color hue - “the name” of a wavelength of light…red, blue, etc. when an object reflects a...

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QuickTime™ and a decompressor are needed to see this picture. Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color.

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Page 1: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

QuickTime™ and a decompressor

are needed to see this picture.

Color• Hue - “the name” of a wavelength of light…red, blue, etc.

• When an object reflects a certain wavelength we see the object as having that color.

Page 2: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Achromatic• Using only black, white and greys to create art (“No color”)

Page 3: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Monochromatic• Using ONE color, and various values of that color to create art.

Page 4: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Cool ColorsGreens Blues Purples

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are needed to see this picture.

Using 3 colors that have a “base” hue in common is called a Analogous Color Theory. One grouping is yellow-green, green, and blue-green

Page 5: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Warm ColorsReds Pinks Yellows Oranges

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are needed to see this picture.

Using 3 colors that have a “base” hue in common is called a Analogous Color Theory. One grouping is yellow-orange, orange, and red-orange.

Page 6: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Analogous Theory

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Page 7: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Primary Colors

Colors that cannot be made.

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are needed to see this picture.

The primaries also demonstrate a Triadic color theory. Triadic grouping is made by three colors that create an equilateral triangle on the color

wheel

Page 8: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Secondary Colors

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are needed to see this picture.

Colors that are created by mixing top neighboring primary colors together.

The secondary colors also create a Triadic color grouping.

Page 9: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Triadic Color Groupings

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Page 10: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Intermediate• Also known as Tertiary colors

• Created by mixing a secondary with a neighboring primary

• Usually have hyphenated names, i.e. yellow-orange

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Page 11: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Complementary Colors

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QuickTime™ and a decompressorare needed to see this picture.QuickTime™ and a decompressorare needed to see this picture.

QuickTime™ and a decompressorare needed to see this picture.

Colors that appear directly across from one another on the color wheel. Orange and Blue. Green and Red. Yellow and Violet.

Even Intermediate have complement colors. Such as Red-orange and Blue-green.

Page 12: Color Hue - “the name” of a wavelength of light…red, blue, etc. When an object reflects a certain wavelength we see the object as having that color

Split ComplementCreated by locating the complement of the desired color and then including the colors on either side of the complement. Always a series of 3 colors.

QuickTime™ and a decompressor

are needed to see this picture.