Astroflex 803m Install Manual

When one approaches the design, can not speak of the theory of color. Say color is light and say the same thing about color implies that there is talk of light since without light there can be no color. For the painter is of paramount importance to know perfectly the possibilities of color as this is the means by which assists the creation of his work: the color has its specific means of expression regardless of the technique he used .

Light is a form of energy which is a very high frequency wave motion. The wavelength is between 0.7 and 0.4 micron and corresponds to the appearance of seven popular colors: Magenta (purplish red), orange, yellow, green, blue, indigo and violet that composing, give the white light of the sun. I n laboratory, if you look through a prism of a small beam of light, you see app ARIR the "specter" that is, there is the decomposition of light in a range of colors, causing the phenomenon artificially rainbow .

The light is then color.

Then when the light encounters a opaque body, gives rise to different effects depending on the molecular composition of the latter. It can be completely absorbed by the body and in this case we see black, that shadow, the dark, or can be reflected, thus appearing as a color, white. Therefore we can say that the white and black are not own color, but light and shadow. We see the colors when the opaque body ass orb light, reflecting a part.

E 'should be clear that in nature there are no absolute black and white.

Among the seven colors of the spectrum are three PRIMARY :

1. MAGENTA ;
2. YELLOW ;
3. BLUE .

The primary colors are a class unto itself, as each is different, unique and not obtainable by mixing with other colors.

The remaining colors (so-called COLORS SECON

DARI ) are obtained by mixing equal parts of two primary colors and they are:

1. GREEN YELLOW BLUE +;
2. ORANGE: if we mix magenta and yellow we get red, which turns orange if we add more yellow
3. PURPLE: BLUE MAGENTA +.

a primary color mixed with a secondary color gives a single color. While mixing the secondary colors with each other in every possible combination, we can get all the colors in nature.

Black is the result of mixing with each of the three primary colors (Subtractive Synthesis) and white derives from the superposition of three beams of light respectively green, blue and orange (additive synthesis).

Just these two summaries show that in nature there are no black and white: they are the effect of the amount of light or color.

THEORY OF COLOR AGAINST :

is based on the fact that the subtractive primary colors (magenta, yellow and blue) are the maximum contrast between them, although none of they are opposed to mixing with others.

As a result, the green is the opposite of the mage nta (p will re not included in the green), the red is the opposite of the blue (primary not included in purple), purple is the opposite of the yellow.

These colors are those opposite ADDITIONAL , because each of them serves as a complement to the other two to form a subtractive complete, you get the black.

Download the pdf file "The Theory of Color"