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Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared
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Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Dec 24, 2015

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Todd Richard
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Page 1: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Color:The result of the spectrum of visible

light reflecting off of an object.

Ultraviolet Infrared

Page 2: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Reflective Color

When we see a red apple – it is the reflection of light rays from the red end of the spectrum hitting our eye and being translated by the brain into the color we call red.

The colors that we see in the natural world are reflected off of objects.

Page 3: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

There are 3 Properties of Color:

• Hue– The name of the color

• Value – The lightness or darkness of a color

• Intensity– The saturation of a color

Page 4: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Hue

Page 5: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Value

Page 6: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Intensity

Page 7: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

The Color WheelColors of the spectrum are bent so that red joins violet to complete a circle.

This makes a

Color Wheel.

Page 8: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.
Page 9: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.
Page 10: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.
Page 11: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Reflective Halftone

Primary Colors: CYMK

Cyan

Yellow

Magenta

Black

Page 12: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Emitted Color

Primary Colors: RGB

Red

Green

Blue

Page 13: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

More about Color• Color can be warm -

or cool -

• Color can advance or recedeWarm colors AdvanceCool colors Recede

• Color affects moodWarm colors ExciteCool colors Calm

Page 14: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.
Page 16: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Color Schemes

Color Schemes or Color Harmonies are color combinations that help an artist create mood in their artwork.

Artists use the color wheel to help them select a color scheme.

Page 17: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Monochromatic

A Monochromatic color scheme uses only ONE color from the color wheel

PLUS tints, tones and shades of that color.

Page 18: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Monochromatic

Page 19: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.
Page 20: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Monochromatic

Page 21: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Analogous

An Analogous color scheme is created by using two or three colors that are next to

each other on the color wheel.

Page 22: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Analogous

Page 23: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Analogous

Page 24: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Analogous

Page 25: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Complementary

A Complementary color scheme is created by using two colors that are opposite each

other on the color wheel.

Page 26: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Complementary

Page 27: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.
Page 28: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.
Page 29: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.
Page 30: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Triad

A Triad color scheme uses 3 colors that are equally distant from each other on the

color wheel.

Page 31: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Triad

Page 32: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.
Page 33: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.
Page 34: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Split Complementary

A Split Complementary color scheme uses one color plus the colors on each side of

its complement.

Page 35: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.

Split Complementary

Page 36: Color: The result of the spectrum of visible light reflecting off of an object. Ultraviolet Infrared.