Computational Color Technology.0819461199 Computational color technology. Kang, Henry R. SPIE SPIE International Society for Optical Engineering SPIE Society of Photo-Optical Instrumentation Engineers SPIE Source Path Isolation Engine SPIE Special Purpose Insertion Extraction SPIE Software Process Improvement Experimentation SPIE Standard Protocols in Effect 2006 511 pages $92.00 Hardcover TA1637 Suitable for classroom use, this technical text defines the tristimulus specification, presents the principles of color matching and metamerism The quality of some colors that causes them to appear differently under different light sources. For example, two color samples might appear the same in natural light, but not in artificial light. in vector-matrix form, and explains the least-square minimization technique for color transformation and several sophisticated methods for spectrum reconstruction. Later chapters discuss the image irradiance ir·ra·di·ant adj. Sending forth radiant light. [Latin irradi model and finite-dimensional linear models for approximating color constancy, four methods of white- point conversion, the fundamentals of densitometry densitometry /den·si·tom·e·try/ (den?si-tom´i-tre) determination of variations in density by comparison with that of another material or with a certain standard. , Kubelka-Munk theory, and halftone printing models. An appendix provides conversion matrices for the RGB-to-XYZ transform and its reverse conversion for 20 primary sets under eight illuminants. ([c]20062005 Book News, Inc., Portland, OR) |
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