色彩科学基础

J. Ferwerda, David L. Long
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引用次数: 3

摘要

颜色是我们视觉体验的一个基本方面。因此,彩色捕获和显示技术在计算机图形学和数字成像中起着核心作用。色彩科学是一门研究色彩的物理方面和视觉方面之间关系的学科,其目标是开发工具和系统,以促进对色彩的准确测量、表现、交流和控制。本课程将向学生介绍色彩科学的基础知识及其在图形和成像中的应用。课程的第一部分将介绍颜色的物理和视觉方面,然后将重点放在比色法、比色成像、色差度量、颜色外观模型和计算机图形学中的颜色。课程的第二部分将介绍色彩科学的见解如何在摄影、计算机图形、电影和视频领域的标准和实践中得到应用。除了解释sRGB, REC-709, REC-2020和ace等标准是如何设计的外,本课程的这一部分将讨论最佳实践工作流程,以实现准确的端到端色彩管理结果。参加本课程的学生将了解色彩科学的科学基础及其在图形和成像中的实际应用。
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Fundamentals of color science
Color is a fundamental aspect of our visual experience. For this reason color capture and display technologies play a central role in computer graphics and digital imaging. Color science is the discipline that studies the relationships between the physical and visual aspects of color, with the goal of developing tools and systems that facilitate the accurate measurement, representation, communication, and control of color. This course will introduce students to the fundamentals of color science and its applications in graphics and imaging. The first part of the course will introduce the physical and visual aspects of color, and will then focus on colorimetry, colorimetric imaging, color difference metrics, and color appearance models, and color in computer graphics. The second part of the course will then provide a survey of how the insights of color science have been implemented into standards and practices in the fields of photography, computer graphics, film, and video. In addition to explaining how standards such as sRGB, REC-709, REC-2020, and ACES are designed, this part of the course will discuss best-practice workflows to achieve accurate end-to-end color-managed results. Students who take this course will come away with an understanding of both the scientific foundations of color science and its practical uses in graphics and imaging.
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