Color appearance models /

• Main Author: Fairchild, Mark D.
• Format: eBook
• Language: English
• Published: Chichester, West Sussex : John Wiley & Sons, Inc., 2013.
• Edition: Third edition.
• Series: Wiley-IS & T series in imaging science and technology.
• Subjects: Color vision.; Color Perception.; TECHNOLOGY & ENGINEERING > Imaging Systems.; Electronic books.

"The essential resource for readers needing to understand visual perception and for those trying to produce, reproduce and measure color appearance in various applications such as imaging, entertainment, materials, design, architecture and lighting. This book builds upon the success of previous...

Table of Contents:

• Wiley-IS&T Series in Imaging Science and Technology; Title page; Copyright page; Epigraph; Series Preface; Preface; Acknowledgments; Introduction; WHAT IS A COLOR APPEARANCE MODEL?; 1 Human Color Vision; 1.1 OPTICS OF THE EYE; 1.2 THE RETINA; 1.3 VISUAL SIGNAL PROCESSING; 1.4 MECHANISMS OF COLOR VISION; 1.5 SPATIAL AND TEMPORAL PROPERTIES OF COLOR VISION; 1.6 COLOR VISION DEFICIENCIES; 1.7 KEY FEATURES FOR COLOR APPEARANCE MODELING; 2 Psychophysics; 2.1 PSYCHOPHYSICS DEFINED; 2.2 HISTORICAL CONTEXT; 2.3 HIERARCHY OF SCALES; 2.4 THRESHOLD TECHNIQUES; 2.5 MATCHING TECHNIQUES
• 2.6 ONE-DIMENSIONAL SCALING2.7 MULTIDIMENSIONAL SCALING; 2.8 DESIGN OF PSYCHOPHYSICAL EXPERIMENTS; 2.9 IMPORTANCE IN COLOR APPEARANCE MODELING; 3 Colorimetry; 3.1 BASIC AND ADVANCED COLORIMETRY; 3.2 WHY IS COLOR?; 3.3 LIGHT SOURCES AND ILLUMINANTS; 3.4 COLORED MATERIALS; 3.5 THE HUMAN VISUAL RESPONSE; 3.6 TRISTIMULUS VALUES AND COLOR MATCHING FUNCTIONS; 3.7 CHROMATICITY DIAGRAMS; 3.8 CIE COLOR SPACES; 3.9 COLOR DIFFERENCE SPECIFICATION; 3.10 THE NEXT STEP; 4 Color Appearance Terminology; 4.1 IMPORTANCE OF DEFINITIONS; 4.2 COLOR; 4.3 HUE; 4.4 BRIGHTNESS AND LIGHTNESS
• 4.5 COLORFULNESS AND CHROMA4.6 SATURATION; 4.7 UNRELATED AND RELATED COLORS; 4.8 DEFINITIONS IN EQUATIONS; 4.9 BRIGHTNESS-COLORFULNESS VS LIGHTNESS-CHROMA; 5 Color Order Systems; 5.1 OVERVIEW AND REQUIREMENTS; 5.2 THE MUNSELL BOOK OF COLOR; 5.3 THE SWEDISH NCS; 5.4 THE COLORCURVE SYSTEM; 5.5 OTHER COLOR ORDER SYSTEMS; 5.6 USES OF COLOR ORDER SYSTEMS; 5.7 COLOR NAMING SYSTEMS; 6 Color Appearance Phenomena; 6.1 WHAT ARE COLOR APPEARANCE PHENOMENA?; 6.2 SIMULTANEOUS CONTRAST, CRISPENING, AND SPREADING; 6.3 BEZOLD-BRÜCKE HUE SHIFT (HUE CHANGES WITH LUMINANCE)
• 6.4 ABNEY EFFECT (HUE CHANGES WITH COLORIMETRIC PURITY)6.5 HELMHOLTZ-KOHLRAUSCH EFFECT (BRIGHTNESS DEPENDS ON LUMINANCE AND CHROMATICITY); 6.6 HUNT EFFECT (COLORFULNESS INCREASES WITH LUMINANCE); 6.7 STEVENS EFFECT (CONTRAST INCREASES WITH LUMINANCE); 6.8 HELSON-JUDD EFFECT (HUE OF NON-SELECTIVE SAMPLES); 6.9 BARTLESON-BRENEMAN EQUATIONS (IMAGE CONTRAST CHANGES WITH SURROUND); 6.10 DISCOUNTING-THE-ILLUMINANT; 6.11 OTHER CONTEXT, STRUCTURAL, AND PSYCHOLOGICAL EFFECTS; 6.12 COLOR CONSTANCY?; 7 Viewing Conditions; 7.1 CONFIGURATION OF THE VIEWING FIELD
• 7.2 COLORIMETRIC SPECIFICATION OF THE VIEWING FIELD7.3 MODES OF VIEWING; 7.4 UNRELATED AND RELATED COLORS REVISITED; 8 Chromatic Adaptation; 8.1 LIGHT, DARK, AND CHROMATIC ADAPTATION; 8.2 PHYSIOLOGY; 8.3 SENSORY AND COGNITIVE MECHANISMS; 8.4 CORRESPONDING COLORS DATA; 8.5 MODELS; 8.6 COLOR INCONSTANCY INDEX; 8.7 COMPUTATIONAL COLOR CONSTANCY; 9 Chromatic Adaptation Models; 9.1 VON KRIES MODEL; 9.2 RETINEX THEORY; 9.3 NAYATANI ET AL. MODEL; 9.4 GUTH'S MODEL; 9.5 FAIRCHILD'S 1990 MODEL; 9.6 HERDING CATS; 9.7 CAT02; 10 Color Appearance Models; 10.1 DEFINITION OF COLOR APPEARANCE MODELS