'The Eye and Visual Optical Instruments will not become dated quickly and covers a tremendous range of topics ... this book is an outstanding reference work. It is lucid, gives a good feel for important concepts to anyone willing to work through it, and is a gold mine of practical information. It is a must for any appropriate library and will have great longevity ... I recommend it to anyone with an interest in practical optics.' Nigel Douglas, Optics and Photonics News

• Preface; Part I. General Theory: 1. Introduction; 2. Image formation and ray tracing; 3. Paraxial theory of refracting systems; 4. Paraxial theory of reflecting systems; 5. Non-Gaussian optics; 6. Lens types and image formation; 7. Mirror types and image formation; 8. Prisms; 9. Aperture stops, pupils, field lenses, and field stops; 10. Defocus, depth-of-field and focussing techniques; 11. Optical metrology; 12. Photometry of optical systems; Part II. Geometrical Optical Instruments or Systems: 13. The eye; 14. Ophthalmic lenses; 15. Simple magnifiers; 16. Microscopes; 17. Telescopes; 18. Macroscopes; 19. Relay systems; 20. Angle and distance measuring instruments; 21. Cameras and camera lenses; 22. Projectors; 23. Collimators; 24. Photometers and colorimeters; Part III. Physical Optics and Physical Optical Instruments: 25. Interferometry and interferometers; 26. Diffraction and diffractive devices; Part IV. Ophthalmic Instruments: 27. Focimeters; 28. Radiuscopes and keratometers; 29. Ophthalmoscopes; 30. The Badal optometer; 31. Optometers; 32. Binocular vision and testing instruments; Part V. Aberrations and Image Quality: 33. Aberration theory; 34. Image quality; 35. Aberrations of the eye; Part VI. Visual Ergonomics: 36. Visual ergonomics of monocular systems; 37. Visual ergonomics of binocular systems; Appendices.

'The Eye and Visual Optical Instruments will not become dated quickly and covers a tremendous range of topics ... this book is an outstanding reference work. It is lucid, gives a good feel for important concepts to anyone willing to work through it, and is a gold mine of practical information. It is a must for any appropriate library and will have great longevity ... I recommend it to anyone with an interest in practical optics.' Nigel Douglas, Optics and Photonics News

• Preface; Part I. General Theory: 1. Introduction; 2. Image formation and ray tracing; 3. Paraxial theory of refracting systems; 4. Paraxial theory of reflecting systems; 5. Non-Gaussian optics; 6. Lens types and image formation; 7. Mirror types and image formation; 8. Prisms; 9. Aperture stops, pupils, field lenses, and field stops; 10. Defocus, depth-of-field and focussing techniques; 11. Optical metrology; 12. Photometry of optical systems; Part II. Geometrical Optical Instruments or Systems: 13. The eye; 14. Ophthalmic lenses; 15. Simple magnifiers; 16. Microscopes; 17. Telescopes; 18. Macroscopes; 19. Relay systems; 20. Angle and distance measuring instruments; 21. Cameras and camera lenses; 22. Projectors; 23. Collimators; 24. Photometers and colorimeters; Part III. Physical Optics and Physical Optical Instruments: 25. Interferometry and interferometers; 26. Diffraction and diffractive devices; Part IV. Ophthalmic Instruments: 27. Focimeters; 28. Radiuscopes and keratometers; 29. Ophthalmoscopes; 30. The Badal optometer; 31. Optometers; 32. Binocular vision and testing instruments; Part V. Aberrations and Image Quality: 33. Aberration theory; 34. Image quality; 35. Aberrations of the eye; Part VI. Visual Ergonomics: 36. Visual ergonomics of monocular systems; 37. Visual ergonomics of binocular systems; Appendices.

'The Eye and Visual Optical Instruments will not become dated quickly and covers a tremendous range of topics ... this book is an outstanding reference work. It is lucid, gives a good feel for important concepts to anyone willing to work through it, and is a gold mine of practical information. It is a must for any appropriate library and will have great longevity ... I recommend it to anyone with an interest in practical optics.' Nigel Douglas, Optics and Photonics News

• Preface; Part I. General Theory: 1. Introduction; 2. Image formation and ray tracing; 3. Paraxial theory of refracting systems; 4. Paraxial theory of reflecting systems; 5. Non-Gaussian optics; 6. Lens types and image formation; 7. Mirror types and image formation; 8. Prisms; 9. Aperture stops, pupils, field lenses, and field stops; 10. Defocus, depth-of-field and focussing techniques; 11. Optical metrology; 12. Photometry of optical systems; Part II. Geometrical Optical Instruments or Systems: 13. The eye; 14. Ophthalmic lenses; 15. Simple magnifiers; 16. Microscopes; 17. Telescopes; 18. Macroscopes; 19. Relay systems; 20. Angle and distance measuring instruments; 21. Cameras and camera lenses; 22. Projectors; 23. Collimators; 24. Photometers and colorimeters; Part III. Physical Optics and Physical Optical Instruments: 25. Interferometry and interferometers; 26. Diffraction and diffractive devices; Part IV. Ophthalmic Instruments: 27. Focimeters; 28. Radiuscopes and keratometers; 29. Ophthalmoscopes; 30. The Badal optometer; 31. Optometers; 32. Binocular vision and testing instruments; Part V. Aberrations and Image Quality: 33. Aberration theory; 34. Image quality; 35. Aberrations of the eye; Part VI. Visual Ergonomics: 36. Visual ergonomics of monocular systems; 37. Visual ergonomics of binocular systems; Appendices.