Preface, I. Principles, 1. Introduction, 2. Physics of Light, 3. Chemistry of Matter, 4. Human Vision, 5. Perception, II. Color Models, 6. Radiometry and Photometry, 7. Colorimetry, 8. Color Spaces, 9. Illuminants, 10. Chromatic Adaptation, 11. Color and Image Appearance Models, III. Digital Color Imaging, 12. Image Capture, 13. High Dynamic Range Image Capture, 14. Display Technologies, 15. Image Properties and Image Display, 16. Color Management, 17. Dynamic Range Reduction, IV. Appendices, A. Vectors and Matrices, B. Trigonometry, C. Complex Numbers, D. Units and Constants, E. The CIE Luminous Efficiency Functions, F. CIE Illuminants, G. Chromaticity Coordinates of Paints, Bibliography, Index
Erik Reinhard, Erum Arif Khan, Ahmet Oguz Akyuz, Garrett Johnson
Color Imaging is outstanding in the way it brings together information useful to researchers, graduate students, and professionals who work in digital photography, computer graphics, computer vision, image processing, and electronic games. The writing is clear, and the many color illustrations are excellent. --S.L. Tanimoto, CHOICE, March 2009 ... covers a range of color theory concerns for any involved in computer graphics, vision, image processing and photography. Thus this book is a pick not just for college-level computer collections, but for advanced photography libraries as well. Chapters cover the basics of color's physics and chemistry, offering plenty of theory perfect for understanding how images are captured, altered, and presented. An accompanying DVD holds most of the color photos in the book in high dynamic range format--including source code for several algorithms--and provides readers with an essential key for understanding at an advanced level. --The Bookwatch, November 2008
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