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Levkowitz H. — Color theory and modeling for computer graphics, visualization, and multimedia applications
Levkowitz H. — Color theory and modeling for computer graphics, visualization, and multimedia applications



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Название: Color theory and modeling for computer graphics, visualization, and multimedia applications

Автор: Levkowitz H.

Аннотация:

Color Theory and Modeling for Computer Graphics, Visualization, and Multimedia Applications deals with color vision and visual computing. This book provides an overview of the human visual system with an emphasis on color vision and perception. The book then goes on to discuss how human color vision and perception are applied in several applications using computer-generated displays, such as computer graphics and information and data visualization.
Color Theory and Modeling for Computer Graphics, Visualization, and Multimedia Applications is suitable as a secondary text for a graduate-level course on computer graphics, computer imaging, or multimedia computing and as a reference for researchers and practitioners developing computer graphics and multimedia applications.


Язык: en

Рубрика: Computer science/Обработка изображений/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1997

Количество страниц: 219

Добавлена в каталог: 19.11.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Information, visual and concept formation      11
Information, visual and decision making      11
Information, visual and memory      11
Integration      146
Integration, color      147
Integration, color, GLHS-based      150
Integration, color, MCMIDS—Multiple Color Model Image Display System      150
Integration, gains from      147
Integration, geometric      148
Integration, iconographic      149
Intensity      6—7
Intergration, color      146
Intergration, iconographic      146
lhs      46 49
LHS (lightness, hue, saturation)      46 49
LHS Triangle      46
LHS, achromatic colors      51
LHS, color solid      51
LHS, constant-lightness surfaces      51
LHS, coordinates      49
LHS, HLS Double Hexcone      54
LHS, HSV Hexcone      53
LHS, hue function      52
LHS, LHS Triangle      53
LHS, lightness      51
LHS, lightness functions      51
LHS, model differences      55
LHS, model selection      52
LHS, saturation      52
Light, achromatic      6—7
Light, achromatic, intensity      7
Light, emitted      6
Light, emitted by sources      6
Light, pure      7
Light, reflected      6
Light, reflected by objects      6
Light, sources      6
Light, spectral distribution      8
Light, spectrum      6
Light, white      7
Lightness      6—7 31 35
Lightness, perception      21
Luminance      4—7 12
Luminance and flicker      15
Luminance and high spatial frequency sensitivity      27
Luminance vs. color resolution      27
Luminance, light-dark adaptation      12
Luminance, psychometric function      12
Luminance, sensitivity      12
MCMIDS      xviii 150
MCMTRANS      xviii 69
Metamerism      6 8 17
Metamerism, many-to-one mapping      8
Monitor      19
Monitor, gun      19
Motion      5
Munsell Book of Color      6
Neural pathways eye-brain      11
Neural pathways eye-brain, eye-lateral geniculate      11
Neural pathways eye-brain, eye-lateral geniculate, Magnocellular—motion      11
Neural pathways eye-brain, eye-lateral geniculate, Parvocellular—color and high spatial resolution      11
Neural pathways eye-brain, eye-superior colliculus      11
Neural pathways eye-brain, Striate cortex      11
Neural pathways eye-brain, Striate cortex, binocular vision      11
Neural pathways eye-brain, Striate cortex, orientation      11
Neural pathways eye-brain, Striate cortex, spatial-frequency      11
Neurophysiology      6
NewExvis      xviii 153
Newton      3 6
Newton, Opticks      6
Normal color vision      36
Opponent channels      21
Opponent channels, achromatic (R+C)      21
Opponent channels, chromatic (R-G)      21
Opponent channels, chromatic (Y-B)      22
Opponent processes      21
Opponent-process model      43
Opponent-process models      36
Opponent-process models, achromatic component      36
Opponent-process models, chromatic component      36
Perceived color difference size      40
Perception      3 6
Perception and attention      6
Perception and experience      6
Perception and memory      6
Perception of sensory phenomena      6
Perception, contrast      12
Perception, human observer      5
Perception, lightness      21
Perception, luminance      12
Perceptual (HLS) ordering      40
Perceptual gamma function      12
Perceptually uniform systems, analytical      40
Perceptually uniform systems, experimental      40
peripheral vision      11
Physical stimulus      5
Popout effect      89
Popout features      90
Popout features, color and depth      90
Primaries      19 21 47
Primaries, additive mixture      47
Primaries, not the      21
Print technology      3
Psychophysics      6
Psychophysics and perception      6
Psychophysics and sensation      6
Psychophysics and sensation, brightness      6
Psychophysics and sensation, loudness      6
purity      7
Resolution      11
Resolution, color      4
Resolution, luminance vs. color      27
Resolution, spatial      4
retina      10
Retina, cones, L-type ("red")      10
Retina, cones, M-type ("green")      10
Retina, cones, S-type ("blue")      10
Retina, fovea, cones      10
Retina, image compression      10
Retina, lateral inhibition      10
Retina, optic disk      10
Retina, optic disk, "blind spot"      10
Retina, optic disk, optical nerve to ganglion cells      10
Retina, photoreceptors      10
Retina, photoreceptors, cones      10
Retina, photoreceptors, rods      10
RGB      46
RGB color cube      46—47
Saturation      7 31 35
Sensation      6
Sensitivity      11
Sensitivity vs. resolution      11
Sensitivity, high spatial frequency      27
Sensitivity, low spatial frequency      27
Sensitivity, temporal      11
Spatial sampling      4
Subtractive mixing      21
Subtractive mixing, CMY      21
Television      29
Television, black-and-white      29
Television, color      29
Television, high definition      29
Temporal sensitivity      11
Tints, shades, tones      49
Trichromacy      17
Trichromacy, color difference measurement $(\Delta(E))$      21
Trichromacy, implications      19
UCS      41
UCS, additive light source      41
UCS, CIELUV      75
UCS, equal steps, metric      41
UCS, equal steps, perceptual      41
UCS, Munsell      41
UCS, other analytically-defined      43
UCS, other analytically-defined, Euclidean      43
UCS, other analytically-defined, non-Euclidean      43
UCS, subtractive reflected light      42
UCS, transformations to GLHS      76
Uniformity      40 75
Value      6
Virtual reality      4
Vision, color      17
Vision, color, trichromacy      17
Vision, early      12
Vision, early, luminance perception      12
Vision, opponent processes      21
Vision, peripheral      11
Vision, preattentive      89
Vision, second stage      21
Vision, second stage, opponent processes      21
Visual analysis      146
Visual analysis, multiple images      146
Visual analysis, single image      146
Visual-verbal interactions      93
Visual-verbal interactions, the Stroop effect      93
Visualization, integrated      145
Visualization, medical      5
Vividness      7
World-Wide Web, color capabilities      190
World-Wide Web, color for      189
World-Wide Web, color of hyperlinks      189
World-Wide Web, color, GIF      190
World-Wide Web, color, JPEG      190
World-Wide Web, color, what's ahead      191
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