye Modeling with Zemax

سرفصل های دوره

Master Eye Optics with Zemax: Geometrical Optics, Aberrations, Eye Modeling, and Performance Optimization


1 - Introduction
  • 1 - Welcome to this course
  • 2 - Instructor

  • 2 - Geometrical optics basics
  • 1 - Optical Principles Quiz Test Your Understanding.html
  • 3 - Law of reflection
  • 4 - Law of Refraction Snells Law
  • 5 - Thin Lens
  • 6 - Focal length and optical power
  • 7 - Image formation
  • 8 - Dispersion
  • 9 - Abbe number

  • 3 - Aberration theory
  • 2 - Basic Concepts in Optical Ray Theory and Aberrations.html
  • 10 - Abberation theory
  • 11 - Definition of Aberrations

  • 4 - Monochromatic aberrations
  • 12 - Defocus
  • 13 - Spherical aberration
  • 14 - Coma
  • 15 - Astigmatism
  • 16 - Field curvature
  • 17 - Distortion

  • 5 - Chromatic aberrations
  • 18 - Axial or longitudinal chromatic aberration
  • 19 - Lateral or transverse chromatic aberration

  • 6 - The human eye overview
  • 20 - Optical system overview

  • 7 - Cornea
  • 21 - Cornea Refractive index
  • 22 - Toric lens
  • 23 - With and against the rule astigmatism
  • 24 - Asphericity
  • 25 - Central thickness
  • 26 - Cornea Anterior Surface Toricity
  • 27 - Cornea Anatomical Structure

  • 8 - Crystalline lens
  • 28 - Crystaline lens overview
  • 29 - Refractive index distribution
  • 30 - Equivalent refractive index
  • 31 - Lens power

  • 9 - The pupil
  • 32 - The IRIS
  • 33 - Enterance and exit pupil
  • 34 - Pupil centration
  • 35 - Pupil size and level of illumination
  • 36 - Depth of filed

  • 10 - Axes of the eye
  • 37 - Optical axis
  • 38 - Line of sight

  • 11 - Accommodation
  • 39 - What is Accommodation of the Eye
  • 40 - Example of calculation of amplitude of accommodation

  • 12 - Paraxial schematic eye
  • 41 - Eye main optical componenets
  • 42 - Cornea
  • 43 - Anterior chamber
  • 44 - Pupil
  • 45 - Lens Crystalline Lens
  • 46 - Modeling the Lens Refractive Index Distribution in zemax
  • 47 - Vitrouse chamber
  • 48 - Retina
  • 49 - Fovea

  • 13 - Zemax OpticStudio
  • 50 - Navigating the Zemax Environment Windows Tools and Functionalities
  • 51 - Zemax tabs and ribbons
  • 52 - Window Management in Zemax
  • 53 - Working with the Lens Data Editor in Zemax
  • 54 - System Explorer

  • 14 - Designing a Singlet Lens Practical exmaple
  • 55 - How to setup a signlet lens
  • 56 - Setup the system explorer
  • 57 - Adding surfaces in lens data editor
  • 58 - Solves
  • 59 - Visualizing the Optical System with Different Zemax Layouts

  • 15 - Human eye model in ZemaxLiou and Brennan1977
  • 60 - System settings
  • 61 - Surface 1 Object
  • 62 - Surface 1 Dummy
  • 63 - Surface 2 Cornea
  • 64 - Surface 3 Aqeous
  • 65 - Surface 4 Pupil
  • 66 - Surface 5 Lens Grad A
  • 67 - Surface 6 Lens Grad B
  • 68 - Surface 7 Vitreous
  • 69 - Surface 8 Retina
  • 70 - Pupil abberation
  • 71 - Analyzing performance
  • 72 - Underperforming eye and addign a lens
  • 73 - Optimize the lens analyze the performance and results

  • 16 - Zemax Model for an Accommodated Eye
  • 74 - Navarro 1985 eye model
  • 75 - Eye-Navarro.xlsx
  • 75 - Navarro 1985 eye model parameters
  • 76 - Create a spreadsheet in Excel to organize and list the parameters
  • 77 - Modeling in zemax System Explorer
  • 78 - Modeling in zemax Adding surfaces spot diagram
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    تاریخ انتشار: ۶ بهمن ۱۴۰۳
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