3 Best-Selling Color Space Books Millions Trust

Ján Morovi's decades of experience as a Senior Color Scientist at Hewlett-Packard and Chair of the CIE technical committee on gamut mapping led him to craft this detailed exploration of color reproduction challenges. You’ll dive into over 90 gamut mapping algorithms, learning how colors are adjusted to fit various devices and media while preserving authenticity. The book walks you through a color’s journey from its original form through digital workflows, supported by rigorous evaluations and comparisons of different approaches. Whether you’re an imaging engineer, scientist, or creative professional, this text offers a deep understanding of color gamut strategies and their practical implications.

Unlike most color space books that focus solely on practical applications, Eric Dubois delves into the fundamental structure of color perception and representation. Drawing from his expertise in image processing, Dubois rigorously formulates color spaces as three-dimensional vector spaces grounded in the physics of light and human vision principles like Grassmann's laws. You’ll explore detailed concepts such as luminance-chromaticity decompositions, color deficiencies, and transformations between color spaces, with examples spanning digital camera color models and color filter array sampling. This makes the book particularly suited for those invested in the theoretical underpinnings of color imaging rather than just surface-level techniques.

This tailored book explores advanced gamut mapping methods designed to enhance your understanding of accurate color reproduction. Focusing on your unique background and goals, it covers essential principles of color management, device profiling, and perceptual adjustments that affect how colors are rendered across different media. By combining well-established concepts with insights tailored to your interests, it reveals the subtleties of mapping color gamuts to preserve visual fidelity in various applications. You will examine both the technical and perceptual challenges of gamut mapping, including strategies for handling out-of-gamut colors and optimizing color workflows. This personalized approach helps you focus precisely on the techniques that match your needs, making complex color science accessible and relevant to your projects.

While working as a color scientist, Rolf G. Kuehni noticed the persistent gaps in cataloging and understanding color gradations throughout history. This led him to craft a detailed exploration of color order systems from antiquity to the present, focusing on three-dimensional geometric arrangements like Munsell, OSA-UCS, and NCS. You’ll gain insights into the psychophysics of color perception, including how stimuli translate into experience and how color differences are measured and analyzed. The book suits those involved in color quality control, design, neuroscience, and anyone fascinated by the science and history behind color organization.