'Additive color mixing' diaporamas de présentation

Sensation and Perception

Sensation and Perception . Chapter 3 . The Nature of Sensation . Section 1. Sensation: smells, sights, sounds, taste, balance, touch, and pain Experience of sensory stimulation Perception: mental process of soring, identifying, and arranging the bits into meaningful patterns

1.13k views • 76 slides

Sensation and Perception

Sensation and Perception. Chapter 3. Sensation vs. Perception. Sensation The experience of sensory stimulation Perception The process of creating meaningful patterns from raw sensory information. The Nature of Sensation. The Basic Process. Receptor cells

1.3k views • 59 slides

Sensation and Perception

Sensation and Perception. Chapter 3. Sensation vs. Perception. Sensation The experience of sensory stimulation Perception The process of creating meaningful patterns from raw sensory information. The Nature of Sensation. The Basic Process. Receptor cells

781 views • 58 slides

Sensation and Perception

Sensation and Perception. Chapter 3. Sensation vs. Perception. Sensation The experience of sensory stimulation Perception The process of creating meaningful patterns from raw sensory information. The Nature of Sensation. The Basic Process. Receptor cells

704 views • 55 slides

Color as a signal Photoreceptors (some review) Three-dimensionality of color vision

Color as a signal Photoreceptors (some review) Three-dimensionality of color vision Characteristics of cones Spectra, organization, genetics Opponency (basics) Comparative color vision Evolution of color vision Color blindness. jcarroll@cvs.rochester.edu Meliora 252. What is Color?.

535 views • 35 slides

Color as a signal Photoreceptors (some review) Three-dimensionality of color vision

Color as a signal Photoreceptors (some review) Three-dimensionality of color vision Characteristics of cones Spectra, organization, genetics Opponency (basics) Comparative color vision Evolution of color vision Color blindness. jcarroll@cvs.rochester.edu Meliora 252. What is Color?.

546 views • 35 slides

Color and Polarization

Color and Polarization. Color. Determined by frequency of light reaching the eye Hot bodies produce different frequencies of light depending on temp. - red hot, white hot Color of opaque object depends on light frequencies reflected (or not absorbed)

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In addition to using Hue, Saturation and Brightness (HSB);

In addition to using Hue, Saturation and Brightness (HSB); Many (but not all) colors can be described in terms of the relative intensities of a light mixture of a certain wavelength red, wavelength green and wavelength blue lights 650-nm red 530-nm green 460-nm blue

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UNIT 8 Light and Optics

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Announcements & Review

Lab 7 Due Thursday 2 D arrays - embedding graphs in an array. Computer Science Artifacts Abstraction Representations Algorithms sort, search, etc. Announcements & Review. Color. Biology - what you see Subtractive primary colors

350 views • 7 slides